;+
;  --------------------------------------
; | User Name: zarro                     |
; | Host Name: smmdac.nascom.nasa.gov    |
; | Directory: /usr/users/zarro/idl/xdoc |
; |                                      |
; | Local Time: 14-OCT-98  09:43:14      |
; | UT Time   : 14-OCT-98  13:43:14      |
; |                                      |
; | IDL Version: 4.0.1a                  |
; | Host OS    : OSF                     |
; | Host ARCH  : alpha                   |
;  --------------------------------------
;-
$SSW_TRACE/ssw_contributed/anytim.pro::TRACE::This function converts one of several recognized time formats into the selected::ssw_contributed,Time, Utplot, time conversions
$SSW_TRACE/ssw_contributed/anytim2doy.pro::TRACE::Given a time in the form of a (1) structure, (2) 7-element time representation, or (3) a string representation, return the day of the year for that day::ssw_contributed
$SSW_TRACE/ssw_contributed/atime.pro::TRACE::Convert argument UT to string of format YY/MM/DD, HHMM:SS.XXX or YY/MM/DD, HH:MM:SS.XXX, if PUB is set::ssw_contributed
$SSW_TRACE/ssw_contributed/do_disp_month.pro::TRACE::A driver program to make the monthly MDI magnetogram GIF file::ssw_contributed
$SSW_TRACE/ssw_contributed/doy2ex.pro::TRACE::N.A.::ssw_contributed
$SSW_TRACE/ssw_contributed/doytim2ints.pro::TRACE::Convert day-of-year and time to the internal time format::ssw_contributed
$SSW_TRACE/ssw_contributed/dprint.pro::TRACE::Diagnostic PRINT (activated only when DEBUG reaches DLEVEL)::ssw_contributed,Utility, miscellaneous
$SSW_TRACE/ssw_contributed/ex2int.pro::TRACE::Convert conventional date and time into days since 1979 and milliseconds of day.::ssw_contributed
$SSW_TRACE/ssw_contributed/file2time.pro::TRACE::convert filenames (...[YY]YYMMDD?HHMM[SS]...) -> time::ssw_contributed
$SSW_TRACE/ssw_contributed/file_diff.pro::TRACE::check for ascii file difference (boolean)::ssw_contributed
$SSW_TRACE/ssw_contributed/file_info2.pro::TRACE::To return information about the file from "ls -l" output::ssw_contributed
$SSW_TRACE/ssw_contributed/file_list.pro::TRACE::Given a set of directories (and optionally a partial filename with a wildcard), generage a list of file::ssw_contributed
$SSW_TRACE/ssw_contributed/filter_1d.pro::TRACE::Filter y=f(x) vector (remove glitches).::ssw_contributed
$SSW_TRACE/ssw_contributed/find_contig.pro::TRACE::Find the contiguous subscripts.  Used for finding unique peaks.::ssw_contributed
$SSW_TRACE/ssw_contributed/fits_disp_month.pro::TRACE::To display a single image per day for a single month::ssw_contributed
$SSW_TRACE/ssw_contributed/fstring.pro::TRACE::Shell around STRING function to fix 1024 size limit on formatting strings::ssw_contributed,Utility
$SSW_TRACE/ssw_contributed/fug.pro::TRACE::N.A.::ssw_contributed
$SSW_TRACE/ssw_contributed/fxpar.pro::TRACE::Obtain the value of a parameter in a FITS header.::ssw_contributed,Data Handling, I/O, FITS, Generic.
$SSW_TRACE/ssw_contributed/get_infox.pro::TRACE::convert IDL structure info to string summary (1 line/structure)::ssw_contributed
$SSW_TRACE/ssw_contributed/go_disp_month.pro::TRACE::N.A.::ssw_contributed
$SSW_TRACE/ssw_contributed/go_update_ssw.pro::TRACE::single point routine to maintain SSW system at remote sites  Motivation:::ssw_contributed
$SSW_TRACE/ssw_contributed/gtt_info.pro::TRACE::To extract information from the TRACE index information. The source is either: 1) a structure with item as an explict tag::ssw_contributed
$SSW_TRACE/ssw_contributed/html_basics.pro::TRACE::Return standard header/trailer html::ssw_contributed
$SSW_TRACE/ssw_contributed/html_temp2out.pro::TRACE::Given a template html file, replace the file and gif names denoted by <<FILE:filename>> and <<GIF:filename>> with the contents of the file or the appropriate HTML tags.::ssw_contributed
$SSW_TRACE/ssw_contributed/int2ex.pro::TRACE::Convert days since 1979 and milliseconds of day into conventional date and time.::ssw_contributed
$SSW_TRACE/ssw_contributed/isvalid.pro::TRACE::Returns validity flag for its argument::ssw_contributed
$SSW_TRACE/ssw_contributed/mail.pro::TRACE::To send a mail message to yourself or a list of users::ssw_contributed
$SSW_TRACE/ssw_contributed/make_into_bytarr.pro::TRACE::convert input to byte array::ssw_contributed
$SSW_TRACE/ssw_contributed/mk_imgsum_html.pro::TRACE::Build HTML code for making the monthly calendar and synoptic page summaries (See http://www.space.lockheed.com/IMAGES/)::ssw_contributed
$SSW_TRACE/ssw_contributed/mrd_struct2.pro::TRACE::Return a structure as defined in the names and values data.::ssw_contributed
$SSW_TRACE/ssw_contributed/mrdfits2.pro::TRACE::Read all standard FITS data types into arrays or structures.::ssw_contributed
$SSW_TRACE/ssw_contributed/mxf_decomp_data.pro::TRACE::convert fits extension header and byte stream to image::ssw_contributed
$SSW_TRACE/ssw_contributed/mxf_read_data.pro::TRACE::Multi-Xtension-Fits data reader::ssw_contributed
$SSW_TRACE/ssw_contributed/mxf_read_data2.pro::TRACE::Multi-Xtension-Fits data reader::ssw_contributed
$SSW_TRACE/ssw_contributed/mxf_read_header.pro::TRACE::read headers from mxf files::ssw_contributed
$SSW_TRACE/ssw_contributed/mxfread.pro::TRACE::Multi-Fits-Extension READer::ssw_contributed
$SSW_TRACE/ssw_contributed/new_hkplot.pro::TRACE::N.A.::ssw_contributed
$SSW_TRACE/ssw_contributed/parse_lines.pro::TRACE::To take a string (or an array of strings) and to reformat it so that a given string is no longer than a given value.  Breaks are done at with space::ssw_contributed
$SSW_TRACE/ssw_contributed/pr_stats.pro::TRACE::To print the min/max/avg/dev for an array::ssw_contributed
$SSW_TRACE/ssw_contributed/quick_hkplot.pro::TRACE::To read a list of mnemonics and plot them::ssw_contributed
$SSW_TRACE/ssw_contributed/rd_hk.pro::TRACE::To directly read from the .mdihk files::ssw_contributed
$SSW_TRACE/ssw_contributed/rd_pkt_head.pro::TRACE::To read the ASCII header at the front of the MDI HK, S/C HK, and SCI5K files.::ssw_contributed
$SSW_TRACE/ssw_contributed/rd_tfile.pro::TRACE::read/return contents of text file - optionally interpret and convert text table data::ssw_contributed,gen, setup, swmaint, file i/o, util
$SSW_TRACE/ssw_contributed/rd_tfiles.pro::TRACE::Allow an array of input files and then basically call RD_TFILE::ssw_contributed
$SSW_TRACE/ssw_contributed/rd_ulin_col.pro::TRACE::Generic text file reader which has columns identified in the second line by "------" string::ssw_contributed
$SSW_TRACE/ssw_contributed/sel_filetimes.pro::TRACE::To select the files within a time range (assuming the file date/time is in the filename in YYMMDD.HHMM format::ssw_contributed
$SSW_TRACE/ssw_contributed/setps.pro::TRACE::To make a "set_plot" call and optional "device" calls.  It's useful because the "set_plot,'ps',/interpolate" should be the default and is not.  It also does not work properly if the current::ssw_contributed
$SSW_TRACE/ssw_contributed/ssw_check_contrib.pro::TRACE::check local contrib area to see if routines have made it online::ssw_contributed
$SSW_TRACE/ssw_contributed/ssw_upgrade.pro::TRACE::generate SSW set list, generate packages and spawn mirror job::ssw_contributed
$SSW_TRACE/ssw_contributed/str2pages.pro::TRACE::To take a string array and to break it into page blocks::ssw_contributed
$SSW_TRACE/ssw_contributed/str_copy_tags.pro::TRACE::copy structures where the tag names match.  The default is NOT to copy the tags "index_version" and "entry_type"::ssw_contributed
$SSW_TRACE/ssw_contributed/str_replace.pro::TRACE::replace all occurences of a substring with a replacement if no replacement string is specified, a blank is inserted::ssw_contributed
$SSW_TRACE/ssw_contributed/time2file.pro::TRACE::convert input times (any SSW format) -> [YY]YYMMDD?HHMM[SS]::ssw_contributed
$SSW_TRACE/ssw_contributed/timstr2ex.pro::TRACE::Subroutine to convert a date/time string to a seven element array::ssw_contributed
$SSW_TRACE/ssw_contributed/tr_build_img2.pro::TRACE::To build a TRACE image from raw telemetry file::ssw_contributed
$SSW_TRACE/ssw_contributed/trace_decode_idl.pro::TRACE::decompress a 'TRACE' jpeg stream (call RShine C routine)::ssw_contributed
$SSW_TRACE/ssw_contributed/trace_dph2struct.pro::TRACE::extract/convert info from trace dpheader -> IDL structure::ssw_contributed
$SSW_TRACE/ssw_contributed/trace_jpeg_dbase.pro::TRACE::Return TRACE jpeg dbase info required by Shine executable::ssw_contributed
$SSW_TRACE/ssw_contributed/trace_jpeg_decomp.pro::TRACE::decompress a 'TRACE' jpeg stream (call RShine C routine)::ssw_contributed
$SSW_TRACE/ssw_contributed/trace_struct2filename.pro::TRACE::derive filenames from trace structures::ssw_contributed
$SSW_TRACE/ssw_contributed/track_proc.pro::TRACE::To find all processes for a given process name and user.  Optionally kill the process::ssw_contributed
$SSW_TRACE/ssw_contributed/tvlaser.pro::TRACE::Prints screen onto a Postscript laser printer.    TVLASER uses the logical name PSLASER (VMS) or environment variable PSPRINTER (Unix) to check which postscript printer to use.    Optionally,::ssw_contributed
$SSW_TRACE/ssw_contributed/unsign.pro::TRACE::Converts a signed 16 bit array to an unsigned 32 bit array::ssw_contributed
$SSW_TRACE/ssw_contributed/ut_label.pro::TRACE::label previously drawn utplot / outplot (via evt_grid.pro)::ssw_contributed
$SSW_TRACE/ssw_contributed/wrt_fits_bin_exten.pro::TRACE::To write FITS binary extension table using the structure passed in.  The column names match the tag names of the structure::ssw_contributed
$SSW_TRACE/ssw_contributed/zbuff2file.pro::TRACE::write the image current Z-buffer image to an image file (gif,tiff,jpeg)::ssw_contributed
$SSW/site/idl/ssw_cronjobs/cdaw_group1.pro::SITE::N.A.::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/cdaw_groupx.pro::SITE::N.A.::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/chk_conflict.pro::SITE::compare IDL routines in mapfile / check for CODE/HEADER diffs::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/chk_conflict2.pro::SITE::compare IDL routines in mapfile / check for CODE/HEADER diffs::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/eit2showpix.pro::SITE::generate EIT full disk 'showpix' images  7-apr-1997 - S.L.Freeland - broke out logic from eit_mirror.pro::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/eit_fulldisk.pro::SITE::read,  return and optionally display Full Disk EIT images::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/eit_fulldiskdb.pro::SITE::generate EIT full disk data base (calls eit_fulldisk)::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/go_chkpath.pro::SITE::N.A.::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/go_eit2showpix.pro::SITE::N.A.::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/go_eit_fulldiskdb.pro::SITE::N.A.::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/go_eit_fulldiskdb_96.pro::SITE::N.A.::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/go_eit_fulldiskdb_97.pro::SITE::N.A.::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/go_eit_fulldiskdb_98.pro::SITE::N.A.::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/go_eit_genxcat.pro::SITE::N.A.::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/go_eitcat.pro::SITE::N.A.::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/go_eitcatdirs.pro::SITE::cron job to maintain map of EIT catalog directory::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/go_killold.pro::SITE::N.A.::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/go_lasteit_js.pro::SITE::N.A.::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/go_limbcat.pro::SITE::N.A.::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/go_ssw_swmap.pro::SITE::N.A.::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/go_sswmap_cron.pro::SITE::N.A.::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/go_sswmktar.pro::SITE::N.A.::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/go_sswmktar_old.pro::SITE::N.A.::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/mdi2showpix.pro::SITE::latest MDI magnetogram and contin. -> showpix -::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/mdi_ff_clean.pro::SITE::FF MDI continuum image  (quick and dirty) -::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/ssw_check_conflicts.pro::SITE::N.A.::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/ssw_findstrs.pro::SITE::N.A.::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/ssw_mdi_conflicts.pro::SITE::N.A.::ssw_cronjobs
$SSW/site/idl/ssw_cronjobs/strtrimcommon.pro::SITE::identify common substring and trim  -::ssw_cronjobs
$SSW/site/idl/eit_file2link.pro::SITE::N.A.::idl
$SSW/site/idl/eit_linkdata.pro::SITE::N.A.::idl
$SSW/site/idl/go_mk_idlhelp_ssw.pro::SITE::N.A.::idl
$SSW/site/idl/go_rdtap3.pro::SITE::To read a Yohkoh Archive tape, via menus and point and click. Note: default mode is to read the tape directory files from disk.  The location on the disk is given by the alias or logical::idl
$SSW/site/idl/mreadfits_ns.pro::SITE::Read a FITS file into IDL data and header variables.::idl,Utilities, FITS
$SSW/site/idl/pprint.pro::SITE::N.A.::idl
$SSW/site/idl/rd_goesp_ascii.pro::SITE::read goes ascii particle files and return structure vector::idl
$SSW/site/idl/rdtap3.pro::SITE::Read ARCHIVE tape and write the requested files to the default directory.::idl
$SSW/site/idl/read_ramey.pro::SITE::temporary) - read ramey data (no SIMPLE) keyword  Add times (via /add_standard)::idl
$SSW/site/idl/ssw_chianti.pro::SITE::setup Chianti SW within SSW framework::idl
$SSW/site/idl/ssw_instr_map.pro::SITE::N.A.::idl
$SSW/site/idl/ssw_mktar.pro::SITE::make compressed tar files for all SSW (installation)::idl
$SSW/site/idl/ssw_mktar_filter.pro::SITE::filter (via comment) those files which have not changed::idl
$SSW/site/idl/ssw_sizes.pro::SITE::determine SSW installation disk usage requirements for WWW help::idl
$SSW/site/idl/ssw_swmap.pro::SITE::generate IDL procedure map based on !path order::idl
$SSW/site/idl/yo_tape_widg.pro::SITE::The event handler for YO_TAPE_WIDG::idl,YOHKOH tape
$SSW/gen/idl_test/conflicts_resolve/dummy.pro::GEN::force otherwise empty directory to be included in IDL path -::conflicts_resolve
$SSW/gen/idl_test/genutil/dummy.pro::GEN::force otherwise empty directory to be included in IDL path -::genutil
$SSW/gen/idl_test/genutil/nobeyama_struct.pro::GEN::return nobeyama_structure::genutil
$SSW/gen/idl/display/chg_ctable.pro::GEN::Change current color table in terms of gamma, bottom and top::display
$SSW/gen/idl/display/circle_sym.pro::GEN::Define (part of) a circle as the user plotting symbol.::display,Util, plotting
$SSW/gen/idl/display/cleanplot.pro::GEN::Reset all plotting system variables to the default::display,Utilities, Graphics.
$SSW/gen/idl/display/clipbox.pro::GEN::To draw a box around the outside of the clip box::display,Prev. Hist. : None.
$SSW/gen/idl/display/crange.pro::GEN::This function returns the plot range limits for the X,Y, or Z coordinate.::display,GRAPHICS
$SSW/gen/idl/display/cross_hair.pro::GEN::Plot a rectangle or cross hair on the current plotting device.::display,Utilities, graphics
$SSW/gen/idl/display/ct2rgb.pro::GEN::return RGB for give IDL color table::display
$SSW/gen/idl/display/datplot.pro::GEN::This procedure is used to OVERplot histograms between channel edges.::display,1-D Graphics.
$SSW/gen/idl/display/draw_circle.pro::GEN::Draw a circle.::display
$SSW/gen/idl/display/drawbox.pro::GEN::N.A.::display
$SSW/gen/idl/display/eplot.pro::GEN::Overplot x and y error bars on a previously drawn plot.::display,Graphics
$SSW/gen/idl/display/errplot.pro::GEN::Overplot error bars over a previously drawn plot.::display,J6 - plotting, graphics, one dimensional.
$SSW/gen/idl/display/event_movie.pro::GEN::form a 3D plot movie from UT events (via evt_grid)::display
$SSW/gen/idl/display/ext_range.pro::GEN::Calculate extended range for plotting variables.::display,Util, display
$SSW/gen/idl/display/fill_box.pro::GEN::To fill a plot box with one of a selection of patterns.::display,Utilities, Plotting
$SSW/gen/idl/display/flash_plots.pro::GEN::Make a flashing plot of a polygon::display,PREVIOUS HISTORY:
$SSW/gen/idl/display/form_histo.pro::GEN::Forms a histogram from the variable ARRAY.::display,Class4, Graphics
$SSW/gen/idl/display/get_viewport.pro::GEN::Gets current viewport values, in device coordinates.::display,Utilities, Devices.
$SSW/gen/idl/display/get_xwin.pro::GEN::get a free X-window::display,imaging
$SSW/gen/idl/display/img_summary.pro::GEN::To display summary information of an image.  Display the image along with histograms and line plots, plus other text info::display
$SSW/gen/idl/display/label_curve.pro::GEN::Plots a label with a line from it to a curve.::display,Utilities, Graphics.
$SSW/gen/idl/display/label_line.pro::GEN::Plots a horizontal line (w/ or w/o symbols) with a label.::display,Utilities, graphics.
$SSW/gen/idl/display/label_symbol.pro::GEN::Plots a symbol with a label next to it on a graph.::display,Utilities, Graphics.
$SSW/gen/idl/display/lcur_image.pro::GEN::To display a normalized light curve plot for image data.  The user can select the portion of the image to be averaged.::display
$SSW/gen/idl/display/linecolor.pro::GEN::Set a color index to a particular color.::display,Utilities, Image_display.
$SSW/gen/idl/display/lsplot.pro::GEN::plot lightcurves of selected spectral regions::display
$SSW/gen/idl/display/mk_refbar.pro::GEN::To display a reference color bar (to go along side an image)::display
$SSW/gen/idl/display/mk_timetick.pro::GEN::Create time ticks to be used by AXIS::display,Utilities, Graphics
$SSW/gen/idl/display/msplot.pro::GEN::plot multiple data sets on a single set of axes::display
$SSW/gen/idl/display/ocontour.pro::GEN::To overlay a contour on top of an image::display
$SSW/gen/idl/display/oplot_err.pro::GEN::Overplot data with error bars in both X and Y directions::display,Utilities, Plotting
$SSW/gen/idl/display/oplot_string.pro::GEN::Overplot an X,Y array using a character string as a symbol.::display,Utilities, Graphics.
$SSW/gen/idl/display/oplotbar.pro::GEN::Overplot a bar graph filled in with a pattern.::display,Class3, Graphics
$SSW/gen/idl/display/oploterr.pro::GEN::Over-plot data points with accompanying X or Y error bars.::display
$SSW/gen/idl/display/pconvert.pro::GEN::Convert Plot DEVICE, DATA, NORMAL and PIXEL coordinates::display,Utilities, Graphics
$SSW/gen/idl/display/pcurse.pro::GEN::user cursor to select points from plot::display
$SSW/gen/idl/display/pfind.pro::GEN::Find Plot Region ID corresponding to an event.::display,Utility, Graphics
$SSW/gen/idl/display/plot_arc.pro::GEN::To allow a user to mark an arc on an image and the intensity along that arc will be plotted::display
$SSW/gen/idl/display/plot_err.pro::GEN::Plot data with error bars in both X and Y directions::display,Utilities, Plotting
$SSW/gen/idl/display/plot_histo.pro::GEN::Plots a histogram from the variable ARRAY.::display,Class3, Graphics
$SSW/gen/idl/display/plot_lcur.pro::GEN::Plot a light curve and allow the user to blowup on certain areas.  It returns the subscripts of the last selected region.::display
$SSW/gen/idl/display/plot_string.pro::GEN::Plot an X, Y array using a character string as the symbol.::display,None.
$SSW/gen/idl/display/plot_zoom.pro::GEN::Wrapper of PLOT with zoom function.::display,Plot
$SSW/gen/idl/display/plotbar.pro::GEN::Plot a bar graph filled in with a pattern.::display,Class3, Graphics
$SSW/gen/idl/display/ploterr.pro::GEN::Plot data points with accompanying X or Y error bars. This is a greatly enhanced version of a standard IDL Library routine.::display
$SSW/gen/idl/display/plotltc.pro::GEN::plot light curve::display,plotting
$SSW/gen/idl/display/plots2.pro::GEN::N.A.::display
$SSW/gen/idl/display/plotspec.pro::GEN::plot spectra::display
$SSW/gen/idl/display/prestore.pro::GEN::Restore Plot Region data (!P,!X,!Y,!D, and data X/Y size)::display,Utility, Graphics
$SSW/gen/idl/display/ps_form.pro::GEN::This function displays a form the user can interactively manipulate to configure the PostScript device driver (PS) setup. The function returns::display
$SSW/gen/idl/display/pstore.pro::GEN::Store Plot Region data (!P,!X,!Y,!D, and data X/Y size)::display,Utility, Graphics
$SSW/gen/idl/display/select_box.pro::GEN::Interactive selection of a box on the graphics display.::display,Utilities, User_interface.
$SSW/gen/idl/display/set_line_color.pro::GEN::Define 11 different colors for the first 11 color indices::display,PREVIOUS HISTORY:
$SSW/gen/idl/display/setplot.pro::GEN::Switch between plotting devices with memory about each.::display,Utilities, Devices.
$SSW/gen/idl/display/setscale.pro::GEN::Sets plot scale so it is the same in X and Y directions.::display,Utilities, Devices.
$SSW/gen/idl/display/setview.pro::GEN::Switch between several plots on one page.::display,Utilities, Devices.
$SSW/gen/idl/display/setwindow.pro::GEN::Switch between windows, retaining parameters for each.::display,Utilities, Devices.
$SSW/gen/idl/display/smart_window.pro::GEN::a smarter way to set/restore plot window parameters::display,utility
$SSW/gen/idl/display/stepper.pro::GEN::Step through individual images a single frame at a time.::display
$SSW/gen/idl/display/testcube.pro::GEN::return test data cube (shifted dist) - optionally make gif files::display
$SSW/gen/idl/display/tick_vec.pro::GEN::Generate tickmarks for tight (or wide) displays.::display,Utilities
$SSW/gen/idl/display/tv2.pro::GEN::To allow a user to output an image to a PostScript device and to specify the location (and size) in pseudo-pixel coordinates.::display
$SSW/gen/idl/display/wdef.pro::GEN::Makes a window quick and easy. Allocate free window# if not specified to avoid window collisions::display
$SSW/gen/idl/display/wdel.pro::GEN::Close a window::display,utility
$SSW/gen/idl/display/wdeletes.pro::GEN::delete multiple (or all) windows::display
$SSW/gen/idl/display/write_in_box.pro::GEN::Writes a text message within a box in a graphics window.::display,Planning, Science.
$SSW/gen/idl/display/wtitle.pro::GEN::Add a title to a window AFTER it has been created::display,utility
$SSW/gen/idl/display/xdisp_fits.pro::GEN::To allow a user to select a file and image to be displayed::display
$SSW/gen/idl/display/xplotscale.pro::GEN::A widget interface to control plot scaling methods::display,Utility, Image
$SSW/gen/idl/display/xtv.pro::GEN::This application is designed to display IDL arrays as images. XTV allows the user to view the image at any resolution and read off x and y coordinates. It is hoped that this will be very useful for::display,Widgets
$SSW/gen/idl/display/xwin.pro::GEN::Switch to X-windows mode.::display,Utilities, Devices.
$SSW/gen/idl/display/xy_raster.pro::GEN::Generate a raster pattern of time series images::display
$SSW/gen/idl/display/xycursor.pro::GEN::Full-sized cross-hair cursor in a plot window::display,Plot
$SSW/gen/idl/display/xyouts2.pro::GEN::Wrapper for xyouts -- use pseudo pixel coordinates when writing to PostScript file. Must "set up" the coordinates with a previous call to tv2,/init,xsize,ysize first.::display
$SSW/gen/idl/help/category.pro::GEN::List procedure/function names and categories.::help,category.doc path    -  if present (/path or path=1) use current IDL path
$SSW/gen/idl/help/check_conflict.pro::GEN::To check any conflict of IDL procedure/function names.::help,Doc
$SSW/gen/idl/help/chkarg.pro::GEN::Determine calling arguments of procedure or function.::help,Documentation, Online_help.
$SSW/gen/idl/help/cmp_all_pro.pro::GEN::Compares all procedure files in one path against another.::help,Software_management.
$SSW/gen/idl/help/cmp_files.pro::GEN::Checks whether two text files are identical or not.::help,Software_management.
$SSW/gen/idl/help/cmp_libs.pro::GEN::Compares one IDL library against another.::help,Software_management.
$SSW/gen/idl/help/cmp_trees.pro::GEN::Compares all procedure files in one path against another.::help,Software_management.
$SSW/gen/idl/help/dhelp.pro::GEN::Diagnostic HELP (activated only when DEBUG reaches DLEVEL)::help,PREVIOUS HISTORY:
$SSW/gen/idl/help/doc_menu.pro::GEN::Extract documentation template of one or more procedures.::help,Documentation, Online_help.
$SSW/gen/idl/help/dprint.pro::GEN::Diagnostic PRINT (activated only when DEBUG reaches DLEVEL)::help,Utility, miscellaneous
$SSW/gen/idl/help/fill_category.pro::GEN::Load save file with current categories::help,Util, help
$SSW/gen/idl/help/fill_tftd.pro::GEN::Load save file with current one-liners::help,Util, help
$SSW/gen/idl/help/find_cat.pro::GEN::Find and list routines matching input category string::help,Utility
$SSW/gen/idl/help/find_proc.pro::GEN::Find routine in SSW tree::help,Utility, help
$SSW/gen/idl/help/get_lib.pro::GEN::Place elements of !PATH into a string array..::help,Documentation, Online_help.
$SSW/gen/idl/help/get_mod.pro::GEN::Extract list of procedure modules.::help,Documentation, Online_help.
$SSW/gen/idl/help/get_proc.pro::GEN::Extract procedure from a library or directory.::help,Documentation, Online_help.
$SSW/gen/idl/help/have_proc.pro::GEN::Check if a program is exists in !path::help,utility
$SSW/gen/idl/help/idl_routine.pro::GEN::Create a string array of names of all IDL internal routines::help,PREVIOUS HISTORY:
$SSW/gen/idl/help/mk_help_stc.pro::GEN::To create a help structure to be used in help mode::help,Utilities, Help
$SSW/gen/idl/help/path_expand.pro::GEN::Expands VMS logical names in a search path.::help,Documentation, Online_help.
$SSW/gen/idl/help/peek.pro::GEN::Search and print IDL routine.::help,Utility/Help
$SSW/gen/idl/help/purpose.pro::GEN::: PURPOSE se     : List procedure/function names and purposes.          the standard CDS header and extracts the Name and Purpose           the screen or to the file "purpose.doc".        : IDL> purpose [,file_spec, /hard, /path, list=list]          IDL> purpose, path='userlib          output file "purpose.doc" (or both).                     purpose.doc          To detect uppercase NAME and PURPOSE for compatibility with          Make search for Name and Purpose more robust, CDP, 25-May-94 found? If so then read the file looking for the NAME and PURPOSE::help,Utilities, Documentation, Manual
$SSW/gen/idl/help/scanpath.pro::GEN::Widget prog. for reading documentation within IDL procedures::help,Documentation, Online_help.
$SSW/gen/idl/help/strip_arg.pro::GEN::Strip argument and keyword calls from an IDL program.::help,Documentation, Online_help.
$SSW/gen/idl/help/strip_doc.pro::GEN::Strip internal documentation from an IDL program.::help,Documentation, Online_help.
$SSW/gen/idl/help/strip_wild.pro::GEN::Strip wild characters (*,?) from procedure name::help,Utility, string, help
$SSW/gen/idl/help/tftd.pro::GEN::Search for a string in header documentation.::help,Doc, help
$SSW/gen/idl/help/which.pro::GEN::Search for and print file or routine in IDL !path::help,General utility
$SSW/gen/idl/help/xdoc.pro::GEN::Front end to online documentation software.::help,Documentation, Online_help.
$SSW/gen/idl/http/configure_http.pro::GEN::configure an HTTP server within the SSW environment::http
$SSW/gen/idl/http/data2files.pro::GEN::convert data (2D or 3D) -> file or file sequence::http
$SSW/gen/idl/http/film_thumbnail.pro::GEN::embed thumbnail image in "film" (make www logos/thumbnails)::http
$SSW/gen/idl/http/form_qstr_valid.pro::GEN::return array of "valid" search fields (filter out NOPS, etc)::http
$SSW/gen/idl/http/genx2html.pro::GEN::convert a 'genx' file to an html file in a 'standard' format::http
$SSW/gen/idl/http/html_doc.pro::GEN::handle standard header and trailer html documents (templates)::http
$SSW/gen/idl/http/html_formtime.pro::GEN::add times to an html form (template)::http
$SSW/gen/idl/http/html_highlight.pro::GEN::highlight some user specified html (usually tables)::http
$SSW/gen/idl/http/html_linklist.pro::GEN::make a series of htmlfiles a 'linked list'::http
$SSW/gen/idl/http/http_names.pro::GEN::convert filename to WWW link::http
$SSW/gen/idl/http/image2gifanim.pro::GEN::convert an image file sequence (gif, jpeg) to gif animation  ======================================================================::http
$SSW/gen/idl/http/image2movie.pro::GEN::convert an image file sequence (3d, gif, jpeg) to mpeg or gif animation::http
$SSW/gen/idl/http/image2mpeg.pro::GEN::convert an image file sequence (gif, jpeg) to mpeg movie  =======================================================================::http
$SSW/gen/idl/http/jsmovie.pro::GEN::Make a Javascript movie HTML file for a series of images (GIF, JPEG, etc)::http,Imaging
$SSW/gen/idl/http/mk_formt_html.pro::GEN::make FORM-ready html segment for times (start [and stop])::http
$SSW/gen/idl/http/mkthumb.pro::GEN::make a thumbnail of an image or movie sequence::http
$SSW/gen/idl/http/quality_filter.pro::GEN::filter data with some qualitative checks::http
$SSW/gen/idl/http/special_movie.pro::GEN::make sxt movies for WWW (just set up and call image2movie)  EXAMPLE: REPRESENTATIVE OUTPUT FROM SPECIAL_MOVIE IS AVAILABLE AT:::http
$SSW/gen/idl/http/ssw_getapplet.pro::GEN::return user requested java applet for insertion into HTML doc::http
$SSW/gen/idl/http/str2html.pro::GEN::format a block of free-form ascii text into a standard 'html'::http
$SSW/gen/idl/http/strfind_urls.pro::GEN::find URLS in a text array, useful for TEXT->HTML conversions::http
$SSW/gen/idl/http/strlist2html.pro::GEN::identify ordered/unordered lists in string array and cnvt->html::http
$SSW/gen/idl/http/strtab2html.pro::GEN::generate html Table (V3 table format) from table (string array)::http
$SSW/gen/idl/http/thumbnail_table_html.pro::GEN::Make an html thumbnail table - optionally make the thumbnails::http
$SSW/gen/idl/http/url_decode.pro::GEN::replace encoded HEX with byte equivilent::http
$SSW/gen/idl/http/url_query2time.pro::GEN::convert WWW FORM-POST queries to standard format::http
$SSW/gen/idl/http/where_title.pro::GEN::identify titles/headers in text array::http
$SSW/gen/idl/solar/arcmin2hel.pro::GEN::Convert arcmin from sun centre to heliographic coords.::solar,Util, coord
$SSW/gen/idl/solar/carr2ex.pro::GEN::Estimate the time of central meridian passage of a Carrington rotation number::solar
$SSW/gen/idl/solar/clon2ex.pro::GEN::Calculate times corresponding to input 'Carrington' longitudes.::solar
$SSW/gen/idl/solar/conv_a2h.pro::GEN::Converts arcmins-from-suncenter coordinates to heliographic coordinates.::solar
$SSW/gen/idl/solar/conv_a2p.pro::GEN::To convert from a an angle from sun center to a pixel location::solar
$SSW/gen/idl/solar/conv_h2a.pro::GEN::Computes arcsecs-from-suncenter coordinates from heliographic coordinate inputs (inverse of CONV_A2H).::solar
$SSW/gen/idl/solar/conv_h2p.pro::GEN::To convert from a pixel location to heliocentric coordinates::solar
$SSW/gen/idl/solar/darklimb_correct.pro::GEN::Calculate limb darkening function for specified wavelength or wavelength range and use to remove limb darkening effects from input image.::solar
$SSW/gen/idl/solar/darklimb_r.pro::GEN::Returns the constants, u or v, for a given central wavelength and wavelength range (bandpass) for input into the limb darkening function (see LIMBDARK_COR and LIMBDARK_PLOT)::solar
$SSW/gen/idl/solar/darklimb_u.pro::GEN::Returns the constant, u, for a given wavelength for input into the limb darkening function (see LIMBDARK_COR and LIMBDARK_PLOT)::solar
$SSW/gen/idl/solar/darklimb_v.pro::GEN::Returns the constant, v, for a given wavelength for input into the limb darkening function (see LIMBDARK_COR and LIMBDARK_PLOT)::solar
$SSW/gen/idl/solar/diff_rot.pro::GEN::Computes the differential rotation of the sun::solar,PREVIOUS HISTORY:
$SSW/gen/idl/solar/dr_carr.pro::GEN::If ARG is a time interval (in decimal days) this routine calculates the Carrington differential rotation for the latitude specified by LAT (in degrees, default is 0).::solar,Solar astronomy trivia.
$SSW/gen/idl/solar/dr_photo.pro::GEN::If ARG is a time interval (in decimal days) this routine calculates photosheric differential rotation for the latitude specified by LAT (in degrees, default is 0).::solar,Solar astronomy trivia.
$SSW/gen/idl/solar/get_orbit.pro::GEN::Get the SOHO orbit information.::solar,Class3, Orbit
$SSW/gen/idl/solar/get_rb0p.pro::GEN::Determine the solar radius, b0 angle, and p angle for a set of times::solar
$SSW/gen/idl/solar/get_sun.pro::GEN::Provides geocentric physical ephemeris of the sun. Front end to routine SUN to provide 'Yohkoh-style' time interface::solar
$SSW/gen/idl/solar/goes2flux.pro::GEN::Convert GOES class to flux.::solar,Util
$SSW/gen/idl/solar/hel2arcmin.pro::GEN::Compute position relative to sun centre from heliographic.::solar,Utilities, coordinates.
$SSW/gen/idl/solar/lat2y.pro::GEN::Convert heliographic latitute to Y value in arcsec::solar,PREVIOUS HISTORY:
$SSW/gen/idl/solar/pb0r.pro::GEN::To calculate the solar P, B0 angles and the semi-diameter.::solar,Util, coords
$SSW/gen/idl/solar/plot_helio.pro::GEN::Plot solar heliographic grid and limb::solar,Plotting
$SSW/gen/idl/solar/rot_xy.pro::GEN::Get a solar rotated position for a given time interval.::solar,Utility, coordinates
$SSW/gen/idl/solar/rotation.pro::GEN::Make a 3x3 matrix for a rotation transformation conversion.::solar,Utilities, coordinates
$SSW/gen/idl/solar/soho_view.pro::GEN::Check to see if SC_VIEW is set on::solar,Utility
$SSW/gen/idl/solar/ssw_limbstuff.pro::GEN::tag neat stuff over the limb::solar
$SSW/gen/idl/solar/sun_pos.pro::GEN::Calculate solar ephemeris parameters.::solar,Util, coords
$SSW/gen/idl/solar/tim2carr.pro::GEN::Determine the decimal Carrington rotation number or the Carrington longitude of the central meridian of the sun for a given time or set of times::solar
$SSW/gen/idl/solar/tim2clon.pro::GEN::Calculate the 'Carrington' or heliographic longitude of the central point of the solar disk corresponding to input time(s).::solar
$SSW/gen/idl/solar/track_h2a.pro::GEN::Given a heliocentric coordinate and a set of dates, track the angular position on the sun as it moves with differential rotation.::solar
$SSW/gen/idl/solar/use_earth_view.pro::GEN::Set env variable SC_VIEW off to change point of view to Earth::solar,Utility
$SSW/gen/idl/solar/use_soho_view.pro::GEN::Set env variable SC_VIEW on to change point of view to SOHO::solar,Utility
$SSW/gen/idl/system/add_path.pro::GEN::Add directory (and optionally all its subdirs) into IDL path::system,Utilities, OS
$SSW/gen/idl/system/apply_lock.pro::GEN::create a LOCK file::system,Planning
$SSW/gen/idl/system/bigpickfile.pro::GEN::Pickfile, but with more space for everything.::system,See below.
$SSW/gen/idl/system/break_file.pro::GEN::Break a filename into its component parts.::system,Utilities, Operating_system.
$SSW/gen/idl/system/break_path.pro::GEN::Breaks up a path string into its component directories.::system,Utilities, Operating_system
$SSW/gen/idl/system/call_external_info.pro::GEN::return system dependent info required by call_external::system
$SSW/gen/idl/system/cdd.pro::GEN::Change directory and set IDL prompt to current path name::system,Utility, miscellaneous
$SSW/gen/idl/system/cdup.pro::GEN::Change directory path to an upper level::system,PREVIOUS HISTORY:
$SSW/gen/idl/system/check_ftp.pro::GEN::check if ftp server is alive::system,utility
$SSW/gen/idl/system/check_lock.pro::GEN::check if a LOCK file created by APPLY_LOCK has expired::system,Planning
$SSW/gen/idl/system/check_log.pro::GEN::check idl batch logfile for abnormal termination::system
$SSW/gen/idl/system/check_tape_drv.pro::GEN::Associate tape drive numbers with device files. *Unix only*::system,Utilities, I/O, Tape.
$SSW/gen/idl/system/child_pointer.pro::GEN::to retrieve child of a pointer variable::system,Help
$SSW/gen/idl/system/chk_dir.pro::GEN::Check the validity of a directory name.::system,PREVIOUS HISTORY:
$SSW/gen/idl/system/chklog.pro::GEN::Determine actual name of logical or environment variable.::system,Utilities, Operating_system.
$SSW/gen/idl/system/clean_journal.pro::GEN::This procedure removes some of the output in journal files to make the resultant files more easily modified into procedures.::system,UTIL, GEN, STRING
$SSW/gen/idl/system/cls.pro::GEN::Clear screen (in Xterm's VT102 mode)::system,Utility, miscellaneous
$SSW/gen/idl/system/comp_fil_list.pro::GEN::Compare two unix directory listings and produce a list of file names which differ in some way (size, time of creation, ownership, protection).::system
$SSW/gen/idl/system/concat4dos.pro::GEN::Concatenates IDL procedure files for copying to DOS machine.::system,Utilities, Operating_system.
$SSW/gen/idl/system/concat_dir.pro::GEN::To concatenate directory and file names for current os.::system,Utilities, Strings
$SSW/gen/idl/system/conv_unix_vax.pro::GEN::Converts Unix data to VAX data representation.::system,Utilities, Operating_system
$SSW/gen/idl/system/conv_vax_unix.pro::GEN::Converts VAX data type to Unix (IEEE) data representation::system,Utilities, Operating_system
$SSW/gen/idl/system/conv_vax_unix2.pro::GEN::N.A.::system
$SSW/gen/idl/system/copy_var.pro::GEN::to copy data by pointer::system,utility
$SSW/gen/idl/system/curdir.pro::GEN::return current directory::system
$SSW/gen/idl/system/dd.pro::GEN::Display directory stack used by PD and PPD::system,PREVIOUS HISTORY:
$SSW/gen/idl/system/def_dirlist.pro::GEN::Define directory list using setenv or setlog::system,Class4, System
$SSW/gen/idl/system/delete_file.pro::GEN::Delete a named file.::system,Util, Operating_system
$SSW/gen/idl/system/delvarx.pro::GEN::delete variables for memory management (can call from routines)::system
$SSW/gen/idl/system/devicelib.pro::GEN::Definitions needed for the SERTS graphics device library.::system,Utilities,
$SSW/gen/idl/system/dir_exist.pro::GEN::check if elements of input list are existing directories::system
$SSW/gen/idl/system/dir_since.pro::GEN::directory listing for spcified age files::system
$SSW/gen/idl/system/disk_hog.pro::GEN::show disk usage, order by size::system
$SSW/gen/idl/system/dismount.pro::GEN::Emulates the VMS DISMOUNT function in Unix.::system,Utilities, I/O, Tape.
$SSW/gen/idl/system/do_reg_backup.pro::GEN::To make a regular backup of a directory tree::system
$SSW/gen/idl/system/espawn.pro::GEN::spawn a UNIX shell command and return STDIO and STDERR::system,OS
$SSW/gen/idl/system/expand_tilde.pro::GEN::expand tilde in UNIX directory names::system,system
$SSW/gen/idl/system/fdecomp.pro::GEN::Decompose file name into components.::system,Utilities, Operating_System
$SSW/gen/idl/system/file_acc.pro::GEN::Determine existence, type and access of file on UNIX system.::system,UNIX system IDL utility.
$SSW/gen/idl/system/file_append.pro::GEN::append text to text file - optionally, only append uniq text::system
$SSW/gen/idl/system/file_compress.pro::GEN::provide IDL interface to gzip and Unix compress utility::system
$SSW/gen/idl/system/file_delete.pro::GEN::system/shell independent file delete::system
$SSW/gen/idl/system/file_diff.pro::GEN::check for ascii file difference (boolean)::system
$SSW/gen/idl/system/file_exist.pro::GEN::returns true(1) if any files match pattern=file false(0) if no files found::system
$SSW/gen/idl/system/file_list.pro::GEN::Given a set of directories (and optionally a partial filename with a wildcard), generage a list of file::system
$SSW/gen/idl/system/file_menu.pro::GEN::Given a set of directories (and optionally a partial filename with a wildcard), display a menu to allow the user to select the file he wants.::system
$SSW/gen/idl/system/file_purge.pro::GEN::Purge files that have similar file names.  Purge is based on file name (alphabetical listing) or by reverse creation date.::system
$SSW/gen/idl/system/file_stat.pro::GEN::Vector version of FSTAT::system,Utility, Operating_system
$SSW/gen/idl/system/file_uncompress.pro::GEN::provide IDL interface to standard unix uncompress & gzip utility::system
$SSW/gen/idl/system/files_newer.pro::GEN::return files in <directory>  newer than <reference> file::system
$SSW/gen/idl/system/find_all_dir.pro::GEN::Finds all directories under a specified directory.::system,Utilities, Operating_system.
$SSW/gen/idl/system/find_file.pro::GEN::Fixing builtin FINDFILE() problem::system,Utilities, Operating_system
$SSW/gen/idl/system/find_files.pro::GEN::Find multiple files in a multiple path::system,Utilities, Operating_system
$SSW/gen/idl/system/find_wind_dir.pro::GEN::Finds all directories under a specified directory under windows.::system,Utilities, Operating_system.
$SSW/gen/idl/system/find_with_def.pro::GEN::Searches for files with a default path and extension.::system,Utilities, Operating_system
$SSW/gen/idl/system/flag_long_names.pro::GEN::Flags procedure names that would appear the same under DOS::system,Utilities, Operating_system.
$SSW/gen/idl/system/form_filename.pro::GEN::Adds default paths and extensions to filenames.::system,Utilites, Operating System.
$SSW/gen/idl/system/free_pointer.pro::GEN::to free a pointer variable::system,Help
$SSW/gen/idl/system/fstats.pro::GEN::vector version of fstat::system
$SSW/gen/idl/system/ftp_copy.pro::GEN::To build an FTP command and execute it from IDL (Default=PUT)::system
$SSW/gen/idl/system/ftp_copy_new.pro::GEN::Wrapper to call ftp_copy.  Does a remote listing on the source macine before deciding if the ftp is necessary or not.::system
$SSW/gen/idl/system/get_calldetails.pro::GEN::Return details of calling program (at any stack depth)::system,General.
$SSW/gen/idl/system/get_caller.pro::GEN::Get name of caller routine::system,Utility
$SSW/gen/idl/system/get_def_printer.pro::GEN::Get default printer from available printers::system,system
$SSW/gen/idl/system/get_delim.pro::GEN::returns file delimiter that is appropriate to VMS or UNIX::system
$SSW/gen/idl/system/get_environ.pro::GEN::Get environment variables.::system
$SSW/gen/idl/system/get_group.pro::GEN::Find out the name of the group of the current process.::system
$SSW/gen/idl/system/get_host.pro::GEN::Find out the name of the ultrix system as defined in the system variable "hostname"::system
$SSW/gen/idl/system/get_logenv.pro::GEN::provide system independent front end to get_env and trn_log::system
$SSW/gen/idl/system/get_pid.pro::GEN::return user PID and TTY for given process::system,utility
$SSW/gen/idl/system/get_pointer.pro::GEN::to get a pointer value from a pointer variable::system,Help
$SSW/gen/idl/system/get_tape.pro::GEN::get and mount available tape drive unit::system
$SSW/gen/idl/system/get_user.pro::GEN::Find out the name of the user as defined by the environment variable USER::system
$SSW/gen/idl/system/get_user_id.pro::GEN::return user name and host::system,utility
$SSW/gen/idl/system/getlog.pro::GEN::Returns correct logical dir. for given operating system.::system,Utilities, Operating_System
$SSW/gen/idl/system/handle_killer.pro::GEN::Kill handles hooked up with HANDLE_KILLER.::system,Utility, Handles
$SSW/gen/idl/system/handle_killer_hookup.pro::GEN::Hook up handles for automatic freeing when widget dies.::system,Utility, Handles
$SSW/gen/idl/system/has_error.pro::GEN::Handles an error message and return the error status::system,Utility
$SSW/gen/idl/system/have_windows.pro::GEN::Tests whether current graphics device supports windows.::system,Utilities, Devices.
$SSW/gen/idl/system/host_to_ieee.pro::GEN::Translate host variables to IEEE format.::system,Utilities, Operating_system
$SSW/gen/idl/system/idl_release.pro::GEN::check if IDL release version within specified range::system,system
$SSW/gen/idl/system/ieee_to_host.pro::GEN::Translate variables from IEEE to host format.::system,Utilities, Operating_system
$SSW/gen/idl/system/is_alive.pro::GEN::check health of remote host::system
$SSW/gen/idl/system/is_ieee_big.pro::GEN::Determine if the current machine is use IEEE, big-endian numbers. (This implies that byteorder conversions are no-ops).::system
$SSW/gen/idl/system/is_lendian.pro::GEN::Many routines (WRITEFITS, ANAFRD, etc) depend on the endianness of the hardware platform.  This routine centralizes this in one place so new platforms may be added at will.::system
$SSW/gen/idl/system/is_open.pro::GEN::check if a file unit is open::system
$SSW/gen/idl/system/is_ps.pro::GEN::boolean function - is file a PostScript File?::system
$SSW/gen/idl/system/kill_job.pro::GEN::Kill a UNIX job::system,Utility
$SSW/gen/idl/system/killold.pro::GEN::kill old jobs (PIDs)::system
$SSW/gen/idl/system/list_printer.pro::GEN::LIST available printers::system,Help, Device
$SSW/gen/idl/system/list_printer_unix.pro::GEN::LIST available printers from /etc/printcap::system,Help, Device
$SSW/gen/idl/system/list_printer_vms.pro::GEN::List names of all printer queues::system,Utility
$SSW/gen/idl/system/list_with_path.pro::GEN::Searches for files with a default path and extension.::system,Utilities, Operating_system
$SSW/gen/idl/system/loc_file.pro::GEN::Get files from a set of directories.::system,Utilities, Operating_system.
$SSW/gen/idl/system/lzplot.pro::GEN::print a PostScript plot file::system
$SSW/gen/idl/system/mail.pro::GEN::To send a mail message to yourself or a list of users::system
$SSW/gen/idl/system/make_mirror.pro::GEN::build a mirror file::system
$SSW/gen/idl/system/make_pointer.pro::GEN::to make a pointer variable::system,Help
$SSW/gen/idl/system/map_env2dir.pro::GEN::make file which maps between environmentals and local pathnames::system
$SSW/gen/idl/system/mk_temp_file.pro::GEN::Create a temporary filename::system,Utility
$SSW/gen/idl/system/mklog.pro::GEN::define a logical (VMS) or environment (UNIX) variable::system,Utility, OS
$SSW/gen/idl/system/os_family.pro::GEN::Return current operating system as in !VERSION.OS_FAMILY::system,Utilities, Operating_system
$SSW/gen/idl/system/path_dir.pro::GEN::Return directories in the path containing the input string::system,Util, string
$SSW/gen/idl/system/pcl.pro::GEN::Sets graphics device to HP LaserJet PCL file.::system,Utilities, Devices.
$SSW/gen/idl/system/pclclose.pro::GEN::Close an HP LaserJet PCL plot file, reset graphics device.::system,Utilities, Devices.
$SSW/gen/idl/system/pclplot.pro::GEN::Print an HP LaserJet PCL plot file, reset graphics device.::system,Utilities, Devices.
$SSW/gen/idl/system/pd.pro::GEN::Push a directory onto the top of a directory stack::system
$SSW/gen/idl/system/ppd.pro::GEN::Pop up directory name from the directory stack and CD to it.::system
$SSW/gen/idl/system/pprint.pro::GEN::Closes currently open hardcopy plot device (if necessary) and sends the plot file to the appropriate device. This is the Unix Version of the routine.::system
$SSW/gen/idl/system/pr_logenv.pro::GEN::print or return Environment/Logical definitions::system
$SSW/gen/idl/system/pr_path.pro::GEN::Procedure to print the IDL !path variable (since it::system
$SSW/gen/idl/system/print_it.pro::GEN::N.A.::system
$SSW/gen/idl/system/ps.pro::GEN::Sets graphics device to PostScript file.::system,Utilities, Devices.
$SSW/gen/idl/system/ps_long.pro::GEN::To stretch plotting area when device is PostScript printer.::system,Util,  plotting
$SSW/gen/idl/system/ps_reset.pro::GEN::Resets PostScript plotting area to Portrait, normal size.::system,Util, device
$SSW/gen/idl/system/psclose.pro::GEN::Close a PostScript plot file, reset graphics device.::system,Utilities, Devices.
$SSW/gen/idl/system/psplot.pro::GEN::Prints PostScript plots and resets to the previous device.::system,Utilities, Devices.
$SSW/gen/idl/system/pwd.pro::GEN::emulate unix 'pwd' command  -::system
$SSW/gen/idl/system/qmclose.pro::GEN::Close a QMS plot file and reset the graphics device.::system,Utilities, Devices.
$SSW/gen/idl/system/qmplot.pro::GEN::Print a QMS plot file and reset the graphics device.::system,Utilities, Devices.
$SSW/gen/idl/system/qms.pro::GEN::Sets graphics device to QMS Quikplot file.::system,Utilities, Devices.
$SSW/gen/idl/system/rd_link.pro::GEN::check if file name is actually a link::system,Help
$SSW/gen/idl/system/recompile.pro::GEN::recompile a routine::system,utility
$SSW/gen/idl/system/regis.pro::GEN::Sets graphics device to REGIS mode.::system,Utilities, Devices.
$SSW/gen/idl/system/rename.pro::GEN::rename unix files (new string replaces old string)::system
$SSW/gen/idl/system/reset.pro::GEN::Resets system variables to their default values.::system,Utilities, Devices.
$SSW/gen/idl/system/rev_swap.pro::GEN::Swaps data between reverse network and host byte order.::system,Utilities, Operating_system.
$SSW/gen/idl/system/rewind.pro::GEN::Emulates the VMS REWIND function in Unix.::system,Utilities, I/O, Tape.
$SSW/gen/idl/system/rm_file.pro::GEN::delete a file in OS independent way::system,OS
$SSW/gen/idl/system/rm_lock.pro::GEN::remove LOCK file created by APPLY_LOCK::system,Planning
$SSW/gen/idl/system/rm_path.pro::GEN::Remove directory (and optionally its subdirs) from IDL path::system,Utilities, OS
$SSW/gen/idl/system/rsh.pro::GEN::spawn remote command::system
$SSW/gen/idl/system/scratch.pro::GEN::manage scratch files (names, auto-delete, units,...) (compatible with VMS/Unix)::system
$SSW/gen/idl/system/screen_select.pro::GEN::Interactively select from list using widgets, X or terminal::system,Utilities, User_interface
$SSW/gen/idl/system/select_o.pro::GEN::Allows interactive (text) screen selection from a list.::system,Utilities, User_interface
$SSW/gen/idl/system/select_windows.pro::GEN::Select the windows display depending on OS::system,Class4, Display, OS
$SSW/gen/idl/system/select_x.pro::GEN::Allos interactive screen selection from X-windows device.::system,Utilities, User_interface
$SSW/gen/idl/system/send_mail.pro::GEN::to e-mail a file or array::system,Device
$SSW/gen/idl/system/send_print.pro::GEN::to print a file or array in a device independent way::system,Device
$SSW/gen/idl/system/sep_filename.pro::GEN::Separates a filename into its component parts.::system,PREVIOUS HISTORY:
$SSW/gen/idl/system/set_hard.pro::GEN::set hard copy page parameters::system
$SSW/gen/idl/system/set_logenv.pro::GEN::set environmental variable (unix) and logicals (vms) (allow dynamic updates of Yohkoh environment)::system
$SSW/gen/idl/system/set_logvms.pro::GEN::set logicals (vms) (allow dynamic updates of Yohkoh environment)::system
$SSW/gen/idl/system/set_pointer.pro::GEN::to set a pointer value to a pointer variable::system,Help
$SSW/gen/idl/system/set_printer.pro::GEN::To allow the user to set the printer queue where the output will come out::system
$SSW/gen/idl/system/set_x.pro::GEN::Set the device to 'X' with vector fonts.::system,graphics
$SSW/gen/idl/system/setenv.pro::GEN::Emulates the SETENV routine in VMS.::system,Utilities, Operating_system.
$SSW/gen/idl/system/setps.pro::GEN::To make a "set_plot" call and optional "device" calls.  It's useful because the "set_plot,'ps',/interpolate" should be the default and is not.  It also does not work properly if the current::system
$SSW/gen/idl/system/show_queue.pro::GEN::Show the contents of a print queue.::system,Utilities, Devices.
$SSW/gen/idl/system/since_version.pro::GEN::Determine if current release is later than specified.::system,Utilities, Miscellaneous
$SSW/gen/idl/system/skipf.pro::GEN::Emulates the VMS SKIPF function on UNIX machines.::system,Utilities, I/O, Tape.
$SSW/gen/idl/system/smart_ftp.pro::GEN::A wrapper around FTP_COPY::system,planning
$SSW/gen/idl/system/spec_dir.pro::GEN::Appends a default disk or directory to a filename.::system,Utilities, Operating_System
$SSW/gen/idl/system/sprint.pro::GEN::To spawn a print command::system,PRINTER
$SSW/gen/idl/system/strip_dirname.pro::GEN::Strip off directory name associated with filenames.::system,Utilities, os
$SSW/gen/idl/system/strrep_logenv.pro::GEN::replace environmental translation with envionmental::system
$SSW/gen/idl/system/sunview.pro::GEN::Switch to SunView mode.::system,Utilities, Devices.
$SSW/gen/idl/system/taprd.pro::GEN::Emulates VMS TAPRD procedure on UNIX machines.::system,Utilities, I/O, Tape.
$SSW/gen/idl/system/tapwrt.pro::GEN::Emulates VMS TAPWRT procedure on UNIX machines.::system,Utilities, I/O, Tape.
$SSW/gen/idl/system/tcopy.pro::GEN::Copy files from tape to tape::system
$SSW/gen/idl/system/tek.pro::GEN::Sets graphics device to Tektronix 4010 mode.::system,Utilities, Devices.
$SSW/gen/idl/system/tek4105.pro::GEN::Sets the graphics device for Tektronix 4105 terminals.::system,Utilities, Devices.
$SSW/gen/idl/system/tek4211.pro::GEN::Sets graphics device for Tektronix 4211 color terminal.::system,Utilities, Device.
$SSW/gen/idl/system/tekmono.pro::GEN::Sets graphics device for Tek 4100+ terminals, mono mode.::system,Utilities, Devices.
$SSW/gen/idl/system/test_dir.pro::GEN::Test that a directory exists and is writable::system,Utility
$SSW/gen/idl/system/test_open.pro::GEN::Test open a file to determine existence and/or write access::system,Utilities, Operating_system.
$SSW/gen/idl/system/textclose.pro::GEN::Closes file specified by !TEXTOUT.  Used by ASTRON routines.::system,Utilities, User_interface
$SSW/gen/idl/system/textopen.pro::GEN::Opens file for text output.::system,Utilities, User_interface.
$SSW/gen/idl/system/timing.pro::GEN::To measure the run time of given IDL routine(s)::system,Utility, misc
$SSW/gen/idl/system/url_get.pro::GEN::get a file from a URL location::system,WWW
$SSW/gen/idl/system/use_vax_float.pro::GEN::This function modifies new VMS floating point to reconcile old VMS float format.::system,GEN, UTIL, General Utility
$SSW/gen/idl/system/valid_pointer.pro::GEN::check if input pointer is a valid pointer::system,Help
$SSW/gen/idl/system/was_called.pro::GEN::check if procedure has been called in a heirarchy of calls::system,utility
$SSW/gen/idl/system/weof.pro::GEN::Emulates the VMS WEOF routine on UNIX machines.::system,Utilities, I/O, Tape.
$SSW/gen/idl/system/where_negzero.pro::GEN::Finds positions of IEEE -0.0 values.::system,Class4, OS
$SSW/gen/idl/system/win.pro::GEN::Switch to Microsoft Windows mode.::system,Utilities, Devices.
$SSW/gen/idl/system/win_spawn.pro::GEN::This procedure allows SPAWN to return results under WINdows.::system,SYSTEM, WINDOWS
$SSW/gen/idl/system/xdevice.pro::GEN::Returns the name of the windows device suitable for current os.::system,DISPLAY, SYSTEM
$SSW/gen/idl/time/anytim2cal.pro::GEN::Converts (almost) any time format to calendar format.::time,Util, time
$SSW/gen/idl/time/anytim2jd.pro::GEN::Converts any input time format to full Julian day.::time,Util, time
$SSW/gen/idl/time/anytim2tai.pro::GEN::Converts any standard CDS time format to TAI.::time,Util, time
$SSW/gen/idl/time/anytim2utc.pro::GEN::Converts (almost) any time format to CDS UTC format.::time,Util, time
$SSW/gen/idl/time/check_ext_time.pro::GEN::Checks CDS external time values for logical consistency.::time,Utilities, Time.
$SSW/gen/idl/time/check_int_time.pro::GEN::Checks CDS internal time values for logical consistency.::time,Utilities, Time.
$SSW/gen/idl/time/date2mjd.pro::GEN::Convert calendar dates to Modified Julian Days.::time,Utilities, Time.
$SSW/gen/idl/time/date_code.pro::GEN::Convert any date/time value into YYYYMMDD format.::time,PREVIOUS HISTORY:
$SSW/gen/idl/time/dmy2ymd.pro::GEN::To convert date string DD-MM-YY format to YY/MM/DD format.::time,PREVIOUS HISTORY:
$SSW/gen/idl/time/doy2utc.pro::GEN::Converts day of year to internal CDS time format.::time,Util, time
$SSW/gen/idl/time/fix_date.pro::GEN::Fix date that uses digit month into one with a string month::time,utility
$SSW/gen/idl/time/get_leap_sec.pro::GEN::Returns the dates of all known leap seconds.::time,Utilities, time.
$SSW/gen/idl/time/get_utc.pro::GEN::Gets the current date/time in UTC.::time,Utilities, time.
$SSW/gen/idl/time/get_utrange.pro::GEN::get user to enter UT start and end times::time,GEN
$SSW/gen/idl/time/int2utc.pro::GEN::Converts CDS internal time to calendar format.::time,Utilities, Time.
$SSW/gen/idl/time/leap_year.pro::GEN::Check if a given year number is a leap year::time,Utility, time
$SSW/gen/idl/time/local_diff.pro::GEN::Gets the current difference between local and UTC time.::time,Utilities, time.
$SSW/gen/idl/time/mjd2date.pro::GEN::Converts MJD to year, month, and day.::time,Utilities, Time.
$SSW/gen/idl/time/mjd2str.pro::GEN::Converts MJD to string format.::time,Utilities, Time.
$SSW/gen/idl/time/month_id.pro::GEN::Return the month number (1-12) as a function of the 3 letter Month string.::time,Time format manipulation.
$SSW/gen/idl/time/pick_times.pro::GEN::pick times from a selection::time,planning
$SSW/gen/idl/time/sec2dhms.pro::GEN::Convert time in sec to string in 'xxDxxHxxMxxS' (DHMS) format::time,Utility
$SSW/gen/idl/time/sec2utc.pro::GEN::Converts seconds since MJD=0 to CDS UTC time format.::time,Util, time
$SSW/gen/idl/time/sort_index.pro::GEN::return time sorted array of merged structures::time
$SSW/gen/idl/time/str2utc.pro::GEN::Parses UTC time strings.::time,Utilities, Time.
$SSW/gen/idl/time/tai2utc.pro::GEN::Converts TAI time in seconds to UTC calendar time.::time,Utilities, Time.
$SSW/gen/idl/time/utc2dow.pro::GEN::Calculates the day of the week from CDS UTC date/time.::time,Utilities, Time.
$SSW/gen/idl/time/utc2doy.pro::GEN::Calculates the day of the year from CDS UTC date/time.::time,Utilities, Time.
$SSW/gen/idl/time/utc2int.pro::GEN::Converts CCSDS calendar time to internal format.::time,None.
$SSW/gen/idl/time/utc2sec.pro::GEN::Converts CDS UTC time format to seconds since MJD=0.::time,Util, time
$SSW/gen/idl/time/utc2str.pro::GEN::Converts CDS external time in UTC to string format.::time,Utilities, Time.
$SSW/gen/idl/time/utc2tai.pro::GEN::Converts UTC calendar time to TAI.::time,None.
$SSW/gen/idl/time/valid_time.pro::GEN::To test if the given time has the valid format::time,PREVIOUS HISTORY:
$SSW/gen/idl/util/all_vals.pro::GEN::Find and sort unique values in an array::util
$SSW/gen/idl/util/amedian.pro::GEN::Works the same as MEDIAN, but the effect tapers off at the edges.::util
$SSW/gen/idl/util/append_arr.pro::GEN::Manageable method for concatanating arrays::util,Utility
$SSW/gen/idl/util/array_match.pro::GEN::Detect if a vector matches any row or column of a 2D array::util,Utilities, array manipulation
$SSW/gen/idl/util/array_xor.pro::GEN::Returns the XOR elements of two arrays.::util,Util
$SSW/gen/idl/util/ask.pro::GEN::Gets a single letter response from the keyboard.::util,Utilities, User_interface.
$SSW/gen/idl/util/asmooth.pro::GEN::Smooths a one or two-dimensional array.::util,Image-processing, SU:SERTSIM, Class3
$SSW/gen/idl/util/average.pro::GEN::Averages an array over one or all of its dimensions.::util,Utilities, Arrays.
$SSW/gen/idl/util/avg_wo_cr.pro::GEN::Average together multiple images, ignoring cosmic rays::util,Class3, Analysis
$SSW/gen/idl/util/base_interp.pro::GEN::Interpolate to the base of a curve, ignoring outliers.::util,Class4, Interpolation
$SSW/gen/idl/util/baseline.pro::GEN::Returns baseline value of the input array.::util,Class3, Analysis
$SSW/gen/idl/util/bell.pro::GEN::To ring the terminal bell a specified number of times.::util,Utilities, user
$SSW/gen/idl/util/bin2dec.pro::GEN::Convert binary representation to decimal integer.::util,Utils, Numerical
$SSW/gen/idl/util/bin2hex.pro::GEN::Convert binary representation to hexadecimal.::util,Utils, Numerical
$SSW/gen/idl/util/binup.pro::GEN::to rebin data into arbitrary dimensions::util,utility
$SSW/gen/idl/util/boost_array.pro::GEN::Append array onto an array of arrays.::util,Utilities, Arrays.
$SSW/gen/idl/util/box_av.pro::GEN::Produce a box average of an array.::util,Utilities, Numerical
$SSW/gen/idl/util/box_crs.pro::GEN::Two-button equivalent of BOX_CURSOR for Microsoft Windows.::util,Utilities, User_interface.
$SSW/gen/idl/util/box_message.pro::GEN::message to user, highlight with box around text::util
$SSW/gen/idl/util/bsort.pro::GEN::Sorts data into ascending order.::util,Utilities, Array
$SSW/gen/idl/util/byte2int.pro::GEN::Convert byte(s) to integer(s), nothing else.::util,Utility
$SSW/gen/idl/util/byteswap.pro::GEN::Swaps the bytes in an integer (as a function).::util,Util, Numerical
$SSW/gen/idl/util/checkvar.pro::GEN::This procedure checks sets a non-existent variable to its default values.::util,GEN
$SSW/gen/idl/util/concat2d.pro::GEN::Concatenate two or more 2-d arrays.::util,Util, array
$SSW/gen/idl/util/concat3d.pro::GEN::Concatenate two or more 3-d arrays.::util,Util, array
$SSW/gen/idl/util/countdown.pro::GEN::Prints a message showing where you are in a long job.::util,Utilities, User_interface.
$SSW/gen/idl/util/crs.pro::GEN::Simplified CURSOR, with continuous readout option.::util,Utilities, User_interface.
$SSW/gen/idl/util/data_chk.pro::GEN::checks input data for type, ndimension, etc (uses IDL size function results)::util
$SSW/gen/idl/util/data_quality.pro::GEN::determine empirical data quality::util
$SSW/gen/idl/util/datatype.pro::GEN::Returns the data type of a variable.::util,Utilities, Arrays.
$SSW/gen/idl/util/dec2bin.pro::GEN::Convert integer decimal number to binary representation.::util,Utils, Numerical
$SSW/gen/idl/util/dec2hex.pro::GEN::Convert a non-negative decimal integer to a hex string.::util,Util, numerical
$SSW/gen/idl/util/default.pro::GEN::Supply default values for variables::util,Utility, Misc.
$SSW/gen/idl/util/deriv_arr.pro::GEN::Procedure to return the rate of change of the::util
$SSW/gen/idl/util/dimrebin.pro::GEN::As REBIN, but dimensions supplied as an array::util,Array utility
$SSW/gen/idl/util/dimreform.pro::GEN::As reform, but dimensions supplied as an array::util,Array utility
$SSW/gen/idl/util/edge_products.pro::GEN::From a vector of contiguous channel boundaries return the::util,GEN, SPECTRA
$SSW/gen/idl/util/ellipse.pro::GEN::Return function value and its derivatives of an ellipse::util,Misc, user-supplied function
$SSW/gen/idl/util/exist.pro::GEN::To See if variable Exists::util,Useful stuff
$SSW/gen/idl/util/extend_matrix.pro::GEN::Extand dimension of a given matrix by attaching a submatrix::util,Utility, matrix
$SSW/gen/idl/util/f_div.pro::GEN::THIS FUNCTION RETURNS THE QUOTIENT WITH ZERO CHECKING.::util,MATH, NUMERICAL ANALYSIS, UTILITY
$SSW/gen/idl/util/fcheck.pro::GEN::This functions checks sets a non-existent variable to its default values.::util,GEN
$SSW/gen/idl/util/fill_missing.pro::GEN::Fill in missing pixels in a data array::util,Class3, Analysis, Interpolation
$SSW/gen/idl/util/find_common.pro::GEN::Find which elements are common to the input vectors.::util,Util
$SSW/gen/idl/util/find_data_runs.pro::GEN::Detect runs of data in an array and return their boundaries.::util,Util, misc
$SSW/gen/idl/util/find_dup.pro::GEN::Function to identify duplicate values in a vector.::util,Util, misc
$SSW/gen/idl/util/find_ix.pro::GEN::This function finds the nearest neighbor index in the primary array for the values in the secondary array::util,UTIL
$SSW/gen/idl/util/find_value.pro::GEN::Finds where an array is equal to a value.::util,Class4, Numerical
$SSW/gen/idl/util/findval.pro::GEN::Linearly interpolates X,Y arrays for (xval,yval)::util,Interpolation
$SSW/gen/idl/util/fmedian.pro::GEN::Median filtering w/rectangular neighbourhood & MISSING::util,Utilities, Arrays
$SSW/gen/idl/util/fmedian_slow.pro::GEN::FMEDIAN routine without CALL_EXTERNAL::util,Utilities, Arrays
$SSW/gen/idl/util/fmt_vect.pro::GEN::Formats a vector (any length) into a parenthesized string.::util,Prev. Hist. : Original VECT, 29-Aug-91 by E. Deutsch
$SSW/gen/idl/util/funcir.pro::GEN::Return function value and its derivatives of the equation of a circle::util,Misc, user-supplied function
$SSW/gen/idl/util/gauss_put.pro::GEN::Load a 1-d or 2-d Gaussian into an array.::util,Utility, numerical
$SSW/gen/idl/util/gaussj.pro::GEN::Linear equation solution by Gauss-Jordan elimination::util,Ulitities, numerical
$SSW/gen/idl/util/get_ij.pro::GEN::Determine (i,j) indices from a 1-d index of values::util,Util, numerical
$SSW/gen/idl/util/get_nbytes.pro::GEN::Return the size in bytes of the input argument::util
$SSW/gen/idl/util/get_uniq_list.pro::GEN::Extract uniq list of string values from a string array::util,PREVIOUS HISTORY:
$SSW/gen/idl/util/gt2exe.pro::GEN::convert gt function shorthand to valid calls (for use w/execute)::util
$SSW/gen/idl/util/hex2bin.pro::GEN::Convert hexadecimal number to binary representation.::util,Utils, Numerical
$SSW/gen/idl/util/hex2dec.pro::GEN::Convert hexadecimal representation to decimal integer.::util,Utils, Numerical
$SSW/gen/idl/util/interp1d.pro::GEN::Perform fast linear 1d interpolation  Uses the IDL INTERPOLATE procedure, which requires an equally spaced grid.::util
$SSW/gen/idl/util/interp2d.pro::GEN::Perform bilinear 2d interpolation using the IDL intrinsic interpolate procedure::util
$SSW/gen/idl/util/interp2integ.pro::GEN::This function integrates over the limits on an interpolated array.::util,GEN, MATH, UTILITY, NUMERICAL
$SSW/gen/idl/util/interp_arr.pro::GEN::Linearly interpolate the two input arrays to the requested time.::util
$SSW/gen/idl/util/iprint.pro::GEN::Print array with counter, e.g. 1) value::util,Utility
$SSW/gen/idl/util/is_member.pro::GEN::check set membership (element(s) IN set?), return boolean::util
$SSW/gen/idl/util/is_number.pro::GEN::Test string (or array of strings) to see if it is a number::util
$SSW/gen/idl/util/isvalid.pro::GEN::Returns validity flag for its argument::util
$SSW/gen/idl/util/jumper.pro::GEN::This procedure corrects 2-byte or other counter overflow.::util,GEN, MATH, NUMERICAL, TELEMETRY
$SSW/gen/idl/util/jumper2.pro::GEN::This procedure corrects 2-byte or other counter overflow.::util,GEN, MATH, NUMERICAL, TELEMETRY
$SSW/gen/idl/util/keyboard_crs.pro::GEN::Move the graphics cursor with the keyboard.::util,Utilities, User_interface.
$SSW/gen/idl/util/keyword_db.pro::GEN::return info from one or more keyword database files::util
$SSW/gen/idl/util/last_item.pro::GEN::Returns the last element of the input variable.::util,Util, numerical
$SSW/gen/idl/util/last_nelem.pro::GEN::return last NN elements of vector or last NN images of data cube::util
$SSW/gen/idl/util/limits.pro::GEN::Scan vector X and return 2 element vector of [min(x),max(x)]  -::util
$SSW/gen/idl/util/locate_val.pro::GEN::Locates a particular value in a vector or array.::util,Util, numerical, array
$SSW/gen/idl/util/longhex.pro::GEN::Converts an array of short int values into a fixed hex string format.::util,Command preparation.
$SSW/gen/idl/util/main_execute.pro::GEN::execute idl 'command' file (in IDL_STARTUP format)::util
$SSW/gen/idl/util/make_into_bytarr.pro::GEN::convert input to byte array::util
$SSW/gen/idl/util/match.pro::GEN::Routine to match values in two vectors.::util,Utilities, Array
$SSW/gen/idl/util/mk_ebar.pro::GEN::to compute error bars for a set of data arrays::util
$SSW/gen/idl/util/mode_val.pro::GEN::Returns the modal value of an array.::util,Utilities, Numerical
$SSW/gen/idl/util/mrqcof.pro::GEN::Internal routine called by MRQMIN::util,Utility, numerical calculation
$SSW/gen/idl/util/n_dimensions.pro::GEN::Returns number of dimensions of a variable.::util,Util, Numerical
$SSW/gen/idl/util/nint.pro::GEN::Returns the nearest integers to the input values.::util,Util, Numerical
$SSW/gen/idl/util/num2let.pro::GEN::Returns a letter ('A', 'B') from an input integer (1, 2).::util,Utility.
$SSW/gen/idl/util/num_chk.pro::GEN::Checks to see if a string is a valid representation of an integer or floating point number.::util,Data entry utility.
$SSW/gen/idl/util/parcheck.pro::GEN::Routine to check user parameters to a procedure::util,Utilities, Miscellaneous
$SSW/gen/idl/util/periodogram.pro::GEN::Calculate periodogram of (unevenly spaced) time series.::util,Util,  numerical
$SSW/gen/idl/util/pr_syntax.pro::GEN::print syntax of calling procedure/function::util,utility
$SSW/gen/idl/util/prcol.pro::GEN::print up to 10 array parameters in aligned columns w/optional header::util
$SSW/gen/idl/util/product.pro::GEN::Calculates the product of all the elements of an array.::util,Utilities, Arrays.
$SSW/gen/idl/util/read_default.pro::GEN::Prompts for a variable with a default value.::util,Utilities, User_interface.
$SSW/gen/idl/util/read_key.pro::GEN::Returns ASCII equivalent of keystroke.::util,Utilities, user_interface.
$SSW/gen/idl/util/rearrange.pro::GEN::Rearranges the dimensions in an array (ala TRANSPOSE).::util,Utilities, Arrays.
$SSW/gen/idl/util/reduce.pro::GEN::Reduce an array by box averaging to a more useful size.::util
$SSW/gen/idl/util/rem_com.pro::GEN::Finds elements unique to second vector.::util,Command preparation.
$SSW/gen/idl/util/rem_dup.pro::GEN::Function to remove duplicate values from a vector.::util
$SSW/gen/idl/util/rem_elem.pro::GEN::return subscripts of input array remaining after elements in a second array are removed::util
$SSW/gen/idl/util/rem_seq.pro::GEN::remove runs of sequential array elements to a single value::util,Utility
$SSW/gen/idl/util/remove.pro::GEN::Removes elements from one or more vectors.::util,Array
$SSW/gen/idl/util/rest_mask.pro::GEN::Return the index excluding those given in SUBINDEX.::util,PREVIOUS HISTORY:
$SSW/gen/idl/util/rootnr.pro::GEN::Finds the value of VARIABLE for which FUNC(VARIABLE) = 0.::util,Utilities, Curve_Fitting.
$SSW/gen/idl/util/round_off.pro::GEN::To round a number to a specified accuracy::util,Util, Numerical
$SSW/gen/idl/util/rowsort.pro::GEN::Sort an array based on the values in two of its columns.::util,Planning, Database.
$SSW/gen/idl/util/safe_exp.pro::GEN::Safe version of EXP() -- no floating underflows::util,Class4, Numerical
$SSW/gen/idl/util/same_data.pro::GEN::Check if two variables are identical.::util,Util, numerical
$SSW/gen/idl/util/scr_attrib.pro::GEN::Set screen attributes to those given, in the given order.::util,Utilities, User_interface
$SSW/gen/idl/util/scr_charset.pro::GEN::To change the character sets.::util,Utilities, User_interface
$SSW/gen/idl/util/scr_curmov.pro::GEN::Moves the cursor relative to its original position.::util,Utilities, User_interface
$SSW/gen/idl/util/scr_curpos.pro::GEN::Positions the cursor at the specified screen location.::util,Utilities, User_interface
$SSW/gen/idl/util/scr_erase.pro::GEN::To erase portions of the terminal screen.::util,Utilities, User_interface
$SSW/gen/idl/util/scr_other.pro::GEN::To allow the user to issue any ESCAPE sequence.::util,Utilities, User_interface
$SSW/gen/idl/util/scr_reset.pro::GEN::To reset the terminal.::util,Utilities, User_interface
$SSW/gen/idl/util/scr_scroll.pro::GEN::Defines the scrolling area on the screen.::util,Utilities, User_interface
$SSW/gen/idl/util/shorthex.pro::GEN::Converts an array of short int values into a fixed hex string format.::util,Command preparation.
$SSW/gen/idl/util/sig_array.pro::GEN::Returns the standard deviation of an array.::util,Class3, Numerical, Error-analysis, Statistics
$SSW/gen/idl/util/sizeof.pro::GEN::Calculates the size of an IDL variable::util,Util, misc
$SSW/gen/idl/util/spl_func.pro::GEN::N.A.::util
$SSW/gen/idl/util/store_array.pro::GEN::Insert array into an array of arrays.::util,Utilities, Arrays.
$SSW/gen/idl/util/sum_col.pro::GEN::Sums along the columns of a matrix.::util,Util, arrays
$SSW/gen/idl/util/sum_row.pro::GEN::Sums along the rows of a matrix.::util,Util, arrays
$SSW/gen/idl/util/sumit.pro::GEN::Function to do a 1-d summation of a 2-d data set.::util
$SSW/gen/idl/util/suppress_message.pro::GEN::check if a suppressed message is stored in COMMON::util,utility
$SSW/gen/idl/util/tbeep.pro::GEN::beep terminal::util
$SSW/gen/idl/util/time_average.pro::GEN::To form a time average of a set of time series data.::util,Util, numerical
$SSW/gen/idl/util/totvect.pro::GEN::running sum of a vector (must have been done at lease 10e9 times)::util
$SSW/gen/idl/util/typ.pro::GEN::Translate keywords (/INT,/BYT etc) to IDL type numbers::util,Utilities, Misc.
$SSW/gen/idl/util/uniq.pro::GEN::Return the subscripts of the unique elements in an array.  Note that repeated elements must be adjacent in order to be::util,Array manipulation.
$SSW/gen/idl/util/unsign.pro::GEN::Produces longword equivalent of an unsigned 16-bit integer.::util,Util, numerical
$SSW/gen/idl/util/valid_num.pro::GEN::Check if a string is a valid number representation.::util,Utilities, Numerical
$SSW/gen/idl/util/vcheck.pro::GEN::Check if variable exists and return optional default if not.::util,Utilities
$SSW/gen/idl/util/where_arr.pro::GEN::Return the subscripts where a given set of values equal the values in the input array.  It is basically an expansion of IDL where in which the condition to match can be an array.::util
$SSW/gen/idl/util/where_vector.pro::GEN::WHERE function for vectors::util,Utility
$SSW/gen/idl/util/wherenan.pro::GEN::Finds positions of IEEE NaN values.::util,Utilities, Operating System.
$SSW/gen/idl/util/wmenu_sel.pro::GEN::To allow a user to select a series of array elements using the WMENU option.  Options exist to select many elements.::util
$SSW/gen/idl/util/yes_no.pro::GEN::Prompts and checks for a user answer of either YES or NO::util,Util, user
$SSW/gen/idl/util/zparcheck.pro::GEN::Routine to check user parameters to a procedure::util,Utilities, Miscellaneous
$SSW/gen/idl/database/db_ent2ext.pro::GEN::Converts database entry from host to external format.::database,Utilities, Database.
$SSW/gen/idl/database/db_ent2host.pro::GEN::Converts database entry from external to host format.::database,Utilities, Database.
$SSW/gen/idl/database/db_info.pro::GEN::Function to obtain information on opened data base file(s)::database,Utilities, Database
$SSW/gen/idl/database/db_item.pro::GEN::Returns the item numbers and other info. for an item name.::database,Utilities, Database
$SSW/gen/idl/database/db_item_info.pro::GEN::Returns information on selected item(s).::database,Utilities, Database
$SSW/gen/idl/database/db_or.pro::GEN::Combine two vectors of entry numbers, removing duplicates.::database,Utilities, Database
$SSW/gen/idl/database/db_titles.pro::GEN::Print database name and title.  Called by DBHELP::database,Utilities, Database
$SSW/gen/idl/database/dbbuild.pro::GEN::Build a database by appending new values for every item.::database
$SSW/gen/idl/database/dbclose.pro::GEN::Procedure to close a data base file::database,Utilities, Database
$SSW/gen/idl/database/dbcompress.pro::GEN::Compress a .dbf file::database,Utility, database
$SSW/gen/idl/database/dbcreate.pro::GEN::Create new data base file or modify description.::database,Utilities, Database.
$SSW/gen/idl/database/dbdelete.pro::GEN::Deletes specified entries from data base::database,Utilities, Database.
$SSW/gen/idl/database/dbedit.pro::GEN::Interactively edit specified fields in a database.::database,Utilities, Database
$SSW/gen/idl/database/dbedit_basic.pro::GEN::Interactively edit specified fields in a database.::database,Utilities, Database.
$SSW/gen/idl/database/dbext.pro::GEN::Extract values of up to 12 items from data base file.::database,Utilities, Database
$SSW/gen/idl/database/dbext_dbf.pro::GEN::Extract values of up to 12 items -- subroutine of DBEXT::database,Utilities, Database
$SSW/gen/idl/database/dbext_ind.pro::GEN::routine to read a indexed item values from index file::database,Utilities, Database
$SSW/gen/idl/database/dbfind.pro::GEN::Search data base for entries with specified characteristics::database,Utilities, Database
$SSW/gen/idl/database/dbfind_entry.pro::GEN::Performs an entry number search.  Subroutine of DBFIND.::database,Utilities, Database
$SSW/gen/idl/database/dbfind_sort.pro::GEN::Limits the search using sorted values.::database,Utilities, Database
$SSW/gen/idl/database/dbfparse.pro::GEN::Parse the search string.  Subroutine of DBFIND.::database,Utilities, Database
$SSW/gen/idl/database/dbget.pro::GEN::Find entry number of fields with specified values.::database,Utilities, Database.
$SSW/gen/idl/database/dbhelp.pro::GEN::List available databases or items in current database::database,Utilities, Database.
$SSW/gen/idl/database/dbindex.pro::GEN::Procedure to create index file for data base::database,Utilities, Database
$SSW/gen/idl/database/dbindex_blk.pro::GEN::Set associated variable in preparation for writing to file.::database,Utilities, Database.
$SSW/gen/idl/database/dbmatch.pro::GEN::Find entry number in a database for item values.::database,Utilities, Database.
$SSW/gen/idl/database/dbopen.pro::GEN::Routine to open an IDL database::database,Utilities, Database.
$SSW/gen/idl/database/dbprint.pro::GEN::Print specified items from a list of database entries::database,Utilities, Database.
$SSW/gen/idl/database/dbput.pro::GEN::Put new value for specified item into data base file entry.::database,Utilities, Database.
$SSW/gen/idl/database/dbrd.pro::GEN::Read an entry from a data base or linked multiple databases.::database,Utilities, Database
$SSW/gen/idl/database/dbrepair.pro::GEN::Repairs problem with IEEE format databases.::database,Utilities, database
$SSW/gen/idl/database/dbsearch.pro::GEN::Search a vector for specified values.  Subroutine of DBFIND.::database,Utilities, Database.
$SSW/gen/idl/database/dbsort.pro::GEN::Routine to sort list of entries in data base::database,Utilities, Database.
$SSW/gen/idl/database/dbtitle.pro::GEN::Function to create title line.  Subroutine of DBPRINT::database,Utilities, Database.
$SSW/gen/idl/database/dbupdate.pro::GEN::Update columns of data in a database  -- inverse of DBEXT::database
$SSW/gen/idl/database/dbval.pro::GEN::Extract value(s) of an item from a data base file entry.::database,Utilities, Database.
$SSW/gen/idl/database/dbwrt.pro::GEN::procedure to update or add a new entry to a data base::database
$SSW/gen/idl/database/dbxput.pro::GEN::Routine to replace value of an item in a data base entry::database,Utilities, Database.
$SSW/gen/idl/database/dbxval.pro::GEN::Quickly return a value of the specified item number::database,Utilities, Database.
$SSW/gen/idl/database/uitdblib.pro::GEN::Add the system variables used by the UIT database library::database,Utilities, Database
$SSW/gen/idl/fits/check_fits.pro::GEN::Checks validity of FITS header.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/data_sum2fits.pro::GEN::add data summary fields to fits header (data not effected)::fits
$SSW/gen/idl/fits/fits_datatype.pro::GEN::Return datatype of FITS data for the given BITPIX value::fits,Utility
$SSW/gen/idl/fits/fits_info.pro::GEN::Provide information about the contents of a FITS file::fits
$SSW/gen/idl/fits/fitshead2struct.pro::GEN::convert FITS header->struct, optionally add useful standard TAGS::fits
$SSW/gen/idl/fits/fitstape.pro::GEN::Function to perform FITS tape I/O.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxaddpar.pro::GEN::Add or modify a parameter in a FITS header array.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxbaddcol.pro::GEN::Adds a column to a binary table extension.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxbclose.pro::GEN::Close a FITS binary table extension opened for read.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxbcolnum.pro::GEN::Returns a binary table column number.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxbcreate.pro::GEN::Open a new binary table at the end of a FITS file.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxbdimen.pro::GEN::Returns the dimensions for a column in a FITS binary table.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxbfind.pro::GEN::Find column keywords in a FITS binary table header.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxbfindlun.pro::GEN::Find logical unit number UNIT in FXBINTABLE common block.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxbfinish.pro::GEN::Close a FITS binary table extension file opened for write.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxbheader.pro::GEN::Returns the header of an open FITS binary table.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxbhelp.pro::GEN::Prints short description of columns in a FITS binary table.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxbhmake.pro::GEN::Create basic FITS binary table extension (BINTABLE) header.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxbintable.pro::GEN::Common block FXBINTABLE used by "FXB" routines.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxbisopen.pro::GEN::Returns true if UNIT points to an open FITS binary table.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxbmheader.pro::GEN::Returns the file header of an open FITS binary table.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxbopen.pro::GEN::Open binary table extension in a disk FITS file for reading.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxbparse.pro::GEN::Parse the binary table extension header.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxbread.pro::GEN::Read a data array from a disk FITS binary table file.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxbstate.pro::GEN::Returns the state of a FITS binary table.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxbtdim.pro::GEN::Parse TDIM-like kwywords.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxbtform.pro::GEN::Returns information about FITS binary table columns.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxbwrite.pro::GEN::Write a binary data array to a disk FITS binary table file.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxfindend.pro::GEN::Find the end of a FITS file.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxhclean.pro::GEN::Removes required keywords from FITS header.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxhmake.pro::GEN::Create a basic FITS header array.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxhmodify.pro::GEN::Modify a FITS header in a file on disk.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxhread.pro::GEN::Reads a FITS header from an opened disk file.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxpar.pro::GEN::Obtain the value of a parameter in a FITS header.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxparpos.pro::GEN::Finds position to insert record into FITS header.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxposit.pro::GEN::Return the unit number of a file positioned to the beginning of a particular extension.::fits
$SSW/gen/idl/fits/fxread.pro::GEN::Read basic FITS files.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxtaperead.pro::GEN::Copy FITS files tape to disk with interactive capabilities.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxtapewrite.pro::GEN::Procedure to copy disk FITS files to tape with interactive capabilities.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxtpio_read.pro::GEN::Copies FITS files from tape to disk -- internal routine.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxtpio_write.pro::GEN::Copy FITS files from disk to tape -- internal routine.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/fxwrite.pro::GEN::Write a disk FITS file.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/get_date.pro::GEN::Return the current UTC date in CCYY-MM-DD format for FITS headers This is the format required by the DATE and DATE-OBS keywords in a FITS header.::fits
$SSW/gen/idl/fits/getfiles.pro::GEN::Interactively asks for a list of tape file numbers.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/headfits.pro::GEN::Read a FITS (primary or extension) header into a string array. Under Unix, HEADFITS() can also read gzip (.gz) or Unix compressed (.Z) FITS files::fits
$SSW/gen/idl/fits/hprint.pro::GEN::Prints FITS headers on terminal screen.::fits,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl/fits/mrd_hread.pro::GEN::Reads a FITS header from an opened disk file or Unix pipe Like FXHREAD but works with compressed Unix files,::fits
$SSW/gen/idl/fits/mrd_struct2.pro::GEN::Return a structure as defined in the names and values data.::fits
$SSW/gen/idl/fits/mrdfits2.pro::GEN::Read all standard FITS data types into arrays or structures.::fits
$SSW/gen/idl/fits/mreadfits.pro::GEN::read multiple FITs into data cube, header-> IDL structure array::fits
$SSW/gen/idl/fits/mreadfits_fixup.pro::GEN::adjust some standard fields after mreadfits rebinning::fits
$SSW/gen/idl/fits/mreadfits_info.pro::GEN::extract COMMENT and HISTORY info from mreadfits output variables::fits
$SSW/gen/idl/fits/mwritefits.pro::GEN::index/data to specified type of FITS file::fits
$SSW/gen/idl/fits/mxf_decomp_data.pro::GEN::convert fits extension header and byte stream to image::fits
$SSW/gen/idl/fits/mxf_dset_map.pro::GEN::map Multi-Fits-Extension user SS -> "dset array"::fits
$SSW/gen/idl/fits/mxf_read_data.pro::GEN::Multi-Xtension-Fits data reader::fits
$SSW/gen/idl/fits/mxf_read_header.pro::GEN::read headers from mxf files::fits
$SSW/gen/idl/fits/mxfdset_map.pro::GEN::map Multi-Fits-Extension user SS -> "dset array"::fits
$SSW/gen/idl/fits/mxfread.pro::GEN::Multi-Fits-Extension READer::fits
$SSW/gen/idl/fits/readfits.pro::GEN::Read a FITS file into IDL data and header variables.::fits
$SSW/gen/idl/fits/show_fits_hdr.pro::GEN::Display a CDS FITS file header.::fits,FITS
$SSW/gen/idl/fits/struct2fitshead.pro::GEN::Map FITS Header-Structure structure back-> fits header (strarr)::fits
$SSW/gen/idl/fits/sxaddpar.pro::GEN::Add or modify a parameter in a FITS header array.::fits
$SSW/gen/idl/fits/sxdelpar.pro::GEN::Procedure to delete a keyword parameter(s) from a FITS header::fits
$SSW/gen/idl/fits/sxpar.pro::GEN::Obtain the value of a parameter in a FITS header::fits
$SSW/gen/idl/fits/writefits.pro::GEN::Write IDL array and header variables to a disk FITS file. A minimal FITS header is created if not supplied. WRITEFITS works for all types of FITS files except random groups::fits
$SSW/gen/idl/image/adjust.pro::GEN::Adjust the range of an image.::image,Utilities, Image_display.
$SSW/gen/idl/image/adjust_color.pro::GEN::Adjust the color table with the cursor.::image,Utilities, Image_display.
$SSW/gen/idl/image/affine.pro::GEN::Apply the affine transformation given by the input parameters to IMAGE.::image,Z3 - Image processing, geometric transforms, image registration.
$SSW/gen/idl/image/affine_solve.pro::GEN::Calculate the parameters of a general affine image transformation given a set of points from two images: one of the images is assumed to be the reference image,::image,Z3 - Image processing, geometric transforms, image registration.
$SSW/gen/idl/image/arr2gif.pro::GEN::Write images to a series of GIF files::image,imaging
$SSW/gen/idl/image/blink_images.pro::GEN::Blinks two images together by modifying the color tables.::image,Utilities, Image_display.
$SSW/gen/idl/image/box_cursor.pro::GEN::Emulate the operation of a variable-sized box cursor::image,Interactive graphics.
$SSW/gen/idl/image/box_cursor2.pro::GEN::Emulate the operation of a variable-sized box cursor::image,Interactive graphics.
$SSW/gen/idl/image/bscale.pro::GEN::Scale images into byte arrays suitable for displaying.::image,Utilities, Image_display.
$SSW/gen/idl/image/bytscli.pro::GEN::Variation on BYTSCL which allows MAX < MIN.::image,Utilities, Image_display.
$SSW/gen/idl/image/cir_mask.pro::GEN::Get indices of a circular mask over a 2D array::image,Utility
$SSW/gen/idl/image/clean_exposure.pro::GEN::Clean cosmic rays from single (slit spectrogram) exposure::image,General Utility
$SSW/gen/idl/image/clean_gif.pro::GEN::To fix-up a gif image with a weird color table.  Gifs, in general, have color tables in random order.  It is helpful to have them sorted out in intensity order.  CLEAN_GIF does that.  It is designed to be::image
$SSW/gen/idl/image/color_bar.pro::GEN::Display a color bar on an image display screen.::image,Utilities, Image_display.
$SSW/gen/idl/image/combine_colors.pro::GEN::Combines two color tables into one.::image,Utilities, Image_display.
$SSW/gen/idl/image/combine_vel.pro::GEN::Combines current color table with a velocity color table.::image,Utilities, Image_display.
$SSW/gen/idl/image/congrdi.pro::GEN::Interpolates an array into another array.::image,Utilities, Image_display.
$SSW/gen/idl/image/contv.pro::GEN::Places contour plots over displayed images.::image,Utilities, Image_display.
$SSW/gen/idl/image/cross_corr.pro::GEN::Perform a cross correlation match on two images::image
$SSW/gen/idl/image/cross_corr2.pro::GEN::Takes two-dimensional cross-correlation of two arrays.::image,Utilities, Image_display.
$SSW/gen/idl/image/cscale.pro::GEN::my own color scale routine::image,display
$SSW/gen/idl/image/dat2gif.pro::GEN::Write 2-d data to GIF file::image,imaging
$SSW/gen/idl/image/despike_gen.pro::GEN::Remove (cosmic ray) spikes from an image.  The basic idea is to median filter the image.  If the difference::image
$SSW/gen/idl/image/enableflag.pro::GEN::Reenable a previously set but disabled image display flag.::image,Utilities, Image_display.
$SSW/gen/idl/image/expand_tv.pro::GEN::Expands and displays an image.::image,Utilities, Image_display.
$SSW/gen/idl/image/exptv.pro::GEN::Uses SCALE_TV and EXPAND_TV to display an image.::image,Utilities, Image_display.
$SSW/gen/idl/image/fits2gif.pro::GEN::convert FITS file to a GIF image file::image,Plotting.
$SSW/gen/idl/image/form_int.pro::GEN::Scales an intensity image for use with split color tables.::image,Utilities, Image_display.
$SSW/gen/idl/image/form_vel.pro::GEN::Scales a velocity image for display.::image,Utilities, Image_display.
$SSW/gen/idl/image/get_im_keyword.pro::GEN::Gets the value of a SERTS keyword/flag.::image,Utilities, Image_display.
$SSW/gen/idl/image/get_tv_scale.pro::GEN::Retrieves information about displayed images.::image,Utilities, Image_display.
$SSW/gen/idl/image/gif2pict.pro::GEN::copy GIF image to PICT format::image,Graphics
$SSW/gen/idl/image/good_pixels.pro::GEN::Returns all the good (not missing) pixels in an image.::image,Utilities, Image_display.
$SSW/gen/idl/image/hiscal.pro::GEN::Performs histogram equalization on an array.::image,Utilities, Image_display.
$SSW/gen/idl/image/im_conv_coord.pro::GEN::Convert between different image coordinate systems.::image,Image display
$SSW/gen/idl/image/im_keyword_set.pro::GEN::Checks whether an image display keyword/flag is set.::image,Utilities, Image_display.
$SSW/gen/idl/image/imagelib.pro::GEN::Defines variables/common blocks for the SERTS IMAGE library.::image,Utilities, Image_display.
$SSW/gen/idl/image/int_stretch.pro::GEN::Stretch one of two combined intensity color tables.::image,Utilities, Image_display.
$SSW/gen/idl/image/interp2.pro::GEN::Performs a two-dimensional interpolation on IMAGE.::image,Utilities, Image_display.
$SSW/gen/idl/image/label_image.pro::GEN::Puts labels on images.::image,Utilities, Image_display.
$SSW/gen/idl/image/load.pro::GEN::Load predefined color tables.::image,Utilities, Image_display.
$SSW/gen/idl/image/load_vel.pro::GEN::Loads a velocity color table.::image,Utilities, Image_display.
$SSW/gen/idl/image/mask_matrix.pro::GEN::Create a mask matrix for image manipulation::image
$SSW/gen/idl/image/med3x3gen.pro::GEN::Generalized 3x3 median filter for image processing. The generalization allows one to pick intensities other than the median, or fifth brightest in each 3x3 environment.::image
$SSW/gen/idl/image/mk_agif.pro::GEN::Make animated GIF file from series of GIF files::image,imaging
$SSW/gen/idl/image/mk_gif.pro::GEN::Convert FITS files to GIF image files::image,PREVIOUS HISTORY:
$SSW/gen/idl/image/mk_mpeg.pro::GEN::Make MPEG file from list of GIF files::image,imaging
$SSW/gen/idl/image/mk_pix.pro::GEN::make a genx file of image or current window for display by show_pix::image
$SSW/gen/idl/image/oplot_image.pro::GEN::Overplot an image.::image,Utilities, Image_display.
$SSW/gen/idl/image/plot_image.pro::GEN::Display images with plot axes around it.::image,Utilities, Image_display.
$SSW/gen/idl/image/poly_val.pro::GEN::Returns values from polygonal areas of displayed images.::image,Utilities, Image_display.
$SSW/gen/idl/image/prof.pro::GEN::Returns profiles from arrays along the path XVAL, YVAL.::image,Utilities, Image_display.
$SSW/gen/idl/image/put.pro::GEN::Places one of several images on the image display screen.::image,Utilities, Image_display.
$SSW/gen/idl/image/rebin_gif.pro::GEN::rebin GIF file by given factor::image,imaging
$SSW/gen/idl/image/reverse_colors.pro::GEN::Reverse the current color table::image,Graphics, utility
$SSW/gen/idl/image/rigid_align.pro::GEN::N.A.::image
$SSW/gen/idl/image/rotpic.pro::GEN::Rotate a picture that is described by X & Y vectors.::image,Utilities, arrays
$SSW/gen/idl/image/scale_tv.pro::GEN::Scales an image to best fit the image display screen.::image,Utilities, Image_display.
$SSW/gen/idl/image/setflag.pro::GEN::Sets flags to control behavior of image display routines.::image,Utilities, Image_display.
$SSW/gen/idl/image/setimage.pro::GEN::Allow several images in one window.::image,Utilities, Image_display.
$SSW/gen/idl/image/show_colors.pro::GEN::Displays the current color table.::image,Utilities, Image_display.
$SSW/gen/idl/image/show_movie.pro::GEN::Uses XINTERANIMATE to show a movie.::image,Class1, Animation
$SSW/gen/idl/image/show_pix.pro::GEN::event driver for xshow_pix::image
$SSW/gen/idl/image/showflags.pro::GEN::Show the settings controlled by SET/UNSET/ENABLEFLAG.::image,Utilities, Image_display.
$SSW/gen/idl/image/sigrange.pro::GEN::Selects the most significant data range in an image.::image,None.
$SSW/gen/idl/image/store_tv_scale.pro::GEN::Store information about displayed images.::image,Utilities, Image_display.
$SSW/gen/idl/image/swiss_cheese.pro::GEN::take an array and set every adjacent pixel to a specified value [def=0]::image,imaging
$SSW/gen/idl/image/tvaxis.pro::GEN::Places X and/or Y axes on displayed images.::image,Utilities, Image_display.
$SSW/gen/idl/image/tvboxcrs.pro::GEN::Interactively select a box on displayed images.::image,Utilities, Image_display.
$SSW/gen/idl/image/tvdevice.pro::GEN::Defines the default image display device or window.::image,Utilities, Image_display.
$SSW/gen/idl/image/tverase.pro::GEN::Erases image display screen.::image,Utilities, Image_display.
$SSW/gen/idl/image/tvmulti.pro::GEN::display multiple images in a single window or postscript page with each images having a separate color table::image
$SSW/gen/idl/image/tvout.pro::GEN::Outputs text onto images.::image,Utilities, Image_display.
$SSW/gen/idl/image/tvplt.pro::GEN::Plots points on displayed images.::image,Utilities, Image_display.
$SSW/gen/idl/image/tvpoints.pro::GEN::Selects a series of points from a displayed image.::image,Utilities, Image_display.
$SSW/gen/idl/image/tvpos.pro::GEN::Returns cursor positions on displayed images.::image,Utilities, Image_display.
$SSW/gen/idl/image/tvprint.pro::GEN::Sends the contents of a window to a PostScript printer.::image,Utilities, Image_display.
$SSW/gen/idl/image/tvprof.pro::GEN::Uses the cursor to get a profile from a displayed image.::image,Prev. Hist. :
$SSW/gen/idl/image/tvprofile.pro::GEN::Interactively draw profile of an image in separate window.::image,Utilities, Image_display.
$SSW/gen/idl/image/tvread.pro::GEN::Reads contents of an image display screen into an array.::image,None.
$SSW/gen/idl/image/tvscreen.pro::GEN::Create window 512 (or 256) pixels on a side for images.::image,Utilities, Image_display.
$SSW/gen/idl/image/tvselect.pro::GEN::Select image display device/window defined by TVDEVICE.::image,Utilities, Image_display.
$SSW/gen/idl/image/tvsubimage.pro::GEN::Interactively selects a subimage from a displayed image.::image,Utilities, Image_display.
$SSW/gen/idl/image/tvunselect.pro::GEN::Inverse to the TVSELECT routine.::image,Utilities, Image_display.
$SSW/gen/idl/image/tvvalue.pro::GEN::Interactively display the values in an image.::image,None.
$SSW/gen/idl/image/tvzoom.pro::GEN::Zooms into the current image display window.::image,Utilities, Image_display.
$SSW/gen/idl/image/tvzoom2.pro::GEN::Zooms into the current image display window.::image,Utilities, Image_display.
$SSW/gen/idl/image/unsetflag.pro::GEN::Unset a flag field set by SETFLAG.::image,Utilities, Image_display.
$SSW/gen/idl/image/valid_gif.pro::GEN::To detect if the given file is in GIF format::image,Utility
$SSW/gen/idl/image/vel_stretch.pro::GEN::Stretch velocity color tables, either alone or combined.::image,Utilities, Image_display.
$SSW/gen/idl/image/wdisplay.pro::GEN::Displays images in a window all their own, sized to fit.::image,Utilities, Image_display.
$SSW/gen/idl/image/win_dump.pro::GEN::Use xwd program to dump the contents of whole widget window::image,Utility
$SSW/gen/idl/image/wr_movie.pro::GEN::Convert an array of frames to a MPEG or GIF movie.::image,Display
$SSW/gen/idl/image/x2gif.pro::GEN::read and write X window to GIF file::image,Graphics
$SSW/gen/idl/image/x2ps.pro::GEN::convert X window plot to postscript file::image,plotting
$SSW/gen/idl/image/xblink.pro::GEN::Blinks two images together by using XMOVIE.::image,Utilities, Image_display.
$SSW/gen/idl/image/xmovie.pro::GEN::Animates a series of images under widget control.::image,Utilities, Image_display.
$SSW/gen/idl/image/xtvscale.pro::GEN::A widget interface to control image scaling methods::image,Utility, Image
$SSW/gen/idl/image/zbuff2file.pro::GEN::write the image current Z-buffer image to an image file (gif,tiff,jpeg)::image
$SSW/gen/idl/utplot/anytim.pro::GEN::This function converts one of several recognized time formats into the selected::utplot,Time, Utplot, time conversions
$SSW/gen/idl/utplot/anytim2utplot.pro::GEN::N.A.::utplot
$SSW/gen/idl/utplot/atime.pro::GEN::Convert argument UT to string of format YY/MM/DD, HHMM:SS.XXX or YY/MM/DD, HH:MM:SS.XXX, if PUB is set::utplot
$SSW/gen/idl/utplot/checkvar.pro::GEN::This procedure checks sets a non-existent variable to its default values.::utplot,GEN
$SSW/gen/idl/utplot/clear_utplot.pro::GEN::Restores plotting structures !x and !y to their values prior to calls to::utplot
$SSW/gen/idl/utplot/dummyplots.pro::GEN::This procedure is called by utplot to set up plot system variables without actually drawing a plot.  Used to find out what the exact x limits (x.crange) of the plot will be.::utplot,UTIL, UTPLOT, GRAPHICS, TIME
$SSW/gen/idl/utplot/eutplot.pro::GEN::Plot error bars on previously (using UTPLOT) drawn plot with universal time labelled X axis.  If start and end times have been set, only data between those times is displayed.::utplot
$SSW/gen/idl/utplot/evt_grid.pro::GEN::To annotate previously drawn utplot output with event times::utplot
$SSW/gen/idl/utplot/fcheck.pro::GEN::This functions checks sets a non-existent variable to its default values.::utplot,GEN
$SSW/gen/idl/utplot/get_utaxis.pro::GEN::This function returns the system variable axis structures set and hidden by UTPLOT (SET_UTPLOT).::utplot,Plotting, UTIL, UTPLOT
$SSW/gen/idl/utplot/get_utevent.pro::GEN::return time ranges for various Yohkoh events - optionally use the current utplot range for start and stop (from fem, gev, evn, or observing log depending on keyword set)::utplot
$SSW/gen/idl/utplot/getut.pro::GEN::Retrieve base, start, or end time from common UTCOMMON.::utplot
$SSW/gen/idl/utplot/getutbase.pro::GEN::Function to retrieve value of utbase fromm common UTCOMMON without having to declare common.  Returns in UTIME format, sec from 79/1/1::utplot
$SSW/gen/idl/utplot/hxrbs_format.pro::GEN::This procedure sets the default style for ATIME.PRO to the Yohkoh format, i.e. dd-mon-yr  hh:mm:ss.xxx::utplot,UTPLOT, TIME
$SSW/gen/idl/utplot/outplot.pro::GEN::Plot vector data over a previously drawn plot (using UTPLOT) with universal time labelled X axis.  If start and end times have been set, only data between those times is displayed.::utplot
$SSW/gen/idl/utplot/parse_atime.pro::GEN::This procedure parses a time in any of the allowed formats and returns year, month, day, hour, minutes, and/or seconds depending on which keyword parameters::utplot,UTPLOT, TIME
$SSW/gen/idl/utplot/restore_plotvar.pro::GEN::This procedure reloads system variable structures from stored values.::utplot,Graphics, Utplot
$SSW/gen/idl/utplot/set_utaxis.pro::GEN::This function returns the system variable x=axis structure as though it were set by a call to UTPLOT.  Used with IDL's AXIS routine.::utplot,Plotting, UTIL, UTPLOT
$SSW/gen/idl/utplot/set_utlabel.pro::GEN::This procedure controls the default for a date label under UTPLOT.PRO.::utplot,UTPLOT, GRAPHICS
$SSW/gen/idl/utplot/set_utplot.pro::GEN::Allows user flexibility in setting up time axis labelling. Prepares IDL system variables (!X.RANGE, !X.TICKV, !X.TICKNAME, and !X.TICKNAME) for plotting X vs Y with Universal time labels::utplot
$SSW/gen/idl/utplot/setut.pro::GEN::Set base,start, or end time in common UTCOMMON. SETUTBASE, SETUTSTART, and SETUTEND are all implemented through SETUT as in SETUTBASE,'UTSTRING'.::utplot
$SSW/gen/idl/utplot/setutbase.pro::GEN::Set UTBASE variable in common UTCOMMON to the number of seconds since 79/1/1, 0000 represented by the ASCII string passed as an argument.::utplot,UTPLOT, TIME
$SSW/gen/idl/utplot/setutend.pro::GEN::Set UTEND variable in common UTCOMMON to the number of seconds since 79/1/1, 0000 represented by the ASCII string passed as an argument.::utplot
$SSW/gen/idl/utplot/setutstart.pro::GEN::Set UTSTART variable in common UTCOMMON to the number of seconds since 79/1/1, 0000 represented by the ASCII string passed as an argument.::utplot
$SSW/gen/idl/utplot/store_plotvar.pro::GEN::This procedure loads system variable structures into common.::utplot,Graphics, Utplot
$SSW/gen/idl/utplot/store_plotvar_common.pro::GEN::N.A.::utplot
$SSW/gen/idl/utplot/sys2ut.pro::GEN::function to get current time (which is given in seconds since 70/1/1) and convert it to seconds since 79/1/1,0 so we can use atime and get ASCII time in our normal format yy/mm/dd,hhmm:ss.xxx::utplot,GEN
$SSW/gen/idl/utplot/t_utplot.pro::GEN::Given the input time vector, x0, prepare the time variable, xplot, for utplot. Put it in a standard form, seconds from 79/1/1, set the plot range, xrange, determine the plot reference time, xstart, and decide whether utbase needs to::utplot,Graphics
$SSW/gen/idl/utplot/tjd2ymd.pro::GEN::This function converts truncated Julian days to a standard time format. TJD is a CGRO/BATSE standard numerical internal format.::utplot,UTPLOT, TIME, BATSE
$SSW/gen/idl/utplot/ut_2_yydoy.pro::GEN::This function converts time from UTIME format, sec from 1-jan-1979, to Year (YY)  and Day of Year (DOY) as integers or strings.::utplot,UTPLOT, TIME
$SSW/gen/idl/utplot/ut_label.pro::GEN::label previously drawn utplot / outplot (via evt_grid.pro)::utplot
$SSW/gen/idl/utplot/utcommon.pro::GEN::N.A.::utplot
$SSW/gen/idl/utplot/utcursor.pro::GEN::allow user to click on utplot and return utplot time::utplot
$SSW/gen/idl/utplot/uthelp.pro::GEN::for the core UT plotting and time conversion routines developed at the SDAC.::utplot,UTPLOT
$SSW/gen/idl/utplot/utime.pro::GEN::Function to return time in seconds from 79/1/1,0000 corresponding to the ASCII time passed in the argument. N.B. Valid only from 1950-2050::utplot
$SSW/gen/idl/utplot/utime2str.pro::GEN::To facilitate passing times to Yohkoh software without using double precision and to make it compatible with the Yohkoh UTPLOT package.::utplot
$SSW/gen/idl/utplot/utlabel.pro::GEN::Print start date and time on plot drawn with UTPLOT routine.::utplot
$SSW/gen/idl/utplot/utplot.pro::GEN::Plot X vs Y with Universal time labels on bottom X axis.  X axis range can be as small as 5 msec or as large as 20 years.::utplot
$SSW/gen/idl/utplot/utplot_io.pro::GEN::Plot X vs Y with Universal time labels on bottom X axis.  X axis range can be as small as 5 msec or as large as 99 years. Y-axis is logarithmic.::utplot
$SSW/gen/idl/utplot/utplot_sample.pro::GEN::N.A.::utplot
$SSW/gen/idl/utplot/utplot_utime.pro::GEN::Function to return time in seconds from 79/1/1,0000 corresponding to the ASCII time passed in the argument.::utplot
$SSW/gen/idl/utplot/utstart_time_com.pro::GEN::N.A.::utplot
$SSW/gen/idl/utplot/ymd2sec.pro::GEN::Convert YY/MM/DD string to sec.  Or if YMD and SEC parameters aren't passed, to return arrays containing first of month and first of year relative to start of year and 79/1/1 respectively::utplot
$SSW/gen/idl/utplot/ymd2tjd.pro::GEN::This function converts standard format times to truncated Julian day, returned in double precision floating point.  This is a standard CGRO/BATSE time format.::utplot,UTPLOT, TIME, BATSE
$SSW/gen/idl/utplot/yohkoh_format.pro::GEN::This procedure sets the default style for ATIME.PRO to the Yohkoh format, i.e. dd-mon-yr  hh:mm:ss.xxx::utplot,UTPLOT, TIME
$SSW/gen/idl/utplot/yydoy_2_ut.pro::GEN::This function converts time from Year (YY)  and Day of Year (DOY) into the UTIME format, sec from 1-jan-1979.::utplot,UTPLOT, TIME
$SSW/gen/idl/string/alphagen.pro::GEN::return array ['A', 'B', 'C'...] (sindgen with alpha)::string
$SSW/gen/idl/string/arr2str.pro::GEN::Convert an array to a delimited string.::string,Util, string
$SSW/gen/idl/string/ascii.pro::GEN::Print ASCII characters based on its numerical decimal value.::string
$SSW/gen/idl/string/blank.pro::GEN::To make a blank string with a given length::string,Util, string
$SSW/gen/idl/string/detabify.pro::GEN::Converts tabs to spaces in character strings.::string,Utilities, Strings.
$SSW/gen/idl/string/file_or_string.pro::GEN::check if a valid filename or string datatype is being input::string,utility
$SSW/gen/idl/string/fix_strlen.pro::GEN::Make a string have a fixed length by appending spaces.::string,PREVIOUS HISTORY:
$SSW/gen/idl/string/fstring.pro::GEN::Shell around STRING function to fix 1024 size limit on formatting strings::string,Utility
$SSW/gen/idl/string/get_keyword.pro::GEN::Extract values in a string array that appear after::string,Utility
$SSW/gen/idl/string/gettok.pro::GEN::Extracts tokens from strings.::string,Utilities, Strings.
$SSW/gen/idl/string/grep.pro::GEN::Search for string through a string array (cf grep in Perl)::string,PREVIOUS HISTORY:
$SSW/gen/idl/string/id_esc.pro::GEN::To bijectively map character strings to identifiers, allowing (for example) FITS header strings to be used as structure tag names.::string
$SSW/gen/idl/string/id_esc_init.pro::GEN::Initialize the common blocks used by id_esc and id_unesc::string
$SSW/gen/idl/string/id_unesc.pro::GEN::Convert identifiers escaped with id_esc back into strings. USAGE: string = id_unesc(identifier)::string
$SSW/gen/idl/string/justify.pro::GEN::Make string array right/left/center justified::string,PREVIOUS HISTORY:
$SSW/gen/idl/string/map_format.pro::GEN::return data type string(s) for input format list::string
$SSW/gen/idl/string/more.pro::GEN::Display a text array using the MORE method.::string
$SSW/gen/idl/string/ntrim.pro::GEN::Calls TRIM(BYTE2INT(NUMBER),...)::string,Utility
$SSW/gen/idl/string/num2str.pro::GEN::Convert number to unpadded string::string,Util, Numerical, String
$SSW/gen/idl/string/numchar.pro::GEN::Count all appearances of a character in a string.::string,Utilities, strings.
$SSW/gen/idl/string/parse_comline.pro::GEN::This function parses a string that has fields separated by commas or blanks and return an array of strings, one string per field.::string,STRING
$SSW/gen/idl/string/print_str.pro::GEN::Divide and print a string.  Optionally write ascii file.::string,Util, string
$SSW/gen/idl/string/prstr.pro::GEN::print input string array as using format='(a)' to force one entry per line (other types use idl standard print defaults)::string
$SSW/gen/idl/string/rem_mult_char.pro::GEN::Function to remove multiple characters from a string.::string,Util, string
$SSW/gen/idl/string/remchar.pro::GEN::Remove all appearances of character (char) from string (st)::string
$SSW/gen/idl/string/remtab.pro::GEN::To remove the tabs from a line but to maintain the positions where the characters were Assumes tabs are every 8 columns::string
$SSW/gen/idl/string/repchar.pro::GEN::Replaces a character within a string by another.::string,Util, string
$SSW/gen/idl/string/repstr.pro::GEN::Replace all occurences of one substring by another.::string
$SSW/gen/idl/string/roman.pro::GEN::Returns ROMAN atomic number given the ionization::string,CDS Spectral
$SSW/gen/idl/string/rstrmid.pro::GEN::Reverse of STRMID::string,Utility
$SSW/gen/idl/string/safe_string.pro::GEN::Safe version of STRING::string
$SSW/gen/idl/string/st2num.pro::GEN::convert string variable into numeric array::string,utility
$SSW/gen/idl/string/str2arr.pro::GEN::Convert delimited string into string array::string
$SSW/gen/idl/string/str2cols.pro::GEN::break strarry into columns at specified delimiter::string
$SSW/gen/idl/string/str2file.pro::GEN::print string array to a file::string,utility
$SSW/gen/idl/string/str2lines.pro::GEN::Convert a string into a series lines (string array) at certain length::string,Utility
$SSW/gen/idl/string/str2pages.pro::GEN::To take a string array and to break it into page blocks::string
$SSW/gen/idl/string/str2token.pro::GEN::Convert a string into an array of tokens::string,String, utility
$SSW/gen/idl/string/str_chop.pro::GEN::Chop off a substring from a string scalar or vector::string,PREVIOUS HISTORY:
$SSW/gen/idl/string/str_deblank.pro::GEN::replace blank delimiters in a string with commas::string,utility
$SSW/gen/idl/string/str_format.pro::GEN::format a variable to a string::string,utility
$SSW/gen/idl/string/str_index.pro::GEN::Get indices of a substring (SUBSTR) in string.::string,Utility, string
$SSW/gen/idl/string/str_lastpos.pro::GEN::Find last occurence of a substring in the source string::string,String
$SSW/gen/idl/string/str_pick.pro::GEN::Extract a substring bounded by given characters.::string,Util, string
$SSW/gen/idl/string/str_replace.pro::GEN::replace all occurences of a substring with a replacement if no replacement string is specified, a blank is inserted::string
$SSW/gen/idl/string/str_space.pro::GEN::Break up a string array with spaces between elements into an array of separate pieces without spaces.::string,Utility
$SSW/gen/idl/string/strarrcompress.pro::GEN::remove null elements from string arrays (1D 2D)::string
$SSW/gen/idl/string/strarrinsert.pro::GEN::insert/replace one text array into/by another at specifed delimiter::string
$SSW/gen/idl/string/strep.pro::GEN::Replaces first occurrence of given string within a string.::string,String processing
$SSW/gen/idl/string/strextract.pro::GEN::extract substring between patt1 and patt2::string
$SSW/gen/idl/string/strjustify.pro::GEN::left/right justify or center string array::string
$SSW/gen/idl/string/strmids.pro::GEN::strmid with vectorized parameters::string
$SSW/gen/idl/string/strn.pro::GEN::Convert number to unpadded string.::string,Utilities, String.
$SSW/gen/idl/string/strnocomment.pro::GEN::de-comment a string / string array::string
$SSW/gen/idl/string/strnumber.pro::GEN::Function to determine if a string is a valid numeric value.::string,Utilities, Numerical
$SSW/gen/idl/string/strpad.pro::GEN::Pads a string with blanks (or whatever) to specified width::string,Utilities, Strings
$SSW/gen/idl/string/strpair2struct.pro::GEN::convert string array of field/value pairs to structure::string
$SSW/gen/idl/string/strsplit.pro::GEN::split string array at first (or last) occurence of pattern::string
$SSW/gen/idl/string/text_match.pro::GEN::Find text(s) matching expression::string,Cds_utility, string
$SSW/gen/idl/string/trim.pro::GEN::Converts numbers to strings, without trailing zeros.::string,Utilities, Strings.
$SSW/gen/idl/string/wc_where.pro::GEN::return subscripts of input array where a pattern match is found - allows use of multiple wild card characters (*)::string
$SSW/gen/idl/ssw_util/ssw_clean.pro::GEN::clean up SSW path by reorganizing directories::ssw_util,utility
$SSW/gen/idl/ssw_util/ssw_colors.pro::GEN::load SSW color tables, optionally return RGB::ssw_util
$SSW/gen/idl/ssw_util/ssw_ct2rgb.pro::GEN::return RGB for give IDL or SSW wavelength dependent color table::ssw_util
$SSW/gen/idl/ssw_util/ssw_deltat.pro::GEN::return maximum DeltaT between input times in specified units::ssw_util
$SSW/gen/idl/ssw_util/ssw_index2map.pro::GEN::Make an image map (Zarro) from standard SSW structures::ssw_util
$SSW/gen/idl/ssw_util/ssw_track_fov.pro::GEN::Extract a sub-field from the SSW-compliant (2D) image data based on the reference time and reference coordinates.::ssw_util
$SSW/gen/idl/ssw_util/sswfits_struct.pro::GEN::return "STANDARD" ssw structure  (FITs->IDL mapping)::ssw_util
$SSW/gen/idl/io/dummy.pro::GEN::force otherwise empty directory to be included in IDL path -::io
$SSW/gen/idl/io/rd_ascii.pro::GEN::Read sequential ASCII file::io,I/O
$SSW/gen/idl/io/rd_genx.pro::GEN::Read SXT generic file and return contents in appropriate data structure.  - XDR Format  - see restgen.pro front end routine::io
$SSW/gen/idl/io/rd_text.pro::GEN::read an ascii file into an IDL session::io,GEN, STRING, TEXT, I/O
$SSW/gen/idl/io/rd_tfile.pro::GEN::read/return contents of text file - optionally interpret and convert text table data::io,gen, setup, swmaint, file i/o, util
$SSW/gen/idl/io/rd_tfiles.pro::GEN::Allow an array of input files and then basically call RD_TFILE::io
$SSW/gen/idl/io/rd_ulin_col.pro::GEN::Generic text file reader which has columns identified in the second line by "------" string::io
$SSW/gen/idl/io/read_genxcat.pro::GEN::read a catalog which uses 'genx' format files::io
$SSW/gen/idl/io/read_seqfile.pro::GEN::read an ascii file into an IDL session::io,i/o
$SSW/gen/idl/io/restgen.pro::GEN::read & restore parameters (idl variables) from a generic file [front end to rd_genx - reads files written by savegen.pro]::io
$SSW/gen/idl/io/restsys.pro::GEN::restore idl system variables using values saved via savesys.pro (values from Yohkoh system variables:ys_idlsys_temp,ys_idlsys_init)::io
$SSW/gen/idl/io/savegen.pro::GEN::save user specified parameters (idl variables) in a generic file [front end to wrt_genx - files are restored via savegen.pro]::io
$SSW/gen/idl/io/savesys.pro::GEN::save idl system variables for later restoration via restsys (variables saved in yohkoh system variable: !ys_idlsys_temp)::io
$SSW/gen/idl/io/wr_asc.pro::GEN::To write arrays into columns of ASCII numbers::io,I/O
$SSW/gen/idl/io/write_genxcat.pro::GEN::write one 'catlog' in genx format (read by read_genxcat)::io
$SSW/gen/idl/io/wrt_ascii.pro::GEN::Writes a string array to an ascii file::io,Data, i/o
$SSW/gen/idl/io/wrt_genx.pro::GEN::Write SXT generic file - XDR format - see savegen.pro front end::io
$SSW/gen/idl/struct/add_tag.pro::GEN::add a tag to a structure::struct,Structure handling
$SSW/gen/idl/struct/boost_tag.pro::GEN::boost a tag value::struct,Utility
$SSW/gen/idl/struct/chk_struct_name.pro::GEN::check if a structure name is unique::struct,Structure handling
$SSW/gen/idl/struct/chktag.pro::GEN::Check for presence of a particular tag in a structure::struct,Prev. Hist. : None.
$SSW/gen/idl/struct/clear_struct.pro::GEN::clear all field values in a structure::struct,Structure handling
$SSW/gen/idl/struct/concat_struct.pro::GEN::concatanate two structures::struct,Structure handling
$SSW/gen/idl/struct/copy_struct.pro::GEN::Copies one structure to another (with options).::struct,Util, structures
$SSW/gen/idl/struct/copy_tag_values.pro::GEN::Copy tag values of one structure into another structure::struct,Utility
$SSW/gen/idl/struct/dsp_struct.pro::GEN::Display contents of a structure as a pulldown menu.::struct,CDS, QL, DISPLAY, UTILITY
$SSW/gen/idl/struct/dummy.pro::GEN::force otherwise empty directory to be included in IDL path -::struct
$SSW/gen/idl/struct/exec_struct.pro::GEN::Execute CREATE_STRUCT to dynamically create new structure::struct,structures, utility
$SSW/gen/idl/struct/fmt_tag.pro::GEN::Converts a data structure (as represented by the IDL SIZE its to string representation for dynamic structure building::struct
$SSW/gen/idl/struct/get_max_tag.pro::GEN::find max dimension of a tag in a structure::struct,Structure handling
$SSW/gen/idl/struct/get_tag_index.pro::GEN::Return index of structure tag name::struct,Utility
$SSW/gen/idl/struct/get_tag_value.pro::GEN::get tag values from within a structure::struct,Help, structures
$SSW/gen/idl/struct/gt_tagval.pro::GEN::return value stored in specified tag - (nested N-deep struct OK)::struct
$SSW/gen/idl/struct/have_tag.pro::GEN::Checks if structure has a specified tag name::struct,Utility
$SSW/gen/idl/struct/head2stc.pro::GEN::convert FITs header to structure::struct,imaging
$SSW/gen/idl/struct/join_struct.pro::GEN::join two structures by appending tags::struct,Structure handling
$SSW/gen/idl/struct/load_bytarr.pro::GEN::fill  byte arrays from structures::struct,i/o
$SSW/gen/idl/struct/load_struct.pro::GEN::fill structures from byte arrays Assumes byte array comes from data in ieee format like in the fits format coming from the GROSSC archive.::struct,i/o
$SSW/gen/idl/struct/make_str.pro::GEN::Control dynamic structure building - avoids collision of::struct
$SSW/gen/idl/struct/match_struct.pro::GEN::check if two structures are identical::struct,Structure handling
$SSW/gen/idl/struct/merge_struct.pro::GEN::merge/concatanate two structures::struct,Structure handling
$SSW/gen/idl/struct/pair_struct.pro::GEN::Pair a structure down into component "tag:value" pairs::struct,structures, utility
$SSW/gen/idl/struct/rem_anon_tag.pro::GEN::Find and remove anonymous structure tags from within structure::struct,Structure handling
$SSW/gen/idl/struct/rem_dup_tag.pro::GEN::remove duplicate tags from a structure::struct,Structure handling
$SSW/gen/idl/struct/rem_tag.pro::GEN::remove a tag from a structure::struct,Structure handling
$SSW/gen/idl/struct/rep_struct_name.pro::GEN::Replace structure name::struct,Structure handling
$SSW/gen/idl/struct/rep_tag_name.pro::GEN::Replace a tag name in structure::struct,Structure handling
$SSW/gen/idl/struct/rep_tag_value.pro::GEN::replace tag value in a structure::struct,Structure handling
$SSW/gen/idl/struct/required_tags.pro::GEN::check input structure of fits header for 'required' tags::struct
$SSW/gen/idl/struct/show_struct.pro::GEN::Display contents and breakdown of an IDL structure.::struct,Util, structure
$SSW/gen/idl/struct/split_struct.pro::GEN::split two structures apart::struct,Structure handling
$SSW/gen/idl/struct/str_concat.pro::GEN::allow concatenation of identical structures even though the structure name may differ::struct
$SSW/gen/idl/struct/str_copy_tags.pro::GEN::copy structures where the tag names match.  The default is NOT to copy the tags "index_version" and "entry_type"::struct
$SSW/gen/idl/struct/str_diff.pro::GEN::Boolean function returns true (1) when differences are found between the two input structures.  IF no differences are found returns false (0).::struct
$SSW/gen/idl/struct/str_is.pro::GEN::boolean function - is input a structure or structure array?::struct
$SSW/gen/idl/struct/str_merge.pro::GEN::merge (append) a new structure tag into an existing structure::struct
$SSW/gen/idl/struct/str_subset.pro::GEN::generate a (smaller) structure with a subset of selected tags::struct
$SSW/gen/idl/struct/str_taginfo.pro::GEN::return info about all tags in the input structure::struct
$SSW/gen/idl/struct/str_tagval.pro::GEN::return value stored in specified tag - (nested N-deep struct OK)::struct
$SSW/gen/idl/struct/strip_struct.pro::GEN::Strip down a structure by removing tags::struct,Structure handling
$SSW/gen/idl/struct/struct_where.pro::GEN::filter a structure array; return SubScripts which satisfy::struct
$SSW/gen/idl/struct/strunf.pro::GEN::Unfold structure, produce template for struct_tags.hlp::struct,Utility
$SSW/gen/idl/struct/table2struct.pro::GEN::convert ascii table data to structure - optionally read file::struct
$SSW/gen/idl/struct/tag_exist.pro::GEN::To test whether a tag name exists in a structure.::struct,Util, structure
$SSW/gen/idl/struct/tag_index.pro::GEN::return tag position (index) of 'tag' within 'str'::struct
$SSW/gen/idl/struct/unpack_struct.pro::GEN::unpacks the tag names of structure into dynamic variables::struct,Structure handling
$SSW/gen/idl/struct/where_struct.pro::GEN::WHERE function for structures::struct,Utility
$SSW/gen/idl/ssw_system/go_file_purge.pro::GEN::cron driver for file_purge::ssw_system
$SSW/gen/idl/ssw_system/go_update_ssw.pro::GEN::single point routine to maintain SSW system at remote sites  Motivation:::ssw_system
$SSW/gen/idl/ssw_system/make_ssw_mirror.pro::GEN::generate the mirror file required for SSW install/upgrades::ssw_system,SSW , system
$SSW/gen/idl/ssw_system/ssw_bin.pro::GEN::return system-dependent BIN directory OR executable name w/path::ssw_system
$SSW/gen/idl/ssw_system/ssw_check_contrib.pro::GEN::check local contrib area to see if routines have made it online::ssw_system
$SSW/gen/idl/ssw_system/ssw_conflicts.pro::GEN::check input files or files matching pattern against online SSW::ssw_system
$SSW/gen/idl/ssw_system/ssw_env.pro::GEN::add & remove SSW elements IDL !path, optionally run setup.NNN::ssw_system,system, environment
$SSW/gen/idl/ssw_system/ssw_install.pro::GEN::Interface routine to SolarSoft library installation::ssw_system
$SSW/gen/idl/ssw_system/ssw_instr_info.pro::GEN::return info about callers $SSW_INSTR::ssw_system
$SSW/gen/idl/ssw_system/ssw_instruments.pro::GEN::return list of instruments under SSW::ssw_system
$SSW/gen/idl/ssw_system/ssw_move.pro::GEN::assist "mass" onlines (new) or moves (existing) routines->SSW::ssw_system
$SSW/gen/idl/ssw_system/ssw_packages.pro::GEN::setup paths for SW packages within SSW framework::ssw_system
$SSW/gen/idl/ssw_system/ssw_path.pro::GEN::add or remove SSW elements from IDL path::ssw_system,environment, system
$SSW/gen/idl/ssw_system/ssw_set_chianti.pro::GEN::set CHIANTI system variables within SSW environment::ssw_system
$SSW/gen/idl/ssw_system/ssw_set_instr.pro::GEN::update $SSW_INSTR (add or remove from environmental)::ssw_system
$SSW/gen/idl/ssw_system/ssw_strfind.pro::GEN::find a string pattern in SSW online files (or input file list)::ssw_system
$SSW/gen/idl/ssw_system/ssw_swmap_bestof.pro::GEN::generate 'bestof' subset of SSW one-liner/category map file::ssw_system
$SSW/gen/idl/ssw_system/ssw_swmap_info.pro::GEN::Generate 'enhanced' SSW mapfile to add one liners and categories::ssw_system,ssw,system
$SSW/gen/idl/ssw_system/ssw_swmap_uniqinfo.pro::GEN::Generate or return lists of uniq 'instruments' and uniq categories::ssw_system,ssw,system,documentation
$SSW/gen/idl/ssw_system/ssw_upgrade.pro::GEN::generate SSW set list, generate packages and spawn mirror job::ssw_system
$SSW/gen/idl/ssw_system/sswdb_upgrade.pro::GEN::generate SSW set list, generate packages and spawn mirror job::ssw_system
$SSW/gen/idl/ssw_system/sswloc.pro::GEN::use SSW mapfile to see online SSW routines::ssw_system
$SSW/gen/idl/fund_lib/astron/jdcnv.pro::GEN::Converts Gregorian dates to Julian days::astron
$SSW/gen/idl/fund_lib/jhuapl/array_jhuapl.pro::GEN::Force given argument to be an array.::jhuapl
$SSW/gen/idl/fund_lib/jhuapl/isarray.pro::GEN::Tests if the argument is an array.::jhuapl
$SSW/gen/idl/fund_lib/jhuapl/monthnames.pro::GEN::Returns a string array of month names.::jhuapl
$SSW/gen/idl/fund_lib/jhuapl/recpol.pro::GEN::Convert 2-d rectangular coordinates to polar coordinates.::jhuapl
$SSW/gen/idl/fund_lib/jhuapl/strsec.pro::GEN::Convert seconds after midnight to a time string.::jhuapl
$SSW/gen/idl/fund_lib/jhuapl/sun.pro::GEN::Computes geocentric physical ephemeris of the sun.::jhuapl
$SSW/gen/idl/fund_lib/jhuapl/tim2jd.pro::GEN::Compute Julian day number from item.::jhuapl
$SSW/gen/idl/fund_lib/jhuapl/ymd2jd.pro::GEN::From Year, Month, and Day compute Julian Day number.::jhuapl
$SSW/gen/idl/fund_lib/yohkoh/anytim2ex.pro::GEN::Given a time in the form of a (1) structure, (2) 7-element time representation, or (3) a string representation, or (4) an array 2xN where the first dimension holds (MSOD, DS79)::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/bsc_check.pro::GEN::check that index or data structure is of type BSC::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/bsc_struct.pro::GEN::Define the following BSC specific database structures * BSC_Index_Rec * BSC_Roadmap_Rec::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/clearcommon.pro::GEN::N.A.::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/data_paths.pro::GEN::check for directories/subdirectories pointed to by environmentals named yd* where * is an integer (e.g. yd1)::yohkoh,utility
$SSW/gen/idl/fund_lib/yohkoh/def_yssysv.pro::GEN::define system variables for Yohkoh SW values are assigned elsewhere::yohkoh,swmaint, system, gen
$SSW/gen/idl/fund_lib/yohkoh/draw_grid.pro::GEN::Draw a Stonyhurst grid (Also can draw Carrington grid).::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/ex2fid.pro::GEN::Given a 7-element time array, generate the fileID (YYMMDD.HHMM) for that time.::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/f_atime.pro::GEN::Changes time info from numbers into formatted strings::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/gen_struct.pro::GEN::Define the following general database structures * Pointer_Rec * File_Header_Rec::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/get_nar.pro::GEN::Wrapper around RD_NAR::yohkoh,planning
$SSW/gen/idl/fund_lib/yohkoh/gt_bsc_bincal.pro::GEN::to get BCS crystal bin calibration data from CALFILEs (wavelength dispersion, sensitivity, etc)::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/gt_bsc_chan.pro::GEN::extract channel nos and/or channel IDs BSC index::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/gt_bsc_wave.pro::GEN::return nominal wavelength arrays for BSC spectra::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/gt_hxs.pro::GEN::To extract the word corresponding to the HXS counts.  The units are cnts/sec::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/gt_sum_h.pro::GEN::To extract the word corresponding to the SUM_H.  It is the HXT low channel counts per second.::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/gt_sum_l.pro::GEN::To extract the word corresponding to the SUM_L.  It is the HXT low channel counts per second.::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/gt_sum_m1.pro::GEN::To extract the word corresponding to the SUM_M1.  It is the HXT low channel counts per second.::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/gt_sum_m2.pro::GEN::To extract the word corresponding to the SUM_M2.  It is the HXT low channel counts per second.::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/gt_sxs1.pro::GEN::To extract the word corresponding to the SXS1 counts.  The units are cnts/sec::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/gt_sxs2.pro::GEN::To extract the word corresponding to the SXS2 counts.  The units are cnts/sec::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/gt_total_cnts.pro::GEN::To extract the word corresponding to the BCS total counts (as derived from the spectra).  Default output is cnts/sec.::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/his_exist.pro::GEN::Simple function to see if the history structure (.HIS) exists in the index::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/minf_parabol_d.pro::GEN::Find a local minimum of a 1-D function up to specified tolerance, using the first derivative of function in the algorithm. This routine assumes that the function has a minimum nearby.::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/mk_bsc_str.pro::GEN::Build the BSC data structure definition::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/oplot_nar.pro::GEN::Oplot NOAA AR pointing structures from GET_NAR::yohkoh,planning
$SSW/gen/idl/fund_lib/yohkoh/plot_nar.pro::GEN::To plot positions of NOAA Active Regions on a heliocentric grid::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/polar_grid.pro::GEN::Overlay a polar grid on an image Interactively display polar coodinates of the cursor::yohkoh,Image display.
$SSW/gen/idl/fund_lib/yohkoh/restore_plotvar.pro::GEN::N.A.::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/s2c.pro::GEN::Returns Cartesian coordinates (X,Y,Z) of a position vector or array of position vectors whose spherical coordinates are specified by V0.::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/seq_summary.pro::GEN::To return a summary of the different images available in the images grabbed::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/store_plotvar.pro::GEN::N.A.::yohkoh
$SSW/gen/idl/fund_lib/yohkoh/store_plotvar_common.pro::GEN::N.A.::yohkoh
$SSW/gen/idl/fund_lib/sdac/alpha_page.pro::GEN::This procedure switches to alpha from graphics page under Tektronix.::sdac,GRAPHICS
$SSW/gen/idl/fund_lib/sdac/bits2.pro::GEN::Given a byte or integer, return a vector of 8 or 16 values which are the binary representation of the value.::sdac
$SSW/gen/idl/fund_lib/sdac/ch_scale.pro::GEN::This procedure scales text for TEKTRONIX default screens.::sdac,GRAPHICS
$SSW/gen/idl/fund_lib/sdac/check_dup.pro::GEN::N.A.::sdac
$SSW/gen/idl/fund_lib/sdac/checkfont.pro::GEN::This function changes the default widget hardware font to be one of the user's choosing. If no hardware font matches are found, then a font widget appears::sdac,widget font
$SSW/gen/idl/fund_lib/sdac/checkvar.pro::GEN::This procedure checks sets a non-existent variable to its default values.::sdac,GEN
$SSW/gen/idl/fund_lib/sdac/comdim.pro::GEN::Collapse degenerate dimensions of an array.::sdac,GEN
$SSW/gen/idl/fund_lib/sdac/convert_2_stream.pro::GEN::This procedure converts fixed-length-record files to stream files.::sdac,GEN, I/O
$SSW/gen/idl/fund_lib/sdac/coord_conv.pro::GEN::This procedure computes the data, normal, and device coordinates for an input point that is any of the three types, and returns the 3 types in xout and yout in that order.::sdac
$SSW/gen/idl/fund_lib/sdac/crange.pro::GEN::This function returns the plot range limits for the X,Y, or Z coordinate.::sdac,GRAPHICS
$SSW/gen/idl/fund_lib/sdac/create_update_tar.pro::GEN::This procedure creates a tar file suitable for updating a remote file system.::sdac,SSW_SYSTEM
$SSW/gen/idl/fund_lib/sdac/crossbar.pro::GEN::This procedure overplots a crossbar for the procedures point and zoom_coor.::sdac,GRAPHICS
$SSW/gen/idl/fund_lib/sdac/cum_sum.pro::GEN::This function returns the cumulative sum along the first index of an array.::sdac,UTIL, MATH
$SSW/gen/idl/fund_lib/sdac/cw_alogslider.pro::GEN::The standard slider provided by the WIDGET_SLIDER() function is integer only. This compound widget provides a logarithmic floating point slider.::sdac,Compound widgets.
$SSW/gen/idl/fund_lib/sdac/datplot.pro::GEN::This procedure is used to OVERplot histograms between channel edges.::sdac,1-D Graphics.
$SSW/gen/idl/fund_lib/sdac/dbl2array.pro::GEN::Convert a 64 bit flag word to a byte array of 1's and 0's.::sdac,SMM Catalog
$SSW/gen/idl/fund_lib/sdac/defaults.pro::GEN::Supply default volume, directory, and extension parts of a file name when not supplied.::sdac,GEN
$SSW/gen/idl/fund_lib/sdac/defaults_2.pro::GEN::Supply default volume, directory, and extension parts of a file name when not supplied.::sdac,GEN
$SSW/gen/idl/fund_lib/sdac/edge_products.pro::GEN::From a vector of contiguous channel boundaries return the::sdac,GEN, SPECTRA
$SSW/gen/idl/fund_lib/sdac/emenu.pro::GEN::same as WMENU but can handle almost infinite size lists::sdac
$SSW/gen/idl/fund_lib/sdac/events_by_time.pro::GEN::This procedure finds events for different instruments over input time intervals.::sdac,GEN, HXRBS, BATSE, GRS, SPEX
$SSW/gen/idl/fund_lib/sdac/f_crossp.pro::GEN::This function returns  the Vector (Cross) product of vectors v1 and v2.::sdac,MATH, UTILITY, GEOMETRY
$SSW/gen/idl/fund_lib/sdac/f_div.pro::GEN::THIS FUNCTION RETURNS THE QUOTIENT WITH ZERO CHECKING.::sdac,MATH, NUMERICAL ANALYSIS, UTILITY
$SSW/gen/idl/fund_lib/sdac/f_gauss_intg.pro::GEN::This function returns the sum of a Gaussian and 2nd order polynomial.::sdac,E2 - CURVE AND SURFACE FITTING.
$SSW/gen/idl/fund_lib/sdac/f_pder.pro::GEN::This function returns the partial derivative of a function.::sdac
$SSW/gen/idl/fund_lib/sdac/f_use_widget.pro::GEN::This function provides global control over allowed use of widget interfaces.::sdac,WIDGETS
$SSW/gen/idl/fund_lib/sdac/fcheck.pro::GEN::This functions checks sets a non-existent variable to its default values.::sdac,GEN
$SSW/gen/idl/fund_lib/sdac/fcolor.pro::GEN::This function is used with LINECOLORS.PRO for defaults if the device does not support colors.::sdac
$SSW/gen/idl/fund_lib/sdac/find_wind_dir.pro::GEN::Finds all directories under a specified directory under windows.::sdac,Utilities, Operating_system.
$SSW/gen/idl/fund_lib/sdac/findfile_list.pro::GEN::This procedure takes a list of files and path (!path format) and returns the directory or library of the first occurrence for each element.::sdac,GEN, UTIL, SYSTEM
$SSW/gen/idl/fund_lib/sdac/fselect.pro::GEN::Read operator selected flare numbers from the terminal and store the flare numbers into an array to be used in other procedures.::sdac,HXRBS
$SSW/gen/idl/fund_lib/sdac/gauss_intg.pro::GEN::This procedure sums a Gaussian and 2nd order polynomial. AND OPTIONALLY RETURN THE VALUE OF IT'S PARTIAL DERIVATIVES. THIS GAUSSIAN IS EVALUATED BY INTEGRATING A GAUSSIAN OVER::sdac,FITTING, MATH, UTILITY, NUMERICAL ANALYSIS - CURVE AND SURFACE FITTING.
$SSW/gen/idl/fund_lib/sdac/get_angle.pro::GEN::This function returns the angle (degrees) between two vectors specified in spherical coordinates of an azimuthal angle and declination, usually right ascension and declination::sdac,GEN, Coordinate Manipulations
$SSW/gen/idl/fund_lib/sdac/get_recno.pro::GEN::This function returns the number of lines in an ASCII FILE::sdac,GEN
$SSW/gen/idl/fund_lib/sdac/graphics_page.pro::GEN::This procedure switches to graphics from alpha page under Tektronix.::sdac,Graphics.
$SSW/gen/idl/fund_lib/sdac/grwch_st.pro::GEN::This function returns the apparent RA of the meridian at Greenwich in degrees at the input time.::sdac,GEN, EPHEMERIDES
$SSW/gen/idl/fund_lib/sdac/init_linecolors.pro::GEN::Works with the program LINECOLORS, which provides the user with a distinct set of basic colors.  Init_linecolors calls linecolors with no arguments, initializes the structure col, which has::sdac
$SSW/gen/idl/fund_lib/sdac/interp2integ.pro::GEN::This function integrates over the limits on an interpolated array.::sdac,GEN, MATH, UTILITY, NUMERICAL
$SSW/gen/idl/fund_lib/sdac/interpol.pro::GEN::Linearly interpolate vectors with a regular or irregular grid.::sdac,E1 - Interpolation
$SSW/gen/idl/fund_lib/sdac/interpol8.pro::GEN::Linearly interpolate vectors with a regular or irregular grid.::sdac,E1 - Interpolation
$SSW/gen/idl/fund_lib/sdac/jumper.pro::GEN::This procedure corrects 2-byte or other counter overflow.::sdac,GEN, MATH, NUMERICAL, TELEMETRY
$SSW/gen/idl/fund_lib/sdac/jumper2.pro::GEN::This procedure corrects 2-byte or other counter overflow.::sdac,GEN, MATH, NUMERICAL, TELEMETRY
$SSW/gen/idl/fund_lib/sdac/local_diffs.pro::GEN::This procedure finds all of the idl procedures in a directory(ies) and reports those that are in the path.::sdac,SYSTEM
$SSW/gen/idl/fund_lib/sdac/map_matrix.pro::GEN::This procedure creates a linear transformation matrix between two data binnings.::sdac,GEN, SPECTRUM, UTILITY,
$SSW/gen/idl/fund_lib/sdac/mark_region.pro::GEN::This procedure selects an interval from a plot window.::sdac,UTIL, GEN, GRAPHICS
$SSW/gen/idl/fund_lib/sdac/notepad.pro::GEN::Call the NOTEPAD editor to edit a file.::sdac,GEN
$SSW/gen/idl/fund_lib/sdac/occ_profile.pro::GEN::This procedure calculates the occultation profile for a source in orbit about the Earth.  Takes into account the oblateness of the Earth.::sdac,BATSE
$SSW/gen/idl/fund_lib/sdac/pickfont.pro::GEN::Modal widget for selecting and viewing an X Windows font.::sdac,Widgets, Fonts
$SSW/gen/idl/fund_lib/sdac/pl_scale.pro::GEN::This function  scales distance in graphics output and multiplot environment.::sdac,GRAPHICS
$SSW/gen/idl/fund_lib/sdac/point.pro::GEN::N.A.::sdac
$SSW/gen/idl/fund_lib/sdac/pulse_spread.pro::GEN::This procedure generates a matrix of gaussian pulse-shapes which can then multiply a matrix of energy-losses to form a full pulse-height matrix.::sdac,MATH, CALIBRATION, INSTRUMENT, DETECTORS, RESPONSE, SPECTROSCOPY
$SSW/gen/idl/fund_lib/sdac/remove_path.pro::GEN::This procedure removes directories with the input string from the software path.::sdac,GEN
$SSW/gen/idl/fund_lib/sdac/reset_xy.pro::GEN::This procedure resets saved !x, !y, and !p values to enable active switching and overplotting between graphics windows.::sdac,GRAPHICS
$SSW/gen/idl/fund_lib/sdac/resistant_mean.pro::GEN::Compute the median of an array, which may be of even length.::sdac
$SSW/gen/idl/fund_lib/sdac/restore_overflow.pro::GEN::This procedure controls the correction of counter overflow in BATSE and HXT  data.::sdac,BATSE, HXT,  TELEMETRY, UTILITY, INSTRUMENT
$SSW/gen/idl/fund_lib/sdac/scalecom.pro::GEN::This is an include block to be used with CH_SCALE and PL_SCALE.::sdac,GRAPHICS
$SSW/gen/idl/fund_lib/sdac/select_widg.pro::GEN::Display an ASCII list using widgets and the widget manager. Select a line of the text.::sdac,Widgets.
$SSW/gen/idl/fund_lib/sdac/set_graphics.pro::GEN::This procedure sets screen and hardcopy output graphic devices for use with the TEK_INIT, TEK_PRINT, and TEK_END procedures (which now handle both Tektronix and PostScript format).::sdac,GRAPHICS
$SSW/gen/idl/fund_lib/sdac/set_x.pro::GEN::Set the device to 'X' with vector fonts.::sdac,graphics
$SSW/gen/idl/fund_lib/sdac/sign.pro::GEN::This function takes two numbers X1,X2 and returns sign(X2)*abs(X1) (by assumption sign(0)=1)::sdac,NUMERICAL MATH UTILITY
$SSW/gen/idl/fund_lib/sdac/snu.pro::GEN::This function returns a number selected from a widget interface.::sdac,WIDGET, UTILITY
$SSW/gen/idl/fund_lib/sdac/solephut.pro::GEN::Calculate the solar ra and dec in degrees given the time in one of our canonical formats.::sdac,GEN
$SSW/gen/idl/fund_lib/sdac/spectra2fits.pro::GEN::Create fits binary tables using BATSE and GOES spectra data.::sdac,Fits Binary Table Extensions I/O
$SSW/gen/idl/fund_lib/sdac/sphcart.pro::GEN::This function computes cartesion coordinates from RA and DEC::sdac,GEN, VECTOR ANALYSIS, UTILITY, GEOMETRY
$SSW/gen/idl/fund_lib/sdac/sps.pro::GEN::Set the graphic device to Postscript and use machine fonts.::sdac,SPEX, GRAPHICS
$SSW/gen/idl/fund_lib/sdac/tek_end.pro::GEN::This procedure closes plot file and set plotting device back to screen device selected.::sdac,GRAPHICS
$SSW/gen/idl/fund_lib/sdac/tek_init.pro::GEN::Set up for making Tektronix or PostScript hardcopies of plots from IDL.::sdac,GRAPHICS
$SSW/gen/idl/fund_lib/sdac/tek_print.pro::GEN::This procedure sends a plot file to printer.::sdac,GRAPHICS
$SSW/gen/idl/fund_lib/sdac/timestamp.pro::GEN::Place the current time outside the upper right-hand corner of the plot window::sdac,Util,Gen, Graphics
$SSW/gen/idl/fund_lib/sdac/twidget.pro::GEN::This procedure provides a MOTIF interface for date or date&time selection.::sdac,widgets
$SSW/gen/idl/fund_lib/sdac/use_vax_float.pro::GEN::This function modifies new VMS floating point to reconcile old VMS float format.::sdac,GEN, UTIL, General Utility
$SSW/gen/idl/fund_lib/sdac/vert_line.pro::GEN::Plot a vertical line at the position in the x argument.::sdac,HXRBS
$SSW/gen/idl/fund_lib/sdac/wcheck_set.pro::GEN::Checks whether a window has been created (window_in variable exists) and if so, sets the active window to that index.::sdac,GRAPHICS
$SSW/gen/idl/fund_lib/sdac/widget_flash.pro::GEN::routine to create an eye-catching flashing widget::sdac,widgets
$SSW/gen/idl/fund_lib/sdac/win_spawn.pro::GEN::This procedure allows SPAWN to return results under WINdows.::sdac,SYSTEM, WINDOWS
$SSW/gen/idl/fund_lib/sdac/window_test.pro::GEN::This procedure is used to test whether X windows are available if requested.  If not available, device might be wrong or in batch, then the device is switched to the default, PS, or NULL::sdac
$SSW/gen/idl/fund_lib/sdac/winup.pro::GEN::CREATES a new window as with the WINDOW command but also adds the indentifing information to the window_array common or provides a widget dialog for deleting existing windows.::sdac
$SSW/gen/idl/fund_lib/sdac/winup_common.pro::GEN::N.A.::sdac
$SSW/gen/idl/fund_lib/sdac/xdevice.pro::GEN::Returns the name of the windows device suitable for current os.::sdac,DISPLAY, SYSTEM
$SSW/gen/idl/fund_lib/sdac/xedit.pro::GEN::Call the XEDIT editor to edit a file.::sdac
$SSW/gen/idl/fund_lib/sdac/xy0.pro::GEN::This procedure resets the x and y axes defaults.::sdac,GRAPHICS
$SSW/gen/idl/fund_lib/sdac/xypro.pro::GEN::compute spherical from cartestian coordinates (3-d)::sdac,util, math, geometry
$SSW/gen/idl/fund_lib/sdac/xyradec.pro::GEN::This function returns spherical from cartesian coordinates (3-d).::sdac,util, math, geometry, 3-d
$SSW/gen/idl/fund_lib/sdac/y_average.pro::GEN::Get the average value of an array of displayed y values during a selected interval.::sdac,UTILITY, GEN, GRAPHICS
$SSW/gen/idl/fund_lib/sdac/zoom_coor.pro::GEN::This provides a query to mark the corners of an image box range.::sdac,graphics
$SSW/gen/idl/genutil/addtime.pro::GEN::If optional keyword delta_min is supplied, then add a offset in decimal minutes to an external time (H,M,S,MS,D,M,Y). If optional keyword difference is supplied, return the difference::genutil
$SSW/gen/idl/genutil/adjust_times.pro::GEN::check input times and adjust if required::genutil
$SSW/gen/idl/genutil/anytim2doy.pro::GEN::Given a time in the form of a (1) structure, (2) 7-element time representation, or (3) a string representation, return the day of the year for that day::genutil
$SSW/gen/idl/genutil/anytim2ints.pro::GEN::Given a time in the form of a (1) structure, (2) 7-element time representation, or (3) a string representation, or (4) an array 2xN where the first dimension holds (MSOD, DS79)::genutil
$SSW/gen/idl/genutil/anytim2weekinfo.pro::GEN::return week-requested information for input time vector::genutil
$SSW/gen/idl/genutil/anytim2weeks.pro::GEN::Given a starting and ending time, return a vector of week numbers and year numbers where the times fall::genutil
$SSW/gen/idl/genutil/arrow2.pro::GEN::Wrapper routine for IDL user library ARROW routine.  arrow2 works with tv2 to provide easier PostScript placement.::genutil
$SSW/gen/idl/genutil/avoid_spikes.pro::GEN::Return the subscript list of data values which don't have spikes::genutil
$SSW/gen/idl/genutil/bits.pro::GEN::Given a byte or integer, return a vector of 8 or 16 values which are the binary representation of the value.::genutil
$SSW/gen/idl/genutil/box_data.pro::GEN::return data within user defined box  -::genutil
$SSW/gen/idl/genutil/break_doc.pro::GEN::third purpose line::genutil,gen, swmaint, unix_only
$SSW/gen/idl/genutil/btest0.pro::GEN::N.A.::genutil
$SSW/gen/idl/genutil/build_str.pro::GEN::build data structure for generic files using size information encoded by wrt_str.pro::genutil
$SSW/gen/idl/genutil/buildgen.pro::GEN::build 'super structure' for generic files::genutil
$SSW/gen/idl/genutil/centroidw.pro::GEN::Calculate the weighted average of ARRAY::genutil
$SSW/gen/idl/genutil/check_compile.pro::GEN::verify whether input module will compile (syntax checker)::genutil
$SSW/gen/idl/genutil/check_time.pro::GEN::check to see that msod is within the range 0 to 86400000::genutil
$SSW/gen/idl/genutil/clear_screen.pro::GEN::Writes escape sequence to clear screen and set cursor to top left corner::genutil
$SSW/gen/idl/genutil/clearplot.pro::GEN::To clear the IDL plotting parameters::genutil
$SSW/gen/idl/genutil/data_compress.pro::GEN::Compress and decompress data using UNIX compress or gzip by writing a temporary file.::genutil
$SSW/gen/idl/genutil/data_type.pro::GEN::Return the data type code from SIZE::genutil
$SSW/gen/idl/genutil/date2doy.pro::GEN::Convert yymmdd into DOY (day of the year).  Input can be either string or integer.  The year is an Optional return parameter.::genutil
$SSW/gen/idl/genutil/date2mjd.pro::GEN::Convert calendar dates to Modified Julian Days.::genutil,Utilities, Time.
$SSW/gen/idl/genutil/daycnv.pro::GEN::Converts Julian dates to Gregorian calendar dates::genutil
$SSW/gen/idl/genutil/dec2sun.pro::GEN::Converts data written on a DEC machine to SUN format by swapping bytes appropriately for the type of the input data.  The data on the DEC machine is assumed to be IEEE format with the byte::genutil,Byte-swapping
$SSW/gen/idl/genutil/def_font.pro::GEN::return system dependent default fonts using system variable::genutil
$SSW/gen/idl/genutil/deriv_lud.pro::GEN::N.A.::genutil
$SSW/gen/idl/genutil/detrend.pro::GEN::Removes linear or higher order polynomial trends from 1-D data vectors.::genutil
$SSW/gen/idl/genutil/diskfree.pro::GEN::To return the number of free bytes available on the disk in megabytes. Also returns total and used bytes and file system and mount names.::genutil
$SSW/gen/idl/genutil/display_ok.pro::GEN::Detect if device display has been set properly::genutil
$SSW/gen/idl/genutil/do_demo.pro::GEN::run an idl demo program (format can be IDL main routine)::genutil
$SSW/gen/idl/genutil/doc_lib_unix.pro::GEN::Extract the documentation template of one or more procedures.::genutil,Help, documentation.
$SSW/gen/idl/genutil/doc_lib_vms.pro::GEN::Extract the documentation template of one or more procedures.::genutil,Help, documentation.
$SSW/gen/idl/genutil/doc_library2.pro::GEN::To find a routine and to display the full contents of the file. Search in the order of !path.  If a wildcard * is used, then all matches in !path are found.::genutil
$SSW/gen/idl/genutil/doc_summ.pro::GEN::Extract portions of documentation headers and present in some standardized format::genutil
$SSW/gen/idl/genutil/dont_use_this.pro::GEN::To print a message to the screen asking that the routine not be used and optionally lists the name of the routine that should be used::genutil
$SSW/gen/idl/genutil/doy2date.pro::GEN::convert DOY and year to month and day.::genutil
$SSW/gen/idl/genutil/doytim2ex.pro::GEN::Convert a string with day-of-year and time into external format. For example,  the string "316 21:45" will be converted to [21,45,0,0,12,11,year]::genutil
$SSW/gen/idl/genutil/draw_boxcensiz.pro::GEN::To draw a box on the screen in either data or device coordinates by specifying the center and the size of the box::genutil
$SSW/gen/idl/genutil/draw_boxcorn.pro::GEN::To draw a box on the screen in either data or device coordinates::genutil
$SSW/gen/idl/genutil/dspline.pro::GEN::Perform cubic spline interpolation or linear interpolation::genutil,util, Interpolation - E1.
$SSW/gen/idl/genutil/event_name.pro::GEN::N.A.::genutil
$SSW/gen/idl/genutil/ex2dow.pro::GEN::To convert from the standard 7 element time array (HH,MM,SS,MSEC,DD,MM,YY) to a day of week number for that date.  (0=sunday, 1=monday,6=saturday).::genutil
$SSW/gen/idl/genutil/ex2int.pro::GEN::Convert conventional date and time into days since 1979 and milliseconds of day.::genutil
$SSW/gen/idl/genutil/ex2week.pro::GEN::To convert from any standard times to a week number.::genutil
$SSW/gen/idl/genutil/extract_arr.pro::GEN::Extracts sub-array from input array usings center::genutil
$SSW/gen/idl/genutil/extract_fid.pro::GEN::extract embedded FIDS from file names, return fids and times  NOTE: ** broke out and optimized logic into EXTRACT_FIDS.PRO **::genutil
$SSW/gen/idl/genutil/extract_fids.pro::GEN::convert user pattern -> pattern used by extract_fids  Example - yymmdd.hhmm maps to -> ddddddsdddd::genutil
$SSW/gen/idl/genutil/fid2ex.pro::GEN::Given a fileID, generate the 7-element time array::genutil
$SSW/gen/idl/genutil/file2time.pro::GEN::convert filenames (...[YY]YYMMDD?HHMM[SS]...) -> time::genutil
$SSW/gen/idl/genutil/file_info.pro::GEN::To return information about the file that is not included in the FSTAT return::genutil
$SSW/gen/idl/genutil/file_info2.pro::GEN::To return information about the file from "ls -l" output::genutil
$SSW/gen/idl/genutil/file_path.pro::GEN::find file in tree (recursive version of RSI filepath.pro)::genutil
$SSW/gen/idl/genutil/file_size.pro::GEN::return file sizes - optionally as string with units::genutil
$SSW/gen/idl/genutil/files_search.pro::GEN::Search all files in a set of Unix sub-directories for an input string::genutil
$SSW/gen/idl/genutil/filetimes.pro::GEN::return start and stop times in Yohkoh reformatted files::genutil
$SSW/gen/idl/genutil/fit_circle.pro::GEN::Fit a circle to vector of points.::genutil
$SSW/gen/idl/genutil/fits2time.pro::GEN::convert fits header times to Yohkoh convention::genutil
$SSW/gen/idl/genutil/fits_disp_month.pro::GEN::To display a single image per day for a single month::genutil
$SSW/gen/idl/genutil/fits_interp.pro::GEN::N.A.::genutil
$SSW/gen/idl/genutil/fmt_doc.pro::GEN::format output buffer containing documentation header info::genutil,gen, util, swmaint, documentation, class3
$SSW/gen/idl/genutil/fmt_tim.pro::GEN::Given a time (or array of times) return the formatted date/time string.::genutil
$SSW/gen/idl/genutil/fmt_timer.pro::GEN::print formatted times of an index file::genutil
$SSW/gen/idl/genutil/font_size.pro::GEN::Determine character width and height in pixels for a given value of CHARSIZE::genutil
$SSW/gen/idl/genutil/force_evt.pro::GEN::make new event structure for input into event routine::genutil
$SSW/gen/idl/genutil/genx_head.pro::GEN::define version dependent genx file header structures::genutil
$SSW/gen/idl/genutil/genx_newver.pro::GEN::create new version of genx file - only updates genx header and (optionally) text sections - original data is preserved::genutil
$SSW/gen/idl/genutil/get1doc.pro::GEN::third purpose line::genutil,gen, swmaint, unix_only
$SSW/gen/idl/genutil/get_doc.pro::GEN::retrieve a subset of idl header info. in a standard structure::genutil
$SSW/gen/idl/genutil/get_infox.pro::GEN::convert IDL structure info to string summary (1 line/structure)::genutil
$SSW/gen/idl/genutil/get_subdirs.pro::GEN::To return a list of the subdirectories under a given location::genutil
$SSW/gen/idl/genutil/get_wuvalue.pro::GEN::return widget uvalue::genutil
$SSW/gen/idl/genutil/get_wvalue.pro::GEN::return widget value::genutil
$SSW/gen/idl/genutil/get_xfont.pro::GEN::return font (front end filter to device,get_font=)::genutil
$SSW/gen/idl/genutil/go_batch.pro::GEN::make and idl 'batch' job and 'submit' it (using VMS terminology) (puts and end statement on your command list and calls idl_batch)::genutil
$SSW/gen/idl/genutil/grid_data.pro::GEN::return gridded subset of input (~fixed cadence if no gaps)::genutil
$SSW/gen/idl/genutil/gt_conv2str.pro::GEN::After a "GT" routine has extracted the relevant information, optionally convert the information to a string.::genutil
$SSW/gen/idl/genutil/gt_day.pro::GEN::To extract the word corresponding to day and optionally return a string variable for that item.  If the item passed is an integer type, it is assumed to be the 7-element external representation::genutil
$SSW/gen/idl/genutil/gt_exptime.pro::GEN::return exposusure time from input::genutil
$SSW/gen/idl/genutil/gt_time.pro::GEN::To extract the word corresponding to time and optionally return a string variable for that item.  If the item passed is an integer type, it is assumed to be the 7-element external representation::genutil
$SSW/gen/idl/genutil/hardcopy.pro::GEN::Dump an 'X' window screen display to the hardcopy laser printer.  The default is to use black and white.   PPRINT is used to determine the print queues.::genutil
$SSW/gen/idl/genutil/idl.pro::GEN::N.A.::genutil
$SSW/gen/idl/genutil/ieee2vax.pro::GEN::To convert Unix IDL floating/double to VAX IDL data types.::genutil
$SSW/gen/idl/genutil/indd.pro::GEN::Return index of array A(i) for which A(i-1) < B <= A(i)::genutil
$SSW/gen/idl/genutil/input.pro::GEN::Prompt the user for input and allow a default answer.  If the user simply types <CR>, then the default answer is used.  The procedure can::genutil
$SSW/gen/idl/genutil/input_time.pro::GEN::To allow a user to interactively enter a start and end time.::genutil
$SSW/gen/idl/genutil/inq_gen.pro::GEN::Provide summary of SXT generic file::genutil
$SSW/gen/idl/genutil/insert.pro::GEN::To insert a smaller array into a larger array IDL Ver 2 does not have it (Ver 1 did)::genutil
$SSW/gen/idl/genutil/int2ex.pro::GEN::Convert days since 1979 and milliseconds of day into conventional date and time.::genutil
$SSW/gen/idl/genutil/int2sec.pro::GEN::To convert the "standard" internal representation array into a time series vector in seconds.::genutil
$SSW/gen/idl/genutil/int2secarr.pro::GEN::To convert any time format into a time series vector in seconds.::genutil
$SSW/gen/idl/genutil/is_bestnode.pro::GEN::quick and dirty search for 'best' node in nodelist (best nodes are 'alive' and lowest CPU/Memory load or process count)::genutil,system, distributed processing, general utility
$SSW/gen/idl/genutil/is_ss.pro::GEN::N.A.::genutil
$SSW/gen/idl/genutil/lcur_calc.pro::GEN::To calculate the light curve averages for the LCUR_IMAGE routine::genutil
$SSW/gen/idl/genutil/lcur_plot.pro::GEN::To plot the light curve averages for the LCUR_IMAGE routine::genutil
$SSW/gen/idl/genutil/lcur_plotr.pro::GEN::To generate a line plot showing the location of the regions selected. Overlay the regions selected on top of a contour of an image.  Called by LCUR_IMAGE::genutil
$SSW/gen/idl/genutil/lcur_region.pro::GEN::To select the region which is to have the light curve generated for (Called by LCUR_IMAGE)::genutil
$SSW/gen/idl/genutil/line_cent.pro::GEN::N.A.::genutil
$SSW/gen/idl/genutil/line_table.pro::GEN::make an ~IDL image color table cooexist with a <linecolors> table::genutil
$SSW/gen/idl/genutil/linecolors.pro::GEN::N.A.::genutil
$SSW/gen/idl/genutil/mapx.pro::GEN::hide/show map/unmap sensitize/desensitize widgets::genutil
$SSW/gen/idl/genutil/markplot.pro::GEN::highlight features on plot (default is open crosshair)::genutil
$SSW/gen/idl/genutil/mask.pro::GEN::To return the value of masked bits::genutil
$SSW/gen/idl/genutil/mk_fits_head.pro::GEN::Given a data array, build the minimal FITS header.::genutil
$SSW/gen/idl/genutil/mkdarr.pro::GEN::To make an array having two elements such as: [(a0,b0),(a0,b1),,,(a0,bn),(a1,b0),(a1,b1),,,(a1,bn),,, (am,b0),(am,b1),,,(am,bn)] out of [a0,,,am] and::genutil
$SSW/gen/idl/genutil/multi_draw.pro::GEN::create multiple draw widgets for display size of draw areas are variable::genutil
$SSW/gen/idl/genutil/nearest_fid.pro::GEN::Using the input fid "tfid" find and return the index to the nearest fid from the list of fileids fids.::genutil
$SSW/gen/idl/genutil/new_version.pro::GEN::construct new file name using VMS-like syntax::genutil
$SSW/gen/idl/genutil/next_window.pro::GEN::return next available window number, so they can be known in advance (one use is to allow window Title which include this# prior to window creation)::genutil
$SSW/gen/idl/genutil/normalize_cube.pro::GEN::empirically normalize cube of data from relative signal levels::genutil
$SSW/gen/idl/genutil/parse_lines.pro::GEN::To take a string (or an array of strings) and to reformat it so that a given string is no longer than a given value.  Breaks are done at with space::genutil
$SSW/gen/idl/genutil/path_data.pro::GEN::return the path to on-line reformatted data files::genutil,system, swmaint, util, gen
$SSW/gen/idl/genutil/path_delimiter.pro::GEN::return system dependent !path delimiter::genutil
$SSW/gen/idl/genutil/path_lib.pro::GEN::Extract the path of one or more procedures.::genutil
$SSW/gen/idl/genutil/path_lib_unix.pro::GEN::Extract the path of one or more procedures.::genutil
$SSW/gen/idl/genutil/pathfix.pro::GEN::remove elements from !path or restore original !path::genutil
$SSW/gen/idl/genutil/pause.pro::GEN::Request that the user hit <CR> between plots.::genutil
$SSW/gen/idl/genutil/plot_hist.pro::GEN::To plot a histogram with a properly labeled X axis.::genutil
$SSW/gen/idl/genutil/plottime.pro::GEN::Originally it simply put a message "Plot Made dd-MMM-yy hh:mm:ss" message on the plots.  It was generalized to effectively do what "xyouts, /normalize" does (before that capability was::genutil
$SSW/gen/idl/genutil/plottimes.pro::GEN::Ancient routine which effectively does an "xyouts, /norm" but relative to the PLOT window, not the whole page.::genutil
$SSW/gen/idl/genutil/pmm.pro::GEN::print min, max of given argument (up to ten arguments)::genutil,analysis
$SSW/gen/idl/genutil/positive.pro::GEN::boolean - 1 (true) if positive - scaler/arrays ok::genutil
$SSW/gen/idl/genutil/pr_env.pro::GEN::simple synonym for pr_logenv  SEE DOC HEADER FOR PR_LOGENV::genutil
$SSW/gen/idl/genutil/pr_path_lib.pro::GEN::Print the path of a file in !path::genutil
$SSW/gen/idl/genutil/pr_stats.pro::GEN::To print the min/max/avg/dev for an array::genutil
$SSW/gen/idl/genutil/pr_status.pro::GEN::print and/or return some status info (userid, hostid, idl version, local and uttime)::genutil
$SSW/gen/idl/genutil/pr_tim2week.pro::GEN::Print Yohkoh week ID for specified time::genutil
$SSW/gen/idl/genutil/pr_week2tim.pro::GEN::Print time range for specified Yohkoh week ID::genutil
$SSW/gen/idl/genutil/profiles.pro::GEN::Interactively draw row or column profiles of an image in a separate window.::genutil,Image analysis.
$SSW/gen/idl/genutil/rd_rdb.pro::GEN::To read an RDB file (text file with TAB delimiters).  Optionally put the information into a structure with tag names equal to the column label.::genutil
$SSW/gen/idl/genutil/reltime.pro::GEN::return relative UT time or time range (default is offset from NOW)::genutil
$SSW/gen/idl/genutil/restenv.pro::GEN::restore environment (UNIX environmentals/VMS logicals) (which were stored by previous call to saveenv)::genutil
$SSW/gen/idl/genutil/resume.pro::GEN::N.A.::genutil
$SSW/gen/idl/genutil/rfits.pro::GEN::Reads a standard FITS disk file into an array.::genutil
$SSW/gen/idl/genutil/rfits2.pro::GEN::Reads multiple standard fits or compressed fits files into array::genutil
$SSW/gen/idl/genutil/rmosaic.pro::GEN::spawn background mosaic job, optional 'solar' hotlist lookup::genutil
$SSW/gen/idl/genutil/saveenv.pro::GEN::save current environment (UNIX environmentals/VMS logicals) (for temporary change and later restoration via restenv.pro)::genutil
$SSW/gen/idl/genutil/sel_filetimes.pro::GEN::To select the files within a time range (assuming the file date/time is in the filename in YYMMDD.HHMM format::genutil
$SSW/gen/idl/genutil/sel_timrange.pro::GEN::Given a range of times (or a single time) and a time array, return the subscripts of the times between the selected time range.  If /BOOLEAN, then return a bytarr the length of the input marking where within range.::genutil
$SSW/gen/idl/genutil/set_fastpath.pro::GEN::use ys environmentals and path file to do fast path setup::genutil
$SSW/gen/idl/genutil/set_font.pro::GEN::To change the font size for X windows and widgets::genutil
$SSW/gen/idl/genutil/set_oldpath.pro::GEN::incorporate idl version specific directorys in !path::genutil
$SSW/gen/idl/genutil/set_xcolors.pro::GEN::part of idl setup - avoid order dependent X call effects::genutil
$SSW/gen/idl/genutil/setdisp.pro::GEN::set X windows display to remote node while in idl::genutil
$SSW/gen/idl/genutil/sgn.pro::GEN::Return the sign of the argument. If the argument is zero, return zero.::genutil
$SSW/gen/idl/genutil/smooft.pro::GEN::Implements the smooft routine from Numerical Recipes (Sec. 13.9). Essentially a low-pass filter for a 1-D array of noisy data.::genutil
$SSW/gen/idl/genutil/split_files.pro::GEN::seperate infiles into paths and filenames::genutil
$SSW/gen/idl/genutil/stepper_title.pro::GEN::overly title on graphics device for stepper/xstepper::genutil
$SSW/gen/idl/genutil/str2number.pro::GEN::return numeric part of a string or string array::genutil
$SSW/gen/idl/genutil/str_checks.pro::GEN::turn structure checks on or off (for make_str.pro)::genutil
$SSW/gen/idl/genutil/str_copy.pro::GEN::copy structures  - required when two structures are identical in structure but differ in idl name avoids conflicting data structure name::genutil
$SSW/gen/idl/genutil/str_ebc2asc.pro::GEN::To convert a string from EBCDIC to ASCII::genutil
$SSW/gen/idl/genutil/str_insert.pro::GEN::To insert one structure into an identical array of structures, but which might have a different structure name.::genutil
$SSW/gen/idl/genutil/str_istype.pro::GEN::boolean function - check for structure type (instrument)::genutil
$SSW/gen/idl/genutil/str_perm.pro::GEN::return string array which contains all permutations of the concatenation of arr1 and arr2::genutil
$SSW/gen/idl/genutil/str_ver_update.pro::GEN::Allow old structures to be copied to new structure definitions where the tag names match.::genutil
$SSW/gen/idl/genutil/strcapitalize.pro::GEN::capatilize first letters in Names and Titles::genutil
$SSW/gen/idl/genutil/stretch_range.pro::GEN::stretch color table (stretch within user supplied range only)::genutil,Image processing, point operations.
$SSW/gen/idl/genutil/strlastchar.pro::GEN::return last non-blank character(s) in a string or string array::genutil
$SSW/gen/idl/genutil/strposarr.pro::GEN::find position of 1st or last occurence of substring in each element of a string array (extended array version of idl strpos)::genutil
$SSW/gen/idl/genutil/strrempat.pro::GEN::identify/remove 1st occurence of pattern in inarray::genutil,gen , util, string
$SSW/gen/idl/genutil/strspecial.pro::GEN::return true if input is a 'special' character (or as defined by keyword)::genutil
$SSW/gen/idl/genutil/strstat.pro::GEN::check to see if the input structure name exists::genutil
$SSW/gen/idl/genutil/struct2ms.pro::GEN::convert an structure to a make_str structure (allow nesting of anonymous structures)::genutil
$SSW/gen/idl/genutil/sumcol.pro::GEN::Some along columns of a matrix::genutil
$SSW/gen/idl/genutil/sumrow.pro::GEN::Some along rows of a matrix::genutil
$SSW/gen/idl/genutil/sun2vax.pro::GEN::Converts data written on a DEC machine to SUN format by swapping bytes appropriately for the type of the input data.::genutil,Byte-swapping
$SSW/gen/idl/genutil/swap.pro::GEN::Procedure to swap bytes::genutil
$SSW/gen/idl/genutil/sxpar2.pro::GEN::Allow a 2-D array to have the keyword extracted::genutil
$SSW/gen/idl/genutil/task_wait.pro::GEN::wait for various background tasks to complete::genutil
$SSW/gen/idl/genutil/tim2dset.pro::GEN::Given a structure (roadmap or index), find the dataset with the time closest to an input time.::genutil
$SSW/gen/idl/genutil/tim2match.pro::GEN::Give an array of reference times, determine if the input times fall within any of the time ranges::genutil
$SSW/gen/idl/genutil/time2file.pro::GEN::convert input times (any SSW format) -> [YY]YYMMDD?HHMM[SS]::genutil
$SSW/gen/idl/genutil/timeavg.pro::GEN::sum & average data values,::genutil
$SSW/gen/idl/genutil/timegrid.pro::GEN::create a (approximately) uniform grid of times::genutil
$SSW/gen/idl/genutil/timstr2ex.pro::GEN::Subroutine to convert a date/time string to a seven element array::genutil
$SSW/gen/idl/genutil/track_proc.pro::GEN::To find all processes for a given process name and user.  Optionally kill the process::genutil
$SSW/gen/idl/genutil/type_conv.pro::GEN::Perform a variable type conversion.  It is used in conjuction with the "INPUT" routine::genutil
$SSW/gen/idl/genutil/ucon_path.pro::GEN::manage ucon portions of SSW path::genutil,system, environment, IDL
$SSW/gen/idl/genutil/udate2ex.pro::GEN::Converts time string from UNIX command "date" to the 7-element time representation::genutil
$SSW/gen/idl/genutil/uniqo.pro::GEN::return subscripts of uniq elements and maintain original order::genutil
$SSW/gen/idl/genutil/unix_cmd.pro::GEN::To execute a UNIX command and to monitor the command to make sure that it completed in the expected time.  If not, kill the::genutil
$SSW/gen/idl/genutil/ut_time.pro::GEN::Return UT time / convert input times between Local and UT time::genutil
$SSW/gen/idl/genutil/vax2ieee.pro::GEN::To convert VAX floating point to Sun IEEE floating point::genutil
$SSW/gen/idl/genutil/vax2sun.pro::GEN::Converts data written on a DEC machine to SUN format by swapping bytes appropriately for the type of the input data.::genutil,Byte-swapping
$SSW/gen/idl/genutil/wc_whereq.pro::GEN::find strarry elements  matching pattern w/imbeded question marks::genutil
$SSW/gen/idl/genutil/week2ex.pro::GEN::Given a year and a week #, return the date of the first day in that week.::genutil
$SSW/gen/idl/genutil/weekid2ex.pro::GEN::Convert Week number to external time::genutil
$SSW/gen/idl/genutil/wgrid.pro::GEN::draw grid on current graphics display::genutil
$SSW/gen/idl/genutil/where_pattern.pro::GEN::find byte pattern in byte array (ex: find repeated pattern in unformatted files)::genutil
$SSW/gen/idl/genutil/where_table.pro::GEN::identify tables within a text array::genutil
$SSW/gen/idl/genutil/wmenu_sel_set.pro::GEN::To allow a user to manually set the number of characters and lines are used in the WMENU_SEL routine::genutil
$SSW/gen/idl/genutil/write_access.pro::GEN::check directory for write access::genutil
$SSW/gen/idl/genutil/wrt_ebc2asc.pro::GEN::Given an EBCDIC input file, create an ASCII output file.  The input file must have fixed record lengths.::genutil
$SSW/gen/idl/genutil/wrt_fits.pro::GEN::Write a FITS file given an image and a FITS header::genutil
$SSW/gen/idl/genutil/wrt_str.pro::GEN::write data structure size information for SXT generic files::genutil
$SSW/gen/idl/genutil/xstep_uevent.pro::GEN::handle events in xstepper utility window::genutil
$SSW/gen/idl/genutil/xstepper.pro::GEN::overly title on graphics device for stepper/xstepper::genutil
$SSW/gen/idl/genutil/xyesno.pro::GEN::Provide a yes/no question in widget form A widget replacement for YESNOX::genutil
$SSW/gen/idl/genutil/yesno.pro::GEN::To determine what the answer to a yes or no question was will take the following:::genutil
$SSW/gen/idl/genutil/yesnox.pro::GEN::Ask a yes/no question and check the answer for validity (calls "yesno")::genutil
$SSW/gen/idl/genutil/yo_logo.pro::GEN::superimposes a small image of sxt satellite on the display window::genutil
$SSW/gen/idl/genutil/zformat.pro::GEN::To format some output as hex.  It's needed because of handling of negative integer numbers and because of a problem with the alpha's::genutil
$SSW/gen/idl/genutil/zoom_blink.pro::GEN::To super-impose two images and blink between them.::genutil
$SSW/gen/idl/genutil/zoom_single.pro::GEN::Display part of an image (or graphics) from the current window expanded in another window and exit - version for event driven::genutil,Display.
$SSW/gen/idl/widgets/cw_bselector2.pro::GEN::CW_BSELECTOR is a compound widget that appears as a pull-down menu whose label shows the widget's current value. When the button is pressed, the menu appears and the newly selected value becomes::widgets,Compound widgets.
$SSW/gen/idl/widgets/cw_checkbox.pro::GEN::Checkbox" or "cross-box" widget (status on/off).::widgets,Widgets
$SSW/gen/idl/widgets/cw_cubeview.pro::GEN::Compound widget for visualizing data n-cubes (0 < n < 8)::widgets,Visualization
$SSW/gen/idl/widgets/cw_droplist.pro::GEN::Create a compound widget to simulate a droplist widget::widgets,PREVIOUS HISTORY:
$SSW/gen/idl/widgets/cw_enterb.pro::GEN::A button with user editable content::widgets,Prev. Hist. : None.
$SSW/gen/idl/widgets/cw_flipswitch.pro::GEN::Implements a pusbutton status switch (e.g., On/Off)::widgets,Compound widget
$SSW/gen/idl/widgets/cw_infiltrate.pro::GEN::Infiltrate a widget hierarchy to tap into its events.::widgets,Widgets
$SSW/gen/idl/widgets/cw_loadct.pro::GEN::Color table picker w. gamma/top/bottom control.::widgets,Utility, Image
$SSW/gen/idl/widgets/cw_mouse.pro::GEN::Controlling the "Mouse button action" selection & display::widgets,Utility, Display
$SSW/gen/idl/widgets/cw_plotz.pro::GEN::One-window compound widget plot zoom::widgets,Utility, Display
$SSW/gen/idl/widgets/cw_pselect.pro::GEN::Simplified management of a pulldown selection menu::widgets,Compound widget.
$SSW/gen/idl/widgets/cw_pzoom.pro::GEN::One-window compound widget image zoom.::widgets,Utility, Image.
$SSW/gen/idl/widgets/cw_text.pro::GEN::compound text widget that switches itself to a label when non-editable::widgets,Widgets
$SSW/gen/idl/widgets/cw_tmouse.pro::GEN::Convert a draw-event into an action string.::widgets,Utility, Display
$SSW/gen/idl/widgets/cw_tvzoom.pro::GEN::Compound widget for displaying zoomed images. (cf CW_ZOOM).::widgets,Utilities, Image_display.
$SSW/gen/idl/widgets/dsp_strarr.pro::GEN::To display a string array in a text widget.::widgets,Utilities, widgets
$SSW/gen/idl/widgets/find_draw_widget.pro::GEN::Find the widget ID corresponding to a draw window.::widgets,Display, Widgets
$SSW/gen/idl/widgets/flash_msg.pro::GEN::Flashes an information message in a text widget.::widgets,Utilities, Help
$SSW/gen/idl/widgets/get_cent_off.pro::GEN::determine pixel offsets for centering widget bases::widgets,Widgets
$SSW/gen/idl/widgets/get_dfont.pro::GEN::Return widget font with size compatible with current device::widgets,Online_help.
$SSW/gen/idl/widgets/get_handler_id.pro::GEN::to get widget ID of base associated with event handler::widgets,widgets
$SSW/gen/idl/widgets/get_handler_name.pro::GEN::to get name of event handler for widget ID.::widgets,widgets
$SSW/gen/idl/widgets/get_screen.pro::GEN::return screen scaling parameters for controlling widget sizing::widgets,Prev. Hist. : None.
$SSW/gen/idl/widgets/have_widgets.pro::GEN::Tests whether current graphics device supports widgets.::widgets,Utilities, Devices.
$SSW/gen/idl/widgets/mk_dfont.pro::GEN::make some uniformly useful fonts for planning software::widgets,utility
$SSW/gen/idl/widgets/popup_msg.pro::GEN::Display a message from a popup text widget.::widgets
$SSW/gen/idl/widgets/progmeter.pro::GEN::A widget that displays a progress meter with a color bar that grows horizontally to indicate what percentage of a task has been completed.  The percentage is also written as text.  The::widgets,OVRO SPAN UTILITY
$SSW/gen/idl/widgets/respond_widg.pro::GEN::Widget to prompt user for (e.g.) a "YES" or "NO" response.::widgets,Utilities, User_interaction
$SSW/gen/idl/widgets/select_w.pro::GEN::Creates a non-exclusive menu in widget form.::widgets,Utilities, User_interface
$SSW/gen/idl/widgets/set_cursor_size.pro::GEN::Widget interface to set cursor size interactively::widgets,PREVIOUS HISTORY:
$SSW/gen/idl/widgets/timer_version.pro::GEN::check IDL version that supports timer events::widgets,system
$SSW/gen/idl/widgets/tlb_place.pro::GEN::Find the "optimal" coordinates of a new top level base::widgets,CDS, QL, DISPLAY, UTILITY
$SSW/gen/idl/widgets/widg_help.pro::GEN::Widget to select help topics.::widgets,Utilities, Widget
$SSW/gen/idl/widgets/widg_type.pro::GEN::Returns the type (TEXT, BUTTON, etc.) of the widget ID.::widgets,Widgets
$SSW/gen/idl/widgets/wobject.pro::GEN::create template widget window with buttons::widgets
$SSW/gen/idl/widgets/xack.pro::GEN::Make user acknowledge an action::widgets,Widgets
$SSW/gen/idl/widgets/xalive.pro::GEN::To check if an X widget is alive::widgets,Widgets
$SSW/gen/idl/widgets/xannounce.pro::GEN::N.A.::widgets
$SSW/gen/idl/widgets/xanswer.pro::GEN::Popup widget to get a Yes/No answer for a given question::widgets,Utility, widget
$SSW/gen/idl/widgets/xcalendar.pro::GEN::widget interface to calendar::widgets,widgets
$SSW/gen/idl/widgets/xchoice.pro::GEN::present a choice::widgets,Widgets
$SSW/gen/idl/widgets/xcrop_cube.pro::GEN::General N-dimensional cube cropping.::widgets,Utility, Widgets
$SSW/gen/idl/widgets/xdiff.pro::GEN::Show differences between program versions::widgets,Utility
$SSW/gen/idl/widgets/xgamma.pro::GEN::Widget interface to control the screen brightness.::widgets,Utilities, Image_display.
$SSW/gen/idl/widgets/xgen_widget.pro::GEN::Takes a text file and creates a widget.  The text file has three items a) A label used to identify the button selected::widgets
$SSW/gen/idl/widgets/xget_utc.pro::GEN::A widget program to select date/time (UTC) interactively::widgets,Widget, utility
$SSW/gen/idl/widgets/xghost.pro::GEN::to get IDs of widgets that have the same event handler::widgets,widgets
$SSW/gen/idl/widgets/xhide.pro::GEN::To hide (map) an X widget::widgets,Useful stuff
$SSW/gen/idl/widgets/xinput.pro::GEN::Allow user to input text::widgets,Widgets
$SSW/gen/idl/widgets/xinteranimate2.pro::GEN::Display animated sequence of images using X-windows Pixmaps. The speed and direction of the display can be adjusted using the widget interface.::widgets,Image display, widgets.
$SSW/gen/idl/widgets/xkill.pro::GEN::To kill a bunch of X widgets::widgets,Widgets
$SSW/gen/idl/widgets/xlist.pro::GEN::lists structure tags in a list widget.::widgets,Widgets
$SSW/gen/idl/widgets/xload.pro::GEN::Widget control of color tables, with SERTS enhancements.::widgets,Utilities, Image_display.
$SSW/gen/idl/widgets/xmail.pro::GEN::widget mail interface::widgets,OS, Widgets
$SSW/gen/idl/widgets/xmanager_com.pro::GEN::return widget ID's and application names from XMANAGER common block::widgets,widgets
$SSW/gen/idl/widgets/xmanager_com_new.pro::GEN::return widget ID's and application names from XMANAGER common block::widgets,widgets
$SSW/gen/idl/widgets/xmanager_com_old.pro::GEN::return widget ID's and application names from XMANAGER common block::widgets,widgets
$SSW/gen/idl/widgets/xmanager_reset.pro::GEN::Reset XMANAGER after a widget application crashes::widgets,widgets
$SSW/gen/idl/widgets/xmatrix.pro::GEN::Widget display of fields within an arbitrary structure::widgets,Widgets
$SSW/gen/idl/widgets/xmenu2.pro::GEN::This procedure simplifies setting up widget menus. XMENU accepts a string array of menu labels, creates a widget base, and populates the base with buttons containing the specified labels.::widgets
$SSW/gen/idl/widgets/xmenu_gen_but.pro::GEN::The event handler for XMENU_GEN_BUT::widgets
$SSW/gen/idl/widgets/xmenu_gen_input.pro::GEN::The event handler for XMENU_GEN_INPUT::widgets
$SSW/gen/idl/widgets/xmenu_psym.pro::GEN::N.A.::widgets
$SSW/gen/idl/widgets/xmenu_sel.pro::GEN::The event handler for XMENU_SEL::widgets
$SSW/gen/idl/widgets/xmessage.pro::GEN::Make a pop-up widget window to display a brief message::widgets,Utility, widget
$SSW/gen/idl/widgets/xpickfile.pro::GEN::Compound widget program for file selection::widgets,Utility, widget
$SSW/gen/idl/widgets/xpl_struct.pro::GEN::Explain STRUCTURE tags by browsing help files::widgets,CDS, UTILITY, STRUCTURE
$SSW/gen/idl/widgets/xprint.pro::GEN::print an array or file::widgets,OS, Widgets
$SSW/gen/idl/widgets/xps_setup.pro::GEN::Widget interface to PS::widgets,Utitlity, widget
$SSW/gen/idl/widgets/xrealize.pro::GEN::control placement of realized widgets::widgets,Widgets
$SSW/gen/idl/widgets/xrecorder.pro::GEN::Tool for recording/replaying user events.::widgets,Widgets
$SSW/gen/idl/widgets/xsel_item.pro::GEN::Select an item from a given string list (similar to XSEL_LIST)::widgets,PREVIOUS HISTORY:
$SSW/gen/idl/widgets/xsel_list.pro::GEN::To select one item from a list.::widgets,Utility, widget
$SSW/gen/idl/widgets/xsel_printer.pro::GEN::select printer::widgets,Device, Widgets
$SSW/gen/idl/widgets/xselect.pro::GEN::Force the user to select from a list or abort.::widgets,CDS, QuickLook, General
$SSW/gen/idl/widgets/xset_color.pro::GEN::Change color index interactively::widgets,Utility, widget
$SSW/gen/idl/widgets/xset_value.pro::GEN::Set the value of a variable interactively with a slider.::widgets,Utilities, Widget
$SSW/gen/idl/widgets/xshow.pro::GEN::To show (unmap) an X widget::widgets,Useful stuff
$SSW/gen/idl/widgets/xshow_help.pro::GEN::Show help text in a text widget based on its topic::widgets,PREVIOUS HISTORY:
$SSW/gen/idl/widgets/xstruct.pro::GEN::widget display of fields within an arbitrary structure::widgets,Widgets
$SSW/gen/idl/widgets/xtext.pro::GEN::Text display widget with searching capability::widgets,Utility, Widgets
$SSW/gen/idl/widgets/xtext_reset.pro::GEN::Reset widget text fields::widgets,widgets
$SSW/gen/idl/widgets/xtext_reset_id.pro::GEN::Reset widget text fields::widgets,widgets
$SSW/gen/idl/widgets/xtextedit.pro::GEN::Simple widget text editor::widgets,Widgets, text
$SSW/gen/idl/widgets/xupdate.pro::GEN::Hassle-free (hopefully) widget_control,id,update=0/1::widgets,Widgets
$SSW/gen/idl/widgets/xvalid.pro::GEN::Determine if a named widget is registered with XMANAGER::widgets,Utility
$SSW/gen/idl/widgets/xvalidate.pro::GEN::validates widget time strings::widgets,operations, widgets
$SSW/gen/idl/widgets/xwidump.pro::GEN::Dump (or return) full contents of a widget hierarchy::widgets,Widget tools
$SSW/gen/idl/widgets/ymanager.pro::GEN::Provide main event loop and management for widgets created using IDL.::widgets,Widgets.
$SSW/gen/idl/spectra/acgaunt.pro::GEN::Calculate continuum gaunt factor using approximations of R. Mewe (18-JUN-85) to full calculations of paper VI (Arnaut and Rothenflug for ion balances).::spectra
$SSW/gen/idl/spectra/collexc.pro::GEN::Compute effective excitation rate coefficients for a given Temperature in units of cm^3 s-1::spectra
$SSW/gen/idl/spectra/conflx.pro::GEN::Calculate continuum flux in (ph s-1 A-1) or (erg s-1 A-1). The resultant flux assumes an emission measure of 1.e50 cm^3.::spectra
$SSW/gen/idl/spectra/drexc.pro::GEN::Compute effective excitation rate due to dielectronic recombination. as a function of electron temperature in units of cm^3 s-1::spectra
$SSW/gen/idl/spectra/gaminc.pro::GEN::Compute the function = exp(X) / X^P * Int[exp(-X)*X^(P-1)dx] (Int = Integrate from X to Infinity)::spectra
$SSW/gen/idl/spectra/get_atomic.pro::GEN::Return a data structure with atomic data parameters for requested BCS channel.::spectra
$SSW/gen/idl/spectra/get_elemabun.pro::GEN::Return elemental abundances.  H = 1, He = (approx) .2, etc.::spectra
$SSW/gen/idl/spectra/get_ionbal.pro::GEN::Return interpolated ionization fractions.::spectra
$SSW/gen/idl/spectra/iionbal.pro::GEN::Return interpolated ionization fractions.::spectra
$SSW/gen/idl/spectra/linflx.pro::GEN::Compute the Mewe line spectrum for EM=1.e44 cm^-3::spectra
$SSW/gen/idl/spectra/mewe_spec.pro::GEN::Compute a Mewe thermal spectrum (line + continuum) for EM=1.e44 cm^-3::spectra
$SSW/gen/idl/spectra/picklambda.pro::GEN::To sum the lines at the same wavelengths::spectra
$SSW/gen/idl/spectra/rd_atodat.pro::GEN::Read the atomic data files: ssec3.dat, casec3.dat, fesec3.dat, f26sec.dat::spectra
$SSW/gen/idl/spectra/rd_ionbal.pro::GEN::Read ascii files containing ionization balance calculations.::spectra
$SSW/gen/idl/fitting/amoeba_c.pro::GEN::Reiteratively fits an arbitrary function::fitting,Utilities, Curve_Fitting
$SSW/gen/idl/fitting/amoeba_f.pro::GEN::Reiteratively minimizes an arbitrary function::fitting,Utilities, Curve_Fitting
$SSW/gen/idl/fitting/bells.pro::GEN::Fits bell splines to data array.::fitting,Data analysis
$SSW/gen/idl/fitting/cfit.pro::GEN::Make a best fit of the sum of components to the supplied data::fitting,Analysis
$SSW/gen/idl/fitting/cfit_block.pro::GEN::Apply a component fit to a block of data.::fitting,Analysis
$SSW/gen/idl/fitting/cfit_bpatch.pro::GEN::Patch block result at specific points::fitting,Analysis
$SSW/gen/idl/fitting/cfit_errdemo.pro::GEN::Demonstrate analytical vs empirical errors of line fitting.::fitting,Prev. Hist. : None
$SSW/gen/idl/fitting/comp_gauss.pro::GEN::Evaluate gaussian component for use in CURVEFIT/CFIT/MCURVEFIT::fitting,Analysis
$SSW/gen/idl/fitting/comp_poly.pro::GEN::Evaluate polynomial component for fitting.::fitting,Analysis
$SSW/gen/idl/fitting/compile_sfit.pro::GEN::Write and compile evaluation function for given SFIT::fitting,Analysis
$SSW/gen/idl/fitting/covsrt.pro::GEN::Repack the covariance matrix to the true order of the parameters::fitting,PREVIOUS HISTORY:
$SSW/gen/idl/fitting/cwf_component.pro::GEN::Compound widget showing one fit component::fitting,Analysis/Compound widget
$SSW/gen/idl/fitting/cwf_fit.pro::GEN::Comp. widget for showing/editing Component Fit structures::fitting,Analysis
$SSW/gen/idl/fitting/cwf_status.pro::GEN::Comp. widget showing a CFIT structure's CONST/INCLUDE status.::fitting,Line fitting.
$SSW/gen/idl/fitting/delete_analysis.pro::GEN::Delete a CFIT ANALYSIS structure, freeing the handles.::fitting,Line fitting
$SSW/gen/idl/fitting/dvoigt_fit.pro::GEN::Double voigt function fit to line profile  Syntax:   v=dvoigt_fit(x,y,a,sigmaa,damp=damp)::fitting,Fitting
$SSW/gen/idl/fitting/eval_cfit.pro::GEN::Evaluates a component fit at given points.::fitting,Analysis
$SSW/gen/idl/fitting/eval_sfit.pro::GEN::Evaluate "short" fit structure at given points.::fitting,Analysis
$SSW/gen/idl/fitting/ezfit.pro::GEN::Easy Gauss fit to data.::fitting,Spectral, util
$SSW/gen/idl/fitting/fastfit.pro::GEN::Least-squares fit of linear function without error analysis::fitting,Utilities, Curve_Fitting
$SSW/gen/idl/fitting/fblue.pro::GEN::Compute 2 component gaussian where one is blueshifted::fitting,fitting
$SSW/gen/idl/fitting/fblue_fit.pro::GEN::Fit double gaussian + quadratic using a blueshift model::fitting,fitting
$SSW/gen/idl/fitting/fit_gauss.pro::GEN::Fits a gaussian plus a quadratic to data points::fitting,Utilities, Curve_Fitting
$SSW/gen/idl/fitting/fit_spec.pro::GEN::fit spectra::fitting,Analysis
$SSW/gen/idl/fitting/fitter.pro::GEN::Least-squares fit of linear function::fitting,Utilities, Curve_Fitting
$SSW/gen/idl/fitting/form_chisqr.pro::GEN::Forms function to be minimized::fitting,Utilities, Curve_Fitting
$SSW/gen/idl/fitting/form_sigmas.pro::GEN::Forms denominator in function to be minimized.::fitting,Utilities, Curve_Fitting
$SSW/gen/idl/fitting/funct_fit.pro::GEN::Non-linear least squares fit to a function of an arbitrary number of parameters. Function may be any non-linear function where::fitting,Curve Fitting
$SSW/gen/idl/fitting/funct_val.pro::GEN::evaluate any function and its partial derivatives with respect to each parameter::fitting,utility
$SSW/gen/idl/fitting/gauss_fit.pro::GEN::Gaussian function fit to line profile::fitting,fitting
$SSW/gen/idl/fitting/gauss_funct2.pro::GEN::Evaluate the sum of a gaussian and a 2nd order polynomial.::fitting,E2 - CURVE AND SURFACE FITTING.
$SSW/gen/idl/fitting/guess_fit_par.pro::GEN::Guess line parameters for fitting single and/or double component::fitting,fitting
$SSW/gen/idl/fitting/lstsqr.pro::GEN::Least-squares fit of arbitrary function to data points::fitting,Utitilies, Curve_Fitting
$SSW/gen/idl/fitting/make_sfit_stc.pro::GEN::Make an SFIT structure from a CFIT structure.::fitting,Analysis
$SSW/gen/idl/fitting/mcurvefit.pro::GEN::Non-linear least squares fit to a function of an arbitrary number of parameters.  The function may be any non-linear function.  If available, partial derivatives can be calculated by::fitting,E2 - Curve and Surface Fitting.
$SSW/gen/idl/fitting/mgauss.pro::GEN::Compute multiple gauss functions with quadratic background::fitting,fitting
$SSW/gen/idl/fitting/mk_analysis.pro::GEN::Create/initialize a CFIT ANALYSIS structure.::fitting,Line fitting.
$SSW/gen/idl/fitting/mk_comp_gauss.pro::GEN::Create a structure describing the fit component "gauss"::fitting,Analysis
$SSW/gen/idl/fitting/mk_comp_poly.pro::GEN::Create a structure describing a polynomial fit component::fitting,Analysis
$SSW/gen/idl/fitting/mk_component_stc.pro::GEN::Return structure describing N-parameter fitting component::fitting,Analysis
$SSW/gen/idl/fitting/mk_parameter_stc.pro::GEN::Return an "empty" structure describing a fitting parameter::fitting,Analysis
$SSW/gen/idl/fitting/mvoigt.pro::GEN::Compute multiple voigt functions with quadratic background::fitting,fitting
$SSW/gen/idl/fitting/nl_lsqfit.pro::GEN::Fit a user-supplied nonlinear function to two-dimensional data::fitting
$SSW/gen/idl/fitting/nl_mrqmin.pro::GEN::Internal routine called by NL_LSQFIT::fitting,ulitities, numerical recipes
$SSW/gen/idl/fitting/poly_fit_most.pro::GEN::Fit a polynomial to a curve, ignoring outriders.::fitting,Fitting, Class4
$SSW/gen/idl/fitting/print_cfit.pro::GEN::Print some contents of a Component Fit structure::fitting,Analysis
$SSW/gen/idl/fitting/pvoigt.pro::GEN::Compute voigt function with partial derivatives::fitting,fitting
$SSW/gen/idl/fitting/regress2.pro::GEN::Multiple linear regression fit. Fit the function: Y(i) = A0 + A(0)*X(0,i) + A(1)*X(1,i) + ... +::fitting,G2 - Correlation and regression analysis.
$SSW/gen/idl/fitting/regress_fit.pro::GEN::Linear regression routine for functions with constant term::fitting,Utilities, Curve_fitting
$SSW/gen/idl/fitting/restore_analysis.pro::GEN::Restore a CFIT ANALYSIS structure with data::fitting,Line fitting.
$SSW/gen/idl/fitting/save_analysis.pro::GEN::Save a CFIT ANALYSIS structure with data::fitting,Line fitting.
$SSW/gen/idl/fitting/sort_cfit.pro::GEN::Sort some of the components in a component fit structure::fitting,Analysis
$SSW/gen/idl/fitting/update_cfit.pro::GEN::Update values in a fit structure.::fitting,Analysis
$SSW/gen/idl/fitting/voigt_fit.pro::GEN::Single voigt function fit to line profile  Syntax:   v=voigt_fit(x,y,a,sigmaa,damp=damp)::fitting,Fitting
$SSW/gen/idl/fitting/wvoigt.pro::GEN::Call the IDL Voigt routine to calculate a Voigt Profile.::fitting
$SSW/gen/idl/fitting/xcfit.pro::GEN::Interactive design of component fit structure::fitting,Analysis
$SSW/gen/idl/fitting/xcfit_block.pro::GEN::Design/apply multi-component fit to data block::fitting,Analysis
$SSW/gen/idl/mapping/add_prop.pro::GEN::Add a property to a map object::mapping,imaging
$SSW/gen/idl/mapping/break_map.pro::GEN::Break map up into small pieces::mapping,imaging
$SSW/gen/idl/mapping/define_map.pro::GEN::Define a basic 2x2 element image map::mapping,imaging
$SSW/gen/idl/mapping/diff_map.pro::GEN::Difference two maps::mapping,imaging
$SSW/gen/idl/mapping/drot_map.pro::GEN::differentially rotate image contained within structure created by MAKE_MAP::mapping,imaging
$SSW/gen/idl/mapping/drot_map_fast.pro::GEN::fast version of DROT_MAP::mapping,imaging
$SSW/gen/idl/mapping/fits2map.pro::GEN::Make an image map from a FITS file::mapping,imaging
$SSW/gen/idl/mapping/get_drot_dur.pro::GEN::compute durations (in seconds) to solar rotate a map::mapping,imaging
$SSW/gen/idl/mapping/get_fits_par.pro::GEN::get image parameters from FITS header::mapping,imaging
$SSW/gen/idl/mapping/get_img_center.pro::GEN::compute center of input coordinates array::mapping,imaging
$SSW/gen/idl/mapping/get_map_center.pro::GEN::extract xc,yc center from map::mapping,imaging
$SSW/gen/idl/mapping/get_map_fov.pro::GEN::compute map FOV::mapping,imaging
$SSW/gen/idl/mapping/get_map_prop.pro::GEN::extract map properties::mapping,imaging
$SSW/gen/idl/mapping/get_map_region.pro::GEN::compute pixel indicies of region [xmin,xmax,ymin,ymax]::mapping,imaging
$SSW/gen/idl/mapping/get_map_space.pro::GEN::extract dx,dy spacings from map::mapping,imaging
$SSW/gen/idl/mapping/get_map_time.pro::GEN::extract map time::mapping,imaging
$SSW/gen/idl/mapping/get_map_xp.pro::GEN::extract X-coordinate arrays of map::mapping,imaging
$SSW/gen/idl/mapping/get_map_xrange.pro::GEN::extract min/max X-coordinate of map::mapping,imaging
$SSW/gen/idl/mapping/get_map_yp.pro::GEN::extract Y-coordinate arrays of map::mapping,imaging
$SSW/gen/idl/mapping/get_map_yrange.pro::GEN::extract min/max Y-coordinate of map::mapping,imaging
$SSW/gen/idl/mapping/get_sub_region.pro::GEN::get coordinate range in an image::mapping,imaging
$SSW/gen/idl/mapping/grid_map.pro::GEN::Regrid an image map::mapping,imaging
$SSW/gen/idl/mapping/grid_xy.pro::GEN::Make a uniform 2d X-Y grid of coordinates::mapping,imaging
$SSW/gen/idl/mapping/gt_vmap.pro::GEN::Compute a velocity map from a fitted map structure that contains centroid information::mapping,imaging
$SSW/gen/idl/mapping/head2stc.pro::GEN::convert FITs header to structure::mapping,imaging
$SSW/gen/idl/mapping/index2map.pro::GEN::Make an image map from index/data pair::mapping,imaging
$SSW/gen/idl/mapping/inter_map.pro::GEN::interpolate an image map onto a new coordinate system::mapping,imaging
$SSW/gen/idl/mapping/ltc_map.pro::GEN::Plot time history of mean values in vicinity of pixels::mapping,imaging
$SSW/gen/idl/mapping/make_map.pro::GEN::Make an image map::mapping,imaging
$SSW/gen/idl/mapping/make_xy.pro::GEN::Make a uniform 2d X-Y grid of coordinates::mapping,imaging
$SSW/gen/idl/mapping/map2fits.pro::GEN::write image map to FITS file::mapping,imaging
$SSW/gen/idl/mapping/map2index.pro::GEN::convert DMZ map object to "standard" index::mapping
$SSW/gen/idl/mapping/map2soho.pro::GEN::convert EARTH-view image map coordinates to SOHO-view::mapping,imaging
$SSW/gen/idl/mapping/map__define.pro::GEN::Define a map object::mapping,imaging
$SSW/gen/idl/mapping/mean_map.pro::GEN::Compute mean value in vicinity of pixels::mapping,imaging
$SSW/gen/idl/mapping/merge_map.pro::GEN::merge to image maps::mapping,imaging
$SSW/gen/idl/mapping/mk_cds_imap.pro::GEN::Make an image map from a CDS QL structure::mapping,imaging
$SSW/gen/idl/mapping/mk_cds_map.pro::GEN::Make an image map from a CDS QL structure::mapping,imaging
$SSW/gen/idl/mapping/mk_cds_smap.pro::GEN::Make an image map from a CDS QL structure in which slit spectrogram mode is used::mapping,imaging
$SSW/gen/idl/mapping/mk_eit_map.pro::GEN::Make an image map from EIT FITS data::mapping,imaging
$SSW/gen/idl/mapping/mk_hxi_map.pro::GEN::Make an image map from an HXI index/data structure::mapping,imaging
$SSW/gen/idl/mapping/mk_ivm_map.pro::GEN::Make an image map from a Imaging Vector Magnetograph (IVM) data::mapping,imaging
$SSW/gen/idl/mapping/mk_map_new.pro::GEN::convert old format map to new format::mapping,imaging
$SSW/gen/idl/mapping/mk_map_old.pro::GEN::convert new format map to old format::mapping,imaging
$SSW/gen/idl/mapping/mk_map_xp.pro::GEN::compute X-coordinate arrays from center and spacing::mapping,imaging
$SSW/gen/idl/mapping/mk_map_yp.pro::GEN::compute Y-coordinate arrays from center and spacing::mapping,imaging
$SSW/gen/idl/mapping/mk_sumer_map.pro::GEN::Make an image map from SUMER data structure::mapping
$SSW/gen/idl/mapping/mk_sxt_map.pro::GEN::Make an image map from an SXT index/data structure::mapping,imaging
$SSW/gen/idl/mapping/movie_map.pro::GEN::make movie of series of map images::mapping,imaging
$SSW/gen/idl/mapping/patch_map.pro::GEN::patch plot an array of maps::mapping,imaging
$SSW/gen/idl/mapping/plot_helio.pro::GEN::Plot solar heliographic grid and limb::mapping,Plotting
$SSW/gen/idl/mapping/plot_map.pro::GEN::Plot an image map::mapping,imaging
$SSW/gen/idl/mapping/rebin_map.pro::GEN::Rebin an image map to new dimensions::mapping,imaging
$SSW/gen/idl/mapping/rem_map_limb.pro::GEN::remove above limb pixels from a map::mapping,imaging
$SSW/gen/idl/mapping/repack_map.pro::GEN::Pack pixel coordinate arrays into image map::mapping,imaging
$SSW/gen/idl/mapping/respace_map.pro::GEN::Rebin an image map to new pixel spacing::mapping,imaging
$SSW/gen/idl/mapping/rot_cord.pro::GEN::rotate image coordinates::mapping,imaging
$SSW/gen/idl/mapping/rot_map.pro::GEN::rotate image contained within structure created by MAKE_MAP::mapping,imaging
$SSW/gen/idl/mapping/shift_map.pro::GEN::shift an image map::mapping,imaging
$SSW/gen/idl/mapping/soho_cord.pro::GEN::convert EARTH-view coordinates to SOHO-view::mapping,imaging
$SSW/gen/idl/mapping/soho_map.pro::GEN::Fast EARTH-to-SOHO conversion of map coordinates::mapping,imaging
$SSW/gen/idl/mapping/sub_map.pro::GEN::get subimage of an image map::mapping,imaging
$SSW/gen/idl/mapping/unpack_map.pro::GEN::Unpack data and pixel coordinate arrays for image saved in a map structure created by MK_MAP::mapping,imaging
$SSW/gen/idl/mapping/valid_map.pro::GEN::check if input image map is of valid type::mapping,imaging
$SSW/gen/idl/image_tool/cnvt_coord.pro::GEN::Conversion between any 2 of 4 coord systems for solar images::image_tool
$SSW/gen/idl/image_tool/crush_ksac.pro::GEN::N.A.::image_tool
$SSW/gen/idl/image_tool/cursor_info.pro::GEN::Report cursor's position to a text widget.::image_tool,PREVIOUS HISTORY:
$SSW/gen/idl/image_tool/do_eit_map.pro::GEN::make EIT maps::image_tool,planning
$SSW/gen/idl/image_tool/do_eit_scaling.pro::GEN::scale EIT images (degrid, take log, etc)::image_tool,planning
$SSW/gen/idl/image_tool/eit_scaling.pro::GEN::Rescale an image based on EIT image scaling algorithm::image_tool,Image, utility
$SSW/gen/idl/image_tool/fake_point_stc.pro::GEN::Create a fake pointing structure for IMAGE_TOOL to use::image_tool,PREVIOUS HISTORY:
$SSW/gen/idl/image_tool/find_limb2.pro::GEN::Find the solar coordinates from an aspect camera image.::image_tool
$SSW/gen/idl/image_tool/fits_datatype.pro::GEN::Return datatype of FITS data for the given BITPIX value::image_tool,Utility
$SSW/gen/idl/image_tool/fsumer_detail.pro::GEN::Create a fake sumer detail structure::image_tool,PREVIOUS HISTORY:
$SSW/gen/idl/image_tool/ftp_bbso_images.pro::GEN::FTP BBSO H-alpha files for a given date::image_tool,planning
$SSW/gen/idl/image_tool/ftp_kis_images.pro::GEN::FTP Kiepenheuer-Institut H-alpha files for a given date::image_tool,planning
$SSW/gen/idl/image_tool/fxkvalue.pro::GEN::Get value from a set of candidate keywords of a FITS header::image_tool,PREVIOUS HISTORY:
$SSW/gen/idl/image_tool/get_obs_date.pro::GEN::Returns the leap seconds to be inserted when converting to TAI::image_tool,Science planning
$SSW/gen/idl/image_tool/get_recent_eit.pro::GEN::get recent EIT images::image_tool,planning
$SSW/gen/idl/image_tool/get_source_stc.pro::GEN::Get a source structure based on the datatype.::image_tool,Planning, Image_tool
$SSW/gen/idl/image_tool/get_sumer_point.pro::GEN::Make a pointing structure for use by IMAGE_TOOL from SUMER study::image_tool,PREVIOUS HISTORY:
$SSW/gen/idl/image_tool/get_synoptic.pro::GEN::Return list of FITS files for given dates and instrument::image_tool,Planning
$SSW/gen/idl/image_tool/image_tool.pro::GEN::User interface of SOHO Pointing Tool and synoptic/summary database::image_tool,Image processing, science planning
$SSW/gen/idl/image_tool/image_tool_com.pro::GEN::Common blocks for IMAGE_TOOL::image_tool,Planning, Image_tool
$SSW/gen/idl/image_tool/image_tool_event.pro::GEN::Event handler of image tool::image_tool,image tool
$SSW/gen/idl/image_tool/image_tool_hlp.pro::GEN::Print selected help message for a given uvalue of a widget::image_tool,PREVIOUS HISTORY:
$SSW/gen/idl/image_tool/itool2map.pro::GEN::Convert ITOOL data structure into MAP or vice versa::image_tool,Image Tool, Map
$SSW/gen/idl/image_tool/itool_adj_ctable.pro::GEN::Adjust color table interactively through a draw widget::image_tool,Image_tool, utility
$SSW/gen/idl/image_tool/itool_button_refresh.pro::GEN::Make sure all buttons appear properly::image_tool,image tool
$SSW/gen/idl/image_tool/itool_composite.pro::GEN::Make composite image array out of two image arrays::image_tool,Image Tool
$SSW/gen/idl/image_tool/itool_copy_to_pix.pro::GEN::Copy current main plot window to a pixmap window for later use::image_tool,IMAGE_TOOL
$SSW/gen/idl/image_tool/itool_cross_hair.pro::GEN::Plot a rectangle or cross hair on the current plotting device.::image_tool,Utilities, graphics
$SSW/gen/idl/image_tool/itool_diff_rot.pro::GEN::Coalign and differentially rotate a solar image to a new time::image_tool,Image Tool
$SSW/gen/idl/image_tool/itool_disp_rot.pro::GEN::Plot diff. rotation indicator over the displayed image::image_tool,Image Tool
$SSW/gen/idl/image_tool/itool_draw.pro::GEN::Handling draw events from the main graphics window::image_tool,image tool
$SSW/gen/idl/image_tool/itool_draw_drag.pro::GEN::Handles press and drag events of draw widget::image_tool,Draw widget event handler
$SSW/gen/idl/image_tool/itool_draw_icon.pro::GEN::Event handler for draw_icon events::image_tool,image tool
$SSW/gen/idl/image_tool/itool_eit_degrid.pro::GEN::Degrid an EIT full-resolution, full field-of-view image::image_tool,Image_tool, misc
$SSW/gen/idl/image_tool/itool_get_src.pro::GEN::Get 4-char image origin code::image_tool,Image Tool
$SSW/gen/idl/image_tool/itool_get_time.pro::GEN::Get date and time of obs. from FTIS header in CCSDS format.::image_tool,Science planning
$SSW/gen/idl/image_tool/itool_get_type.pro::GEN::Get 5-char image type code::image_tool,Image Tool
$SSW/gen/idl/image_tool/itool_getfile.pro::GEN::Get list of files for given dates and path::image_tool,IMAGE_TOOL, utility
$SSW/gen/idl/image_tool/itool_getxy_field.pro::GEN::SE:::image_tool
$SSW/gen/idl/image_tool/itool_grid_xy.pro::GEN::SE:::image_tool
$SSW/gen/idl/image_tool/itool_img_match.pro::GEN::Make the given image array match the base image::image_tool,Image Tool
$SSW/gen/idl/image_tool/itool_img_src.pro::GEN::Return a string of an appropriate image source for a given code::image_tool,image_tool, utility
$SSW/gen/idl/image_tool/itool_img_type.pro::GEN::Return a full label of an appropriate image type::image_tool,image_tool, utility
$SSW/gen/idl/image_tool/itool_inside_limb.pro::GEN::Detect if points defined by ppx and ppy are within the limb::image_tool,Utility, Image Tool
$SSW/gen/idl/image_tool/itool_limbfitter.pro::GEN::Widget interface of limb-fitter for Image Tool::image_tool,Image Tool
$SSW/gen/idl/image_tool/itool_load_image.pro::GEN::Load in a FITS or GIF file and try to determine the CSI structure  SYNTAX:::image_tool,Image Tool
$SSW/gen/idl/image_tool/itool_magnifier.pro::GEN::SE:::image_tool
$SSW/gen/idl/image_tool/itool_make_fh.pro::GEN::Make a valid FITS header array based on given CSI structure::image_tool,Image Tool
$SSW/gen/idl/image_tool/itool_modify_fh.pro::GEN::Modify header of given FITS file::image_tool,IMAGE TOOL
$SSW/gen/idl/image_tool/itool_new_csi.pro::GEN::Create a new CSI (coordinate system info) structure::image_tool,Image_tool, utility
$SSW/gen/idl/image_tool/itool_overlayer.pro::GEN::SE:::image_tool
$SSW/gen/idl/image_tool/itool_pickfile.pro::GEN::Return a string array of SOHO synoptic or summary image file names::image_tool,Science planning
$SSW/gen/idl/image_tool/itool_pkfile_bs.pro::GEN::To create pickfile widget upon a given parent base in IMAGE_TOOL::image_tool,Utility, widget, image_tool
$SSW/gen/idl/image_tool/itool_plot_axes.pro::GEN::Plot axes and labels around the current displayed image::image_tool,PREVIOUS HISTORY:
$SSW/gen/idl/image_tool/itool_point_plot.pro::GEN::Plot all pointing area in Pointing Tool::image_tool,Image Tool, Pointing Tool
$SSW/gen/idl/image_tool/itool_ptool.pro::GEN::Make a widget base for pointing for an appropriate SOHO instrument::image_tool,Planning, pointing
$SSW/gen/idl/image_tool/itool_range.pro::GEN::Get solar X and Y range of a given image::image_tool,Image Tool
$SSW/gen/idl/image_tool/itool_rd_fits.pro::GEN::Driver program of FXREAD and CDS_IMAGE to read any FITS file::image_tool,PREVIOUS HISTORY:
$SSW/gen/idl/image_tool/itool_rd_gif.pro::GEN::To read a GIF file and to get related obs time::image_tool,PREVIOUS HISTORY:
$SSW/gen/idl/image_tool/itool_restore.pro::GEN::Restore zoomed-in image to its original status::image_tool,Image Tool
$SSW/gen/idl/image_tool/itool_restore_pix.pro::GEN::Restore current plot window with pixmap saved in pixmap.id::image_tool,IMAGE_TOOL
$SSW/gen/idl/image_tool/itool_select_img.pro::GEN::Get X and Y range of selected image indices::image_tool,Image Tool
$SSW/gen/idl/image_tool/itool_set_csi.pro::GEN::Obtain iamge scale and disk center coord. from the given FITS header::image_tool,Image_tool, utility
$SSW/gen/idl/image_tool/itool_solar_grid.pro::GEN::Plot grid lines over the solar image::image_tool,Planning, Image_tool
$SSW/gen/idl/image_tool/itool_switcher.pro::GEN::Switch tools in Image Tool (from curr_tool to prev_tool)::image_tool,Image Tool
$SSW/gen/idl/image_tool/itool_write_fits.pro::GEN::Write FITS file or modify its header::image_tool,IMAGE TOOL
$SSW/gen/idl/image_tool/itool_xy.pro::GEN::Create array for Solar X and Solar Y coordinates for a given CSI::image_tool,Image Tool
$SSW/gen/idl/image_tool/itool_zoom.pro::GEN::Zoom in on part of an image in a given draw widget window::image_tool,Utilities, Image_display.
$SSW/gen/idl/image_tool/itool_zoominout.pro::GEN::Event handler for zooming in/out::image_tool,image tool
$SSW/gen/idl/image_tool/limb_info.pro::GEN::Get position of solar disk center and radius from an image.::image_tool,PREVIOUS HISTORY:
$SSW/gen/idl/image_tool/load_eit_color.pro::GEN::Load EIT color table based on the wavelength (in FITS header)::image_tool,Utility
$SSW/gen/idl/image_tool/mk_img_icon.pro::GEN::iconize an image::image_tool,planning
$SSW/gen/idl/image_tool/mk_limbfit_bs.pro::GEN::Updates contents of the limb-fitting widget::image_tool,PREVIOUS HISTORY:
$SSW/gen/idl/image_tool/mk_new_csi.pro::GEN::Create a new CSI (coordinate system info) structure::image_tool
$SSW/gen/idl/image_tool/mk_point_base.pro::GEN::Make a widget base for pointing for an appropriate SOHO instrument::image_tool,Planning, pointing
$SSW/gen/idl/image_tool/mk_point_stc.pro::GEN::Make a fresh pointing structure to be used by IMAGE_TOOL::image_tool,Planning, Image_tool, pointing
$SSW/gen/idl/image_tool/orient_mark.pro::GEN::Plot orientation mark over the display::image_tool,PREVIOUS HISTORY:
$SSW/gen/idl/image_tool/polygon_csr.pro::GEN::Make a size-fixed polygon cursor movable with a mouse::image_tool,PREVIOUS HISTORY:
$SSW/gen/idl/image_tool/raster_size.pro::GEN::Get raster size based on RASTER structure from GET_RASTER.::image_tool,Planning, image_tool
$SSW/gen/idl/image_tool/rd_image_fits.pro::GEN::Driver program of FXREAD and CDS_IMAGE to read any FITS file::image_tool,PREVIOUS HISTORY:
$SSW/gen/idl/image_tool/rd_image_gif.pro::GEN::To read a GIF file and to get related obs time::image_tool,PREVIOUS HISTORY:
$SSW/gen/idl/image_tool/read_eit_file.pro::GEN::read EIT files::image_tool,planning
$SSW/gen/idl/image_tool/rot_subimage.pro::GEN::Modify an image array with a rotated region::image_tool,Planing/Image_tool
$SSW/gen/idl/image_tool/rotate_limb.pro::GEN::Make a 2xN array that results from rotating points on the limb::image_tool,PREVIOUS HISTORY:
$SSW/gen/idl/image_tool/sohofile2time.pro::GEN::Return time from a given file name conforming the SOHO standard::image_tool,Image Tool
$SSW/gen/idl/image_tool/sumer_point_stc.pro::GEN::Make pointing structure for IMAGE_TOOL from SUMER study::image_tool,PREVIOUS HISTORY:
$SSW/gen/idl/image_tool/trace_scaling.pro::GEN::Rescale TRACE image::image_tool,Image, utility
$SSW/gen/idl/image_tool/update_synop_images.pro::GEN::Driver to update SYNOP WWW images for a given date::image_tool,planning
$SSW/gen/idl/image_tool/xget_synoptic.pro::GEN::Return a string array of SOHO synoptic or summary image file names::image_tool,Science planning
$SSW_CDS/idl/util/misc/cat_fits.pro::CDS::Cataslogues available FITS files and optional info.::misc,Help, FITS
$SSW_CDS/idl/util/misc/cds_clean.pro::CDS::Removes cosmic rays from CDS data::misc,Class3, Analysis
$SSW_CDS/idl/util/misc/cds_clean_exp.pro::CDS::Clean cosmic rays (based on local median) from QLDS data.::misc,Utility
$SSW_CDS/idl/util/misc/cds_clean_image.pro::CDS::Clean cosmic rays & missing pixels from NIS raster images::misc,Class3, Image-display
$SSW_CDS/idl/util/misc/cds_clean_spike.pro::CDS::Removes cosmic rays from QLDS data.::misc,Utility
$SSW_CDS/idl/util/misc/cds_fill_missing.pro::CDS::Fills MISSING pixels in QLDS::misc,?
$SSW_CDS/idl/util/misc/cds_quasi_fit.pro::CDS::Quasi-fits line profile to extract image::misc,Class3, CDS, Analysis
$SSW_CDS/idl/util/misc/cds_read_missing.pro::CDS::Read list of missing pixels and apply to QLDS::misc,CDS utility
$SSW_CDS/idl/util/misc/cds_repair_top.pro::CDS::Repair" the tops of saturated lines ( 4095 counts )::misc,Prev. Hist. : None.
$SSW_CDS/idl/util/misc/cds_save_missing.pro::CDS::Save a list of MISSING pixels to a file::misc,CDS utility
$SSW_CDS/idl/util/misc/cds_sline.pro::CDS::Select from basic CDS Kelly or BB spectral line list::misc,Util, spectrum
$SSW_CDS/idl/util/misc/cds_sline_data.pro::CDS::Create save file from Kelly or CDS spectral line list.::misc,Util, spectrum
$SSW_CDS/idl/util/misc/cdslogo.pro::CDS::Puts a CDS logo in one corner of a PostScript plot::misc,CDS, Graphics, Class5
$SSW_CDS/idl/util/misc/cdspickfile.pro::CDS::This function allows the user to interactively pick a file.::misc,Widgets.
$SSW_CDS/idl/util/misc/cfitslist.pro::CDS::Create/update the lfitslist.txt file.::misc,CDS Utility
$SSW_CDS/idl/util/misc/clean_spike.pro::CDS::Removes cosmic rays from a 3-D CDS array::misc,General utility.
$SSW_CDS/idl/util/misc/find_cosmic_rays.pro::CDS::Find cosmic rays and determine their strengths::misc,Class2, Instrument, Engineering, Statistics
$SSW_CDS/idl/util/misc/list_fits.pro::CDS::Produce a list of available FITS files and optional info.::misc,Help, FITS
$SSW_CDS/idl/util/misc/list_tm.pro::CDS::Produce a list of available TM files.::misc,Help, telemetry
$SSW_CDS/idl/util/misc/mk_summary.pro::CDS::Produce CDS summary data::misc,Class3, CDS, Operations
$SSW_CDS/idl/util/misc/pickfits.pro::CDS::Browse/search lfitslist.txt to find CDS/SUMER fits files.::misc,CDS_Utility
$SSW_CDS/idl/util/misc/ray_neighbour.pro::CDS::A routine called by COSMIC_RAY_ZAPPER.::misc,Analysis
$SSW_CDS/idl/util/misc/rd_chianti.pro::CDS::Read the CHIANTI line list::misc,CDS QL
$SSW_CDS/idl/util/misc/rd_serts.pro::CDS::Read the SERTS Active Region line list::misc,CDS QL
$SSW_CDS/idl/util/misc/regen_synop.pro::CDS::Regenerates the synoptic datasets.::misc,CDS, Class3, Synoptic
$SSW_CDS/idl/util/misc/sfitslist.pro::CDS::Create/update the lfitslist.txt file.::misc,CDS_Utility
$SSW_CDS/idl/util/misc/show_evars.pro::CDS::List current definitions of CDS environment variables.::misc,Help
$SSW_CDS/idl/util/misc/xcds_cosmic.pro::CDS::Cosmic ray removal - automatic and manual::misc,?
$SSW_CDS/idl/util/misc/xcor_cds.pro::CDS::Coalign CDS images with generic FITS images::misc,Class1, CDS, Analysis, Coordinates
$SSW_CDS/idl/util/misc/xcr_remove.pro::CDS::Manual cosmic ray remover::misc,?
$SSW_CDS/idl/util/misc/y_checker.pro::CDS::A routine called by COSMIC_RAY_ZAPPER.::misc,Analysis
$SSW_CDS/idl/util/display/bp_seek_pos.pro::CDS::Display and look at BP_SEEK study data::display,Prev. Hist. : None
$SSW_CDS/idl/util/display/cds_mosaic.pro::CDS::Forms a mosaic of CDS images.::display,Class2, CDS, Image_processing
$SSW_CDS/idl/util/display/cds_outplot.pro::CDS::To overplot time series data on a plot created by UTPLOT::display,Data display, plotting
$SSW_CDS/idl/util/display/cds_plot_err.pro::CDS::Plot data with error bars in both X and Y directions::display,Utilities, Plotting
$SSW_CDS/idl/util/display/cds_snapshot.pro::CDS::Makes a thumbnail sketch of images from a CDS study.::display,CDS, Class3, Quicklook
$SSW_CDS/idl/util/display/cds_utplot.pro::CDS::To plot time series data with sensible time axis labelling.::display,Data display, plotting
$SSW_CDS/idl/util/display/cds_utstring.pro::CDS::To overprint a string on a UTPLOT graph::display,Data display, plotting
$SSW_CDS/idl/util/display/cds_wave_label.pro::CDS::Converts CDS wavelength labels into a nicer format::display,CDS, Class4, String
$SSW_CDS/idl/util/display/cdsfov.pro::CDS::Plots given (x,y) in CDS Field Of View::display,Operations
$SSW_CDS/idl/util/display/def_cds_utplot.pro::CDS::Setup x-axis for time plot.::display,Util, plotting
$SSW_CDS/idl/util/display/mk_synoptic.pro::CDS::Puts together the CDS Meridian NIS synoptic scans.::display,Data analysis
$SSW_CDS/idl/util/display/show_synoptic.pro::CDS::Displays data from a single CDS synoptic scan.::display,Data analysis
$SSW_CDS/idl/util/display/snap_movie.pro::CDS::Makes a movie out of CDS snapshots.::display,CDS, Quicklook, Animation, Class3
$SSW_CDS/idl/util/display/xcds_snapshot.pro::CDS::Widget interface to CDS_SNAPSHOT::display,CDS, Class3, Quicklook
$SSW_CDS/idl/util/fitting/apply_cds_adef.pro::CDS::Apply CDS analysis definition(s), generating an analysis.::fitting,Analysis
$SSW_CDS/idl/util/fitting/cds_adef_parsefile.pro::CDS::Parse file names++ according to a CDS Analysis Definition::fitting,Analysis
$SSW_CDS/idl/util/fitting/cds_gauss.pro::CDS::Fits Gaussian with constant, linear or quadratic background.::fitting,Util, numerical
$SSW_CDS/idl/util/fitting/delete_cds_adef.pro::CDS::Delete and free handles of a CDS Analysis Definition (ADEF)::fitting,QuickLook, Analysis
$SSW_CDS/idl/util/fitting/fit_cds_map.pro::CDS::Produce maps of QL Gaussian fit results::fitting,Analysis
$SSW_CDS/idl/util/fitting/fit_cds_ql.pro::CDS::Gaussian fit of CDS QL spectra::fitting,Analysis
$SSW_CDS/idl/util/fitting/mk_cds_adef_stc.pro::CDS::Make a CDS Analysis Definition Structure with default values.::fitting,Analysis
$SSW_CDS/idl/util/fitting/mk_cds_adef_win_stc.pro::CDS::Create CDS Analysis Definition (ADEF) window structure::fitting,QuickLook, Analysis
$SSW_CDS/idl/util/fitting/mk_cds_analysis.pro::CDS::Make a CFIT analysis structure from CDS data::fitting,Prev. Hist. : None
$SSW_CDS/idl/util/fitting/restore_cds_adef.pro::CDS::Restore a CDS Analysis Definition (saved with SAVE_CDS_ADEF)::fitting,Analysis
$SSW_CDS/idl/util/fitting/save_cds_adef.pro::CDS::Save a CDS Analysis Definition (ADEF)::fitting,QuickLoook,Analysis
$SSW_CDS/idl/util/fitting/xcds_analysis.pro::CDS::Widget interface to do analyses of CDS data.::fitting,QuickLook, Analysis
$SSW_CDS/idl/util/ops/database/add_alt.pro::CDS::Adds a CDS alternate science plan record to the database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/add_cds_point.pro::CDS::Adds a pointing calibration curve to database::database,CDS, Calibration, Class3
$SSW_CDS/idl/util/ops/database/add_datawin.pro::CDS::Adds a data window list definition to the database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/add_detail.pro::CDS::Adds a CDS detailed science plan record to the database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/add_exp_comm.pro::CDS::Adds a CDS experiment comment entry to the as-run database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/add_exper.pro::CDS::Adds a CDS experiment entry to the as-run database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/add_f_raster.pro::CDS::Adds a fundamental raster definition to the database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/add_f_study.pro::CDS::Adds a fundamental study definition to the database::database,CATEGORY    = The study category, either "T"est,
$SSW_CDS/idl/util/ops/database/add_flag.pro::CDS::Adds a CDS flag receiver science plan record to the database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/add_gset.pro::CDS::Adds an entry to the GIS setup database.::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/add_linelist.pro::CDS::Adds a line list definition to the database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/add_main.pro::CDS::Adds a CDS main entry to the as-run database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/add_program.pro::CDS::Adds a CDS program definition to the database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/add_raw.pro::CDS::Adds an entry to the GIS raw data file catalog.::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/add_t_study.pro::CDS::Adds a fundamental study definition to the title database::database,CATEGORY    = The study category, either "T"est,
$SSW_CDS/idl/util/ops/database/add_tiltcal.pro::CDS::Register NIS tilt calibrations in the database.::database,Calibration, NIS, Coordinates
$SSW_CDS/idl/util/ops/database/add_v_raster.pro::CDS::Adds a raster variation definition to the database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/add_v_study.pro::CDS::Adds a study variation definition to the database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/add_wavecal.pro::CDS::Register wavelength calibrations in the database.::database,Calibration, GIS, NIS, Wavelength
$SSW_CDS/idl/util/ops/database/calc_ras_dur.pro::CDS::Calculate the duration of a raster.::database,Technical planning.
$SSW_CDS/idl/util/ops/database/check_integ.pro::CDS::Checks the integrity of the CDS catalog databases::database,Class4, Operations, Catalog
$SSW_CDS/idl/util/ops/database/chk_datawin.pro::CDS::Check the existence in CDS database of a given datawin::database,Planning, Databases
$SSW_CDS/idl/util/ops/database/chk_f_raster.pro::CDS::Check existence in CDS database of a given raster structure::database,Planning, Databases
$SSW_CDS/idl/util/ops/database/chk_f_study.pro::CDS::Check existence in CDS database of a given fundamental study::database,CATEGORY    -- The study category
$SSW_CDS/idl/util/ops/database/chk_linelist.pro::CDS::Check the existence in CDS database of a given linelist::database,Planning, Databases
$SSW_CDS/idl/util/ops/database/chk_t_study.pro::CDS::Check existence in CDS database of a given study title::database,Planning, Databases
$SSW_CDS/idl/util/ops/database/chk_v_raster.pro::CDS::Check the existence in CDS database of a raster variation::database,Planning, Databases
$SSW_CDS/idl/util/ops/database/chk_v_study.pro::CDS::Check existence in CDS database of a given study variation::database,Planning, Databases
$SSW_CDS/idl/util/ops/database/cp_get_history.pro::CDS::Retrieves history for a given command mnemonic and parameter number from the CDHS sta::database,Command preparation.
$SSW_CDS/idl/util/ops/database/del_alt.pro::CDS::Deletes a CDS alternate plan record from the database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/del_detail.pro::CDS::Deletes a CDS detailed science plan record from the database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/del_flag.pro::CDS::Deletes a CDS flag receiver record from the database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/ex_gset.pro::CDS::N.A.::database
$SSW_CDS/idl/util/ops/database/export_plan.pro::CDS::Exports a CDS science plan from the database::database,Planning, Databases
$SSW_CDS/idl/util/ops/database/export_study.pro::CDS::Exports a study definition from the database::database,Planning, Databases
$SSW_CDS/idl/util/ops/database/fix_catalog.pro::CDS::Fix an entry in the CDS catalog.::database,Class5, Operations, Catalog
$SSW_CDS/idl/util/ops/database/fix_linelist.pro::CDS::Recalculates all the cen_pix values in the linelist db.::database,Databases, planning
$SSW_CDS/idl/util/ops/database/fix_main_times.pro::CDS::Fixes start and stop times in the MAIN catalog::database,Class5, Operations, Catalog
$SSW_CDS/idl/util/ops/database/fix_obs_seq.pro::CDS::Fix blank OBS_SEQ and OBS_MODE values in the catalog::database,Class5, Operations, Catalog
$SSW_CDS/idl/util/ops/database/flush_catalog.pro::CDS::Flush the CDS catalog databases.::database,Level4, CDS, Operations, Catalog, Database
$SSW_CDS/idl/util/ops/database/freeze_ras_dur.pro::CDS::Freeze raster durations, using measured values.::database,Planning
$SSW_CDS/idl/util/ops/database/get_alt.pro::CDS::Extracts a CDS alternate entry from the database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/get_cdhs_dexwin.pro::CDS::Returns the parameters of an internal CDHS dexwin ID.::database,Command preparation.
$SSW_CDS/idl/util/ops/database/get_cdhs_raster.pro::CDS::Returns the parameters of an internal CDHS raster ID.::database,Command preparation.
$SSW_CDS/idl/util/ops/database/get_cdhs_series.pro::CDS::Returns the parameters of an internal CDHS series ID.::database,Command preparation.
$SSW_CDS/idl/util/ops/database/get_cdhs_vdswin.pro::CDS::Returns the parameters of an internal CDHS vdswin ID.::database,Command preparation.
$SSW_CDS/idl/util/ops/database/get_cds_pntcal.pro::CDS::Gets a pointing calibration curve from database::database,CDS, Calibration, Class3
$SSW_CDS/idl/util/ops/database/get_compress.pro::CDS::Extracts a SOHO compression description from the database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/get_datawin.pro::CDS::Extracts a data window list definition from the database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/get_detail.pro::CDS::Extracts a CDS detailed science plan observation::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/get_exper.pro::CDS::Extracts a CDS raster entry from the as-run database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/get_f_raster.pro::CDS::Extracts a fundamental raster definition from the database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/get_f_study.pro::CDS::Extracts a fundamental study definition from the database::database,CATEGORY    = The study category, either "T"est,
$SSW_CDS/idl/util/ops/database/get_flag.pro::CDS::Extracts a CDS flag receiver status from the database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/get_gset.pro::CDS::Extracts a GIS raw data file entry from the database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/get_linelist.pro::CDS::Extracts a line list definition from the database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/get_main.pro::CDS::Extracts a CDS main entry from the as-run database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/get_program.pro::CDS::Extracts a CDS program definition from the database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/get_raster.pro::CDS::Extracts a complete raster definition from the database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/get_raw.pro::CDS::Extracts a GIS raw data file entry from the database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/get_raw_fil.pro::CDS::Extracts GIS raw filament data file entry from database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/get_study.pro::CDS::Extracts a complete study definition from the database::database,CATEGORY    = The study category, either "T"est,
$SSW_CDS/idl/util/ops/database/get_tiltcal.pro::CDS::Get the NIS tilt calibration for a given date.::database,Calibration, NIS, Coordinates
$SSW_CDS/idl/util/ops/database/get_vds_slitpos.pro::CDS::Gets VDS state database information.::database,Command preparation.
$SSW_CDS/idl/util/ops/database/get_wavecal.pro::CDS::Get the wavelength calibration for a given date.::database,Calibration, GIS, NIS, Wavelength
$SSW_CDS/idl/util/ops/database/imp_datawin.pro::CDS::Reads data window definition from database export file::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/imp_detail.pro::CDS::Reads a detailed science plan from an export file.::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/imp_f_raster.pro::CDS::Reads fundamental raster def. from database export file::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/imp_f_study.pro::CDS::Reads fundamental study def. from database export file::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/imp_linelist.pro::CDS::Reads a linelist definition from a database export file::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/imp_sci_plan.pro::CDS::Reads a SCI_PLAN definition from an export file.::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/imp_v_raster.pro::CDS::Reads raster variation def. from database export file::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/imp_v_study.pro::CDS::Reads study variation def. from database export file::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/import_plan.pro::CDS::Imports a science plan file written by EXPORT_PLAN.::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/import_study.pro::CDS::Imports a study definition file written by EXPORT_STUDY.::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/list_alt.pro::CDS::List the CDS alternate science plan for a date range.::database,Planning, Database.
$SSW_CDS/idl/util/ops/database/list_cdrom.pro::CDS::List the contents of CDS level-0 CDROMs::database,Class4, Operations, Database, Catalog
$SSW_CDS/idl/util/ops/database/list_datawin.pro::CDS::List the available data window lists for a given line list.::database,Planning, Database.
$SSW_CDS/idl/util/ops/database/list_detail.pro::CDS::List the CDS detailed science plan for a given date range.::database,Planning, Database.
$SSW_CDS/idl/util/ops/database/list_exp_comm.pro::CDS::List the comments on a CDS raster as-run entry::database,Planning, Database.
$SSW_CDS/idl/util/ops/database/list_exper.pro::CDS::List the CDS raster as-run entries for a given date range::database,Planning, Database.
$SSW_CDS/idl/util/ops/database/list_f_raster.pro::CDS::List the fundamental parameters of all available rasters.::database,Planning, Database.
$SSW_CDS/idl/util/ops/database/list_f_study.pro::CDS::List the fundamental parameters of all available studies.::database,CATEGORY    = The study category, either "T"est,
$SSW_CDS/idl/util/ops/database/list_flag.pro::CDS::List the CDS flag receiver status for a date range.::database,Planning, Database.
$SSW_CDS/idl/util/ops/database/list_gset.pro::CDS::List GIS setup::database,Planning, Database.
$SSW_CDS/idl/util/ops/database/list_linelist.pro::CDS::List all the available line lists.::database,Planning, Database.
$SSW_CDS/idl/util/ops/database/list_main.pro::CDS::List the CDS main as-run entries for a given date range::database,Planning, Database.
$SSW_CDS/idl/util/ops/database/list_program.pro::CDS::List the available CDS program definitions.::database,Planning, Database.
$SSW_CDS/idl/util/ops/database/list_raw.pro::CDS::List raw data files for given GIS detector::database,Planning, Database.
$SSW_CDS/idl/util/ops/database/list_v_raster.pro::CDS::List the defined variations for a given raster ID.::database,Planning, Database.
$SSW_CDS/idl/util/ops/database/list_v_study.pro::CDS::List the defined variations for a given study.::database,CATEGORY    = The study category, either "T"est,
$SSW_CDS/idl/util/ops/database/lock_database.pro::CDS::Lock a CDS database for write.::database,Class4, Operations, Database
$SSW_CDS/idl/util/ops/database/mod_alt.pro::CDS::Modify entry in the alternate science plan database.::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/mod_catalog.pro::CDS::Modify a catalog entry::database,Catalog
$SSW_CDS/idl/util/ops/database/mod_detail.pro::CDS::Modifies an entry in the science plan database.::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/mod_exper.pro::CDS::Modifies a CDS experiment entry in the as-run database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/mod_flag.pro::CDS::Modify entry in the flag receiver science plan database.::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/mod_gset.pro::CDS::Modifies a GIS setup definition in the database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/mod_linelist.pro::CDS::Modifies a linelist definition in the database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/mod_main.pro::CDS::Modifies a CDS main entry in the as-run database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/mod_v_raster.pro::CDS::Modifies a raster variation definition in the database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/mod_v_study.pro::CDS::Modifies a study variation definition in the database::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/plot_dex.pro::CDS::Plot the actual dew to be used in observation.::database,Planning, technical
$SSW_CDS/idl/util/ops/database/pred_prog_num.pro::CDS::Predict the study counter for a given date/time.::database,Class3, CDS, Planning
$SSW_CDS/idl/util/ops/database/prg_alt.pro::CDS::Purges old and deleted CDS alternate plan records::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/prg_detail.pro::CDS::Purges old and deleted CDS detailed science plan records::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/prg_flag.pro::CDS::Purges old and deleted CDS flag plan records::database,Planning, Databases.
$SSW_CDS/idl/util/ops/database/purge_cdhsstate.pro::CDS::Remove "TO BE DELETED" items from cdhsstate::database,Class5, Operations, Planning, Database
$SSW_CDS/idl/util/ops/database/reg_cdrom.pro::CDS::Register information about the level zero CDROMs.::database,Class4, Operations, Catalog
$SSW_CDS/idl/util/ops/database/show_cdhs.pro::CDS::Interprets CDHS series and raster IDs::database,Telemetry, planning
$SSW_CDS/idl/util/ops/database/show_datawin.pro::CDS::To list the contents of the datawin database.::database,Database
$SSW_CDS/idl/util/ops/database/show_linelist.pro::CDS::To list the contents of the linelist database.::database,Database
$SSW_CDS/idl/util/ops/database/show_raster.pro::CDS::Show details of a raster definition.::database,Planning, databases
$SSW_CDS/idl/util/ops/database/show_study.pro::CDS::Produce a listing of a CDS study definition.::database,Planning, databases
$SSW_CDS/idl/util/ops/database/unlock_database.pro::CDS::Unlock a previously locked database.::database,Class4, Operations, Database
$SSW_CDS/idl/util/ops/database/update_dex.pro::CDS::Updates CDS data extraction windows for current setup::database,Planning, command
$SSW_CDS/idl/util/ops/database/update_ras_dur.pro::CDS::Updates all the raster durations in the database.::database,Database
$SSW_CDS/idl/util/ops/database/what_cdhs_study.pro::CDS::Lists last few CDHS study IDs::database,OPS, commanding
$SSW_CDS/idl/util/ops/database/what_uses.pro::CDS::Informs of entries in planning databases::database,Databases, planning
$SSW_CDS/idl/util/ops/planning/anyname2std.pro::CDS::Converts user format of line name to CDS standard.::planning,Util, string
$SSW_CDS/idl/util/ops/planning/cds_asrun_point.pro::CDS::create map structures for ASRUN CDS pointings from catalog::planning,planning
$SSW_CDS/idl/util/ops/planning/cds_plan_brief.pro::CDS::Read detail (or other) plans from DB and display them in text widget::planning,planning, utility
$SSW_CDS/idl/util/ops/planning/cds_plan_point.pro::CDS::create map structures for planned CDS pointings::planning,planning
$SSW_CDS/idl/util/ops/planning/cdslr2xy.pro::CDS::Calculates solar (x,y) values for given OPS position.::planning,Operations
$SSW_CDS/idl/util/ops/planning/cdsxy2lr.pro::CDS::Calculates CDS OPS values for given solar (X,Y) position.::planning,Operations
$SSW_CDS/idl/util/ops/planning/check_cds_modes.pro::CDS::check CDS raster telemetry against DSN submodes::planning,planning
$SSW_CDS/idl/util/ops/planning/def_cds_detail.pro::CDS::Define CDS detailed plan structure::planning,Planning
$SSW_CDS/idl/util/ops/planning/def_cds_study.pro::CDS::define a base CDS study structure::planning,Planning
$SSW_CDS/idl/util/ops/planning/def_program.pro::CDS::define program structure::planning,operations
$SSW_CDS/idl/util/ops/planning/def_study.pro::CDS::define a base study structure::planning,Planning
$SSW_CDS/idl/util/ops/planning/find_cds_study.pro::CDS::find a CDS study in database::planning,Planning, Database.
$SSW_CDS/idl/util/ops/planning/find_duration.pro::CDS::Find the actual durations of rasters from the FITS headers::planning,Class3, Operations
$SSW_CDS/idl/util/ops/planning/find_file_dur.pro::CDS::Find the duration of a single CDS FITS file.::planning,Class3, Operations
$SSW_CDS/idl/util/ops/planning/get_cds_delay.pro::CDS::get delay (secs) due to pointing and slit changes between two successive CDS studies::planning,planning
$SSW_CDS/idl/util/ops/planning/get_cds_dur.pro::CDS::compute study duration based on CDS plan details::planning,Planning
$SSW_CDS/idl/util/ops/planning/get_cds_fov.pro::CDS::get CDS FOV size (width, height) for CDS rasters in a plan::planning,planning
$SSW_CDS/idl/util/ops/planning/get_cds_gis.pro::CDS::get CDS GIS detectors::planning,planning, database
$SSW_CDS/idl/util/ops/planning/get_cds_home.pro::CDS::get CDS home position::planning,planning
$SSW_CDS/idl/util/ops/planning/get_cds_oh.pro::CDS::computes time after a set of un-tagged CDS plans before a time-tagged plan can start.::planning,planning
$SSW_CDS/idl/util/ops/planning/get_cds_plan.pro::CDS::Get nearest CDS detailed plan given a TIME, STUDY_ID, STUDYVAR and (optional) PROG_NUM.::planning,planning
$SSW_CDS/idl/util/ops/planning/get_cds_point.pro::CDS::Create structure from given CDS plan for use in IMAGE_TOOL::planning,PREVIOUS HISTORY:
$SSW_CDS/idl/util/ops/planning/get_cds_raster.pro::CDS::get a CDS raster from database::planning,Planning, Database.
$SSW_CDS/idl/util/ops/planning/get_cds_state.pro::CDS::determine CDS state just prior to input time::planning,Planning
$SSW_CDS/idl/util/ops/planning/get_cds_study.pro::CDS::get a CDS study from database::planning,Planning, Database.
$SSW_CDS/idl/util/ops/planning/get_cds_xy.pro::CDS::get central (X,Y) coordinates CDS rasters in a plan::planning,planning
$SSW_CDS/idl/util/ops/planning/get_gis_delay.pro::CDS::to get CDS GIS LUT delay::planning,database, planning
$SSW_CDS/idl/util/ops/planning/get_gis_det.pro::CDS::get CDS GIS detectors used by a particular GSET::planning,planning, database
$SSW_CDS/idl/util/ops/planning/get_plan_tt.pro::CDS::Find start time of next time-tagged study in a series of plans::planning,Planning
$SSW_CDS/idl/util/ops/planning/get_raster_par.pro::CDS::to get CDS raster parameter information::planning,database, planning
$SSW_CDS/idl/util/ops/planning/get_study_par.pro::CDS::to get CDS study parameter information::planning,database, planning
$SSW_CDS/idl/util/ops/planning/help_cds.pro::CDS::Pocket help to CDS Planning software::planning,Planning, Database.
$SSW_CDS/idl/util/ops/planning/list_duration.pro::CDS::Find the actual durations of rasters from the catalog::planning,Class3, Operations
$SSW_CDS/idl/util/ops/planning/list_to_detail.pro::CDS::convert LIST structure to DETAILS structure::planning,Planning, Database.
$SSW_CDS/idl/util/ops/planning/mk_cds_com.pro::CDS::Common blocks for MK_CDS_PLAN::planning,Planning, science
$SSW_CDS/idl/util/ops/planning/mk_cds_dbase.pro::CDS::makes a widget interface to CDS Detailed Plan::planning,Planning
$SSW_CDS/idl/util/ops/planning/mk_cds_dir.pro::CDS::N.A.::planning
$SSW_CDS/idl/util/ops/planning/mk_cds_plan.pro::CDS::Create/edit detailed, science, alternative and flag plan for CDS::planning,Widgets, planning
$SSW_CDS/idl/util/ops/planning/mk_cds_sbase.pro::CDS::makes a widget interface to CDS or SUMER Science Plan::planning,Planning
$SSW_CDS/idl/util/ops/planning/mk_cds_study.pro::CDS::create studies by appending rasters to fundamental part::planning,Planning
$SSW_CDS/idl/util/ops/planning/mk_plan.pro::CDS::Shell program to run MK_CDS_PLAN or MK_SUMER_PLAN::planning,Widgets, planning
$SSW_CDS/idl/util/ops/planning/mk_study.pro::CDS::Create CDS studies::planning,Widgets, planning
$SSW_CDS/idl/util/ops/planning/ops_point.pro::CDS::Calculate pointing from OPS data in the telemetry.::planning,Data handling, telemetry.
$SSW_CDS/idl/util/ops/planning/plan_xcat_summ.pro::CDS::Prints out a summary of the plan for maintaining XCAT::planning,Class4, Planning
$SSW_CDS/idl/util/ops/planning/plot_cds_point.pro::CDS::Plot CDS pointings on latest EIT image::planning,planning
$SSW_CDS/idl/util/ops/planning/rd_cds_point.pro::CDS::Read CDS pointings for specified times::planning,planning
$SSW_CDS/idl/util/ops/planning/rot_cds_xy.pro::CDS::solar rotate deferred CDS pointing::planning,Planning
$SSW_CDS/idl/util/ops/planning/set_cds_sdb.pro::CDS::append 'sdb' directories  to ZDBASE::planning,Planning
$SSW_CDS/idl/util/ops/planning/set_fits_data.pro::CDS::Define CDS_FITS_DATA environment variable to available disks, e.g., setenv,'CDS_FITS_DATA=/cdsfits2/arch/fits:/cdsfits/arch/fits'::planning,planning
$SSW_CDS/idl/util/ops/planning/stdname2user.pro::CDS::Converts CDS standard line names to user format.::planning,Util, string
$SSW_CDS/idl/util/ops/planning/study_brief.pro::CDS::Lists information on CDS studies available at EOF::planning,Info, help
$SSW_CDS/idl/util/ops/planning/submit_iap.pro::CDS::Submits an IAP file to the ECS.::planning,Planning, Activity Plan.
$SSW_CDS/idl/util/ops/planning/upd_cds_point.pro::CDS::Update pointing in CDS data structure::planning,CDS, Calibration, Class3
$SSW_CDS/idl/util/ops/planning/upd_sci_plan.pro::CDS::Update SCIENCE plan with DETAILS plan::planning,planning
$SSW_CDS/idl/util/ops/planning/update_study_dur.pro::CDS::Updates all the study durations in the database.::planning,Database
$SSW_CDS/idl/util/ops/planning/valid_cds_point.pro::CDS::validate that CDS pointing is within acceptable limits::planning,Planning
$SSW_CDS/idl/util/ops/planning/write_cif.pro::CDS::Write a Catalog Output File for the SOHO Catalog::planning,Class3, Operations, Catalog
$SSW_CDS/idl/util/ops/planning/write_iap.pro::CDS::Write out the IAP from the science plan.::planning,Planning, Science
$SSW_CDS/idl/util/ops/planning/xcat.pro::CDS::widget interface to CDS AS-RUN catalog::planning,operations, widgets
$SSW_CDS/idl/util/ops/planning/xcds_book.pro::CDS::add or return CDS study from bookmark save file::planning,planning
$SSW_CDS/idl/util/ops/planning/xcpt.pro::CDS::widget interface to CPT::planning,planning
$SSW_CDS/idl/util/ops/planning/xport.pro::CDS::widget interface to EXPORT_PLAN::planning,planning
$SSW_CDS/idl/util/ops/planning/xprogram.pro::CDS::widget interface to program database::planning,operations, widgets
$SSW_CDS/idl/util/ops/planning/xprogram_add.pro::CDS::widget interface to add program ID to database::planning,planning,operations,widgets
$SSW_CDS/idl/util/ops/planning/xshow_raster.pro::CDS::Widget display of CDS rasters::planning,Widgets
$SSW_CDS/idl/util/ops/planning/xstudy.pro::CDS::Widget interface to CDS database catalog::planning,Widgets, planning
$SSW_CDS/idl/util/ops/planning/zone_def_id.pro::CDS::Associates zone ID's with widget event values.::planning,Planning, technical.
$SSW_CDS/idl/util/ops/planning/zone_def_label.pro::CDS::Associates zone labels with ID numbers.::planning,Planning, technical.
$SSW_CDS/idl/sci/data_anal/spec_syn/add_subdir.pro::CDS::help locate CHIANTI database files but adding subdirectories to parent level directory names::spec_syn,database.
$SSW_CDS/idl/sci/data_anal/spec_syn/ascii_wvl_dem.pro::CDS::create an ascii file of predicted spectral line intensities and wavelengths corresponding to a selected abundance and differential::spec_syn,science.
$SSW_CDS/idl/sci/data_anal/spec_syn/calc_dmm_dr.pro::CDS::Calculates CHIANTI density sensitive line ratios.::spec_syn,Spectral
$SSW_CDS/idl/sci/data_anal/spec_syn/calc_dmm_tr.pro::CDS::Calculates CHIANTI temperature sensitive line ratios.::spec_syn,Spectral
$SSW_CDS/idl/sci/data_anal/spec_syn/chianti_dem.pro::CDS::Calculates the Differential Emission Measure DEM(T) using the CHIANTI database, from a given set of observed lines. Constant pressure or density can be used.::spec_syn,diagnostic analysis
$SSW_CDS/idl/sci/data_anal/spec_syn/chianti_ne.pro::CDS::Calculate and plot CHIANTI density sensitive line ratios.::spec_syn,Spectral
$SSW_CDS/idl/sci/data_anal/spec_syn/chianti_ss.pro::CDS::Calculates and plots CHIANTI synthetic spectrum.::spec_syn,Spectral
$SSW_CDS/idl/sci/data_anal/spec_syn/chianti_te.pro::CDS::Calculate and plot CHIANTI temperature sensitive line ratios.::spec_syn,Spectral
$SSW_CDS/idl/sci/data_anal/spec_syn/convertname.pro::CDS::Ion names as character strings are converted into numerical values (note c_2 is C II or C^+1 in spectroscopic or atomic notation)::spec_syn,naming utility
$SSW_CDS/idl/sci/data_anal/spec_syn/dem_fit.pro::CDS::Calculates the Differential Emission Measure DEM(T) using a set of values in common with other routines.::spec_syn,diagnostic analysis
$SSW_CDS/idl/sci/data_anal/spec_syn/density_ratios.pro::CDS::to calculate line intensity ratios as a function of electron density::spec_syn,scientific analysis
$SSW_CDS/idl/sci/data_anal/spec_syn/descale2_ups.pro::CDS::convert from Burgess-Tully scaling spline fits to Upsilons::spec_syn,: science
$SSW_CDS/idl/sci/data_anal/spec_syn/descale_ups.pro::CDS::convert from Burgess-Tully scaling spline fits to Upsilons::spec_syn,science.
$SSW_CDS/idl/sci/data_anal/spec_syn/dmm_calc_spec.pro::CDS::Heart of Dere et al (CHIANTI) synthetic spectrum calculation.::spec_syn,Spectrum
$SSW_CDS/idl/sci/data_anal/spec_syn/get_contributions.pro::CDS::calculates the contribution functions G(T) at constant pressure or density  of the lines present in the CHIANTI database, corresponding to  a given set of observed lines.::spec_syn
$SSW_CDS/idl/sci/data_anal/spec_syn/gt_chianti.pro::CDS::Reads a CHIANTI synthetic spectrum.::spec_syn,Spectral
$SSW_CDS/idl/sci/data_anal/spec_syn/isothermal.pro::CDS::calculates an isothermal synthetic spectrum::spec_syn,synthetic spectra
$SSW_CDS/idl/sci/data_anal/spec_syn/landscape.pro::CDS::N.A.::spec_syn
$SSW_CDS/idl/sci/data_anal/spec_syn/latex_wvl_dem.pro::CDS::create a latex file of predicted spectral line intensities and wavelengths corresponding to a selected abundance and differential::spec_syn,science.
$SSW_CDS/idl/sci/data_anal/spec_syn/make_ion_list.pro::CDS::Reads masters ions list and interprets.::spec_syn,Spectrum
$SSW_CDS/idl/sci/data_anal/spec_syn/max_temp.pro::CDS::Calculates temperature at max ionisation ratio for an ion::spec_syn,Spectral
$SSW_CDS/idl/sci/data_anal/spec_syn/plot_chianti_ne.pro::CDS::Plots a density sensitive ration saved from CHIANTI_NE::spec_syn,Synthetic spectra
$SSW_CDS/idl/sci/data_anal/spec_syn/plot_chianti_te.pro::CDS::Plots a temperature sensitive ratio saved from CHIANTI_TE::spec_syn,Synthetic spectra
$SSW_CDS/idl/sci/data_anal/spec_syn/plot_dmm_dr_fig.pro::CDS::Plots line intensities in DMM_DR::spec_syn,Spectral, plotting
$SSW_CDS/idl/sci/data_anal/spec_syn/plot_dmm_tr_fig.pro::CDS::Plots line intensities in DMM_TR::spec_syn,Spectral, plotting
$SSW_CDS/idl/sci/data_anal/spec_syn/plot_ioneq.pro::CDS::Plots the ionisation equilibrium values for an element.::spec_syn,Spectral
$SSW_CDS/idl/sci/data_anal/spec_syn/plot_populations.pro::CDS::plot the population of a number of the lowest levels as a function of electron density for a specific temperature::spec_syn,science.
$SSW_CDS/idl/sci/data_anal/spec_syn/populate.pro::CDS::calculate levels populations at a specific temperature and electron density::spec_syn,science.
$SSW_CDS/idl/sci/data_anal/spec_syn/read_abund.pro::CDS::to read CHIANTI abundance files::spec_syn,science.
$SSW_CDS/idl/sci/data_anal/spec_syn/read_dem.pro::CDS::to read values the differential emission measure as a function of temperature::spec_syn,science.
$SSW_CDS/idl/sci/data_anal/spec_syn/read_elvl.pro::CDS::to read files containing observed energy levels::spec_syn,science.
$SSW_CDS/idl/sci/data_anal/spec_syn/read_elvlc.pro::CDS::to read files containing observed and theoretical energy levels::spec_syn,science.
$SSW_CDS/idl/sci/data_anal/spec_syn/read_ioneq.pro::CDS::to read files containing the ionization equilibrium values::spec_syn,science.
$SSW_CDS/idl/sci/data_anal/spec_syn/read_omdat.pro::CDS::to read file containing collision strengths::spec_syn,science.
$SSW_CDS/idl/sci/data_anal/spec_syn/read_splups.pro::CDS::to read file containing spline fits to the Burgess-Tully scaled collision strengths::spec_syn,science.
$SSW_CDS/idl/sci/data_anal/spec_syn/read_upsdat.pro::CDS::to read file containing upsilons::spec_syn,science.
$SSW_CDS/idl/sci/data_anal/spec_syn/read_wgfa.pro::CDS::SE:::spec_syn,science
$SSW_CDS/idl/sci/data_anal/spec_syn/read_wgfa2.pro::CDS::read radiative data files a modified version of read_wgfa::spec_syn,science
$SSW_CDS/idl/sci/data_anal/spec_syn/synthetic.pro::CDS::calculates a synthetic spectrum::spec_syn,synthetic spectra
$SSW_CDS/idl/sci/data_anal/spec_syn/synthetic_plot.pro::CDS::to plot out synthetic spectra calculated with Synthetic and interactively identify spectral lines::spec_syn,spectroscopy
$SSW_CDS/idl/sci/data_anal/spec_syn/temperature_ratios.pro::CDS::calculate and display temperature sensitivity of line intensity ratios::spec_syn,spectral diagnostics
$SSW_CDS/idl/sci/data_anal/spec_syn/use_dere_chianti.pro::CDS::Sets up system variables for use of Ken Dere's routines::spec_syn,Prev. Hist. : None
$SSW_CDS/idl/sci/data_anal/spec_syn/xselect_s.pro::CDS::Force the user to select from a list or abort.::spec_syn,CDS, QuickLook, General
$SSW_CDS/idl/sci/data_anal/spec_syn/z2element.pro::CDS::provide identification strings::spec_syn,database.
$SSW_CDS/idl/sci/data_anal/spec_syn/zion2filename.pro::CDS::help locate CHIANTI database files::spec_syn,database.
$SSW_CDS/idl/sci/data_anal/spec_syn/zion2name.pro::CDS::help locate CHIANTI database files::spec_syn,database.
$SSW_CDS/idl/sci/data_anal/spec_syn/zion2spectroscopic.pro::CDS::provide identification strings::spec_syn,database.
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/cdslog.pro::CDS::Accumulate messages from other routines, option to save::ql_disp,CDS,QL,DISPLAY,UTIL
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/cdsnotify.pro::CDS::Display a message to the user.::ql_disp,CDS, QL, DISPLAY, UTIL
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/cmouse.pro::CDS::Controlling the "Mouse button action" selection & display::ql_disp,Utility, display
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/cmouse_action.pro::CDS::Translate a mouse click accorrding to the CMOUSE status::ql_disp,Utility, Display
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/cmtest.pro::CDS::Demonstration of CMOUSE::ql_disp,Demonstration
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/dsp_aux.pro::CDS::Plot/display auxiliary data from a qlds.::ql_disp,Quick Look, Display.
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/dsp_cube.pro::CDS::Display CDS QLDS data cubes any way you like it...::ql_disp,CDS QuickLook, Display
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/dsp_info.pro::CDS::Display basic information from a CDS QL Data Structure::ql_disp,Display_Info, QuickLook, CDS
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/dsp_menu.pro::CDS::Selection of display modes for CDS QL data.::ql_disp,CDS, QuickLook, Display
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/dsp_movie.pro::CDS::Display a movie of CDS "slit spectrograms" (SCANX/Y/T)::ql_disp,Quick Look, Display
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/dsp_point.pro::CDS::Show pointing area for QLDS with IMAGE_TOOL::ql_disp,Quicklook, Display
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/dsp_raster.pro::CDS::Displays locations of CDS raster using IMAGE_TOOL.::ql_disp,CDS, QL, DISPLAY
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/dsp_wav.pro::CDS::Show images at given wavelengths + spectra at given point::ql_disp,QuickLook, Display
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/dspexp.pro::CDS::Display all exposures of selected Spectral Windows.::ql_disp,CDS, QuickLook, Display
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/dspspec.pro::CDS::Displays all Spectral Windows from specific exposures.::ql_disp,QuickLook, Display,
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/dspwav.pro::CDS::Display data slices at specific wavelength +line profiles::ql_disp,CDS, QuickLook, Display
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/fits_menu.pro::CDS::Display available FITS file and read selected file into IDL::ql_disp,CDS, QL, DISPLAY
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/gdspspec.pro::CDS::Displays all spectral windows from specific exposures.::ql_disp,QuickLook, Display, NIS
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/get_qlds.pro::CDS::Returns the QLDS that the display routine is working on.::ql_disp,CDS, QuickLook
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/load_red.pro::CDS::Load "Red Temperature" with a gamma effect.::ql_disp,CDS, QL, DISPLAY, UTILITY
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/ndspspec.pro::CDS::Displays all Spectral Windows from specific exposures.::ql_disp,QuickLook, Display, NIS
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/pick_line.pro::CDS::Pick lines from Kelly's line list::ql_disp,CDS QL
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/pqlprofile.pro::CDS::profile-drawing kit.::ql_disp,Display, QuickLook
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/pqlzoom.pro::CDS::draw-window zoom.::ql_disp,Display
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/ptest.pro::CDS::Demonstration of the PQLPROFILE/PQLZOOM routines.::ql_disp,QuickLook
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/ql_bscale.pro::CDS::Scales VDS data for display with QL_COLTABLE color table.::ql_disp,Planning, Technical.
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/ql_dimensions.pro::CDS::Obsolete -- use(s) gt_dimension)::ql_disp,CDS QuickLook
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/ql_menu.pro::CDS::Executive menu for QL software::ql_disp,CDS, QL, DISPLAY
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/ql_rd_llist.pro::CDS::Read a CDS line list into the returned structure.::ql_disp,QuickLook.
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/ql_size.pro::CDS::Avoid disappearance of singular trailing dimensions::ql_disp,CDS QuickLook
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/qlhelp.pro::CDS::Widget to select help topics related to the QL Software.::ql_disp,Display, Data analysis, Help utility
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/recover.pro::CDS::A general crash recovery procedure -- recovers stored QLDS::ql_disp,Prev. Hist. : None.
$SSW_CDS/idl/sci/data_anal/ql/ql_disp/set_qlds.pro::CDS::Put back QLDS that the display routine is working on.::ql_disp,CDS, QuickLook
$SSW_CDS/idl/sci/data_anal/ql/line_fit/bj_err.pro::CDS::N.A.::line_fit
$SSW_CDS/idl/sci/data_anal/ql/line_fit/box_filter.pro::CDS::make rounded edges on data to be fft filtered::line_fit,?
$SSW_CDS/idl/sci/data_anal/ql/line_fit/cds_autofit.pro::CDS::To attempt to automatically detect and characterise a CDS spectrum in terms of a series of gaussian line fits.::line_fit,Data_Analysis
$SSW_CDS/idl/sci/data_anal/ql/line_fit/cds_fit_wave.pro::CDS::To fit upto 3 gaussians to a selected wavelength in a CDS spectrum::line_fit,Data_Analysis
$SSW_CDS/idl/sci/data_anal/ql/line_fit/cds_linefit_wrap.pro::CDS::Wrapper routine for several CDS line fitting procedures.::line_fit,Data_Analysis, Line_fit
$SSW_CDS/idl/sci/data_anal/ql/line_fit/cds_lines.pro::CDS::N.A.::line_fit
$SSW_CDS/idl/sci/data_anal/ql/line_fit/cds_multig.pro::CDS::N.A.::line_fit
$SSW_CDS/idl/sci/data_anal/ql/line_fit/cds_plot_fit.pro::CDS::To display the results from various line fitting routines for CDS spectra.::line_fit,Data_Analysis
$SSW_CDS/idl/sci/data_anal/ql/line_fit/cds_vel_plot.pro::CDS::To display a single spectrum from a data cube with user selectable inputs.::line_fit,Data_handling, FITS
$SSW_CDS/idl/sci/data_anal/ql/line_fit/cds_vel_slice.pro::CDS::To display a single spectrum from a data cube with user selectable inputs.::line_fit,Data_handling, FITS
$SSW_CDS/idl/sci/data_anal/ql/line_fit/cdsgauss.pro::CDS::Gaussian function::line_fit,Prev. Hist. :
$SSW_CDS/idl/sci/data_anal/ql/line_fit/dev_ps.pro::CDS::N.A.::line_fit
$SSW_CDS/idl/sci/data_anal/ql/line_fit/dl2vel.pro::CDS::transform from delta wavelength to velocity (km/s)::line_fit,?
$SSW_CDS/idl/sci/data_anal/ql/line_fit/dl_to_vel.pro::CDS::transform from delta wavelength to velocity (km/s)::line_fit,?
$SSW_CDS/idl/sci/data_anal/ql/line_fit/filter.pro::CDS::fft filtering of data::line_fit,?
$SSW_CDS/idl/sci/data_anal/ql/line_fit/find_g_arc.pro::CDS::N.A.::line_fit
$SSW_CDS/idl/sci/data_anal/ql/line_fit/find_gauss.pro::CDS::N.A.::line_fit
$SSW_CDS/idl/sci/data_anal/ql/line_fit/find_trans.pro::CDS::N.A.::line_fit
$SSW_CDS/idl/sci/data_anal/ql/line_fit/fit_back.pro::CDS::N.A.::line_fit
$SSW_CDS/idl/sci/data_anal/ql/line_fit/func_f.pro::CDS::Make the line profile of 1,2 or 3 Gaussians::line_fit,?
$SSW_CDS/idl/sci/data_anal/ql/line_fit/funct_1.pro::CDS::Make the line profile of 1,2 or 3 Gaussians::line_fit,?
$SSW_CDS/idl/sci/data_anal/ql/line_fit/functn.pro::CDS::Make the line profile of 1,2 or 3 Gaussians::line_fit,?
$SSW_CDS/idl/sci/data_anal/ql/line_fit/gauss_d_a.pro::CDS::Calculate the partial derivative of line intensity::line_fit,?
$SSW_CDS/idl/sci/data_anal/ql/line_fit/gauss_d_p.pro::CDS::Calculate the partial derivative of line position::line_fit,?
$SSW_CDS/idl/sci/data_anal/ql/line_fit/gauss_d_w.pro::CDS::Calculate the partial derivative of line width::line_fit,?
$SSW_CDS/idl/sci/data_anal/ql/line_fit/get_gauss.pro::CDS::N.A.::line_fit
$SSW_CDS/idl/sci/data_anal/ql/line_fit/gfit_error.pro::CDS::N.A.::line_fit
$SSW_CDS/idl/sci/data_anal/ql/line_fit/hrts_w.pro::CDS::Main procedure, makes widgets, calls all procedures::line_fit,?
$SSW_CDS/idl/sci/data_anal/ql/line_fit/hrts_w_3_0.pro::CDS::Main procedure, makes widgets, calls all procedures::line_fit,?
$SSW_CDS/idl/sci/data_anal/ql/line_fit/hrts_w_event.pro::CDS::Widget control::line_fit,Widget control routine
$SSW_CDS/idl/sci/data_anal/ql/line_fit/int_fwhm.pro::CDS::Calculate the total line intensity from the maximum intensity in the line and the FWHM::line_fit,?
$SSW_CDS/idl/sci/data_anal/ql/line_fit/int_fwhm_2.pro::CDS::Calculate total intensity from peak intensity and the FWHM::line_fit,?
$SSW_CDS/idl/sci/data_anal/ql/line_fit/int_sum.pro::CDS::Calculate a spectral lines total intensity by adding up the pixel values across the line::line_fit,Prev. Hist. : None
$SSW_CDS/idl/sci/data_anal/ql/line_fit/interp.pro::CDS::Simple linear interpolation::line_fit,?
$SSW_CDS/idl/sci/data_anal/ql/line_fit/oneg_afit.pro::CDS::EVALUATE THE SUM OF A GAUSSIAN AND A 2ND ORDER POLYNOMIAL AND OPTIONALLY RETURN THE VALUE OF IT'S PARTIAL DERIVATIVES. NORMALLY, THIS FUNCTION IS USED BY CURVEFIT TO FIT THE::line_fit,E2 - CURVE AND SURFACE FITTING.
$SSW_CDS/idl/sci/data_anal/ql/line_fit/out_ps.pro::CDS::N.A.::line_fit
$SSW_CDS/idl/sci/data_anal/ql/line_fit/parab.pro::CDS::fit a parabola to a given line profile::line_fit,Line fitting
$SSW_CDS/idl/sci/data_anal/ql/line_fit/plot_spec.pro::CDS::To display a single spectrum from a data cube with user selectable inputs.::line_fit,Data_handling, FITS
$SSW_CDS/idl/sci/data_anal/ql/line_fit/read_cds_im.pro::CDS::Read a cds image file from disk::line_fit,?
$SSW_CDS/idl/sci/data_anal/ql/line_fit/read_hrts_im.pro::CDS::Read a hrts image file from disk::line_fit,?
$SSW_CDS/idl/sci/data_anal/ql/line_fit/simpson_a.pro::CDS::Simpson integration::line_fit,?
$SSW_CDS/idl/sci/data_anal/ql/line_fit/three_moment.pro::CDS::calculate 3-moment of line profile::line_fit,?
$SSW_CDS/idl/sci/data_anal/ql/line_fit/threeg_afit.pro::CDS::EVALUATE THE SUM OF 3 GAUSSIANs AND A 2ND ORDER POLYNOMIAL AND OPTIONALLY RETURN THE VALUE OF IT'S PARTIAL DERIVATIVES. NORMALLY, THIS FUNCTION IS USED BY CURVEFIT TO FIT THE::line_fit
$SSW_CDS/idl/sci/data_anal/ql/line_fit/threeg_fit.pro::CDS::EVALUATE THE SUM OF 3 GAUSSIANs AND A 2ND ORDER POLYNOMIAL AND OPTIONALLY RETURN THE VALUE OF IT'S PARTIAL DERIVATIVES. NORMALLY, THIS FUNCTION IS USED BY CURVEFIT TO FIT THE::line_fit
$SSW_CDS/idl/sci/data_anal/ql/line_fit/tot_int.pro::CDS::Calculate the totel line intensity::line_fit,?
$SSW_CDS/idl/sci/data_anal/ql/line_fit/tot_int_w.pro::CDS::Set up widget window::line_fit,?
$SSW_CDS/idl/sci/data_anal/ql/line_fit/tot_int_w_event.pro::CDS::Widget control::line_fit,?
$SSW_CDS/idl/sci/data_anal/ql/line_fit/twog_afit.pro::CDS::EVALUATE THE SUM OF A GAUSSIAN AND A 2ND ORDER POLYNOMIAL AND OPTIONALLY RETURN THE VALUE OF IT'S PARTIAL DERIVATIVES. NORMALLY, THIS FUNCTION IS USED BY CURVEFIT TO FIT THE::line_fit,E2 - CURVE AND SURFACE FITTING.
$SSW_CDS/idl/sci/data_anal/ql/line_fit/twog_arcpf.pro::CDS::EVALUATE THE SUM OF A GAUSSIAN AND A 2ND ORDER POLYNOMIAL AND OPTIONALLY RETURN THE VALUE OF IT'S PARTIAL DERIVATIVES. NORMALLY, THIS FUNCTION IS USED BY CURVEFIT TO FIT THE::line_fit,E2 - CURVE AND SURFACE FITTING.
$SSW_CDS/idl/sci/data_anal/ql/line_fit/twog_fit.pro::CDS::N.A.::line_fit
$SSW_CDS/idl/sci/data_anal/ql/line_fit/ydecode.pro::CDS::N.A.::line_fit
$SSW_CDS/idl/sci/data_anal/ql/widgets/cwq_cube.pro::CDS::Show one data cube from a QLDS any way you like it::widgets,QuickLook Compound Widget.
$SSW_CDS/idl/sci/data_anal/ql/widgets/cwq_dspwav.pro::CDS::Constitutes one column of the data display in DSPWAV.::widgets,QuickLook, Compound_widget, Display
$SSW_CDS/idl/sci/data_anal/ql/widgets/cwq_image.pro::CDS::QuickLook compound widget for zoomabel images.::widgets,QuickLook, Compound_widget, Display
$SSW_CDS/idl/sci/data_anal/ql/widgets/cwq_spectr.pro::CDS::QuickLook compound widget for spectral plots.::widgets,QuickLook, Compound_widget, Display
$SSW_CDS/idl/sci/data_anal/ql/widgets/cwq_winsel.pro::CDS::QL compound widget for selecting a line window::widgets,QuickLook, Display
$SSW_CDS/idl/sci/data_anal/ql/interface/detdata.pro::CDS::Retrieve Spectral Window data from a QL Data Structure::interface,Data_Handling, CDS, QuickLook
$SSW_CDS/idl/sci/data_anal/ql/interface/detdesc.pro::CDS::Retrieve Spectral Window info from a QL Data Structure::interface,Data_Handling, CDS, QuickLook
$SSW_CDS/idl/sci/data_anal/ql/interface/expslice.pro::CDS::Returns slice of a Spectral Window at specific exposure::interface,Data_Handling, QuickLook, Interface.
$SSW_CDS/idl/sci/data_anal/ql/interface/nexposures.pro::CDS::Return the number of "exposures" in a QLDS::interface,CDS, QuickLook
$SSW_CDS/idl/sci/data_anal/ql/interface/wavesize.pro::CDS::Return no. of dispersion pixels in a Spectral Window::interface,CDS, QuickLook
$SSW_CDS/idl/sci/data_anal/ql/interface/windowno.pro::CDS::Return the number of a window within a QL data structure.::interface,Data_Handling, CDS, QuickLook
$SSW_CDS/idl/sci/data_anal/ql/interface/wmax.pro::CDS::Return the max value of the data in a Spectral Window.::interface,CDS, QuickLook
$SSW_CDS/idl/sci/data_anal/ql/interface/zsize.pro::CDS::Return no. of "pixels along slit" in a QLDS::interface,CDS, QuickLook
$SSW_CDS/idl/sci/data_anal/ql/manager/assign_nocopy.pro::CDS::Move data from one variable to another, without copying.::manager,Utility
$SSW_CDS/idl/sci/data_anal/ql/manager/qlds_checkin.pro::CDS::Swap the specified QLDS into the cache (QLDS in QLSAVE).::manager,QuickLook, Management
$SSW_CDS/idl/sci/data_anal/ql/manager/qlds_fetch.pro::CDS::Fetch the specified QLDS into a named variable::manager,QuickLook, Management
$SSW_CDS/idl/sci/data_anal/ql/manager/qlds_inventory.pro::CDS::Display all QLDS'es that are stored in the QLMGR scheme.::manager,QuickLook, Management
$SSW_CDS/idl/sci/data_anal/ql/manager/qlds_managed.pro::CDS::Returns 1 if the supplied QLDS is already managed::manager,QuickLook, Management
$SSW_CDS/idl/sci/data_anal/ql/manager/qlds_report.pro::CDS::Make a connection between the Widget ID and a managed QLDS::manager,QuickLook, Management
$SSW_CDS/idl/sci/data_anal/ql/manager/qlds_store.pro::CDS::Store any QLDS in the cache on it's storage base.::manager,QuickLook, Management
$SSW_CDS/idl/sci/data_anal/ql/manager/qlds_store_current.pro::CDS::Store any QLDS in the cache on it's storage handle.::manager,QuickLook, Management
$SSW_CDS/idl/sci/data_anal/ql/manager/qlmgr.pro::CDS::Management of CDS QuickLook data structure variables.::manager,Data_Handling, CDS, QuickLook
$SSW_CDS/idl/sci/data_anal/ql/manager/qlmgr_next.pro::CDS::Return QL_NO of next QLDS (No. of registered QLDSes)::manager,QuickLook, Management
$SSW_CDS/idl/sci/data_anal/ql/manager/qlmgrclean.pro::CDS::Clean out a TopLevelBase widget ID from the QLMGR data.::manager,Window_handling, CDS, QuickLook
$SSW_CDS/idl/sci/data_anal/ql/serts/clean_sertsw.pro::CDS::Remove all data window def's for this physical window::serts,Prev. Hist. :
$SSW_CDS/idl/sci/data_anal/ql/serts/find_sertsw.pro::CDS::Find data window (clip region, scales etc.) for given event::serts,CDS, QL, DISPLAY, UTILITY
$SSW_CDS/idl/sci/data_anal/ql/serts/get_sertsw.pro::CDS::Return a descriptor for the current SERTS IMAGE window::serts,QuickLook
$SSW_CDS/idl/sci/data_anal/ql/serts/pixels_2_data.pro::CDS::Convert pixel --> data coordinates for SERTS image routines::serts,Prev. Hist. : None.
$SSW_CDS/idl/sci/data_anal/ql/serts/pixels_2_device.pro::CDS::Convert pixel --> device coords for SERTS image routines::serts,Prev. Hist. : None.
$SSW_CDS/idl/sci/data_anal/ql/serts/set_sertsw.pro::CDS::Set current SERTS window to the one in the descriptor::serts,QuickLook
$SSW_CDS/idl/sci/data_anal/int_inv/plotdem1.pro::CDS::N.A.::int_inv
$SSW_CDS/idl/sci/cal/gis/inten/ghost_buster.pro::CDS::Move GIS detector ghosts::inten,Calibration, GIS, Intensity.
$SSW_CDS/idl/sci/cal/gis/inten/ghost_plot_all.pro::CDS::Plots all 4 GIS detector data with likely ghost regions::inten,Calibration, GIS, Intensity.
$SSW_CDS/idl/sci/cal/gis/inten/ghost_plot_one.pro::CDS::Plots a GIS detector data with likely ghost regions::inten,Calibration, GIS, Intensity.
$SSW_CDS/idl/sci/cal/gis/inten/ghost_plot_sample.pro::CDS::Plots (or returns) a theoretical sample GIS spectrum::inten,Calibration, GIS, Intensity.
$SSW_CDS/idl/sci/cal/gis/inten/ghost_restore.pro::CDS::Manually move GIS detector ghosts::inten,Calibration, GIS, Intensity.
$SSW_CDS/idl/sci/cal/gis/inten/ghost_test.pro::CDS::Tests for GIS ghosts::inten,Calibration, GIS, Intensity.
$SSW_CDS/idl/sci/cal/gis/inten/gis_calib.pro::CDS::Applies calibration factors to GIS spectra.::inten,Calibration, GIS, Intensity.
$SSW_CDS/idl/sci/cal/gis/inten/gis_calib_analogue.pro::CDS::Applies analogue calibration factors to GIS spectra.::inten,Calibration, GIS, Intensity.
$SSW_CDS/idl/sci/cal/gis/inten/gis_calib_extract.pro::CDS::Extracts GIS data for use with GIS_CALIB::inten,Calibration, GIS, Intensity.
$SSW_CDS/idl/sci/cal/gis/inten/gis_calib_ff_ltgd.pro::CDS::Corrects GIS data for flat field and long term gain depression::inten,Calibration, GIS, Intensity.
$SSW_CDS/idl/sci/cal/gis/inten/gis_calib_fifo.pro::CDS::Applies FIFO calibration factors to GIS spectra.::inten,Calibration, GIS, Intensity.
$SSW_CDS/idl/sci/cal/gis/inten/gis_calib_heii.pro::CDS::Marks HeII data uncalibratable in GIS spectra.::inten,Calibration, GIS, Intensity.
$SSW_CDS/idl/sci/cal/gis/inten/gis_calib_print.pro::CDS::Prints summary of GIS data.::inten,Calibration, GIS, Intensity.
$SSW_CDS/idl/sci/cal/gis/inten/gis_calib_quiz.pro::CDS::Applies calibration factors for the GIS quiz-show.::inten,Calibration, GIS, Intensity.
$SSW_CDS/idl/sci/cal/gis/inten/gis_calib_stgd.pro::CDS::Calibrates GIS data for short term gain depression::inten,Calibration, GIS, Intensity.
$SSW_CDS/idl/sci/cal/gis/inten/gis_ghosting.pro::CDS::Finds likely GIS ghost regions::inten,Calibration, GIS, Intensity.
$SSW_CDS/idl/sci/cal/gis/inten/gis_smooth.pro::CDS::Smooths GIS spectra to 'remove' fixed patterning::inten,Calibration, GIS, Intensity.
$SSW_CDS/idl/sci/cal/gis/arm_line.pro::CDS::N.A.::gis
$SSW_CDS/idl/sci/cal/gis/curs_int.pro::CDS::N.A.::gis
$SSW_CDS/idl/sci/cal/gis/ghost.pro::CDS::N.A.::gis
$SSW_CDS/idl/sci/cal/gis/gis_raw_header.pro::CDS::Decipher and print out the header of a GIS raw/pha file::gis,Telemetry
$SSW_CDS/idl/sci/cal/gis/mylut.pro::CDS::N.A.::gis
$SSW_CDS/idl/sci/cal/gis/spanimal.pro::CDS::N.A.::gis
$SSW_CDS/idl/sci/cal/gis/uselut.pro::CDS::N.A.::gis
$SSW_CDS/idl/sci/cal/gis/view_pha.pro::CDS::To plot PHA data collected with raw data::gis,GIS, science data
$SSW_CDS/idl/sci/cal/gis/view_raw.pro::CDS::To plot and check raw GIS data and fit LUT parameters::gis,GIS, science data
$SSW_CDS/idl/sci/cal/gis/weakline.pro::CDS::Program to find out how long a raw file should be to give statistics on a weak line, to a certain level of accuracy.::gis,Prev. Hist. : None
$SSW_CDS/idl/sci/cal/vds/inten/add_eff_area.pro::CDS::Adds an effective area curve to database::inten,CDS, Calibration, Class3
$SSW_CDS/idl/sci/cal/vds/inten/add_efficiency.pro::CDS::Adds an overall efficiency value to database::inten,CDS, Calibration, Class3
$SSW_CDS/idl/sci/cal/vds/inten/add_wave_eff.pro::CDS::Adds an efficiency versus wavelength curve to database::inten,CDS, Calibration, Class3
$SSW_CDS/idl/sci/cal/vds/inten/an_nimcp.pro::CDS::Analyze data from runs of NIMCP.::inten,Class3, CDS, Analysis, Calibration
$SSW_CDS/idl/sci/cal/vds/inten/an_nimcp_1_2.pro::CDS::Analyze data from runs of NIMCP_1 and NIMCP_2::inten,Class3, CDS, Analysis, Calibration
$SSW_CDS/idl/sci/cal/vds/inten/an_nimcp_avg.pro::CDS::Analyze data from runs of NIMCP.::inten,Class3, CDS, Analysis, Calibration
$SSW_CDS/idl/sci/cal/vds/inten/get_eff_area.pro::CDS::Gets an overall effective area curve from database::inten,CDS, Calibration, Class3
$SSW_CDS/idl/sci/cal/vds/inten/get_efficiency.pro::CDS::Gets an overall efficiency value from database::inten,CDS, Calibration, Class3
$SSW_CDS/idl/sci/cal/vds/inten/get_nimcp.pro::CDS::Gets the relevant NIMCP data for a given date::inten,Class4, Calibration
$SSW_CDS/idl/sci/cal/vds/inten/get_vds_bias.pro::CDS::Determines CCD bias levels in the VDS.::inten,Calibration, VDS, Intensity
$SSW_CDS/idl/sci/cal/vds/inten/get_wave_eff.pro::CDS::Gets an efficiency versus wavelength curve from database::inten,CDS, Calibration, Class3
$SSW_CDS/idl/sci/cal/vds/inten/nimcp_depth_funct.pro::CDS::Function used by GET_NIMCP::inten,Class4, Calibration
$SSW_CDS/idl/sci/cal/vds/inten/nis_calib.pro::CDS::Applies calibration factors to NIS images.::inten,Calibration, NIS, Intensity.
$SSW_CDS/idl/sci/cal/vds/inten/nis_mrgdata.pro::CDS::Merge continguous/overlapping windows in a CDS/NIS raster::inten
$SSW_CDS/idl/sci/cal/vds/inten/nis_rotate.pro::CDS::Applies slant and tilt corrections to VDS images.::inten,Calibration, VDS
$SSW_CDS/idl/sci/cal/vds/inten/read_nimcp_cal.pro::CDS::Read in NIMCP burn-in calibration files.::inten,Class4, Calibration
$SSW_CDS/idl/sci/cal/vds/inten/vds_calib.pro::CDS::Applies calibration factors to VDS images.::inten,Calibration, VDS, Intensity.
$SSW_CDS/idl/sci/cal/vds/inten/vds_debias.pro::CDS::Removes CCD biases from VDS images.::inten,Calibration, VDS, Intensity.
$SSW_CDS/idl/sci/cal/vds/inten/vds_read_flat.pro::CDS::Reads VDS flat field images.::inten,Class4, CDS, Calibration
$SSW_CDS/idl/sci/cal/vds/inten/vds_rotate.pro::CDS::Corrects full NIS spectral extraction array for rotation::inten,Data analysis
$SSW_CDS/idl/sci/cal/vds/wave/cds_tilt_cor.pro::CDS::Produce tilt corrected CDS wavelength scale::wave,Analysis
$SSW_CDS/idl/sci/cal/vds/wave/load_wavecal.pro::CDS::Loads wavecal into common block for use by pix2wave etc::wave,Data analysis, wavelength calibration
$SSW_CDS/idl/sci/cal/vds/wave/mk_wavecal.pro::CDS::To allow loading of CDS wavelength coefficients to database.::wave,Data analysis, wavelength calibration
$SSW_CDS/idl/sci/cal/vds/wave/pix2wave.pro::CDS::Calculate CDS wavelength given a detector pixel location.::wave,Calibration, GDS, VDS, Wavelength
$SSW_CDS/idl/sci/cal/vds/wave/qwavecal.pro::CDS::Lists current calibration parameters::wave,Data analysis, wavelength calibration
$SSW_CDS/idl/sci/cal/vds/wave/restore_wavecal.pro::CDS::Restores sensible default wavelength calibration from a given qlds::wave,Data analysis, wavelength calibration.
$SSW_CDS/idl/sci/cal/vds/wave/save_wavecal.pro::CDS::Returns wavecal from common block for temporary storage::wave,Data analysis, wavelength calibration
$SSW_CDS/idl/sci/cal/vds/wave/wave2pix.pro::CDS::Calculate the CDS detector pixel given a wavelength.::wave,Calibration, GDS, VDS, Wavelength
$SSW_CDS/idl/sci/cal/vds/eng/cds_eng_n1.pro::CDS::Widget to analyze VDS data from CDS engineering test N1.::eng,Data analysis, Engineering
$SSW_CDS/idl/sci/cal/vds/eng/cds_eng_n1_an.pro::CDS::Analyze VDS data from CDS engineering test N1.::eng,Data analysis, Engineering
$SSW_CDS/idl/sci/cal/vds/eng/cds_eng_n1_pr.pro::CDS::Print results from CDS engineering test N1.::eng,Data analysis, Engineering
$SSW_CDS/idl/sci/cal/vds/eng/cds_eng_n1_rd.pro::CDS::Read VDS data from CDS engineering test N1.::eng,Data analysis, Engineering
$SSW_CDS/idl/sci/cal/vds/eng/cds_eng_n1_vw.pro::CDS::View results from CDS engineering test N1.::eng,Data analysis, Engineering
$SSW_CDS/idl/sci/cal/vds/eng/cds_eng_n4.pro::CDS::Widget to analyze VDS data from CDS engineering test N4.::eng,Data analysis, Engineering
$SSW_CDS/idl/sci/cal/vds/eng/cds_eng_n4_an.pro::CDS::Analyze VDS data from CDS engineering test N4.::eng,Data analysis, Engineering
$SSW_CDS/idl/sci/cal/vds/eng/cds_eng_n4_pr.pro::CDS::Print results from CDS engineering test N4.::eng,Data analysis, Engineering
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/calib/cal_auxread.pro::CDS::Read block of auxiliary data from a CDS FITS level-1 file.::calib,Data_Handling, I_O, CDS, FITS, Calibration
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/calib/cal_detread.pro::CDS::Reads detector data from CDS FITS level-1 file.::calib,Data_Handling, I_O, CDS, FITS, QuickLook
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/calib/cal_detselect.pro::CDS::Select detector data from CDS FITS level-1 file.::calib,Data_Handling, I_O, CDS, FITS, QuickLook
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/calib/cal_hdrread.pro::CDS::Read basic header information from CDS FITS level-1 file.::calib,Data_Handling, I_O, CDS, FITS, QuickLook
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/calib/cal_mkauxdesc.pro::CDS::Return auxiliary data descriptor of correct type.::calib,Data_Handling, I_O, FITS, CDS, QuickLook
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/calib/cal_mkdetwdesc.pro::CDS::Return detector data descriptor of correct type.::calib,Data_Handling, I_O, FITS, CDS, QuickLook
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/calib/cal_store_wnd.pro::CDS::Store data from read_cds into a CDS QLDS::calib,Data_Handling, CDS, QuickLook, Internal
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/calib/close_calfits.pro::CDS::Closes a FITS calibration file which is open for write.::calib,Data_handling, I/O, FITS, CDS, Calibration.
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/calib/open_calfits.pro::CDS::Prepares a FITS calibration file for write.::calib,Data_handling, I/O, FITS, CDS, Calibration.
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/calib/read_calfits.pro::CDS::Reads CDS calibration data from column in FITS binary table.::calib,Data_Handling, I_O, FITS, CDS, Calibration.
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/calib/readcalfits.pro::CDS::Read and return the contents of a CDS FITS level-1 file::calib,Data_Handling, I_O, FITS, CDS, QuickLook
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/calib/write_calfits.pro::CDS::Writes data to a FITS calibration file.::calib,Data_handling, I/O, FITS, CDS, Calibration.
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/auxread.pro::CDS::Read block of auxiliary data from a CDS FITS level-1 file.::cds,Data_Handling, I_O, CDS, FITS, QuickLook
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/cal_hdr_update.pro::CDS::To update primary and binary table headers of a FITS file.::cds,Data_handling,  FITS, i_o
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/cds_compress.pro::CDS::read and compress a sequence of CDS FITS QL files::cds,data analysis
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/cds_files.pro::CDS::find CDS files::cds,data analysis
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/cds_image.pro::CDS::Reads a CDS image from a FITS file (QL or Level-1).::cds,Data Handling, I/O, CDS Specific.
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/cds_pad_qlds.pro::CDS::Make sure all detector data windows have same size.::cds,Data_handling
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/cds_show_image.pro::CDS::Displays a CDS image read by CDS_IMAGE.::cds,Data Handling, I/O, CDS Specific.
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/cds_simple_fits.pro::CDS::Write out simple 2D FITS files.::cds,Class3, FITS
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/cdsheadfits.pro::CDS::Read a FITS file header record::cds,Utilities, FITS.
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/checkcdsfits.pro::CDS::Check FITS file to insure that it meets the CDS standard.::cds,Data Handling, I/O, FITS, SFDU, CDS, Quicklook
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/detread.pro::CDS::Reads detector data from CDS FITS level-1 file.::cds,Data_Handling, I_O, CDS, FITS, QuickLook
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/detselect.pro::CDS::Select detector data from CDS FITS level-1 file.::cds,Data_Handling, I_O, CDS, FITS, QuickLook
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/gt_cds_ql.pro::CDS::read a sequence of CDS FITS QL files into memory::cds,data analysis
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/gt_cds_window.pro::CDS::useful function for getting CDS window number::cds,data analysis
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/hdrread.pro::CDS::Read basic header information from CDS FITS level-1 file.::cds,Data_Handling, I_O, CDS, FITS, QuickLook
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/mk_cds_fits.pro::CDS::make simple CDS FITS files::cds,data analysis
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/mk_cds_gif.pro::CDS::make CDS snapshot GIS files::cds,imaging
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/mkauxdesc.pro::CDS::Return auxiliary data descriptor of correct type.::cds,Data_Handling, I_O, FITS, CDS, QuickLook
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/mkdetwdesc.pro::CDS::Return detector data descriptor of correct type.::cds,Data_Handling, I_O, FITS, CDS, QuickLook
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/pr_cal_hdr.pro::CDS::Easy print of FITS file header.::cds,Data_handling, FITS, i_o
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/read_cds.pro::CDS::read a sequence of CDS FITS files into QL structures::cds,data analysis
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/readcdscol.pro::CDS::Reads CDS data from a column in a FITS binary table.::cds,Data_Handling, I_O, FITS, CDS
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/readcdsfits.pro::CDS::Read and return the contents of a CDS FITS level-1 file::cds,Data_Handling, I_O, FITS, CDS, QuickLook
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/store_wnd.pro::CDS::Store data from read_cds into a CDS QLDS::cds,Data_Handling, CDS, QuickLook, Internal
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/validcdshead.pro::CDS::Check FITS file header for validity in SFDU registration file.::cds,Data Handling, I/O, FITS, SFDU, CDS, Quicklook
$SSW_CDS/idl/sci/data_handling/i_o/fits/cds/validcdstype.pro::CDS::Makes a structure containing valid FITS extension column types.::cds,Data Handling, I/O, FITS, SFDU, CDS, Quicklook
$SSW_CDS/idl/sci/data_handling/i_o/cds/restore_qlds.pro::CDS::Restore a QLDS saved with SAVE_QLDS::cds,Data_Handling, I_O, Quicklook.
$SSW_CDS/idl/sci/data_handling/i_o/cds/save_qlds.pro::CDS::Save a QLDS to an IDL save-file.::cds,Data_Handling, I_O, Quicklook.
$SSW_CDS/idl/sci/data_handling/soho/cds/cat_duration.pro::CDS::Lists the durations of rasters performed on the CDS.::cds,Telemetry, FITS
$SSW_CDS/idl/sci/data_handling/soho/cds/cdscongrid.pro::CDS::Shrink/expand the size of an array by an arbitrary amount.::cds,Array Manipulation.
$SSW_CDS/idl/sci/data_handling/soho/cds/copy_qlds.pro::CDS::Make a copy of a QLDS, including data windows.::cds,QuickLook, Data_handling, SOHO, CDS.
$SSW_CDS/idl/sci/data_handling/soho/cds/delete_qlds.pro::CDS::Delete a QLDS and free handles.::cds,Data_Handling, QuickLook.
$SSW_CDS/idl/sci/data_handling/soho/cds/ezmgn.pro::CDS::To fit multiple Gaussians to NIS data and compare to CHIANTI::cds,Spectral analysis
$SSW_CDS/idl/sci/data_handling/soho/cds/get_avgspec.pro::CDS::Loads averaged example NIS spectrum.::cds,Spectral, data analysis
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_bimage.pro::CDS::Return wavelength band integrated image.::cds,GET
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_binx.pro::CDS::Return detector X binning factor for a QLDS.::cds,GET
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_cds_time.pro::CDS::Returns the time of a specified exposure::cds,CDS, QuickLook, Data_Handling.
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_detector.pro::CDS::Returns the detector name ('NIS' or 'GIS')::cds,GET routine
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_dety.pro::CDS::Return detector Y guess (for NIS) given YIX and waveband.::cds,GET
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_dimension.pro::CDS::Returns information on the dimensionality of a QLDS::cds,CDS QuickLook
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_duration.pro::CDS::Get the duration of a raster from a file or data structure.::cds,Data_handling, FITS
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_exptime.pro::CDS::To retrieve the exposure time from a file or data structure.::cds,Data_handling, FITS
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_fpoint.pro::CDS::Gets the pointing from FITS file header.::cds,Data_handling, FITS
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_hdr.pro::CDS::Return value of FITS header parameter for a given QLDS::cds,GET
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_iimage.pro::CDS::Return image formed at a given dispersion pixel number::cds,GET
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_lambda.pro::CDS::Returns the wavelength for data points::cds,CDS, QuickLook, Data_Handling.
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_mimage.pro::CDS::Return monochromatic image.::cds,GET
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_mirrpos.pro::CDS::To retrieve the mirror posns from a file or data structure.::cds,Data_handling, FITS
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_numexp.pro::CDS::Get the number of exposures from a file or data structure.::cds,Data_handling, FITS
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_numwin.pro::CDS::Get the number of windows from a file or data structure.::cds,Data_handling, FITS
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_point.pro::CDS::Gets the pointing from a data structure.::cds,Data_handling, FITS
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_scanp.pro::CDS::Return a "slit spectrogram" from freely chosen points.::cds,GET
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_scant.pro::CDS::Return a "slit spectrogram" with (lambda,TIME) dimension::cds,GET
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_scanx.pro::CDS::Return a "slit spectrogram" with (lambda,X) dimension::cds,GET
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_scany.pro::CDS::Return a "slit spectrogram" with (lambda,X) dimension::cds,GET
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_slitnum.pro::CDS::To retrieve the slit number from a file or data structure.::cds,Data_handling, FITS
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_slitpos.pro::CDS::Retrieve the slit positions from a file or data structure.::cds,Data_handling, FITS
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_solar_xy.pro::CDS::Return solar X and Y values for a CDS data window::cds,Class2, CDS, Analysis, Coordinates
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_solarx.pro::CDS::Returns the Solar X coordinates for data points::cds,CDS, QuickLook, Data_Handling.
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_solary.pro::CDS::Returns the Solar Y coordinates for data points::cds,CDS, QuickLook, Data_Handling.
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_spectrum.pro::CDS::Returns one-dimensional spectrum at specified point::cds,CDS, QuickLook, Data_Handling.
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_start.pro::CDS::Gets the exposure start times from a file or data structure.::cds,Data_handling, FITS
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_valid.pro::CDS::Determine if keyword values are valid for gt_xxx calls.::cds,Get routines
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_waveband.pro::CDS::Return the waveband number given detector and wavelengt::cds,GET
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_windata.pro::CDS::Return block of detector data from one detector window.::cds,Data_handling, Get
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_windesc.pro::CDS::Return block of detector data from one detector window.::cds,Data_handling, Get
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_window.pro::CDS::Find a (valid) window from BAND + DETX::cds,GET
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_winsize.pro::CDS::Get the size of data windows from a file or data structure.::cds,Data_handling, FITS
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_wlabel.pro::CDS::Get the label of a window from a file or data structure.::cds,Data_handling, FITS
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_wlimits.pro::CDS::To retrieve the window limits from a file or data structure.::cds,Data_handling, FITS
$SSW_CDS/idl/sci/data_handling/soho/cds/gt_wnum.pro::CDS::Get the number of a window from a file or data structure.::cds,Data_handling, FITS
$SSW_CDS/idl/sci/data_handling/soho/cds/mono_spec.pro::CDS::Plots a spectrum chosen graphically by user.::cds,Data analysis, spectral
$SSW_CDS/idl/sci/data_handling/soho/cds/nis_pix_analyse.pro::CDS::Complementary routine to NIS_QUICKLOOK. Allows the spectrum from an image pixel chosen in NIS_QUICKLOOK to be viewed. Also works as a stand-alone routine.::cds,Data analysis
$SSW_CDS/idl/sci/data_handling/soho/cds/nis_quicklook.pro::CDS::Allows a quick-look at CDS data::cds,Data analysis
$SSW_CDS/idl/sci/data_handling/soho/cds/plot_deltat.pro::CDS::Plot the time interval between exposures in a raster.::cds,Util
$SSW_CDS/idl/sci/data_handling/soho/cds/plot_expint.pro::CDS::Plots exposure intervals for a CDS raster.::cds,Data analysis
$SSW_CDS/idl/sci/data_handling/soho/cds/plot_raster.pro::CDS::Plot the scan positions in a raster.::cds,Util
$SSW_CDS/idl/sci/data_handling/soho/cds/plot_vds_bias.pro::CDS::Plot VDS CCD bias levels::cds,Data analysis
$SSW_CDS/idl/sci/data_handling/soho/cds/plot_windows.pro::CDS::Plot the data extraction windows in a raster.::cds,Util
$SSW_CDS/idl/sci/data_handling/soho/cds/poly_spec.pro::CDS::Averages spectra chosen graphically by user.::cds,Data analysis, spectral
$SSW_CDS/idl/sci/data_handling/soho/cds/show_axes.pro::CDS::Informs of axes type of CDS data structure.::cds,CDS, FITS, array
$SSW_CDS/idl/sci/data_handling/soho/cds/show_slit6.pro::CDS::Shows spectral overlap regions in CDS wide slit data.::cds,Planning
$SSW_CDS/idl/sci/data_handling/soho/cds/st_windata.pro::CDS::Putting back the data block for a detector window::cds,Data_handling, Soho, CDS
$SSW_CDS/idl/sci/data_handling/soho/sumer/mksumwdesc.pro::CDS::Return detector data descriptor of correct type.::sumer,Data_Handling, I_O, FITS, CDS, SUMER, QuickLook
$SSW_CDS/idl/sci/data_handling/soho/sumer/readsum2cds.pro::CDS::Read and return the contents of a SUMER FITS level-1 file::sumer,Data_Handling, I_O, FITS, CDS, SUMER, QuickLook
$SSW_CDS/idl/sci/data_handling/soho/sumer/readsumcol.pro::CDS::Reads SUMER data from a column in a FITS binary table.::sumer,Data_Handling, I_O, FITS, CDS, SUMER
$SSW_CDS/idl/sci/data_handling/soho/sumer/storesumwnd.pro::CDS::Store SUMER data from READSUMCOL into a CDS QLDS::sumer,Data_Handling, CDS, SUMER, QuickLook, Internal
$SSW_CDS/idl/sci/data_handling/soho/sumer/sumdetread.pro::CDS::Reads detector data from SUMER FITS level-1 file.::sumer,Data_Handling, I_O, CDS, SUMER, FITS, QuickLook
$SSW_CDS/idl/sci/data_handling/soho/sumer/sumdetselect.pro::CDS::Select detector data from SUMER FITS level-1 file.::sumer,Data_Handling, I_O, CDS, SUMER, FITS, QuickLook
$SSW_CDS/idl/sci/engineering/check_nis_wcal.pro::CDS::Demonstrates applicability of current NIS wavecal.::engineering,Calibration
$SSW_CDS/idl/sci/engineering/demo_4th_pix.pro::CDS::Demonstrates the 4th pixel readout effect in NIS1 data.::engineering,None
$SSW_CDS/idl/sci/engineering/expint_demo.pro::CDS::Demonstrate effect of packetization module patch::engineering,Prev. Hist. : None
$SSW_CDS/idl/sci/engineering/ff_demo.pro::CDS::Demonstrates new on board flat-field for OV region.::engineering,Engineering
$SSW_CDS/idl/sci/engineering/new_ff_demo.pro::CDS::Demonstrates application of Flat Field and its effects::engineering,Calibration
$SSW_CDS/idl/sci/engineering/nis1_relcal.pro::CDS::Demonstrate possible NIS1 relative intensity calibration.::engineering,Demonstration, intensity, calibration
$SSW_CDS/idl/sci/engineering/nis2_relcal.pro::CDS::Demonstrate possible NIS2 relative intensity calibration.::engineering,Demonstration, intensity, calibration
$SSW_CDS/idl/sci/engineering/nis_avg_spect_demo.pro::CDS::Demonstrate the NIS average quiet sun spectra.::engineering,Class2, CDS, Calibration, Spectrum
$SSW_CDS/idl/sci/engineering/nis_bias_demo.pro::CDS::Demonstrates NIS bias levels from daily synoptic scans.::engineering,Calibration
$SSW_CDS/idl/sci/engineering/nis_wavecal_demo.pro::CDS::Demonstrate NIS wavelength calibration.::engineering,Calibration, wavelength
$SSW_CDS/idl/sci/engineering/plot_cds_crays.pro::CDS::Demonstrates counts of cosmic rays detected by CDS::engineering,Engineering
$SSW_CDS/idl/sci/engineering/plot_sci_tlm.pro::CDS::Demonstrates science content of CDS telemetry::engineering,Engineering
$SSW_CDS/idl/sci/engineering/plot_slit_offsets.pro::CDS::Demonstrates Y-pixel offsets for different slits.::engineering,Engineering
$SSW_CDS/idl/sci/engineering/plot_temp_pos.pro::CDS::Demonstrates temperature dependence of NIS wavecal::engineering,Engineering
$SSW_CDS/idl/sci/engineering/show_scatter.pro::CDS::Demonstrates difference between wide slit and rastered images.::engineering,Engineering
$SSW_CDS/idl/sci/engineering/slit45_image_demo.pro::CDS::Demonstrates slit 4 and 5 NIS image data.::engineering,Calibration
$SSW_CDS/idl/sci/engineering/slit4v5_demo.pro::CDS::Demonstrates slit 4 and 5 NIS data.::engineering,Calibration
$SSW_CDS/idl/sci/engineering/sunsize_demo.pro::CDS::Demonstrate apparent size/position of sun each day.::engineering,Calibration, pointing
$SSW_CDS/idl/sci/engineering/synop_stab_demo.pro::CDS::Demonstrate further temperature/wavecal effects.::engineering,Calibration
$SSW_CDS/idl/sci/engineering/synoptic_stats.pro::CDS::Demonstrates statistics from daily synoptic scans.::engineering,Engineering
$SSW_CDS/idl/sci/engineering/tilt_nis1_demo.pro::CDS::Demonstrate variation of NIS1 spectral line tilt.::engineering,Calibration
$SSW_CDS/idl/sci/engineering/tilt_nis2_demo.pro::CDS::Demonstrate variation of NIS2 spectral line tilt.::engineering,Calibration
$SSW_CDS/idl/sci/engineering/vds_bias_glitch.pro::CDS::Demonstrates instability in VDS bias level.::engineering,Engineering, VDS
$SSW_EIT/idl/response/eit_eff_area.pro::EIT::Return the EIT effective area as a function of wavelength::response
$SSW_EIT/idl/response/eit_witness.pro::EIT::Return the product of the reflectivities of the primary & secondary witness mirrors::response
$SSW_EIT/idl/response/plot_eit_area.pro::EIT::Plot the EIT effective area vs wavelength::response
$SSW_EIT/idl/response/plot_eit_entrance.pro::EIT::Plot the comparison between computed EIT entrance filter and Jean-Pierre Delaboudiniere measured values.::response
$SSW_EIT/idl/response/plot_eit_filters.pro::EIT::Plot the transmissions of the EIT filters::response
$SSW_EIT/idl/response/plot_eit_flux.pro::EIT::Plot the EIT response curves::response
$SSW_EIT/idl/response/plot_eit_mirror.pro::EIT::Plot the EIT mirror reflectivity::response
$SSW_EIT/idl/response/plot_eit_response.pro::EIT::Plot the various EIT response parameters::response
$SSW_EIT/idl/util/eit_colors.pro::EIT::load EIT color tables::util
$SSW_EIT/idl/util/eit_dark.pro::EIT::N.A.::util
$SSW_EIT/idl/util/eit_data_scale.pro::EIT::scale EIT data to some standard (and provide single point maint)::util
$SSW_EIT/idl/util/eit_degrid_smooth.pro::EIT::Smoothing algorithm for degridding EIT images.  Adaptation of A. Maucherat's early routines.::util
$SSW_EIT/idl/util/eit_dump.pro::EIT::produce postscript or gif files::util
$SSW_EIT/idl/util/eit_file2path.pro::EIT::translate eit file name to "standard path" on local system::util
$SSW_EIT/idl/util/eit_files.pro::EIT::return online eit file names::util
$SSW_EIT/idl/util/eit_fill_cube.pro::EIT::fill missing data with data from neighbors::util
$SSW_EIT/idl/util/eit_fulldisk.pro::EIT::read,  return and optionally display Full Disk EIT images::util
$SSW_EIT/idl/util/eit_fulldiskdb.pro::EIT::generate EIT full disk data base (calls eit_fulldisk)::util
$SSW_EIT/idl/util/eit_fxpar.pro::EIT::Obtain the value of a parameter in a FITS header.::util,Data Handling, I/O, FITS, Generic.
$SSW_EIT/idl/util/eit_genx_cat.pro::EIT::generate and/or read local eit qkl catalog::util
$SSW_EIT/idl/util/eit_getlimb.pro::EIT::get the limb parameters from EIT FITS or fit limb if not present::util
$SSW_EIT/idl/util/eit_getobs.pro::EIT::interactive selection of EIT obsserving blocks (32x32)::util
$SSW_EIT/idl/util/eit_gt_corner.pro::EIT::Return the defining corners of an EIT image.::util
$SSW_EIT/idl/util/eit_gt_filter.pro::EIT::Return the filter of a 2- or 3-D index structure or FITS header.::util
$SSW_EIT/idl/util/eit_gt_wavelnth.pro::EIT::Return the wavelength of a 2- or 3-D index structure or FITS header.::util
$SSW_EIT/idl/util/eit_lzsort.pro::EIT::get index of subimages from a level zero FITS file which match selected wavelength::util
$SSW_EIT/idl/util/eit_mirror.pro::EIT::make and submit EIT quicklook mirror job  6-feb-1996 (S.L.Freeland)::util
$SSW_EIT/idl/util/eit_norm_response.pro::EIT::compute a normalized response for each eit band::util
$SSW_EIT/idl/util/eit_pixsize.pro::EIT::N.A.::util
$SSW_EIT/idl/util/eit_point.pro::EIT::return EIT pointing = Sun center, for a specific date and wavelength::util
$SSW_EIT/idl/util/eit_postage.pro::EIT::display small images of whole day on one screen::util,image summary
$SSW_EIT/idl/util/eit_rescale.pro::EIT::N.A.::util
$SSW_EIT/idl/util/eit_struct.pro::EIT::return eit_structure::util
$SSW_EIT/idl/util/eitoversxt.pro::EIT::draw EIT contours on SXT image; optionally overlay EIT 32x32 grid::util
$SSW_EIT/idl/util/find_fits_keyword.pro::EIT::Find the FITS header line containing the given keyword.::util
$SSW_EIT/idl/util/get_eit_data.pro::EIT::This procedure copies all full field images from specified date to either local directory or FTP's to remote machine.::util
$SSW_EIT/idl/util/get_eit_info.pro::EIT::provide 'standard' 1-line summaries of EIT index/fits file headers::util
$SSW_EIT/idl/util/gt_eitfilter.pro::EIT::To extract the EIT filter number optionally return a string mnemonic.::util
$SSW_EIT/idl/util/gt_eitsector.pro::EIT::To extract the EIT sector number optionally return a string mnemonic.::util
$SSW_EIT/idl/util/is_fits.pro::EIT::N.A.::util
$SSW_EIT/idl/util/is_gsfcvms.pro::EIT::single point maintenance of this list add to list as required::util
$SSW_EIT/idl/util/is_ss.pro::EIT::N.A.::util
$SSW_EIT/idl/util/lasteit.pro::EIT::read and display most recent EIT images::util
$SSW_EIT/idl/util/mk_lasteit_movie.pro::EIT::recent EIT full disk movies->WWW  (illustrate image2movie...)::util
$SSW_EIT/idl/util/nrl2eit.pro::EIT::To make a NRL formatted EIT FITS file compatible with EIT software.::util,FITS processing
$SSW_EIT/idl/util/qmenu.pro::EIT::N.A.::util
$SSW_EIT/idl/util/read_eit.pro::EIT::read eit image(s) into 2D or 3D array & map header->structure::util
$SSW_EIT/idl/util/read_eits.pro::EIT::read of one or multiple EIT files::util
$SSW_EIT/idl/util/sxt2eit.pro::EIT::align SXT image to EIT::util
$SSW_EIT/idl/util/xin.pro::EIT::N.A.::util
$SSW_EIT/idl/anal/cat_directory.pro::EIT::Locate requested catalog::anal,EIT Catalog
$SSW_EIT/idl/anal/cat_open.pro::EIT::Open and associate catalog to structure.::anal,EIT Catalog
$SSW_EIT/idl/anal/cat_to_text.pro::EIT::Convert "raw" catalog entries into string array::anal
$SSW_EIT/idl/anal/cosmicr.pro::EIT::N.A.::anal
$SSW_EIT/idl/anal/eit_catrd.pro::EIT::Read the daily catalogs and return entries as rEQuested output::anal,Catalogs
$SSW_EIT/idl/anal/eit_degrid.pro::EIT::Degrid an EIT image, either full FOV or POV and/or binned.::anal
$SSW_EIT/idl/anal/eit_display.pro::EIT::This function will display EIT movies (IDL Save Sets) and EIT images (FITS files) using eit_movie and eit_image respectively.::anal,WIDGET interface
$SSW_EIT/idl/anal/eit_flat.pro::EIT::SE:::anal
$SSW_EIT/idl/anal/eit_flux.pro::EIT::Specify Te + filter + DEM ==> compute DN Specify Te + filter + DN ==> compute DEM::anal
$SSW_EIT/idl/anal/eit_image.pro::EIT::Read a SOHO Extreme ultraviolet Imaging Telescope (EIT) image from a FITS file, and return the byte-scaled image.::anal
$SSW_EIT/idl/anal/eit_mkmovie.pro::EIT::Create a GIF or MPEG movie from an Input FITS file list or byte-scaled data cube::anal,Animation
$SSW_EIT/idl/anal/eit_movie.pro::EIT::N.A.::anal
$SSW_EIT/idl/anal/eit_prep.pro::EIT::Process an EIT image.::anal,FITS processing
$SSW_EIT/idl/anal/eit_ratio.pro::EIT::create a ratio of two images and optionally display it::anal
$SSW_EIT/idl/anal/eit_ring_flux.pro::EIT::Calculate the total flux (DN) per second with a given annulus in an EIT full field image.::anal
$SSW_EIT/idl/anal/eit_sub_movie.pro::EIT::Create a movie of a subfield image from a sequence of full field iages, tracking the region of interest with solar rotation.::anal,FITS processing
$SSW_EIT/idl/anal/eit_temp.pro::EIT::Specify  195/171 or 284/195 ratio or individual DN values ==> compute TEMP, emission measure NOTE: THIS IS MAINLY A PLACEHOLDER, HOWEVER IT MAY BE USEFUL.::anal
$SSW_EIT/idl/anal/eit_xcat.pro::EIT::Interactive Widget interface to LZ catalog::anal,Catalogs
$SSW_EIT/idl/anal/fake_missing_blocks.pro::EIT::N.A.::anal
$SSW_EIT/idl/anal/mk_eit_l1.pro::EIT::Create Level 1 FITS files via eit_prep. Demo program to show usage.::anal,Data Handling, I/O, FITS.
$SSW_EIT/idl/anal/movie_maker.pro::EIT::This procedure will create EIT movies (IDL Save Sets). The user interactively selects a series of FITS images, scales them, and saves them.::anal,WIDGET interface
$SSW_EIT/idl/anal/movie_select.pro::EIT::N.A.::anal
$SSW_EIT/idl/anal/raise_missing_blocks.pro::EIT::N.A.::anal
$SSW_EIT/idl/anal/time_stamp.pro::EIT::N.A.::anal
$SSW_EIT/idl/obsolete/catrd_daily.pro::EIT::Read the daily catalogs and return entries as requested output::obsolete
$SSW_EIT/idl/obsolete/eit_catrds.pro::EIT::front end to catrd_daily (read time range)::obsolete
$SSW_EIT/idl/obsolete/eit_degrid_fft.pro::EIT::Degrid an EIT image via an FFT transform.  EIT_DEGRID_FFT assumes missing blocks have been raised to the detector offset, and the detector offset subtracted.::obsolete
$SSW_EIT/idl/test/new1.pro::EIT::N.A.::test
$SSW_LASCO/idl/astrometry/ephemeris/cdf_cat_file.pro::LASCO::Print information about a CDF to an ASCII file.::ephemeris
$SSW_LASCO/idl/astrometry/ephemeris/coco_j2000.pro::LASCO::Transform between celestial and ecliptic coordinates for equinox J2000.::ephemeris
$SSW_LASCO/idl/astrometry/ephemeris/diff_2.pro::LASCO::N.A.::ephemeris
$SSW_LASCO/idl/astrometry/ephemeris/diff_3.pro::LASCO::N.A.::ephemeris
$SSW_LASCO/idl/astrometry/ephemeris/dtselect.pro::LASCO::Widget tool for date/time selection.::ephemeris,Widgets.
$SSW_LASCO/idl/astrometry/ephemeris/get_att_fits.pro::LASCO::Get the SOHO spacecraft attitude.::ephemeris,Class3, Orbit
$SSW_LASCO/idl/astrometry/ephemeris/get_orbit_cdf.pro::LASCO::Get the SOHO orbit information.::ephemeris,Class3, Orbit
$SSW_LASCO/idl/astrometry/ephemeris/get_orbit_cdf2.pro::LASCO::Get the SOHO orbit information.::ephemeris,Class3, Orbit
$SSW_LASCO/idl/astrometry/ephemeris/get_orbit_fits.pro::LASCO::Get the SOHO orbit information.::ephemeris,Class3, Orbit
$SSW_LASCO/idl/astrometry/ephemeris/pointing3.pro::LASCO::Widget interface to display LASCO pointing information.::ephemeris,Widgets.
$SSW_LASCO/idl/astrometry/ephemeris/rd_catalog.pro::LASCO::Read star catalogs for any of the three LASCO coronagraphs.::ephemeris
$SSW_LASCO/idl/astrometry/ephemeris/setup_astrom.pro::LASCO::Set up FITS-type astrometry structure in CD format for any of the LASCO telescopes.::ephemeris
$SSW_LASCO/idl/astrometry/ephemeris/sohoephem.pro::LASCO::Compute solar/planetary ephemerides.::ephemeris
$SSW_LASCO/idl/astrometry/ephemeris/sohoephem2.pro::LASCO::Compute solar/planetary ephemerides.::ephemeris
$SSW_LASCO/idl/astrometry/ephemeris/sohoephem3.pro::LASCO::Compute solar/planetary ephemerides.::ephemeris
$SSW_LASCO/idl/astrometry/ephemeris/starfield.pro::LASCO::Widget interface to display stars and planets in field of view of any of the three LASCO coronagraphs.::ephemeris,Widgets.
$SSW_LASCO/idl/astrometry/ephemeris/starfield2.pro::LASCO::Widget interface to display stars and planets in field of view of any of the three LASCO coronagraphs.::ephemeris,Widgets.
$SSW_LASCO/idl/astrometry/ephemeris/starfield3.pro::LASCO::Widget interface to display stars and planets in field of view of any of the three LASCO coronagraphs.::ephemeris,Widgets.
$SSW_LASCO/idl/astrometry/ephemeris/starfield4.pro::LASCO::Widget interface to display stars and planets in field of view of any of the three LASCO coronagraphs.::ephemeris,Widgets.
$SSW_LASCO/idl/cme/c3_cme.pro::LASCO::This function calibrates C3 images and calculates the mass of a CME::cme,CME
$SSW_LASCO/idl/cme/c3_cme_front.pro::LASCO::This function calibrates C3 images and calculates the mass of a CME::cme,CME
$SSW_LASCO/idl/cme/c3_massimg.pro::LASCO::This function calibrates C3 images and calculates the mass of a CME::cme,CME
$SSW_LASCO/idl/cme/calc_cme_mass.pro::LASCO::Computes the CME mass in an image given a box defining the area::cme,CME
$SSW_LASCO/idl/cme/cme_massimg2total.pro::LASCO::This function calculates the mass of a CME from mass images.::cme,CME
$SSW_LASCO/idl/cme/derivfitshdr.pro::LASCO::N.A.::cme
$SSW_LASCO/idl/cme/get_cme_summary.pro::LASCO::This function defines the cme_summary data structure::cme,CME
$SSW_LASCO/idl/cme/mlo_massimg.pro::LASCO::This function subracts the input calibrated images into a mass image::cme,CME
$SSW_LASCO/idl/cme/plot_excess_mass.pro::LASCO::N.A.::cme
$SSW_LASCO/idl/cme/read_mass.pro::LASCO::N.A.::cme
$SSW_LASCO/idl/cme/roi_sector.pro::LASCO::This function returns the 1D list of indices contained within the specified sector::cme,CME
$SSW_LASCO/idl/cme/update_cme_summary.pro::LASCO::N.A.::cme
$SSW_LASCO/idl/cme/xcme_mes.pro::LASCO::This procedure is used to display CME measurements::cme,CME
$SSW_LASCO/idl/cme/xcme_sum.pro::LASCO::This procedure is used to display the CME summary page.::cme,CME
$SSW_LASCO/idl/convert/cnvrt2ref.pro::LASCO::This procedure converts coordinate system to the standard coordinate system using the FITS keyword notation::convert,DATA_ANAL
$SSW_LASCO/idl/convert/cnvrt_filter.pro::LASCO::Interprets the LASCO/EIT filter number into a text string (or the reverse: str to int)::convert,REDUCTION
$SSW_LASCO/idl/convert/cnvrt_ip.pro::LASCO::Convert image processing steps into one character per step codes.::convert,REDUCTION
$SSW_LASCO/idl/convert/cnvrt_ip_html.pro::LASCO::N.A.::convert
$SSW_LASCO/idl/convert/cnvrt_lp.pro::LASCO::Interprets the LEB Programs (LP) number into a string::convert,REDUCTION
$SSW_LASCO/idl/convert/cnvrt_polar.pro::LASCO::Interprets the LASCO/EIT polarizer wheel number into a text string::convert,REDUCTION
$SSW_LASCO/idl/convert/cnvrt_port.pro::LASCO::Interprets the readout port number into a text string::convert,REDUCTION
$SSW_LASCO/idl/convert/cnvrt_ro_coords.pro::LASCO::This procedure converts readout coordinates, P1 and P2, to new values depending upon the readout port.::convert,REDUCTION
$SSW_LASCO/idl/convert/fix_ht_scale.pro::LASCO::This procedure is used to fix the scaling of the HT files::convert,MOVIE
$SSW_LASCO/idl/convert/img_hdr_txt2struct.pro::LASCO::N.A.::convert
$SSW_LASCO/idl/convert/offset_bias.pro::LASCO::Provides the electronic offset introduced for each readout port::convert,LASCO Calibration
$SSW_LASCO/idl/convert/old_offset_bias.pro::LASCO::Provides the electronic offset introduced for each readout port::convert,LASCO Calibration
$SSW_LASCO/idl/convert/read_ip_dat.pro::LASCO::Returns an array of structures comtaining defined image processing id codes and descriptions.::convert,LASCO CONVERT
$SSW_LASCO/idl/convert/read_occ_dat.pro::LASCO::Returns an array of structures containing LASCO occulter centers, and EIT Sun Centers::convert,LASCO CONVERT
$SSW_LASCO/idl/convert/subtense.pro::LASCO::Returns the angular subtense (arc sec/pixel) for the requested telescope::convert,REDUCTION
$SSW_LASCO/idl/convert/w_air2vac.pro::LASCO::Convert air wavelength to vacuum wavelength::convert
$SSW_LASCO/idl/convert/w_vac2air.pro::LASCO::Convert vacuum wavelength to air wavelength::convert
$SSW_LASCO/idl/data_anal/,maxmin.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/data_anal/bk.pro::LASCO::This function returns a K-coronal image from the total B image by subtracting off the F-coronal model.::data_anal,DATA_ANAL
$SSW_LASCO/idl/data_anal/c1_lister.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/data_anal/c3_distortion.pro::LASCO::This function returns distance in arcseconds, given distance in pixels.::data_anal,DATA_ANAL
$SSW_LASCO/idl/data_anal/c3_warp.pro::LASCO::This function distorts a C3 image and returns it.::data_anal
$SSW_LASCO/idl/data_anal/cr_rem_array.pro::LASCO::Remove cosmic rays from LASCO/EIT images::data_anal,Image processing
$SSW_LASCO/idl/data_anal/cr_rem_file.pro::LASCO::Remove cosmic rays from LASCO/EIT images::data_anal,Image processing
$SSW_LASCO/idl/data_anal/def_lasco_hdr.pro::LASCO::Define a Header Structure for a LEB Science Image::data_anal,CCD
$SSW_LASCO/idl/data_anal/eltheory.pro::LASCO::This procedure computes various properties of the Thomson scattered light by an electron in the solar corona.::data_anal,CME
$SSW_LASCO/idl/data_anal/find_chord_ctr.pro::LASCO::Find the center of the occulting disk by the method of chords::data_anal,LASCO Analysis
$SSW_LASCO/idl/data_anal/fits_hdr_list.pro::LASCO::This routine prints a list of all of the timing parameters returned in the header.::data_anal,DATA_ANAL
$SSW_LASCO/idl/data_anal/fpc1_3img.pro::LASCO::To calculate LASCO C1 emission line signal. (Note: the output is in the same units as the input images. No photometric correction is made.)::data_anal
$SSW_LASCO/idl/data_anal/fpc1_bias.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/data_anal/fpc1_insf.pro::LASCO::Return the C1 instrument function Voigt parameters.::data_anal,image reduction routines
$SSW_LASCO/idl/data_anal/fpc1_iwcw.pro::LASCO::Determine C1 instrument function central wavelength map array for a monochromatic image.::data_anal,image reduction routines
$SSW_LASCO/idl/data_anal/fpc1_wcw.pro::LASCO::To determine the C1 instrument function central wavelength as a function of pixel position (x,y), command wavelength (wc) and FP order (m).::data_anal
$SSW_LASCO/idl/data_anal/fpc1_wwc.pro::LASCO::Given a true wavelength (w) and a pixel position on a LASCO C1 image (x,y) and an order (m), the function will return the command wavelength for the FP in order::data_anal,???
$SSW_LASCO/idl/data_anal/generate_r_matrix.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/data_anal/get_img_center.pro::LASCO::This function returns the center of the image relative to the sun center in arc seconds.::data_anal,LASCO_ANALYSIS
$SSW_LASCO/idl/data_anal/get_sec_pixel.pro::LASCO::This function returns arc seconds per pixel.::data_anal,LASCO_ANALYSIS
$SSW_LASCO/idl/data_anal/get_solar_radius.pro::LASCO::This function returns the radius of the sun in arc seconds.::data_anal,LASCO_ANALYSIS
$SSW_LASCO/idl/data_anal/get_solar_roll.pro::LASCO::This function returns the roll angle  of solar north in radians::data_anal,LASCO_ANALYSIS
$SSW_LASCO/idl/data_anal/get_sun_center.pro::LASCO::This function returns the center of the occulting disk as a 2 element array of the column and row numbers.  The number starts at 0.  The definition in the FITS header is starting from 1.::data_anal,LASCO_ANALYSIS
$SSW_LASCO/idl/data_anal/getbkgimg.pro::LASCO::Get background image for given telescope::data_anal,Data analysis
$SSW_LASCO/idl/data_anal/image_plot.pro::LASCO::generates standard plots for image analysis  Usage:::data_anal
$SSW_LASCO/idl/data_anal/image_profiles.pro::LASCO::Extract a profile from an image. Based on IDL's profile.pro::data_anal
$SSW_LASCO/idl/data_anal/img_add.pro::LASCO::This function routine performs a weighted sum of two images, in which the weights are the same.  This would be used as a check of the::data_anal,ANALYSIS
$SSW_LASCO/idl/data_anal/img_comp_dist.pro::LASCO::This function routine creates a composite image from two images based on two radial distances.   For radii less than R1, the::data_anal,ANALYSIS
$SSW_LASCO/idl/data_anal/img_comp_int.pro::LASCO::This function routine creates a composite image from two images, based on intensity values.  For intensities less than Int1,::data_anal,ANALYSIS
$SSW_LASCO/idl/data_anal/img_sum_2x2.pro::LASCO::This function does a rebinning into an array that is 1/2 the size of the original image in each axis, by summing 2x2 pixels.  This increases signal to noise.::data_anal,LASCO ANALYSIS
$SSW_LASCO/idl/data_anal/img_wt_sum.pro::LASCO::This function routine performs a weighted sum of two images.::data_anal,ANALYSIS
$SSW_LASCO/idl/data_anal/l1_rdfts.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/data_anal/l1_rdfts2.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/data_anal/lasco_fitshdr2struct.pro::LASCO::Read a LASCO FITS file to obtain an image and header array.::data_anal,Data_Handling, I_O
$SSW_LASCO/idl/data_anal/lasco_image.pro::LASCO::Read a LASCO FITS file to obtain an image and header array.::data_anal,Data_Handling, I_O
$SSW_LASCO/idl/data_anal/lasco_readfits.pro::LASCO::Read a LASCO FITS file to obtain an image and header array.::data_anal,Data_Handling, I_O
$SSW_LASCO/idl/data_anal/lasco_sidebar.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/data_anal/maxmin.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/data_anal/mk_example_hdr.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/data_anal/mk_mlo_struct.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/data_anal/mlo_fitshdr2struct.pro::LASCO::Converts a FITS header into a structure similar to the LASCO structure::data_anal,Data_Handling, I_O
$SSW_LASCO/idl/data_anal/noise.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/data_anal/occltr_cntr.pro::LASCO::This function returns the center of the occulting disk as a 2 element array of the column and row numbers.  The number starts at 0.  The definition in the FITS header is starting from 1.::data_anal,LASCO_ANALYSIS
$SSW_LASCO/idl/data_anal/orbit_file_type.pro::LASCO::This function returns an identifier, indicating which type of orbit files exist at the site.  If files of more than one type exist, then a fits file is returned if possible.::data_anal
$SSW_LASCO/idl/data_anal/plot_lasco_spectra.pro::LASCO::This procedure plots the LASCO filter spectral data::data_anal,CATEGORY CALIBRATION
$SSW_LASCO/idl/data_anal/plot_rth_ht.pro::LASCO::This procedure plots the height-time information in an image format::data_anal,DATA_ANAL
$SSW_LASCO/idl/data_anal/point_filter.pro::LASCO::This procedure filters out the pixels which are brighter than the area in which they are found.::data_anal
$SSW_LASCO/idl/data_anal/popup_help.pro::LASCO::only purpose of the routine is to kill the message window,::data_anal
$SSW_LASCO/idl/data_anal/print_fits_hdr.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/data_anal/print_hdr.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/data_anal/print_hdr_list.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/data_anal/print_hdr_var.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/data_anal/quick_look.pro::LASCO::se     :::data_anal,Image Display.
$SSW_LASCO/idl/data_anal/read_image_old.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/data_anal/read_lasco_spectra.pro::LASCO::This procedure reads the LASCO filter spectral data::data_anal,CATEGORY CALIBRATION
$SSW_LASCO/idl/data_anal/read_leb_image.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/data_anal/reduce_std_size.pro::LASCO::Create a "full image" 512x512 of the input image.  Accounts for sub images and pixel summing.::data_anal,LASCO DATA REDUCTION
$SSW_LASCO/idl/data_anal/scale_rotate.pro::LASCO::This function moves, scales and rotates an image to a new position and plate scale factor.::data_anal,ANALYSIS
$SSW_LASCO/idl/data_anal/scan_profile.pro::LASCO::This function returns the values of the Img in a straight line between the end points specified by P0 and P1.::data_anal,LASCO ANALYSIS
$SSW_LASCO/idl/data_anal/sci_pckt_cntr.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/data_anal/search_leb_side.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/data_anal/select_files.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/data_anal/sidebarleb.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/data_anal/spm_fcor.pro::LASCO::This function returns the Saito-Poland-Munro F corona::data_anal
$SSW_LASCO/idl/data_anal/spm_kcor.pro::LASCO::This function returns the Saito-Poland-Munro K corona::data_anal
$SSW_LASCO/idl/data_anal/spm_ne.pro::LASCO::This function returns the Saito-Poland-Munro electron density::data_anal
$SSW_LASCO/idl/data_anal/spm_pb.pro::LASCO::This function returns the Saito-Poland-Munro polarization brightness::data_anal
$SSW_LASCO/idl/data_anal/stdimgplot.pro::LASCO::generates standard plots for image analysis  Usage:::data_anal
$SSW_LASCO/idl/data_anal/stdnoiseaiv.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/data_anal/stdnoiseall.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/data_anal/struct2fitshdr.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/data_anal/telescope_pointing.pro::LASCO::This function returns the telescope pointing information for SUNDIST.::data_anal,LASCO DATA_ANAL
$SSW_LASCO/idl/database/adjst_strarr_len.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/all_menus.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/convert_to_orig.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/db_help_func.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/db_insert.pro::LASCO::writes SQL statements to insert a record into a dbms table::database,DBMS
$SSW_LASCO/idl/database/decode_cam_state_str.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/decode_tel_state_str.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/def2c.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/def2c_fill.pro::LASCO::To convert DB table definition ASCII format to C routine.::database,Database Administration
$SSW_LASCO/idl/database/def2c_format.pro::LASCO::To convert DB table definition ASCII format to C format routine.::database,Database Administration
$SSW_LASCO/idl/database/def2c_insert.pro::LASCO::To convert DB table definition ASCII format to C routine.::database,Database Administration
$SSW_LASCO/idl/database/def2c_values.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/def2script.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/def2sql_insert.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/def2struct.pro::LASCO::To convert DB table definition ASCII format to C and IDL include files.::database,Database Administration
$SSW_LASCO/idl/database/disp_cat_configs.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/disp_select.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/eit_query.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/form_qry.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/get_db_struct.pro::LASCO::To retrieve a structure appropriate for a given database and table.::database,Database Administration
$SSW_LASCO/idl/database/helps.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/helps_win.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/imdisp.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/init_db_struct.pro::LASCO::To initialize DB table structures from include files.::database,Database Administration
$SSW_LASCO/idl/database/lqdb.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/make_master_struct.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/make_unique_osnum.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/mult_imdisp.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/observation_lister.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/plot_num_images.pro::LASCO::This subroutine plots histograms of all daily Level-0 or just the full field images (those with naxis1 greater or equal to 512) for a selected date range, camera, filter, and polarizer.::database
$SSW_LASCO/idl/database/print_rows.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/printe.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/printep.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/printp.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/prints.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/ptime.pro::LASCO::ing to a double for plotting purposes.  g array of times for plotting purposes.::database
$SSW_LASCO/idl/database/qdb.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/qdb_tools.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/read_door_status.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/reformat_date.pro::LASCO::N.A.::database
$SSW_LASCO/idl/database/sybase_deftime_2_24.pro::LASCO::N.A.::database
$SSW_LASCO/idl/display/arrtable2string.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/cat_name.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/ccosmics.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/cd_movie.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/chandle.pro::LASCO::se     :::display,DISPLAY
$SSW_LASCO/idl/display/chk_h4s.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/compose.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/composite.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/cosmics.pro::LASCO::bilder fuer tomographie von fehlstellen befreien::display
$SSW_LASCO/idl/display/cr_movie.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/cut_img.pro::LASCO::To cut an image at a certain value of its histogram. This can be useful when a few 'hot' pixels (as they might occur during flatfielding) might damage the::display,LASCO
$SSW_LASCO/idl/display/cut_max.pro::LASCO::To cut an image at a certain value of its histogram. This can be useful when a few 'hot' pixels (as they might occur during flatfielding) might damage the::display,PICO
$SSW_LASCO/idl/display/cw_clr1_index.pro::LASCO::CW_CLR_INDEX is a compound widget for the selection of a color index. A horizontal color bar is displayed. Clicking on the bar sets the color index.::display,Compound Widgets
$SSW_LASCO/idl/display/data_type.pro::LASCO::To determine the data type of a variable::display,PICO
$SSW_LASCO/idl/display/diff_img.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/diff_of.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/diff_ref.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/diff_ref_nm.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/display.pro::LASCO::display images, ...::display
$SSW_LASCO/idl/display/dmemory.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/dmovie.pro::LASCO::This procedure will generate a list of images for selected day, create image reduce header catalog, sort images on date and time, write a list of images on ../work/$USER/list with name of the last processed day:::display,LASCO DATA ANALYSIS
$SSW_LASCO/idl/display/dynadd2.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/dynimg.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/ephemeris.pro::LASCO::To do basic calculation of solar ephemeris. The Date for which the calculations should be performed can be entered by an input variable or they will be prompted::display,PICO
$SSW_LASCO/idl/display/ephemerix.pro::LASCO::To do basic calculation of solar ephemeris. The Date for which the calculations should be performed can be entered by an input variable or they will be prompted::display,PICO
$SSW_LASCO/idl/display/exsunc.pro::LASCO::Extract sun's x,y and radius from image header::display
$SSW_LASCO/idl/display/findfiles.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/fitshdr2struct.pro::LASCO::Read a LASCO FITS file to obtain an image and header array.::display,Data_Handling, I_O
$SSW_LASCO/idl/display/fix_fits_pixels.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/fparmodify.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/ftp_request.pro::LASCO::could delete the file now.  But leave it there for testing purposes at the moment.::display,Widgets
$SSW_LASCO/idl/display/funkdef.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/gammasca.pro::LASCO::Converts data to a specified data type::display,PICO
$SSW_LASCO/idl/display/gammascal.pro::LASCO::To modify images in order to account for a certain gamma-factor WITHOUT changing the IDL color table.::display,PICO
$SSW_LASCO/idl/display/get_array.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/get_bias.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/get_data.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/get_det_radius.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/get_files.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/get_list.pro::LASCO::This procedure will return a list of images for selected day(s) from LASCO/EIT image tree (QL_IMG or LZ_IMG), create reduce image header catalog, query images on selected keywords and sort images on time.::display,LASCO DATA ANALYSIS
$SSW_LASCO/idl/display/get_mask.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/get_pc.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/get_pc4cd.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/get_wave.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/getsuncen.pro::LASCO::This function returns the center of the occulting disk as a 2 element array of the column and row numbers.  The number starts at 0.  The definition in the FITS header is starting from 1.::display,LASCO_ANALYSIS
$SSW_LASCO/idl/display/ghandle.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/gif2mpeg.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/gomovie.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/h4s.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/hdr2struct.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/hdrsinfo.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/hdrsinfo1.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/head_info.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/headfits.pro::LASCO::Read a FITS file header record::display
$SSW_LASCO/idl/display/headfitsl.pro::LASCO::Read a FITS file header record::display
$SSW_LASCO/idl/display/hinfos.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/hist_xy.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/imcalc.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/img_cont.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/jukecat.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/komp.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/layout.pro::LASCO::draw a layout to the image::display,DISPLAY
$SSW_LASCO/idl/display/layout2.pro::LASCO::draw a layout to the image::display,DISPLAY
$SSW_LASCO/idl/display/layout_nm.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/ld_inst_def.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/load_images.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/load_lasco.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/load_list.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/load_message.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/loadmap.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/make_mpeg.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/mask.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/mask_c1.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/mask_c2.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/mask_c3.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/mask_inx.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/maske.pro::LASCO::Performs a unsharp mask treatment with an image::display,PICO
$SSW_LASCO/idl/display/maskn.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/mk_image.pro::LASCO::Make C1 image.::display,Image Display. Data analysis.
$SSW_LASCO/idl/display/mk_query.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/mkcat.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/mkdi.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/mkdi_c1.pro::LASCO::Make C1 image of the day.::display,Image Display. Data analysis.
$SSW_LASCO/idl/display/mkftpreq.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/mkhdr.pro::LASCO::Make a minimal primary FITS image header or a minimal FITS IMAGE extension header.   If an array is supplied  then the created FITS header will be appropiate to the supplied array.::display
$SSW_LASCO/idl/display/mkmirror.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/mkmovie_cme2.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/mkquery.pro::LASCO::This procedure will generate a list of images for selected day, create image reduce header catalog, sort images on date and time, write a list of images in $HOME or ../work/$USER/list with name of the first::display,LASCO DATA ANALYSIS
$SSW_LASCO/idl/display/mktransfer.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/movie.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/movie2bmp.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/movie2gif.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/movie2pict.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/movie4.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/mpeg_wid.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/mvi2mpg2.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/path_file.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/pf_sep.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/pickfiles.pro::LASCO::This function allows the user to interactively pick a files.  A files selection tool with a graphical user interface is created.  Files::display,Widgets
$SSW_LASCO/idl/display/pict2fits.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/plot_ic.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/plot_scan.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/plot_xy.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/profile1.pro::LASCO::Extract a profile from an image.::display,Image processing.
$SSW_LASCO/idl/display/profiles.pro::LASCO::Interactively draw row or column profiles of an image in a : separate window. A new window is created and the mouse location in the original::display,Image analysis.
$SSW_LASCO/idl/display/querycat.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/rd_asc.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/read_img.pro::LASCO::reads a ccd image from disk::display,C1
$SSW_LASCO/idl/display/readfits.pro::LASCO::Read a FITS file into IDL data and header variables.::display
$SSW_LASCO/idl/display/readfitsl.pro::LASCO::Read a FITS file into IDL data and header variables.::display
$SSW_LASCO/idl/display/reconvert.pro::LASCO::Converts data to a specified data type::display,PICO
$SSW_LASCO/idl/display/reduce_img_hdr2.pro::LASCO::This procedure appends information from the current image header to the header files in $LAST_IMG and in the current image directory.::display,REDUCTION
$SSW_LASCO/idl/display/rescale.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/resize.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/resize_img.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/rmlist.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/save_gif.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/save_images.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/save_movie.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/scan4limb.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/scan_plots.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/selectd.pro::LASCO::Select images on date::display,Utils
$SSW_LASCO/idl/display/set_delimiter.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/setup.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/sg.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/sg1.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/shandle.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/show.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/show_iht.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/sort_inst.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/sort_le.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/sortcat.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/startup.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/string2arrtable.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/sum_img.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/sun_ephem.pro::LASCO::To calculate the solar ephemeris parameters: ecliptic longitude, P, B0 angles and the semi-diameter.::display,Util, Coords
$SSW_LASCO/idl/display/sungrid.pro::LASCO::To plot an overlay on coronal images with coordinate grids on the disk and in the corona.::display,PICO
$SSW_LASCO/idl/display/systime2yymmdd.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/t_cartes.pro::LASCO::To convert polar co-ordinates into cartesians (reverse of T_POLAR)::display,Image manipulation.
$SSW_LASCO/idl/display/t_polar.pro::LASCO::Polar coordinate transform::display,Image manipulation.
$SSW_LASCO/idl/display/table2data.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/textarray.pro::LASCO::To create a two dimensional array containing text in vector font.::display,PICO
$SSW_LASCO/idl/display/tvscl_image.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/undefine.pro::LASCO::se	:::display,Utilities, Array
$SSW_LASCO/idl/display/update_diff.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/update_lists.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/var_in.pro::LASCO::import image array and image header in lasco_block::display,LASCO
$SSW_LASCO/idl/display/w_movie.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/wc2p.pro::LASCO::se     :::display,Widgets
$SSW_LASCO/idl/display/wcalcl.pro::LASCO::se	:::display,Widgets
$SSW_LASCO/idl/display/wcalcnew.pro::LASCO::se     :::display,Widgets
$SSW_LASCO/idl/display/wcancel.pro::LASCO::Widget tool to display animation sequence.::display,Image Display.  Animation.
$SSW_LASCO/idl/display/wcurrent.pro::LASCO::se	:::display,Widgets
$SSW_LASCO/idl/display/wcursor.pro::LASCO::Widgets program for reading current cursor position from ;window.::display,Widgets
$SSW_LASCO/idl/display/wdef_load.pro::LASCO::se     :::display,Widgets
$SSW_LASCO/idl/display/wdefault.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/wdefloc.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/wdi1.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/wdmemory.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/wedithdr.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/wflimb.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/whdrinfo.pro::LASCO::se     :::display,Widgets
$SSW_LASCO/idl/display/whdrinfo1.pro::LASCO::se     :::display,Widgets
$SSW_LASCO/idl/display/wheadinfo.pro::LASCO::se     :::display,Widgets
$SSW_LASCO/idl/display/whist.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/wic.pro::LASCO::widgets display countours::display,Widget
$SSW_LASCO/idl/display/wimg_id.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/wimg_info1.pro::LASCO::se     :::display,Widgets
$SSW_LASCO/idl/display/wimg_info2.pro::LASCO::se     :::display,Widgets
$SSW_LASCO/idl/display/wimg_info3.pro::LASCO::se     :::display,Widgets
$SSW_LASCO/idl/display/wimg_info4.pro::LASCO::se     :::display,Widgets
$SSW_LASCO/idl/display/winfo_activ.pro::LASCO::se     :::display,Widgets
$SSW_LASCO/idl/display/wlayout.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/wlayout1.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/wlines.pro::LASCO::plot scan lines::display,Widgets
$SSW_LASCO/idl/display/wlister.pro::LASCO::Get a list of selected images.::display,Widget
$SSW_LASCO/idl/display/wload.pro::LASCO::Load image(s) in FITS format.::display,SU:IMAGE_TOOL ?
$SSW_LASCO/idl/display/wloadc.pro::LASCO::Load image(s) in FITS format.::display,SU:IMAGE_TOOL ?
$SSW_LASCO/idl/display/wloadd.pro::LASCO::Load image(s) in FITS format.::display,SU:IMAGE_TOOL ?
$SSW_LASCO/idl/display/wloadinfo.pro::LASCO::se     :::display,Widgets
$SSW_LASCO/idl/display/wloadinfo1.pro::LASCO::se     :::display,Widgets
$SSW_LASCO/idl/display/wloadinfo2.pro::LASCO::se     :::display,Widgets
$SSW_LASCO/idl/display/wmessage.pro::LASCO::se     :::display,Widgets
$SSW_LASCO/idl/display/wobsdate.pro::LASCO::se     :::display,SU:IMAGE_TOOL ?
$SSW_LASCO/idl/display/wplot1.pro::LASCO::plot ;::display,Widgets
$SSW_LASCO/idl/display/wprint.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/wquerycat.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/wr_beam.pro::LASCO::Ploting radial beams::display,Widgets
$SSW_LASCO/idl/display/wr_beam1.pro::LASCO::Ploting radial beams::display,Widgets
$SSW_LASCO/idl/display/wrebin.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/write_disk_movie_test.pro::LASCO::This procedure adds an image to a file in the disk movie format.::display,LASCO MOVIE
$SSW_LASCO/idl/display/write_last_c1.pro::LASCO::Create GIF image of the last real time image::display,REDUCTION
$SSW_LASCO/idl/display/write_mpeg.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/write_ps.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/wrt_asc.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/wsave.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/wsave1.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/wsave2.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/wsave_ps.pro::LASCO::se     :::display,Widgets
$SSW_LASCO/idl/display/wsize.pro::LASCO::se	:::display,Widgets
$SSW_LASCO/idl/display/wslide.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/wsunprofile.pro::LASCO::plot ;::display,Widgets
$SSW_LASCO/idl/display/wsw.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/wtime_height.pro::LASCO::plot time-height, time-speed, distance-speed diagrams.::display,Widgets
$SSW_LASCO/idl/display/wtracktable.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/wtracktable1.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/wvaredit.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/wyes_no.pro::LASCO::se     :::display,Widgets
$SSW_LASCO/idl/display/wzoom_it.pro::LASCO::N.A.::display
$SSW_LASCO/idl/display/xloadctbp.pro::LASCO::A graphical interface to the LOADCT user library procedure. XLOADCT displays the current color map and provides an array of buttons, one per availible predefined color::display,Widgets
$SSW_LASCO/idl/display/xvalid.pro::LASCO::Determine if a named widget is registered with XMANAGER::display,Utility
$SSW_LASCO/idl/display/xvaredt.pro::LASCO::This routine provides an editor for any IDL variable.::display,Widgets
$SSW_LASCO/idl/display/xy_bilin.pro::LASCO::Bilinear interpolation routine for arrays.::display,Image analysis.
$SSW_LASCO/idl/display/yymmdd.pro::LASCO::YYMMDD returns a list of "numerical" directories (e.g., '970803/') It rejects other directories (e.g. assorted/, bad_dates/)::display
$SSW_LASCO/idl/display/zoom_it.pro::LASCO::se     :::display
$SSW_LASCO/idl/display/zoom_mpae.pro::LASCO::N.A.::display
$SSW_LASCO/idl/expfac/check_exp_factor_dups.pro::LASCO::This procedure reads the exposure factor file for a given date and then writes it back out, eliminating any duplicate entries.::expfac,EXPFAC
$SSW_LASCO/idl/expfac/check_monexp_dups.pro::LASCO::Check for duplicate entries in MONEXP data::expfac,LASCO EXPFAC
$SSW_LASCO/idl/expfac/compute_monexp_factors.pro::LASCO::This procedure computes the exposure time correction factors::expfac,DATA_ANAL
$SSW_LASCO/idl/expfac/compute_monexp_poly.pro::LASCO::This procedure fits a polynomial to the input monexp ratios to obtain a set of exposure time correction factors::expfac,DATA_ANAL
$SSW_LASCO/idl/expfac/compute_monexp_ratio.pro::LASCO::This procedure computes the region ratios::expfac,DATA_ANAL
$SSW_LASCO/idl/expfac/compute_std_vals.pro::LASCO::This function computes the standard values over regions and other statistical information for monitoring the exposure value.::expfac,DATA_ANAL
$SSW_LASCO/idl/expfac/delete_expfac.pro::LASCO::This procedure deletes the exposure factor files between two dates.::expfac,LASCO Exposure Factor
$SSW_LASCO/idl/expfac/exp_corr.pro::LASCO::This procedure modifies the header to give the correct exposure time and adds comments to give the old time and the correction factor.::expfac,LASCO EXPFAC
$SSW_LASCO/idl/expfac/get_exp_factor.pro::LASCO::This function returns the exposure factor and bias for the given image.::expfac,EXPFAC
$SSW_LASCO/idl/expfac/get_monexp_data.pro::LASCO::This function returns the monitor data of datatype = type from the common block.::expfac,LASCO data analysis
$SSW_LASCO/idl/expfac/make_all_expfac.pro::LASCO::N.A.::expfac
$SSW_LASCO/idl/expfac/monitor_exp.pro::LASCO::This procedure reads all the files for a given date and processes the image to give statistical information for exposure monitoring.::expfac,DATA_ANAL
$SSW_LASCO/idl/expfac/monitor_exp_img.pro::LASCO::This procedure reads the specified file and processes the image to give statistical information for exposure monitoring.::expfac,DATA_ANAL
$SSW_LASCO/idl/expfac/plot_bias_calc.pro::LASCO::N.A.::expfac
$SSW_LASCO/idl/expfac/plot_exp_factor.pro::LASCO::This procedure reads all the files for the given date range and plots the exposure time factors::expfac,EXP_FAC
$SSW_LASCO/idl/expfac/plot_monexp_std.pro::LASCO::This procedure reads in the output data file from MONITOR-EXP.PRO, and makes standard plots::expfac,DATA_ANAL
$SSW_LASCO/idl/expfac/read_exp_factor.pro::LASCO::This function reads the exposure factor file for a given date::expfac,EXPFAC
$SSW_LASCO/idl/expfac/read_monexp_data.pro::LASCO::This procedure reads in the MONEXP data for the given telescope and date.::expfac,LASCO data analysis
$SSW_LASCO/idl/expfac/region2index.pro::LASCO::N.A.::expfac
$SSW_LASCO/idl/expfac/write_exp_factor.pro::LASCO::This procedure writes out a exposure factor record::expfac,LASCO EXPFAC
$SSW_LASCO/idl/exposure/cc0.pro::LASCO::N.A.::exposure
$SSW_LASCO/idl/exposure/exp_norm.pro::LASCO::N.A.::exposure
$SSW_LASCO/idl/exposure/find_mode.pro::LASCO::N.A.::exposure
$SSW_LASCO/idl/exposure/fractile.pro::LASCO::N.A.::exposure
$SSW_LASCO/idl/exposure/las_auto_exp.pro::LASCO::N.A.::exposure
$SSW_LASCO/idl/exposure/las_exp_norm.pro::LASCO::N.A.::exposure
$SSW_LASCO/idl/exposure/las_fit_gauss.pro::LASCO::EVALUATE THE SUM OF A GAUSSIAN AND A constant AND OPTIONALLY RETURN THE VALUE OF IT'S PARTIAL DERIVATIVES. NORMALLY, THIS FUNCTION IS USED BY CURVEFIT TO FIT THE::exposure,E2 - CURVE AND SURFACE FITTING.
$SSW_LASCO/idl/exposure/mask_out.pro::LASCO::N.A.::exposure
$SSW_LASCO/idl/exposure/min_nz.pro::LASCO::N.A.::exposure
$SSW_LASCO/idl/exposure/mk_list.pro::LASCO::N.A.::exposure
$SSW_LASCO/idl/exposure/mk_minim.pro::LASCO::N.A.::exposure
$SSW_LASCO/idl/exposure/mk_stdim.pro::LASCO::N.A.::exposure
$SSW_LASCO/idl/exposure/mk_stdim_hdr.pro::LASCO::N.A.::exposure
$SSW_LASCO/idl/exposure/mk_stdim_list.pro::LASCO::N.A.::exposure
$SSW_LASCO/idl/exposure/norm_warn.pro::LASCO::N.A.::exposure
$SSW_LASCO/idl/exposure/od_bright.pro::LASCO::N.A.::exposure
$SSW_LASCO/idl/exposure/poly_diffim.pro::LASCO::N.A.::exposure
$SSW_LASCO/idl/exposure/sigma_mask.pro::LASCO::Computes the mean and standard deviation of pixels in a box centered at each pixel of the image, but excluding the center pixel. If the center::exposure
$SSW_LASCO/idl/exposure/w_exp_norm.pro::LASCO::N.A.::exposure
$SSW_LASCO/idl/exposure/w_las_exp_norm.pro::LASCO::N.A.::exposure
$SSW_LASCO/idl/exposure/w_mk_stdim.pro::LASCO::N.A.::exposure
$SSW_LASCO/idl/exposure/w_poly_diffim.pro::LASCO::N.A.::exposure
$SSW_LASCO/idl/exposure/w_stdim_list.pro::LASCO::N.A.::exposure
$SSW_LASCO/idl/las-c2/align1.pro::LASCO::Takes two images of EO frange, corrects it from the dark and sums both, loading the result into X_display::las-c2,??
$SSW_LASCO/idl/las-c2/calib5.pro::LASCO::Function to retrieve the first part of the string until the character char is encountered.::las-c2,BASIC_INTERFACES
$SSW_LASCO/idl/las-c2/crosscorr.pro::LASCO::Cubic interpolation of an image at a set of reference points points.   Optionally obtain the X and Y derivatives at these points.    Used by the DAOPHOT PSF sequence but can also::las-c2,Processing high level
$SSW_LASCO/idl/las-c2/crosscorrbis.pro::LASCO::determination of  the function of crossing- correlation between two frames and the off- centering between these two frames.::las-c2,Processing high level
$SSW_LASCO/idl/las-c2/dcursor.pro::LASCO::put the pixels coordinates & the pixels values selected with the cursor in a table that can be readed.::las-c2,array manipulation
$SSW_LASCO/idl/las-c2/drawcircle.pro::LASCO::N.A.::las-c2
$SSW_LASCO/idl/las-c2/filtgauss.pro::LASCO::gaussian filtering applications::las-c2,Processing high level
$SSW_LASCO/idl/las-c2/gcursor.pro::LASCO::N.A.::las-c2
$SSW_LASCO/idl/las-c2/idlsession.pro::LASCO::N.A.::las-c2
$SSW_LASCO/idl/las-c2/jpsti.pro::LASCO::N.A.::las-c2
$SSW_LASCO/idl/las-c2/jpvig.pro::LASCO::N.A.::las-c2
$SSW_LASCO/idl/las-c2/jpvigdef.pro::LASCO::N.A.::las-c2
$SSW_LASCO/idl/las-c2/lux_diff.pro::LASCO::make an image of the scattering function::las-c2,Processing high level
$SSW_LASCO/idl/las-c2/pattern1.pro::LASCO::apply a median filter and rebin in the same time.::las-c2,General tools high level routine
$SSW_LASCO/idl/las-c2/polm1m2.pro::LASCO::make an image of local means and of standard deviation::las-c2,General tools high level routine
$SSW_LASCO/idl/las-c2/set_imgdir.pro::LASCO::N.A.::las-c2
$SSW_LASCO/idl/las-c2/simcircle.pro::LASCO::Plot cursor position on display and put the pixels coordinates selected with the cursor in a table that can be readed.::las-c2,array manipulation
$SSW_LASCO/idl/las-c2/t_param.pro::LASCO::Gets main telescope parameters::las-c2
$SSW_LASCO/idl/las-c2/utilities.pro::LASCO::SE:::las-c2
$SSW_LASCO/idl/las-c2/vignettage.pro::LASCO::construction of the vignetting function for LASCO/C2 coronagraph using the bidimensionnal convolution filtering method::las-c2,Processing high level
$SSW_LASCO/idl/movie/catchup_mvi.pro::LASCO::N.A.::movie
$SSW_LASCO/idl/movie/catmvi.pro::LASCO::N.A.::movie
$SSW_LASCO/idl/movie/combine_mvi.pro::LASCO::Insert frames from one mvi into another to create combined movie.::movie,Image Processing/Display.
$SSW_LASCO/idl/movie/convert_ht.pro::LASCO::To convert height-time files (output from WRUNMOVIEM) to the following format:::movie
$SSW_LASCO/idl/movie/convert_jht.pro::LASCO::To convert height-time files (output from WRUNMOVIEM) to the following format:::movie
$SSW_LASCO/idl/movie/daily_movie.pro::LASCO::This procedure supplies a set of standard parameters for the MKMOVIE::movie,LASCO DATA ANALYSIS
$SSW_LASCO/idl/movie/daily_mvi2mpg.pro::LASCO::N.A.::movie
$SSW_LASCO/idl/movie/editframe.pro::LASCO::This tool allows the user to edit a particular image "on the fly," while the WRUNMOVIE3 procedure is running.::movie,Image Processing
$SSW_LASCO/idl/movie/generic_movie.pro::LASCO::Load various data formats into pixmaps and call WRUNMOVIE for animation.::movie,Image Display/Animation.
$SSW_LASCO/idl/movie/gifs2mpeg.pro::LASCO::N.A.::movie
$SSW_LASCO/idl/movie/ht_header.pro::LASCO::This procedure writes out the header information for a height-time file.  It is used by the movie program and is not intended to be used in a standalone fashion.::movie,MOVIE
$SSW_LASCO/idl/movie/make_daily_mvi.pro::LASCO::N.A.::movie
$SSW_LASCO/idl/movie/make_daily_mvi_all.pro::LASCO::N.A.::movie
$SSW_LASCO/idl/movie/make_image_c2.pro::LASCO::N.A.::movie
$SSW_LASCO/idl/movie/make_image_c3.pro::LASCO::N.A.::movie
$SSW_LASCO/idl/movie/make_image_eit.pro::LASCO::N.A.::movie
$SSW_LASCO/idl/movie/make_vhs_gif.pro::LASCO::This procedure makes a series of gif files from a movie, stored in mvi format for putting onto a VHS tape::movie,Movie
$SSW_LASCO/idl/movie/mkmovie.pro::LASCO::Load FITS files into pixmaps and call WRUNMOVIE for animation.::movie,Image Display.
$SSW_LASCO/idl/movie/mkmoviem.pro::LASCO::Load FITS files into pixmaps and call WRUNMOVIEM for animation.::movie,Image Display.
$SSW_LASCO/idl/movie/mkmoviewlc.pro::LASCO::Load FITS files into pixmaps and call WRUNMOVIE for animation.::movie,Image Display.
$SSW_LASCO/idl/movie/mvi2data_cube.pro::LASCO::Convert .mvi movie to data cube and header array::movie,Image Conversion.
$SSW_LASCO/idl/movie/mvi2frames.pro::LASCO::Convert .mvi movie to GIF, TIFF, or PICT frames.::movie,Image Conversion.
$SSW_LASCO/idl/movie/mvi2gif.pro::LASCO::N.A.::movie
$SSW_LASCO/idl/movie/mvi2mpg.pro::LASCO::N.A.::movie
$SSW_LASCO/idl/movie/mvi_summary.pro::LASCO::N.A.::movie
$SSW_LASCO/idl/movie/mvihdr2struct.pro::LASCO::N.A.::movie
$SSW_LASCO/idl/movie/mviplay.pro::LASCO::Widget tool to display animation sequence.::movie,Image Display.  Animation.
$SSW_LASCO/idl/movie/pixmaps2mpeg.pro::LASCO::N.A.::movie
$SSW_LASCO/idl/movie/plot_ht.pro::LASCO::This procedure is used to display height-time curves. It reads in a height-time file created by one of the movie programs and generates a plot.::movie,MOVIE
$SSW_LASCO/idl/movie/put_mvi.pro::LASCO::N.A.::movie
$SSW_LASCO/idl/movie/read_ht.pro::LASCO::This procedure is used to read height-time files.::movie,MOVIE
$SSW_LASCO/idl/movie/read_mvi.pro::LASCO::N.A.::movie
$SSW_LASCO/idl/movie/rt.pro::LASCO::N.A.::movie
$SSW_LASCO/idl/movie/rtc1img.pro::LASCO::N.A.::movie
$SSW_LASCO/idl/movie/rtmvi.pro::LASCO::Write GIF images as they are received in real time.::movie,Image Display.  Animation.
$SSW_LASCO/idl/movie/rtmviplay.pro::LASCO::Widget tool to display animation sequence from gif files.::movie,Image Display.  Animation.
$SSW_LASCO/idl/movie/rtmvixy.pro::LASCO::N.A.::movie
$SSW_LASCO/idl/movie/set_data_gaps.pro::LASCO::N.A.::movie
$SSW_LASCO/idl/movie/sharpen.pro::LASCO::N.A.::movie
$SSW_LASCO/idl/movie/wmkmovie.pro::LASCO::Widget front end to MKMOVIE.PRO::movie,Image Display.  Animation.
$SSW_LASCO/idl/movie/wplay.pro::LASCO::N.A.::movie
$SSW_LASCO/idl/movie/write_disk_movie.pro::LASCO::This procedure adds an image to a file in the disk movie format.::movie,LASCO MOVIE
$SSW_LASCO/idl/movie/write_ht.pro::LASCO::This procedure writes out the height-time file.  It is used by the movie program and is not intended to be used in a standalone fashion.::movie,MOVIE
$SSW_LASCO/idl/movie/wrunmovie.pro::LASCO::Widget tool to display animation sequence.::movie,Image Display.  Animation.
$SSW_LASCO/idl/movie/wrunmoviem.pro::LASCO::Widget tool to display animation sequence.::movie,Image Display.  Animation.
$SSW_LASCO/idl/movie/xeditframe.pro::LASCO::This tool allows the user to edit a particular image "on the fly," while the WRUNMOVIEM procedure is running, using a widget interface.::movie,Image Processing
$SSW_LASCO/idl/movie/xplot_ht.pro::LASCO::This procedure is used to display height-time curves. It reads in a height-time file created by one of the movie programs and generates a plot.::movie,MOVIE
$SSW_LASCO/idl/movie/xstartht.pro::LASCO::This procedure is used to start the CME measurements::movie,CME
$SSW_LASCO/idl/polariz/c2_vig.pro::LASCO::N.A.::polariz
$SSW_LASCO/idl/polariz/do_polariz.pro::LASCO::Reduce Polarization Sequences for C1, C2 & C3::polariz
$SSW_LASCO/idl/polariz/fix_pb_hdr.pro::LASCO::N.A.::polariz
$SSW_LASCO/idl/polariz/jdate.pro::LASCO::N.A.::polariz
$SSW_LASCO/idl/polariz/pixel_sum.pro::LASCO::N.A.::polariz
$SSW_LASCO/idl/polariz/polar_disp.pro::LASCO::N.A.::polariz
$SSW_LASCO/idl/polariz/polar_file.pro::LASCO::N.A.::polariz
$SSW_LASCO/idl/polariz/polar_img_parms.pro::LASCO::N.A.::polariz
$SSW_LASCO/idl/polariz/polar_pick.pro::LASCO::N.A.::polariz
$SSW_LASCO/idl/polariz/polariz-old.pro::LASCO::N.A.::polariz
$SSW_LASCO/idl/polariz/polariz.pro::LASCO::N.A.::polariz
$SSW_LASCO/idl/polariz/polariz_batch.pro::LASCO::N.A.::polariz
$SSW_LASCO/idl/polariz/polariz_c1_corr.pro::LASCO::N.A.::polariz
$SSW_LASCO/idl/polariz/polariz_calc.pro::LASCO::N.A.::polariz
$SSW_LASCO/idl/polariz/polariz_camera.pro::LASCO::N.A.::polariz
$SSW_LASCO/idl/polariz/polariz_corr.pro::LASCO::N.A.::polariz
$SSW_LASCO/idl/polariz/polariz_disp.pro::LASCO::N.A.::polariz
$SSW_LASCO/idl/polariz/polariz_display.pro::LASCO::Widget Interface for do_polariz::polariz
$SSW_LASCO/idl/polariz/polariz_filter.pro::LASCO::N.A.::polariz
$SSW_LASCO/idl/polariz/polariz_hdr.pro::LASCO::N.A.::polariz
$SSW_LASCO/idl/polariz/polariz_rtan.pro::LASCO::N.A.::polariz
$SSW_LASCO/idl/polariz/polariz_rtheta.pro::LASCO::N.A.::polariz
$SSW_LASCO/idl/polariz/read_list.pro::LASCO::N.A.::polariz
$SSW_LASCO/idl/polariz/test_coeffs.pro::LASCO::N.A.::polariz
$SSW_LASCO/idl/synoptic/carrdate.pro::LASCO::This function converts a carrington number and longitude into a CDS date structure.::synoptic,LASCO Synoptic
$SSW_LASCO/idl/synoptic/carrdate2.pro::LASCO::This function converts a carrington number and longitude into a date.::synoptic,LASCO Synoptic
$SSW_LASCO/idl/synoptic/carrlong.pro::LASCO::This procedure computes the carrington number and longitude given the date.::synoptic,LASCO Synoptic
$SSW_LASCO/idl/synoptic/carrmap3.pro::LASCO::Create carrington maps using the carrmapmaker procedure. Arrays are output into files specified by the user at the end of the::synoptic
$SSW_LASCO/idl/synoptic/carrmapdisp.pro::LASCO::Take an array containing images and display them with headings.::synoptic
$SSW_LASCO/idl/synoptic/carrmapmaker2.pro::LASCO::Returns carrington maps at multiple radii for a passed carrington number at radii read from user in this routine.::synoptic
$SSW_LASCO/idl/synoptic/comb_full_eq.pro::LASCO::This procedure combines the monthly equatorial region image and the monthly full field image into a single monthly model.::synoptic,DATA_ANAL
$SSW_LASCO/idl/synoptic/difbkgnd.pro::LASCO::Difference the appropriate background image::synoptic,DATA_ANAL
$SSW_LASCO/idl/synoptic/ephemerisb0.pro::LASCO::N.A.::synoptic
$SSW_LASCO/idl/synoptic/getc1dat.pro::LASCO::Returns an array from the .dat file in birch:/../kraemer/images/c1images  PARAMETERS:	month, day:	all integers or floating point::synoptic
$SSW_LASCO/idl/synoptic/getc1im.pro::LASCO::Returns a C1 difference image for the fist instance after the given time. Finds the apprpriate FeXIV Clear continuum (5309 A) image, finds the closest FeXIV Clear online (5302 A)::synoptic
$SSW_LASCO/idl/synoptic/getc2c3norm.pro::LASCO::Returns an image, 1024x1024 or 1024x576, for getc1c2carr.::synoptic
$SSW_LASCO/idl/synoptic/getc2c3norm2.pro::LASCO::Reads, scales for time, and returns an image, 1024x1024 or 1024x576, for newcarr2.::synoptic
$SSW_LASCO/idl/synoptic/getc2c3pol.pro::LASCO::Return a polarized intensity image for c2 or c3.::synoptic
$SSW_LASCO/idl/synoptic/getc2c3unpol.pro::LASCO::Return an unpolarized intensity image for c2 or c3.::synoptic
$SSW_LASCO/idl/synoptic/laser8ew.pro::LASCO::Simulate the action of the VAX/VMS CONGRID/CONGRIDI function. Shrink or expand the size of an image.::synoptic,Image processing.
$SSW_LASCO/idl/synoptic/laser8one.pro::LASCO::Simulate the action of the VAX/VMS CONGRID/CONGRIDI function. Shrink or expand the size of an image.::synoptic,Image processing.
$SSW_LASCO/idl/synoptic/make_all_days.pro::LASCO::This procedure is an easy interface to the MK_DAILY_MED procedure::synoptic,LASCO SYNOPTIC
$SSW_LASCO/idl/synoptic/make_all_monexp.pro::LASCO::This procedure is an easy interface to the MONITOR_EXP procedure::synoptic,LASCO SYNOPTIC
$SSW_LASCO/idl/synoptic/make_all_months.pro::LASCO::This procedure is an easy interface to the MK_MONTHLY_MIN procedure::synoptic,LASCO SYNOPTIC
$SSW_LASCO/idl/synoptic/make_daily_image.pro::LASCO::This function generates the daily image for the SOHO summary images.::synoptic,LASCO_SYNOPTIC
$SSW_LASCO/idl/synoptic/makebasecarr.pro::LASCO::Make a background carrington map using images from /net/corona/cplex3/monthly as the background map to::synoptic
$SSW_LASCO/idl/synoptic/makedaynums.pro::LASCO::N.A.::synoptic
$SSW_LASCO/idl/synoptic/makedayticks.pro::LASCO::N.A.::synoptic
$SSW_LASCO/idl/synoptic/mk_all_min.pro::LASCO::This procedure generates the minimum of the all of the monthly minimum images.::synoptic,DATA_ANAL
$SSW_LASCO/idl/synoptic/mk_daily_c1_med.pro::LASCO::This procedure generates an image by taking all the files of a given type for one day and finding the median value for each pixel.::synoptic,DATA_ANAL
$SSW_LASCO/idl/synoptic/mk_daily_med.pro::LASCO::This procedure generates an image by taking all the files of a given type for one day and finding the median value for each pixel.::synoptic,DATA_ANAL
$SSW_LASCO/idl/synoptic/mk_monthly_min.pro::LASCO::This procedure generates the minimum of the daily median images for the specfied number of days prior to the given date.::synoptic,DATA_ANAL
$SSW_LASCO/idl/synoptic/newc1carr.pro::LASCO::This procedure will make a c1 Carrington Map of either east or west limb data depending on which is chosen when asked in the program, starting on the date passed.  The user is asked to enter in different radii::synoptic
$SSW_LASCO/idl/synoptic/newc2c3carr2.pro::LASCO::Returns carrington maps at multiple radii for a passed date at radii chosen in this routine.  Note: for each day, only one image is used, all at approximately the same time.::synoptic
$SSW_LASCO/idl/synoptic/newcarr.pro::LASCO::Show carrington maps at multiple radi for a chosen date at chosen radi.  Note:for each day, only one image used all at approximately the same time::synoptic
$SSW_LASCO/idl/synoptic/read_carr_long.pro::LASCO::This procedure reads in the carrington number and date information file. It is called from other routines as needed, and thus doesn't need to be::synoptic,LASCO Synoptic
$SSW_LASCO/idl/synoptic/resize2.pro::LASCO::make im correct size for taking strip::synoptic
$SSW_LASCO/idl/synoptic/resize3.pro::LASCO::make im correct size for taking strip::synoptic
$SSW_LASCO/idl/synoptic/synscan.pro::LASCO::This routine scans an image file and creates a constant radius scan for synoptic maps.::synoptic,REDUCTION
$SSW_LASCO/idl/synoptic/write_c1_summaries.pro::LASCO::N.A.::synoptic
$SSW_LASCO/idl/synoptic/write_summaries.pro::LASCO::Create FITS and GIF image of the summary image::synoptic,REDUCTION
$SSW_LASCO/idl/synoptic/write_summaries2.pro::LASCO::Create FITS and GIF image of the summary image::synoptic,REDUCTION
$SSW_LASCO/idl/util/abbrv_filpol.pro::LASCO::This function returns an abbreviated code for the filter and polarizer/sector wheels.::util,UTIL
$SSW_LASCO/idl/util/add_lasco_logo.pro::LASCO::This function inserts the LASCO logo into the corner of an image::util,LASCO_SYNOPTIC
$SSW_LASCO/idl/util/array_subset.pro::LASCO::N.A.::util
$SSW_LASCO/idl/util/awin.pro::LASCO::This procedure opens a window of the same size as the input array::util,UTIL
$SSW_LASCO/idl/util/browse_disp.pro::LASCO::This procedure displays an image of an input string of hex values.::util,UTIL
$SSW_LASCO/idl/util/build_lasco_help.pro::LASCO::Create html help files for all LASCO IDL library routines.::util,Help.
$SSW_LASCO/idl/util/cat_phaser.pro::LASCO::This procedure displays 64x64 fits images on phaser for cataloging::util,UTIL
$SSW_LASCO/idl/util/cat_phaser2.pro::LASCO::N.A.::util
$SSW_LASCO/idl/util/cds2jd.pro::LASCO::Converts any CDS time format to full Julian day.::util,Util, time
$SSW_LASCO/idl/util/check_permission.pro::LASCO::N.A.::util
$SSW_LASCO/idl/util/check_pro_names.pro::LASCO::This procedure checks for duplicate procedure names in $NRL_LIB::util,LASCO UTIL
$SSW_LASCO/idl/util/cumhist.pro::LASCO::N.A.::util
$SSW_LASCO/idl/util/cw_bselector2.pro::LASCO::CW_BSELECTOR is a compound widget that appears as a pull-down menu whose label shows the widget's current value. When the button is pressed, the menu appears and the newly selected value becomes::util,Compound widgets.
$SSW_LASCO/idl/util/cycle_juke.pro::LASCO::N.A.::util
$SSW_LASCO/idl/util/display_jpg.pro::LASCO::DISPLAY_JPG is called by the VIEW_JPG2 procedure to display .jpg images from a certain day and telescope, from cplex1 or cplex2 on corona. It is also designed to print these::util
$SSW_LASCO/idl/util/file_date_mod.pro::LASCO::N.A.::util
$SSW_LASCO/idl/util/find_closest.pro::LASCO::This function finds the subscript of an array that is closest to a given number.::util,LASCO UTIL
$SSW_LASCO/idl/util/find_closest_arr.pro::LASCO::This routine matches up elements of two arrays, returning the subscripts of the array that are closest to the elements from the other array.::util,LASCO UTIL
$SSW_LASCO/idl/util/fixwrap.pro::LASCO::This function removes the overflow values of an image::util
$SSW_LASCO/idl/util/get_filename.pro::LASCO::Get a filename from header information or date/time/cam/filename. If the final data is present and a quicklook file is passed, the equivalent final/LZ data filename is returned.::util
$SSW_LASCO/idl/util/getlascodir.pro::LASCO::Tells user which directory contains a given days worth of LASCO data for a particular camera.::util
$SSW_LASCO/idl/util/getmelasco2.pro::LASCO::Load a LASCO image automatically, given inputs such as date, time, filter, etc, while requiring only minimal knowledge on the user's part regarding the way the LASCO images are stored.::util
$SSW_LASCO/idl/util/img2dnpersec.pro::LASCO::Convert an image in raw counts (DN) to DN/sec::util,DATA_ANAL
$SSW_LASCO/idl/util/increaseday.pro::LASCO::N.A.::util
$SSW_LASCO/idl/util/kdate.pro::LASCO::This procedure converts a k index (modified julian date) into the day, month and year::util,UTIL
$SSW_LASCO/idl/util/kday.pro::LASCO::This procedure converts a calendar date to the corresponding serial day number.::util,UTIL
$SSW_LASCO/idl/util/lasco_mk_html_help.pro::LASCO::Given a list of IDL procedure files (.PRO), VMS text library files (.TLB), or directories that contain such files, this procedure generates a file in the HTML format that contains the documentation::util,Help, documentation.
$SSW_LASCO/idl/util/laser8.pro::LASCO::This procedure generates a "nice" layout for printing images using an interactive menu system.::util,UTIL
$SSW_LASCO/idl/util/leg_disp.pro::LASCO::This procedure computes the leg actuator motions required for the pointing of LASCO.::util,UTIL
$SSW_LASCO/idl/util/list2file.pro::LASCO::N.A.::util
$SSW_LASCO/idl/util/lz_disk_init.pro::LASCO::This procedure does some level-0 disk initial tasks: copy definitive attitude files from cd to $NRL_LIB/lasco/data/attitude copy definitive orbit files from cd to $NRL_LIB/lasco/data/orbit::util,UTIL
$SSW_LASCO/idl/util/lz_from_ql.pro::LASCO::Finds the filename of the lz image that corresponds to the input ql image description.::util,UTILITY
$SSW_LASCO/idl/util/lz_getlascodir.pro::LASCO::Tells user which directory contains a given days worth of level zero LASCO data for a particular camera.::util
$SSW_LASCO/idl/util/lz_start_date.pro::LASCO::Lists the level-0 cdrom start dates::util,UTIL
$SSW_LASCO/idl/util/m1angle.pro::LASCO::Compute the angular offset of the M1 mirror from LVDT values.::util,LASCO-UTIL
$SSW_LASCO/idl/util/m1coeff.pro::LASCO::This routine returns coefficients needed for computing the M1 pointing. It is used by other routines.::util,UTIL
$SSW_LASCO/idl/util/m1dacs.pro::LASCO::This function returns a 3 word array of the P1, P2 and P3 DAC values to command the M1 mirror to a given offset.::util,LASCO-UTIL
$SSW_LASCO/idl/util/m1dynimg.pro::LASCO::Returns a 4 word array of the constants for dynamic imaging.::util,LASCO-UTIL
$SSW_LASCO/idl/util/m1reverse.pro::LASCO::This function reverses the bits of the m1 lvdt reading.::util,UTIL
$SSW_LASCO/idl/util/m1tees.pro::LASCO::N.A.::util
$SSW_LASCO/idl/util/m1wobble.pro::LASCO::N.A.::util
$SSW_LASCO/idl/util/mkiap.pro::LASCO::N.A.::util
$SSW_LASCO/idl/util/pickfiles2.pro::LASCO::Widget tool to allow user to pick multiple files.::util,Widgets.
$SSW_LASCO/idl/util/plot_kp.pro::LASCO::N.A.::util
$SSW_LASCO/idl/util/ps_setup.pro::LASCO::setup Postscript printer::util
$SSW_LASCO/idl/util/ql_getlascodir.pro::LASCO::Tells user which directory contains a given days worth of Quick Look LASCO data for a particular camera.::util
$SSW_LASCO/idl/util/read_gzip_fits.pro::LASCO::Read a compressed LASCO FITS file to obtain an image and header array.::util
$SSW_LASCO/idl/util/readlist.pro::LASCO::N.A.::util
$SSW_LASCO/idl/util/searchlasco.pro::LASCO::Find a list of images for a given day (and given camera) that meet user's criteria, given a list of LASCO filenames::util
$SSW_LASCO/idl/util/setfont.pro::LASCO::N.A.::util
$SSW_LASCO/idl/util/sharpen.pro::LASCO::Sharpens a ratio image by adding in a small amount of an edge enhanced image::util,LASCO UTIL
$SSW_LASCO/idl/util/sidenote.pro::LASCO::N.A.::util
$SSW_LASCO/idl/util/solar_ephem.pro::LASCO::N.A.::util
$SSW_LASCO/idl/util/str_sep2.pro::LASCO::This function breaks up a string into words that are separated by either spaces or tabs.::util,UTIL
$SSW_LASCO/idl/util/str_unique.pro::LASCO::Returns an array which is the unique elements of the input string::util,UTIL
$SSW_LASCO/idl/util/summary_plot.pro::LASCO::This procedure writes gif files of up to 25 browse images per file from the list of images::util,UTIL
$SSW_LASCO/idl/util/sundist.pro::LASCO::This procedure generates two arrays whose elements are the distance from the center of the sun and the position angle from solar north.::util,UTIL
$SSW_LASCO/idl/util/uniq_nosort.pro::LASCO::Return the subscripts of the unique elements in an array. Does not require array to be sorted (as in UNIQ).::util,Array manipulation.
$SSW_LASCO/idl/util/utc2yymmdd.pro::LASCO::This function converts a modified julian date structure into a date string in the format yymmdd::util,UTIL
$SSW_LASCO/idl/util/validlascodir.pro::LASCO::This procedure (called by others) determines if the directory is valid::util
$SSW_LASCO/idl/util/view_jpg.pro::LASCO::Display JPEG browse images by day and telescope with the option of printing them out. This procedure contains the control widget.::util
$SSW_LASCO/idl/util/w256.pro::LASCO::N.A.::util
$SSW_LASCO/idl/util/win2ps.pro::LASCO::This routine reads the current window and colortable and saves it to a postscript file in the current directory named win2ps.ps.::util,Utilities.  Output.
$SSW_LASCO/idl/util/xregistered2.pro::LASCO::This function returns true if the widget named as its argument is currently registered with the XMANAGER as an exclusive widget, otherwise this routine returns false.::util,Widgets.
$SSW_LASCO/idl/util/yymmdd2utc.pro::LASCO::This function converts a date string in the format YYMMDD into a::util,UTIL
$SSW_LASCO/idl/eit/data_anal/ave.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/eit/data_anal/eit_center.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/eit/data_anal/eit_lister.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/eit/data_anal/file2list.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/eit/data_anal/get_eit.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/eit/data_anal/lasco_lister.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/eit/data_anal/rms.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/eit/data_anal/select_eitdbq.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/eit/data_anal/xpos.pro::LASCO::N.A.::data_anal
$SSW_LASCO/idl/eit/display/eit_ct.pro::LASCO::N.A.::display
$SSW_LASCO/idl/eit/display/eit_daily.pro::LASCO::Get a list of EIT images on a selected date and then create a postscript file of a wavelength sequence of 4.::display,Image Display.
$SSW_LASCO/idl/eit/display/eit_dbq.pro::LASCO::N.A.::display
$SSW_LASCO/idl/eit/display/eit_degridn.pro::LASCO::N.A.::display
$SSW_LASCO/idl/eit/display/eit_display.pro::LASCO::N.A.::display
$SSW_LASCO/idl/eit/display/eit_flatn.pro::LASCO::N.A.::display
$SSW_LASCO/idl/eit/display/eit_movie.pro::LASCO::N.A.::display
$SSW_LASCO/idl/eit/display/eit_scale.pro::LASCO::N.A.::display
$SSW_LASCO/idl/eit/display/eit_transfer.pro::LASCO::N.A.::display
$SSW_LASCO/idl/eit/display/eitd2.pro::LASCO::N.A.::display
$SSW_LASCO/idl/eit/display/exposure_time.pro::LASCO::N.A.::display
$SSW_LASCO/idl/eit/display/l_rdfts.pro::LASCO::N.A.::display
$SSW_LASCO/idl/eit/display/landscape_layout.pro::LASCO::N.A.::display
$SSW_LASCO/idl/eit/display/mkmovie_kpd.pro::LASCO::Load FITS files into a pixmap and call WRUNMOVIE for animation.::display,Image Display.
$SSW_LASCO/idl/eit/display/portrait_layout.pro::LASCO::N.A.::display
$SSW_LASCO/idl/eit/display/read_eit_imghdr.pro::LASCO::N.A.::display
$SSW_LASCO/idl/eit/display/xselect_eit.pro::LASCO::Force the user to select from a list or abort.::display,CDS, QuickLook, General
$SSW_LASCO/idl/display.pro::LASCO::N.A.::idl
$SSW_LASCO/idl/load_lasco.pro::LASCO::N.A.::idl
$SSW_LASCO/idl/sccs.pro::LASCO::N.A.::idl
$SSW_LASCO/idl/template.pro::LASCO::Tell what your routine does here.  I like to start with the words: "This function (or procedure) ..." Try to use the active, present tense.::idl,Put a category (or categories) here.  For example:
$SSW_MDI/idl/ops/ascii2fits_list.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/cam_run_sum.pro::MDI::To look through the Sequence ID and log all times when a campaign was running::ops
$SSW_MDI/idl/ops/check_dumps.pro::MDI::To check the dumps of IP tables and list pages::ops
$SSW_MDI/idl/ops/check_ff_load.pro::MDI::To check the status of the flat field load::ops
$SSW_MDI/idl/ops/check_sci5k_trunc.pro::MDI::To review the SCI5K data and see if any data products were truncated Mail a message if there were some truncations::ops
$SSW_MDI/idl/ops/disp_dt_genx.pro::MDI::To display the detune GENX data image results::ops
$SSW_MDI/idl/ops/dpc_decode.pro::MDI::To decode the MDI Data Product Code (DPC)::ops
$SSW_MDI/idl/ops/dpcstr.pro::MDI::Decode an MDI Data Product Code into English according to the Rock Bush rules (an alternative to dpc_decode)::ops
$SSW_MDI/idl/ops/dump_ipreg.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/edac_summary.pro::MDI::To plot the EDAC error rates::ops
$SSW_MDI/idl/ops/gen_exec_synop.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/get_cam_obs_info.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/get_mdi_scale.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/get_obs4cam.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/go_arch_sum.pro::MDI::Grep through the control file archive to make summaries::ops
$SSW_MDI/idl/ops/go_arch_sum2.pro::MDI::Grep through the control file archive to make summaries of last 24-48 hours::ops
$SSW_MDI/idl/ops/go_cam_list.pro::MDI::To reformat the campaign listings and show only the campaigns which run for over 20 and 40 minutes. Also establish the template for the executive synopsis::ops
$SSW_MDI/idl/ops/go_check_dumps.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/go_daily_dpc.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/go_fits_sci160k.pro::MDI::To look through last few SCI160K files and make sample planning FITS files::ops
$SSW_MDI/idl/ops/go_gen_exec_synop_daily.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/go_gif_last9.pro::MDI::To make a gif file of the last 9 images in the sci160k file::ops
$SSW_MDI/idl/ops/go_gif_mag.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/go_list_nrt_times.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/go_mk_opsdb_list.pro::MDI::To dump the current status of the database into a text file. The job is intended to run as a cron job every hour::ops
$SSW_MDI/idl/ops/go_mk_reload.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/go_mon_health.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/go_mon_health2.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/go_mon_health3.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/go_mon_health_svm.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/go_mon_health_svm1.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/go_mon_health_svm2.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/go_mon_sci5k.pro::MDI::To see if the mon_sci5k process is running and to start it up if needed::ops
$SSW_MDI/idl/ops/go_put_list_online.pro::MDI::To process the list dump data and put it on-line::ops
$SSW_MDI/idl/ops/go_redo_disploi.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/go_seq_run_sum.pro::MDI::Main program driver for SEQ_RUN_SUM to be run in batch::ops
$SSW_MDI/idl/ops/go_seq_run_sum2.pro::MDI::Main program driver for SEQ_RUN_SUM to be run in batch to make summary of last 24 hours::ops
$SSW_MDI/idl/ops/hk_time_sort.pro::MDI::Resort the data which was read from the HK database files since some files are corrupted and the data is not in time order.::ops
$SSW_MDI/idl/ops/idl_speed.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/ip_que_dmpver.pro::MDI::To verify an IP queue dump::ops
$SSW_MDI/idl/ops/iperr_sea.pro::MDI::To search through the HK data and find when the IP error count incremented and to log it.::ops
$SSW_MDI/idl/ops/ipreg_vals.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/jitter.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/jitter_do.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/jitter_ftp.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/jitter_subs.pro::MDI::A suite of routines for MDI jitter mode analysis::ops
$SSW_MDI/idl/ops/kpmag2mdi.pro::MDI::To FTP copy Kitt Peak magnetogram FITS images, convert them to the size/shape of MDI, and to save them as FITS files.::ops
$SSW_MDI/idl/ops/kpmag2mdix.pro::MDI::To FTP copy Kitt Peak magnetogram FITS images, convert them to the size/shape of MDI, and to save them as FITS files.::ops
$SSW_MDI/idl/ops/list_nrt_times.pro::MDI::E: e EGSE (for reporting purposes)::ops
$SSW_MDI/idl/ops/log_health.pro::MDI::Create the HTML page for health monitoring and logging::ops
$SSW_MDI/idl/ops/mdi_convert_coord.pro::MDI::To take coordinates in either Hi Res, Full Disk, or Solar Arcseconds and convert to the other two systems Values from calculations taken from the note from Ted Tarbel 1 Feb 1997::ops
$SSW_MDI/idl/ops/mdi_convert_coord1.pro::MDI::To take coordinates in either Hi Res, Full Disk, or Solar Arcseconds and convert to the other two systems Values from calculations taken from the note from Ted Tarbel 1 Feb 1997::ops
$SSW_MDI/idl/ops/mdi_imagetool.pro::MDI::Front end to call IMAGETOOL (SSW SOHO tool) * Sets the MDI high resolution fixed field of view * Converts coordinates to corner pixels::ops
$SSW_MDI/idl/ops/mdi_trans_uobs.pro::MDI::To translate the user's obs frame list to a pre-load format file.::ops
$SSW_MDI/idl/ops/mk_ascii_list.pro::MDI::To take a data product dump from the IP and to decipher the list and make an ascii file describing the contents::ops
$SSW_MDI/idl/ops/mk_dpc_image.pro::MDI::For certain data products it is necessary to rebuild the image into a simple 2-D form.  This routine takes the 1-D vector of data values and makes an image.  Typically the output image can be of size::ops
$SSW_MDI/idl/ops/mk_ff_load.pro::MDI::To make the source files for the flat field upload::ops
$SSW_MDI/idl/ops/mk_ff_patch.pro::MDI::To build the control file to patch the flat field data::ops
$SSW_MDI/idl/ops/mk_gif_mag_index.pro::MDI::To write a gif_mag index in html.::ops
$SSW_MDI/idl/ops/mk_limb_pixmap.pro::MDI::To unwrap the limb figure annulus into a rectangle::ops
$SSW_MDI/idl/ops/mk_list_image.pro::MDI::To convert the list definition into an image showing which pixels were binned into which output pixels::ops
$SSW_MDI/idl/ops/mk_list_load.pro::MDI::TO take a 1-D vector list and a start address and to::ops
$SSW_MDI/idl/ops/mk_mdi_fits.pro::MDI::To make an MDI FITS file::ops
$SSW_MDI/idl/ops/mk_mdi_gif.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/mk_mdi_iap.pro::MDI::To make a quick template/starting point for an MDI IAP (Instrument Activity Plan)::ops
$SSW_MDI/idl/ops/mk_mdi_load.pro::MDI::TO take a 1-D vector and a start address and make the .src load file (telecommands) For list loads, the contents are altered to reflect the::ops
$SSW_MDI/idl/ops/mk_set_limb.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/mon_health.pro::MDI::To generate the health monitoring data::ops
$SSW_MDI/idl/ops/mon_health_svm.pro::MDI::To generate the health monitoring data::ops
$SSW_MDI/idl/ops/opsdb.pro::MDI::Manage the IP queue and DEP memory resources::ops
$SSW_MDI/idl/ops/plot_expos_hist.pro::MDI::To plot the histogram of exposure durations for a given time span::ops
$SSW_MDI/idl/ops/plot_loi_mmad.pro::MDI::To plot the LOI-V and LOI-C data::ops
$SSW_MDI/idl/ops/plot_mtm_shift.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/plot_pzt_corr.pro::MDI::To plot the pointing correction applied by the ISS PZT mirrors::ops
$SSW_MDI/idl/ops/pr_dpc_table.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/pr_mdihk_trans.pro::MDI::To log the times that a given mnemonic changes state::ops
$SSW_MDI/idl/ops/pr_seq_frame_info.pro::MDI::To display the per-frame information::ops
$SSW_MDI/idl/ops/put_list_online.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/raw_list2pixmap.pro::MDI::To convert the raw list definition into pixel map format::ops
$SSW_MDI/idl/ops/rd_exec_synop_index.pro::MDI::To read the executive synopsis index file into a structure::ops
$SSW_MDI/idl/ops/rd_loi_mmad.pro::MDI::Read the LOI -C and -V summary files, optionally plot::ops
$SSW_MDI/idl/ops/rd_so_at_ftr.pro::MDI::Read the SOHO "FTR" attitude data file.  It has pitch, yaw and roll with 8 samples per second::ops
$SSW_MDI/idl/ops/redo_disploi.pro::MDI::Re-create the LOI average summary files from the SCI5K data file(s)::ops
$SSW_MDI/idl/ops/reg_check.pro::MDI::To take an .ips file as input and to find all of the register usage and to look for conflicts.  Conflicts are flagged with a >>::ops
$SSW_MDI/idl/ops/save_fits_sci5k.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/sci5k_dataseg.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/seq_run_sum.pro::MDI::To look through the Sequence ID and log all times when the sequence was running::ops
$SSW_MDI/idl/ops/set_list_addr.pro::MDI::Given a bin list and a start address, modify all address references within the list to allow the table to reside at that address::ops
$SSW_MDI/idl/ops/set_offset.pro::MDI::To display the tcblock command to set the offset corner for extract::ops
$SSW_MDI/idl/ops/smaller_pixmap.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/up_ipreg_list.pro::MDI::N.A.::ops
$SSW_MDI/idl/ops/wrt_sci160k_img.pro::MDI::To FITs-fy or GIFify MDI data given some raw telemetry files and a list of DPCs to search for.::ops
$SSW_MDI/idl/ops/xmdi_downlink.pro::MDI::To calculate downlink times for values defined in $MDI_CAL_INFO/sample_compressed.tab::ops
$SSW_MDI/idl/ops/xset_chains.pro::MDI::To allow a user to build a "set_chain.src" file for MDI observing::ops
$SSW_MDI/idl/site/ampex_inventory.pro::MDI::N.A.::site
$SSW_MDI/idl/site/cron_daily_mdi.pro::MDI::To run a set of IDL commands daily::site
$SSW_MDI/idl/site/go_disp_month.pro::MDI::A driver program to make the monthly MDI magnetogram GIF file::site
$SSW_MDI/idl/site/go_mk_ops_http1.pro::MDI::N.A.::site
$SSW_MDI/idl/site/go_mk_ops_http2.pro::MDI::N.A.::site
$SSW_MDI/idl/site/go_net_list_tfi.pro::MDI::N.A.::site
$SSW_MDI/idl/site/html_fmt_cam_run.pro::MDI::N.A.::site
$SSW_MDI/idl/site/mdi_idl_startup.pro::MDI::Execute the MDI specific IDL startup.  It does the following: * Calls WMENU_SEL_SET to define the x-terminal window size::site
$SSW_MDI/idl/site/mk_ops_http.pro::MDI::N.A.::site
$SSW_MDI/idl/site/pprint.pro::MDI::Closes currently open hardcopy plot device (if necessary) and sends the plot file to the appropriate device. This is the Unix Version of the routine.::site
$SSW_MDI/idl/site/pprint_new.pro::MDI::Closes currently open hardcopy plot device (if necessary) and sends the plot file to the appropriate device. This is the Unix Version of the routine.::site
$SSW_MDI/idl/site/pprint_old.pro::MDI::Closes currently open hardcopy plot device (if necessary) and sends the plot file to the appropriate device. This is the Unix Version of the routine.::site
$SSW_MDI/idl/site/set_printer.pro::MDI::To allow the user to set the printer queue where the output will come out::site
$SSW_MDI/idl/site/set_printer_new.pro::MDI::To allow the user to set the printer queue where the output will come out::site
$SSW_MDI/idl/site/set_printer_old.pro::MDI::To allow the user to set the printer queue where the output will come out::site
$SSW_MDI/idl/site/ssw_bypass.pro::MDI::While integrating into the /ssw system, it was necessary to control the order of the /tsw tree and /mdisw tree.::site
$SSW_MDI/idl/maint/check_fil_dup.pro::MDI::N.A.::maint
$SSW_MDI/idl/maint/go_doc1liners.pro::MDI::N.A.::maint
$SSW_MDI/idl/maint/mk_fil_dir_list.pro::MDI::N.A.::maint
$SSW_MDI/idl/maint/update_ys.pro::MDI::N.A.::maint
$SSW_MDI/idl/idl_fix/arrow.pro::MDI::Draw a vector(s) with an arrow head::idl_fix,Graphics
$SSW_MDI/idl/cal/egse/4x4_dark.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/4x4_display.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/4x4_special.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/RealTimePlots.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/align.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/align1.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/align2.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/align2w.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/anafocus.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/anaiss.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/anal_ptrack.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/autoplot.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/ave_hk_info.pro::MDI::To get the hk info between two specified times and at certain time increments. It will then output the average, min, max, and standard deviation for each block of time.  The data can be viewed using::egse
$SSW_MDI/idl/cal/egse/cal_log.pro::MDI::To create a full listing of the calibration data available::egse
$SSW_MDI/idl/cal/egse/ccd_temps.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/checkcrop.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/checkip_subs.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/chk_crop.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/chk_hk.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/chkalg2.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/chkalign.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/chkalign2.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/chkalign3.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/chkawimg.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/chkffscl.pro::MDI::r-95 (MDM) - slight changes for logging purposes::egse
$SSW_MDI/idl/cal/egse/chkirbin.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/chkpurtab.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/chkrblr.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/chkrwimg.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/chktwavg.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/chkvldc.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/chkvwimg.pro::MDI::This procedure performs vector weighted binning on a raw image and compares it with the binned image processed by the IP. It also creates a 1024x1024 byte array (out) from  the medium-l list (cl).  Elements of the array::egse
$SSW_MDI/idl/cal/egse/close_tfr.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/convert_hk.pro::MDI::To extract a given value of a mnemonic from a HK packet, and convert it to the proper units (degrees/volts/...)::egse
$SSW_MDI/idl/cal/egse/craig.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/disp_sci5k.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/disploi_mon5k.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/dpc_summary.pro::MDI::To list the unique post-launch high word DPC values (observables) and the low word DPC values (formatting)::egse
$SSW_MDI/idl/cal/egse/fits_sci5k.pro::MDI::A front end to the temporary FITS file making from the SCI5K data files.::egse
$SSW_MDI/idl/cal/egse/fits_sci5k0.pro::MDI::A front end to the temporary FITS file making from the SCI5K data files.  It's to be run on diapason and assumes a certain directory layout::egse
$SSW_MDI/idl/cal/egse/get1hk_info.pro::MDI::To return information from the HK database given a time and a mnemonic.  Should have one call per packet type (MDIHK, SC1, ...).::egse
$SSW_MDI/idl/cal/egse/get5.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/get_hk.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/get_hk_info.pro::MDI::To return information from the HK database given a time and a mnemonic.::egse
$SSW_MDI/idl/cal/egse/get_hk_mnem.pro::MDI::Allow selection of mnemonics from the full list of mnemonics or from a group list file.::egse
$SSW_MDI/idl/cal/egse/get_hk_tagname.pro::MDI::Takes in a structure as given by get_hk_info and a mnemonic and returns its description and data points.  If set it will filter the data points from a choice of two methods.::egse
$SSW_MDI/idl/cal/egse/get_hr.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/get_image.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/get_tf_rec.pro::MDI::To return the a record from a ".tfr" file.  Arguments:::egse
$SSW_MDI/idl/cal/egse/get_tty_type.pro::MDI::Return the terminal type by comparing the environment variable DISPLAY to a lookup list in $GSE_BASE_DIR/.MDI_HOSTS::egse
$SSW_MDI/idl/cal/egse/getdp.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/go_mdi_sum.pro::MDI::It is the running program to create the daily reports for mdi_summary::egse
$SSW_MDI/idl/cal/egse/go_mk_hk_map.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/hex.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/hk_summary_type.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/hkplot.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/hkplot_dpm.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/hkplot_info.pro::MDI::To extract information out of the HK structure::egse
$SSW_MDI/idl/cal/egse/hr_dbf.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/hr_display.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/hr_top.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/hx.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/idlsave.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/ip_memtst.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/ipcom.pro::MDI::TO evaluate the IP commision LFFT test::egse
$SSW_MDI/idl/cal/egse/k.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/list_tfi.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/lt_eval.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/lt_eval2.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/lt_eval3.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/makecrop.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/mdi_comp_eff.pro::MDI::To simulate the compression efficiency of the MDI telemetry::egse
$SSW_MDI/idl/cal/egse/mdi_display.pro::MDI::To display the images as they are received by the EGSE. The executable "mdi_sci" is used to copy the telemetry data through shared memory::egse
$SSW_MDI/idl/cal/egse/mdi_display0.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/mdi_display20.pro::MDI::To display the images as they are received by the EGSE. The executable "mdi_sci" is used to copy the telemetry data through shared memory::egse
$SSW_MDI/idl/cal/egse/mdi_display30.pro::MDI::To display the images as they are received by the EGSE. The executable "mdi_sci" is used to copy the telemetry data through shared memory::egse
$SSW_MDI/idl/cal/egse/mdi_display_old.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/mdi_display_rb.pro::MDI::To display the images as they are received by the EGSE. The executable "mdi_sci" is used to copy the telemetry data through shared memory::egse
$SSW_MDI/idl/cal/egse/mdi_display_tmp.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/mdi_plots.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/mdi_plots0.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/mdi_summary.pro::MDI::To create a file that appends the results from mdi_summary_sub1,  seq_run_sum seq_frame_stats, and cam_run_sum.  An executive summary is printed a the top of the file to give a brief description.::egse
$SSW_MDI/idl/cal/egse/mdi_summary_sub1.pro::MDI::to summarize when a certain mnemonic was closed or open over a certain interval::egse
$SSW_MDI/idl/cal/egse/mdifocus.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/mk_hk_map.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/mk_tfi.pro::MDI::To create an index file for specified data set  PARAMETERS: fname - Data set name::egse
$SSW_MDI/idl/cal/egse/mmap_imgnum.pro::MDI::To figure out which images are which in a Michelson tuning::egse
$SSW_MDI/idl/cal/egse/mon_sci5k.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/monitor_center.pro::MDI::To use the function POSITION to find and log the center location of the sun::egse
$SSW_MDI/idl/cal/egse/monitor_center_old.pro::MDI::To use the function POSITION to find and log the center location of the sun::egse
$SSW_MDI/idl/cal/egse/multi.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/new_hkplot.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/nimg_in_tfr.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/p1.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/pl_monitor_center.pro::MDI::To plot the center of the sun versus time::egse
$SSW_MDI/idl/cal/egse/plot.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/plot_hk_info.pro::MDI::To plot the data produced by ave_hk_info.::egse
$SSW_MDI/idl/cal/egse/plotfocus.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/plotgrid.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/plotiss_save.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/pr_hk_info.pro::MDI::To display information on the MDI Housekeeping mnemonics::egse
$SSW_MDI/idl/cal/egse/pr_sci5k_heads.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/proc_vldc.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/quick_hkplot.pro::MDI::To read a list of mnemonics and plot them::egse
$SSW_MDI/idl/cal/egse/rc.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/rd_fitslog.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/rd_hist_dbase.pro::MDI::To read the history database definition file READ_HIST.DBS::egse
$SSW_MDI/idl/cal/egse/rd_hk.pro::MDI::To directly read from the .mdihk files::egse
$SSW_MDI/idl/cal/egse/rd_lev0log.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/rd_obs4.pro::MDI::To read the IP page dump data into arrays::egse
$SSW_MDI/idl/cal/egse/rd_pkt_head.pro::MDI::To read the ASCII header at the front of the MDI HK, S/C HK, and SCI5K files.::egse
$SSW_MDI/idl/cal/egse/rd_sci5k.pro::MDI::To read records of SCI5K data::egse
$SSW_MDI/idl/cal/egse/rd_snlog.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/rd_strip_heads.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/rdhr.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/rdhrold.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/rdmdiimg.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/rdtfr.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/rdtfr0.pro::MDI::To return the a record from a ".tfr" file.  Arguments:::egse
$SSW_MDI/idl/cal/egse/rdtfr2.pro::MDI::To return the a record from a ".tfr" file.  Arguments:::egse
$SSW_MDI/idl/cal/egse/redo_mon_sci5k.pro::MDI::To give a summary of the SCI5K contents::egse
$SSW_MDI/idl/cal/egse/roger.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/rt_display.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/rt_display2.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/rt_display_3.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/rt_display_old.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/rtd.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/rtplot.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/sci5k_summary.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/scird.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/seq_frame_info.pro::MDI::To read the housekeeping data and to return information on the per-exposure frames ("unwrap" the circular queue)::egse
$SSW_MDI/idl/cal/egse/seq_frame_stats.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/set_sci160k_dir.pro::MDI::To allow the user to select a SCI160K directory::egse
$SSW_MDI/idl/cal/egse/sharpfocus.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/sharpness.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/strip_heads.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/t.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/t1.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/t2.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/t3.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/t4.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/t5.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/t5sav.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/tfr_decom.pro::MDI::To decompress a single telemetry frame::egse
$SSW_MDI/idl/cal/egse/tfr_summary.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/tfr_summary2.pro::MDI::To display information on a per-image basis for a tfr file.::egse
$SSW_MDI/idl/cal/egse/trap_check.pro::MDI::To look for traps, dark spikes and dust particles::egse
$SSW_MDI/idl/cal/egse/vm.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/xcheckip.pro::MDI::To check the IP processing of data products::egse
$SSW_MDI/idl/cal/egse/xcheckip_event.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/xdisp_sci5k.pro::MDI::To allow a user to select a file and image to be displayed::egse
$SSW_MDI/idl/cal/egse/xdisp_tfr.pro::MDI::To allow a user to select a file and image to be displayed::egse
$SSW_MDI/idl/cal/egse/xhkplot.pro::MDI::To plot the MDI and S/C HK data using a widget interface to specify which mnemonics and how to plot it::egse
$SSW_MDI/idl/cal/egse/xhkplot_event.pro::MDI::N.A.::egse
$SSW_MDI/idl/cal/egse/xread_hist.pro::MDI::To accept user specification for the start/end time and::egse
$SSW_MDI/idl/cal/egse/xwrite_hist.pro::MDI::To accept user inputs to be logged to the EGSE history file::egse
$SSW_MDI/idl/cal/general/add.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/addfitsval.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/adjhdr.pro::MDI::Adjust size of a FITS header, if required.::general,File IO. FITS. Low Level.
$SSW_MDI/idl/cal/general/beta.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/bilin.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/bsinterp.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/calc_move.pro::MDI::calculates necessary Alignment Mechanism steps for desired image motion::general
$SSW_MDI/idl/cal/general/calc_mtm_therm.pro::MDI::Calculate the thermal load from MTM moves.  Evaluates framelists for compatability with PRIME30 load::general
$SSW_MDI/idl/cal/general/calc_pos.pro::MDI::calculates change of pointing when given Alignment Mechanism steps::general
$SSW_MDI/idl/cal/general/ccd_hdr_info.pro::MDI::To extract information from the telemetry CCD header array::general
$SSW_MDI/idl/cal/general/ccdcalc.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/center.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/centercalc.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/chgfitsval.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/choosem.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/circle_mask.pro::MDI::To return the subscripts within a 2-D array within a given radius of a position.  Optionally return a map, or mask the input image::general
$SSW_MDI/idl/cal/general/cnt.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/cont4.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/cosfit.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/cutoff.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/dcfind.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/dcplots.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/deci_str.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/delfitsval.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/disk.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/disp_focus.pro::MDI::To display the focus information::general
$SSW_MDI/idl/cal/general/disp_gen.pro::MDI::To use the "TV2" and "XYOUTS2" options to display images and data.  Useful for making pretty prints.::general
$SSW_MDI/idl/cal/general/disp_lyot.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/disp_mdi_hr_fov.pro::MDI::Plot the MDI high resolution field of view on an image::general
$SSW_MDI/idl/cal/general/disp_mmap.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/doppler_setup.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/dpc_img_summary.pro::MDI::A front driver to read MDI data and then call IMG_SUMMARY::general
$SSW_MDI/idl/cal/general/exln.pro::MDI::Extract an arbitrary linear cross-section from a 2-d image (=a "line"), defined from the display by clicking the mouse. Uses function 'expix.pro' to define endpoints.::general
$SSW_MDI/idl/cal/general/exln2.pro::MDI::Extract an arbitrary linear cross-section from a 2-d image (=a "line"), defined from the display by clicking the mouse. Uses function 'expix.pro' to define endpoints.::general
$SSW_MDI/idl/cal/general/expix.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/exten.pro::MDI::Returns a four character string corresponding to the number provided (allows a convenient way of addressing a datafile in a loop)::general
$SSW_MDI/idl/cal/general/fe55fit.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/fe55setup.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/fefit.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/fefunct.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/feline.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/feplot.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/fig_summary.pro::MDI::To display image, contour, plots or values information on a figure.::general
$SSW_MDI/idl/cal/general/find_key.pro::MDI::Find a keyword in a fits header.::general,LP. FITS. Low level.
$SSW_MDI/idl/cal/general/findcenter.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/finddrift.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/findit.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/findloi.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/findshift.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/fitairy.pro::MDI::Fits an Airy diffraction disk to a surface (image)::general
$SSW_MDI/idl/cal/general/fitcenter.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/fitcenter1.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/fitgauss.pro::MDI::Fits a Gaussian to a surface (image)::general
$SSW_MDI/idl/cal/general/fitring.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/flicker.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/focus_area.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/fzbasic.pro::MDI::Creates minimal F0 header::general
$SSW_MDI/idl/cal/general/fzero_setup.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/fzheader.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/fzrd.pro::MDI::Read one header and image from an open LP format file.::general,LP. File IO. ow level.
$SSW_MDI/idl/cal/general/fztofits.pro::MDI::Convert a LP format file into a FITS format file.  Each image in the LP format file is written to a different FITS file.::general,LP. File IO. High level.
$SSW_MDI/idl/cal/general/fzw.pro::MDI::Write a LP format image/header to disk.::general,File IO. Low level.
$SSW_MDI/idl/cal/general/get_dpc_info.pro::MDI::To read a database file and return information on the data product::general
$SSW_MDI/idl/cal/general/get_last_tfr.pro::MDI::To return the last TFR file (or "n_ago" files) based on creation date/time::general
$SSW_MDI/idl/cal/general/getexp.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/getfdarea.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/getfitsval.pro::MDI::Extract a string parameter from a FITS header.::general,File IO.
$SSW_MDI/idl/cal/general/gethrarea.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/getimage.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/getrange.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/grad.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/hairs.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/hipass.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/his2hk.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/his_dirs.pro::MDI::To return a list of the directories where .HIS files exist.::general
$SSW_MDI/idl/cal/general/ice.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/icedisp.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/icefilter.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/icehunt.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/iceread.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/initall.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/issfit.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/issval.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/laser_info.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/limset.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/loadarr.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/loadlab.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/loadlt.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/loi.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/look.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/lookup.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/lopass.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/ltc.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/ltfitlin.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/lxfr.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/mag_setup.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/makedoppler.pro::MDI::Calculates Dopplergrams from a sequence of filtergrams and writes to        disk (if outf::general
$SSW_MDI/idl/cal/general/makefztofits.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/makemag.pro::MDI::Calculates magnetograms from a sequence of filtergrams and writes to        disk (if outf::general
$SSW_MDI/idl/cal/general/map_filnam.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/markpos.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/match.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/mdi_struct.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/mdidust.pro::MDI::Program to make dust images at various positions through::general
$SSW_MDI/idl/cal/general/mdifocus2.pro::MDI::To digest and display the MDI focus data::general
$SSW_MDI/idl/cal/general/mdiiss.pro::MDI::To analyze the MDI ISS performance::general
$SSW_MDI/idl/cal/general/mdilaser.pro::MDI::To process the LFFT "mdilaser" results for Michelson wavelengths::general
$SSW_MDI/idl/cal/general/mdimrot.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/mdipdist.pro::MDI::To match the pattern of the grid locations to a reference grid image.::general
$SSW_MDI/idl/cal/general/mdipict.pro::MDI::To display a summary page for each "mdipict" image::general
$SSW_MDI/idl/cal/general/mdiprot.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/mmap1pos.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/mmap_summary.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/mmap_unwrap.pro::MDI::To look at an phase image and see if there is wrap around within the image and to correct it if there is::general
$SSW_MDI/idl/cal/general/mosaicx.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/mybi.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/mytv.pro::MDI::Overlay an image and a contour plot. of a second image::general,General graphics.
$SSW_MDI/idl/cal/general/mytvcont.pro::MDI::Overlay an image and a contour plot. of a second image::general,General graphics.
$SSW_MDI/idl/cal/general/nehbi.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/newname.pro::MDI::Generates "stanford" filename (with basic info about MDI config.)::general
$SSW_MDI/idl/cal/general/perf_vwbin.pro::MDI::Given a VWBIN list (or file name) and an input image, make the VWBIN output::general
$SSW_MDI/idl/cal/general/pixcorr.pro::MDI::correct bad pixels by nearest neighbor interpolation::general
$SSW_MDI/idl/cal/general/plot_fft.pro::MDI::To plot facilitate generic plotting of an fft::general
$SSW_MDI/idl/cal/general/plothist.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/plotiss.pro::MDI::To plot the MDI ISS calibration test results::general
$SSW_MDI/idl/cal/general/plotiss2.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/plotring.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/plotsharp.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/plotsharp2.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/pointing.pro::MDI::calculates center coordinates and the radius of a circular image (filled disk) - typically a FD solar image from MDI::general
$SSW_MDI/idl/cal/general/polyfunct.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/print6.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/printarea.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/printimg.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/printloi.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/printsens.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/putfitsval.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/pzt2xy.pro::MDI::calculates necessary PZT offsets for desired image motion::general
$SSW_MDI/idl/cal/general/rad2location.pro::MDI::To return a location mnemonic for a given radius location::general
$SSW_MDI/idl/cal/general/rbifit.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/rbihunt.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/rbisetup.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/rd_ccdh_fil.pro::MDI::To read the 1109 bytes of CCDH transfer frame file::general
$SSW_MDI/idl/cal/general/rd_dpc_table.pro::MDI::To read a database file::general
$SSW_MDI/idl/cal/general/rd_mdi.pro::MDI::simple mdi front end to mreadfits::general
$SSW_MDI/idl/cal/general/rd_mmap_sum.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/rdmagseq.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/rdpix.pro::MDI::Interactively display the X position, Y position, and pixel value of the cursor.::general,Image display.
$SSW_MDI/idl/cal/general/rdtemp.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/rdvelseq.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/rdveltable.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/read_mdi.pro::MDI::To read MDI FITS files, telemetry files, or Microvax "F0" files::general
$SSW_MDI/idl/cal/general/read_mdi16.pro::MDI::Read the 16 parts of an image and build it into a 1024x1024 image::general
$SSW_MDI/idl/cal/general/removegrad1.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/ring.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/rot_rig.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/sat_obs_loc.pro::MDI::To return the location of a saturated point source.::general
$SSW_MDI/idl/cal/general/save_mmap.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/scan.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/sens.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/sensors.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/series_info.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/sharpfocus2.pro::MDI::To::general
$SSW_MDI/idl/cal/general/showarea.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/showdata.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/showloi.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/showsens.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/sinfit.pro::MDI::Fits sinusoid to each pixel of image(x,y,*)::general
$SSW_MDI/idl/cal/general/startfits.pro::MDI::Create a blank FITS header and insert initial FITS information. (SIMPLE=T)::general,File IO.
$SSW_MDI/idl/cal/general/strip.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/sunsharp.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/swabi.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/tv4.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/tvc.pro::MDI::Overlay an image and a contour plot. of a second image::general,General graphics.
$SSW_MDI/idl/cal/general/tvc4.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/tvcx.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/tvhairs.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/tvplt.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/tvrect.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/vel4.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/velcalc.pro::MDI::N.A.::general
$SSW_MDI/idl/cal/general/view_image.pro::MDI::Rough method to display an image::general
$SSW_MDI/idl/cal/general/xy2pzt.pro::MDI::calculates necessary PZT offsets for desired image motion::general
$SSW_SUMER/idl/fits/cdromsrc/cd_build_cdromcat.pro::SUMER::Add cdrom data not yet processed to CATALOG.::cdromsrc
$SSW_SUMER/idl/fits/cdromsrc/cd_delete_files.pro::SUMER::Delete CDROM data files from hard disk.::cdromsrc,OS VMS
$SSW_SUMER/idl/fits/cdromsrc/cd_disk_space.pro::SUMER::DISPLAY disk space status both of CDROM and hard disk.::cdromsrc,OS VMS
$SSW_SUMER/idl/fits/cdromsrc/cd_dism_cdrom.pro::SUMER::Dismount CD drive::cdromsrc,OS VMS
$SSW_SUMER/idl/fits/cdromsrc/cd_find_dbase.pro::SUMER::Search the CDROM DATABASE::cdromsrc,FUNCTION
$SSW_SUMER/idl/fits/cdromsrc/cd_load_cdrom.pro::SUMER::Load CDROM data onto hard disk.::cdromsrc,OS VMS
$SSW_SUMER/idl/fits/cdromsrc/cd_mount_cdrom.pro::SUMER::Mount CD drive::cdromsrc,OS VMS
$SSW_SUMER/idl/fits/cdromsrc/cd_process_fits.pro::SUMER::N.A.::cdromsrc
$SSW_SUMER/idl/fits/cdromsrc/cd_reg_cdrom.pro::SUMER::Register information contained in CDROM into database::cdromsrc
$SSW_SUMER/idl/fits/cdromsrc/cd_search_dbase.pro::SUMER::Search entries in the CDROM database.::cdromsrc
$SSW_SUMER/idl/fits/cdromsrc/cd_sort_dbase.pro::SUMER::SORT CDROM DATABASE::cdromsrc
$SSW_SUMER/idl/fits/cdromsrc/cd_sumer.pro::SUMER::Widget interface for managing CDROM database.::cdromsrc
$SSW_SUMER/idl/fits/cdromsrc/cd_sumer_starter.pro::SUMER::N.A.::cdromsrc
$SSW_SUMER/idl/fits/cdromsrc/cd_view_dbase.pro::SUMER::Display registered entries of the CDROM database::cdromsrc
$SSW_SUMER/idl/fits/fitssrc/cmp_size.pro::SUMER::N.A.::fitssrc
$SSW_SUMER/idl/fits/fitssrc/fits_starter.pro::SUMER::N.A.::fitssrc
$SSW_SUMER/idl/fits/fitssrc/fitscd_starter.pro::SUMER::N.A.::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_add_hm.pro::SUMER::se          : Update the history Memory                                #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_arcsec.pro::SUMER::N.A.::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_build_qklcat.pro::SUMER::se          : Build sc.cat & hk.cat catalogs for QKL & REL files      #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_callambda.pro::SUMER::ose         : Define the calibration in the spectral axis               #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_calspz.pro::SUMER::ose         : Spatial   calibration of images                           #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_cat_build.pro::SUMER::se          : Convert in seconds from the 1rst of January 1958         # se          : Read one header image                                   # se          : Seek the position of next image into RRD file(in bytes) # se          : Build the IMCATALOG.IR catalog from  SCCATALOG.IR catalog#::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_celobject_seq.pro::SUMER::se          :                                                          #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_check_wave.pro::SUMER::se          : Verify all wavelengths belong to the same sequence       #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_common.pro::SUMER::se          : Declare common blocks                                   #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_conv_sectim.pro::SUMER::se          : Convert the time in seconds to the format: DD HH MN SS CS#::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_create_fs.pro::SUMER::N.A.::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_createfits.pro::SUMER::se          : Open IMCATALOG.IR catalog                               # se          : Read from the IMCATALOG.IR catalog all information      # se          : Check the disk quota                                    # se          : Handle the main automate for the FITS process           #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_displaydata.pro::SUMER::N.A.::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_displayparams.pro::SUMER::se          :                                                         # se          :                                                         #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_encoder.pro::SUMER::se          : Display from the encoder value the equivalence in motor #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_exptime_seq.pro::SUMER::se          :                                                          #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_fill_fitstable.pro::SUMER::se          : Fill the SUMER_FITS table in the SUMER database         #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_fill_reftable.pro::SUMER::se          : Fill the R_DIRNAME table in the SUMER database         #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_fits_body.pro::SUMER::se          : Build the FITS file and store data of one sequence       #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_fits_build.pro::SUMER::se          : Main program                                            #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_genecode.pro::SUMER::se          : Generate automaticaly a special HTML page               #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_getdate.pro::SUMER::se          : Get the current date                                     #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_handle_req.pro::SUMER::ose         : Send requests to the SUMER data base                      #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_init_req.pro::SUMER::se          : Init sql request interface structure                     #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_init_struct.pro::SUMER::ose         : Initialize some structures                                #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_initializ.pro::SUMER::ose         : Initialize variables and parameters                       #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_load_cfg.pro::SUMER::se          : Load some parameters from FT_FITS.CFG and RANK.DAT files #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_load_data.pro::SUMER::se          : Search new value of PLAN & NB_COL variables             # se          : Search the current image format                         # se          : Search the current image format                         # se          : Load data and the image header                          # se          :                                                         #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_load_ref_table.pro::SUMER::se          : Load from a reference file all image formats            #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_load_table.pro::SUMER::se          : Load parameters from reference tables                   #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_makebth.pro::SUMER::se          : Create the binary table header                           #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_makefits.pro::SUMER::se          : Make a FITS file                                         #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_makeph.pro::SUMER::se          : Initialize Keywords of Primary Header                    #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_mergefiles.pro::SUMER::se          : Merge several identical SUMER FITS files (One BTE ONLY)  #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_mng_hm.pro::SUMER::se          : Call FT_ADD_HM to add information from new files to      #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_nbimlost.pro::SUMER::se          : Count the number of images lost from a HTML page        #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_openfile.pro::SUMER::se          : Open one file                                           #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_printinfo.pro::SUMER::se          : Display some information                                #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_raster_seq.pro::SUMER::se          :                                                          #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_read_fitscat.pro::SUMER::se          :                                                         #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_readdata.pro::SUMER::N.A.::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_search_seq.pro::SUMER::se          : Search one sequence                                      #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_send_req.pro::SUMER::se          : Send prepared request to DB server                       #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_sequence.pro::SUMER::se          : Look at if it's the current sequence is identical to     # se          : Sort images following the value of SSACIMGC              # se          : Check the size of FITS file                              # se          : Change the value of a EXTNAME FITS keyword               # se          : Handle the sequence automate for the FITS application    #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_sizedata.pro::SUMER::se          : Determine the size of data                               #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_spectral_seq.pro::SUMER::N.A.::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_store_optcol.pro::SUMER::se          : Convert a time in seconds                               # se          : Format and add the exposure time at the initial time    # se          :                                                         #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_strfmt.pro::SUMER::se          : Create a string formatted as follows: "<ident> string"  #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_sumread_fits.pro::SUMER::se          : Read columns from a Sumer FITS file                     #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_sumreadverb_fits.pro::SUMER::se          : Read columns from a Sumer FITS file                     #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_tempserial_seq.pro::SUMER::se          :                                                          #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_upd_bth.pro::SUMER::se          :                                                         #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_upd_catalog.pro::SUMER::se          : Update catalog files (imcatalog.ir, imcatalog_cd.ir)    #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_upd_file.pro::SUMER::se          : Write a new value in the FT_RANK.DAT file               #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_upd_hm.pro::SUMER::se          : Update the History memory data files                    #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_var_com.pro::SUMER::N.A.::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ft_writelog.pro::SUMER::se          : Write a message in the log file                          #::fitssrc
$SSW_SUMER/idl/fits/fitssrc/ftreq_com.pro::SUMER::N.A.::fitssrc
$SSW_SUMER/idl/fits/fitssrc/fxbread.pro::SUMER::Read a data array from a disk FITS binary table file.::fitssrc,Data Handling, I/O, FITS, Generic.
$SSW_SUMER/idl/fits/fitssrc/qkl_starter.pro::SUMER::N.A.::fitssrc
$SSW_SUMER/idl/fits/fitssrc/shrink_sumer_fits.pro::SUMER::Convert long to short integers to reduce file size::fitssrc
$SSW_SUMER/idl/fits/fitssrc/where_negzero.pro::SUMER::Finds positions of IEEE -0.0 values.::fitssrc,Class4, OS
$SSW_SUMER/idl/newtki/st_sumer/add_udp_head.pro::SUMER::Add document header to a given SCL file::st_sumer,ST_SUMER
$SSW_SUMER/idl/newtki/st_sumer/get_udp_head.pro::SUMER::Parse the SCL code and return document as a structure::st_sumer,ST_SUMER
$SSW_SUMER/idl/newtki/st_sumer/pickfile2.pro::SUMER::This function allows the user to interactively pick a file.  A file selection tool with a graphical user interface is created.  Files can be selected from the current directory or other directories.::st_sumer,Widgets.
$SSW_SUMER/idl/newtki/st_sumer/rd_ascii2.pro::SUMER::Read sequential ASCII file::st_sumer,I/O
$SSW_SUMER/idl/newtki/st_sumer/sc_common.pro::SUMER::N.A.::st_sumer
$SSW_SUMER/idl/newtki/st_sumer/sc_cre_pop_trt.pro::SUMER::UDP creation::st_sumer,SC_SUMER
$SSW_SUMER/idl/newtki/st_sumer/sc_mng_pop_sim.pro::SUMER::Manage POP/UDP simulation::st_sumer,SC_SUMER
$SSW_SUMER/idl/newtki/st_sumer/sc_mng_std_sim.pro::SUMER::Manage study simulation::st_sumer,SC_SUMER
$SSW_SUMER/idl/newtki/st_sumer/sc_mng_tki_ssim.pro::SUMER::Manage sequence simulation::st_sumer,SC_SUMER
$SSW_SUMER/idl/newtki/st_sumer/sc_sumer.pro::SUMER::se          : Simulator/Command Generator Main win event scheduler     # se          : Simulator/Command Generator Main window                  #::st_sumer
$SSW_SUMER/idl/newtki/st_sumer/sc_tki_init.pro::SUMER::Set up some TKI parameters based on SC_SUMER status::st_sumer
$SSW_SUMER/idl/newtki/st_sumer/sc_update_status.pro::SUMER::Return status of database update status::st_sumer,Database, planning
$SSW_SUMER/idl/newtki/st_sumer/st_area_size.pro::SUMER::Calculate the total pointing area size::st_sumer,ST_SUMER
$SSW_SUMER/idl/newtki/st_sumer/st_comp_obj.pro::SUMER::Compare if two object codes are the same::st_sumer,ST_SUMER
$SSW_SUMER/idl/newtki/st_sumer/st_mk_udp_stc.pro::SUMER::Create an UDP structure via TKI simulation::st_sumer,st_sumer
$SSW_SUMER/idl/newtki/st_sumer/st_reg_study.pro::SUMER::Register a single-item study with DB from a simulated UDP::st_sumer,ST_SUMER
$SSW_SUMER/idl/newtki/st_sumer/st_reg_udp.pro::SUMER::Register a simulated UDP with SUMER database::st_sumer,ST_SUMER
$SSW_SUMER/idl/newtki/st_sumer/st_scientist_id.pro::SUMER::Get SC_SUMER scientist ID based on user's login name::st_sumer,ST_SUMER
$SSW_SUMER/idl/newtki/st_sumer/st_sumer.pro::SUMER::Simulation Tool for SUMER::st_sumer,Simulator
$SSW_SUMER/idl/newtki/st_sumer/st_sumer_com.pro::SUMER::N.A.::st_sumer
$SSW_SUMER/idl/newtki/st_sumer/st_sumer_purge.pro::SUMER::Clean up files associated with current UDP::st_sumer,ST_SUMER
$SSW_SUMER/idl/newtki/st_sumer/st_sumer_win.pro::SUMER::Create graphic windows for st_sumer::st_sumer,widget
$SSW_SUMER/idl/newtki/st_sumer/st_tki_init.pro::SUMER::Make a bridge between ST_SUMER and TKI::st_sumer
$SSW_SUMER/idl/newtki/st_sumer/st_update_field.pro::SUMER::Update widget fields in ST_SUMER::st_sumer,ST_SUMER
$SSW_SUMER/idl/newtki/st_sumer/write_ascii.pro::SUMER::Write a given string array as an ASCII file::st_sumer,Utility
$SSW_SUMER/idl/newtki/tki/borders.pro::SUMER::Compute Range of Result Plot::tki
$SSW_SUMER/idl/newtki/tki/calcstep.pro::SUMER::Compute Number of Steps for Move::tki
$SSW_SUMER/idl/newtki/tki/compare_var.pro::SUMER::Check for right Version of Simulator and Global Parameters::tki
$SSW_SUMER/idl/newtki/tki/convers4.pro::SUMER::Support Point Function::tki
$SSW_SUMER/idl/newtki/tki/convers5.pro::SUMER::Determines the step where the search process starts::tki
$SSW_SUMER/idl/newtki/tki/det_save_def.pro::SUMER::Save default Values for Detector A/B in tki_det_set.rst::tki
$SSW_SUMER/idl/newtki/tki/encofit.pro::SUMER::Determines the fitted encoder value for a given step::tki
$SSW_SUMER/idl/newtki/tki/freq_ramp.pro::SUMER::Compute Frequency for Moving::tki
$SSW_SUMER/idl/newtki/tki/fulltest_tki.pro::SUMER::Test the Simulator with diffrent UDPs in Batch::tki
$SSW_SUMER/idl/newtki/tki/get_compiled_tki.pro::SUMER::Restore the compiled Routines of TKI if accessible::tki,SUMER Simulator
$SSW_SUMER/idl/newtki/tki/mcgeteramvalue.pro::SUMER::Internal Dummy Check for MCGETERAMVALUE::tki
$SSW_SUMER/idl/newtki/tki/mcgeterr.pro::SUMER::Internal Dummy Check for MCGETERR::tki
$SSW_SUMER/idl/newtki/tki/mcgetfreq.pro::SUMER::Internal Dummy Check for MCGETFREQ::tki
$SSW_SUMER/idl/newtki/tki/mcgetiramvalue.pro::SUMER::Internal Dummy Check for MCGETIRAMVALUE::tki
$SSW_SUMER/idl/newtki/tki/mcgetsteps.pro::SUMER::Internal Dummy Check for MCGETSTEPS::tki
$SSW_SUMER/idl/newtki/tki/mcpower.pro::SUMER::Internal Dummy Check for MCPOWER::tki
$SSW_SUMER/idl/newtki/tki/mcreadhk.pro::SUMER::Internal Dummy Check for MCREADHK::tki
$SSW_SUMER/idl/newtki/tki/mcrelpos.pro::SUMER::Internal Dummy Check for MCRELPOS::tki
$SSW_SUMER/idl/newtki/tki/mcrelposans.pro::SUMER::Internal Dummy Check for MCRELPOSANS::tki
$SSW_SUMER/idl/newtki/tki/mcreset.pro::SUMER::Internal Dummy Check for MCRESET::tki
$SSW_SUMER/idl/newtki/tki/mcscanmotion.pro::SUMER::Internal Dummy Check for MCSCANMOTION::tki
$SSW_SUMER/idl/newtki/tki/mcscanstep.pro::SUMER::Internal Dummy Check for MCSCANSTEP::tki
$SSW_SUMER/idl/newtki/tki/mcselftest.pro::SUMER::Internal Dummy Check for MCSELFTEST::tki
$SSW_SUMER/idl/newtki/tki/mcseteramvalue.pro::SUMER::Internal Dummy Check for MCSETERAMVALUE::tki
$SSW_SUMER/idl/newtki/tki/mcsetiramvalue.pro::SUMER::Internal Dummy Check for MCSETIRAMVALUE::tki
$SSW_SUMER/idl/newtki/tki/mcsetvariable.pro::SUMER::Internal Dummy Check for MCSETVARIABLE::tki
$SSW_SUMER/idl/newtki/tki/read_from_db.pro::SUMER::N.A.::tki
$SSW_SUMER/idl/newtki/tki/resolve_all.pro::SUMER::Resolve (by compiling) all procedures and functions. This is useful when preparing .sav files containing all the IDL::tki
$SSW_SUMER/idl/newtki/tki/st_tki_init.pro::SUMER::Make a bridge between ST_SUMER and TKI::tki
$SSW_SUMER/idl/newtki/tki/tki_assign.pro::SUMER::Assign Value to Variable::tki
$SSW_SUMER/idl/newtki/tki/tki_atpointer.pro::SUMER::Load Data found on Address to Stack::tki
$SSW_SUMER/idl/newtki/tki/tki_binary.pro::SUMER::Execute the binary function indicated by the token::tki
$SSW_SUMER/idl/newtki/tki/tki_calcmot.pro::SUMER::Compute MotionTime of Mechanisms::tki
$SSW_SUMER/idl/newtki/tki/tki_call.pro::SUMER::Main Calling Routine for Simulator as Standalone::tki
$SSW_SUMER/idl/newtki/tki/tki_call_par.pro::SUMER::Check for Parameter and load them into a Structure::tki
$SSW_SUMER/idl/newtki/tki/tki_callfunc.pro::SUMER::Call a function inside a UDP/POP::tki
$SSW_SUMER/idl/newtki/tki/tki_celobj.pro::SUMER::Simulate the Celestial Object Function::tki
$SSW_SUMER/idl/newtki/tki/tki_change_par.pro::SUMER::Writing the parameters (global/UDP) to their position::tki
$SSW_SUMER/idl/newtki/tki/tki_check_cnt.pro::SUMER::Check the Countrates for SUMER::tki
$SSW_SUMER/idl/newtki/tki/tki_check_comp.pro::SUMER::Check for right Compression Format::tki
$SSW_SUMER/idl/newtki/tki/tki_chkit.pro::SUMER::CHeck User::tki
$SSW_SUMER/idl/newtki/tki/tki_cint.pro::SUMER::Main Program for Tokencode interpreter::tki
$SSW_SUMER/idl/newtki/tki/tki_clock.pro::SUMER::Processing Timeline of simulation::tki
$SSW_SUMER/idl/newtki/tki/tki_close_unit.pro::SUMER::Close all needed UNITs for Output::tki
$SSW_SUMER/idl/newtki/tki/tki_cmd_func.pro::SUMER::Return Function Information in a STRUCT::tki
$SSW_SUMER/idl/newtki/tki/tki_common_priv.pro::SUMER::Common Variables for Simulator Internal::tki
$SSW_SUMER/idl/newtki/tki/tki_common_share.pro::SUMER::Common Variables as Interface to SC_SUMER::tki
$SSW_SUMER/idl/newtki/tki/tki_comp_handle.pro::SUMER::COMPUTING RAM ALLOCATION WITH COMP/NOCOMP::tki
$SSW_SUMER/idl/newtki/tki/tki_compression.pro::SUMER::Compute the time for Compression::tki
$SSW_SUMER/idl/newtki/tki/tki_convert.pro::SUMER::Convert the PC-REAL format to VAX-REAL format::tki
$SSW_SUMER/idl/newtki/tki/tki_cotopos.pro::SUMER::Calculate MC Position from Pointing Coordinates::tki
$SSW_SUMER/idl/newtki/tki/tki_databytes.pro::SUMER::Returns the number of bytes occupied by data::tki
$SSW_SUMER/idl/newtki/tki/tki_det_cover.pro::SUMER::Dummy Function for DET_COVER::tki
$SSW_SUMER/idl/newtki/tki/tki_det_highv.pro::SUMER::Switch HV for Detector ON/OFF::tki
$SSW_SUMER/idl/newtki/tki/tki_det_mcphigh.pro::SUMER::Set MCP High Voltage Value::tki
$SSW_SUMER/idl/newtki/tki/tki_det_qualify.pro::SUMER::Simulate the Det_Qualify Cmd::tki
$SSW_SUMER/idl/newtki/tki/tki_det_range.pro::SUMER::Compute Wavelength Range on Detector::tki
$SSW_SUMER/idl/newtki/tki/tki_det_readout.pro::SUMER::Dummy Function for DET_Readout::tki
$SSW_SUMER/idl/newtki/tki/tki_det_x_charg.pro::SUMER::Set the X-Charge Threshold::tki
$SSW_SUMER/idl/newtki/tki/tki_det_x_tim.pro::SUMER::Set the X-Timing Threshold::tki
$SSW_SUMER/idl/newtki/tki/tki_det_x_upper.pro::SUMER::Set the X-Upper Threshold::tki
$SSW_SUMER/idl/newtki/tki/tki_det_y_charg.pro::SUMER::Set the Y-Charge Threshold::tki
$SSW_SUMER/idl/newtki/tki/tki_det_y_tim.pro::SUMER::Set the Y-Timing Threshold::tki
$SSW_SUMER/idl/newtki/tki/tki_det_y_upper.pro::SUMER::Set the Y-Upper Threshold::tki
$SSW_SUMER/idl/newtki/tki/tki_detpower.pro::SUMER::Switch ON/OFF Detector::tki
$SSW_SUMER/idl/newtki/tki/tki_disperse.pro::SUMER::Compute Dispersion for Lambda Function::tki
$SSW_SUMER/idl/newtki/tki/tki_display_det.pro::SUMER::Display the Wavelrngthrange and Readout Windows::tki
$SSW_SUMER/idl/newtki/tki/tki_do_det_cmd.pro::SUMER::Handle Detector Functions::tki
$SSW_SUMER/idl/newtki/tki/tki_do_mc_cmd.pro::SUMER::Handle MC Commands::tki
$SSW_SUMER/idl/newtki/tki/tki_do_pow_cmd.pro::SUMER::Handle Power CMDs::tki
$SSW_SUMER/idl/newtki/tki/tki_draw_pos.pro::SUMER::Plot the Position in SUN Simulation Window::tki
$SSW_SUMER/idl/newtki/tki/tki_dump_glo.pro::SUMER::Print the Global Parameters::tki
$SSW_SUMER/idl/newtki/tki/tki_entry.pro::SUMER::Execute the program entry operation::tki
$SSW_SUMER/idl/newtki/tki/tki_eval.pro::SUMER::Setup Procedure for Result Plot::tki
$SSW_SUMER/idl/newtki/tki/tki_exec_det.pro::SUMER::Execute and handle Detector Commands::tki
$SSW_SUMER/idl/newtki/tki/tki_execinstr.pro::SUMER::Handle Execution of Token Instruction::tki
$SSW_SUMER/idl/newtki/tki/tki_fcreate.pro::SUMER::Create a new File in SUMER DPU Memory::tki
$SSW_SUMER/idl/newtki/tki/tki_fdelete.pro::SUMER::Delete the File indicated by handle in Memeory::tki
$SSW_SUMER/idl/newtki/tki/tki_find_cmd.pro::SUMER::Find SUMER Cmd by Pattern search::tki
$SSW_SUMER/idl/newtki/tki/tki_findconst.pro::SUMER::Find the address where a constant is stored::tki
$SSW_SUMER/idl/newtki/tki/tki_findvardata.pro::SUMER::Find the address where a variable's data is stored::tki
$SSW_SUMER/idl/newtki/tki/tki_findvardecl.pro::SUMER::Find the address where a variable's declaration is stored::tki
$SSW_SUMER/idl/newtki/tki/tki_finit.pro::SUMER::Initialize Ram Disk::tki
$SSW_SUMER/idl/newtki/tki/tki_focuspos.pro::SUMER::Calculate new position for focus MC&Grating::tki
$SSW_SUMER/idl/newtki/tki/tki_fulldisk.pro::SUMER::Simulate the Fulldisk Function::tki
$SSW_SUMER/idl/newtki/tki/tki_gen_cmd.pro::SUMER::Find SUMER Cmd by Pattern search::tki
$SSW_SUMER/idl/newtki/tki/tki_geninit.pro::SUMER::Initialize elements of an array::tki
$SSW_SUMER/idl/newtki/tki/tki_get_mcpower.pro::SUMER::Check if Motor is on, if not switch on::tki
$SSW_SUMER/idl/newtki/tki/tki_getinstr.pro::SUMER::Get next Token Instruction in UDP/POP::tki
$SSW_SUMER/idl/newtki/tki/tki_getmess.pro::SUMER::Print the current Settings for Output::tki
$SSW_SUMER/idl/newtki/tki/tki_getpar.pro::SUMER::Get a parameter of a function call::tki
$SSW_SUMER/idl/newtki/tki/tki_graph_stc.pro::SUMER::Make initial Tki_graph structure::tki
$SSW_SUMER/idl/newtki/tki/tki_hlp_on_cmd.pro::SUMER::Get SUMER Cmd by Pattern and print Information::tki
$SSW_SUMER/idl/newtki/tki/tki_i_parstruct.pro::SUMER::Initialize the Parameter Struct for Parameter search::tki
$SSW_SUMER/idl/newtki/tki/tki_iim_read.pro::SUMER::Manage Integrationtime and Schmierschritt::tki
$SSW_SUMER/idl/newtki/tki/tki_iimmem.pro::SUMER::Handle Image readout and put into RAM DISK::tki
$SSW_SUMER/idl/newtki/tki/tki_image_form.pro::SUMER::Returns the Picture Parameter::tki
$SSW_SUMER/idl/newtki/tki/tki_image_tab.pro::SUMER::Table for Image Information::tki
$SSW_SUMER/idl/newtki/tki/tki_imagefunc.pro::SUMER::Simulate the LIB-Image Functions::tki
$SSW_SUMER/idl/newtki/tki/tki_init_det.pro::SUMER::Initialize Variables with which Detector is used::tki
$SSW_SUMER/idl/newtki/tki/tki_init_disp.pro::SUMER::Initialize Graphic Display and scale the plotting area::tki
$SSW_SUMER/idl/newtki/tki/tki_init_main.pro::SUMER::Initialize some previews needed Variables for TKI::tki
$SSW_SUMER/idl/newtki/tki/tki_init_mem.pro::SUMER::Initialize the main Variables for Simulator::tki
$SSW_SUMER/idl/newtki/tki/tki_init_par.pro::SUMER::Write Parameter Values to their Position in Memory::tki
$SSW_SUMER/idl/newtki/tki/tki_init_spec.pro::SUMER::Initialize the spectral Data for Simulation::tki
$SSW_SUMER/idl/newtki/tki/tki_init_tm.pro::SUMER::Initialize Variables with which Telemetry Rate is used::tki
$SSW_SUMER/idl/newtki/tki/tki_initelem.pro::SUMER::Initialize a number of Alements in an Array::tki
$SSW_SUMER/idl/newtki/tki/tki_initvar.pro::SUMER::Initialize a single Variable by a Constant::tki
$SSW_SUMER/idl/newtki/tki/tki_insert.pro::SUMER::Insert Name of UDP in LOG and TRC Files::tki
$SSW_SUMER/idl/newtki/tki/tki_insert_udp.pro::SUMER::Insert UDP in UDP list, check for Parameter and Slot::tki
$SSW_SUMER/idl/newtki/tki/tki_jumps.pro::SUMER::Execute the Jump Operation indicated by the Token::tki
$SSW_SUMER/idl/newtki/tki/tki_l34exec.pro::SUMER::Handle different Calls to Level CTRL-Routines::tki
$SSW_SUMER/idl/newtki/tki/tki_l3call.pro::SUMER::Call the level 3 function indicated in Instruction::tki
$SSW_SUMER/idl/newtki/tki/tki_l3ctrl.pro::SUMER::Call the Level 3 Simulation Function::tki
$SSW_SUMER/idl/newtki/tki/tki_l3rsc.pro::SUMER::Simulate SUMER RSC Cmd::tki
$SSW_SUMER/idl/newtki/tki/tki_l4call.pro::SUMER::Call the level 4 Function indicated in Instruction::tki
$SSW_SUMER/idl/newtki/tki/tki_l4ctrl.pro::SUMER::Call the Level 4 Simulating Functions::tki
$SSW_SUMER/idl/newtki/tki/tki_lam_out.pro::SUMER::Print Current Settings For Lambda and Pixel::tki
$SSW_SUMER/idl/newtki/tki/tki_lambda.pro::SUMER::Calulate Pixel Positions , init Linregister::tki
$SSW_SUMER/idl/newtki/tki/tki_lambda11.pro::SUMER::Display Wavelength range on Detector Layout::tki
$SSW_SUMER/idl/newtki/tki/tki_lambda_511.pro::SUMER::Normalize lambda to the standard configuration (pixel 511)::tki
$SSW_SUMER/idl/newtki/tki/tki_libcall.pro::SUMER::Call the Library Function indicated in Instruction::tki
$SSW_SUMER/idl/newtki/tki/tki_libctrl.pro::SUMER::Call the Lib Simulating Functions::tki
$SSW_SUMER/idl/newtki/tki/tki_load_par_c.pro::SUMER::Load UDP Parameter from File into Param Struct::tki
$SSW_SUMER/idl/newtki/tki/tki_load_par_f.pro::SUMER::Loading Parameters for POP/UDP from a file::tki
$SSW_SUMER/idl/newtki/tki/tki_load_par_v.pro::SUMER::Loading Parameters from a Struct Variable::tki
$SSW_SUMER/idl/newtki/tki/tki_load_scl.pro::SUMER::Load the SCL-Code into a String Array::tki
$SSW_SUMER/idl/newtki/tki/tki_load_udp.pro::SUMER::Read the object File and write it into the Array::tki
$SSW_SUMER/idl/newtki/tki/tki_loadaddr.pro::SUMER::Load the Address of a Variable onto Stack::tki
$SSW_SUMER/idl/newtki/tki/tki_loadcon.pro::SUMER::Load a Constant onto Stack::tki
$SSW_SUMER/idl/newtki/tki/tki_loaddata.pro::SUMER::Load DATA Array (5 Bytes) to Stack::tki
$SSW_SUMER/idl/newtki/tki/tki_loadsubscra.pro::SUMER::Load a Value of an Array to Stack::tki
$SSW_SUMER/idl/newtki/tki/tki_loadvar.pro::SUMER::Load a Variable onto Stack::tki
$SSW_SUMER/idl/newtki/tki/tki_lvalueat.pro::SUMER::Load Value at Adress to Stack::tki
$SSW_SUMER/idl/newtki/tki/tki_master.pro::SUMER::Run TCMD in Master Mode::tki
$SSW_SUMER/idl/newtki/tki/tki_master_adv.pro::SUMER::Run TCMD in Master Mode::tki
$SSW_SUMER/idl/newtki/tki/tki_master_call.pro::SUMER::Call TKI in Master Mode and initialize Variables::tki
$SSW_SUMER/idl/newtki/tki/tki_mathfunc.pro::SUMER::Execute the indicated math Function in Simulator::tki
$SSW_SUMER/idl/newtki/tki/tki_mc_tst_rel.pro::SUMER::Calculate Motion Time of MC_TST_Rel_Pos::tki
$SSW_SUMER/idl/newtki/tki/tki_mcinitpos.pro::SUMER::Simulate Initialize MC Position::tki
$SSW_SUMER/idl/newtki/tki/tki_mcmove.pro::SUMER::Move 1 MC and calculate the time::tki
$SSW_SUMER/idl/newtki/tki/tki_mcpos2.pro::SUMER::Position two MCs and calculate Time::tki
$SSW_SUMER/idl/newtki/tki/tki_message.pro::SUMER::Handle the diffenrent output::tki
$SSW_SUMER/idl/newtki/tki/tki_mnemo.pro::SUMER::Return the regular token's Mnemonic::tki
$SSW_SUMER/idl/newtki/tki/tki_mnemol3.pro::SUMER::Return a level 3 Function subtoken's Mnemonic::tki
$SSW_SUMER/idl/newtki/tki/tki_mnemol4.pro::SUMER::Return a level 4 Function Subtoken's Mnemonic::tki
$SSW_SUMER/idl/newtki/tki/tki_mnemolib.pro::SUMER::Return a Library Function Subtoken's Mnemonic::tki
$SSW_SUMER/idl/newtki/tki/tki_mnemotci.pro::SUMER::Return a TCI Control Functions Mnemonic::tki
$SSW_SUMER/idl/newtki/tki/tki_next_lambda.pro::SUMER::Compute Pixel Difference from Startlambda to Endlambda::tki
$SSW_SUMER/idl/newtki/tki/tki_open_unit.pro::SUMER::Open all needed UNITs for Output::tki
$SSW_SUMER/idl/newtki/tki/tki_order.pro::SUMER::Convert Lines to same Order::tki
$SSW_SUMER/idl/newtki/tki/tki_p_search.pro::SUMER::Execute the UDP Step by Step for PARAMETER Searching::tki
$SSW_SUMER/idl/newtki/tki/tki_par_out.pro::SUMER::Print the known Parameters for a UDP on Screen::tki
$SSW_SUMER/idl/newtki/tki/tki_par_read.pro::SUMER::Read the Parameters and fill Structure and File::tki
$SSW_SUMER/idl/newtki/tki/tki_parse.pro::SUMER::Extract CMDs for TCMD from CMD String::tki
$SSW_SUMER/idl/newtki/tki/tki_parsysfunc.pro::SUMER::Read a POP/UDP Parameter or System Variable::tki
$SSW_SUMER/idl/newtki/tki/tki_photo_base.pro::SUMER::Build the Base for the Photometric Result Widget::tki
$SSW_SUMER/idl/newtki/tki/tki_pointtele.pro::SUMER::Position Telescope Mirrors::tki
$SSW_SUMER/idl/newtki/tki/tki_pop16.pro::SUMER::POP a 16 bit Number onto Stack::tki
$SSW_SUMER/idl/newtki/tki/tki_popdata.pro::SUMER::POP a DATA Structure onto Stack::tki
$SSW_SUMER/idl/newtki/tki/tki_powerup.pro::SUMER::Control Detector Power Up::tki
$SSW_SUMER/idl/newtki/tki/tki_powexecute.pro::SUMER::Handle Pow_switch Array::tki
$SSW_SUMER/idl/newtki/tki/tki_push16.pro::SUMER::Push a 16 bit number to the Stack::tki
$SSW_SUMER/idl/newtki/tki/tki_pushdata.pro::SUMER::Push a DATA structure to the Stack::tki
$SSW_SUMER/idl/newtki/tki/tki_read_study.pro::SUMER::Read Studyname and build Log Filenames::tki
$SSW_SUMER/idl/newtki/tki/tki_readglopar.pro::SUMER::Read in the SUMER Global Parameter into Common Variable::tki,SUMER/Simulator
$SSW_SUMER/idl/newtki/tki/tki_readimage.pro::SUMER::Readout Image from IIM::tki
$SSW_SUMER/idl/newtki/tki/tki_refspec.pro::SUMER::Aquire a reference Spectrum::tki
$SSW_SUMER/idl/newtki/tki/tki_resgraph.pro::SUMER::Plot the Result on Screen or to File::tki
$SSW_SUMER/idl/newtki/tki/tki_restoreset.pro::SUMER::Restore the actual Settings of the Detector::tki
$SSW_SUMER/idl/newtki/tki/tki_ret_param.pro::SUMER::Return found Parameters in Param search Mode::tki
$SSW_SUMER/idl/newtki/tki/tki_ret_result.pro::SUMER::Return Scan Areas and Result STRUCT::tki
$SSW_SUMER/idl/newtki/tki/tki_return.pro::SUMER::Return from a Function Call::tki
$SSW_SUMER/idl/newtki/tki/tki_retvalue.pro::SUMER::Save a Function's Return Value::tki
$SSW_SUMER/idl/newtki/tki/tki_rot_init.pro::SUMER::Rotation Compensation Initialization::tki
$SSW_SUMER/idl/newtki/tki/tki_rot_move.pro::SUMER::Perform Rotation Compensation MC2 Motion::tki
$SSW_SUMER/idl/newtki/tki/tki_rot_val.pro::SUMER::Compute the rotation compensation time step::tki
$SSW_SUMER/idl/newtki/tki/tki_rotsteps.pro::SUMER::Compute Number of Sync Steps for Rot_comp::tki
$SSW_SUMER/idl/newtki/tki/tki_rsc_exec.pro::SUMER::Call L4 RSC Functions::tki
$SSW_SUMER/idl/newtki/tki/tki_rscih.pro::SUMER::Handle integration of Picture and transfer to RAM::tki
$SSW_SUMER/idl/newtki/tki/tki_rscon.pro::SUMER::Start Readout of RSC Picture::tki
$SSW_SUMER/idl/newtki/tki/tki_rscscan.pro::SUMER::Record 50 RSC Pictures with defined Integrationtime::tki
$SSW_SUMER/idl/newtki/tki/tki_save_udp.pro::SUMER::Save the Result structure of a simulated UDP::tki
$SSW_SUMER/idl/newtki/tki/tki_savesetting.pro::SUMER::Save the actual settings of the active Detector::tki
$SSW_SUMER/idl/newtki/tki/tki_scan_par.pro::SUMER::Scan all available CMDs for Parameter::tki
$SSW_SUMER/idl/newtki/tki/tki_scl2obj.pro::SUMER::Select SCL-File compile it and return OBJ-Filename::tki
$SSW_SUMER/idl/newtki/tki/tki_set_spc.pro::SUMER::Set Pointing Center for Spectrohelio3/4::tki
$SSW_SUMER/idl/newtki/tki/tki_setmcphighv.pro::SUMER::Set MCP HIGH Voltage of active Detector::tki
$SSW_SUMER/idl/newtki/tki/tki_setup_img.pro::SUMER::Setup Parameters for Image format::tki
$SSW_SUMER/idl/newtki/tki/tki_show_lam.pro::SUMER::Display Wavelength range on Detector Layout::tki
$SSW_SUMER/idl/newtki/tki/tki_shutdown.pro::SUMER::Shut Down Detector::tki
$SSW_SUMER/idl/newtki/tki/tki_slit.pro::SUMER::Return the slit Parameters in 1/16 arcsec::tki
$SSW_SUMER/idl/newtki/tki/tki_slitpos.pro::SUMER::Position MC4SLITSelect::tki
$SSW_SUMER/idl/newtki/tki/tki_sphel.pro::SUMER::Simulate the SUMER Spectrohelio Functions::tki
$SSW_SUMER/idl/newtki/tki/tki_spupd.pro::SUMER::Update the stack offset. Check for underflow/overflow::tki
$SSW_SUMER/idl/newtki/tki/tki_standby.pro::SUMER::Switch selected Detector to Standby Mode::tki
$SSW_SUMER/idl/newtki/tki/tki_sweetdream.pro::SUMER::Simulating UDP during the night::tki,VMS SUMER Simulation support
$SSW_SUMER/idl/newtki/tki/tki_sysconfig.pro::SUMER::Simulate SysConfig Cmd of SUMER::tki
$SSW_SUMER/idl/newtki/tki/tki_tcmd.pro::SUMER::Driverroutine for Technical Simulator::tki
$SSW_SUMER/idl/newtki/tki/tki_tcmd_exec.pro::SUMER::Execute Commands of TCMD::tki
$SSW_SUMER/idl/newtki/tki/tki_tcmd_help.pro::SUMER::Print Help on Commands for Simulator::tki
$SSW_SUMER/idl/newtki/tki/tki_telemetry.pro::SUMER::COMPUTE SENDED DATA::tki
$SSW_SUMER/idl/newtki/tki/tki_tok_func.pro::SUMER::Return the Function Nr of CMD String in STRUCT::tki
$SSW_SUMER/idl/newtki/tki/tki_trans_tim.pro::SUMER::Compute the transmission time of given Image::tki
$SSW_SUMER/idl/newtki/tki/tki_trim_cmd.pro::SUMER::Concatenate CMD and Parameters and trim to a string::tki
$SSW_SUMER/idl/newtki/tki/tki_typecast.pro::SUMER::Execute the type cast operation indicated by token::tki
$SSW_SUMER/idl/newtki/tki/tki_udpslit.pro::SUMER::Get the first used slit in UDP out of tki_udp_stc::tki,Util SUMER
$SSW_SUMER/idl/newtki/tki/tki_unary.pro::SUMER::Execute the unary function indicated by the token::tki
$SSW_SUMER/idl/newtki/tki/tki_used_func.pro::SUMER::Display all used functions inside a UDP/POP, sorted by l3,l4,lib::tki
$SSW_SUMER/idl/newtki/tki/xsel_list.pro::SUMER::To select one item from a list.::tki,Utility, widget
$SSW_SUMER/idl/newtki/tki/xspect_com_share.pro::SUMER::Common Variables as interface to XSPECT::tki,SUMER Util
$SSW_SUMER/idl/newtki/tki/xspect_setsumpar.pro::SUMER::Setup SUMER Parameters in sum_spec_com COMMON Block::tki,SUMER/Simulator
$SSW_SUMER/idl/newtki/tki/xtki.pro::SUMER::Widget interface to TKI simulator::tki,Widget, SUMER simulator
$SSW_SUMER/idl/newtki/tki/xtki_cmd_exe.pro::SUMER::Execute the Cmd String::tki
$SSW_SUMER/idl/newtki/tki/xtki_com.pro::SUMER::Common Variables for XTKI::tki
$SSW_SUMER/idl/misc/box.pro::SUMER::se          : Fil a rectangle with the color COL                       #::misc
$SSW_SUMER/idl/misc/checkdate.pro::SUMER::se         : Check date format and date value::misc
$SSW_SUMER/idl/misc/checktime.pro::SUMER::Check time format and time value Creation date   : Sep 1991 Update date     : Nov 1991::misc
$SSW_SUMER/idl/misc/convtime.pro::SUMER::se          : Convert in seconds from the 1rst of January 1958         #::misc
$SSW_SUMER/idl/misc/convtime_test.pro::SUMER::N.A.::misc
$SSW_SUMER/idl/misc/cre_manual_idl.pro::SUMER::N.A.::misc
$SSW_SUMER/idl/misc/define_param.pro::SUMER::N.A.::misc
$SSW_SUMER/idl/misc/desc_image.pro::SUMER::se          : describe characteristics of images                       #::misc
$SSW_SUMER/idl/misc/display_hk.pro::SUMER::se          : Display on X-terminal values of HK parameters selected   #::misc
$SSW_SUMER/idl/misc/display_image.pro::SUMER::se          : Display an image and overplot a contour plot             #::misc
$SSW_SUMER/idl/misc/display_rtimage.pro::SUMER::se          : Display image in Real Time (line by line)                #::misc
$SSW_SUMER/idl/misc/display_science.pro::SUMER::se          : Read images with associated header from RRD data file,   #::misc
$SSW_SUMER/idl/misc/displaycorrel.pro::SUMER::se          : Display HK data in correlation                            #::misc
$SSW_SUMER/idl/misc/displaycorrel_test.pro::SUMER::N.A.::misc
$SSW_SUMER/idl/misc/displayhisto.pro::SUMER::se          : Display Histogram of HK data                              #::misc
$SSW_SUMER/idl/misc/displayhisto_test.pro::SUMER::N.A.::misc
$SSW_SUMER/idl/misc/displaytempor.pro::SUMER::se          : Display HK data in temporal evolution                     #::misc
$SSW_SUMER/idl/misc/displaytempor_test.pro::SUMER::N.A.::misc
$SSW_SUMER/idl/misc/dump_hk.pro::SUMER::se          : Read all the values of parameters which are included in  #::misc
$SSW_SUMER/idl/misc/listorcombin.pro::SUMER::choose list of all parameters or pre-selected combinaison Creation date   : Sep 1991 Update date     : Nov 1991::misc
$SSW_SUMER/idl/misc/menu.pro::SUMER::se          : DISPLAY MENUS TO SELECT THE TYPE OF PRESENTATION         #::misc
$SSW_SUMER/idl/misc/okcancel.pro::SUMER::ose         : Selection OK OR CANCEL                                 #::misc
$SSW_SUMER/idl/misc/parameter_list_test.pro::SUMER::se         :                                                           #::misc
$SSW_SUMER/idl/misc/ql_hk.pro::SUMER::se         : Select period and parameters for displaying HK parameters se         : Select period and parameters for HK_DISPLAY::misc
$SSW_SUMER/idl/misc/rdir.pro::SUMER::se          : display the catalog including data from                  #::misc
$SSW_SUMER/idl/misc/rdprmsel.pro::SUMER::se         : read a file including  descriptions of selected HK param. #::misc
$SSW_SUMER/idl/misc/read_header.pro::SUMER::se          : Read image header in RRD format                          #::misc
$SSW_SUMER/idl/misc/read_header_des.pro::SUMER::se         : read a file including descriptions of image Header        #::misc
$SSW_SUMER/idl/misc/read_image.pro::SUMER::se          : Read an image of type 'image_type'in RRD format          #::misc
$SSW_SUMER/idl/misc/read_pac.pro::SUMER::se          : Read packets  in RRD format                              #::misc
$SSW_SUMER/idl/misc/read_pac_des.pro::SUMER::se         : read a file including descriptions of packets of HK channel#::misc
$SSW_SUMER/idl/misc/read_rec.pro::SUMER::se          : Read packets or HK records from RRD files                #::misc
$SSW_SUMER/idl/misc/read_rec_des.pro::SUMER::se         : read a file including descriptions of packets of HK channel#::misc
$SSW_SUMER/idl/misc/readfile.pro::SUMER::Calculate the number of records in a file Creation date   : Sep 1991 Update date     : Nov 1991::misc
$SSW_SUMER/idl/misc/readhk.pro::SUMER::se          : retrieve and save in arrays values of one to 10 HK       #::misc
$SSW_SUMER/idl/misc/readhk_test.pro::SUMER::N.A.::misc
$SSW_SUMER/idl/misc/readprmlst.pro::SUMER::se         : read a file including descriptions of HK param.           #::misc
$SSW_SUMER/idl/misc/readselection.pro::SUMER::se          : read HK values using a selection file                    #::misc
$SSW_SUMER/idl/misc/readselection_test.pro::SUMER::N.A.::misc
$SSW_SUMER/idl/misc/selectbinome.pro::SUMER::se          : To select the parameter to be correlated with parameter i#::misc
$SSW_SUMER/idl/misc/selectcombin.pro::SUMER::se         : selection of one combinaison in the glogal list           #::misc
$SSW_SUMER/idl/misc/selectcorrel.pro::SUMER::se          : SELECT PARAMETERS TO BE DISPLAYED IN CORRELATION         #::misc
$SSW_SUMER/idl/misc/selectfile.pro::SUMER::se          : select a file in the catalog including data from tdeb    #::misc
$SSW_SUMER/idl/misc/selectfile_test.pro::SUMER::N.A.::misc
$SSW_SUMER/idl/misc/selecthisto.pro::SUMER::se           : SELECTION OF PARAMETERS TO BE DISPLAYED IN HISTOGRAM   #::misc
$SSW_SUMER/idl/misc/selectperiod.pro::SUMER::se         : To enter beginning and ending time::misc
$SSW_SUMER/idl/misc/selectprm.pro::SUMER::se          : Selection by menus of SUMER housekeeping parameters to   #::misc
$SSW_SUMER/idl/misc/selectprmlst.pro::SUMER::se         : selection of parameters in the glogal list                #::misc
$SSW_SUMER/idl/misc/selecttempor.pro::SUMER::se           : SELECTION OF PARAMETERS TO BE DISPLAYED IN TEMPORAL    #::misc
$SSW_SUMER/idl/misc/wdir.pro::SUMER::se          : display the catalog including data from                  #::misc
$SSW_SUMER/idl/misc/wdisplay_correl.pro::SUMER::se           : SELECTION OF PARAMETERS TO BE DISPLAYED IN CORRELATION #::misc
$SSW_SUMER/idl/misc/wdisplay_histo.pro::SUMER::se           : SELECTION OF PARAMETERS TO BE DISPLAYED IN HISTOGRAM   #::misc
$SSW_SUMER/idl/misc/wdisplay_tempor.pro::SUMER::se           : SELECTION OF PARAMETERS TO BE DISPLAYED IN TEMPORAL    #::misc
$SSW_SUMER/idl/misc/wget_date.pro::SUMER::se         : To enter a date  se         : To enter a date::misc
$SSW_SUMER/idl/misc/wget_par.pro::SUMER::se         : To select parameters se         : To select  HK parameters in a list::misc
$SSW_SUMER/idl/misc/wget_time.pro::SUMER::se         : To enter a date se         : To enter a time::misc
$SSW_SUMER/idl/misc/whkhelp.pro::SUMER::N.A.::misc
$SSW_SUMER/idl/misc/wplotcorrel.pro::SUMER::se          : Display HK data in correlation                            #::misc
$SSW_SUMER/idl/misc/wplothisto.pro::SUMER::se          : Display Histogram of HK data                              #::misc
$SSW_SUMER/idl/misc/wplottempor.pro::SUMER::se          : Display HK data in temporal evolution                     #::misc
$SSW_SUMER/idl/misc/wrdhkdata.pro::SUMER::se          : read HK values using a selection file                    #::misc
$SSW_SUMER/idl/misc/wrdprmsel.pro::SUMER::se         : read a file including  descriptions of selected HK param. #::misc
$SSW_SUMER/idl/misc/wrprm.pro::SUMER::se         : write a file including descriptions of selected HK param. #::misc
$SSW_SUMER/idl/misc/wrprmsel.pro::SUMER::se         : write a file including descriptions of selected HK param. #::misc
$SSW_SUMER/idl/misc/wrt_build.pro::SUMER::se          : Display image in Real Time (line by line)::misc
$SSW_SUMER/idl/misc/wrt_data_com.pro::SUMER::N.A.::misc
$SSW_SUMER/idl/misc/wrt_disp_hdr_im.pro::SUMER::N.A.::misc
$SSW_SUMER/idl/misc/wrt_disp_pha.pro::SUMER::DISPLAY IN REAL TIME : ACCUMULATIVE COUNTER FOR X-PULSE-HEIGHTS and ACCUMULATIVE COUNTER FOR Y-PULSE-HEIGHTS::misc,Widgets.
$SSW_SUMER/idl/misc/wrt_disp_spat_im.pro::SUMER::N.A.::misc
$SSW_SUMER/idl/misc/wrt_disp_spec_im.pro::SUMER::N.A.::misc
$SSW_SUMER/idl/misc/wrt_display.pro::SUMER::se          : Display image in Real Time (line by line)                #::misc
$SSW_SUMER/idl/misc/wrt_image.pro::SUMER::Display SUMER images in Real Time This procedure sets up the menu and manages Real Time display activities using widgets events.::misc,Real time application
$SSW_SUMER/idl/misc/wrt_print.pro::SUMER::N.A.::misc
$SSW_SUMER/idl/misc/wrt_readfmt.pro::SUMER::N.A.::misc
$SSW_SUMER/idl/misc/wrt_widget_com.pro::SUMER::N.A.::misc
$SSW_SUMER/idl/misc/wselcorrel.pro::SUMER::se          : SELECT PARAMETERS TO BE DISPLAYED IN CORRELATION         #::misc
$SSW_SUMER/idl/misc/wselhisto.pro::SUMER::se           : SELECTION OF PARAMETERS TO BE DISPLAYED IN HISTOGRAM   #::misc
$SSW_SUMER/idl/misc/wselparam.pro::SUMER::se         : selection of parameters in the glogal list                #::misc
$SSW_SUMER/idl/misc/wselperiod.pro::SUMER::se         : To enter beginning and ending time::misc
$SSW_SUMER/idl/misc/wseltempor.pro::SUMER::se           : SELECTION OF PARAMETERS TO BE DISPLAYED IN TEMPORAL    #::misc
$SSW_SUMER/idl/ql/qlsrc/create_stack.pro::SUMER::se          :                                                          #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/do_lut.pro::SUMER::ose:::qlsrc
$SSW_SUMER/idl/ql/qlsrc/gaussa.pro::SUMER::se          : procedure tries to fit a profile to a gaussian           #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/load_lut.pro::SUMER::ose:::qlsrc
$SSW_SUMER/idl/ql/qlsrc/load_qlfits.pro::SUMER::N.A.::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_atof.pro::SUMER::se          : Convert input string to flaot                            #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_atoi.pro::SUMER::se          : Convert input string to integer                          #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_avgi_trt.pro::SUMER::se          : Average of several stacked image                         #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_avgp_trt.pro::SUMER::se          : Average of several stacked profiles                      #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_binni_trt.pro::SUMER::se          : Zoom image according to binning factor                   #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_bui_rrd_lst.pro::SUMER::se          : Rebuilt rrd file list                                    #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_callambda.pro::SUMER::ose         :                                                           #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_cldis_event.pro::SUMER::se          : Dispersion angle calibration                             #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_cldis_trt.pro::SUMER::se          : Dispersion angle calibration                             #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_cldol_trt.pro::SUMER::ose         : Detector odd line calibration/event loop                  # ose         : Detector odd line calibration/event loop                  #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_cldst_trt.pro::SUMER::se          : Image De-Streshing                                       #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_clff_trt.pro::SUMER::se          : ff calibration                                           #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_cllbi_trt.pro::SUMER::ose         : Wavelength calibration of images                          #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_cllbp_trt.pro::SUMER::ose         : Wavelength calibration of profiles                        #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_clmli_trt.pro::SUMER::se          : Manage manual Wavelength calibration                     # se          : Manual Wavelength calibration on image                   #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_clmlp_trt.pro::SUMER::se          : Manage manual Wavelength calibration                     # se          : Manual Wavelength calibration                            #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_clsi_trt.pro::SUMER::se          : Clear image display                                      #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_clsli_trt.pro::SUMER::N.A.::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_clsp_trt.pro::SUMER::se          : Clear profile display                                    #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_clsyi_trt.pro::SUMER::ose         : Spatial   calibration of images                           #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_clsyp_trt.pro::SUMER::ose         : Spatial   calibration of images                           #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_clszi_trt.pro::SUMER::ose         : Spatial   calibration of images                           #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_clszp_trt.pro::SUMER::ose         : Spatial   calibration of images                           #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_color_trt.pro::SUMER::Choose a color table in a predefined list Creation date		: Feb 1994 Update date		: 05-01-94 E.PETIT Change color management::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_common.pro::SUMER::N.A.::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_compile.pro::SUMER::N.A.::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_cstop_trt.pro::SUMER::se          : Constant operation on data -event loop-                  # se          : Constant operation on data                               #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_cutim_trt.pro::SUMER::se          : manage cut image control                                 # se          : Manage cutim     flag for profile area                   #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_cw_zoom.pro::SUMER::This compound widget displays two images: an original image in one window and a portion of the original image in another. The user may select the center of the zoom region, the zoom scale,::qlsrc,Compound widgets.
$SSW_SUMER/idl/ql/qlsrc/ql_data_alloc.pro::SUMER::se          : allocate data of correct sz and type                     #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_deli_trt.pro::SUMER::se          : Clear marked image from stack                            #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_delp_trt.pro::SUMER::se          : Clear marked profile from stack                          #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_display_data.pro::SUMER::se          : Update banner with stat values                           # se          : Customize axis aspect according to control structure     # se          : Customize axis aspect according to control structure     # se          : Display given set of data according to specified mode    #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_divi_trt.pro::SUMER::se          : images division                                          #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_divp_trt.pro::SUMER::se          : profiles division                                        #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_err_msg.pro::SUMER::se          : manage visualization of error message                    # se          :                                                          #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_extim_trt.pro::SUMER::se          : manage ext image control                                 # se          : Sub image extraction                                     #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_fmt_full_hd.pro::SUMER::se          : Format full RRD header for text display                  #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_format_hd.pro::SUMER::se          : Format RRD header for text display                       #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_gauss_trt.pro::SUMER::se          : Gauss fit - Event loop -                                 # se          : Gauss fit                                                #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_gaussa.pro::SUMER::se          : procedure tries to fit a profile to a gaussian           #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_get_cut.pro::SUMER::se          : get profile from curr image                              #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_get_line_ind.pro::SUMER::se          : Manage Line Identification                               #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_get_stat.pro::SUMER::se          : Get min & max of data array                              # se          : Get mean of data array                                   # se          : Get standard deviation of input data                     # se          : Get mediane of input data                                # se          : Get min, max, average ,...                               #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_get_subi.pro::SUMER::se          : get subimage from curr image                             #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_gfit.pro::SUMER::se          : Gauss Fitting                                            #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_gmnu_idx.pro::SUMER::se          :                                                          #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_iclic_trt.pro::SUMER::se          : Update coordinate of line id                             # se          : manage cut area                                          # se          : manage ext area                                          # se          : Update coordinate of line id application                 # se          : manage header visualization of current image data        # se          : header visualization of current image data               # se          : manage slit angle                                        # se          : Manage mouse clic event in image data area               #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_idctr_trt.pro::SUMER::se          : manage image display control structure                   # se          : Management of current image display                      #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_ii_trt.pro::SUMER::se          : manage header visualization of image from stack          # se          : Header visualisation from stack                          #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_init.pro::SUMER::ose         :                                                           #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_init_banner.pro::SUMER::se          : Get stat value, init line id str                         #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_init_dctrl.pro::SUMER::se          : Load data from selected rrd item                         # se          : Load data from selected rrd item                         # se          : initialization of display control structure              #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_init_rrd_crt.pro::SUMER::se          : Initialize RRD selection criteria                        #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_is_trt.pro::SUMER::se          : Manage stack selection of image                          #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_lff_trt.pro::SUMER::se          : Load SUMER QL specific data from fits primary header     # se          : init rrd header                                          # se          : Update Init control structure for loaded fits data       # se          : Update list of selected image from fits data cube        # se          : Selection of an integration items in a fits data cube    # se          : Selection of an integration items in a fits data cube    # se          : selection of an image/profile from fits field            # se          : selection of an image/profile from selected field        # se          : load control structure in case of profile                # se          : manage load of optional column                           # se          : selection of field in fits file                          # se          : selection of a field in a fits file                      # se          : Fill RRD header  (single fits case)                      # se          : manage read of fits file header                          # se          : display headers of fits file                             # se          : manage read of fits file                                 # se          : manage load of fits files                                #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_lidim_trt.pro::SUMER::se          : Manage Line Identification                               # se          : Line Identification Processing                           #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_lidpr_trt.pro::SUMER::se          : Manage Line Identification                               # se          : Line Identification Processing                           #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_load_ref_tbl.pro::SUMER::se          : Load References tables                                   #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_load_stk_hd.pro::SUMER::se          : Load user stack header                                   #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_lrrdf_trt.pro::SUMER::se          : Get list of RRD data file from catalog                   # se          : Format  RRD catalog content                              # se          : Display rrd data set                                     # se          : Load data from selected rrd item                         # se          : Load header from selected RRD item                       # se          : Manage selection of RRD file                             # se          : Load RRD file                                            #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_manage_proc.pro::SUMER::ose         : Manage the stack of processes                             #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_mng_dispst.pro::SUMER::se          : manage cut area                                          # se          : Update dctrl_p structure                                 # se          : Inflexion point processing                               # se          : manage disp_state state                                  #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_mng_rrd_crit.pro::SUMER::ose          : Manage RRD selection criteria  (event loop)            # se          : Manage RRD selection criteria                            #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_mnsi_trt.pro::SUMER::se          : Soustraction of 2 images                                 #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_mnsp_trt.pro::SUMER::se          : Soustraction of 2 profiles                               #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_multi_trt.pro::SUMER::se          : images multiplication                                    #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_multp_trt.pro::SUMER::se          : profiles multiplication                                  #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_operation.pro::SUMER::se          : reset stack selection button state                       # se          : res = n1*I1 + n2*I2                                      #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_overp_trt.pro::SUMER::se          : OverPlot Selected Profile                                #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_pclic_trt.pro::SUMER::se          : Update coordinate of line id                             # se          : manage profile zoom area                                 # se          : Update coordinate of line id application                 # se          : Line Identification processing                           # se          :                                                          # se          : header visualization of current profile data             # se          : Manage mouse clic event in profile  data area            #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_pdctr_trt.pro::SUMER::se          : manage profile display control structure                 # se          : Management of current profile display                    #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_pdmenu.pro::SUMER::se          :                                                          # se          :                                                          # se          :                                                          #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_pi_trt.pro::SUMER::se          : manage header visualization of profile from stack        # se          : Profile visualisation from stack                         #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_plusi_trt.pro::SUMER::se          : Addition of 2 images                                     #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_plusp_trt.pro::SUMER::se          : Addition of 2 profiles                                   #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_popi_trt.pro::SUMER::se          : Manage pop of image                                      #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_popp_trt.pro::SUMER::se          : Manage Pop of profile                                    #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_print_trt.pro::SUMER::se          : manage print control                                     # se          : Manage image/profile print                               #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_ps_trt.pro::SUMER::se          : Manage stack selection of profile                        #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_pushi_trt.pro::SUMER::se          : manage push of image into stack                          #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_pushp_trt.pro::SUMER::se          : manage push of profile into stack                        #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_quit_trt.pro::SUMER::se          : End of Quick Look                                        #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_read_cfg.pro::SUMER::se          :                                                          #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_refresh.pro::SUMER::se          : refresh current image/profile                            #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_scale_trt.pro::SUMER::Change color scale between min and max Creation date          : Feb 1994 Update date     	: E.PETIT	    15-04-94  	Remove discret format::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_selectfmt.pro::SUMER::ose         : Find the index of the current image or profile            #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_setti_trt.pro::SUMER::se          : manage settings of global parameters(event loop)         # se          : manage settings of global parameters                     #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_sffi_trt.pro::SUMER::se          : Save currrent data in FITS format                        # se          : Manage Image save in FITS format                         # se          : Manage Image save in FITS format                         #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_sffp_trt.pro::SUMER::se          : Save currrent data in FITS format                        # se          : Manage Image save in FITS format                         # se          : Manage Image save in FITS format                         #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_sumer.pro::SUMER::se          : Quick Look Main window event scheduler                   # se          : Main routine of Quick Look software: Resource Creation   #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_sumer2.pro::SUMER::se          : Quick Look Main window event scheduler                   # se          : Main routine of Quick Look software: Resource Creation   #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_upd_frame.pro::SUMER::se          : manage cut area                                          #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_update_mnu.pro::SUMER::se          : Allowed/Inhibit menu option according to exec context    #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_zoomi_trt.pro::SUMER::se          : manage image zoom events                                 # se          : manage image zoom                                        #::qlsrc
$SSW_SUMER/idl/ql/qlsrc/ql_zoomp_trt.pro::SUMER::se          : manage profile zoom control                              # se          : Zoom profile                                             #::qlsrc
$SSW_SUMER/idl/ql/ql_starter.pro::SUMER::N.A.::ql
$SSW_SUMER/idl/contrib/mariska/slog/slog_get_day.pro::SUMER::return the day from a SOHO log structure::slog
$SSW_SUMER/idl/contrib/mariska/slog/slog_get_file.pro::SUMER::return the file name from a SOHO log structure::slog
$SSW_SUMER/idl/contrib/mariska/slog/slog_get_sci.pro::SUMER::return an array of indices of structure elements that contain a give string in their sci_obj entry::slog
$SSW_SUMER/idl/contrib/mariska/slog/slog_get_scientist.pro::SUMER::return an array of indices of structure elements that contain a give string in their scientis entry::slog
$SSW_SUMER/idl/contrib/mariska/slog/slog_get_sn.pro::SUMER::return an array of indices of structure elements that contain a give string in their scientis entry::slog
$SSW_SUMER/idl/contrib/mariska/slog/slog_get_time.pro::SUMER::return the time from a SUMER log structure::slog
$SSW_SUMER/idl/contrib/mariska/slog/slog_logstr.pro::SUMER::define the sumer log structure::slog
$SSW_SUMER/idl/contrib/mariska/slog/slog_rdlog.pro::SUMER::Read log files produced by jtm_sumlog.pro::slog
$SSW_SUMER/idl/contrib/mariska/slog/slog_splot.pro::SUMER::Plot slit locations on a disk::slog
$SSW_SUMER/idl/contrib/chae/display_detector.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/display_detector_block.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/display_ima.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/display_spectrum.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/display_w.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/display_x.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/display_y.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/draw_block.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/drop_index_block.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/flat_fielding.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/gauss_profile.pro::SUMER::Calcultes Gaussian profiles::chae
$SSW_SUMER/idl/contrib/chae/gaussb4_conv.pro::SUMER::Convert the Gauss B4 compression parameters to normal Gaussian line parameters or vice versa::chae
$SSW_SUMER/idl/contrib/chae/gaussfit_int.pro::SUMER::Get the set of paramters of single gaussian fit by applying integration method::chae
$SSW_SUMER/idl/contrib/chae/get_color.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/get_image.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/get_value.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/get_xprofile.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/get_yprofile.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/hardcopy_message.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/header_plot.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/idl_vector_font.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/linelog.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/linestr.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/mark_on_image.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/mk_sumer_cat.pro::SUMER::Create or update  a SUMER catalog file::chae
$SSW_SUMER/idl/contrib/chae/monocolors_block.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/rdlinelog.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/rdsumerext.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/rdsumerext_block.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/rot_comp.pro::SUMER::When given a set of pointing coordinates X0 and Y0, to find out  another set of pointing coordinates X::chae
$SSW_SUMER/idl/contrib/chae/save_raster.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/show_header.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/sumer_full_filename.pro::SUMER::Check and make a full string of SUMER file name::chae
$SSW_SUMER/idl/contrib/chae/xloadct_com.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/xraster.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/xraster_combine.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/xraster_draw_block.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/xraster_help.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/xraster_widget_block.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/xsel_main_event.pro::SUMER::Responses to main events in XSELECT_SUMER::chae
$SSW_SUMER/idl/contrib/chae/xsel_pd_event.pro::SUMER::Responses to pull-down events in XSELECT_SUMER::chae
$SSW_SUMER/idl/contrib/chae/xselect_sumer.pro::SUMER::Widget-based Search for SUMER fits files::chae
$SSW_SUMER/idl/contrib/chae/xselect_sumer_block.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/chae/xyindex.pro::SUMER::N.A.::chae
$SSW_SUMER/idl/contrib/bocchialini/corrfits/destr_bilin_multi.pro::SUMER::Apply distortion correction to sumer data ++ derived from destretchn.pro of T. Moran modif. by L.A. Smaldone on Feb,6 1997::corrfits
$SSW_SUMER/idl/contrib/bocchialini/corrfits/destr_bilin_multi_unix.pro::SUMER::Apply distortion correction to sumer data ++ derived from destretchn.pro of T. Moran modif. by L.A. Smaldone on Feb,6 1997::corrfits
$SSW_SUMER/idl/contrib/bocchialini/corrfits/sum_read_corr_fits.pro::SUMER::Read fits files (all the BTE) Fill the gaps due to TM Apply the flatfield correction if not done on board::corrfits
$SSW_SUMER/idl/contrib/bocchialini/fullsun/anytim2utc_kb.pro::SUMER::Converts (almost) any time format to CDS UTC format.::fullsun,Util, time
$SSW_SUMER/idl/contrib/bocchialini/fullsun/arcmin2hel_kb.pro::SUMER::Convert arcmin from sun centre to heliographic coords.::fullsun,Util, coord
$SSW_SUMER/idl/contrib/bocchialini/fullsun/cnvt_coord_kb.pro::SUMER::Conversion between any 2 of 4 coord systems for solar images::fullsun,PREVIOUS HISTORY:
$SSW_SUMER/idl/contrib/bocchialini/fullsun/constrimsol.pro::SUMER::N.A.::fullsun
$SSW_SUMER/idl/contrib/bocchialini/fullsun/date2mjd_kb.pro::SUMER::Convert calendar dates to Modified Julian Days.::fullsun,Utilities, Time.
$SSW_SUMER/idl/contrib/bocchialini/fullsun/diff_rot.pro::SUMER::Computes the differential rotation of the sun::fullsun,PREVIOUS HISTORY:
$SSW_SUMER/idl/contrib/bocchialini/fullsun/ft_sumread_fits_kb.pro::SUMER::se          : Read columns from a Sumer FITS file                     #::fullsun
$SSW_SUMER/idl/contrib/bocchialini/fullsun/hel2arcmin_kb.pro::SUMER::Compute position relative to sun centre from heliographic.::fullsun,Utilities, coordinates.
$SSW_SUMER/idl/contrib/bocchialini/fullsun/lecture.pro::SUMER::N.A.::fullsun
$SSW_SUMER/idl/contrib/bocchialini/fullsun/newtempsconstr.pro::SUMER::N.A.::fullsun
$SSW_SUMER/idl/contrib/bocchialini/fullsun/preparation.pro::SUMER::N.A.::fullsun
$SSW_SUMER/idl/contrib/bocchialini/fullsun/readfitskb.pro::SUMER::se          : Read columns from a Sumer FITS file                     #::fullsun
$SSW_SUMER/idl/contrib/bocchialini/fullsun/reducvert.pro::SUMER::N.A.::fullsun
$SSW_SUMER/idl/contrib/bocchialini/fullsun/rotdifferentielle.pro::SUMER::N.A.::fullsun
$SSW_SUMER/idl/contrib/bocchialini/fullsun/str2utc_kb.pro::SUMER::Parses UTC time strings.::fullsun,Utilities, Time.
$SSW_SUMER/idl/contrib/bocchialini/fullsun/utc2int_kb.pro::SUMER::Converts CCSDS calendar time to internal format.::fullsun,None.
$SSW_SUMER/idl/contrib/kucera/atlas/mk_atlas.pro::SUMER::To calculate construct full reference spectra from SUMER reference spectra observations Use:::atlas
$SSW_SUMER/idl/contrib/kucera/atlas/sa_gt_specrange.pro::SUMER::Enables user to select spatial ranges from a sumer reference spectrum Use: SpecRange=sa_gt_specrange('data3$disk:[fits]SUM_960126_022347.FITS')::atlas
$SSW_SUMER/idl/contrib/kucera/atlas/smk_atlas.pro::SUMER::To calculate construct full reference spectra from SUMER reference spectra observations Use:::atlas
$SSW_SUMER/idl/contrib/kucera/atlas/splice_sel.pro::SUMER::To select the wavelength at which two reference spectrum exposures should be spliced together. Use:::atlas
$SSW_SUMER/idl/contrib/kucera/scmp/scmp_bnstr.pro::SUMER::N.A.::scmp
$SSW_SUMER/idl/contrib/kucera/scmp/scmp_break.pro::SUMER::N.A.::scmp
$SSW_SUMER/idl/contrib/kucera/scmp/scmp_near.pro::SUMER::N.A.::scmp
$SSW_SUMER/idl/contrib/kucera/scmp/scmp_near2.pro::SUMER::N.A.::scmp
$SSW_SUMER/idl/contrib/kucera/scmp/scmp_restr.pro::SUMER::N.A.::scmp
$SSW_SUMER/idl/contrib/kucera/scmp/sf_gaussb.pro::SUMER::Fit data to Gaussian function using the GaussB compression used on board SOHO/SUMER (compression method 12) Use:::scmp
$SSW_SUMER/idl/contrib/kucera/scmp/sum_compress.pro::SUMER::Compression routines for sumer data::scmp
$SSW_SUMER/idl/contrib/kucera/scmp/sum_decompress.pro::SUMER::Decompression routines for sumer data::scmp
$SSW_SUMER/idl/contrib/kucera/scmp/sum_gaussb.pro::SUMER::Fit data to Gaussian function using the Gaussian B compression used on board SOHO/SUMER (compression method 12) Use:::scmp
$SSW_SUMER/idl/contrib/kucera/call_triwarp.pro::SUMER::A shell to call sum_triwarp, a program to do dewarp SUMER data to pixel level accuracy.::kucera
$SSW_SUMER/idl/contrib/kucera/call_warp.pro::SUMER::A shell to call sumer_warp, a program to do dewarp SUMER data to pixel level accuracy. Use:::kucera
$SSW_SUMER/idl/contrib/kucera/dsp_fov.pro::SUMER::To display SUMER Field of View on solar images using IMAGE_TOOL Use: dsp_fov, header, binheader::kucera
$SSW_SUMER/idl/contrib/kucera/find_datfile.pro::SUMER::Find a file which is in the same directory as a particular program::kucera,Utilities, Operating_system.
$SSW_SUMER/idl/contrib/kucera/get_sum_column.pro::SUMER::Interactively select a particular column from a sumer index structure.::kucera
$SSW_SUMER/idl/contrib/kucera/mk_sumer_map.pro::SUMER::Make an image map from SUMER data structure::kucera
$SSW_SUMER/idl/contrib/kucera/sconv_tagnames.pro::SUMER::Formulate new wavelength tagnames for sumer index and data structures. Use: res = sconv_tagnames(waves,bte)::kucera
$SSW_SUMER/idl/contrib/kucera/sgt_bte.pro::SUMER::To calculate the refence pixel in the data corresponding to the reference pixel on the detector. The result should be analogous to the fits CRVAL.::kucera
$SSW_SUMER/idl/contrib/kucera/sgt_crpix.pro::SUMER::To calculate the refence pixel in the data corresponding to the reference pixel on the detector. The result should be analogous to the fits CRVAL.::kucera
$SSW_SUMER/idl/contrib/kucera/sgt_dettime.pro::SUMER::To retrieve the time since the start of observations for a SOHO/SUMER observation.::kucera,Data handling.
$SSW_SUMER/idl/contrib/kucera/sgt_newref.pro::SUMER::Create new index containing new values for refpix, refval, and dims given a subset of data format. Use:::kucera
$SSW_SUMER/idl/contrib/kucera/sgt_raster_time.pro::SUMER::To calculate the times at which individual exposures were taken. Use: Result = SGT_RASTER_TIME(index)::kucera
$SSW_SUMER/idl/contrib/kucera/smk_fulldet.pro::SUMER::To construct a full detector format from partial detector formats.::kucera
$SSW_SUMER/idl/contrib/kucera/ssel_datcol.pro::SUMER::To determin the tag indices of data with given wavelength and BTE Use: result = ssel_datcol(index,bte=[1,2],wavelength=[1393.76,1405.92])::kucera
$SSW_SUMER/idl/contrib/kucera/sum_disperse.pro::SUMER::Calculates the dispersion for a given line in angstrom/XDL-pixel::kucera
$SSW_SUMER/idl/contrib/kucera/sum_ffield.pro::SUMER::Apply flat field correction to sumer data Use: data_out = sum_ffield(data,slit,RefPix,FFfile)::kucera
$SSW_SUMER/idl/contrib/kucera/sum_triwarp.pro::SUMER::A program to do dewarp SUMER data to pixel level accuracy. See science:[software.moran]destretch.pro for a higher accuarcy program.::kucera
$SSW_SUMER/idl/contrib/kucera/sum_xinput.pro::SUMER::Put index and data structure information into xraster common block.::kucera
$SSW_SUMER/idl/contrib/germerott/xspect/sum_get_linelist.pro::SUMER::Make line list struture array::xspect,Utility
$SSW_SUMER/idl/contrib/germerott/xspect/which_line.pro::SUMER::Return line identification for a given wavelength::xspect,Utility
$SSW_SUMER/idl/contrib/germerott/xspect/xspect.pro::SUMER::Widget program to display SUMER spectrum and detector::xspect,Planning
$SSW_SUMER/idl/contrib/germerott/xspect/xspect_com.pro::SUMER::N.A.::xspect
$SSW_SUMER/idl/contrib/germerott/sumer_head/acimgc.pro::SUMER::returns accumulative image counter::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/admin.pro::SUMER::returns administration counter::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/bcp.pro::SUMER::Return header(48)*256 + header(49)::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/biny.pro::SUMER::returns spectral binning factor y_d::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/binz.pro::SUMER::returns spatial binning factor z_d::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/bpcnt.pro::SUMER::returns counts in brightest pixel::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/brightpy.pro::SUMER::returns brightest pixel address in y::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/brightpz.pro::SUMER::returns brightest pixel address in z::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/check_mdu.pro::SUMER::Return the MDU-Flag (Missing Data in Unit)::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/check_qac.pro::SUMER::Return the QAC-Flag (Missing Data in Unit)::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/cmp1.pro::SUMER::returns compression parameter 1::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/cmp2.pro::SUMER::returns compression parameter 2: brightest pixel / averaged width::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/cmp3.pro::SUMER::returns compression parameter 3: minimum pix / averaged centroid / max line 3::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/comprm.pro::SUMER::returns data compression method::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/delsta.pro::SUMER::returns detector status (cf. XDL manual)::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/delstp.pro::SUMER::returns raster step size in elementary motor steps::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/detector.pro::SUMER::Return Number for which Detecto is used (0:no, 1:A, 2:B, 3:RSC)::sumer_head,SUMER Header Decoding
$SSW_SUMER/idl/contrib/germerott/sumer_head/expsta.pro::SUMER::returns start of exposure giving day/month/year/hour/min/sec::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/exptim.pro::SUMER::returns exposure time in seconds::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/flatf.pro::SUMER::Return if Flatfield is done (1) or not (0)::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/flreq.pro::SUMER::Return Flight Operation Request Number::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/h_status.pro::SUMER::Return Status (Header Byte 22)::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/iidy.pro::SUMER::Return inter instrument Sun Coordinate Y::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/iidz.pro::SUMER::Return inter instrument Sun Coordinate Z::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/imgcnt.pro::SUMER::Return Image Counter::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/imgform.pro::SUMER::Return Image Format::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/imgtot.pro::SUMER::Return Total Counts in Image::sumer_head,RAW processing
$SSW_SUMER/idl/contrib/germerott/sumer_head/location.pro::SUMER::Return Location/Scientist::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/mc2pos.pro::SUMER::Return Position of MC2::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/mc3pos.pro::SUMER::Return Position of MC3::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/mc4pos.pro::SUMER::Return Position of MC4::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/mc6pos.pro::SUMER::Return Position of MC6::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/mc8pos.pro::SUMER::Return Position of MC8::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/mcerr.pro::SUMER::Return Error of Motor Controler::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/mcpi.pro::SUMER::Return Value of MCP-Current::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/mcpv.pro::SUMER::Return MCP High Voltage::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/opcnt.pro::SUMER::Return Operations Counter::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/pixpos.pro::SUMER::Return Reference Pixel::sumer_head,RAW processing
$SSW_SUMER/idl/contrib/germerott/sumer_head/popudp.pro::SUMER::Return POP/UDP Number::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/rasstp.pro::SUMER::Return number of raster steps::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/rotcomp.pro::SUMER::Return rotation compensation time::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/slitnum.pro::SUMER::Return slit number::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/sum_image_head.pro::SUMER::Decode SUMER Image Head to Structure::sumer_head,SUMER - DATA
$SSW_SUMER/idl/contrib/germerott/sumer_head/sum_show_header.pro::SUMER::Print the informtion of SUMER binary Headers human readable::sumer_head,SUMER - Header
$SSW_SUMER/idl/contrib/germerott/sumer_head/suny.pro::SUMER::Return Sun Coordinate Y::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/sunz.pro::SUMER::Return Sun Coordinate Z::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/tai_head.pro::SUMER::Calculates the TAI-Time when the integration of a SUMER image started::sumer_head,RAW Processing
$SSW_SUMER/idl/contrib/germerott/sumer_head/target.pro::SUMER::Return the Target Zone Number::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/utc_head.pro::SUMER::Calculates the UTC_HEAD when the integration of a SUMER image started::sumer_head,RAW processing
$SSW_SUMER/idl/contrib/germerott/sumer_head/wavel.pro::SUMER::Return Wavlength at Reference Pixel::sumer_head,RAW processing
$SSW_SUMER/idl/contrib/germerott/sumer_head/xevent.pro::SUMER::returns x detector events in cts/s including specific scale factor::sumer_head
$SSW_SUMER/idl/contrib/germerott/sumer_head/yevent.pro::SUMER::returns y detector events in cts/s including specific scale factor::sumer_head
$SSW_SUMER/idl/contrib/moran/de_examp.pro::SUMER::N.A.::moran
$SSW_SUMER/idl/contrib/moran/destretch.pro::SUMER::Apply distortion correction to sumer data Use: data_out = destretch(data,slit,RefPix)::moran
$SSW_SUMER/idl/contrib/moran/destretchn.pro::SUMER::Apply distortion correction to sumer data Use: data_out = destretch(data,slit,RefPix,detector)::moran
$SSW_SUMER/idl/contrib/warren/allstrpos.pro::SUMER::N.A.::warren
$SSW_SUMER/idl/contrib/warren/call_destretch.pro::SUMER::SE:::warren,Data analysis.
$SSW_SUMER/idl/contrib/warren/counts2countrate.pro::SUMER::To convert from counts to counts per second::warren,data handling
$SSW_SUMER/idl/contrib/warren/destring.pro::SUMER::N.A.::warren
$SSW_SUMER/idl/contrib/warren/filename2time.pro::SUMER::To convert a SOHO/SUMER filename into a time.::warren,Data handling.
$SSW_SUMER/idl/contrib/warren/fits2genx.pro::SUMER::To read SOHO/SUMER data from a FITS file, perform flat fielding and::warren,Data handling.
$SSW_SUMER/idl/contrib/warren/flatfield.pro::SUMER::To remove non-uniform instrument response from SOHO/SUMER observations.::warren,Data handling.
$SSW_SUMER/idl/contrib/warren/flatfield_old.pro::SUMER::To remove non-uniform instrument response from SOHO/SUMER observations.::warren,Data handling.
$SSW_SUMER/idl/contrib/warren/mk_ffdb.pro::SUMER::N.A.::warren
$SSW_SUMER/idl/contrib/warren/mk_query.pro::SUMER::To retrieve information about data stored in a SUMER/SOHO FITS file::warren,Data retrieval
$SSW_SUMER/idl/contrib/warren/mk_query_genx.pro::SUMER::To retrieve information about data stored in a SUMER/SOHO data file that has been written with wrt_sumer. See mk_query for more::warren,Data retrieval.
$SSW_SUMER/idl/contrib/warren/rd_sumer.pro::SUMER::To read data and headers from SOHO/SUMER fits files including binary table extensions. Files which have created using wrt_sumer and have::warren,Data retrieval.
$SSW_SUMER/idl/contrib/warren/rd_sumer_genx.pro::SUMER::To read data files written with wrt_sumer. Called by rd_sumer. See rd_sumer for detailed documentation.::warren,Data retrieval.
$SSW_SUMER/idl/contrib/warren/sgt_bin.pro::SUMER::To retrieve the binning parameters from a SOHO/SUMER observation.::warren,Data handling.
$SSW_SUMER/idl/contrib/warren/sgt_column.pro::SUMER::To retrieve a column of SOHO/SUMER data from a data structure or fits file.::warren,Data handling.
$SSW_SUMER/idl/contrib/warren/sgt_compress.pro::SUMER::To retrieve the compression scheme used on date from a SOHO/SUMER observation.::warren,Data handling.
$SSW_SUMER/idl/contrib/warren/sgt_delta.pro::SUMER::To retrieve the spatial and spectral resolution of a SOHO/SUMER observation.::warren,Data handling.
$SSW_SUMER/idl/contrib/warren/sgt_det_y.pro::SUMER::Returns a position array based on the index structure::warren,Data handling.
$SSW_SUMER/idl/contrib/warren/sgt_detector.pro::SUMER::To retrieve the detector used for a SOHO/SUMER observation.::warren,Data handling.
$SSW_SUMER/idl/contrib/warren/sgt_dims.pro::SUMER::To retrieve the spatial and spectral dimensions of a SOHO/SUMER observation.::warren,Data handling.
$SSW_SUMER/idl/contrib/warren/sgt_exposure.pro::SUMER::To retrieve an exposure of a SOHO/SUMER detector from a data structure or fits file.::warren,Data handling.
$SSW_SUMER/idl/contrib/warren/sgt_exptime.pro::SUMER::To retrieve the exposure time for a SOHO/SUMER observation.::warren,Data handling.
$SSW_SUMER/idl/contrib/warren/sgt_file_type.pro::SUMER::Determines if a file is a fits file or a genx file.::warren,Data handling.
$SSW_SUMER/idl/contrib/warren/sgt_range.pro::SUMER::N.A.::warren
$SSW_SUMER/idl/contrib/warren/sgt_refpix.pro::SUMER::To retrieve the reference pixels used to co-register the data with the detector face.::warren,Data handling.
$SSW_SUMER/idl/contrib/warren/sgt_refval.pro::SUMER::To retrieve the reference values used to co-register the data with the SOHO/SUMER detector face.::warren,Data handling.
$SSW_SUMER/idl/contrib/warren/sgt_slit.pro::SUMER::To retrieve the slit used for an SOHO/SUMER observation.::warren,Data handling.
$SSW_SUMER/idl/contrib/warren/sgt_solar_x.pro::SUMER::To retrieve the x corrdinate of the pointing of a SOHO/SUMER observation.::warren,Data handling.
$SSW_SUMER/idl/contrib/warren/sgt_solar_y.pro::SUMER::To retrieve the y corrdinate of the pointing of a SOHO/SUMER observation.::warren,Data handling.
$SSW_SUMER/idl/contrib/warren/sgt_spectrum.pro::SUMER::To retrieve an SOHO/SUMER spectrum from a data structure or fits file.::warren,Data handling.
$SSW_SUMER/idl/contrib/warren/sgt_tagname.pro::SUMER::To retrieve the value of structure tag name.::warren,Data handling.
$SSW_SUMER/idl/contrib/warren/sgt_time.pro::SUMER::To retrieve the time at which a SOHO/SUMER observation began.::warren,Data handling.
$SSW_SUMER/idl/contrib/warren/sgt_wave.pro::SUMER::Returns a wavelength array based on the index structure::warren,Data handling.
$SSW_SUMER/idl/contrib/warren/strreplace.pro::SUMER::N.A.::warren
$SSW_SUMER/idl/contrib/warren/wrt_sumer.pro::SUMER::To write the data and index structures returned from rd_sumer to genx files. These files may also be read with rd_sumer.::warren,Data handling.
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_binning_p.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_celestial.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_change.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_check.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_check_1.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_check_2.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_comp_list.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_compensat.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_compress_list.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_compress_p.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_conversion.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_data_base.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_duration_c.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_explosive.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_flat_field.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_focal_plane.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_format_list.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_format_p.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_full_disk.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_funct.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_grating.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_int_var.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_iteration.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_lines.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_map_p.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_memory.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_modify.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_order.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_overload_p.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_point_1.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_point_10.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_point_11_15.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_point_16.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_point_17.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_point_2.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_point_3.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_point_4.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_point_5.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_point_6.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_point_8.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_point_9.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_pointing.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_print_cel.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_print_disk.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_print_euv.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_print_expl.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_print_lines.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_print_rsc.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_print_spec.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_ramp_c.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_rate_p.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_ref_spec.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_rsc.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_simulation.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_slit_list.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_slit_p.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_sphel.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_sphel_list.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_storage.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_sumer.pro::SUMER::Helps define SUMER studies::tl,Operations
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_text.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/tl/tl_xsimulation.pro::SUMER::N.A.::tl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_binning.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_check.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_check_trans.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_compression.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_conversion.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_convert_udp.pro::SUMER::Converts a SUMER Sequence into an UDP::scl,Operations
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_def_variables.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_ff_mode.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_header.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_int16.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_int32.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_item_0.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_lambda11.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_lambda13.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_lambda18.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_lambda21.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_lambda23.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_lambda28.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_mode_search.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_point.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_pointing.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_re_point.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_re_setpoint.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_real32.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_repetition_1.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_repetition_m.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_repointing.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_rot_comp.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_rsc.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_rsc_scans.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_rsc_stare.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_selection.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_set_point.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_slit.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_spectro_even.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_spectro_odd.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_spectrohelio.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_sphel_mode.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_tail.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_udp_c.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_udp_gen.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_udp_list.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_udp_w.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_uint16.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_uint32.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/scl/scl_uint8.pro::SUMER::N.A.::scl
$SSW_SUMER/idl/contrib/wilhelm/rad/radiometry.pro::SUMER::N.A.::rad
$SSW_SUMER/idl/contrib/wilhelm/corr/con_width_2.pro::SUMER::N.A.::corr
$SSW_SUMER/idl/contrib/wilhelm/corr/con_width_funct_2.pro::SUMER::N.A.::corr
$SSW_SUMER/idl/contrib/wilhelm/corr/deadtime_corr.pro::SUMER::N.A.::corr
$SSW_SUMER/idl/contrib/wilhelm/corr/local_gain_corr.pro::SUMER::N.A.::corr
$SSW_SUMER/idl/contrib/util/get_hostname.pro::SUMER::Get host or node name of the current machine::util,Utility
$SSW_SUMER/idl/contrib/util/sql_query.pro::SUMER::Wrapper program to send SQL command to Oracle server::util,Utility, database
$SSW_SUMER/idl/contrib/schuehle/tools/bilin_interp.pro::SUMER::N.A.::tools
$SSW_SUMER/idl/contrib/schuehle/tools/decomp5.pro::SUMER::Decompress SUMER Images, compressed with method 5::tools,Analysis
$SSW_SUMER/idl/contrib/schuehle/tools/decomp_r.pro::SUMER::SE:::tools
$SSW_SUMER/idl/contrib/schuehle/tools/destr_bilin.pro::SUMER::Apply distortion correction to sumer data ++ derived from destretchn.pro of T. Moran modif. by L.A. Smaldone on Feb,6 1997::tools
$SSW_SUMER/idl/contrib/schuehle/tools/ff_gc.pro::SUMER::make flat field correction and geometric distortion correction for a list if files and store the corrected data::tools
$SSW_SUMER/idl/contrib/schuehle/tools/sum_flatfield.pro::SUMER::Apply flat field correction to sumer data Use: data_out = sum_flatfield(data,slit,RefPix,FFdat)::tools
$SSW_SUMER/idl/contrib/schuehle/tools/tvscl.pro::SUMER::N.A.::tools
$SSW_SUMER/idl/contrib/curdt/position.pro::SUMER::N.A.::curdt
$SSW_BCS/idl/atest/bcs_24hr_plot.pro::BCS::Plots the light curve of the reformatted data for the requested BCS channel as four panels of 6 hours, with SAA and Night indicated.::atest
$SSW_BCS/idl/atest/bcs_accum.pro::BCS::to accumulate spectra in BDA data array::atest
$SSW_BCS/idl/atest/bcs_broad.pro::BCS::Return Gaussian FWHM for a specified Doppler Temperature or Return the Doppler Temperature for a specified FWHM::atest
$SSW_BCS/idl/atest/bcs_cont.pro::BCS::Plots contour map of BCS spectra (x-axis) against time (y-axis)::atest
$SSW_BCS/idl/atest/bcs_dspec.pro::BCS::Extracts, decompresses and normalizes the data for a single channel from the BDA data array::atest
$SSW_BCS/idl/atest/bcs_dt_interp.pro::BCS::interpolate out zero deadtime correction factors::atest
$SSW_BCS/idl/atest/bcs_dtfac.pro::BCS::to compute BSC deadtime correction factors::atest
$SSW_BCS/idl/atest/bcs_multi.pro::BCS::Plots many BCS spectra of a selected channel on a page.::atest
$SSW_BCS/idl/atest/bcs_spmovie.pro::BCS::Plots a movie of spectra of selected BCS channel. Light curve is plotted  - moving cursor is optional.::atest
$SSW_BCS/idl/atest/bsc_errcal.pro::BCS::compute and add error field to BCS_DATA::atest
$SSW_BCS/idl/atest/dummy.pro::BCS::force otherwise empty directory to be included in IDL path -::atest
$SSW_BCS/idl/atest/dump_compare.pro::BCS::Extracts a microprocessor memory dump from the BDA file and compare it with the specified memory load, within the specified address range.::atest
$SSW_BCS/idl/atest/edit_full_load.pro::BCS::Applies patches to loaded image of BCS micro and calculates the checksum::atest
$SSW_BCS/idl/atest/ext_bcschan.pro::BCS::Extract the bins associated with a given channel from the data matrix::atest
$SSW_BCS/idl/atest/find_cal.pro::BCS::Locates BCS Source and Stim Cals, and Memory Dumps Reports c/r, HV and Temps for Source Cals::atest
$SSW_BCS/idl/atest/get_bsa_ans.pro::BCS::get BSA processing options::atest
$SSW_BCS/idl/atest/get_bsc_wtype.pro::BCS::get widget type::atest
$SSW_BCS/idl/atest/good_max.pro::BCS::Determine the real plot maximum, ignoring bad points::atest
$SSW_BCS/idl/atest/mk_bsa_stc.pro::BCS::to produce a BSA structure that contains information to guide production of a BSC file via MK_BSC.::atest
$SSW_BCS/idl/atest/mk_bsc.pro::BCS::to make BSC data::atest
$SSW_BCS/idl/atest/mk_bsc_data.pro::BCS::to produce a BSC data structure from BDA data given control information in the variable BSC_INDEX::atest
$SSW_BCS/idl/atest/plot_source_rate.pro::BCS::Plots the countrate of BCS Cal. radioactive sources::atest
$SSW_BCS/idl/atest/pr_plan_area.pro::BCS::Unplacks the bytes in the BCS plans parameter area::atest
$SSW_BCS/idl/atest/process_bcs_cals.pro::BCS::Uses source log to process all BCS cals in log::atest
$SSW_BCS/idl/atest/rd_bcscal.pro::BCS::to obtain sensitivity factor, central wavelength, and physical position of right-hand boundaries of BCS bins.::atest
$SSW_BCS/idl/atest/rd_full_load.pro::BCS::Reads image of BCS memory load from specified file Default is: $DIR_BCS_MICRO:full_load.dat::atest
$SSW_BCS/idl/atest/sumit.pro::BCS::Function to do a 1-d summation of a 2-d data set.::atest
$SSW_BCS/idl/atest/summ_cals.pro::BCS::Reports countrate, HV and Temps for Source Cals::atest
$SSW_BCS/idl/atest/wbda.pro::BCS::to provide widget interface to Yohkoh BCS data::atest
$SSW_BCS/idl/atest/wbda_com_blk.pro::BCS::N.A.::atest
$SSW_BCS/idl/atest/wbsa.pro::BCS::to provide widget interface to MKBSA/MKBSA programs::atest,widgets
$SSW_BCS/idl/atest/wbsc.pro::BCS::to provide widget interface to Yohkoh BSC data::atest
$SSW_BCS/idl/atest/wbsc_fit_ev.pro::BCS::event handler for WBSC fit spectrum widget::atest
$SSW_BCS/idl/atest/wbsc_fpar_ev.pro::BCS::event handler for WBSC fit parameter widget::atest
$SSW_BCS/idl/atest/wbsc_ltc_ev.pro::BCS::event handler for WBSC lightcurve widget::atest
$SSW_BCS/idl/atest/wbsc_spc_ev.pro::BCS::event handler for WBSC spectrum widget::atest
$SSW_BCS/idl/atest/wr_full_load.pro::BCS::Writes image of BCS memory load into requested file default is: $DIR_BCS_MICRO:full_load.dat_yymmdd::atest
$SSW_BCS/idl/to_be_deleted/gs_vg.pro::BCS::N.A.::to_be_deleted
$SSW_BCS/idl/to_be_deleted/run_mkbsd.pro::BCS::Runs the F77 Programme MKBSD::to_be_deleted
$SSW_BCS/idl/bda/bcs_24hr_plot.pro::BCS::Plots the light curve of the reformatted data for the requested BCS channel as four panels of 6 hours, with SAA and Night indicated.::bda
$SSW_BCS/idl/bda/bcs_cont.pro::BCS::Plots contour map of BCS spectra (x-axis) against time (y-axis)::bda
$SSW_BCS/idl/bda/bcs_dp_sync.pro::BCS::N.A.::bda
$SSW_BCS/idl/bda/bcs_dspec.pro::BCS::Extracts, decompresses and normalizes the data for a single channel from the BDA data array::bda
$SSW_BCS/idl/bda/bcs_getfile.pro::BCS::Present a list of files for selection.::bda
$SSW_BCS/idl/bda/bcs_multi.pro::BCS::Plots many BCS spectra of a selected channel on a page.::bda
$SSW_BCS/idl/bda/bcs_norm.pro::BCS::Normalizes data recorded by the BCS for time, and extracts the Fast Queue data if present.::bda
$SSW_BCS/idl/bda/bcs_spmovie.pro::BCS::Plots a movie of spectra of selected BCS channel. Light curve is plotted  - moving cursor is optional.::bda
$SSW_BCS/idl/bda/ext_bcschan.pro::BCS::Extract the bins associated with a given channel from the data matrix::bda
$SSW_BCS/idl/bda/gs.pro::BCS::N.A.::bda
$SSW_BCS/idl/bda/gs_cont.pro::BCS::N.A.::bda
$SSW_BCS/idl/bda/gs_cur.pro::BCS::N.A.::bda
$SSW_BCS/idl/bda/gs_fe26.pro::BCS::N.A.::bda
$SSW_BCS/idl/bda/gs_getsp.pro::BCS::N.A.::bda
$SSW_BCS/idl/bda/gs_lc.pro::BCS::N.A.::bda
$SSW_BCS/idl/bda/gs_putsp.pro::BCS::N.A.::bda
$SSW_BCS/idl/bda/gs_sp.pro::BCS::N.A.::bda
$SSW_BCS/idl/bda/gs_when.pro::BCS::N.A.::bda
$SSW_BCS/idl/bda/gt_bda_block.pro::BCS::extract indicies for requested BDA blockid::bda
$SSW_BCS/idl/bda/gt_bda_mode.pro::BCS::extract indicies for requested BDA mode or block id::bda
$SSW_BCS/idl/bda/lcbda.pro::BCS::Plot out some or all of the light curves for the BCS channels::bda
$SSW_BCS/idl/bda/list_bda.pro::BCS::Provides a list of the ROADMAP or INDEX of the BDA file::bda
$SSW_BCS/idl/bda/plotbda.pro::BCS::N.A.::bda
$SSW_BCS/idl/bda/select_bda.pro::BCS::Plots light curve of Ca XIX and allows user to select data set using the cursors. SS vector is created for use with TEST_RD::bda
$SSW_BCS/idl/bda/wbda.pro::BCS::to provide widget interface to Yohkoh BCS data::bda
$SSW_BCS/idl/bda/wbda_com_blk.pro::BCS::N.A.::bda
$SSW_BCS/idl/bsc/bcs_accum.pro::BCS::to accumulate spectra in BDA data array::bsc
$SSW_BCS/idl/bsc/bcs_broad.pro::BCS::Return Gaussian FWHM for a specified Doppler Temperature or Return the Doppler Temperature for a specified FWHM::bsc
$SSW_BCS/idl/bsc/bcs_chi_norm.pro::BCS::compute level 1 fit given te6, td6, and wshift to compute em50 and cnorm::bsc
$SSW_BCS/idl/bsc/bcs_clean.pro::BCS::to clean BDA INDEX (or ROADMAP) of records with mode/block id changes and SAA/NIGHT transitions::bsc
$SSW_BCS/idl/bsc/bcs_dp_check.pro::BCS::check that DP_SYNC and BCS times overlap::bsc
$SSW_BCS/idl/bsc/bcs_dt_interp.pro::BCS::interpolate out zero deadtime correction factors::bsc
$SSW_BCS/idl/bsc/bcs_dtfac.pro::BCS::to compute BSC deadtime correction factors::bsc
$SSW_BCS/idl/bsc/bcs_line.pro::BCS::Compute spectral line intensities in the BCS wavelength range. Units are ph s-1 for EM=1.e50 cm^3 at the source (i.e., the Sun).::bsc
$SSW_BCS/idl/bsc/bcs_spec.pro::BCS::Calculate a synthetic Yohkoh BCS spectrum in photons cm^2 s^-1 A^-1 for an EM=1.e50 cm^-3::bsc
$SSW_BCS/idl/bsc/bcs_spec_plot.pro::BCS::Plot BCS observed or synthetic spectra::bsc
$SSW_BCS/idl/bsc/bcs_synthetic.pro::BCS::Calculate and plot BCS synthetic spectra::bsc
$SSW_BCS/idl/bsc/bcs_trange.pro::BCS::get user specified time range for an index structure::bsc
$SSW_BCS/idl/bsc/bsc2bsd.pro::BCS::convert BSC file to a BSD file::bsc
$SSW_BCS/idl/bsc/bsc_bin2w.pro::BCS::convert BCS bin positions wavelength::bsc
$SSW_BCS/idl/bsc/bsc_bincor.pro::BCS::convert raw BCS bin positions to corrected BSC physical detector positions::bsc
$SSW_BCS/idl/bsc/bsc_chan.pro::BCS::return indicies for given channel in BSC_INDEX::bsc
$SSW_BCS/idl/bsc/bsc_check.pro::BCS::check that index or data structure is of type BSC::bsc
$SSW_BCS/idl/bsc/bsc_errcal.pro::BCS::compute and add error field to BCS_DATA::bsc
$SSW_BCS/idl/bsc/bsc_field.pro::BCS::add new fields (i.e. tags) to BSC data structure (if not present)::bsc
$SSW_BCS/idl/bsc/bsc_fluxcal.pro::BCS::to apply flux calibration to accumulated BSC spectra in BSC structures::bsc
$SSW_BCS/idl/bsc/bsc_lrange.pro::BCS::extract wavelength ranges from BSC spectra for fitting::bsc
$SSW_BCS/idl/bsc/bsc_raster.pro::BCS::Plots bsc (i.e., processed) spectra in a raster form, a-la sxt's xy_raster. Default is flux units (photons cm^-2 s^-1 A^-1).::bsc
$SSW_BCS/idl/bsc/bsc_tim2dset.pro::BCS::extract indicies of BSC time range::bsc
$SSW_BCS/idl/bsc/bsc_valid.pro::BCS::Extract Valid BCS Bins from user specified channels. Returned data will have the valid wavelength bins selected.::bsc
$SSW_BCS/idl/bsc/bsc_vturb.pro::BCS::Return turbulent broadening velocity or uncertainty from BSC fits of Te6 and Td6.::bsc
$SSW_BCS/idl/bsc/bsc_wavecal.pro::BCS::to apply wavelength calibration to accumulated BSC spectra in BSC structures::bsc
$SSW_BCS/idl/bsc/bsc_xcorr.pro::BCS::to apply crystal curvature correction to BCS spectra::bsc
$SSW_BCS/idl/bsc/cal_bsc.pro::BCS::compute first guess of spectrum parameters (continuum flux, line doppler width, line center)::bsc
$SSW_BCS/idl/bsc/cv_bsc2bsd.pro::BCS::convert new format BSC index and data to BSD format::bsc
$SSW_BCS/idl/bsc/dat2bsc.pro::BCS::convert wave and flux arrays to BSC format::bsc
$SSW_BCS/idl/bsc/fit_bsc.pro::BCS::fit synthetic spectra to observed BSC spectra.::bsc
$SSW_BCS/idl/bsc/fit_bsc_plot.pro::BCS::Plot fit_bsc results of fitted synthetic spectra to BCS observed spectra::bsc
$SSW_BCS/idl/bsc/get_bcscal.pro::BCS::to find BCS crystal calibration file::bsc
$SSW_BCS/idl/bsc/get_bcsdat.pro::BCS::Extract the bins associated with a given channel from the data matrix::bsc
$SSW_BCS/idl/bsc/get_bsa_ans.pro::BCS::get BSA processing options::bsc
$SSW_BCS/idl/bsc/get_bsc.pro::BCS::extract specific data products from BSC data::bsc
$SSW_BCS/idl/bsc/get_bsc_anno.pro::BCS::Return text strings from BSC_INDEX to be used for Plot Annotation::bsc
$SSW_BCS/idl/bsc/gt_bsc_bincal.pro::BCS::to get BCS crystal bin calibration data from CALFILEs (wavelength dispersion, sensitivity, etc)::bsc
$SSW_BCS/idl/bsc/gt_bsc_chan.pro::BCS::extract channel nos and/or channel IDs BSC index::bsc
$SSW_BCS/idl/bsc/gt_bsc_crate.pro::BCS::extract count rate of particular channel from BSC arrays::bsc
$SSW_BCS/idl/bsc/gt_bsc_flux.pro::BCS::return flux arrays for BSC spectra::bsc
$SSW_BCS/idl/bsc/gt_bsc_time.pro::BCS::compute time (in secs) of BSC accumulation intervals::bsc
$SSW_BCS/idl/bsc/gt_bsc_wave.pro::BCS::return nominal wavelength arrays for BSC spectra::bsc
$SSW_BCS/idl/bsc/help_bsc.pro::BCS::print BSC help file::bsc
$SSW_BCS/idl/bsc/lc_bsc.pro::BCS::plot BSC lightcurves of selected intervals::bsc
$SSW_BCS/idl/bsc/list_bsc.pro::BCS::list times of spectra in a BSC file for a given channel::bsc
$SSW_BCS/idl/bsc/map_bsc.pro::BCS::plot 2d maps of BSC data (time vs wavelength)::bsc
$SSW_BCS/idl/bsc/mk_bcs_spec.pro::BCS::Called by bcs_spec to compute a BCS spectrum (ph cm-2 s-1 Ang-1 at 1AU)::bsc
$SSW_BCS/idl/bsc/mk_bsa.pro::BCS::to produce a BSA structure that contains information to guide the production of a BSC file via MK_BSC.::bsc
$SSW_BCS/idl/bsc/mk_bsa_ans.pro::BCS::to create a low-level BSA structure::bsc
$SSW_BCS/idl/bsc/mk_bsa_interv.pro::BCS::define accumulation time intervals for BSC data::bsc
$SSW_BCS/idl/bsc/mk_bsa_stc.pro::BCS::to produce a BSA structure that contains information to guide production of a BSC file via MK_BSC.::bsc
$SSW_BCS/idl/bsc/mk_bsc.pro::BCS::to make BSC data::bsc
$SSW_BCS/idl/bsc/mk_bsc_data.pro::BCS::to produce a BSC data structure from BDA data given control information in the variable BSC_INDEX::bsc
$SSW_BCS/idl/bsc/mk_fit_bsc_eps.pro::BCS::Generate a Portrait style BCS fitted spectrum.::bsc
$SSW_BCS/idl/bsc/plot_bsc.pro::BCS::plot a BSC spectrum::bsc
$SSW_BCS/idl/bsc/rd_bcscal.pro::BCS::to obtain sensitivity factor, central wavelength, and physical position of right-hand boundaries of BCS bins.::bsc
$SSW_BCS/idl/bsc/rd_bsc.pro::BCS::to read a BSC file::bsc
$SSW_BCS/idl/bsc/sel_bsc.pro::BCS::Select wavelength and flux arrays for given channels.::bsc
$SSW_BCS/idl/bsc/wbsa.pro::BCS::to provide widget interface to MKBSA/MKBSA programs::bsc,widgets
$SSW_BCS/idl/bsc/wbsc.pro::BCS::to provide widget interface to Yohkoh BSC data::bsc
$SSW_BCS/idl/bsc/wbsc_com_blk.pro::BCS::N.A.::bsc
$SSW_BCS/idl/bsc/wbsc_fit_ev.pro::BCS::event handler for WBSC fit spectrum widget::bsc
$SSW_BCS/idl/bsc/wbsc_fpar_ev.pro::BCS::event handler for WBSC fit parameter widget::bsc
$SSW_BCS/idl/bsc/wbsc_ltc_ev.pro::BCS::event handler for WBSC lightcurve widget::bsc
$SSW_BCS/idl/bsc/wbsc_spc_ev.pro::BCS::event handler for WBSC spectrum widget::bsc
$SSW_BCS/idl/bsc/wbsc_write_ev.pro::BCS::N.A.::bsc
$SSW_BCS/idl/bsd/bcs_bpc2c.pro::BCS::fix missing two component fits::bsd
$SSW_BCS/idl/bsd/bcs_bpcckspec.pro::BCS::superficial check of bpc spectral data::bsd
$SSW_BCS/idl/bsd/bcs_bpcfs.pro::BCS::fill in missing spectra::bsd
$SSW_BCS/idl/bsd/bcs_fixbpc.pro::BCS::Fix bpc files for 1) missing spectra 2) missing 2 components::bsd
$SSW_BCS/idl/bsd/bcspro.pro::BCS::Runs the BCS F77 Programmes MKBSD, BSDCAL and BSDFIT::bsd
$SSW_BCS/idl/bsd/bpc_struct.pro::BCS::N.A.::bsd
$SSW_BCS/idl/bsd/bsd_struct.pro::BCS::Define structures for reading/writing BSD files::bsd
$SSW_BCS/idl/bsd/calfun.pro::BCS::Return Voigt profile given intensites, widths(FWHM), centroids for spectrometer with FWHML FWHM Lorentzian and ewid FWHM resolution.::bsd
$SSW_BCS/idl/bsd/fix_bsd_header.pro::BCS::rationalise bsd header structures::bsd
$SSW_BCS/idl/bsd/free_in.pro::BCS::the restriction to single digit numbers - for the purpose in hand!::bsd
$SSW_BCS/idl/bsd/get_bsd.pro::BCS::Read BSD files into IDL::bsd
$SSW_BCS/idl/bsd/get_bth.pro::BCS::Read BTH files into IDL::bsd
$SSW_BCS/idl/bsd/lcbsd.pro::BCS::plots the count rate in a bsd file, as a function of time.::bsd
$SSW_BCS/idl/bsd/plot_ref.pro::BCS::plots and over plots a series of spectra for direct comparison::bsd
$SSW_BCS/idl/bsd/plotbft.pro::BCS::Plot results of BSDFIT for BCS analysis.::bsd
$SSW_BCS/idl/bsd/plotbpc.pro::BCS::Read the BPCxxxxxx.xxxx files written by BSDCAL and the BSD data file specified within it and plot the spectral fits as given by parameters in the BPC file over the raw data::bsd
$SSW_BCS/idl/bsd/plotbsd.pro::BCS::Plot bsd file - Menu structure, quick plotter::bsd
$SSW_BCS/idl/bsd/plotbth.pro::BCS::Plot bsd file - Menu structure, quick look plotter overplotting of theory spectra.::bsd
$SSW_BCS/idl/bsd/rd_bpc.pro::BCS::N.A.::bsd
$SSW_BCS/idl/bsd/rd_bsd_data.pro::BCS::read bsd data block + return in structure::bsd
$SSW_BCS/idl/bsd/rd_bsd_header.pro::BCS::Read and extract the header section from a BSD file::bsd
$SSW_BCS/idl/bsd/rd_bsd_rdmap.pro::BCS::Read the roadmap section of a BSD file::bsd
$SSW_BCS/idl/bsd/rd_spc_data.pro::BCS::read spc data block + return in structure::bsd
$SSW_BCS/idl/bsd/rd_spc_header.pro::BCS::Read and extract the header section from a BTH (SPC) file::bsd
$SSW_BCS/idl/bsd/rd_spc_rdmap.pro::BCS::Read the roadmap section of record locations::bsd
$SSW_BCS/idl/bsd/rdspc2_data.pro::BCS::N.A.::bsd
$SSW_BCS/idl/bsd/rdspc2_head.pro::BCS::read the first seven records in the SPC file with the theory spectra File is openned for sequential reading, then closed.::bsd
$SSW_BCS/idl/bsd/readbft.pro::BCS::Read the BFTxxxx.xxx files created by BSDFIT. Return the data in array DATA.::bsd
$SSW_BCS/idl/bsd/spc_struct.pro::BCS::Define structures for reading/writing SPC files::bsd
$SSW_BCS/idl/bsd/wr_bpc.pro::BCS::N.A.::bsd
$SSW_BCS/idl/bsd/wr_bsd.pro::BCS::write a new bsd file::bsd
$SSW_BCS/idl/bsd/wrt_bsdcal_cfl.pro::BCS::Write control file for the BSDCAL F77 programme::bsd
$SSW_BCS/idl/bsd/wrt_bsdfit_cfl.pro::BCS::Write control file for the BSDFIT F77 programme::bsd
$SSW_BCS/idl/bsd/wrt_mkbsd_cfl.pro::BCS::Creates .CFL file for F77 programme, MKBSD::bsd
$SSW_BCS/idl/instr/anal_bcs_pha.pro::BCS::Extracts BCS PHA data and analyses it::instr
$SSW_BCS/idl/instr/anal_stims.pro::BCS::Extracts BCS stim data and analyses it::instr
$SSW_BCS/idl/instr/bcs_hvs.pro::BCS::plots the relationship ofHV trim against monitored high voltage for the BCS HVU's::instr
$SSW_BCS/idl/instr/bcs_pha.pro::BCS::Extract and plot PHA data from BCS Radioactive Source Calibration::instr
$SSW_BCS/idl/instr/bcs_vs_goes.pro::BCS::plots BCS counts against GOES class for all channels::instr
$SSW_BCS/idl/instr/detector_summ.pro::BCS::Summary print of HK stuff in QS record::instr
$SSW_BCS/idl/instr/find_cal.pro::BCS::Locates BCS Source and Stim Cals, and Memory Dumps Reports c/r, HV and Temps for Source Cals::instr
$SSW_BCS/idl/instr/gain_plot.pro::BCS::Plots the detector gain and energy resolution for the two BCS flight detectors from the data contained in gain log.::instr
$SSW_BCS/idl/instr/gain_plot4.pro::BCS::Plots the detector gain and energy resolution for the two BCS flight detectors from the data contained in gain log. Plot is a panel of 4 plots with BCS-A resolution and gain on::instr
$SSW_BCS/idl/instr/gain_temp_plot.pro::BCS::Plots the relationship of the gain of the BCS detectors against temperature::instr
$SSW_BCS/idl/instr/plot_erate.pro::BCS::Plots BCS all_cnts, lim_cnts and acc_cnts for a selected channel and time interval::instr
$SSW_BCS/idl/instr/posn_plot.pro::BCS::CATEGORY:::instr
$SSW_BCS/idl/instr/ppha.pro::BCS::Extract BCS PHA data from the DP_SYNC data stream plots PHA spectra of selected time interval::instr
$SSW_BCS/idl/instr/process_bcs_cals.pro::BCS::Uses source log to process all BCS cals in log::instr
$SSW_BCS/idl/micro/bcs_conv.pro::BCS::Converts Intel-hex ouput of cross-assembler to various loads::micro
$SSW_BCS/idl/micro/bcs_cpu_struct.pro::BCS::Defines structures used by BCS micro management routines::micro
$SSW_BCS/idl/micro/bcs_grp_plan.pro::BCS::Return information about a BCS mode::micro
$SSW_BCS/idl/micro/cpu_diag.pro::BCS::Plots some telemetry points from te BCS CPU against time::micro
$SSW_BCS/idl/micro/dpmode_rmap.pro::BCS::Remaps value of dpmode for telem value to 1,2,3, etc::micro
$SSW_BCS/idl/micro/dump_compare.pro::BCS::Extracts a microprocessor memory dump from the BDA file and compare it with the specified memory load, within the specified address range.::micro
$SSW_BCS/idl/micro/edit_full_load.pro::BCS::Applies patches to loaded image of BCS micro and calculates the checksum::micro
$SSW_BCS/idl/micro/edit_grpdtb.pro::BCS::Allows creation of new BCS RAM gouper plans::micro
$SSW_BCS/idl/micro/edit_plan_area.pro::BCS::Adds new lists (seqn, flop and grouper plans) to BCS parameter area::micro
$SSW_BCS/idl/micro/edit_sqfl.pro::BCS::Create new BCS Sequence and Flare option lists::micro
$SSW_BCS/idl/micro/find_seu.pro::BCS::Monitors memory checksum status and locates transitions::micro
$SSW_BCS/idl/micro/i2byt.pro::BCS::splits integer*2 word into two bytes::micro
$SSW_BCS/idl/micro/iword.pro::BCS::Swaps pair of bytes within a "word"::micro
$SSW_BCS/idl/micro/load2ihex.pro::BCS::Creates Intel-hex load module from BCS parameter area that can be converted to required form by BCS_CONV::micro
$SSW_BCS/idl/micro/mem_checksum.pro::BCS::Calculates the checksum for the BCS micro memory::micro
$SSW_BCS/idl/micro/memchk_times.pro::BCS::Determines the times of changes in state of the MEM_CHECK flag Short transitions due to bad frames are filtered out.::micro
$SSW_BCS/idl/micro/pr_grppln.pro::BCS::Splits BCS grouper plan into its components and prints it::micro
$SSW_BCS/idl/micro/pr_plan_area.pro::BCS::Unplacks the bytes in the BCS plans parameter area::micro
$SSW_BCS/idl/micro/queue_stuff.pro::BCS::Plot queue pages/sectors, DP bit rate and Ca XIX lightcurve against time for diagnostic of BCS Queue Memory::micro
$SSW_BCS/idl/micro/rd_cpu_dtb.pro::BCS::Reads a BCS CPU database file::micro
$SSW_BCS/idl/micro/rd_full_load.pro::BCS::reads image of BCS memory load from $DIR_BCS_MICRO:full_load.dat::micro
$SSW_BCS/idl/micro/rd_plan_area.pro::BCS::reads image and history records of bcs micro parameter area::micro
$SSW_BCS/idl/micro/wr_cpu_dtb.pro::BCS::Write modifies BCS list database files::micro
$SSW_BCS/idl/micro/wr_plan_area.pro::BCS::writes a modified plan area and history::micro
$SSW_BCS/idl/util/all_vals.pro::BCS::Return (in ascending order) all the values in an array.::util
$SSW_BCS/idl/util/bcs_channels.pro::BCS::N.A.::util
$SSW_BCS/idl/util/bcs_comp.pro::BCS::Compresses real*4 data to 8-bit using BCS compression scheme::util
$SSW_BCS/idl/util/bcs_decomp.pro::BCS::Decompression program for Solar_A BCS. Given a compressed value of counts in a bin, produce a true value of input counts.::util
$SSW_BCS/idl/util/bcs_emiss.pro::BCS::This routine plots the following graphs for the resonance lines of the Yohkoh BCS. 1) Temp vs G(Te) functions::util
$SSW_BCS/idl/util/bcs_funct.pro::BCS::wrapper routine that makes BCS_SPEC compatible with the input function required by IDL CURVEFIT.::util
$SSW_BCS/idl/util/bcs_ionvel.pro::BCS::Return ion velocity (km/s) given the ion temperature from calcium, iron or suphur lines.::util
$SSW_BCS/idl/util/bcs_point.pro::BCS::Derives a solar N-S position from bin no. of BCS resonance line::util
$SSW_BCS/idl/util/bcs_tvec.pro::BCS::Extracts start time of BCS spectra and returns times that correspond to the mid time of the integration.::util
$SSW_BCS/idl/util/bcs_velres.pro::BCS::Compute the velocity resolution of the BCS::util
$SSW_BCS/idl/util/bsdtime.pro::BCS::N.A.::util
$SSW_BCS/idl/util/chekov.pro::BCS::N.A.::util
$SSW_BCS/idl/util/define_site_path.pro::BCS::Routine that writes the routine SITE_PATH.PRO which when::util
$SSW_BCS/idl/util/dom.pro::BCS::N.A.::util
$SSW_BCS/idl/util/dt_corr.pro::BCS::N.A.::util
$SSW_BCS/idl/util/edt.pro::BCS::Calls the shared image of EDT::util
$SSW_BCS/idl/util/errbar.pro::BCS::N.A.::util
$SSW_BCS/idl/util/first_bcs.pro::BCS::Display S XV, Ca XIX and Fe XXV spectra from the recent BDA data  The BCS spectra are prepared by mk_bsc with the summing interval=200s.::util
$SSW_BCS/idl/util/get_limits.pro::BCS::Gets two limits from a plot using cursor::util
$SSW_BCS/idl/util/good_max.pro::BCS::Determine the real plot maximum, ignoring bad points::util
$SSW_BCS/idl/util/gt_blockid.pro::BCS::To extract the word corresponding to the BCS blockid.::util
$SSW_BCS/idl/util/gt_total_cnts.pro::BCS::To extract the word corresponding to the BCS total counts (as derived from the spectra).  Default output is cnts/sec.::util
$SSW_BCS/idl/util/intextime.pro::BCS::N.A.::util
$SSW_BCS/idl/util/julian.pro::BCS::N.A.::util
$SSW_BCS/idl/util/plott_bda.pro::BCS::Plot light curve for BCS data (uses the "total_cnts" field). The "anomalous" negative datavalues are not plotted::util
$SSW_BCS/idl/util/ps_long.pro::BCS::Setup to fill portait page on PostScript printer::util
$SSW_BCS/idl/util/ps_reset.pro::BCS::Reset device plot size to PostScript normal This is the antidote to PS_LONG; also clears /landscape::util
$SSW_BCS/idl/util/range.pro::BCS::to parse an input string for ranges and::util
$SSW_BCS/idl/util/reorder_path.pro::BCS::Changes the order of the fields in the IDL search path::util
$SSW_BCS/idl/util/rev_path.pro::BCS::Calls REORDER_PATH with OPTION='REV'::util
$SSW_BCS/idl/util/rmap_tim2rec.pro::BCS::Code to translate a time interval into a data number range applicable to the roadmap (spectral) data.::util
$SSW_BCS/idl/util/secs79.pro::BCS::N.A.::util
$SSW_BCS/idl/util/smudge_spectra.pro::BCS::plot a smudge of the BCS spectra against time using colour table 5::util
$SSW_BCS/idl/util/ss2dset.pro::BCS::Given an SS array for a single file, this routine returns the structure required for DSET_ARR::util
$SSW_BCS/idl/util/sum.pro::BCS::N.A.::util
$SSW_BCS/idl/util/task_os.pro::BCS::Converts F77 "task" name into system dependant name::util
$SSW_BCS/idl/util/tek.pro::BCS::Writes an escape sequence to switch Tek displays to graphics::util
$SSW_BCS/idl/util/translate_setup_dirs.pro::BCS::Translates the UNIX script file "setup_dirs" into the equivalent::util
$SSW_BCS/idl/util/update_from_path.pro::BCS::Updates the YS: directories on Yohkoh from ISASS0:: using !path as the pointer as to which directories are to be updated.::util
$SSW_BCS/idl/util/update_yohlib.pro::BCS::Updates the YLIB directories using control file created by the UPDATE_FROM_PATH routine::util
$SSW_BCS/idl/util/vt200.pro::BCS::Writes escape sequence to switch tek-type screens to alphnumerics.::util
$SSW_BCS/idl/util/wrt_host_path.pro::BCS::Write path of host to the file "HOST_PATH.LIS"::util
$SSW_BCS/idl/util/yohkoh_events.pro::BCS::Returns the orbital events NIGHT, DAY, Enter SAA, and Exit SAA for the requested day interval.::util
$SSW_HXT/idl/atest/align_hxi.pro::HXT::To align HXI images::atest,Yohkoh HXT
$SSW_HXT/idl/atest/dummy.pro::HXT::force otherwise empty directory to be included in IDL path -::atest
$SSW_HXT/idl/atest/fort2hxi.pro::HXT::This routine reads the FORTRAN data file which holds an HXT image and converts it to the HXI format.::atest
$SSW_HXT/idl/atest/gt_hxt_hk_temp.pro::HXT::To extract and convert the HXT temperatures to degrees C.::atest
$SSW_HXT/idl/atest/hxi_normap.pro::HXT::Normalizes b to a array of between 0 and 255. This does not set the minimum value of the output to zero.::atest,Yohkoh HXT
$SSW_HXT/idl/atest/hxi_unnorm.pro::HXT::Restores a byte-type cube of hxi images to floating pt.,::atest,Yohkoh HXT
$SSW_HXT/idl/atest/hxt_autoimg.pro::HXT::Generate HXT images automatically::atest
$SSW_HXT/idl/atest/hxt_chsums.pro::HXT::sums the HXT channel data over all the SC's and maybe minor frames, If full resolution, the data is reformed.::atest,Yohkoh HXT
$SSW_HXT/idl/atest/hxt_gentrn.pro::HXT::Generates trn, the 2-d array containing the modulation patterns for the SubCollimators.::atest,Yohkoh HXT
$SSW_HXT/idl/atest/hxt_getflt_arr.pro::HXT::Calculates the fraction between x and the next lowest integer.::atest,Yohkoh HXT
$SSW_HXT/idl/atest/hxt_memimg.pro::HXT::The image synthesis subroutine, now in IDL, hxt_memimg performs the image deconvolution for HXT using the maximum entropy method.::atest
$SSW_HXT/idl/atest/hxt_modpat.pro::HXT::Generates the 2-d modulation patterns, for each SC grid, to be used in image synthesis, a 3d array, one for each channel.::atest,Yohkoh HXT
$SSW_HXT/idl/atest/hxt_multimg.pro::HXT::To make HXT images.::atest,Yohkoh HXT
$SSW_HXT/idl/atest/hxt_pattern_maker.pro::HXT::To input the image synthesis control parameters, and generate the modulation pattern, and control the iteration.::atest,Yohkoh HXT
$SSW_HXT/idl/atest/hxt_rdpara.pro::HXT::Reads in the Subcollimator parameters::atest,Yohkoh HXT
$SSW_HXT/idl/atest/hxt_setgra.pro::HXT::For some reason, the data as we get it, is not in the same order as the SC info is input using the parameter file. This routine sets up the array to put the data in the same order as the modulation::atest,Yohkoh HXT
$SSW_HXT/idl/atest/hxt_unpack_grause.pro::HXT::unpacks hxi_index.grause, the grid use array::atest,Yohkoh HXT
$SSW_HXT/idl/atest/hxt_usegrd.pro::HXT::Reads in the flag for SC use::atest,Yohkoh HXT
$SSW_HXT/idl/atest/hxtimg_accum.pro::HXT::plots hxt data, prompts for start and end times for data accumulation and background, and returns an array with the accumulated counts, for each interval and channel.::atest,Yohkoh HXT
$SSW_HXT/idl/atest/hxtsbt_mult.pro::HXT::Subtracts the background from the image count rate, and rearranges the order of the data so that the correct count rates are matched to the correct Sub Collimators.::atest,Yohkoh HXT
$SSW_HXT/idl/atest/plot_hxt.pro::HXT::Plots a series of HXT images as contours.::atest
$SSW_HXT/idl/util/ave_cts.pro::HXT::To obtain average count rates (counts/sec/subcollimator) of HXT in the four energy bands.::util
$SSW_HXT/idl/util/fort2hxi.pro::HXT::This routine reads the FORTRAN data file which holds an HXT image and converts it to the HXI format.::util
$SSW_HXT/idl/util/forzones.pro::HXT::Generate arrays showing "forbidden zones" of HXA pixels, i.e. those that are masked by the fiducial grids.::util
$SSW_HXT/idl/util/get_hxt_pos.pro::HXT::To get the HXT flare position address.  The options are 1. To read the $DIR_HXT_CAL/hxt_flare_pos.txt file to see if the time is in that list.::util
$SSW_HXT/idl/util/gt_sum_h.pro::HXT::To extract the word corresponding to the SUM_H.  It is the HXT low channel counts per second.::util
$SSW_HXT/idl/util/gt_sum_l.pro::HXT::To extract the word corresponding to the SUM_L.  It is the HXT low channel counts per second.::util
$SSW_HXT/idl/util/gt_sum_m1.pro::HXT::To extract the word corresponding to the SUM_M1.  It is the HXT low channel counts per second.::util
$SSW_HXT/idl/util/gt_sum_m2.pro::HXT::To extract the word corresponding to the SUM_M2.  It is the HXT low channel counts per second.::util
$SSW_HXT/idl/util/hxt_comp.pro::HXT::Compress data from 12 bits to 8 bits using the HXT algorithm (also used in WBS)::util
$SSW_HXT/idl/util/hxt_decomp.pro::HXT::Restore HXT and WBS data from the 8-bit telemetry format to::util
$SSW_HXT/idl/util/hxt_flare_pos.pro::HXT::To read a text file which contains dates and HXT addresses for flare positions::util
$SSW_HXT/idl/util/hxt_prestore.pro::HXT::Obtain time tags at the midpoint of HXT data accumulation intervals. See p.71 of SOLAR-A Jikken-Keikaku-Syo for a reference.::util
$SSW_HXT/idl/util/reform_hxtcal.pro::HXT::Repack the HXT cal data to be full 64x64 datasets::util
$SSW_SXT/idl/atest/dark_sub.pro::SXT::Subtract the dark current from input FFI or PFI images::atest
$SSW_SXT/idl/atest/dc_orbit_correct.pro::SXT::Compute the multiplicative correction to a dark frame required to correct for the orbital time difference between the dark frame and the data frame.::atest
$SSW_SXT/idl/atest/dummy.pro::SXT::force otherwise empty directory to be included in IDL path -::atest
$SSW_SXT/idl/atest/get_dc_image.pro::SXT::Given an index or roadmap structure, match and extract the closest dark current image for that exposure::atest
$SSW_SXT/idl/atest/get_leak_image.pro::SXT::Given an index or roadmap structure, match and extract the corresponding leak image::atest
$SSW_SXT/idl/atest/leak_sub.pro::SXT::Subtract the Scattered light image from input FFI images.  This is needed for Thin-Al and AlMg images taken after 13-Nov-92.::atest
$SSW_SXT/idl/atest/match_index.pro::SXT::return ss for 'closest' match of index1 in index2 array (fuzzy logic since it was written during ISAS visit)::atest
$SSW_SXT/idl/atest/mk_sfc.pro::SXT::summary info for input text , return sec2sunset  ------------------------------------------------------::atest
$SSW_SXT/idl/atest/mk_sfm.pro::SXT::N.A.::atest
$SSW_SXT/idl/atest/month_sfd_fits.pro::SXT::To read the SFM files, create FITS files, and copy them to CRL computer::atest
$SSW_SXT/idl/atest/plot_sls.pro::SXT::To plot the SXT Scattered Light engineering data::atest
$SSW_SXT/idl/atest/sel_dc_image.pro::SXT::Given an index or roadmap structure, match the closest dark current image for that exposure::atest
$SSW_SXT/idl/atest/sel_leak_image.pro::SXT::Select the proper leak image required for correction::atest
$SSW_SXT/idl/atest/sfc_prep.pro::SXT::To prepare a smoothed SFC image for straylight correction.::atest
$SSW_SXT/idl/atest/sft2sfc.pro::SXT::convert one or more SFT files to SFC files (via sfc_prep)::atest
$SSW_SXT/idl/atest/sxt_cen.pro::SXT::To return the pixel coordinates of the center of the SXT image using either GET_SUNCENTER, HXA_SUNCENTER or S/C commanded values.::atest
$SSW_SXT/idl/atest/sxt_dstreek.pro::SXT::N.A.::atest
$SSW_SXT/idl/atest/sxt_flux.pro::SXT::Specify Te + filter + EM ==> compute DN or photon flux. Specify Te + filter + DN ==> compute EM::atest
$SSW_SXT/idl/atest/sxt_interp.pro::SXT::Linearly interpolate two SXT images in time.::atest
$SSW_SXT/idl/atest/sxt_mornint.pro::SXT::N.A.::atest
$SSW_SXT/idl/atest/sxt_prep.pro::SXT::routine to prepare the SXT data for analysis.  The steps performed are: 1. Flag the saturated pixels::atest
$SSW_SXT/idl/atest/sxt_uvf_info.pro::SXT::return info about UV-Flood::atest
$SSW_SXT/idl/atest/xspr.pro::SXT::overly title on graphics device for stepper/xstepper::atest
$SSW_SXT/idl/to_be_deleted/explevmode.pro::SXT::decode the ExpLevMode byte and return exposure mode and mailbox exposure level.::to_be_deleted
$SSW_SXT/idl/to_be_deleted/getstrdat.pro::SXT::Create a formatted string containning the date: mn/dd/yr from integer format buffer.::to_be_deleted
$SSW_SXT/idl/to_be_deleted/getstrdpmode.pro::SXT::Create a formatted string (length=len) containing the DP_mode information.::to_be_deleted
$SSW_SXT/idl/to_be_deleted/getstrexplev.pro::SXT::Create a formatted string (length=len) containing the periph information.::to_be_deleted
$SSW_SXT/idl/to_be_deleted/getstrfovcen.pro::SXT::Create a formatted string containning the FOV center in arcsec from sun center (pitch and yaw).::to_be_deleted
$SSW_SXT/idl/to_be_deleted/getstrimgpar.pro::SXT::Create a formatted string representation of the information contained within the "imgParam" byte-type field.::to_be_deleted
$SSW_SXT/idl/to_be_deleted/getstrobsreg.pro::SXT::Create a formatted string containning the Observing Region #.::to_be_deleted
$SSW_SXT/idl/to_be_deleted/getstrperiph.pro::SXT::Create a formatted string with the status of aspect, shutter, and filters.::to_be_deleted
$SSW_SXT/idl/to_be_deleted/getstrpfiffi.pro::SXT::Create a formatted string (length=len) containing the pfi_ffi information.::to_be_deleted
$SSW_SXT/idl/to_be_deleted/getstrshpcmd.pro::SXT::Create a formatted string containning the commanded image shape nx columns by ny lines.::to_be_deleted
$SSW_SXT/idl/to_be_deleted/getstrtim.pro::SXT::Create a formatted string containning the time: hr:mn:ss.mss from integer format (milliseconds are::to_be_deleted
$SSW_SXT/idl/to_be_deleted/imgparam.pro::SXT::Decode the ImgParam BYTE field into the four component values exposure cadence, noOfROIs, compression, and image resolution.::to_be_deleted
$SSW_SXT/idl/to_be_deleted/mskexplev.pro::SXT::Breakup multiple item/value byte into a single value by masking out the unwanted items.  Returned vector is teh same size as input vector "idx" and is masked::to_be_deleted
$SSW_SXT/idl/to_be_deleted/mskper.pro::SXT::Breakup multiple item/value byte into a single value by masking out the unwanted items.  Returned vector is the same size as input vector "idx" and is masked::to_be_deleted
$SSW_SXT/idl/to_be_deleted/periph.pro::SXT::decode the periph byte parameter and return aspect door status, shutter mode, filter a and b positions.::to_be_deleted
$SSW_SXT/idl/to_be_deleted/pfi_ffi.pro::SXT::decode the pfi_ffi byte and return type of image (pfi or ffi), BLS status and the count from bits 0-3.::to_be_deleted
$SSW_SXT/idl/to_be_deleted/strsub.pro::SXT::Search for a char and replace all occurrences of that char with the replacement char "replchar".::to_be_deleted
$SSW_SXT/idl/to_be_deleted/xrayss.pro::SXT::return subscripts of X-Ray images::to_be_deleted
$SSW_SXT/idl/register/c_to_s.pro::SXT::Returns sperical coordinates (r,theta,phi) of a position vector or array of position vectors whose cartesian coordinates are specified by V0.::register
$SSW_SXT/idl/register/cc_fft.pro::SXT::Calculate the cross correlation of two arrays using FFT's::register
$SSW_SXT/idl/register/cc_off.pro::SXT::Determine the spatial offset between two images from their cross correlation::register
$SSW_SXT/idl/register/cc_off2.pro::SXT::Determine the spatial offset between two images from their cross correlation::register
$SSW_SXT/idl/register/cube_align.pro::SXT::Register a series of images using cross correlations.::register
$SSW_SXT/idl/register/cube_align2.pro::SXT::Register a series of images using cross correlations.::register
$SSW_SXT/idl/register/find_limb.pro::SXT::Find the solar coordinates from an aspect camera image. Uses the IDL function SOBEL to differentiate, then fits to circle. Return sun center coordinates, solar radius, error estimate,::register
$SSW_SXT/idl/register/gauss_funct2.pro::SXT::EVALUATE THE SUM OF A GAUSSIAN AND A 2ND ORDER POLYNOMIAL AND OPTIONALLY RETURN THE VALUE OF IT'S PARTIAL DERIVATIVES. NORMALLY, THIS FUNCTION IS USED BY CURVEFIT TO FIT THE::register,E2 - CURVE AND SURFACE FITTING.
$SSW_SXT/idl/register/gaussfit2.pro::SXT::Fit y=f(x) where: F(x) = a0*exp(-z^2/2) + a3 + a4*x + a5*x^2 and z=(x-a1)/a2::register,?? - fitting
$SSW_SXT/idl/register/gbo_hel.pro::SXT::Converts Yohkoh pointing information to heliographic coordinates. The Yohkoh coordinates are based on quarter resolution SXT pixel locations.::register
$SSW_SXT/idl/register/get_off.pro::SXT::Coalign a series of images using FFT cross correlation technique.::register
$SSW_SXT/idl/register/get_off2.pro::SXT::Coalign a series of images using FFT cross correlation technique.::register
$SSW_SXT/idl/register/get_sda.pro::SXT::Read image data from an SDA file and return as a data cube::register
$SSW_SXT/idl/register/go_find_lim2.pro::SXT::Run FIND_LIMB on a data cube and report the results.  It also::register,Yohkoh/register
$SSW_SXT/idl/register/go_find_limb.pro::SXT::Run FIND_LIMB on a data cube and report the results.  It also creates an output file "FIND_LIMB.TXT"::register,Yohkoh/register
$SSW_SXT/idl/register/hist_scale.pro::SXT::Find the max value of an array which has an obvious peak, but throw out spurious high values.::register
$SSW_SXT/idl/register/ht_reform.pro::SXT::reformat sxt high time data::register
$SSW_SXT/idl/register/rig_al.pro::SXT::Coalign a series of images using input offsets and POLY_2D::register
$SSW_SXT/idl/register/s_to_c.pro::SXT::Returns Cartesian coordinates (X,Y,Z) of a position vector or array of position vectors whose spherical coordinates are specified by V0.::register
$SSW_SXT/idl/register/sun_b0.pro::SXT::Calculate solar reference angle B0 for date specified by D79::register
$SSW_SXT/idl/register/sun_p.pro::SXT::Calculate solar reference angle P date specified by D79::register
$SSW_SXT/idl/register/sun_r.pro::SXT::Calculate the solar radius in arc seconds measured outside earth's atmosphere for the date specified by D79::register
$SSW_SXT/idl/register/translate2.pro::SXT::N.A.::register
$SSW_SXT/idl/register/turn.pro::SXT::This function makes the appropriate transformation for a solar rotation of rot radians with the solar rotation axis inclined b radians out of the plane-of-the-sky (at the north pole).::register
$SSW_SXT/idl/sensitivity/go_teem_t.pro::SXT::Compute the time-profile for the average Te, EM, and normalized Intensity for an aligned data-cube from "sxt_prep*".  The only modification from go_teem is::sensitivity
$SSW_SXT/idl/sensitivity/off_axis.pro::SXT::Compute the off-axis sensitivity reponse function for the SXT. The function is normalized to 1.0 on-axis and drops off as the edge of the SXT field of view is reached.::sensitivity
$SSW_SXT/idl/sensitivity/scale_teem.pro::SXT::Scale the results from sxt_teem to that they can be displayed::sensitivity
$SSW_SXT/idl/sensitivity/sxt_dn2ph.pro::SXT::Convert SXT DN into photon COUNTS.::sensitivity
$SSW_SXT/idl/sensitivity/sxt_dn_unc.pro::SXT::Estimate the uncertainty intensity of an SXT pixel in DN::sensitivity
$SSW_SXT/idl/sensitivity/sxt_erg_per_dn.pro::SXT::Compute a table of erg/DN for a given SXT filter and wavelength band.::sensitivity
$SSW_SXT/idl/sensitivity/sxt_flux.pro::SXT::Specify Te + filter + EM ==> compute DN or photon flux. Specify Te + filter + DN ==> compute EM::sensitivity
$SSW_SXT/idl/sensitivity/sxt_mwave.pro::SXT::Return the mean photon wavelength for a given SXT filter and assumed plasma temperature.::sensitivity
$SSW_SXT/idl/sensitivity/sxt_teem.pro::SXT::Compute temperature from the ratio of the two input data arrays.::sensitivity
$SSW_SXT/idl/sensitivity/sxt_teem1.pro::SXT::Compute temperature from the ratio of the two input data arrays.::sensitivity
$SSW_SXT/idl/sensitivity/sxt_teem2.pro::SXT::Low level SXT temperature routine (called by sxt_teem1) Temperature from img2/img1 and Em from img1 (img1 should from the thinner of the two filters)::sensitivity
$SSW_SXT/idl/util/align1img.pro::SXT::To align a single image::util
$SSW_SXT/idl/util/align_prep.pro::SXT::This routine takes an index and figures out the location on the CCD for the extraction.  It is used by SXT_PREP::util
$SSW_SXT/idl/util/box_lc.pro::SXT::dump out a time series for an interactively determined box of pixels within a given data cube. Calls STEPPER to present an image to interact with. Does EXP_NORM. Plots the results.::util
$SSW_SXT/idl/util/ccd_map.pro::SXT::N.A.::util
$SSW_SXT/idl/util/ccd_map2.pro::SXT::N.A.::util
$SSW_SXT/idl/util/ccd_map3.pro::SXT::N.A.::util
$SSW_SXT/idl/util/change_res.pro::SXT::To change the resolution of a FFI image.::util
$SSW_SXT/idl/util/chk_pointing.pro::SXT::check SXT OR pointings and generate statistics::util
$SSW_SXT/idl/util/daily_forecast.pro::SXT::To select the daily images to be sent to the forecast stations and send them.::util
$SSW_SXT/idl/util/daily_forecast2.pro::SXT::To select the daily images to be sent to the forecast stations and send them.::util
$SSW_SXT/idl/util/dark_sub.pro::SXT::Subtract the dark current from input FFI or PFI images::util
$SSW_SXT/idl/util/disp_month.pro::SXT::To display a single SFD image per day for a single month::util
$SSW_SXT/idl/util/disp_rot.pro::SXT::To display a single SFD image per day for a single month::util
$SSW_SXT/idl/util/draw_grid.pro::SXT::Draw a Stonyhurst grid (Also can draw Carrington grid).::util
$SSW_SXT/idl/util/exp_norm.pro::SXT::Create time-series images with exposure duration taken into account.  A decompression is performed if the data is byte type.  Output is uncompressed DN/sec.::util,Yohkoh/SXT analysis
$SSW_SXT/idl/util/ext_subimg2.pro::SXT::To extract a sub image out of a full frame image::util
$SSW_SXT/idl/util/ext_subimg3.pro::SXT::To extract a sub image out of an image.  The resolution of the image is not changed.::util
$SSW_SXT/idl/util/flat_floor.pro::SXT::To shift a series of images so that the background level is the same for all images.::util
$SSW_SXT/idl/util/fov2nar.pro::SXT::N.A.::util
$SSW_SXT/idl/util/fovc2corn_cmd.pro::SXT::To extract the word corresponding to the FOV (Field of View) center and convert it back to corner commanded pixel.::util
$SSW_SXT/idl/util/gain_cal_pfi.pro::SXT::N.A.::util
$SSW_SXT/idl/util/gcal_pfi.pro::SXT::N.A.::util
$SSW_SXT/idl/util/get_box_avg.pro::SXT::To get the average for a box subset of an image::util
$SSW_SXT/idl/util/get_dc_image.pro::SXT::Given an index or roadmap structure, match and extract the closest dark current image for that exposure::util
$SSW_SXT/idl/util/get_dc_rate.pro::SXT::For a given time(s) return the dark current rate in full res DN/sec::util
$SSW_SXT/idl/util/get_dc_warm.pro::SXT::Given an index structure, match and extract the closest dark current image for that exposure (look at DPE, resolution, and temperature)::util
$SSW_SXT/idl/util/get_expdur.pro::SXT::Calculate the actual exposure duration of an image. The returned value is in millisec.::util
$SSW_SXT/idl/util/get_explat.pro::SXT::Calculate the actual exposure latency of an image. The returned value is in millisec.::util
$SSW_SXT/idl/util/get_info2.pro::SXT::Decode time and exposure information and return in a string array.::util
$SSW_SXT/idl/util/get_leak_image.pro::SXT::Given an index or roadmap structure, match and extract the corresponding leak image::util
$SSW_SXT/idl/util/get_pix_coor.pro::SXT::To convert between various pixel coordinates and resolutions::util
$SSW_SXT/idl/util/get_res_offset.pro::SXT::Given an image resolution, return the value of the digital offset for that resolution.::util
$SSW_SXT/idl/util/get_sdl_info.pro::SXT::To take the data structure from the SDL data files and return the average and standard deviation for each image::util
$SSW_SXT/idl/util/get_sdm_val.pro::SXT::To determine if the image is in the SDM accepted list, and to return the value number in the list if present.::util
$SSW_SXT/idl/util/get_seq_tab.pro::SXT::Given a time, return the sequence table serial number that was used at that time.  Also return the filename of the table dump.::util
$SSW_SXT/idl/util/get_sfc_info.pro::SXT::return summary info array for sft / sfc files (any sxt with .his)::util
$SSW_SXT/idl/util/get_sfm.pro::SXT::return sfm images and index records closest to requested time(s)::util
$SSW_SXT/idl/util/go_month_sfd_fits.pro::SXT::N.A.::util
$SSW_SXT/idl/util/gt2exe.pro::SXT::convert gt function shorthand to valid calls (for use w/execute)::util
$SSW_SXT/idl/util/gt_adoor.pro::SXT::To extract the bits corresponding to aspect door position and optionally return a string mnemonic.::util
$SSW_SXT/idl/util/gt_center.pro::SXT::Return the center of an SXT Field of View (Observing region, not PFI strip) in either (1) Absolute IDL FR IDL pixel coordinates (DEFAULT)::util
$SSW_SXT/idl/util/gt_comp.pro::SXT::To extract the bits corresponding to image compression and optionally return the string nemonic for that compression::util
$SSW_SXT/idl/util/gt_corner.pro::SXT::Return the coordinate of the center of the lower left output pixel in full resolution equivalent (FRE) units.  Optionally return in binned pixels relative to sun center.::util
$SSW_SXT/idl/util/gt_corner_cmd.pro::SXT::To extract the word corresponding to corner commanded and optionally return a string variable for that item.::util
$SSW_SXT/idl/util/gt_dpe.pro::SXT::To extract the bits corresponding to MBE (Mailbox Exposure Level) and filter-A to calculate the DPE.  Optionally return a string mnemonic::util
$SSW_SXT/idl/util/gt_entry.pro::SXT::To extract the word corresponding to the SXT entry table and optionally return a string variable for that item.::util
$SSW_SXT/idl/util/gt_expdur.pro::SXT::Calculate the actual exposure duration of an image. The returned value is in millisec.::util
$SSW_SXT/idl/util/gt_explat.pro::SXT::Calculate the actual exposure latency of an image. The returned value is in millisec.::util
$SSW_SXT/idl/util/gt_expmode.pro::SXT::To extract the bits corresponding to exposure mode and optionally return a string mnemonic.::util
$SSW_SXT/idl/util/gt_filta.pro::SXT::To extract the bits corresponding to Filter-A and optionally return a string mnemonic.::util
$SSW_SXT/idl/util/gt_filtb.pro::SXT::To extract the bits corresponding to Filter-B and optionally return the string nemonic for that filter::util
$SSW_SXT/idl/util/gt_fov_center.pro::SXT::To extract the word corresponding to the FOV (Field of View) center::util
$SSW_SXT/idl/util/gt_mbe.pro::SXT::To extract the bits corresponding to MBE (Mailbox Exposure Level) and::util
$SSW_SXT/idl/util/gt_obsregion.pro::SXT::To extract the word corresponding to the observing region and optionally return a string variable for that item.::util
$SSW_SXT/idl/util/gt_or_expnum.pro::SXT::To extract the word corresponding to the observing region (OR) exposure number and optionally return a string variable for that item.::util
$SSW_SXT/idl/util/gt_percentd.pro::SXT::To extract and scale the word which tells how much of the image was received::util
$SSW_SXT/idl/util/gt_percentover.pro::SXT::To extract and scale the word which tells how many of the pixels were over the saturation threshold.::util
$SSW_SXT/idl/util/gt_pfi_ffi.pro::SXT::To extract the word corresponding to the observing region and optionally return a string variable for that item.::util
$SSW_SXT/idl/util/gt_pix_size.pro::SXT::To return the SXT pixel size in arcseconds::util
$SSW_SXT/idl/util/gt_res.pro::SXT::To extract the bits corresponding to image resolution and optionally return the string nemonic for that resolution::util
$SSW_SXT/idl/util/gt_seq_num.pro::SXT::To extract the bits corresponding to DP Mode and optionally return a string mnemonic.::util
$SSW_SXT/idl/util/gt_seq_tab.pro::SXT::To extract the bits corresponding to DP Mode and optionally return a string mnemonic.::util
$SSW_SXT/idl/util/gt_shape.pro::SXT::To extract the word which stores the shape of the image (NX, NY) from the index or roadmap::util
$SSW_SXT/idl/util/gt_shape_cmd.pro::SXT::To extract the word corresponding to shape commanded and optionally return a string variable for that item.::util
$SSW_SXT/idl/util/gt_ssl_explab.pro::SXT::Return the label for the SSL data structure fields "num_expos" and "dur_expos"::util
$SSW_SXT/idl/util/gt_sxt_axis.pro::SXT::This function returns a one or two dimensional array that contains the axis (or axes) of the maximum effective area of SXT.::util
$SSW_SXT/idl/util/gt_sxt_cen.pro::SXT::To extract the Sun Center pixel coordinate from the INDEX.HIS.SUN_CENTER field if it exists, otherwise call SXT_CEN.::util
$SSW_SXT/idl/util/gt_sxt_roll.pro::SXT::To return the roll angle of the SXT image relative to solar north in degrees counter clockwise.  Optionally return the original S/C roll value, or the amount the image was rotated.::util
$SSW_SXT/idl/util/gt_temp_ccd.pro::SXT::To convert the SXT CCD temperature to degrees C.::util
$SSW_SXT/idl/util/gt_temp_hk.pro::SXT::To extract and convert the SXT PRT temperatures to degrees C.::util
$SSW_SXT/idl/util/gtab_comm.pro::SXT::Extract the sequence table information for the common table.::util
$SSW_SXT/idl/util/gtab_entry.pro::SXT::Extract the sequence table information for the entry table.::util
$SSW_SXT/idl/util/gtab_exp.pro::SXT::Extract the sequence table information for the default exposure table.::util
$SSW_SXT/idl/util/gtab_ffi.pro::SXT::Extract the sequence table information for an SXT table.::util
$SSW_SXT/idl/util/gtab_file.pro::SXT::Determine what file is needed and read the SXT seqeuence table.  It also returns the entry table that is used.::util
$SSW_SXT/idl/util/gtab_pf_str.pro::SXT::Convert the SXT PFI/FFI sequence table to string mnmonics::util
$SSW_SXT/idl/util/gtab_pfi.pro::SXT::Extract the sequence table information for an SXT table.::util
$SSW_SXT/idl/util/gtab_roi.pro::SXT::Extract the sequence table information for the ROI table.::util
$SSW_SXT/idl/util/gtab_summary.pro::SXT::To list the headers of the SXT sequence tables::util
$SSW_SXT/idl/util/gtab_whole.pro::SXT::Extract an entire SXT sequence table.::util
$SSW_SXT/idl/util/help_offsets.pro::SXT::To display the SXT xray/NB/WB offsets::util
$SSW_SXT/idl/util/help_roll.pro::SXT::To display the SXT roll convention::util
$SSW_SXT/idl/util/help_vignette.pro::SXT::To display the SXT Vignette function::util
$SSW_SXT/idl/util/his_exist.pro::SXT::Simple function to see if the history structure (.HIS) exists in the index::util
$SSW_SXT/idl/util/his_index.pro::SXT::To update a tag in the index history record::util
$SSW_SXT/idl/util/his_suncen.pro::SXT::update history records of input files to include sun_center (from sxt_cen)::util
$SSW_SXT/idl/util/idx2list_def.pro::SXT::provide default filter for idx2list calls::util
$SSW_SXT/idl/util/image_filterer.pro::SXT::Return the input image filtered with either median filter (default) or average filter.::util
$SSW_SXT/idl/util/intarr2long.pro::SXT::convert 2xn integer array -> long word array for easier checks of unique pairs - (uniq x/y combos) -::util
$SSW_SXT/idl/util/interp_or.pro::SXT::To intepolate the gaps caused by observing region strips::util
$SSW_SXT/idl/util/lastsfd.pro::SXT::read and display most recent sfd or sfr image(s)::util
$SSW_SXT/idl/util/lastsfdmovie.pro::SXT::N.A.::util
$SSW_SXT/idl/util/leak_sub.pro::SXT::Subtract the Scattered light image from input FFI images.  This is needed for Thin-Al and AlMg images taken after 13-Nov-92.::util
$SSW_SXT/idl/util/match_index.pro::SXT::return ss for 'closest' match of index1 in index2 array (fuzzy logic since it was written during ISAS visit)::util
$SSW_SXT/idl/util/mbe2sec.pro::SXT::Convert the mailbox exposure level, mbe, to time in sec.::util
$SSW_SXT/idl/util/mk_mask.pro::SXT::N.A.::util
$SSW_SXT/idl/util/mk_sfc.pro::SXT::summary info for input text , return sec2sunset  ------------------------------------------------------::util
$SSW_SXT/idl/util/mk_spd.pro::SXT::make a processed version of an spr file (spd)::util
$SSW_SXT/idl/util/mk_sxt_synmap.pro::SXT::N.A.::util
$SSW_SXT/idl/util/mod_res.pro::SXT::Rebin SXT partial or full frame images, and keep track of the corner pixel and resolution in the history records. The signal is adjusted accordingly to conserve the total::util
$SSW_SXT/idl/util/month_sfd_fits.pro::SXT::To read the SFM files, create FITS files, and copy them to CRL computer::util
$SSW_SXT/idl/util/ofr2fre.pro::SXT::To convert the OFR (Old Full Resolution) pixel results to the new FRE (Full Resolution Equivalent) pixel coordinates::util
$SSW_SXT/idl/util/orcent.pro::SXT::return fov center in macro pixels for observing region::util
$SSW_SXT/idl/util/pfi_loc.pro::SXT::To overlay the PFI location on an image of the sun, or to display a line plot of the sun and show the PFI location.::util
$SSW_SXT/idl/util/plot_fov.pro::SXT::To plot the locations of the PFI fields of views (FOV). The routine accepts either ROADMAP or INDEX.SXT::util
$SSW_SXT/idl/util/plot_sld.pro::SXT::To plot the SXT dark current signal after the Nov-92 entrance filter failure.::util
$SSW_SXT/idl/util/plot_sls.pro::SXT::To plot the SXT Scattered Light engineering data::util
$SSW_SXT/idl/util/plot_sxl.pro::SXT::Plot SXL data (x-ray summary log of intensity of each SFD image)::util
$SSW_SXT/idl/util/plot_sxt_vig.pro::SXT::Make the plots for SXT Cal Note 37 (Vignette function)::util,E2 - SURFACE FITTING.
$SSW_SXT/idl/util/pr_his_index.pro::SXT::To print out the information from the SXT history index::util
$SSW_SXT/idl/util/pr_image.pro::SXT::To print the average DN level of a box to be marked by the user.  It can also display the raw values.::util
$SSW_SXT/idl/util/pr_sfc.pro::SXT::list sfc file information  -::util
$SSW_SXT/idl/util/pr_sxt_term.pro::SXT::To summarize times of data from the SXT terminator database (sft)::util
$SSW_SXT/idl/util/pr_sxtobs.pro::SXT::Read the SXT observing log and list the images taken::util
$SSW_SXT/idl/util/reget_dc_image.pro::SXT::To read the history portion of an index and to re-read the dark images used::util
$SSW_SXT/idl/util/rest_low8_cube.pro::SXT::To restore a cube of low8 data.  The input data must consist of low-8 AND compressed data.  The output will have the same number of images as the input (ie: some::util
$SSW_SXT/idl/util/restore_ffi.pro::SXT::Restore a low-8 image by reference to a compressed image::util
$SSW_SXT/idl/util/restore_low8.pro::SXT::Restore a low-8 image by using a similar compressed image to::util
$SSW_SXT/idl/util/sel_dc_image.pro::SXT::Given an index or roadmap structure, match the closest dark current image for that exposure::util
$SSW_SXT/idl/util/sel_leak_image.pro::SXT::Select the proper leak image required for correction::util
$SSW_SXT/idl/util/sel_sfd_per_day.pro::SXT::N.A.::util
$SSW_SXT/idl/util/seq_summary.pro::SXT::To return a summary of the different images available in the images grabbed::util
$SSW_SXT/idl/util/set_new_db.pro::SXT::To redirect to a new dark or leak image data base::util
$SSW_SXT/idl/util/sfc_prep.pro::SXT::To prepare a smoothed SFC image for straylight correction.::util
$SSW_SXT/idl/util/sfd_comp.pro::SXT::Compress data using the "SFD" compression algorithm::util
$SSW_SXT/idl/util/sfd_decomp.pro::SXT::Decompress sfd data.::util
$SSW_SXT/idl/util/sft_files.pro::SXT::Return a list of sft (SXT terminator) file names::util
$SSW_SXT/idl/util/show_obs.pro::SXT::show image start times by sequence#::util
$SSW_SXT/idl/util/show_obs2.pro::SXT::To plot when images are taken for each of the particular observing regions.  Also mark where the sequence table or entry table changed.  An option exists to select images with::util
$SSW_SXT/idl/util/show_obs3.pro::SXT::To plot when images are taken for each of the particular observing regions.  Also mark where the sequence table or entry table changed.  An option exists to select images with::util
$SSW_SXT/idl/util/show_obs4.pro::SXT::To plot when images are taken for each of the particular observing regions.  Also mark where the sequence table or entry table changed.  An option exists to select images with::util
$SSW_SXT/idl/util/sswhere.pro::SXT::To produce an SS string for use with YODATroutine. Given a roadmap or index of many frames you can select a narrower subset.::util
$SSW_SXT/idl/util/sswhere_event.pro::SXT::N.A.::util
$SSW_SXT/idl/util/stepper.pro::SXT::Step through individual images a single frame at a time.::util
$SSW_SXT/idl/util/sxt2file.pro::SXT::Convert an SXT image file to a standard format (fits/jpeg/gif/tiff)::util
$SSW_SXT/idl/util/sxt2mpeg.pro::SXT::convert an SXT SDA file to mpeg movie::util
$SSW_SXT/idl/util/sxt_cen.pro::SXT::To return the pixel coordinates of the center of the SXT image using either GET_SUNCENTER, HXA_SUNCENTER or S/C commanded values.::util
$SSW_SXT/idl/util/sxt_comp.pro::SXT::Re-compress an image from 12 bits to 8 bits::util
$SSW_SXT/idl/util/sxt_composite.pro::SXT::Prepare a composite SXT image from 2 or 3 Half or Quarter Res images.::util
$SSW_SXT/idl/util/sxt_decomp.pro::SXT::Decompress an SXT image::util
$SSW_SXT/idl/util/sxt_grid.pro::SXT::Overlay a Stonyhurst (heliographic) coordinate grid on an SXT full frame or partial frame image.::util,Image display.
$SSW_SXT/idl/util/sxt_img_summary.pro::SXT::return text summary of sxt image -::util
$SSW_SXT/idl/util/sxt_interp.pro::SXT::Linearly interpolate two SXT images in time.::util
$SSW_SXT/idl/util/sxt_lcur.pro::SXT::To return a vector giving DN/sec/FR pixel::util
$SSW_SXT/idl/util/sxt_mk3.pro::SXT::embed an SXT image in an MLSO MarkIII coronograph image::util
$SSW_SXT/idl/util/sxt_obs_coord.pro::SXT::To print out the OR table coordinate for a region clicked on a HR FFI image::util
$SSW_SXT/idl/util/sxt_off_axis.pro::SXT::Correct an SXT image for the X-ray vignette function. Corrected_image = image / Vignette_function::util
$SSW_SXT/idl/util/sxt_plan.pro::SXT::show or return info about SXT table load plan.::util
$SSW_SXT/idl/util/sxt_postprep_cen.pro::SXT::To return the IDL CCD coordinates of the center of the sun after realignment with SXT_PREP.  Needed because SXT_CEN only returns the original unshifted sun center coordinates.::util
$SSW_SXT/idl/util/sxt_prep.pro::SXT::routine to prepare the SXT data for analysis.  The steps performed are: 1. Flag the saturated pixels::util
$SSW_SXT/idl/util/sxt_prep0.pro::SXT::Prepare SXT images for further processing: decompression, background subtraction, saturated pix (+1 above/ below), temporal interpolation, rebin, exposure normalization.::util
$SSW_SXT/idl/util/sxt_prep2.pro::SXT::routine to prepare the SXT data for analysis.  The steps performed are: 1. Flag the saturated pixels::util
$SSW_SXT/idl/util/sxt_satpix.pro::SXT::Locate and flag saturated pixels in SXT images. Includes +1 and -1 pixels in the vertical direction (for blooming).::util
$SSW_SXT/idl/util/sxt_satscreen.pro::SXT::To identify images for which the only saturation is dark spike saturation, i.e., no solar x-ray saturation.  This allows these images to be processed into movie images without compositing.::util
$SSW_SXT/idl/util/sxt_sumtime.pro::SXT::Sum SXT X-ray images by in time. Preserve decompression uncertainty and saturated pixel information.::util
$SSW_SXT/idl/util/sxt_sumxy.pro::SXT::Sum SXT X-ray images by sumX by sumY pixels. Preserve decompression uncertainty and saturated pixel information.::util
$SSW_SXT/idl/util/sxt_uniqfov.pro::SXT::return indices of uniq SXT 'pointings'::util
$SSW_SXT/idl/util/sxt_vignette.pro::SXT::Return the SXT X-ray vignette function determined from WSMR1 data.::util
$SSW_SXT/idl/util/sxt_where.pro::SXT::filter sxt index/roadmaps - return indices of matches::util
$SSW_SXT/idl/util/sxtpnt_sum.pro::SXT::To generate a summary listing of the SXT images taken for a time span sorting by different PFI pointings::util
$SSW_SXT/idl/util/tic.pro::SXT::overplot bar scale on images::util
$SSW_SXT/idl/util/tprofiles.pro::SXT::Interactively draw time profiles along third dimension of a data cube.::util
$SSW_SXT/idl/util/update_dpe.pro::SXT::Update the DPE value and exposure duration in the index. It should really only be used with GET_DC_IMAGE with the /INTERPOLATE option.::util
$SSW_SXT/idl/util/uvf_interval.pro::SXT::return UV Flood interval::util
$SSW_SXT/idl/util/xmovie_sfm.pro::SXT::Displays movie of SFM data on X-windows workstation with Widget control::util
$SSW_SXT/idl/util/xsearch_obs.pro::SXT::widget front end to observing log search (search_obs.pro)::util
$SSW_SXT/idl/util/xso_butevents.pro::SXT::handle events for 'gt functions'::util
$SSW_SXT/idl/util/xso_search.pro::SXT::setup searches for xsearch_obs.pro::util
$SSW_SXT/idl/util/xspr.pro::SXT::read index/data from sda for FOVn (ss vector is uvlue)::util
$SSW_WBS/idl/atest/dummy.pro::WBS::force otherwise empty directory to be included in IDL path -::atest
$SSW_WBS/idl/util/gt_grs1.pro::WBS::To extract the word corresponding to the GRS1 counts.  The units are cnts/sec::util
$SSW_WBS/idl/util/gt_grs2.pro::WBS::To extract the word corresponding to the GRS2 counts.  The units are cnts/sec::util
$SSW_WBS/idl/util/gt_hxs.pro::WBS::To extract the word corresponding to the HXS counts.  The units are cnts/sec::util
$SSW_WBS/idl/util/gt_rbmsc.pro::WBS::To extract the word corresponding to the RBMSC counts.  The units are cnts/sec::util
$SSW_WBS/idl/util/gt_rbmsd.pro::WBS::To extract the word corresponding to the RBMSD counts.  The units are cnts/sec::util
$SSW_WBS/idl/util/gt_sxs1.pro::WBS::To extract the word corresponding to the SXS1 counts.  The units are cnts/sec::util
$SSW_WBS/idl/util/gt_sxs2.pro::WBS::To extract the word corresponding to the SXS2 counts.  The units are cnts/sec::util
$SSW_UVSP/idl/guvsp.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvsp.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvsp_cat.pro::UVSP::Sets up initial conditions for the catalog search program, an directs::idl,UVSP Catalog
$SSW_UVSP/idl/uvsp_cat_ptime.pro::UVSP::Convert user's time input into experiment number ranges::idl,UVSP Catalog
$SSW_UVSP/idl/uvsp_catdisplay.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvsp_catdmo.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvsp_cathelp.pro::UVSP::Display HELP message for the requested topic.::idl,UVSP catalog
$SSW_UVSP/idl/uvsp_catparam.pro::UVSP::Assign the user's choice of parameter inputs to the structure, "STR".::idl,UVSP Catalog
$SSW_UVSP/idl/uvsp_catparse.pro::UVSP::Take a string, that is users input list of parameters, and manipulate it until it is pretty.::idl,UVSP Catalog
$SSW_UVSP/idl/uvsp_catprint.pro::UVSP::Output the catalog entries.::idl,UVSP Catalog
$SSW_UVSP/idl/uvsp_catradtht.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvsp_catread.pro::UVSP::SE:::idl
$SSW_UVSP/idl/uvsp_catreset.pro::UVSP::Define a structure containing the default search parameters. Define a structure to contain the string of where expressions.::idl,UVSP Catalog
$SSW_UVSP/idl/uvsp_catscreen.pro::UVSP::Process the command line inputs from the screen version of the::idl,UVSP Catalog
$SSW_UVSP/idl/uvsp_cattime.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvsp_catwcal.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvsp_catwidget.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvsp_catwidhelp.pro::UVSP::Handle events for UVSP_CATWIDHELP::idl,UVSP Catalog
$SSW_UVSP/idl/uvspanimate.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvsparc.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvsparea.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspaver.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspclip.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspcolor.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspcondur.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspcursor.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspdefaults.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspdevck.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspform.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvsphard.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvsphelio.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvsphelp.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspimage.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspinquiz.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvsplistexp.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspm_m.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspmagni.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspmovie.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspmovies_2.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspplot.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvsppoint.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspprint.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspprocess.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvsprd.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvsprd_linkimage.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvsprd_linkimage_pro.pro::UVSP::Sets up the LINKIMAGE interface for UVSPRD::idl,SMM, UVSP
$SSW_UVSP/idl/uvspread.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvsprec4.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvsprechd.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspreclaim.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvsprollit.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspsave.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspsavres.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspseper.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspset.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspslice.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspstruc.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspt_sec.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvsptime.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspwcal.pro::UVSP::N.A.::idl
$SSW_UVSP/idl/uvspwin.pro::UVSP::N.A.::idl
$SSW_TRACE/idl/info/get_pointing.pro::TRACE::Retrieves a set of pointer times and solar coordinates from the TRACE housekeeping data for a given time period.::info
$SSW_TRACE/idl/info/gtt_ccd_cen.pro::TRACE::To compute solar coordinates of the CCD center for a trace image index::info
$SSW_TRACE/idl/info/gtt_info.pro::TRACE::To extract information from the TRACE index information. The source is either: 1) a structure with item as an explict tag::info
$SSW_TRACE/idl/info/gtt_mnem.pro::TRACE::TRACE routine to extract mnemonic information from data::info
$SSW_TRACE/idl/info/gtt_orbit.pro::TRACE::To read the FDSS files and output an array of answers corresponding to the array of input times based on code::info
$SSW_TRACE/idl/info/gtt_pnt.pro::TRACE::N.A.::info
$SSW_TRACE/idl/info/gtt_sciplan.pro::TRACE::N.A.::info
$SSW_TRACE/idl/info/gtt_shutter_exp.pro::TRACE::Compute and return shutter exposure time from index of an image.::info
$SSW_TRACE/idl/info/gtt_wave_tru.pro::TRACE::Compute and return wave length name from index of an image.::info
$SSW_TRACE/idl/info/plot_collage.pro::TRACE::Plots one image on TRACE Sequence Summary collage at the lower left hand side of the page (SXT, EIT and MDI images).::info
$SSW_TRACE/idl/info/plot_fov.pro::TRACE::Plot TRACE images indicating pointing and Field of View (Large image).::info
$SSW_TRACE/idl/info/plot_fov_img.pro::TRACE::Plot TRACE images indicating pointing and Field of View (Small image).::info
$SSW_TRACE/idl/info/plot_fov_img_mosaic.pro::TRACE::Plot TRACE images indicating pointing and Field of View (Small image).::info
$SSW_TRACE/idl/info/plot_pointing.pro::TRACE::Sets Field of View constant 12 (to be changed later). Plot TRACE images indicating pointing and Field of View.::info
$SSW_TRACE/idl/info/rd_egse_hk_txt.pro::TRACE::Read the EGSE database definition files (ASCII) into structures::info
$SSW_TRACE/idl/info/read_analist.pro::TRACE::Reads a list of files and frame indices created by the ANA Browser::info
$SSW_TRACE/idl/info/read_trace.pro::TRACE::Read TRACE data image files, headers or headers & data::info
$SSW_TRACE/idl/info/tr_head_info.pro::TRACE::To display the information in the TRACE index header::info
$SSW_TRACE/idl/info/tr_lut_conv.pro::TRACE::TRACE routine to allow lookup table (lut) conversions of::info
$SSW_TRACE/idl/info/tr_seq_sum_img.pro::TRACE::Plots one page of TRACE Sequence Summary collage of images.::info
$SSW_TRACE/idl/info/tr_seq_sum_img_mosaic.pro::TRACE::Plots one page of TRACE Sequence Summary collage of images.::info
$SSW_TRACE/idl/info/tr_tab_head.pro::TRACE::To make a tabular listing of TRACE header information::info
$SSW_TRACE/idl/info/tr_wrt_fits_i11.pro::TRACE::Write a single image to a FITS file per hour for TRACE::info
$SSW_TRACE/idl/info/trace_bin_struct.pro::TRACE::generate binary 'index' array including required tags and input::info
$SSW_TRACE/idl/info/trace_cat.pro::TRACE::read TRACE catalog (via setup/call to 'read_genxcat')::info
$SSW_TRACE/idl/info/trace_cat2data.pro::TRACE::use catalog entries to get the data (or filelist/dset)::info
$SSW_TRACE/idl/info/trace_decode_idl.pro::TRACE::decompress a 'TRACE' jpeg stream (call RShine C routine)::info
$SSW_TRACE/idl/info/trace_dph2struct.pro::TRACE::extract/convert info from trace dpheader -> IDL structure::info
$SSW_TRACE/idl/info/trace_file2path.pro::TRACE::derive full pathname to trace file::info
$SSW_TRACE/idl/info/trace_files.pro::TRACE::return trace reformatted file names between t0 and t1::info
$SSW_TRACE/idl/info/trace_jpeg_dbase.pro::TRACE::Return TRACE jpeg dbase info required by Shine executable::info
$SSW_TRACE/idl/info/trace_jpeg_decomp.pro::TRACE::decompress a 'TRACE' jpeg stream (call RShine C routine)::info
$SSW_TRACE/idl/info/trace_list_index.pro::TRACE::produces listing of TRACE index structure::info
$SSW_TRACE/idl/info/trace_struct2filename.pro::TRACE::derive filenames from trace structures::info
$SSW_TRACE/idl/info/trace_wavename2num.pro::TRACE::map from string name ('171', '195' etc) -> index/catalog.wave_num::info
$SSW_TRACE/idl/info/trace_write_genxcat.pro::TRACE::write trace 'catlog' files in genx format (via write_genxcat)::info
$SSW_TRACE/idl/info/write_trace.pro::TRACE::write trace index/data to specified type of FITS or WWW file::info
$SSW_TRACE/idl/info/write_trace_bin.pro::TRACE::write a TRACE binary extension file (driver for tr_wrt_fits_i1)::info
$SSW_TRACE/idl/ops/check_ql_after_lz.pro::TRACE::To check to see if an LZ file exists when an QL file comes in. If there is an LZ file, is there new data in the QL file.::ops
$SSW_TRACE/idl/ops/do_tr_inventory.pro::TRACE::To generate inventory lists of all image files and to find the earliest and latest image file times from the requested DPS or test files::ops
$SSW_TRACE/idl/ops/do_tr_reformat.pro::TRACE::To determine from inventory lists (spanning -30 days from the start time and +24 hours from the end time) the integer hours into which to collect and reformat the raw image files for each data type, and then to call the reformatter for each hourly group::ops
$SSW_TRACE/idl/ops/dps_fname2time.pro::TRACE::To convert/parse the DPS file name to generate the date/time and output file name::ops
$SSW_TRACE/idl/ops/dps_proc_lev0_hk.pro::TRACE::N.A.::ops
$SSW_TRACE/idl/ops/dps_proc_mem_dump.pro::TRACE::Processing of the TRACE DPS quicklook and level::ops
$SSW_TRACE/idl/ops/go_dps_proc_hk.pro::TRACE::N.A.::ops
$SSW_TRACE/idl/ops/go_move_fdss.pro::TRACE::To ingest the FDSS files into the TRACE system::ops
$SSW_TRACE/idl/ops/go_proc_dps.pro::TRACE::To process the DPS incoming data::ops
$SSW_TRACE/idl/ops/go_tr_mon_health1.pro::TRACE::N.A.::ops
$SSW_TRACE/idl/ops/high_mag_lat.pro::TRACE::To compute magnetic latitude of the orbit and plot the times of high latitude and passage through the ovals::ops
$SSW_TRACE/idl/ops/id2nam.pro::TRACE::Translate sequence/frame/target IDs to the name::ops
$SSW_TRACE/idl/ops/pr_fdss_durevt.pro::TRACE::N.A.::ops
$SSW_TRACE/idl/ops/pr_fdss_grndtrk.pro::TRACE::Generate report of grndtrk structure created by rd_fdss_grndtrk_fil.pro::ops
$SSW_TRACE/idl/ops/pr_fdss_orbevt.pro::TRACE::Generate report of orbevt structure created by rd_fdss_orbevt_fil.pro::ops
$SSW_TRACE/idl/ops/pr_fdss_viewpd.pro::TRACE::Generate report of viewpd structure created by rd_fdss_viewpd_fil.pro::ops
$SSW_TRACE/idl/ops/pr_maxmin_hk.pro::TRACE::To log times and count frames when a given mnemonic value is above or below a given threshold or is equal to a given value.::ops
$SSW_TRACE/idl/ops/pr_uniq_hk.pro::TRACE::To log times and count frames and transitions that a given mnemonic or a pair of mnemonics ch::ops
$SSW_TRACE/idl/ops/pzt1.pro::TRACE::N.A.::ops
$SSW_TRACE/idl/ops/pzt2solar.pro::TRACE::N.A.::ops
$SSW_TRACE/idl/ops/rd_fdss.pro::TRACE::To read the FDSS files and put the data into structures::ops
$SSW_TRACE/idl/ops/rd_fdss_durevt_fil.pro::TRACE::Read DUREVT ASCII file and return durevt structure.::ops
$SSW_TRACE/idl/ops/rd_fdss_grndtrk_fil.pro::TRACE::Read GRNDTRK ASCII file and return grndtrk structure.::ops
$SSW_TRACE/idl/ops/rd_fdss_orbevt_fil.pro::TRACE::Read ORBEVT ASCII file and return orbevt structure.::ops
$SSW_TRACE/idl/ops/rd_fdss_viewpd_fil.pro::TRACE::Read VIEWPD ASCII file and return viewpd structure.::ops
$SSW_TRACE/idl/ops/rd_hk.pro::TRACE::To directly read from the .mdihk files::ops
$SSW_TRACE/idl/ops/rd_raw_station_plan.pro::TRACE::Read the TRACE station pass plan files::ops
$SSW_TRACE/idl/ops/rd_station_plan.pro::TRACE::Read the TRACE station pass plan files::ops
$SSW_TRACE/idl/ops/rd_tr_seq_head.pro::TRACE::Read & parse the header of the TRACE sequence source code and::ops
$SSW_TRACE/idl/ops/rewrt_fdss.pro::TRACE::N.A.::ops
$SSW_TRACE/idl/ops/seq_run_sum.pro::TRACE::To look through the Sequence ID and log all times when a sequence was running::ops
$SSW_TRACE/idl/ops/timeline.pro::TRACE::N.A.::ops
$SSW_TRACE/idl/ops/timeline2html.pro::TRACE::N.A.::ops
$SSW_TRACE/idl/ops/tr_build_img.pro::TRACE::To build a TRACE image from raw telemetry file::ops
$SSW_TRACE/idl/ops/tr_hsm_fix.pro::TRACE::Fix for the HSM system which does not allow proper reads on files which are not online::ops
$SSW_TRACE/idl/ops/tr_inventory_telem.pro::TRACE::To inventory a raw telemetry file, packet by packet, and produce a list of images contained therein::ops
$SSW_TRACE/idl/ops/tr_mech_summary.pro::TRACE::To log times and count frames and transitions that a given mnemonic changes state on a monthly basis or for mission prelaunch.::ops
$SSW_TRACE/idl/ops/tr_mech_summary_img.pro::TRACE::To log times and count frames and transitions that a given mnemonic changes state on a monthly basis using image headers::ops
$SSW_TRACE/idl/ops/tr_mon_health.pro::TRACE::TRACE Health monitor driver::ops
$SSW_TRACE/idl/ops/tr_orbit_plot.pro::TRACE::Plots TRACE Groundtrack latitude, longitude, altitude and flags.::ops
$SSW_TRACE/idl/ops/tr_plot_hlz.pro::TRACE::To compute magnetic latitude of the orbit and plot the times of SAA, high latitude and passage through the auroral ovals for a day's day's worth of timelineing (date 12:00 --> date+1 12:00)::ops
$SSW_TRACE/idl/ops/tr_rd_index.pro::TRACE::To read the TRACE Raw Image (tri) index (binary tables)::ops
$SSW_TRACE/idl/ops/tr_rd_inventory.pro::TRACE::Read the TRACE raw telemetry image inventory file(s)::ops
$SSW_TRACE/idl/ops/tr_reformat.pro::TRACE::For reformatting, from all files in the inventory directory that are within -24 hours/+24 hours of the start/end times, find all data products within the one hour time span, and time sort them, using the sai as the secondary sorting::ops
$SSW_TRACE/idl/ops/tr_run_sw_sim.pro::TRACE::N.A.::ops
$SSW_TRACE/idl/ops/tr_search_sync.pro::TRACE::To find a sync pattern in the first packet::ops
$SSW_TRACE/idl/ops/trace_aec.pro::TRACE::This program mimics the execution of the TRACE automatic exposure control (AEC). The online document http://icarus.physics.montana.edu/TRACE/AEC/aec_plan.html::ops
$SSW_TRACE/idl/ops/trace_aecsim.pro::TRACE::This program simulates response of the TRACE automatic exposure control (AEC) to a static image. The online document http://icarus.physics.montana.edu/TRACE/AEC/aec_plan.html::ops
$SSW_TRACE/idl/ops/v_aec.pro::TRACE::Verify Automatic Exposure Control operation::ops
$SSW_TRACE/idl/ops/v_cmmodes.pro::TRACE::Verify Camera Modes::ops
$SSW_TRACE/idl/ops/v_mosaic.pro::TRACE::Verify Mosaic::ops
$SSW_TRACE/idl/ops/v_safety_flag.pro::TRACE::Verify Safety Flag operation::ops
$SSW_TRACE/idl/ops/v_super_flare.pro::TRACE::Verify Super Flare detection::ops
$SSW_TRACE/idl/ops/v_tim_ave.pro::TRACE::Verify Time Averages::ops
$SSW_TRACE/idl/ops/v_tran_det.pro::TRACE::Verify Transient detection::ops
$SSW_TRACE/idl/ops/v_wlscan.pro::TRACE::Verify Wavelength Scan::ops
$SSW_TRACE/idl/ops/ver_aec.pro::TRACE::Verify Automatic Exposure Control operation::ops
$SSW_TRACE/idl/ops/ver_cmmodes.pro::TRACE::Verify Camera Modes::ops
$SSW_TRACE/idl/ops/ver_max_min.pro::TRACE::Verify Imax / Imin computations::ops
$SSW_TRACE/idl/ops/ver_mosaic.pro::TRACE::Verify Mosaic::ops
$SSW_TRACE/idl/ops/ver_safety_flag.pro::TRACE::Verify Safety Flag operation::ops
$SSW_TRACE/idl/ops/ver_super_flare.pro::TRACE::Verify Super Flare detection::ops
$SSW_TRACE/idl/ops/ver_tim_ave.pro::TRACE::Verify Time Averages::ops
$SSW_TRACE/idl/ops/ver_tran_det.pro::TRACE::Verify Transient detection::ops
$SSW_TRACE/idl/ops/ver_wavelength.pro::TRACE::Verify Wavelength Configurations::ops
$SSW_TRACE/idl/ops/ver_wlscan.pro::TRACE::Verify Wavelength Scan::ops
$SSW_TRACE/idl/ops/verify_gui.pro::TRACE::Graphics User Interface to verification routines and other related IDL programs.::ops
$SSW_TRACE/idl/ops/verify_sw.pro::TRACE::Software Verification::ops
$SSW_TRACE/idl/ops/web_seq.pro::TRACE::Make the TRACE sequence and frame web files::ops
$SSW_TRACE/idl/egse/convert_hk.pro::TRACE::To extract a given value of a mnemonic from a HK packet, and convert it to the proper units (degrees/volts/...)::egse
$SSW_TRACE/idl/egse/disp1focus.pro::TRACE::To display the focus information::egse
$SSW_TRACE/idl/egse/disp_therm_rs232.pro::TRACE::Display the thermo-couple temperatures::egse
$SSW_TRACE/idl/egse/do_i0_dps_reformat.pro::TRACE::To allow user to do reformatting with old reformatter::egse
$SSW_TRACE/idl/egse/emi_plot.pro::TRACE::Do some simple plotting of the EMI/EMC image data.  It reads a text file of min/max/avg/dev of single images and of difference images.::egse
$SSW_TRACE/idl/egse/emi_plot_01.pro::TRACE::Do some simple plotting of the EMI/EMC image data.  It reads a text file of min/max/avg/dev of single images and of difference images.::egse
$SSW_TRACE/idl/egse/emi_summary.pro::TRACE::Do some simple analysis of the EMI/EMC image data.  It creates a text file of min/max/avg/dev of single images and of difference images.::egse
$SSW_TRACE/idl/egse/find_grid.pro::TRACE::Determine the location of the grid crossing::egse
$SSW_TRACE/idl/egse/fix_i0_img_shift.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/focus_area.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/focus_trace.pro::TRACE::To analyze a single set of TRACE grid target focus data::egse
$SSW_TRACE/idl/egse/focus_trace0.pro::TRACE::To analyze a single set of TRACE focus data::egse
$SSW_TRACE/idl/egse/focus_trace_flt.pro::TRACE::To analyze a single set of TRACE focus images::egse
$SSW_TRACE/idl/egse/get1hk_info.pro::TRACE::To return information from the HK database given a time and a mnemonic.  Should have one call per packet type (MDIHK, SC1, ...).::egse
$SSW_TRACE/idl/egse/get_hist_dbase_fil.pro::TRACE::To find the proper (most recent) HK database file (RTDB)::egse
$SSW_TRACE/idl/egse/get_hk_info.pro::TRACE::To return information from the HK database given a time and a mnemonic.::egse
$SSW_TRACE/idl/egse/get_i0_dirs.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/go_anal_emi.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/go_mk_trace_i0.pro::TRACE::Called from the script /tsw/bin/mk_trace_i0.csh::egse
$SSW_TRACE/idl/egse/go_plot_mech_test.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/go_plot_therm_rs232.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/go_plot_therm_rs232a.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/go_quick_hkplot.pro::TRACE::Allow complex plotting of list of mnemonics::egse
$SSW_TRACE/idl/egse/go_ref_dps.pro::TRACE::To allow user to select a DPS file for reformatting::egse
$SSW_TRACE/idl/egse/go_summary_head.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/go_tr_summary_head.pro::TRACE::Simple front end for making per-image listing summaries::egse
$SSW_TRACE/idl/egse/hk_mapping.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/ion_ioff_summary.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/listfdb.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/mk_hst_summary.pro::TRACE::Make the history summary file for::egse
$SSW_TRACE/idl/egse/mk_trace_i0.pro::TRACE::To convert a raw telemetry file into FITS image file(s)::egse
$SSW_TRACE/idl/egse/mk_trace_i1.pro::TRACE::To take the one file per image FITS files and make the "final" trace formatted files (a file per hour)::egse
$SSW_TRACE/idl/egse/plot_door_open.pro::TRACE::Plot the door open temperatures and timing::egse
$SSW_TRACE/idl/egse/plot_focus_range.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/plot_focus_test.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/plot_fw_test.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/plot_img_cadence.pro::TRACE::To plot the time between images (generally used for "speed64" sequence::egse
$SSW_TRACE/idl/egse/plot_qs_test.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/plot_therm_rs232.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/plot_therm_rs232_s1.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/plot_therm_rs232a.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/plot_therm_rs232b.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/plot_therm_rs232c.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/plot_wm_test.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/pr_hk_info.pro::TRACE::To display information on the MDI Housekeeping mnemonics::egse
$SSW_TRACE/idl/egse/pr_therm_rs232.pro::TRACE::To display the thermo-couple values in a tabular format::egse
$SSW_TRACE/idl/egse/pr_tr_header.pro::TRACE::Dump the data product header from the trace header::egse
$SSW_TRACE/idl/egse/rd_hist_dbase.pro::TRACE::To read the history database definition file READ_HIST.DBS::egse
$SSW_TRACE/idl/egse/rd_jpeg_table.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/rd_therm_rs232.pro::TRACE::Read the TRACE thermal test RS232 temperature file::egse
$SSW_TRACE/idl/egse/rd_trace_i0.pro::TRACE::To read in TRACE image files::egse
$SSW_TRACE/idl/egse/rd_trace_i1.pro::TRACE::To read in TRACE image files::egse
$SSW_TRACE/idl/egse/rdfdb.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/redo_mk_trace_i0.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/reslot.pro::TRACE::Reslot the bad telemetry file::egse
$SSW_TRACE/idl/egse/rigid_align.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/sharpfocus2.pro::TRACE::To::egse
$SSW_TRACE/idl/egse/solar2wedge.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/tjitter.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/tjitter_subs.pro::TRACE::A suite of routines for MDI jitter mode analysis::egse
$SSW_TRACE/idl/egse/topsdb.pro::TRACE::TRACE operations software (load maker, ...)::egse
$SSW_TRACE/idl/egse/topsdb_old.pro::TRACE::TRACE operations software (load maker, ...)::egse
$SSW_TRACE/idl/egse/tr_decode_head.pro::TRACE::Map the data product header into the HK packet for mnemonic extraction.::egse
$SSW_TRACE/idl/egse/tr_frame_decode.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/tr_img_summary.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/tr_list_frames.pro::TRACE::List the TRACE frames in tabular format::egse
$SSW_TRACE/idl/egse/tr_mk_catalog.pro::TRACE::To write FITS binary extension table using the structure passed in.  The column names match the tag names of the structure::egse
$SSW_TRACE/idl/egse/tr_scan_images.pro::TRACE::Read and display a list of files - display the images stretching +/- N sigma.  Useful for screening data for health checks or finding data which is "lost"::egse
$SSW_TRACE/idl/egse/tr_summary_head.pro::TRACE::To make a listing of the header information for a series of TRACE image files::egse
$SSW_TRACE/idl/egse/tr_wrt_fits.pro::TRACE::To write a TRACE FITS file with a binary extension::egse
$SSW_TRACE/idl/egse/tr_wrt_fits_i1.pro::TRACE::Write a single image to a FITS file per hour for TRACE::egse
$SSW_TRACE/idl/egse/trace_rd_jpeg.pro::TRACE::Convert the JPEG data stream into a 2-D image::egse
$SSW_TRACE/idl/egse/wedge2solar.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/xanal_emi.pro::TRACE::To allow a user to select a file for processing and to plot the resulting data::egse
$SSW_TRACE/idl/egse/xdisp_trace.pro::TRACE::To allow a user to select a file and image to be displayed::egse
$SSW_TRACE/idl/egse/xdisp_trace0.pro::TRACE::To display single TRACE test images::egse
$SSW_TRACE/idl/egse/xdisp_trace2.pro::TRACE::To allow a user to select a file and image to be displayed from the raw telemetry file::egse
$SSW_TRACE/idl/egse/xdisp_trace3.pro::TRACE::To allow a user to select an image from the 1 hr FITS files::egse
$SSW_TRACE/idl/egse/xjitter.pro::TRACE::N.A.::egse
$SSW_TRACE/idl/egse/xrd_trace.pro::TRACE::To allow the user to interactively select images to read and then to pass them out::egse
$SSW_TRACE/idl/site/cron_daily.pro::TRACE::N.A.::site
$SSW_TRACE/idl/site/cron_every6hrs.pro::TRACE::N.A.::site
$SSW_TRACE/idl/site/go_cron_hourly_chippewa.pro::TRACE::Quick jobs which should run hourly::site
$SSW_TRACE/idl/site/go_mk_hst_summary.pro::TRACE::N.A.::site
$SSW_TRACE/idl/site/go_mk_idl_doc.pro::TRACE::To generate the WWW IDL document pages::site
$SSW_TRACE/idl/site/go_mk_sum_head.pro::TRACE::To make summary listings of images received::site
$SSW_TRACE/idl/site/go_seq_run_sum.pro::TRACE::N.A.::site
$SSW_TRACE/idl/site/go_tr_mech_summary.pro::TRACE::Make the mech summary reports::site
$SSW_TRACE/idl/site/go_tr_mon_health1.pro::TRACE::N.A.::site
$SSW_TRACE/idl/site/go_tr_mon_health_eof.pro::TRACE::To generate the EOF "near-real-time" health monitoring plots and listings::site
$SSW_TRACE/idl/site/go_tr_mon_health_lmsal.pro::TRACE::To generate the TRACE long duration health monitoring plots and listings::site
$SSW_TRACE/idl/site/go_tr_seq_sum_img.pro::TRACE::Make the sequence summary listings and gif files::site
$SSW_TRACE/idl/site/go_web_seq.pro::TRACE::N.A.::site
$SSW_TRACE/idl/site/mk_fil_dir_list.pro::TRACE::N.A.::site
$SSW_TRACE/idl/site/mk_idl_doc.pro::TRACE::N.A.::site
$SSW_TRACE/idl/site/mk_tr_seq_sum_by_day_html.pro::TRACE::Make TRACE Sequence Summary by Day web page based on GIF directory where the images are stored.::site
$SSW_TRACE/idl/site/mk_tr_seq_sum_by_seqrun_html.pro::TRACE::Make TRACE Sequence Summary by Sequence Run web page based on GIF directory where the images are stored.::site
$SSW_TRACE/idl/site/ssw_bypass.pro::TRACE::While integrating into the /ssw system, it was necessary to control the order of the /tsw tree and /mdisw tree.::site
$SSW_TRACE/idl/site/tr_mk_seq_alph.pro::TRACE::Take the monthly sequence summary listings and combine them all together and sort alphabetically::site
$SSW_TRACE/idl/site/tr_seq_sum_img_by_day.pro::TRACE::Plots TRACE Sequence Summary collage of images by day.::site
$SSW_TRACE/idl/site/tr_seq_sum_img_by_seqrun.pro::TRACE::Plots TRACE Sequence Summary collage of images by sequence runs.::site
$SSW_TRACE/idl/site/tr_switch_dirs.pro::TRACE::To allow switching between what directories to use for TRACE HK and data files when running at LMSAL::site
$SSW_TRACE/idl/util/civ_subtract.pro::TRACE::Given an arbitrary set of UV images from TRACE out of the 1550, 1600 and 1700 Images, generate a "Clean" C IV image, per Handy et al. (1998) Solar Physics, in press.::util
$SSW_TRACE/idl/util/ck_smooth.pro::TRACE::Perform quick smoothing, using successive boxcar averages to approximate a gaussian.::util
$SSW_TRACE/idl/util/euv_data_auto.pro::TRACE::generate data files with DAILY cummulative images in the EUV lines: 171ao, 195ao and 284ao. The output will be in the form of one file per day and per wavelength.::util
$SSW_TRACE/idl/util/euv_image_cont.pro::TRACE::Overlay an image and a contour plot.::util,General graphics.
$SSW_TRACE/idl/util/euv_plot_auto.pro::TRACE::Plot euv-images and hystograms, for outputs produced by code: "euv_data.pro"::util
$SSW_TRACE/idl/util/euv_plot_auto_sum.pro::TRACE::Plot euv-images and hystograms, for outputs produced by code: "euv_data.pro"::util
$SSW_TRACE/idl/util/euv_read.pro::TRACE::reading routine used by code: "euv_data.pro"::util
$SSW_TRACE/idl/util/euv_wrapper.pro::TRACE::N.A.::util
$SSW_TRACE/idl/util/favviewer.pro::TRACE::Ingests the ANA Browser's Fav Img file and displays the images and allows one to write out the images locally as flat fits, gif with color table currently loaded, load personal IDL color table or send::util
$SSW_TRACE/idl/util/filter_1d.pro::TRACE::Filter y=f(x) vector (remove glitches).::util
$SSW_TRACE/idl/util/gti1_closed.pro::TRACE::N.A.::util
$SSW_TRACE/idl/util/hlz_to_utim.pro::TRACE::To compute magnetic latitude of the orbit and detremine the times of high latitude and passage through the ovals and create a utim file to set/clear flags upon entry and exit of the zone.::util
$SSW_TRACE/idl/util/image_cont2.pro::TRACE::Overlay an image and a contour plot.::util,General graphics.
$SSW_TRACE/idl/util/last_trace.pro::TRACE::return the latest 'interesting' TRACE images or mosaics sets::util
$SSW_TRACE/idl/util/last_trace2.pro::TRACE::return the latest 'interesting' TRACE images or mosaics sets::util
$SSW_TRACE/idl/util/mk_hist.pro::TRACE::N.A.::util
$SSW_TRACE/idl/util/read_trace_fov.pro::TRACE::Reads selected sub-image, etc. from TRACE data files::util
$SSW_TRACE/idl/util/tr_dark_sub.pro::TRACE::Subtract a previously averaged, 1 second exposed dark current image, which includes an ADC offset, from a TRACE image after selecting and reading in the closest dark fits file for the first image.  The ccd::util,FITS processing
$SSW_TRACE/idl/util/tr_ext_subimg.pro::TRACE::To extract a sub image out of a TRACE image with no change of the image resolution::util
$SSW_TRACE/idl/util/tr_get_disp.pro::TRACE::Given a datacube of images, measure the rigid displacement between each image and the first in the cube and optionally shift each image to coalign the entire cube.  Uses a centered::util
$SSW_TRACE/idl/util/trace2x.pro::TRACE::Ingests the ANA Browser's Fav Img file and reads each image and writes out as gif files or creates an IDL array. It also despikes the images automatically::util
$SSW_TRACE/idl/util/trace_build_mosaic.pro::TRACE::generate TRACE mosaic map, optionally -> WWW::util
$SSW_TRACE/idl/util/trace_build_mosaic3.pro::TRACE::Assembles TRACE full disk mosaic::util
$SSW_TRACE/idl/util/trace_cen2pix.pro::TRACE::trace xcen/ycen->SSW standard pixel coord (crval1/crval2)::util
$SSW_TRACE/idl/util/trace_cleanjpg.pro::TRACE::N.A.::util
$SSW_TRACE/idl/util/trace_colors.pro::TRACE::return TRACE wave dependent RGB; optionally loadit::util
$SSW_TRACE/idl/util/trace_data_filter.pro::TRACE::return subscripts of 'good' or 'bad' trace data::util
$SSW_TRACE/idl/util/trace_destreak.pro::TRACE::N.A.::util
$SSW_TRACE/idl/util/trace_index2macrofov.pro::TRACE::return 'macropixel' location  from xcen/ycen::util
$SSW_TRACE/idl/util/trace_knoise.pro::TRACE::Remove readout noise from TRACE images by identifying and zeroing spikes in the FFT. Supersedes trace_rnoise. Although developed::util
$SSW_TRACE/idl/util/trace_last_movie.pro::TRACE::recent TRACE movies -> WWW::util
$SSW_TRACE/idl/util/trace_last_umovie.pro::TRACE::recent TRACE movies -> WWW::util
$SSW_TRACE/idl/util/trace_make_tma.pro::TRACE::generate the primary TRACE assembled mosaic data base ('tma' files)::util
$SSW_TRACE/idl/util/trace_make_tmr.pro::TRACE::generate the TRACE raw mosaic data base ('tmr' files)::util
$SSW_TRACE/idl/util/trace_movie_context.pro::TRACE::generate a 'context' image for a movie sequence::util
$SSW_TRACE/idl/util/trace_movie_index.pro::TRACE::N.A.::util
$SSW_TRACE/idl/util/trace_prep.pro::TRACE::Process  TRACE image(s).::util,FITS processing
$SSW_TRACE/idl/util/trace_rnoise.pro::TRACE::N.A.::util
$SSW_TRACE/idl/util/trace_scale.pro::TRACE::scale TRACE images (SSW wrapper for Karel Schryver routines)::util
$SSW_TRACE/idl/util/trace_sswhere.pro::TRACE::Select subset of TRACE images with widget interface::util
$SSW_TRACE/idl/util/trace_sswhere_event.pro::TRACE::Event processor called by widget created by TRACE_SSWHERE::util
$SSW_TRACE/idl/util/trace_sswhere_reset.pro::TRACE::Resets values in widget in TRACE_SSWHERE::util
$SSW_TRACE/idl/util/trace_t_resp.pro::TRACE::Returns TRACE euv response at temperature T. Units: +-----------------------+ |  DN s-1 pixel-1 cm+5  |::util
$SSW_TRACE/idl/util/trace_tma2secondary.pro::TRACE::generate various secondary TRACE Mosaic data bases WWW, etc + tmafiles=tmafiles(where(strpos(tmafiles,'171_') ne -1))::util
$SSW_TRACE/idl/util/trace_tma2showpix.pro::TRACE::N.A.::util
$SSW_TRACE/idl/util/trace_uniq_movies.pro::TRACE::identify uniq movies from input structures (index or catalog)::util
$SSW_TRACE/idl/util/trace_unspike.pro::TRACE::N.A.::util
$SSW_TRACE/idl/util/trace_where.pro::TRACE::filter trace index/roadmaps - return indices of matches::util
$SSW_TRACE/idl/util/tracedespike.pro::TRACE::obvious ;::util
$SSW_TRACE/idl/util/tracepedestal.pro::TRACE::N.A.::util
$SSW_TRACE/idl/util/tracescale.pro::TRACE::N.A.::util
$SSW_TRACE/idl/util/view_trace_mosaic.pro::TRACE::View TRACE mosaic for date closest to selected date::util
$SSW_TRACE/idl/wwwidl/trace_do_data_requests.pro::TRACE::background driver to handle TRACE WWW data request queue::wwwidl
$SSW_TRACE/idl/wwwidl/trace_get1www_image.pro::TRACE::satisfy single image requests in 'near real time'::wwwidl
$SSW_TRACE/idl/wwwidl/trace_idlcat.pro::TRACE::WWW interface to trace catalog search utilities(IDL)::wwwidl
$SSW_TRACE/idl/wwwidl/trace_last_movie.pro::TRACE::recent TRACE movies -> WWW::wwwidl
$SSW_TRACE/idl/wwwidl/trace_last_movie_queue.pro::TRACE::maintain queue of TRACE NRT movie directories::wwwidl
$SSW_TRACE/idl/wwwidl/trace_mosaic_index.pro::TRACE::N.A.::wwwidl
$SSW_TRACE/idl/wwwidl/trace_movie_index.pro::TRACE::N.A.::wwwidl
$SSW_TRACE/idl/wwwidl/trace_order_data.pro::TRACE::success file->data order FORM (fg) FORM order->data (background)::wwwidl
$SSW_TRACE/idl/wwwidl/trace_request_summary.pro::TRACE::provide html summary of a completed TRACE data request job::wwwidl
$SSW_TRACE/idl/wwwidl/trace_special_movie.pro::TRACE::TRACE movies -> WWW::wwwidl
$SSW_TRACE/idl/wwwidl/trace_submit_request.pro::TRACE::post processing of WWW data request - append options->success file::wwwidl
$SSW_TRACE/idl/wwwidl/trace_updatewwwcatalog.pro::TRACE::N.A.::wwwidl
$SSW_TRACE/idl/wwwidl/trace_wwworders_index.pro::TRACE::N.A.::wwwidl
$SSW_TRACE/idl/wwwidl/wwwidl_watchdog.pro::TRACE::N.A.::wwwidl
$SSW_HESSI/idl/util/csillag_struct_def.pro::HESSI::This procedure defines csillag HESSI structures. Not used for anonymous structures.::util
$SSW_HESSI/idl/util/dummy.pro::HESSI::force otherwise empty directory to be included in IDL path -::util
$SSW_HESSI/idl/util/hessi_data_paths.pro::HESSI::This function returns all the directories needed for a HESSI data path.::util,HESSI, FILE LOCATION, SYSTEM
$SSW_HESSI/idl/util/hessi_id2index.pro::HESSI::This function returns the detector or grid index(ices) based on the input string array.::util,Utility
$SSW_HESSI/idl/util/hessi_index2id.pro::HESSI::This function returns the detector or grid index(ices) based on the input string array.::util,Utility
$SSW_HESSI/idl/util/hessi_pha.pro::HESSI::This provides a quick and dirty energy/pha channel relationship for the HESSI Ge detectors.::util,SPECTRA
$SSW_HESSI/idl/util/hessi_read_spc.pro::HESSI::This procedure extracts the data from the BERKELEY spc format files.::util,UTIL, IO
$SSW_HESSI/idl/util/hessi_ref_time.pro::HESSI::This function returns the HESSI reference time, 4 July 2000, in any ANYTIM formal.::util,Util
$SSW_HESSI/idl/util/hsi_any2sctime.pro::HESSI::This function returns SSW time formats in the format of the spacecraft clock.::util,UTIL
$SSW_HESSI/idl/util/hsi_build_event_packet.pro::HESSI::This procedure builds telemetry packets from Ed Schmahl's score data.::util,UTIL
$SSW_HESSI/idl/util/hsi_buildprofile.pro::HESSI::SE:::util
$SSW_HESSI/idl/util/hsi_createbfits.pro::HESSI::Creates and opens a FITS binary table for a HESSI data set.::util,Utilities (hessi/util)
$SSW_HESSI/idl/util/hsi_createfitsheader.pro::HESSI::N.A.::util
$SSW_HESSI/idl/util/hsi_createlookuptable.pro::HESSI::N.A.::util
$SSW_HESSI/idl/util/hsi_cspectrum_dist.pro::HESSI::This function returns an a vector with channels distributed as a count rates spectrum derived from crude but real hessi detector characteristics.::util,SIMS
$SSW_HESSI/idl/util/hsi_extractpacketdata.pro::HESSI::Given a list of telemetry source packet data and a lookup table, extracts thos packets that match a given search criteria::util
$SSW_HESSI/idl/util/hsi_extractpacketidx.pro::HESSI::Given a packet lookup table, returns a list of indices matching a given search criteria::util
$SSW_HESSI/idl/util/hsi_get_clock_synch.pro::HESSI::This function returns the closest synchronized value of UTC and the spacecraft clock counter.::util,Util
$SSW_HESSI/idl/util/hsi_load_struct.pro::HESSI::This procedure fills structures from byte arrays.::util,struct,io
$SSW_HESSI/idl/util/hsi_mk_packet_times.pro::HESSI::This routine takes converts times in Ed Schmahl's HESSI score files into formatted times for a sing::util,UTIL
$SSW_HESSI/idl/util/hsi_openfits.pro::HESSI::Opens HESSI FITS files::util
$SSW_HESSI/idl/util/hsi_rd_packet_times.pro::HESSI::This function returns the HESSI event times fully corrected from a single packet.::util,Util
$SSW_HESSI/idl/util/hsi_read_fits.pro::HESSI::Write all kinds of hessi data to FITS files.::util
$SSW_HESSI/idl/util/hsi_readfits.pro::HESSI::Reads all kinds of HESSI FITS files::util
$SSW_HESSI/idl/util/hsi_readlookuptable.pro::HESSI::Reads a FITS binary table for a HESSI data set.::util,Utilities (hessi/util)
$SSW_HESSI/idl/util/hsi_ref_time.pro::HESSI::This function returns the HESSI reference time, 4 July 2000, in any ANYTIM formal.::util,Util
$SSW_HESSI/idl/util/hsi_reload_packet.pro::HESSI::This procedure loads a buffer of byte tags into a structure with higher level constants such as int and longwords.::util,UTIL
$SSW_HESSI/idl/util/hsi_score2file.pro::HESSI::This procedure writes a telemetry file from a HESSI score file.::util,SIMS
$SSW_HESSI/idl/util/hsi_sctime2any.pro::HESSI::This function returns the time in a any format available  using ANYTIM from the spacecraft time str::util,UTIL
$SSW_HESSI/idl/util/hsi_sctime_diff.pro::HESSI::This function takes the difference of two HESSI spacecraft format times.::util,UTIL
$SSW_HESSI/idl/util/hsi_struct_def.pro::HESSI::This procedure defines many useful HESSI structures. Not used for anonymous structures.::util
$SSW_HESSI/idl/util/hsi_telem2fits.pro::HESSI::Converts Telemetry Binary Source Packet files into structures and FITS files.::util,Utilities (hessi/util)
$SSW_HESSI/idl/util/hsi_test_build0.pro::HESSI::N.A.::util
$SSW_HESSI/idl/util/hsi_test_build1.pro::HESSI::N.A.::util
$SSW_HESSI/idl/util/hsi_time_jump.pro::HESSI::This function returns the HESSI event times corrected for 10 bit counter rollover.::util,Util
$SSW_HESSI/idl/util/hsi_write_fits.pro::HESSI::Write all kinds of hessi data to FITS files.::util
$SSW_HESSI/idl/util/hsi_writefits.pro::HESSI::Write all kinds of hessi data to FITS files.::util
$SSW_HESSI/idl/util/hsi_writelookuptable.pro::HESSI::Opens a FITS binary table for a HESSI data set.::util,Utilities (hessi/util)
$SSW_HESSI/idl/util/hsi_writepacket.pro::HESSI::N.A.::util
$SSW_HESSI/idl/util/read_hessi_fluxes.pro::HESSI::N.A.::util
$SSW_HESSI/idl/util/schwartz_struct_def.pro::HESSI::This procedure defines many useful HESSI structures. Not used for anonymous structures.::util
$SSW_HESSI/idl/util/ssw_local_path.pro::HESSI::Replace a remote file system in the path with one rooted in the local domain.::util,SSW
$SSW_HESSI/idl/sub_task/dummy.pro::HESSI::force otherwise empty directory to be included in IDL path -::sub_task
$SSW_HESSI/idl/spectra/filter_atten.pro::HESSI::This function returns the attenuation factor of a composite window, 0-1. Uses the photo-electric + 1/2 the Compton cross-section.::spectra,HESI, HESSI, RESPONSE
$SSW_HESSI/idl/spectra/filter_cmpnd.pro::HESSI::Return the attenuation factor of a composite window Uses the photo-electric + 1/2 the Compton cross-section::spectra
$SSW_HESSI/idl/spectra/flare_xray_model.pro::HESSI::This function generates Model X-ray flux suitable for sensitivity studies.::spectra,XRAY, SIMULATIONS, RESPONSE
$SSW_HESSI/idl/spectra/get_gdfile.pro::HESSI::This function returns the name of the desired gridfile from the full HESSI data path.::spectra,HESSI
$SSW_HESSI/idl/spectra/hessi_build_srm.pro::HESSI::Provide response matrix for HESSI spectral deconvolution::spectra,HESSI spectral analysis
$SSW_HESSI/idl/spectra/hessi_drm_4image.pro::HESSI::Provide diagonal detector response vector for HESSI imaging::spectra,HESSI imaging
$SSW_HESSI/idl/spectra/hessi_filters.pro::HESSI::This function returns the attenuation vs energy for the HESSI window models for the al and be windows.::spectra,HESSI, SPECTRA, SIMULATIONS
$SSW_HESSI/idl/spectra/hessi_flare_spectrum.pro::HESSI::This procedure takes a set of power-law and thermal parameters or the descriptive flare model string and shutter design and returns the HESSI count rate spectrum.::spectra,HESSI, SIMS
$SSW_HESSI/idl/spectra/hessi_grid_trans.pro::HESSI::This procedure returns the integrated transmission of the twelve hessi grids as a function of energy from 1 keV to 100 MeV::spectra,hessi analysis, SIMS, SPECTRA
$SSW_HESSI/idl/spectra/hessi_shutters.pro::HESSI::This procedure returns the X-ray path materials including all windows, filters, and structures found in hessi_shutters.txt in the !path.::spectra,HESSI, Response
$SSW_HESSI/idl/spectra/hessi_spec.pro::HESSI::pec_calc.pro, but for the purposes of the proposal figure we can do it here.::spectra
$SSW_HESSI/idl/spectra/hessi_telem_model.pro::HESSI::Reads the Model Counts from Richard Schwartz' Model of the HESSI reponse to the March 1989 Flare period (March 1-28)::spectra
$SSW_HESSI/idl/spectra/hessi_window.pro::HESSI::This procedure returns the current material specifications for the HESSI SMEX windows over each Ge detector.::spectra,HESI
$SSW_HESSI/idl/spectra/new_effective_areas.pro::HESSI::N.A.::spectra
$SSW_HESSI/idl/spectra/new_effective_areas_code.pro::HESSI::This file contains the main program code run by NEW_EFFECTIVE_AREAS.::spectra,HESSI
$SSW_HESSI/idl/spectra/other_filters.pro::HESSI::the transmission fraction of xrays through pmma and/or multilayer vs energy::spectra
$SSW_HESSI/idl/spectra/read_gdfile_gd.pro::HESSI::This procedure reads in the HESSI grid file characteristics table.::spectra,HESSI
$SSW_HESSI/idl/spectra/read_hessi_dat.pro::HESSI::Reads text files containing info on HESSI background and efficiency.::spectra,hard X-ray, gamma-ray modeling, spectroscopy
$SSW_HESSI/idl/spectra/xcom_data.pro::HESSI::To create the file xcom_info.dat which then should be copied to SSWDB_HESI to replace the existing version::spectra
$SSW_HESSI/idl/self_cal/dummy.pro::HESSI::force otherwise empty directory to be included in IDL path -::self_cal
$SSW_HESSI/idl/qlook_archive/dummy.pro::HESSI::force otherwise empty directory to be included in IDL path -::qlook_archive
$SSW_HESSI/idl/image_spec/dummy.pro::HESSI::force otherwise empty directory to be included in IDL path -::image_spec
$SSW_HESSI/idl/image/bproj_params.pro::HESSI::N.A.::image
$SSW_HESSI/idl/image/dummy.pro::HESSI::force otherwise empty directory to be included in IDL path -::image
$SSW_HESSI/idl/image/grad_likelihood.pro::HESSI::Computes the gradient of probcash wrt B (model map) Should be the same as dchisq=gradient(chisq) if | f_model-f_obs | << f_model::image
$SSW_HESSI/idl/image/hessi_grm.pro::HESSI::Calculates the probability that a photon, which is incident on the top grid will pass through both grids and, assuming no other attenuation, be incident on the detector.::image
$SSW_HESSI/idl/image/hessi_params.pro::HESSI::N.A.::image
$SSW_HESSI/idl/image/likelihood.pro::HESSI::Returns the -2*log(probablility) vector of a modulation profile f_model (the SkyVector) given the observed profile f_obs. Designed for the low-photon limit where fobs is mostly 0's::image
$SSW_HESSI/idl/image/make_lists.pro::HESSI::Take datacubes in x,y,energy, and time and generate rotation angle histograms for each of up to 12 rotation modulation collimators.  Each element of the cube in the x,y plane returns an array of 12 histograms dimensioned to the::image
$SSW_HESSI/idl/image/mk_1d_pattern.pro::HESSI::Returns the modulation pattern cross section for a set of harmonics (default is 0,1,2,3) of a triangle waveform for given slit/pitch ratio s2p.::image,Imaging
$SSW_HESSI/idl/image/mk_modul_patrn.pro::HESSI::Makes a modulation pattern by projecting a 1-dimensional modulation pattern onto a 2-dimensional array.  The vector F1d must have 1-arcsec pixels.::image
$SSW_HESSI/idl/image/model_to_score.pro::HESSI::Converts a 2-D array of angles phi to a sorted time-tagged lists with first column time and 2nd column detector number.::image
$SSW_HESSI/idl/image/model_to_score_params.pro::HESSI::Returns a structure with the following parameters needed by model_to_score.pro: quick and dirty inputter awaiting glorious full-featured version by RSKT::image
$SSW_HESSI/idl/image/phi_stamps.pro::HESSI::N.A.::image
$SSW_HESSI/idl/image/rd_photon_list.pro::HESSI::read in a histogram of photons binned in rotation angle::image
$SSW_HESSI/idl/image/score_binner.pro::HESSI::Convert a specified score file into binned time profiles algorithm::image
$SSW_HESSI/idl/image/score_bproj.pro::HESSI::Convert a specified score file into images using the backprojection algorithm::image
$SSW_HESSI/idl/image/wrt_photon_list.pro::HESSI::write a file with histograms of photons binned in rotation angle::image
$SSW_HESSI/idl/sims/menu/all3.pro::HESSI::one-time code to support the production of the ang_cov, mod_amp, and effective area figures on a single page using Postscript.::menu,HESSI
$SSW_HESSI/idl/sims/menu/angc_get_gd.pro::HESSI::Program to get needed values for plotting Angular Coverage of HESI compared to previous solar instruments.::menu,HESI
$SSW_HESSI/idl/sims/menu/angu_calc.pro::HESSI::N.A.::menu
$SSW_HESSI/idl/sims/menu/box_are.pro::HESSI::N.A.::menu
$SSW_HESSI/idl/sims/menu/gd.pro::HESSI::This procedure either reads or creates grid parameters. It reads them from the specified grid parameter file, gdfile, or takes a few input values, number of grids, grid spacing,::menu,HESI
$SSW_HESSI/idl/sims/menu/gd_dimensions.pro::HESSI::N.A.::menu
$SSW_HESSI/idl/sims/menu/gd_title.pro::HESSI::This procedure creates labels and titles for the plot_gd procedure.::menu,HESI
$SSW_HESSI/idl/sims/menu/grid_diffraction.pro::HESSI::This function returns the energy as a function of transmission amplitude due to diffraction effects through the HESI grids.::menu,HESI
$SSW_HESSI/idl/sims/menu/hesi_menu.pro::HESSI::This procedure provides an interface to the HESI design procedures.::menu,HESI
$SSW_HESSI/idl/sims/menu/nofill_are.pro::HESSI::This procedure plots total angular range for the Angular Response versus Energy plot for the proposed HESSI Instrument::menu,HESI
$SSW_HESSI/idl/sims/menu/plot_angc.pro::HESSI::This procedure plots the angular coverage of HESSI vs other instruments.::menu,HESI
$SSW_HESSI/idl/sims/menu/plot_angc_all3.pro::HESSI::This procedure plots the angular coverage of HESSI vs other instruments.::menu,HESI
$SSW_HESSI/idl/sims/menu/plot_are.pro::HESSI::N.A.::menu
$SSW_HESSI/idl/sims/menu/plot_gd.pro::HESSI::This procedure plots the grid transmissions as a function of energy.::menu,HESI
$SSW_HESSI/idl/sims/menu/plot_gd_calc.pro::HESSI::Calculate energies to use for the Diffraction limited portion of Relative modulation amplitude (from about 1 to 100 keV)::menu,HESI
$SSW_HESSI/idl/sims/menu/process_xcom_gd.pro::HESSI::This procedure is used to retrieve X and Gamma-ray cross-sections.::menu,HESI
$SSW_HESSI/idl/sims/menu/special_mod_amp.pro::HESSI::N.A.::menu
$SSW_HESSI/idl/sims/menu/special_mod_amp_code.pro::HESSI::This procedure contains the code for SPECIAL_MOD_AMP.PRO It is used to compute the transmission vs energy curves for the HESSI grids.::menu,HESSI, SIMS
$SSW_HESSI/idl/sims/dwc_latest_model_971204.pro::HESSI::Reads the Model Counts from Richard Schwartz' Model of the HESSI reponse to the March 1989 Flare period (March 1-28)::sims
$SSW_HESSI/idl/sims/figure4_inputs.pro::HESSI::This procedure generates simulated count rate spectra for the HESSI proposal.::sims,SIMULATIONS
$SSW_HESSI/idl/sims/flare_with_shutters.pro::HESSI::N.A.::sims
$SSW_HESSI/idl/sims/ge_window.pro::HESSI::This procedure computes the integrated count rate (/s) that hessi detectors will meas as a function of flare parameters and filter elements.::sims
$SSW_HESSI/idl/sims/ge_window1.pro::HESSI::This procedure computes the integrated count rate (/s) that hessi detectors will meas as a function of flare parameters and filter elements.::sims
$SSW_HESSI/idl/sims/ge_window_sim.pro::HESSI::widget display of fields within an arbitrary structure::sims,Widgets
$SSW_HESSI/idl/sims/get_hxrbs_1min.pro::HESSI::N.A.::sims
$SSW_HESSI/idl/sims/hessi_60daymodel.pro::HESSI::N.A.::sims
$SSW_HESSI/idl/sims/hessi_attenuator_spectra.pro::HESSI::This procedure displays count rate spectra suitable for evaluating the performance of the HESSI attenuator.::sims,SIMULATIONS, HESSI
$SSW_HESSI/idl/sims/hessi_fig4_countrate.pro::HESSI::N.A.::sims
$SSW_HESSI/idl/sims/hessi_figure4_inputs.pro::HESSI::This procedure generates simulated count rate spectra for the HESSI proposal.::sims,SIMULATIONS
$SSW_HESSI/idl/sims/hessi_flare_spectrum.pro::HESSI::This procedure takes a set of power-law and thermal parameters or the descriptive flare model string and shutter design and returns the HESSI count rate spectrum.::sims,HESSI, SIMS
$SSW_HESSI/idl/sims/hessi_model_counts.pro::HESSI::This procedure takes a set of power-law and thermal parameters, and returns the HESSI count rate as function of window design.::sims
$SSW_HESSI/idl/sims/hessi_sensitivity.pro::HESSI::N.A.::sims
$SSW_HESSI/idl/sims/hessi_telem_model.pro::HESSI::Reads the Model Counts from Richard Schwartz' Model of the HESSI reponse to the March 1989 Flare period (March 1-28)::sims
$SSW_HESSI/idl/sims/hxrbs_random.pro::HESSI::N.A.::sims
$SSW_HESSI/idl/sims/new_fig4_inputs.pro::HESSI::This procedure reads the new GEANT run from Dave Smith for 9 detectors sent to Richard Schwartz on 23 May 1997.::sims,HESSI, SIMULATIONS
$SSW_HESSI/idl/sims/new_windows.pro::HESSI::This procedure returns a structure characterizing the newest attenuator parameters.::sims,HESSI, RESPONSE
$SSW_HESSI/idl/sims/plot_count_rate.pro::HESSI::N.A.::sims
$SSW_HESSI/idl/sims/plot_count_rate4.pro::HESSI::N.A.::sims
$SSW_HESSI/idl/sims/plot_hessi_filters.pro::HESSI::This procedure displays the attenuation vs energy for all combinations of the HESSI shutters.::sims,HESSI
$SSW_HESSI/idl/sims/telem_model.pro::HESSI::Reads the Model Counts from Richard Schwartz' Model of the HESSI reponse=to the March 1989 Flare period (March 1-28)::sims
$SSW_HESSI/idl/astro/dummy.pro::HESSI::force otherwise empty directory to be included in IDL path -::astro
$SSW_HESSI/idl/aspect/dummy.pro::HESSI::force otherwise empty directory to be included in IDL path -::aspect
$SSW_HESSI/idl/flare_stat/dummy.pro::HESSI::force otherwise empty directory to be included in IDL path -::flare_stat
$SSW_HESSI/idl/offline/hesi_effective_areas.pro::HESSI::pec_calc.pro, but for the purposes of the proposal figure we can do it here.::offline
$SSW_HESSI/idl/offline/hesi_effective_areas1.pro::HESSI::pec_calc.pro, but for the purposes of the proposal figure we can do it here.::offline
$SSW_HESSI/idl/offline/hesi_grid_trans.pro::HESSI::get the integrated transmission of the twelve hesi grids as a function of energy from 1 keV to 100 MeV::offline,hessi analysis
$SSW_HESSI/idl/offline/hesi_spec.pro::HESSI::pec_calc.pro, but for the purposes of the proposal figure we can do it here.::offline
$SSW_HESSI/idl/offline/hesi_spec_eric.pro::HESSI::pec_calc.pro, but for the purposes of the proposal figure we can do it here.::offline
$SSW_HESSI/idl/offline/hesi_windows.pro::HESSI::Return the slider values referenced by their user value::offline,Put a category (or categories) here.  For example:
$SSW_HESSI/idl/offline/read_hesi_dat.pro::HESSI::Reads text files containing info on HESSI background and efficiency.::offline,hard X-ray, gamma-ray modeling, spectroscopy
$SSW_ETHZ/idl/custom/custom_2d.pro::ETHZ::User Interface to change values of  x- and y-axes, the system variables containing the titles, and the print format for postscript files.::custom,CATEGORY User  Interface
$SSW_ETHZ/idl/custom/customize_1d.pro::ETHZ::To change interactively with the help of menus some system variable values, the shift between plots for mdisp, allows to write text::custom,User interface
$SSW_ETHZ/idl/custom/modif_axis.pro::ETHZ::Change the maximum, minimum and/or step of a vector interactively and dependently: e.g  if the minimum is changed, the maximum is reset in dependancy of the step.::custom,User Interface
$SSW_ETHZ/idl/custom/modif_ps.pro::ETHZ::User Interface to modify the PostScript page format parameters: width, height, origin (in centimeters) encapsulation, landscape mode, reverse mode,::custom,CATEGORY User Interface
$SSW_ETHZ/idl/custom/modif_titles.pro::ETHZ::Changes title definitions, tick mark names, inteval between ticks, number of tickmarks, style and type of plot and plotting symbol.::custom,User interface
$SSW_ETHZ/idl/custom/overalldisplay.pro::ETHZ::Changes title definitions, tick mark names, inteval between ticks, number of tickmarks, style and type of plot and plotting symbol.::custom,User interface
$SSW_ETHZ/idl/custom/overplot_texts.pro::ETHZ::Allows creation of texts which will be overplotted in the plot window, when "Data_Display" is used for plotting.::custom
$SSW_ETHZ/idl/custom/settings.pro::ETHZ::N.A.::custom
$SSW_ETHZ/idl/custom/symbols.pro::ETHZ::To change interactively the symbol used to plot, and get its name in a string variable::custom,User interface
$SSW_ETHZ/idl/custom/texts_2d.pro::ETHZ::N.A.::custom
$SSW_ETHZ/idl/custom/titles_display.pro::ETHZ::Changes title definitions, tick mark names, inteval between ticks, number of tickmarks, style and type of plot and plotting symbol.::custom,User interface
$SSW_ETHZ/idl/datatype/adjust_table.pro::ETHZ::N.A.::datatype
$SSW_ETHZ/idl/datatype/adjusttable.pro::ETHZ::Procedure to enlarge the length of a 2D table::datatype
$SSW_ETHZ/idl/datatype/clear_selection.pro::ETHZ::To remove from the selection all the plots selected.::datatype,Data Management
$SSW_ETHZ/idl/datatype/get_names.pro::ETHZ::To get the names of all the plots stored in plot table.::datatype,Data Management
$SSW_ETHZ/idl/datatype/get_shift.pro::ETHZ::To know the value of the shift between plots selected.::datatype,Data Management
$SSW_ETHZ/idl/datatype/get_text.pro::ETHZ::Loads into variables the texts stored in the table. -::datatype
$SSW_ETHZ/idl/datatype/gethms.pro::ETHZ::Returns 1 if the hours/minute/second flag is set, else 0::datatype
$SSW_ETHZ/idl/datatype/init_data.pro::ETHZ::Initialize the plot table and the structures used by mdisp.::datatype,Data Management
$SSW_ETHZ/idl/datatype/init_defaults.pro::ETHZ::N.A.::datatype
$SSW_ETHZ/idl/datatype/init_display.pro::ETHZ::Every constant for displaying  images on screen is defined in this procedure. Unless specified, the constants are defined in device pixels.::datatype
$SSW_ETHZ/idl/datatype/init_selection.pro::ETHZ::Restores an image interactively choseN from the list of::datatype
$SSW_ETHZ/idl/datatype/insert_plot.pro::ETHZ::Insert information about a vector (titles) in the plot list.::datatype,Data Management
$SSW_ETHZ/idl/datatype/insert_sel.pro::ETHZ::Insert plot names called in the selection list.::datatype,Data Management
$SSW_ETHZ/idl/datatype/insert_shift.pro::ETHZ::Insert the value of the shift between plots in the selection retrieval common::datatype,Data Management
$SSW_ETHZ/idl/datatype/load_plot.pro::ETHZ::Loading into variables a plot stored in the plot table.::datatype,Data Management
$SSW_ETHZ/idl/datatype/loadselection.pro::ETHZ::N.A.::datatype
$SSW_ETHZ/idl/datatype/n_plotlist.pro::ETHZ::Returns the number of plots stored in the plot table::datatype
$SSW_ETHZ/idl/datatype/n_selected.pro::ETHZ::Returns the number of plots selected.::datatype
$SSW_ETHZ/idl/datatype/n_texts.pro::ETHZ::Returns the number of texts overplotted on the plot window.::datatype
$SSW_ETHZ/idl/datatype/no_data.pro::ETHZ::Test if there is data in the plot table or not. If there is, the value "0" is returned else "1".::datatype,Data Management
$SSW_ETHZ/idl/datatype/nodefaults.pro::ETHZ::N.A.::datatype
$SSW_ETHZ/idl/datatype/plots_selection.pro::ETHZ::User interface, programmed for the mdisp system but usable also alone, to select and remove plots that have been stored in the plot table (see store_plot)::datatype,User Interface
$SSW_ETHZ/idl/datatype/put_shift.pro::ETHZ::Store the value of the shift between plots::datatype,CATEGORY Data Management
$SSW_ETHZ/idl/datatype/ragview_mdisp_int.pro::ETHZ::Interface used to transfer data from the two dimensional image analysis software RagView to its one-dimensional subsystem mdisp. The vectors of the transfered image will be \::datatype,Data Management
$SSW_ETHZ/idl/datatype/remove_sel.pro::ETHZ::Remove a plot from the selection::datatype,Data Management
$SSW_ETHZ/idl/datatype/select_all.pro::ETHZ::Selects all the plots present in the plot table::datatype,Data Management
$SSW_ETHZ/idl/datatype/select_first.pro::ETHZ::N.A.::datatype
$SSW_ETHZ/idl/datatype/selection.pro::ETHZ::Returns the name of the plot with selection number nr.::datatype,Data Management
$SSW_ETHZ/idl/datatype/store_plot.pro::ETHZ::Stores plot named "name" in the plot table. If a name  is already in the table, the corresponding plot is renamed::datatype,Data Management
$SSW_ETHZ/idl/datatype/store_text.pro::ETHZ::Stores a text in a table::datatype,CATEGORY Data Management
$SSW_ETHZ/idl/datatype/take_away.pro::ETHZ::Removes from the text  table the text with index "entry" -::datatype
$SSW_ETHZ/idl/display/axistime.pro::ETHZ::Writes x axis with hours / minutes / seconds labels::display
$SSW_ETHZ/idl/display/color_palette.pro::ETHZ::To display the numerical values associated with a color table::display,Image Processing
$SSW_ETHZ/idl/display/congrid1d.pro::ETHZ::Shrink or expand the size of an image, with the nearest method::display
$SSW_ETHZ/idl/display/cont_surf.pro::ETHZ::User interface to facilitate the use of the three dimensional standard functions "Contour" and "Surface".  It is possible to change::display,Quasi - Image Processing.
$SSW_ETHZ/idl/display/ct_handling.pro::ETHZ::User Interface to work with color tables. One can load a system-defined color table, modify it, save it etc.::display,CATEGORY Image Processing
$SSW_ETHZ/idl/display/data_display.pro::ETHZ::Plotting facility for more than one plots which have::display
$SSW_ETHZ/idl/display/devtopix.pro::ETHZ::Conversion Device Unit -> Image Pixel Unit for the enrad system -::display
$SSW_ETHZ/idl/display/display_1d.pro::ETHZ::User interface to handle with a cpollection of plots stored in the selection or given as arguments. It assumes the selectioner is active.::display,CATEGORY User Interface
$SSW_ETHZ/idl/display/display_2d.pro::ETHZ::User Interface for displaying two-dimensional data and provide image handling facilities: Zoom, move, read values,::display,User Interface
$SSW_ETHZ/idl/display/elimbreaks.pro::ETHZ::Eliminate from "value" the "offset" 's due to displaying non-homogeneous axes in the enrad system -::display
$SSW_ETHZ/idl/display/err_plot.pro::ETHZ::Overplot error bars over a previously drawn plot.::display,J6 - plotting, graphics, one dimensional.
$SSW_ETHZ/idl/display/histo_selection.pro::ETHZ::N.A.::display
$SSW_ETHZ/idl/display/histofacility.pro::ETHZ::Plots an histogram of the y-values::display
$SSW_ETHZ/idl/display/image_info.pro::ETHZ::Displays the value range of an image and its axes, the step between x- and y-values and the titles stored in the corresponding::display,Image Processing
$SSW_ETHZ/idl/display/integration.pro::ETHZ::Computes the area between a plot and two points given. The User is responsible for the coherence of the operation.::display,1D
$SSW_ETHZ/idl/display/keyboard_select.pro::ETHZ::N.A.::display
$SSW_ETHZ/idl/display/load_user_ct.pro::ETHZ::Read user defined color tables that have been saved with the procedure "Save_User_CT"::display,CATEGORY
$SSW_ETHZ/idl/display/loadusersym.pro::ETHZ::Loads a predefined symbol for mdisp. These are : X, Y, Z , 0 to 9::display
$SSW_ETHZ/idl/display/move_image.pro::ETHZ::Changes the part of an image displayed with its next neighbour, right, left, up,down, up/right, up/left, down/right or down/left,::display,User Interface.
$SSW_ETHZ/idl/display/n_alone.pro::ETHZ::SE:::display
$SSW_ETHZ/idl/display/n_breaks.pro::ETHZ::Returns the effective number of breaks included in "array", the array of break indices. Part of the enrad system::display
$SSW_ETHZ/idl/display/pixel_read.pro::ETHZ::Reads the x- y- and z-value of an image pixel clicked with the mouse on a window produced with Show_Image.::display,Image processing
$SSW_ETHZ/idl/display/ps_create_1d.pro::ETHZ::Redirect the plot output of the procedure "Data_Display" to a postscript file.::display,1D
$SSW_ETHZ/idl/display/rag_adjct.pro::ETHZ::Finds the indexes corresponding to a color table already adjusted::display,Image display.
$SSW_ETHZ/idl/display/read_values.pro::ETHZ::Reads interactively a point on the screen::display,User Interface
$SSW_ETHZ/idl/display/save_user_ct.pro::ETHZ::Store in a file a user modfified color table.::display,CATEGORY
$SSW_ETHZ/idl/display/show_image.pro::ETHZ::Displays or writes an image with axes and scale on a window or on paper.::display
$SSW_ETHZ/idl/display/static_zoom.pro::ETHZ::N.A.::display
$SSW_ETHZ/idl/display/tv_zoom.pro::ETHZ::Zoom interactively an image: 1. by defining the corners of the zoom window on the display with the mouse;::display,Image Processing
$SSW_ETHZ/idl/display/utplot.pro::ETHZ::Plot X vs Y with Universal time labels on bottom X axis.  X axis range can be as small as 5 msec or as large as 20 years.::display
$SSW_ETHZ/idl/display/wmesg.pro::ETHZ::Output a window with text in it. check if foreground and background colors not set explicitly: Width of window::display
$SSW_ETHZ/idl/display/zoom_1d.pro::ETHZ::Gets interactively or statically (numbers read from the keyboard) the minimum and maximum value for the x or y range of a plot, and sets them.::display,1D
$SSW_ETHZ/idl/files/ascii_read.pro::ETHZ::Read ASCII formatted files, which contains a two- dimaensionnal array of data with an optional header. The dimensions must be known and are asked to the user.::files
$SSW_ETHZ/idl/files/ascii_write.pro::ETHZ::Writes an array in ASCII file with an optional header.::files
$SSW_ETHZ/idl/files/change_dir.pro::ETHZ::N.A.::files
$SSW_ETHZ/idl/files/columns_read.pro::ETHZ::Read vectors from a file with a (given) number of columns and a given number of lines. Although the vectors can have every meaning, their names::files
$SSW_ETHZ/idl/files/extract_names.pro::ETHZ::Returns a array of strings containing names WITHOUT directory specifications.::files,IO
$SSW_ETHZ/idl/files/filemenu.pro::ETHZ::Creates a menu of files matching the type file you ask for ie: *.pro.  Returns the name of the file chosen by the user.::files
$SSW_ETHZ/idl/files/files_1d.pro::ETHZ::User Interface to read different types of files containing data for one-dimensional plots.::files
$SSW_ETHZ/idl/files/files_handling.pro::ETHZ::User Interface which handle image files. Makes use of a menu to select the file format. For more information about file formats, we refer to the "RagView User's::files
$SSW_ETHZ/idl/files/fortran_read.pro::ETHZ::Read Fortran unformatted files, which contains a two- dimaensionnal array of data with an optional header. The dimensions must be known and asked to the user.::files
$SSW_ETHZ/idl/files/homogenize.pro::ETHZ::N.A.::files
$SSW_ETHZ/idl/files/mdispread.pro::ETHZ::Reads mdisp-files.::files
$SSW_ETHZ/idl/files/mdispwrite.pro::ETHZ::Writes MDisp Files::files
$SSW_ETHZ/idl/files/newsca_read.pro::ETHZ::Reads SCA files.::files
$SSW_ETHZ/idl/files/qualiftransform.pro::ETHZ::Decodes mdisp-file qualifiers in wave qualifiers and linestyle and usersym values. Perhaps you find it a nonsense, but this was done to match the qualifier of the old system,::files
$SSW_ETHZ/idl/files/ragfitsread.pro::ETHZ::Reads RAG spectrograms from FITS files including non-regular axes. The procedure reads also with gzip compressed files::files
$SSW_ETHZ/idl/files/ragfitswrite.pro::ETHZ::Writes RAG spectrograms in FITS files including non-regular axes.::files
$SSW_ETHZ/idl/files/read_array.pro::ETHZ::Reads a file into an array variable.  The file is assumed to consist of lines of numbers, separated by tabs or spaces, with the same number of values on each line.  The file length::files
$SSW_ETHZ/idl/files/read_data_byte.pro::ETHZ::Reads a data byte in VMS format::files
$SSW_ETHZ/idl/files/readvmsrec.pro::ETHZ::Reads a VMS-format variable-length record on the Unix system.::files
$SSW_ETHZ/idl/files/sb4_read.pro::ETHZ::Reads sb4 files.::files
$SSW_ETHZ/idl/files/sb4_write.pro::ETHZ::N.A.::files
$SSW_ETHZ/idl/files/sca_read.pro::ETHZ::Reads SCA files.::files
$SSW_ETHZ/idl/files/sca_read_vms.pro::ETHZ::N.A.::files
$SSW_ETHZ/idl/files/sca_write.pro::ETHZ::Writes SCA files::files,I/O
$SSW_ETHZ/idl/files/transfqualif.pro::ETHZ::Transforms the qualifiers used by PV-WAVE with the variable !p.linestyle and !p.psym into an mdisp format for writing them in an mdisp file.::files
$SSW_ETHZ/idl/files/vmsfloat.pro::ETHZ::N.A.::files
$SSW_ETHZ/idl/files/write_at.pro::ETHZ::N.A.::files
$SSW_ETHZ/idl/gen/decconvert.pro::ETHZ::Converts string formatted as 'hh:mm:ss.dd' in decimal format.::gen
$SSW_ETHZ/idl/gen/error.pro::ETHZ::List of errors for enrad and mdisp systems.::gen
$SSW_ETHZ/idl/gen/findbreaks.pro::ETHZ::Returns the index number of each break in the regularity in the axis.::gen
$SSW_ETHZ/idl/gen/general_menu.pro::ETHZ::Menu wich decides what kind of display to use ("AnMenu" or "WMenu") for a menu. In the case, of the vt-type terminals, if there is not enough place for all::gen
$SSW_ETHZ/idl/gen/getwnr.pro::ETHZ::checks for the number of the window in which to display the next data set::gen
$SSW_ETHZ/idl/gen/hmsconvert.pro::ETHZ::Converts a floating number in a string with form: 'hh:mm:ss.ss'::gen
$SSW_ETHZ/idl/gen/isdigit.pro::ETHZ::Tests if a string is the ASCII representation of a number or not::gen
$SSW_ETHZ/idl/gen/mdisp.pro::ETHZ::Plot system to analyse and review astronomical one-dimensional data. It is a user interface intended for people who doesnt know anything about PV-WAVE.::gen,User Interface
$SSW_ETHZ/idl/gen/pack.pro::ETHZ::N.A.::gen
$SSW_ETHZ/idl/gen/printinterface.pro::ETHZ::Interface for generating postscript files from ragview.::gen
$SSW_ETHZ/idl/gen/pto.pro::ETHZ::This procedure will output text, to the alphanumeric plane, at the specified row and column on any ANSI device.::gen
$SSW_ETHZ/idl/gen/puthms.pro::ETHZ::Sets the hms flag to 0 or 1::gen
$SSW_ETHZ/idl/gen/ragview.pro::ETHZ::Ragview is an image processing system specially developed for the analysis of solar radio spectrograms/.::gen
$SSW_ETHZ/idl/gen/read_test.pro::ETHZ::Reads a value on the terminal and sets a default if the return key has been pressed directly.::gen,I/O
$SSW_ETHZ/idl/gen/strep.pro::ETHZ::Edit a string by position. Precede, Follow, Replace, Delete.::gen
$SSW_ETHZ/idl/gen/tvmenu.pro::ETHZ::Emulate the VAX/VMS PV-WAVE GPX TVMENU function. set default for previous answer.  If parameter doesn't exist, set to 0 Compute width of the window.  The window must be wide enough to hold the::gen
$SSW_ETHZ/idl/gen/vectcmp.pro::ETHZ::To return indices of all vector elements where::gen
$SSW_ETHZ/idl/gen/x_tvmenu.pro::ETHZ::Modify the PV-Wave User Library procedure TVMENU for visibility of options in X-Window environments; works also for SunViews environment (M.Verkade, 7-15-91)::gen
$SSW_ETHZ/idl/jhuapl/usr/add_margin.pro::ETHZ::Add space to left margin and top of a text file.::usr
$SSW_ETHZ/idl/jhuapl/usr/align.pro::ETHZ::Vector text justification (positioning).::usr
$SSW_ETHZ/idl/jhuapl/usr/animals.pro::ETHZ::Return a string array of animals.::usr
$SSW_ETHZ/idl/jhuapl/usr/apodize.pro::ETHZ::Weighting array for apodizing an image.  Cosine taper.::usr
$SSW_ETHZ/idl/jhuapl/usr/arcs.pro::ETHZ::Plot specified arcs or circles on the current plot device.::usr
$SSW_ETHZ/idl/jhuapl/usr/arrow.pro::ETHZ::Draw arrows on screen.::usr
$SSW_ETHZ/idl/jhuapl/usr/arrow2.pro::ETHZ::Draw arrows on screen.::usr
$SSW_ETHZ/idl/jhuapl/usr/axval.pro::ETHZ::Find nice axis values.::usr
$SSW_ETHZ/idl/jhuapl/usr/basecon.pro::ETHZ::Convert a number from one base to another.::usr
$SSW_ETHZ/idl/jhuapl/usr/bell.pro::ETHZ::Ring terminal bell.::usr
$SSW_ETHZ/idl/jhuapl/usr/best_fft.pro::ETHZ::Attempts to find size of fastest FFT from given choices.::usr
$SSW_ETHZ/idl/jhuapl/usr/binbound.pro::ETHZ::For binary image return array with boundary points set to 1.::usr
$SSW_ETHZ/idl/jhuapl/usr/blend.pro::ETHZ::Sets up weighting array for blending arrays together.::usr
$SSW_ETHZ/idl/jhuapl/usr/box1.pro::ETHZ::Single mouse button interactive box on image display.::usr
$SSW_ETHZ/idl/jhuapl/usr/box2b.pro::ETHZ::Simple two mouse button interactive box on image display.::usr
$SSW_ETHZ/idl/jhuapl/usr/box_size.pro::ETHZ::Used by MOVBOX to change box size using the cursor.::usr
$SSW_ETHZ/idl/jhuapl/usr/boxarea.pro::ETHZ::Select an area with a box.::usr
$SSW_ETHZ/idl/jhuapl/usr/byt2strarr.pro::ETHZ::Unpack a string array from a byte array::usr
$SSW_ETHZ/idl/jhuapl/usr/bytarr_get.pro::ETHZ::Extract a byte array from a byte buffer.::usr
$SSW_ETHZ/idl/jhuapl/usr/bytarr_put.pro::ETHZ::Insert a byte array into a byte buffer.::usr
$SSW_ETHZ/idl/jhuapl/usr/cbar.pro::ETHZ::Make a color bar.::usr
$SSW_ETHZ/idl/jhuapl/usr/ced1.pro::ETHZ::Simple widget to edit a single color table entry.::usr
$SSW_ETHZ/idl/jhuapl/usr/cgm.pro::ETHZ::Toggles graphics redirection to a *.cgm file on or off.::usr
$SSW_ETHZ/idl/jhuapl/usr/checker.pro::ETHZ::Return a checker board pattern array of 0 and 1.::usr
$SSW_ETHZ/idl/jhuapl/usr/chinit.pro::ETHZ::Initializes chart setup.  Good for viewgraphs.::usr
$SSW_ETHZ/idl/jhuapl/usr/clr_scale.pro::ETHZ::Clear image scaling values embedded by put_scale.::usr
$SSW_ETHZ/idl/jhuapl/usr/cm2norm.pro::ETHZ::Convert from cm to normalized coordinates.::usr
$SSW_ETHZ/idl/jhuapl/usr/color.pro::ETHZ::Set a color in the color table by specifying color name.::usr
$SSW_ETHZ/idl/jhuapl/usr/color_quanj.pro::ETHZ::Combines Red, Green, Blue components into a color image.::usr
$SSW_ETHZ/idl/jhuapl/usr/colorwarn.pro::ETHZ::Warn if available IDL colors too few.::usr
$SSW_ETHZ/idl/jhuapl/usr/commalist.pro::ETHZ::Return a given array as a comma delimited text list.::usr
$SSW_ETHZ/idl/jhuapl/usr/concoord.pro::ETHZ::Convert between two linear coordinate systems.::usr
$SSW_ETHZ/idl/jhuapl/usr/congrid2.pro::ETHZ::Alternate (and limited) congrid using interpolate.::usr
$SSW_ETHZ/idl/jhuapl/usr/congrid8c.pro::ETHZ::Do 24 bit congrid interpolation on 8 bit color image.::usr
$SSW_ETHZ/idl/jhuapl/usr/convert_ind.pro::ETHZ::Convert a text description of runs of indices to numbers.::usr
$SSW_ETHZ/idl/jhuapl/usr/convexhull.pro::ETHZ::Return the convex hull of a polygon.::usr
$SSW_ETHZ/idl/jhuapl/usr/cosfilt.pro::ETHZ::Cosine tapered weighting array to use for FFT filtering.::usr
$SSW_ETHZ/idl/jhuapl/usr/costap.pro::ETHZ::Cosine taper weighting from 1 at center to 0 at ends.::usr
$SSW_ETHZ/idl/jhuapl/usr/created.pro::ETHZ::Return file creation host, user, and time stamp or tag.::usr
$SSW_ETHZ/idl/jhuapl/usr/crossi.pro::ETHZ::Interactive cross-hair cursor on screen or plot.::usr
$SSW_ETHZ/idl/jhuapl/usr/crossi2.pro::ETHZ::Interactive cross-hair cursor on screen or plot.::usr
$SSW_ETHZ/idl/jhuapl/usr/cspec.pro::ETHZ::Compute ensemble averaged frequency spectrum of complex data.::usr
$SSW_ETHZ/idl/jhuapl/usr/ctint.pro::ETHZ::Interpolate between two color table entries.::usr
$SSW_ETHZ/idl/jhuapl/usr/ctool.pro::ETHZ::Modify a color table using widgets.::usr
$SSW_ETHZ/idl/jhuapl/usr/ctrim.pro::ETHZ::Do a circular trim on an array.::usr
$SSW_ETHZ/idl/jhuapl/usr/cumulate.pro::ETHZ::Array with the cumulative sum of an array.  Integrate.::usr
$SSW_ETHZ/idl/jhuapl/usr/cyph.pro::ETHZ::Construct a cycle/phase array from time series data.::usr
$SSW_ETHZ/idl/jhuapl/usr/d2dms.pro::ETHZ::Function to convert from degrees to deg, min, sec.::usr
$SSW_ETHZ/idl/jhuapl/usr/data_block.pro::ETHZ::Read the block of data following data_block call.::usr
$SSW_ETHZ/idl/jhuapl/usr/datatype.pro::ETHZ::Datatype of variable as a string (3 char or spelled out).::usr
$SSW_ETHZ/idl/jhuapl/usr/date2dn.pro::ETHZ::Find day of year number from date.::usr
$SSW_ETHZ/idl/jhuapl/usr/date2jd.pro::ETHZ::Convert a date string to Julian Day number.::usr
$SSW_ETHZ/idl/jhuapl/usr/date2ymd.pro::ETHZ::Date text string to the numbers year, month, day.::usr
$SSW_ETHZ/idl/jhuapl/usr/delchr.pro::ETHZ::Delete all occurrences of a character from a text string.::usr
$SSW_ETHZ/idl/jhuapl/usr/detab.pro::ETHZ::Replace tab characters by spaces.::usr
$SSW_ETHZ/idl/jhuapl/usr/dirmem.pro::ETHZ::Update a directory list for easy access.::usr
$SSW_ETHZ/idl/jhuapl/usr/diskcenter.pro::ETHZ::Find center and radius of a disk in an image.::usr
$SSW_ETHZ/idl/jhuapl/usr/dist_scale.pro::ETHZ::Display a distance scale on an image.::usr
$SSW_ETHZ/idl/jhuapl/usr/dist_scale2.pro::ETHZ::Display a distance scale on an image.::usr
$SSW_ETHZ/idl/jhuapl/usr/dms_form.pro::ETHZ::Convert degrees to a deg, min, sec vector font string.::usr
$SSW_ETHZ/idl/jhuapl/usr/dot.pro::ETHZ::Used by SUN_SHADE for dot prod. of surf. normal & sun vect.::usr
$SSW_ETHZ/idl/jhuapl/usr/draw.pro::ETHZ::Graphics draw from last point to given point.::usr
$SSW_ETHZ/idl/jhuapl/usr/drawpoly.pro::ETHZ::Draw a polygon using mouse.::usr
$SSW_ETHZ/idl/jhuapl/usr/drop_comments.pro::ETHZ::Drop comment and null lines from a text array.::usr
$SSW_ETHZ/idl/jhuapl/usr/dt_tm_brk.pro::ETHZ::Break a date and time string into separate date and time.::usr
$SSW_ETHZ/idl/jhuapl/usr/dt_tm_chk.pro::ETHZ::Check date & time string that both parts exist & are valid.::usr
$SSW_ETHZ/idl/jhuapl/usr/dt_tm_dif.pro::ETHZ::Find time interval in seconds between two date/time strings.::usr
$SSW_ETHZ/idl/jhuapl/usr/dt_tm_fromcr.pro::ETHZ::Convert from Carrington Rotation Number to Date/Time.::usr
$SSW_ETHZ/idl/jhuapl/usr/dt_tm_fromjs.pro::ETHZ::Convert "Julian Seconds" to a date/time string.::usr
$SSW_ETHZ/idl/jhuapl/usr/dt_tm_full.pro::ETHZ::Add missing parts of date to get a full date/time string.::usr
$SSW_ETHZ/idl/jhuapl/usr/dt_tm_inc.pro::ETHZ::Increment a date/time by a given number of seconds.::usr
$SSW_ETHZ/idl/jhuapl/usr/dt_tm_mak.pro::ETHZ::Set up a time and date string from reference JD and offset.::usr
$SSW_ETHZ/idl/jhuapl/usr/dt_tm_range.pro::ETHZ::Extract date/time range from string with two date/times.::usr
$SSW_ETHZ/idl/jhuapl/usr/dt_tm_tocr.pro::ETHZ::Convert from Date/Time to Carrington Rotation Number.::usr
$SSW_ETHZ/idl/jhuapl/usr/dt_tm_tojs.pro::ETHZ::Convert a date/time string to "Julian Seconds".::usr
$SSW_ETHZ/idl/jhuapl/usr/earthrad.pro::ETHZ::Return earth radius in specified units.::usr
$SSW_ETHZ/idl/jhuapl/usr/ellfit.pro::ETHZ::Fit an ellipse to a 2-d probability distribution.::usr
$SSW_ETHZ/idl/jhuapl/usr/ellipse.pro::ETHZ::Plot specified ellipse on the current plot device.::usr
$SSW_ETHZ/idl/jhuapl/usr/embed.pro::ETHZ::Embed an array in a larger array.::usr
$SSW_ETHZ/idl/jhuapl/usr/enter.pro::ETHZ::Prompted entries allowing defaults. Help, IDL/DCL commands.::usr
$SSW_ETHZ/idl/jhuapl/usr/envelope.pro::ETHZ::Return the min/max envelope of a time series.::usr
$SSW_ETHZ/idl/jhuapl/usr/epsinit.pro::ETHZ::Redirect plots and images to Encapsulated Postscript File.::usr
$SSW_ETHZ/idl/jhuapl/usr/epsterm.pro::ETHZ::Terminate Encapsulated Postscript plotting.::usr
$SSW_ETHZ/idl/jhuapl/usr/eqv.pro::ETHZ::Interactive equation viewer and curve fitter.::usr
$SSW_ETHZ/idl/jhuapl/usr/etc.pro::ETHZ::Return estimated time to completion in seconds.::usr
$SSW_ETHZ/idl/jhuapl/usr/event_log.pro::ETHZ::Enter an event into the latest event log file.::usr
$SSW_ETHZ/idl/jhuapl/usr/explore.pro::ETHZ::Image stats in a 16 x 16 box movable with the mouse.::usr
$SSW_ETHZ/idl/jhuapl/usr/exrange.pro::ETHZ::Return a range array with range expanded by given fraction.::usr
$SSW_ETHZ/idl/jhuapl/usr/extremes.pro::ETHZ::Find all the local extremes of a 1-d array.::usr
$SSW_ETHZ/idl/jhuapl/usr/extremes_2d.pro::ETHZ::Find local extremes in a 2-d array.::usr
$SSW_ETHZ/idl/jhuapl/usr/f2fi16.pro::ETHZ::Convert feet to feet, inches, and fractions to 1/16 inch.::usr
$SSW_ETHZ/idl/jhuapl/usr/factor.pro::ETHZ::Find prime factors of a given number.::usr
$SSW_ETHZ/idl/jhuapl/usr/fft_filter.pro::ETHZ::Do FFT filtering of time series data.::usr
$SSW_ETHZ/idl/jhuapl/usr/file_test.pro::ETHZ::Test if file readable &, optionally, has specified contents.::usr
$SSW_ETHZ/idl/jhuapl/usr/filebreak.pro::ETHZ::Breaks file name(s) into components.::usr
$SSW_ETHZ/idl/jhuapl/usr/filename.pro::ETHZ::File names with system independent symbolic directories.::usr
$SSW_ETHZ/idl/jhuapl/usr/fill_cont.pro::ETHZ::Returns a byte array with filled contours.::usr
$SSW_ETHZ/idl/jhuapl/usr/filljumps.pro::ETHZ::Find indices needed to fill in value jumps in an array.::usr
$SSW_ETHZ/idl/jhuapl/usr/findfile2.pro::ETHZ::Find files and sort them.::usr
$SSW_ETHZ/idl/jhuapl/usr/findfile3.pro::ETHZ::Find files and sort them.::usr
$SSW_ETHZ/idl/jhuapl/usr/firstchar.pro::ETHZ::Position of first non-whitespace char in string.::usr
$SSW_ETHZ/idl/jhuapl/usr/fit.pro::ETHZ::Curve fit program. Polynomial, exponential, power law.::usr
$SSW_ETHZ/idl/jhuapl/usr/fit12.pro::ETHZ::For internal use by FIT only.::usr
$SSW_ETHZ/idl/jhuapl/usr/fit6.pro::ETHZ::For internal use by FIT only.::usr
$SSW_ETHZ/idl/jhuapl/usr/fixang.pro::ETHZ::Fix angle discontinuety at 0-360.::usr
$SSW_ETHZ/idl/jhuapl/usr/fixangh.pro::ETHZ::Fix angle wraparound using a hysteresis method.::usr
$SSW_ETHZ/idl/jhuapl/usr/fixgaps.pro::ETHZ::Linearly interpolate across data gaps in an array.::usr
$SSW_ETHZ/idl/jhuapl/usr/flat2sph.pro::ETHZ::Map a flat map onto a sphere.::usr
$SSW_ETHZ/idl/jhuapl/usr/fndwrd.pro::ETHZ::Find number, locations, lengths of words in a text string.::usr
$SSW_ETHZ/idl/jhuapl/usr/gauss.pro::ETHZ::Return a fitted gaussian curve for a given histogram.::usr
$SSW_ETHZ/idl/jhuapl/usr/gen_fit.pro::ETHZ::Fitted Y array for given X array from given fit parameters.::usr
$SSW_ETHZ/idl/jhuapl/usr/genarrow.pro::ETHZ::Generate an arrow polygon.::usr
$SSW_ETHZ/idl/jhuapl/usr/genellipse.pro::ETHZ::Generate points on an ellipse.::usr
$SSW_ETHZ/idl/jhuapl/usr/genshape.pro::ETHZ::Generate x,y coordinates to draw named shaped.::usr
$SSW_ETHZ/idl/jhuapl/usr/gentile.pro::ETHZ::Generate a Netscape web page background tile.::usr
$SSW_ETHZ/idl/jhuapl/usr/get_count.pro::ETHZ::Get next count value, from 1 up.::usr
$SSW_ETHZ/idl/jhuapl/usr/getfile.pro::ETHZ::Read a text file into a string array.::usr
$SSW_ETHZ/idl/jhuapl/usr/getfileln.pro::ETHZ::Get a line from a text file.::usr
$SSW_ETHZ/idl/jhuapl/usr/getkey.pro::ETHZ::Return a keyboard key.  Interpret escape sequences.::usr
$SSW_ETHZ/idl/jhuapl/usr/getrun.pro::ETHZ::N'th run of consecutive integers from a given array.'::usr
$SSW_ETHZ/idl/jhuapl/usr/getstr.pro::ETHZ::Get delimited strings from a text string or array.::usr
$SSW_ETHZ/idl/jhuapl/usr/getsysnams.pro::ETHZ::Get a list from a file specified by an environmental var.::usr
$SSW_ETHZ/idl/jhuapl/usr/getview.pro::ETHZ::Return current viewport.::usr
$SSW_ETHZ/idl/jhuapl/usr/getwindow.pro::ETHZ::Get data window coordinates.::usr
$SSW_ETHZ/idl/jhuapl/usr/getwrd.pro::ETHZ::Return the n'th word from a text string.::usr
$SSW_ETHZ/idl/jhuapl/usr/gif2jpeg.pro::ETHZ::Convert a GIF image to a JPEG image.::usr
$SSW_ETHZ/idl/jhuapl/usr/gifadd.pro::ETHZ::Add R,G,B color components for list of GIF images.::usr
$SSW_ETHZ/idl/jhuapl/usr/gifscreen.pro::ETHZ::Save current screen image and color table to a GIF file.::usr
$SSW_ETHZ/idl/jhuapl/usr/gmt_offsec.pro::ETHZ::Return offset in seconds from local time to GMT (UT).::usr
$SSW_ETHZ/idl/jhuapl/usr/graphfile.pro::ETHZ::List a file on the graphics device.::usr
$SSW_ETHZ/idl/jhuapl/usr/help_save2.pro::ETHZ::Look at files made by save2 and list what they contain.::usr
$SSW_ETHZ/idl/jhuapl/usr/helpfile.pro::ETHZ::Display a file of help text.::usr
$SSW_ETHZ/idl/jhuapl/usr/hget.pro::ETHZ::Get a handle value.::usr
$SSW_ETHZ/idl/jhuapl/usr/hist.pro::ETHZ::Compute histogram and corresponding x values. Allows weights.::usr
$SSW_ETHZ/idl/jhuapl/usr/hist2d.pro::ETHZ::Compute a 2-d histogram for an array of points.::usr
$SSW_ETHZ/idl/jhuapl/usr/hline.pro::ETHZ::Plot a horizontal line after erasing last plotted line.::usr
$SSW_ETHZ/idl/jhuapl/usr/hlp.pro::ETHZ::Variant of HELP.  Gives array min, max.::usr
$SSW_ETHZ/idl/jhuapl/usr/hor.pro::ETHZ::Plot a horizontal line on a graph at specified y value.::usr
$SSW_ETHZ/idl/jhuapl/usr/hori.pro::ETHZ::Interactive horizontal line on screen or plot.::usr
$SSW_ETHZ/idl/jhuapl/usr/hset.pro::ETHZ::Set a handle value.::usr
$SSW_ETHZ/idl/jhuapl/usr/ibilin.pro::ETHZ::Inverse bilinear interpolation.::usr
$SSW_ETHZ/idl/jhuapl/usr/imagesize.pro::ETHZ::Compute actual postscript image size given available space.::usr
$SSW_ETHZ/idl/jhuapl/usr/imgfrm.pro::ETHZ::Puts a specified border around an image.::usr
$SSW_ETHZ/idl/jhuapl/usr/imgline.pro::ETHZ::Interactive line on the screen.::usr
$SSW_ETHZ/idl/jhuapl/usr/imgmask.pro::ETHZ::Create a mask from an image.::usr
$SSW_ETHZ/idl/jhuapl/usr/imgneg.pro::ETHZ::Display negative of current image.::usr
$SSW_ETHZ/idl/jhuapl/usr/imgopen.pro::ETHZ::Prepare a large image to be read.::usr
$SSW_ETHZ/idl/jhuapl/usr/imgpolrec.pro::ETHZ::Map an angle/radius image to an X/Y image.::usr
$SSW_ETHZ/idl/jhuapl/usr/imgread.pro::ETHZ::Read part of a large image.::usr
$SSW_ETHZ/idl/jhuapl/usr/imgrecpol.pro::ETHZ::Map an X/Y image to an angle/radius image.::usr
$SSW_ETHZ/idl/jhuapl/usr/imgregion.pro::ETHZ::Interactively extract a selected image region.::usr
$SSW_ETHZ/idl/jhuapl/usr/imgscale.pro::ETHZ::Interactive image scaling.::usr
$SSW_ETHZ/idl/jhuapl/usr/imgunder.pro::ETHZ::Display image in same area as last plot.::usr
$SSW_ETHZ/idl/jhuapl/usr/imgwindow.pro::ETHZ::Compute plot window needed to display given image.::usr
$SSW_ETHZ/idl/jhuapl/usr/inbox.pro::ETHZ::Test if given point inside given box.::usr
$SSW_ETHZ/idl/jhuapl/usr/inrange.pro::ETHZ::Find multiples of given step just inside given range.::usr
$SSW_ETHZ/idl/jhuapl/usr/interp1.pro::ETHZ::Linear interpolation.::usr
$SSW_ETHZ/idl/jhuapl/usr/interpx.pro::ETHZ::Interpolate data with possible gaps and missing (bad) values.::usr
$SSW_ETHZ/idl/jhuapl/usr/interpx_demo.pro::ETHZ::Demonstrate the use of interpx.::usr
$SSW_ETHZ/idl/jhuapl/usr/intersect.pro::ETHZ::Return the elements common to two given arrays.::usr
$SSW_ETHZ/idl/jhuapl/usr/isarray.pro::ETHZ::Tests if the argument is an array.::usr
$SSW_ETHZ/idl/jhuapl/usr/isnumber.pro::ETHZ::Determine if a text string is a valid number.::usr
$SSW_ETHZ/idl/jhuapl/usr/izoom.pro::ETHZ::Zoom an image and display with labeled axes.::usr
$SSW_ETHZ/idl/jhuapl/usr/jd2date.pro::ETHZ::Convert a Julian Day number to a date string.::usr
$SSW_ETHZ/idl/jhuapl/usr/jd2js.pro::ETHZ::Convert from Julian Day Number to Julian Seconds.::usr
$SSW_ETHZ/idl/jhuapl/usr/jd2mdays.pro::ETHZ::Convert a range of Julian Days to month start and end JDs.::usr
$SSW_ETHZ/idl/jhuapl/usr/jd2str.pro::ETHZ::Find year, month, day strings from Julian Day number.::usr
$SSW_ETHZ/idl/jhuapl/usr/jd2ymd.pro::ETHZ::Find year, month, day from julian day number.::usr
$SSW_ETHZ/idl/jhuapl/usr/jdselect.pro::ETHZ::Select Julian Day array subset by month or weekday.::usr
$SSW_ETHZ/idl/jhuapl/usr/jpeg2tiff8.pro::ETHZ::Convert a JPEG image to an 8 bit TIFF image.::usr
$SSW_ETHZ/idl/jhuapl/usr/jpeg_mag.pro::ETHZ::Change size of a JPEG image.::usr
$SSW_ETHZ/idl/jhuapl/usr/jpegscreen.pro::ETHZ::Save current screen image and color table to a JPEG file.::usr
$SSW_ETHZ/idl/jhuapl/usr/js2jd.pro::ETHZ::Convert from Julian Seconds to Julian Day Number.::usr
$SSW_ETHZ/idl/jhuapl/usr/js2v.pro::ETHZ::Read a time (in "Julian seconds") vs value file.::usr
$SSW_ETHZ/idl/jhuapl/usr/js2weekday.pro::ETHZ::Compute weekday given Julian Second.::usr
$SSW_ETHZ/idl/jhuapl/usr/js2ymds.pro::ETHZ::Convert from "Julian Second" to year, month, day, second.::usr
$SSW_ETHZ/idl/jhuapl/usr/jscheck.pro::ETHZ::Check accuracy of "Julian Seconds" over a given time span.::usr
$SSW_ETHZ/idl/jhuapl/usr/jsplot.pro::ETHZ::Make a time series plot with time in Julian Seconds.::usr
$SSW_ETHZ/idl/jhuapl/usr/kurf.pro::ETHZ::Computes kurtosis inside a moving window.::usr
$SSW_ETHZ/idl/jhuapl/usr/kurt.pro::ETHZ::Returns the kurtosis of an array (4th moment/2nd moment^2).::usr
$SSW_ETHZ/idl/jhuapl/usr/lastindex.pro::ETHZ::Returns last index for each dimension of the given array.::usr
$SSW_ETHZ/idl/jhuapl/usr/lastplot.pro::ETHZ::Backup !p.multi to last plot position.::usr
$SSW_ETHZ/idl/jhuapl/usr/latexoff.pro::ETHZ::Close the encapsulated Postscript file opened by LATEXON.::usr
$SSW_ETHZ/idl/jhuapl/usr/latexon.pro::ETHZ::Generate encapsulated postscript file to include in LaTeX documents.::usr
$SSW_ETHZ/idl/jhuapl/usr/lecture.pro::ETHZ::Select specified lecture notes from a notes file.::usr
$SSW_ETHZ/idl/jhuapl/usr/leg.pro::ETHZ::Make a plot legend.::usr
$SSW_ETHZ/idl/jhuapl/usr/lincal.pro::ETHZ::Plot a multimonth linear calendar on one page.::usr
$SSW_ETHZ/idl/jhuapl/usr/linepts.pro::ETHZ::Gives pixel coordinates of points along a line segment.::usr
$SSW_ETHZ/idl/jhuapl/usr/linfill.pro::ETHZ::Fill gaps in array data using linear interpolation.::usr
$SSW_ETHZ/idl/jhuapl/usr/lini.pro::ETHZ::Interactive line.::usr
$SSW_ETHZ/idl/jhuapl/usr/listruns.pro::ETHZ::Make a list of runs of consecutive integers.::usr
$SSW_ETHZ/idl/jhuapl/usr/ll2rb.pro::ETHZ::From latitude, longitude compute range, bearing.::usr
$SSW_ETHZ/idl/jhuapl/usr/lmst.pro::ETHZ::Give local mean sidereal time.::usr
$SSW_ETHZ/idl/jhuapl/usr/locmax.pro::ETHZ::Find local maxima in an image.::usr
$SSW_ETHZ/idl/jhuapl/usr/ls.pro::ETHZ::Scale image between percentiles 1 and 99 (or specified percentiles).::usr
$SSW_ETHZ/idl/jhuapl/usr/magcrs.pro::ETHZ::Cursor with a magnified window.::usr
$SSW_ETHZ/idl/jhuapl/usr/make_ruler.pro::ETHZ::Plot linear scales on the laser printer.::usr
$SSW_ETHZ/idl/jhuapl/usr/make_scale.pro::ETHZ::Plot circular scales on the laser printer.::usr
$SSW_ETHZ/idl/jhuapl/usr/makei.pro::ETHZ::Make a long array with given start and end values and step size.::usr
$SSW_ETHZ/idl/jhuapl/usr/makelabels.pro::ETHZ::Make an array of tick mark labels.::usr
$SSW_ETHZ/idl/jhuapl/usr/makems.pro::ETHZ::Make array of values from start to end with a max step size.::usr
$SSW_ETHZ/idl/jhuapl/usr/maken.pro::ETHZ::Make an array of N values, linear between two given limits.::usr
$SSW_ETHZ/idl/jhuapl/usr/makenlog.pro::ETHZ::Make array of N values, logarithmic between two given limits.::usr
$SSW_ETHZ/idl/jhuapl/usr/makenxy.pro::ETHZ::Make 2-d x and y coordinate arrays of specified dimensions.::usr
$SSW_ETHZ/idl/jhuapl/usr/makes.pro::ETHZ::Make a string array of integers from lo to hi by step.::usr
$SSW_ETHZ/idl/jhuapl/usr/makev.pro::ETHZ::Make simulated 3-d data.  Useful for software development.::usr
$SSW_ETHZ/idl/jhuapl/usr/makevlt.pro::ETHZ::Generate and load a random color table (CT).::usr
$SSW_ETHZ/idl/jhuapl/usr/makex.pro::ETHZ::Make an array with specified start, end and step values.::usr
$SSW_ETHZ/idl/jhuapl/usr/makexy.pro::ETHZ::Make 2-d X & Y coord. arrays, useful for functions of x,y.::usr
$SSW_ETHZ/idl/jhuapl/usr/makey.pro::ETHZ::Make simulated data.  Useful for software development.::usr
$SSW_ETHZ/idl/jhuapl/usr/makez.pro::ETHZ::Make simulated 2-d data.  Useful for software development.::usr
$SSW_ETHZ/idl/jhuapl/usr/mandelbrot.pro::ETHZ::Compute Mandelbrot images::usr
$SSW_ETHZ/idl/jhuapl/usr/map_put_scale.pro::ETHZ::Embed map scaling info in image.::usr
$SSW_ETHZ/idl/jhuapl/usr/map_set_scale.pro::ETHZ::Set map scaling from info embedded in a map image.::usr
$SSW_ETHZ/idl/jhuapl/usr/mcompute.pro::ETHZ::Compute mandelbrot set images.::usr
$SSW_ETHZ/idl/jhuapl/usr/mean.pro::ETHZ::Returns the mean of an array.::usr
$SSW_ETHZ/idl/jhuapl/usr/midv.pro::ETHZ::Return value midway between array extremes.::usr
$SSW_ETHZ/idl/jhuapl/usr/monthdays.pro::ETHZ::Given a year and month returns number of days in that month.::usr
$SSW_ETHZ/idl/jhuapl/usr/monthnames.pro::ETHZ::Returns a string array of month names.::usr
$SSW_ETHZ/idl/jhuapl/usr/more.pro::ETHZ::Display a text array using the MORE method.::usr
$SSW_ETHZ/idl/jhuapl/usr/morefile.pro::ETHZ::Display a specified text file using more.::usr
$SSW_ETHZ/idl/jhuapl/usr/movbox.pro::ETHZ::Interactive box on image diaply.::usr
$SSW_ETHZ/idl/jhuapl/usr/movcross.pro::ETHZ::Interactive cross-hair on a plot.::usr
$SSW_ETHZ/idl/jhuapl/usr/move.pro::ETHZ::Graphics move to a point.::usr
$SSW_ETHZ/idl/jhuapl/usr/movlabels.pro::ETHZ::Interactively position labels and list xyouts statement.::usr
$SSW_ETHZ/idl/jhuapl/usr/movtxt.pro::ETHZ::Interactively position text and list xyouts statement.::usr
$SSW_ETHZ/idl/jhuapl/usr/multicol.pro::ETHZ::Reformat a string array into multi-columns.::usr
$SSW_ETHZ/idl/jhuapl/usr/mzoom.pro::ETHZ::Compute new region needed to zoom a mandelbrot image.::usr
$SSW_ETHZ/idl/jhuapl/usr/namenum.pro::ETHZ::Break a name into a pattern and numbers in the name.::usr
$SSW_ETHZ/idl/jhuapl/usr/naxes.pro::ETHZ::Find nice axis tics.::usr
$SSW_ETHZ/idl/jhuapl/usr/nearest.pro::ETHZ::Return multiple of a given step nearest a target value.::usr
$SSW_ETHZ/idl/jhuapl/usr/nextitem.pro::ETHZ::Return next line from a file, ignore comments & null lines.::usr
$SSW_ETHZ/idl/jhuapl/usr/nextnum.pro::ETHZ::Return next number using the arrow keys.::usr
$SSW_ETHZ/idl/jhuapl/usr/nextplot.pro::ETHZ::Update !p.multi to next plot position.::usr
$SSW_ETHZ/idl/jhuapl/usr/nicenumber.pro::ETHZ::Find a nice number close to the given number.::usr
$SSW_ETHZ/idl/jhuapl/usr/nruns.pro::ETHZ::Gives # of runs of consecutive integers in given array.'::usr
$SSW_ETHZ/idl/jhuapl/usr/nthweekday.pro::ETHZ::Julian Day of N'th weekday of month (like 2nd tues).'::usr
$SSW_ETHZ/idl/jhuapl/usr/num_dec.pro::ETHZ::Number of decimal places in given number.::usr
$SSW_ETHZ/idl/jhuapl/usr/numfactors.pro::ETHZ::Gives the number of factors of a number.::usr
$SSW_ETHZ/idl/jhuapl/usr/numname.pro::ETHZ::Generate names or text strings with embedded numbers.::usr
$SSW_ETHZ/idl/jhuapl/usr/nwin.pro::ETHZ::Convert from normalized window coordinates.::usr
$SSW_ETHZ/idl/jhuapl/usr/nwrds.pro::ETHZ::Return the number of words in the given text string.::usr
$SSW_ETHZ/idl/jhuapl/usr/one2two.pro::ETHZ::Convert from 1-d indices to 2-d indices.::usr
$SSW_ETHZ/idl/jhuapl/usr/opfit1d.pro::ETHZ::Calculate orthonormal polynomial fit for 1-d data.::usr
$SSW_ETHZ/idl/jhuapl/usr/opfit2d.pro::ETHZ::Calculate orthonormal polynomial fit for 2-d data.::usr
$SSW_ETHZ/idl/jhuapl/usr/orthopoly.pro::ETHZ::Calculates a set of orthonormal polynomials.::usr
$SSW_ETHZ/idl/jhuapl/usr/outbox.pro::ETHZ::Test if given point outside given box.::usr
$SSW_ETHZ/idl/jhuapl/usr/pack.pro::ETHZ::Find best packing of images (rectangles) on a page.::usr
$SSW_ETHZ/idl/jhuapl/usr/paint.pro::ETHZ::Paint on an image.::usr
$SSW_ETHZ/idl/jhuapl/usr/pan.pro::ETHZ::Pan around a screen image.  Set pixels to a specified value.::usr
$SSW_ETHZ/idl/jhuapl/usr/parcurve.pro::ETHZ::Return a curve parallel to given curve.::usr
$SSW_ETHZ/idl/jhuapl/usr/path.pro::ETHZ::Examine and modify the IDL path.::usr
$SSW_ETHZ/idl/jhuapl/usr/pckey.pro::ETHZ::Read PC keyboard. Interpret special keys.::usr
$SSW_ETHZ/idl/jhuapl/usr/pcon.pro::ETHZ::IDL path control utility. May turn libraries on or off.::usr
$SSW_ETHZ/idl/jhuapl/usr/ph.pro::ETHZ::Return the phase of a complex number.::usr
$SSW_ETHZ/idl/jhuapl/usr/phase.pro::ETHZ::Return an array filled in to indicate specified moon phase.::usr
$SSW_ETHZ/idl/jhuapl/usr/pickcolor.pro::ETHZ::Allow user to pick a color from current color table.::usr
$SSW_ETHZ/idl/jhuapl/usr/pk.pro::ETHZ::Pick a set of points on a plot.::usr
$SSW_ETHZ/idl/jhuapl/usr/plane_int.pro::ETHZ::Compute the intersection line of two planes.::usr
$SSW_ETHZ/idl/jhuapl/usr/plint.pro::ETHZ::Intersection point of a plane and a line.::usr
$SSW_ETHZ/idl/jhuapl/usr/plotp.pro::ETHZ::Pencode plot routine.  Allows disconnected lines.::usr
$SSW_ETHZ/idl/jhuapl/usr/plotpos.pro::ETHZ::Compute plot position for a plot of specified shape.::usr
$SSW_ETHZ/idl/jhuapl/usr/plotseq.pro::ETHZ::Plot a movielike sequence of graphs.::usr
$SSW_ETHZ/idl/jhuapl/usr/plotwin.pro::ETHZ::Gives plot window (area enclosed by axes) in pixels.::usr
$SSW_ETHZ/idl/jhuapl/usr/pltcrv.pro::ETHZ::Edit curve points with mouse.  Overlay spline.::usr
$SSW_ETHZ/idl/jhuapl/usr/plural.pro::ETHZ::Plural function: returns 's' if arg > 1, else ''.::usr
$SSW_ETHZ/idl/jhuapl/usr/pmatch.pro::ETHZ::Find a given pattern in a 1-d array.::usr
$SSW_ETHZ/idl/jhuapl/usr/pmod.pro::ETHZ::Find the positive modulo value of a number.::usr
$SSW_ETHZ/idl/jhuapl/usr/point.pro::ETHZ::Plot a filled point at given position.::usr
$SSW_ETHZ/idl/jhuapl/usr/points.pro::ETHZ::Convert from size in points to IDL charsize or pixels.::usr
$SSW_ETHZ/idl/jhuapl/usr/polrec.pro::ETHZ::Convert 2-d polar coordinates to rectangular coordinates.::usr
$SSW_ETHZ/idl/jhuapl/usr/polrec3d.pro::ETHZ::Convert vector(s) from spherical polar to rectangular form.::usr
$SSW_ETHZ/idl/jhuapl/usr/poly_fit2.pro::ETHZ::Returns fitted Y values for each given X value.::usr
$SSW_ETHZ/idl/jhuapl/usr/polystat.pro::ETHZ::Compute polygon statistics (# vertices, area, perimeter).::usr
$SSW_ETHZ/idl/jhuapl/usr/pos_cm.pro::ETHZ::Convert keyword POSITION for PLOT from cm to norm. coords.::usr
$SSW_ETHZ/idl/jhuapl/usr/precess.pro::ETHZ::Precess celestial coordinates to a new date.::usr
$SSW_ETHZ/idl/jhuapl/usr/prime.pro::ETHZ::Return an array with the specified number of prime numbers.::usr
$SSW_ETHZ/idl/jhuapl/usr/print_fact.pro::ETHZ::Print prime factors found by the factor routine.::usr
$SSW_ETHZ/idl/jhuapl/usr/printat.pro::ETHZ::Print given items at specified screen column and line.::usr
$SSW_ETHZ/idl/jhuapl/usr/protractor.pro::ETHZ::Measure angles on the screen.::usr
$SSW_ETHZ/idl/jhuapl/usr/prwindow.pro::ETHZ::Print current window or gif image on color printer.::usr
$SSW_ETHZ/idl/jhuapl/usr/psimg.pro::ETHZ::Display an image on postscript printer.::usr
$SSW_ETHZ/idl/jhuapl/usr/psinit.pro::ETHZ::Redirect plots and images to postscript printer.::usr
$SSW_ETHZ/idl/jhuapl/usr/pspaper.pro::ETHZ::Plot a postscript layout sheet. Gives normalized coordinate system.::usr
$SSW_ETHZ/idl/jhuapl/usr/psterm.pro::ETHZ::Terminate postscript plotting and send plots to printer.::usr
$SSW_ETHZ/idl/jhuapl/usr/put_scale.pro::ETHZ::Embed in current image values needed to restore scaling.::usr
$SSW_ETHZ/idl/jhuapl/usr/putfile.pro::ETHZ::Write a text file from a string array.::usr
$SSW_ETHZ/idl/jhuapl/usr/radial_img.pro::ETHZ::Make an image array with a radial brightness distribution.::usr
$SSW_ETHZ/idl/jhuapl/usr/radii.pro::ETHZ::Plot specified radii on the current plot device.::usr
$SSW_ETHZ/idl/jhuapl/usr/radon.pro::ETHZ::Compute the Radon Transform using the FFT method.::usr
$SSW_ETHZ/idl/jhuapl/usr/raout.pro::ETHZ::Write text along an arc in data coordinates.::usr
$SSW_ETHZ/idl/jhuapl/usr/rb2ll.pro::ETHZ::From range, bearing compute latitude, longitude .::usr
$SSW_ETHZ/idl/jhuapl/usr/rdcol.pro::ETHZ::Read columns of numbers or times from a text file.::usr
$SSW_ETHZ/idl/jhuapl/usr/rdfile.pro::ETHZ::Read lines from a text file.::usr
$SSW_ETHZ/idl/jhuapl/usr/readtokey.pro::ETHZ::Read an open text file until a given key word is found.::usr
$SSW_ETHZ/idl/jhuapl/usr/recpol.pro::ETHZ::Convert 2-d rectangular coordinates to polar coordinates.::usr
$SSW_ETHZ/idl/jhuapl/usr/recpol3d.pro::ETHZ::Convert vector(s) from rectangular to spherical polar form.::usr
$SSW_ETHZ/idl/jhuapl/usr/refract.pro::ETHZ::Correct true altitudes to refracted altitudes.::usr
$SSW_ETHZ/idl/jhuapl/usr/regions.pro::ETHZ::Using specified breakpoints map image values into 0,1,2,...::usr
$SSW_ETHZ/idl/jhuapl/usr/regionsbar.pro::ETHZ::Plot a color bar for a regions type image.::usr
$SSW_ETHZ/idl/jhuapl/usr/repchr.pro::ETHZ::Replace all occurrences of one character with another in a text string.::usr
$SSW_ETHZ/idl/jhuapl/usr/repword.pro::ETHZ::Replace a word in a text string.::usr
$SSW_ETHZ/idl/jhuapl/usr/resclose.pro::ETHZ::Close results file.::usr
$SSW_ETHZ/idl/jhuapl/usr/rescom.pro::ETHZ::Display values from the results common and also file header.::usr
$SSW_ETHZ/idl/jhuapl/usr/resget.pro::ETHZ::Get a variable from a results files.::usr
$SSW_ETHZ/idl/jhuapl/usr/resopen.pro::ETHZ::Open a results file for reading or writing.::usr
$SSW_ETHZ/idl/jhuapl/usr/resput.pro::ETHZ::Put values into a results file.::usr
$SSW_ETHZ/idl/jhuapl/usr/restore2.pro::ETHZ::Retrieve from a file IDL variables saved by save2.::usr
$SSW_ETHZ/idl/jhuapl/usr/rev.pro::ETHZ::Reverse plot and background colors.::usr
$SSW_ETHZ/idl/jhuapl/usr/rgb.pro::ETHZ::Explore RGB color system.::usr
$SSW_ETHZ/idl/jhuapl/usr/rot_3d.pro::ETHZ::Rotate 3-d coordinate system.::usr
$SSW_ETHZ/idl/jhuapl/usr/rotate_xy.pro::ETHZ::Rotate a set of X,Y points about a given point.::usr
$SSW_ETHZ/idl/jhuapl/usr/rotvlt.pro::ETHZ::Rotate current vlt or part of it.::usr
$SSW_ETHZ/idl/jhuapl/usr/round2.pro::ETHZ::Round that works for big double precision numbers.::usr
$SSW_ETHZ/idl/jhuapl/usr/rspec.pro::ETHZ::Compute an ensemble averaged frequency spectrum of real data.::usr
$SSW_ETHZ/idl/jhuapl/usr/rtics.pro::ETHZ::Plot labeled or unlabeled tic marks around a circular arc.::usr
$SSW_ETHZ/idl/jhuapl/usr/runlength.pro::ETHZ::Give run lengths for array values.::usr
$SSW_ETHZ/idl/jhuapl/usr/sattrackaz.pro::ETHZ::Return the azimuth of a satellite track given inc and lat.::usr
$SSW_ETHZ/idl/jhuapl/usr/save2.pro::ETHZ::Save IDL vars in a file. Allows them to be renamed during restore2.::usr
$SSW_ETHZ/idl/jhuapl/usr/scale_db.pro::ETHZ::Scale given data to db (meant for images).::usr
$SSW_ETHZ/idl/jhuapl/usr/scale_rgb.pro::ETHZ::Interactively scale R,G,B image components.::usr
$SSW_ETHZ/idl/jhuapl/usr/scalearray.pro::ETHZ::Linearly scale array values to specified range.::usr
$SSW_ETHZ/idl/jhuapl/usr/scramble.pro::ETHZ::Scrambles an array or returns an array scrambled indices.::usr
$SSW_ETHZ/idl/jhuapl/usr/screen.pro::ETHZ::Print a terminal screen layout sheet on PS printer.::usr
$SSW_ETHZ/idl/jhuapl/usr/screengif.pro::ETHZ::Display a GIF image in a screen window.::usr
$SSW_ETHZ/idl/jhuapl/usr/screenjpeg.pro::ETHZ::Display a jpeg image in a screen window.::usr
$SSW_ETHZ/idl/jhuapl/usr/screentiff.pro::ETHZ::Display a tiff image in a screen window.::usr
$SSW_ETHZ/idl/jhuapl/usr/sdev.pro::ETHZ::Returns standard deviation of an array.::usr
$SSW_ETHZ/idl/jhuapl/usr/sechms.pro::ETHZ::Seconds after midnight to h, m, s, numbers and strings.::usr
$SSW_ETHZ/idl/jhuapl/usr/secstr.pro::ETHZ::Convert a time string to seconds.::usr
$SSW_ETHZ/idl/jhuapl/usr/seedfill.pro::ETHZ::For an array fill a connected region bounded by given values.::usr
$SSW_ETHZ/idl/jhuapl/usr/seedfillr.pro::ETHZ::For an array fill a connected region of constant pixel value.::usr
$SSW_ETHZ/idl/jhuapl/usr/segment.pro::ETHZ::Set boundaries of constant value to 0.::usr
$SSW_ETHZ/idl/jhuapl/usr/select_intervals.pro::ETHZ::Select all intervals within a given range.::usr
$SSW_ETHZ/idl/jhuapl/usr/set_isoxy.pro::ETHZ::Set data window with equal x & y scales. Covers at least given range::usr
$SSW_ETHZ/idl/jhuapl/usr/set_scale.pro::ETHZ::Set scaling from currently displayed image.::usr
$SSW_ETHZ/idl/jhuapl/usr/set_window.pro::ETHZ::Set data window.::usr
$SSW_ETHZ/idl/jhuapl/usr/setcolor.pro::ETHZ::Set a single color table entry.::usr
$SSW_ETHZ/idl/jhuapl/usr/setminus.pro::ETHZ::Eliminate elements from a set that are also in another set.::usr
$SSW_ETHZ/idl/jhuapl/usr/setwin.pro::ETHZ::Set which window should be currently active window.::usr
$SSW_ETHZ/idl/jhuapl/usr/shade_clt.pro::ETHZ::Sets up color table used for sun_shade shaded relief displays.::usr
$SSW_ETHZ/idl/jhuapl/usr/shade_img.pro::ETHZ::Shade a given image based on a shading array.::usr
$SSW_ETHZ/idl/jhuapl/usr/shade_surf2.pro::ETHZ::Allow image overlay with surface shading.::usr
$SSW_ETHZ/idl/jhuapl/usr/shiftf.pro::ETHZ::Shift an array by a fractional number of indices.::usr
$SSW_ETHZ/idl/jhuapl/usr/show_box.pro::ETHZ::Used by MOVBOX to display current box size and position.::usr
$SSW_ETHZ/idl/jhuapl/usr/showpath.pro::ETHZ::Show the path of the calling routine.::usr
$SSW_ETHZ/idl/jhuapl/usr/sign.pro::ETHZ::Return the mathematical sign of the argument.::usr
$SSW_ETHZ/idl/jhuapl/usr/simp.pro::ETHZ::Does Simpson numerical integration on an array of y values.::usr
$SSW_ETHZ/idl/jhuapl/usr/skew.pro::ETHZ::Returns the skew of an array (3rd moment/2nd moment^3/2).::usr
$SSW_ETHZ/idl/jhuapl/usr/skewf.pro::ETHZ::Computes skew inside a moving window.::usr
$SSW_ETHZ/idl/jhuapl/usr/skewint.pro::ETHZ::Give the near-intersection point for two skew lines.::usr
$SSW_ETHZ/idl/jhuapl/usr/slowplot.pro::ETHZ::Plot data slowly in fading colors.::usr
$SSW_ETHZ/idl/jhuapl/usr/smooth2.pro::ETHZ::Do multiple smoothing. Gives near Gaussian smoothing.::usr
$SSW_ETHZ/idl/jhuapl/usr/soplot.pro::ETHZ::Make a shaded over plot.::usr
$SSW_ETHZ/idl/jhuapl/usr/spc.pro::ETHZ::Return a string with the specified number of spaces (or other char).::usr
$SSW_ETHZ/idl/jhuapl/usr/sph_demo.pro::ETHZ::Demonstrate some of the spherical plot (sph*) routines.::usr
$SSW_ETHZ/idl/jhuapl/usr/sphdist.pro::ETHZ::Angular distance between points on a sphere.::usr
$SSW_ETHZ/idl/jhuapl/usr/sphgc.pro::ETHZ::Find intersections of two great circles on sphere.::usr
$SSW_ETHZ/idl/jhuapl/usr/sphic.pro::ETHZ::Compute intersection points of two circles on a unit sphere.::usr
$SSW_ETHZ/idl/jhuapl/usr/sphinit.pro::ETHZ::Initialize sphere drawing package.::usr
$SSW_ETHZ/idl/jhuapl/usr/sphlat.pro::ETHZ::Draw parallels of latitude on a sphere.::usr
$SSW_ETHZ/idl/jhuapl/usr/sphlng.pro::ETHZ::Draw meridians of longitude on a sphere.::usr
$SSW_ETHZ/idl/jhuapl/usr/sphplot.pro::ETHZ::Plot a curve in spherical polar coordinates.::usr
$SSW_ETHZ/idl/jhuapl/usr/sphrad.pro::ETHZ::Draw sphere radius.::usr
$SSW_ETHZ/idl/jhuapl/usr/sphtext.pro::ETHZ::Write text on a sphere.::usr
$SSW_ETHZ/idl/jhuapl/usr/splat.pro::ETHZ::Generate points on a splat curve.::usr
$SSW_ETHZ/idl/jhuapl/usr/splot.pro::ETHZ::Make a shaded plot.::usr
$SSW_ETHZ/idl/jhuapl/usr/sprint.pro::ETHZ::Print text on screen, allows easy update.::usr
$SSW_ETHZ/idl/jhuapl/usr/state_name.pro::ETHZ::Return name of state given 2 letter abbreviation.::usr
$SSW_ETHZ/idl/jhuapl/usr/stext_xyp.pro::ETHZ::Return stroke text plot arrays.::usr
$SSW_ETHZ/idl/jhuapl/usr/strarr2byt.pro::ETHZ::Pack a string array into a byte array::usr
$SSW_ETHZ/idl/jhuapl/usr/strep.pro::ETHZ::Edit a string by position. Precede, Follow, Replace, Delete.::usr
$SSW_ETHZ/idl/jhuapl/usr/stress.pro::ETHZ::Edit a string by position. Precede, Follow, Replace, Delete.::usr
$SSW_ETHZ/idl/jhuapl/usr/stripshift.pro::ETHZ::Shift strips of an image in x or y.::usr
$SSW_ETHZ/idl/jhuapl/usr/strlentab.pro::ETHZ::Gives length of a string with tab characters expanded.::usr
$SSW_ETHZ/idl/jhuapl/usr/strsec.pro::ETHZ::Convert seconds after midnight to a time string.::usr
$SSW_ETHZ/idl/jhuapl/usr/strsub.pro::ETHZ::Extract a substring by start and end positions.::usr
$SSW_ETHZ/idl/jhuapl/usr/strtrm2.pro::ETHZ::Trim given character (and spaces) from ends of given string.::usr
$SSW_ETHZ/idl/jhuapl/usr/subimg.pro::ETHZ::From current image select and redisplay a subimage.::usr
$SSW_ETHZ/idl/jhuapl/usr/subnormal.pro::ETHZ::Convert from subnormal coordinates to normalized coord.::usr
$SSW_ETHZ/idl/jhuapl/usr/sun.pro::ETHZ::Computes geocentric physical ephemeris of the sun.::usr
$SSW_ETHZ/idl/jhuapl/usr/sun_colors.pro::ETHZ::Load sun color table::usr
$SSW_ETHZ/idl/jhuapl/usr/sun_shade.pro::ETHZ::Make a colored shaded relief view of a surface array.::usr
$SSW_ETHZ/idl/jhuapl/usr/sun_zd.pro::ETHZ::Return solar zenith distances for given position.::usr
$SSW_ETHZ/idl/jhuapl/usr/sunclock.pro::ETHZ::Show world map with day, twilight, and night.::usr
$SSW_ETHZ/idl/jhuapl/usr/sunjs.pro::ETHZ::Computes geocentric physical ephemeris of the sun.::usr
$SSW_ETHZ/idl/jhuapl/usr/sunpos.pro::ETHZ::Compute sun position from date/time and long/lat.::usr
$SSW_ETHZ/idl/jhuapl/usr/swap.pro::ETHZ::Swap two values.::usr
$SSW_ETHZ/idl/jhuapl/usr/swdelete.pro::ETHZ::Delete a scrolling window.::usr
$SSW_ETHZ/idl/jhuapl/usr/swindow.pro::ETHZ::Create a scrolling window.  Works much like window.::usr
$SSW_ETHZ/idl/jhuapl/usr/swlist.pro::ETHZ::Display info for all scrolling windows, set new active one.::usr
$SSW_ETHZ/idl/jhuapl/usr/symasym.pro::ETHZ::Resolve an array into symmetric & anti-symmetric components.::usr
$SSW_ETHZ/idl/jhuapl/usr/tarclr.pro::ETHZ::Find closest match to given target color in current color table.::usr
$SSW_ETHZ/idl/jhuapl/usr/testcolor.pro::ETHZ::Display colors selected by number.::usr
$SSW_ETHZ/idl/jhuapl/usr/tetris.pro::ETHZ::N.A.::usr
$SSW_ETHZ/idl/jhuapl/usr/texti.pro::ETHZ::Interactive Text.::usr
$SSW_ETHZ/idl/jhuapl/usr/textpos.pro::ETHZ::Find size and angle of text string given points at each end.::usr
$SSW_ETHZ/idl/jhuapl/usr/thicken.pro::ETHZ::Thicken graphics in an existing image.  Good for viewgraphs.::usr
$SSW_ETHZ/idl/jhuapl/usr/thplot.pro::ETHZ::Plot a curve with varying thickness along it.::usr
$SSW_ETHZ/idl/jhuapl/usr/ticklen.pro::ETHZ::Compute ticklength for specified size in pixels.::usr
$SSW_ETHZ/idl/jhuapl/usr/tiff2jpeg.pro::ETHZ::Convert a TIFF image to a JPEG image.::usr
$SSW_ETHZ/idl/jhuapl/usr/tiffscreen.pro::ETHZ::Save current screen image and color table to a TIFF file.::usr
$SSW_ETHZ/idl/jhuapl/usr/time2jdoff.pro::ETHZ::Find Julian day and offset from seconds. JS, Timeaxis::usr
$SSW_ETHZ/idl/jhuapl/usr/time_label.pro::ETHZ::Make a time label array::usr
$SSW_ETHZ/idl/jhuapl/usr/timeaxis.pro::ETHZ::Print text on graphics device.  After initializing use just like print.::usr
$SSW_ETHZ/idl/jhuapl/usr/timer.pro::ETHZ::Measure elapsed time between calls.::usr
$SSW_ETHZ/idl/jhuapl/usr/tnaxes.pro::ETHZ::Find nice time axis tics.::usr
$SSW_ETHZ/idl/jhuapl/usr/todev.pro::ETHZ::Convert from data or normalized to device coordinates.::usr
$SSW_ETHZ/idl/jhuapl/usr/topc.pro::ETHZ::Return top color number for current device.::usr
$SSW_ETHZ/idl/jhuapl/usr/topcolors.pro::ETHZ::Reserve and define some colors at top of color table.::usr
$SSW_ETHZ/idl/jhuapl/usr/topo.pro::ETHZ::Make a monochrome shaded relief view of a surface.::usr
$SSW_ETHZ/idl/jhuapl/usr/translate.pro::ETHZ::Translate an image to regisiter with a reference image.::usr
$SSW_ETHZ/idl/jhuapl/usr/tvbox.pro::ETHZ::Draw or erase a box on the image display.::usr
$SSW_ETHZ/idl/jhuapl/usr/tvcirc.pro::ETHZ::Draw a circle on the display.::usr
$SSW_ETHZ/idl/jhuapl/usr/tvcrs2.pro::ETHZ::Like tvcr but allows data, device, & normal coordinates.::usr
$SSW_ETHZ/idl/jhuapl/usr/tvpos.pro::ETHZ::Gives screen position used by tv, tvscl.::usr
$SSW_ETHZ/idl/jhuapl/usr/tvrd2.pro::ETHZ::Version of tvrd that allows out of bounds.::usr
$SSW_ETHZ/idl/jhuapl/usr/tvrdbox.pro::ETHZ::Read part of screen image into a byte array.::usr
$SSW_ETHZ/idl/jhuapl/usr/tvsharp.pro::ETHZ::Redisplay a sharpened version of the current screen image.::usr
$SSW_ETHZ/idl/jhuapl/usr/tvwrbox.pro::ETHZ::Display byte array on screen using box for position & size.::usr
$SSW_ETHZ/idl/jhuapl/usr/two2one.pro::ETHZ::Convert from 2-d indices to 1-d indices.::usr
$SSW_ETHZ/idl/jhuapl/usr/txtdemo.pro::ETHZ::N.A.::usr
$SSW_ETHZ/idl/jhuapl/usr/txtfile.pro::ETHZ::Enter a (new) file name.::usr
$SSW_ETHZ/idl/jhuapl/usr/txtgetfile.pro::ETHZ::Select a file name.::usr
$SSW_ETHZ/idl/jhuapl/usr/txtgetkey.pro::ETHZ::Get a keyword value from a string array.::usr
$SSW_ETHZ/idl/jhuapl/usr/txtin.pro::ETHZ::txtmenu value entry.::usr
$SSW_ETHZ/idl/jhuapl/usr/txtmenu.pro::ETHZ::Text screen menu routine.::usr
$SSW_ETHZ/idl/jhuapl/usr/txtmenu_help.pro::ETHZ::Gives detailed help for the TXTMENU routine.::usr
$SSW_ETHZ/idl/jhuapl/usr/txtmess.pro::ETHZ::Display a message on the screen and wait for any key.::usr
$SSW_ETHZ/idl/jhuapl/usr/txtmeter.pro::ETHZ::Display a 0 to 100% meter on a text screen.::usr
$SSW_ETHZ/idl/jhuapl/usr/txtpick.pro::ETHZ::Select file(s) from a screen menu displaying a file list.::usr
$SSW_ETHZ/idl/jhuapl/usr/txtyesno.pro::ETHZ::Ask a yes/on question and read the answer.::usr
$SSW_ETHZ/idl/jhuapl/usr/unique.pro::ETHZ::Return the unique elements of an array.::usr
$SSW_ETHZ/idl/jhuapl/usr/unit.pro::ETHZ::Returns unit vector along given vector.::usr
$SSW_ETHZ/idl/jhuapl/usr/upcase1.pro::ETHZ::Capitalize first letter in string.::usr
$SSW_ETHZ/idl/jhuapl/usr/varf.pro::ETHZ::Computes variance inside a moving window.::usr
$SSW_ETHZ/idl/jhuapl/usr/variance.pro::ETHZ::Computes the variance of an array of numbers.::usr
$SSW_ETHZ/idl/jhuapl/usr/vase.pro::ETHZ::Draw rotationally symetric shapes.::usr
$SSW_ETHZ/idl/jhuapl/usr/vclip.pro::ETHZ::Clip a vector to a clipping window.::usr
$SSW_ETHZ/idl/jhuapl/usr/vecfld.pro::ETHZ::Plot a 2-d vector field.::usr
$SSW_ETHZ/idl/jhuapl/usr/vect_angle.pro::ETHZ::Angular distance between vectors.::usr
$SSW_ETHZ/idl/jhuapl/usr/ver.pro::ETHZ::Plot a vertical line on a graph at specified x value.::usr
$SSW_ETHZ/idl/jhuapl/usr/veri.pro::ETHZ::Interactive vertical line on screen or plot.::usr
$SSW_ETHZ/idl/jhuapl/usr/vimgseq.pro::ETHZ::Display a sequence of byte images.::usr
$SSW_ETHZ/idl/jhuapl/usr/vline.pro::ETHZ::Plot a vertical line after erasing last plotted line.::usr
$SSW_ETHZ/idl/jhuapl/usr/web_back.pro::ETHZ::Generate a random web background.::usr
$SSW_ETHZ/idl/jhuapl/usr/webcaltab.pro::ETHZ::Generate HTML table code for a calendar.::usr
$SSW_ETHZ/idl/jhuapl/usr/webshadow.pro::ETHZ::Add a shadow to a web page image.::usr
$SSW_ETHZ/idl/jhuapl/usr/webtile.pro::ETHZ::Generate a Netscape web page background tile.::usr
$SSW_ETHZ/idl/jhuapl/usr/weekday.pro::ETHZ::Compute weekday given year, month, day.::usr
$SSW_ETHZ/idl/jhuapl/usr/whelp.pro::ETHZ::Widget to display given help text.::usr
$SSW_ETHZ/idl/jhuapl/usr/whoami.pro::ETHZ::Returns to the calling routine its directory and name.::usr
$SSW_ETHZ/idl/jhuapl/usr/whocalledme.pro::ETHZ::Returns to calling routine its parent's directory and name.::usr
$SSW_ETHZ/idl/jhuapl/usr/wmenu2.pro::ETHZ::Like wmenu but allows non-mouse menus. Uses widgets if available.::usr
$SSW_ETHZ/idl/jhuapl/usr/wordarray.pro::ETHZ::Convert text string or string array to 1-d array of words.::usr
$SSW_ETHZ/idl/jhuapl/usr/wordorder.pro::ETHZ::Re-arrange words in a text string.::usr
$SSW_ETHZ/idl/jhuapl/usr/wordpos.pro::ETHZ::Gives word number in a reference string for a search word.::usr
$SSW_ETHZ/idl/jhuapl/usr/xbb.pro::ETHZ::Widget bill board utility for text display.::usr
$SSW_ETHZ/idl/jhuapl/usr/xced1.pro::ETHZ::Simple widget to edit a single color table entry.::usr
$SSW_ETHZ/idl/jhuapl/usr/xcursor.pro::ETHZ::Cursor coordinate display in a pop-up widget window.::usr
$SSW_ETHZ/idl/jhuapl/usr/xcurve.pro::ETHZ::Draw a curve in the display window.::usr
$SSW_ETHZ/idl/jhuapl/usr/xcyph.pro::ETHZ::Widget based cycle/phase images.::usr
$SSW_ETHZ/idl/jhuapl/usr/xdatafile.pro::ETHZ::Explore a text file of unkown format.::usr
$SSW_ETHZ/idl/jhuapl/usr/xdate.pro::ETHZ::Widget based date selection tool.::usr
$SSW_ETHZ/idl/jhuapl/usr/xfiles.pro::ETHZ::Select files, individual or ranges.::usr
$SSW_ETHZ/idl/jhuapl/usr/xgetfile.pro::ETHZ::Widget based file selection routine.::usr
$SSW_ETHZ/idl/jhuapl/usr/xhelp.pro::ETHZ::Widget to display given help text.::usr
$SSW_ETHZ/idl/jhuapl/usr/xhistpick.pro::ETHZ::Widget routine to select image scaling based on a histogram.::usr
$SSW_ETHZ/idl/jhuapl/usr/xhotlist.pro::ETHZ::Widget based hotlist of items.::usr
$SSW_ETHZ/idl/jhuapl/usr/xhsbc.pro::ETHZ::Adjust image hue, saturation, brightness, & contrast. Widget.::usr
$SSW_ETHZ/idl/jhuapl/usr/xline.pro::ETHZ::Interactive line on image display.::usr
$SSW_ETHZ/idl/jhuapl/usr/xlist.pro::ETHZ::Pop-up list selection widget.::usr
$SSW_ETHZ/idl/jhuapl/usr/xmerge.pro::ETHZ::Widget based routine to merge multiple color images in one.::usr
$SSW_ETHZ/idl/jhuapl/usr/xmess.pro::ETHZ::Display a message using a widget.::usr
$SSW_ETHZ/idl/jhuapl/usr/xmeter.pro::ETHZ::Display a 0 to 100% meter on a text screen.::usr
$SSW_ETHZ/idl/jhuapl/usr/xoption.pro::ETHZ::Widget option selection panel.::usr
$SSW_ETHZ/idl/jhuapl/usr/xprint.pro::ETHZ::Print text on graphics device.  After initializing use just like print.::usr
$SSW_ETHZ/idl/jhuapl/usr/xspec.pro::ETHZ::Compute an ensemble averaged cross spectrum of real data.::usr
$SSW_ETHZ/idl/jhuapl/usr/xsubdir.pro::ETHZ::Widget based subdirectory selection tool.::usr
$SSW_ETHZ/idl/jhuapl/usr/xtextfile.pro::ETHZ::Explore a text file of unkown format.::usr
$SSW_ETHZ/idl/jhuapl/usr/xtextimg.pro::ETHZ::Create an image with text.  Widget based.::usr
$SSW_ETHZ/idl/jhuapl/usr/xtics.pro::ETHZ::Draw labeled tics for an X type axis.::usr
$SSW_ETHZ/idl/jhuapl/usr/xtxtin.pro::ETHZ::Widget based text input.::usr
$SSW_ETHZ/idl/jhuapl/usr/xview.pro::ETHZ::View and/or convert images (GIF, TIFF, ...).::usr
$SSW_ETHZ/idl/jhuapl/usr/xyesno.pro::ETHZ::Widget Yes/No selection panel.::usr
$SSW_ETHZ/idl/jhuapl/usr/xyoutb.pro::ETHZ::Bold text version of xyouts.::usr
$SSW_ETHZ/idl/jhuapl/usr/ydn2date.pro::ETHZ::Convert year and day of the year to a date string.::usr
$SSW_ETHZ/idl/jhuapl/usr/ydn2md.pro::ETHZ::Convert from year and day number of year to month and day of month.::usr
$SSW_ETHZ/idl/jhuapl/usr/ydns2js.pro::ETHZ::Convert year, day of the year, and seconds to Julian Seconds.::usr
$SSW_ETHZ/idl/jhuapl/usr/ymd2date.pro::ETHZ::Convert from year, month, day numbers to date string.::usr
$SSW_ETHZ/idl/jhuapl/usr/ymd2dn.pro::ETHZ::Convert from year, month, day to day number of year.::usr
$SSW_ETHZ/idl/jhuapl/usr/ymd2jd.pro::ETHZ::From Year, Month, and Day compute Julian Day number.::usr
$SSW_ETHZ/idl/jhuapl/usr/ymds2js.pro::ETHZ::Convert to year, month, day, second to "Julian Second".::usr
$SSW_ETHZ/idl/jhuapl/usr/zpan.pro::ETHZ::Zoom and pan around an image using the mouse.::usr
$SSW_ETHZ/idl/jhuapl/usr/zplot.pro::ETHZ::Plot symbols in various colors.::usr
$SSW_ETHZ/idl/jhuapl/usr2/autoscale.pro::ETHZ::Autoscale given image as previously specified.::usr2
$SSW_ETHZ/idl/jhuapl/usr2/cplot.pro::ETHZ::Do a character plots on screen or into an array.::usr2
$SSW_ETHZ/idl/jhuapl/usr2/dir_view.pro::ETHZ::Directory viewing utility.::usr2
$SSW_ETHZ/idl/jhuapl/usr2/footprint.pro::ETHZ::Interactively give info on a camera footprint.::usr2
$SSW_ETHZ/idl/jhuapl/usr2/furn.pro::ETHZ::Plot a set of furniture and a room floor plan.::usr2
$SSW_ETHZ/idl/jhuapl/usr2/get_ext.pro::ETHZ::Return a list of unique file extensions (and count).::usr2
$SSW_ETHZ/idl/jhuapl/usr2/gif.pro::ETHZ::GIF image viewer.::usr2
$SSW_ETHZ/idl/jhuapl/usr2/gif2bw.pro::ETHZ::Convert a GIF image to a BW image.::usr2
$SSW_ETHZ/idl/jhuapl/usr2/gif2color.pro::ETHZ::Convert a GIF image to a standard color image.::usr2
$SSW_ETHZ/idl/jhuapl/usr2/gif2tif.pro::ETHZ::Convert a GIF file to a TIFF file.::usr2
$SSW_ETHZ/idl/jhuapl/usr2/gif_del.pro::ETHZ::Delete specified GIF file.  For use by gif.pro.::usr2
$SSW_ETHZ/idl/jhuapl/usr2/idl_clean.pro::ETHZ::Cleans up IDL source code.  Puts in IDL standard format.::usr2
$SSW_ETHZ/idl/jhuapl/usr2/mort.pro::ETHZ::Mortgage or loan computation.::usr2
$SSW_ETHZ/idl/jhuapl/usr2/pdef.pro::ETHZ::Set some custom plot defaults.::usr2
$SSW_ETHZ/idl/jhuapl/usr2/pick_dir.pro::ETHZ::Interactively pick a directory.::usr2
$SSW_ETHZ/idl/jhuapl/usr2/redshift.pro::ETHZ::Converts between redshift, Recession velocity, and Distance::usr2
$SSW_ETHZ/idl/jhuapl/usr2/refinance.pro::ETHZ::Explore the costs and benifits of refinancing a loan.::usr2
$SSW_ETHZ/idl/jhuapl/usr2/sound.pro::ETHZ::Gives sound on sparc station 1.::usr2
$SSW_ETHZ/idl/jhuapl/usr2/subtree.pro::ETHZ::Display size sorted directory subtree. Good for cleaning.::usr2
$SSW_ETHZ/idl/jhuapl/usr2/tif.pro::ETHZ::TIFF image viewer.::usr2
$SSW_ETHZ/idl/jhuapl/usr2/tif2bw.pro::ETHZ::Convert a TIFF image to a BW image.::usr2
$SSW_ETHZ/idl/jhuapl/usr2/tif2color.pro::ETHZ::Convert a TIFF image to a standard color image.::usr2
$SSW_ETHZ/idl/jhuapl/usr2/tif2gif.pro::ETHZ::Convert a TIFF file to a GIF file.::usr2
$SSW_ETHZ/idl/jhuapl/usr2/tif_del.pro::ETHZ::Delete specified TIFF file.  For use by tif.pro.::usr2
$SSW_ETHZ/idl/jhuapl/usr2/xdc.pro::ETHZ::Display Xdefault colors or generate a color.::usr2
$SSW_ETHZ/idl/jhuapl/usr2/zoom_dum.pro::ETHZ::N.A.::usr2
$SSW_ETHZ/idl/modify/arithm_ops.pro::ETHZ::Arithmetic operations from the type y = a y^b + c are performed. The user introduces on the keyboard::modify,1D
$SSW_ETHZ/idl/modify/autocorr.pro::ETHZ::Computes the autocorrelation of an image or a vector.::modify
$SSW_ETHZ/idl/modify/clicklimits.pro::ETHZ::Interface to read maximum and minimum of a range from points clicked with the mouse.::modify
$SSW_ETHZ/idl/modify/constbacksub.pro::ETHZ::Computes the mean background out ouf a defined set of neighbouring profiles and subtracts it.::modify
$SSW_ETHZ/idl/modify/correl1d.pro::ETHZ::Computes the crosscorrelation of an image or a vector.::modify
$SSW_ETHZ/idl/modify/cutminmax.pro::ETHZ::Cut the lowest and/or the highest value of an array, and replace it by the second lowest, second highest value, respectively.::modify,Image Processing
$SSW_ETHZ/idl/modify/definezone.pro::ETHZ::N.A.::modify
$SSW_ETHZ/idl/modify/deriv_plot.pro::ETHZ::Computes the derivative of the plot, which should be a bijective function of x. This procedure is a part of the mdisp analyser.::modify,1D
$SSW_ETHZ/idl/modify/displayresttime.pro::ETHZ::N.A.::modify
$SSW_ETHZ/idl/modify/edit.pro::ETHZ::Image editing: interpolation of image pixels, the coordinates are given interactively. Set minimum or maximum values.::modify
$SSW_ETHZ/idl/modify/elimwrongchannels.pro::ETHZ::Find out (1) which channel has an unrealistic average relative to the general average and (2) which one has an unrealistic sigma value and then take them out of the image.::modify
$SSW_ETHZ/idl/modify/ethz_background.pro::ETHZ::Image background handling. It starts a menu interface to let the user define which kind of function will determine the image background.::modify
$SSW_ETHZ/idl/modify/every_function.pro::ETHZ::Computes operations from the type y = a*f(b*y^c + d) + e*g(h*x^i + j) + k f and g are interactively entered and represent::modify,1D
$SSW_ETHZ/idl/modify/exp_plot.pro::ETHZ::Computes operations from the type y = a Exp( b* y + c ) + d The user introduces on the keyboard::modify,1D
$SSW_ETHZ/idl/modify/extend_shrink.pro::ETHZ::Multiplies  the x-range of the plots selected by a factor, given with the keyboard or determined interactively. In the latter case, the user gives the new beginning::modify,1D
$SSW_ETHZ/idl/modify/fitting.pro::ETHZ::User Interface for accessing  a collection of algorithms for fitting curves to a data set.::modify
$SSW_ETHZ/idl/modify/fourier.pro::ETHZ::Performs fourrier transformation, forward or backward, and returns the result either in  a  real image and an imaginary image, or in a power-spectrum image::modify
$SSW_ETHZ/idl/modify/glidbacksub.pro::ETHZ::Subtracts a gliding background from an image.::modify
$SSW_ETHZ/idl/modify/integrate_2d.pro::ETHZ::2D integration of images. x- or y-profiles are averaged.::modify
$SSW_ETHZ/idl/modify/log_plot.pro::ETHZ::Computes operations from the type y = a Log( b* y + c ) + d The user introduces on the keyboard::modify,1D
$SSW_ETHZ/idl/modify/minenvback.pro::ETHZ::Looks for a minimum in EACH x-profile and returns a vector of dimension N_Elements(ny) -::modify
$SSW_ETHZ/idl/modify/modify.pro::ETHZ::User interface to modify image pixels. It allows to choose interactively the operation to be performed.::modify,Image Processing
$SSW_ETHZ/idl/modify/modify_1d.pro::ETHZ::As a part of mdisp, it is the analyser. It is done to allow the user to effectuate interactively mathematic operations on the plots selected.::modify,CATEGORY 1D
$SSW_ETHZ/idl/modify/mostbacksub.pro::ETHZ::N.A.::modify
$SSW_ETHZ/idl/modify/rag_background.pro::ETHZ::Background handling of images.::modify
$SSW_ETHZ/idl/modify/repllinint.pro::ETHZ::Replaces the values between the first and the last element of "array" by the linear interpolation of the values in array(minimum) and array(maximum).::modify
$SSW_ETHZ/idl/modify/shift_plot.pro::ETHZ::Shifts a plot by a given constant, in x-direction, left for negative values, right for positive values. This procedure::modify,1D
$SSW_ETHZ/idl/modify/smooth_plot.pro::ETHZ::Smoothes the plot by a factor given interactively. The factor is the total number of points which will be involved in the smoothing. This procedure::modify,1D
$SSW_ETHZ/idl/modify/splineimage.pro::ETHZ::Assuming the image is composed of irregular measurements in the X or Y axis, this procedure recomputes the image values at regular steps, using the spline interpolation::modify
$SSW_ETHZ/idl/modify/treshinterp.pro::ETHZ::Interpols values under given minimum and/or given maximum: that is: replaces them with the linear interpolation::modify
$SSW_ETHZ/idl/modify/tresholds.pro::ETHZ::Redefines the highest and lowest value of the plot. If a point of the plot is higher (lower) it will be redefined to the value entered.::modify,1D
$SSW/soho/gen/idl/util/add_anomaly.pro::SOHO::Adds a SOHO anomaly to the database::util,Planning, Databases.
$SSW/soho/gen/idl/util/check_anomaly.pro::SOHO::check directory location of anomaly database file: anomaly.db::util,operations
$SSW/soho/gen/idl/util/def_anomaly.pro::SOHO::define anomaly structure::util,operations
$SSW/soho/gen/idl/util/del_anomaly.pro::SOHO::Deletes a SoHO anomaly from the DB::util,Planning, Databases.
$SSW/soho/gen/idl/util/get_anomaly.pro::SOHO::Extracts a SOHO anomaly definition from the database::util,Planning, Databases.
$SSW/soho/gen/idl/util/list_anomaly.pro::SOHO::List the SoHO anomalies for a given time range.::util,operations, database
$SSW/soho/gen/idl/util/prg_anomaly.pro::SOHO::Purges old and deleted SOHO anomaly records::util,Planning, Databases.
$SSW/soho/gen/idl/util/query_anomaly.pro::SOHO::Query Anomaly rrcords and write result to a file::util,Anomaly report
$SSW/soho/gen/idl/util/text_anomaly.pro::SOHO::Convert the contents of an anomaly structure into an ascii array::util,SOHO Anomaly report
$SSW/soho/gen/idl/util/write_anomaly.pro::SOHO::Write output of perl program "anomaly_report" to database::util,SOC operation.
$SSW/soho/gen/idl/util/xreport.pro::SOHO::widget interface to anomaly database::util,operations, widgets
$SSW/soho/gen/idl/util/xreport_edit.pro::SOHO::widget interface to add/edit entry in anomaly database::util,operations,widgets
$SSW/soho/gen/idl/plan/msproject/cnvrt_msptime.pro::SOHO::Convert a date/time string from Microsoft Project format.::msproject,Planning, science
$SSW/soho/gen/idl/plan/msproject/get_section_no.pro::SOHO::Get a set of section numbers from a string.::msproject,Planning, science
$SSW/soho/gen/idl/plan/msproject/is_digit.pro::SOHO::Determine if a character is a digit [0 - 9].::msproject,Planning, science
$SSW/soho/gen/idl/plan/msproject/msp_test_1.pro::SOHO::N.A.::msproject
$SSW/soho/gen/idl/plan/msproject/open_msp_file.pro::SOHO::Opens an Microsoft Project file.::msproject,Planning, science.
$SSW/soho/gen/idl/plan/msproject/read_msp_file.pro::SOHO::Reads in a Microsoft Project file.::msproject,Planning, science.
$SSW/soho/gen/idl/plan/msproject/read_msp_item.pro::SOHO::Reads an item from a Microsoft Project file.::msproject,Planning, science
$SSW/soho/gen/idl/plan/msproject/var_type.pro::SOHO::Determine the data type of a variable or parameter.::msproject,Planning, science
$SSW/soho/gen/idl/plan/database/add_campaign.pro::SOHO::Adds a CDS campaign record to the database::database,Planning, Databases
$SSW/soho/gen/idl/plan/database/add_inst_dlyd.pro::SOHO::Adds an entry to the instrument delayed command database.::database,Planning, Databases.
$SSW/soho/gen/idl/plan/database/add_nrt_res.pro::SOHO::Adds an entry to the NRT reserved database.::database,Planning, Databases.
$SSW/soho/gen/idl/plan/database/add_other_obs.pro::SOHO::Adds a plan entry for another observatory to database::database,Planning, Databases.
$SSW/soho/gen/idl/plan/database/add_plan.pro::SOHO::Adds a SoHO/CDS science plan record to the database::database,Planning, Databases.
$SSW/soho/gen/idl/plan/database/add_res_type.pro::SOHO::Adds a resource type name to the database::database,Planning, Databases.
$SSW/soho/gen/idl/plan/database/add_resource.pro::SOHO::Adds an entry to the general resource database.::database,Planning, Databases.
$SSW/soho/gen/idl/plan/database/add_tel_mode.pro::SOHO::Adds an entry to the telemetry mode database.::database,Planning, Databases.
$SSW/soho/gen/idl/plan/database/add_tel_submode.pro::SOHO::Adds an entry to the telemetry submode database.::database,Planning, Databases.
$SSW/soho/gen/idl/plan/database/clr_inst_dlyd.pro::SOHO::Deletes instrument delayed command entries from the database::database,Planning, Databases.
$SSW/soho/gen/idl/plan/database/clr_nrt_res.pro::SOHO::Deletes NRT reserved entries from the database::database,Planning, Databases.
$SSW/soho/gen/idl/plan/database/clr_other_obs.pro::SOHO::Deletes entries from the "other_obs" database::database,Planning, Databases.
$SSW/soho/gen/idl/plan/database/clr_resource.pro::SOHO::Deletes SoHO resource entries from the database::database,Planning, Databases.
$SSW/soho/gen/idl/plan/database/clr_tel_mode.pro::SOHO::Deletes SoHO telemetry mode entries from the database::database,Planning, Databases.
$SSW/soho/gen/idl/plan/database/clr_tel_submode.pro::SOHO::Deletes SoHO telemetry submode entries from the database::database,Planning, Databases.
$SSW/soho/gen/idl/plan/database/del_plan.pro::SOHO::Deletes a SoHO/CDS science plan record from the database::database,Planning, Databases.
$SSW/soho/gen/idl/plan/database/del_soho_det.pro::SOHO::Deletes a SoHO/CDS DETAILS plan record from the database::database,Planning, Databases.
$SSW/soho/gen/idl/plan/database/exp_zdbase.pro::SOHO::expand ZDBASE into component directories::database,Planning
$SSW/soho/gen/idl/plan/database/find_campaign.pro::SOHO::Shell around LIST_CAMPAIGN to fix the annoying problem caused by LIST_CAMPAIGN often not returning valid campaign entries that have start/stop times on::database,planning
$SSW/soho/gen/idl/plan/database/find_zdbase.pro::SOHO::set ZDBASE to appropriate CDS/USER/SOHO Database location::database,Planning
$SSW/soho/gen/idl/plan/database/fix_zdbase.pro::SOHO::To control the value of env. var. ZDBASE.::database,Util, database
$SSW/soho/gen/idl/plan/database/get_campaign.pro::SOHO::Extracts a SOHO campaign definition from the database::database,Planning, Databases.
$SSW/soho/gen/idl/plan/database/get_instrument.pro::SOHO::Extracts a SOHO instrument name and code from the database::database,Planning, Databases.
$SSW/soho/gen/idl/plan/database/get_object.pro::SOHO::Extracts a SOHO object description from the database::database,Planning, Databases.
$SSW/soho/gen/idl/plan/database/get_plan.pro::SOHO::Extracts a SoHO science plan observation::database,Planning, Databases.
$SSW/soho/gen/idl/plan/database/get_soho_det.pro::SOHO::Extracts a SoHO detailed science plan observation::database,Planning, Databases.
$SSW/soho/gen/idl/plan/database/get_zdbase.pro::SOHO::set ZDBASE file appropriate CDS/USER/SOHO Database location::database,Planning
$SSW/soho/gen/idl/plan/database/list_campaign.pro::SOHO::List all the SoHO campaigns for a date range.::database,Planning, Database.
$SSW/soho/gen/idl/plan/database/list_com_times.pro::SOHO::List the SoHO command contact times for a given period::database,Planning, Database.
$SSW/soho/gen/idl/plan/database/list_dlyd_times.pro::SOHO::List the SoHO delayed command times for a given period::database,Planning, Database.
$SSW/soho/gen/idl/plan/database/list_dsn.pro::SOHO::List the SoHO DSN contacts for a given period::database,Planning, Database.
$SSW/soho/gen/idl/plan/database/list_inst_dlyd.pro::SOHO::List the instrument delayed command times for a given period::database,Planning, Database.
$SSW/soho/gen/idl/plan/database/list_mdi_m.pro::SOHO::List the MDI-M times for a given period::database,Planning, Database.
$SSW/soho/gen/idl/plan/database/list_nrt_res.pro::SOHO::List the NRT reserved times for a given period::database,Planning, Database.
$SSW/soho/gen/idl/plan/database/list_object.pro::SOHO::List the available SoHO object abbreviations.::database,Planning, Database.
$SSW/soho/gen/idl/plan/database/list_other_obs.pro::SOHO::List plan for other observatories for given date range::database,Planning, Database.
$SSW/soho/gen/idl/plan/database/list_other_res.pro::SOHO::List simple resource items that contains only start & stop times::database,Planning, Database.
$SSW/soho/gen/idl/plan/database/list_plan.pro::SOHO::List the SoHO science plan for a given date range.::database,Planning, Database.
$SSW/soho/gen/idl/plan/database/list_res_type.pro::SOHO::List all resource types::database,Planning, database
$SSW/soho/gen/idl/plan/database/list_resource.pro::SOHO::List the resource times for a given period::database,Planning, Database.
$SSW/soho/gen/idl/plan/database/list_soho_det.pro::SOHO::List the SoHO detailed plan for a given date range.::database,Planning, Database.
$SSW/soho/gen/idl/plan/database/list_support.pro::SOHO::List Ground Support a given period::database,Planning, Database.
$SSW/soho/gen/idl/plan/database/lock_zdbase.pro::SOHO::Lock directories defined by ZDBASE::database,Planning
$SSW/soho/gen/idl/plan/database/mod_campaign.pro::SOHO::Modify a CDS campaign record in the database::database,Planning, Databases
$SSW/soho/gen/idl/plan/database/mod_plan.pro::SOHO::Modifies an entry in the science plan database.::database,Planning, Databases.
$SSW/soho/gen/idl/plan/database/prg_plan.pro::SOHO::Purges old and deleted SOHO science plan records::database,Planning, Databases.
$SSW/soho/gen/idl/plan/database/prg_soho_det.pro::SOHO::Purges old and deleted SOHO detailed science plan records::database,Planning, Databases.
$SSW/soho/gen/idl/plan/database/priv_zdbase.pro::SOHO::Checks if current database has write access.::database,category of databases.
$SSW/soho/gen/idl/plan/database/qzdbase.pro::SOHO::Print the current value of env. var. ZDBASE::database,Database
$SSW/soho/gen/idl/plan/database/show_plan.pro::SOHO::Produce a listing of a CDS observation plan.::database,Planning, databases
$SSW/soho/gen/idl/plan/database/trim_campaign.pro::SOHO::trim all blank strings in Campaign structure::database,planning
$SSW/soho/gen/idl/plan/database/unlock_zdbase.pro::SOHO::Unlock directories defined by ZDBASE::database,Planning
$SSW/soho/gen/idl/plan/database/upd_plan.pro::SOHO::Adds a SOHO science plan record to the database::database,Planning, Databases.
$SSW/soho/gen/idl/plan/database/upd_soho_det.pro::SOHO::Adds a SOHO detailed science plan record to the database::database,Planning, Databases.
$SSW/soho/gen/idl/plan/database/update_campaign.pro::SOHO::Read the ASCII campaign file and update campaign database::database,Planning, database
$SSW/soho/gen/idl/plan/database/which_zdbase.pro::SOHO::Returns which database is selected::database,CDS, Planning, Databases
$SSW/soho/gen/idl/plan/science/check_kap.pro::SOHO::Check validity of campaign numbers in IAP file::science,planning
$SSW/soho/gen/idl/plan/science/check_kap_anomaly.pro::SOHO::check lines in KAP files for anomalous activity keywords::science,operations, planning
$SSW/soho/gen/idl/plan/science/concat_pnt.pro::SOHO::Concatenates instrument pointing to contiguous areas::science,Planning, science
$SSW/soho/gen/idl/plan/science/days2launch.pro::SOHO::Calculates days until SOHO launch.::science,Help
$SSW/soho/gen/idl/plan/science/def_inst_plan.pro::SOHO::Define a plan structure::science,Planning
$SSW/soho/gen/idl/plan/science/find_campaign.pro::SOHO::Shell around LIST_CAMPAIGN to fix the annoying problem caused by LIST_CAMPAIGN often not returning valid campaign entries that have start/stop times on::science,planning
$SSW/soho/gen/idl/plan/science/find_kap_file.pro::SOHO::Find latest KAP (or CAP or IAP) file for the given date::science,Science Planning
$SSW/soho/gen/idl/plan/science/fix_kap.pro::SOHO::Update KAP file with new IAP info::science,planning
$SSW/soho/gen/idl/plan/science/get_inst_color.pro::SOHO::Get color code for the given SOHO instrument::science,Utility, planning
$SSW/soho/gen/idl/plan/science/get_latest_iap.pro::SOHO::get latest IAP files from SOC::science,planning
$SSW/soho/gen/idl/plan/science/get_latest_kap.pro::SOHO::find most recently created KAP file for a given date::science,operations, planning
$SSW/soho/gen/idl/plan/science/get_noaa.pro::SOHO::get latest NOAA NEUTRAL-line GIF from EIT MAC::science,planning
$SSW/soho/gen/idl/plan/science/get_plan_def.pro::SOHO::Get definition of plan type::science,Planning
$SSW/soho/gen/idl/plan/science/get_plan_funct.pro::SOHO::Get DEL, ADD, LIST function for a given plan structure::science,Planning
$SSW/soho/gen/idl/plan/science/get_plan_itime.pro::SOHO::Get index of time field in plan structure::science,Planning
$SSW/soho/gen/idl/plan/science/get_plan_sci.pro::SOHO::replace blank plan fields with SCI_PLAN values::science,Planning, Database.
$SSW/soho/gen/idl/plan/science/get_plan_spec.pro::SOHO::construct SCI_SPEC title for PLAN::science,Planning
$SSW/soho/gen/idl/plan/science/get_plan_type.pro::SOHO::Get type of plan structure::science,Planning
$SSW/soho/gen/idl/plan/science/get_res_name.pro::SOHO::return a valid resource name::science,Planning
$SSW/soho/gen/idl/plan/science/get_sc_att.pro::SOHO::Get the SOHO spacecraft attitude.::science,Class3, Orbit
$SSW/soho/gen/idl/plan/science/get_sc_point.pro::SOHO::Get the SOHO spacecraft pointing.::science,Class3, Orbit
$SSW/soho/gen/idl/plan/science/get_soho_inst.pro::SOHO::Return one or more SOHO instrument names::science,Utility, planning
$SSW/soho/gen/idl/plan/science/get_soho_map.pro::SOHO::return SOHO SCI_PLAN instrument that is being used for ACTIVITY::science,operations, planning
$SSW/soho/gen/idl/plan/science/get_soho_submode.pro::SOHO::return DSN subformat definitions for SOHO instruments::science,planning
$SSW/soho/gen/idl/plan/science/get_time_delay.pro::SOHO::Get the time delay between SOHO and the Earth::science,Class3, Orbit, Time
$SSW/soho/gen/idl/plan/science/html_splan.pro::SOHO::Make SOHO plans for a give date range::science,Planning, Utility
$SSW/soho/gen/idl/plan/science/iap2stc.pro::SOHO::convert IAP file (or array) to structure::science,planning
$SSW/soho/gen/idl/plan/science/kap_contents.pro::SOHO::Read in the latest KAP (or CAP or IAP) file for the given date::science,Science Planning
$SSW/soho/gen/idl/plan/science/kap_date.pro::SOHO::Returns the date of a KAP file::science,Planning, Activity plans
$SSW/soho/gen/idl/plan/science/kap_vers.pro::SOHO::Returns the version number of a KAP file::science,Planning, Activity plans
$SSW/soho/gen/idl/plan/science/last_kap_vers.pro::SOHO::Gets version number of last KAP file read for given date::science,Planning, Databases.
$SSW/soho/gen/idl/plan/science/mk_plan_add.pro::SOHO::Add PLAN entry to PLANS array::science,Planning
$SSW/soho/gen/idl/plan/science/mk_plan_camp.pro::SOHO::Check validity of campaign ID::science,planning
$SSW/soho/gen/idl/plan/science/mk_plan_change.pro::SOHO::change PLAN plan entries::science,Planning
$SSW/soho/gen/idl/plan/science/mk_plan_clone.pro::SOHO::clone a plan from one OPS day to another::science,Planning, Database.
$SSW/soho/gen/idl/plan/science/mk_plan_comp.pro::SOHO::compare contents of two plans::science,Planning
$SSW/soho/gen/idl/plan/science/mk_plan_conv.pro::SOHO::convert plan time tags from TAI to UTC::science,Planning
$SSW/soho/gen/idl/plan/science/mk_plan_copy.pro::SOHO::Make a new plan entry from a selected (highlighted) plan entry::science,PREVIOUS HISTORY:
$SSW/soho/gen/idl/plan/science/mk_plan_copy_ev.pro::SOHO::Event "processor" for MK_PLAN_COPY::science,PREVIOUS HISTORY:
$SSW/soho/gen/idl/plan/science/mk_plan_corr.pro::SOHO::correct plan entry so that PLAN.N_POINTINGS matches number of elements of PLAN.POINTI::science,Planning, Database.
$SSW/soho/gen/idl/plan/science/mk_plan_custom.pro::SOHO::widget interface for customizing MK_DETAIL::science,Planning, widgets
$SSW/soho/gen/idl/plan/science/mk_plan_dur.pro::SOHO::compute study duration based on plan details::science,Planning
$SSW/soho/gen/idl/plan/science/mk_plan_exist.pro::SOHO::check contents of MK_PLAN_SHARED common blocks::science,Planning
$SSW/soho/gen/idl/plan/science/mk_plan_find.pro::SOHO::Find all plans between STARTDIS/STOPDIS (inclusive)::science,planning
$SSW/soho/gen/idl/plan/science/mk_plan_form.pro::SOHO::Make SOHO plan form in GIF format::science,Utility, planning
$SSW/soho/gen/idl/plan/science/mk_plan_html.pro::SOHO::Make list of SOHO plans of today in HTML table format::science,Planning, Utility
$SSW/soho/gen/idl/plan/science/mk_plan_load.pro::SOHO::load contents of MK_PLAN_SHARED common blocks::science,Planning
$SSW/soho/gen/idl/plan/science/mk_plan_order.pro::SOHO::orders plan entries according to time-tags and durations::science,Planning
$SSW/soho/gen/idl/plan/science/mk_plan_plot.pro::SOHO::Plot timeline for arbitrary plan type and instruments::science,planning
$SSW/soho/gen/idl/plan/science/mk_plan_point.pro::SOHO::Shell program for making a pointing structure for use with IMAGE_TOOL::science,PREVIOUS HISTORY:
$SSW/soho/gen/idl/plan/science/mk_plan_priv.pro::SOHO::Check to see if the user has the privilege of editing plan::science,Planning
$SSW/soho/gen/idl/plan/science/mk_plan_read.pro::SOHO::general reader for PLAN Database::science,Planning
$SSW/soho/gen/idl/plan/science/mk_plan_recal.pro::SOHO::Recompute DETAILS based on time-tagged information::science,Planning
$SSW/soho/gen/idl/plan/science/mk_plan_rem.pro::SOHO::Remove PLAN entry from given list of PLANS::science,Planning
$SSW/soho/gen/idl/plan/science/mk_plan_reset.pro::SOHO::reset contents of MK_PLAN_SHARED common blocks::science,Planning
$SSW/soho/gen/idl/plan/science/mk_plan_sbase.pro::SOHO::makes a widget interface to CDS or SUMER Science Plan::science,Planning
$SSW/soho/gen/idl/plan/science/mk_plan_send.pro::SOHO::Send a new pointing structure to and trigger an event in IMAGE_TOOL::science,Planning
$SSW/soho/gen/idl/plan/science/mk_plan_shared.pro::SOHO::Common blocks for MK_SOHO, MK_PLAN, & MK_DETAIL::science,Planning, science
$SSW/soho/gen/idl/plan/science/mk_plan_shift.pro::SOHO::Event handler of draw events for MK_SOHO's "Shift" button::science,Planning
$SSW/soho/gen/idl/plan/science/mk_plan_sort.pro::SOHO::Sort a list of plans by time::science,Utility, Planning
$SSW/soho/gen/idl/plan/science/mk_plan_tail.pro::SOHO::Find the last plan entry in the current plan block::science,PREVIOUS HISTORY:
$SSW/soho/gen/idl/plan/science/mk_plan_unload.pro::SOHO::Unload contents of MK_PLAN_SHARED common blocks::science,Planning
$SSW/soho/gen/idl/plan/science/mk_plan_where.pro::SOHO::Find where input TIME or PLAN is relative to PLANS::science,Planning
$SSW/soho/gen/idl/plan/science/mk_plan_write.pro::SOHO::Rewrite PLAN entries::science,Planning
$SSW/soho/gen/idl/plan/science/mk_plan_xy.pro::SOHO::format plan pointing fields::science,Planning
$SSW/soho/gen/idl/plan/science/mk_soho.pro::SOHO::Widget interface for displaying/editing SOHO SCI plans::science,Planning Tool
$SSW/soho/gen/idl/plan/science/mk_soho_com.pro::SOHO::Common blocks for SOHO planning tool.::science,Common
$SSW/soho/gen/idl/plan/science/mk_soho_custom.pro::SOHO::Widget interface for customizing MK_SOHO::science,Planning, widgets
$SSW/soho/gen/idl/plan/science/mk_soho_dbase.pro::SOHO::Create widget fields for SOHO DET plans::science,Planning
$SSW/soho/gen/idl/plan/science/mk_soho_edp.pro::SOHO::Clone a given plan entry to other instruments::science,Planning
$SSW/soho/gen/idl/plan/science/mk_soho_extplan.pro::SOHO::Extract science plans for a given instrument from SOHO SCI plans::science,Planning
$SSW/soho/gen/idl/plan/science/mk_soho_sbase.pro::SOHO::Create widget fields for SOHO SCI plans::science,Planning
$SSW/soho/gen/idl/plan/science/mk_soho_setup.pro::SOHO::Set up things for SOC people to run MK_SOHO *more* easily::science,Planning, utility
$SSW/soho/gen/idl/plan/science/mk_soho_target.pro::SOHO::Create an HTML file listing all SOHO plan targets::science,Planning, utility
$SSW/soho/gen/idl/plan/science/new_edit_item.pro::SOHO::Rearrange REQ_ITEMS in CUSTOM_STC::science,Utitility, Planning
$SSW/soho/gen/idl/plan/science/obt2tai.pro::SOHO::Converts OBT/LOBT to UTC::science,Utilities, Time.
$SSW/soho/gen/idl/plan/science/open_kap.pro::SOHO::Opens an KAP file.::science,Planning, science.
$SSW/soho/gen/idl/plan/science/oplot_splan.pro::SOHO::oplots individual planning items on plan timeline::science,Planning, Science.
$SSW/soho/gen/idl/plan/science/plot_cmdtimes.pro::SOHO::Plots commanding times on science plan.::science,Planning, Science.
$SSW/soho/gen/idl/plan/science/plot_frame.pro::SOHO::Plots frame for science planning tool.::science,Planning, Science.
$SSW/soho/gen/idl/plan/science/plot_item.pro::SOHO::Plots individual planning items on science plan.::science,Planning, Science.
$SSW/soho/gen/idl/plan/science/plot_plan.pro::SOHO::plot plan timeline for a given date range and DB type::science,Planning
$SSW/soho/gen/idl/plan/science/plot_resource.pro::SOHO::Plots any of given resource item on the resource row::science,Planning, Science
$SSW/soho/gen/idl/plan/science/plot_splan.pro::SOHO::Plot SOHO SCIENCE plan for a given date range.::science,Planning
$SSW/soho/gen/idl/plan/science/plot_support.pro::SOHO::Plots ground support times on science plan.::science,Planning, Science.
$SSW/soho/gen/idl/plan/science/plot_utframe.pro::SOHO::Plots frame for science planning tool::science,Planning, Science
$SSW/soho/gen/idl/plan/science/purge_kaps.pro::SOHO::Remove old versions of KAP files on archive.::science,planning
$SSW/soho/gen/idl/plan/science/rd_plan.pro::SOHO::Read a plan for a given date range.::science,Planning, Database.
$SSW/soho/gen/idl/plan/science/rd_resource.pro::SOHO::Read a resource (MDI, DSN, COM times etc) for a given date range.::science,Planning, Database.
$SSW/soho/gen/idl/plan/science/read_full_att.pro::SOHO::Reads a SOHO full resolution attitude file.::science,Class3, Coordinates
$SSW/soho/gen/idl/plan/science/read_kap.pro::SOHO::Reads in a KAP file.::science,Planning, science.
$SSW/soho/gen/idl/plan/science/read_kap_item.pro::SOHO::Reads an item from a KAP::science,Planning, science
$SSW/soho/gen/idl/plan/science/read_sc_att.pro::SOHO::Read SOHO spacecraft attitude files.::science,Class3, Orbit, Coordinates
$SSW/soho/gen/idl/plan/science/set_kap_vers.pro::SOHO::Sets version number of last KAP file read for given date::science,Planning, Databases.
$SSW/soho/gen/idl/plan/science/show_res_stc.pro::SOHO::Show resource structure selected from the display::science,Science planning, utility
$SSW/soho/gen/idl/plan/science/soho_campaign.pro::SOHO::Make KAP style of list of SOHO campaign entries::science,Planning
$SSW/soho/gen/idl/plan/science/soho_items_html.pro::SOHO::List SOHO related plans in HTML format::science,Utility
$SSW/soho/gen/idl/plan/science/submit_cap.pro::SOHO::Submits a CAP file to the ECS.::science,Planning, Activity Plan.
$SSW/soho/gen/idl/plan/science/tai2obt.pro::SOHO::Converts TAI to OBT/LOBT::science,Utilities, Time.
$SSW/soho/gen/idl/plan/science/update_iap.pro::SOHO::Update Databases from latest IAP files from SOC::science,planning
$SSW/soho/gen/idl/plan/science/update_kap.pro::SOHO::Read in the latest KAP files to keep database updated::science,Planning
$SSW/soho/gen/idl/plan/science/update_noaa.pro::SOHO::get latest NOAA NEUTRAL-line GIF from EIT MAC::science,planning
$SSW/soho/gen/idl/plan/science/update_soho_targets.pro::SOHO::Driver to update SOHO target pages::science,planning
$SSW/soho/gen/idl/plan/science/which_inst.pro::SOHO::return which instrument DB (CDS or SUMER) is being used::science,Planning, Database.
$SSW/soho/gen/idl/plan/science/write_cap.pro::SOHO::Write out the CAP from the science plan.::science,Planning
$SSW/soho/gen/idl/plan/science/xcamp.pro::SOHO::widget interface to campaign database::science,operations, widgets
$SSW/soho/gen/idl/plan/science/xclone_plan.pro::SOHO::Widget program for CLONE_PLAN.::science,Planning, widgets
$SSW/soho/gen/idl/plan/science/xiap.pro::SOHO::widget interface to WRITE_IAP and WRITE_CAP::science,Help
$SSW/soho/gen/idl/plan/science/xzoom_plan.pro::SOHO::zoom in on plot window::science,Planning
$SSW/yohkoh/gen/idl/atest/KAPftp.pro::YOHKOH::Maintain (through ftp) current 3 days of KAP schedule files. User name and password are save in KAP_passwd file (below) for security of external site.  (The read permission of KAP_passwd is::atest
$SSW/yohkoh/gen/idl/atest/ahk_conv.pro::YOHKOH::convert Yohkoh DHK entries into physical units::atest
$SSW/yohkoh/gen/idl/atest/bbso_copy.pro::YOHKOH::N.A.::atest
$SSW/yohkoh/gen/idl/atest/bcs_paths.pro::YOHKOH::Derives path name for BCS files. If Env. Variable BCS_PATH is set, this defines search path (Default is "/bdat*/"). Intended for use at sites with large amount of BCS data online.::atest
$SSW/yohkoh/gen/idl/atest/box_message.pro::YOHKOH::message to user, highlight with box around text::atest
$SSW/yohkoh/gen/idl/atest/comp_sda.pro::YOHKOH::Calls sav_sda w/index and data from rd_xda::atest
$SSW/yohkoh/gen/idl/atest/comp_sfr_arch.pro::YOHKOH::compress an sfr archive.  Formal Parameters:::atest
$SSW/yohkoh/gen/idl/atest/cont2time.pro::YOHKOH::return times from from contacts and/or mk_visible output files::atest
$SSW/yohkoh/gen/idl/atest/daily_sfd_fits.pro::YOHKOH::To read the daily temporary SFD files and write a FITS image::atest
$SSW/yohkoh/gen/idl/atest/data_compress.pro::YOHKOH::Compress and decompress data using UNIX compress or gzip by writing a temporary file.::atest
$SSW/yohkoh/gen/idl/atest/def_tapd.pro::YOHKOH::define default tape drive names for various systems::atest
$SSW/yohkoh/gen/idl/atest/diskfree.pro::YOHKOH::To return the number of free bytes available on the disk in megabytes. Also returns total and used bytes and file system and mount names.::atest
$SSW/yohkoh/gen/idl/atest/dsn_check.pro::YOHKOH::Make and print out the DSN data check sheet based on the final schedule::atest
$SSW/yohkoh/gen/idl/atest/dsnftp.pro::YOHKOH::ftp DSN schedule files.  This routine will only work from DSN-trusted hosts.::atest
$SSW/yohkoh/gen/idl/atest/dummy.pro::YOHKOH::force otherwise empty directory to be included in IDL path -::atest
$SSW/yohkoh/gen/idl/atest/file_compress.pro::YOHKOH::provide IDL interface to gzip and Unix compress utility::atest
$SSW/yohkoh/gen/idl/atest/file_uncompress.pro::YOHKOH::provide IDL interface to standard unix uncompress & gzip utility::atest
$SSW/yohkoh/gen/idl/atest/files_newer.pro::YOHKOH::return files in <directory>  newer than <reference> file::atest
$SSW/yohkoh/gen/idl/atest/fix_old_att.pro::YOHKOH::Remove the wrong mission correction offset from old ATT data.::atest
$SSW/yohkoh/gen/idl/atest/fl_goesplot.pro::YOHKOH::make goes plot in 'first_light' format or read existing::atest
$SSW/yohkoh/gen/idl/atest/fl_summary.pro::YOHKOH::combine fl_xxx images into summary image::atest
$SSW/yohkoh/gen/idl/atest/fl_suntoday.pro::YOHKOH::create sun_today image for showpix (guts from first_light) read the existing genx file version by default (speed)::atest
$SSW/yohkoh/gen/idl/atest/get_boolean_flags.pro::YOHKOH::convert a list of selected indices to a complete list of boolean flags. Formal Parameters:::atest
$SSW/yohkoh/gen/idl/atest/get_index.pro::YOHKOH::N.A.::atest
$SSW/yohkoh/gen/idl/atest/get_mk3.pro::YOHKOH::get Mauna Loa MK3 magnetograph  24-sep-1995 (SLF) First Light optional image::atest
$SSW/yohkoh/gen/idl/atest/get_sirius.pro::YOHKOH::To copy YOHKOH raw telemetry data from SIRIUS to the workstation::atest
$SSW/yohkoh/gen/idl/atest/get_yo_dates.pro::YOHKOH::Return significant Yohkoh dates.::atest
$SSW/yohkoh/gen/idl/atest/go_comp_sfr_arch.pro::YOHKOH::N.A.::atest
$SSW/yohkoh/gen/idl/atest/go_dsnftp.pro::YOHKOH::Cron job to ftp the DSN schedule files.::atest
$SSW/yohkoh/gen/idl/atest/go_mk_cd.pro::YOHKOH::Make a cd archive from tape.::atest
$SSW/yohkoh/gen/idl/atest/go_mk_orbit.pro::YOHKOH::N.A.::atest
$SSW/yohkoh/gen/idl/atest/go_toban.pro::YOHKOH::To allow the SXT toban to (1) call SRSJCL, (2) call SRSGET, (3) reformat the data, (4) append to the observing log, (5) to make the event log, (5) to append to the PNT file, and::atest
$SSW/yohkoh/gen/idl/atest/goes_tek.pro::YOHKOH::plot GOES data for Yohkoh CO with Tek graphics::atest
$SSW/yohkoh/gen/idl/atest/gt_yo_station.pro::YOHKOH::extract/convert Yohkoh station information from index::atest
$SSW/yohkoh/gen/idl/atest/hxt_struct.pro::YOHKOH::Define the following HXT specific database structures * HXT_QS_Instr_Rec * HXT_QS_Conv_Rec::atest
$SSW/yohkoh/gen/idl/atest/kill_ftp.pro::YOHKOH::To monitor FTP jobs that have hung up and are eating up CPU::atest
$SSW/yohkoh/gen/idl/atest/list_mo_log.pro::YOHKOH::To read the log entries when an MO disk is made and make a listing.::atest
$SSW/yohkoh/gen/idl/atest/mk_cd.pro::YOHKOH::Make a CD from data found in path "dpath".  Default is for making CD's from general/personal data sets.::atest
$SSW/yohkoh/gen/idl/atest/mk_fem.pro::YOHKOH::Generate a FEM file::atest
$SSW/yohkoh/gen/idl/atest/mk_fem_aoslos.pro::YOHKOH::Generate a AOSLOS file to be used by MK_FEM::atest
$SSW/yohkoh/gen/idl/atest/mk_orbit.pro::YOHKOH::Read the orbit solution file that is copied from the FACOM computer and make the files used by DSNFIL with one orbit solution per file.  Generate FEM files, aoslos files for op_first_guess::atest
$SSW/yohkoh/gen/idl/atest/mk_pix.pro::YOHKOH::make a genx file of image or current window for display by show_pix::atest
$SSW/yohkoh/gen/idl/atest/mk_sfd.pro::YOHKOH::Given a set of files, read the roadmaps and find where there is a long and short exposure.  Make a composite image and remove the saturated pixels.  Write images to an output file.::atest
$SSW/yohkoh/gen/idl/atest/mk_sl.pro::YOHKOH::Generate the SXT Leak Dark image (SLD) or SXT Leak scatter (SLS) log from the SFR files.  It also generates the SXT X-ray Average (SXA) files from the SFD files.::atest
$SSW/yohkoh/gen/idl/atest/mk_week_file.pro::YOHKOH::Generate a weekly file.  Files that can be generated are GXT, G6D, G7D (GOES light curve), GOL, GBL, OSP/OSF/OBD/OWH files.::atest
$SSW/yohkoh/gen/idl/atest/mo_init.pro::YOHKOH::initialize one or more mo disks::atest
$SSW/yohkoh/gen/idl/atest/modvolume_inf.pro::YOHKOH::modify the "volume.inf" files for YMI-makedisc::atest
$SSW/yohkoh/gen/idl/atest/move_files.pro::YOHKOH::N.A.::atest
$SSW/yohkoh/gen/idl/atest/msok_poi_copy.pro::YOHKOH::copy MSO Ca-K FITS (POI)  25-sep-1995 (SLF) First Light optional image::atest
$SSW/yohkoh/gen/idl/atest/mtcmd.pro::YOHKOH::issue OS dependent tape positioning::atest
$SSW/yohkoh/gen/idl/atest/nts_copy.pro::YOHKOH::N.A.::atest
$SSW/yohkoh/gen/idl/atest/op_bdr_opt.pro::YOHKOH::Count day/nightime and determine optimized Med and High rates::atest
$SSW/yohkoh/gen/idl/atest/op_edit.pro::YOHKOH::Align the event times on the nearest 32 sec boundaries. Adjust the offset times.::atest
$SSW/yohkoh/gen/idl/atest/op_first_guess.pro::YOHKOH::Generate a first guess for the OP editor tables.  Reads the output file of AOSLOS (as run on FACOM::atest
$SSW/yohkoh/gen/idl/atest/op_get_event.pro::YOHKOH::Called by op_get_event to save orbital event information in output structure.::atest
$SSW/yohkoh/gen/idl/atest/op_pass_sheets.pro::YOHKOH::Called by op_first_guess to generate the pass sheets.::atest
$SSW/yohkoh/gen/idl/atest/op_saa_med.pro::YOHKOH::ose:::atest
$SSW/yohkoh/gen/idl/atest/op_same_time.pro::YOHKOH::Called by op_edit (by op_first_guess) to resolve conflicting OG times.::atest
$SSW/yohkoh/gen/idl/atest/op_term_score.pro::YOHKOH::Read the term_times.txt file on the $ydb/orbit/opog directory::atest
$SSW/yohkoh/gen/idl/atest/op_terminator.pro::YOHKOH::Try to put the command sequences for the terminator images into the op command.::atest
$SSW/yohkoh/gen/idl/atest/plot_goes.pro::YOHKOH::plot goes x-ray data (Yohkoh structure)::atest
$SSW/yohkoh/gen/idl/atest/plot_trav.pro::YOHKOH::To plot the travel plans for the SXT team at ISAS.  User has ability to interactively expand the plot over a given time period.::atest
$SSW/yohkoh/gen/idl/atest/prep_dat.pro::YOHKOH::prep. weekly log file data (eg sfd) for CD rom writes.  Parameters:::atest
$SSW/yohkoh/gen/idl/atest/prep_week.pro::YOHKOH::prep Yohkoh archive tape data for a CD archive.  dpath 	        if data is already on disk this is the path to it.::atest
$SSW/yohkoh/gen/idl/atest/prt_flst.pro::YOHKOH::Print a list of files on /cdr_base to be pre-mastered or re-mastered.::atest
$SSW/yohkoh/gen/idl/atest/rd_gbl_raw.pro::YOHKOH::Read the IDL save file with the GRO/BATSE light curve::atest
$SSW/yohkoh/gen/idl/atest/rd_gxd.pro::YOHKOH::Read the GXD type files (GOES 3 sec light curve data files for S/C 6,7,8,9, or derived 1 minute average data files).  Default is to read 3 sec data for spacecraft 7.::atest
$SSW/yohkoh/gen/idl/atest/rd_sda_data.pro::YOHKOH::Perform the actual data read for SDA files (called from RD_XDA)::atest
$SSW/yohkoh/gen/idl/atest/rd_selsis2.pro::YOHKOH::convert selsis 'event' file to GEV record (new format)::atest
$SSW/yohkoh/gen/idl/atest/rd_week_file.pro::YOHKOH::Read the weekly files which do not have orbit pointers (EVN, FEM, NAR, GEV, and GXT)::atest
$SSW/yohkoh/gen/idl/atest/rdtap.pro::YOHKOH::Read ARCHIVE tape and write the requested files to the default directory.::atest
$SSW/yohkoh/gen/idl/atest/ref_super.pro::YOHKOH::To copy data from SIRIUS and reformat it.  There are several different reformatting stages and several different types of files that are produced.::atest
$SSW/yohkoh/gen/idl/atest/reltime.pro::YOHKOH::return relative UT time or time range (default is offset from NOW)::atest
$SSW/yohkoh/gen/idl/atest/rfits.pro::YOHKOH::Reads a standard FITS disk file into an array.::atest
$SSW/yohkoh/gen/idl/atest/sav_sda.pro::YOHKOH::To save an SXT index and data array to a file::atest
$SSW/yohkoh/gen/idl/atest/sonyloop.pro::YOHKOH::Play a range of frames on the Sony LVR-5000A laser videodisk recorder/player an arbitrary number of times::atest
$SSW/yohkoh/gen/idl/atest/strmids.pro::YOHKOH::strmid with vectorized parameters::atest
$SSW/yohkoh/gen/idl/atest/sxt_mk3.pro::YOHKOH::embed an SXT image in an MLSO MarkIII coronograph image::atest
$SSW/yohkoh/gen/idl/atest/tap_wrt_chk.pro::YOHKOH::Compare data on stage disk with XBD records.::atest
$SSW/yohkoh/gen/idl/atest/valid_pass4.pro::YOHKOH::SE:::atest
$SSW/yohkoh/gen/idl/atest/week_totals.pro::YOHKOH::read 8mm archive tape directory files and summarize the file/tape sizes.::atest
$SSW/yohkoh/gen/idl/atest/wr_opasc.pro::YOHKOH::Write ascii file output for op_first_guess::atest
$SSW/yohkoh/gen/idl/atest/wrt1orbit.pro::YOHKOH::Procedure that writes part of a 24 hour file into a::atest
$SSW/yohkoh/gen/idl/atest/yodat.pro::YOHKOH::Read an any of the reformatted data files::atest
$SSW/yohkoh/gen/idl/to_be_deleted/ars2_plan.pro::YOHKOH::Given a reference time and and CCD coordinates, predict CCD coordinates some future time.::to_be_deleted
$SSW/yohkoh/gen/idl/to_be_deleted/cancel_prelim.pro::YOHKOH::To cancel the preliminary Yohkoh passes that are not needed::to_be_deleted
$SSW/yohkoh/gen/idl/to_be_deleted/cnvtimstr.pro::YOHKOH::attempt to convert non standard time string into Yohkoh standard::to_be_deleted,time, conversion, dbase
$SSW/yohkoh/gen/idl/to_be_deleted/errplot.pro::YOHKOH::Overplot error bars over a previously drawn plot.::to_be_deleted,J6 - plotting, graphics, one dimensional.
$SSW/yohkoh/gen/idl/to_be_deleted/extract.pro::YOHKOH::Extract a portion of a 1-D or 2-D array  A "replacement" since IDL Ver 2 does not::to_be_deleted
$SSW/yohkoh/gen/idl/to_be_deleted/fix_fem1.pro::YOHKOH::N.A.::to_be_deleted
$SSW/yohkoh/gen/idl/to_be_deleted/fix_fheader1.pro::YOHKOH::N.A.::to_be_deleted
$SSW/yohkoh/gen/idl/to_be_deleted/fix_mdm2.pro::YOHKOH::N.A.::to_be_deleted
$SSW/yohkoh/gen/idl/to_be_deleted/fix_mdm3.pro::YOHKOH::N.A.::to_be_deleted
$SSW/yohkoh/gen/idl/to_be_deleted/get_kbrd2.pro::YOHKOH::same as IDL get_kbrd unless SGI ( mabey future additions) SGI appears to solicit bogus 255 from Xclients::to_be_deleted
$SSW/yohkoh/gen/idl/to_be_deleted/hel2pix.pro::YOHKOH::computes pixel coordinates (full-resolution pixels) from heliographic coordinate inputs (inverse of PIX2HEL).::to_be_deleted
$SSW/yohkoh/gen/idl/to_be_deleted/help_figs.pro::YOHKOH::N.A.::to_be_deleted
$SSW/yohkoh/gen/idl/to_be_deleted/input_menu.pro::YOHKOH::N.A.::to_be_deleted
$SSW/yohkoh/gen/idl/to_be_deleted/mk512.pro::YOHKOH::Convert indata to 512 x 512 matrix::to_be_deleted
$SSW/yohkoh/gen/idl/to_be_deleted/pick_can_prelim.pro::YOHKOH::Reads strawman file and user choses passes to be deleted.::to_be_deleted
$SSW/yohkoh/gen/idl/to_be_deleted/pix2hel.pro::YOHKOH::Converts an SXT pixel to heliographic coordinates.::to_be_deleted
$SSW/yohkoh/gen/idl/to_be_deleted/pr_can_prelim.pro::YOHKOH::To produce the Preliminary pass cancellation form::to_be_deleted
$SSW/yohkoh/gen/idl/to_be_deleted/search_files.pro::YOHKOH::return path name of yohkoh reformatted data files::to_be_deleted
$SSW/yohkoh/gen/idl/to_be_deleted/sxt_te.pro::YOHKOH::Compute temperature at i1,i2 from database temperature and database i1, i2.::to_be_deleted
$SSW/yohkoh/gen/idl/to_be_deleted/test_rd.pro::YOHKOH::Read an any of the reformatted data files::to_be_deleted
$SSW/yohkoh/gen/idl/to_be_deleted/tvplot.pro::YOHKOH::N.A.::to_be_deleted
$SSW/yohkoh/gen/idl/dbase/add_key.pro::YOHKOH::add a new key button to a search widget::dbase
$SSW/yohkoh/gen/idl/dbase/adjusrtim.pro::YOHKOH::Adjust and return new user input times, such that the times corresponds to the earliest start time of the data and the latest time of the data as a::dbase
$SSW/yohkoh/gen/idl/dbase/binarysea.pro::YOHKOH::Binary search of time and day vectors (if present) for the occurance of the value "stTime" and return the data index value for the nearest match.::dbase
$SSW/yohkoh/gen/idl/dbase/ck_item.pro::YOHKOH::Compare the "item" from the search key to a list of valid "search fields" which are derived from the fieldnames of the actual data-structures for the::dbase
$SSW/yohkoh/gen/idl/dbase/ckfurfiles.pro::YOHKOH::Review list of input file names and check the default directory for the existence of the file.  If the file does not exist on the default directory a path to the::dbase
$SSW/yohkoh/gen/idl/dbase/cktimenkey.pro::YOHKOH::Check for the presence of either time or key to define the start and end times for data extraction and to set time and key flags (utime and ukey).::dbase
$SSW/yohkoh/gen/idl/dbase/clrkeys.pro::YOHKOH::clear output buffers and text display values of menu keys.::dbase
$SSW/yohkoh/gen/idl/dbase/credvec.pro::YOHKOH::From the user request record (fnMap) and the lists of times for data extraction returns the lists of data- pointers (roadmap indices).::dbase
$SSW/yohkoh/gen/idl/dbase/crefn.pro::YOHKOH::Create a list of filenames.::dbase
$SSW/yohkoh/gen/idl/dbase/crehxtwbs.pro::YOHKOH::Create one of two possible structures: Obs_HXT_Rec or Obs_WBS_Rec.::dbase
$SSW/yohkoh/gen/idl/dbase/dsetvec.pro::YOHKOH::For each "fnMap" request convert the input data- time vectors to roadmap-index vectors.::dbase
$SSW/yohkoh/gen/idl/dbase/fidmap.pro::YOHKOH::Create a record (map) of the observing log search requests and successes.::dbase
$SSW/yohkoh/gen/idl/dbase/file_summary.pro::YOHKOH::return brief text summarry of solar a reformatted file::dbase
$SSW/yohkoh/gen/idl/dbase/fndfld.pro::YOHKOH::given an array of structures, it finds the tag and returns an array of the requested tag.::dbase
$SSW/yohkoh/gen/idl/dbase/fnmap2file.pro::YOHKOH::Given a filename map and a dataset vector and a selection of an instrument, return the file names and datasets for the desired dataset.::dbase
$SSW/yohkoh/gen/idl/dbase/gentimes.pro::YOHKOH::Create a list of times equal in length to the input data structure.::dbase
$SSW/yohkoh/gen/idl/dbase/get1st.pro::YOHKOH::Find and return the first time from a list of times, using the external format.::dbase
$SSW/yohkoh/gen/idl/dbase/get_fninfo.pro::YOHKOH::decode and return fnmap information::dbase
$SSW/yohkoh/gen/idl/dbase/getcurstr.pro::YOHKOH::given ptrs to current values of menu keys assemble the current key string.::dbase
$SSW/yohkoh/gen/idl/dbase/getfnpath.pro::YOHKOH::Prompt the user with the file which was not found and allow the user to specify a path to the file.::dbase
$SSW/yohkoh/gen/idl/dbase/getlast.pro::YOHKOH::Find and return the last time from a list of times, using the external format.::dbase
$SSW/yohkoh/gen/idl/dbase/getmenu.pro::YOHKOH::Get information for buliding pull-down menus.::dbase
$SSW/yohkoh/gen/idl/dbase/getnarorb.pro::YOHKOH::Get the NewOrb_p information and the NewOrb_p-indics which is nearest in time to the user input times.::dbase
$SSW/yohkoh/gen/idl/dbase/getobsdat.pro::YOHKOH::Get the observing log data-vectors for user requested times and search keys.::dbase
$SSW/yohkoh/gen/idl/dbase/getsdavec.pro::YOHKOH::For each given SDA File Name (SFR or SPR), GetSDAVec returns an roadmap-index list which corresponds to the input requested times.::dbase
$SSW/yohkoh/gen/idl/dbase/idx2list.pro::YOHKOH::Convert requested fields of a data-vector to String-type for list directed output.::dbase
$SSW/yohkoh/gen/idl/dbase/keymain.pro::YOHKOH::N.A.::dbase
$SSW/yohkoh/gen/idl/dbase/keysea.pro::YOHKOH::Decode item, operator, and value from 'key' parameter, apply the search to the input data vectors and return the success indices of the input data vector.  A single::dbase
$SSW/yohkoh/gen/idl/dbase/keysearch.pro::YOHKOH::Decode item, operator, and value from 'key' parameter, apply the search to the input data vectors and return the new data vectors.  A single success vector is always::dbase
$SSW/yohkoh/gen/idl/dbase/lim2ind.pro::YOHKOH::return indices for 1 reformatted file using stripped out limits map from fnmap (ie. get_fninfo called previously)::dbase
$SSW/yohkoh/gen/idl/dbase/list_sum.pro::YOHKOH::Produce a summary listing of SDA files.::dbase
$SSW/yohkoh/gen/idl/dbase/mk_key.pro::YOHKOH::Use the routine WMKKEY to construct a search key::dbase
$SSW/yohkoh/gen/idl/dbase/mkfnmap.pro::YOHKOH::Create a record (fnMap) of the data to be extracted from reformatted data files.::dbase
$SSW/yohkoh/gen/idl/dbase/mkinsarr.pro::YOHKOH::Create the user selected instrument matrix-list.::dbase
$SSW/yohkoh/gen/idl/dbase/mkstrmap.pro::YOHKOH::create, append, insert, replace, or remove variant string fields within sturtured identifiers.::dbase
$SSW/yohkoh/gen/idl/dbase/mskimg.pro::YOHKOH::breakup encode items within a byte into a single value by masking out the unwanted items.  Returned vector is the same size as input vector and is masked::dbase
$SSW/yohkoh/gen/idl/dbase/parskey.pro::YOHKOH::Parse the key into an item, operator(s), and value(s).::dbase
$SSW/yohkoh/gen/idl/dbase/rdobsdat.pro::YOHKOH::Read and return observing log data for the requested times and key values.  Note: the procedure buffers the data requests into several reads and searchs::dbase
$SSW/yohkoh/gen/idl/dbase/reqexpval.pro::YOHKOH::Converts user requests for specific "ExpLevMode" status into a binary representation.::dbase
$SSW/yohkoh/gen/idl/dbase/reqimgval.pro::YOHKOH::Converts user requests for specific "ImgParam" status into a binary representation.::dbase
$SSW/yohkoh/gen/idl/dbase/reqperval.pro::YOHKOH::Converts user requests for specific "periph" status into a binary representation.::dbase
$SSW/yohkoh/gen/idl/dbase/ser_dset.pro::YOHKOH::return data set array for given sxt sequence serial number::dbase
$SSW/yohkoh/gen/idl/dbase/split_w_h.pro::YOHKOH::Split w_h logical record into two logical records: hxt and wbs.::dbase
$SSW/yohkoh/gen/idl/dbase/stenidx.pro::YOHKOH::Compute and return start and end indices for input data vector corresponding to a given file ID (FID).::dbase
$SSW/yohkoh/gen/idl/dbase/strmap.pro::YOHKOH::Decode the input string 'str' and return the ith 'idx' occurance of the item in the input string.::dbase
$SSW/yohkoh/gen/idl/dbase/strs2mat.pro::YOHKOH::Convert a group of strings within a structure to a matrix of the same data-type specified by the::dbase
$SSW/yohkoh/gen/idl/dbase/sxtkaysea.pro::YOHKOH::Find and return the indics of data-vector "idx" which satisfy keyed search.::dbase
$SSW/yohkoh/gen/idl/dbase/tim2weekid.pro::YOHKOH::return weekly file id 'root' from input time::dbase
$SSW/yohkoh/gen/idl/dbase/time2dset.pro::YOHKOH::Given start time (stTime) and end time (enTime) search (idx) and return a list of indices (idxList) which occur between those times.::dbase
$SSW/yohkoh/gen/idl/dbase/time_diff.pro::YOHKOH::returns differential time in seconds between two times in standard sxt internal format::dbase
$SSW/yohkoh/gen/idl/dbase/timidx.pro::YOHKOH::Compute the start indices within the data-vector for every valid fileID (fid).::dbase
$SSW/yohkoh/gen/idl/dbase/timtooff.pro::YOHKOH::Convert requested times to 32-byte offset for direct access to observing log.::dbase
$SSW/yohkoh/gen/idl/dbase/trimdvec.pro::YOHKOH::Return the 'trimed' input vector for the selected file, and corresponding start and end index of the input data vector.::dbase
$SSW/yohkoh/gen/idl/dbase/trimovec.pro::YOHKOH::Trim the observing log data-vectors according to the users entered start and stop times.::dbase
$SSW/yohkoh/gen/idl/dbase/trimtim.pro::YOHKOH::Trim the observing log data vectors to the exact start and stop times specified by the user (userTim).::dbase
$SSW/yohkoh/gen/idl/dbase/weekfiles.pro::YOHKOH::return file names of weekly data base files::dbase
$SSW/yohkoh/gen/idl/dbase/weekid.pro::YOHKOH::return expanded file ids for weekly files in common area (provide single point maint for weekly prefix definitions)::dbase
$SSW/yohkoh/gen/idl/dbase/wmkkey.pro::YOHKOH::make widget for key search input  -::dbase
$SSW/yohkoh/gen/idl/dbase/wmkkey_event.pro::YOHKOH::handle wmkkey events - generate search string::dbase
$SSW/yohkoh/gen/idl/dbase/yodoc.pro::YOHKOH::display doc for yolist program.  -::dbase
$SSW/yohkoh/gen/idl/dbase/yolist.pro::YOHKOH::Convert requested fields of a data-vector to String-type for list directed output.::dbase
$SSW/yohkoh/gen/idl/gbo/batse_copy.pro::YOHKOH::N.A.::gbo
$SSW/yohkoh/gen/idl/gbo/bbso_copy.pro::YOHKOH::N.A.::gbo
$SSW/yohkoh/gen/idl/gbo/bbso_name_fix.pro::YOHKOH::Convert the BBSO filename to the Yohkoh convention::gbo
$SSW/yohkoh/gen/idl/gbo/check_nobeyama.pro::YOHKOH::N.A.::gbo
$SSW/yohkoh/gen/idl/gbo/coal_image.pro::YOHKOH::To perform the scaling and insertion steps for the co-alignment of two images.::gbo
$SSW/yohkoh/gen/idl/gbo/coal_rot.pro::YOHKOH::To perform the rotation step for the co-alignment of two images.::gbo
$SSW/yohkoh/gen/idl/gbo/convert_fits.pro::YOHKOH::N.A.::gbo
$SSW/yohkoh/gen/idl/gbo/copy_gbl.pro::YOHKOH::To copy the VMS IDL GRO/BATSE light curve save files over, restore them under VMS and save them with /XDR enabled with a different file name so they can be sorted by time.::gbo
$SSW/yohkoh/gen/idl/gbo/dsk_locb.pro::YOHKOH::To find the center and diameter of solar images. This is a crude version of using a histogram technique. For clean images it will give quick results to within a pixel.::gbo
$SSW/yohkoh/gen/idl/gbo/dsk_locg.pro::YOHKOH::A much better disk locator for spectral images::gbo
$SSW/yohkoh/gen/idl/gbo/find_gbo_dir.pro::YOHKOH::For a given GBO file, determine the week number and directory that it should go in.  Optionally create that directory.::gbo
$SSW/yohkoh/gen/idl/gbo/gbo_obs_coord.pro::YOHKOH::To print out the OR table coordinate for a region clicked on a rescaled GBO image::gbo
$SSW/yohkoh/gen/idl/gbo/gbo_scale.pro::YOHKOH::N.A.::gbo
$SSW/yohkoh/gen/idl/gbo/get1gbo.pro::YOHKOH::To get a single GBO image closest to a given time::gbo
$SSW/yohkoh/gen/idl/gbo/get_gbo_pfi.pro::YOHKOH::Given a SXT PFI index and either the file name of a ground based image, or the ground based image itself, GET_GBO_PFI will extract the portion of the GBO image corresponding to the SXT PFI.::gbo
$SSW/yohkoh/gen/idl/gbo/get_gol_site.pro::YOHKOH::Given a GBO Observing Log structure or a string array, return a the description of site::gbo
$SSW/yohkoh/gen/idl/gbo/get_gol_type.pro::YOHKOH::Given a GBO Observing Log structure or a string array, return a the description of the image type::gbo
$SSW/yohkoh/gen/idl/gbo/get_mk3.pro::YOHKOH::get Mauna Loa MK3 magnetograph  24-sep-1995 (SLF) First Light optional image::gbo
$SSW/yohkoh/gen/idl/gbo/get_newsoon.pro::YOHKOH::return newest SOON image::gbo
$SSW/yohkoh/gen/idl/gbo/get_selsis.pro::YOHKOH::access selsis solar images , anonymous ftp server.::gbo
$SSW/yohkoh/gen/idl/gbo/gntcleen.pro::YOHKOH::cleans up the Nobeyama Radioheliograph image allowing for images which have very bright pixels in them::gbo
$SSW/yohkoh/gen/idl/gbo/goes_log.pro::YOHKOH::Click on a GOES plot and then return the values of Goes 6,7 in the low and high bands for the selected time.::gbo
$SSW/yohkoh/gen/idl/gbo/goes_reducer.pro::YOHKOH::Reduce GOES data to T, em, luminosity, etc. Note that the default::gbo
$SSW/yohkoh/gen/idl/gbo/goes_summary.pro::YOHKOH::summarize weekly goes activity / Yohkoh ephemeris on 1 page::gbo
$SSW/yohkoh/gen/idl/gbo/gsn_info.pro::YOHKOH::N.A.::gbo
$SSW/yohkoh/gen/idl/gbo/halp.pro::YOHKOH::prepare h-alpha images for the movie.::gbo
$SSW/yohkoh/gen/idl/gbo/help_coal.pro::YOHKOH::To show the COAL_IMAGE figure to help understand::gbo
$SSW/yohkoh/gen/idl/gbo/kp_copy.pro::YOHKOH::To check the Kitt Peak "rdist" directory at ISAS for new KP images and to copy them on-line to the yohkoh database if new files exist::gbo
$SSW/yohkoh/gen/idl/gbo/kp_name_fix.pro::YOHKOH::Convert the Kitt Peak filename to the Yohkoh convention::gbo
$SSW/yohkoh/gen/idl/gbo/lastgbo.pro::YOHKOH::reads the last gki image (NSO/KP He 10830 images) reads the last gbh image (Big Bear H-alpha) reads the last gkm image (NSO/KP magnetogram)::gbo
$SSW/yohkoh/gen/idl/gbo/lastgki.pro::YOHKOH::reads the last gki image (NSO/KP He 10830 images::gbo
$SSW/yohkoh/gen/idl/gbo/limbpnts.pro::YOHKOH::Find limb points for spectral images::gbo
$SSW/yohkoh/gen/idl/gbo/mk_gbe.pro::YOHKOH::Make the Yohkoh formated GRO/BATSE event log file (GBE)::gbo
$SSW/yohkoh/gen/idl/gbo/mk_gbl.pro::YOHKOH::Make the Yohkoh formated GRO/BATSE light curve file (GBL)::gbo
$SSW/yohkoh/gen/idl/gbo/mk_gev.pro::YOHKOH::Take the daily text GOES event summary file and make a weekly binary log file::gbo
$SSW/yohkoh/gen/idl/gbo/mk_gol_str.pro::YOHKOH::N.A.::gbo
$SSW/yohkoh/gen/idl/gbo/mk_gsn_obs.pro::YOHKOH::Generate the observing log file from a SOON/SPOT archive tape::gbo
$SSW/yohkoh/gen/idl/gbo/mk_gsn_obs_s1.pro::YOHKOH::To build the SOON/SPOT observing log entries for a single tape file and the pointer/summary structure for that file::gbo
$SSW/yohkoh/gen/idl/gbo/mk_guf.pro::YOHKOH::N.A.::gbo
$SSW/yohkoh/gen/idl/gbo/mk_gx.pro::YOHKOH::Generate the GXT, G6D, G7D (GOES light curve) data files::gbo
$SSW/yohkoh/gen/idl/gbo/mk_gxt.pro::YOHKOH::write binary file containing digitized daily GOES soft xray plots (derived from Tektronics plot files)::gbo
$SSW/yohkoh/gen/idl/gbo/mk_nar.pro::YOHKOH::Take the daily SELSIS active region summary file and make a weekly binary log file::gbo
$SSW/yohkoh/gen/idl/gbo/mk_nar2.pro::YOHKOH::Take the daily SELSIS active region summary file and make a weekly binary log file::gbo
$SSW/yohkoh/gen/idl/gbo/mk_soup_hcat.pro::YOHKOH::To make the catalog of the SOUP headers of files that are currently on-line.::gbo
$SSW/yohkoh/gen/idl/gbo/monthly_summary.pro::YOHKOH::produce summary information for 1 month (GOES/NAR/SXT images)::gbo
$SSW/yohkoh/gen/idl/gbo/msok_copy.pro::YOHKOH::copy MSO Ca-K gif files  25-sep-1995 (SLF) First Light optional image::gbo
$SSW/yohkoh/gen/idl/gbo/msok_copy_jpg.pro::YOHKOH::copy daily Meese Ca Kline jpeg file  6-nov-1995 (SLF)::gbo
$SSW/yohkoh/gen/idl/gbo/msok_poi_copy.pro::YOHKOH::copy MSO Ca-K FITS (POI)  25-sep-1995 (SLF) First Light optional image::gbo
$SSW/yohkoh/gen/idl/gbo/msok_poi_copy_old.pro::YOHKOH::copy MSO Ca-K FITS (POI)  25-sep-1995 (SLF) First Light optional image::gbo
$SSW/yohkoh/gen/idl/gbo/nob_img_copy.pro::YOHKOH::N.A.::gbo
$SSW/yohkoh/gen/idl/gbo/nob_name_fix.pro::YOHKOH::Convert the Nobeyama filename to the Yohkoh convention.  Scale the image down to byte type::gbo
$SSW/yohkoh/gen/idl/gbo/nobeyama_update.pro::YOHKOH::update nobeyama data base::gbo
$SSW/yohkoh/gen/idl/gbo/norik_name_fix.pro::YOHKOH::Convert the Norikura filename to the Yohkoh convention.  Also rotate image to put north up as default on IDL screen.::gbo
$SSW/yohkoh/gen/idl/gbo/nts_copy.pro::YOHKOH::N.A.::gbo
$SSW/yohkoh/gen/idl/gbo/oplot_nts.pro::YOHKOH::To overplot the Nobeyama correlation coefficient time series (NTS)::gbo
$SSW/yohkoh/gen/idl/gbo/plot_gbl.pro::YOHKOH::To plot the GRO/BATSE light curve data::gbo
$SSW/yohkoh/gen/idl/gbo/plot_gol.pro::YOHKOH::N.A.::gbo
$SSW/yohkoh/gen/idl/gbo/plot_gsn.pro::YOHKOH::To plot the active region information in the SOON observing log files::gbo
$SSW/yohkoh/gen/idl/gbo/pr_gbe.pro::YOHKOH::To list the GRO/BATSE events::gbo
$SSW/yohkoh/gen/idl/gbo/pr_gev.pro::YOHKOH::To list the GOES events::gbo
$SSW/yohkoh/gen/idl/gbo/pr_gsn.pro::YOHKOH::To display the information in the SOON observing log files::gbo
$SSW/yohkoh/gen/idl/gbo/pr_nar.pro::YOHKOH::To list the NOAA Active Region list::gbo
$SSW/yohkoh/gen/idl/gbo/pr_nel.pro::YOHKOH::To list the Nobeyama Radio Observatory events::gbo
$SSW/yohkoh/gen/idl/gbo/rd_gbe.pro::YOHKOH::Read the GRE/BATSE Event Log file::gbo
$SSW/yohkoh/gen/idl/gbo/rd_gbl_raw.pro::YOHKOH::Read the IDL save file with the GRO/BATSE light curve::gbo
$SSW/yohkoh/gen/idl/gbo/rd_gev.pro::YOHKOH::Read the GEV files (GOES Event Log Files)::gbo
$SSW/yohkoh/gen/idl/gbo/rd_goes3sec.pro::YOHKOH::Read the raw GOES 3 sec data file::gbo
$SSW/yohkoh/gen/idl/gbo/rd_goes_fits.pro::YOHKOH::Read the GOES FITS data file::gbo
$SSW/yohkoh/gen/idl/gbo/rd_gol.pro::YOHKOH::Read the GBO observing log files::gbo
$SSW/yohkoh/gen/idl/gbo/rd_gsn.pro::YOHKOH::Read the SOON/SPOT Catalog::gbo
$SSW/yohkoh/gen/idl/gbo/rd_guf.pro::YOHKOH::Read the contents of the GUF files  (Ulysses Ephemeris)::gbo
$SSW/yohkoh/gen/idl/gbo/rd_guf_ascii.pro::YOHKOH::read Ulysses epehmeris file (ascii) and return Yohkoh structure::gbo
$SSW/yohkoh/gen/idl/gbo/rd_gxd.pro::YOHKOH::Read the GXD type files (GOES 3 sec light curve data files for S/C 6,7,8,9, or derived 1 minute average data files).  Default is to read 3 sec data for spacecraft 7.::gbo
$SSW/yohkoh/gen/idl/gbo/rd_gxt.pro::YOHKOH::Read the GXT files (GOES 1 minute average light curve data files which were derived from the tektronics plot files)::gbo
$SSW/yohkoh/gen/idl/gbo/rd_hiraiso.pro::YOHKOH::Read the CRL Hiraiso h-alpha images::gbo
$SSW/yohkoh/gen/idl/gbo/rd_lonlat.pro::YOHKOH::Read heliocentric sets of coordinates from an image.::gbo
$SSW/yohkoh/gen/idl/gbo/rd_nar.pro::YOHKOH::Read the NAR files (NOAA Active Region files)::gbo
$SSW/yohkoh/gen/idl/gbo/rd_nel_raw.pro::YOHKOH::N.A.::gbo
$SSW/yohkoh/gen/idl/gbo/rd_nts.pro::YOHKOH::Read the Nobeyama Time Series (Correlation Coefficient) data files::gbo
$SSW/yohkoh/gen/idl/gbo/rd_nts_raw.pro::YOHKOH::N.A.::gbo
$SSW/yohkoh/gen/idl/gbo/rd_selsis.pro::YOHKOH::read selsis region reports and convert-> NAR structures::gbo
$SSW/yohkoh/gen/idl/gbo/rd_selsis2.pro::YOHKOH::convert selsis 'event' file to GEV record (new format)::gbo
$SSW/yohkoh/gen/idl/gbo/rd_selsisi.pro::YOHKOH::To read the SELSIS image data files::gbo
$SSW/yohkoh/gen/idl/gbo/rd_selsisi_dir.pro::YOHKOH::To read the SELSIS image directory file and optionally select a subset of the images listed::gbo
$SSW/yohkoh/gen/idl/gbo/rd_soup.pro::YOHKOH::To read the LPARL SOUP LaPalma data files::gbo
$SSW/yohkoh/gen/idl/gbo/read_eye.pro::YOHKOH::Reads BBSO Quantex, Datacube, and Eyecom files.::gbo
$SSW/yohkoh/gen/idl/gbo/read_eye_old.pro::YOHKOH::Reads BBSO Quantex, Datacube, and Eyecom files.::gbo
$SSW/yohkoh/gen/idl/gbo/read_msok_jpg.pro::YOHKOH::read daily Mees jpeg CaKline file  6-nov-1995 (SLF) ; new First_Light image::gbo
$SSW/yohkoh/gen/idl/gbo/scale_gbo.pro::YOHKOH::To resize, and repostion a gbo image to match the last sfd image produced by first_light.::gbo
$SSW/yohkoh/gen/idl/gbo/selsis2fid.pro::YOHKOH::N.A.::gbo
$SSW/yohkoh/gen/idl/gbo/selsis_copy.pro::YOHKOH::copy (via ftp) daily selsis activity, event  files for specified date (most recent by default)::gbo
$SSW/yohkoh/gen/idl/gbo/selsis_week.pro::YOHKOH::copy up to a week of selsis data and generate/regenerate ydb files::gbo
$SSW/yohkoh/gen/idl/gbo/selsisi2fits.pro::YOHKOH::Take a SELSIS file and write a FITS file output::gbo
$SSW/yohkoh/gen/idl/gbo/selsisi_copy.pro::YOHKOH::copy selsis image files  14-May-93 (MDM) - Changed to use $ydb_raw and $ys::gbo
$SSW/yohkoh/gen/idl/gbo/setpts.pro::YOHKOH::Interactively define reference points in two images. These points can be used to calculate a linear transform which maps image ima onto the comparison image imb.::gbo,Image processing.
$SSW/yohkoh/gen/idl/gbo/sol_rot.pro::YOHKOH::To take pixels in a 2D image map them onto a sphere, rotate the sphere map the pixels back to the plane. For use in extrapolating GBO data backward or forward in time.::gbo
$SSW/yohkoh/gen/idl/gbo/soon2fits.pro::YOHKOH::Take a SOON tape and extract certain images into FITS files.::gbo
$SSW/yohkoh/gen/idl/gbo/soon_sea.pro::YOHKOH::TO allow access to the SOON catalog::gbo
$SSW/yohkoh/gen/idl/gbo/soon_search.pro::YOHKOH::search the SOON catalog::gbo
$SSW/yohkoh/gen/idl/gbo/soon_struct.pro::YOHKOH::N.A.::gbo
$SSW/yohkoh/gen/idl/gbo/soup_info.pro::YOHKOH::To create a summary text line of the information in the SOUP header::gbo
$SSW/yohkoh/gen/idl/gbo/soup_obs.pro::YOHKOH::N.A.::gbo
$SSW/yohkoh/gen/idl/gbo/soup_obs2.pro::YOHKOH::To plot when images are taken for each of the particular wavelength/offset.::gbo
$SSW/yohkoh/gen/idl/gbo/soupdat.pro::YOHKOH::To act like the program YODAT for accessing SOUP data::gbo
$SSW/yohkoh/gen/idl/gbo/sxt2fits.pro::YOHKOH::Take a SXT index and data and write a FITS file::gbo
$SSW/yohkoh/gen/idl/gbo/wfits.pro::YOHKOH::Writes an array into a standard FITS file on the disk. A simple FITS header is created automatically.::gbo
$SSW/yohkoh/gen/idl/gbo/wr_selsisi_dir.pro::YOHKOH::To append to the SELSIS image directory file listing file for images that have been copied over::gbo
$SSW/yohkoh/gen/idl/http/html_formtime.pro::YOHKOH::add times to an html form (template)::http
$SSW/yohkoh/gen/idl/http/mk_formt_html.pro::YOHKOH::make FORM-ready html segment for times (start [and stop])::http
$SSW/yohkoh/gen/idl/mo_disk/cp_fns.pro::YOHKOH::copy files given in the input list from "fdir" to "tdir" after setting default to the "to directory".::mo_disk
$SSW/yohkoh/gen/idl/mo_disk/disk2_mo.pro::YOHKOH::Write reformatted data (ref. by wk_path and mo_wk_no) to an MO (mo_disk)::mo_disk
$SSW/yohkoh/gen/idl/mo_disk/getwid.pro::YOHKOH::SE:::mo_disk
$SSW/yohkoh/gen/idl/mo_disk/list_mo_log.pro::YOHKOH::To read the log entries when an MO disk is made and make a listing.::mo_disk
$SSW/yohkoh/gen/idl/mo_disk/mk_fidlist.pro::YOHKOH::Make a complete list of fids given a first and a last fid.::mo_disk
$SSW/yohkoh/gen/idl/mo_disk/mk_mdm.pro::YOHKOH::N.A.::mo_disk
$SSW/yohkoh/gen/idl/mo_disk/mk_mo.pro::YOHKOH::Make an MO archive disk from Exabyte Archive Tape.::mo_disk
$SSW/yohkoh/gen/idl/mo_disk/mk_mo2.pro::YOHKOH::Make an MO archive disk from online data or an Exabyte Archive Tape.::mo_disk
$SSW/yohkoh/gen/idl/mo_disk/mk_mo_disk.pro::YOHKOH::This is a program to copy the Yohkoh data from exabyte to MO Disk::mo_disk
$SSW/yohkoh/gen/idl/mo_disk/mk_mo_disk2.pro::YOHKOH::This is a program to copy the Yohkoh data from exabyte to MO Disk::mo_disk
$SSW/yohkoh/gen/idl/mo_disk/mk_mo_list.pro::YOHKOH::This is a program to write a list of the files that go on the MO disk archive.::mo_disk
$SSW/yohkoh/gen/idl/mo_disk/mk_mo_log.pro::YOHKOH::To make a log entry when an MO disk is made to log the date, person, and reformatter version of the data on the MO disk.::mo_disk
$SSW/yohkoh/gen/idl/mo_disk/mo2wks.pro::YOHKOH::Get a list of archive tapes contain on a MO side.::mo_disk
$SSW/yohkoh/gen/idl/mo_disk/mo_check.pro::YOHKOH::verifiy MO integrity (all files included, proper size, readcheck)::mo_disk
$SSW/yohkoh/gen/idl/mo_disk/mo_filelist.pro::YOHKOH::return files found on currently mounted mos::mo_disk
$SSW/yohkoh/gen/idl/mo_disk/mo_fndirck.pro::YOHKOH::Check the on-line weekly directory for the first and last file-id (fid) defined by the selected index to the MO disk map.::mo_disk
$SSW/yohkoh/gen/idl/mo_disk/mo_init.pro::YOHKOH::initialize one or more mo disks::mo_disk
$SSW/yohkoh/gen/idl/mo_disk/mo_patch.pro::YOHKOH::use mo_check bad log to patch an MO disk from exabyte::mo_disk
$SSW/yohkoh/gen/idl/mo_disk/mo_prep.pro::YOHKOH::prepare mo for archiving.::mo_disk
$SSW/yohkoh/gen/idl/mo_disk/mo_tap_dump.pro::YOHKOH::Dump MO archive file from 8mm Yohkoh archive tape.  sorry no time for other stuff::mo_disk
$SSW/yohkoh/gen/idl/mo_disk/mobad_summ.pro::YOHKOH::produce summary listing of mo_check logs::mo_disk
$SSW/yohkoh/gen/idl/mo_disk/momount.pro::YOHKOH::IDL interface for momount script::mo_disk
$SSW/yohkoh/gen/idl/mo_disk/rd_modb.pro::YOHKOH::read the MO disk map database and return the requested entry.::mo_disk
$SSW/yohkoh/gen/idl/mo_disk/wk_online.pro::YOHKOH::return the path to a requested data week.::mo_disk
$SSW/yohkoh/gen/idl/movie/get_sony_cmd.pro::YOHKOH::Return ASCII command code for Sony LVR-5000A laser videodisk commands::movie
$SSW/yohkoh/gen/idl/movie/go_lasdisk.pro::YOHKOH::Either write images to the peritek board on SXT for recording on a Panasonic laser disk or write "nvs" files and transfer to the NVS system for recording on a Sony laser disk.::movie
$SSW/yohkoh/gen/idl/movie/go_lasdisk2.pro::YOHKOH::Either write images to the peritek board on SXT for recording on a Panasonic laser disk or write "nvs" files and transfer to the NVS system for recording on a Sony laser disk.::movie
$SSW/yohkoh/gen/idl/movie/go_nvs3.pro::YOHKOH::N.A.::movie
$SSW/yohkoh/gen/idl/movie/go_nvs4.pro::YOHKOH::Create "n" nvs files and display them if requested FORMAL PARAMETERS: increment	have no more than n-increment" nvs files::movie
$SSW/yohkoh/gen/idl/movie/go_nvs5.pro::YOHKOH::Write "nvs" files and transfer to the NVS for recording on laser disk.::movie
$SSW/yohkoh/gen/idl/movie/go_per2opt.pro::YOHKOH::Write images from SDA files to the Panasonic optical disk recorder from the Peritek.::movie
$SSW/yohkoh/gen/idl/movie/laser_init.pro::YOHKOH::initialize the LASER common block.  Note:::movie
$SSW/yohkoh/gen/idl/movie/mk_movie.pro::YOHKOH::Write a series of images to either peritek graphics board or disk for the nvs system at ISAS.::movie
$SSW/yohkoh/gen/idl/movie/mk_movie2.pro::YOHKOH::Write a series of images to either peritek graphics board or disk for the nvs system at ISAS.::movie
$SSW/yohkoh/gen/idl/movie/mk_nvs_img.pro::YOHKOH::Write a series of files which can be read by the NVS to make a movie.::movie
$SSW/yohkoh/gen/idl/movie/mk_nvs_movie.pro::YOHKOH::Write a series of files which can be read by the NVS to make a movie.::movie
$SSW/yohkoh/gen/idl/movie/mk_ptv_movie.pro::YOHKOH::Write a series of images to the graphics board.::movie
$SSW/yohkoh/gen/idl/movie/mk_ptv_title.pro::YOHKOH::Write a title for a SXT movie sequence.::movie
$SSW/yohkoh/gen/idl/movie/mk_title.pro::YOHKOH::Write a title for a SXT movie sequence.::movie
$SSW/yohkoh/gen/idl/movie/mk_vcr.pro::YOHKOH::Control the Sony laser player to make a VCR movie.::movie
$SSW/yohkoh/gen/idl/movie/mknumat.pro::YOHKOH::Enlarge input matrix n times to fill the requested size or default size of 512 x 512 and center it without distortions.::movie
$SSW/yohkoh/gen/idl/movie/nvsstat.pro::YOHKOH::Spawn a call to the script nvsstat to get current position.::movie
$SSW/yohkoh/gen/idl/movie/perase.pro::YOHKOH::Load an empty 1280 x 1024 byte array into one of the Peritek color planes.::movie,Image display.
$SSW/yohkoh/gen/idl/movie/pinit.pro::YOHKOH::Initialize the Peritek VCT graphics interface (load timing, display, etc.  parameters).::movie,Image display through the Peritek VCT graphics interface.
$SSW/yohkoh/gen/idl/movie/plct.pro::YOHKOH::Load the Peritek VCT graphics interface color translation tables using the specified vectors, R,B,G.::movie,Image display.
$SSW/yohkoh/gen/idl/movie/ploadct.pro::YOHKOH::Load Stern's predefined color tables into the Peritek VCT graphics interface.::movie,Image display.
$SSW/yohkoh/gen/idl/movie/pmode.pro::YOHKOH::Change the timing parameters of the Peritek VCT graphics interface to output NTSC, high-res-interlaced, or high-res-non-interlaced signals::movie,Image display through the Peritek VCT graphics interface.
$SSW/yohkoh/gen/idl/movie/ptv.pro::YOHKOH::Load an array into the Peritek VCT graphics interface for display as a pseudocolor or true color image.::movie,Image display.
$SSW/yohkoh/gen/idl/movie/ptv_sxt.pro::YOHKOH::Construct and load two image arrays and an annotation array into the Peritek graphics display interface.::movie
$SSW/yohkoh/gen/idl/movie/ptvscl.pro::YOHKOH::Byte scale an array and load it into the Peritek VCT graphics interface for display as a pseudocolor image.::movie,Image display.
$SSW/yohkoh/gen/idl/movie/rd_optlog.pro::YOHKOH::N.A.::movie
$SSW/yohkoh/gen/idl/movie/rd_video_menu.pro::YOHKOH::Read the video menu data file::movie
$SSW/yohkoh/gen/idl/movie/sonyloop.pro::YOHKOH::Play a range of frames on the Sony LVR-5000A laser videodisk recorder/player an arbitrary number of times::movie
$SSW/yohkoh/gen/idl/movie/stdct.pro::YOHKOH::Get the r, g, b vectors for a standard IDL color table (256)::movie
$SSW/yohkoh/gen/idl/movie/stretch2.pro::YOHKOH::Stretch the image display color tables so the full range runs from Low to High.::movie,Image processing, point operations.
$SSW/yohkoh/gen/idl/movie/video_menu.pro::YOHKOH::Allow the user to run the Sony video recorder to look at movies::movie
$SSW/yohkoh/gen/idl/movie/video_menu_key.pro::YOHKOH::Routine used by VIDEO_MENU to get a key stroke and to update::movie
$SSW/yohkoh/gen/idl/movie/video_on.pro::YOHKOH::Turn video output of SONY laser disk on or off.::movie
$SSW/yohkoh/gen/idl/movie/video_title.pro::YOHKOH::Make titles for the PR movie::movie
$SSW/yohkoh/gen/idl/movie/wr_nvs.pro::YOHKOH::Write a binary file that can be read by the nvs (Network Video Server)::movie
$SSW/yohkoh/gen/idl/movie/wr_peritek.pro::YOHKOH::Write a binary file to the peritek display interface.  The size of the file will be the ysize of img0, and the sum of the::movie
$SSW/yohkoh/gen/idl/orbit/aoslos_files.pro::YOHKOH::Manage the files on the aoslos directory. Task 1: Run script to copy aoslos.data from Facom Mainframe. Task 2: Convert the aoslos.ebcdic file to *.ascii.::orbit
$SSW/yohkoh/gen/idl/orbit/cancel_dsn.pro::YOHKOH::To cancel DSN passes from strawman, preliminary/forecast, or final schedules::orbit
$SSW/yohkoh/gen/idl/orbit/cancel_dsn_fax.pro::YOHKOH::Create the FAX form for cancel_dsn  (deletion of DSN passes)::orbit
$SSW/yohkoh/gen/idl/orbit/cancel_dsn_fil.pro::YOHKOH::Create the ascii file for cancel_dsn  (deletion of DSN passes)::orbit
$SSW/yohkoh/gen/idl/orbit/cancel_dsn_pick.pro::YOHKOH::Use a menu to allow user to select DSN passes to delete::orbit
$SSW/yohkoh/gen/idl/orbit/check_fem.pro::YOHKOH::N.A.::orbit
$SSW/yohkoh/gen/idl/orbit/contact_sum.pro::YOHKOH::Summarize station contacts.::orbit
$SSW/yohkoh/gen/idl/orbit/cover_page.pro::YOHKOH::Print the first (cover) page of the KSC real-time pass sheets.  (op_first_guess)::orbit
$SSW/yohkoh/gen/idl/orbit/ctraj2orbit.pro::YOHKOH::Read a traj file and convert it to a orbit file::orbit
$SSW/yohkoh/gen/idl/orbit/dsn_check.pro::YOHKOH::Make and print out the DSN data check sheet based on the final schedule::orbit
$SSW/yohkoh/gen/idl/orbit/dsn_conflict.pro::YOHKOH::Identify ASCA/Yohkoh DSN conflicts from DSN strawman plan. Produce a suggested pass deletion plan for the strawman.::orbit
$SSW/yohkoh/gen/idl/orbit/dsn_input.pro::YOHKOH::Allow user to input DSN stations for op_first_guess::orbit
$SSW/yohkoh/gen/idl/orbit/dsn_show.pro::YOHKOH::Show the requested dsn contacts::orbit
$SSW/yohkoh/gen/idl/orbit/dsnchk_sheet.pro::YOHKOH::Make and print out the DSN data check sheet based on the final schedule IDL> .run dsnchk_sheet::orbit
$SSW/yohkoh/gen/idl/orbit/dsnftp.pro::YOHKOH::ftp DSN schedule files.  This routine will only work from DSN-trusted hosts.::orbit
$SSW/yohkoh/gen/idl/orbit/facom_ftp.pro::YOHKOH::Transfer files to the Facom Mainframe using FTP::orbit
$SSW/yohkoh/gen/idl/orbit/fmt_pass.pro::YOHKOH::Produce a text string array containing the information about Yohkoh station contacts contained in the structure contacts.::orbit
$SSW/yohkoh/gen/idl/orbit/fmt_rasm.pro::YOHKOH::Format a weekly rasm file (from JPL) which contains all spacecraft. Produce an output file which contains only Yohkoh Pass entries.::orbit
$SSW/yohkoh/gen/idl/orbit/get_og_lookup.pro::YOHKOH::Provide a lookup table for op_first_guess::orbit
$SSW/yohkoh/gen/idl/orbit/get_op_rules.pro::YOHKOH::Read a table of "rules" by which to run op_first_guess::orbit
$SSW/yohkoh/gen/idl/orbit/get_orb_epoch.pro::YOHKOH::Return the orbital epoch of the on-line /ydb/orb_ files containing the Yohkoh orbital elements.::orbit
$SSW/yohkoh/gen/idl/orbit/get_sunset.pro::YOHKOH::To run the AOSLOS program and to find the times of sunset to a higher accuracy than the FEM files provide.::orbit
$SSW/yohkoh/gen/idl/orbit/go_dsnftp.pro::YOHKOH::Cron job to ftp the DSN schedule files.::orbit
$SSW/yohkoh/gen/idl/orbit/go_mk_fem.pro::YOHKOH::N.A.::orbit
$SSW/yohkoh/gen/idl/orbit/go_mk_orbit.pro::YOHKOH::N.A.::orbit
$SSW/yohkoh/gen/idl/orbit/go_mk_orbit_fil.pro::YOHKOH::Makes the DSN predictions for +3 to +7 weeks, and Creates the *16s.ascii file for op_first_guess::orbit
$SSW/yohkoh/gen/idl/orbit/go_rasm_files.pro::YOHKOH::Call mk_rasm_files from the script call_rasm::orbit
$SSW/yohkoh/gen/idl/orbit/mk_aoslos.pro::YOHKOH::Create the AOSLOS raw ascii file for use by op_first_guess and mk_dsn_predict.  This is a driver for run_dsnfil::orbit
$SSW/yohkoh/gen/idl/orbit/mk_fem.pro::YOHKOH::Generate a FEM file::orbit
$SSW/yohkoh/gen/idl/orbit/mk_fem_aoslos.pro::YOHKOH::Generate a AOSLOS file to be used by MK_FEM::orbit
$SSW/yohkoh/gen/idl/orbit/mk_fem_file.pro::YOHKOH::To create the FEM file so that MK_FEM_WRT can write into it::orbit
$SSW/yohkoh/gen/idl/orbit/mk_fem_wrt.pro::YOHKOH::N.A.::orbit
$SSW/yohkoh/gen/idl/orbit/mk_op_file.pro::YOHKOH::Generate the 16s aoslos file for op_first_guess File is written to $DIR_GEN_ORBIT_RAW::orbit
$SSW/yohkoh/gen/idl/orbit/mk_orbit.pro::YOHKOH::Read the orbit solution file that is copied from the FACOM computer and make the files used by DSNFIL with one orbit solution per file.  Generate FEM files, aoslos files for op_first_guess::orbit
$SSW/yohkoh/gen/idl/orbit/mk_orbit_files.pro::YOHKOH::Generate the 16s aoslos file for op_first_guess::orbit
$SSW/yohkoh/gen/idl/orbit/mk_orbit_sum.pro::YOHKOH::Generate ascii file containing summary of Yohkoh Day times (*.summ)::orbit
$SSW/yohkoh/gen/idl/orbit/mk_rasm_files.pro::YOHKOH::Reformat the rasm raw files.::orbit
$SSW/yohkoh/gen/idl/orbit/op_add_special.pro::YOHKOH::Add the special commands for op_first_guess::orbit
$SSW/yohkoh/gen/idl/orbit/op_ascii2hex.pro::YOHKOH::Convert an op_first_guess output ascii file (*.txt) to an hex file (*.hex)::orbit
$SSW/yohkoh/gen/idl/orbit/op_cover_page.pro::YOHKOH::Print the first (cover) page of the KSC real-time pass sheets.  (op_first_guess)::orbit
$SSW/yohkoh/gen/idl/orbit/op_edit.pro::YOHKOH::Select the orbital events for the Yohkoh op command list.::orbit
$SSW/yohkoh/gen/idl/orbit/op_facom_ftp.pro::YOHKOH::Transfer the op_first_guess file to the FACOM  Assumes s88239 account.::orbit
$SSW/yohkoh/gen/idl/orbit/op_first_guess.pro::YOHKOH::Generate a first guess for the OP editor tables.  Reads the output file of AOSLOS (as run on FACOM::orbit
$SSW/yohkoh/gen/idl/orbit/op_get_event.pro::YOHKOH::Called by op_get_event to save orbital event information in output structure.::orbit
$SSW/yohkoh/gen/idl/orbit/op_get_special.pro::YOHKOH::Get the times for Special commands and return list of special command sequence in a structure.::orbit
$SSW/yohkoh/gen/idl/orbit/op_pass_sheets.pro::YOHKOH::Called by op_first_guess to generate the pass sheets.::orbit
$SSW/yohkoh/gen/idl/orbit/op_rd_special.pro::YOHKOH::Read special block of commands for op_first_guess If filnam does not exist, return -1, else return a structure::orbit
$SSW/yohkoh/gen/idl/orbit/op_saa_med.pro::YOHKOH::ose:::orbit
$SSW/yohkoh/gen/idl/orbit/op_same_time.pro::YOHKOH::Called by op_edit (by op_first_guess) to resolve conflicting OG times.::orbit
$SSW/yohkoh/gen/idl/orbit/op_term_sum.pro::YOHKOH::Called by op_first_guess routines to find the times of::orbit
$SSW/yohkoh/gen/idl/orbit/op_terminator.pro::YOHKOH::Try to put the command sequences for the terminator images into the op command.::orbit
$SSW/yohkoh/gen/idl/orbit/op_times.pro::YOHKOH::Get start and stop times to run op_first_guess::orbit
$SSW/yohkoh/gen/idl/orbit/pass_sheets.pro::YOHKOH::Called by op_first_guess to generate the pass sheets.::orbit
$SSW/yohkoh/gen/idl/orbit/pr_fem.pro::YOHKOH::To list the times of the S/C day and night::orbit
$SSW/yohkoh/gen/idl/orbit/pr_orbit_sum.pro::YOHKOH::Generate a listing of the predicted Yohkoh daylight times. Can optionally exclude SAA times or provide a full listing showing day/night, SAA and station contacts.::orbit
$SSW/yohkoh/gen/idl/orbit/rd_orbit_event.pro::YOHKOH::Read orbital predictions file written by dsnfil_XXX (AOSLOS) FORTRAN program.::orbit
$SSW/yohkoh/gen/idl/orbit/rd_rasm.pro::YOHKOH::routine to read the raw RASM files Returns the information in a structure called pass::orbit
$SSW/yohkoh/gen/idl/orbit/rd_sol.pro::YOHKOH::Read the Yohkoh orbital elements file::orbit
$SSW/yohkoh/gen/idl/orbit/run_dsnfil.pro::YOHKOH::Driver to run the fortran routine DSNFIL.::orbit
$SSW/yohkoh/gen/idl/orbit/term_times.pro::YOHKOH::return times of planned terminator images::orbit
$SSW/yohkoh/gen/idl/orbit/valid_pass.pro::YOHKOH::Search through the event list and select passes which have antenna elevations which exceed the minimum op_rules value for the minimum op_rules time.::orbit
$SSW/yohkoh/gen/idl/orbit/valid_pass2.pro::YOHKOH::Retain dsn contacts if they are with dsn_time of the times in the structure dsn_select.::orbit
$SSW/yohkoh/gen/idl/orbit/valid_pass3.pro::YOHKOH::Eliminate KSC passes from op selection between times KSC_tim1 and KSC_tim2::orbit
$SSW/yohkoh/gen/idl/orbit/valid_pass4.pro::YOHKOH::SE: SE:::orbit
$SSW/yohkoh/gen/idl/orbit/wr_opasc.pro::YOHKOH::Write ascii file output for op_first_guess::orbit
$SSW/yohkoh/gen/idl/orbit/wr_ophex.pro::YOHKOH::Write hex file for op_first_guess::orbit
$SSW/yohkoh/gen/idl/orbit/yo_height.pro::YOHKOH::Extract the and plot the mean height of the Yohkoh spacecraft from the orbit_ZZZZ files.::orbit
$SSW/yohkoh/gen/idl/pointing/ads2att.pro::YOHKOH::Driver to call ads_into_att for each input file::pointing
$SSW/yohkoh/gen/idl/pointing/ads_into_att.pro::YOHKOH::Insert the ADS results into the ATT file::pointing
$SSW/yohkoh/gen/idl/pointing/ads_into_pnt.pro::YOHKOH::Insert the ADS results into the PNT file::pointing
$SSW/yohkoh/gen/idl/pointing/adsdirs.pro::YOHKOH::return current ads directory queue pathnames::pointing,pointing, site , system, swmaint
$SSW/yohkoh/gen/idl/pointing/atr2hxa_dbase.pro::YOHKOH::generate database that contains the solar radii as seen by the HXA detector.  database is used for the HXA limb reconstruction in hxa2hxaxy.::pointing
$SSW/yohkoh/gen/idl/pointing/attcmd_funct1.pro::YOHKOH::Define the function describing the ATT-CMD pointing drift::pointing
$SSW/yohkoh/gen/idl/pointing/attcmd_funct2.pro::YOHKOH::Define the function describing the ATT-CMD pointing drift::pointing
$SSW/yohkoh/gen/idl/pointing/attlog_copy.pro::YOHKOH::To copy the ATTLOG program output from the Mainframe and to update the commanded pointing log file.::pointing
$SSW/yohkoh/gen/idl/pointing/do_ads.pro::YOHKOH::ftp (get) specified ADS files from mainframe to workstation (optionally insert ADS info into PNT files)::pointing
$SSW/yohkoh/gen/idl/pointing/do_adsftp.pro::YOHKOH::driver to handle ads online ads file queue on workstation non-existant, required files are ftped from mainframe::pointing
$SSW/yohkoh/gen/idl/pointing/do_adsftp2.pro::YOHKOH::driver to handle ads online ads file queue on workstation non-existant, required files are ftped from mainframe::pointing
$SSW/yohkoh/gen/idl/pointing/do_aip.pro::YOHKOH::driver to call ads_into_pnt for each input file::pointing
$SSW/yohkoh/gen/idl/pointing/get_ads.pro::YOHKOH::To read the ADS file from the mainframe::pointing
$SSW/yohkoh/gen/idl/pointing/get_ads239.pro::YOHKOH::To read the ADS file from the mainframe::pointing
$SSW/yohkoh/gen/idl/pointing/get_del_pnt.pro::YOHKOH::Given a set of input times, find the offset in pointing due to S/C pointing changes relative to a reference.::pointing
$SSW/yohkoh/gen/idl/pointing/get_roll.pro::YOHKOH::To return the roll angle of the SXT image (or S/C) relative to solar north in degrees counter clockwise (this convention is the opposite of that in the ADS raw database)::pointing
$SSW/yohkoh/gen/idl/pointing/get_suncenter.pro::YOHKOH::Calculate the suncenter position (in SXT pixel coordinates) from the HXA and IRU info in the PNT files. Data reflects the spacecraft jitter.  Useful to de-jitter SXT images.::pointing
$SSW/yohkoh/gen/idl/pointing/get_suncenter2.pro::YOHKOH::Given a set of input times, call GET_SUNCENTER and return the SXT center pixel location.  It does the most efficient reading of the PNT database as possible.::pointing
$SSW/yohkoh/gen/idl/pointing/go_ads.pro::YOHKOH::N.A.::pointing
$SSW/yohkoh/gen/idl/pointing/go_ads2att.pro::YOHKOH::N.A.::pointing
$SSW/yohkoh/gen/idl/pointing/go_aip.pro::YOHKOH::N.A.::pointing
$SSW/yohkoh/gen/idl/pointing/gt_hxa.pro::YOHKOH::To extract the word corresponding to the HXA data value Default output is in HXA pixels.::pointing
$SSW/yohkoh/gen/idl/pointing/gt_iru.pro::YOHKOH::To extract the word corresponding to the IRU data value Default output is in arcseconds.::pointing
$SSW/yohkoh/gen/idl/pointing/gt_tfss.pro::YOHKOH::To extract the word corresponding to the TFSS data value Default output is in arcseconds.::pointing
$SSW/yohkoh/gen/idl/pointing/hxa2hxaxy.pro::YOHKOH::Tries to reconstruct HXA limb positions hidden by fiducial marks and calculate the suncenter position (in HXA coordinates) from the HXA info in the PNT files.::pointing
$SSW/yohkoh/gen/idl/pointing/hxa_parms.pro::YOHKOH::Returns numerical values of various parameters used in suncenter calculations, including HXA detector properties.::pointing
$SSW/yohkoh/gen/idl/pointing/hxa_suncenter.pro::YOHKOH::Calculate the suncenter position (in SXT pixel coordinates) from the HXA info in the PNT files.  Tries to reconstruct hidden limbs.::pointing
$SSW/yohkoh/gen/idl/pointing/hxaxy2sxt.pro::YOHKOH::Transform HXA suncenter coordinates into SXT coordinates and perform time dependent corrections. Time dependent corrections are: orbital phase correction,::pointing
$SSW/yohkoh/gen/idl/pointing/iru_filt.pro::YOHKOH::Returns pointer to "good" IRU values, replaces bad values through linear interpolation of neighbours, and takes care of "roll over" of IRU values from (hex) FFFFFF to 0 (by adding 1000000 if required).::pointing
$SSW/yohkoh/gen/idl/pointing/iru_s2y.pro::YOHKOH::Reconstructs "raw" IRU-Y values by using a combination of IRU-X, IRU-Z, and IRU-S.  This became necessary due to the IRU switch from Y to S on September 20, 1993.  The program applies the::pointing
$SSW/yohkoh/gen/idl/pointing/iruhxa2sxt.pro::YOHKOH::Calculate suncenter positions (in SXT pixel coordinates) by combining IRU and HXA data. This program should be called with only one orbit worth of data::pointing
$SSW/yohkoh/gen/idl/pointing/iruhxa_fit.pro::YOHKOH::Calculate suncenter positions (in SXT pixel coordinates) by combining IRU and HXA data.::pointing
$SSW/yohkoh/gen/idl/pointing/plot_pnt_hist.pro::YOHKOH::N.A.::pointing
$SSW/yohkoh/gen/idl/pointing/pr_pnt_hist.pro::YOHKOH::To list the Yohkoh S/C commanded pointing history::pointing
$SSW/yohkoh/gen/idl/pointing/rd_ads.pro::YOHKOH::N.A.::pointing
$SSW/yohkoh/gen/idl/pointing/rd_ads_dir.pro::YOHKOH::N.A.::pointing
$SSW/yohkoh/gen/idl/pointing/roll_funct.pro::YOHKOH::N.A.::pointing
$SSW/yohkoh/gen/idl/pointing/roll_funct2.pro::YOHKOH::N.A.::pointing
$SSW/yohkoh/gen/idl/pointing/sxt2hxaxy.pro::YOHKOH::Transform SXT suncenter coordinates into HXA coordinates and perform time dependent corrections.  Inverse of hxaxy2sxt. Time dependent corrections are: orbital phase correction,::pointing
$SSW/yohkoh/gen/idl/pointing/sxt_cmd_pnt.pro::YOHKOH::Given a set of input times, return the location of the center of the sun in SXT full resolution pixels based on S/C commanded pointing.::pointing
$SSW/yohkoh/gen/idl/ref_access/ass_or.pro::YOHKOH::Assemble multiple exposure observing regions into single images::ref_access
$SSW/yohkoh/gen/idl/ref_access/att_old_struct.pro::YOHKOH::Define the following ATT specific database structures * ATT_2101_Data_Rec * ATT_60E1_Data_Rec::ref_access
$SSW/yohkoh/gen/idl/ref_access/att_struct.pro::YOHKOH::Define the following ATT specific database structures * ATT_Data_Rec * ATT_Roadmap_Rec::ref_access
$SSW/yohkoh/gen/idl/ref_access/bcs_old_struct.pro::YOHKOH::Define the following BCS specific database structures * BCS_QS_0211_Instr_Rec * BCS_0211_Index_Rec::ref_access
$SSW/yohkoh/gen/idl/ref_access/bcs_struct.pro::YOHKOH::Define the following BCS specific database structures * BCS_QS_Instr_Rec * BCS_QS_ModeInit_Rec::ref_access
$SSW/yohkoh/gen/idl/ref_access/bsc_struct.pro::YOHKOH::Define the following BSC specific database structures * BSC_Index_Rec * BSC_Roadmap_Rec::ref_access
$SSW/yohkoh/gen/idl/ref_access/cba_struct.pro::YOHKOH::Define the following CBA specific database structures * CBA_Data_Rec * CBA_RoadMap_Rec::ref_access
$SSW/yohkoh/gen/idl/ref_access/chk_size.pro::YOHKOH::N.A.::ref_access
$SSW/yohkoh/gen/idl/ref_access/evn_struct.pro::YOHKOH::Define the following event log (EVN) specific database structures * EVN_Common_Rec * EVN_PFI_Rec::ref_access
$SSW/yohkoh/gen/idl/ref_access/fem_old_struct.pro::YOHKOH::Define the following FEM (S/C transition) specific database structures * FEM_9001_Data_Rec::ref_access
$SSW/yohkoh/gen/idl/ref_access/fem_struct.pro::YOHKOH::Define the following FEM (S/C transition) specific database structures * FEM_Data_Rec * FEM_Version_Rec::ref_access
$SSW/yohkoh/gen/idl/ref_access/gbo_struct.pro::YOHKOH::Define the following ground Based Observing database structures * GEV_Data_Rec * GXR_Data_Rec::ref_access
$SSW/yohkoh/gen/idl/ref_access/gen_old_struct.pro::YOHKOH::Define the following general database structures * GEN_2101_Index_Rec::ref_access
$SSW/yohkoh/gen/idl/ref_access/gen_struct.pro::YOHKOH::Define the following general database structures * Pointer_Rec * File_Header_Rec::ref_access
$SSW/yohkoh/gen/idl/ref_access/get1ada.pro::YOHKOH::Given a time, return one ADA record which is the closest record to that time.::ref_access
$SSW/yohkoh/gen/idl/ref_access/get_att.pro::YOHKOH::Given a set of input times, return the single ATT data record closest to that time.::ref_access
$SSW/yohkoh/gen/idl/ref_access/get_cba.pro::YOHKOH::N.A.::ref_access
$SSW/yohkoh/gen/idl/ref_access/get_data_rec.pro::YOHKOH::Return the proper data structure for the given version number for ATT and WBS data structures::ref_access
$SSW/yohkoh/gen/idl/ref_access/get_index.pro::YOHKOH::N.A.::ref_access
$SSW/yohkoh/gen/idl/ref_access/get_index_ver.pro::YOHKOH::To look at the index structure and return the values for all ".index_version" fields.  It only looks for the field one level down (ie: index.gen.index_version)::ref_access
$SSW/yohkoh/gen/idl/ref_access/get_info.pro::YOHKOH::decode Yohkoh index or roadmap information into string info_array::ref_access
$SSW/yohkoh/gen/idl/ref_access/get_pnt.pro::YOHKOH::Given a set of input times, return the single PNT data record closest to that time.::ref_access
$SSW/yohkoh/gen/idl/ref_access/get_qs.pro::YOHKOH::N.A.::ref_access
$SSW/yohkoh/gen/idl/ref_access/go_rd_obs.pro::YOHKOH::Front end main program for calling RD_OBS (read observing log)::ref_access
$SSW/yohkoh/gen/idl/ref_access/hxt_struct.pro::YOHKOH::Define the following HXT specific database structures * HXT_QS_Instr_Rec * HXT_QS_Conv_Rec::ref_access
$SSW/yohkoh/gen/idl/ref_access/mk_bsc_str.pro::YOHKOH::Build the BSC data structure definition::ref_access
$SSW/yohkoh/gen/idl/ref_access/mk_dset_str.pro::YOHKOH::Create a dataset structre for input to the "RD_xxx" routines from an "SS" array of roadmap indices::ref_access
$SSW/yohkoh/gen/idl/ref_access/mk_orb_file.pro::YOHKOH::To create the ORB file containg spacecraft position::ref_access
$SSW/yohkoh/gen/idl/ref_access/mk_orb_week.pro::YOHKOH::Generates a weeks worth of orbital information to be stored in the ORB file. Interval used is 300 secs. Structure defined in orb_struct.pro::ref_access
$SSW/yohkoh/gen/idl/ref_access/mk_struct.pro::YOHKOH::N.A.::ref_access
$SSW/yohkoh/gen/idl/ref_access/obs_struct.pro::YOHKOH::Define the following observing log database structures * Obs_NewOrb_Hd_Rec * Obs_NewOrbit_Rec::ref_access
$SSW/yohkoh/gen/idl/ref_access/obs_summary.pro::YOHKOH::Given a short time span, read the observing log and print (a) the number of datasets for each instrument, (b) the peak flux in HXT-LOW and SXS2, (c) the GOES flare event level, and (d) the SXT PFI image::ref_access
$SSW/yohkoh/gen/idl/ref_access/orb_struct.pro::YOHKOH::Structure containing information about the orbital position of the spacecraft, typically every 300 secs. Defines orb_record::ref_access
$SSW/yohkoh/gen/idl/ref_access/pnt_struct.pro::YOHKOH::Define the following PNT specific database structures * PNT_Data_Rec::ref_access
$SSW/yohkoh/gen/idl/ref_access/pr_evn.pro::YOHKOH::To list the times when there is Yohkoh Data.::ref_access
$SSW/yohkoh/gen/idl/ref_access/pr_fheader.pro::YOHKOH::N.A.::ref_access
$SSW/yohkoh/gen/idl/ref_access/pr_neworb_p.pro::YOHKOH::N.A.::ref_access
$SSW/yohkoh/gen/idl/ref_access/pr_pointer.pro::YOHKOH::N.A.::ref_access
$SSW/yohkoh/gen/idl/ref_access/pr_sdml.pro::YOHKOH::N.A.::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_ada.pro::YOHKOH::Read and extract Attitude records specified in the 'dset_arr' parameter from the Solar-A reformatted data base.::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_ada_data.pro::YOHKOH::Perform the actual data read for ADA files (called from RD_XDA)::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_atr.pro::YOHKOH::Read the raw Yohkoh summary attitude (ATR) data files::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_att.pro::YOHKOH::Read the processed Yohkoh summary attitude (ATT) data files::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_bda.pro::YOHKOH::Read and extract BCS images specified in the 'dset_arr' parameter from the BCS Solar-A reformatted data base.::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_bda_data.pro::YOHKOH::Perform the actual data read for BDA files (called from RD_XDA)::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_bda_dp.pro::YOHKOH::Read and extract the DP Syncronoous data from Solar-A BCS reformatted data files::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_bda_tmp.pro::YOHKOH::Read and extract BCS images specified in the 'dset_arr' parameter from the SXT Solar-A reformatted data base.::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_bsc_data.pro::YOHKOH::Perform the actual data read for BSC files (called from RD_XDA)::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_cba.pro::YOHKOH::Read and extract "basic part" records specified in the 'dset_arr' parameter from the Solar-A reformatted data base.::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_cba_data.pro::YOHKOH::Perform the actual data read for CBA files (called from RD_XDA)::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_evn.pro::YOHKOH::Read the contents of the EVN data files (Event Summary Log)::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_fem.pro::YOHKOH::Read the FEM files (reduced ephemeris files that contain the S/C day/night, SAA, and station contact times)::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_fheader.pro::YOHKOH::Read and extract the file header section from requested file.::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_gbe_raw.pro::YOHKOH::To read the raw BATSE event log file::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_gbl.pro::YOHKOH::Read the GRE/BATSE Event Log file::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_hda.pro::YOHKOH::Read and extract HXT data specified in the 'dset_arr' parameter from the HXT Solar-A reformatted data base.::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_hda_data.pro::YOHKOH::Perform the actual data read for HDA files (called from RD_XDA)::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_hxa.pro::YOHKOH::Read and extract the HXA scan portion of the ADA file.::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_hxi_data.pro::YOHKOH::Perform the actual data read for HXI files (called from RD_XDA)::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_index.pro::YOHKOH::N.A.::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_nel.pro::YOHKOH::Read the Nobeyama Event Log file::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_neworb_p.pro::YOHKOH::N.A.::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_obs.pro::YOHKOH::Routine to read the observing log into vectors::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_obs_entry.pro::YOHKOH::Read a single observing log entry out a log file::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_old_obs.pro::YOHKOH::Routine to read the observing log into vectors::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_orb.pro::YOHKOH::Read the ORB files (spacecraft position against time)::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_pnt.pro::YOHKOH::Read the Yohkoh pointing log file.  It reads the ATR file.::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_pnt_hist.pro::YOHKOH::To read the Yohkoh pointing history log file::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_pointer.pro::YOHKOH::Read and extract the pointer section from requested file.::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_qs.pro::YOHKOH::N.A.::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_roadmap.pro::YOHKOH::Read and extract the entire roadmap from any of the reformatted data base files.  If the variable "roadmap" is defined, and the requested file is the same as the last::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_roadmap_tmp.pro::YOHKOH::Read and extract the entire roadmap from any of the reformatted data base files.::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_sda.pro::YOHKOH::Read and extract SXT images specified in the 'dset_arr' parameter from the SXT Solar-A reformatted data base.::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_sda_data.pro::YOHKOH::Perform the actual data read for SDA files (called from RD_XDA)::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_sda_sav.pro::YOHKOH::Read and extract SXT images specified in the 'dset_arr' parameter from the SXT Solar-A reformatted data base.::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_sda_tmp.pro::YOHKOH::Read and extract SXT images specified in the 'dset_arr' parameter from the SXT Solar-A reformatted data base.::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_sdl.pro::YOHKOH::Read the contents of the SDL data files (SXT Dark Current Log)::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_sld.pro::YOHKOH::Read the contents of the SLD data files::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_sls.pro::YOHKOH::Read the contents of the SLS data files::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_sot.pro::YOHKOH::Read the contents of the SOT data files::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_ssl.pro::YOHKOH::Read the contents of the SSL data files (SXT Summary Log)::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_str_data.pro::YOHKOH::Perform the actual data read for SXT files which structures for the data portion.  These include: SDL, SLD, SLS, SOT, SXC, SXL, SXA::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_sxa.pro::YOHKOH::Read the contents of the SXA data files::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_sxc.pro::YOHKOH::Read the contents of the SXC data files::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_sxl.pro::YOHKOH::Read the contents of the SXL data files (SXT X-Ray Log)::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_sxl_data.pro::YOHKOH::Perform the actual data read for SXL files (called from RD_XDA)::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_sxt_table.pro::YOHKOH::N.A.::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_wda.pro::YOHKOH::Read and extract WBS data specified in the 'dset_arr' parameter from the WBS Solar-A reformatted data base.::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_wda_data.pro::YOHKOH::Perform the actual data read for WDA files (called from RD_XDA)::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_week_file.pro::YOHKOH::Read the weekly files which do not have orbit pointers (EVN, FEM, NAR, GEV, and GXT)::ref_access
$SSW/yohkoh/gen/idl/ref_access/rd_xda.pro::YOHKOH::Read and extract data from any of the Yohkoh data files (SDA, BDA, WDA, HDA, ADA, or CBA).::ref_access
$SSW/yohkoh/gen/idl/ref_access/rdwrt.pro::YOHKOH::All input and output to the reformatted data files is done by this routine.::ref_access
$SSW/yohkoh/gen/idl/ref_access/sav_bda.pro::YOHKOH::To save BDA index and data to a file::ref_access
$SSW/yohkoh/gen/idl/ref_access/sav_bsc.pro::YOHKOH::To save an BCS processed spectra (BSC) index and data::ref_access
$SSW/yohkoh/gen/idl/ref_access/sav_hxi.pro::YOHKOH::To save an HXT synthesized image index and data array to a file::ref_access
$SSW/yohkoh/gen/idl/ref_access/sav_sda.pro::YOHKOH::To save an SXT index and data array to a file::ref_access
$SSW/yohkoh/gen/idl/ref_access/sel_qs.pro::YOHKOH::Given a time, return the indicie for the QS that was valid for that time.::ref_access
$SSW/yohkoh/gen/idl/ref_access/str_merge.pro::YOHKOH::merge (append) a new structure tag into an existing structure::ref_access
$SSW/yohkoh/gen/idl/ref_access/sxt_old_struct.pro::YOHKOH::Define the following SXT specific database structures * SXT_2301_Index_Rec * SXT_2302_Index_Rec::ref_access
$SSW/yohkoh/gen/idl/ref_access/sxt_struct.pro::YOHKOH::Define the following SXT specific database structures * SXT_QS_Instr_Rec * SXT_QS_Conv_Rec::ref_access
$SSW/yohkoh/gen/idl/ref_access/wbs_struct.pro::YOHKOH::Define the following WBS specific database structures * WBS_QS_Instr_Rec * WBS_QS_Offset_Rec::ref_access
$SSW/yohkoh/gen/idl/ref_access/week_loop.pro::YOHKOH::Given a start and end time, return a structure listing the year number and week number for all weeks between the times::ref_access
$SSW/yohkoh/gen/idl/ref_access/wrtbscmap.pro::YOHKOH::N.A.::ref_access
$SSW/yohkoh/gen/idl/reformat/ada2atr.pro::YOHKOH::Generate the ATR structure from the ADA files::reformat
$SSW/yohkoh/gen/idl/reformat/auto_toban.pro::YOHKOH::To run GO_TOBAN for each of the KSC station contacts::reformat
$SSW/yohkoh/gen/idl/reformat/auto_toban2.pro::YOHKOH::To run GO_TOBAN whenever there is new SIRIUS temporary data (from KSC station contacts) DESCRIPTION:::reformat
$SSW/yohkoh/gen/idl/reformat/bcs_clock.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/bcs_clock_fix.pro::YOHKOH::Use one BCS clock "tie" point which covers many days, even though::reformat
$SSW/yohkoh/gen/idl/reformat/bcs_copy_grpplan.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/bcs_cpy_grpplan.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/bcs_do_diff.pro::YOHKOH::Do the difference between two DP_SYNC values and check that there was no rollover in the counter (val1-val2)::reformat
$SSW/yohkoh/gen/idl/reformat/bcs_pad_data.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/bcs_pad_data0.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/bcs_qs.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/bcs_rd_grpplan.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/bcs_samp.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/bcs_samp_plot.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/bcs_sub_dp.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/bsc_old_struct.pro::YOHKOH::Define the following BSC specific database structures * FIT_2041_BSC_Rec::reformat
$SSW/yohkoh/gen/idl/reformat/check4append.pro::YOHKOH::If a dataset had to be appended during the WRT1ORBIT procedure, it needs to be checked to see if the data is in time order. Should only be needed for SFR and BDA files.::reformat
$SSW/yohkoh/gen/idl/reformat/chk_change.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/chk_size_do.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/chk_srspas.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/conv2str.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/daily_sfd_fits.pro::YOHKOH::To read the daily temporary SFD files and write a FITS image::reformat
$SSW/yohkoh/gen/idl/reformat/del_ksc_ref.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/dir_split.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/dp_clock.pro::YOHKOH::Given a DP clock time, return the MSOD and DS79::reformat
$SSW/yohkoh/gen/idl/reformat/dp_clock_ref.pro::YOHKOH::Creat the reference "tie point" between the DP clock and UT.::reformat
$SSW/yohkoh/gen/idl/reformat/err_log.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/ext1ada.pro::YOHKOH::Extract the S/C Attitude data from one raw telemetry major frame.  Only called by REFORMAT::reformat
$SSW/yohkoh/gen/idl/reformat/ext1bcs.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/ext1bcs_spec.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/ext1ffi.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/ext1ffi_buff.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/ext1hxa.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/ext1pfi.pro::YOHKOH::Extract the SXT-PFI portion of the telemetry stream::reformat
$SSW/yohkoh/gen/idl/reformat/ext1pntg.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/ext1wda.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/get1gen.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/get_sirius.pro::YOHKOH::To copy YOHKOH raw telemetry data from SIRIUS to the workstation::reformat
$SSW/yohkoh/gen/idl/reformat/get_sirius2.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/get_sirius_yr.pro::YOHKOH::Special routine to call GET_SIRIUS for the year boundary cases since Shuto san does not handle the year tag properly in this case.::reformat
$SSW/yohkoh/gen/idl/reformat/get_ssx_slice.pro::YOHKOH::CATEGORY:::reformat
$SSW/yohkoh/gen/idl/reformat/get_tim_all.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/getsxtfov.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go1orbit.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go2.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_all.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_arctap2tap.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_bcs.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_evn.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_get_sirius.pro::YOHKOH::To allow a user to interactively enter a start and end time to be used to copy data from SIRIUS::reformat
$SSW/yohkoh/gen/idl/reformat/go_lparl.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_mk_atr.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_mk_att.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_mk_desat.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_mk_evn.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_mk_obs.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_mk_pnt.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_mk_sdc.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_mk_sdl.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_mk_sdmi.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_mk_sdp.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_mk_sdw.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_mk_sfd.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_mk_sfd_daily.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_mk_sft.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_mk_sot.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_mk_ssl.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_mk_sss.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_mk_ssx.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_mk_sxa.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_mk_sxc.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_mk_sxl.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_mo_atr.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_mo_ssx.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_mo_sxa.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_mo_sxl.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_move_files.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_ref2.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_ref_super_log.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_ref_superftp.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_reformat.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_reformat92.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_reformat92s.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_sxt.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_table_print.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_test.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_test2.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/go_toban.pro::YOHKOH::To allow the SXT toban to (1) call SRSJCL, (2) call SRSGET, (3) reformat the data, (4) append to the observing log, (5) to make the event log, (5) to append to the PNT file, and::reformat
$SSW/yohkoh/gen/idl/reformat/help_prefix.pro::YOHKOH::To display information on the different YOHKOH prefixes available::reformat
$SSW/yohkoh/gen/idl/reformat/idl_header.pro::YOHKOH::CATEGORY:::reformat
$SSW/yohkoh/gen/idl/reformat/image_summary.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/img_info.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/init_auto_toban.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/init_qs.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/manual_toban.pro::YOHKOH::To give a mechanism for GO_TOBAN to be run manually.::reformat
$SSW/yohkoh/gen/idl/reformat/map_discon.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/mk_att.pro::YOHKOH::To take the raw attitude summary file (ATR) and make the::reformat
$SSW/yohkoh/gen/idl/reformat/mk_desat.pro::YOHKOH::Given a set of files, read the roadmaps and find where there is a long and short exposure.  Make a composite image and remove the saturated pixels.  Write images to an output file.::reformat
$SSW/yohkoh/gen/idl/reformat/mk_desat_wl.pro::YOHKOH::Given a set of files, read the roadmaps and find where there are complete narrow band images.  Write the subset to a datafile.::reformat
$SSW/yohkoh/gen/idl/reformat/mk_dir_str.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/mk_evn.pro::YOHKOH::To reduce the observing log information into a summary of events.::reformat
$SSW/yohkoh/gen/idl/reformat/mk_obs.pro::YOHKOH::Make the observing log file::reformat
$SSW/yohkoh/gen/idl/reformat/mk_obs_append.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/mk_obs_bcs.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/mk_obs_lst.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/mk_obs_str.pro::YOHKOH::Make the observing log structure::reformat
$SSW/yohkoh/gen/idl/reformat/mk_obs_sxt.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/mk_obs_w_h.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/mk_pnt.pro::YOHKOH::Generate the PNT data file from the ADA files::reformat
$SSW/yohkoh/gen/idl/reformat/mk_sdc.pro::YOHKOH::Generate the SXT Dark Current SDA image (SDC) file from the SFR files of all unique (exposure and resolution) dark current images excluding SAA and non-100% images::reformat
$SSW/yohkoh/gen/idl/reformat/mk_sdl.pro::YOHKOH::Generate the SXT Dark current log (SDL) file from the SFR file::reformat
$SSW/yohkoh/gen/idl/reformat/mk_sdm.pro::YOHKOH::To create the weekly average SXT dark image database::reformat
$SSW/yohkoh/gen/idl/reformat/mk_sdmi.pro::YOHKOH::To make the SDM Input database "SDMI" which holds information on most of the dark current images and is used to select which images are used for SDM::reformat
$SSW/yohkoh/gen/idl/reformat/mk_sdp.pro::YOHKOH::Given a set of PFI files, read the roadmaps and save the dark images into a weekly file::reformat
$SSW/yohkoh/gen/idl/reformat/mk_sdw.pro::YOHKOH::Generate the SXT Dark Current SDA Warm image (SDW) file from the SFR files of all 100% data images that are take with the CCD warm.::reformat
$SSW/yohkoh/gen/idl/reformat/mk_sfd.pro::YOHKOH::Given a set of files, read the roadmaps and find where there is a long and short exposure.  Make a composite image and remove the saturated pixels.  Write images to an output file.::reformat
$SSW/yohkoh/gen/idl/reformat/mk_sfs.pro::YOHKOH::Given a set of FFI files, read the roadmaps and save the open/open, diffuser (compressed), and UV flood images::reformat
$SSW/yohkoh/gen/idl/reformat/mk_sft.pro::YOHKOH::Given a set of FFI files, read the roadmaps and save the terminator images (SFT images)::reformat
$SSW/yohkoh/gen/idl/reformat/mk_sfw.pro::YOHKOH::Given a set of files, read the roadmaps and find where there are complete narrow band images.  Write the subset to a datafile.::reformat
$SSW/yohkoh/gen/idl/reformat/mk_sgb.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/mk_sl.pro::YOHKOH::Generate the SXT Leak Dark image (SLD) or SXT Leak scatter (SLS) log from the SFR files.  It also generates the SXT X-ray Average (SXA) files from the SFD files.::reformat
$SSW/yohkoh/gen/idl/reformat/mk_sot.pro::YOHKOH::Generate the SXT Optical (Aspect) Telescope (SOT) file from the SFR file::reformat
$SSW/yohkoh/gen/idl/reformat/mk_ssl.pro::YOHKOH::Generate the SXT Summary Log (SSL) file from the SPR and SFR files.  Also need the output from MK_SEL. OPTONAL INPUT:::reformat
$SSW/yohkoh/gen/idl/reformat/mk_ssl_sub1.pro::YOHKOH::MK_SSL subprocedure #1 counts the number of images of a given filter and saves the total exposure through that filter.::reformat
$SSW/yohkoh/gen/idl/reformat/mk_ssx.pro::YOHKOH::Generate the weekly SXT Synoptic slice files (SSX) from the SFD file.::reformat
$SSW/yohkoh/gen/idl/reformat/mk_sxc.pro::YOHKOH::Generate the SXT Xray Sun Center (SXC) data files from the SFD images::reformat
$SSW/yohkoh/gen/idl/reformat/mk_sxl.pro::YOHKOH::Generate the SXT X-Ray Histogram Log (SXL) from the SFD file.::reformat
$SSW/yohkoh/gen/idl/reformat/mk_week1_file.pro::YOHKOH::Make the Yohkoh formated files for: GRO/BATSE event log file (GBE) Nobeyama event log file (NEL)::reformat
$SSW/yohkoh/gen/idl/reformat/mk_week_file.pro::YOHKOH::Generate a weekly file.  Files that can be generated are GXT, G6D, G7D (GOES light curve), GOL, GBL, OSP/OSF/OBD/OWH files.::reformat
$SSW/yohkoh/gen/idl/reformat/move_files.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/move_files0.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/move_files2.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/move_sizes.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/open_da_file.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/pnt2atr.pro::YOHKOH::To take the existing PNT files and convert them into ATR files.::reformat
$SSW/yohkoh/gen/idl/reformat/quick_sirius.pro::YOHKOH::To check the data that has already been copied from SIRIUS, and copy all new that that has arrived since then (using GET_SIRIUS)::reformat
$SSW/yohkoh/gen/idl/reformat/rd_bcs_grpdtb.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/rd_prefix_doc.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/rd_ref_log.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/rd_srspas.pro::YOHKOH::To read the SIRIUS database listing file contents into a structure::reformat
$SSW/yohkoh/gen/idl/reformat/rd_telem.pro::YOHKOH::To read raw telemetry file::reformat
$SSW/yohkoh/gen/idl/reformat/rdmtfor_data.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/rdmtfor_data0.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/ref_struct.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/ref_super.pro::YOHKOH::To copy data from SIRIUS and reformat it.  There are several different reformatting stages and several different types of files that are produced.::reformat
$SSW/yohkoh/gen/idl/reformat/ref_super_clean.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/ref_super_dir.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/ref_super_log.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/ref_test.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/ref_weeks.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/reformat.pro::YOHKOH::The Solar-A/Yohkoh reformatter for all instruments::reformat
$SSW/yohkoh/gen/idl/reformat/reformat2.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/run_auto_toban.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/run_go_toban2.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/sdmi2sdml.pro::YOHKOH::To take the SXT dark image input database (SDMI) and to make the list of dark images database (SDML) to be used to make the average dark image database (SDM)::reformat
$SSW/yohkoh/gen/idl/reformat/sirius_data_chk.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/sort_time.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/srspas_chk.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/table_dump.pro::YOHKOH::To write an SXT table to a text disk file and a binary disk file.::reformat
$SSW/yohkoh/gen/idl/reformat/table_header.pro::YOHKOH::To put a standard header at the top of each page of an SXT sequence table dump::reformat
$SSW/yohkoh/gen/idl/reformat/table_print.pro::YOHKOH::Take a binary (BTB) SXT table and write a text format to disk.::reformat
$SSW/yohkoh/gen/idl/reformat/tape_list.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/temp_fix.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/test_fraction.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/test_runtim.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/test_sdef.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/ttim2ex.pro::YOHKOH::Convert from the telemetry time block to the external representation::reformat
$SSW/yohkoh/gen/idl/reformat/wbs_swap.pro::YOHKOH::Because of an error in the reformatter, half of the time the wrong two major frames were put together.  This routine corrects the data::reformat
$SSW/yohkoh/gen/idl/reformat/week_totals.pro::YOHKOH::read 8mm archive tape directory files and summarize the file/tape sizes.::reformat
$SSW/yohkoh/gen/idl/reformat/wrt1ada.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/wrt1bda.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/wrt1cba.pro::YOHKOH::Write one record of the CBA file (called exclusively by the reformatter)::reformat
$SSW/yohkoh/gen/idl/reformat/wrt1hda.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/wrt1orbit.pro::YOHKOH::Procedure that writes part of a 24 hour file into a::reformat
$SSW/yohkoh/gen/idl/reformat/wrt1p_fh.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/wrt1sda.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/wrt1sda_buff.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/wrt1wda.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/wrtattmap.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/wrtbcsmap.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/wrtcbamap.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/wrthximap.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/wrthxtmap.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/wrtqs.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/wrtsxtmap.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/wrtwbsmap.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/yd_use.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/reformat/yd_use2.pro::YOHKOH::N.A.::reformat
$SSW/yohkoh/gen/idl/spectra/acgaunt.pro::YOHKOH::Calculate continuum gaunt factor using approximations of R. Mewe (18-JUN-85) to full calculations of paper VI (Arnaut and Rothenflug for ion balances).::spectra
$SSW/yohkoh/gen/idl/spectra/collexc.pro::YOHKOH::Compute effective excitation rate coefficients for a given Temperature in units of cm^3 s-1::spectra
$SSW/yohkoh/gen/idl/spectra/conflx.pro::YOHKOH::Calculate continuum flux in (ph s-1 A-1) or (erg s-1 A-1). The resultant flux assumes an emission measure of 1.e50 cm^3.::spectra
$SSW/yohkoh/gen/idl/spectra/drexc.pro::YOHKOH::Compute effective excitation rate due to dielectronic recombination. as a function of electron temperature in units of cm^3 s-1::spectra
$SSW/yohkoh/gen/idl/spectra/gaminc.pro::YOHKOH::Compute the function = exp(X) / X^P * Int[exp(-X)*X^(P-1)dx] (Int = Integrate from X to Infinity)::spectra
$SSW/yohkoh/gen/idl/spectra/get_atomic.pro::YOHKOH::Return a data structure with atomic data parameters for requested BCS channel.::spectra
$SSW/yohkoh/gen/idl/spectra/get_elemabun.pro::YOHKOH::Return elemental abundances.  H = 1, He = (approx) .2, etc.::spectra
$SSW/yohkoh/gen/idl/spectra/get_ionbal.pro::YOHKOH::Return interpolated ionization fractions.::spectra
$SSW/yohkoh/gen/idl/spectra/iionbal.pro::YOHKOH::Return interpolated ionization fractions.::spectra
$SSW/yohkoh/gen/idl/spectra/linflx.pro::YOHKOH::Compute the Mewe line spectrum for EM=1.e44 cm^-3::spectra
$SSW/yohkoh/gen/idl/spectra/mewe_spec.pro::YOHKOH::Compute a Mewe thermal spectrum (line + continuum) for EM=1.e44 cm^-3::spectra
$SSW/yohkoh/gen/idl/spectra/picklambda.pro::YOHKOH::To sum the lines at the same wavelengths::spectra
$SSW/yohkoh/gen/idl/spectra/rd_atodat.pro::YOHKOH::Read the atomic data files: ssec3.dat, casec3.dat, fesec3.dat, f26sec.dat::spectra
$SSW/yohkoh/gen/idl/spectra/rd_ionbal.pro::YOHKOH::Read ascii files containing ionization balance calculations.::spectra
$SSW/yohkoh/gen/idl/spectra/wvoigt.pro::YOHKOH::Call the IDL Voigt routine to calculate a Voigt Profile.::spectra
$SSW/yohkoh/gen/idl/tape/acopy.pro::YOHKOH::Copy archive tapes and log the results.::tape
$SSW/yohkoh/gen/idl/tape/acopy2.pro::YOHKOH::Copy archive tapes and log the results.::tape
$SSW/yohkoh/gen/idl/tape/archscrpt.pro::YOHKOH::cREATE AN ascii SCRIPT FILE FOR WRITING THE DATA ARCHIVE TAPE.::tape
$SSW/yohkoh/gen/idl/tape/arctap2tap.pro::YOHKOH::kludge for now - unix tape to tape copy routine::tape
$SSW/yohkoh/gen/idl/tape/bytetostr.pro::YOHKOH::load input byte buffer into input struture variable.::tape
$SSW/yohkoh/gen/idl/tape/ck.pro::YOHKOH::check input filename list against contents of the tape. Return a list of found indices.::tape
$SSW/yohkoh/gen/idl/tape/ck_what.pro::YOHKOH::Return a list of tags to difference between structures.::tape
$SSW/yohkoh/gen/idl/tape/cktapdir.pro::YOHKOH::Check current Tape-Directory against latest Tape-Dir file.::tape
$SSW/yohkoh/gen/idl/tape/def_tapd.pro::YOHKOH::define default tape drive names for various systems::tape
$SSW/yohkoh/gen/idl/tape/diff_file.pro::YOHKOH::check for differences between current tape dir and latest disk file.::tape
$SSW/yohkoh/gen/idl/tape/fnddur.pro::YOHKOH::Compute the number of calender days spanned by the start and end times.  If the start and end times are undefined user is prompted for times.  Default start time is todays::tape
$SSW/yohkoh/gen/idl/tape/fndids.pro::YOHKOH::Using the input time "startTime" return a list of fileIDs for a given prefix on current dir!!!::tape
$SSW/yohkoh/gen/idl/tape/fndrids.pro::YOHKOH::Return a list of fileIDs which correspond to the specified start and end times.::tape
$SSW/yohkoh/gen/idl/tape/get_tapename.pro::YOHKOH::return tapename for a given weekid::tape
$SSW/yohkoh/gen/idl/tape/getdatdir.pro::YOHKOH::Return the full data to the input archive directory::tape
$SSW/yohkoh/gen/idl/tape/getm1ans.pro::YOHKOH::get the information for creating a log entry for a master tape. Parameters:::tape
$SSW/yohkoh/gen/idl/tape/getobsid.pro::YOHKOH::Given the beginning date of the Archive week return the proper file ID for the Observing Log.::tape
$SSW/yohkoh/gen/idl/tape/getrng.pro::YOHKOH::Return a full list of file names (or fileids) given the start and end of the list.::tape
$SSW/yohkoh/gen/idl/tape/gett.pro::YOHKOH::Get the start or end times of the archive from the times of the files beginning with prefix 'p'.::tape
$SSW/yohkoh/gen/idl/tape/getwkextlst.pro::YOHKOH::get the list of file extensions for the weekly files that are archived within the 1st cpio file.::tape
$SSW/yohkoh/gen/idl/tape/getwkprelst.pro::YOHKOH::get the list of file prefixes for the weekly files that are archived within the 1st cpio file.::tape
$SSW/yohkoh/gen/idl/tape/go_mktap.pro::YOHKOH::source the mktap.com file from IDL and put it in the background.::tape
$SSW/yohkoh/gen/idl/tape/go_mktap1.pro::YOHKOH::source the mktap.com file from IDL and put it in the background.::tape
$SSW/yohkoh/gen/idl/tape/go_rdtap.pro::YOHKOH::To read a Yohkoh Archive tape, via menus and point and click. Note: default mode is to read the tape directory files from disk.  The location on the disk is given by the alias or logical::tape
$SSW/yohkoh/gen/idl/tape/go_rdtap2.pro::YOHKOH::To read a Yohkoh Archive tape, via menus and point and click. Note: default mode is to read the tape directory files from disk.  The location on the disk is given by the alias or logical::tape
$SSW/yohkoh/gen/idl/tape/load_hd.pro::YOHKOH::load SATDF header::tape
$SSW/yohkoh/gen/idl/tape/load_recs.pro::YOHKOH::load logical data-records for each day of the archive. When fstTme flag is true (1) the first data-record will contain information for the weekly files only (obs, pnt,...).::tape
$SSW/yohkoh/gen/idl/tape/lsswap.pro::YOHKOH::Search for all occurances of 4 and 2-byte words and perform the appropriate byte-swap.::tape
$SSW/yohkoh/gen/idl/tape/mk_ydbtape.pro::YOHKOH::generate a directory listing file and make tar tape::tape
$SSW/yohkoh/gen/idl/tape/mkdirst.pro::YOHKOH::Create data-structures for the SXT-Archive-Tape Directory File (SATDF) also known as the files with file prefixes xbd (binary) and xad (ascII).::tape
$SSW/yohkoh/gen/idl/tape/mktap.pro::YOHKOH::Create Script file which produces an 8mm archive tape.::tape
$SSW/yohkoh/gen/idl/tape/mktap_prep.pro::YOHKOH::prepare directory for mktap::tape
$SSW/yohkoh/gen/idl/tape/mktapver.pro::YOHKOH::return current version of mktap.  Note: version # is an INTEGER: with values between 1 and 9000.::tape
$SSW/yohkoh/gen/idl/tape/mt.pro::YOHKOH::Handle functional control of tape "dev" for both unix and vms.::tape
$SSW/yohkoh/gen/idl/tape/mtcmd.pro::YOHKOH::issue OS dependent tape positioning::tape
$SSW/yohkoh/gen/idl/tape/mtcom.pro::YOHKOH::Reposition tape unit via either rewind or skip forward "skpf" files or "skpr" records.::tape
$SSW/yohkoh/gen/idl/tape/prefixck.pro::YOHKOH::return the a list of requested reformatted file prefixes.::tape
$SSW/yohkoh/gen/idl/tape/rd_dsktapdir.pro::YOHKOH::Read and return contents of binary tape directory disk file.::tape
$SSW/yohkoh/gen/idl/tape/rd_tapdir.pro::YOHKOH::Read and return the binary tape directory from an Archive tape.::tape
$SSW/yohkoh/gen/idl/tape/rd_xbd.pro::YOHKOH::read highest version of all tape binary directory files (xbd) return array of structures (1/file=1/week)::tape
$SSW/yohkoh/gen/idl/tape/rd_ydbtap.pro::YOHKOH::read / extract data from ydb tape::tape
$SSW/yohkoh/gen/idl/tape/rd_ydbtapdir.pro::YOHKOH::read directory file from ydb tape::tape
$SSW/yohkoh/gen/idl/tape/rdtap.pro::YOHKOH::Read ARCHIVE tape and write the requested files to the default directory.::tape
$SSW/yohkoh/gen/idl/tape/rdtap2.pro::YOHKOH::Read ARCHIVE tape and write the requested files to the default directory.::tape
$SSW/yohkoh/gen/idl/tape/rdtapedoc.pro::YOHKOH::Document for the HOW-TOs of the "rdtape.pro" program.::tape
$SSW/yohkoh/gen/idl/tape/ref_bad.pro::YOHKOH::check ref file header size against actual size::tape
$SSW/yohkoh/gen/idl/tape/renbad.pro::YOHKOH::rename files renamed by mktap_prep to original file names  -::tape
$SSW/yohkoh/gen/idl/tape/revchk.pro::YOHKOH::flag tapes older or newer than specified reformatter version::tape
$SSW/yohkoh/gen/idl/tape/sw_tape.pro::YOHKOH::save or restore yokoh software to and from archive tapes::tape
$SSW/yohkoh/gen/idl/tape/tap2tap.pro::YOHKOH::unix tape to tape copy routine::tape
$SSW/yohkoh/gen/idl/tape/tapdir2.pro::YOHKOH::Write the tape directory file for an archive tape.::tape
$SSW/yohkoh/gen/idl/tape/tar_size.pro::YOHKOH::return file name and size (in bytes)::tape
$SSW/yohkoh/gen/idl/tape/testc.pro::YOHKOH::N.A.::tape
$SSW/yohkoh/gen/idl/tape/valid_check.pro::YOHKOH::validity checks - information/actions for mktap_prep::tape
$SSW/yohkoh/gen/idl/tape/vmscopytape.pro::YOHKOH::Copy tape to tape on a VMS system The tapes must be mounted /foreign::tape
$SSW/yohkoh/gen/idl/tape/wrtdat2.pro::YOHKOH::N.A.::tape
$SSW/yohkoh/gen/idl/tape/wrtdat3.pro::YOHKOH::N.A.::tape
$SSW/yohkoh/gen/idl/tape/wrttapdir.pro::YOHKOH::Write an ASCII version of the SXT Tape Archive directory file.::tape
$SSW/yohkoh/gen/idl/tape/wrttcplog.pro::YOHKOH::write an entry to tape copy log file.::tape
$SSW/yohkoh/gen/idl/tape/wrtwkdat.pro::YOHKOH::Read weekly files from cpio tape archive and write these files to disk.::tape
$SSW/yohkoh/gen/idl/tape/ydbtapsets.pro::YOHKOH::find ydb tape sets (left out of the directory file)::tape
$SSW/yohkoh/gen/idl/util/add_pro.pro::YOHKOH::perform rudimentary checks on input idl module(s) and place it online if everything copecetic::util
$SSW/yohkoh/gen/idl/util/ahk_conv.pro::YOHKOH::N.A.::util
$SSW/yohkoh/gen/idl/util/archive_ck.pro::YOHKOH::Check an archive copy for completeness.  It checks the file names to ensure that all files were copied and it ensures that the file sizes are correct.::util
$SSW/yohkoh/gen/idl/util/atest2tree.pro::YOHKOH::is for atest::util
$SSW/yohkoh/gen/idl/util/break_doc.pro::YOHKOH::third purpose line::util,gen, swmaint, unix_only
$SSW/yohkoh/gen/idl/util/btest0.pro::YOHKOH::N.A.::util
$SSW/yohkoh/gen/idl/util/build_timarr.pro::YOHKOH::To build a time structure array spanning the input times with a setable increment step::util
$SSW/yohkoh/gen/idl/util/ccd_sunc.pro::YOHKOH::maintain ccd sun center coordinate data file::util
$SSW/yohkoh/gen/idl/util/check_oldproc.pro::YOHKOH::check old processes::util
$SSW/yohkoh/gen/idl/util/check_oldprocess.pro::YOHKOH::check old processes::util
$SSW/yohkoh/gen/idl/util/check_process.pro::YOHKOH::To monitor  jobs that have hung up and are eating up CPU::util
$SSW/yohkoh/gen/idl/util/chi_norm.pro::YOHKOH::compute chi^2 between observed and computed data::util
$SSW/yohkoh/gen/idl/util/chk_flares.pro::YOHKOH::verify ok to delete reformatted data sets (post tape making) checks for goes events (flares) during time range::util,swmaint, system, disk
$SSW/yohkoh/gen/idl/util/clon2ex.pro::YOHKOH::Calculate times corresponding to input 'Carrington' longitudes.::util
$SSW/yohkoh/gen/idl/util/contact_num.pro::YOHKOH::To figure out which KSC contact the data arrived in::util
$SSW/yohkoh/gen/idl/util/contacts.pro::YOHKOH::To list the times of the KSC contacts for a given day::util
$SSW/yohkoh/gen/idl/util/conv_h2hs.pro::YOHKOH::Convert from the decimal degress to the string representation of heliocentric coordinates ('N12W23')::util
$SSW/yohkoh/gen/idl/util/conv_h2hxt.pro::YOHKOH::To convert from heliocentric coordinates to an HXT pixel location::util
$SSW/yohkoh/gen/idl/util/conv_hs2h.pro::YOHKOH::Convert from the string representation of heliocentric ('N12W23') to integer values in degrees (N and W positive)::util
$SSW/yohkoh/gen/idl/util/conv_hxt2p.pro::YOHKOH::To convert from HXT pixel location to an SXT pixel location::util
$SSW/yohkoh/gen/idl/util/conv_p2a.pro::YOHKOH::To convert from a pixel location to an angle from sun center.::util
$SSW/yohkoh/gen/idl/util/conv_p2h.pro::YOHKOH::To convert from an SXT pixel location to heliocentric coordinates::util
$SSW/yohkoh/gen/idl/util/conv_p2hxt.pro::YOHKOH::To convert from SXT pixel location to an HXT pixel location::util
$SSW/yohkoh/gen/idl/util/data_paths2.pro::YOHKOH::use /ydnn links to determine yohkoh data paths::util
$SSW/yohkoh/gen/idl/util/de_spiker.pro::YOHKOH::Default mode return images with spikes and dark holes removed via median filter.::util
$SSW/yohkoh/gen/idl/util/deciyr2ints.pro::YOHKOH::To convert time in the form of decimal year, e.g., 92.0126, to a Yohkoh time structure.::util
$SSW/yohkoh/gen/idl/util/delete_week.pro::YOHKOH::Delete all files from a given week using the File ID as the::util
$SSW/yohkoh/gen/idl/util/dev2data.pro::YOHKOH::return data coordiates from input device coord and !x.s/!y.s::util
$SSW/yohkoh/gen/idl/util/dir_list.pro::YOHKOH::find directories::util
$SSW/yohkoh/gen/idl/util/disk_monitor.pro::YOHKOH::monitor disk space on critical disks (run via cron job)::util
$SSW/yohkoh/gen/idl/util/diskclean.pro::YOHKOH::menu yohkoh reformatted disk file deletion utility::util,system, disk, gen
$SSW/yohkoh/gen/idl/util/disktot.pro::YOHKOH::N.A.::util
$SSW/yohkoh/gen/idl/util/doc_cats.pro::YOHKOH::string array of currently registered documentation categories::util,categors=doc_cats([/toplev] [descript=descript, /class] [/yohkoh] [general])
$SSW/yohkoh/gen/idl/util/doc_head.pro::YOHKOH::return idl documentation header from source file::util
$SSW/yohkoh/gen/idl/util/dprate2sec.pro::YOHKOH::Given a DP_RATE code, return the major frame rate in sec::util
$SSW/yohkoh/gen/idl/util/dr_photo.pro::YOHKOH::If ARG is a time interval (in decimal days) this routine calculates photosheric differential rotation for the latitude specified by LAT (in degrees, default is 0).::util,Solar astronomy trivia.
$SSW/yohkoh/gen/idl/util/ext_subimg.pro::YOHKOH::Given an SXT full frame image, extract the portion of the PFI image described in the second parameter.::util
$SSW/yohkoh/gen/idl/util/fastdoc.pro::YOHKOH::user front end to faster idl documentation extraction/display::util
$SSW/yohkoh/gen/idl/util/fem_grid.pro::YOHKOH::To overplot a grid of data held in the fem_data structure (days/nights/SAA) on a previously drawn utplot graph::util
$SSW/yohkoh/gen/idl/util/fidrange.pro::YOHKOH::return fileid range covered by yohkoh ref files on a directory::util,swmaint, system, dbase
$SSW/yohkoh/gen/idl/util/first_light.pro::YOHKOH::routine to give a quick look at SXT conditions.::util,Yohkoh stuff
$SSW/yohkoh/gen/idl/util/fits2time.pro::YOHKOH::convert fits header times to Yohkoh convention::util
$SSW/yohkoh/gen/idl/util/fitstap2tap.pro::YOHKOH::fits tape to tape copy routine::util
$SSW/yohkoh/gen/idl/util/fl_annotate.pro::YOHKOH::To annotate the collage image produced by first_light.::util
$SSW/yohkoh/gen/idl/util/fl_goesplot.pro::YOHKOH::make goes plot in 'first_light' format or read existing::util
$SSW/yohkoh/gen/idl/util/fl_summary.pro::YOHKOH::combine fl_xxx images into summary image::util
$SSW/yohkoh/gen/idl/util/fl_suntoday.pro::YOHKOH::create sun_today image for showpix (guts from first_light) read the existing genx file version by default (speed)::util
$SSW/yohkoh/gen/idl/util/fl_sxtobsnar.pro::YOHKOH::return the SXT / NAR / Observing region overlay, 'first_light' style::util
$SSW/yohkoh/gen/idl/util/fmt_doc.pro::YOHKOH::format output buffer containing documentation header info::util,gen, util, swmaint, documentation, class3
$SSW/yohkoh/gen/idl/util/gbo_paths.pro::YOHKOH::To return the directory list of where ground based data resides::util
$SSW/yohkoh/gen/idl/util/gen_file_id.pro::YOHKOH::given either a weekly-fileid OR a range of fileids (which can span n-weeks) generate all valid file ids.::util
$SSW/yohkoh/gen/idl/util/gen_fn.pro::YOHKOH::Given file prefix and/or fileid Generate/Create full file names.::util
$SSW/yohkoh/gen/idl/util/get_afile_size.pro::YOHKOH::Return a list of file sizes for input files.::util
$SSW/yohkoh/gen/idl/util/get_daily.pro::YOHKOH::read image from daily_forecast area::util
$SSW/yohkoh/gen/idl/util/get_doc.pro::YOHKOH::retrieve a subset of idl header info. in a standard structure::util
$SSW/yohkoh/gen/idl/util/get_most_comm.pro::YOHKOH::Find out which value is use the most and return the subscript of that value::util
$SSW/yohkoh/gen/idl/util/get_string.pro::YOHKOH::read and return file generated by sav_string used for Yohkoh !path, documentation, filemaps::util,swmaint, file i/o, gen, util
$SSW/yohkoh/gen/idl/util/get_ydbhelp.pro::YOHKOH::return one line descriptions about each input prefix::util
$SSW/yohkoh/gen/idl/util/get_yo_dates.pro::YOHKOH::Return significant Yohkoh dates.::util
$SSW/yohkoh/gen/idl/util/go_yohkoh_copy2.pro::YOHKOH::N.A.::util
$SSW/yohkoh/gen/idl/util/go_yohkoh_copy3.pro::YOHKOH::N.A.::util
$SSW/yohkoh/gen/idl/util/gt_dp_mode.pro::YOHKOH::To extract the bits corresponding to DP Mode and optionally return a string mnemonic.::util
$SSW/yohkoh/gen/idl/util/gt_dp_rate.pro::YOHKOH::To extract the bits corresponding to DP Mode and optionally return a string mnemonic.::util
$SSW/yohkoh/gen/idl/util/histscale.pro::YOHKOH::use histogram to auto-scale (different from histogram equaliz...)::util
$SSW/yohkoh/gen/idl/util/integ.pro::YOHKOH::Trapezoidal integration of the area under a curve::util
$SSW/yohkoh/gen/idl/util/interp1d.pro::YOHKOH::Perform fast linear 1d interpolation  Uses the IDL INTERPOLATE procedure, which requires an equally spaced grid.::util
$SSW/yohkoh/gen/idl/util/interp2d.pro::YOHKOH::Perform bilinear 2d interpolation using the IDL intrinsic interpolate procedure::util
$SSW/yohkoh/gen/idl/util/interp_arr.pro::YOHKOH::Linearly interpolate the two input arrays to the requested time.::util
$SSW/yohkoh/gen/idl/util/kill_ftp.pro::YOHKOH::To monitor FTP jobs that have hung up and are eating up CPU::util
$SSW/yohkoh/gen/idl/util/killold.pro::YOHKOH::kill old jobs (PIDs)::util
$SSW/yohkoh/gen/idl/util/launch.pro::YOHKOH::return yohkoh launch day (default) or days since::util
$SSW/yohkoh/gen/idl/util/maxspect.pro::YOHKOH::compute the maximum image size given the size of the image and display.::util
$SSW/yohkoh/gen/idl/util/mk_mapfile.pro::YOHKOH::create/update generic file which maps files into pathnames::util,system, swmaint, unix_only
$SSW/yohkoh/gen/idl/util/mk_newdata.pro::YOHKOH::job to create new data images for distribution (show_pix,etc)::util
$SSW/yohkoh/gen/idl/util/mk_script.pro::YOHKOH::make a script file from str_data and optionally spawn it::util
$SSW/yohkoh/gen/idl/util/mk_timarr.pro::YOHKOH::Since there are cases when there is only one time tag for 2,4,8,16 or 32 values, this routine will return a time vector that can be used with UTPLOT.::util
$SSW/yohkoh/gen/idl/util/mk_time_title.pro::YOHKOH::Put Time titles on a multi-panel image plot using Yohkoh data structures::util
$SSW/yohkoh/gen/idl/util/monitor_scratch.pro::YOHKOH::monitor scratch areas; optionally move old files to designated area::util
$SSW/yohkoh/gen/idl/util/moreidl.pro::YOHKOH::simulate (kindof) more function for strarray::util
$SSW/yohkoh/gen/idl/util/movie.pro::YOHKOH::Show a cyclic sequence of images stored in a 3D array.::util,Image display
$SSW/yohkoh/gen/idl/util/new_dpath.pro::YOHKOH::update data paths common area::util
$SSW/yohkoh/gen/idl/util/newfiles.pro::YOHKOH::return file name(s) of new data::util
$SSW/yohkoh/gen/idl/util/ogrid_log.pro::YOHKOH::To draw the grid over the plot on log-log plot::util
$SSW/yohkoh/gen/idl/util/oneline.pro::YOHKOH::widget front end to fastdoc::util
$SSW/yohkoh/gen/idl/util/oneline_event.pro::YOHKOH::event driver for oneline::util
$SSW/yohkoh/gen/idl/util/path_sw.pro::YOHKOH::return the path to on-line software using mapfile contents::util,system, swmaint, util, gen
$SSW/yohkoh/gen/idl/util/plot_all.pro::YOHKOH::plot and overplot 2D array::util
$SSW/yohkoh/gen/idl/util/plot_trav.pro::YOHKOH::To plot the travel plans for the SXT team at ISAS.  User has ability to interactively expand the plot over a given time period.::util
$SSW/yohkoh/gen/idl/util/plots2.pro::YOHKOH::N.A.::util
$SSW/yohkoh/gen/idl/util/ploty.pro::YOHKOH::To make a light curve plot of all instruments with the same time range::util
$SSW/yohkoh/gen/idl/util/plt_str.pro::YOHKOH::Plot Structure Fields Against Subscript::util
$SSW/yohkoh/gen/idl/util/pr_dates_warm.pro::YOHKOH::To list the dates that SXT CCD was warm::util
$SSW/yohkoh/gen/idl/util/prcol.pro::YOHKOH::print up to 10 array parameters in aligned columns w/optional header::util
$SSW/yohkoh/gen/idl/util/print_text.pro::YOHKOH::Print Text Section from SXT Generic Files Recursively Parses for line break characters::util
$SSW/yohkoh/gen/idl/util/printing.pro::YOHKOH::toggle state of ys_noprint environmental/logical::util
$SSW/yohkoh/gen/idl/util/pro_list.pro::YOHKOH::To return a list of the IDL procedures (.PRO files) that are in the IDL path (!path)::util
$SSW/yohkoh/gen/idl/util/progress_summary.pro::YOHKOH::N.A.::util
$SSW/yohkoh/gen/idl/util/prt_afile_size.pro::YOHKOH::List files and sizes in Kbytes by file-types.::util
$SSW/yohkoh/gen/idl/util/rd_gen.pro::YOHKOH::Read SXT generic file and return contents in appropriate data structure.::util
$SSW/yohkoh/gen/idl/util/rd_mapfile.pro::YOHKOH::read in a generic file containing path/filename map information (ie. read files created by mk_mapfile.pro)::util
$SSW/yohkoh/gen/idl/util/rd_travel.pro::YOHKOH::N.A.::util
$SSW/yohkoh/gen/idl/util/rdfile.pro::YOHKOH::Open and read an ASCII file. Read N_column columns and skip first N_SKIP records.::util
$SSW/yohkoh/gen/idl/util/saa_in.pro::YOHKOH::boolean - is input time in SAA? Use Yohkoh ephemeris OR/AND RBM::util
$SSW/yohkoh/gen/idl/util/sav_string.pro::YOHKOH::save string to xdr file for Yohkoh !path, documentation, filemaps::util,swmaint, file i/o, gen, util
$SSW/yohkoh/gen/idl/util/sda_look.pro::YOHKOH::N.A.::util
$SSW/yohkoh/gen/idl/util/search.pro::YOHKOH::emulate VMS search utility::util
$SSW/yohkoh/gen/idl/util/search_file.pro::YOHKOH::Search data path list for input file::util
$SSW/yohkoh/gen/idl/util/show_pix_event.pro::YOHKOH::event driver for xshow_pix::util
$SSW/yohkoh/gen/idl/util/sort_index.pro::YOHKOH::return time sorted array of merged structures::util
$SSW/yohkoh/gen/idl/util/spikes.pro::YOHKOH::To locate single pixel spikes, like Cosmic Rays, in 2-D images.::util
$SSW/yohkoh/gen/idl/util/split_files.pro::YOHKOH::seperate infiles into paths and filenames::util
$SSW/yohkoh/gen/idl/util/sprint.pro::YOHKOH::test use of ys system variables for printer control::util
$SSW/yohkoh/gen/idl/util/stepper_s1.pro::YOHKOH::Step through individual images a single frame at a time.::util
$SSW/yohkoh/gen/idl/util/sumrow.pro::YOHKOH::Some along rows of a matrix::util
$SSW/yohkoh/gen/idl/util/sw_head.pro::YOHKOH::extract documentation headers from idl procedures::util
$SSW/yohkoh/gen/idl/util/syst2ex.pro::YOHKOH::return current time in yohkoh db terms  slf, 6-mar-92 from existing routines::util
$SSW/yohkoh/gen/idl/util/systime2.pro::YOHKOH::Returns the current system time::util
$SSW/yohkoh/gen/idl/util/tbb_info.pro::YOHKOH::team bb information::util
$SSW/yohkoh/gen/idl/util/teambb.pro::YOHKOH::Display items from the teambb  Note: needs logical or environment variable DIR_GEN_TBB defined.::util
$SSW/yohkoh/gen/idl/util/test_tim.pro::YOHKOH::N.A.::util
$SSW/yohkoh/gen/idl/util/tim2file.pro::YOHKOH::Given a time (or array of times) return the file that the data should be in.::util
$SSW/yohkoh/gen/idl/util/tim2intstr.pro::YOHKOH::convert ext/int to standard yohkoh structure {xx,Time:0l,Day:0}::util
$SSW/yohkoh/gen/idl/util/tim2match.pro::YOHKOH::Give an array of reference times, determine if the input times fall within any of the time ranges::util
$SSW/yohkoh/gen/idl/util/tim2orbit.pro::YOHKOH::Given a time, find the orbit for which that time falls within.::util
$SSW/yohkoh/gen/idl/util/time_vec.pro::YOHKOH::Given a time vector (in the form of "days since 1979" and "millisec of day" and a rate, and a number of repeats within a major frame, return::util
$SSW/yohkoh/gen/idl/util/timstr2tim.pro::YOHKOH::convert various time strings to Yohkoh internal or External Format::util
$SSW/yohkoh/gen/idl/util/track_h2a.pro::YOHKOH::Given a heliocentric coordinate and a set of dates, track the angular position on the sun as it moves with differential rotation.::util
$SSW/yohkoh/gen/idl/util/uniq_fid.pro::YOHKOH::Return a list of the unique File IDs in a directory::util
$SSW/yohkoh/gen/idl/util/unix_assoc.pro::YOHKOH::PATCH for ASSOC calls on unix::util
$SSW/yohkoh/gen/idl/util/video_blink.pro::YOHKOH::To blink between two video images::util
$SSW/yohkoh/gen/idl/util/vms2ex.pro::YOHKOH::N.A.::util
$SSW/yohkoh/gen/idl/util/wdefroi_event.pro::YOHKOH::event driver for wdefroi.::util
$SSW/yohkoh/gen/idl/util/where_change.pro::YOHKOH::return subscripts of vector where (d<vector>/dx > magnitude::util
$SSW/yohkoh/gen/idl/util/word_conv.pro::YOHKOH::Converts data written on a DEC machine to SUN format by swapping bytes appropriately for the type of the input data.  Optionally convert REALs between IEEE and VAX format.::util
$SSW/yohkoh/gen/idl/util/wrt_gen.pro::YOHKOH::Write SXT generic file::util
$SSW/yohkoh/gen/idl/util/xcopy_chk.pro::YOHKOH::determine source/destination parameters for device::util
$SSW/yohkoh/gen/idl/util/xdate.pro::YOHKOH::initialize to time in WID (from other application), if present::util
$SSW/yohkoh/gen/idl/util/xdl.pro::YOHKOH::Provides a graphical user interface to the DOC_LIBRARY user library procedure.::util,Help, documentation, widgets .
$SSW/yohkoh/gen/idl/util/xloadct2.pro::YOHKOH::A graphical interface to the LOADCT user library procedure. XLOADCT displays the current color map and provides an array of buttons, one per availible predefined color::util,Widgets
$SSW/yohkoh/gen/idl/util/xy_raster.pro::YOHKOH::To make a raster pattern of a time series of SXT images to display time evolution of something or other. The images start at upper left and go to lower right,::util
$SSW/yohkoh/gen/idl/util/ydb_exist.pro::YOHKOH::Check if the needed YDB files are on-line (like PNT, ATR, ATT, ...)::util
$SSW/yohkoh/gen/idl/util/ydb_pre2dir.pro::YOHKOH::return local directory for input file prefixes or subdir name::util
$SSW/yohkoh/gen/idl/util/yo_file_check.pro::YOHKOH::verify integrity of Yohkoh data files::util,Categories read pointers for files large enough not to crash rd_pointer
$SSW/yohkoh/gen/idl/util/yo_tape_widg.pro::YOHKOH::The event handler for YO_TAPE_WIDG::util,YOHKOH tape
$SSW/yohkoh/gen/idl/util/yod_sz.pro::YOHKOH::Return a list of file sizes in bytes.::util
$SSW/yohkoh/gen/idl/util/yodat.pro::YOHKOH::Read an any of the reformatted data files::util
$SSW/yohkoh/gen/idl/util/yoh_ieee2vax.pro::YOHKOH::To convert Unix IDL floating/double to VAX IDL data types.::util
$SSW/yohkoh/gen/idl/util/yoh_vax2ieee.pro::YOHKOH::To convert Unix IDL floating/double to VAX IDL data types.::util
$SSW/yohkoh/gen/idl/util/yohkoh_copy.pro::YOHKOH::Remote copy of a file between two machines::util
$SSW/yohkoh/gen/idl/util/yohkoh_copy2.pro::YOHKOH::Remote copy of Yohkoh database files::util
$SSW/yohkoh/gen/idl/util/yow_sz.pro::YOHKOH::Return the sizes of weekly files.::util
$SSW/yohkoh/gen/idl/util/ys_contrib.pro::YOHKOH::Handle user contribution area::util
$SSW/yohkoh/gen/idl/util/ys_file_check.pro::YOHKOH::verify integrity of Yohkoh data files::util,Categories read pointers for files large enough not to crash rd_pointer
$SSW/yohkoh/gen/idl/ys_util/anytim2fid.pro::YOHKOH::return fids for specified times::ys_util
$SSW/yohkoh/gen/idl/ys_util/anytim2weekid.pro::YOHKOH::Convert time in any format to Yohkoh week ID::ys_util
$SSW/yohkoh/gen/idl/ys_util/ckdderr.pro::YOHKOH::check log for dd copy errors and return error status.::ys_util
$SSW/yohkoh/gen/idl/ys_util/command_laser.pro::YOHKOH::Command the laser disk player/recorder -- using C routine to get response.::ys_util
$SSW/yohkoh/gen/idl/ys_util/command_tty2.pro::YOHKOH::Send a command to either /dev/tty00 or /dav/tty01 using Lawrence Shing's call_tty.c::ys_util
$SSW/yohkoh/gen/idl/ys_util/cont2time.pro::YOHKOH::return times from from contacts and/or mk_visible output files::ys_util
$SSW/yohkoh/gen/idl/ys_util/dbase2disk.pro::YOHKOH::copy files from MO to output disk (magnetic or MO)::ys_util
$SSW/yohkoh/gen/idl/ys_util/def_save.pro::YOHKOH::return default yohkoh save set names::ys_util
$SSW/yohkoh/gen/idl/ys_util/disk_hog.pro::YOHKOH::show disk usage, order by size::ys_util
$SSW/yohkoh/gen/idl/ys_util/dotar.pro::YOHKOH::create or extract tar tape (or file) and send mail when complete::ys_util
$SSW/yohkoh/gen/idl/ys_util/doy2ex.pro::YOHKOH::To convert from day of year to internal structure format or string format::ys_util
$SSW/yohkoh/gen/idl/ys_util/dr_carr.pro::YOHKOH::If ARG is a time interval (in decimal days) this routine calculates the Carrington differential rotation for the latitude specified by LAT (in degrees, default is 0).::ys_util,Solar astronomy trivia.
$SSW/yohkoh/gen/idl/ys_util/dummy.pro::YOHKOH::force otherwise empty directory to be included in IDL path -::ys_util
$SSW/yohkoh/gen/idl/ys_util/fid2mo.pro::YOHKOH::return mo number for input fid::ys_util
$SSW/yohkoh/gen/idl/ys_util/file_seltime.pro::YOHKOH::N.A.::ys_util
$SSW/yohkoh/gen/idl/ys_util/first_over.pro::YOHKOH::Simple program to "improve" the FIRST_LIGHT color table.::ys_util
$SSW/yohkoh/gen/idl/ys_util/fit_limb.pro::YOHKOH::Find the center and radius of an image.  NOTE: For SXT images, the default is to return the result in full resolution pixels.::ys_util
$SSW/yohkoh/gen/idl/ys_util/fix_g7d.pro::YOHKOH::N.A.::ys_util
$SSW/yohkoh/gen/idl/ys_util/fl_mktext.pro::YOHKOH::make near realtime text file for first_light /distribution::ys_util
$SSW/yohkoh/gen/idl/ys_util/fl_nargev.pro::YOHKOH::N.A.::ys_util
$SSW/yohkoh/gen/idl/ys_util/flare2disk.pro::YOHKOH::copy files from MO to disk (mag or mo)::ys_util
$SSW/yohkoh/gen/idl/ys_util/ftp_copy2sites.pro::YOHKOH::export fits, gif, etc::ys_util
$SSW/yohkoh/gen/idl/ys_util/ftp_defprompt.pro::YOHKOH::return default for ftp 'prompt' flag (since no command for absolute setting of PROMPT, as far as I know)::ys_util
$SSW/yohkoh/gen/idl/ys_util/get_dirtree.pro::YOHKOH::given a dir. path return a list of files from a tree starting at that point.  The list of files have the fully qualified path.::ys_util
$SSW/yohkoh/gen/idl/ys_util/get_ksc_holiday.pro::YOHKOH::Read the $DIR_GEN_ORBIT_RAW/ksc_holiday.dat data file::ys_util
$SSW/yohkoh/gen/idl/ys_util/get_laser_type.pro::YOHKOH::determine what type of machine we are talking to SONY or PANASONIC  Note:::ys_util
$SSW/yohkoh/gen/idl/ys_util/get_pix.pro::YOHKOH::to browse images in the publications and pix_genx directories and optionally print them.::ys_util
$SSW/yohkoh/gen/idl/ys_util/get_visible.pro::YOHKOH::return visible KSC orbit data::ys_util
$SSW/yohkoh/gen/idl/ys_util/goes2str.pro::YOHKOH::convert goes xray tekplot file into Yohkoh type data structure::ys_util
$SSW/yohkoh/gen/idl/ys_util/goes_grid.pro::YOHKOH::draw grid on previously drawn goes plot (assume utplot)::ys_util
$SSW/yohkoh/gen/idl/ys_util/goes_widget.pro::YOHKOH::allow GOES data display and time definitions for dbase access::ys_util
$SSW/yohkoh/gen/idl/ys_util/grid_data.pro::YOHKOH::return gridded subset of input (~fixed cadence if no gaps)::ys_util
$SSW/yohkoh/gen/idl/ys_util/in_fov.pro::YOHKOH::Given a location on the sun, find which of the list of images have field of views which encompass that location.::ys_util
$SSW/yohkoh/gen/idl/ys_util/jst.pro::YOHKOH::convert input times (assumed UT) to JST (default is 'now')::ys_util
$SSW/yohkoh/gen/idl/ys_util/laser_write.pro::YOHKOH::send a command to the laser disk/player-- using C routine to get response.;::ys_util
$SSW/yohkoh/gen/idl/ys_util/mk_cd.pro::YOHKOH::Make a CD from data found in path "dpath".  Default is for making CD's from general/personal data sets.::ys_util
$SSW/yohkoh/gen/idl/ys_util/mk_intervals.pro::YOHKOH::To display the changes in intervals for: Quiet ARS, Flare ARS, Morning (UV Flood) and Evening intervals.::ys_util
$SSW/yohkoh/gen/idl/ys_util/mk_pubydb.pro::YOHKOH::make the ydb mapping file (used by ydb_install)::ys_util
$SSW/yohkoh/gen/idl/ys_util/move_weekly.pro::YOHKOH::move weekly archive files from a common dir. to their specific directories.::ys_util
$SSW/yohkoh/gen/idl/ys_util/newsfd.pro::YOHKOH::read in sfd data files from temporary reformatted data area::ys_util
$SSW/yohkoh/gen/idl/ys_util/plot_goes.pro::YOHKOH::plot goes x-ray data (Yohkoh structure)::ys_util
$SSW/yohkoh/gen/idl/ys_util/pr_visible.pro::YOHKOH::print KSC orbit data, optionally make hardcopy::ys_util
$SSW/yohkoh/gen/idl/ys_util/pref_deldir.pro::YOHKOH::manage directories for pref_super::ys_util
$SSW/yohkoh/gen/idl/ys_util/pref_info.pro::YOHKOH::return info to simplify pref_super management -::ys_util
$SSW/yohkoh/gen/idl/ys_util/pref_super.pro::YOHKOH::build and submit a 'go_ref_super' job with parallel::ys_util
$SSW/yohkoh/gen/idl/ys_util/prep_dat.pro::YOHKOH::prep. weekly log file data (eg sfd) for CD rom writes.  Parameters:::ys_util
$SSW/yohkoh/gen/idl/ys_util/prep_week.pro::YOHKOH::prep Yohkoh archive tape data for a CD archive.  dpath 	if data is already on disk this is the path to it.::ys_util
$SSW/yohkoh/gen/idl/ys_util/prt_flst.pro::YOHKOH::Print a list of files on /cdr_base to be pre-mastered or re-mastered.::ys_util
$SSW/yohkoh/gen/idl/ys_util/rd_sxg.pro::YOHKOH::Read the SXG files (SXL/GOES X-Ray Log)::ys_util
$SSW/yohkoh/gen/idl/ys_util/rd_sxtgoes.pro::YOHKOH::read SXL & corresponding GOES record and return merged (SXG) record::ys_util
$SSW/yohkoh/gen/idl/ys_util/rep_sony.pro::YOHKOH::N.A.::ys_util
$SSW/yohkoh/gen/idl/ys_util/search_obs.pro::YOHKOH::search observing log for matching records::ys_util
$SSW/yohkoh/gen/idl/ys_util/sel_fileinfo.pro::YOHKOH::break selsis file names into components / information::ys_util
$SSW/yohkoh/gen/idl/ys_util/show_contacts.pro::YOHKOH::show timing relationships between KSC contacts and Yohkoh ephemeris (also illustrate get_utevent, evt_grid, timegrid)::ys_util
$SSW/yohkoh/gen/idl/ys_util/stag_lab.pro::YOHKOH::get staggered label coordinates for auto-label positioning::ys_util
$SSW/yohkoh/gen/idl/ys_util/tim2dbase.pro::YOHKOH::return fileid, weekid & moname for input times::ys_util
$SSW/yohkoh/gen/idl/ys_util/tim2dow.pro::YOHKOH::convert from any yohkoh time to day of week::ys_util
$SSW/yohkoh/gen/idl/ys_util/tim2pass.pro::YOHKOH::indicate time 2 next visible KSC contact::ys_util
$SSW/yohkoh/gen/idl/ys_util/tim2tfss.pro::YOHKOH::find time of tfss night or day; optionally display timeline::ys_util
$SSW/yohkoh/gen/idl/ys_util/wdefroi.pro::YOHKOH::Define a region of interest via the outline of a rectangle, polygon or intensity contour and return the indices or SUB-Image that contains the region.::ys_util
$SSW/yohkoh/gen/idl/ys_util/xsw2tree.pro::YOHKOH::widget event driver for xsw2tree  generate script to move files within tree via widget::ys_util
$SSW/yohkoh/gen/idl/ys_util/ydb_install.pro::YOHKOH::format and execute a ydb installation job::ys_util
$SSW/yohkoh/gen/idl/ys_util/yo_arch_size.pro::YOHKOH::given a week find the sizes of the files within the archive.  Default totals and lists don't include CBAs. Formal Parameters:::ys_util
$SSW/yohkoh/gen/idl/ys_util/yodat_delvar.pro::YOHKOH::To delete a large set of the variables created by YODAT.::ys_util
$SSW/yohkoh/gen/idl/ys_util/yopos.pro::YOHKOH::overlay Yohkoh orbital information on map of the earth::ys_util
$SSW/yohkoh/gen/idl/cd_rom/connectio.pro::YOHKOH::establish a serial port for checking CDR mastering::cd_rom
$SSW/yohkoh/gen/idl/cd_rom/modvolume_inf.pro::YOHKOH::modify the "volume.inf" files for YMI-makedisc::cd_rom
$SSW/yohkoh/gen/idl/cd_rom/prep_gendat.pro::YOHKOH::prepare general data for writing to CD.  Parameters:::cd_rom
$SSW_SPARTAN/idl/idl/get_spartan_inf.pro::SPARTAN::convert spartan sturucture to string array (one/line)::idl
$SSW_SPARTAN/idl/idl/get_spartan_info.pro::SPARTAN::convert spartan sturucture to string array (one/line)::idl
$SSW_SPARTAN/idl/idl/make_spartan_pb.pro::SPARTAN::Convert RAW Spartan WL Coronagraph images to B  and PB images  B  = Calculated Brightness Image::idl
$SSW_SPARTAN/idl/idl/pb_postfilter.pro::SPARTAN::N.A.::idl
$SSW_SPARTAN/idl/idl/read_spartan.pro::SPARTAN::read / return spartan fits files::idl
$SSW_SPARTAN/idl/idl/sel_spartan_pb.pro::SPARTAN::N.A.::idl
$SSW_SPARTAN/idl/idl/spartan2fits.pro::SPARTAN::convert Spartan data to FITS::idl
$SSW_SPARTAN/idl/idl/spartan_pb2fits.pro::SPARTAN::driver to assemble B and PB from raw and write FITS - get raw FITs info and update header information::idl
$SSW_SPARTAN/idl/idl/spartan_quality.pro::SPARTAN::N.A.::idl
$SSW_SPARTAN/idl/idl/spartan_roll.pro::SPARTAN::return roll required (degrees) to put Solar N at image top::idl
$SSW_SPARTAN/idl/idl/spartan_roll2fits.pro::SPARTAN::roll/embed original B and PB files and write new FITs files::idl
$SSW_SPARTAN/idl/idl/spartan_roll2fits2.pro::SPARTAN::roll/embed original B and PB files and write new FITs files::idl
$SSW_SPARTAN/idl/idl/spartan_str.pro::SPARTAN::return spartan IDL strucutre template::idl
$SSW/yohkoh/ucon/idl/acton/ars_exp.pro::YOHKOH::Program to form patrol macro-pixel dark images for different exposures.::acton
$SSW/yohkoh/ucon/idl/acton/azimuth_avg.pro::YOHKOH::To compute the azimuthally-averaged radial intensity distribution from some origin -- either the center of the sun or an input location. Radial totals, not averaged over azimuth, can be returned als::acton
$SSW/yohkoh/ucon/idl/acton/big_smooth.pro::YOHKOH::To permit "boxcar" smoothing of an vector or an image without producing the irritating unsmoothed border at the boundaries.::acton
$SSW/yohkoh/ucon/idl/acton/big_smooth_dfsr.pro::YOHKOH::To permit "boxcar" smoothing of an vector or an image without producing the irritating unsmoothed border at the boundaries.::acton
$SSW/yohkoh/ucon/idl/acton/blank_circle.pro::YOHKOH::Prepare circular mask for blanking parts of solar image Return either a binary byte array of the blank circle or annulus image or an array of indices of the areas of the::acton
$SSW/yohkoh/ucon/idl/acton/bls_shifter.pro::YOHKOH::To shift SXT images taken with BLS ON to match a normal image.::acton
$SSW/yohkoh/ucon/idl/acton/boundary.pro::YOHKOH::To produce an image illustrating the area sampled by radial_avg.pro::acton
$SSW/yohkoh/ucon/idl/acton/boxit.pro::YOHKOH::To draw a box on the screen at an absolute location.::acton
$SSW/yohkoh/ucon/idl/acton/centerup.pro::YOHKOH::N.A.::acton
$SSW/yohkoh/ucon/idl/acton/composite.pro::YOHKOH::Prepare a composite image from 2 or 3 SXT Half Res. images::acton
$SSW/yohkoh/ucon/idl/acton/conflx_binner.pro::YOHKOH::To prepare wavelength and bin arrays for accurate use of CONFLX in MEWE_SPEC. If necessary, expand array of wavelength bins so no bin is larger::acton
$SSW/yohkoh/ucon/idl/acton/dedupe_sort.pro::YOHKOH::Function to sort data into ascending order, and return the ordered indices of non-duplicate data.::acton
$SSW/yohkoh/ucon/idl/acton/deka_norm.pro::YOHKOH::Create time-series images normalized to an exposure of 100 seconds.::acton,Yohkoh/SXT analysis
$SSW/yohkoh/ucon/idl/acton/delind.pro::YOHKOH::Return an array comprising an array of elements which are NOT::acton
$SSW/yohkoh/ucon/idl/acton/divyup.pro::YOHKOH::To group and average a time sequence of data into equal time interval bins.::acton
$SSW/yohkoh/ucon/idl/acton/dustoff.pro::YOHKOH::A program to interpolate out the 2 big dust specks in a half resolution FFI.::acton
$SSW/yohkoh/ucon/idl/acton/early_mid_late.pro::YOHKOH::To prepare indice arrays of data taken during the three different entrance filter failure eras.::acton
$SSW/yohkoh/ucon/idl/acton/fft_smooth.pro::YOHKOH::To use the fast fourier transform technique to remove low or high frequency components of the image.::acton
$SSW/yohkoh/ucon/idl/acton/g_h.pro::YOHKOH::Converts Yohkoh pointing information to heliographic coordinates. The Yohkoh coordinates are based on quarter resolution SXT pixel locations.::acton
$SSW/yohkoh/ucon/idl/acton/get_indices.pro::YOHKOH::To return the indices of values in a large vector which equal the values in a smaller vector.  The program matchem can be used to generate the smaller vector.::acton
$SSW/yohkoh/ucon/idl/acton/go_sunset.pro::YOHKOH::Driver program for GET_SUNSET to return an array of times to sunset for the sunset immediately following terminator images.::acton
$SSW/yohkoh/ucon/idl/acton/grid.pro::YOHKOH::Draw a grid on a window.::acton
$SSW/yohkoh/ucon/idl/acton/hel2ccd.pro::YOHKOH::computes CCD target coordinates (256x256) from heliographic input::acton
$SSW/yohkoh/ucon/idl/acton/isas_ps_print.pro::YOHKOH::To set up the device parameters for making nice centered and appropriately sized postscript prints on the cp2 or cp3 color printers at ISAS from an IDL bytescaled image.::acton
$SSW/yohkoh/ucon/idl/acton/klik.pro::YOHKOH::To return pixel location.::acton
$SSW/yohkoh/ucon/idl/acton/lc_array.pro::YOHKOH::This procedure creates a multiwindow plot showing the light curve at each pixel in a 2-D region.  The input parameter is a 3-D array, with time being the abcissa.  By default, each plot::acton
$SSW/yohkoh/ucon/idl/acton/line.pro::YOHKOH::Draw a straight line on a window between 2 cursor clicked points Printed coordinates will be in image coordinates. Plot is done in device coorinates.::acton
$SSW/yohkoh/ucon/idl/acton/lwa_arc.pro::YOHKOH::To allow a user to mark an arc on an image and the intensity along that arc will be plotted::acton
$SSW/yohkoh/ucon/idl/acton/lwa_ars_calc.pro::YOHKOH::N.A.::acton
$SSW/yohkoh/ucon/idl/acton/lwa_ars_show.pro::YOHKOH::N.A.::acton
$SSW/yohkoh/ucon/idl/acton/lwa_dn_unc.pro::YOHKOH::Estimate the uncertainty intensity of an SXT pixel in DN::acton
$SSW/yohkoh/ucon/idl/acton/lwa_plot_arc.pro::YOHKOH::To allow a user to mark an arc on an image and the intensity along that arc will be plotted::acton
$SSW/yohkoh/ucon/idl/acton/lwa_scatter.pro::YOHKOH::N.A.::acton
$SSW/yohkoh/ucon/idl/acton/lwa_te.pro::YOHKOH::Compute temperature at i1,i2 from database temperature and database i1, i2.::acton
$SSW/yohkoh/ucon/idl/acton/lwa_te_intact.pro::YOHKOH::Compute temperature TE and display the images interactively.::acton
$SSW/yohkoh/ucon/idl/acton/matchem.pro::YOHKOH::To find the common indices between arrays aa and bb.::acton
$SSW/yohkoh/ucon/idl/acton/merc_lwa.pro::YOHKOH::read/display genx files::acton
$SSW/yohkoh/ucon/idl/acton/mewe_spec_lwa.pro::YOHKOH::Compute a Mewe thermal spectrum (line + continuum) for EM=1.e44 cm^-3::acton
$SSW/yohkoh/ucon/idl/acton/mk_daily_ints.pro::YOHKOH::To create a one-per-day time structure.::acton
$SSW/yohkoh/ucon/idl/acton/msu_tekprint.pro::YOHKOH::To set up the device parameters for making nice centered and appropriately sized postscript prints on the MSU Tektronix Phaser IIsd color printer from an IDL bytescaled image.::acton
$SSW/yohkoh/ucon/idl/acton/msu_tekprint2.pro::YOHKOH::To set up the device parameters for making nice centered and appropriately sized postscript prints on the MSU Tektronix Phaser IIsd color printer from an IDL bytescaled image.::acton
$SSW/yohkoh/ucon/idl/acton/obs_coord.pro::YOHKOH::To print out the OR table coordinate for a region clicked on a FFI image::acton
$SSW/yohkoh/ucon/idl/acton/obs_coord2.pro::YOHKOH::To print out the OR table coordinate for a region clicked on a HR FFI image::acton
$SSW/yohkoh/ucon/idl/acton/over.pro::YOHKOH::N.A.::acton
$SSW/yohkoh/ucon/idl/acton/pfi_composite.pro::YOHKOH::Prepare a composite PFI movie.::acton
$SSW/yohkoh/ucon/idl/acton/pick_pix.pro::YOHKOH::Get location of clicked pixel in IDL image coordinates.::acton
$SSW/yohkoh/ucon/idl/acton/plot2offset.pro::YOHKOH::Program to scale klik'd plot coordinates into Yohkoh offset in::acton
$SSW/yohkoh/ucon/idl/acton/plusmark.pro::YOHKOH::Plot a tiny cross at the specified place on a window.::acton
$SSW/yohkoh/ucon/idl/acton/point_hex2.pro::YOHKOH::Generate an OG for a specified pointing location. The output is in hexadecimal, appropriate for OG editing via OPOGEDT.::acton,Yohkoh
$SSW/yohkoh/ucon/idl/acton/qplot.pro::YOHKOH::To quicken the plotting process for simple plots Defaults plot,xx,yy,/ynoz,psym=-1::acton
$SSW/yohkoh/ucon/idl/acton/radial_avg.pro::YOHKOH::To compute the area-averaged radial intensity distribution from some origin -- either the center of the sun or an input location.::acton
$SSW/yohkoh/ucon/idl/acton/ratio_unc.pro::YOHKOH::Compute the percent uncertainty in a ratio of images, to help evaluate where to use SXT temperature deteminations.::acton
$SSW/yohkoh/ucon/idl/acton/rot_period.pro::YOHKOH::Computes the solar rotation period for a given latitude based on differential or rigid rotation of the sun.::acton
$SSW/yohkoh/ucon/idl/acton/scat_avg.pro::YOHKOH::To derive an expression for average x-ray scattering by the SXT mirror.  Starburst difference imagas are used.::acton
$SSW/yohkoh/ucon/idl/acton/sector_avg.pro::YOHKOH::To compute the azimuthally-averaged radial intensity distribution from some origin -- either the center of the sun or an input location. Radial totals, not averaged over azimuth, can be returned als::acton
$SSW/yohkoh/ucon/idl/acton/sector_bound.pro::YOHKOH::To return the vector of indices for a sector of angular width theta1-theta0, centered at x,y within a rectangular array of dimensions nx,ny.::acton
$SSW/yohkoh/ucon/idl/acton/selector.pro::YOHKOH::To extract a subset of a datacube and to update the output index to reflect the change NOTE: Index update is not implemented yet::acton
$SSW/yohkoh/ucon/idl/acton/sfc_de_spiker.pro::YOHKOH::Default mode return images with spikes and dark holes removed via median filter.::acton
$SSW/yohkoh/ucon/idl/acton/sfc_prep.pro::YOHKOH::To prepare a smoothed SFC image for straylight correction.::acton
$SSW/yohkoh/ucon/idl/acton/shift_res.pro::YOHKOH::To switch coordinates between resolutions.::acton
$SSW/yohkoh/ucon/idl/acton/sho.pro::YOHKOH::To print the average DN level of a box to be marked by the user.  It can also display the total and/or raw values.::acton
$SSW/yohkoh/ucon/idl/acton/sigma_klip.pro::YOHKOH::Computes the mean and standard deviation of pixels in a box centered at each pixel of the image, but excluding the center pixel. If the center pixel value exceeds some # of standard deviations from the mean, it is::acton
$SSW/yohkoh/ucon/idl/acton/sld_sls_vstrips.pro::YOHKOH::To plot the SXT dark current signal or stray light signal after the Nov-92 entrance filter failure.::acton
$SSW/yohkoh/ucon/idl/acton/sld_vstrips.pro::YOHKOH::To plot the SXT dark current signal after the Nov-92 entrancefilter failure.::acton
$SSW/yohkoh/ucon/idl/acton/spike_1d_id.pro::YOHKOH::To locate single element spikes in 1-D arrays.::acton
$SSW/yohkoh/ucon/idl/acton/spike_id.pro::YOHKOH::To locate single pixel spikes, like Cosmic Rays, in 2-D images.::acton
$SSW/yohkoh/ucon/idl/acton/spikes_off.pro::YOHKOH::Remove spikes and streaks (e.g., SAA, dark spikes) in a data array.::acton
$SSW/yohkoh/ucon/idl/acton/stp.pro::YOHKOH::Step through individual images a single frame at a time.::acton
$SSW/yohkoh/ucon/idl/acton/stp_nosamp.pro::YOHKOH::Step through individual images a single frame at a time.::acton
$SSW/yohkoh/ucon/idl/acton/sunsets.pro::YOHKOH::To examine sunset images and select good ones.::acton
$SSW/yohkoh/ucon/idl/acton/sxl_analysis.pro::YOHKOH::Collect data from the SXL data base for study of the radiative output of the corona within different brightness regimes versus time.  Basic input data are the SXL::acton
$SSW/yohkoh/ucon/idl/acton/sxl_clip.pro::YOHKOH::Written to identify extra high or low SXL flux values. Plot results for eyeball judgment of effectiveness.::acton
$SSW/yohkoh/ucon/idl/acton/sxt_diffuser2.pro::YOHKOH::To return a flat-fielded diffuser image for the purpose of monitoring x-ray damage to the CCD.::acton
$SSW/yohkoh/ucon/idl/acton/sxt_dstreek.pro::YOHKOH::N.A.::acton
$SSW/yohkoh/ucon/idl/acton/sxt_eff_area.pro::YOHKOH::To return the SXT effective area function, i.e., effective area vs. wavelength, for a given filter and date.  This is important because the spectral variation of effective area is changed with each entrance filter::acton
$SSW/yohkoh/ucon/idl/acton/sxt_kleen.pro::YOHKOH::To remove spikes and holes from an SXT image.::acton
$SSW/yohkoh/ucon/idl/acton/sxt_model_dem.pro::YOHKOH::To compute, for a model DEM, the temperature, emission measure and x-ray irradiance within a specified wavelength band that would be derived from an SXT 2-filter observation.  The "true" x-ray::acton
$SSW/yohkoh/ucon/idl/acton/sxt_postprep_cen.pro::YOHKOH::To return the IDL CCD coordinates of the center of the sun after realignment with SXT_PREP.  Needed because SXT_CEN only returns the original unshifted sun center coordinates.::acton
$SSW/yohkoh/ucon/idl/acton/sxt_temps.pro::YOHKOH::To plot the SXT forward support plate temperature given an SXT index array::acton
$SSW/yohkoh/ucon/idl/acton/termlite.pro::YOHKOH::To prepare a vector of signals in terminator images and return that data and the corresponding index structures.::acton
$SSW/yohkoh/ucon/idl/acton/tv2_msu.pro::YOHKOH::To allow a user to output an image to the MSU Tektronix Phaser II and to specify the location (and size) in pixels.::acton
$SSW/yohkoh/ucon/idl/acton/tv3_msu.pro::YOHKOH::To allow a user to output an image to a postscript printer and to specify the location (and size) in pixels.::acton
$SSW/yohkoh/ucon/idl/acton/up16.pro::YOHKOH::N.A.::acton
$SSW/yohkoh/ucon/idl/acton/up2.pro::YOHKOH::N.A.::acton
$SSW/yohkoh/ucon/idl/acton/up4.pro::YOHKOH::N.A.::acton
$SSW/yohkoh/ucon/idl/acton/up8.pro::YOHKOH::N.A.::acton
$SSW/yohkoh/ucon/idl/acton/voigt_refl.pro::YOHKOH::Compute multi-layer reflectivity for arbitrary wavelength between 94 and 400 A based upon voigt fits to Golub reflectivity data.::acton
$SSW/yohkoh/ucon/idl/acton/w256.pro::YOHKOH::To assure an IDL color table with the full 256 colors.::acton
$SSW/yohkoh/ucon/idl/acton/wdsef.pro::YOHKOH::N.A.::acton
$SSW/yohkoh/ucon/idl/acton/xline.pro::YOHKOH::To draw a horizontal line segment to the screen.::acton
$SSW/yohkoh/ucon/idl/acton/xy_lwa.pro::YOHKOH::To make a raster pattern of a time series of SXT images to display time evolution of something or other. The images start at upper left and go to lower right,::acton
$SSW/yohkoh/ucon/idl/acton/y_f.pro::YOHKOH::N.A.::acton
$SSW/yohkoh/ucon/idl/acton/yline.pro::YOHKOH::To draw a vertical line segment to the screen.::acton
$SSW/yohkoh/ucon/idl/bentley/anytim2msv.pro::YOHKOH::converts anytime to msec vector from start or base time::bentley
$SSW/yohkoh/ucon/idl/bentley/bchan_pnt.pro::YOHKOH::Generates pointers to start of each channel in DATA array::bentley
$SSW/yohkoh/ucon/idl/bentley/bcs_browse24.pro::YOHKOH::Runs bcs_24hr_plot over a period of many days Allows cursor to be used on Xwindows device to identify/log file::bentley
$SSW/yohkoh/ucon/idl/bentley/bcs_hxrb.pro::YOHKOH::Allows user to select interval from plot produced by BCS_24hr_PLOT using cursors, and plot lightcurve of BCS and BATSE data::bentley
$SSW/yohkoh/ucon/idl/bentley/cursor_4x6hr.pro::YOHKOH::Uses cursor to determine time in seconds from start of the day from a 24hr (4 panels of 6 hrs) light-curve plot.::bentley
$SSW/yohkoh/ucon/idl/bentley/detab.pro::YOHKOH::Removed tabs from text file, replacing original if required::bentley
$SSW/yohkoh/ucon/idl/bentley/disk_summary.pro::YOHKOH::Summarizes contents of ydb and yd disks on vms system::bentley
$SSW/yohkoh/ucon/idl/bentley/dummy.pro::YOHKOH::N.A.::bentley
$SSW/yohkoh/ucon/idl/bentley/flare_pos.pro::YOHKOH::Determines possible HXT flare positions from HXT data::bentley
$SSW/yohkoh/ucon/idl/bentley/get_trange.pro::YOHKOH::Selects time range using supplied INDEX as a guide::bentley
$SSW/yohkoh/ucon/idl/bentley/hxt_tvec.pro::YOHKOH::Creates corrected vector of HXT times::bentley
$SSW/yohkoh/ucon/idl/bentley/hxtpro.pro::YOHKOH::Runs the HXT F77 Programme MOVIE::bentley
$SSW/yohkoh/ucon/idl/bentley/lincol.pro::YOHKOH::Sets a distinct pattern of colors in values 0-15 for line plots::bentley
$SSW/yohkoh/ucon/idl/bentley/match_header.pro::YOHKOH::N.A.::bentley
$SSW/yohkoh/ucon/idl/bentley/mssl_getobd.pro::YOHKOH::N.A.::bentley
$SSW/yohkoh/ucon/idl/bentley/msv2ints.pro::YOHKOH::converts msec vector and start to internal structure::bentley
$SSW/yohkoh/ucon/idl/bentley/obs_defaults.pro::YOHKOH::Loads default values into common and optionally widgets for WOBS_PLOT::bentley
$SSW/yohkoh/ucon/idl/bentley/obs_event.pro::YOHKOH::Event processor called by widget created by OBS_WIDGET::bentley
$SSW/yohkoh/ucon/idl/bentley/obs_plot.pro::YOHKOH::Plots an orbit of data given file ID.::bentley
$SSW/yohkoh/ucon/idl/bentley/obs_setup.pro::YOHKOH::Creates the arrays in common needed by OBS_WIDGET::bentley
$SSW/yohkoh/ucon/idl/bentley/obs_widget.pro::YOHKOH::Sets up widget for WOBS_PLOT::bentley
$SSW/yohkoh/ucon/idl/bentley/path_problem_dirs.pro::YOHKOH::N.A.::bentley
$SSW/yohkoh/ucon/idl/bentley/pha_lcrv.pro::YOHKOH::N.A.::bentley
$SSW/yohkoh/ucon/idl/bentley/pr_node.pro::YOHKOH::Returns information about the specified node.::bentley
$SSW/yohkoh/ucon/idl/bentley/rd_xda_same.pro::YOHKOH::Reads index/data records from another file type that match the times given in the supplied index structure of the current file::bentley
$SSW/yohkoh/ucon/idl/bentley/reademm2.pro::YOHKOH::Read EMMxxxx.xxx files which contain emission functions calculated in ph cm-2 s-1 / abundance.::bentley
$SSW/yohkoh/ucon/idl/bentley/run_24hr_plot.pro::YOHKOH::N.A.::bentley
$SSW/yohkoh/ucon/idl/bentley/select_24hr.pro::YOHKOH::Uses cursors to select an interval on the 24hr/4 panel plot::bentley
$SSW/yohkoh/ucon/idl/bentley/select_24hr_plot.pro::YOHKOH::Uses cursors to select an interval on the 24hr/4 panel plot::bentley
$SSW/yohkoh/ucon/idl/bentley/set_xhr.pro::YOHKOH::Returns time limits of plots using PLOTR array derived from PLOT_LCUR call in TEST_RD.::bentley
$SSW/yohkoh/ucon/idl/bentley/sort_files.pro::YOHKOH::Finds and sorts Yohkoh files (by time order) that may be stored out of order.::bentley
$SSW/yohkoh/ucon/idl/bentley/sxt_tvec.pro::YOHKOH::Creates corrected vector of SXT times::bentley
$SSW/yohkoh/ucon/idl/bentley/tv_win.pro::YOHKOH::N.A.::bentley
$SSW/yohkoh/ucon/idl/bentley/unix2vms_dir.pro::YOHKOH::N.A.::bentley
$SSW/yohkoh/ucon/idl/bentley/unix_vmsdir.pro::YOHKOH::N.A.::bentley
$SSW/yohkoh/ucon/idl/bentley/update_gxtobs.pro::YOHKOH::Uses FTP on isaxc to update ydb files from isass0::bentley
$SSW/yohkoh/ucon/idl/bentley/update_mssl_ydb.pro::YOHKOH::Uses exchange on mssl? update ydb files from sxt1::bentley
$SSW/yohkoh/ucon/idl/bentley/view_sfm.pro::YOHKOH::Displays image from SFM file::bentley
$SSW/yohkoh/ucon/idl/bentley/wbs_tvec.pro::YOHKOH::Creates corrected vector of WBS times::bentley
$SSW/yohkoh/ucon/idl/bentley/wobs_plot.pro::YOHKOH::Widget front-end to the OBS_PLOT procedure::bentley
$SSW/yohkoh/ucon/idl/bentley/wrt_hxtmve_jcl.pro::YOHKOH::Creates JCL file for HXT image synthesis programme::bentley
$SSW/yohkoh/ucon/idl/bentley/xstdev.pro::YOHKOH::Compute the standard deviation and, optionally, the mean of any array.::bentley,G1- Simple calculations on statistical data.
$SSW/yohkoh/ucon/idl/bentley/ys_inctar_copy.pro::YOHKOH::N.A.::bentley
$SSW/yohkoh/ucon/idl/freeland/checksum.pro::YOHKOH::calculate checksum on data using SXTE-U alogorithm  -::freeland
$SSW/yohkoh/ucon/idl/freeland/chk_orfov.pro::YOHKOH::determine centering of activity in image FOV::freeland
$SSW/yohkoh/ucon/idl/freeland/clean_data.pro::YOHKOH::sort and uniqify index and data::freeland
$SSW/yohkoh/ucon/idl/freeland/cube_edit.pro::YOHKOH::return subscripts of good data using mouse buttons::freeland
$SSW/yohkoh/ucon/idl/freeland/diskbench.pro::YOHKOH::benchmark disk i/o using Yohkoh dbase rd/wrt routines::freeland
$SSW/yohkoh/ucon/idl/freeland/evt_demo.pro::YOHKOH::demo some evt_grid and get_event calls also, jog memory on colors and options...::freeland
$SSW/yohkoh/ucon/idl/freeland/filter_os1.pro::YOHKOH::extract and return filter info from OS1 -::freeland
$SSW/yohkoh/ucon/idl/freeland/filter_sft.pro::YOHKOH::N.A.::freeland
$SSW/yohkoh/ucon/idl/freeland/fstepper.pro::YOHKOH::step through file  -::freeland
$SSW/yohkoh/ucon/idl/freeland/getos1.pro::YOHKOH::strip and return OS1 data from input cbadata record::freeland
$SSW/yohkoh/ucon/idl/freeland/go_file_purge.pro::YOHKOH::cron driver for file_purge::freeland
$SSW/yohkoh/ucon/idl/freeland/go_mk_spd.pro::YOHKOH::N.A.::freeland
$SSW/yohkoh/ucon/idl/freeland/go_mk_summary.pro::YOHKOH::N.A.::freeland
$SSW/yohkoh/ucon/idl/freeland/go_monitor_scratch.pro::YOHKOH::N.A.::freeland
$SSW/yohkoh/ucon/idl/freeland/go_refterm.pro::YOHKOH::reformat terminator images from DSN data  -::freeland
$SSW/yohkoh/ucon/idl/freeland/go_ysetup.pro::YOHKOH::N.A.::freeland
$SSW/yohkoh/ucon/idl/freeland/goes_gaps.pro::YOHKOH::find missing 6 hour perids in goes GXT data::freeland
$SSW/yohkoh/ucon/idl/freeland/hexform.pro::YOHKOH::convert data to hex string/string arrary  -::freeland
$SSW/yohkoh/ucon/idl/freeland/last_lc.pro::YOHKOH::plot goes x-ray and yohkoh light curves on same scale::freeland
$SSW/yohkoh/ucon/idl/freeland/lastspd.pro::YOHKOH::quick and dirty test routine -::freeland
$SSW/yohkoh/ucon/idl/freeland/merc_pix.pro::YOHKOH::read/display genx files::freeland
$SSW/yohkoh/ucon/idl/freeland/mk_sfx.pro::YOHKOH::N.A.::freeland
$SSW/yohkoh/ucon/idl/freeland/mk_sfx2.pro::YOHKOH::N.A.::freeland
$SSW/yohkoh/ucon/idl/freeland/mk_ydbtab.pro::YOHKOH::make table of Yohkoh data base sizes::freeland
$SSW/yohkoh/ucon/idl/freeland/pfi_dominant.pro::YOHKOH::identify PFI dominant, return FIDS and SFR:SPR ratios::freeland
$SSW/yohkoh/ucon/idl/freeland/plot_sxg.pro::YOHKOH::overplot SXT and GOES flux from SXG structure::freeland
$SSW/yohkoh/ucon/idl/freeland/refterm.pro::YOHKOH::reformat terminator images from DSN data::freeland
$SSW/yohkoh/ucon/idl/freeland/res_freq.pro::YOHKOH::display frequency of exposure durations  -::freeland
$SSW/yohkoh/ucon/idl/freeland/restdat.pro::YOHKOH::restore data written with savedat  slf, 28-feb-92  quick and dirty (pv-wave compatatible??)::freeland
$SSW/yohkoh/ucon/idl/freeland/saa_p1.pro::YOHKOH::N.A.::freeland
$SSW/yohkoh/ucon/idl/freeland/scratchf.pro::YOHKOH::manage scratch files (names, auto-delete, units,...) (compatible with VMS/Unix)::freeland
$SSW/yohkoh/ucon/idl/freeland/sdc_check.pro::YOHKOH::N.A.::freeland
$SSW/yohkoh/ucon/idl/freeland/sfc_dbase.pro::YOHKOH::N.A.::freeland
$SSW/yohkoh/ucon/idl/freeland/sfc_report.pro::YOHKOH::check SFC directory for new entries - send mail if any found::freeland
$SSW/yohkoh/ucon/idl/freeland/sft2sfc.pro::YOHKOH::convert one or more SFT files to SFC files (via sfc_prep)::freeland
$SSW/yohkoh/ucon/idl/freeland/show_pixf.pro::YOHKOH::read/return showpix file info (without running show_pix)::freeland
$SSW/yohkoh/ucon/idl/freeland/sparse.pro::YOHKOH::treat sparse matrices as stream for memory conservation  For example, for large array which is mostly zeros, store::freeland
$SSW/yohkoh/ucon/idl/freeland/str_perm.pro::YOHKOH::return string array which contains all permutations of the concatenation of arr1 and arr2::freeland
$SSW/yohkoh/ucon/idl/freeland/strnames.pro::YOHKOH::define main level variables using tag names of structure::freeland
$SSW/yohkoh/ucon/idl/freeland/sxt_prep_exe.pro::YOHKOH::convert xsxt_prep output structure to sxt_prep call string::freeland
$SSW/yohkoh/ucon/idl/freeland/sxt_summary.pro::YOHKOH::display summary mosaic of new sfd and observing region locations::freeland
$SSW/yohkoh/ucon/idl/freeland/sxt_uniq.pro::YOHKOH::return indices of uniq pointings::freeland
$SSW/yohkoh/ucon/idl/freeland/testcube.pro::YOHKOH::return byte test data cube (shifted dist)::freeland
$SSW/yohkoh/ucon/idl/freeland/time_struct.pro::YOHKOH::N.A.::freeland
$SSW/yohkoh/ucon/idl/freeland/totvec.pro::YOHKOH::running sum of a vector (must have been done 10e9 times)::freeland
$SSW/yohkoh/ucon/idl/freeland/tvlct_save.pro::YOHKOH::update color common block elements::freeland
$SSW/yohkoh/ucon/idl/freeland/ucon_check.pro::YOHKOH::check for ucon routines which are duplicated in other places::freeland
$SSW/yohkoh/ucon/idl/freeland/utplot_all.pro::YOHKOH::plot and overplot 2D array::freeland
$SSW/yohkoh/ucon/idl/freeland/wdeletes.pro::YOHKOH::N.A.::freeland
$SSW/yohkoh/ucon/idl/freeland/xs_recover.pro::YOHKOH::restore data from xstepper common block  -::freeland
$SSW/yohkoh/ucon/idl/freeland/xsxt_prep.pro::YOHKOH::provide front end to sxt_prep::freeland
$SSW/yohkoh/ucon/idl/freeland/xsxt_prep_event.pro::YOHKOH::event handler for xsxt_prep::freeland
$SSW/yohkoh/ucon/idl/freeland/ydb_use.pro::YOHKOH::run <disk_hog> on all uniq top level YDB (site setup dirs)  -::freeland
$SSW/yohkoh/ucon/idl/freeland/ydbtap2tap.pro::YOHKOH::ydb tape to tape copy routine::freeland
$SSW/yohkoh/ucon/idl/hudson/MSSTA_GIF.pro::YOHKOH::write an SFD image in GIF format on the specified directory (selects the most recent Dag H res image and annotates)::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/acrim_reader.pro::YOHKOH::reads a data file containing the UARS data from the ACRIM-II sensor, as provided by Dick Willson 5/20/93::hudson
$SSW/yohkoh/ucon/idl/hudson/align1biggram.pro::YOHKOH::overlay a full-res Kitt Peak magnetogram on an SXT image on a PFI.::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/aos2ex.pro::YOHKOH::convert AOSLOS time format to "external" format::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/ar_areas.pro::YOHKOH::plot areas of given NOAA sunspots::hudson
$SSW/yohkoh/ucon/idl/hudson/ar_spectrum.pro::YOHKOH::driver for SLOFO::hudson
$SSW/yohkoh/ucon/idl/hudson/bcs_infil.pro::YOHKOH::convert a Yohkoh file name to the corresponding BDA file name::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/bethe_heitler.pro::YOHKOH::compute Bethe-Heitler cross-section for bremsstrahlung::hudson,theory
$SSW/yohkoh/ucon/idl/hudson/blank0.pro::YOHKOH::This function converts all blanks in a string to zeros.  Thus " 1:38: 8" becomes "01:38:08".::hudson
$SSW/yohkoh/ucon/idl/hudson/bonehead_mass_estimate.pro::YOHKOH::Estimate the mass of a structure seen in a soft X-ray image. Requires an independent temperature estimate.::hudson,Yohkoh analysis
$SSW/yohkoh/ucon/idl/hudson/born_again.pro::YOHKOH::apply Pat Bornmann's method for temperature limits in SXT data::hudson
$SSW/yohkoh/ucon/idl/hudson/boxlc_display.pro::YOHKOH::re-plot boxes from which time-series data is extracted via box_lc::hudson
$SSW/yohkoh/ucon/idl/hudson/brem.pro::YOHKOH::X-ray thermal continuum as function of wavelength::hudson
$SSW/yohkoh/ucon/idl/hudson/burster_position.pro::YOHKOH::CATEGORY:::hudson
$SSW/yohkoh/ucon/idl/hudson/carol_jo.pro::YOHKOH::Evaluate the formula from Crannell et al. (Ap. J. 223, 620, 1978) for the hard X-ray spectrum from a thermal source::hudson,Yohkoh stuff
$SSW/yohkoh/ucon/idl/hudson/cc_offsets.pro::YOHKOH::Calculate offsets of the image data cube to the first image using CC_OFF2.::hudson
$SSW/yohkoh/ucon/idl/hudson/ch_boundaries.pro::YOHKOH::interactively trace boundaries of (coronal holes). The user points and clicks at points along the feature boundary. A position at the lower left corner of the::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/ch_boundary.pro::YOHKOH::interactively trace boundaries of (coronal holes). The user points and clicks at points along the feature boundary. A position at the lower left corner of the::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/check_sfc_pnt.pro::YOHKOH::look at pnt data at the time of 9 SFC's::hudson
$SSW/yohkoh/ucon/idl/hudson/clos_tim.pro::YOHKOH::Find an image index of the Compressed (low 8) FFI/PFI which has close in time with the low 8 bit (Compressed) FFI/PFI.::hudson
$SSW/yohkoh/ucon/idl/hudson/cube_fill.pro::YOHKOH::Completes 8-to-12 bit restoration of data cube, following a corrected first frame.::hudson,Yohkoh analysis
$SSW/yohkoh/ucon/idl/hudson/dag_index.pro::YOHKOH::find dag images::hudson,Yohkoh stuff
$SSW/yohkoh/ucon/idl/hudson/dark_factor.pro::YOHKOH::compute multiplicative factor for total sunlight (limb darkening) during eclipses; to be used for Yohkoh stray-light corrections::hudson
$SSW/yohkoh/ucon/idl/hudson/day_in.pro::YOHKOH::Yohkoh in daylight?::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/days_til_next_solar_max.pro::YOHKOH::print days remaining before the next maximum::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/dec_shift.pro::YOHKOH::Shift a data cube by given (x,y) offsets at 1/10 pixel resolution::hudson
$SSW/yohkoh/ucon/idl/hudson/diff_scale.pro::YOHKOH::take an image with +- and scale it relative to the zero contour separately for + and - values with square roots::hudson
$SSW/yohkoh/ucon/idl/hudson/dsnfil_trim.pro::YOHKOH::bring n_pts worth of DSNFIL output into the session, extract radial distance, longitude, and latitude, and then delete the file::hudson
$SSW/yohkoh/ucon/idl/hudson/ecl_circles.pro::YOHKOH::display information on the Feb. 26, 1998 eclipse, calling SXT_OBS_COORD to help with PFI planning. It shows the current last sfd, with a sequential overlay of the three::hudson
$SSW/yohkoh/ucon/idl/hudson/ecl_frac.pro::YOHKOH::Compute the eclipse fraction of total sunlight. This datum will be used to scale the stray-light corrections for SXT data::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/eclipse_plotter.pro::YOHKOH::plot outputs from SXT_ECLIPSE::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/ex2aos.pro::YOHKOH::convert external time format to AOSLOS time format::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/feature_label.pro::YOHKOH::To label a feature on an image with corresponding text, and position it for xyouts with much ease... draws a line between text and feature using the cursor.::hudson,Image Display?
$SSW/yohkoh/ucon/idl/hudson/find_fast_data.pro::YOHKOH::Yohkoh observing log search for quiet-mode data with short time intervals::hudson,find_fast_data, t_start, t_stop, list
$SSW/yohkoh/ucon/idl/hudson/first_wave.pro::YOHKOH::Main program to give a quick look at solar and BCS conditions. (thought to be useful for an indolent BTP)::hudson,Yohkoh stuff
$SSW/yohkoh/ucon/idl/hudson/fit_inda.pro::YOHKOH::generate coefficients for HXT powerlaw response::hudson
$SSW/yohkoh/ucon/idl/hudson/fit_possi4.pro::YOHKOH::integrate efficiency of HXT over thermal spectra and do fits::hudson
$SSW/yohkoh/ucon/idl/hudson/fit_therm.pro::YOHKOH::integrate efficiency of HXT over thermal spectra and do fits::hudson
$SSW/yohkoh/ucon/idl/hudson/fits_time.pro::YOHKOH::interpret FITS header in Yohkoh string time::hudson
$SSW/yohkoh/ucon/idl/hudson/fix_sfd.pro::YOHKOH::Reconcile the Q and H res images in an SFD data cube, intended for use with floating-point SFD. This registers the images using SXT_PREP. Heliographic registration is::hudson
$SSW/yohkoh/ucon/idl/hudson/forzones_old.pro::YOHKOH::Generate arrays showing "forbidden zones" of HXA pixels, i.e. those that are masked by the fiducial grids.::hudson
$SSW/yohkoh/ucon/idl/hudson/fov_coords.pro::YOHKOH::Give the coordinates of field-of-view center for an SXT for a partial-frame image.::hudson
$SSW/yohkoh/ucon/idl/hudson/ftp_from_facom.pro::YOHKOH::Transfer files from the Facom Mainframe using FTP::hudson
$SSW/yohkoh/ucon/idl/hudson/get_flare_disk.pro::YOHKOH::Find the flareN disk location of a given "infil" as returned for example by YODAT.::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/get_pa.pro::YOHKOH::compute position angle of a point::hudson,Yohkoh analysis
$SSW/yohkoh/ucon/idl/hudson/get_yohkoh_pos.pro::YOHKOH::locate Yohkoh in space::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/glitch_tracker.pro::YOHKOH::follow time development of column glitch. Sums Q-res DPE 13 images over glitch columns above row 200. Makes plot.::hudson
$SSW/yohkoh/ucon/idl/hudson/go_hxt_hk_temps.pro::YOHKOH::track HXT housekeeping temperatures::hudson
$SSW/yohkoh/ucon/idl/hudson/go_pficc.pro::YOHKOH::Driver to calculate relative displacement of sunspots using CC_OFF2.::hudson
$SSW/yohkoh/ucon/idl/hudson/goes8_reader.pro::YOHKOH::input GOES-8 temperature response functions from ASCII file::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/goes_converter.pro::YOHKOH::Converts data_in from PLOT_GOES format to W/m^Hz units::hudson
$SSW/yohkoh/ucon/idl/hudson/goes_reducer_old.pro::YOHKOH::Reduce GOES data to T, em, L_X, etc.::hudson
$SSW/yohkoh/ucon/idl/hudson/goes_safe.pro::YOHKOH::Plots GOES data from both -8 and -9. Uses 1-minute smoothing.::hudson
$SSW/yohkoh/ucon/idl/hudson/goes_tek.pro::YOHKOH::plot GOES data for Yohkoh CO with Tek graphics::hudson
$SSW/yohkoh/ucon/idl/hudson/good_hxa_scan.pro::YOHKOH::determine whether the HXA scan data are valid, by checking HXA_SCAN.NPOSUM and also by comparing with the expected locations of the fiducial marks::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/gr_summary_plot.pro::YOHKOH::Make a four-panel plot showing outputs from GOES_REDUCER::hudson,Yohkoh stuff
$SSW/yohkoh/ucon/idl/hudson/gsfc_style.pro::YOHKOH::Give a plot the "GSFC look"::hudson
$SSW/yohkoh/ucon/idl/hudson/gtab_grep.pro::YOHKOH::make a Unix file with the table headers and grep a string::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/h_c.pro::YOHKOH::Compute the Holt-Cline cross-section for bremsstrahlung The Holt-Cline cross-section incorporates the Elwert factor necessary to give correct results at hnu = E.::hudson,Theory
$SSW/yohkoh/ucon/idl/hudson/h_vs_time.pro::YOHKOH::fit X location of brightest point in an image, e.g. for determining source height::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/helio_foot.pro::YOHKOH::Overplot the footpoint of a solar wind measurement onto an SXT image. The program puts a U at the location of the sub-Ulysses point, ie a direct radial projection appropriate for the solar wind flow;::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/hh_delete.pro::YOHKOH::print a warning message for withdrawn UCON software::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/hori_var.pro::YOHKOH::CATEGORY:::hudson
$SSW/yohkoh/ucon/idl/hudson/hotpix_fudge.pro::YOHKOH::Fix hot pixels and their streaks cosmetically. It is hard-wired to fix the hot pixel at (182,66) HR automatically, or one can enter an address with the pix keyword (this has not been::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/hxa2hel.pro::YOHKOH::Given the time of a PFI exposure, to calculate the heliographic coordinates of the FOV::hudson
$SSW/yohkoh/ucon/idl/hudson/hxa_limbs.pro::YOHKOH::get HXA data for the ada data range specified in the calling sequence hxa_limbs,ada_data,x_hxa,y_hxa::hudson
$SSW/yohkoh/ucon/idl/hudson/hxa_limbs2.pro::YOHKOH::get HXA data for the ada data range specified in the calling sequence hxa_limbs,ada_data,x_hxa,y_hxa::hudson
$SSW/yohkoh/ucon/idl/hudson/hxa_show.pro::YOHKOH::show off some Yohkoh HXA image and limb address data::hudson
$SSW/yohkoh/ucon/idl/hudson/hxa_show2.pro::YOHKOH::show off some Yohkoh HXA image and limb address data::hudson
$SSW/yohkoh/ucon/idl/hudson/hxa_sunc.pro::YOHKOH::Uses HXA data to generate SXT offset coordinates.::hudson
$SSW/yohkoh/ucon/idl/hudson/hxa_sunc2.pro::YOHKOH::Uses HXA data to generate SXT offset coordinates.::hudson
$SSW/yohkoh/ucon/idl/hudson/hxa_sxt.pro::YOHKOH::Give coordinates for SXT field-of-view center, based upon HXA::hudson
$SSW/yohkoh/ucon/idl/hudson/hxt_back.pro::YOHKOH::HXT background rates estimator for HXT_SPECTRA::hudson
$SSW/yohkoh/ucon/idl/hudson/hxt_background.pro::YOHKOH::estimate HXT background rates::hudson
$SSW/yohkoh/ucon/idl/hudson/hxt_eff.pro::YOHKOH::read calibration file for HXT spectral response::hudson
$SSW/yohkoh/ucon/idl/hudson/hxt_fans.pro::YOHKOH::extract fan-beam elements from HXT and display::hudson
$SSW/yohkoh/ucon/idl/hudson/hxt_hk_temp.pro::YOHKOH::To extract and convert the HXT temperatures to degrees C.::hudson
$SSW/yohkoh/ucon/idl/hudson/hxt_possi4.pro::YOHKOH::read Inda-Koide_san's "possi4.dat" file with 0.1 keV calculations of HXT spectral response. Read the header of this file for background info provided by Mika-san.::hudson
$SSW/yohkoh/ucon/idl/hudson/hxt_powl.pro::YOHKOH::read calibration files for HXT channel ratios against power-law spectra::hudson
$SSW/yohkoh/ucon/idl/hudson/hxt_prob.pro::YOHKOH::read calibration file for HXT spectral response::hudson
$SSW/yohkoh/ucon/idl/hudson/hxt_spec_driver.pro::YOHKOH::get HXT temperatures. The background is an average value from a set of 9 flares but can be entered by hand also::hudson
$SSW/yohkoh/ucon/idl/hudson/hxt_spectra.pro::YOHKOH::fit HXT channel rates to spectral models: for lower 3 channels, f_hv = fits(0) * (hv/25)^(-fits(1)) where fits(2) is the sigma returned by poly_fit;::hudson
$SSW/yohkoh/ucon/idl/hudson/hxt_summer.pro::YOHKOH::add up the HXT channels and smooth over one major frame and over all subcollimators willy-nilly::hudson
$SSW/yohkoh/ucon/idl/hudson/hxt_survey.pro::YOHKOH::survey HXT channel ratios for spectral information::hudson
$SSW/yohkoh/ucon/idl/hudson/hxt_teem.pro::YOHKOH::generate temperature and emission-measure fits to HXT data::hudson,Yohkoh stuff
$SSW/yohkoh/ucon/idl/hudson/hxt_temps.pro::YOHKOH::Get HXT temperatures. The background is an average value from a set of 9 flares but can be entered by hand also.::hudson
$SSW/yohkoh/ucon/idl/hudson/hxt_time_comparer.pro::YOHKOH::N.A.::hudson
$SSW/yohkoh/ucon/idl/hudson/hydro_corona.pro::YOHKOH::integrate isothermal hydrostatic coronal models::hudson,Yohkoh stuff
$SSW/yohkoh/ucon/idl/hudson/imreb.pro::YOHKOH::Enlarge image .::hudson
$SSW/yohkoh/ucon/idl/hudson/imshift.pro::YOHKOH::To  shift image to in x and y displacement::hudson
$SSW/yohkoh/ucon/idl/hudson/iru_offs.pro::YOHKOH::Driver for Wuelser's program getcal_off for flare cubes::hudson
$SSW/yohkoh/ucon/idl/hudson/land_lemen.pro::YOHKOH::Set up PostScript parameters for landscape.  No arguments are required for 5" by 5" plots.::hudson
$SSW/yohkoh/ucon/idl/hudson/lay1gkm.pro::YOHKOH::overlay a file Kitt Peak magnetogram on an SXT image by simple projection on a PFI. The /other switch allows one to go to the next nearest available magnetogram in the opposite time sense, ie ideally to::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/limb2disk.pro::YOHKOH::rotate limb position (rr, pa) in the plane of the sky to a given location following differential rotation through a specified time.::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/limb_survey.pro::YOHKOH::find over-the-limb flares::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/limb_trace.pro::YOHKOH::overplot the limb position found by FIND_LIMB (or any lesser::hudson
$SSW/yohkoh/ucon/idl/hudson/line_reset.pro::YOHKOH::Add increments of 256 counts to data in order to compensate for "low eight bit syndrome". Uses the simplest possible algorithm of next-neighbor comparison.::hudson,Yohkoh analysis
$SSW/yohkoh/ucon/idl/hudson/line_trace.pro::YOHKOH::overplot a line on an image::hudson
$SSW/yohkoh/ucon/idl/hudson/log_deriv.pro::YOHKOH::calculates log derivatives of the filter efficiency functions::hudson
$SSW/yohkoh/ucon/idl/hudson/loop_crawler.pro::YOHKOH::N.A.::hudson
$SSW/yohkoh/ucon/idl/hudson/loughhead.pro::YOHKOH::Calculate 3-D geometry of solar loop::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/marks2box.pro::YOHKOH::show the locations of the LCUR_IMAGE boxes on an image::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/may_eclipse.pro::YOHKOH::enter Soma-san's calculations for the May 1994 eclipse of Yohkoh::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/may_eclipse_showpix.pro::YOHKOH::N.A.::hudson
$SSW/yohkoh/ucon/idl/hudson/mercury_lemen.pro::YOHKOH::N.A.::hudson
$SSW/yohkoh/ucon/idl/hudson/mercury_scanner.pro::YOHKOH::N.A.::hudson
$SSW/yohkoh/ucon/idl/hudson/mercury_transit.pro::YOHKOH::N.A.::hudson
$SSW/yohkoh/ucon/idl/hudson/mlso_reader.pro::YOHKOH::read MLSO Sun raster files::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/mlso_syn_reader.pro::YOHKOH::input a binary MLSO synoptic file. See README_BINARY in the::hudson
$SSW/yohkoh/ucon/idl/hudson/near_conj.pro::YOHKOH::enter Woo's ephemeris for the NEAR conjunction of 17 Feb 97::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/nov93_eclipse.pro::YOHKOH::enter Soma-san's calculations for the Nov 1993 eclipse::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/nov_eclipse.pro::YOHKOH::enter Soma-san's calculations for the Nov 1994 eclipse::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/old_raster.pro::YOHKOH::To make a raster pattern of a time series of SXT images to display time evolution of something or other. The images start at upper left and go to lower right,::hudson
$SSW/yohkoh/ucon/idl/hudson/op_mf2ws.pro::YOHKOH::reformat the ASCII version of an print file into single column::hudson
$SSW/yohkoh/ucon/idl/hudson/orb_extrap.pro::YOHKOH::anticipate orbit times for future events::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/orbit_dn.pro::YOHKOH::find D/N transitions::hudson,yohkoh
$SSW/yohkoh/ucon/idl/hudson/orbit_input_time.pro::YOHKOH::compute a string for MK_DSNFIL entry::hudson
$SSW/yohkoh/ucon/idl/hudson/over_the_limb.pro::YOHKOH::Displays NOAA data and estimates over-the-limb flare locations::hudson,Yohkoh helpful stuff
$SSW/yohkoh/ucon/idl/hudson/paint_pixels.pro::YOHKOH::Interactively correct "low 8" images. Current version assumes 64 x 64 PFI::hudson,Yohkoh analysis
$SSW/yohkoh/ucon/idl/hudson/parfit.pro::YOHKOH::Force-fit a quadratic equation to three points::hudson
$SSW/yohkoh/ucon/idl/hudson/patrol_order.pro::YOHKOH::list the sequence of images preceding an SXT patrol image::hudson
$SSW/yohkoh/ucon/idl/hudson/pfi_cent.pro::YOHKOH::give solar coordinates for fov centers of PFI images::hudson
$SSW/yohkoh/ucon/idl/hudson/pfi_eclipse.pro::YOHKOH::N.A.::hudson
$SSW/yohkoh/ucon/idl/hudson/pfi_totalizer.pro::YOHKOH::quick and dirty total fluxes::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/pinch_plasma.pro::YOHKOH::calculates radio and X-ray fluxes of a pinched plasma::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/pinhole_map.pro::YOHKOH::map out the pinhole brightness in thin Al terminators::hudson
$SSW/yohkoh/ucon/idl/hudson/pmm2.pro::YOHKOH::print max and min of something::hudson
$SSW/yohkoh/ucon/idl/hudson/pr_tables.pro::YOHKOH::prints table contents::hudson
$SSW/yohkoh/ucon/idl/hudson/preflare_search.pro::YOHKOH::find displacements between flare location and preflare data::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/print_ogsel.pro::YOHKOH::FTP the output of OPOGEDT from FACOM and print it::hudson
$SSW/yohkoh/ucon/idl/hudson/print_op.pro::YOHKOH::FTP the OP file created by OPOGEDT from the FACOM, print it, and archive it::hudson
$SSW/yohkoh/ucon/idl/hudson/prom_on_disk.pro::YOHKOH::overlay prominence positions onto a disk image::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/protractor.pro::YOHKOH::CATEGORY:::hudson
$SSW/yohkoh/ucon/idl/hudson/quartile.pro::YOHKOH::list quartile points of a distribution::hudson
$SSW/yohkoh/ucon/idl/hudson/quickatt.pro::YOHKOH::Look at last few days of ATT data for quality. The following interpretation applies: 4: good::hudson
$SSW/yohkoh/ucon/idl/hudson/quickdark.pro::YOHKOH::Look at last few days of dark data for any changes. The plot shows image totals of the standard daily darks. The dashed line shows the level as of the end of June, 1998::hudson
$SSW/yohkoh/ucon/idl/hudson/quickdark_old.pro::YOHKOH::Look at last few days of dark data for any changes. The plot shows image totals of the standard daily darks. The dashed line shows the level as of the end of June, 1998::hudson
$SSW/yohkoh/ucon/idl/hudson/quickdrift.pro::YOHKOH::look at the /yd3/reformat on-line data for Yohkoh drift::hudson
$SSW/yohkoh/ucon/idl/hudson/quicklimb.pro::YOHKOH::show in 2D where (if at all) ATT is failing::hudson
$SSW/yohkoh/ucon/idl/hudson/quickstray_old.pro::YOHKOH::look at last few days of SLS data for new leaks::hudson
$SSW/yohkoh/ucon/idl/hudson/quit.pro::YOHKOH::exit::hudson
$SSW/yohkoh/ucon/idl/hudson/radio_flux.pro::YOHKOH::Estimate the free-free emission level in the microwave range (15 GHz) for a specified temperature and emission measure. Formula from Steve White, same as in GOES_REDUCER.::hudson,Yohkoh analysis
$SSW/yohkoh/ucon/idl/hudson/rat2powl.pro::YOHKOH::convert HXT spectral ratio to power-law parameters::hudson
$SSW/yohkoh/ucon/idl/hudson/rat2powl2.pro::YOHKOH::convert HXT spectral ratio to power-law parameters::hudson
$SSW/yohkoh/ucon/idl/hudson/rat2therm.pro::YOHKOH::Convert HXT spectral ratio to thermal source parameters (note: this is intended to be a low-level routine, so that other vitally important matters such as background correction, error::hudson
$SSW/yohkoh/ucon/idl/hudson/rat2therm2.pro::YOHKOH::Convert HXT spectral ratio to thermal source parameters (note: this is intended to be a low-level routine, so that other vitally important matters such as background correction, error::hudson
$SSW/yohkoh/ucon/idl/hudson/read_hxt_cal.pro::YOHKOH::input HXT data taken in calibration mode (8 sec time resolution,::hudson,Yohkoh HXT
$SSW/yohkoh/ucon/idl/hudson/reconcile_sfd.pro::YOHKOH::reconcile the Q and H res images in an SFD data cube::hudson
$SSW/yohkoh/ucon/idl/hudson/reconcile_sfd_infil.pro::YOHKOH::reconcile the Q and H res images in an SFD data cube returns a floating-point array, decompressed if necessary::hudson
$SSW/yohkoh/ucon/idl/hudson/res_ffi.pro::YOHKOH::Restore low 8 bit images using compressed images which are close::hudson
$SSW/yohkoh/ucon/idl/hudson/sacpeak_image.pro::YOHKOH::quick version of SXT_MERGE to make a composite image of 3 offpoint images in order (1,3,2)::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/sfd_diff.pro::YOHKOH::difference two SFR images::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/sfd_phot.pro::YOHKOH::restore SFD data cubes to 64x64xn for looking at global things::hudson,Yohkoh stuff
$SSW/yohkoh/ucon/idl/hudson/sfd_tek.pro::YOHKOH::contour plot of last SFD image for Tek viewing::hudson
$SSW/yohkoh/ucon/idl/hudson/sfr_totalizer.pro::YOHKOH::Extract SFR totals and compare with GOES data::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/shifter_dm.pro::YOHKOH::shift images by a fractional amount, using interpolation::hudson
$SSW/yohkoh/ucon/idl/hudson/simple_tv2.pro::YOHKOH::put an image into encapsulated PS for inclusion in a LaTeX file. The figure insertion command in LaTeX will have an argument that determines its size in the .ps file, and this should ideally::hudson
$SSW/yohkoh/ucon/idl/hudson/slofo.pro::YOHKOH::does power spectra the hard way, good for unevenly sampled data::hudson
$SSW/yohkoh/ucon/idl/hudson/slope_temp.pro::YOHKOH::evaluate radial gradients of coronal models in terms of scale_height temperatures::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/soho_coords.pro::YOHKOH::convert SOHO angular offsets into approximate Yohkoh pointing coordinates::hudson,soho_coords, coords
$SSW/yohkoh/ucon/idl/hudson/spartan_planner.pro::YOHKOH::Sketch out the Spartan/Yohkoh time line for observations. Very ad hoc, must edit for every little change::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/sphere_dist.pro::YOHKOH::angular separation on shpere::hudson
$SSW/yohkoh/ucon/idl/hudson/spotter.pro::YOHKOH::Interactively define a sunspot, and then compute its centroid location. This is done sequentially for each image in a data cube. The intended use is for measuring relative proper motions::hudson
$SSW/yohkoh/ucon/idl/hudson/ss_symm.pro::YOHKOH::take an subscript array from DEFROI and generate the four symmetrical areas relative to a fixed point [x,y]::hudson
$SSW/yohkoh/ucon/idl/hudson/stat_map.pro::YOHKOH::to map the statistics of a data cube::hudson
$SSW/yohkoh/ucon/idl/hudson/statsum.pro::YOHKOH::dump out stats on a variable::hudson
$SSW/yohkoh/ucon/idl/hudson/stirling_approx.pro::YOHKOH::Evaluate the Stirling approximation for large arguments of the gamma function::hudson,Math stuff hoked up for Yohkoh work
$SSW/yohkoh/ucon/idl/hudson/str2int.pro::YOHKOH::Convert string of number to integer.::hudson
$SSW/yohkoh/ucon/idl/hudson/stray_corr.pro::YOHKOH::a mini-PREP that does dark, stray, and vignetting corrections::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/stt_plot.pro::YOHKOH::plot STT(Star Tracker) ouput signal level ( to check STT ).::hudson
$SSW/yohkoh/ucon/idl/hudson/sum_fluxes.pro::YOHKOH::sum fluxes in an image over an array of pixels above a fraction of the peak-brightness pixel within that array::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/sw_elapsed_time.pro::YOHKOH::Estimate elapsed time for solar wind flow to a given radial distance (eg, distance = 1.5 means out to 0.5 Ro above photosphere; distance = 214 means out to one AU).::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/sw_vel_model.pro::YOHKOH::generate a velocity profile based on Withbroe's model for polar @ solar minimum (reference G.L. Withbroe, Ap. J. 325, 442, 1988) the crude assumption here is that the solar wind doubles in speed::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/sxs_eff.pro::YOHKOH::read calibration file for SXS spectral response (effective area data provided by Takahashi_kun in file PHEF.DATA::hudson
$SSW/yohkoh/ucon/idl/hudson/sxt_coverage.pro::YOHKOH::show SXT long exposures relative to GOES at an event::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/sxt_deline.pro::YOHKOH::does cosmetic surgery on SXT images for hot-spike streaks e.g fixes the prominent hot spot at (182,66) in HR::hudson
$SSW/yohkoh/ucon/idl/hudson/sxt_drdt.pro::YOHKOH::calculates log derivatives of the filter efficiency functions::hudson
$SSW/yohkoh/ucon/idl/hudson/sxt_eclipse.pro::YOHKOH::enter Soma-san's calculations for an eclipse::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/sxt_hyst.pro::YOHKOH::Compute temperatures and emission measures for SXT, using the whole flux measured in the full resolution PFI's::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/sxt_obs_coord_ecl.pro::YOHKOH::N.A.::hudson
$SSW/yohkoh/ucon/idl/hudson/sxt_powl_ebar.pro::YOHKOH::generate mean energy of SXT response to powerlaw::hudson
$SSW/yohkoh/ucon/idl/hudson/sxt_rpaxy.pro::YOHKOH::calculate radii and position angles for SXT::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/sxt_therm_ebar.pro::YOHKOH::generate mean energy of SXT response to a thermal spectrum (mewe_spec)::hudson
$SSW/yohkoh/ucon/idl/hudson/synop_3_rots.pro::YOHKOH::Access the SXT data base for synoptic charts and plot 3 in a vertical array with the input rotation in the middle. For information about the nature of the charts, see Greg Slater.::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/tangent_height.pro::YOHKOH::compute the height of the intersection of a solar radius and the line of sight::hudson
$SSW/yohkoh/ucon/idl/hudson/teem_bit.pro::YOHKOH::Sample an SXT image pair for temperatures::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/term_att_check.pro::YOHKOH::CATEGORY:::hudson
$SSW/yohkoh/ucon/idl/hudson/term_image_id.pro::YOHKOH::Strip out table information on FFI#2 1-1 and 2-1 (terminator slots)::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/term_list.pro::YOHKOH::list the scheduled terminator image times::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/term_review.pro::YOHKOH::Show the SFC pointing locations graphically for a specific time range. Specific for terminators since rupture #4.::hudson
$SSW/yohkoh/ucon/idl/hudson/term_score.pro::YOHKOH::to find terminator images and assess the success rate  first part of a reporting program for terminator exposures::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/test_att.pro::YOHKOH::look at ATT.PNT and SXT_CEN database information::hudson
$SSW/yohkoh/ucon/idl/hudson/thermal_kev.pro::YOHKOH::hard X-ray spectrum calculation in energy (keV) units::hudson
$SSW/yohkoh/ucon/idl/hudson/thermal_power.pro::YOHKOH::Return total radiated power for a given temperature, per 10^44 cm^-3 emission measure Uses information compiled by Jim Lemen in LINFLX, CONFLX, and::hudson
$SSW/yohkoh/ucon/idl/hudson/thick_ffi.pro::YOHKOH::find thick-filter FFIs from the observing log::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/thickal_index.pro::YOHKOH::find thick al images::hudson,Yohkoh stuff
$SSW/yohkoh/ucon/idl/hudson/thinal_index.pro::YOHKOH::find thin al images::hudson,Yohkoh stuff
$SSW/yohkoh/ucon/idl/hudson/thomas_goes.pro::YOHKOH::function to return GOES temperature and emission measure, based on fits made by Thomas, Starr, and Crannell (Solar Phys. 95, 323, 1985).::hudson
$SSW/yohkoh/ucon/idl/hudson/tidy_data.pro::YOHKOH::remove gt_percentd < 100::hudson
$SSW/yohkoh/ucon/idl/hudson/toban_boxes.pro::YOHKOH::put boxes on an image to help tobans plan PFI observations::hudson
$SSW/yohkoh/ucon/idl/hudson/u_fem_plotter.pro::YOHKOH::overplot the Ulysses track on an SXT image::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/ulysses_fem.pro::YOHKOH::reads in Ulysses ephemeris data (radius, heliolatitude and longitude on 1st day of each month, 1993-1997 the data were gotten from a public-domain service called::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/unit_dem.pro::YOHKOH::Calculate DEM distribution of simple magnetic loop cooling by conduction, with idealized radiative losses at loop top. This is based on a calculation by Gordon Emslie.::hudson
$SSW/yohkoh/ucon/idl/hudson/wbs_db.pro::YOHKOH::re-reformat the data section of WBS data into (16,39) integer arrays::hudson
$SSW/yohkoh/ucon/idl/hudson/wbs_decomp.pro::YOHKOH::Restore HXT and WBS data from the 8-bit telemetry format to::hudson
$SSW/yohkoh/ucon/idl/hudson/were_there_false_flares.pro::YOHKOH::identify in a roadmap variable if there were flare mode data::hudson
$SSW/yohkoh/ucon/idl/hudson/which_filt.pro::YOHKOH::determine which H res filters exist in a data set. To run this if you have infil = <filespec>, the easy way is to do rd_roadmap,infil,roadmap first::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/wind_loiter.pro::YOHKOH::integrate travel time for Withbroe solar wind models near sun and make a plot::hudson
$SSW/yohkoh/ucon/idl/hudson/with_int.pro::YOHKOH::integrate Withbroe models to find radial variation of coronal brightness in soft X-rays. See WITHBROE for model details and a reference.::hudson,Yohkoh stuff
$SSW/yohkoh/ucon/idl/hudson/with_int_disk.pro::YOHKOH::integrate Withbroe models to find the brightness of a coronal hole on the disk. See WITHBROE for model details and a reference.::hudson,Yohkoh stuff
$SSW/yohkoh/ucon/idl/hudson/withbroe.pro::YOHKOH::generate Withbroe's coronal models: 0. quiet corona 1. polar coronal hole (max)::hudson
$SSW/yohkoh/ucon/idl/hudson/wl_averager.pro::YOHKOH::generate an average image from a data cube, with interactive elimination of unwanted regions one at a time::hudson
$SSW/yohkoh/ucon/idl/hudson/wl_cube_ii.pro::YOHKOH::Prepare aligned difference images for WL flare studies::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/x_lum.pro::YOHKOH::calculate the integrated X-ray luminosity as a function of T. See documentation in thermal_kev and above to figure out how this is done.::hudson
$SSW/yohkoh/ucon/idl/hudson/xbugle.pro::YOHKOH::select images from the roadmap file, read them, prep them, and then make a stackplot of SXT FFI's to follow streamer development. And - we hope - make big discoveries!::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/zoom_cont.pro::YOHKOH::Extract a zoomed image and make a contour of it::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/zoom_cont2.pro::YOHKOH::zoom out contours for parts of FFIs, do hardcopy etc.::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/hudson/zs_cont.pro::YOHKOH::make a contour plot with square format and print it on lpr::hudson,Yohkoh
$SSW/yohkoh/ucon/idl/labonte/background_new.pro::YOHKOH::N.A.::labonte
$SSW/yohkoh/ucon/idl/labonte/color_copy.pro::YOHKOH::Print images on Mitsubishi color printer::labonte
$SSW/yohkoh/ucon/idl/labonte/dark_orbit.pro::YOHKOH::N.A.::labonte
$SSW/yohkoh/ucon/idl/labonte/dot_plotter.pro::YOHKOH::N.A.::labonte
$SSW/yohkoh/ucon/idl/labonte/fits_interp.pro::YOHKOH::N.A.::labonte
$SSW/yohkoh/ucon/idl/labonte/floyd_steinberg.pro::YOHKOH::Convert a byte image to a bit image, or halftone.::labonte
$SSW/yohkoh/ucon/idl/labonte/hard_prep.pro::YOHKOH::N.A.::labonte
$SSW/yohkoh/ucon/idl/labonte/image_match.pro::YOHKOH::N.A.::labonte
$SSW/yohkoh/ucon/idl/labonte/limb_thresh.pro::YOHKOH::N.A.::labonte
$SSW/yohkoh/ucon/idl/labonte/mk_kuhn_flat.pro::YOHKOH::N.A.::labonte
$SSW/yohkoh/ucon/idl/labonte/mk_mu.pro::YOHKOH::For an input image, makes maps of mu (= cos(central angle)), sinB, sinL (heliographic coordinates)::labonte
$SSW/yohkoh/ucon/idl/labonte/mk_root_bitmap.pro::YOHKOH::IDL routine program to process a byte image to a bitmap, save, and load onto root window.::labonte
$SSW/yohkoh/ucon/idl/labonte/over_color.pro::YOHKOH::N.A.::labonte
$SSW/yohkoh/ucon/idl/labonte/refrac_index.pro::YOHKOH::Returns index of refraction of materials::labonte
$SSW/yohkoh/ucon/idl/labonte/rot_trim.pro::YOHKOH::N.A.::labonte
$SSW/yohkoh/ucon/idl/labonte/stuff_yo_logo.pro::YOHKOH::N.A.::labonte
$SSW/yohkoh/ucon/idl/labonte/sxt_av_teem.pro::YOHKOH::N.A.::labonte
$SSW/yohkoh/ucon/idl/labonte/sxt_average.pro::YOHKOH::N.A.::labonte
$SSW/yohkoh/ucon/idl/labonte/sxt_average1.pro::YOHKOH::N.A.::labonte
$SSW/yohkoh/ucon/idl/labonte/sxt_combine.pro::YOHKOH::N.A.::labonte
$SSW/yohkoh/ucon/idl/labonte/sxt_dark_sample.pro::YOHKOH::N.A.::labonte
$SSW/yohkoh/ucon/idl/labonte/sxt_low8_match.pro::YOHKOH::N.A.::labonte
$SSW/yohkoh/ucon/idl/labonte/sxt_multi_teem.pro::YOHKOH::N.A.::labonte
$SSW/yohkoh/ucon/idl/labonte/sxt_psf.pro::YOHKOH::N.A.::labonte
$SSW/yohkoh/ucon/idl/labonte/sxt_scatter.pro::YOHKOH::N.A.::labonte
$SSW/yohkoh/ucon/idl/labonte/sxt_sharpen.pro::YOHKOH::N.A.::labonte
$SSW/yohkoh/ucon/idl/labonte/sxt_weight.pro::YOHKOH::Returns value of a wavelength-dependent parameter weighted by the SXT passbands times a Mewe solar spectrum.::labonte
$SSW/yohkoh/ucon/idl/labonte/term_obs.pro::YOHKOH::N.A.::labonte
$SSW/yohkoh/ucon/idl/labonte/thin_film.pro::YOHKOH::Computes reflectance, phase shift, and absorbance of multilayer coating.::labonte
$SSW/yohkoh/ucon/idl/labonte/unwrap.pro::YOHKOH::N.A.::labonte
$SSW/yohkoh/ucon/idl/labonte/wrt_x11_bitmap.pro::YOHKOH::N.A.::labonte
$SSW/yohkoh/ucon/idl/lemen/cat_form.pro::YOHKOH::Concatinate files together but insert form feeds.::lemen
$SSW/yohkoh/ucon/idl/lemen/cur_teem.pro::YOHKOH::Interactively click on a portion of an SXT image.  Define a closed region and determine Te and EM for that region.::lemen
$SSW/yohkoh/ucon/idl/lemen/faxable_sfd.pro::YOHKOH::Send an SFD AlMg image to the printer::lemen,Yohkoh
$SSW/yohkoh/ucon/idl/lemen/get_fname.pro::YOHKOH::Call IDL findfile routine to get filename given a path.::lemen
$SSW/yohkoh/ucon/idl/lemen/get_xyrad.pro::YOHKOH::Fit a circle to a set of [x,y] pairs.  Will determine x0, y0, and (optionally) r0 = radius if /radius_fix is given.::lemen
$SSW/yohkoh/ucon/idl/lemen/go_sxt_etemp.pro::YOHKOH::Driver to run sxt_etemp.pro which generates the SXT response file (electrons vs. temp) that is used by sxt_te to compute temperatures.::lemen
$SSW/yohkoh/ucon/idl/lemen/go_sxt_teem.pro::YOHKOH::Main program to run sxt_prep and sxt_teem.  Must previous read in index,data (with yodat)::lemen
$SSW/yohkoh/ucon/idl/lemen/hard_center.pro::YOHKOH::Preprocessor for hardcopy::lemen
$SSW/yohkoh/ucon/idl/lemen/mewe_solar.pro::YOHKOH::Create the mewe_solar.genx spectral-line data file from the file /ys/sxt/resposne/mewe_cosmic.genx::lemen
$SSW/yohkoh/ucon/idl/lemen/mk_taer.pro::YOHKOH::Try to generate the taer worksheets.  Works ok for simple trips to Japan  If the first city and subsequent cities are the same, the first day::lemen
$SSW/yohkoh/ucon/idl/lemen/new_eff_area.pro::YOHKOH::Plot the old and new SXT effective area functions.::lemen
$SSW/yohkoh/ucon/idl/lemen/page_fmt.pro::YOHKOH::Add form-feeds and number pages every "lines" lines in an ascii file::lemen
$SSW/yohkoh/ucon/idl/lemen/plot_bar_lines.pro::YOHKOH::Produce a line plot using histogram mode and filling in the bins with vertical bars.::lemen
$SSW/yohkoh/ucon/idl/lemen/pr_qs_hxi.pro::YOHKOH::To print the contents of the quasi-static HXI file.::lemen
$SSW/yohkoh/ucon/idl/lemen/radpow.pro::YOHKOH::Compute the radiative power (erg cm^3 s-1) for the Mewe spectrum with coronal abundances.::lemen
$SSW/yohkoh/ucon/idl/lemen/rd_sda_flare.pro::YOHKOH::Read SXT flare mode data from a file::lemen
$SSW/yohkoh/ucon/idl/lemen/rd_taer.pro::YOHKOH::Read the ascii file containing travel information for mk_taer::lemen
$SSW/yohkoh/ucon/idl/lemen/sxt_etemp.pro::YOHKOH::Read the SXT effective area file and convolve with the Mewe et al spectrum to generate the SXT response as a function of temperature.::lemen
$SSW/yohkoh/ucon/idl/lemen/taer_rn.pro::YOHKOH::Generate randomn numbers for taers.  Tries to return values that are increments of N*0.25 from AVG::lemen
$SSW/yohkoh/ucon/idl/lemen/test_integer.pro::YOHKOH::Test a string to see if it is a valid integer::lemen
$SSW/yohkoh/ucon/idl/lemen/text_size.pro::YOHKOH::Try to figure out the size of a text drawn in a window::lemen
$SSW/yohkoh/ucon/idl/lemen/tim_bin.pro::YOHKOH::Given a vector of times in any Yohkoh format and time interval, return a vector of indices corresponds to the bin intervals.::lemen
$SSW/yohkoh/ucon/idl/lemen/total_100.pro::YOHKOH::Compute the total of the vector A.  Very similar to the IDL TOTAL function, except that total_100 first rounds all the elements in the array off to 100ths's first.  This routine is specifically designed to::lemen
$SSW/yohkoh/ucon/idl/lemen/tv2_howto.pro::YOHKOH::Demonstrate how to use tv2::lemen
$SSW/yohkoh/ucon/idl/lemen/tv_teem.pro::YOHKOH::Plot the results from sxt_teem::lemen
$SSW/yohkoh/ucon/idl/lemen/wprep.pro::YOHKOH::Set the number of colors for the X-display.::lemen
$SSW/yohkoh/ucon/idl/linford/aver_img.pro::YOHKOH::return the normalize average image from a pair of images.::linford
$SSW/yohkoh/ucon/idl/linford/back_sub.pro::YOHKOH::N.A.::linford
$SSW/yohkoh/ucon/idl/linford/bkg_sub.pro::YOHKOH::Subtract a "background" image from a data set.::linford
$SSW/yohkoh/ucon/idl/linford/cfill.pro::YOHKOH::Color fill the background of a PS file using the given color.::linford
$SSW/yohkoh/ucon/idl/linford/ckcopy.pro::YOHKOH::Finds bad refromatted files by comparing internal file size parameter with the actual file size from Fstat. The bad files are listed a in file called "filestat.lis".::linford
$SSW/yohkoh/ucon/idl/linford/color2rgb.pro::YOHKOH::Convert a color name to the associated PS rgb values.::linford
$SSW/yohkoh/ucon/idl/linford/compare_resp.pro::YOHKOH::Compare old and new database files via plots of various filter ratios.::linford
$SSW/yohkoh/ucon/idl/linford/conroi.pro::YOHKOH::Define a contoured region-of-interest of an image using the image display system and the cursor/mouse.::linford,Image processing.
$SSW/yohkoh/ucon/idl/linford/defbox.pro::YOHKOH::Define a rectangular ROI with two mouse clicks.::linford
$SSW/yohkoh/ucon/idl/linford/get_ciridx.pro::YOHKOH::N.A.::linford
$SSW/yohkoh/ucon/idl/linford/go_teem.pro::YOHKOH::Compute the time-profile for the average Te, EM, and normalized Intensity for an aligned data-cube from "sxt_prep*".::linford
$SSW/yohkoh/ucon/idl/linford/go_teem_plots.pro::YOHKOH::make timeseries plots of te, em, Int_filt_1, Int_filt_2::linford
$SSW/yohkoh/ucon/idl/linford/halpha_prep.pro::YOHKOH::prepare h-alpha images for the movie.::linford
$SSW/yohkoh/ucon/idl/linford/hard_cen.pro::YOHKOH::Center image and load users color table for Kodak output.::linford
$SSW/yohkoh/ucon/idl/linford/idx2img.pro::YOHKOH::convert selected indices to sub-image.  currently:::linford
$SSW/yohkoh/ucon/idl/linford/interp_img.pro::YOHKOH::Linearly interpolate input images to the desired time (time).::linford
$SSW/yohkoh/ucon/idl/linford/isalpha.pro::YOHKOH::test a char for alpha char eg A-Z or a-z.  parameter:::linford
$SSW/yohkoh/ucon/idl/linford/mk_tiffb.pro::YOHKOH::Create a full color (24bit) tiff file.::linford
$SSW/yohkoh/ucon/idl/linford/mk_tiffp.pro::YOHKOH::Create a TIFF-Palette Color (256 levels) file.  For, standard TIFF readers on the Macintosh.::linford
$SSW/yohkoh/ucon/idl/linford/movie_test3.pro::YOHKOH::N.A.::linford
$SSW/yohkoh/ucon/idl/linford/photoland.pro::YOHKOH::output image and high qual. text to postscript printer.::linford
$SSW/yohkoh/ucon/idl/linford/photoport.pro::YOHKOH::output image and high qual. text to postscript printer.::linford
$SSW/yohkoh/ucon/idl/linford/plot_new_respon.pro::YOHKOH::Plot and compare new and old response functions for SXT.  -::linford
$SSW/yohkoh/ucon/idl/linford/rd_conroi.pro::YOHKOH::Read conroi.dat file and return the indices of the contour.::linford
$SSW/yohkoh/ucon/idl/linford/ref.pro::YOHKOH::N.A.::linford
$SSW/yohkoh/ucon/idl/linford/set_datatype.pro::YOHKOH::convert input data "dat" to specified data-type.::linford
$SSW/yohkoh/ucon/idl/linford/str2alp.pro::YOHKOH::convert a str to pure alpha characters.  Parameters:::linford
$SSW/yohkoh/ucon/idl/linford/sxt_defroi.pro::YOHKOH::Selection and extract indices of a SXT image.::linford
$SSW/yohkoh/ucon/idl/linford/tv_coors.pro::YOHKOH::Display image and Define "DATA" coordinate system cooresponding to the pixels of the displayed image.::linford
$SSW/yohkoh/ucon/idl/linford/unsharp_mask.pro::YOHKOH::Improve the contrast in the detailed features of an input image via unsharp masking method.::linford
$SSW/yohkoh/ucon/idl/linford/wconroi2.pro::YOHKOH::Define a contoured region-of-interest of an image using either a slider widget or cursor/mouse.::linford,Image processing.
$SSW/yohkoh/ucon/idl/linford/wdefbox.pro::YOHKOH::Define a rectangular ROI with two mouse clicks.::linford
$SSW/yohkoh/ucon/idl/linford/wfilpck.pro::YOHKOH::Allow user to pick filters for plasma parameter study.::linford
$SSW/yohkoh/ucon/idl/linford/wfilpck_event.pro::YOHKOH::event driver for wfilpck.::linford
$SSW/yohkoh/ucon/idl/linford/wr_sda.pro::YOHKOH::write the input index and data to a sda-type file.::linford
$SSW/yohkoh/ucon/idl/mcallister/align_cube.pro::YOHKOH::To align a data cube of full disk images to a consistant sun center. These can be either SXT or GBO or both, and the SXT images may be of mixed resolutions.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/ar_prep.pro::YOHKOH::To setup the inputs to RD_AR.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/area_mean.pro::YOHKOH::To produce a mean value pixel by pixel from a data cube::mcallister
$SSW/yohkoh/ucon/idl/mcallister/att_exst.pro::YOHKOH::check if there are ATT files::mcallister
$SSW/yohkoh/ucon/idl/mcallister/background.pro::YOHKOH::Calculate the featureless background of an optical image. Also referred to as the limbdarkening profile.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/box_lc_plot.pro::YOHKOH::To format output of BOX_LC for printing figures::mcallister
$SSW/yohkoh/ucon/idl/mcallister/bytcon.pro::YOHKOH::To truncate and convert something to byte without scaling::mcallister
$SSW/yohkoh/ucon/idl/mcallister/circle_fn.pro::YOHKOH::Circle function, to generate a set of points at angles matching the input points, which lie on an circle with given parameters.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/circle_trgt.pro::YOHKOH::To estimate target parameters for a set of points on the circumfrance of a circle.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/cirdrw.pro::YOHKOH::draw a circle::mcallister
$SSW/yohkoh/ucon/idl/mcallister/compst.pro::YOHKOH::To combine two images ontop of each other by interleaving. To be effective this requires having an approriate color table, as each image is scaled to be in one half of the::mcallister
$SSW/yohkoh/ucon/idl/mcallister/coord_l2v.pro::YOHKOH::To convert linear pixel coordinates to x,y,z pixels.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/coord_v2l.pro::YOHKOH::To convert pixels (x,y,z) to linear coordinates::mcallister
$SSW/yohkoh/ucon/idl/mcallister/crcle.pro::YOHKOH::calculate a circle of pixels::mcallister
$SSW/yohkoh/ucon/idl/mcallister/cube_depth.pro::YOHKOH::To screen image data to make sure its either 2D or 3D and return the result::mcallister
$SSW/yohkoh/ucon/idl/mcallister/cut_lev.pro::YOHKOH::To find an appropriate cutoff level to use for testing for the limb.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/data_type.pro::YOHKOH::Return the data type code from SIZE::mcallister
$SSW/yohkoh/ucon/idl/mcallister/dejitter.pro::YOHKOH::Use a fixed dark feature (eg a sunspot) to dejitter a set of images.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/despike.pro::YOHKOH::to despike a cube of data::mcallister
$SSW/yohkoh/ucon/idl/mcallister/dskcntr.pro::YOHKOH::Simple rough locater of an spectral image center::mcallister
$SSW/yohkoh/ucon/idl/mcallister/edit_pnts.pro::YOHKOH::Let user edit a list of limb points.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/ell2cir.pro::YOHKOH::To reshape an image from an elipse to a circle.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/ellipse_fit.pro::YOHKOH::To fit an ellipse to a set of data points.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/ellipse_fn.pro::YOHKOH::Ellipse function, to generate a set of points at angles matching the input points, which line on an ellipse with given parameters.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/enhancer.pro::YOHKOH::A function to enhance the sharpness of features, of single frames. The data is not decompressed or otherwise preprocessed. Any such::mcallister
$SSW/yohkoh/ucon/idl/mcallister/exp_file.pro::YOHKOH::Handle a general input of file names, with twiddles and wildcards.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/fchisq.pro::YOHKOH::Calculates reduced chi squared::mcallister
$SSW/yohkoh/ucon/idl/mcallister/ffi_prep.pro::YOHKOH::general data preparation for sections of FFI's, and/or FFI's::mcallister
$SSW/yohkoh/ucon/idl/mcallister/gbo_pfi.pro::YOHKOH::get a matching GBO patch for PFI data::mcallister
$SSW/yohkoh/ucon/idl/mcallister/gbo_rot_t.pro::YOHKOH::To take a GBO image and rotate it to extrapolate backward or forward in time.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/gbo_scale2.pro::YOHKOH::To take two images of the sun and resize, and repostion the second one so that it lies on top of the first one.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/gen_loc.pro::YOHKOH::a general disk locator for all types of image.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/get_rect.pro::YOHKOH::return a rectangular sub-image(s) from input image(cube).::mcallister
$SSW/yohkoh/ucon/idl/mcallister/gradls.pro::YOHKOH::To do a least squares fit to a non-linear function with a parabolic expansion of chi square.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/hms2dd.pro::YOHKOH::Convert a time in hours, minutes, and seconds to decimal days.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/img_match.pro::YOHKOH::To take two images of the sun and resize, and repostion the second one so that it lies on top of the first one.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/imgscl.pro::YOHKOH::To take two images of the sun and resize, and repostion the second one so that it lies on top of the first one. Like GBO_SCALE2, except it takes traget data as input,::mcallister
$SSW/yohkoh/ucon/idl/mcallister/imgscl2.pro::YOHKOH::To an image of the sun and resize, and repostion it to match an input centroid and radius. Like IMG_MATCH, except it takes traget data as input, rather::mcallister
$SSW/yohkoh/ucon/idl/mcallister/invrt.pro::YOHKOH::to turn a matrix upside down using a simple pixel to pixel mapping::mcallister
$SSW/yohkoh/ucon/idl/mcallister/linsel.pro::YOHKOH::Select, and optionally confirm, a line of points from an image or data cube::mcallister
$SSW/yohkoh/ucon/idl/mcallister/match_type.pro::YOHKOH::to convert a variable type to match another::mcallister
$SSW/yohkoh/ucon/idl/mcallister/modd.pro::YOHKOH::calculate a modulus::mcallister
$SSW/yohkoh/ucon/idl/mcallister/mode_fit.pro::YOHKOH::For fitting a unique value to a set of data using histograms.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/new_win.pro::YOHKOH::make a new window with the next available #. Default positioning is::mcallister
$SSW/yohkoh/ucon/idl/mcallister/oplin.pro::YOHKOH::draw a line on an image or cube::mcallister
$SSW/yohkoh/ucon/idl/mcallister/plot_int.pro::YOHKOH::get one-dimensional distribution plot of some quantity between two arbitrary points on a two-dimensional picture::mcallister
$SSW/yohkoh/ucon/idl/mcallister/pmnmx.pro::YOHKOH::1 liner to print min and max of an array::mcallister
$SSW/yohkoh/ucon/idl/mcallister/pnt_exst.pro::YOHKOH::check if there are PNT files::mcallister
$SSW/yohkoh/ucon/idl/mcallister/r_coord.pro::YOHKOH::Given a linear array index and a centroid this will return the radial distance in pixels. This will work on individual indices, but is more effectively used on::mcallister
$SSW/yohkoh/ucon/idl/mcallister/rad_bck.pro::YOHKOH::Calculate the featureless background of an Halpha or white light image. It is mainly ment for use with SXT aspect sensor images but with the /GBO keyword it should work on other spectral data.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/rect2pol.pro::YOHKOH::Convert rectangular coordinates to polar coordinates::mcallister
$SSW/yohkoh/ucon/idl/mcallister/rect_rot.pro::YOHKOH::To rotate a part of the solar disk forward or backward in time.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/rm_darklimb.pro::YOHKOH::Script to remove the limb darkening from optical images.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/rm_df.pro::YOHKOH::decompress two sxt frames and subtract them::mcallister
$SSW/yohkoh/ucon/idl/mcallister/rott.pro::YOHKOH::Rotate an image about a point, and optionally recenter it.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/rough_loc.pro::YOHKOH::To be a rough sxt locator when no info is given. Should be able to start with a really rough quess and zero in.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/rt_fits.pro::YOHKOH::A script to read GBO fits files. It also allows you to match it to another image (GBO or SXT), remove limbdarkening, and convert to byte type.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/rt_hdha.pro::YOHKOH::To read and optionally process a Hida H alpha image for use with Yohkoh SXT or other GBO data.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/rt_mag.pro::YOHKOH::A script to retrieve a fits format magnetogram and resize and position to match an SXT or GBO image. Keywords allow suppression of the matching function, or invocation of a croping function that::mcallister
$SSW/yohkoh/ucon/idl/mcallister/rt_nkr.pro::YOHKOH::To read and process a Mitaka H alpha image for use with SXT or other GBO data.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/rt_sxtdt.pro::YOHKOH::To automate a direct retrieval of sxt data from sda files.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/sel_region.pro::YOHKOH::To allow interactive selection of a rectangular region.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/selpnt.pro::YOHKOH::To select a point from a displayed image, and mark the location if requested::mcallister
$SSW/yohkoh/ucon/idl/mcallister/set_back.pro::YOHKOH::To reset the background in optical images, or get a background bitmask. Also return a mask of prominance features.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/sgn.pro::YOHKOH::Return the sign of the argument. If the argument is zero, return zero.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/sswhere_event.pro::YOHKOH::N.A.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/target.pro::YOHKOH::formulate the target info (centroid and radius) for use with various routines.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/wl_process.pro::YOHKOH::To process the SXT aspect sensor images and generate limbdarkening profiles, flat field images, white light images minus the dark current, flat field, and limbdarkening signals.::mcallister
$SSW/yohkoh/ucon/idl/mcallister/yesno_f.pro::YOHKOH::To determine what the answer to a yes or no question was will take the following:::mcallister
$SSW/yohkoh/ucon/idl/sato/cal_check.pro::YOHKOH::N.A.::sato
$SSW/yohkoh/ucon/idl/sato/getflt2.pro::YOHKOH::N.A.::sato
$SSW/yohkoh/ucon/idl/sato/hxt_sat_repair.pro::YOHKOH::correction of saturated decompressed data in HXT::sato
$SSW/yohkoh/ucon/idl/sato/mk_caltime.pro::YOHKOH::N.A.::sato
$SSW/yohkoh/ucon/idl/sato/mk_hxtpat.pro::YOHKOH::To display fanbeam pattern::sato
$SSW/yohkoh/ucon/idl/sato/mk_ipat.pro::YOHKOH::N.A.::sato
$SSW/yohkoh/ucon/idl/sato/plot_calpc.pro::YOHKOH::N.A.::sato
$SSW/yohkoh/ucon/idl/sato/rd_hxtcal.pro::YOHKOH::get hxtcal data to be full 64x64 datasets::sato
$SSW/yohkoh/ucon/idl/sato/rd_para3.pro::YOHKOH::N.A.::sato
$SSW/yohkoh/ucon/idl/sato/reform_hxtcal2.pro::YOHKOH::Repack the HXT cal data to be full 64x64 datasets::sato
$SSW/yohkoh/ucon/idl/sato/spfdgrs.pro::YOHKOH::Spawn spfdgrs program. See Yohkoh WBS manual.::sato
$SSW/yohkoh/ucon/idl/sato/spfdhxs.pro::YOHKOH::Spawn spfdhxs program. See Yohkoh WBS manual.::sato
$SSW/yohkoh/ucon/idl/sato/wrt_hxtmve_jcl3.pro::YOHKOH::Creates JCL file for HXT image synthesis programme::sato
$SSW/yohkoh/ucon/idl/mctiernan/accum_counts.pro::YOHKOH::Given this will total counts for a series of intervals, given by start and end subscripts, ss_start and ss_end::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/ai_1pl.pro::YOHKOH::the inital values of a for the single power law..::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/ai_1pl_ecut.pro::YOHKOH::the inital values of a for the power law that cuts off below e0::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/ai_1pl_flat.pro::YOHKOH::the inital values of a for the power law that flattens below e0::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/ai_1th.pro::YOHKOH::the inital values of a for the single thermal..::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/ai_1th_l.pro::YOHKOH::the inital values of a for the single thermal.. for now it's the same as ainit3.pro::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/ai_2pl.pro::YOHKOH::the inital values of a for the double power law..::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/ai_2th.pro::YOHKOH::the inital values of a for the double thermal fit..::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/ai_3pl.pro::YOHKOH::the inital values of a for the triple P.L..::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/ai_plppl.pro::YOHKOH::the inital values of a for the sum of two power laws..::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/ai_thbpl.pro::YOHKOH::the inital values of a for the thermal below Ebr, p.l. above..::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/ai_thp2pl.pro::YOHKOH::the inital values of a for the thermal + double P.L..::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/ai_thppl.pro::YOHKOH::the inital values of a for the thermal + power law..::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/ai_thppl_l.pro::YOHKOH::the inital values of a for the thermal + power law.. Same as ainit4 for now::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/ainit.pro::YOHKOH::Obtain initial values for a for the spectral fit,::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/alt_tim_sel.pro::YOHKOH::Given a time structure and data, choose a time range. An alternative to plot_lcur, without the need for the x-windows interface.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/amoeba_hxi.pro::YOHKOH::Minimizes a function of a function, using the downhill simplex::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/amoeba_hxi1.pro::YOHKOH::Minimizes a function of a function, using the downhill simplex::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/amoeba_x.pro::YOHKOH::Minimizes a function of a function, using the downhill simplex::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/any_decay_time.pro::YOHKOH::The decay time a function, normalized to the 1/e decay time::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/any_fsp.pro::YOHKOH::Given photon counts from any of the Yohkoh instruments, fit spectra..::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/anyrts.pro::YOHKOH::Given photon counts from any of the Yohkoh instruments,::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/auto_bck_find.pro::YOHKOH::Given a stream of data, find the appropriate background levels, and the times, for the background interval and for where the data is a certain specified level above::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/av_chflux.pro::YOHKOH::Calculates the average photon flux for spectrometer channels::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/av_den.pro::YOHKOH::A routine to find the average density of a flare, here we estimate the volume by V=(area)^1.5, where area is the number of pixels.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/avsig_1.pro::YOHKOH::Average and dispersion of an array, zeros can be not included,::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/avsig_test.pro::YOHKOH::Calculates the average and the sigma of an array, passes out (Av counts*Av time interval), and the uncertainty in that quantity.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/axi7.pro::YOHKOH::the inital values of a for the thermal + P.L..::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/bad_a.pro::YOHKOH::Takes fit parameters, and sets them to zero, if they do'nt fall within reasonable ranges, kind of subjective, basically we restrict::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/bck_interp.pro::YOHKOH::Given two background intervals, and a fit interval, interpolate the background from those two intervals to get the background at the fit time. Note that this assumes that the 2nd bck interval is::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/bck_interval.pro::YOHKOH::Obtain the background interval for a *_fsp routine::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/beta_fn.pro::YOHKOH::returns the Beta function B(p,q)=Int_0^1 u^(p-1)(1-u)^(q-1) du or B(p,q)=gamma(p)*gamma(q)/gamma(p+q) Num. Rec. eq 6.1.8::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/box1_draw.pro::YOHKOH::given an array of subscripts for boxes chosen using lcur_image this will draw the appropriate box. Calls draw_boxcorn.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/box_lc_array.pro::YOHKOH::You choose a box on an image given some SXT or HXT data cube, using the routine lcur_image, box_lc_array will return a light curve for each pixel in the box,::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/box_sxthxt_fsp.pro::YOHKOH::To fit spectra for sxt and hxt, using any_fsp.pro, Needless to say, the data cubes must be aligned.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/box_sxtth_hxt.pro::YOHKOH::To fit spectra for sxt and hxt, using any_fsp.pro, This fits the sxt emission in the box to a thermal component, and subtracts the expected amount from the hxt emission.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/break.pro::YOHKOH::Obtains a P.L. with a break in it::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/break2.pro::YOHKOH::Obtains a P.L. with a 2 breaks in it::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/calb.pro::YOHKOH::N.A.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/cdcda.pro::YOHKOH::Calculates the derivatives of the count rate with respect to the fit parametrs::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/choose_interval.pro::YOHKOH::plots data, prompts for start and end times, and returns the subscripts for the accumulation period.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/countrate.pro::YOHKOH::Calculates the count rate::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/cyl_2d.pro::YOHKOH::generates an nXn pixel array, with a source that's a 2d cylinder with a width of r0 pixels, normalized to a total of 1.0::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/cyl_moff.pro::YOHKOH::To generate a cylindrically symmetric Moffat function f = const*(1+r^2/r0^2)^(-power) hopefully normalized to 1.0::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dayofyr.pro::YOHKOH::Here's a routine that will give the day of the year,::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dayofyrch.pro::YOHKOH::Here's a routine that will give the day of the year,::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/days_2_xmas.pro::YOHKOH::Gives the number of days until Christmas, for the given year::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dem_models.pro::YOHKOH::The emission measure in units of 10^47 cm^(-3) at different temperatures for the models with power law spectra in temperature space.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dfx_1pl.pro::YOHKOH::The derivative of the flux with respect to the fit parameters, single power law,::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dfx_1pl_cut.pro::YOHKOH::The derivative of the flux with respect to the fit parameters, single power law, cuts-off below a given energy, e_cut::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dfx_1pl_ecut.pro::YOHKOH::The derivative of the flux with respect to the fit parameters, single power law, cuts-off below a given energy, e_cut, exponentially.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dfx_1pl_flat.pro::YOHKOH::The derivative of the flux with respect to the fit parameters, single power law, flattens below a given energy, e0::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dfx_1th.pro::YOHKOH::The derivative of the flux with respect to the fit parameters, Thermal fit.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dfx_1th_l.pro::YOHKOH::Calculates the derivative of photon flux for the single thermal fit, includes SXR line spectra, as given by Jlemen's mewe_spec.pro.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dfx_1th_lo.pro::YOHKOH::Calculates the derivative of photon flux for the single thermal fit, includes SXR line spectra, as given by Jlemen's mewe_spec.pro.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dfx_2pl.pro::YOHKOH::The derivative of the flux with respect to the fit parameters, Double power law,::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dfx_2th.pro::YOHKOH::The derivative of the flux with respect to the fit parameters, Double Thermal fit,::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dfx_2th_l.pro::YOHKOH::Calculates the derivative of photon flux for the double thermal fit, includes SXR line spectra,::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dfx_3pl.pro::YOHKOH::The derivative of the flux with respect to the fit parameters, Triple power law.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dfx_95.pro::YOHKOH::Derivatives of the Differential EM wrt the fit parameters, for a model (see, Dere etal. sphys36, 459) em = c_1*exp(-c_2*(ln(T))^c_3), for T > 2MK::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dfx_96.pro::YOHKOH::Derivatives of the Differential EM wrt the fit parameters, for a model which is a double power law in Temperature (tyspec=96), with a varying Temperature cutoff, and a break at 5 MK.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dfx_97.pro::YOHKOH::Derivatives of the Differential wrt the fit parameters, for a model is a Gaussian in Temperature (tyspec=97)::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dfx_98.pro::YOHKOH::Derivatives of the Differential wrt the fit parameters, for a model which is a power law in Temperature (tyspec=98), with a varying Temperature cutoff.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dfx_99.pro::YOHKOH::Derivatives of the Differential wrt the fit parameters, for a model which is a power law in Temperature (tyspec=99), with a Temperature cutoff at 30 MK::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dfx_phflux.pro::YOHKOH::Calculates the derivative of the expected photon flux with respect to the fit parameters for a given type of spectrum.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dfx_plppl.pro::YOHKOH::The derivative of the flux with respect to the fit parameters, Sum of two p.l.'s::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dfx_thbpl.pro::YOHKOH::The derivative of the flux with respect to the fit parameters, Thermal fit below Ebr, p.l. above::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dfx_thp2pl.pro::YOHKOH::The derivative of the flux with respect to the fit parameters, Thermal plus double power law.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dfx_thppl.pro::YOHKOH::The derivative of the flux with respect to the fit parameters, Thermal plus power law,::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dfx_thppl_l.pro::YOHKOH::Calculates the derivative of photon flux for the thermal + power law fit, includes SXR line spectra, as given by Jlemen's mewe_spec.pro.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dfx_thppl_lo.pro::YOHKOH::Calculates the derivative of photon flux for the thermal + power law fit, includes SXR line spectra, as given by Jlemen's mewe_spec.pro.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dist_histo.pro::YOHKOH::Given an array, dist_histo will return the histogram for the array, and the values of the bins used.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dn_pix_sum.pro::YOHKOH::Generates an nXn pixel sum of the DN in an image.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/doy_dom.pro::YOHKOH::Obtains the day and month for a day of the year::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dude.pro::YOHKOH::Prints out "dude" to the screen::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/dummy_rd.pro::YOHKOH::This will find out how many lines at the start of an ASCII file start with the charcter ";", so that they can be ignored when inputting. There may be::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/ea_view_angle.pro::YOHKOH::Calculate the view angle of a spot on the sun, given the heliocentric corrdinates, i.e.,'N22W85'. Uses get_sun.pro to obtain the ephemeris info.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/ebplpl.pro::YOHKOH::Calculate the break energy for the Double P.L.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/ebthpl.pro::YOHKOH::Calculate the break energy for the thermal + p.l. fit::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/ebthth.pro::YOHKOH::Calculate the break energy for the Double thermal fit::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/ee_pl_jcb.pro::YOHKOH::Returns total electron energy (ergs) assuming thick-target model (J.C. Brown, 1971, solar physics, 18, 489) integrated above e0 to infinity.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/factln.pro::YOHKOH::Log of numbers factorial, uses gamma functions, for large numbers, or for non-integers...::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fdf10_init.pro::YOHKOH::Calculates photon flux for the single thermal fit, includes SXR line spectra, as given by Jlemen's mewe_spec.pro. Also obtains the derivatives with respect to T6, and puts it all in a big::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/find_ftpts.pro::YOHKOH::Given an image, find n_ftpt, gaussian sources, and return various values::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fitspec.pro::YOHKOH::Does the spectral fit,::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fix_hxtindex.pro::YOHKOH::Calls hxt_prestore, and returns an index with the correct start::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fix_pars.pro::YOHKOH::To assign fixed values to certain spectral fit parameters::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fix_pars0.pro::YOHKOH::To assign fixed values to certain spectral fit parameters::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fluxc_mult.pro::YOHKOH::Adjust for flux conversion::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fsc.doc.pro::YOHKOH::N.A.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fsc_init.pro::YOHKOH::initializes fit structures, to pass out of a crashed fit routine::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fsp_11.pro::YOHKOH::Runs the spectral fitting routine fitspec, to obtain spectral fits. Unlike fsp_proc.pro, fsp_11 assumes that you already have the countrates and::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fsp_avsig.pro::YOHKOH::Averages and sigmas for fit parameters, from HXTBOX_FSP, used on HXT_MCIMG output, or used in the /mc option of FSP_PROC::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fsp_mc.pro::YOHKOH::Runs the spectral fitting routine fitspec, to obtain spectral fits. Uses a Monte Carlo-like::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fsp_mrqcof.pro::YOHKOH::Calculates the matrices alpha and beta used in the spectral fit and also calculates chisq.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fsp_mrqmin.pro::YOHKOH::Spectral Fit, copied from Numerical Recipies, ch 14 but translated into IDL, see also Bevington pgs 237-239, this should give the same results as the IDL users library curvefit, but that doesn't return::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fsp_outplot.pro::YOHKOH::Spectral plot, intended for multiple spectra::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fsp_output.pro::YOHKOH::Outputs the spectral fit, only one fit at a time, please...::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fsp_proc.pro::YOHKOH::Runs the spectral fitting routine fitspec, to obtain spectral fits.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/ftpts_chi2.pro::YOHKOH::given the strengths, radiuses and positions of one or more Gaussian footpoints, return chi2. For use by AMOEBA_X, from MAKIMG_G. This has a different arg list from mult_ftpt_chi2... since amoeba_hXi::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/ftpts_chi21.pro::YOHKOH::given the strengths, radiuses and positions of one or more Gaussian footpoints, return chi2. For use by AMOEBA_X, from MAKIMG_G. This has a different arg list from mult_ftpt_chi2... since amoeba_hXi::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fwhm_histo.pro::YOHKOH::given a histogram, get the maximum and the fwhm, as a fn of bin_midpts.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_1pl.pro::YOHKOH::Calculates photon flux for the single power law::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_1pl_cut.pro::YOHKOH::Calculates photon flux for the single power law, which cuts off below an energy e0, note that K corresponds to Flux at e0 KeV::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_1pl_ecut.pro::YOHKOH::Calculates photon flux for the single power law, which cuts off below an energy e0, note that K corresponds to Flux at e0 KeV. Here there's an exponential cut-off, instead of a sharp one.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_1pl_flat.pro::YOHKOH::Calculates photon flux for the single power law, which flattens below an energy e0, note that K corresponds to Flux below e0 KeV::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_1th.pro::YOHKOH::Calculates photon flux for the single thermal fit::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_1th_l.pro::YOHKOH::Calculates photon flux for the single thermal fit, includes SXR line spectra, as given by Jlemen's mewe_spec.pro. dfx_1th_l actually interpolates on a large array..::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_1th_lo.pro::YOHKOH::Calculates photon flux for the single thermal fit, includes SXR line spectra, as given by Jlemen's mewe_spec.pro.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_2pl.pro::YOHKOH::Calculates photon flux for the double power law::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_2th.pro::YOHKOH::Calculates photon flux for the double thermal fit::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_2th_l.pro::YOHKOH::Calculates photon flux for the double thermal fit, includes SXR line spectra, as given by Jlemen's mewe_spec.pro.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_2th_lo.pro::YOHKOH::Calculates photon flux for the double thermal fit, includes SXR line spectra, as given by Jlemen's mewe_spec.pro.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_3pl.pro::YOHKOH::Calculates photon flux for the 3 p.l. fit.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_95.pro::YOHKOH::Differential EM function for a model (see, Dere etal. sphys36, 459) em = c_1*exp(-c_2*(ln(T))^c_3), Only works for T > 1 MK!::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_95_o.pro::YOHKOH::Photon flux for a model (see, Dere etal. sphys36, 459) em = c_1*exp(-c_2*(ln(T))^c_3), for T > 2MK::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_96.pro::YOHKOH::Differential EM function for a model which is a double power law in Temperature (tyspec=96), with a a variable upper cutoff T, and a break at 5 MK::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_96_o.pro::YOHKOH::Photon flux for a model which is a double power law in Temperature (tyspec=96), sort of a differential emission measure, This is used for the case with a varying Temperature cutoff.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_97.pro::YOHKOH::Differential EM function for a model which is a Gaussian in Temperature (tyspec=97)::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_97_o.pro::YOHKOH::Photon flux for a model which is a Gaussian in Temperature (tyspec=97)::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_98.pro::YOHKOH::Differential EM function for a model which is a power law in Temperature (tyspec=98), witha a variable upper cutoff T::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_98_o.pro::YOHKOH::Photon flux for a model which is a power law in Temperature (tyspec=98), sort of a differential emission measure, This is used for the case with a varying Temperature cutoff.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_99.pro::YOHKOH::Differential EM function for a model which is a power law in Temperature (tyspec=99)::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_99_o.pro::YOHKOH::Photon flux for a model which is a power law in Temperature (tyspec=99), sort of a differential emission measure.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_phflux.pro::YOHKOH::Calculates the expected photon flux for a given type of spectrum, or the DEM function, for the multiple thermal fits, (tyspec gt 90)::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_plppl.pro::YOHKOH::Calculates photon flux for the power law + power law::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_thbpl.pro::YOHKOH::Calculates photon flux for the thermal fit below Ebr, p.l. above::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_thp2pl.pro::YOHKOH::Calculates photon flux for the thermal + double p.l. fit.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_thppl.pro::YOHKOH::Calculates photon flux for the power law + thermal fit::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_thppl_l.pro::YOHKOH::Calculates photon flux for the power law + thermal fit. Includes SXR line emission.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/fx_thppl_lo.pro::YOHKOH::Calculates photon flux for the power law + thermal fit. Includes SXR line emission.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/gauss_2d.pro::YOHKOH::generates an nXn pixel array, which has the form of a 2d gaussian with a width of r0 pixels, normalized to a total of 1.0, unless the corner keyword is set::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/getmax.pro::YOHKOH::N.A.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/goes_bck0.pro::YOHKOH::Esitmate of the "true" goes background level, see P.L.Bornmann, Apj. 356, pg 733. Requires three conditions for the start of the flare; T must increase, EM must increase, T(flare)>T(background).::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/goes_teem.pro::YOHKOH::Given ratio of GOES high energy channel to low energy channel Obtains the temperature, Approximation of Thomas, etal., 1975::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/goesem_eqn.pro::YOHKOH::Given the goes temperature, and the flux in the low energy channel, Obtains the emission measure, Approximation of Thomas, etal., 1975::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/goest_eqn.pro::YOHKOH::Given ratio of GOES high energy channel to low energy channel Obtains the temperature, Approximation of Thomas, etal., 1975::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/goodch.pro::YOHKOH::Obtain the channels for which the excess count rate is greater than nsig sigmas of the background::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/grs1l_dead.pro::YOHKOH::Decompresses GRS-L data, and calculates dead time correction for the appropriate interval::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/grs32_fsp.pro::YOHKOH::Fits spectra for the first 32 channels of GRSL YOU choose the data interval::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/grsl1_dead.pro::YOHKOH::Decompresses GRS-L data, and calculates dead time correction for the appropriate interval::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/grsl2_dead.pro::YOHKOH::Decompresses GRS-L data, and calculates dead time correction for the appropriate interval::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/grsl_fsp.pro::YOHKOH::Fits spectra for the GRSL YOU choose the data interval::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/hunt.pro::YOHKOH::Given an array xx, of dimension n, this will return jlo, the index just below the value x,::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/hx_comp.pro::YOHKOH::Compress data from 12 bits to 8 bits using the HXT algorithm (also used in WBS)::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/hx_decomp.pro::YOHKOH::Restore HXT and WBS data from the 8-bit telemetry format to::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/hxi_channels.pro::YOHKOH::returns the subscripts of each channel for an hxi data set::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/hxi_interp.pro::YOHKOH::Linearly interpolate HXT images in time.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/hxs_chsums.pro::YOHKOH::Gets HXS data out of the data structure, maybe sums over minor frames. Reforms the data, And maybe returns count rates.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/hxs_dead.pro::YOHKOH::Decompresses HXS data, and calculates dead time correction for the appropriate interval::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/hxs_fsp.pro::YOHKOH::Fits spectra for the HXS YOU choose the data interval::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/hxsgrs_fsp.pro::YOHKOH::Fits spectra for a combination of HXS and the first 32 channels of GRS1, YOU choose the data interval. Note that the lowest GRS channel is deleted in all of these fits...::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/hxt_anycomp.pro::YOHKOH::Calculates the expected HXT response for a spectral fit::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/hxt_cutoff.pro::YOHKOH::Given a power law fit, calculates the expected HXT response in the LO channel, for given values of the low-energy cutoff e_cut, then interpolates on the LO vs. e_cut curve to obtain e_cut.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/hxt_fsp.pro::YOHKOH::Fits spectra for the HXT, YOU choose the data interval::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/hxt_fsp1.pro::YOHKOH::Fits spectra for the HXT, after subtracting out a known second component, the data intervals are passed int::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/hxt_img.pro::YOHKOH::N.A.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/hxt_mcaccum.pro::YOHKOH::plots hxt data, prompts for start and end times for data accumulation and background, and returns an array with the accumulated counts, for each interval and channel. Then::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/hxt_mcimg.pro::YOHKOH::To make HXT images, for a monte carlo sample of data sets, obtained for 1 time interval...::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/hxt_plcomp.pro::YOHKOH::Calculates the expected HXT response for a power law component, of spectral index m and emission at 1keV k::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/hxt_sources.pro::YOHKOH::To make HXT images.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/hxt_t6_resp0.pro::YOHKOH::Calculates an SXT-style temperature response for the four HXT channels::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/hxt_thcomp.pro::YOHKOH::Calculates the expected HXT response for a thermal component, of temperature t6 and emission measure e47. You may include line emission or not...::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/hxt_thfsp_resp.pro::YOHKOH::Obtains the HXT thermal response and outputs it into a file which can be used by fsp_*.pro, for the multi thermal fits, tyspec=98 or 99::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/hxt_utplot.pro::YOHKOH::N.A.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/hxtbox_fsp.pro::YOHKOH::To fit spectra for HXT, for a box chosen using lcur_image::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/hxtpro2.pro::YOHKOH::Runs the HXT F77 Programme MOVIE::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/image_c17.pro::YOHKOH::Overlay an image of an array and a contour plot of another array The contour plot will have 16 levels::mctiernan,General graphics.
$SSW/yohkoh/ucon/idl/mctiernan/interpu_1d.pro::YOHKOH::Linearly interpolate vectors with an irregular grid. Calculates the uncertainties.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/interpu_2d.pro::YOHKOH::Linearly interpolates in 2 dimensions, similar to the Users Library routine Interpol.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/lc_array1.pro::YOHKOH::This procedure creates a multiwindow plot showing the light curve at each pixel in a 2-D region.  The input parameter is a 3-D array, with time being the abcissa.  By default, each plot::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/leap_yr.pro::YOHKOH::Determines whether a given year is a leap year, and returns the number of the first day of every month - 1::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/lfit.pro::YOHKOH::This should do a linear least squares fit, see Numerical recipies, eqs. 14.2.15 to 14.2.18,::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/ma_labels.pro::YOHKOH::Given the type of spectrum, returns the number of free parameters, and labels for those parameters.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/makimg_g0.pro::YOHKOH::Image synthesis subroutine, forward fitting, makimg_g tries to fit a user-defined number of gaussian sources to the HXT data.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/makimg_g1.pro::YOHKOH::Image synthesis subroutine, forward fitting, makimg_g1 tries to fit a user-defined number of gaussian sources to the HXT data. makimg_g1 allows for a constant non-zero background level::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/mc_unc.pro::YOHKOH::A brand new monte carlo test to obtain uncertainties in an SXT pixel::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/mult_th_fsp.pro::YOHKOH::Given photon counts from SXT and GOES and HXT, fit multi-thermal spectra..::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/multi_spatial_dem.pro::YOHKOH::Creates a 'spatial DEM' for a cube of SXT images, This sums up all of the em's in individual temperature bins, for each time.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/multresponses.pro::YOHKOH::Inputs the response functions for all the instruments, and puts::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/one_ftpt.pro::YOHKOH::Make up a two footpoint source, to test imaging programs on::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/pe_pl.pro::YOHKOH::Total photon energy flux of a single power law::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/pixel_lc.pro::YOHKOH::dump out a time series for an interactively determined pixel of a given data cube. Calls STEPPER to present an image to interact with. Plots the results. Does no normalization or::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/plot_histo.pro::YOHKOH::To plot histograms::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/plot_histo_j.pro::YOHKOH::To plot histograms::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/pn_pl.pro::YOHKOH::Total photon flux of a single power law::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/respint.pro::YOHKOH::Respint will integrate the flux, or its derivative over the response. The flux is assumed to be given at the same energies as the response.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/responses.pro::YOHKOH::Responses reads in the response for one detector.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/sat_av_arr.pro::YOHKOH::This will return an average of the saturated pixels in each column, with the pixels above and below included, for two images.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/seq_2fl.pro::YOHKOH::To get two sets of matched subscripts for temperature measurments Do Not try to used this on data that has already been SXT_PREPPED.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/simp_rule.pro::YOHKOH::Simpson's rule integration of a function::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/spatial_dem.pro::YOHKOH::Creates a 'spatial DEM' for an SXT image, or set of images. This sums up all of the em's in individual temperature bins.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/strip_data.pro::YOHKOH::Gets rid of open filter, and non full res images from a flare SXT data set. Also will dump non-64X64 images::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/subs_twod.pro::YOHKOH::N.A.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/sxt_anycomp.pro::YOHKOH::Calculates the expected SXT response for a spectral fit::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/sxt_dn_int.pro::YOHKOH::Given Temperature and Emission measure, this will generate the data number, for the pixels in an SXT image.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/sxt_energy.pro::YOHKOH::Calculates the plasma energy given temperature, emission measure and density, E=3*EM*kT/d::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/sxt_fl_analx.pro::YOHKOH::To generate Temperature, Emission Measure, and Density and energy For an SXT flare, as functions of time. You need to have obtained data using test_rd::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/sxt_fl_analxpro.pro::YOHKOH::To generate Temperature and Emission Measure, For an SXT flare, as functions of time.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/sxt_fsp.pro::YOHKOH::To fit spectra for sxt, spectrometer style, using any_fsp.pro,::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/sxt_fsp_resp.pro::YOHKOH::inputs filter response and outputs it into a file::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/sxt_goes_teem.pro::YOHKOH::Takes the teem_* file resulting from SXT_TFL.pro, finds the GOES data file for that flare, and generates the GOES temperature and Emission Measure.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/sxt_powl.pro::YOHKOH::generate responses for all SXT filters for a given power law::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/sxt_pressure.pro::YOHKOH::Calculates the plasma pressure given temperature and density, p=d*kT::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/sxt_resp_inp.pro::YOHKOH::Inputs the ccd response, CCD e's and photons through SXT filters::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/sxt_t6_resp0.pro::YOHKOH::N.A.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/sxt_tfl.pro::YOHKOH::To generate Temperature, Emission Measure, and Density and energy For an SXT flare, as functions of time. For the whole flare...::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/sxt_tflx.pro::YOHKOH::To generate Temperature, Emission Measure, and Density and energy For an SXT flare, as functions of time. For the whole flare...::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/sxt_therm.pro::YOHKOH::generate responses for all SXT filters for a given power law::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/sxt_thfsp.pro::YOHKOH::To fit spectra for sxt, using mult_th_fsp.pro this is for the continuous thermal models only,::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/sxt_thfsp_resp.pro::YOHKOH::inputs filter thermal response and outputs it into a file::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/sxt_thinit.pro::YOHKOH::Initializes the spectrum for SXT_THFSP.pro, the standard AINIT doesn't seem to work too well. Not a general program, only for use by SXT_THFSP, or SXT_FSP::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/sxtbox_fsp.pro::YOHKOH::To fit spectra for sxt, spectrometer style, using any_fsp.pro, for a box chosen using LCUR_IMAGE.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/sxtbox_teem.pro::YOHKOH::Tget temperatures and emission measures from SXT images for a box chosen using LCUR_IMAGE.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/sxthxt_fsp.pro::YOHKOH::To fit spectra for sxt and hxt, using any_fsp.pro, sxt is used for the time interval::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/sxtth_hxt.pro::YOHKOH::To fit spectra for sxt and hxt, using any_fsp.pro, This fits the total sxt emission to a thermal component, and subtracts the expected amount from the total::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/t7totsec.pro::YOHKOH::One of a set of routines designed to deal with the time structures used in fitspec t7totsec converts to seconds from the start of the day, actually,::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/te_scale.pro::YOHKOH::Will take x, an NxN image of temperatures, or EM's, or anything, and tv it with a scale on the side, into a file::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/time_2_fileid.pro::YOHKOH::Takes a time and creates a fileid, note that this is not the same as ANYTIM2FID, which finds fileids which already exist for given times...::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/time_interp.pro::YOHKOH::Interpolates an array in time::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/time_smooth.pro::YOHKOH::Interpolates an array in time, smooths, and reinterpolates::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/tmstothms.pro::YOHKOH::Converts time milliseconds from the start of the day, to hours, minutes and seconds::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/tstothms.pro::YOHKOH::Converts time seconds from the start of the day, to hours, minutes and seconds, as integers.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/two_ftpt.pro::YOHKOH::Make up a two footpoint source, to test imaging programs on::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/twod_subs.pro::YOHKOH::N.A.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/uncdn.pro::YOHKOH::Given temperature, emission measure, and DN for a set of images, get the uncertainty in the DN, by getting the number of photons.::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/unpack_grause.pro::YOHKOH::unpacks hxi_index.grause, the grid use array::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/ute_max.pro::YOHKOH::To delete pixels in the arrays te0,ute0,em0,uem0 which have uncertainties greater than the value utemx., this'll also::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/width_1d.pro::YOHKOH::the full width at half-max (or 1/e) of an array::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/width_2d.pro::YOHKOH::the full width at half-max (or 1/e) of a 2d array, in both directions::mctiernan
$SSW/yohkoh/ucon/idl/mctiernan/you_really_want_a_tbeep.pro::YOHKOH::beep terminal::mctiernan
$SSW/yohkoh/ucon/idl/metcalf/add2str.pro::YOHKOH::Add up to 30 fields to a structure by redefining the structure.  If the::metcalf
$SSW/yohkoh/ucon/idl/metcalf/align_ar.pro::YOHKOH::Do an alignment of PFI data which track an AR as it rotates.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/arange.pro::YOHKOH::N.A.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/arcmin2hel.pro::YOHKOH::Converts arcminutes relative to sun center into heliographic coordinates.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/bfits.pro::YOHKOH::Reads a FITS magnetic field data file into a structure.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/bisect_order.pro::YOHKOH::Reorder a vector by repeatedly bisecting::metcalf
$SSW/yohkoh/ucon/idl/metcalf/circle_fit.pro::YOHKOH::fits a circle to a set of x,y points::metcalf
$SSW/yohkoh/ucon/idl/metcalf/circle_fit2.pro::YOHKOH::fits a circle to a set of x,y points.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/clicklimb.pro::YOHKOH::Fit a circle to points clicked on with mouse::metcalf
$SSW/yohkoh/ucon/idl/metcalf/conj_grad2.pro::YOHKOH::Find the local minimum of a scalar function of several variables using the Conjugate Gradient method (Fletcher-Reeves-Polak-Ribiere algorithm). Function may be anything with computable partial derivatives.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/deriv_lud.pro::YOHKOH::N.A.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/diff_rot.pro::YOHKOH::Computes the differential rotation of the sun::metcalf
$SSW/yohkoh/ucon/idl/metcalf/do_teem.pro::YOHKOH::Compute temperature and emission measure from SXT filter ratios.  This is a driver for sxt_teem.pro.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/draw_box_nn.pro::YOHKOH::N.A.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/experimental.pro::YOHKOH::Writes 'EXPERIMENTAL' on the user's screen in bold letters.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/f2i_compress.pro::YOHKOH::Compress data array to integer data by scaling the data to values between -32767 and +32767::metcalf
$SSW/yohkoh/ucon/idl/metcalf/get_def.pro::YOHKOH::Returns a string containing a definintion of the variable passed::metcalf
$SSW/yohkoh/ucon/idl/metcalf/get_latlon.pro::YOHKOH::Compute latitude and longitude for a data array given the coordinates of the center of the array.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/get_point_str.pro::YOHKOH::Returns a structure of the pointing information for an index structure which is suitable for the ideproject.pro routine.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/gifmovie.pro::YOHKOH::Read a sequence of GIF files and display the images as a movie.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/go_sxt_align.pro::YOHKOH::N.A.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/hel2arcmin.pro::YOHKOH::computes armin relative to sun center from heliographic input::metcalf
$SSW/yohkoh/ucon/idl/metcalf/heliocentric.pro::YOHKOH::Computes the heliocentric angle given solar latitude and longitude::metcalf
$SSW/yohkoh/ucon/idl/metcalf/hxt_autoimg.pro::YOHKOH::Generate HXT images automatically::metcalf
$SSW/yohkoh/ucon/idl/metcalf/hxt_back_sub.pro::YOHKOH::Subtracts the background from the image count rate, and rearranges the order of the data so that the correct count rates are matched to the correct Sub Collimators.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/hxt_btot.pro::YOHKOH::Computes the total expected number of counts in an HXT image using a weighted sum of the subcollimator data.  The weights are determined from the modulation patterns.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/hxt_error.pro::YOHKOH::Computes the one sigma error bars for an HXT image::metcalf
$SSW/yohkoh/ucon/idl/metcalf/hxt_img0.pro::YOHKOH::To make an hxt image for a given energy band, designed to access data from the reformatted data base.  Calls makimg0 to make the image. The makimg0 procedure is particularly useful for quick look images.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/hxt_lcurve.pro::YOHKOH::Interactively draw light curves for HXT image cubes::metcalf
$SSW/yohkoh/ucon/idl/metcalf/hxt_qlook.pro::YOHKOH::Makes a series of HXT quick-look images (i.e. a quick-look movie).::metcalf
$SSW/yohkoh/ucon/idl/metcalf/hxtaccumulate.pro::YOHKOH::Given the start time and interval time to accumulate counts return the data and estimated error on the accumulation::metcalf
$SSW/yohkoh/ucon/idl/metcalf/hxtcrude.pro::YOHKOH::The image synthesis subroutine performs the image deconvolution for HXT using the zeroth order regularization method.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/hxtfpb.pro::YOHKOH::HXT Image reconstruction using the fractal pixon basis of Pina and Puetter.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/hxtfpb_fuzzy.pro::YOHKOH::Computes the pixon map::metcalf
$SSW/yohkoh/ucon/idl/metcalf/hxtpix.pro::YOHKOH::The image synthesis subroutine performs the image deconvolution for HXT using the pixon method of Pina and Puetter.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/hxtpixon.pro::YOHKOH::Makes a series of HXT images::metcalf
$SSW/yohkoh/ucon/idl/metcalf/ideproject.pro::YOHKOH::Warp an image so that it is deprojected from its true disk position to disk center.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/kill_index.pro::YOHKOH::Delete an array of numbers from another array of numbers. Returns -1 if all the entire vector gets killed.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/line_cent.pro::YOHKOH::N.A.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/local_scale.pro::YOHKOH::Computes the local correlation scale of a 2-D data array::metcalf
$SSW/yohkoh/ucon/idl/metcalf/local_smooth.pro::YOHKOH::Smooth an image locally using a local correlation scale::metcalf
$SSW/yohkoh/ucon/idl/metcalf/makestr.pro::YOHKOH::create a structure from a string definition::metcalf
$SSW/yohkoh/ucon/idl/metcalf/makimg0.pro::YOHKOH::The image synthesis subroutine performs the image deconvolution for HXT using the zeroth order regularization method.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/minf_partan.pro::YOHKOH::Find the local minimum of a scalar function of several variables using the Partan modification to the Conjugate Gradient method (Fletcher-Reeves-Polak-Ribiere algorithm).::metcalf
$SSW/yohkoh/ucon/idl/metcalf/mk_mosaic.pro::YOHKOH::Makes a mosaic of PFI images as they would appear on the CCD.  Converts everything to full resolution.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/nddist2.pro::YOHKOH::N.A.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/ndshift.pro::YOHKOH::N.A.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/ocontour2.pro::YOHKOH::To overlay a contour on top of an image::metcalf
$SSW/yohkoh/ucon/idl/metcalf/pfi_center.pro::YOHKOH::Computes the position of the center of a PFI image in full-res SXT pixels relative to sun center.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/pixon_map.pro::YOHKOH::Computes the one sigma error in an array using the histogram::metcalf
$SSW/yohkoh/ucon/idl/metcalf/pixsquare.pro::YOHKOH::Computes a !P.POSITION type vector which makes pixels square when plotting an image.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/plot_hxt.pro::YOHKOH::Plots a series of HXT images as contours.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/pq2rss.pro::YOHKOH::Converts the P and Q variables in a call to poly_2d into a rotation, scale change, and shift.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/psfpixon.pro::YOHKOH::Deconvolves a point spread function from an image using the fractal pixon basis of Pina and Puetter.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/pxn_psf.pro::YOHKOH::N.A.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/randomp.pro::YOHKOH::Generate random numbers with a Poisson distribution::metcalf
$SSW/yohkoh/ucon/idl/metcalf/rd_ar.pro::YOHKOH::Read and align PFI and FFI active region data.  The AR is tracked using differential rotation.  This will align data spanning many orbits.   The data is corrected as follows:::metcalf
$SSW/yohkoh/ucon/idl/metcalf/read_gif2.pro::YOHKOH::Read the contents of a GIF format image file and return the image and color table vectors (if present) in the form of IDL variables.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/reverse_colors.pro::YOHKOH::N.A.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/rm_feature.pro::YOHKOH::Remove a "feture" in an image by interpolating over all the nearby points not part of the feature::metcalf
$SSW/yohkoh/ucon/idl/metcalf/rotwin.pro::YOHKOH::Rotates a window by multiples of 90 degrees::metcalf
$SSW/yohkoh/ucon/idl/metcalf/rss2pq.pro::YOHKOH::Given a rotation, shift and scale change, returns the p and q variables used in poly_2d to warp images.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/sdc_verify.pro::YOHKOH::Check the SDC database for bad dark frames::metcalf
$SSW/yohkoh/ucon/idl/metcalf/sel_ar.pro::YOHKOH::Finds spr data for an active region, by "tracking" a position on the sun as it rotates and finding data close to the active region.  It will also work for sfr data, but FFI's are always selected so it isn't::metcalf
$SSW/yohkoh/ucon/idl/metcalf/splitstr.pro::YOHKOH::Split a string into an array at specified character boundary::metcalf
$SSW/yohkoh/ucon/idl/metcalf/squeeze.pro::YOHKOH::Squeeze a vector down to unique elements (gets rid of values which are in the vector more than once, leaving only one of each).  The order of the input is preserved: the first instance of a value is kept and the::metcalf
$SSW/yohkoh/ucon/idl/metcalf/str2bytarr.pro::YOHKOH::Converts a structure to a byte array on a byte by byte basis.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/str_fill.pro::YOHKOH::Fill a structure from a data array or another structure - simulates an equivalence stetement for structures.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/str_load.pro::YOHKOH::Load a strucutre from an identical sturcture (same definition of tags). You would think you can just type "a=b" in IDL, but if the structure::metcalf
$SSW/yohkoh/ucon/idl/metcalf/sxt_align.pro::YOHKOH::Determine offest between SXT NaBan and X-Ray images::metcalf
$SSW/yohkoh/ucon/idl/metcalf/sxt_center.pro::YOHKOH::Find the center and radius of an SXT full sun white light or X-ray image::metcalf
$SSW/yohkoh/ucon/idl/metcalf/sxt_fov_center.pro::YOHKOH::Give coordinates for SXT field-of-view center::metcalf
$SSW/yohkoh/ucon/idl/metcalf/sxt_qlook.pro::YOHKOH::Gives a quick-look at an SXT flare.  Shows multiple filters and does image preparation and alignments etc.  Also can output to a gif movie.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/sxtpixon.pro::YOHKOH::Deconvolves the SXT point spread function::metcalf
$SSW/yohkoh/ucon/idl/metcalf/uterrplot.pro::YOHKOH::N.A.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/voigt.pro::YOHKOH::N.A.::metcalf
$SSW/yohkoh/ucon/idl/metcalf/voigtfit.pro::YOHKOH::Fits a 5 parameter Voigt function to a vector, presumably representing a spectral line):::metcalf
$SSW/yohkoh/ucon/idl/metcalf/wrap.pro::YOHKOH::N.A.::metcalf
$SSW/yohkoh/ucon/idl/morrison/active_reg_sum.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/anytim2dd79.pro::YOHKOH::Convert time in any standard format to decimal d79,::morrison
$SSW/yohkoh/ucon/idl/morrison/append_mat.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/append_mat3.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/ars_calc.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/ars_show.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/bell.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/bgrab.pro::YOHKOH::Mouse driven routine to extract a sub-array from a data cube::morrison
$SSW/yohkoh/ucon/idl/morrison/blowup.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/boxcensiz.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/check_sdc.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/check_sdm.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/chk_dataqual.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/closeall.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/contrast.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/dark_paper.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/dark_paper2.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/dark_paper3.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/dark_paper30b.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/dark_paper4.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/dark_paper5.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/dark_paper6.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/dark_paper7.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/dark_paper8.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/dd792ex.pro::YOHKOH::Convert decimal d79 to external time representation.::morrison
$SSW/yohkoh/ucon/idl/morrison/decom.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/decom_list.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/decom_rd.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/demo1.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/demo2.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/disp2suns.pro::YOHKOH::To display two images of the sun (one at the peak, another at the minimum) with the light curve for the whole mission below it.::morrison
$SSW/yohkoh/ucon/idl/morrison/disp_bda.pro::YOHKOH::Display the BCS spectral data in image format::morrison
$SSW/yohkoh/ucon/idl/morrison/disp_clock.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/disp_hda.pro::YOHKOH::Display the HXT data in image format::morrison
$SSW/yohkoh/ucon/idl/morrison/disp_syn.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/disp_wda.pro::YOHKOH::Display the WBS PH spectra in image format::morrison
$SSW/yohkoh/ucon/idl/morrison/dr.pro::YOHKOH::Calculate the time and date corresponding to NROTS solar rotations (may be negative and/or fractional) from position at reference time (determined from INDEX).  Latitude dependence is not::morrison,Solar astronomy trivia.
$SSW/yohkoh/ucon/idl/morrison/eval_sdm.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/ext_subset.pro::YOHKOH::To extract a subset of a datacube and to update the output index to reflect the change NOTE: Index update is not implemented yet::morrison
$SSW/yohkoh/ucon/idl/morrison/filnam_fix.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/find_maxpos.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/find_nrec.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/flash_comp.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/fort2hxi_tim.pro::YOHKOH::This routine converts the HXT FORTRAN image files dataset numbers into absolute time.::morrison
$SSW/yohkoh/ucon/idl/morrison/gbo_compress.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/gbo_mask.pro::YOHKOH::This function masks over the text in the corners of ground based images.::morrison
$SSW/yohkoh/ucon/idl/morrison/get_active_reg.pro::YOHKOH::search through roadmap and extract only the datasets that are the same active region::morrison
$SSW/yohkoh/ucon/idl/morrison/get_boxcorn.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/get_file.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/get_fileid.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/get_stt_map.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/get_sxa.pro::YOHKOH::Given a set of input times, return the single SXA data record closest to that time.::morrison
$SSW/yohkoh/ucon/idl/morrison/goes_compare.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/grab.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/grab2.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/hara1.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/hara2.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/interpol_yoh.pro::YOHKOH::To time interpolate a 1-D array to a different set of time.::morrison
$SSW/yohkoh/ucon/idl/morrison/land.pro::YOHKOH::Set up PostScript parameters for landscape.  No arguments are required for 5" by 5" plots.::morrison
$SSW/yohkoh/ucon/idl/morrison/laser.pro::YOHKOH::Set up PostScript parameters for landscape.  No arguments are required for 5" by 5" plots.::morrison
$SSW/yohkoh/ucon/idl/morrison/linelabel.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/loren_sea3.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/ltf.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/ltf_auto.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/ltf_get_avgvar.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/ltf_low8to12.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/ltf_may28.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/ltf_mk_file.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/ltf_mk_file_do.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/ltf_plot.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/ltf_plothist.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/ltf_plotinfo.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/ltf_plotinfo2.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/ltf_plotlog.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/ltf_run.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/makvec.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/meas_dist.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/mk_mail_list.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/mk_new_sda.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/mk_new_sdai.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/mk_square.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/mk_square2.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/mk_ss.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/mk_timing.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/mkkey.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/mons1.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/movie_test.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/multifit2.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/nplot.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/num_from_str.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/odometer.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/pause.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_att.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_att2.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_att_cmd.pro::YOHKOH::Plot the difference between att and cmd pointings.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_cov.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_day_len.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_dp_clock.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_eval_sdm.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_evn.pro::YOHKOH::To plot the data held in the EVN database::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_fem.pro::YOHKOH::To plot the data held in the fem_data structure (s/c day/night, saa, station contacts, ...)::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_fem2.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_gaps.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_hxa.pro::YOHKOH::Plot the HXA scan data (loops through all data with 2 second scan between plots)::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_hxa2sxt.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_init.pro::YOHKOH::CATEGORY:::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_leak.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_obs.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_obs0.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_orbit.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_phist.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_pnt.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_pnt_off.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_proc_att.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_sdl.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_sot.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_ssl.pro::YOHKOH::To plot the SSL results. 0. Plots of measured exposure levels 1. Plots of SXT temperatures::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_sum.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_sum0.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_sxa2sld.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_sxc.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_temps.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_temps2.pro::YOHKOH::To plot the SXT temperatures given an SXT index array::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_temps4.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plot_vline.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plots_bda.pro::YOHKOH::Plots the BCS spectral data.  It assumes that the data is passed in decompressed.::morrison
$SSW/yohkoh/ucon/idl/morrison/plots_bdaf.pro::YOHKOH::To plot the BCS spectral data when the data mode is "fixed extraction" (hardware mode)::morrison
$SSW/yohkoh/ucon/idl/morrison/plots_wda.pro::YOHKOH::Plot WBS spectral data::morrison
$SSW/yohkoh/ucon/idl/morrison/plott_bda_dp.pro::YOHKOH::Plot a light curve of the DP_SYNC data.  Overplots the limited and accumulated profiles in a different color.::morrison
$SSW/yohkoh/ucon/idl/morrison/plott_hda.pro::YOHKOH::Plot light curve for HXT data.::morrison
$SSW/yohkoh/ucon/idl/morrison/plott_wda.pro::YOHKOH::Plot light curve for WBS data.::morrison
$SSW/yohkoh/ucon/idl/morrison/plottime.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/plottime0.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/pntg_corr.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/pntg_corr2.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/pr_trav_summ.pro::YOHKOH::To print out a summary of the YOHKOH personnel travel::morrison
$SSW/yohkoh/ucon/idl/morrison/pr_trav_summ0.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/print_bcs.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/print_bcs_qs.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/print_cov.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/print_qs.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/quick_data.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/rad_dose.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/rad_sum.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/ram_data2.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/rd_passwd.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/rd_tar.pro::YOHKOH::Program extracts tar archived files.  First the specific tape is::morrison
$SSW/yohkoh/ucon/idl/morrison/rd_time_list.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/rdimg_pc.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/readtxt7.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/reform1.pro::YOHKOH::Much like the normal 'reform' in idl, but if a single value is::morrison
$SSW/yohkoh/ucon/idl/morrison/ren_files.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/restore_sea.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/scale.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/sea.pro::YOHKOH::Search all files in a set of Unix sub-directories for an input string::morrison
$SSW/yohkoh/ucon/idl/morrison/sft_plot.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/sum_bda.pro::YOHKOH::To allow the user to sum many datasets into one spectra::morrison
$SSW/yohkoh/ucon/idl/morrison/summ_passwd.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/synop_movie.pro::YOHKOH::To display the SXT and Kitt Peak Magnetogram and He 10840 synoptic images.  The display screen should be at least 900x900.::morrison
$SSW/yohkoh/ucon/idl/morrison/table.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/table1.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/table_all.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/table_com_str.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/table_str.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/test_cron.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/test_leak.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/test_mk_dset_str.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/test_rd0.pro::YOHKOH::Read an any of the reformatted data files::morrison
$SSW/yohkoh/ucon/idl/morrison/test_rd00.pro::YOHKOH::Read an any of the reformatted data files::morrison
$SSW/yohkoh/ucon/idl/morrison/test_sea.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/tfss_check.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/tfss_check_rd.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/tim2clon.pro::YOHKOH::Calculate the 'Carrington' or heliographic longitude of the central point of the solar disk corresponding to input time(s).::morrison
$SSW/yohkoh/ucon/idl/morrison/time_line.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/timing3.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/translate.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/trav_assign_grp.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/tv_ssx.pro::YOHKOH::CATEGORY:::morrison
$SSW/yohkoh/ucon/idl/morrison/unique1.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/morrison/wbs_db2.pro::YOHKOH::re-reformat the data section of WBS data into (16,39) integer arrays::morrison
$SSW/yohkoh/ucon/idl/morrison/xray_on_ccd.pro::YOHKOH::N.A.::morrison
$SSW/yohkoh/ucon/idl/sakao/ave_cts.pro::YOHKOH::To obtain average count rates (counts/sec/subcollimator) of HXT in the four energy bands.::sakao
$SSW/yohkoh/ucon/idl/sakao/checkmovie.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/close_paper.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/cnv20to21.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/cnv_hdrstr.pro::YOHKOH::Extract header strings from header structure 'hdr' (ver 2.1)::sakao,Yohkoh HXT data analysis.
$SSW/yohkoh/ucon/idl/sakao/cnv_infstr.pro::YOHKOH::Extract information strings from info-structure 'inf' (ver 2.1).::sakao,Yohkoh HXT data analysis.
$SSW/yohkoh/ucon/idl/sakao/conv_a2hxt.pro::YOHKOH::To convert from an angle from sun center to an HXT pixel location.::sakao
$SSW/yohkoh/ucon/idl/sakao/conv_hxt2a.pro::YOHKOH::To convert from HXT pixel location to an angle from sun center.::sakao
$SSW/yohkoh/ucon/idl/sakao/conv_hxt2h.pro::YOHKOH::To convert from HXT pixel location to heliocentric coordinates.::sakao
$SSW/yohkoh/ucon/idl/sakao/conv_hxt_flrlst.pro::YOHKOH::To convert raw HXT flare list (prepared by Sawa san) to the one which can be read by the RD_HXT_DBOOK PROGRAM (ver. 1.4).::sakao,Yohkoh HXT data analysis.
$SSW/yohkoh/ucon/idl/sakao/diff_hxt_sxt.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/disp_hxtimg.pro::YOHKOH::To display HXT images.::sakao
$SSW/yohkoh/ucon/idl/sakao/dispsrf.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/draw_yerrorbar.pro::YOHKOH::To draw Y-error bars.::sakao
$SSW/yohkoh/ucon/idl/sakao/ds_separation.pro::YOHKOH::To calculate separation of a pair of double sources from values obtained by the Gaussian fitting procedure.::sakao
$SSW/yohkoh/ucon/idl/sakao/extract_ss.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/fill_record.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/fill_timezero.pro::YOHKOH::To replace blank portions of a given time array by 0's. e.g. '92/ 4/ 2  5: 2:12.  3' is replaced by '92/04/02 05:02:12.003'. This program is so prepared as to properly treat time strings in HXT::sakao,Yohkoh HXT data analysis.
$SSW/yohkoh/ucon/idl/sakao/frame2serial.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/fshift.pro::YOHKOH::To provide a shifted image in units of fractional pixels.::sakao
$SSW/yohkoh/ucon/idl/sakao/get72.pro::YOHKOH::To remove line numbers which are attatched to Fortran programs on mainframe computers.::sakao
$SSW/yohkoh/ucon/idl/sakao/get_frame_time.pro::YOHKOH::To obtain start or end time for HXT data. Thir program is a upgrade version of GT_FRAME_TIME.::sakao,Yohkoh HXT data analysis.
$SSW/yohkoh/ucon/idl/sakao/get_time_lapse.pro::YOHKOH::To convert a given time to a time in millisoconds from a base time.::sakao,Yohkoh HXT data analysis.
$SSW/yohkoh/ucon/idl/sakao/goes_flux.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/goes_today.pro::YOHKOH::PLOT_GOES for these 24 hours.::sakao,Daily activity monitor for the Sun.
$SSW/yohkoh/ucon/idl/sakao/gt_cinema_loc.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/gt_fr_pos.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/gt_fr_val.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/gt_frame_time.pro::YOHKOH::Obtain start or end frame time for HXT data. The so-called 4 sec pre-storage is taken into account.::sakao,Yohkoh HXT data analysis.
$SSW/yohkoh/ucon/idl/sakao/gt_hs_sum.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/gt_hs_sum_h.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/gt_hs_sum_l.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/gt_hs_sum_m1.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/gt_hs_sum_m2.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/gt_hxt_timing.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/gt_igray.pro::YOHKOH::To obtain initial gray (IGRAY) values (= number of incident HXR photons/cm2, though the value may contain some errors) from the HXT DATA structure variables.::sakao
$SSW/yohkoh/ucon/idl/sakao/gt_sum_ch.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/gt_tim_intvl.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/hardness.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/hxa_orb_sunc.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/hxt_4chplot.pro::YOHKOH::Plots a set of HXT 4 ch time profiles either on display or on lp paper. See E-32 of the IDL manual for postscript fonts.::sakao
$SSW/yohkoh/ucon/idl/sakao/hxt_countlist.pro::YOHKOH::To make a HXT count list for fractal dimension analyses of solar flares.::sakao,Research with Maxima-ken.
$SSW/yohkoh/ucon/idl/sakao/hxt_deadtime.pro::YOHKOH::cial purpose program for 2 Nov. 1992 X9.0 flare.)::sakao
$SSW/yohkoh/ucon/idl/sakao/hxt_disc.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/hxt_dump.pro::YOHKOH::Display date,time dp_mode, bit_rate and X-ray counts in 4 energy bands in every SF. This program is the same as MF HXTDMP.::sakao
$SSW/yohkoh/ucon/idl/sakao/hxt_eff_area.pro::YOHKOH::Returns effective area of HXT (= 57.4 cm2; fixed value). This value appears in p.11 of Yohkoh Instrument Guide section of the `Yohkoh Analysis Guide'.::sakao
$SSW/yohkoh/ucon/idl/sakao/hxt_gain.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/hxt_halfsec.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/hxt_halfsec2.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/hxt_hardness.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/hxt_hs_data.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/hxt_hs_task.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/hxt_hs_timeprof.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/hxt_image_time.pro::YOHKOH::Returns central, as well as start and end, times for intervals of HXT image data accumulation.::sakao,Yohkoh HXT data analysis.
$SSW/yohkoh/ucon/idl/sakao/hxt_ld.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/hxt_powerlaw.pro::YOHKOH::To derive power-law photon index and flux at a certain energy using a pair of count rate data from two adjacent energy bands of HXT.::sakao
$SSW/yohkoh/ucon/idl/sakao/hxt_scaler.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/hxt_thermal.pro::YOHKOH::To obtain temperature and emission measure from a pair of two adjacent energy bands of HXT. An incident photon spectrum of a single-temperature free-free emission is assumed.::sakao
$SSW/yohkoh/ucon/idl/sakao/hxt_time2frame.pro::YOHKOH::To return INDEX and FR (frame: 0-3) IDs that correspond to given time string. Default is to get INDEX/FR IDs for the intergration START time.::sakao,Yohkoh HXT data analysis.
$SSW/yohkoh/ucon/idl/sakao/hxtpro_nmp.pro::YOHKOH::Runs the HXT F77 Programme MOVIE::sakao
$SSW/yohkoh/ucon/idl/sakao/hxttim2ex.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/img_deform.pro::YOHKOH::To perform image deformation.::sakao,Yohkoh HXT data analysis.
$SSW/yohkoh/ucon/idl/sakao/ints4next_day.pro::YOHKOH::Returns a proper INTS variable with correct day/time tags, i.e., returns an INTS not having INTS.time = 46:00:00, or something like that sort.::sakao,Yohkoh data analysis.
$SSW/yohkoh/ucon/idl/sakao/machi.pro::YOHKOH::Just waste time ! This procedure is used instead of WAIT procedure. version 1.0                       92.04.03 (Fri)::sakao
$SSW/yohkoh/ucon/idl/sakao/make_hxtimg.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/make_timstr.pro::YOHKOH::To return a day/time string from a given 'time' array.::sakao,Yohkoh HXT data analysis.
$SSW/yohkoh/ucon/idl/sakao/make_vtrange.pro::YOHKOH::To prepare a VTRANGE (vertical-time-range) variable which is to be used by HXT_4CHPLOT with the option VTRANGE.::sakao,Yohkoh HXT data analysis.
$SSW/yohkoh/ucon/idl/sakao/makesrf.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/mk_hxt_sbt.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/mk_hxt_sum.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/mk_hxtdat.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/mk_hxtdata.pro::YOHKOH::Extracts HXT BGD/DATA data from a file or a reformatted data displayed on the screen. Retrurns a structure 'hxt' that contains HXT count data and associated::sakao,HXT data analysis.
$SSW/yohkoh/ucon/idl/sakao/mrg_hxt_struct.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/plot_cinema2.pro::YOHKOH::To plot HXT image contours either on screens or on papers.::sakao
$SSW/yohkoh/ucon/idl/sakao/plot_cinema_hdr.pro::YOHKOH::To display header part of HXT images files.::sakao
$SSW/yohkoh/ucon/idl/sakao/pm_clev.pro::YOHKOH::To return an array of elements which is to be used as contour levels when calling the CONTOUR procedure. Particularly for drawing magnetogram contours.::sakao,Yohkoh HXT data analysis; especially for comparison with magnetograms.
$SSW/yohkoh/ucon/idl/sakao/prep_hxtdat.pro::YOHKOH::Prepare a data structure from which images are synthesized by the MOVIE program. The data structure is created according to a card file.::sakao
$SSW/yohkoh/ucon/idl/sakao/rd_card.pro::YOHKOH::A procedure that reads in a CARD data file of the following format and sets values in ss_arr and fr_arr that are used in mk_hxt_sum.::sakao
$SSW/yohkoh/ucon/idl/sakao/rd_hxt_data.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/rd_hxt_dbook.pro::YOHKOH::Reads HXT Flarelist and creates an array of structure. The list needs to have the format generated by CONV_HXT_FLRLST.::sakao
$SSW/yohkoh/ucon/idl/sakao/rd_hxtdat.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/rd_hxtimg.pro::YOHKOH::To read-in hxt images and header information created by the Fortran code HXT image synthesis program.::sakao
$SSW/yohkoh/ucon/idl/sakao/sbt4sec.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/sbt_hxt_data.pro::YOHKOH::Subtract a certain BGD level derived from a structure (or an array) variable 'bgd'.::sakao,HXT data analysis.
$SSW/yohkoh/ucon/idl/sakao/select_dump.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/select_file.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/select_hxt.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/sensor2grid.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/ser2sf.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/set_hdr_struct.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/set_hxt_struct.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/set_hxtimg_str.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/set_imgval.pro::YOHKOH::The same function as the SCALE option of RFITS. I did nothing other than copying the necessary part from RFITS !::sakao,Yohkoh HXT data analysis.
$SSW/yohkoh/ucon/idl/sakao/set_paper.pro::YOHKOH::To setup PostScript output format.::sakao
$SSW/yohkoh/ucon/idl/sakao/shift_hxt2p.pro::YOHKOH::To obtain an HXT image which can readily be overlain to the corresponding SXT PFI image.::sakao
$SSW/yohkoh/ucon/idl/sakao/shift_o2p.pro::YOHKOH::To shift an SXT optical (NarrowBand) image so that it could be directly overlain to the corresponding soft X-ray image. Difference in boresights between soft X-ray and visible light optics::sakao,Yohkoh HXT data analysis.
$SSW/yohkoh/ucon/idl/sakao/sqrt2_lev.pro::YOHKOH::To give contour levels with sqrt(2) step.::sakao
$SSW/yohkoh/ucon/idl/sakao/str_tail.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/sum64.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/sxt_pficenter.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/sym_circle.pro::YOHKOH::Set plot symbol as a circle.::sakao
$SSW/yohkoh/ucon/idl/sakao/time_info.pro::YOHKOH::Returns an array of strings which contains time tags and image numbers.::sakao,Yohkoh HXT data analysis.
$SSW/yohkoh/ucon/idl/sakao/toascii.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/sakao/wrt_hxtdat.pro::YOHKOH::N.A.::sakao
$SSW/yohkoh/ucon/idl/schwartz/ave_cts2.pro::YOHKOH::This function returns the  counts/sec/subcollimator value from given data(....,64,....). Note that 'data' should be in unit of cts / 0.5 sec for each sensor (should be decompressed from 8 to 12 bit beforehand).::schwartz,HXT, INSTRUMENT
$SSW/yohkoh/ucon/idl/schwartz/back2fldata.pro::YOHKOH::N.A.::schwartz
$SSW/yohkoh/ucon/idl/schwartz/chan_resp.pro::YOHKOH::N.A.::schwartz
$SSW/yohkoh/ucon/idl/schwartz/clean_goes.pro::YOHKOH::This procedure finds and removes the glitches in the GOES xray data due to the changes in the analogue filtering used to accommodate the full dynamic range.::schwartz,GOES
$SSW/yohkoh/ucon/idl/schwartz/e_l.pro::YOHKOH::N.A.::schwartz
$SSW/yohkoh/ucon/idl/schwartz/eff_of_e.pro::YOHKOH::N.A.::schwartz
$SSW/yohkoh/ucon/idl/schwartz/exist.pro::YOHKOH::To See if variable Exists::schwartz,Useful stuff
$SSW/yohkoh/ucon/idl/schwartz/f_div.pro::YOHKOH::THIS FUNCTION RETURNS THE QUOTIENT WITH ZERO CHECKING.::schwartz,MATH, NUMERICAL ANALYSIS, UTILITY
$SSW/yohkoh/ucon/idl/schwartz/get_hxt_cal_widths.pro::YOHKOH::Reads the database file giving the PHA channel widths (relative) for each of  64 channels for each of 64 sensors::schwartz,YOHKOH/HXT
$SSW/yohkoh/ucon/idl/schwartz/goes_batse.pro::YOHKOH::N.A.::schwartz
$SSW/yohkoh/ucon/idl/schwartz/goes_resp_com.pro::YOHKOH::N.A.::schwartz
$SSW/yohkoh/ucon/idl/schwartz/goes_tem.pro::YOHKOH::This procedures computes the temperature and emission measure of the solar soft X-ray plasma measured with the GOES ionization chambers.::schwartz,GOES, SPECTRA
$SSW/yohkoh/ucon/idl/schwartz/goes_transfer.pro::YOHKOH::This procedure computes the transfer functions for the GOES XRS soft-xray spectrometers.::schwartz,GOES, SPECTRAL ANALYSIS
$SSW/yohkoh/ucon/idl/schwartz/gt_sxs.pro::YOHKOH::N.A.::schwartz
$SSW/yohkoh/ucon/idl/schwartz/make_goes_resp.pro::YOHKOH::This procedure integrates the GOES transfer functions over a thermal solar spectrum for 200 temperatures to set up an interpolation table. Calculates the response in watts/m2 of the two GOES channels to the thermal::schwartz,GOES, SPECTROSCOPY, ANALYSIS
$SSW/yohkoh/ucon/idl/schwartz/plot_sxs.pro::YOHKOH::N.A.::schwartz
$SSW/yohkoh/ucon/idl/schwartz/rd_hxt_flrlst.pro::YOHKOH::N.A.::schwartz
$SSW/yohkoh/ucon/idl/schwartz/restore_overflow.pro::YOHKOH::This procedure controls the correction of counter overflow in BATSE and HXT  data.::schwartz,BATSE, HXT,  TELEMETRY, UTILITY, INSTRUMENT
$SSW/yohkoh/ucon/idl/schwartz/spex_env.pro::YOHKOH::install the SPEX environmentals and path locally, Two software directories needed are installed at the top of the path.::schwartz
$SSW/yohkoh/ucon/idl/schwartz/sxs_ecal.pro::YOHKOH::N.A.::schwartz
$SSW/yohkoh/ucon/idl/schwartz/wgoes.pro::YOHKOH::This procedure brings up the SDAC GOES widget after::schwartz,GOES
$SSW/yohkoh/ucon/idl/schwartz/xfem_grid.pro::YOHKOH::To extract days/nights/SAA ordered pairs from database::schwartz
$SSW/yohkoh/ucon/idl/slater/acopy_test.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/box_maker.pro::YOHKOH::Emulate the operation of a variable-sized box cursor (also known as a "marquee" selector).::slater,Interactive graphics.
$SSW/yohkoh/ucon/idl/slater/build_ssx.pro::YOHKOH::CATEGORY:::slater
$SSW/yohkoh/ucon/idl/slater/c2p.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/c2s.pro::YOHKOH::Returns Cartesian coordinates (X,Y,Z) of a position vector or array of position vectors whose spherical coordinates are specified by V0.::slater
$SSW/yohkoh/ucon/idl/slater/carr2ex.pro::YOHKOH::Estimate the time of central meridian passage of a Carrington rotation number::slater
$SSW/yohkoh/ucon/idl/slater/cbar.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/circle_cursor.pro::YOHKOH::Emulate the operation of a variable-sized circle cursor (also known as a "marquee" selector).::slater,Interactive graphics.
$SSW/yohkoh/ucon/idl/slater/comb_img.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/conv_a2ap.pro::YOHKOH::To convert angular offsets from sun center to either 2-D polar coordinates or sun-centered spherical polar coordinates, in the latter case using the assumption that all points are constrained::slater
$SSW/yohkoh/ucon/idl/slater/conv_a2c.pro::YOHKOH::Converts anglular-offsets-from-suncenter coordinates to Carrington coordinates::slater
$SSW/yohkoh/ucon/idl/slater/conv_c2a.pro::YOHKOH::Converts Carrington coordinates to anglular-offsets-from-suncenter coordinates::slater
$SSW/yohkoh/ucon/idl/slater/conv_c2h.pro::YOHKOH::To convert from Carrington coordinates to heliocentric coordinates Carrington longitude or decimal Carrington rotation number is::slater
$SSW/yohkoh/ucon/idl/slater/conv_c2p.pro::YOHKOH::To convert from Carrington coordinates to SXT pixel location::slater
$SSW/yohkoh/ucon/idl/slater/conv_h2c.pro::YOHKOH::To convert from heliocentric coordinates to Carrington coordinates::slater
$SSW/yohkoh/ucon/idl/slater/conv_p2ap.pro::YOHKOH::To convert CCD pixel coordinates to polar coordinates (radius, position angle).::slater
$SSW/yohkoh/ucon/idl/slater/conv_p2c.pro::YOHKOH::To convert from an SXT pixel location to Carrington coordinates::slater
$SSW/yohkoh/ucon/idl/slater/conv_polar2pixel.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/cp_fns_new.pro::YOHKOH::copy files given in the input list from "fdir" to "tdir" after setting default to the "to directory".::slater
$SSW/yohkoh/ucon/idl/slater/crp.pro::YOHKOH::Stupid little function to convert pixel coordinates from one resolution to another.  Somebody must've already written this, but I couldn't find it.::slater
$SSW/yohkoh/ucon/idl/slater/ctblink.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/demo_disk3a.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/disk2_mo_new.pro::YOHKOH::Write reformatted data (ref. by wk_path and mo_wk_no) to an MO (mo_disk)::slater
$SSW/yohkoh/ucon/idl/slater/disp_synop.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/draw_grid2.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/draw_grid_2.pro::YOHKOH::CATEGORY:::slater
$SSW/yohkoh/ucon/idl/slater/dry_rot.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/earth.pro::YOHKOH::Draw an earth with continents at a specifiable location and with a specified scale::slater,Image display.
$SSW/yohkoh/ucon/idl/slater/earth_cursor.pro::YOHKOH::Interactively position an earth EXAMPLE CALLS: earth_cursor	; Draw an earth at (.1,.1) (normalized coordinates),::slater,Interactive graphics.
$SSW/yohkoh/ucon/idl/slater/embed_arr.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/fig3.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/font_size.pro::YOHKOH::Determine character width and height in pixels for a given value of CHARSIZE::slater
$SSW/yohkoh/ucon/idl/slater/foreshort.pro::YOHKOH::Returns the projected area of an SXT full resolution pixel onto a sphere of radius equal to the solar photospheric radius.::slater
$SSW/yohkoh/ucon/idl/slater/get_ar.pro::YOHKOH::To list NOAA Active Region data for a specified active region::slater
$SSW/yohkoh/ucon/idl/slater/get_bin_wid.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/get_disk_coords.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/get_flare.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/get_loop.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/get_loop2.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/get_mean_bin_siz.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/get_orbit.pro::YOHKOH::Get the SOHO orbit information.::slater,Class3, Orbit
$SSW/yohkoh/ucon/idl/slater/get_polar_bin_vals.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/get_polar_coords.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/get_pts.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/get_rect_coords.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/get_site.pro::YOHKOH::Returns the site name for the cases of 'ISAS' and 'LPARL'.::slater
$SSW/yohkoh/ucon/idl/slater/get_subarr2.pro::YOHKOH::Extracts sub-array from SDA files specified by INFIL::slater
$SSW/yohkoh/ucon/idl/slater/get_tapd.pro::YOHKOH::define default tape drive names for various systems::slater
$SSW/yohkoh/ucon/idl/slater/get_tracube.pro::YOHKOH::Extracts aligned sub-array from SDA files specified by INFIL::slater
$SSW/yohkoh/ucon/idl/slater/go_c0.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/go_c1.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/go_c2.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/go_farnik.pro::YOHKOH::Compute the time-profile for the average Te, EM, and normalized Intensity for an aligned data-cube from "sxt_prep*".::slater
$SSW/yohkoh/ucon/idl/slater/go_mk_lim_map.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/go_mk_lim_map2.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/go_mk_ssc_map.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/go_mk_strip_file.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/go_sxt_prep.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/go_wang2fits.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/go_wteem.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/grid_cursor.pro::YOHKOH::Interactively position and scale a heliocentric grid::slater,Interactive graphics.
$SSW/yohkoh/ucon/idl/slater/hdcopy.pro::YOHKOH::Print out active window of any size to either laser printer or Kodak with maximum possible size. You do not need to take care of size adjustment.::slater
$SSW/yohkoh/ucon/idl/slater/jd2ex.pro::YOHKOH::Compute external time from Julian Date.::slater
$SSW/yohkoh/ucon/idl/slater/ldoc.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/list.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/makarr.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/mk_arc.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/mk_close_vec.pro::YOHKOH::Create a vector whose n elements are the indices for the elements of vector v1 with values closest in absolute value to the n elements of vector v0::slater
$SSW/yohkoh/ucon/idl/slater/mk_composite.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/mk_compost.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/mk_coord_arr.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/mk_grid_coords.pro::YOHKOH::CATEGORY:::slater
$SSW/yohkoh/ucon/idl/slater/mk_grid_coords2.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/mk_lim_map.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/mk_lim_map2.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/mk_map.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/mk_mo2_new.pro::YOHKOH::Make an MO archive disk from online data or an Exabyte Archive Tape.::slater
$SSW/yohkoh/ucon/idl/slater/mk_sfd_new.pro::YOHKOH::Given a set of files, read the roadmaps and find where there is a long and short exposure.  Make a composite image and remove the saturated pixels.  Write images to an output file.::slater
$SSW/yohkoh/ucon/idl/slater/mk_sphere.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/mk_ssc_map.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/mk_strip_file.pro::YOHKOH::INPUT:::slater
$SSW/yohkoh/ucon/idl/slater/mk_sun_mosaic.pro::YOHKOH::create mosaic of solar images::slater
$SSW/yohkoh/ucon/idl/slater/mk_ydb_list.pro::YOHKOH::Write out a ydb file list::slater
$SSW/yohkoh/ucon/idl/slater/mk_ydbtape_new.pro::YOHKOH::generate a directory listing file and make tar tape::slater
$SSW/yohkoh/ucon/idl/slater/mo_job0.pro::YOHKOH::mo job driver  19-aug-95 (gls) - slight mod of slf's mojob::slater
$SSW/yohkoh/ucon/idl/slater/mo_job1.pro::YOHKOH::mo job driver  19-aug-95 (gls) - slight mod of slf's mojob::slater
$SSW/yohkoh/ucon/idl/slater/mostrip.pro::YOHKOH::mo job driver  27-mar-1995 (slf) - call get_sdm_val for sdc job::slater
$SSW/yohkoh/ucon/idl/slater/movie_demo.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/mplot_nar.pro::YOHKOH::To plot positions of NOAA Active Regions on a heliocentric grid::slater
$SSW/yohkoh/ucon/idl/slater/mtv.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/p2c.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/panaloop.pro::YOHKOH::Play a range of frames on the Pansonic TQ-3031F laser videodisk recorder/player or Pansonic TQ-3032F laser videodisk player an arbitrary number of times::slater
$SSW/yohkoh/ucon/idl/slater/plot_clon.pro::YOHKOH::Plot specified lines of Carrigton longitude Plot a box bounded specified lines of Carrigton longitude and heliographic latitude::slater,Image display.
$SSW/yohkoh/ucon/idl/slater/plot_pts.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/plot_sphere.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/polar_bins2img.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/polar_grid.pro::YOHKOH::Overlay a polar grid on an image Interactively display polar coodinates of the cursor::slater,Image display.
$SSW/yohkoh/ucon/idl/slater/rd_fade.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/rd_rig.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/read_wang.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/repvec.pro::YOHKOH::CATEGORY:::slater
$SSW/yohkoh/ucon/idl/slater/rot_1d.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/rot_3d.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/rot_loop2.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/rot_pix2.pro::YOHKOH::Computes pixel coordinates (in arbitrary resolution pixels) in a series of full disk images of a differentially rotated::slater
$SSW/yohkoh/ucon/idl/slater/rotreg.pro::YOHKOH::Rotate and extract observing region specified by ssw_limbstuff software::slater
$SSW/yohkoh/ucon/idl/slater/rotregcube.pro::YOHKOH::Rotate and extract observing region specified by ssw_limbstuff software::slater
$SSW/yohkoh/ucon/idl/slater/ruler.pro::YOHKOH::Interactively draw a movable vector between arbitarry points on a displayed images, and continuously print the length of the vector in a separate window, in either kilometers or seconds of::slater
$SSW/yohkoh/ucon/idl/slater/s2c.pro::YOHKOH::Returns Cartesian coordinates (X,Y,Z) of a position vector or array of position vectors whose spherical coordinates are specified by V0.::slater
$SSW/yohkoh/ucon/idl/slater/sel_leak_image_new.pro::YOHKOH::Select the proper leak image required for correction::slater
$SSW/yohkoh/ucon/idl/slater/select_triplets.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/show_fade.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/since_version.pro::YOHKOH::Determine if the current release of IDL (as given in the !VERSION.RELEASE system variable) comes after the user specified release.::slater
$SSW/yohkoh/ucon/idl/slater/sonyloop2.pro::YOHKOH::Play a range of frames on the Sony LVR-5000A laser videodisk recorder/player an arbitrary number of times::slater
$SSW/yohkoh/ucon/idl/slater/sxt_grid_2.pro::YOHKOH::Overlay a Stonyhurst (heliographic) coordinate grid on an SXT full frame or partial frame image.::slater,Image display.
$SSW/yohkoh/ucon/idl/slater/test.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/test_sak.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/testicle.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/tim2carr.pro::YOHKOH::Determine the decimal Carrington rotation number or the Carrington longitude of the central meridian of the sun for a given time or set of times::slater
$SSW/yohkoh/ucon/idl/slater/tim2upos.pro::YOHKOH::Returns the heliographic latitude and longitude of the Ulysses spacecraft at a specified time or array of times.::slater
$SSW/yohkoh/ucon/idl/slater/tv_synop.pro::YOHKOH::EXAMPLE CALLS: tv_synop, cr_num, type=type, x_siz=x_siz, lats=lats, lons=lons, $ del_lon=del_lon, del_lat=del_lat, qstop=qstop::slater
$SSW/yohkoh/ucon/idl/slater/ulytim2ints.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/vblink.pro::YOHKOH::To blink between two video images::slater
$SSW/yohkoh/ucon/idl/slater/video_test.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/wangcopy.pro::YOHKOH::Send an image to a printer (laser or color). Size and orientation are automatically selected to take maximum possible advantage of paper size.::slater
$SSW/yohkoh/ucon/idl/slater/wcontour.pro::YOHKOH::To overlay a contour on top of an image::slater
$SSW/yohkoh/ucon/idl/slater/wrttcplog_test.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/wtv.pro::YOHKOH::N.A.::slater
$SSW/yohkoh/ucon/idl/slater/ycopy.pro::YOHKOH::Copy archive tapes and log the results.::slater
$SSW/yohkoh/ucon/idl/slater/ydump.pro::YOHKOH::Copy archive tapes and log the results.::slater
$SSW/yohkoh/ucon/idl/slater/yoyo_man2.pro::YOHKOH::To allow the SXT toban to (1) call SRSJCL, (2) call SRSGET, (3) reformat the data, (4) append to the observing log, (5) to make the event log, (5) to append to the PNT file, and::slater
$SSW/yohkoh/ucon/idl/wuelser/caltrans.pro::YOHKOH::Calculates a linear transform to map one image onto another.::wuelser
$SSW/yohkoh/ucon/idl/wuelser/check_att.pro::YOHKOH::CATEGORY:::wuelser
$SSW/yohkoh/ucon/idl/wuelser/cont_movie.pro::YOHKOH::Overlays a movie with a magnetogram::wuelser
$SSW/yohkoh/ucon/idl/wuelser/despike_gen.pro::YOHKOH::Remove (cosmic ray) spikes from an image.  The basic idea is to median filter the image.  If the difference::wuelser
$SSW/yohkoh/ucon/idl/wuelser/fitim2ints.pro::YOHKOH::Converts a FITS TIME-OBS time string (or array of time strings) into a standard Yohkoh time structure with tags .time and .day::wuelser
$SSW/yohkoh/ucon/idl/wuelser/fix_old_att.pro::YOHKOH::Remove the wrong mission correction offset from old ATT data.::wuelser
$SSW/yohkoh/ucon/idl/wuelser/fix_old_att_old.pro::YOHKOH::Remove the wrong mission correction offset from old ATT data.::wuelser
$SSW/yohkoh/ucon/idl/wuelser/get_atr.pro::YOHKOH::Given a set of input times, return the single ATT data record closest to that time.::wuelser
$SSW/yohkoh/ucon/idl/wuelser/get_closest.pro::YOHKOH::for each element of the reference vector, search in vector vec for its closest value.  Returns a vector of indices.::wuelser
$SSW/yohkoh/ucon/idl/wuelser/get_mwlt_roll.pro::YOHKOH::Read the Mees White Light Telescope roll angle database. Returns the roll angle for a given date.::wuelser
$SSW/yohkoh/ucon/idl/wuelser/get_sxt_dejit.pro::YOHKOH::Create an x/y dejitter vector for poly_movie, cont_movie, etc. from an SXT index vector.::wuelser
$SSW/yohkoh/ucon/idl/wuelser/getcal_att.pro::YOHKOH::Determine jitter of SXT flare data cube. x/y pixel offsets for SXT are deduced from the spacecraft giro's. The giro data is calibrated by either HXA or by supplied SXT::wuelser
$SSW/yohkoh/ucon/idl/wuelser/hxa_parms2.pro::YOHKOH::Returns numerical values of various parameters used in suncenter calculations, including HXA detector properties. This second version returns updated and corrected parameters.::wuelser
$SSW/yohkoh/ucon/idl/wuelser/hxa_parms_old.pro::YOHKOH::Returns numerical values of various parameters used in suncenter calculations, including HXA detector properties.::wuelser
$SSW/yohkoh/ucon/idl/wuelser/hxr2pelec.pro::YOHKOH::Calculate the thick target electron energy deposition from a given HXR power law spectrum.::wuelser
$SSW/yohkoh/ucon/idl/wuelser/hxr_brems.pro::YOHKOH::Returns a HXR power law, or thermal Bremsstrahlung spectrum::wuelser
$SSW/yohkoh/ucon/idl/wuelser/hxtimg2ints.pro::YOHKOH::Converts a HXT_INFO structure (as produced by rd_hxtimg) into a standard time structure with tags .time and .day::wuelser
$SSW/yohkoh/ucon/idl/wuelser/korrel.pro::YOHKOH::Calculate the x/y offset between an image (or a series of images) and a reference image.  Offsets are a co-registration algorithm.::wuelser,Image Processing
$SSW/yohkoh/ucon/idl/wuelser/label_tv.pro::YOHKOH::Display an image with labelled axes.::wuelser,General graphics.
$SSW/yohkoh/ucon/idl/wuelser/med3x3gen.pro::YOHKOH::Generalized 3x3 median filter for image processing. The generalization allows one to pick intensities other than the median, or fifth brightest in each 3x3 environment.::wuelser
$SSW/yohkoh/ucon/idl/wuelser/mk_coal_movie.pro::YOHKOH::Create a co-aligned sxt and gbo movie::wuelser
$SSW/yohkoh/ucon/idl/wuelser/mk_key_stokes.pro::YOHKOH::Creates a "transtype" structure to be used for constrained transformations with caltrans (TRANSTYPE keyword), and in set_mwlt and pp_mwlt2sxt (KEY and K_IN keywords, respectively).::wuelser
$SSW/yohkoh/ucon/idl/wuelser/msec2time.pro::YOHKOH::Converts milliseconds (since beginning of the day) into time string ('hh:mm:ss')::wuelser,Misc.
$SSW/yohkoh/ucon/idl/wuelser/mwlt_analyze.pro::YOHKOH::Analyzes a given MWLT image array for image quality according to a range of image quality indicators::wuelser
$SSW/yohkoh/ucon/idl/wuelser/mwlt_center.pro::YOHKOH::procedure to determine sun center and radius in a MWLT image::wuelser
$SSW/yohkoh/ucon/idl/wuelser/mwlt_select.pro::YOHKOH::Looks at one (Mees) day's worth of mwlt quality data, selects images to be written to CDROM, creates a shell script to move/remove the selected/discarded files,::wuelser
$SSW/yohkoh/ucon/idl/wuelser/mwlt_tape2jpeg.pro::YOHKOH::Read an MWLT raw data tape image by image, analyze each image for quality, and write it in JPEG format onto disk.::wuelser
$SSW/yohkoh/ucon/idl/wuelser/newmovie.pro::YOHKOH::Show a cyclic sequence of images stored in a 3D array. This version is controlled by buttons. It features a single step mode, and displays frame number::wuelser,Image display
$SSW/yohkoh/ucon/idl/wuelser/omovie.pro::YOHKOH::Show a cyclic sequence of images stored in a 3D array. Omovie loads a special color table for overlay movies. This version is controlled by buttons.::wuelser,Image display
$SSW/yohkoh/ucon/idl/wuelser/oplot_b.pro::YOHKOH::Overlay a (vector) magnetogram on top of an image.  The magnetogram is displayed as contours and line segments.  Optionally, a linear transformation can be performed on the magnetogram to have it match::wuelser
$SSW/yohkoh/ucon/idl/wuelser/over_movie.pro::YOHKOH::Overlays 2 movie sequences.  Use "omovie,out" to run it. movie_a is displayed in red, movie_b in blue. Important: the result replaces movie_a.::wuelser
$SSW/yohkoh/ucon/idl/wuelser/overlay.pro::YOHKOH::Overlays 2 images and displays them on the screen.  One image is displayed in red, the other one in blue.::wuelser
$SSW/yohkoh/ucon/idl/wuelser/plotcal_att.pro::YOHKOH::Plot hxa attitude data, giro data, and (optional) sxt pixel shifts at the same scale.  Input: output from getcal_att.  Units: SXT pixels::wuelser
$SSW/yohkoh/ucon/idl/wuelser/poly_movie.pro::YOHKOH::performs the poly_2d function on a movie (3-D array)::wuelser
$SSW/yohkoh/ucon/idl/wuelser/pp_mwlt2sxt.pro::YOHKOH::Transforms a pp vector pointing to MWLT data into a pp vector pointing to SXT data.::wuelser
$SSW/yohkoh/ucon/idl/wuelser/pp_naban2sxt.pro::YOHKOH::Adds the pointing offset between the SXT and the Aspect Telescope to a transformation point array pp.::wuelser
$SSW/yohkoh/ucon/idl/wuelser/pp_reverse.pro::YOHKOH::Calculate the "pp" vector and the "transtype" for the inverse transform::wuelser
$SSW/yohkoh/ucon/idl/wuelser/pp_sxt2any.pro::YOHKOH::Transforms a pp vector pointing to SXT data into a pp vector pointing to any image with given pointing and scaling info.::wuelser
$SSW/yohkoh/ucon/idl/wuelser/pp_sxt2vla.pro::YOHKOH::Transforms a pp vector pointing to SXT data into a pp vector pointing to VLA data.::wuelser
$SSW/yohkoh/ucon/idl/wuelser/prfits.pro::YOHKOH::Prints a string array (e.g., a FITS header) on the screen, or (optionally) on a printer::wuelser
$SSW/yohkoh/ucon/idl/wuelser/rd_mwltlog.pro::YOHKOH::read all of Elaine's mwlt logs in the given directory::wuelser
$SSW/yohkoh/ucon/idl/wuelser/rjpeg.pro::YOHKOH::Read a grayscale image in JPEG/JFIF format.::wuelser
$SSW/yohkoh/ucon/idl/wuelser/rmovie.pro::YOHKOH::Reads a sequence of FITS images into an array. The array can be displayed with the "movie" users library routine.::wuelser
$SSW/yohkoh/ucon/idl/wuelser/set_mwlt.pro::YOHKOH::Interactively define reference points in an image and a (full-sun) reference image.  These points can be used to calculate a linear transform which maps image a onto the (full-sun) reference image imb.::wuelser,Image processing.
$SSW/yohkoh/ucon/idl/wuelser/show_hxafid.pro::YOHKOH::Overplots the areas of SXT suncenter locations where one of the limbs would be hidden by an HXA fiducial mark. Uses date to account for slowly varying hxa - sxt alignment::wuelser
$SSW/yohkoh/ucon/idl/wuelser/sun_grid.pro::YOHKOH::read a full disk solar image and overlay a grid::wuelser
$SSW/yohkoh/ucon/idl/wuelser/temp_cube.pro::YOHKOH::Reads a sequence of FITS 3-D images into a 4-D array.::wuelser
$SSW/yohkoh/ucon/idl/wuelser/time2msec.pro::YOHKOH::Converts time string ('hh:mm:ss') into a longword variable (milliseconds since beginning of the day)::wuelser,Misc.
$SSW/yohkoh/ucon/idl/wuelser/wjpeg.pro::YOHKOH::Write a grayscale image in JPEG/JFIF format (lossy compression).::wuelser
$SSW/yohkoh/ucon/idl/wuelser/xtmovie.pro::YOHKOH::Display movie using X-windows::wuelser
$SSW/yohkoh/ucon/idl/zarro/amedian.pro::YOHKOH::Works the same as MEDIAN, but the effect tapers off at the edges.::zarro
$SSW/yohkoh/ucon/idl/zarro/bcs_synthetic2.pro::YOHKOH::Calculate and plot BCS synthetic spectra::zarro
$SSW/yohkoh/ucon/idl/zarro/bda_wave.pro::YOHKOH::return SMM-BCS wavelength array for chan Written: 1-Mar-94, D. Zarro (ARC) -::zarro
$SSW/yohkoh/ucon/idl/zarro/binup.pro::YOHKOH::to rebin data into arbitrary dimensions::zarro,utility
$SSW/yohkoh/ucon/idl/zarro/boost_array.pro::YOHKOH::Add array APPEND to array DESTINATION, allowing the dimensions of DESTINATION to adjust to accomodate it.  If both input arrays have the same number of dimensions, then the output array will have one::zarro,Utility
$SSW/yohkoh/ucon/idl/zarro/chkarg.pro::YOHKOH::Determine calling arguments of procedure or function.::zarro,Documentation, Online_help.
$SSW/yohkoh/ucon/idl/zarro/chklog.pro::YOHKOH::Determine actual name of logical or environment variable.::zarro,Utilities, Operating_system.
$SSW/yohkoh/ucon/idl/zarro/chktag.pro::YOHKOH::Check for presence of a particular in a structure::zarro,Prev. Hist. : None.
$SSW/yohkoh/ucon/idl/zarro/doc_menu.pro::YOHKOH::Extract documentation template of one or more procedures.::zarro,Documentation, Online_help.
$SSW/yohkoh/ucon/idl/zarro/dvoigt_fit.pro::YOHKOH::double voigt function fit to line profile::zarro
$SSW/yohkoh/ucon/idl/zarro/emenu.pro::YOHKOH::same as WMENU but can handle almost infinite size lists::zarro
$SSW/yohkoh/ucon/idl/zarro/eplot.pro::YOHKOH::Overplot error bars on a previously drawn plot.::zarro,Plotting, graphics, one dimensional.
$SSW/yohkoh/ucon/idl/zarro/fblue.pro::YOHKOH::compute blueshifted component as sum of 2 gaussians in which width of blueshifted component is proportional to blueshift velocity.::zarro
$SSW/yohkoh/ucon/idl/zarro/fblue_fit.pro::YOHKOH::fit double gaussian + quadratic using a blueshift model::zarro
$SSW/yohkoh/ucon/idl/zarro/findval.pro::YOHKOH::Linearly interpolates X,Y arrays for (xval,yval)::zarro,Interpolation
$SSW/yohkoh/ucon/idl/zarro/fit_spec.pro::YOHKOH::fit spectra::zarro,fitting
$SSW/yohkoh/ucon/idl/zarro/funct_fit.pro::YOHKOH::Non-linear least squares fit to a function of an arbitrary number of parameters. Function may be any non-linear function where::zarro,Curve Fitting
$SSW/yohkoh/ucon/idl/zarro/funct_val.pro::YOHKOH::evaluate any function and its partial derivatives with respect to each parameter::zarro,utility
$SSW/yohkoh/ucon/idl/zarro/gauss_fit.pro::YOHKOH::gaussian function fit to line profile::zarro
$SSW/yohkoh/ucon/idl/zarro/get_dfont.pro::YOHKOH::return a widget font whose size is compatible with current device::zarro,Online_help.
$SSW/yohkoh/ucon/idl/zarro/get_ij.pro::YOHKOH::determine (i,j) indicies from a 1-d index values::zarro
$SSW/yohkoh/ucon/idl/zarro/get_lib.pro::YOHKOH::Place elements of !PATH into a string array..::zarro,Documentation, Online_help.
$SSW/yohkoh/ucon/idl/zarro/get_mod.pro::YOHKOH::Extract list of procedure modules.::zarro,Documentation, Online_help.
$SSW/yohkoh/ucon/idl/zarro/get_proc.pro::YOHKOH::Extract procedure from a library or directory.::zarro,Documentation, Online_help.
$SSW/yohkoh/ucon/idl/zarro/get_screen.pro::YOHKOH::return screen scaling parameters for controlling widget sizing::zarro,Prev. Hist. : None.
$SSW/yohkoh/ucon/idl/zarro/get_wtype.pro::YOHKOH::get widget type::zarro
$SSW/yohkoh/ucon/idl/zarro/gettok.pro::YOHKOH::Function to retrieve the first part of the string until the character char is encountered.::zarro
$SSW/yohkoh/ucon/idl/zarro/guess_fit_par.pro::YOHKOH::guess line parameters for fitting single and/or double component::zarro
$SSW/yohkoh/ucon/idl/zarro/have_widgets.pro::YOHKOH::Tests to see whether the current graphics device supports widgets.::zarro,Utilities, Devices.
$SSW/yohkoh/ucon/idl/zarro/have_windows.pro::YOHKOH::Tests to see whether the current graphics device supports windows.::zarro,Utilities, Devices.
$SSW/yohkoh/ucon/idl/zarro/igamma2.pro::YOHKOH::compute incomplete gamma function::zarro
$SSW/yohkoh/ucon/idl/zarro/is_open.pro::YOHKOH::check if a file unit is open::zarro
$SSW/yohkoh/ucon/idl/zarro/loc_file.pro::YOHKOH::Get files from a set of directories.::zarro,Utilities, Operating_system.
$SSW/yohkoh/ucon/idl/zarro/lsplot.pro::YOHKOH::plot lightcurves of selected spectral regions::zarro
$SSW/yohkoh/ucon/idl/zarro/lzplot.pro::YOHKOH::print a PostScript plot file::zarro
$SSW/yohkoh/ucon/idl/zarro/mgauss.pro::YOHKOH::compute multiple gaussian functions with quadratic background::zarro
$SSW/yohkoh/ucon/idl/zarro/mk_temp_file.pro::YOHKOH::Create a temporary filename::zarro,Utility
$SSW/yohkoh/ucon/idl/zarro/mklog.pro::YOHKOH::define a logical (VMS) or environment (UNIX) variable::zarro
$SSW/yohkoh/ucon/idl/zarro/msplot.pro::YOHKOH::plot multiple data sets on a single set of axes::zarro
$SSW/yohkoh/ucon/idl/zarro/mvoigt.pro::YOHKOH::compute multiple voigt functions with quadratic background::zarro,math function
$SSW/yohkoh/ucon/idl/zarro/path_expand.pro::YOHKOH::Expands VMS logical names in a search path.::zarro,Documentation, Online_help.
$SSW/yohkoh/ucon/idl/zarro/pcurse.pro::YOHKOH::user cursor to select points from plot::zarro
$SSW/yohkoh/ucon/idl/zarro/plotltc.pro::YOHKOH::plot light curve::zarro,plotting
$SSW/yohkoh/ucon/idl/zarro/plotspec.pro::YOHKOH::plot spectra::zarro
$SSW/yohkoh/ucon/idl/zarro/psplot.pro::YOHKOH::print a PostScript plot file::zarro
$SSW/yohkoh/ucon/idl/zarro/pvoigt.pro::YOHKOH::N.A.::zarro
$SSW/yohkoh/ucon/idl/zarro/rd_ascii.pro::YOHKOH::Read sequential ASCII file::zarro,I/O
$SSW/yohkoh/ucon/idl/zarro/scanpath.pro::YOHKOH::Widget prog. for reading documentation within IDL procedures::zarro,Documentation, Online_help.
$SSW/yohkoh/ucon/idl/zarro/set_hard.pro::YOHKOH::set hard copy page parameters::zarro
$SSW/yohkoh/ucon/idl/zarro/sp_common.pro::YOHKOH::Contains common blocks used by SCANPATH.::zarro,Documentation, Online_help.
$SSW/yohkoh/ucon/idl/zarro/strip_arg.pro::YOHKOH::Strip argument and keyword calls from an IDL program.::zarro,Documentation, Online_help.
$SSW/yohkoh/ucon/idl/zarro/strip_doc.pro::YOHKOH::Strip internal documentation from an IDL program.::zarro,Documentation, Online_help.
$SSW/yohkoh/ucon/idl/zarro/test_open.pro::YOHKOH::Test open a file to determine existence and/or write access::zarro,Utilities, Operating_system.
$SSW/yohkoh/ucon/idl/zarro/twidget.pro::YOHKOH::to provide MOTIF interface for date or date&time selection::zarro,widgets
$SSW/yohkoh/ucon/idl/zarro/voigt_fit.pro::YOHKOH::voigt function fit to line profile::zarro
$SSW/yohkoh/ucon/idl/zarro/wobject.pro::YOHKOH::create template widget window with buttons::zarro
$SSW/yohkoh/ucon/idl/zarro/wr_asc.pro::YOHKOH::To write arrays into columns of ASCII numbers::zarro,I/O
$SSW/yohkoh/ucon/idl/zarro/xdoc.pro::YOHKOH::Front end to online documentation software.::zarro,Documentation, Online_help.
$SSW/yohkoh/ucon/idl/zarro/xycrange.pro::YOHKOH::get x and y ranges using cursors::zarro
$SSW_ACRIM/acrim.pro::ACRIM::Output the ACRIM plot to screen or printer.::$SSW_ACRIM,ACRIM display.
$SSW_ACRIM/acrimhelp.pro::ACRIM::Event handler for the ACRIM program help interface.::$SSW_ACRIM,ACRIM
$SSW_CP/cp.pro::CP::The event handler for main CP option menu widget::$SSW_CP,CP display
$SSW_CP/cp_cat.pro::CP::Sets up initial conditions for the catalog search program, an directs::$SSW_CP,CP Catalog
$SSW_CP/cp_catdisplay.pro::CP::N.A.::$SSW_CP
$SSW_CP/cp_cathelp.pro::CP::Event handler for the CP catalog search program help interface.::$SSW_CP,CP Catalog
$SSW_CP/cp_catprint.pro::CP::Output the catalog entries.::$SSW_CP,CP Catalog
$SSW_CP/cp_catread.pro::CP::Search the CP catalog using the user's parameters::$SSW_CP,CP Catalog
$SSW_CP/cp_catreset.pro::CP::Define a structure containing the default search parameters. Define a structure to contain the string of where expressions.::$SSW_CP,CP Catalog
$SSW_CP/cp_cattime.pro::CP::Verify that the user' input times are within CP observation times::$SSW_CP,CP Catalog
$SSW_CP/cp_catwidget.pro::CP::SE:::$SSW_CP
$SSW_CP/cpcolor.pro::CP::Creates arrays for CP black and white and CP differcence color tables::$SSW_CP,CP display
$SSW_CP/cpcomposite.pro::CP::Display 4 CP images in one window to shown a full corona picture::$SSW_CP,CP Display
$SSW_CP/cpdisk.pro::CP::Read in a CP data file with housekeeping information and image::$SSW_CP,CP display
$SSW_CP/cpdisplay.pro::CP::Send a single (not movie) image, housekeeping info and requested drawing option output to screen or printer.::$SSW_CP,CP display
$SSW_CP/cpdisplay1.pro::CP::N.A.::$SSW_CP
$SSW_CP/cphelp.pro::CP::The event handler for CPHELP::$SSW_CP,C/P display
$SSW_CP/cphelp1.pro::CP::Return a string array containing the requested help information.::$SSW_CP,CP display
$SSW_CP/cphelp2.pro::CP::Return a string array containing the requested help information.::$SSW_CP,CP display
$SSW_CP/cphelp3.pro::CP::Return a string array containing the requested help information.::$SSW_CP,CP display
$SSW_CP/cphouse.pro::CP::Output housekeeping information.::$SSW_CP,CP diplay
$SSW_CP/cpmovie.pro::CP::Use XINTERANIMATE to create the movie.::$SSW_CP,CP display
$SSW_CP/cpone.pro::CP::The event handler for single image menu widget.::$SSW_CP,CP diplay
$SSW_CP/cpscans.pro::CP::Plot a radial or azmuthal scan.::$SSW_CP,CP display
$SSW_CP/cpsuncen.pro::CP::Output current window to selected printer::$SSW_CP,CP display
$SSW_CP/cptape.pro::CP::N.A.::$SSW_CP
$SSW_CP/cpzoom.pro::CP::Display part of an image (or graphics) from the current window enlarged in another window, which is a preexisting draw widget.::$SSW_CP,Image display.
$SSW_GRS/grs2utime.pro::GRS::This function takes the GRS time structure and returns the time in seconds from 1-jan-1979, an acceptable anytim.pro format::$SSW_GRS,SMM, GRS
$SSW_GRS/grs_clean_pha.pro::GRS::This procedure reads and cleans the GRS main pha data.::$SSW_GRS,SMM, GRS
$SSW_GRS/grs_energy.pro::GRS::This function returns a structure giving the nominal energy calibration for the various SMM GRS energy-loss data types.::$SSW_GRS,SMM, GRS
$SSW_GRS/grs_extract.pro::GRS::This function reads the GRS User-format files and returns them as a structure.  The structure resides in common to facilitate the sequential extraction of individual structure elements.::$SSW_GRS,SMM, GRS
$SSW_GRS/grs_jumper.pro::GRS::This procedure recovers the true count rate observed in the the GRS Xray detectors compensating for overflow and the square root compression at high rates.::$SSW_GRS,SMM, GRS
$SSW_GRS/grs_lightcurve.pro::GRS::This procedure extracts the corrected GRS time histories from the raw USER format with associated accumulation time bins.::$SSW_GRS,SMM, GRS
$SSW_GRS/grs_resp.pro::GRS::This procedure computes the X-ray response of the two x-ray detectors included in the SMM GRS instrument.::$SSW_GRS,SMM, GRS
$SSW_GRS/grs_user_str.pro::GRS::This function returns the data structure of the GRS User format. The structure holds 2900 bytes.::$SSW_GRS,SMM, GRS
$SSW_GRS/grs_xray_resp.pro::GRS::This procedure computes the X-ray response of the two x-ray detectors included in the SMM GRS instrument.::$SSW_GRS,SMM, GRS
$SSW_GRS/xjumper2.pro::GRS::This procedure looks for counter overflow in the GRS XRAY data and then adjusts it to the true rate.::$SSW_GRS,SMM, GRS
$SSW_HXIS/hxis.pro::HXIS::Starts up the HXIS image processing. Initializes the layout of the HXIS images to be displayed::$SSW_HXIS,HXIS display
$SSW_HXIS/hxisarea.pro::HXIS::Define an area in one of the HXIS field of views. The area consists of an integer number of pixels and is selected using the mouse.::$SSW_HXIS,HXIS display
$SSW_HXIS/hxisboost.pro::HXIS::SE:::$SSW_HXIS
$SSW_HXIS/hxiscalc_img.pro::HXIS::Calculate images.::$SSW_HXIS,HXIS display
$SSW_HXIS/hxiscplot.pro::HXIS::Draw HXIS contour maps::$SSW_HXIS,HXIS display
$SSW_HXIS/hxisdate_doy.pro::HXIS::Converts dates (YR,MON,DAY) to daynumber DOY and v.v. Dates before 5 october 1582 are interpreted as Julian dates; after 15 october as Gregorian dates. 5 october 1582 (Julian) = 15 october 1582 (Gregorian).::$SSW_HXIS
$SSW_HXIS/hxisdefaults.pro::HXIS::Resets values need for processing of new files.::$SSW_HXIS,HXIS display
$SSW_HXIS/hxisduralst.pro::HXIS::THE event handler for HXISDURALST::$SSW_HXIS,HXIS display
$SSW_HXIS/hxisedge_img.pro::HXIS::Plots small contour plot in upper right corner of graphics screen::$SSW_HXIS,HXIS display
$SSW_HXIS/hxisgettime.pro::HXIS::CATEGORY:::$SSW_HXIS
$SSW_HXIS/hxisgetwindow.pro::HXIS::Depending on the status of reuse create a new window or reuse the current hxis window::$SSW_HXIS,HXIS display
$SSW_HXIS/hxishard.pro::HXIS::Print a hard copy::$SSW_HXIS,HXIS diplay
$SSW_HXIS/hxishisto.pro::HXIS::Make a histogram plot of a selected plot from the CPLOT display (# pixels vs. count rate/temperature/emission measure)::$SSW_HXIS,HXIS display
$SSW_HXIS/hxislife.pro::HXIS::Calculate the lifetime function::$SSW_HXIS,HXIS display
$SSW_HXIS/hxislimb.pro::HXIS::Plot solar limb and heliographic coordinate system on the plots of the CPLOT display::$SSW_HXIS,HXIS display
$SSW_HXIS/hxisnint.pro::HXIS::Returns nearest integers for the elements of argument X.::$SSW_HXIS
$SSW_HXIS/hxispoint.pro::HXIS::Get corrected spacecraft boresight::$SSW_HXIS,I/O
$SSW_HXIS/hxisread.pro::HXIS::Reads HXIS data from a disk file.::$SSW_HXIS,HXIS display
$SSW_HXIS/hxisrem_dble.pro::HXIS::Remove double entries from an array::$SSW_HXIS,Utility
$SSW_HXIS/hxisselect.pro::HXIS::Handles events for HXISSELECT::$SSW_HXIS,HXIS display
$SSW_HXIS/hxissetlevel.pro::HXIS::Calculate contour levels::$SSW_HXIS,HXIS display
$SSW_HXIS/hxissolrad.pro::HXIS::compute solar radius  (arcsecs) and bangle (radians)::$SSW_HXIS,utility
$SSW_HXIS/hxisstrlabel.pro::HXIS::Return strings for plot title, quantity and cgs units::$SSW_HXIS
$SSW_HXIS/hxisstrtime.pro::HXIS::Converts a floating point time in DOY to a character string time and v.v.  The output string has the form  DOY:HH:MM:SS.SS or YYYY/MM/DD,HH:MM:SS.SSS.::$SSW_HXIS
$SSW_HXIS/hxisstruc.pro::HXIS::Define the structure INFO::$SSW_HXIS,HXIS display
$SSW_HXIS/hxissum_area.pro::HXIS::Calculate the INFO.BTYP quantities summed over the pixels in array PIXELS and over images INFO.FRST_IMG though INFO.LAST_IMG::$SSW_HXIS
$SSW_HXIS/hxissurf.pro::HXIS::Plot surface map for one of the contour images displayed by CPLOT::$SSW_HXIS
$SSW_HXIS/hxist_em.pro::HXIS::Returns temperature (in MK) and emission measure (in E48 cm-3) for given count rates in two HXIS energy bands::$SSW_HXIS
$SSW_HXIS/hxistime.pro::HXIS::N.A.::$SSW_HXIS
$SSW_HXIS/hxistplot.pro::HXIS::Plots time series for sum of selected pixels::$SSW_HXIS,HXIS display
$SSW_HXIS/hxistspec.pro::HXIS::Plots count rate vs. band energy for area defined by the pixels selected. A specified number of spectra are plotted evenly spaced between given start and stop time.::$SSW_HXIS,HXIS display
$SSW_HXIS/hxiswidget.pro::HXIS::The event handler for HXISWIDGET.::$SSW_HXIS,HXIS display
$SSW_HXIS/hxiswrite_times.pro::HXIS::Write out the new time values.::$SSW_HXIS,HXIS display
$SSW_HXIS/hxisxplot.pro::HXIS::Plot time series for individual pixels::$SSW_HXIS
$SSW_HXRBS/idl/baselines.pro::HXRBS::Used in pileup procedures.::idl,HXRBS
$SSW_HXRBS/idl/ch2kvt.pro::HXRBS::Return the 16 boundaries of the HXRBS 15-channel phs data in kilo-electron volts (keV) as a function of gain state (1-8), time in the mission, and lld setting.::idl,HXRBS
$SSW_HXRBS/idl/ch2kvt_gain.pro::HXRBS::Procedure to retrieve HXRBS energy edges for a given time when SARS::idl,HXRBS
$SSW_HXRBS/idl/ch2mv.pro::HXRBS::Return the 16 boundaries of the 15-channel phs data in millivolts(mv) as a function of phald(sc1).::idl,HXRBS
$SSW_HXRBS/idl/choose_fl.pro::HXRBS::Create a widget that displays a list of HXRBS flares and some parameters of those flares, and allows the user to select a flare from the list.::idl,HXRBS
$SSW_HXRBS/idl/cntrate.pro::HXRBS::Convert count and livetime data to a counting rate.::idl,HXRBS
$SSW_HXRBS/idl/crystal_res.pro::HXRBS::Function to compute the crystal resolution for HXRBS on a given day from a table of five days/resolutions.::idl,HXRBS
$SSW_HXRBS/idl/dc_filesummary.pro::HXRBS::This procedure opens the DC-format files for the instrument specified in INSTR on the directory specified by DIR and prints the start and end times of the files.::idl,HXRBS
$SSW_HXRBS/idl/dc_getfile.pro::HXRBS::N.A.::idl
$SSW_HXRBS/idl/dc_header.pro::HXRBS::Called by DCFREAD to read the header of a DC file and return some::idl,HXRBS
$SSW_HXRBS/idl/dc_usertimes.pro::HXRBS::Procedure to find the physical record number and logical record within::idl,HXRBS
$SSW_HXRBS/idl/dcfread.pro::HXRBS::Read HXRBS DC file and return array of times, y values, and livetimes.::idl
$SSW_HXRBS/idl/dcfsummary.pro::HXRBS::N.A.::idl
$SSW_HXRBS/idl/dobaseline.pro::HXRBS::This procedure is part of the pileup calculation. The following baseline correction is done only for rt>1e5/s::idl,HXRBS
$SSW_HXRBS/idl/dread.pro::HXRBS::SE:::idl,HXRBS
$SSW_HXRBS/idl/dwrite.pro::HXRBS::SE:::idl,HXRBS
$SSW_HXRBS/idl/fileflares.pro::HXRBS::Search the info in common FLRDIR to find the flares requested.::idl,HXRBS
$SSW_HXRBS/idl/flag2array.pro::HXRBS::Convert a 64 bit flag word to a byte array of 1's and 0's.::idl,HXRBS
$SSW_HXRBS/idl/flares.pro::HXRBS::Search the flare catalog on optical disk.::idl,HXRBS
$SSW_HXRBS/idl/get_chan_num.pro::HXRBS::Retrieves the channel numbers from the description string in the .SC4 file for the HXARCHIVE program::idl,HXRBS
$SSW_HXRBS/idl/get_dayn.pro::HXRBS::SE:::idl,HXRBS
$SSW_HXRBS/idl/get_hxrbs_fits.pro::HXRBS::Calls rd_hxrbs_fits to read hxrbs fits files into idl, then::idl,HXRBS
$SSW_HXRBS/idl/getsum.pro::HXRBS::Read SUMMARY files::idl,HXRBS
$SSW_HXRBS/idl/hflare.pro::HXRBS::Hflare provides a widget interface to allow a user to select a HXRBS flare by either setting buttons to the flare number, selecting a day, and then choosing among the flares on that day, or by typing a::idl,HXRBS
$SSW_HXRBS/idl/hxarchive.pro::HXRBS::Display the time profile of any HXRBS flare.::idl,HXRBS
$SSW_HXRBS/idl/hxfits.pro::HXRBS::Display the time profile of any HXRBS flare.::idl,HXRBS
$SSW_HXRBS/idl/hxr2file.pro::HXRBS::Create a SMM/HXRBS FITS file for a specified time interval using raw HXRBS telemetry data as input.::idl,HXRBS
$SSW_HXRBS/idl/hxr_cnt2phot.pro::HXRBS::COMPUTE THE SCALING FACTORS TO CHANGE HXRBS COUNT RATES INTO PHOTON FLUXES FOR AN ASSUMED POWER-LAW INPUT MODEL::idl,HXRBS, SPECTROSCOPY
$SSW_HXRBS/idl/hxr_dc2fits.pro::HXRBS::Create a HXRBS FITS format file from a HXRBS DC format file.::idl,HXRBS
$SSW_HXRBS/idl/hxr_spec.pro::HXRBS::Read HXRBS SUMMARY files and return spectral analysis parameters.::idl,HXRBS
$SSW_HXRBS/idl/hxrbs.pro::HXRBS::Provide a widget interface to plot HXRBS flare time profiles.::idl,HXRBS
$SSW_HXRBS/idl/hxrbs_deglitch.pro::HXRBS::This function finds and replaces telemetry spikes in HXRBS data.::idl,SMM, HXRBS
$SSW_HXRBS/idl/hxrbs_esc.pro::HXRBS::This procedure extracts a day from the HXRBS Event Status Catalog::idl,SMM, HXRBS, Housekeeping status.
$SSW_HXRBS/idl/hxrbs_filetimes.pro::HXRBS::Prompt user for a single time or a time interval::idl,HXRBS
$SSW_HXRBS/idl/hxrbs_occ.pro::HXRBS::This procedure finds the times of the HXRBS occultations over the passed time intervals.::idl,HXRBS, EPHEMERIDES
$SSW_HXRBS/idl/hxrbs_response.pro::HXRBS::hxrbs response function, count rate per channel as a function of incident photon spectrum.::idl,HXRBS, Spectral analysis, fitting
$SSW_HXRBS/idl/hxrfile2flare.pro::HXRBS::Function to get the flare number from the HXRBS FITS archive file::idl,HXRBS
$SSW_HXRBS/idl/hxrfits_archive.pro::HXRBS::Create an archive of FITS files for all SMM/HXRBS events.::idl,HXRBS
$SSW_HXRBS/idl/hxrfits_ext1.pro::HXRBS::HXRFITS_EXT1 composes the FITS header for the time array extension for HXRBS FITS files.::idl,HXRBS
$SSW_HXRBS/idl/hxrfits_ext2.pro::HXRBS::HXRFITS_EXT2 composes the FITS header for the energy edges extension for HXRBS FITS files.::idl,HXRBS
$SSW_HXRBS/idl/hxrfits_head.pro::HXRBS::HXRFITS_HEAD composes the primary FITS header for HXRBS FITS files.::idl,HXRBS
$SSW_HXRBS/idl/igain.pro::HXRBS::Retrieve gain state number from the SARS status word.::idl,HXRBS
$SSW_HXRBS/idl/pcoef.pro::HXRBS::This procedure computes the multi-order pileup coefficients::idl,HXRBS
$SSW_HXRBS/idl/pileup.pro::HXRBS::PILEUP procedure - calculates pulse-height distribution with pileup accounted for.  BONOMO computes distribution corrected for all other interactions (backscattering, Compton scattering, K-escape,::idl,HXRBS
$SSW_HXRBS/idl/poisprob.pro::HXRBS::of this seems to be to return a Poisson distribution but RAS isn't sure.::idl,HXRBS
$SSW_HXRBS/idl/pulseprofile.pro::HXRBS::SE:::idl,HXRBS
$SSW_HXRBS/idl/pulseshape.pro::HXRBS::SE:::idl,HXRBS
$SSW_HXRBS/idl/pulsetrain4.pro::HXRBS::Used in PILEUP.PRO (CALL: BONOMO:pileup:dobaseline:baselines:pulsetrain4) generate number,energy and position of pulses::idl,HXRBS
$SSW_HXRBS/idl/rd_hxrbs_fits.pro::HXRBS::Read hxrbs fits files into idl::idl,HXRBS
$SSW_HXRBS/idl/rdfplot.pro::HXRBS::This procedure prints the header record to the screen in a nice format.::idl,HXRBS
$SSW_HXRBS/idl/read_autodir.pro::HXRBS::Reads the catalog of flares on optical disk and stores the info in common AUTODIR.::idl,HXRBS
$SSW_HXRBS/idl/read_flrdir.pro::HXRBS::SE:::idl,HXRBS
$SSW_HXRBS/idl/read_goestables.pro::HXRBS::Read the IDL save files containing the list of file names and start and end times for all files on the optical disks GOES0 and GOES1, and the magnetic disk dua3:[goes].::idl,HXRBS
$SSW_HXRBS/idl/read_minicat.pro::HXRBS::Procedure to read the mini version of the flare catalog that contains::idl,HXRBS
$SSW_HXRBS/idl/read_minicatall.pro::HXRBS::Procedure to read entire HXRBS mini catalog and return start and::idl,HXRBS
$SSW_HXRBS/idl/readsum.pro::HXRBS::Read and extract parameters from summary file(s).  Either reads one file if FILE is specified in calling arguments, or a group of files specified in the string array FILEARRAY in SUMFILCOM common.  Values::idl
$SSW_HXRBS/idl/runflares.pro::HXRBS::This file is the IDL_STARTUP file for the FLARES procedure.  It allows the IDL routine FLARES to be run from DCL.  The command procedure runflares gets into IDL with this startup file, FLARES is called, user::idl,HXRBS
$SSW_HXRBS/idl/save_dcdata.pro::HXRBS::To write time, y, and energy arrays into an XDR save file.::idl,HXRBS
$SSW_HXRBS/idl/sc4hread.pro::HXRBS::Read the first record of an SC4 file and return the descriptors.::idl
$SSW_HXRBS/idl/sc4read.pro::HXRBS::Read SC4 files.  !MTITLE, !XTITLE, AND !YTITLE are set to the corresponding descriptors if they aren't already defined.::idl
$SSW_HXRBS/idl/sc4summary.pro::HXRBS::Display short summary of all SC4 files on a data directory.::idl
$SSW_HXRBS/idl/sc4tread.pro::HXRBS::Read SC4 files that have time array in x axis. Sets UTBASE (for (UTPLOT package) to start of day of data, and adds offset to time array to make it relative to start of day.  !MTITLE, !XTITLE,::idl
$SSW_HXRBS/idl/search_hxrbs_db.pro::HXRBS::Search hxrbs db and return array of structures containing info on flares.::idl,HXRBS
$SSW_HXRBS/idl/setpulsetrain.pro::HXRBS::Used in PILEUP.PRO (CALL: BONOMO:pileup:dobaseline:setpulsetrain);::idl,HXRBS
$SSW_HXRBS/idl/specprob.pro::HXRBS::Used in PILEUP.PRO (CALL: BONOMO:pileup:dobaseline:specprob)::idl,HXRBS
$SSW_HXRBS/idl/startup_v2.pro::HXRBS::SE:::idl,HXRBS
$SSW_HXRBS/idl/sumf2str.pro::HXRBS::Read and extract parameters from summary file into a structure SUMFSTR.::idl,HXRBS
$SSW_XRP/reformat/i2val.pro::XRP::Converts the first two bytes of the byte array ARR into a fix integer::reformat
$SSW_XRP/reformat/i4val.pro::XRP::Converts the four bytes of the byte array ARR into a long integer::reformat
$SSW_XRP/reformat/mksort.pro::XRP::make sort file for XRP reformatter::reformat
$SSW_XRP/reformat/prthdr.pro::XRP::Interprets data in array a as an IPD file label.::reformat
$SSW_XRP/reformat/rd_dmp.pro::XRP::read dump file produced by RD_EXB to determine start and end times::reformat
$SSW_XRP/reformat/rd_exb.pro::XRP::read XRP raw data exabytes::reformat
$SSW_XRP/reformat/reformat.pro::XRP::reformat XRP data from tape (or file on disk)::reformat
$SSW_XRP/idl/fcs/boust.pro::XRP::convert a time-continuous 2-D array to boustrophendonic especially for background data after INTERP2::fcs,lo-level, no user interaction
$SSW_XRP/idl/fcs/bust.pro::XRP::rebin image contained within structure::fcs,utility
$SSW_XRP/idl/fcs/chkpoint.pro::XRP::check SMM pointing in XRP catalog against the UVSP catalog::fcs
$SSW_XRP/idl/fcs/coalign.pro::XRP::Coalign two images::fcs
$SSW_XRP/idl/fcs/coreg.pro::XRP::coregister two image structures::fcs,utility
$SSW_XRP/idl/fcs/decheck.pro::XRP::remove checkerboard pattern from FIS white light images::fcs,FIS
$SSW_XRP/idl/fcs/defidxstr.pro::XRP::Define and return the Data-Block Index structure.  FORMAL Parameters:::fcs
$SSW_XRP/idl/fcs/dem.pro::XRP::computes difference in emission measures as a function of temperature for two ions.::fcs
$SSW_XRP/idl/fcs/drot.pro::XRP::differntially rotate image contained within structure created by ST_IMG::fcs,utility
$SSW_XRP/idl/fcs/efarea.pro::XRP::Calculate the FCS effective area::fcs,Calibration
$SSW_XRP/idl/fcs/expcnt.pro::XRP::Expand FCS compressed counts into expanded counts  BCNT		Vector or array of compressed counts.::fcs
$SSW_XRP/idl/fcs/fcs.pro::XRP::to provide GUI interface to FCS software::fcs,widgets
$SSW_XRP/idl/fcs/fcs_com.pro::XRP::N.A.::fcs
$SSW_XRP/idl/fcs/fcs_help.pro::XRP::N.A.::fcs
$SSW_XRP/idl/fcs/fcs_interp.pro::XRP::linearly interpolate in_data to fit the out_template via the in_template::fcs,lo-level, no user interaction
$SSW_XRP/idl/fcs/fcs_par.pro::XRP::compute useful FCS detector parameters::fcs
$SSW_XRP/idl/fcs/fcs_window.pro::XRP::Compute FCS window Transmission as a function of wavelength.::fcs
$SSW_XRP/idl/fcs/find_uvexp.pro::XRP::find UVSP expt nearest input time::fcs
$SSW_XRP/idl/fcs/fluxcal.pro::XRP::calibrates FCS counts/sec to flux (photons s-1 cm-2) in a given channel given an address and a characteristic value for the Doppler broadening.::fcs
$SSW_XRP/idl/fcs/fluxcon.pro::XRP::compute count rate to flux conversion factor for given FCS channel::fcs
$SSW_XRP/idl/fcs/ftemap.pro::XRP::compute isothermal temperature and column emission measure from ratios of FCS ion maps.::fcs
$SSW_XRP/idl/fcs/get_emiss.pro::XRP::compute emission measure from line intensity given an ion temperature.::fcs,computation
$SSW_XRP/idl/fcs/get_uvbor.pro::XRP::retrieve record of UVSP boresite offset wrt S/C::fcs,utility
$SSW_XRP/idl/fcs/get_uvexp.pro::XRP::get UVSP experiment numbers for a given day::fcs
$SSW_XRP/idl/fcs/get_uvsp.pro::XRP::read UVSP data::fcs,I/O
$SSW_XRP/idl/fcs/getdidx.pro::XRP::Read and return Data-block index for requested data-block.::fcs
$SSW_XRP/idl/fcs/getfis.pro::XRP::read FIS files::fcs
$SSW_XRP/idl/fcs/getfis_1blk.pro::XRP::Read and return one data-block (spectra or image) in IDL arrays.::fcs
$SSW_XRP/idl/fcs/getfisblk.pro::XRP::Return requested FIS data-block(s) to caller.  If blks parameter is undefined program will prompt user for a data-block list.::fcs
$SSW_XRP/idl/fcs/getheader.pro::XRP::Read and return the FIS file header.  PARAMETERS:::fcs
$SSW_XRP/idl/fcs/getpoint.pro::XRP::Get pointer info from 1st record of FIS file.::fcs
$SSW_XRP/idl/fcs/getromap.pro::XRP::Read and return the complete roadMap.  PARAMETERS:::fcs
$SSW_XRP/idl/fcs/gextal.pro::XRP::gets rocking widths and refectivities vs wavelength::fcs,I/O
$SSW_XRP/idl/fcs/heliog.pro::XRP::plot solar heligraphic grid and solar limb::fcs,plotting
$SSW_XRP/idl/fcs/lamdad.pro::XRP::Calculate FCS drive B address given wavelength. Refractive index corrections are applied.::fcs
$SSW_XRP/idl/fcs/mewe.pro::XRP::read MEWE tables for G(T)::fcs
$SSW_XRP/idl/fcs/overlay.pro::XRP::Overlay two images::fcs
$SSW_XRP/idl/fcs/plotfda.pro::XRP::plot spectra from FDA files::fcs
$SSW_XRP/idl/fcs/plotfis.pro::XRP::plot images or spectra from FIS files::fcs
$SSW_XRP/idl/fcs/plotfte.pro::XRP::plot fluxes, temperature and column emission measure maps saved ind IDL saveset files created by FTEMAP::fcs
$SSW_XRP/idl/fcs/plotgt.pro::XRP::plot Mewe G(T) functions::fcs
$SSW_XRP/idl/fcs/plotmap.pro::XRP::plot contours or images::fcs,plotting
$SSW_XRP/idl/fcs/rd_idb.pro::XRP::interrogate image structure IDB for image information::fcs,FIS handling
$SSW_XRP/idl/fcs/rd_sdb.pro::XRP::interrogate spectrum structure SDB for spectrum information::fcs,FIS handling
$SSW_XRP/idl/fcs/rd_uvcat.pro::XRP::read UVSP CATALOG.CAT file::fcs
$SSW_XRP/idl/fcs/rdfcs.pro::XRP::read FCS FIS image files::fcs
$SSW_XRP/idl/fcs/rdfda.pro::XRP::to extract spectra from FCS FDA files::fcs
$SSW_XRP/idl/fcs/rdfis.pro::XRP::read FIS files and return image attributes in a structure::fcs
$SSW_XRP/idl/fcs/rdfis_img.pro::XRP::read FIS image structure::fcs
$SSW_XRP/idl/fcs/rdfis_spec.pro::XRP::read FIS spectral data files::fcs
$SSW_XRP/idl/fcs/rdfisdatablk.pro::XRP::read and return requested FIS data-block(s). The list is defined by the roadMap.::fcs
$SSW_XRP/idl/fcs/rdfte.pro::XRP::read FTE image files::fcs,I/O
$SSW_XRP/idl/fcs/rdimg.pro::XRP::read image array from specified file types::fcs,I/O
$SSW_XRP/idl/fcs/rdmap.pro::XRP::read FIS roadmap structure::fcs
$SSW_XRP/idl/fcs/rdtheta.pro::XRP::N.A.::fcs
$SSW_XRP/idl/fcs/rost.pro::XRP::rotate image contained within structure created by ST_IMG::fcs,utility
$SSW_XRP/idl/fcs/rust.pro::XRP::read and unpack data and pixel coordinate arrays for image saved in a structure variable created by RDFIS::fcs,utility
$SSW_XRP/idl/fcs/solrad.pro::XRP::compute solar radius  (arcsecs) and bangle (radians)::fcs,utility
$SSW_XRP/idl/fcs/st_img.pro::XRP::insert image attributes as members in a structure of arbitrary::fcs
$SSW_XRP/idl/fcs/st_merge.pro::XRP::merge multiple image structures into a single structure::fcs,utility
$SSW_XRP/idl/fcs/stcname.pro::XRP::check and make a structure name unique to avoid conflicts with duplicate structure names.::fcs,utility
$SSW_XRP/idl/fcs/temcal.pro::XRP::compute temperature and emission measure from observations of two FCS lines::fcs
$SSW_XRP/idl/fcs/theta.pro::XRP::N.A.::fcs
$SSW_XRP/idl/fcs/twod.pro::XRP::procedure to generate temperature-corrected FCS xtal 2D spacings.::fcs
$SSW_XRP/idl/fcs/userinput.pro::XRP::user makes selection of data blocks from an X-window system or ye-old command-line input.::fcs
$SSW_XRP/idl/fcs/wlfcs.pro::XRP::Calculate FCS wavelength given drive B address. Refractive index corrections are applied.::fcs
$SSW_XRP/idl/fcs/xrpoff.pro::XRP::Return XRP pitch and yaw offsets::fcs
$SSW_XRP/idl/fcs/xytolb.pro::XRP::convert solar cartesian coordinates to heliographic::fcs,utility
$SSW_XRP/idl/bcs/bcs.pro::XRP::to provide GUI interface to BCS software::bcs,widgets
$SSW_XRP/idl/bcs/bcs_com.pro::XRP::N.A.::bcs
$SSW_XRP/idl/bcs/bcs_help.pro::XRP::N.A.::bcs
$SSW_XRP/idl/bcs/bcspro.pro::XRP::spawn fortran BCSPRO program to compute Te & EM from BCS spectra::bcs
$SSW_XRP/idl/bcs/bda_alpha.pro::XRP::Return BCS detector relative efficiency.::bcs
$SSW_XRP/idl/bcs/bda_bcchfm.pro::XRP::This subroutine returns a pointer to the bcs data array which indicates the start of data corresponding to the requested channel and also returns the binlist corresponding to that::bcs
$SSW_XRP/idl/bcs/bda_bcdabl.pro::XRP::to read a complete bcs data block.::bcs
$SSW_XRP/idl/bcs/bda_bixrcs.pro::XRP::to return the first index record of a specified type at or after the given time.::bcs
$SSW_XRP/idl/bcs/bda_com_blk.pro::XRP::N.A.::bcs
$SSW_XRP/idl/bcs/bda_degrp.pro::XRP::apply degrouping and sensitivity correction to BCS spectra  Written: 15-Mar-94, D. Zarro (ARC)::bcs
$SSW_XRP/idl/bcs/bda_expand.pro::XRP::Subroutine to expand 'num' elements of a byte array 'bcnt' into a real array 'rcnt'.::bcs
$SSW_XRP/idl/bcs/bda_getbin.pro::XRP::to retrieve a bin list or bin list header from the bin list library.::bcs
$SSW_XRP/idl/bcs/bda_getfmt.pro::XRP::subroutine to retrieve a format list from the database.::bcs
$SSW_XRP/idl/bcs/bda_nxtbdaixr.pro::XRP::to return the successive index records of a specified type.::bcs
$SSW_XRP/idl/bcs/bda_sensit.pro::XRP::return BCS sensitivity and degrp arrays for binlst and ichn::bcs
$SSW_XRP/idl/bcs/bda_structure.pro::XRP::N.A.::bcs
$SSW_XRP/idl/bcs/bda_wave.pro::XRP::return BCS wavelength array for chan Written: 1-Mar-94, D. Zarro (ARC) -::bcs
$SSW_XRP/idl/bcs/getbrr.pro::XRP::read BRR keyed access files::bcs
$SSW_XRP/idl/bcs/getbrr_ltc.pro::XRP::extract BRR lightcurves::bcs
$SSW_XRP/idl/bcs/getbrr_spec.pro::XRP::extract BRR spectra::bcs
$SSW_XRP/idl/bcs/listbcs.pro::XRP::to provide GUI interface to BCS event catalog::bcs,widgets
$SSW_XRP/idl/bcs/plot_bda.pro::XRP::plot lightcurves or spectra in BDA files::bcs
$SSW_XRP/idl/bcs/plotbda.pro::XRP::plot lightcurves or spectra in BDA files::bcs
$SSW_XRP/idl/bcs/plotbrr.pro::XRP::plot BRR lightcurves or spectra::bcs
$SSW_XRP/idl/bcs/plotfit.pro::XRP::Plot FIT files from SPCFIT::bcs,BCS
$SSW_XRP/idl/bcs/pnt_structure.pro::XRP::N.A.::bcs
$SSW_XRP/idl/bcs/rdbda.pro::XRP::read BDA files::bcs
$SSW_XRP/idl/bcs/rdbda_smm.pro::XRP::read SMM BCS BDA file, accumulate, and produce BSC index, data structs::bcs
$SSW_XRP/idl/bcs/rdfit.pro::XRP::read FIT files created by SPCFIT::bcs
$SSW_XRP/idl/bcs/rdspc.pro::XRP::read fitted BRR spectra::bcs
$SSW_XRP/idl/bcs/readbrr.pro::XRP::procedure to read BRR files which contain BCS data.::bcs
$SSW_XRP/idl/bcs/readspc.pro::XRP::N.A.::bcs
$SSW/smm/gen/idl/graphics/alpha_page.pro::SMM::ALPHA_PAGE enters alphanumeric text mode (for use on Tektronix terminals to switch to alpha page from graphics page, for example)::graphics,Graphics.
$SSW/smm/gen/idl/graphics/ch_scale.pro::SMM::N.A.::graphics
$SSW/smm/gen/idl/graphics/coord_conv.pro::SMM::This procedure computes the data, normal, and device coordinates for an input point that is any of the three types, and returns the 3 types in xout and yout in that order.::graphics
$SSW/smm/gen/idl/graphics/crange.pro::SMM::Return the plot range limits for the X,Y, or Z coordinate e.g. !c.xrange depends on whether plot scale is linear or log This returns the actual value of the range!::graphics
$SSW/smm/gen/idl/graphics/crossbar.pro::SMM::Overplot a crossbar for the procedures point and zoom_coor.::graphics,HXRBS.
$SSW/smm/gen/idl/graphics/datplot.pro::SMM::This procedure is used to OVERplot histograms between channel edges.::graphics,J6 - plotting, graphics, one dimensional.
$SSW/smm/gen/idl/graphics/despike_1d.pro::SMM::Remove spikes in a 1-D array above n standard deviations(n_sigma).::graphics,HXRBS
$SSW/smm/gen/idl/graphics/err_plot.pro::SMM::Plot error bars over a previously drawn plot.::graphics,GRAPHICS
$SSW/smm/gen/idl/graphics/fcolor.pro::SMM::N.A.::graphics
$SSW/smm/gen/idl/graphics/get_color.pro::SMM::N.A.::graphics
$SSW/smm/gen/idl/graphics/get_wind.pro::SMM::get a free IDL window::graphics
$SSW/smm/gen/idl/graphics/graphics_page.pro::SMM::graphics_page enters graphics mode (for use on Tektronix terminals to switch to graphics page from alpha page, for example)::graphics,Graphics.
$SSW/smm/gen/idl/graphics/mark_region.pro::SMM::This procedure selects an interval from a plot window.::graphics,UTIL, GEN, GRAPHICS
$SSW/smm/gen/idl/graphics/multi_table.pro::SMM::N.A.::graphics
$SSW/smm/gen/idl/graphics/pl_scale.pro::SMM::N.A.::graphics
$SSW/smm/gen/idl/graphics/point.pro::SMM::N.A.::graphics
$SSW/smm/gen/idl/graphics/reset_xy.pro::SMM::This procedure resets saved !x, !y, and !p values to enable active switching and overplotting between graphics windows.::graphics,GRAPHICS
$SSW/smm/gen/idl/graphics/scalecom.pro::SMM::This is an include block to be used with CH_SCALE and PL_SCALE::graphics,GRAPHICS
$SSW/smm/gen/idl/graphics/set_graphics.pro::SMM::Set screen and hardcopy output graphic devices for use with the TEK_INIT, TEK_PRINT, and TEK_END procedures (which now handle both Tektronix and PostScript format).::graphics,GRAPHICS
$SSW/smm/gen/idl/graphics/set_x.pro::SMM::Set the device to 'X' with vector fonts.::graphics,graphics
$SSW/smm/gen/idl/graphics/start_of_day.pro::SMM::N.A.::graphics
$SSW/smm/gen/idl/graphics/sxt_image.pro::SMM::Read a Yohkoh Soft X-ray Telescope (SXT) byte-scaled, photometrically corrected image from a FITS file, and return the descaled, floating-point image.::graphics
$SSW/smm/gen/idl/graphics/tek_end.pro::SMM::Close plot file and set plotting device back to screen device selected.::graphics,GRAPHICS
$SSW/smm/gen/idl/graphics/tek_init.pro::SMM::Set up for making Tektronix or PostScript hardcopies of plots from IDL.::graphics,GRAPHICS
$SSW/smm/gen/idl/graphics/tek_print.pro::SMM::Send plot file to printer.::graphics,GRAPHICS
$SSW/smm/gen/idl/graphics/trace_mosaic_image.pro::SMM::Read a reduced-size TRACE "tma" mosaic image from a FITS file, and return the descaled, floating-point image.::graphics
$SSW/smm/gen/idl/graphics/wcheck_set.pro::SMM::N.A.::graphics
$SSW/smm/gen/idl/graphics/xgif.pro::SMM::preview gif files::graphics
$SSW/smm/gen/idl/graphics/xy0.pro::SMM::N.A.::graphics
$SSW/smm/gen/idl/graphics/y_average.pro::SMM::Get the average value of an array of displayed y values during a selected interval.::graphics,UTILITY, GEN, GRAPHICS
$SSW/smm/gen/idl/graphics/zoom_coor.pro::SMM::al purpose zoom procedure. Brings up cursors and requests user to::graphics
$SSW/smm/gen/idl/graphics/zoom_x.pro::SMM::N.A.::graphics
$SSW/smm/gen/idl/math/crosscorr.pro::SMM::This procedure computes a crosscorrelation function between two time series.::math,MATH
$SSW/smm/gen/idl/math/f_crossp.pro::SMM::Evaluate the Vector or Cross product of vectors v1 and v2.::math,MATH
$SSW/smm/gen/idl/math/f_div.pro::SMM::DIVISION WITH ZERO CHECKING::math
$SSW/smm/gen/idl/math/f_gauss_intg.pro::SMM::EVALUATE THE SUM OF A GAUSSIAN AND A 2ND ORDER POLYNOMIAL AND OPTIONALLY RETURN THE VALUE OF IT'S PARTIAL DERIVATIVES. THIS GAUSSIAN IS EVALUATED BY INTEGRATING A GAUSSIAN OVER::math,E2 - CURVE AND SURFACE FITTING.
$SSW/smm/gen/idl/math/f_gaussint.pro::SMM::Make a function call out of the procedure gaussint_funct -::math
$SSW/smm/gen/idl/math/f_pder.pro::SMM::SE:::math
$SSW/smm/gen/idl/math/floor.pro::SMM::The Floor function returns the closest integer less than or equal to its argument.  This function is provided as an IDL routine at version 3.5(?) or higher.::math,Math
$SSW/smm/gen/idl/math/gauss_intg.pro::SMM::EVALUATE THE SUM OF A GAUSSIAN AND A 2ND ORDER POLYNOMIAL AND OPTIONALLY RETURN THE VALUE OF IT'S PARTIAL DERIVATIVES. THIS GAUSSIAN IS EVALUATED BY INTEGRATING A GAUSSIAN OVER::math,E2 - CURVE AND SURFACE FITTING.
$SSW/smm/gen/idl/math/gaussint_pro.pro::SMM::EVALUATE THE SUM OF A GAUSSIAN AND A 2ND ORDER POLYNOMIAL AND OPTIONALLY RETURN THE VALUE OF IT'S PARTIAL DERIVATIVES. THIS GAUSSIAN IS EVALUATED BY INTEGRATING A GAUSSIAN OVER::math,E2 - CURVE AND SURFACE FITTING.
$SSW/smm/gen/idl/math/gaussintfit.pro::SMM::Make a function call out of the procedure gaussint_funct -::math,E2 - CURVE AND SURFACE FITTING.
$SSW/smm/gen/idl/math/igamma.pro::SMM::compute incomplete gamma function::math
$SSW/smm/gen/idl/math/interp2integ.pro::SMM::This function integrates over the limits on the interpolated array.::math,GEN, MATH
$SSW/smm/gen/idl/math/interpol.pro::SMM::Linearly interpolate vectors with a regular or irregular grid.::math,E1 - Interpolation
$SSW/smm/gen/idl/math/jumper.pro::SMM::Correct counter overflow::math,GEN, MATH, BATSE
$SSW/smm/gen/idl/math/jumper2.pro::SMM::Correct counter overflow::math,Gen, BATSE
$SSW/smm/gen/idl/math/map_matrix.pro::SMM::Take a matrix with n output bins defined on energy edges EDGE1, (n+1) and create a transform, MAP, to interpolate a detector response, MATRIX1, from narrow channels to broader output channels defined by EDGE2.  The matrix::math,GEN, SPECTRA
$SSW/smm/gen/idl/math/num_ran.pro::SMM::N.A.::math
$SSW/smm/gen/idl/math/pulse_spread.pro::SMM::This procedure generates a matrix of gaussian pulse-shapes which can then multiply a matrix of energy-losses to form a full pulse-height matrix.::math,MATH, DETECTORS, RESPONSE, SPECTROSCOPY
$SSW/smm/gen/idl/math/resistant_mean.pro::SMM::Compute the median of an array, which may be of even length.::math
$SSW/smm/gen/idl/math/sign.pro::SMM::Given two numbers X1,X2 return sign(X2)*abs(X1) (by assumption sign(0)=1)::math,NUMBER STRANGLING
$SSW/smm/gen/idl/math/sphcart.pro::SMM::Computes cartesion coordinates from RA and DEC::math,GEN, VECTOR ANALYSIS
$SSW/smm/gen/idl/math/xypro.pro::SMM::compute spherical from cartestian coordinates (3-d)::math,util, math, geometry
$SSW/smm/gen/idl/math/xyradec.pro::SMM::compute spherical from cartesian coordinates (3-d)::math,util, math, geometry
$SSW/smm/gen/idl/widgets/acknowledge.pro::SMM::only purpose of the routine is to kill the message window,::widgets
$SSW/smm/gen/idl/widgets/base_flash.pro::SMM::N.A.::widgets
$SSW/smm/gen/idl/widgets/drawbutton.pro::SMM::The event handler for DRAWBUTTON.PRO::widgets,Widgets
$SSW/smm/gen/idl/widgets/hardware_fonts.pro::SMM::Changes the default widget hardware font and/or the device hardware font, to be one of the user's choosing. If no hardware font matches are found, then the previous font is not::widgets,widget or device font
$SSW/smm/gen/idl/widgets/idledit.pro::SMM::This procedure runs the IDL text editor as a detached sub-process or launches it under Unix::widgets,GEN,UTIL,WIDGETS,SYSTEM
$SSW/smm/gen/idl/widgets/opsys_lgcl.pro::SMM::N.A.::widgets
$SSW/smm/gen/idl/widgets/sdac.pro::SMM::to provide GUI interface to SDAC software::widgets,widgets
$SSW/smm/gen/idl/widgets/sdac_cat.pro::SMM::to provide GUI interface to SMM catalogs::widgets,widgets
$SSW/smm/gen/idl/widgets/wask.pro::SMM::This procedure generates a dialog response widget.::widgets,WIDGET
$SSW/smm/read_ephemout.pro::SMM::This procedure reads the output file generated from the SDAC SMM ephemeris FORTRAN procedure, EPHEM.  The data are returned in a structure with their times in seconds from 1-jan-1979.::smm,SMM, EPHEMERIS
$SSW/smm/search_smm_db.pro::SMM::Determine data type of retrieved items and return its format.::smm,Utilities
$SSW/smm/smmcat_read.pro::SMM::Read the SMM flare catalog and load the entries into a structure. This structurre in in common so it may be interactively accessed by typing (at the IDL prompt) IDL> COMMON SMMCAT, ENTRY::smm,SMM Catalog
$SSW_BATSE/idl/occults/average_steps.pro::BATSE::average occultation steps using resistant mean and best step model based on standard deviation to fit of step::occults,BATSE, OCCULTATION
$SSW_BATSE/idl/occults/batse_crab_resp.pro::BATSE::This provides a rapid tool for calculating the count rate due to the Crab in the BATSE SPEC and LAD detectors.  Useful for reconciling occultation analyses of the Crab.::occults,BATSE, OCCULTATIONS
$SSW_BATSE/idl/occults/check_gain_angle.pro::BATSE::This is a main program for examining the calibration and attitude::occults,BATSE
$SSW_BATSE/idl/occults/check_occs.pro::BATSE::N.A.::occults
$SSW_BATSE/idl/occults/clearem.pro::BATSE::This procedure is used as a dummy procedure to clear memory for successive main program calls, i.e. .rnew clearem::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/compact_hkg.pro::BATSE::read in raw BATSE housekeeping files at MSFC, and extract used subset of housekeeping structure or use BDB files (merged DISCLA and HKG) at the SDAC::occults,ephemeris
$SSW_BATSE/idl/occults/crab_occ_str.pro::BATSE::This is  used to define several structures used in BATSE OCCULTATION analysis. STRUCTURES:::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/find_good_occs.pro::BATSE::This procedure takes the spacecraft ephemeris in celestial coordinates and the source position to generate a visibility curve.  It finds the transitions, i.e. occultations, and determines the direction,::occults,BATSE, OCCULTATION
$SSW_BATSE/idl/occults/get_occ_onday.pro::BATSE::Finds all the occultation times with good data on the input DATE for the input source location.::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/grab_discsp_hkg.pro::BATSE::of this main program is to extract needed discsp and hkg data from the BATSE jukebox at MSFC::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/make_occ_results_sav.pro::BATSE::This is a main program to write the save file, occ_results.sav::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/merge_discsp_hkg_occ.pro::BATSE::This procedure makes compressed discsp files for a single detector starting from full discsp and hkg files from msfc::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/more_occults.pro::BATSE::This procedure processes any unprocessed occ*discsp files through get_occ_onday to find occultations and plot_occs to extract the occultation step count rates.::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/occ_avg.pro::BATSE::This procedures sums over matching occultation intervals.::occults,BATSE, OCCULTATIONS
$SSW_BATSE/idl/occults/occ_dbase.pro::BATSE::This function locates the specified occultation database files. occ_discsp_!yymmdd!.dat_!det_id! !yymmdd!.bdb hkg_data.dat_!tjd! discsp_msfc.dat_!tjd!::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/occ_filetype.pro::BATSE::This function examines the input filename and returns the filetype '.bdb','.cont','.discsp','cont_data','discsp_msfc', etc::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/occ_find.pro::BATSE::N.A.::occults
$SSW_BATSE/idl/occults/occ_from_fits.pro::BATSE::This procedure takes an MSFC occultation history file and produces an occultation structure from crab_occ_str.::occults,BATSE, OCCULTATION
$SSW_BATSE/idl/occults/pick_pointing.pro::BATSE::This procedure groups the occultation structures according to the spacecraft pointing.::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/plot_crab.pro::BATSE::This is a main program used to display occultation results for the Crab to try to examine cuts on the database made in angle and energy.::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/plot_discsp_crab.pro::BATSE::This main program displays the measured countrates vs energy and overlays the figure with the predicted countrates::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/plot_occ_onday.pro::BATSE::Early software for analyzing occultations in DISCSP::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/plot_occs.pro::BATSE::This procedure controls the extraction of the source occultation steps from the raw data files and displays the fitted model including the occultation step.::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/plot_occs_res.pro::BATSE::This procedure plots out the database of occultation results and uses symbols based on the zenith angle (detector cosine) to the source.::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/plot_ratios.pro::BATSE::Not a main program or procedure but an include block used by PLOT_RESULTS.PRO::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/plot_response.pro::BATSE::This code is under development for looking at the results of the occultation analysis vs angle and energy for the CRAB DISCSP data::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/plot_results.pro::BATSE::This procedure puts the user name, calling program and system time and date in the corner of a plot.::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/plot_thresh.pro::BATSE::This main program plots the DISCSP CRAB occultation results showing one figure with the measure countrates and another with the predicted as a function of channel edge in keV::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/process_crab_resp.pro::BATSE::This main program obtains the predicted Crab flux for each observation in the database as a function of angle and energy.  Should not be used now, but components of this procedure may be examined and cannibalized::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/read_discsp_m.pro::BATSE::Read DISCSCP data files from MOPS format into IDL::occults
$SSW_BATSE/idl/occults/read_occ_discsp.pro::BATSE::This procedure finds significant changes in the GRO pointing and returns the pointing and the time of the change::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/read_results.pro::BATSE::This procedure collects the daily results file into a single large file containing all of the occultation results structures.::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/read_results2.pro::BATSE::This procedure collects the daily results file into a single large file containing all of the occultation results structures.::occults,BATSE, OCCULTATION
$SSW_BATSE/idl/occults/redo_edges.pro::BATSE::A main program to reprocess the discsp edges from the current database for SLLD and conversion of SLLD into keV.  Also, the current pointing database is used to generate the spacecraft::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/reformat_results.pro::BATSE::This is an obsolete main program to compress the results database for the BATSE CRAB DISCSP observations.::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/resolve_new_obs.pro::BATSE::A routine for checking the observations against the database.::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/resolve_results.pro::BATSE::SE:::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/run_merge_discsp_hkg_occ.pro::BATSE::This main program examines the available native format discsp compressed hkg files::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/run_occ.pro::BATSE::This main program tests the software, software tree, and data paths at MSFC::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/run_plot_occs.pro::BATSE::This main program provides an example of extracting the occultation step fit from cont data.  OBSOLETE::occults,BATSE, OCCULTS
$SSW_BATSE/idl/occults/runit.pro::BATSE::This is a block of code to facilitate  processing occultation data on umbra Used with ~schwartz/occults/do_runit::occults,BATSE, OCCULTS
$SSW_BATSE/idl/obsolete/save_to_gibson.pro::BATSE::N.A.::obsolete
$SSW_BATSE/idl/add_scatter_drm.pro::BATSE::Scale the DRM output rows from energy units to units of the peak of the DRM row.  This is an intermediate routine for scaling scattering matrices to the edges of the direct::idl,Spectral Analysis
$SSW_BATSE/idl/aluminum.pro::BATSE::This procedure computes the correction factor for BATSE count rate attenuation due to an oblique angle through the Al entrance window.::idl,BATSE
$SSW_BATSE/idl/announcements.pro::BATSE::This procedure outputs messages to users of BATSE_MENU::idl,BATSE
$SSW_BATSE/idl/any_change.pro::BATSE::This procedure scans an attitude record and records changes of more than 1 degreee.::idl,BATSE
$SSW_BATSE/idl/asc_hex_2b.pro::BATSE::Converts ASCII hexidecimal to binary value. Function appears to be obsolete.::idl,BATSE, GEN
$SSW_BATSE/idl/ascii_rates.pro::BATSE::N.A.::idl,BATSE
$SSW_BATSE/idl/ascii_raw.pro::BATSE::Dump raw BATSE DISCLA, CONT, or DISCSP data on screen or in file.::idl,BATSE
$SSW_BATSE/idl/audit_trail_str.pro::BATSE::C       This structure is found in file : DD_AUDIT_TRAIL.STR::idl,BATSE
$SSW_BATSE/idl/backg_mark.pro::BATSE::Prompt operator to mark first background interval. Next, prompt to mark second background interval or to type 'Q' to finish with only one interval::idl,BATSE
$SSW_BATSE/idl/bat_merge.pro::BATSE::Merge the file DISCLA_DATA.DAT with the file HKG_DATA.DAT to create the file YYMMDD.BDB (YYMMDD being the date in the first record of the file DISCLA_DATA.DAT).::idl,BATSE, I/0
$SSW_BATSE/idl/batse_deadtm.pro::BATSE::compute the livetime fraction as a function of count rate for the BATSE PHA and discriminator data for a single detector.::idl,Data Reduction
$SSW_BATSE/idl/batse_file2time.pro::BATSE::This function constructs a time from the SDAC standard format file names. i.e. yymmdd_hhmm.whatever for fdb, cont, discsp,  yymmdd.bdb for bdb files.::idl,BATSE
$SSW_BATSE/idl/batse_flares_week.pro::BATSE::This procedure produces an updated graphic of flare activity.::idl,BATSE
$SSW_BATSE/idl/batse_lad_drm.pro::BATSE::build batse lad detector response matrix::idl
$SSW_BATSE/idl/batse_log_struct.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/batse_match_sequence.pro::BATSE::This procedure recovers true time from integer scaled times by matching consecutive sequences with the best from a complete time sequence.  Used for recreating time arrays in BATSE quicklook::idl,BATSE
$SSW_BATSE/idl/batse_menu.pro::BATSE::batse_menu provides a menu for getting at the batse flare catalog and fdb and bdb data files.  On entry, it automatically enters the flist program and lists any flares identified in the most recent 24 hours.  This it::idl,BATSE
$SSW_BATSE/idl/batse_on.pro::BATSE::This procedures reads the gap file, the day/night file, and the high voltage off file and determines the percentage of observing time in user-specified bins.::idl,BATSE
$SSW_BATSE/idl/batse_ontimes.pro::BATSE::Batse_ontimes displays periods during which CGRO/BATSE was observing the sun.  Provides user the menu to select start/end times,::idl,BATSE
$SSW_BATSE/idl/batse_out_arr.pro::BATSE::This procedure extracts data from the bdb structure into::idl,BATSE
$SSW_BATSE/idl/batse_pointing.pro::BATSE::Compute direction cosines for BATSE LAD's, SPECS  for Solar Viewing Also find the position of the Sun and the Earth in the GRO coordinate system and report the respective azimuth and elevation angles in degrees::idl,BATSE, data base extraction, needed for spectroscopy routines
$SSW_BATSE/idl/batse_sea_html.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/batse_spec_drm.pro::BATSE::build batse spec detector response matrix including proper treatment of detector energyloss/light-output relationship::idl,BATSE, SPEX
$SSW_BATSE/idl/batse_spec_gain_fdb.pro::BATSE::This procedure extracts the SPEC High Voltage levels and the SLLD values from the flare fdb file and combines it with the extracted DISCSP edges and SPEC gain level from the databases.  The values are written to::idl
$SSW_BATSE/idl/batse_spec_model.pro::BATSE::calculate the low energy cross section for BATSE spec detectors from materials and geometry Only considers the front surface.  Validity limited::idl,BATSE
$SSW_BATSE/idl/batse_time_input.pro::BATSE::This function converts BATSE menu input line time values into HXRBS format for consistency with expected values by all BATSE menu procedures.::idl,BATSE
$SSW_BATSE/idl/build_drm.pro::BATSE::generate a BATSE LAD or SPEC response matrix for direct interactions for any direction cosine between 0.0 and 1.0,::idl,Spectral analysis, fitting.
$SSW_BATSE/idl/build_drm_mer_cont.pro::BATSE::This procedure builds a DRM::idl,BATSE, SPEX
$SSW_BATSE/idl/burst_aux_str.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/burst_flare.pro::BATSE::Function to find BATSE bursts corresponding to a BATSE flare number, or vice versa.::idl
$SSW_BATSE/idl/burst_str.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/cal_sher.pro::BATSE::interactively calibrate the energy scale of SPEC SHER data::idl,spectral analysis
$SSW_BATSE/idl/calib_hist.pro::BATSE::compile and update the BATSE SPEC calibration info for each detector for every flare::idl,BATSE
$SSW_BATSE/idl/calibrate.pro::BATSE::This subroutine calculates the energies corresponding to the channel boundaries for the BATSE Spectral Detectors.::idl,CGRO/BATSE
$SSW_BATSE/idl/ch_select.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/channel.pro::BATSE::This procedure computes the BATSE linear channel numbers for the SHER PHA::idl,BATSE
$SSW_BATSE/idl/check_overflow.pro::BATSE::This procedure determines whether the overflow flag is set in the requested time interval.::idl,BATSE
$SSW_BATSE/idl/comp_hkg_str.pro::BATSE::Returns the BATSE housekeeping structure subset::idl,ephemeris
$SSW_BATSE/idl/compare_sdac_msfc.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/compress_qlook.pro::BATSE::routine to compress the quicklook .sav files::idl,BATSE
$SSW_BATSE/idl/cont_def.pro::BATSE::N.A.::idl,BATSE
$SSW_BATSE/idl/cont_edges.pro::BATSE::This function returns a 2x16 array of the energy edges for any LAD detector ID.::idl,BATSE
$SSW_BATSE/idl/cont_msfc_str.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/cont_read.pro::BATSE::Procedure to read BATSE CONT files and return time, CONT, and angle::idl,BATSE
$SSW_BATSE/idl/cont_str.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/convert_flarecat.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/create_gif_html.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/create_html.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/dd_burst_aux_str.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/dd_close.pro::BATSE::Frees the open logical unit in the DD structure::idl,BATSE
$SSW_BATSE/idl/dd_cont_str.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/dd_discsp_str.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/dd_init.pro::BATSE::Set up generic structures that will contain info about BATSE files when they are opened by FS_OPEN. Saves these generic structures in common ddfiles_com.::idl,BATSEI/O
$SSW_BATSE/idl/dd_sher_cor.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/ddfiles_com.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/decompose_batse_drm.pro::BATSE::Decompose a BATSE SPEC response matrix into photopeak line strengths and K escape peak line strengths as well as the residual matrix. For BATSE LAD, there is no decomposition, just the basic responses::idl
$SSW_BATSE/idl/del_plotfile.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/delta_control.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/det_cosines.pro::BATSE::Compute direction cosines for BATSE LAD's, SPECS  for a source position given in detector coordinates.::idl,BATSE, data base extraction, needed for spectroscopy routines
$SSW_BATSE/idl/det_point.pro::BATSE::Compute direction cosines for BATSE LAD's for Solar Viewing FIND POINTING CHANGES IN THE SPACECRAFT X-AXIS::idl,cgro/batse, attitude analysis
$SSW_BATSE/idl/diff_drm.pro::BATSE::Compute an average BATSE SPEC DRM to approximate the detector response to an isotropic flux from a zenith angle of 0-70 degrees to model the diffuse cosmic X-ray flux.  Only to be used at energies::idl,BATSE, SPEX
$SSW_BATSE/idl/discla_edges.pro::BATSE::Return a 2x6 arrays of the DISCLA energy edges::idl,BATSE
$SSW_BATSE/idl/discla_msfc_str.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/discla_str.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/discsc_pl.pro::BATSE::using the channel values of the discsc data, return the best power-law index, may also be used for DISCLA data by setting det_id switch::idl,BATSE
$SSW_BATSE/idl/discsp_bands.pro::BATSE::This procedure integrates the DISCSP channels from multiple detectors into a single data stream.::idl,BATSE, SPEX
$SSW_BATSE/idl/discsp_bands_drm.pro::BATSE::Create integrated DRM for  DISCSP Multi Bands::idl,BATSE, SPEX
$SSW_BATSE/idl/discsp_edges.pro::BATSE::This functions Returns a 5x8 element array of the DISCSP energy edges for a given time for the four channels, for 8 detectors.  If DET keyword is passed, returns 2x4 array (see DET keyword below).::idl,BATSE
$SSW_BATSE/idl/discsp_msfc_str.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/discsp_read.pro::BATSE::Procedure to read BATSE DISCSP files and return time, DISCSP, and angle::idl,CATEGORY BATSE
$SSW_BATSE/idl/discsp_resp.pro::BATSE::Return the count rate response of the DISCSP to a model spectrum based on angle and energy boundaries.::idl,BATSE, SPEX
$SSW_BATSE/idl/discsp_str.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/dn_file.pro::BATSE::DN_FILE creates and updates a file containing all times when BATSE was in spacecraft day. The dn file has the following format: header record - bytes 0-7:   latest time in seconds since 79/1/1,0::idl
$SSW_BATSE/idl/dn_trans.pro::BATSE::Finds the xray day/night transitions in BATSE housekeeping data Fills for bad data if needed.::idl,BATSE
$SSW_BATSE/idl/do_alanslist.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/do_archiveplots.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/do_eventlists.pro::BATSE::DO_EVENTLISTS creates the YYMMDD.EVENTS files on BATSE_EVENTS containing all events catalogued on the given day.::idl,BATSE
$SSW_BATSE/idl/do_fdbfiles.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/do_gifs.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/do_psplots.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/do_qlarchive.pro::BATSE::This procedure processes the daily data files throught the quicklook archive production program.::idl,BATSE
$SSW_BATSE/idl/do_write_dd.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/draw_flare.pro::BATSE::draw_flare draws vertical marks showing the start, peak, and end of a flare and start and end of any background intervals defined for the flare.::idl,BATSE
$SSW_BATSE/idl/drm_sp_str.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/edges_hvspec.pro::BATSE::This function reports the SPEC DISCSP edges using a 2nd order fit to the reported high voltage in the BATSE SPEC detectors.::idl,BATSE
$SSW_BATSE/idl/edit_log.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/editoc.pro::BATSE::This procedure is used to edit the BATSE flare catalog.::idl,BATSE
$SSW_BATSE/idl/eval_sherb.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/extract_slld.pro::BATSE::read in raw BATSE housekeeping files from MSFC, and extract hkgmtb words containing slld values::idl,BATSE
$SSW_BATSE/idl/extract_triggers.pro::BATSE::Extracts the times of BATSE flare triggers from the trigger file obtained from the BATSE PI team at Marshall Space Flight Center.::idl,BATSE
$SSW_BATSE/idl/fast_lad_drm.pro::BATSE::This function returns an interpolated DRM from a coarse grid.::idl,BATSE
$SSW_BATSE/idl/fast_ratio.pro::BATSE::This function returns the ratio between the the DISCSP FAST1 and FAST2 ratios according to Jim Matteson's pre-flight measurements.::idl,BATSE
$SSW_BATSE/idl/fast_spec_drm.pro::BATSE::This function returns an interpolated DRM from a coarse grid.::idl,BATSE
$SSW_BATSE/idl/fcrystal.pro::BATSE::This function calculates the energy loss in the NaI crystal given the light observed.  The light is assumed to be::idl,BATSE
$SSW_BATSE/idl/fcrystal1.pro::BATSE::This function calculates the energy loss in the NaI crystal given the light observed.  The light is assumed to be::idl,BATSE
$SSW_BATSE/idl/fdbread.pro::BATSE::Procedure to read BATSE FDB files and return time, DISCLA, and angle::idl,BATSE
$SSW_BATSE/idl/fdr_msfc_str.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/fdr_sdac.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/fdr_sdac_str.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/file2flare.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/filelist.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/find_dbfile.pro::BATSE::This procedure returns the full BATSE archive filename from a variety of::idl,BATSE, database
$SSW_BATSE/idl/find_packet.pro::BATSE::This procedure returns the record number in a BATSE Daily Dataset (DD) stream::idl,BATSE
$SSW_BATSE/idl/find_tangent.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/fix_cont.pro::BATSE::SE: e:  perform array manipulations on cont data::idl,BATSE
$SSW_BATSE/idl/fix_cont2.pro::BATSE::perform corrections on cont data works on cont data not in BATSE common blocks.::idl,BATSE,SPEX
$SSW_BATSE/idl/fix_cont_code.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/fix_discsp.pro::BATSE::SE: e:  perform array manipulations on discsp data::idl,BATSE
$SSW_BATSE/idl/fix_discsp2.pro::BATSE::perform corrections on discsp data works on discsp data not in BATSE common blocks.::idl,BATSE,SPEX
$SSW_BATSE/idl/fix_discsp_code.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/fix_mailaddr.pro::BATSE::Fixes e-mail addresses for vms on alpha also defaults to asking user if they want to enter a new mail address::idl
$SSW_BATSE/idl/flare_catalog.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/flare_f_name.pro::BATSE::This procedure finds the data file (fdb, cont, or discsp) for a requested flare.::idl,BATSE
$SSW_BATSE/idl/flare_fdb.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/flare_latest.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/flare_list.pro::BATSE::This procedures prints a formatted list of catalog values for the::idl,BATSE
$SSW_BATSE/idl/flare_mark.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/flare_save_str.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/flare_select.pro::BATSE::flare_select finds the flares with the user-specified selection criteria. Includes finding the flares within the time interval requested by the user as in flare_select for which sec_st and sec_en in common flistcom are start::idl,BATSE
$SSW_BATSE/idl/fldisplay.pro::BATSE::This procedure finds and displays the archived BATSE flare plots.::idl,BATSE
$SSW_BATSE/idl/flist.pro::BATSE::Flist allows users to display BATSE flares with user-specified parameters.::idl,BATSE
$SSW_BATSE/idl/flistcom.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/flistoc.pro::BATSE::Flistoc is operator communications for flist routine which lets users display BATSE flares with user-specified parameters.::idl,BATSE
$SSW_BATSE/idl/flstring_type.pro::BATSE::SE: SE:::idl,BATSE
$SSW_BATSE/idl/fs_acc.pro::BATSE::Reads and corrects BATSE DISCLA data Try to use the active, present tense.::idl,BATSE
$SSW_BATSE/idl/fs_acc_cont.pro::BATSE::fs_acc_cont accumulates BATSE CONT data in the fsplot program.::idl,BATSE
$SSW_BATSE/idl/fs_acc_discsp.pro::BATSE::accumulates BATSE DISCSP data in the fsplot program. The accumulated data is saved in common fs_saveaccum.  The DISCSP array is corrected for overflow, differences are taken, and livetime is corrected.::idl,batse
$SSW_BATSE/idl/fs_acc_goes.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/fs_archive_draw.pro::BATSE::Plot of BATSE archive data using the operator selected channels, detectors, and sample average over the operator selected time range.::idl,BATSE
$SSW_BATSE/idl/fs_archive_rw.pro::BATSE::This procedure compresses and decompresses the BATSE archive flare quicklook data files.::idl,BATSE
$SSW_BATSE/idl/fs_auto_log.pro::BATSE::This procedure prompts the operator to mark the start and end of the event and at least 1 background::idl,BATSE
$SSW_BATSE/idl/fs_gen_arr.pro::BATSE::This procedure takes the data accumulated into the fs_saveaccum buffers and massages it (sample average, background subtracts, aluminum correction, detector summing, channel summing) for display.::idl,BATSE
$SSW_BATSE/idl/fs_graph.pro::BATSE::This procdedure generates a plot of BATSE data using the operator selected channels, detectors,and sample average over the operator::idl,BATSE
$SSW_BATSE/idl/fs_open.pro::BATSE::This procedure opens a BATSE data file. User passes in a file name, flare number, or time, and a data type, and fs_open finds the correct file, opens it, reads the::idl,BATSE, I/O
$SSW_BATSE/idl/fs_open_hold.pro::BATSE::Open a BATSE data file. User passes in a file name, flare number, or time, and a data type, and fs_open finds the correct file, opens it, reads the::idl,BATSEI/O
$SSW_BATSE/idl/fs_overlay.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/fs_print.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/fs_read_dd.pro::BATSE::FS_READ_DD reads records from the input file in blocks of 1000 records at a time and saves fluxes, times, and position and pointing data.::idl,BATSE
$SSW_BATSE/idl/fs_saveaccum.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/fs_savecont.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/fs_saveplot.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/fs_subtitle.pro::BATSE::This procedure generates subtitle string for fs_graph.::idl,BATSE
$SSW_BATSE/idl/fs_testgen.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/fscom.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/fsdef.pro::BATSE::Set defaults for Fsplot operator communications.::idl
$SSW_BATSE/idl/fsoc.pro::BATSE::This procedure provides operator communications for the Flare search plotting task, fsplot.::idl,BATSE
$SSW_BATSE/idl/fsoc_aux.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/fsplot.pro::BATSE::Plots light curves of BATSE data using the detectors, channels, and sample averages specified by the operator.::idl,BATSE
$SSW_BATSE/idl/ftp_batsegifs.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/ftp_batseplots.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/g_c.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/gain_cor.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/gap_file.pro::BATSE::GAP_FILE created and updates a file containing all times when BATSE was collecting data, i.e. the file is a record of data gaps (but it is good intervals that are recorded, not the gap intervals).  The gap::idl,BATSE, CATALOG, DATABASE
$SSW_BATSE/idl/gap_finder.pro::BATSE::GAP_FINDER finds the time intervals for which there is data within a BDB file.  Gaps of less than 1 minute are ignored.::idl,BATSE
$SSW_BATSE/idl/gen_indices.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/get_batse_pointing.pro::BATSE::This procedure extracts the GRO attitude from a database file and returns the Z and X axis directions in degrees.::idl,BATSE
$SSW_BATSE/idl/get_discsp511.pro::BATSE::Return linear channel number of the 511 line for a given time for the 8 BATSE detectors.  Returns value of 0. for times and channel if error.::idl,BATSE, SPEC, calibration
$SSW_BATSE/idl/get_hxp.pro::BATSE::This function returns the hxrbs password on umbra.::idl,CGRO/BATSE
$SSW_BATSE/idl/get_lad_gain.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/get_pendleton.pro::BATSE::Returns the value in the CONT_EDGES_COM common block set by the SET_PENDLETON procedure.::idl,BATSE
$SSW_BATSE/idl/get_prat_tcoun.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/get_slld.pro::BATSE::Find the SPEC LLD values from the database closest to the input time.::idl,BATSE
$SSW_BATSE/idl/get_spec_cal.pro::BATSE::Return linear channel number of the 511 line for a given time for the 8 BATSE detectors as well as width64 values.  Obtained by active calibration using LOAD_SHER, ...,/just_cal.::idl
$SSW_BATSE/idl/get_spec_gain.pro::BATSE::Return the gain command value and date for the 8 BATSE detectors. If error, gain and date are returned as 0.::idl
$SSW_BATSE/idl/get_trig.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/get_w64.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/getflare.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/goesdata.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/grabdata.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/grabflare.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/grabtime.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/gro_point.pro::BATSE::Returns the LAD and SPEC direction cosines to any source as a function of the spacecraft attitude::idl,BATSE
$SSW_BATSE/idl/group_intervals.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/her_cor_str.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/her_str.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/hkg_dbase.pro::BATSE::extract BATSE SPEC parameters from housekeeping data in batse fdb files.::idl,BATSE
$SSW_BATSE/idl/hkg_module.pro::BATSE::extract BATSE parameters from module housekeeping data.::idl,BATSE
$SSW_BATSE/idl/hkg_str.pro::BATSE::Returns the BATSE housekeeping structure subset::idl,ephemeris
$SSW_BATSE/idl/horizonangle.pro::BATSE::Compute the Xray tangent angle as a function of spacecraft altitude::idl,MATH, EPHEMERIS, BATSE
$SSW_BATSE/idl/hv_file.pro::BATSE::HV_FILE creates and updates a file containing all time intervals  when the BATSE high voltage was off.  Used with the gap file and the day/night file, this info gives the BATSE solar observing times.::idl,BATSE
$SSW_BATSE/idl/hv_finder.pro::BATSE::Determine time ranges when BATSE high voltage was off.::idl,BATSE
$SSW_BATSE/idl/inst_detector_response.pro::BATSE::Not a procedure or program, but this describes the structures used in the MSFC database response files for the LADs and SPECs.::idl,BATSE
$SSW_BATSE/idl/jumper_sher.pro::BATSE::This procedure looks for counter overflow in the BATSE spectroscopy data and then adjusts ;it to the true rate.  The count spectrum is in two byte unsigned integers (0-65535).  The algorithm looks for abrupt::idl,BATSE
$SSW_BATSE/idl/lad_2_spec.pro::BATSE::convert BATSE LAD direction cosines to BATSE SPEC cosines::idl,CGRO/BATSE
$SSW_BATSE/idl/lad_drm.pro::BATSE::generate a BATSE LAD response matrix for direct interactions for any direction cosine between 0.5 and 1.0, or up to 60 degrees off of the detector axis.::idl,Spectral analysis, fitting.
$SSW_BATSE/idl/lad_pha_edges.pro::BATSE::This function returns the LAD PHA edges in keV for the indicated detector.::idl,BATSE
$SSW_BATSE/idl/lad_resp.pro::BATSE::Return the count rate response of the LAD to a model spectrum based on angle and energy boundaries.::idl,BATSE, SPEX
$SSW_BATSE/idl/listqual.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/livetime.pro::BATSE::Return BATSE discriminator livetime fraction::idl,Data reduction, analysis, time histories, spectroscopy
$SSW_BATSE/idl/lld_chan.pro::BATSE::This function returns the LLD channel in PHA space as a function of the commanded SLLD level for the BATSE SPEC detectors.::idl,BATSE
$SSW_BATSE/idl/load_sher.pro::BATSE::Read SHER and SHERB into a single data structure, calibrate the energy scale, read the DRMs for a single chosen solar burst, correct for overflow, and convert to counts/sec/cm2/keV::idl,I/O
$SSW_BATSE/idl/log_hdr_struct.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/log_menu.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/log_struct.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/mailfile.pro::BATSE::Send e-mail of filename to user on vms or osf machine, ask their address if necessary::idl,GEN, BATSE/ARCHIVE
$SSW_BATSE/idl/mailplot.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/main_html.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/make_coefs.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/map_discla2cont.pro::BATSE::This routines maps the DISCLA edges into energy space.::idl,BATSE
$SSW_BATSE/idl/meld_discsp.pro::BATSE::This procedures merges the first SPEC fast discriminator channel, discsp1, with the PHA data in SHER/SHERB.::idl,BATSE, SPEX
$SSW_BATSE/idl/meld_discsp_test.pro::BATSE::This procedures merges the first SPEC fast discriminator channel, discsp1, with the PHA data in SHER/SHERB.::idl,BATSE, SPEX
$SSW_BATSE/idl/memory_intrvls.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/merge_batse.pro::BATSE::integrate DISCSP with CONT (or DISCLA, tbd)::idl,BATSE, SPEX
$SSW_BATSE/idl/merge_batse_drm.pro::BATSE::Create integrated DRM for  DISCSP with CONT (or DISCLA, tbd)::idl,BATSE, SPEX
$SSW_BATSE/idl/merge_batse_photons.pro::BATSE::integrated photon energy vector for BATSE DRM's::idl,BATSE, SPEX
$SSW_BATSE/idl/merge_bursts.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/merge_pointing.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/mk_discsp_cal.pro::BATSE::Modify Caliblns.lis file into the format of perm_data:discsp_cal.dat::idl,BATSE,SPEX
$SSW_BATSE/idl/mk_mer_cont.pro::BATSE::This procedure reads in the BATSE MER data, concatenates it with the corresponding CONT data, makes a deadtime correction, and saves the detector information::idl,BATSE, DATA I/O
$SSW_BATSE/idl/mod_plot.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/modify_sled.pro::BATSE::This subroutine calculates the energies corresponding to the channel boundaries for the BATSE Spectral Detectors.  The calibration is assumed to consist of two parts:  a calculation of the light output from the NaI::idl
$SSW_BATSE/idl/mrdfits_spectra.pro::BATSE::SE:::idl
$SSW_BATSE/idl/msfc_hkg_str.pro::BATSE::This code defines the MSFC BATSE Housekeeping Structure and compact housekeeping structure::idl,BATSE
$SSW_BATSE/idl/n511_vs_hvspec.pro::BATSE::This procedure finds the coefficients of a crude 2nd order fit to the linear channel number of the 511 line vs the reported high voltage in the BATSE SPEC detectors.::idl,BATSE
$SSW_BATSE/idl/nextbdb.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/occtime.pro::BATSE::This procedure computes the times of X-ray occultation of a source cosmic or solar during a BATSE orbit.::idl,CGRO/BATSE
$SSW_BATSE/idl/old_livetime.pro::BATSE::Return livetime fraction::idl,Data reduction, analysis, time histories, spectroscopy
$SSW_BATSE/idl/oldzbrent.pro::BATSE::Returns the zero of the function FUNC between X1 and X2 (with accuracy TOL)::idl,BATSEMATH
$SSW_BATSE/idl/orbit.pro::BATSE::given a small number of samples (~100) of the time and position vectors from the spacecraft ephemeris, determine the orbital period, and the times of the::idl,BATSE
$SSW_BATSE/idl/orbit_fill.pro::BATSE::This procedure determines rudimentary orbital elements for the spacecraft orbit.  If the BATSE DISCLA packets contain bad or null spacecraft coordinates, this procedures replaces those coodinates with coordinates computed::idl,BATSE
$SSW_BATSE/idl/out_arr.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/page_print.pro::BATSE::Page_print was written to take the place of type/page.  Type/page is a problem because you must first create a file of all the output and then type it. This takes a long time, but mainly if the user::idl,BATSE
$SSW_BATSE/idl/parse_grossc_attitude.pro::BATSE::This file reads the GROSSC email timeline format.::idl,CGRO, BATSE, EPHEMERIS
$SSW_BATSE/idl/peak_mark.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/plot_drm.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/plot_flare.pro::BATSE::This procedure displays a background subtracted count rate.::idl,BATSE
$SSW_BATSE/idl/plot_ldedges.pro::BATSE::This Main program plots the histograms of the DISCLA/CONT channel relationship.::idl,BATSE
$SSW_BATSE/idl/plotbatse.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/plotbatse_ql.pro::BATSE::Plot to compare BATSE DISCSP & DISCLA with GOES on orbit-based time intervals::idl,BATSE, time-histories
$SSW_BATSE/idl/pointing_change.pro::BATSE::Finds changes in BATSE pointing.::idl,CGRO, BATSE, EPHEMERIS
$SSW_BATSE/idl/polyz.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/process_slld_dbase.pro::BATSE::Produce a complete set of BATSE SPEC LLD changes and write to a file starting from a more primitive database file.::idl,BATSE
$SSW_BATSE/idl/ql_day_plot.pro::BATSE::Generate quicklook orbital plot from quicklook archive file.::idl,BATSE
$SSW_BATSE/idl/ql_orbit_plot.pro::BATSE::This procedure generates quicklook orbital plots from quicklook archive file.::idl,BATSE
$SSW_BATSE/idl/ql_plotter.pro::BATSE::ql_plotter restores the quicklook save file for the day requested, and plot 24-hour plot, all orbits for the day, or the orbit requested (either by time or orbit number).::idl,BATSE
$SSW_BATSE/idl/ql_readbdb.pro::BATSE::This procedure reads records from the bdb or fdb file into the array of structures passed in the argument bdb.::idl,BATSE
$SSW_BATSE/idl/qlarchive.pro::BATSE::This procedure creates the daily archive file, IDL save file. Generate archive quicklook plot files from BATSE data base (BDB) files.::idl,BATSE
$SSW_BATSE/idl/qldisplay.pro::BATSE::Main procedure for display of BATSE quicklook plots.  Provides menu to let user choose time and plot either orbital or 24-hour quicklook plots.::idl,CGRO/BATSE
$SSW_BATSE/idl/qlprint.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/qlradec_fill.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/qual_hdr_struct.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/qual_struct.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/radec_fill.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/ratesdump.pro::BATSE::Dumps BATSE rates data between selected times.::idl
$SSW_BATSE/idl/ratesdumpoc.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/ratio_pl.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/rawdump.pro::BATSE::Controls the dump of raw BATSE data between selected times for selected detectors.::idl,BATSE
$SSW_BATSE/idl/rawdumpoc.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/rd_batse_511cal.pro::BATSE::Read the compressed calibration files from perm_data. Return the 511 channel number for the date and detector for the BATSE SPECs.::idl,BATSE, SPEX, calibration
$SSW_BATSE/idl/rd_spec.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/read_batse_dd.pro::BATSE::Read in BATSE data from Daily Dataset (DD) structures Suitable for DISCLA, CONT, and DISCSP data types::idl,BATSE
$SSW_BATSE/idl/read_bdas_drm.pro::BATSE::input into IDL session the detector response matrix created from the response generator at MSFC on animaldsk2:[schwartz.lad_response] or animaldsk2:[schwartz.matrix].  The matrix is returned in the::idl,I/O for fitting
$SSW_BATSE/idl/read_cal_spec.pro::BATSE::read calibration line data for BATSE SPEC detectors::idl,spectral analysis, SPEX, BATSE
$SSW_BATSE/idl/read_cat.pro::BATSE::Procedure to read the BATSE flare catalog into common flare_catalog.::idl,batse archive i/o
$SSW_BATSE/idl/read_coef.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/read_compressed.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/read_cont.pro::BATSE::read continuous data type from native format or fits files::idl,data i/o
$SSW_BATSE/idl/read_cont_fits.pro::BATSE::Read FITS files at GROSSC of CONTinuous data type for BATSE::idl,I/O
$SSW_BATSE/idl/read_dd.pro::BATSE::This procedure reads BATSE data files and extracts arrays containing fluxes, times, position/pointing, and housekeeping info.  Reads file in blocks of 1000 records. Constructs arrays big enough to hold the data requested.::idl,BATSE
$SSW_BATSE/idl/read_discla.pro::BATSE::Procedure to read BATSE FDB files and return time, DISCLA, and angle::idl,BATSE
$SSW_BATSE/idl/read_discla_fits.pro::BATSE::Read FITS files at GROSSC of DISCLA data type for BATSE::idl,I/O
$SSW_BATSE/idl/read_discsc.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/read_discsp.pro::BATSE::read discspinuous data type from native format or fits files::idl,data i/o
$SSW_BATSE/idl/read_discsp_fits.pro::BATSE::Read FITS files at GROSSC of DISCSP data type for BATSE::idl,I/O
$SSW_BATSE/idl/read_dnfile.pro::BATSE::Read CGRO orbital predicts files for day/night crossing times. Predicts only!::idl,BATSE
$SSW_BATSE/idl/read_drm_bin.pro::BATSE::read bsas produced binary drm files::idl,i/o for SPEX
$SSW_BATSE/idl/read_ephem.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/read_flare.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/read_gapfile.pro::BATSE::This procedure reports telemetry gaps for BATSE.::idl,BATSE
$SSW_BATSE/idl/read_hkg_cal.pro::BATSE::extract BATSE SPEC parameters from housekeeping data in batse f(b)db or msfc hkg files.::idl,BATSE
$SSW_BATSE/idl/read_hvfile.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/read_mer.pro::BATSE::N.A.::idl,BATSE
$SSW_BATSE/idl/read_month_cat.pro::BATSE::This procedure writes the BATSE flare catalog into monthly files.::idl,batse archive i/o
$SSW_BATSE/idl/read_sher.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/read_sherb.pro::BATSE::N.A.::idl,BATSE, SPEX
$SSW_BATSE/idl/read_spline.pro::BATSE::This subroutine reads in all necessary coefficients stored in external data files for the light/energy calibration::idl,BATSE
$SSW_BATSE/idl/read_stte.pro::BATSE::Read STTE data files from MOPS format. and write IDL save files in /xdr format with the data and time arrays and the bit mask for the detectors.  Times are written in seconds::idl
$SSW_BATSE/idl/read_tts_fits.pro::BATSE::This function reads the BATSE TTS FITS files found on the COSSC ftp site.::idl,BATSE
$SSW_BATSE/idl/readqual.pro::BATSE::Read BATSE quality file.::idl,BATSE, I/O
$SSW_BATSE/idl/record_latest_number.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/remotecom.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/reset_old.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/restore_flare.pro::BATSE::This procedure recovers a BATSE archive flare plot file from compressed format. The file is an IDL save file containing the time and data in compressed format, and all information needed to construct the standard BATSE flare plot, most::idl,BATSE
$SSW_BATSE/idl/restore_qlook.pro::BATSE::This procedure recovers BATSE orbital quick-look data to useable form from save file data have been log-byte-scaled and need reverse transformations.::idl,BATSE
$SSW_BATSE/idl/rewrite_fdb.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/rotxyz.pro::BATSE::This function create a 3x3 rotation matrix about an arbitrary axis.::idl,MATH, BATSE
$SSW_BATSE/idl/rsher_str.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/run_batse.pro::BATSE::This procedure fits an interval around the peak of a BATSE flare and extracts the fit parameters and the raw rates.::idl,BATSE
$SSW_BATSE/idl/run_extract_slld.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/run_mer_cont.pro::BATSE::N.A.::idl
$SSW_BATSE/idl/runbatse_menu.pro::BATSE::This is a few lines of code meant to be used, @runbatse_menu runbatse_menu allows batse_menu to be run by typing IDL RUNBATSE_MENU::idl,BATSE
$SSW_BATSE/idl/runmenu.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/savecommon.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/sc_seconds_ed.pro::BATSE::This function converts the BATSE experiment time format into our SDAC standard, seconds from 1-Jan-1979 00:00:00.::idl,BATSE
$SSW_BATSE/idl/scal_fctr.pro::BATSE::Calculate scaling factors for the 8 quicklook light curves. Scaling should place each curve near the center of a separate decade of the logscale y-axis.::idl,BATSE
$SSW_BATSE/idl/select_dev.pro::BATSE::Provides interface for operator to select screen and printer devices.  Only for use with programs that use the set_graphics routine.::idl,CGRO/BATSE, GEN, GRAPHICS
$SSW_BATSE/idl/set_pendleton.pro::BATSE::use the Pendleton edges for BATSE CONT data channels::idl,BATSE
$SSW_BATSE/idl/setup_arrays.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/setup_batse.pro::BATSE::To initialize and extend accumulation arrays in batse_menu as needed by type.::idl,CGRO/BATSE
$SSW_BATSE/idl/setup_batse_arrays.pro::BATSE::To initialize and extend accumulation arrays in batse_menu as needed by type.::idl,CGRO/BATSE
$SSW_BATSE/idl/setup_drm.pro::BATSE::Find a set of BATSE DRM's at various positive angles, suitable for interpolation. Save the set of chosen drm's to a file on perm_data.  To be used by Build_drm.pro.  Designed to create separate files for SPEC low energy matrices,::idl,Spectral fitting
$SSW_BATSE/idl/sher_cor_str.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/sher_str.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/shers_load.pro::BATSE::Read SHER (and SHERB files), or (HER, HERB) with calibrated energy scale, correct for overflow::idl,BATSE,SPEX
$SSW_BATSE/idl/shers_load_test.pro::BATSE::Read SHER (and SHERB files), or (HER, HERB) with calibrated energy scale, correct for overflow::idl,BATSE,SPEX
$SSW_BATSE/idl/show_flare.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/sled.pro::BATSE::Subroutine to calculate the SLED correction.::idl,BATSE
$SSW_BATSE/idl/spec_sensitivity.pro::BATSE::Given the time and the direction cosines to the Sun, this procedure determines which BATSE SPEC detector DISCSP1 is the most sensitive based on the zenith angle and the discsp_edges.  DISCSP1  is the lowest discriminator channel.::idl,BATSE
$SSW_BATSE/idl/sun_earth_sc.pro::BATSE::This function computes the angle between the Sun-Earth and Earth-GRO vectors.::idl,CGRO/BATSE
$SSW_BATSE/idl/t_tts.pro::BATSE::This function returns the BATSE tts time intervals and elapsed time.::idl,BATSE
$SSW_BATSE/idl/test_cal.pro::BATSE::This subroutine calculates the energies corresponding to the channel boundaries for the BATSE Spectral Detectors.  The calibration is assumed to consist of two parts:  a calculation of the light output from the NaI::idl,CGRO/BATSE
$SSW_BATSE/idl/time_arc_name.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/time_f_name.pro::BATSE::This procedure locates BATSE files from their times.::idl,BATSE
$SSW_BATSE/idl/type_flare.pro::BATSE::This procedures prints the flares database quantities to the screen. Peak rate, total counts, time of peak, etc.::idl,BATSE
$SSW_BATSE/idl/update_html.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/user_choose.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/vert_mark.pro::BATSE::SE:::idl,BATSE
$SSW_BATSE/idl/write_dd.pro::BATSE::Write a flare file or daily file of BATSE CONTINUOUS or DISCSP data.  The DISCLA FDB(BDB) file for the flare must already be written.  CONT/DISCSP data from the daily BATSE CONT/DISCSP file is merged with housekeeping::idl
$SSW_BATSE/idl/write_fdb.pro::BATSE::Write a flare data base (FDB) file from the batse data base (BDB) file with start and end from the flare and background times selected by the::idl,BATSE
$SSW_BATSE/idl/write_log.pro::BATSE::In normal mode, displays the flare parameters for the current flare (whether a new flare or one that was just modified) and lists the peak rate and total counts for each detector separately.  Then prompts::idl,batse
$SSW_BATSE/idl/write_month_cat.pro::BATSE::This procedure writes the BATSE flare catalog into monthly files.::idl,batse archive i/o
$SSW_CHIANTI/contrib/idl/chianti_spec.pro::CHIANTI::calculates an isothermal synthetic spectrum::idl,synthetic spectra
$SSW_CHIANTI/contrib/idl/isothermal.pro::CHIANTI::calculates an isothermal synthetic spectrum::idl,synthetic spectra
$SSW_CHIANTI/pro/add_subdir.pro::CHIANTI::help locate CHIANTI database files but adding subdirectories to parent level directory names::pro,database.
$SSW_CHIANTI/pro/ascii_wvl_dem.pro::CHIANTI::create an ascii file of predicted spectral line intensities and wavelengths corresponding to a selected abundance and differential::pro,science.
$SSW_CHIANTI/pro/convertname.pro::CHIANTI::Ion names as character strings are converted into numerical values (note c_2 is C II or C^+1 in spectroscopic or atomic notation)::pro,naming utility
$SSW_CHIANTI/pro/density_ratios.pro::CHIANTI::to calculate line intensity ratios as a function of electron density::pro,scientific analysis
$SSW_CHIANTI/pro/descale2_ups.pro::CHIANTI::convert from Burgess-Tully scaling spline fits to Upsilons::pro,: science
$SSW_CHIANTI/pro/descale_ups.pro::CHIANTI::convert from Burgess-Tully scaling spline fits to Upsilons::pro,science.
$SSW_CHIANTI/pro/isothermal.pro::CHIANTI::calculates an isothermal synthetic spectrum::pro,synthetic spectra
$SSW_CHIANTI/pro/landscape.pro::CHIANTI::N.A.::pro
$SSW_CHIANTI/pro/latex_wvl_dem.pro::CHIANTI::create a latex file of predicted spectral line intensities and wavelengths corresponding to a selected abundance and differential::pro,science.
$SSW_CHIANTI/pro/plot_populations.pro::CHIANTI::plot the population of a number of the lowest levels as a function of electron density for a specific temperature::pro,science.
$SSW_CHIANTI/pro/populate.pro::CHIANTI::calculate levels populations at a specific temperature and electron density::pro,science.
$SSW_CHIANTI/pro/read_abund.pro::CHIANTI::to read CHIANTI abundance files::pro,science.
$SSW_CHIANTI/pro/read_dem.pro::CHIANTI::to read values the differential emission measure as a function of temperature::pro,science.
$SSW_CHIANTI/pro/read_elvl.pro::CHIANTI::to read files containing observed energy levels::pro,science.
$SSW_CHIANTI/pro/read_elvlc.pro::CHIANTI::to read files containing observed and theoretical energy levels::pro,science.
$SSW_CHIANTI/pro/read_ioneq.pro::CHIANTI::to read files containing the ionization equilibrium values::pro,science.
$SSW_CHIANTI/pro/read_omdat.pro::CHIANTI::to read file containing collision strengths::pro,science.
$SSW_CHIANTI/pro/read_splups.pro::CHIANTI::to read file containing spline fits to the Burgess-Tully scaled collision strengths::pro,science.
$SSW_CHIANTI/pro/read_upsdat.pro::CHIANTI::to read file containing upsilons::pro,science.
$SSW_CHIANTI/pro/read_wgfa.pro::CHIANTI::SE:::pro,science
$SSW_CHIANTI/pro/read_wgfa2.pro::CHIANTI::read radiative data files a modified version of read_wgfa::pro,science
$SSW_CHIANTI/pro/remchar.pro::CHIANTI::Remove all appearances of a character from a string.::pro,Utilities, strings.
$SSW_CHIANTI/pro/synthetic.pro::CHIANTI::calculates a synthetic spectrum::pro,synthetic spectra
$SSW_CHIANTI/pro/synthetic_plot.pro::CHIANTI::to plot out synthetic spectra calculated with Synthetic and interactively identify spectral lines::pro,spectroscopy
$SSW_CHIANTI/pro/temperature_ratios.pro::CHIANTI::calculate and display temperature sensitivity of line intensity ratios::pro,spectral diagnostics
$SSW_CHIANTI/pro/xselect_s.pro::CHIANTI::Force the user to select from a list or abort.::pro,CDS, QuickLook, General
$SSW_CHIANTI/pro/z2element.pro::CHIANTI::provide identification strings::pro,database.
$SSW_CHIANTI/pro/zion2filename.pro::CHIANTI::help locate CHIANTI database files::pro,database.
$SSW_CHIANTI/pro/zion2name.pro::CHIANTI::help locate CHIANTI database files::pro,database.
$SSW_CHIANTI/pro/zion2spectroscopic.pro::CHIANTI::provide identification strings::pro,database.
$SSW_ZTOOLS/color/getct.pro::ZTOOLS::N.A.::color
$SSW_ZTOOLS/color/stackcmap.pro::ZTOOLS::N.A.::color
$SSW_ZTOOLS/color/zlct.pro::ZTOOLS::N.A.::color
$SSW_ZTOOLS/images/xforms/solar_hdr.pro::ZTOOLS::N.A.::xforms
$SSW_ZTOOLS/images/xforms/zcoord.pro::ZTOOLS::Transform coordinates from a first image into the coordinate system of a second image.  x and y scales are assumed to be the same. The returned result is a 2xN matrix, where N is the number of elements in::xforms
$SSW_ZTOOLS/images/xforms/zhelio2xy.pro::ZTOOLS::Convert heliographic co-ordinates (relative to 0 = central meridian) to X and Y in a given fits header's co-ordinate system::xforms
$SSW_ZTOOLS/images/xforms/zra2xy.pro::ZTOOLS::Transform coordinates from (r,theta) to (x,y) pixel coords, in the context of a particular solar image.  R is specified in solar radii, theta in degrees.::xforms
$SSW_ZTOOLS/images/xforms/ztweak_hdr.pro::ZTOOLS::N.A.::xforms
$SSW_ZTOOLS/images/xforms/zxy2helio.pro::ZTOOLS::N.A.::xforms
$SSW_ZTOOLS/images/xforms/zxy2ra.pro::ZTOOLS::Transform coordinates from (x,y) to (r,theta) pixel coords, in the context of a particular solar image.  (X,Y) is specified in pixels in the given header; ra is returned in solar radii and degrees.::xforms
$SSW_ZTOOLS/images/older/zd4.pro::ZTOOLS::Rotate and/or reflect a fits image within the D4 group, ie the symmetry group of a square.   Saves processing power for these operations, over using zscale.::older
$SSW_ZTOOLS/images/older/zdegr.pro::ZTOOLS::Degrade a fits image by nxn pixel averaging, to make it smaller and more manageable.  Modify the MSSTA coordinate system appropriately. to track the change.::older
$SSW_ZTOOLS/images/older/zflip_vert.pro::ZTOOLS::N.A.::older
$SSW_ZTOOLS/images/older/zgetplume.pro::ZTOOLS::Pick out a linear feature from a solar image, given the (r,theta) coordinates of an endpoint (ra0) and a point alont the line of the feature (ra1).  If _under_ or _over_ is::older
$SSW_ZTOOLS/images/older/zoverlay.pro::ZTOOLS::N.A.::older
$SSW_ZTOOLS/images/older/zpick.pro::ZTOOLS::Pick a portion of a solar image to view, in radial coordinates, and clip a relevant portion of the image around the selected point.  Do the correct transformations on the MSSTA coordinates::older
$SSW_ZTOOLS/images/suncp.pro::ZTOOLS::Graft two solar images together.::images
$SSW_ZTOOLS/images/zaspect.pro::ZTOOLS::N.A.::images
$SSW_ZTOOLS/images/zclip.pro::ZTOOLS::Clip out a portion of an image to view, and keep track of its pointing tags.::images
$SSW_ZTOOLS/images/zcontains.pro::ZTOOLS::Determine whether a random fits header contains a particular point on the Sun.::images
$SSW_ZTOOLS/images/zcontour.pro::ZTOOLS::N.A.::images
$SSW_ZTOOLS/images/zcorralign.pro::ZTOOLS::N.A.::images
$SSW_ZTOOLS/images/zdeheliographinize.pro::ZTOOLS::To project a heliographic image back into the image plane of an instrument.  Match the platescale and pointing information in a reference FITS header.::images
$SSW_ZTOOLS/images/zdist.pro::ZTOOLS::Calculate the 2-D Cartesian distance between two points::images
$SSW_ZTOOLS/images/zgrid.pro::ZTOOLS::Draw an angle/radius grid appropriate to an existing solar image on the current output device.  Useful for coalignments.::images
$SSW_ZTOOLS/images/zhdrunit.pro::ZTOOLS::To convert the given scaling factor in a solar image FITS header to other units.  The complication (which is not addressed in the simpler routine "ZUNITS") is that some images give units in::images
$SSW_ZTOOLS/images/zheliographinize.pro::ZTOOLS::To remap an image from image to heliographic co-ordinates  USAGE::images
$SSW_ZTOOLS/images/zmagoverlay.pro::ZTOOLS::N.A.::images
$SSW_ZTOOLS/images/zmatch.pro::ZTOOLS::Rotate & scale a solar image to match a given template header.  Uses the MSSTA fields, and zcoord.::images
$SSW_ZTOOLS/images/zmontage.pro::ZTOOLS::Combine two (comparably scaled) solar images into a single one that has the same scale as the more detailed of the two (or switchable scale) and sufficient room on the::images
$SSW_ZTOOLS/images/zoverlay.pro::ZTOOLS::N.A.::images
$SSW_ZTOOLS/images/zpick_origin.pro::ZTOOLS::N.A.::images
$SSW_ZTOOLS/images/zprintsun.pro::ZTOOLS::Generate a PostScript version of an internal MSSTA image of the Sun (or a portion thereof), and (unless told not to) print it on Banneker's wlj-ps printer::images
$SSW_ZTOOLS/images/zscale.pro::ZTOOLS::Scale a fits image up or down by a fixed factor and rotate it by a given number of degrees, using the zcoord transformation routine.  Rotation takes place around the::images
$SSW_ZTOOLS/images/ztrack.pro::ZTOOLS::N.A.::images
$SSW_ZTOOLS/images/ztweak.pro::ZTOOLS::N.A.::images
$SSW_ZTOOLS/images/ztweak_datum.pro::ZTOOLS::N.A.::images
$SSW_ZTOOLS/images/zunwrap.pro::ZTOOLS::N.A.::images
$SSW_ZTOOLS/images/zwrap.pro::ZTOOLS::N.A.::images
$SSW_ZTOOLS/util/older/zgetimval.pro::ZTOOLS::N.A.::older
$SSW_ZTOOLS/util/older/zmkhdr.pro::ZTOOLS::Make a minimal primary FITS image header with pointing information. The header is returned in the first argument.::older
$SSW_ZTOOLS/util/cartdist.pro::ZTOOLS::N.A.::util
$SSW_ZTOOLS/util/closest_time.pro::ZTOOLS::e and the next one for lerping purposes.::util
$SSW_ZTOOLS/util/datify.pro::ZTOOLS::N.A.::util
$SSW_ZTOOLS/util/equalize_rasters.pro::ZTOOLS::N.A.::util
$SSW_ZTOOLS/util/fug.pro::ZTOOLS::N.A.::util
$SSW_ZTOOLS/util/getfits.pro::ZTOOLS::N.A.::util
$SSW_ZTOOLS/util/isnum.pro::ZTOOLS::To tell you if a variable is numeric or not::util
$SSW_ZTOOLS/util/isvalid.pro::ZTOOLS::Returns validity flag for its argument::util
$SSW_ZTOOLS/util/ls.pro::ZTOOLS::N.A.::util
$SSW_ZTOOLS/util/nlm.pro::ZTOOLS::Shorthand for "N_ELEMENTS" (sounds like "EN-ELEM")  -::util
$SSW_ZTOOLS/util/radial_bkg.pro::ZTOOLS::N.A.::util
$SSW_ZTOOLS/util/safetag.pro::ZTOOLS::N.A.::util
$SSW_ZTOOLS/util/swapinize.pro::ZTOOLS::N.A.::util
$SSW_ZTOOLS/util/wmatch.pro::ZTOOLS::N.A.::util
$SSW_ZTOOLS/util/zbytscl.pro::ZTOOLS::N.A.::util
$SSW_ZTOOLS/util/zcheck_hdr.pro::ZTOOLS::N.A.::util
$SSW_ZTOOLS/util/zcurs_ok.pro::ZTOOLS::To flash up a bunch of images and allow the user to accept or reject 'em -- speeds manual inspection of data cubes. Each image in `cube' is displayed, and the::util
$SSW_ZTOOLS/util/zdiff_rot.pro::ZTOOLS::Wrapper around diff_rot -- takes either a number of days or a pair of timestamps.::util
$SSW_ZTOOLS/util/zfind_index.pro::ZTOOLS::Finds fractional index that can be fed into INTERPOLATE (a system function) to find 'val'  in the array 'indep'.  Indep must be a monotonically increasing array.::util
$SSW_ZTOOLS/util/zgauss.pro::ZTOOLS::N.A.::util
$SSW_ZTOOLS/util/zinrange.pro::ZTOOLS::Verify if a number or vector is within a range in N-space.  May be vectorized to a list of numbers (or vectors).  Useful for bounds checking, etc.  Less cumbersome than big "if" statements.::util
$SSW_ZTOOLS/util/zintervals.pro::ZTOOLS::N.A.::util
$SSW_ZTOOLS/util/zmovify.pro::ZTOOLS::N.A.::util
$SSW_ZTOOLS/util/zmovinate.pro::ZTOOLS::N.A.::util
$SSW_ZTOOLS/util/zpb0r.pro::ZTOOLS::N.A.::util
$SSW_ZTOOLS/util/zpointing_struct.pro::ZTOOLS::N.A.::util
$SSW_ZTOOLS/util/zprfits.pro::ZTOOLS::N.A.::util
$SSW_ZTOOLS/util/zsearch.pro::ZTOOLS::Finds indices in a given array 'p', of the last value below or equal to the given value.  If all elements are larger than 'val', or if there is no element larger than 'val', returns -1.::util
$SSW_ZTOOLS/util/zsi.pro::ZTOOLS::N.A.::util
$SSW_ZTOOLS/util/zstr2utc.pro::ZTOOLS::N.A.::util
$SSW_ZTOOLS/util/zstructify.pro::ZTOOLS::N.A.::util
$SSW_ZTOOLS/util/ztype.pro::ZTOOLS::N.A.::util
$SSW_ZTOOLS/util/zunits.pro::ZTOOLS::N.A.::util
$SSW_ZTOOLS/util/zwritefits.pro::ZTOOLS::Wrapper around writefits, to deal with structure type headers.  Also deals with scaling, in a rudimentary way. If you feed ZWRITEFITS an integer or byte array, it will::util
$SSW_ZTOOLS/soho/degridinate.pro::ZTOOLS::N.A.::soho
$SSW_ZTOOLS/soho/dpcstr.pro::ZTOOLS::Decode an MDI Data Product Code into English according to the Rock Bush rules (an alternative to dpc_decode)::soho
$SSW_ZTOOLS/soho/fixinate_eit.pro::ZTOOLS::N.A.::soho
$SSW_ZTOOLS/soho/fixinate_lasco.pro::ZTOOLS::N.A.::soho
$SSW_ZTOOLS/soho/fixinate_mdi.pro::ZTOOLS::N.A.::soho
$SSW_ZTOOLS/soho/fixinate_trace.pro::ZTOOLS::N.A.::soho
$SSW_ZTOOLS/soho/ft_sumread_fits.pro::ZTOOLS::se          : Read columns from a Sumer FITS file                     #::soho
$SSW_ZTOOLS/soho/mdi_struct.pro::ZTOOLS::N.A.::soho
$SSW_ZTOOLS/soho/mdialign.pro::ZTOOLS::N.A.::soho
$SSW_ZTOOLS/soho/tagvalid.pro::ZTOOLS::N.A.::soho
$SSW_ZTOOLS/soho/trace_struct.pro::ZTOOLS::N.A.::soho
$SSW_ZTOOLS/soho/zlasco_sum.pro::ZTOOLS::N.A.::soho
$SSW_ZTOOLS/soho/zradialize.pro::ZTOOLS::N.A.::soho
$SSW_ZTOOLS/soho/zreadfits.pro::ZTOOLS::N.A.::soho
$SSW_ZTOOLS/soho/zregister_eit.pro::ZTOOLS::N.A.::soho
$SSW_ZTOOLS/ground/zfix_hao.pro::ZTOOLS::N.A.::ground
$SSW_ZTOOLS/vectors/define_v4types.pro::ZTOOLS::Initialize the V4TYPES common block that's used by v4type and v4help and v4ok, and the V4XFORMS common block that's used by V4XFORM and V4MATCH.::vectors
$SSW_ZTOOLS/vectors/getv4type.pro::ZTOOLS::Given the name of a coordinate system, return the V4TYPE structure corresponding to it.  Used by V4HELP,V4UNIT, and V4TYPE.::vectors
$SSW_ZTOOLS/vectors/pix2v4.pro::ZTOOLS::Convert pixel coordinates in a fits image to a VECT4 structure.::vectors
$SSW_ZTOOLS/vectors/sunearthdist.pro::ZTOOLS::Returns the distance from the Sun to the Earth in a convenient calling package::vectors
$SSW_ZTOOLS/vectors/v4.pro::ZTOOLS::Returns a four-vector structure with the given information in it. (see index.html in this directory for more info)::vectors
$SSW_ZTOOLS/vectors/v42pix.pro::ZTOOLS::Convert a VECT4 structure to pixel coordinates in an image.::vectors
$SSW_ZTOOLS/vectors/v4_resolve_xform.pro::ZTOOLS::To find resolution chains to convert between coordinate systems that have no direct conversion.  You feed V4XFORM_RESOLVE a::vectors
$SSW_ZTOOLS/vectors/v4canon.pro::ZTOOLS::Canonicalize a 4-vector (adjust units to the standard ones) AUTHOR: Craig DeForest::vectors
$SSW_ZTOOLS/vectors/v4diff_rot.pro::ZTOOLS::Differentially rotate a 4-vector to the specified time.::vectors
$SSW_ZTOOLS/vectors/v4help.pro::ZTOOLS::Provide descriptions of each accepted VECT4 coordinate system::vectors
$SSW_ZTOOLS/vectors/v4localcart.pro::ZTOOLS::Generates a local-cartesian transformation matrix that goes between small offsets in one coordinate system to small offsets in another.::vectors
$SSW_ZTOOLS/vectors/v4mcart.pro::ZTOOLS::Return the distance between two points in a cartesian coordinate system. (normally called by V4METRIC based on the v4type structure)::vectors
$SSW_ZTOOLS/vectors/v4metric.pro::ZTOOLS::Return the distance between two arbitrary four-vectors, in either 3-space or 4-space.::vectors
$SSW_ZTOOLS/vectors/v4msph.pro::ZTOOLS::Return the distance between two points in a spherical oordinate system. (normally called by V4METRIC based on the v4type structure)::vectors
$SSW_ZTOOLS/vectors/v4msrs.pro::ZTOOLS::Return the distance between two points in the Solar Range Solar coordinate system.::vectors
$SSW_ZTOOLS/vectors/v4ok.pro::ZTOOLS::Check for self-consistency in a V4 array::vectors
$SSW_ZTOOLS/vectors/v4print.pro::ZTOOLS::To display the contents of a 4-vector::vectors
$SSW_ZTOOLS/vectors/v4units.pro::ZTOOLS::Return a string array containing accepted units for the given VECT4 coordinate system::vectors
$SSW_ZTOOLS/vectors/v4xcarr2hel.pro::ZTOOLS::Convert carrington to heliographic coordinates (normally called by V4XFORM based on the v4xforms structure)::vectors
$SSW_ZTOOLS/vectors/v4xcart2sph.pro::ZTOOLS::Convert Cartesian to associated Spherical coordinates (normally called by V4XFORM based on the v4xforms structure)::vectors
$SSW_ZTOOLS/vectors/v4xform.pro::ZTOOLS::To transform a four-vector from any of the recognized co-ordinate systems to any other.::vectors
$SSW_ZTOOLS/vectors/v4xhc2sc.pro::ZTOOLS::Convert Solar Cartesian to Heliographic Cartesian coordinates (normally called by V4XFORM based on the v4xforms structure)::vectors
$SSW_ZTOOLS/vectors/v4xhel2carr.pro::ZTOOLS::Convert heliographic to carrington coordinates (normally called by V4XFORM based on the v4xforms structure)::vectors
$SSW_ZTOOLS/vectors/v4xs2sc.pro::ZTOOLS::Convert Solar to Solar Cartesian coordinates (normally called by V4XFORM based on the v4xforms structure)::vectors
$SSW_ZTOOLS/vectors/v4xs2srs.pro::ZTOOLS::Convert Solar (Earth-Range) coordinates to Solar Range Solar (normally called by V4XFORM based on the v4xforms structure)::vectors
$SSW_ZTOOLS/vectors/v4xsc2hc.pro::ZTOOLS::Convert Solar Cartesian to Heliographic Cartesian coordinates (normally called by V4XFORM based on the v4xforms structure)::vectors
$SSW_ZTOOLS/vectors/v4xsc2s.pro::ZTOOLS::Convert Earth-Solar Cartesian to Solar coordinates (normally called by V4XFORM based on the v4xforms structure)::vectors
$SSW_ZTOOLS/vectors/v4xsph2cart.pro::ZTOOLS::Convert Spherical to associated Cartesian coordinates (normally called by V4XFORM based on the v4xforms structure)::vectors
$SSW_ZTOOLS/vectors/v4xsrs2s.pro::ZTOOLS::Convert Solar Range Solar to Solar (Earth-Range) coordinates (normally called by V4XFORM based on the v4xforms structure)::vectors
$SSW_ZTOOLS/nlinear.pro::ZTOOLS::Do linear interpolation in N dimensions.  (More general than "BILINEAR" or "INTERPOL") USAGE:::$SSW_ZTOOLS
$SSW_ZTOOLS/zhdrunit.pro::ZTOOLS::To convert the given scaling factor in a solar image FITS header to other units.  The complication (which is not addressed in the simpler routine "ZUNITS") is that some images give units in::$SSW_ZTOOLS
$SSW_XRAY/idl/atmos.pro::XRAY::This function returns the X-ray cross-sections for the Earth's atmosphere in units of cm2/gm::idl,XRAY, UTIL
$SSW_XRAY/idl/bpow.pro::XRAY::This function returns a broken(double) power-law for an input vector.::idl,SPEX(spectroscopic analysis), fitting
$SSW_XRAY/idl/bpow_taper.pro::XRAY::broken power-law function without discontinuities in the derivatives::idl
$SSW_XRAY/idl/brem_49.pro::XRAY::This function calculates the optically thin continuum thermal bremsstrahlung photon flux incident on the Earth from an isothermal plasma on the Sun.  Normalization is for an emission::idl,SPECTRA
$SSW_XRAY/idl/coefdata.pro::XRAY::This procedures reads in coefficients needed to calculate xray xsections from 1-1000 keV.  Coefficients are taken from McMaster et al 1968.::idl,SPECTRA, XRAYS, XRAY RESPONSE, xray analysis,
$SSW_XRAY/idl/det_xsec.pro::XRAY::return the detector cross-section in 1/cm at energy=e in keV;::idl
$SSW_XRAY/idl/f_2therm_pow.pro::XRAY::This function returns the differential photon spectrum from a model of a double thermal bremsstrahlung plus broken power-law with a low-energy cutoff.::idl
$SSW_XRAY/idl/f_3pow.pro::XRAY::triple broken power-law function with/without discontinuities in the derivatives::idl,SPEX, spectral fitting
$SSW_XRAY/idl/f_bpow.pro::XRAY::broken power-law function with/without discontinuities in the derivatives::idl
$SSW_XRAY/idl/f_bpow_nline.pro::XRAY::broken power-law function with/without discontinuities in the derivatives + gaussian line function::idl
$SSW_XRAY/idl/f_composite.pro::XRAY::This function generates a composite demonstration spectrum from 1 keV to > 10 MeV using X-ray lines, thermal continuua, non-thermal continuua, and a gamma-ray line template.::idl,XRAY, GAMMA-RAY, SPECTRUM
$SSW_XRAY/idl/f_con_lin.pro::XRAY::This function returns the sum of a thermal bremsstrahlung continuum and line spectra with variable element abundances for FE, SI, S, and CA.  All the emission functions have the same::idl,Xray, Spectra
$SSW_XRAY/idl/f_multi_spec.pro::XRAY::This function returns the differential photon spectrum from a model of a double thermal bremsstrahlung plus broken power-law with a low-energy cutoff.::idl,XRAY, SPECTRA
$SSW_XRAY/idl/f_nuclear.pro::XRAY::This function returns a template nuclear line spectral model including independent broken power-law, 2230 keV line, and 511 keV line.::idl,XRAY, GAMMA_RAYS, SPECTRUM, SPEX
$SSW_XRAY/idl/f_th_nt.pro::XRAY::Function to call Steve Benka's XSPEC FORTRAN program to calculate thermal/non-thermal X-ray spectra. The fortran program has been altered to use an approximation to one::idl
$SSW_XRAY/idl/f_vth.pro::XRAY::This function returns the optically thin thermal bremsstrahlung radiation function as differential spectrum seen at Earth in units of photon/(cm2 s keV)::idl,SPECTRA, XRAYS (>1 keV)
$SSW_XRAY/idl/f_vth_bpow.pro::XRAY::This function returns the differential photon spectrum seen at the Earth for a two component model comprised of an optically thin thermal bremsstrahlung function normalized to the Sun-Earth distance plus a non-thermal broken power-law::idl,CATEGORY
$SSW_XRAY/idl/fluorescence.pro::XRAY::Calculate X-ray fluorescence from the escape of K-alpha,beta  photons from a detector surface::idl
$SSW_XRAY/idl/function_com.pro::XRAY::N.A.::idl,SPECTRA
$SSW_XRAY/idl/ixcom.pro::XRAY::For calling the FORTRAN program XCOM to calculate photon cross sections and plot various parameters.::idl,HESI, GEN
$SSW_XRAY/idl/klein.pro::XRAY::This function returns the Klein-Nishina differential Compton scattering cross-section in cm^2 electron^(-1) sr^(-1).::idl,Spectra
$SSW_XRAY/idl/klein_elctrn.pro::XRAY::This function returns the Klein-Nishina differential Compton scattering cross-section in cm^2 electron^(-1) sr^(-1) as a function of the kinetic energy of the::idl,Spectra
$SSW_XRAY/idl/mewe_kev.pro::XRAY::This function returns a Mewe thermal spectrum (line + continuum) for EM=1.e44 cm^-3 Differs principally from MEWE_SPEC. in allowing units of "keV" and flux in Earth detector units, i.e. (ph/cm2/sec/keV).::idl
$SSW_XRAY/idl/pairxsec.pro::XRAY::This functions computes the differential xsection for pair production.::idl,SPECTRA, GAMMA RAYS, detector physics
$SSW_XRAY/idl/para_livetime.pro::XRAY::This function returns the paralyzable livetime fraction frequently needed to make deadtime (livetime) calculations for X-ray detectors.  A detector is paralyzable if the voltage waveform needs to fall back below a discriminator::idl,Gen, Xray, BATSE
$SSW_XRAY/idl/read_mat_xcom.pro::XRAY::Fast access to Partial Interaction/Total Attenuation Coefficients for 96 elements and various compounds commonly used as detectors created by the SDAC version of XCOM software by J. Berger.  Programs accesses::idl,XRAY RESPONSE
$SSW_XRAY/idl/resp_calc.pro::XRAY::N.A.::idl,SPECTRA, XRAYS, DETECTOR RESPONSE, X-ray analysis
$SSW_XRAY/idl/set_function_com.pro::XRAY::Sets and changes the values of the parameters in the common block FUNCTION_COM::idl,SPEX (spectroscopic analysis), fitting
$SSW_XRAY/idl/tegfc.pro::XRAY::N.A.::idl
$SSW_XRAY/idl/thick.pro::XRAY::compute nonthermal thick-target electron power above a low-energy cutoff::idl,spectra, xrays
$SSW_XRAY/idl/totpair_xsec.pro::XRAY::This function computes the total pair-production cross-section in units of 1/cm as a function of the atomic number and photon energy in keV.::idl,SPECTRA, GAMMA-RAYS
$SSW_XRAY/idl/use_vlth.pro::XRAY::This procedure sets the logical scalar USE_VLTH in the common block f_vth_com  if set, then thermal spectrum includes line spectrum from MEWE_SPEC::idl,spectra, xrays
$SSW_XRAY/idl/vlth.pro::XRAY::This function returns a thermal line x-ray spectrum integrated over wider channels suitable for continuum detectors as a function of temperature in keV for an emission measure::idl,XRAY, SPECTRA
$SSW_XRAY/idl/vtherm.pro::XRAY::N.A.::idl
$SSW_XRAY/idl/xcross.pro::XRAY::This function returns the xray cross-sections using fits to coefficients in McMaster et al.  See XSEC.PRO.::idl,spectra, xrays, xray response
$SSW_XRAY/idl/xplot.pro::XRAY::Xplot is used in iXCOM to plot one or all of the following: mass attenuation coefficient vs photon energy fractional transmission of unaffected photons vs photon energy::idl,CATEGORY
$SSW_XRAY/idl/xplot_grid.pro::XRAY::program to create a log-log grid for Xplot plots::idl,HESI, Gen
$SSW_XRAY/idl/xsec.pro::XRAY::This function calculates xray xsections from 1-1000 keV.::idl,spectra, xrays, detector response
$SSW_GOES/idl/clean_goes.pro::GOES::This procedure finds and removes the glitches in the GOES xray data due to the changes in the analogue filtering used to accommodate the full dynamic range.::idl,GOES
$SSW_GOES/idl/clean_goes2.pro::GOES::This procedure finds and removes the glitches in the GOES xray data due to the changes in the analogue filtering used to accommodate the full dynamic range.::idl
$SSW_GOES/idl/do_fitsfiles.pro::GOES::Create FITS format files for all days between firstday and lastday for GOES 6, GOES 7, GOES 8, GOES 9, and GOES 10.::idl,GOES
$SSW_GOES/idl/error_bars.pro::GOES::N.A.::idl
$SSW_GOES/idl/find_fits_bad.pro::GOES::N.A.::idl
$SSW_GOES/idl/find_goes_data.pro::GOES::N.A.::idl
$SSW_GOES/idl/get_fitsval.pro::GOES::N.A.::idl
$SSW_GOES/idl/gfits_ext1.pro::GOES::N.A.::idl
$SSW_GOES/idl/gfits_ext2.pro::GOES::N.A.::idl
$SSW_GOES/idl/gfits_files.pro::GOES::N.A.::idl
$SSW_GOES/idl/gfits_head.pro::GOES::N.A.::idl
$SSW_GOES/idl/gfits_r.pro::GOES::This procedure reads GOES three second soft X-ray data from either the SDAC or Yohkoh databases.  Default is to use the SDAC data base found at GOES_FITS.::idl,GOES
$SSW_GOES/idl/gfits_w.pro::GOES::Write a GOES FITS file for the date and satellite specified.::idl,GOES
$SSW_GOES/idl/goes.pro::GOES::Provide a widget interface to plot GOES data and derived quantities.::idl,GOES
$SSW_GOES/idl/goes_3hour.pro::GOES::Read the GOES 3-hour files copied from SEL and return the header record, and the data records.::idl,GOES
$SSW_GOES/idl/goes_data.pro::GOES::This procedure extracts 3-second GOES data from the online database and cleans it.::idl,GOES
$SSW_GOES/idl/goes_dc2fits.pro::GOES::Procedure to creat FITS format file from DC format files.::idl,GOES
$SSW_GOES/idl/goes_deglitch.pro::GOES::This function finds and replaces telemetry spikes in GOES data.::idl,SMM, HXRBS
$SSW_GOES/idl/goes_fluxes.pro::GOES::This procedure calculates the expected fluxes from the GOES X-ray detectors in Watts/meter^2 (reported units) as a function of temperature and emission measure.::idl,GOES
$SSW_GOES/idl/goes_resp_com.pro::GOES::N.A.::idl
$SSW_GOES/idl/goes_tem.pro::GOES::This procedures computes the temperature and emission measure of the solar soft X-ray plasma measured with the GOES ionization chambers.::idl,GOES, SPECTRA
$SSW_GOES/idl/goes_transfer.pro::GOES::This procedure computes the transfer functions for the GOES XRS soft-xray spectrometers.::idl,GOES, SPECTRAL ANALYSIS
$SSW_GOES/idl/goesplot.pro::GOES::Display the time profile of any interval of GOES data.::idl,GOES
$SSW_GOES/idl/make_goes_resp.pro::GOES::This procedure integrates the GOES transfer functions over a thermal solar spectrum for 200 temperatures to set up an interpolation table. Calculates the response in watts/m2 of the two GOES channels to the thermal::idl,GOES, SPECTROSCOPY, ANALYSIS
$SSW_GOES/idl/make_goes_tek.pro::GOES::This procedure makes the daily GOES plots in Tektronix formats used for deciding whether flares have been::idl,GOES, BATSE
$SSW_GOES/idl/rem_spikes.pro::GOES::N.A.::idl
$SSW_GOES/idl/run_dc2fits.pro::GOES::Apply goes_dc2fits many times.::idl,GOES
$SSW_GOES/idl/tem_calc.pro::GOES::TEM_CALC calculates the temperature and emission measure from the GOES ionization X-ray chambers.  The data array must already be cleaned of gain change spikes.  The background::idl
$SSW_GOES/idl/tem_plot.pro::GOES::This procedure plots the temperature or emission measure calculated from GOES data in TEM_CALC.::idl,GOES
$SSW_SPEX/idl/yohkoh/ave_cts2.pro::SPEX::This function returns the  counts/sec/subcollimator value from given data(....,64,....). Note that 'data' should be in unit of cts / 0.5 sec for each sensor (should be decompressed from 8 to 12 bit beforehand).::yohkoh,HXT, INSTRUMENT
$SSW_SPEX/idl/yohkoh/hxs_ph_dead.pro::SPEX::Deadtime correction factor for HXS-PH as a function of the observed count rate. Taken from DTCF_PH_HXS, rewritten to accept vectors.  The correction is not exact::yohkoh
$SSW_SPEX/idl/yohkoh/hxt_cal_drm.pro::SPEX::Creates the detector response matrix for the HXT cal data with 64 output channels.::yohkoh,YOHKOH/HXT, SPEX
$SSW_SPEX/idl/yohkoh/hxt_cal_fix.pro::SPEX::This procedure reads the complete HXT  calibration data file, corrects for possible counter overflow, and returns the flash analyzer relative widths from the database files.::yohkoh,YOHKOH/HXT, INSTRUMENT
$SSW_SPEX/idl/yohkoh/hxt_prestore.pro::SPEX::Obtain time tags at the midpoint of HXT data accumulation intervals. See p.71 of SOLAR-A Jikken-Keikaku-Syo for a reference.::yohkoh
$SSW_SPEX/idl/yohkoh/rd_hxt_drm.pro::SPEX::read the yohkoh hxt response matrix::yohkoh
$SSW_SPEX/idl/yohkoh/rd_sxs_pha.pro::SPEX::accumulate sxs pulse-height data::yohkoh,YOHKOH, SXS, I/O, SPEX
$SSW_SPEX/idl/yohkoh/rd_wbs_pha.pro::SPEX::accumulate wbs pulse-height data::yohkoh
$SSW_SPEX/idl/yohkoh/sxs_ecal.pro::SPEX::N.A.::yohkoh
$SSW_SPEX/idl/yohkoh/wbs_response.pro::SPEX::read Yohkoh WBS response functions for HXS and GRS1, GRS2 as well as nominal energy calibration files::yohkoh,spectral analysis
$SSW_SPEX/idl/accum.pro::SPEX::Accumulate average spectra over a series of time intervals::idl,Spectral analysis
$SSW_SPEX/idl/ai_bpow.pro::SPEX::the inital values of apar, the fit parameters, for the broken power law..::idl
$SSW_SPEX/idl/ai_thermal.pro::SPEX::the inital values of a for the single thermal..::idl
$SSW_SPEX/idl/ai_vth_bpow.pro::SPEX::the inital values of a for the thermal + double P.L..::idl
$SSW_SPEX/idl/apar_check.pro::SPEX::reconcile array of parameters with initial values for parameters and number of intervals::idl,spectral analysis
$SSW_SPEX/idl/apar_init.pro::SPEX::Obtain initial values for apar; the spectral fit parameters::idl
$SSW_SPEX/idl/batse_file_search.pro::SPEX::Look for files satisfying passed directory and filename strings, Find file or files satisfying passed strings, and let user select filename of choice.  Passed strings may also be a set of templates using wildcards::idl,SPEX, BATSE, SYSTEM
$SSW_SPEX/idl/bfits_burst.pro::SPEX::read in BATSE bfits time history for bursts::idl
$SSW_SPEX/idl/build_fname.pro::SPEX::Construct filenames from templates and replacement strings.::idl,i/o, file management
$SSW_SPEX/idl/convolute.pro::SPEX::N.A.::idl
$SSW_SPEX/idl/countsmod_plot.pro::SPEX::plot the details of the count spectrum model::idl
$SSW_SPEX/idl/create_family.pro::SPEX::N.A.::idl
$SSW_SPEX/idl/create_param.pro::SPEX::es or adds onto the parameter structure.  The purpose::idl
$SSW_SPEX/idl/curvfit.pro::SPEX::Non-linear least squares fit to a function of an arbitrary number of parameters. Function may be any non-linear function where::idl,E2 - Curve and Surface Fitting
$SSW_SPEX/idl/drm_4_spex.pro::SPEX::detector response matrix (DRM) input proc. for SPEX::idl,SPEX, spectral analysis
$SSW_SPEX/idl/event_selector.pro::SPEX::Tell what your routine does here.  I like to start with the words: "This function (or procedure) ..." Try to use the active, present tense.::idl,Put a category (or categories) here.  For example:
$SSW_SPEX/idl/f_conversion.pro::SPEX::Calculates conversion factors for the current model and drm and to load them into CONVI::idl,SPEX
$SSW_SPEX/idl/fcount_rate.pro::SPEX::Compute the counting rate, counts/cm2/keV, from the response matrix and a photon flux model parameters::idl,SPEX, Spectral analysis, fitting.
$SSW_SPEX/idl/file_searcher.pro::SPEX::Look for files satisfying passed directory and filename strings, Find file or files satisfying passed strings, and let user select filename of choice.  Passed strings may also be a set of templates using wildcards::idl,i/o
$SSW_SPEX/idl/fit_backgrnd.pro::SPEX::This function fits the count rate, RATE, to a polynomial of order, ORDER, over the background intervals specified by the limits in TRANGE1 and TRANGE2. Return the value of the fit over the time range, T_D.::idl
$SSW_SPEX/idl/fits_spectra.pro::SPEX::to find strings with matching substrings::idl,string processing
$SSW_SPEX/idl/funct1.pro::SPEX::calculate function values and partial derivatives::idl,spectral analysix
$SSW_SPEX/idl/fwhm.pro::SPEX::N.A.::idl
$SSW_SPEX/idl/get_conversion.pro::SPEX::Compute conversion factors as a function of the spectral model. The conversion factors are the ratio of the count rate spectrum divided by the photon spectrum.::idl,SPEX
$SSW_SPEX/idl/get_evec.pro::SPEX::N.A.::idl
$SSW_SPEX/idl/help_spex.pro::SPEX::Provide helpful information on commands, parameters and data arrays within SPEX::idl
$SSW_SPEX/idl/hxt_prestore.pro::SPEX::Obtain time tags at the midpoint of HXT data accumulation intervals. See p.71 of SOLAR-A Jikken-Keikaku-Syo for a reference.::idl
$SSW_SPEX/idl/intervals.pro::SPEX::Graphically select a set of intervals from an X array. The X, Y plot is already displayed::idl,Graphics, Fitting
$SSW_SPEX/idl/lfit_2.pro::SPEX::Obtains a linear fit with a break in it::idl
$SSW_SPEX/idl/lfit_3.pro::SPEX::Obtains a P.L. with a 2 breaks in it::idl
$SSW_SPEX/idl/light_eff2.pro::SPEX::N.A.::idl
$SSW_SPEX/idl/list_op.pro::SPEX::N.A.::idl
$SSW_SPEX/idl/low_e_spec_eff.pro::SPEX::calculate the low energy cross section for BATSE spec detectors from materials and geometry Only considers the front surface.  Validity limited::idl
$SSW_SPEX/idl/model_components.pro::SPEX::This procedure provides information to the routines under SPEX on the standard model functions available.::idl,SPEX
$SSW_SPEX/idl/modify_merge_list.pro::SPEX::GUI interface to modify merge_list structure.::idl,SPEX, Widgets
$SSW_SPEX/idl/near_pc_resp.pro::SPEX::This procedure computes the X-ray response of the NEAR P-I-N SI detector to a solar flux. Because it is designed to work with the generic SPEX::idl,NEAR, SPEX
$SSW_SPEX/idl/near_pin_cal.pro::SPEX::This procedure returns the NEAR PIN PHA gain calibration vector.::idl,NEAR, SPEX, SPECTROSCOPIC ANALYSIS
$SSW_SPEX/idl/near_pin_resp.pro::SPEX::This procedure computes the X-ray response of the NEAR P-I-N SI detector to a solar flux. Because it is designed to work with the generic SPEX::idl,NEAR, SPEX
$SSW_SPEX/idl/op_com.pro::SPEX::This procedure handles operator communications with a menu,::idl,SPEX
$SSW_SPEX/idl/option_changer.pro::SPEX::SE:::idl
$SSW_SPEX/idl/option_toggle.pro::SPEX::N.A.::idl
$SSW_SPEX/idl/plot_composite.pro::SPEX::N.A.::idl
$SSW_SPEX/idl/plot_near_spectra.pro::SPEX::N.A.::idl
$SSW_SPEX/idl/printx.pro::SPEX::This procedure includes both normal print to screen but also to a text widget if enabled E.g. printx, a::idl
$SSW_SPEX/idl/rd_drm_4_spex.pro::SPEX::read drm files, match output bins to data edges::idl,i/o, spectral analysis
$SSW_SPEX/idl/rd_near_pin.pro::SPEX::This procedure ingests the data from the NEAR PIN detector. Times and fluxes are corrected to distances of 1 AU.::idl,NEAR, SPEX
$SSW_SPEX/idl/rd_tgrs.pro::SPEX::Read in spectral accumulation files produced by the TGRS Data Analysis Software (TDAAS). Suitable for reading ANY TGRS data produced::idl,CATEGORY TGRS, SPEX
$SSW_SPEX/idl/rd_tgrs_drm.pro::SPEX::This procedure returns the vector photoefficiency for the TGRS spectrometer.::idl,NEAR, SPEX
$SSW_SPEX/idl/rd_tgrs_spec.pro::SPEX::Read in spectral accumulation files produced by the TGRS Data Analysis Software (TDAAS). Suitable for reading ANY TGRS data produced::idl,CATEGORY TGRS, SPEX
$SSW_SPEX/idl/rd_tgrs_spex.pro::SPEX::Read in spectral accumulation files produced by the TGRS Data Analysis Software (TDAAS). Suitable for reading ANY TGRS data produced::idl,CATEGORY TGRS, SPEX
$SSW_SPEX/idl/read_4_spex.pro::SPEX::data input proc. for SPEX::idl,SPEX, analysis i/o
$SSW_SPEX/idl/read_batse_4_spex.pro::SPEX::data input proc. for SPEX::idl,SPEX, analysis i/o
$SSW_SPEX/idl/read_chanmask.pro::SPEX::N.A.::idl
$SSW_SPEX/idl/read_hirex_4_spex.pro::SPEX::data input proc. for SPEX::idl,SPEX, analysis i/o
$SSW_SPEX/idl/read_smm_4_spex.pro::SPEX::data input proc. for SPEX::idl,SPEX, analysis i/o
$SSW_SPEX/idl/read_yohkoh_4_spex.pro::SPEX::This procedure controls the input of YOHKOH spectral data for SPEX.::idl,YOHKOH, SXS, I/O, SPEX
$SSW_SPEX/idl/run_curvefit.pro::SPEX::This procedure interfaces the least squares fit procedure with the data and response functions for SPEX.::idl,SPEX, ANALYSIS, FITTING
$SSW_SPEX/idl/run_file_search.pro::SPEX::Look for files satisfying passed directory and filename strings, Find file or files satisfying passed strings, and let user select filename of choice.  Passed strings may also be a set of templates using wildcards::idl,SPEX, i/o
$SSW_SPEX/idl/run_near.pro::SPEX::This procedure reads GOES data, subtracts background, integrates over time intervals, reports the fluxes, and converts to temperature and emission measure.::idl,GOES
$SSW_SPEX/idl/set_bpow.pro::SPEX::N.A.::idl
$SSW_SPEX/idl/set_vth_bpow.pro::SPEX::N.A.::idl
$SSW_SPEX/idl/setup_params.pro::SPEX::intialize parameters and command strings for SPEX::idl,initializations
$SSW_SPEX/idl/setup_spex.pro::SPEX::Initialize parameters and variables for spex.pro::idl,SPEX, analysis
$SSW_SPEX/idl/spec_plot.pro::SPEX::Plot an observed energy spectrum and its model::idl,SPEX, GRAPHICS
$SSW_SPEX/idl/spectral_ratio.pro::SPEX::Find estimates to fitting functions by using ratios of count rates and detector response functions.::idl,SPEX
$SSW_SPEX/idl/spex.pro::SPEX::N.A.::idl
$SSW_SPEX/idl/spex_background.pro::SPEX::controls the determination of background rate within the SPEX environment.::idl,SPEX
$SSW_SPEX/idl/spex_batse_preview.pro::SPEX::find file names and display energy range and aspect info in preparation for file reading in SPEX of BATSE data.::idl,SPEX, BATSE, CGRO
$SSW_SPEX/idl/spex_bkgrd.pro::SPEX::Fit the count rate, RATE, to a polynomial of order, ORDER, over the background intervals specified by the limits in TRANGE1 and TRANGE2. Return the value of the fit over the time range, T_D.::idl
$SSW_SPEX/idl/spex_commons.pro::SPEX::Data and Option storage common blocks for SPEX::idl,SPEX
$SSW_SPEX/idl/spex_controls.pro::SPEX::Tell what your routine does here.  I like to start with the words: "This function (or procedure) ..." Try to use the active, present tense.::idl,Put a category (or categories) here.  For example:
$SSW_SPEX/idl/spex_current.pro::SPEX::return current value of SPEX variable from common or parameters::idl
$SSW_SPEX/idl/spex_data_genx.pro::SPEX::This procedure reports the flux from a genx file.::idl,SPEX, I/O
$SSW_SPEX/idl/spex_database.pro::SPEX::install the SPEX environmentals and path at ISAS Two software directories needed are installed at the top of the path.::idl
$SSW_SPEX/idl/spex_env.pro::SPEX::install the SPEX environmentals and path locally, Two software directories needed are installed at the top of the path.::idl
$SSW_SPEX/idl/spex_evnt.pro::SPEX::Provide a widget interface to select data events for SPEX. plot HXRBS flare time profiles.::idl
$SSW_SPEX/idl/spex_f_labels.pro::SPEX::This function returns the structure with the description of the fitting function and the meaning of the free parameters needed for the model selection and the legend printed by the plotting routi::idl
$SSW_SPEX/idl/spex_fchisqr.pro::SPEX::Compute statistic of total Chisqr for a function (FUNCTION_NAME), a set of parameters A, independent variables X, dependent variables Y, and weighting factors, W.  Also evaluates the function at X for A as::idl,E2 - Curve and Surface Fitting
$SSW_SPEX/idl/spex_files.pro::SPEX::N.A.::idl
$SSW_SPEX/idl/spex_flash.pro::SPEX::This procedure highlights the current time interval being fit on the time history plot.::idl
$SSW_SPEX/idl/spex_flux_time.pro::SPEX::Returns a matrix of flux values, 1 for each energy and each set of model parameters within the applicable energy range.::idl,SPEX, Modeling
$SSW_SPEX/idl/spex_handles.pro::SPEX::Global data handling in SPEX.::idl,SPEX
$SSW_SPEX/idl/spex_handles_find.pro::SPEX::This function returns the top handle id for the requested data structure.::idl,SPEX
$SSW_SPEX/idl/spex_handles_str.pro::SPEX::This procedure creates the structure used in the SPEX_HANDLES* procedures. It also loads the tags with the input values.::idl,SPEX, HANDLES
$SSW_SPEX/idl/spex_intervals.pro::SPEX::Graphically select a set of intervals from an X array. The X, Y plot is already displayed.  SPEX_INTERVALS is the driver for INTERVALS, the interval selection routine in SPEX.::idl,Graphics, Fitting
$SSW_SPEX/idl/spex_merge_control.pro::SPEX::process the creation, editing, and processing of the merging of database files within SPEX::idl,SPEX
$SSW_SPEX/idl/spex_model_array.pro::SPEX::Returns a matrix of flux values, 1 for each energy and each set of model parameters.::idl,SPEX, Modeling
$SSW_SPEX/idl/spex_out.pro::SPEX::This routine extracts a set of variables from the SPEX common blocks.::idl,SPEX
$SSW_SPEX/idl/spex_plot_saved.pro::SPEX::This procedure provides a simple interface for plotting the results of analysis in SPEX.::idl,SPEX
$SSW_SPEX/idl/spex_preview.pro::SPEX::find file names and display energy range and aspect info in preparation for file reading in SPEX::idl
$SSW_SPEX/idl/spex_proc.pro::SPEX::Run the SPEX spectral analysis package as a procedure::idl
$SSW_SPEX/idl/spex_save.pro::SPEX::To save and restore variables defined in a SPEX session::idl,I/O
$SSW_SPEX/idl/spex_save_data.pro::SPEX::Write current spex input data to a save file.  Rates::idl,SPEX, Spectral Analysis
$SSW_SPEX/idl/spex_source.pro::SPEX::report the status of the arrays in the merge common::idl,spectral analysis
$SSW_SPEX/idl/spex_spec_plot.pro::SPEX::Plot an observed energy spectrum and its model::idl,SPEX, GRAPHICS
$SSW_SPEX/idl/spex_startup.pro::SPEX::setup path and start spex as a subroutine important variables available in common block Runs spex through command line mode.::idl,SPEX utility
$SSW_SPEX/idl/spex_summary.pro::SPEX::To save and restore variables defined in a SPEX session::idl,I/O
$SSW_SPEX/idl/spex_thistory.pro::SPEX::Plot the SPEX count rate as a function of time in one or up to four scaled bands.::idl
$SSW_SPEX/idl/tgrs_livetime.pro::SPEX::This function returns the first-order livetime fraction (0-1) for the TGRS spectrometer.::idl,ANALYSIS, INSTRUMENT, TGRS, SPEX
$SSW_SPEX/idl/wsetshow.pro::SPEX::Make the desired window active when switching from spectral and temporal plotting domains.  Also, loads in the correct sysvariables for those windows.::idl
$SSW_SPEX/idl/wspex.pro::SPEX::Tell what your routine does here.  I like to start with the words: "This function (or procedure) ..." Try to use the active, present tense.::idl,Put a category (or categories) here.  For example:
$SSW_SPEX/idl/x.pro::SPEX::Set the window to X graphics::idl,DISPLAY, SPEX
$SSW_SPEX/idl/x_eout_drm.pro::SPEX::Given a Detector Response Matrix, (cnts/keV), calculated on output energy bins, IN_E_OUT, interpolate the output rows to the actual detector output bins.::idl,Spectral Analysis
$SSW_SPEX/idl/xps.pro::SPEX::preview Postscript files::idl,SPEX, GRAPHICS
$SSW_LPARL/idl/io/anafrd.pro::LPARL::for reading various types of image files written by ana ANAFRD will read f0 or fits files and will read both standard and Rice compressed versions.::io
$SSW_LPARL/idl/io/f0read.pro::LPARL::for reading F0 format compressed files written by ANA.::io
$SSW_LPARL/idl/io/rice.pro::LPARL::for reading Rice compressed or uncompressed FITS format files::io
$SSW_LPARL/idl/ucon/mathur/add48.pro::LPARL::N.A.::mathur
$SSW_LPARL/idl/ucon/mathur/awbinchk.pro::LPARL::N.A.::mathur
$SSW_LPARL/idl/ucon/mathur/ckip.pro::LPARL::N.A.::mathur
$SSW_LPARL/idl/ucon/mathur/foof_times.pro::LPARL::N.A.::mathur
$SSW_LPARL/idl/ucon/mathur/frame_times.pro::LPARL::N.A.::mathur
$SSW_LPARL/idl/ucon/mathur/jj.pro::LPARL::N.A.::mathur
$SSW_LPARL/idl/ucon/mathur/lstdp.pro::LPARL::N.A.::mathur
$SSW_LPARL/idl/ucon/mathur/makecrop.pro::LPARL::N.A.::mathur
$SSW_LPARL/idl/ucon/mathur/mkawbin.pro::LPARL::N.A.::mathur
$SSW_LPARL/idl/ucon/mathur/mkirbin.pro::LPARL::N.A.::mathur
$SSW_LPARL/idl/ucon/mathur/mkrwimg.pro::LPARL::N.A.::mathur
$SSW_LPARL/idl/ucon/mathur/mkrwimg_tmp.pro::LPARL::N.A.::mathur
$SSW_LPARL/idl/ucon/mathur/mult48.pro::LPARL::N.A.::mathur
$SSW_LPARL/idl/ucon/mathur/ptrk.pro::LPARL::N.A.::mathur
$SSW_LPARL/idl/ucon/mathur/rdsci.pro::LPARL::N.A.::mathur
$SSW_LPARL/idl/ucon/mathur/rdsci1.pro::LPARL::N.A.::mathur
$SSW_LPARL/idl/ucon/mathur/rdscidp.pro::LPARL::N.A.::mathur
$SSW_LPARL/idl/ucon/mathur/rectbin.pro::LPARL::N.A.::mathur
$SSW_LPARL/idl/ucon/mathur/sum_param.pro::LPARL::N.A.::mathur
$SSW_LPARL/idl/ucon/mathur/test_pat.pro::LPARL::N.A.::mathur
$SSW_LPARL/idl/ucon/mathur/tstvwimg.pro::LPARL::N.A.::mathur
$SSW_LPARL/idl/ucon/mathur/vectbin.pro::LPARL::N.A.::mathur
$SSW_LPARL/idl/ucon/mlevay/checker.pro::LPARL::N.A.::mlevay
$SSW_LPARL/idl/ucon/mlevay/checkmap.pro::LPARL::N.A.::mlevay
$SSW_LPARL/idl/ucon/mlevay/getmap.pro::LPARL::N.A.::mlevay
$SSW_LPARL/idl/ucon/mlevay/idlsave.pro::LPARL::N.A.::mlevay
$SSW_LPARL/idl/ucon/mlevay/makelf.pro::LPARL::N.A.::mlevay
$SSW_LPARL/idl/ucon/mlevay/medl.pro::LPARL::N.A.::mlevay
$SSW_LPARL/idl/ucon/mlevay/medl_0.pro::LPARL::N.A.::mlevay
$SSW_LPARL/idl/ucon/mlevay/ptrk.pro::LPARL::N.A.::mlevay
$SSW_LPARL/idl/ucon/mlevay/ptrk1.pro::LPARL::N.A.::mlevay
$SSW_LPARL/idl/ucon/mlevay/ptrk3.pro::LPARL::N.A.::mlevay
$SSW_LPARL/idl/ucon/mlevay/ptrk4.pro::LPARL::N.A.::mlevay
$SSW_LPARL/idl/ucon/mlevay/rectbin.pro::LPARL::N.A.::mlevay
$SSW_LPARL/idl/ucon/mlevay/rectbin_0.pro::LPARL::N.A.::mlevay
$SSW_LPARL/idl/ucon/morrison/allpks_html.pro::LPARL::To create a single html files that contain all the indivisual peak plots. CALIING SEQUENCE:::morrison
$SSW_LPARL/idl/ucon/morrison/apj_todd.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/bill1.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/cal_coeff.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/cal_fig_mich.pro::LPARL::To display the spatial map for the Michelson calibration results::morrison
$SSW_LPARL/idl/ucon/morrison/chk_embed9.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/chk_embed9b.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/closeall.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/copy_merge.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/craig1.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/dexter1.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/disp10x10.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/disp1dtmap.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/disp20.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/disp9.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/disp9embed.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/disp_ted6.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/disp_trans.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/display_hr_fov.pro::LPARL::Dumb routine to draw a box over an MDI full disk image It can be one of the "kpmag2mdi" full disk images.::morrison
$SSW_LPARL/idl/ucon/morrison/do1dtmap.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/do_disp_mmap1.pro::LPARL::An interactive driver for the DISP_MMAP routine::morrison
$SSW_LPARL/idl/ucon/morrison/do_fit_gcross.pro::LPARL::Calculate a simple fake dark image from the corners of a FD image::morrison
$SSW_LPARL/idl/ucon/morrison/doc1liners.pro::LPARL::To generate a 1 liners tabular file using the::morrison
$SSW_LPARL/idl/ucon/morrison/doit.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/dprint.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/dtmap.pro::LPARL::Derives Michelson maps and corrected images from a detune sequence::morrison
$SSW_LPARL/idl/ucon/morrison/embed9.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/fast_96min_test.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/fit_gcross.pro::LPARL::To fit a gaussian curve to a grid cross in an image::morrison
$SSW_LPARL/idl/ucon/morrison/focus3_trace.pro::LPARL::To analyze a single set of TRACE grid target focus data::morrison
$SSW_LPARL/idl/ucon/morrison/full_graph_gif.pro::LPARL::To plot the x and y error jitter plots into a gif file::morrison
$SSW_LPARL/idl/ucon/morrison/funct_wrap.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/gaussfit2.pro::LPARL::EVALUATE THE SUM OF A GAUSSIAN AND A 2ND ORDER POLYNOMIAL AND OPTIONALLY RETURN THE VALUE OF IT'S PARTIAL DERIVATIVES. NORMALLY, THIS FUNCTION IS USED BY CURVEFIT TO FIT THE::morrison,E2 - CURVE AND SURFACE FITTING.
$SSW_LPARL/idl/ucon/morrison/gaussfit3.pro::LPARL::EVALUATE THE SUM OF A GAUSSIAN AND A 2ND ORDER POLYNOMIAL AND OPTIONALLY RETURN THE VALUE OF IT'S PARTIAL DERIVATIVES. NORMALLY, THIS FUNCTION IS USED BY CURVEFIT TO FIT THE::morrison,E2 - CURVE AND SURFACE FITTING.
$SSW_LPARL/idl/ucon/morrison/get9embed.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/get9map.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/get9maps.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/get_boxcorn.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/get_img_avoid.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/get_pks.pro::LPARL::Find the contiguous subscripts.  Used for finding unique peaks.::morrison
$SSW_LPARL/idl/ucon/morrison/get_scan_ser.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/go_calibrate.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/go_chk_embed9.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/go_chk_embed9b.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/go_contour.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/go_disp9embed.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/go_disp_mmap.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/go_do1pos.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/go_dtmap.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/go_exec_synop_msg.pro::LPARL::To send out a reminder of what needs to be added to the campaign synopsis web page::morrison
$SSW_LPARL/idl/ucon/morrison/go_fit_gcross.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/go_fits_sci5k.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/go_gen_exec_synop.pro::LPARL::To allow generation of the executive synopsis pages DETAILS: index_only=1	;will only generate the index page::morrison
$SSW_LPARL/idl/ucon/morrison/go_list_tfi.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/go_lists2matrix_mail.pro::LPARL::This takes a list of files that have mailing list 'rosters', and it then produces a chart showing which mailing lists each address belong to.::morrison
$SSW_LPARL/idl/ucon/morrison/go_plot.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/go_plot_fit.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/go_plot_lyot.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/go_save_embed9.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/go_summary.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/head_debug.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/head_prob2.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/head_prob3.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/head_prob4.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/hist_count.pro::LPARL::To search the telemetry command history for certain strings and make a table of how often they are found for each month::morrison
$SSW_LPARL/idl/ucon/morrison/hist_sea.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/hist_sort.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/hist_summary.pro::LPARL::To search the telemetry command history for certain strings::morrison
$SSW_LPARL/idl/ucon/morrison/idl_speed.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/jake2.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/jake3.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/jake4.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/jake5.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/jitter_do.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/jitter_ftp.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/jitter_gif_pks.pro::LPARL::Writes gif files for each of the peak plots.::morrison
$SSW_LPARL/idl/ucon/morrison/jitter_gif_xyimg.pro::LPARL::To create gif files for each x and y error image, as well as negative verisions for use as veiw graphs.::morrison
$SSW_LPARL/idl/ucon/morrison/jitter_html.pro::LPARL::To create a html file with links to the x and y error plots, full spectrum images, peaks, and tab files.::morrison
$SSW_LPARL/idl/ucon/morrison/junk1.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/linelabel.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/lists2matrix.pro::LPARL::This takes a list of files that have mailing list 'rosters', and it then produces a chart showing which mailing lists each address belong to.::morrison
$SSW_LPARL/idl/ucon/morrison/loadsci.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/maplaser.pro::LPARL::Produce the central wavelength and peak transmission maps for one set of 27 or 29 images.::morrison
$SSW_LPARL/idl/ucon/morrison/mk_dark.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/mk_refbar.pro::LPARL::To display a reference color bar (to go along side an image)::morrison
$SSW_LPARL/idl/ucon/morrison/mk_square2.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/mk_tcblock.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/mtmtune.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/net_dir_diff.pro::LPARL::To check for files that are not on one machine but are on a master machine and then copy the missing files;::morrison
$SSW_LPARL/idl/ucon/morrison/pause.pro::LPARL::To request that the user hit <CR> between plots, but to not pause if the output device is Postscript.::morrison
$SSW_LPARL/idl/ucon/morrison/phil1.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/phil2.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/phil3.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/pl_dt_genx.pro::LPARL::To plot the detune GENX data results::morrison
$SSW_LPARL/idl/ucon/morrison/plot_do1pos.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/plot_fit_wrap.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/plot_gcross.pro::LPARL::To plot the grid cross data - time series and location variation::morrison
$SSW_LPARL/idl/ucon/morrison/plot_gcross1.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/plot_gcross2.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/plot_gcross3.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/plot_gcross3b.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/plot_gcross3c.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/plot_loi_96min.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/plot_lyot.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/plot_mmap_trans.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/plot_rdb2.pro::LPARL::To read and plot a single column of an RDB file::morrison
$SSW_LPARL/idl/ucon/morrison/plot_seq_pos.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/plot_tb_tv.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/plot_ted6.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/plots2.pro::LPARL::Using the "TV2" suite of routines to handle switching between device coordinates and postscript.  PLOTS2 does plotting::morrison
$SSW_LPARL/idl/ucon/morrison/plottime.pro::LPARL::Originally it simply put a message "Plot Made dd-MMM-yy hh:mm:ss" message on the plots.  It was generalized to effectively do what "xyouts, /normalize" does (before that capability was::morrison
$SSW_LPARL/idl/ucon/morrison/plottimes.pro::LPARL::Ancient routine which effectively does an "xyouts, /norm" but relative to the PLOT window, not the whole page.::morrison
$SSW_LPARL/idl/ucon/morrison/polyfill2.pro::LPARL::Using the "TV2" suite of routines to handle switching between device coordinates and postscript. POLYFILL::morrison
$SSW_LPARL/idl/ucon/morrison/raw_summary.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/rd_dt_genx.pro::LPARL::To read the GENX data structures created during the MDI detune analysis::morrison
$SSW_LPARL/idl/ucon/morrison/rd_raw.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/remake_tfr.pro::LPARL::To take an ECS SCI160k QKL file and remake it to be in the format that the EGSE makes NOTES:::morrison
$SSW_LPARL/idl/ucon/morrison/rfits.pro::LPARL::Reads a standard FITS disk file into an array.::morrison
$SSW_LPARL/idl/ucon/morrison/rough_gcross.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/sgn.pro::LPARL::Return the sign of the argument. If the argument is zero, return zero.::morrison
$SSW_LPARL/idl/ucon/morrison/sinfit0.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/sinfit1.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/sinfit_test.pro::LPARL::Fits sinusoid to each pixel of image(x,y,*)::morrison
$SSW_LPARL/idl/ucon/morrison/susan_plot.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/tapes2.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/ted1.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/ted2.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/ted3.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/ted4.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/ted5.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/ted6.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/ted6a.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/ted6b.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/ted6c.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/ted6d.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/ted7.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/ted7a.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/ted7aa.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/ted7b.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/ted7c.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/ted8.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/ted9a.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/telem_sum.pro::LPARL::To give a summary of a telemetry file showing gaps and discontinuities in the times::morrison
$SSW_LPARL/idl/ucon/morrison/test1.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/test10.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/test11.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/test12.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/test13.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/test3.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/test4.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/test4mike.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/test5.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/test6.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/test7.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/test8.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/test9.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/therm_plot.pro::LPARL::TO plot thermal modeling data time plots::morrison
$SSW_LPARL/idl/ucon/morrison/tv2.pro::LPARL::To allow a user to output an image to a PostScript device and to specify the location (and size) in pseudo-pixel coordinates.::morrison
$SSW_LPARL/idl/ucon/morrison/twodpoly.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/xnet_file_diff.pro::LPARL::N.A.::morrison
$SSW_LPARL/idl/ucon/morrison/xyouts2.pro::LPARL::Wrapper for xyouts -- use pseudo pixel coordinates when writing to PostScript file. Must "set up" the coordinates with a previous call to tv2,/init,xsize,ysize first.::morrison
$SSW_LPARL/idl/ucon/tarbell/av_dt_genx.pro::LPARL::To average a set of detune GENX data results::tarbell
$SSW_LPARL/idl/ucon/tarbell/cray_filter.pro::LPARL::This compares each image with the image before and after it, in sequence. This checks each pixel, and if it isn't a median value of the 3, it compares it with a contant (tolerance) times median standard of deviation.  If an atomic ray is::tarbell
$SSW_LPARL/idl/ucon/tarbell/disp1focus_d.pro::LPARL::To display the focus information::tarbell
$SSW_LPARL/idl/ucon/tarbell/disp1focus_flt.pro::LPARL::To display the focus information::tarbell
$SSW_LPARL/idl/ucon/tarbell/focus3.pro::LPARL::To find 3 positions of best focus by fitting 3 sharpness parameters::tarbell
$SSW_LPARL/idl/ucon/tarbell/focus_trace_d.pro::LPARL::To analyze a single set of TRACE grid target focus data::tarbell
$SSW_LPARL/idl/ucon/tarbell/go_dt_analysis.pro::LPARL::N.A.::tarbell
$SSW_LPARL/idl/ucon/tarbell/mdift.pro::LPARL::N.A.::tarbell
$SSW_LPARL/idl/ucon/tarbell/spatial_filter.pro::LPARL::This takes a byte, float, or int (2d or 3d) array, smooths it, and returns the result in the original format.::tarbell
$SSW_LPARL/idl/ucon/tarbell/stanford_bypass.pro::LPARL::N.A.::tarbell
$SSW_LPARL/idl/ucon/zayer/cal_fig_pol.pro::LPARL::display the fit results of 'cal_pol' - read the fits files created by 'cal_pol' and calculate the contrast, and sigma in % and display the four results of the fit on a summary page (phase, contrast, offset::zayer
$SSW_LPARL/idl/ucon/zayer/cal_pol.pro::LPARL::analyze polarization test data: for each paw position do a sine-fit to resulting intensity (cal and obs) as input polarization is rotated - for lcp/rcp use rotating input quarterwave (behind fixed polarizer)::zayer
$SSW_LPARL/idl/ucon/zayer/fits_setup.pro::LPARL::N.A.::zayer
$SSW_LPARL/idl/ucon/zayer/fitsbasic.pro::LPARL::Setup basic FITS header information for a given array.::zayer,File IO. Low level.
$SSW_LPARL/idl/ucon/zayer/fitscn_c.pro::LPARL::Fits a cos^2 function to a sequence of images (scan) at each pixel. Preferably rebin large images to smaller, lower resolution arrays (unless you want to wait for hours...)::zayer
$SSW_LPARL/idl/ucon/zayer/fitscn_g.pro::LPARL::Fits a Gaussian to a sequence of images (scan) at each pixel. Preferably rebin large images to smaller, lower resolution arrays (unless you want to wait for hours...)::zayer
$SSW_LPARL/idl/ucon/zayer/fitsconver.pro::LPARL::N.A.::zayer
$SSW_LPARL/idl/ucon/zayer/fitsheader.pro::LPARL::N.A.::zayer
$SSW_LPARL/idl/ucon/zayer/fitshift.pro::LPARL::N.A.::zayer
$SSW_LPARL/idl/ucon/zayer/fitshift2.pro::LPARL::N.A.::zayer
$SSW_LPARL/idl/ucon/zayer/fitsrd.pro::LPARL::READS FITS FORMAT DATA FROM A FILE INTO HEADER AND DATA OUTPUT VARIABLES::zayer,DATA INPUT/OUTPUT
$SSW_LPARL/idl/ucon/zayer/fitstofz.pro::LPARL::Convert a fits format file into a fzero format file.::zayer,LP. File IO. High level.
$SSW_LPARL/idl/ucon/zayer/fitsw.pro::LPARL::Write a FITS format image/header to disk.::zayer,File IO. Low level.
$SSW_LPARL/idl/site/ampex_backup.pro::LPARL::N.A.::site
$SSW_LPARL/idl/site/ampex_restore.pro::LPARL::A front end into the "ampex_restore.sh" shell script to allow a user to select and restore a dataset from the ampex tape drives::site
$SSW_BINARIES/idl/read_ps.pro::BINARIES::To convert ps files into gif images.  It uses ImageMagick's convert::idl
$SSW_BINARIES/idl/read_ps_gs.pro::BINARIES::Read the PostScript file 'img_file' into IDL using GhostScript::idl
$SSW/gen/idl_libs/astron/a_b.pro::GEN::Compute B band interstellar extinction according to the RC2.::astron
$SSW/gen/idl_libs/astron/abscal.pro::GEN::Apply the FITS BZERO and BSCALE keyword values to a data array::astron
$SSW/gen/idl_libs/astron/ad2xy.pro::GEN::Compute X and Y from  RA and DEC and a FITS  astrometry structure::astron
$SSW/gen/idl_libs/astron/adstring.pro::GEN::Return RA and Dec as character string in sexigesimal format.::astron
$SSW/gen/idl_libs/astron/adxy.pro::GEN::Use a FITS header to convert celestial (RA,Dec) to pixel coordinates::astron
$SSW/gen/idl_libs/astron/afhread.pro::GEN::Subroutine of WFPCREAD to read a GEIS header from an HST STSDAS image.::astron
$SSW/gen/idl_libs/astron/airtovac.pro::GEN::Convert air wavelengths to vacuum wavelengths::astron
$SSW/gen/idl_libs/astron/aitoff.pro::GEN::Convert Right Ascension, Declination to X,Y using an AITOFF projection.::astron
$SSW/gen/idl_libs/astron/aitoff_grid.pro::GEN::Produce an overlay of latitude and longitude lines over a plot or image::astron
$SSW/gen/idl_libs/astron/aper.pro::GEN::Compute concentric aperture photometry (adapted from DAOPHOT)::astron
$SSW/gen/idl_libs/astron/arcbar.pro::GEN::Display a bar of a specified input size in arcminutes or arcseconds::astron
$SSW/gen/idl_libs/astron/arrows.pro::GEN::To display "weathervane" directional arrows on an astronomical image::astron
$SSW/gen/idl_libs/astron/astdisp.pro::GEN::Print astronomical and pixel coordinates in a standard format::astron
$SSW/gen/idl_libs/astron/astrmfix.pro::GEN::Calculate a rough HST WFPC or FOC astrometry solution::astron
$SSW/gen/idl_libs/astron/astro.pro::GEN::Interactive utility to compute precession or coordinate conversions.::astron
$SSW/gen/idl_libs/astron/astrolib.pro::GEN::Add the non-standard system variables used by the IDL Astronomy Library::astron
$SSW/gen/idl_libs/astron/avg.pro::GEN::Return the average value of an array, or 1 dimension of an array::astron
$SSW/gen/idl_libs/astron/baryvel.pro::GEN::Calculates heliocentric and barycentric velocity components of Earth.::astron
$SSW/gen/idl_libs/astron/blink.pro::GEN::To allow the user to alternatively examine two or more windows within a single window.::astron
$SSW/gen/idl_libs/astron/boost_array.pro::GEN::Append one array onto a destination array::astron,Utility
$SSW/gen/idl_libs/astron/boxave.pro::GEN::Box-average a 1 or 2 dimensional array.::astron
$SSW/gen/idl_libs/astron/bprecess.pro::GEN::Precess positions from J2000.0 (FK5) to B1950.0 (FK4)::astron
$SSW/gen/idl_libs/astron/break_path.pro::GEN::Breaks up a path string into its component directories.::astron
$SSW/gen/idl_libs/astron/bsort.pro::GEN::Function to sort data into ascending order, like a simple bubble sort.::astron
$SSW/gen/idl_libs/astron/ccm_unred.pro::GEN::Deredden a flux vector according to the parameterization of Cardelli, Clayton, and Mathis (1989 ApJ. 345, 245), including the update for the near-UV given by O'Donnell (1994, ApJ,::astron
$SSW/gen/idl_libs/astron/check_fits.pro::GEN::Check that keywords in a FITS header array match the associated data::astron
$SSW/gen/idl_libs/astron/check_tape_drv.pro::GEN::Associates tape drive numbers with device files.  *Unix only*::astron,Utilities, I/O, Tape.
$SSW/gen/idl_libs/astron/cirrange.pro::GEN::To force an angle into the range 0 <= ang < 360.::astron
$SSW/gen/idl_libs/astron/cleanplot.pro::GEN::Reset all system variables (!P,!X,!Y,!Z) to their default values::astron
$SSW/gen/idl_libs/astron/cntrd.pro::GEN::Compute the centroid coordinates of a stellar object using the algorithm in the DAOPHOT FIND subroutine.::astron
$SSW/gen/idl_libs/astron/compare_struct.pro::GEN::Compare all matching tag names and return differences::astron,Structures
$SSW/gen/idl_libs/astron/concat_dir.pro::GEN::To concatenate directory and file names for current OS.::astron
$SSW/gen/idl_libs/astron/cons_dec.pro::GEN::Obtain the X and Y coordinates of a line of constant declination::astron
$SSW/gen/idl_libs/astron/cons_ra.pro::GEN::Obtain the X and Y coordinates of a line of constant right ascension::astron
$SSW/gen/idl_libs/astron/conv_stsdas.pro::GEN::Convert internal format of an STSDAS image to host machine architecture::astron
$SSW/gen/idl_libs/astron/conv_unix_vax.pro::GEN::To convert Unix IDL data types to Vax IDL data types.::astron
$SSW/gen/idl_libs/astron/conv_vax_unix.pro::GEN::To convert VAX IDL data types to UNIX (Sun,MIPS,etc.) IDL data types.::astron
$SSW/gen/idl_libs/astron/convolve.pro::GEN::Convolution of an image with a Point Spread Function (PSF)::astron
$SSW/gen/idl_libs/astron/copy_struct.pro::GEN::Copy all fields with matching tag names from one structure to another::astron
$SSW/gen/idl_libs/astron/copy_struct_inx.pro::GEN::Copy matching tags & specified indices from one structure to another::astron
$SSW/gen/idl_libs/astron/correl_images.pro::GEN::Compute the 2-D cross-correlation function of two images::astron
$SSW/gen/idl_libs/astron/correl_optimize.pro::GEN::Find the optimal (x,y) pixel offset of image_B relative to image_A::astron
$SSW/gen/idl_libs/astron/corrmat_analyze.pro::GEN::Find the optimal (x,y) offset to maximize correlation of 2 images::astron
$SSW/gen/idl_libs/astron/cr_reject.pro::GEN::General, iterative cosmic ray rejection using two or more input images.::astron
$SSW/gen/idl_libs/astron/create_struct.pro::GEN::Create an IDL structure from a list of tag names and dimensions::astron
$SSW/gen/idl_libs/astron/cspline.pro::GEN::Function to evaluate a natural cubic spline at specified data points::astron
$SSW/gen/idl_libs/astron/ct2lst.pro::GEN::To convert from Local Civil Time to Local Mean Sidereal Time.::astron
$SSW/gen/idl_libs/astron/curfull.pro::GEN::Like intrinsic CURSOR procedure but with a full-screen cursor::astron
$SSW/gen/idl_libs/astron/curs.pro::GEN::Selects an X windows cursor shape::astron
$SSW/gen/idl_libs/astron/curval.pro::GEN::Display values associated with the cursor as it is moved over an image. CURVAL displays different information depending whether the user supplied an image array, and/or a FITS header array::astron
$SSW/gen/idl_libs/astron/dao_value.pro::GEN::Returns the value of a DAOPHOT point-spread function at a set of points.::astron
$SSW/gen/idl_libs/astron/daoerf.pro::GEN::Calulates the intensity, and derivatives, of a 2-d Gaussian PSF::astron
$SSW/gen/idl_libs/astron/datatype.pro::GEN::Returns the data type of a variable.::astron
$SSW/gen/idl_libs/astron/date.pro::GEN::Convert day-of-year to a DD-MMM-YYYY string::astron
$SSW/gen/idl_libs/astron/date_conv.pro::GEN::Procedure to perform conversion of dates to a choice of three formats::astron
$SSW/gen/idl_libs/astron/daycnv.pro::GEN::Converts Julian dates to Gregorian calendar dates::astron
$SSW/gen/idl_libs/astron/db_ent2ext.pro::GEN::Convert a database entry to external (IEEE) data format::astron
$SSW/gen/idl_libs/astron/db_ent2host.pro::GEN::Converts a database entry from external data format to host format.::astron
$SSW/gen/idl_libs/astron/db_info.pro::GEN::Function to obtain information on opened data base file(s)::astron
$SSW/gen/idl_libs/astron/db_item.pro::GEN::Returns the item numbers and other info. for an item name.::astron
$SSW/gen/idl_libs/astron/db_item_info.pro::GEN::routine to return information on selected item(s) in the opened::astron
$SSW/gen/idl_libs/astron/db_or.pro::GEN::Combine two vectors of entry numbers, removing duplicate values.::astron
$SSW/gen/idl_libs/astron/db_titles.pro::GEN::Print database name and title.  Called by DBHELP::astron
$SSW/gen/idl_libs/astron/dbbuild.pro::GEN::Build a database by appending new values for every item.::astron
$SSW/gen/idl_libs/astron/dbcircle.pro::GEN::Find sources in a database within specified radius of specified center::astron
$SSW/gen/idl_libs/astron/dbclose.pro::GEN::procedure to close a data base file::astron
$SSW/gen/idl_libs/astron/dbcompare.pro::GEN::Display two entries in an IDL database side by side in a column format::astron
$SSW/gen/idl_libs/astron/dbcompress.pro::GEN::Compress a .dbf database file after a call to DBDELETE::astron
$SSW/gen/idl_libs/astron/dbcreate.pro::GEN::Create a new data base (.dbf), index (.dbx) or description (.dbh) file::astron
$SSW/gen/idl_libs/astron/dbdelete.pro::GEN::Deletes specified entries from data base::astron
$SSW/gen/idl_libs/astron/dbedit.pro::GEN::Interactively edit specified fields in a database.::astron
$SSW/gen/idl_libs/astron/dbedit_basic.pro::GEN::Subroutine of DBEDIT_BASIC to edit a database on a dumb terminal.::astron
$SSW/gen/idl_libs/astron/dbext.pro::GEN::Extract values of up to 12 items from an IDL database::astron
$SSW/gen/idl_libs/astron/dbext_dbf.pro::GEN::Subroutine of DBEXT to extract values of up to 15 items from a database::astron
$SSW/gen/idl_libs/astron/dbext_ind.pro::GEN::routine to read a indexed item values from index file::astron
$SSW/gen/idl_libs/astron/dbfind.pro::GEN::Search data base for entries with specified characteristics::astron
$SSW/gen/idl_libs/astron/dbfind_entry.pro::GEN::Subroutine of DBFIND to perform an entry number search::astron
$SSW/gen/idl_libs/astron/dbfind_sort.pro::GEN::Subroutine of DBFIND to perform a search using sorted values::astron
$SSW/gen/idl_libs/astron/dbfparse.pro::GEN::Parse the search string supplied to DBFIND.   Not a standalone routine::astron
$SSW/gen/idl_libs/astron/dbget.pro::GEN::Find entry numbers which contain specified values of a given item.::astron
$SSW/gen/idl_libs/astron/dbhelp.pro::GEN::List available databases or items in the currently open database::astron
$SSW/gen/idl_libs/astron/dbindex.pro::GEN::Procedure to create index file for data base::astron
$SSW/gen/idl_libs/astron/dbindex_blk.pro::GEN::Subroutine of DBINDEX to create associated variable of correct datatype::astron
$SSW/gen/idl_libs/astron/dbmatch.pro::GEN::Find the entry number in a database for each element of item values::astron
$SSW/gen/idl_libs/astron/dbopen.pro::GEN::Routine to open an IDL database::astron
$SSW/gen/idl_libs/astron/dbprint.pro::GEN::Procedure to print specified items from a list of database entries::astron
$SSW/gen/idl_libs/astron/dbput.pro::GEN::Procedure to place a new value for a specified item into::astron
$SSW/gen/idl_libs/astron/dbrd.pro::GEN::procedure to read an entry from a data base file or from::astron
$SSW/gen/idl_libs/astron/dbsearch.pro::GEN::Subroutine of DBFIND() to search a vector for specified values::astron
$SSW/gen/idl_libs/astron/dbsort.pro::GEN::Routine to sort list of entries in data base::astron
$SSW/gen/idl_libs/astron/dbtitle.pro::GEN::function to create title line for routine dbprint::astron
$SSW/gen/idl_libs/astron/dbupdate.pro::GEN::Update columns of data in a database  -- inverse of DBEXT::astron
$SSW/gen/idl_libs/astron/dbval.pro::GEN::procedure to extract value(s) of the specified item from::astron
$SSW/gen/idl_libs/astron/dbwrt.pro::GEN::procedure to update or add a new entry to a data base::astron
$SSW/gen/idl_libs/astron/dbxput.pro::GEN::routine to replace value of an item in a data base entry::astron
$SSW/gen/idl_libs/astron/dbxval.pro::GEN::Quickly return a value of the specified item number::astron
$SSW/gen/idl_libs/astron/def_dirlist.pro::GEN::Define directory list using setenv or setlog::astron
$SSW/gen/idl_libs/astron/delvarx.pro::GEN::Delete variables for memory management (can call from routines)::astron
$SSW/gen/idl_libs/astron/deredd.pro::GEN::Deredden then Stromgren parameters given for a value of E(b-y)::astron
$SSW/gen/idl_libs/astron/detabify.pro::GEN::Replaces tabs in character strings with appropriate number of spaces::astron
$SSW/gen/idl_libs/astron/dismount.pro::GEN::Emulates the VMS DISMOUNT function in Unix.::astron,Utilities, I/O, Tape.
$SSW/gen/idl_libs/astron/dist_circle.pro::GEN::Form a square array where each value is its distance to a given center.::astron
$SSW/gen/idl_libs/astron/dist_ellipse.pro::GEN::Create a mask array useful for elliptical aperture photemetry::astron
$SSW/gen/idl_libs/astron/eqpole.pro::GEN::Convert RA and Dec to X,Y using an equal-area polar projection.::astron
$SSW/gen/idl_libs/astron/eqpole_grid.pro::GEN::Produce an overlay of latitude and longitude lines over a plot or image::astron
$SSW/gen/idl_libs/astron/euler.pro::GEN::Transform between Galactic, celestial, and ecliptic coordinates.::astron
$SSW/gen/idl_libs/astron/expand_tilde.pro::GEN::Expand tilde in UNIX directory names::astron
$SSW/gen/idl_libs/astron/extast.pro::GEN::Extract astrometry parameters from a FITS image header.::astron
$SSW/gen/idl_libs/astron/extgrp.pro::GEN::Extract the group parameter information out of SXREAD output::astron
$SSW/gen/idl_libs/astron/f_format.pro::GEN::Choose a nice floating format for displaying an array of REAL data.::astron
$SSW/gen/idl_libs/astron/factor.pro::GEN::Find prime factors of a given number.::astron
$SSW/gen/idl_libs/astron/fdecomp.pro::GEN::Routine to decompose a file name for any operating system::astron
$SSW/gen/idl_libs/astron/filter_image.pro::GEN::Identical to MEDIAN or SMOOTH but handle edges and allow iterations.::astron
$SSW/gen/idl_libs/astron/find.pro::GEN::Find positive brightness perturbations (i.e stars) in an image::astron
$SSW/gen/idl_libs/astron/find_all_dir.pro::GEN::Finds all directories under a specified directory.::astron
$SSW/gen/idl_libs/astron/find_with_def.pro::GEN::Searches for files with a default path and extension.::astron
$SSW/gen/idl_libs/astron/findpro.pro::GEN::Find all locations of procedure in the IDL !PATH::astron
$SSW/gen/idl_libs/astron/fitexy.pro::GEN::Function minimized by fitexy  (computes chi-square of linear fit). It is called by minimization procedures during execution of fitexy.::astron
$SSW/gen/idl_libs/astron/fits_cd_fix.pro::GEN::Convert from the representation of the CD matrix in a FITS header with an underscore (e.g. CDn_m) to that with all integers (e.g. CD00n00m).    According to the proposed World Coordinate System::astron
$SSW/gen/idl_libs/astron/fits_close.pro::GEN::SE:::astron
$SSW/gen/idl_libs/astron/fits_help.pro::GEN::SE:::astron
$SSW/gen/idl_libs/astron/fits_info.pro::GEN::Provide information about the contents of a FITS file::astron
$SSW/gen/idl_libs/astron/fits_open.pro::GEN::SE:::astron
$SSW/gen/idl_libs/astron/fits_read.pro::GEN::SE:::astron
$SSW/gen/idl_libs/astron/fits_write.pro::GEN::SE:::astron
$SSW/gen/idl_libs/astron/fitsdir.pro::GEN::Provide a brief description of the primary headers of FITS disk files.::astron
$SSW/gen/idl_libs/astron/fitslist.pro::GEN::Procedure will read FITS files from a tape on the specified::astron
$SSW/gen/idl_libs/astron/fitsrgb_to_tiff.pro::GEN::Combine separate red, green, and blue FITS images into TIFF format::astron
$SSW/gen/idl_libs/astron/fitstape.pro::GEN::Subroutine to perform FITS tape I/O.::astron
$SSW/gen/idl_libs/astron/fitswrite.pro::GEN::Procedure will write an internal SDAS file to a FITS tape on the::astron
$SSW/gen/idl_libs/astron/fitswrt.pro::GEN::Interactive procedure to write internal SDAS file(s) to a FITS tape::astron
$SSW/gen/idl_libs/astron/flegendre.pro::GEN::Compute the first M terms in a Legendre polynomial expansion.::astron
$SSW/gen/idl_libs/astron/flux2mag.pro::GEN::Convert from flux (ergs/s/cm^2/A) to magnitudes.::astron
$SSW/gen/idl_libs/astron/forprint.pro::GEN::Print a set of vectors by looping over each index value.::astron
$SSW/gen/idl_libs/astron/frebin.pro::GEN::Shrink or expand the size of an array an arbitary amount using interpolation::astron
$SSW/gen/idl_libs/astron/ftab_delrow.pro::GEN::Delete rows of data from a FITS ASCII or binary table extension::astron
$SSW/gen/idl_libs/astron/ftab_ext.pro::GEN::Routine to extract columns from a FITS (binary or ASCII) table::astron
$SSW/gen/idl_libs/astron/ftab_help.pro::GEN::Describe the columns of a FITS binary or ASCII table extension.::astron
$SSW/gen/idl_libs/astron/ftab_print.pro::GEN::Print the contents of a FITS (binary or ASCII) table extension.::astron
$SSW/gen/idl_libs/astron/ftaddcol.pro::GEN::Routine to add a field to a FITS ASCII table::astron
$SSW/gen/idl_libs/astron/ftcreate.pro::GEN::Create a new (blank) FITS ASCII table and header with specified size.::astron
$SSW/gen/idl_libs/astron/ftdelcol.pro::GEN::Delete a column of data from a FITS table::astron
$SSW/gen/idl_libs/astron/ftdelrow.pro::GEN::Delete a row of data from a FITS table::astron
$SSW/gen/idl_libs/astron/ftget.pro::GEN::Function to return value(s) from specified column in a FITS ASCII table::astron
$SSW/gen/idl_libs/astron/fthelp.pro::GEN::Routine to print a description of a FITS ASCII table extension::astron
$SSW/gen/idl_libs/astron/fthmod.pro::GEN::Procedure to modify header information for a specified field::astron
$SSW/gen/idl_libs/astron/ftinfo.pro::GEN::Procedure to return information on the specified field::astron
$SSW/gen/idl_libs/astron/ftkeeprow.pro::GEN::Subscripts (and reorders) a FITS table.  A companion piece to FTDELROW.::astron
$SSW/gen/idl_libs/astron/ftprint.pro::GEN::Procedure to print specified columns and rows of a FITS table::astron
$SSW/gen/idl_libs/astron/ftput.pro::GEN::Procedure to add or update a field in an FITS ASCII table::astron
$SSW/gen/idl_libs/astron/ftsize.pro::GEN::Procedure to return the size of a FITS ASCII table.::astron
$SSW/gen/idl_libs/astron/ftsort.pro::GEN::Sort a FITS ASCII table according to a specified field::astron
$SSW/gen/idl_libs/astron/fxaddpar.pro::GEN::Add or modify a parameter in a FITS header array.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxbaddcol.pro::GEN::Adds a column to a binary table extension.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxbclose.pro::GEN::Close a FITS binary table extension opened for read.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxbcolnum.pro::GEN::Returns a binary table column number.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxbcreate.pro::GEN::Open a new binary table at the end of a FITS file.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxbdimen.pro::GEN::Returns the dimensions for a column in a FITS binary table.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxbfind.pro::GEN::Find column keywords in a FITS binary table header.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxbfindlun.pro::GEN::Find logical unit number UNIT in FXBINTABLE common block.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxbfinish.pro::GEN::Close a FITS binary table extension file opened for write.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxbheader.pro::GEN::Returns the header of an open FITS binary table.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxbhelp.pro::GEN::Prints short description of columns in a FITS binary table.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxbhmake.pro::GEN::Create basic FITS binary table extension (BINTABLE) header.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxbintable.pro::GEN::Common block FXBINTABLE used by "FXB" routines.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxbisopen.pro::GEN::Returns true if UNIT points to an open FITS binary table.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxbopen.pro::GEN::Open binary table extension in a disk FITS file for reading.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxbparse.pro::GEN::Parse the binary table extension header.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxbread.pro::GEN::Read a data array from a disk FITS binary table file.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxbstate.pro::GEN::Returns the state of a FITS binary table.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxbtdim.pro::GEN::Parse TDIM-like kwywords.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxbtform.pro::GEN::Returns information about FITS binary table columns.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxbwrite.pro::GEN::Write a binary data array to a disk FITS binary table file.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxfindend.pro::GEN::Find the end of a FITS file.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxhclean.pro::GEN::Removes required keywords from FITS header.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxhmake.pro::GEN::Create a basic FITS header array.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxhmodify.pro::GEN::Modify a FITS header in a file on disk.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxhread.pro::GEN::Reads a FITS header from an opened disk file.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxpar.pro::GEN::Obtain the value of a parameter in a FITS header.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxparpos.pro::GEN::Finds position to insert record into FITS header.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxposit.pro::GEN::Return the unit number of a file positioned to the beginning of a particular extension.::astron
$SSW/gen/idl_libs/astron/fxread.pro::GEN::Read basic FITS files.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxtaperead.pro::GEN::Copy FITS files tape to disk with interactive capabilities.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxtapewrite.pro::GEN::Procedure to copy disk FITS files to tape with interactive capabilities.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxtpio_read.pro::GEN::Copies FITS files from tape to disk -- internal routine.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/fxtpio_write.pro::GEN::Copy FITS files from disk to tape -- internal routine.::astron
$SSW/gen/idl_libs/astron/fxwrite.pro::GEN::Write a disk FITS file.::astron,Data Handling, I/O, FITS, Generic.
$SSW/gen/idl_libs/astron/gal_flat.pro::GEN::Transforms the image of a galaxy so that the galaxy appears face-on::astron
$SSW/gen/idl_libs/astron/gaussian.pro::GEN::Compute the 1-d Gaussian function and optionally the derivative::astron
$SSW/gen/idl_libs/astron/gcirc.pro::GEN::Computes rigorous great circle arc distances.  All computations are double precision.::astron
$SSW/gen/idl_libs/astron/get_coords.pro::GEN::Converts a string with angular coordinates  to floating point values.::astron
$SSW/gen/idl_libs/astron/get_date.pro::GEN::Return the current UTC date in CCYY-MM-DD format for FITS headers::astron
$SSW/gen/idl_libs/astron/get_equinox.pro::GEN::Return the equinox value from a FITS header.::astron
$SSW/gen/idl_libs/astron/get_juldate.pro::GEN::Return the current Julian Date::astron
$SSW/gen/idl_libs/astron/getfiles.pro::GEN::Prompt the user to interactively specify a list of files::astron
$SSW/gen/idl_libs/astron/getlog.pro::GEN::Formats a logical directory for the given operating system.::astron
$SSW/gen/idl_libs/astron/getopt.pro::GEN::Convert a string supplied by the user into a valid scalar or vector::astron
$SSW/gen/idl_libs/astron/getpro.pro::GEN::Search !PATH for a procedure, and copy into user's working directory::astron
$SSW/gen/idl_libs/astron/getpsf.pro::GEN::To generate a point-spread function (PSF) from observed stars.::astron
$SSW/gen/idl_libs/astron/getrot.pro::GEN::Return the rotation and plate scale of an image from its FITS header::astron
$SSW/gen/idl_libs/astron/gettok.pro::GEN::Retrieve the first part of the string up to a specified character::astron
$SSW/gen/idl_libs/astron/getwrd.pro::GEN::Return the n'th word from a text string.::astron
$SSW/gen/idl_libs/astron/glactc.pro::GEN::Convert between celestial and Galactic coordinates.::astron
$SSW/gen/idl_libs/astron/group.pro::GEN::Assign stars with non-overlapping PSF profiles into distinct groups::astron
$SSW/gen/idl_libs/astron/gsss_stdast.pro::GEN::N.A.::astron
$SSW/gen/idl_libs/astron/gsssadxy.pro::GEN::Converts RA and DEC (J2000) to (X,Y) for an STScI GuideStar image.::astron
$SSW/gen/idl_libs/astron/gsssextast.pro::GEN::N.A.::astron
$SSW/gen/idl_libs/astron/gsssxyad.pro::GEN::Convert (X,Y) coordinates in a STScI Guide Star image to RA and Dec::astron
$SSW/gen/idl_libs/astron/hastrom.pro::GEN::Linear transformation of an image to align it with a reference image::astron
$SSW/gen/idl_libs/astron/hboxave.pro::GEN::Box average an image array and update the FITS header array::astron
$SSW/gen/idl_libs/astron/hcongrid.pro::GEN::CONGRID an image and update astrometry in a FITS header::astron
$SSW/gen/idl_libs/astron/headfits.pro::GEN::Read a FITS (primary or extension) header into a string array.::astron
$SSW/gen/idl_libs/astron/helio.pro::GEN::Compute (low-precision) Heliocentric coordinates for the planets.::astron
$SSW/gen/idl_libs/astron/helio_jd.pro::GEN::Convert geocentric (reduced) Julian date to heliocentric Julian date::astron
$SSW/gen/idl_libs/astron/helio_rv.pro::GEN::Return the heliocentric radial velocity of a spectroscopic binary::astron
$SSW/gen/idl_libs/astron/hermite.pro::GEN::To compute Hermite spline interpolation of a tabulated function.::astron
$SSW/gen/idl_libs/astron/hextract.pro::GEN::Extract a subimage from an array and update astrometry in FITS header::astron
$SSW/gen/idl_libs/astron/hgrep.pro::GEN::Find a substring in a FITS header (or any other string array)::astron
$SSW/gen/idl_libs/astron/host_to_ieee.pro::GEN::Translate an IDL variable from host to IEEE representation::astron
$SSW/gen/idl_libs/astron/hprecess.pro::GEN::Precess the astrometry in a FITS header to a new equinox::astron
$SSW/gen/idl_libs/astron/hprint.pro::GEN::Print a FITS header (or other string array) one line at a time::astron
$SSW/gen/idl_libs/astron/hrebin.pro::GEN::Expand or contract a FITS image using (F)REBIN and update the header::astron
$SSW/gen/idl_libs/astron/hreverse.pro::GEN::Reverse an image about either dimension and update FITS astrometry::astron
$SSW/gen/idl_libs/astron/hrot.pro::GEN::Rotate an image and create new FITS header with update astrometry.::astron
$SSW/gen/idl_libs/astron/hrotate.pro::GEN::Apply the IDL ROTATE function and update astrometry in a FITS header::astron
$SSW/gen/idl_libs/astron/ieee_to_host.pro::GEN::Translate an IDL variable from IEEE-754 to host representation::astron
$SSW/gen/idl_libs/astron/imcontour.pro::GEN::Make a contour plot labeled with astronomical coordinates.::astron
$SSW/gen/idl_libs/astron/imdbase.pro::GEN::Find the sources in an IDL database that are located on a given image.::astron
$SSW/gen/idl_libs/astron/imf.pro::GEN::Compute an N-component power-law logarithmic initial mass function::astron
$SSW/gen/idl_libs/astron/imgread.pro::GEN::Read a WFPC or FOC file into IDL image and data arrays::astron
$SSW/gen/idl_libs/astron/imlist.pro::GEN::Display pixel values on an image surrounding a specified X,Y center.::astron
$SSW/gen/idl_libs/astron/irafdir.pro::GEN::Provide a brief description of the IRAF images on a directory::astron
$SSW/gen/idl_libs/astron/irafrd.pro::GEN::Read an IRAF (.imh) file into IDL image and header arrays.::astron
$SSW/gen/idl_libs/astron/irafwrt.pro::GEN::Write IDL data in IRAF (OIF) format (.imh and .pix files).::astron
$SSW/gen/idl_libs/astron/is_ieee_big.pro::GEN::Determine if the current machine is use IEEE, big-endian numbers.::astron
$SSW/gen/idl_libs/astron/isarray.pro::GEN::Tests if the argument is an array.::astron
$SSW/gen/idl_libs/astron/ismeuv.pro::GEN::Compute the interstellar EUV optical depth::astron
$SSW/gen/idl_libs/astron/jdcnv.pro::GEN::Converts Gregorian dates to Julian days::astron
$SSW/gen/idl_libs/astron/jprecess.pro::GEN::Precess coordinates from B1950 to J2000::astron
$SSW/gen/idl_libs/astron/juldate.pro::GEN::Convert from calendar to Reduced Julian Date::astron
$SSW/gen/idl_libs/astron/ksone.pro::GEN::Compute the one-sided Kolmogorov-Smirnov statistic::astron
$SSW/gen/idl_libs/astron/kstwo.pro::GEN::Return the two-sided Kolmogorov-Smirnov statistic::astron
$SSW/gen/idl_libs/astron/legend.pro::GEN::Create an annotation legend for a plot.::astron
$SSW/gen/idl_libs/astron/legendtest.pro::GEN::Demo program to show capabilities of  the legend procedure.::astron
$SSW/gen/idl_libs/astron/lineid_plot.pro::GEN::Plot spectrum with specified line identifications annotated at the top of the plot.::astron
$SSW/gen/idl_libs/astron/linterp.pro::GEN::Linearly interpolate tabulated data from one data grid to another.::astron
$SSW/gen/idl_libs/astron/list_with_path.pro::GEN::Search for files in a specified directory path.::astron,Utilities, Operating_system
$SSW/gen/idl_libs/astron/mag2flux.pro::GEN::Convert from magnitudes to flux (ergs/s/cm^2/A).::astron
$SSW/gen/idl_libs/astron/make_2d.pro::GEN::Change from 1-d indexing to 2-d indexing::astron
$SSW/gen/idl_libs/astron/make_astr.pro::GEN::Build an astrometry structure from input parameter values::astron
$SSW/gen/idl_libs/astron/match.pro::GEN::Routine to match values in two vectors.::astron
$SSW/gen/idl_libs/astron/max_entropy.pro::GEN::Deconvolution of data by Maximum Entropy analysis, given the PSF::astron
$SSW/gen/idl_libs/astron/max_likelihood.pro::GEN::Maximum likelihood deconvolution of an image or a spectrum.::astron
$SSW/gen/idl_libs/astron/medarr.pro::GEN::Compute the median at each pixel across a set of 2-d images::astron
$SSW/gen/idl_libs/astron/mid_rd_dirdsc.pro::GEN::Get a MIDAS directory descriptor from a MIDAS BDF.::astron
$SSW/gen/idl_libs/astron/mid_rd_image.pro::GEN::Get a pixel matrix and some support information from a MIDAS file.::astron
$SSW/gen/idl_libs/astron/mid_rd_table.pro::GEN::Open and read data from a MIDAS table.::astron
$SSW/gen/idl_libs/astron/mid_up_image.pro::GEN::Get a pixel matrix and some support information from a MIDAS file.::astron
$SSW/gen/idl_libs/astron/mid_up_table.pro::GEN::Open and update data from a MIDAS table.::astron
$SSW/gen/idl_libs/astron/minf_bracket.pro::GEN::Bracket a local minimum of a 1-D function with 3 points,::astron
$SSW/gen/idl_libs/astron/minf_conj_grad.pro::GEN::Find the local minimum of a scalar function using conjugate gradient::astron
$SSW/gen/idl_libs/astron/minf_parabolic.pro::GEN::Minimize a function using Brent's method with parabolic interpolation::astron
$SSW/gen/idl_libs/astron/minmax.pro::GEN::Return a 2 element array giving the minimum and maximum of a vector::astron
$SSW/gen/idl_libs/astron/mkhdr.pro::GEN::Make a minimal primary (or IMAGE extension) FITS header::astron
$SSW/gen/idl_libs/astron/mmm.pro::GEN::Estimate the sky background in a stellar contaminated field.::astron
$SSW/gen/idl_libs/astron/modfits.pro::GEN::Modify a FITS file by updating the header and/or data array.::astron
$SSW/gen/idl_libs/astron/moonpos.pro::GEN::To compute the RA and Dec of the Moon at specified Julian date(s).::astron
$SSW/gen/idl_libs/astron/mphase.pro::GEN::Return the illuminated fraction of the Moon at given Julian date(s)::astron
$SSW/gen/idl_libs/astron/mrd_hread.pro::GEN::Reads a FITS header from an opened disk file or Unix pipe::astron
$SSW/gen/idl_libs/astron/mrd_skip.pro::GEN::Skip a number of bytes from the current location in a file or a pipe::astron
$SSW/gen/idl_libs/astron/mrd_struct.pro::GEN::Return a structure as defined in the names and values data.::astron
$SSW/gen/idl_libs/astron/mrdfits.pro::GEN::Read all standard FITS data types into arrays or structures.::astron
$SSW/gen/idl_libs/astron/multiplot.pro::GEN::Create multiple plots with shared axes.::astron
$SSW/gen/idl_libs/astron/mwrfits.pro::GEN::Write all standard FITS data types from input arrays or structures.::astron
$SSW/gen/idl_libs/astron/n_struct.pro::GEN::To determine if variable is a structure and return number of elements.::astron
$SSW/gen/idl_libs/astron/nint.pro::GEN::Nearest integer function.::astron
$SSW/gen/idl_libs/astron/nstar.pro::GEN::Simultaneous point spread function fitting (adapted from DAOPHOT)::astron
$SSW/gen/idl_libs/astron/nulltrim.pro::GEN::Trim a string of all characters after and including the first null::astron
$SSW/gen/idl_libs/astron/numlines.pro::GEN::Return the number of lines in a file::astron
$SSW/gen/idl_libs/astron/nutate.pro::GEN::Return the nutation in longitude and obliquity for a given Julian date::astron
$SSW/gen/idl_libs/astron/one_arrow.pro::GEN::Draws an arrow labeled with a single character on the current device::astron
$SSW/gen/idl_libs/astron/one_ray.pro::GEN::Draw a line with a specified starting point, length, and  angle::astron
$SSW/gen/idl_libs/astron/oploterror.pro::GEN::Over-plot data points with accompanying X or Y error bars.::astron
$SSW/gen/idl_libs/astron/ordinal.pro::GEN::Convert an integer to a correct English ordinal string:::astron
$SSW/gen/idl_libs/astron/os_family.pro::GEN::Return the current operating system as in !VERSION.OS_FAMILY::astron
$SSW/gen/idl_libs/astron/osfcnvrt.pro::GEN::Return the correctly formatted logical directory syntax for the host OS::astron
$SSW/gen/idl_libs/astron/partvelvec.pro::GEN::Plot the velocity vectors of particles at their positions::astron,Plotting, Two-dimensional.
$SSW/gen/idl_libs/astron/pca.pro::GEN::Carry out a Principal Components Analysis (Karhunen-Loeve Transform)::astron
$SSW/gen/idl_libs/astron/pent.pro::GEN::Return the information entropy of a time series::astron,Time series analysis, period finding, astronomical utilities.
$SSW/gen/idl_libs/astron/pixcolor.pro::GEN::Assign colors to specified pixel values in a color lookup table::astron
$SSW/gen/idl_libs/astron/pkfit.pro::GEN::Subroutine of  GETPSF to perform a one-star least-squares fit::astron
$SSW/gen/idl_libs/astron/planck.pro::GEN::To calculate the Planck function in units of ergs/cm2/s/A::astron
$SSW/gen/idl_libs/astron/ploterror.pro::GEN::Plot data points with accompanying X or Y error bars.::astron
$SSW/gen/idl_libs/astron/plothist.pro::GEN::Plot the histogram of an array with the corresponding abcissa.::astron
$SSW/gen/idl_libs/astron/plotsym.pro::GEN::Define useful plotting symbols not in the standard !PSYM definitions. After a symbol has been defined with PLOTSYM, a plotting command should follow with either PSYM = 8 or !P.PSYM = 8 (see USERSYM)::astron
$SSW/gen/idl_libs/astron/poidev.pro::GEN::Generate a Poisson random deviate::astron
$SSW/gen/idl_libs/astron/polint.pro::GEN::Interpolate a set of N points by fitting a polynomial of degree N-1::astron
$SSW/gen/idl_libs/astron/polrec.pro::GEN::Convert 2-d polar coordinates to rectangular coordinates.::astron
$SSW/gen/idl_libs/astron/poly_smooth.pro::GEN::Apply a least-squares (Savitzky-Golay) polynomial smoothing filter::astron
$SSW/gen/idl_libs/astron/polyleg.pro::GEN::Evaluate a Legendre polynomial with specified coefficients.::astron
$SSW/gen/idl_libs/astron/posang.pro::GEN::Computes rigorous position angle of source 2 relative to source 1::astron
$SSW/gen/idl_libs/astron/positivity.pro::GEN::Map an image uniquely and smoothly into all positive values.::astron
$SSW/gen/idl_libs/astron/precess.pro::GEN::Precess coordinates from EQUINOX1 to EQUINOX2.::astron
$SSW/gen/idl_libs/astron/precess_cd.pro::GEN::Precess the CD (coordinate description) matrix from a FITS header::astron
$SSW/gen/idl_libs/astron/premat.pro::GEN::Return the precession matrix needed to go from EQUINOX1 to EQUINOX2.::astron
$SSW/gen/idl_libs/astron/print_struct.pro::GEN::Print the tag values of an array of structures in nice column format.::astron
$SSW/gen/idl_libs/astron/prob_ks.pro::GEN::Return the significance of the Kolmogoroff-Smirnov statistic::astron
$SSW/gen/idl_libs/astron/product.pro::GEN::Calculates the product of all the elements of an array::astron
$SSW/gen/idl_libs/astron/psf_gaussian.pro::GEN::Create a 1-d, 2-d, or 3-d Gaussian with specified FWHM, center::astron
$SSW/gen/idl_libs/astron/putast.pro::GEN::Put astrometry parameters into a given FITS header.::astron
$SSW/gen/idl_libs/astron/qdcb_grid.pro::GEN::Produce an overlay of latitude and longitude lines over a plot or image::astron,Mapping Support Routine
$SSW/gen/idl_libs/astron/qget_string.pro::GEN::To get a string from the keyboard without echoing it to the screen.::astron
$SSW/gen/idl_libs/astron/qsimp.pro::GEN::Integrate using Simpson's rule to specified accuracy.::astron
$SSW/gen/idl_libs/astron/qtrap.pro::GEN::Integrate using trapezoidal rule to specified accuracy.::astron
$SSW/gen/idl_libs/astron/quadterp.pro::GEN::Quadratic interpolation of X,Y vectors onto a new X grid::astron
$SSW/gen/idl_libs/astron/radec.pro::GEN::To convert RA and Dec  from decimal to sexigesimal units.::astron
$SSW/gen/idl_libs/astron/randomp.pro::GEN::Generates an array of random numbers distributed as a power law.::astron
$SSW/gen/idl_libs/astron/rdfits_struct.pro::GEN::Read an entire FITS file (all extensions) into a single IDL structure.::astron
$SSW/gen/idl_libs/astron/rdfloat.pro::GEN::Quickly read a numeric ASCII data file into IDL floating pt. vectors.::astron
$SSW/gen/idl_libs/astron/rdpsf.pro::GEN::Read the FITS file created by GETPSF in the DAOPHOT sequence::astron
$SSW/gen/idl_libs/astron/read_key.pro::GEN::To read a keystroke and return its ASCII equivalent::astron
$SSW/gen/idl_libs/astron/readcol.pro::GEN::Read a free-format ASCII file with columns of data into IDL vectors::astron
$SSW/gen/idl_libs/astron/readfits.pro::GEN::Read a FITS file into IDL data and header variables.::astron
$SSW/gen/idl_libs/astron/readfmt.pro::GEN::Quickly read a fixed format ASCII data file into IDL variables.::astron
$SSW/gen/idl_libs/astron/recpol.pro::GEN::Convert 2-d rectangular coordinates to polar coordinates.::astron
$SSW/gen/idl_libs/astron/redshift.pro::GEN::Converts between redshift, Recession velocity, and Distance::astron
$SSW/gen/idl_libs/astron/rem_dup.pro::GEN::Function to remove duplicate values from a vector.::astron
$SSW/gen/idl_libs/astron/remchar.pro::GEN::Remove all appearances of character (char) from string (st)::astron
$SSW/gen/idl_libs/astron/remove.pro::GEN::Contract a vector or up to 7 vectors by removing specified elements::astron
$SSW/gen/idl_libs/astron/repchr.pro::GEN::Replace all occurrences of one character with another in a text string.::astron
$SSW/gen/idl_libs/astron/repstr.pro::GEN::Replace all occurences of one substring by another.::astron
$SSW/gen/idl_libs/astron/rewind.pro::GEN::Emulates the VMS REWIND function in Unix.::astron,Utilities, I/O, Tape.
$SSW/gen/idl_libs/astron/rinter.pro::GEN::Cubic interpolation of an image at a set of reference points.::astron
$SSW/gen/idl_libs/astron/scr_attrib.pro::GEN::To set the screen attribute to those given, in the given order.::astron
$SSW/gen/idl_libs/astron/scr_charset.pro::GEN::To change the character sets.::astron
$SSW/gen/idl_libs/astron/scr_curmov.pro::GEN::To mov the cursor around the screen relative to its original position.::astron
$SSW/gen/idl_libs/astron/scr_curpos.pro::GEN::To position the cursor at the specified screen location.::astron
$SSW/gen/idl_libs/astron/scr_erase.pro::GEN::To erase portions of the terminal screen.::astron
$SSW/gen/idl_libs/astron/scr_other.pro::GEN::To allow the user to issue any ESCAPE sequence.::astron
$SSW/gen/idl_libs/astron/scr_reset.pro::GEN::To reset the terminal.::astron
$SSW/gen/idl_libs/astron/scr_scroll.pro::GEN::Define the scrolling area on the screen.::astron
$SSW/gen/idl_libs/astron/screen_select.pro::GEN::Allow a user to make an interactive screen selection from a list::astron
$SSW/gen/idl_libs/astron/select_o.pro::GEN::Dumb-terminal routine to let a user interactively select from a list::astron
$SSW/gen/idl_libs/astron/select_w.pro::GEN::Creates a non-exclusive menu of items in widget form::astron
$SSW/gen/idl_libs/astron/sigma_filter.pro::GEN::Replace pixels more than a specified pixels deviant from its neighbors::astron
$SSW/gen/idl_libs/astron/sigrange.pro::GEN::Selects the most significant data range in an image.::astron
$SSW/gen/idl_libs/astron/sixlin.pro::GEN::Compute linear regression coefficients by six different methods.::astron
$SSW/gen/idl_libs/astron/sixty.pro::GEN::Converts a decimal number to sexigesimal.::astron
$SSW/gen/idl_libs/astron/size_struct.pro::GEN::Obtain the size in bytes of an IDL structure definition.::astron
$SSW/gen/idl_libs/astron/skipf.pro::GEN::Emulates the VMS SKIPF function on UNIX machines.::astron,Utilities, I/O, Tape.
$SSW/gen/idl_libs/astron/sky.pro::GEN::Determine the sky level in an image using the the procedure MMM::astron
$SSW/gen/idl_libs/astron/skyadj_cube.pro::GEN::Sky adjust the planes of a datacube.::astron
$SSW/gen/idl_libs/astron/spec_dir.pro::GEN::Complete a file specification by appending the default disk or directory::astron
$SSW/gen/idl_libs/astron/sphdist.pro::GEN::Angular distance between points on a sphere.::astron
$SSW/gen/idl_libs/astron/spline_smooth.pro::GEN::Compute a cubic smoothing spline to (weighted) data::astron
$SSW/gen/idl_libs/astron/srcor.pro::GEN::Correlate the source positions found on two lists.::astron
$SSW/gen/idl_libs/astron/st_diskread.pro::GEN::Read HST FITS formatted disk files and reconstruct GEIS (STSDAS) files.::astron
$SSW/gen/idl_libs/astron/starast.pro::GEN::Compute astrometric solution using positions of 2 or 3 reference stars::astron
$SSW/gen/idl_libs/astron/store_array.pro::GEN::Insert array INSERT into the array DESTINATION::astron,Utility
$SSW/gen/idl_libs/astron/str_index.pro::GEN::Get indices of a substring (SUBSTR) in string.::astron,Utility, string
$SSW/gen/idl_libs/astron/strd.pro::GEN::Open an STSDAS file and read into an image array and header.::astron
$SSW/gen/idl_libs/astron/strebcasc.pro::GEN::Function to converts an EBCDIC string to its ASCII equivalent::astron
$SSW/gen/idl_libs/astron/strn.pro::GEN::Convert a number to a string and remove padded blanks.::astron
$SSW/gen/idl_libs/astron/strnumber.pro::GEN::Function to determine if a string is a valid numeric value.::astron
$SSW/gen/idl_libs/astron/stsub.pro::GEN::Subroutine of STSUBIM to read a subset of a SDAS image file.::astron
$SSW/gen/idl_libs/astron/stsubim.pro::GEN::Open an STSDAS file and read a portion of the file into an array.::astron
$SSW/gen/idl_libs/astron/stwrt.pro::GEN::Write a STSDAS header and/or 2-D array to disk (without groups!)::astron
$SSW/gen/idl_libs/astron/substar.pro::GEN::Subtract a scaled point spread function at specified star position(s).::astron
$SSW/gen/idl_libs/astron/sunpos.pro::GEN::To compute the RA and Dec of the Sun at a given date.::astron
$SSW/gen/idl_libs/astron/sunsymbol.pro::GEN::Return the Sun symbol as a subscripted postscript character string::astron
$SSW/gen/idl_libs/astron/sxaddhist.pro::GEN::Procedure to add history line(s) to a FITS header::astron
$SSW/gen/idl_libs/astron/sxaddpar.pro::GEN::Add or modify a parameter in a FITS header array.::astron
$SSW/gen/idl_libs/astron/sxdelpar.pro::GEN::Procedure to delete a keyword parameter(s) from a FITS header::astron
$SSW/gen/idl_libs/astron/sxginfo.pro::GEN::Return information on all group parameters in an STSDAS header.::astron
$SSW/gen/idl_libs/astron/sxgpar.pro::GEN::Obtain group parameter value in SDAS/FITS file::astron
$SSW/gen/idl_libs/astron/sxgread.pro::GEN::Read group parameters from a Space Telescope STSDAS image file::astron
$SSW/gen/idl_libs/astron/sxhcopy.pro::GEN::Copies selected portions of one header to another::astron
$SSW/gen/idl_libs/astron/sxhedit.pro::GEN::Routine to interactively edit an STSDAS header on disk.::astron
$SSW/gen/idl_libs/astron/sxhmake.pro::GEN::Create a basic STSDAS header file from an IDL data array::astron
$SSW/gen/idl_libs/astron/sxhread.pro::GEN::Procedure to read a STSDAS header from disk.::astron
$SSW/gen/idl_libs/astron/sxhwrite.pro::GEN::Procedure to write an STSDAS or FITS header to disk as a *.hhh file.::astron
$SSW/gen/idl_libs/astron/sxmake.pro::GEN::Create a basic ST header file from an IDL array prior to writing data.::astron
$SSW/gen/idl_libs/astron/sxopen.pro::GEN::Open a Space Telescope formatted header file.::astron
$SSW/gen/idl_libs/astron/sxpar.pro::GEN::Obtain the value of a parameter in a FITS header::astron
$SSW/gen/idl_libs/astron/sxread.pro::GEN::Read a Space Telescope STSDAS image file::astron
$SSW/gen/idl_libs/astron/sxwrite.pro::GEN::Write a group of data and parameters in ST format to a STSDAS data file.::astron
$SSW/gen/idl_libs/astron/t_aper.pro::GEN::Driver procedure (for APER) to compute concentric aperture photometry.::astron
$SSW/gen/idl_libs/astron/t_find.pro::GEN::Driver procedure (for FIND) to locate stars in an image.::astron
$SSW/gen/idl_libs/astron/t_getpsf.pro::GEN::Driver procedure (for GETPSF) to generate a PSF from isolate stars.::astron
$SSW/gen/idl_libs/astron/t_group.pro::GEN::Driver procedure (for GROUP) to place stars in non-overlapping groups.::astron
$SSW/gen/idl_libs/astron/t_nstar.pro::GEN::Driver procedure (for NSTAR) for simultaneous PSF fitting.::astron
$SSW/gen/idl_libs/astron/t_substar.pro::GEN::Driver procedure (for SUBSTAR) to subtract scaled PSF values::astron
$SSW/gen/idl_libs/astron/tab_addcol.pro::GEN::Procedure to add a new column to an existing STSDAS table.::astron
$SSW/gen/idl_libs/astron/tab_col.pro::GEN::Procedure to extract column information from table control block::astron
$SSW/gen/idl_libs/astron/tab_create.pro::GEN::Procedure to create a new table file.::astron
$SSW/gen/idl_libs/astron/tab_del.pro::GEN::Delete specified row(s) from an STSDAS table::astron
$SSW/gen/idl_libs/astron/tab_expand.pro::GEN::routine to expand the size of an SDAS table file.::astron
$SSW/gen/idl_libs/astron/tab_fortospp.pro::GEN::Procedure to convert a FORTRAN format to an SPP format specfication.::astron
$SSW/gen/idl_libs/astron/tab_modcol.pro::GEN::Modify column description in a STSDAS table::astron
$SSW/gen/idl_libs/astron/tab_null.pro::GEN::function to locate null values within a vector of values from an STSDAS table.::astron
$SSW/gen/idl_libs/astron/tab_nullrow.pro::GEN::Insert null row(s) into a STSDAS table::astron
$SSW/gen/idl_libs/astron/tab_print.pro::GEN::Routine to print an stsdas table.::astron
$SSW/gen/idl_libs/astron/tab_put.pro::GEN::Procedure to place new values into a STSDAS table.::astron
$SSW/gen/idl_libs/astron/tab_read.pro::GEN::Procedure to read an SDAS table file::astron
$SSW/gen/idl_libs/astron/tab_size.pro::GEN::Routine to extract the table size from a table control block::astron
$SSW/gen/idl_libs/astron/tab_sort.pro::GEN::Procedure to sort table by the specified column::astron
$SSW/gen/idl_libs/astron/tab_spptofor.pro::GEN::This procedure converts an spp format specification to a normal Fortran format specification.::astron
$SSW/gen/idl_libs/astron/tab_val.pro::GEN::Routine to read a column from an SDAS table file::astron
$SSW/gen/idl_libs/astron/tab_write.pro::GEN::Routine to write an stsdas table to disk::astron
$SSW/gen/idl_libs/astron/tabinv.pro::GEN::To find the effective index of a function value in an ordered vector.::astron
$SSW/gen/idl_libs/astron/table_append.pro::GEN::Routine to append STSDAS tables to create a single table.::astron
$SSW/gen/idl_libs/astron/table_calc.pro::GEN::Adds a new table column from a expression using existing columns::astron
$SSW/gen/idl_libs/astron/table_conv.pro::GEN::Convert STSDAS Tables header into the host format, This is not a standalone procedure but called by TABLE_CONV::astron
$SSW/gen/idl_libs/astron/table_delete.pro::GEN::Delete specified rows from an STSDAS table::astron
$SSW/gen/idl_libs/astron/table_ext.pro::GEN::Routine to extract columns from an STSDAS table::astron
$SSW/gen/idl_libs/astron/table_help.pro::GEN::Procedure to decribe an SDAS table file.::astron
$SSW/gen/idl_libs/astron/table_list.pro::GEN::List the contents of an STSDAS table.::astron
$SSW/gen/idl_libs/astron/table_print.pro::GEN::Routine to print an stsdas table.::astron
$SSW/gen/idl_libs/astron/table_sort.pro::GEN::Procedure to sort an STSDAS table by the specified column::astron
$SSW/gen/idl_libs/astron/tag_exist.pro::GEN::To test whether a tag name exists in a structure.::astron
$SSW/gen/idl_libs/astron/taprd.pro::GEN::Emulates VMS TAPRD procedure on UNIX machines.::astron,Utilities, I/O, Tape.
$SSW/gen/idl_libs/astron/tapwrt.pro::GEN::Emulates VMS TAPWRT procedure on UNIX machines.::astron,Utilities, I/O, Tape.
$SSW/gen/idl_libs/astron/tbdelcol.pro::GEN::Delete a column of data from a FITS binary table::astron
$SSW/gen/idl_libs/astron/tbdelrow.pro::GEN::Delete specified row or rows of data from a FITS binary table::astron
$SSW/gen/idl_libs/astron/tbget.pro::GEN::Function to return value(s) from specified column in a FITS binary table::astron
$SSW/gen/idl_libs/astron/tbhelp.pro::GEN::Routine to print a description of a FITS binary table header::astron
$SSW/gen/idl_libs/astron/tbinfo.pro::GEN::Procedure to return information on the specified field::astron
$SSW/gen/idl_libs/astron/tbprint.pro::GEN::Procedure to print specified columns & rows of a FITS binary table::astron
$SSW/gen/idl_libs/astron/tbsize.pro::GEN::Procedure to return the size of a fits table.::astron
$SSW/gen/idl_libs/astron/ten.pro::GEN::Converts a sexigesimal number to decimal.::astron
$SSW/gen/idl_libs/astron/tenv.pro::GEN::Converts sexigesimal number or vector to decimal.::astron
$SSW/gen/idl_libs/astron/textclose.pro::GEN::Close a text outpu file previously opened with TEXTOPEN::astron
$SSW/gen/idl_libs/astron/textopen.pro::GEN::Open a device specified by TEXTOUT with unit !TEXTUNIT::astron
$SSW/gen/idl_libs/astron/tic_one.pro::GEN::Determine the position of the first tic mark for astronomical images.::astron
$SSW/gen/idl_libs/astron/ticlabels.pro::GEN::Create tic labels for labeling astronomical images.::astron
$SSW/gen/idl_libs/astron/ticpos.pro::GEN::Specify distance between tic marks for astronomical coordinate overlays::astron
$SSW/gen/idl_libs/astron/tics.pro::GEN::Compute a nice increment between tic marks for astronomical images.::astron
$SSW/gen/idl_libs/astron/tinit.pro::GEN::Position a tape for appending a new file::astron
$SSW/gen/idl_libs/astron/to_hex.pro::GEN::Translate a non-negative decimal integer to a hexadecimal string::astron
$SSW/gen/idl_libs/astron/trapzd.pro::GEN::Compute the nth stage of refinement of an extended trapezoidal rule. This procedure is called by QSIMP and QTRAP.   Algorithm from Numerical Recipes, Section 4.2.   TRAPZD is meant to be called iteratively from::astron
$SSW/gen/idl_libs/astron/trim.pro::GEN::Converts numbers to strings, without trailing zeros.::astron
$SSW/gen/idl_libs/astron/tsum.pro::GEN::Trapezoidal summation of the area under a curve.::astron
$SSW/gen/idl_libs/astron/tvbox.pro::GEN::Draw a box(es) or rectangle(s) of specified width Positions can be specified either by the cursor position or by supplying a vector of X,Y positions.::astron
$SSW/gen/idl_libs/astron/tvcircle.pro::GEN::Draw circle(s) of specified radius centered on the cursor, or at specified position(s)::astron
$SSW/gen/idl_libs/astron/tvellipse.pro::GEN::Draw an ellipse on the current graphics device.::astron
$SSW/gen/idl_libs/astron/tvlaser.pro::GEN::Prints screen or image array onto a Postscript file or printer. Information from FITS header is optionally used for labeling.::astron
$SSW/gen/idl_libs/astron/tvlist.pro::GEN::Cursor controlled listing of image pixel values in a window.::astron
$SSW/gen/idl_libs/astron/unzoom_xy.pro::GEN::Converts X, Y position on the image display to the the X,Y position on the corresponding image array.  (These  positions are identical only for an unroamed, unzoomed image with with pixel (0,0) of the::astron
$SSW/gen/idl_libs/astron/uvbybeta.pro::GEN::Derive dereddened colors, metallicity, and Teff from Stromgren colors.::astron
$SSW/gen/idl_libs/astron/vactoair.pro::GEN::Convert vacuum wavelengths to air wavelengths::astron
$SSW/gen/idl_libs/astron/valid_num.pro::GEN::Check if a string is a valid number representation.::astron,Utilities, Numerical
$SSW/gen/idl_libs/astron/vect.pro::GEN::Print a set of numbers as a string with delimiters included::astron
$SSW/gen/idl_libs/astron/wcs_demo.pro::GEN::Demonstrate the basic capabilities of procedures WCSSPH2XY & WCSXY2SPH::astron,Mapping and Auxiliary FITS Demo Routine
$SSW/gen/idl_libs/astron/wcs_rotate.pro::GEN::Rotate between standard (e.g. celestial) and native coordinates::astron,Mapping and Auxiliary FITS Routine
$SSW/gen/idl_libs/astron/wcssph2xy.pro::GEN::Convert spherical coordinates to x and y (map) angular coordinates::astron,Mapping and Auxilliary FITS Routine
$SSW/gen/idl_libs/astron/wcsxy2sph.pro::GEN::Convert x and y (map) coordinates to spherical coordinates::astron,Mapping and Auxiliary FITS Routine
$SSW/gen/idl_libs/astron/weof.pro::GEN::Emulates the VMS WEOF routine on UNIX machines.::astron,Utilities, I/O, Tape.
$SSW/gen/idl_libs/astron/wfpc2_read.pro::GEN::Read WFPC2 images in either FITS or STSDAS format into IDL variables.::astron
$SSW/gen/idl_libs/astron/wfpcread.pro::GEN::Read designated header and chip of a WFPC image::astron
$SSW/gen/idl_libs/astron/where_negzero.pro::GEN::Finds positions of IEEE -0.0 values.::astron,Class4, OS
$SSW/gen/idl_libs/astron/where_tag.pro::GEN::Like WHERE but works on structure tag names::astron,Structures
$SSW/gen/idl_libs/astron/wherenan.pro::GEN::Find the indices of all IEEE NaN values in an array.::astron
$SSW/gen/idl_libs/astron/writefits.pro::GEN::Write IDL array and header variables to a disk FITS file.::astron
$SSW/gen/idl_libs/astron/xmedsky.pro::GEN::Subtract sky from an image as a 1-D function of X::astron
$SSW/gen/idl_libs/astron/xy2ad.pro::GEN::Compute R.A. and Dec from X and Y and a FITS astrometry structure::astron
$SSW/gen/idl_libs/astron/xyad.pro::GEN::Use a FITS header to convert pixel (X,Y) to celestial coordinates::astron
$SSW/gen/idl_libs/astron/xyxy.pro::GEN::To use a pair of headers to convert X/Y positions from one frame to another.::astron
$SSW/gen/idl_libs/astron/xyz.pro::GEN::Calculate heliocentric X,Y, and Z coordinates for 1950.0::astron
$SSW/gen/idl_libs/astron/ydn2md.pro::GEN::Convert from year and day number of year to month and day of month.::astron
$SSW/gen/idl_libs/astron/ymd2dn.pro::GEN::Convert from year, month, day to day number of year.::astron
$SSW/gen/idl_libs/astron/zang.pro::GEN::Determine the angular size of an object as a function of redshift::astron
$SSW/gen/idl_libs/astron/zbrent.pro::GEN::Find the zero of a 1-D function up to specified tolerance.::astron
$SSW/gen/idl_libs/astron/zenpos.pro::GEN::Return the zenith RA and Dec in radians for a given Julian date.::astron
$SSW/gen/idl_libs/astron/zoom_xy.pro::GEN::Converts X, Y position on the image array to the the X,Y position in the current window.   (These  positions are identical only for an unroamed, zoomed image with with pixel (0,0) of the::astron
$SSW/gen/idl_libs/astron/zparcheck.pro::GEN::Routine to check user parameters to a procedure::astron
$IDL_DIR/lib/obsolete/addsysvar.pro::DIR::ADDSYSVAR allows the user to define new system variables. It was a built in procedure under version 1 VMS, and is superceeded by DEFSYSV. It is provided in this form to help users of that version::obsolete
$IDL_DIR/lib/obsolete/adjct.pro::DIR::Interactively adjust color tables using mouse input.::obsolete,Image display.
$IDL_DIR/lib/obsolete/anova.pro::DIR::Perform one-way analysis of variance with equal and unequal sample size, two-way analysis of variance with and without interactions.::obsolete,Statistics.
$IDL_DIR/lib/obsolete/anova_unequal.pro::DIR::Perform two way analysis of variance with interactions and unequal cell sizes - that is, not every treatment / block combination has the same number of iterations.::obsolete,Statistics.
$IDL_DIR/lib/obsolete/base_alloc.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/betai.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/bgroup_alloc.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/bmpbtn_alloc.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/button_alloc.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/c_edit.pro::DIR::Interactive creation of color tables based on the HLS or the HSV color systems using the mouse and three sliders.  Similar to COLOR_EDIT but two sliders replace the color wheel.  The sliders allow better control::obsolete,Color tables.
$IDL_DIR/lib/obsolete/chi_sqr.pro::DIR::CHI_SQR returns the cutoff value v such that  Probability(X > v) = a::obsolete,Statistics.
$IDL_DIR/lib/obsolete/chi_sqr1.pro::DIR::CHI_SQR1 returns the probabilty of observing X or something smaller from a chi square distribution with DF degrees of freedom.::obsolete,Statistics.
$IDL_DIR/lib/obsolete/color_edit.pro::DIR::Interactively create color tables based on the HLS or the HSV color systems using the mouse and a color wheel.::obsolete,Color tables.
$IDL_DIR/lib/obsolete/contingent.pro::DIR::Construct a two-way contingency table from the count data in X and test for independence between two factors represented by the rows and columns of X.::obsolete,Statistics.
$IDL_DIR/lib/obsolete/correl_matrix.pro::DIR::To compute correlation coefficients of pairs of columns of X.::obsolete,Statistics.
$IDL_DIR/lib/obsolete/cosines.pro::DIR::Example of a function to be used by SVDFIT.  Returns cos(i*cos(x(j)).::obsolete,Curve fitting.
$IDL_DIR/lib/obsolete/cw_bselector.pro::DIR::CW_BSELECTOR is a compound widget that appears as a pull-down menu whose label shows the widget's current value. When the button is pressed, the menu appears and the newly selected value becomes::obsolete,Compound widgets.
$IDL_DIR/lib/obsolete/cw_color_index.pro::DIR::CW_COLOR_INDEX is a compound widget for the selection of a color index. A horizontal color bar is displayed. Clicking on the bar sets the color index.::obsolete,Compound Widgets
$IDL_DIR/lib/obsolete/cw_loadstate.pro::DIR::This is an obsolete routine. New applications should       | | be written to use the NO_COPY keyword to WIDGET_CONTROL to |::obsolete,Compound widgets.
$IDL_DIR/lib/obsolete/cw_savestate.pro::DIR::This is an obsolete routine. New applications should       | | be written to use the NO_COPY keyword to WIDGET_CONTROL to |::obsolete,Compound widgets.
$IDL_DIR/lib/obsolete/diffeq_23.pro::DIR::Solve a system of first-order, ordinary differential equations: yi' = fi(t, y1(t), ... yn(y)), i = 1,..., n ai  = yi(start),               i = 1,..., n::obsolete,Mathematical Functions, General
$IDL_DIR/lib/obsolete/diffeq_45.pro::DIR::Solve system of first-order, ordinary differential equations: yi' = fi(t, y1(t),...yn(y)), i = 1,..., n ai  = yi(start),             i = 1,..., n::obsolete,Mathematical Functions, General
$IDL_DIR/lib/obsolete/disp_txt.pro::DIR::This procedure displays text strings in the current IDL window. The text strings may contain control sequences which define what font, color, and position to use when drawing the text.::obsolete,Text Display.
$IDL_DIR/lib/obsolete/draw_alloc.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/eigen_ii.pro::DIR::This function computes the eigenvectors of an N by N real, nonsymmetric matrix. The result is an array of complex type with a column dimension equal to the::obsolete,Numerical Linear Algebra.
$IDL_DIR/lib/obsolete/equal_variance.pro::DIR::To test treatments, blocks and interactions, as applicable, for variance equality before performing an anova test.::obsolete,Statisitics.
$IDL_DIR/lib/obsolete/f_test.pro::DIR::F_TEST returns the cutoff value v such that:  Probability(X > v) = a::obsolete,Statistics.
$IDL_DIR/lib/obsolete/f_test1.pro::DIR::F_test1 returns the probabilty of an observed value greater than X from an F distribution with DFN and DFD numerator and denominator degrees of freedom.::obsolete,Statistics.
$IDL_DIR/lib/obsolete/field_alloc.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/fillcontour.pro::DIR::Contour, /fill does not fill the lowest contour level. FILLCONTOUR attempts to fill that level.::obsolete,Plot
$IDL_DIR/lib/obsolete/friedman.pro::DIR::Perform a two-way analysis of variance with k treatments and b blocks to test the hypothesis that all treatments have the same distribution versus the alternative that at least two treatment::obsolete,Statistics.
$IDL_DIR/lib/obsolete/fslid_alloc.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/gauss.pro::DIR::Gauss returns the cutoff value v such that  Probability(X > v) = a,::obsolete,Statistics.
$IDL_DIR/lib/obsolete/gethelp.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/goodfit.pro::DIR::Test that a set of data has a given distibution.  User can select built-in distribution through the keyword DISTR or supply own expected values.::obsolete,Statistics.
$IDL_DIR/lib/obsolete/help_vm.pro::DIR::HELP_VM prints the amount of virtual memory currently allocated. This procedure was built-in under version 1 VMS IDL, and is provided in this form to help users of that version::obsolete
$IDL_DIR/lib/obsolete/helpfiles.pro::DIR::HELPFILES prints useful information about the currently open files.  This procedure was built-in under version 1 VMS IDL, and is provided in this form to help users of that version::obsolete
$IDL_DIR/lib/obsolete/helpsy.pro::DIR::HELPSY prints the values of all of the system variables. This procedure was built-in under version 1 VMS IDL, and is provided in this form to help users of that version::obsolete
$IDL_DIR/lib/obsolete/hist_equal_ct.pro::DIR::The HIST_EQUAL_CT procedure has been renamed H_EQ_CT for compatibility with operating systems with short filenames (i.e. MS DOS). HIST_EQUAL_CT remains as a wrapper that calls::obsolete,Image processing.
$IDL_DIR/lib/obsolete/hist_equal_int.pro::DIR::The HIST_EQUAL_INT procedure has been renamed H_EQ_INT for compatibility with operating systems with short filenames (i.e. MS DOS). HIST_EQUAL_INT remains as a wrapper that calls::obsolete
$IDL_DIR/lib/obsolete/hsv_to_rgb.pro::DIR::Convert from the HSV (Hue, Saturation, Value) color system to the RGB (Red, Green, Blue) color system.::obsolete,Graphics, color systems.
$IDL_DIR/lib/obsolete/join.pro::DIR::To partition the cases represented by the rows in DataArray into nested clusters.::obsolete,Statistics.
$IDL_DIR/lib/obsolete/kmeans.pro::DIR::To split the cases in Data into n (default=2) groups that have minimum in  group variation relative to between group variation.::obsolete,Statistics.
$IDL_DIR/lib/obsolete/kruskal_wallis.pro::DIR::To perform a one-way analysis of variance on k treatments to test the hypothesis that all treatments have the same distribution versus the alternative that at least two treatments differ in::obsolete,Statistics.
$IDL_DIR/lib/obsolete/label_alloc.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/latlon.pro::DIR::If the current window has map coordinates (i.e., MAP_SET has been used to set up a map projection), LATLON tracks the longitude and latitude of the mouse location and displays them in a separate window.::obsolete,Mapping.
$IDL_DIR/lib/obsolete/lego.pro::DIR::This procedure plots a lego graph of 2-dimensional data.::obsolete,Plotting.
$IDL_DIR/lib/obsolete/list_alloc.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/listrep.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/listwise.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/ln03.pro::DIR::Produce plot files suitable for printing by an LN03+ laser printer.::obsolete,Graphics.
$IDL_DIR/lib/obsolete/maketree.pro::DIR::MakeTree constructs a tree representation of the nested clusters created by the join procedure.::obsolete,Statistics.
$IDL_DIR/lib/obsolete/man_proc.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/mann_whitney.pro::DIR::To test the null hypothesis that two populations have the same distribution -i.e. F(x) = G(x) against the alternative that their distributions differ in location, i.e F(x) = G(x+a).  MANN_WHITNEY::obsolete,Statistics.
$IDL_DIR/lib/obsolete/menus.pro::DIR::Implement a crude menu facility using character strings at the bottom of an IDL window.  The mouse can be used to select the different menu items.::obsolete,??
$IDL_DIR/lib/obsolete/mipseb_dblfixup.pro::DIR::This procedure exists to fix data improperly written by IDL due to two separate bugs that have occured in IDL at different times in its handling of XDR double precision::obsolete,Bug impact mitigation.
$IDL_DIR/lib/obsolete/mk_library_help.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/movie.pro::DIR::Show a cyclic sequence of images stored in a 3D array.::obsolete,Image display.
$IDL_DIR/lib/obsolete/mp_basic.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/mp_widgets.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/multicompare.pro::DIR::Multicompare gives the user access to a variety of procedures for making many inferences from a single experimental data set. These::obsolete,Statistics.
$IDL_DIR/lib/obsolete/nr_elmhes.pro::DIR::NR_ELMHES now executes ELMHES, the updated version of this routine. ELMHES has been modified to accept row vectors as the default input::obsolete
$IDL_DIR/lib/obsolete/nr_hqr.pro::DIR::NR_HQR now executes HQR, the updated version of this routine. HQR has been modified to accept row vectors as the default input::obsolete
$IDL_DIR/lib/obsolete/nr_lubksb.pro::DIR::NR_LUBKSB now executes LUBKSB, the updated version of this routine. LUBKSB has been modified to accept row vectors as the default input::obsolete
$IDL_DIR/lib/obsolete/nr_ludcmp.pro::DIR::NR_LUDCMP now executes LUDC, the updated version of this routine. LUDC has been modified to accept row vectors as the default input::obsolete
$IDL_DIR/lib/obsolete/nr_mprove.pro::DIR::NR_MPROVE now executes LUMPROVE, the updated version of this routine. LUMPROVE has been modified to accept row vectors as the default input::obsolete
$IDL_DIR/lib/obsolete/nr_sprsin.pro::DIR::NR_SPRSIN now executes SPRSIN, the updated version of this routine. SPRSIN has been modified to accept row vectors as the default input::obsolete
$IDL_DIR/lib/obsolete/nr_svbksb.pro::DIR::NR_SVBKSB now executes SVSOL, the updated version of this routine. SVSOL has been modified to accept row vectors as the default input::obsolete
$IDL_DIR/lib/obsolete/nr_svd.pro::DIR::NR_SVD now executes SVDC, the updated version of this routine. SVDC has been modified to accept row vectors as the default input::obsolete
$IDL_DIR/lib/obsolete/nr_wtn.pro::DIR::NR_WTN now executes WTN, the updated version of this routine. WTN has been modified to accept row vectors as the default input::obsolete
$IDL_DIR/lib/obsolete/only_8bit.pro::DIR::Set up the Sun workstation colors (SunView) to work with IDL. This procedure must be called before any windows are created. It creates a window the number of colors specified by the COLORS::obsolete,General display.
$IDL_DIR/lib/obsolete/pairwise.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/palette.pro::DIR::Interactively create color tables based on the RGB color system using the mouse, three sliders, and a cell for each color index.  Single colors can be::obsolete,Color tables.
$IDL_DIR/lib/obsolete/partial2_cor.pro::DIR::Compute the partial correlation coefficient between X and Y after both have been adjusted for the variables in C::obsolete,Statistics.
$IDL_DIR/lib/obsolete/partial_cor.pro::DIR::Compute the partial correlation coefficient between X and Y after both have been adjusted for the variables in C.::obsolete,Statistics.
$IDL_DIR/lib/obsolete/pd_bisection.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/pde_adi.pro::DIR::This procedure computes the numerical solution of the initial-boundary value problem (parabolic partial differential equation) using the ADI method::obsolete,Numerical Analysis
$IDL_DIR/lib/obsolete/pdmenu_alloc.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/phaser.pro::DIR::Issue the SET_PLOT and DEVICE commands appropriate for the Tektronix Phaser IIpxi color PostScript laser printer.::obsolete,Device drivers.
$IDL_DIR/lib/obsolete/pickfile.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/pm.pro::DIR::Perform formatted output of matrices stored in the IMSL/IDL linear algebra storage scheme to the standard output.::obsolete,Linear Algebra
$IDL_DIR/lib/obsolete/pmf.pro::DIR::Perform formatted output of matrices stored in the IMSL/IDL linear algebra storage scheme to the specified file.::obsolete,Linear Algebra
$IDL_DIR/lib/obsolete/polycontour.pro::DIR::Fill the contours defined by a path file created by CONTOUR. This routine has been obsoleted by the FILL option to CONTOUR, and should NOT be used.::obsolete,Graphics.
$IDL_DIR/lib/obsolete/prompt.pro::DIR::PROMPT sets the interactive prompt, normally "IDL>", to the specified string.  If no parameter is supplied, the prompt string reverts to "IDL>".  This procedure was built-in under version 1 VMS::obsolete
$IDL_DIR/lib/obsolete/pwidget.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/regress1.pro::DIR::Multiple linear regression fit. Fit the function: Y(i) = A0 + A(0)*X(0,i) + A(1)*X(1,i) + ... +::obsolete,G2 - Correlation and regression analysis.
$IDL_DIR/lib/obsolete/regression.pro::DIR::To augment and display the output of the library function Regress. Additional output includes an anova table to test the hypothesis that all coefficients are zero.A regression table is printed to the::obsolete,Statistics.
$IDL_DIR/lib/obsolete/rgb_to_hsv.pro::DIR::Convert from the RGB (Red, Green, Blue) color system to the HSV (Hue, Saturation, Value) color system.::obsolete,Graphics, color systems.
$IDL_DIR/lib/obsolete/rm.pro::DIR::Perform formatted input of matrices stored in the IMSL/IDL linear algebra storage scheme from the standard input stream.::obsolete,Linear Algebra
$IDL_DIR/lib/obsolete/rmf.pro::DIR::Perform formatted input of matrices stored in the IMSL/IDL linear algebra storage scheme from the specified file.::obsolete,Linear Algebra
$IDL_DIR/lib/obsolete/rot_int.pro::DIR::Rotate, magnify or demagnify, and/or translate an image with bilinear interpolation.::obsolete,Z3 - Image processing, geometric transforms.
$IDL_DIR/lib/obsolete/rsi_gammai.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/runs_test.pro::DIR::To test for nonrandomness in a sequence of 0 and 1's by counting the number of runs and computing its probabilty.::obsolete,Statistics.
$IDL_DIR/lib/obsolete/set_native_plot.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/set_screen.pro::DIR::Emulate the Version I VMS/IDL SET_SCREEN procedure. Sets the default position and size of the plot data window. Uses device coordinates, rather than normalized coords.::obsolete,Plotting.
$IDL_DIR/lib/obsolete/set_viewport.pro::DIR::Emulate the Version I, VMS/IDL SET_VIEWPORT procedure. Sets the default position and size of the plot data window.::obsolete,Plotting.
$IDL_DIR/lib/obsolete/set_xy.pro::DIR::This procedure emulates the Version I, VMS/IDL SET_XY procedure to set the default axis ranges.::obsolete,Plotting.
$IDL_DIR/lib/obsolete/sigma.pro::DIR::Calculate the standard deviation value of an array, or calculate the standard deviation over one dimension of an array as a function of all the other dimensions.::obsolete,Statistics.
$IDL_DIR/lib/obsolete/sign_test.pro::DIR::To test the null hypothesis that two populations have the same distribution -i.e. F(x) = G(x) against the alternative that their distributions differ in location- i.e F(x) = G(x+a).Sign_test::obsolete,Statistics.
$IDL_DIR/lib/obsolete/simpregress.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/simpson.pro::DIR::Numerically approximate the definite integral of a function with limits [A, B].::obsolete,Mathematical functions, general.
$IDL_DIR/lib/obsolete/slicer.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/slider_alloc.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/spearman.pro::DIR::To compute the correlation matrix where Spearman's correlation coefficient is computed between pairs of ranked variables. No assumptions are made about the probabilty distribution of the::obsolete,Statistics.
$IDL_DIR/lib/obsolete/stdev.pro::DIR::Compute the standard deviation and, optionally, the mean of any array.::obsolete,G1- Simple calculations on statistical data.
$IDL_DIR/lib/obsolete/stepwise.pro::DIR::To select the locally best set of independent variables to be used in a regression analysis to predict Y.::obsolete,Statistics.
$IDL_DIR/lib/obsolete/student1_t.pro::DIR::STUDENT1_T returns the probability that an observed value from the Student's t distribution with DF degrees of freedom is less than |X|.::obsolete,Statistics.
$IDL_DIR/lib/obsolete/student_t.pro::DIR::STUDENT_T returns the cutoff value v such that  Probability(X > v) = a1::obsolete,Statistics.
$IDL_DIR/lib/obsolete/studrange.pro::DIR::Approximate the quantile P for a studentized range distribution with V degrees of freedom and R samples. P must be between .9 and .90.::obsolete,Statistics.
$IDL_DIR/lib/obsolete/surface_fit.pro::DIR::Determine a polynomial fit to a surface.  This function uses POLYWARP to determine the coefficients of the::obsolete,E2 - Curve and surface fitting.
$IDL_DIR/lib/obsolete/testcontrast.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/text_alloc.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/tiff_dump.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/tiff_read.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/tiff_write.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/tplt_alloc.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/vmscode.pro::DIR::Convert between VMS Version 1 and the newer IDL type codes.  Type	       VMS V1	Current::obsolete,Misc.
$IDL_DIR/lib/obsolete/widalloc.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/widbuild.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/widdep.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/wided.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/widedit.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/widfile.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/widmain.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/widutil.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/wilcoxon.pro::DIR::Test the null hypothesis that two populations have the same distribution -i.e. F(x) = G(x) against the alternative that their distributions differ in location- i.e F(x) = G(x+a).::obsolete,Statistics.
$IDL_DIR/lib/obsolete/wmenu.pro::DIR::N.A.::obsolete
$IDL_DIR/lib/obsolete/xanimate.pro::DIR::Display an animated sequence of images using Xwindows Pixmaps, or the SunView display.::obsolete,Image display.
$IDL_DIR/lib/obsolete/xdl.pro::DIR::Provide a graphical user interface to the DOC_LIBRARY user library procedure.  XDL is different from the "?" command under X windows in that every "user library" type routine in the IDL::obsolete,Help, documentation, widgets.
$IDL_DIR/lib/obsolete/xmanagertool.pro::DIR::The XmanagerTool procedure has been renamed XMTool for compatibility with operating systems with short filenames (i.e. MS DOS). XManagerTool remains as a wrapper that calls::obsolete,Widget Management.
$IDL_DIR/lib/obsolete/xmenu.pro::DIR::This procedure simplifies setting up widget menus. XMENU accepts a string array of menu labels, creates a widget base, and populates the base with buttons containing the specified labels.::obsolete
$IDL_DIR/lib/obsolete/xpdmenu.pro::DIR::This procedure implifies setting up widget pulldown menus. XPDMENU reads a description of the menu to be generated, and calls the appropriate widget creation functions to generate it.::obsolete
$IDL_DIR/lib/a_correlate.pro::DIR::This function computes the autocorrelation Px(L) or autocovariance Rx(L) of a sample population X as a function of the lag (L).::lib,Statistics.
$IDL_DIR/lib/amoeba.pro::DIR::N.A.::lib
$IDL_DIR/lib/annotate.pro::DIR::drawing program/widget to annotate displays. Drawing objects include text, lines, arrows, polygons, rectangles, circles, and ellipses.::lib,Widgets.  Will also work with plain windows.
$IDL_DIR/lib/arrow.pro::DIR::Draw a vector(s) with an arrow head::lib,Graphics
$IDL_DIR/lib/ascii_template.pro::DIR::N.A.::lib
$IDL_DIR/lib/bar_plot.pro::DIR::Create a bar graph, or overplot on an existing one.::lib,Graphics.
$IDL_DIR/lib/beta.pro::DIR::The introduction of the BETA function as a built in system routine in IDL 4.0 caused inconvenience to customers with existing code in which BETA had been used as a variable, because IDL system::lib
$IDL_DIR/lib/bilinear.pro::DIR::Bilinearly interpolate a set of reference points.::lib
$IDL_DIR/lib/bin_date.pro::DIR::This function converts a standard form ascii date/time string to a binary string.::lib,Date/time functions.
$IDL_DIR/lib/binomial.pro::DIR::This function computes the probabilty (bp) such that: Probability(X => v) = bp where X is a random variable from the cumulative binomial distribution::lib,Statistics.
$IDL_DIR/lib/bisect_pdf.pro::DIR::This function computes the cutoff value x such that the probabilty of an observation from the given distribution, less than x, is a(0). u and l are the upper and lower limits for x, respectively.::lib
$IDL_DIR/lib/blk_con.pro::DIR::This function computes a "fast convolution" of a digital signal and an impulse-response sequence.::lib,Digital Signal Processing
$IDL_DIR/lib/box_cursor.pro::DIR::Emulate the operation of a variable-sized box cursor (also known as a "marquee" selector).::lib,Interactive graphics.
$IDL_DIR/lib/c_correlate.pro::DIR::This function computes the cross correlation Pxy(L) or cross covariance Rxy(L) of two sample populations X and Y as a function of the lag (L).::lib,Statistics.
$IDL_DIR/lib/caldat.pro::DIR::Return the month, day and year corresponding to a given julian date. This is the inverse of the function JULDAY.::lib,Misc.
$IDL_DIR/lib/calendar.pro::DIR::Display a calandar for a month or an entire year using IDL's plotting subsystem. This IDL routine imitates the Unix cal::lib,Misc.
$IDL_DIR/lib/cdf_exists.pro::DIR::Test for the existence of the CDF library::lib,File Formats
$IDL_DIR/lib/chebyshev.pro::DIR::Implements forward and reverse Chebyshev polynomial expansion of a set of data.::lib
$IDL_DIR/lib/chisqr_cvf.pro::DIR::This function computes the cutoff value (v) such that: Probability(X > v) = p where X is a random variable from the Chi-square distribution::lib,Statistics.
$IDL_DIR/lib/chisqr_pdf.pro::DIR::This function computes the probabilty (p) such that: Probability(X <= v) = p where X is a random variable from the Chi-square distribution::lib,Statistics.
$IDL_DIR/lib/cir_3pnt.pro::DIR::This procedure returns the radius and center of a circle, given 3 points on the circle. This is analogous to finding the circumradius and circumcircle of a triangle; the center::lib,Analytical geometry.
$IDL_DIR/lib/comfit.pro::DIR::This function fits the paired data {X(i), Y(i)} to one of six common types of appoximating models using a gradient-expansion least-squares::lib,Statistics.
$IDL_DIR/lib/complexround.pro::DIR::This function rounds a complex scalar or array.::lib,Numerical Analysis.
$IDL_DIR/lib/cond.pro::DIR::This function computes the condition number of an N by N array.::lib,Complex Linear Algebra.
$IDL_DIR/lib/congrid.pro::DIR::Shrink or expand the size of an array by an arbitrary amount. This IDL procedure simulates the action of the VAX/VMS CONGRID/CONGRIDI function.::lib,Array Manipulation.
$IDL_DIR/lib/coord2to3.pro::DIR::Return 3D data coordinates given the normalized X and Y screen coordinates and one of the three data coordinates.::lib,Geometry / Graphics.
$IDL_DIR/lib/correlate.pro::DIR::This function computes the linear Pearson correlation coefficient of two n-element vectors or the Correlation Matrix of an M x N array. Alternatively, this function computes the covariance of two::lib,Statistics.
$IDL_DIR/lib/cramer.pro::DIR::This function solves an n by n linear system of equations using Cramer's rule.::lib,Linear Algebra.
$IDL_DIR/lib/create_view.pro::DIR::This procedure sets the various system variables required to define a coordinate system and a 3-D view.   This procedure builds the system viewing matrix (!P.T) in such a way that the::lib,Viewing.
$IDL_DIR/lib/create_weekends.pro::DIR::N.A.::lib
$IDL_DIR/lib/crossp.pro::DIR::Evaluate the vector or cross-product of vectors v1 and v2.::lib,Vector mathematics.
$IDL_DIR/lib/crvlength.pro::DIR::N.A.::lib
$IDL_DIR/lib/ct_luminance.pro::DIR::Calculate the luminance of colors.::lib,Color tables
$IDL_DIR/lib/cti_test.pro::DIR::This function constructs a "contingency table" from an array of observed frequencies and tests the hypothesis that the rows and columns are independent using an extension of the chi-squared::lib,Statistics.
$IDL_DIR/lib/curvefit.pro::DIR::Non-linear least squares fit to a function of an arbitrary number of parameters.  The function may be any non-linear function.  If available, partial derivatives can be calculated by::lib,E2 - Curve and Surface Fitting.
$IDL_DIR/lib/cv_coord.pro::DIR::Converts 2-D and 3-D coordinates between the RECTANGULAR, POLAR, CYLINDRICAL, and SPHERICAL coordinate systems.::lib,Graphics
$IDL_DIR/lib/cvttobm.pro::DIR::N.A.::lib
$IDL_DIR/lib/cw_animate.pro::DIR::This widget displays an animated sequence of images using X-windows Pixmaps. This is a compound widget, based on the XINTERANIMATE procedure, with the following advantages:::lib,Image display, compound widgets.
$IDL_DIR/lib/cw_arcball.pro::DIR::CW_ARCBALL is a compound widget for intuitively specifying three-dimensional orientations.::lib,Widget, 3d graphics
$IDL_DIR/lib/cw_bgroup.pro::DIR::CW_BGROUP is a compound widget that simplifies creating a base of buttons. It handles the details of creating the proper base (standard, exclusive, or non-exclusive) and filling::lib,Compound widgets.
$IDL_DIR/lib/cw_clr_index.pro::DIR::CW_CLR_INDEX is a compound widget for the selection of a color index. A horizontal color bar is displayed. Clicking on the bar sets the color index.::lib,Compound Widgets
$IDL_DIR/lib/cw_colorsel.pro::DIR::CW_COLORSEL is a compound widget that displays all the colors in the current colormap and allows the user to select the color indices via the mouse or with sliders.::lib,Compund widgets.
$IDL_DIR/lib/cw_defroi.pro::DIR::Widget to define a region of interest within a widget drawable.::lib,Regions of interest, graphics.
$IDL_DIR/lib/cw_dice.pro::DIR::CW_DICE is a compound widget that implements a single die. This widget uses a button with a bitmap label.::lib,Compound widgets.
$IDL_DIR/lib/cw_field.pro::DIR::This widget cluster function manages a data entry field widget. The field consists of a label and a text widget.  CW_FIELD's can be string fields, integer fields or floating-point fields.  The::lib,Widget Clusters.
$IDL_DIR/lib/cw_form.pro::DIR::CW_FORM is a compound widget that simplifies creating forms which contain text, numeric fields, buttons, and droplists.  Event handling is also simplified.::lib,Compound widgets.
$IDL_DIR/lib/cw_fslider.pro::DIR::The standard slider provided by the WIDGET_SLIDER() function is integer only. This compound widget provides a floating point slider.::lib,Compound widgets.
$IDL_DIR/lib/cw_orient.pro::DIR::This compound widget provides a means to interactively adjust the three dimensional drawing transformation (!P.T). The compound widget only returns events when !P.T has been altered.::lib,Compound widgets.
$IDL_DIR/lib/cw_pdmenu.pro::DIR::CW_PDMENU is a compound widget that simplifies creating pulldown menus. It has a simpler interface than the XPDMENU::lib,Compound widgets.
$IDL_DIR/lib/cw_rgbslider.pro::DIR::CW_RGBSLIDER is a compund widget that provides three sliders for adjusting color values. The RGB, CMY, HSV, and HLS color systems can all be used. No matter which color system is in use,::lib,Compound widgets.
$IDL_DIR/lib/cw_tmpl.pro::DIR::SE:::lib,Compound widgets.
$IDL_DIR/lib/cw_zoom.pro::DIR::This compound widget displays two images: an original image in one window and a portion of the original image in another. The user may select the center of the zoom region, the zoom scale,::lib,Compound widgets.
$IDL_DIR/lib/day_name.pro::DIR::N.A.::lib
$IDL_DIR/lib/day_of_week.pro::DIR::N.A.::lib
$IDL_DIR/lib/day_of_year.pro::DIR::N.A.::lib
$IDL_DIR/lib/defroi.pro::DIR::Define an irregular region of interest of an image using the image display system and the cursor/mouse.::lib,Image processing.
$IDL_DIR/lib/demo_mode.pro::DIR::Returns true if IDL is in Demo Mode.::lib
$IDL_DIR/lib/deriv.pro::DIR::Perform numerical differentiation using 3-point, Lagrangian interpolation.::lib,Numerical analysis.
$IDL_DIR/lib/derivsig.pro::DIR::This function computes the standard deviation of a derivative as found by the DERIV function, using the input variables of DERIV and the standard deviations of those input variables.::lib,Numerical analysis.
$IDL_DIR/lib/determ.pro::DIR::This function computes the determinant of an N by N array.::lib,Linear Algebra.
$IDL_DIR/lib/digital_filter.pro::DIR::Compute the coefficients of a non-recursive, digital filter.  Highpass, lowpass, bandpass and bandstop filters may be constructed with this function.::lib,Signal processing.
$IDL_DIR/lib/dissolve.pro::DIR::A digital "dissolve" effect for images.  Copies the pixels (arranged into square tiles) from the image to the display in pseudo-random order.::lib,Image display.
$IDL_DIR/lib/dist.pro::DIR::including frequency-domain filtering and::lib,Signal Processing.
$IDL_DIR/lib/dl_dos.pro::DIR::Extract the documentation template of one or more procedures (DOS version).::lib,Help, documentation.
$IDL_DIR/lib/dl_mac.pro::DIR::Extract the documentation template of one or more procedures (Macintosh version).::lib,Help, documentation.
$IDL_DIR/lib/dl_unix.pro::DIR::Extract the documentation template of one or more IDL modules (procedures or functions).::lib,Help, documentation.
$IDL_DIR/lib/dl_vms.pro::DIR::Extract the documentation template of one or more procedures.::lib,Help, documentation.
$IDL_DIR/lib/doc_library.pro::DIR::Extract the documentation template of one or more IDL modules (procedures or functions).  This command provides a standard interface to the operating-system specific DL_DOS, DL_UNIX, and::lib,Help, documentation.
$IDL_DIR/lib/dt_add.pro::DIR::N.A.::lib
$IDL_DIR/lib/dt_subtract.pro::DIR::N.A.::lib
$IDL_DIR/lib/dt_to_var.pro::DIR::N.A.::lib
$IDL_DIR/lib/dtgen.pro::DIR::N.A.::lib
$IDL_DIR/lib/efont.pro::DIR::This widget provides a vector font editor and display.::lib,Fonts.
$IDL_DIR/lib/eigenvec.pro::DIR::This function computes the eigenvectors of an N by N real, non- symmetric array using inverse subspace iteration. The result is a complex array with a column dimension equal to N and a row::lib,Linear Algebra / Eigensystems
$IDL_DIR/lib/errplot.pro::DIR::Plot error bars over a previously drawn plot.::lib,J6 - plotting, graphics, one dimensional.
$IDL_DIR/lib/expand.pro::DIR::Array magnification  (CONGRIDI like except that this really works!)::lib,Z4 - IMAGE PROCESSING
$IDL_DIR/lib/extrac.pro::DIR::The EXTRAC function returns as its result any rectangular sub-matrix or portion of the parameter array.  When parts of the specified subsection lie outside the bounds of the array, zeros are::lib,Array Manipulation.
$IDL_DIR/lib/extract_slice.pro::DIR::This function returns a 2-D planar slice extracted from 3-D volumetric data. The slicing plane may be oriented at any angle, and may pass through any desired location in the::lib,Volume Rendering.
$IDL_DIR/lib/f_cvf.pro::DIR::This function computes the cutoff value (v) such that: Probability(X > v) = p where X is a random variable from the F distribution with::lib
$IDL_DIR/lib/f_pdf.pro::DIR::This function computes the probabilty (p) such that: Probability(X <= v) = p where X is a random variable from the F distribution with::lib,Statistics.
$IDL_DIR/lib/factorial.pro::DIR::This function computes the factorial N! as the double-precision product, (N) * (N-1) * (N-2) * ...... * 3 * 2 * 1.::lib,Special Functions.
$IDL_DIR/lib/filepath.pro::DIR::Given the name of a file in the IDL distribution, FILEPATH returns the fully-qualified path to use in opening the file. Operating system dependencies::lib,File Management.
$IDL_DIR/lib/flick.pro::DIR::Flicker between two output images at a given rate.::lib,Image display, animation.
$IDL_DIR/lib/flow3.pro::DIR::Draw lines representing a 3D flow/velocity field.::lib,Graphics.
$IDL_DIR/lib/funct.pro::DIR::Evaluate the sum of a Gaussian and a 2nd-order polynomial and optionally return the value of its partial derivatives. Normally, this function is used by CURVEFIT to fit the::lib,E2 - Curve and surface fitting.
$IDL_DIR/lib/fv_test.pro::DIR::This function computes the F-statistic and the probability that two vectors of sampled data have significantly different variances. This type of test is often refered to as the F-variances Test.::lib,Statistics.
$IDL_DIR/lib/fx_root.pro::DIR::This function computes real and complex roots (zeros) of a univariate nonlinear function.::lib,Nonlinear Equations/Root Finding
$IDL_DIR/lib/gamma.pro::DIR::The introduction of the GAMMA function as a built in system routine in IDL 4.0 caused inconvenience to customers with existing code in which GAMMA had been used as a variable, because IDL system::lib
$IDL_DIR/lib/gamma_ct.pro::DIR::Apply gamma correction to the color table.::lib,Image display.
$IDL_DIR/lib/gauss2dfit.pro::DIR::Evaluate function for gauss2fit.::lib,curve / data fitting
$IDL_DIR/lib/gauss_cvf.pro::DIR::This function computes the cutoff value (v) such that: Probability(X > v) = p where X is a random variable from the standard Gaussian (Normal)::lib,Statistics.
$IDL_DIR/lib/gauss_pdf.pro::DIR::This function computes the probabilty (p) such that: Probability(X <= v) = p where X is a random variable from the standard Gaussian (Normal)::lib,Statistics.
$IDL_DIR/lib/gaussfit.pro::DIR::EVALUATE THE SUM OF A GAUSSIAN AND A 2ND ORDER POLYNOMIAL AND OPTIONALLY RETURN THE VALUE OF IT'S PARTIAL DERIVATIVES. NORMALLY, THIS FUNCTION IS USED BY CURVEFIT TO FIT THE::lib,E2 - CURVE AND SURFACE FITTING.
$IDL_DIR/lib/get_screen_size.pro::DIR::N.A.::lib
$IDL_DIR/lib/gs_iter.pro::DIR::This function solves an n by n linear system of equations using Gauss-Seidel iteration.::lib,Linear Algebra.
$IDL_DIR/lib/h_eq_ct.pro::DIR::Histogram-equalize the color tables for an image or a region::lib,Image processing.
$IDL_DIR/lib/h_eq_int.pro::DIR::Interactively histogram-equalize the color tables of an image or a region of the display.  By moving the cursor across the screen, the amount of histogram equalization is varied.::lib,Image processing.
$IDL_DIR/lib/hanning.pro::DIR::Window function for Fourier Transform filtering.  May be used for both the Hanning and Hamming windows.::lib,Signal, image processing.
$IDL_DIR/lib/hdf_exists.pro::DIR::Test for the existence of the HDF library::lib,File Formats
$IDL_DIR/lib/hilbert.pro::DIR::Return a series that has all periodic terms shifted by 90 degrees.::lib,G2 - Correlation and regression analysis
$IDL_DIR/lib/hist_2d.pro::DIR::Return the density function (histogram) of two variables.::lib,Image processing, statistics, probability.
$IDL_DIR/lib/hist_equal.pro::DIR::Return a histogram-equalized image or vector.::lib,Z1 - Image processing, spatially invariant.
$IDL_DIR/lib/hls.pro::DIR::Make a color table based on the HLS (Hue, Lightness, Saturation) color system.::lib,Z4 - Image processing, color table manipulation
$IDL_DIR/lib/hsv.pro::DIR::Make a color table based on the HSV (Hue, Saturation, and Value) color system.::lib,Z4 - Image processing, color table manipulation
$IDL_DIR/lib/ibeta.pro::DIR::This function computes the incomplete beta function, Ix(a, b).::lib,Special Functions.
$IDL_DIR/lib/ibeta_pdf.pro::DIR::This function computes the incomplete beta function. It is called by the probability density functions in this directory. See the function IBETA() in the "math"::lib
$IDL_DIR/lib/identity.pro::DIR::N.A.::lib
$IDL_DIR/lib/idl_crank.pro::DIR::N.A.::lib
$IDL_DIR/lib/idldt__define.pro::DIR::N.A.::lib
$IDL_DIR/lib/idlgrcolorbar__define.pro::DIR::N.A.::lib
$IDL_DIR/lib/idlgrlegend__define.pro::DIR::N.A.::lib
$IDL_DIR/lib/idlinfo.pro::DIR::N.A.::lib
$IDL_DIR/lib/igamma.pro::DIR::This function computes the incomplete gamma function, Px(a).::lib,Special Functions.
$IDL_DIR/lib/igamma_pdf.pro::DIR::This function computes the incomplete gamma function using a series representation. It is called by the probability density functions in this directory. See the function IGAMMA() in the "math"::lib
$IDL_DIR/lib/image_cont.pro::DIR::Overlay an image and a contour plot.::lib,General graphics.
$IDL_DIR/lib/insget.pro::DIR::N.A.::lib
$IDL_DIR/lib/insput.pro::DIR::N.A.::lib
$IDL_DIR/lib/insvis.pro::DIR::N.A.::lib
$IDL_DIR/lib/int_2d.pro::DIR::This function computes the double integral of a bivariate function F(x,y) with limits of integration from A to B for x and from P(x) to Q(x) for y.::lib,Numerical Analysis.
$IDL_DIR/lib/int_3d.pro::DIR::This function computes the triple integral of a trivariate function F(x,y,z) with limits of integration from A to B for X, from P(x) to Q(x) for Y and from U(x,y) to V(x,y)::lib,Numerical Analysis.
$IDL_DIR/lib/int_tabulated.pro::DIR::This function integrates a tabulated set of data { x(i) , f(i) }, on the closed interval [min(X) , max(X)].::lib,Numerical Analysis.
$IDL_DIR/lib/interpol.pro::DIR::Linearly interpolate vectors with a regular or irregular grid.::lib,E1 - Interpolation
$IDL_DIR/lib/jul_to_dt.pro::DIR::N.A.::lib
$IDL_DIR/lib/julday.pro::DIR::Calculate the Julian Day Number for a given month, day, and year. This is the inverse of the library function CALDAT. See also caldat, the inverse of this function.::lib,Misc.
$IDL_DIR/lib/krig2d.pro::DIR::This function interpolates a regularly or irregularly gridded set of points Z = F(X,Y) using kriging.::lib,Interpolation, Surface Fitting
$IDL_DIR/lib/kurtosis.pro::DIR::N.A.::lib
$IDL_DIR/lib/kw_test.pro::DIR::This function tests the hypothesis that three or more sample popultions have the same mean of distribution against the hypothesis that they differ. The popultions may be of equal::lib,Statistics.
$IDL_DIR/lib/label_date.pro::DIR::This function labels axes with dates.::lib,Plotting.
$IDL_DIR/lib/ladfit.pro::DIR::This function fits the paired data {X(i), Y(i)} to the linear model, y = A + Bx, using a "robust" least absolute deviation method. The result is a two-element vector containing the model parameters, A::lib,Statistics.
$IDL_DIR/lib/leefilt.pro::DIR::Performs the Lee filter algorithm on an image array using a box of size 2N+1.  This function can also be used on vectors.::lib,E3 Smoothing (image).
$IDL_DIR/lib/linfit.pro::DIR::This function fits the paired data {X(i), Y(i)} to the linear model, y = A + Bx, by minimizing the chi-square error statistic. The result is a two-element vector containing the model parameters, A and B.::lib,Statistics.
$IDL_DIR/lib/live_contour.pro::DIR::N.A.::lib
$IDL_DIR/lib/live_control.pro::DIR::N.A.::lib
$IDL_DIR/lib/live_destroy.pro::DIR::N.A.::lib
$IDL_DIR/lib/live_export.pro::DIR::N.A.::lib
$IDL_DIR/lib/live_image.pro::DIR::N.A.::lib
$IDL_DIR/lib/live_info.pro::DIR::N.A.::lib
$IDL_DIR/lib/live_line.pro::DIR::N.A.::lib
$IDL_DIR/lib/live_oplot.pro::DIR::N.A.::lib
$IDL_DIR/lib/live_plot.pro::DIR::N.A.::lib
$IDL_DIR/lib/live_print.pro::DIR::N.A.::lib
$IDL_DIR/lib/live_rect.pro::DIR::N.A.::lib
$IDL_DIR/lib/live_style.pro::DIR::N.A.::lib
$IDL_DIR/lib/live_surface.pro::DIR::N.A.::lib
$IDL_DIR/lib/live_text.pro::DIR::N.A.::lib
$IDL_DIR/lib/ljlct.pro::DIR::Load standard color tables for LJ-250/252 printer.::lib,Image display.
$IDL_DIR/lib/ll_arc_distance.pro::DIR::This function returns the longitude and latitude [lon, lat] of a point a given arc distance (-pi <= Arc_Dist <= pi), and azimuth (Az), from a specified location Lon_lat0.::lib,Mapping, geography.
$IDL_DIR/lib/lmfit.pro::DIR::N.A.::lib
$IDL_DIR/lib/lmfunct.pro::DIR::N.A.::lib
$IDL_DIR/lib/loadct.pro::DIR::Load predefined color tables.::lib,Image display.
$IDL_DIR/lib/lu_complex.pro::DIR::This function solves an N by N complex linear system using LU decomposition. The result is an N-element complex vector. Alternatively, this function computes the generalized inverse::lib,Complex Linear Algebra.
$IDL_DIR/lib/m_correlate.pro::DIR::This function computes the multiple correlation coefficient of a dependent variable and two or more independent variables.::lib,Statistics.
$IDL_DIR/lib/map_continents.pro::DIR::N.A.::lib
$IDL_DIR/lib/map_grid.pro::DIR::N.A.::lib
$IDL_DIR/lib/map_image.pro::DIR::This function returns the Image_Orig image warped to fit the map specified by the system variable !Map. Image_Orig must be centered at 0.::lib,Mapping
$IDL_DIR/lib/map_patch.pro::DIR::This function returns an interpolated grid in device space, given a set of rectangularly gridded values, in latitude/longitude space on the globe.::lib,Mapping
$IDL_DIR/lib/map_set.pro::DIR::The procedure map_set establishes the axis type and coordinate conversion mechanism for mapping  points on the earth's surface, expressed::lib,Mapping
$IDL_DIR/lib/md_test.pro::DIR::This function tests the hypothesis that a sample population is random against the hypothesis that it is not random. The result is a two-element vector containing the nearly-normal::lib,Statistics.
$IDL_DIR/lib/mean.pro::DIR::N.A.::lib
$IDL_DIR/lib/meanabsdev.pro::DIR::N.A.::lib
$IDL_DIR/lib/mesh_obj.pro::DIR::MESH_OBJ generates a polygon mesh (vertex list and polygon list) that represent the desired primitive object. The available primitive objects are: triangulated surface, rectangular surface, polar surface,::lib,Graphics.
$IDL_DIR/lib/min_curve_surf.pro::DIR::This function Interpolates a regularly- or irregularly-gridded set of points with either a minimum curvature surface or a thin-plate-spline surface.::lib,Mathematical functions, Interpolation, Surface Fitting
$IDL_DIR/lib/mk_html_help.pro::DIR::Given a list of IDL procedure files (.PRO), VMS text library files (.TLB), or directories that contain such files, this procedure generates a file in the HTML format that contains the documentation::lib,Help, documentation.
$IDL_DIR/lib/modifyct.pro::DIR::Update the distribution color table file "colors1.tbl" or the user-supplied file with a new table.::lib,Z4 - Image processing, color table manipulation.
$IDL_DIR/lib/moment.pro::DIR::This function computes the mean, variance, skewness and kurtosis of an n-element vector.::lib,Statistics.
$IDL_DIR/lib/mpeg_close.pro::DIR::N.A.::lib
$IDL_DIR/lib/mpeg_open.pro::DIR::N.A.::lib
$IDL_DIR/lib/mpeg_put.pro::DIR::N.A.::lib
$IDL_DIR/lib/mpeg_save.pro::DIR::N.A.::lib
$IDL_DIR/lib/multi.pro::DIR::Expand the current color table to wrap around N times.::lib,Image display.
$IDL_DIR/lib/ncdf_exists.pro::DIR::Test for the existence of the NetCDF library::lib,File Formats
$IDL_DIR/lib/norm.pro::DIR::1) This function computes the Euclidean norm of a vector. OR 2) This function computes the Infinity norm of an array.::lib,Complex Linear Algebra.
$IDL_DIR/lib/oploterr.pro::DIR::Overplot data points with accompanying error bars.::lib,Plotting, 2-dimensional.
$IDL_DIR/lib/p_correlate.pro::DIR::This function computes the partial correlation coefficient of a dependent variable and one particular independent variable when the effects of all other variables involved are removed.::lib,Statistics.
$IDL_DIR/lib/plot_3dbox.pro::DIR::This procedure plots data in a 3-dimensional box, with options to have the data displayed on the walls surrounding the plot area.::lib,Plotting, Three-dimensional
$IDL_DIR/lib/plot_field.pro::DIR::This procedure plots a 2-dimensional field.::lib,Plotting, two-dimensional.
$IDL_DIR/lib/ploterr.pro::DIR::Plot data points with accompanying error bars. (See also OPLOTERR.)::lib,Plotting, two-dimensional.
$IDL_DIR/lib/pnt_line.pro::DIR::This function returns the perpendicular distance between the point P0 and the line between points L0 and L1.::lib,Geometry.
$IDL_DIR/lib/polar_contour.pro::DIR::Produce a contour plot from data in polar coordinates. Data may be in a regular or scattered grid.::lib,Graphics.
$IDL_DIR/lib/polar_surface.pro::DIR::This function interpolates a surface from polar coordinates (R, Theta, Z) to rectangular coordinates (X, Y, Z).::lib,Gridding.
$IDL_DIR/lib/poly.pro::DIR::Evaluate a polynomial function of a variable.::lib,C1 - Operations on polynomials.
$IDL_DIR/lib/poly_area.pro::DIR::Return the area of a polygon given the coordinates of its vertices.::lib,Analytical Geometry
$IDL_DIR/lib/poly_fit.pro::DIR::Perform a least-square polynomial fit with optional error estimates.  This routine uses matrix inversion.  A newer version of this routine,::lib,Curve fitting.
$IDL_DIR/lib/polyfitw.pro::DIR::Perform a least-square polynomial fit with optional error estimates.::lib,Curve fitting.
$IDL_DIR/lib/polywarp.pro::DIR::Perform polynomial spatial warping.  Using least squares estimation, determine the coefficients Kx(i,j)::lib,Image processing.
$IDL_DIR/lib/popd.pro::DIR::Change the current working directory to the directory saved on the top of the directory stack maintained by the PUSHD and POPD User Library procedures. This top entry::lib
$IDL_DIR/lib/primes.pro::DIR::This function computes the first K prime numbers. The result is a K-element vector of type long integer.::lib,Statistics.
$IDL_DIR/lib/printd.pro::DIR::Display the contents of the directory stack maintained by the PUSHD and POPD User Library procedures.::lib
$IDL_DIR/lib/profile.pro::DIR::Extract a profile from an image.::lib,Image processing.
$IDL_DIR/lib/profiles.pro::DIR::Interactively draw row or column profiles of an image in a separate window.::lib,Image analysis.
$IDL_DIR/lib/project_vol.pro::DIR::This function returns a two dimensional image that is the projection of a 3-D volume of data onto a plane (similar to an X-ray). The returned image is a translucent rendering of the::lib,Volume Rendering.
$IDL_DIR/lib/ps_show_fonts.pro::DIR::This procedure displays all the PostScript fonts that IDL knows about, with both the StandardAdobe and ISOLatin1 encodings. Each display takes a separate page, and each character in each font::lib,Misc., PostScript, Fonts.
$IDL_DIR/lib/psafm.pro::DIR::Given an Abobe Font metric file, this procedure generates an AFM file in the format that IDL likes. This new file differs from the original in the following ways:::lib,Misc., PostScript, Fonts
$IDL_DIR/lib/pseudo.pro::DIR::Generate a pseudo-color table based on the LHB, (lightness, hue, and brightness) system and load it.::lib,Z4 - Image processing, color table manipulation.
$IDL_DIR/lib/pushd.pro::DIR::Push a directory onto the top of the directory stack maintained by the PUSHD and POPD User Library procedures.::lib
$IDL_DIR/lib/r_correlate.pro::DIR::This function computes Spearman's (rho) or Kendalls's (tau) rank correlation of two n-element vectors. The result is a two-element vector containing the rank correlation coefficient and the two-sided::lib,Statistics.
$IDL_DIR/lib/r_test.pro::DIR::This function tests the hypothesis that a binary sequence (a sequence of 1s and 0s) represents a "random sampling". This test is based on the "theory of runs" and is often refered to::lib,Statistics.
$IDL_DIR/lib/ranks.pro::DIR::This function computes the magnitude-based ranks of a sample population X. Elements of identical magnitude "ties" are ranked according to the mean of the ranks that would otherwise be assigned.::lib,Statistics.
$IDL_DIR/lib/rdpix.pro::DIR::Interactively display the X position, Y position, and pixel value of the cursor.::lib,Image display.
$IDL_DIR/lib/read_ascii.pro::DIR::N.A.::lib
$IDL_DIR/lib/read_bmp.pro::DIR::This function reads a Microsoft Windows Version 3 device independent bitmap file (.BMP).::lib
$IDL_DIR/lib/read_gif.pro::DIR::Read the contents of a GIF format image file and return the image and color table vectors (if present) in the form of IDL variables.::lib
$IDL_DIR/lib/read_interfile.pro::DIR::Simplistic Interfile (v3.3) reader. Can only read a series of images containing byte,int,long,float or double data where all images have the same height and with.  Result is returned::lib
$IDL_DIR/lib/read_pict.pro::DIR::Reads limited types of image files written in the PICT Version 2 Format.  This format is used by the Apple Macintosh Computers.::lib
$IDL_DIR/lib/read_ppm.pro::DIR::Read the contents of a PGM (gray scale) or PPM (portable pixmap for color) format image file and return the image in the form of an IDL variable.::lib
$IDL_DIR/lib/read_spr.pro::DIR::This function reads a row-indexed sparse matrix from a specified file and returns it as the result.    Row-indexed sparse matrices are created by using the Numerical Recipes routine NR_SPRSIN.::lib,Sparse Matrix File I/O
$IDL_DIR/lib/read_srf.pro::DIR::Read the contents of a Sun rasterfile and return the image and color table vectors (if present) in the form of IDL variables.::lib
$IDL_DIR/lib/read_sylk.pro::DIR::Reads the contents of a sylk (Symbolic Link) format spreadsheet data file and returns a cell data range (if present) in the form of an IDL variable.::lib
$IDL_DIR/lib/read_tiff.pro::DIR::N.A.::lib
$IDL_DIR/lib/read_wave.pro::DIR::READ a .wave or .bwave file created by the Advanced Data Visualizer into an series of IDL variables.::lib
$IDL_DIR/lib/read_x11_bitmap.pro::DIR::Read bitmaps stored in the X11 format.  The X Windows bitmap(1) program produces a C header file::lib,Bitmaps, X Windows, widgets.
$IDL_DIR/lib/read_xwd.pro::DIR::Read the contents of files created by the XWD (X Windows Dump)::lib
$IDL_DIR/lib/recon3.pro::DIR::This function can reconstruct a 3-dimensional data array from two or more images (or projections) of an object.   For example, if you placed a dark object in front of a white background and::lib,Volume Reconstruction
$IDL_DIR/lib/reduce_colors.pro::DIR::This procedure reduces the number of colors used in an image by eliminating pixel values without members.::lib,Image display.
$IDL_DIR/lib/regress.pro::DIR::Perform a multiple linear regression fit.  REGRESS fits the function:::lib,G2 - Correlation and regression analysis.
$IDL_DIR/lib/resolve_all.pro::DIR::Resolve (by compiling) all procedures and functions. This is useful when preparing .sav files containing all the IDL::lib
$IDL_DIR/lib/reverse.pro::DIR::Reverse the order of rows or columns in an array or vector.::lib,Array manipulation.
$IDL_DIR/lib/rot.pro::DIR::Rotate, magnify or demagnify, and/or translate an image.::lib,Z3 - Image processing, geometric transforms.
$IDL_DIR/lib/rs_test.pro::DIR::This function tests the hypothesis that two sample popultions, {X(i), Y(i)}, have the same mean of distribution against the hypothesis that they differ. The result is a two-element vector::lib,Statistics.
$IDL_DIR/lib/rstrpos.pro::DIR::This function finds the last occurrence of a substring within an object string. If the substring is found in the expression, RSTRPOS returns the character position of the match, otherwise::lib,String processing.
$IDL_DIR/lib/s_test.pro::DIR::This function tests the hypothesis that two sample popultions, {X(i), Y(i)}, have the same mean of distribution against the hypothesis that they differ. The result is a two-element vector::lib,Statistics.
$IDL_DIR/lib/scale3.pro::DIR::Set up transformation and scaling for basic 3D viewing.  This procedure is similar to SURFR and SCALE3D, except that the::lib,Graphics, 3D.
$IDL_DIR/lib/scale3d.pro::DIR::Scale the 3D unit cube (a cube with the length of each side equal to 1) into the viewing area.::lib,Graphics, 3D.
$IDL_DIR/lib/search2d.pro::DIR::This function finds "objects" or regions of similar data values within a 2-D array of data. Given a starting location and a range of values to search for, SEARCH2D will find all::lib,Data subsetting.
$IDL_DIR/lib/search3d.pro::DIR::This function finds "objects" or regions of similar data values within a 3-D array of data. Given a starting location and a range of values to search for, SEARCH3D will find all::lib,Data subsetting.
$IDL_DIR/lib/setup_keys.pro::DIR::Set up function keys for use with IDL.  Under Unix, the number of function keys, their names, and the::lib,Misc.
$IDL_DIR/lib/sfit.pro::DIR::This function determines a polynomial fit to a surface.::lib,Curve and surface fitting.
$IDL_DIR/lib/shade_surf_irr.pro::DIR::Make a shaded surface representation of an irregulary gridded elevation dataset.::lib,Graphics, surface plotting.
$IDL_DIR/lib/show3.pro::DIR::Show a 2D array three ways in a display that combines SURFACE, CONTOUR, and an image (color/gray scale pixels).::lib,Display, graphics.
$IDL_DIR/lib/showfont.pro::DIR::This procedure displays a vector-drawn font on the current graphics device.::lib,Fonts.
$IDL_DIR/lib/showinfo.pro::DIR::N.A.::lib
$IDL_DIR/lib/skewness.pro::DIR::N.A.::lib
$IDL_DIR/lib/skey_dec.pro::DIR::Under Unix, the number of function keys, their names, and the escape sequences they send to the host computer vary enough between various keyboards that IDL cannot be::lib,Misc.
$IDL_DIR/lib/skey_hp.pro::DIR::Under Unix, the number of function keys, their names, and the escape sequences they send to the host computer vary enough between various keyboards that IDL cannot be::lib,Misc.
$IDL_DIR/lib/skey_mips.pro::DIR::Under Unix, the number of function keys, their names, and the escape sequences they send to the host computer vary enough between various keyboards that IDL cannot be::lib,Misc.
$IDL_DIR/lib/skey_sgi.pro::DIR::Under Unix, the number of function keys, their names, and the escape sequences they send to the host computer vary enough between various keyboards that IDL cannot be::lib,Misc.
$IDL_DIR/lib/skey_sun.pro::DIR::Under Unix, the number of function keys, their names, and the escape sequences they send to the host computer vary enough between various keyboards that IDL cannot be::lib,Misc.
$IDL_DIR/lib/slicer3.pro::DIR::N.A.::lib
$IDL_DIR/lib/slide_image.pro::DIR::Create a scrolling graphics window for examining large images. By default, 2 draw widgets are used.  The left draw widget shows a reduced version of the complete image, while the draw widget on::lib
$IDL_DIR/lib/sph_4pnt.pro::DIR::Given four 3-dimensional points, this procedure returns the center and radius necessary to define the unique sphere passing through those points.::lib,Analytic Geometry.
$IDL_DIR/lib/sph_scat.pro::DIR::Interpolate to a regular grid given scattered samples on the surface of a sphere.::lib,Interpolation.
$IDL_DIR/lib/spline.pro::DIR::This function performs cubic spline interpolation.::lib,Interpolation - E1.
$IDL_DIR/lib/spline_p.pro::DIR::This procedure performs parameteric cubic spline interpolation.::lib,Interpolation - E1.
$IDL_DIR/lib/standardize.pro::DIR::N.A.::lib
$IDL_DIR/lib/stddev.pro::DIR::N.A.::lib
$IDL_DIR/lib/str_sep.pro::DIR::This routine cuts a string into pieces which are separated by the separator string.::lib,String processing.
$IDL_DIR/lib/str_to_dt.pro::DIR::N.A.::lib
$IDL_DIR/lib/stretch.pro::DIR::Stretch the image display color tables so the full range runs from one color index to another.::lib,Image processing, point operations.
$IDL_DIR/lib/surfr.pro::DIR::Set up 3D transformations.  This procedure duplicates the rotation, translation, and scaling::lib,Graphics, 3D.
$IDL_DIR/lib/svdfit.pro::DIR::Perform a general least squares fit with optional error estimates.  This version uses SVD.  A user-supplied function or a built-in::lib,Curve fitting.
$IDL_DIR/lib/svdfunct.pro::DIR::N.A.::lib
$IDL_DIR/lib/svdleg.pro::DIR::N.A.::lib
$IDL_DIR/lib/swap_endian.pro::DIR::This fucntion reverses the byte ordering of arbitrary scalars, arrays or structures. It may be used, for example, to make little endian numbers big, or big endian numbers little.::lib,Utility.
$IDL_DIR/lib/t3d.pro::DIR::Implement three-dimensional transforms.  This routine accumulates one or more sequences of translation,::lib,Graphics.
$IDL_DIR/lib/t_cvf.pro::DIR::This function computes the cutoff value (v) such that: Probability(X > v) = p where X is a random variable from the Student's t distribution::lib,Statistics.
$IDL_DIR/lib/t_pdf.pro::DIR::This function computes the probabilty (p) such that: Probability(X <= v) = p where X is a random variable from the Student's t distribution::lib,Statistics.
$IDL_DIR/lib/tek_color.pro::DIR::Load a color table similar to the default Tektronix 4115 color table.::lib,Graphics.
$IDL_DIR/lib/test_hp.pro::DIR::Generate HP-GL output to test features of the driver.::lib,Graphics Drivers.
$IDL_DIR/lib/test_lj.pro::DIR::To exercise and demonstrate various aspects of the IDL driver for the Digital Equipment Corporation LJ-250 color printer.::lib,Graphics Drivers.
$IDL_DIR/lib/test_pcl.pro::DIR::To exercise and demonstrate various aspects of the HP PCL (Printer::lib,Graphics Drivers.
$IDL_DIR/lib/test_true.pro::DIR::N.A.::lib
$IDL_DIR/lib/testdemo.pro::DIR::N.A.::lib
$IDL_DIR/lib/threed.pro::DIR::Plot a 2D array as a pseudo 3D plot.::lib,J7 Plotting, graphics, multi-dimensional.
$IDL_DIR/lib/time_test.pro::DIR::IDL benchmark program that performs approximately 20 common operations and prints the time required.::lib,Miscellaneous.
$IDL_DIR/lib/tm_test.pro::DIR::This function computes the Student's t-statistic and the probability that two vectors of sampled data have significantly different means. The default assumption is that the data is drawn from populations with::lib,Statistics.
$IDL_DIR/lib/today.pro::DIR::N.A.::lib
$IDL_DIR/lib/trace.pro::DIR::N.A.::lib
$IDL_DIR/lib/trackball__define.pro::DIR::N.A.::lib
$IDL_DIR/lib/tri_surf.pro::DIR::This function Interpolates a regularly or irregularly gridded set of points with a smooth quintic surface.::lib,Mathematical functions, Interpolation, Surface Fitting
$IDL_DIR/lib/ts_coef.pro::DIR::This function computes the coefficients used in a Pth order autoregressive time-series forecasting model. The result is a P-element vector whose type is identical to X.::lib,Statistics.
$IDL_DIR/lib/ts_diff.pro::DIR::This function recursively computes the forward differences, of an N-element time-series, K times. The result is an N-element differenced time-series with its last K elements as zeros.::lib,Statistics.
$IDL_DIR/lib/ts_fcast.pro::DIR::This function computes future values of a stationary time-series using a Pth order autoregressive model. The result is an N_FUTURE-element vector whose type is identical to X.::lib,Statistics.
$IDL_DIR/lib/ts_smooth.pro::DIR::N.A.::lib
$IDL_DIR/lib/uniq.pro::DIR::Return the subscripts of the unique elements in an array.  Note that repeated elements must be adjacent in order to be::lib,Array manipulation.
$IDL_DIR/lib/var_to_dt.pro::DIR::N.A.::lib
$IDL_DIR/lib/variance.pro::DIR::N.A.::lib
$IDL_DIR/lib/vel.pro::DIR::Draw a velocity (flow) field with arrows following the field proportional in length to the field strength.  Arrows are composed of a number of small segments that follow the streamlines.::lib,Graphics, two-dimensional.
$IDL_DIR/lib/velovect.pro::DIR::Produce a two-dimensional velocity field plot.  A directed arrow is drawn at each point showing the direction and::lib,Plotting, two-dimensional.
$IDL_DIR/lib/vert_t3d.pro::DIR::This function tranforms 3-D points by a 4x4 transformation matrix. The 3-D points are typically an array of polygon vertices that were generated by SHADE_VOLUME or MESH_OBJ.::lib,Graphics.
$IDL_DIR/lib/voronoi.pro::DIR::This procedure computes the Voronoi polygon of a point within an irregular grid of points, given the Delaunay triangulation. The Voronoi polygon of a point contains the region closer to::lib,Gridding.
$IDL_DIR/lib/warp_tri.pro::DIR::This function warps images using control (tie) points.::lib,Image processing, geometric transformation.
$IDL_DIR/lib/wf_draw.pro::DIR::This procedure draws weather fronts of various types with spline smoothing.::lib,Meterology.
$IDL_DIR/lib/write_bmp.pro::DIR::This procedure writes a Microsoft Windows Version 3 device independent bitmap file (.BMP).::lib
$IDL_DIR/lib/write_gif.pro::DIR::Write an IDL image and color table vectors to a GIF (graphics interchange format) file.::lib
$IDL_DIR/lib/write_nrif.pro::DIR::Write an IDL image and color table vectors to an NCAR Raster Interchange Format (NRIF) rasterfile.::lib
$IDL_DIR/lib/write_pict.pro::DIR::Writes image files with the current color palette in the PICT Version 2 Format.  This format is used by Apple Macintosh Computers.::lib
$IDL_DIR/lib/write_ppm.pro::DIR::Write an image to a PPM (true-color) or PGM (gray scale) file. PPM/PGM format is supported by the PMBPLUS and Netpbm packages.::lib
$IDL_DIR/lib/write_spr.pro::DIR::This procedure writes a row-indexed sparse matrix stucture to a specified file.  A  row-indexed sparse matrix is created by the Numerical Recipes routine NR_SPRSIN.::lib,Sparse Matrix File I/O
$IDL_DIR/lib/write_srf.pro::DIR::Write an IDL image and color table vectors to a Sun rasterfile.::lib
$IDL_DIR/lib/write_sylk.pro::DIR::Writes the contents of an IDL variable to a sylk (Symbolic Link) format spreadsheet data file.::lib
$IDL_DIR/lib/write_tiff.pro::DIR::N.A.::lib
$IDL_DIR/lib/write_wave.pro::DIR::Write a three dimensional IDL array to a .wave or .bwave file for use with the Wavefront Visualizer.::lib
$IDL_DIR/lib/xbm_edit.pro::DIR::This routine allows users to create and edit bitmaps for use with IDL widgets as icons.::lib,Widgets.
$IDL_DIR/lib/xdisplayfile.pro::DIR::Display an ASCII text file using widgets and the widget manager.::lib,Widgets.
$IDL_DIR/lib/xdistfile.pro::DIR::Displays ASCII text files from the IDL distribution. Unlike XDISPLAYFILE, this routine understands that under VMS, IDL::lib,Widgets.
$IDL_DIR/lib/xfont.pro::DIR::XFONT is a modal widget for selecting and viewing an X Windows font.::lib,Widgets, Fonts
$IDL_DIR/lib/xinteranimate.pro::DIR::Display an animated sequence of images using X-windows Pixmaps. The speed and direction of the display can be adjusted using the widget interface.::lib,Image display, widgets.
$IDL_DIR/lib/xloadct.pro::DIR::A graphical interface to the LOADCT user library procedure. XLOADCT displays the current color map and provides an array of buttons, one per availible predefined color::lib,Widgets
$IDL_DIR/lib/xmanager.pro::DIR::Provide main event loop and management for widgets created using IDL.::lib,Widgets.
$IDL_DIR/lib/xmng_tmpl.pro::DIR::This routine is a template for widgets that use the XManager.  Use this template instead of writing your widget applications from "scratch".::lib,Widgets.
$IDL_DIR/lib/xmtool.pro::DIR::Provide a tool for viewing Widgets currently being managed by the XMANAGER.::lib,Widgets.
$IDL_DIR/lib/xpalette.pro::DIR::Interactively create color tables using the RGB, CMY, HSV, and HLS color systems using the mouse, three sliders, and a cell for each color index. Single colors can be defined or multiple::lib,Color tables, widgets.
$IDL_DIR/lib/xregistered.pro::DIR::This function returns true if the widget named as its argument is currently registered with the XMANAGER as an exclusive widget, otherwise this routine returns false.::lib,Widgets.
$IDL_DIR/lib/xsq_test.pro::DIR::This function computes the chi-squared goodness-of-fit test between observed frequencies and the expected frequencies of a theoretical distribution. The result is a two-element vector::lib,Statistics.
$IDL_DIR/lib/xsurface.pro::DIR::This routine provides a graphical interface to the SURFACE and SHADE_SURFACE commands.  Different controls are provided to change the viewing angle and other plot parameters.  The command used to::lib,Widgets.
$IDL_DIR/lib/xvaredit.pro::DIR::This routine provides an editor for any IDL variable.::lib,Widgets
$IDL_DIR/lib/zoom.pro::DIR::Display part of an image (or graphics) from the current window enlarged in another window.::lib,Image display.
$IDL_DIR/lib/zoom_24.pro::DIR::Display part of a 24-bit color image from the current window expanded in another window.  (This procedure was modified from the 8-bit procedure ZOOM).::lib,Image display.