From: nfotis@ntua.gr (Nick C. Fotis)
Newsgroups: comp.graphics,news.answers
Subject: (8 Sep 92) Computer Graphics Resource Listing : WEEKLY [part 2/2]
Date: 8 Sep 92 01:11:50 GMT
Reply-To: nfotis@theseas.ntua.gr (Nick (Nikolaos) Fotis)
Followup-To: poster
Organization: National Technical Univ. of Athens

Archive-name: graphics/resources-list/part2
Last-modified: 1992/09/08


Computer Graphics Resource Listing : WEEKLY POSTING [ PART 2/2 ]
===================================================
Last Change : 8 September 1992


15. Image analysis software - Image processing and display
----------------------------------------------------------

[ MAJOR reorganization + additions! ]
[ Here I include a half baked list from ritley@uimrl7.mrl.uiuc.edu (Kenneth
 Ritley) on such softare, plus additions from Stephen L. Pendergast's
 <penderga@HAC2ARPA.HAC.COM> list, which was derived in turn from Tim Allen's
 <tim.allen@dartmouth.edu> list -- phew!! and various other sources here and
 there. Also I tried to make a major reorganization under the various platform
 categories . Still don't know how to separate the Remote Sensing stuff
 Any ideas?? -- nfotis ]

PC and Mac-based tools (multi-platform software)
======================

IMDISP
------
  IMDISP Written at JPL and other NASA sites. Can do simple display,
  enhancing, smoothing and so on. Works with the FITS and VICAR/PDS
  data formats of NASA. Can read TIFF images, if you know their dimensions
  [PC and Macs]

LabVIEW 2
---------
  LabVIEW is used as a framework for image processing tools. It provides a
  graphical programming environment using block diagram sketch is the
  "program" with graphical elements representing the programming elements.
  Hundreds of functions are already available and are connected using a
  wiring tool to create the block diagram (program).  Functions that the
  block diagrams represent include digital signal processing and
  filtering, numerical analysis, statistics, etc.  The tool allows any
  Virtual Instrument (VI, a software file that looks and acts like a real
  laboratory instrument) to be used as a part of any other virtual
  instrument.

  National Instruments markets plug-in digital signal processing (DSP)
  boards for Macintoshs and PC compatables that allow real-time
  acquisition and analysis at a personal computer.  New software tools for
  DSP are allowing engineers to harness the power of this technology. The
  tools range from low-level debugging software to high-level block
  diagram development software.  There are three levels of DSP programming
  associated with the NB-DSP2300 board and LabVIEW:
  Use of the NB-DSP2300 Analysis Library: FFTs, power spectra, filters
  routines callable from THINK C and Macintosh Programers Workshop (MPW) C
  that execute on the NB-DSP2300 board. There is an analysis Virtual
  Interface Library of ready-to-use VIs optimized for the NB-DSP2300.

  Use of the National Instruments Developers Toolkit that includes an
  optimizing C compiler, an assembler and a linker for low-level
  programming of the DSP hardware.  This approach offers the highest level
  of performance but is the must difficult in terms of ease of use.

  Use of the National Instruments Interface Kit software package which has
  utility functions for memory management data communications and
  downloading code to the NB-DSP2300 board. (This is the easiest route for
  the development of custom code.)

Ultimage Concept VI
-------------------
  Concept VI  by Graftek-France is a family of image processing Virtual
  Instruments (VIs) that give LabVIEW 2 (described above) users high-end
  tools for designing, integrating and monitoring imaging control systems.
  A VI is a software file that looks and acts like a real laboratory
  instrument. Typical applications for Concept VI include thermography,
  surveillance, machine vision, production testing, biomedical imaging,
  electronic microscopy and remote sensing.

  Ultimage Concept VI addresses applications which require further
  qualitative and quantitative analysis.  It includes a complete set of
  functions for image enhancement, histogram equalization, spatial and
  frequency filtering, isolation of features, thresholding, mathematical
  morphology analysis, density measurement, object counting, sizing and
  characterization.

  The program loads images with a minimum resolution of 64 by 64, a pixel
  depth of 8, 16, or 32 bits, and one image plane.  Standard input and
  output formats include PICT, TIFF, SATIE, and AIPD.  Other formats can
  be imported.

  Image enhancement features include lookup table transformations, spatial
  linear and non-linear filters, frequency filtering, arithmetic and logic
  operations, and geometric transformations, among others.  Morphological
  transformations include erosion, dilation, opening, closing, hole
  removal, object separation, and extraction of skeletons, among others.
  Quantitative analysis provides for objects' detection, measurement, and
  morphological distribution.  Measures include area, perimeter, center of
  gravity, moment of inertia, orientation, length of relevant chords, and
  shape factors and equivalence.  Measures are saved in ASCII format.  The
  program also provides for macro scripting and integration of custom
  modules.

  A 3-D view command plots a perspective data graph where image intensity
  is depicted as mountains or valleys in the plot.  The histogram tool can
  be plotted with either a linear or logarithmic scale. The twenty-eight
  arithmetic and logical operations provide for: masking and averaging
  sections of images, noise removal, making comparisons, etc.  There are
  13 spatial filters that alter pixel intensities based on local
  intensity.  These include high-pass filters for contrast and outlines.
  The frequency data resulting from FFT analysis can be displayed as
  either the (real , imaginary ) components or the (phase, magnitude)
  data.  The morphological transformations are useful for data sharpening
  and defining objects or for removing artifacts.

  The transformations include: thresholding, eroding, dilating and even
  hole filling.

  The program's quantitative analysis measurements include: area,
  perimeter, center of mass, object counts, and angle between points.

  GTFS, Inc. 2455 Bennett Valley Road #100C Santa Rosa, CA 95494
  707-579-1733

IPLab Spectrum
--------------
  IPLAB Spectrum supports image processing and analysis but lacks the
  morphology and quantitative analysis features provided by
  Graftek-FranceUs Ultimage Concept VI.  Using scripting tools, the user
  tells the system the operations to be performed. The problem is that far
  too many basic operations require manual intervention. The tool
  supports: FFTs, 16 arithmetic operations for pixel alteration, and a
  movie command for cycling through windows.


Macintosh-based tools
=====================

NCSA Image, NCSA PalEdit and more
---------------------------------
  NCSA provides a whole suite of public-domain visualization tools for the
  Macintosh, primarily aimed at researchers wanting to visualize results
  from numerical modelling calculations.  These applications,
  documentation, and source code are available for anonymous ftp from
  ftp.ncsa.uiuc.edu. Commercial versions of the NCSA programs have been
  developed by Spyglass.

  Spyglass, Inc. 701 Devonshire Drive Champaign, IL  61820 (217) 355-6000
  fax: 217 355 8925

NIH IMAGE
---------
  Available at alw.nih.gov (128.231.128.7) or (preferably)
  zippy.nimh.nih.gov [128.231.98.32], directory:/pub/image.
  It has painting and image manipulation tools, a macro language,
  tools for measuring areas, distances and angles, and for counting
  things. Using a frame grabber card, it can record sequences of
  images to be played back as a movie. It can invoke user-defined
  convolution matrix filters, such as Gaussian. It can import raw
  data in tab-delimited ASCII, or as 1 or 2-byte quantities. It also
  does histograms and even 3-D plots. It is limited to 8-bits/pixel,
  though the 8 bits map into a color lookup table. It runs on any Mac
  that has a 256-color screen and a FPU (or get the NonFPU version
  from zippy.nimh.nih.gov)

PhotoMac
--------
  Data Translation, Inc. 100 Locke Dr. Marlboro, MA 01752 508-481-3700

PhotoPress
----------
  Blue Solutions 3039 Marigold Place Thousand Oaks, CA 91360 805-492-9973

PixelTools and TCL-Image
------------------------
  "Complete family of PixelTools (hardware accelerator and applications
  software) for scientific image processing and analysis.  Video-rate
  capture, display, processing, and analysis of high-resolution
  monochromatic and color images.  Includes C source code."

TCL-Image:
  "Software package for scientific, quantitative image processing and
  analysis. It provides a complete language for the capture, enhancement,
  and extraction of quantitative information from gray-scale images.
  TCL_Image has over 200 functions for image processing, and contains the
  other elements needed in a full programming language for algorithm
  development -- variables and control structures.  It is easily
  extensible through "script" (or indirect command) files. These script
  files are simply text files that contain TCL-Image commands.  They are
  executed as normal commands and include the ability to pass parameters.
  The direct capture of video images is supported via popular frame
  grabber boards.  TCL-Image comes with the I-View utility that provides
  conversion between common image file types, such as PICT2 and TIFF."

  Perceptics 725 Pellissippi Parkway Knoxville, TN 37933 615-966-9200

Satellite Image Workshop
------------------------
  It comes with a number of satellite pictures (raw data) and does all
  sorts of image enhancing on it. You'll need at least a Mac II with co-
  processor; a 256 color display and a large harddisk. The program doesn't
  run under system 7.x.ATE1 V1

  In the documentation the contact address is given as:  Liz Smith, Jet
  Propulsion Laboratory, MS 300-323, 4800 Oak Grove Dr,.Pasadena, CA 91109
  (818) 354-6980

Visualization Workbench
-----------------------
  "An electronic imaging software system that performs interactive image
  analysis and scientific 2D and 3D plotting."

  Paragon Imagine 171 Lincoln St. Lowell, MA 01852 508-441-2112

Adobe Photoshop
---------------

  The tool supports Rtrue colorS with 24-bit images or 256 levels of grey
  scale.  Once an image has been imported it can be Rre-touchedS with
  various editing tools typical of those used in Macintosh-based RpaintS
  applications.  These include an eraser, pencil, brush and air brush.
  Advanced RpasteS tools that control the interaction between a pasted
  selection and the receiving site have also been incorporated.  For
  example, all red pixels in a selection can easily be preventing from
  being pasted. Photoshop has transparencies ranging from 0 to 100%,
  allowing you to create ghost overlays.  RPhoto-editingS tools include
  control of the brightness and contrast, color balancing, hue/saturation
  modification and spectrum equalization.  Images can be subjected to
  various signal processing algorithms to smooth or sharpen the image,
  blur edges, or locate edges.  Image scaling is also supported.

  For storage savings, the images can be compressed using standard
  algorithms, including externally supplied compression such as JPEG,
  availlable from Storm Technologies. The latest version of Adobe
  Photoshop supports the import of numerous image formats including: EPSF,
  EPSF, TIFF, PICT resource, Amiga IFF/ILBM, CompuServe GIF, MacPaint,
  PIXAR, PixelPaint, Scitex CT, TGA and ThunderScan..

  Adobe Systems, Inc. 1585 Charlestown Road PO Box 7900 Mountain View, CA
  94039-7900 415-961-4400

ColorStudio and ImageStudio
---------------------------
  ColorStudio is an image-editing and paint package from Letraset that has
  more features than Adobe Photoshop but is decidedly more complex and
  therefore more difficult to use.  Several steps are often required to
  accomplish that which can be done in a single step using Photoshop.  The
  application requires a great deal of available disk space as one can
  easily end up with images in the 30 MB range.  The program provides a
  variety of powerful selection tools including the "auto selection tool"
  which lets the user choose image areas on the basis of color, close
  hues, color range and mask.

ImageStudio: Don't know...

  Letraset USA 40 Eisenhower Drive Paramus, NJ 07653 201-845-6100

Dapple Systems
--------------
  "High resolution image analysis software provides processing tools to
  work with multiple images, enhance and edit, and measure a variety of
  global or feature parameters, and interpret the data."

  Dapple Systems, 355 W. Olive Ave, #100 Sunnyvale, CA 94086 408-733-3283

Digital Darkroom
----------------
  The latest release of Digital Darkroom has five new selection and
  editing tools for enhancing images. One such feature allows the user to
  select part of an image simply by "painting" it. A new polyline
  selection tool creates a selection tool for single pixel wide
  selections.  A brush lets the operator "paint" with a selected portion
  of the image. Note that this is not a true color image enhancement tool.
  This tool should be used when the user intends to operate in grey-scale
  images only.  It should be noted that Digital Darkroom is not as
  powerful as either Adobe Photoshop or ColorStudio.

  Silicon Beach Software 9770 Carroll Ctr. Rd., Suite J San Diego, CA
  92126 619-695-6956

Dimple
------
  It  is compatible with system 6.05 and system 7.0 , requires Mac LC or
  II series with 256 colours, with a recommended min of 6Mb of ram. It has
  the capability of reading Erdas files. Functions include; image
  enhancement, 3D and contour plots, image statistics, supervised and
  unsupervised classification, PCA and other image transformations. There
  is also a means (Image Operation Language or IOL) by which you can write
  your own transformations. There is no image rectification, however
  Dimple is compatable with MAPII. The latest version is 1.4 and it is in
  the beta stage of testing. Dimple was initially developed as a teaching
  tool and it is very good for this purpose."

  "Dimple  runs on a colour Macintosh.  It is a product still in its
  development phase.. i.e. it doesn't have all the inbuilt features of
  other packages, but is coming along nicely.  It has its own inbuilt
  language for writing "programs" for processing an image, defining
  convolution filters etc. Dimple is a full mac application with pull down
  menus etc... It is unprotected software."

  Process Software Solutions, PO Box 2110, Wollongong, New South Wales,
  Australia. 2500. Phone 61 42 261757  Fax 61 42 264190.

Enhance
-------
  Enhance has a RrulerS tool that supports measurements and additionally
  provides angle data. The tool has over 80 mathematical filter
  variations: "Laplacian, medium noise filter", etc.  Files can be saved
  as either TIFF, PICT, EPSF or text (however EPSF files can't be imported).

  MicroFrontier 7650 Hickman Road Des Moines, IA  50322 515-270-8109

Image Analyst
-------------
  An image processing product for users who need to extract quantitative
  data from video images.  Image Analyst lets users configure
  sophisticated image processing and measurement routines without the
  necessity of knowing a programming language.  It is designed for such
  tasks at computing number and size of cells in images projected by video
  cameras attached to microscopes, or enhancing and measuring distances in
  radiographs.

  Image Analyst provides users with an array of field-proven video
  analysis techniques that enable them to easily assemble a sequence of
  instructions to enhance feature appearance; count objects; determine
  density, shape, size, position, or movement; perform object feature
  extraction; and conduct textural analysis automatically.  Image Analyst
  works with either a framegrabber board and any standard video camera, or
  a disk-stored image.

  Within minutes, without the need for programming, the Image Analyst user
  can set up a process to identify and analyze any element of a image.
  Measurements and statistics can be automatically or semi-automatically
  generated from TIFF or PICT files or from captured video tape images.
  Image Analyst recognizes items in images based on their size, shape and
  position.  The tool provides direct support for the Data Translation and
  Scion frame grabbers. A menu command allows for image capture from a VCR
  video camera or other NTSC or PAL devices.

  There are 2 types of files, the image itself and the related Sequence
  file that holds the processing, measurements and analysis that the user
  defines.  Automated sequences are set up in Regions Of Interest (ROI)
  represented by movable, sizable boxes atop the image.  Inside a ROI, the
  program can find the distance between two edges, the area of a shape,
  the thickness of a wall, etc.  Image Analyst finds the center, edge and
  other positions automatically. The application also provides tools so
  that the user can work interactively to find the edge of object. It also
  supports histograms and a color look-up table (CLUT) tool.

  Automatix, Inc. 775 Middlesex Turnpike Billerica, MA 01821 508-667-7900

IPLab
-----
  Signal Analytics Corp. 374 Maple Ave. E Vienna, VA  22180 703-281-3277
  FAX 703-281-2509

  "Menu-driven image processing software that supports 24-bit color or
  pseudocolor/grayscale image display and manipulation."

MAP II
------
  Among the Mac GIS systems, MAP II distributed by John Wiley has
  integrated image analysis.

IMAGE
-----
  from Stanford : Try anonymous ftp from sumex-aim.stanford.edu
  It has pd source for image v2, and ready to run code for a mac under
  image v3.



Windows/DOS PC-based tools
==========================

CCD
---
  Richard Berry's CCD imaging book for Willamon-Bell contains (optional?)
  disks with image manipulating software.  Source code is included.

ERDAS
-----
  "ERDAS will do all of the things you want:  rectification,
  classification, transformations (canned & user-defined), overlays,
  filters, contrast enhancement, etc. ... I was using it on my thesis &
  then changed the topic a bit & that work became secondary."

  ERDAS, Inc. 2801 Buford Highway Suite 300 Atlanta, GA 30329 404-248-9000
  FAX   404-248-9400

RSVGA
-----
  "I have been getting up to speed on a program called RSVGA available from
  Eidetic Digital Image Ltd. in British Columbia.  Its for IBM PC's or
  clones, cheap (about $400) and does all the stuff Erdas does but is not
  as fast or as powerful, though I have had only limited experience with
  Erdas.  I have used RSVGA with 6 of 7 Landsat bands and it is a good
  starter program except for the obtuse manual"

IMAGINE-32
----------
  It's a 32 bit package [I suppose for PCs] called "Imagine32"
  or "Image32" The program does a modest amount of image processing --add,
  subtract, multiply, divide, display, and plot an x or y cut across the image.
  It can also display a number of images simultaneously.
  The company is CompuScope, in Santa Barbara, CA. 

PC Vista
--------
  It was announced in the 1989 August edition of PASP.  It is known to
  be available from Mike Richmond, whose email addresses have been

	richmond@bllac.berkeley.edu
	richmond@bkyast.berkeley.edu

  and his s-mail address is:

  Michael Richmond,Astronomy Department, Campbell Hall, Berkeley, CA 94720

  The latest version of PC-Vista, version 1.7, includes not only the source
  code and help files, but also a complete set of executable programs and
  a number of sample FITS images. If you do wish to use the source code,
  you will need Microsoft C, version 5.0 or later; other compilers may work,
  but will require substantial modifications.

  To receive the documentation and nine double-density (360K) floppies
  (or three quad-density 3-1/2 inch floppies (1.44M) with everything on them,
  just send a request for PC-Vista, together with your name and a US-Mail
  address, to 

	Office of Technology Licensing
	2150 Shattuck Ave., Suite 510
	Berkeley, Ca. 94704

  Include a check (Traveller's Checks are fine) or purchase order for $150.00
  in U.S. dollars, if your address is inside the continental U.S., or $165.00
  otherwise, made out to Regents of the University of California
  to cover duplication and mailing costs.


SOFTWARE TOOLS
--------------
  It's a set of software "tools" put out by Canyon State
  Systems and Software. They are not free, but rather cheap at about $30 I
  heard. It will handle most all of the formats used by frame grabber
  software. 

MIRAGE
------
  It's image processing software written by Jim Gunn at the
  Astrophysics Dept at Princeton. It will run on a PC among other platforms.
  It is a Forth based system - i.e. a Forth language with many image
  processing displaying functions built in. 

DATA TRANSLATION SOURCE BOOK
----------------------------
  The Data Translation company in Massachusetts publishes a free book
  containing vendors of data analysis hardware and software which is
  compatible with Data Translation and other frame grabbers.
  Surely you can find much more PC-related stuff in it.

MAXEN386
--------
  A couple of Canadians have written a program named MAXEN386 which does
  maximum entropy image deconvolution. Their company is named Digital
  Signal Processing Software, or something like that, and the software is
  mentioned in an article in Astronomy Magazine, either Jan or Feb 92
  (an article on CCD's vs film). 

JANDEL SCIENTIFIC (JAVA)
------------------------
  Another software package (JAVA) is put out by Jandel Scientific. 
  Jandel Scientific, 65 Koch Road, Corte Madera, CA 94925, (415) 924-8640,
  (800) 874-1888.

Microbrian
----------
  Runs on an MS dos platform and uses a 32 bit graphics card
  (Vista), or an about to be released version will support a number of
  super VGA cards.  Its a full blown remote sensed data processing
  system.. It is menu driven (character based screen), but is does not use
  a windowed user interface. Its is hardware protected with a dongle.
  Mbrian = micro Barrier reef Image Anaysis System. It was developed by
  CSIRO (Commonwealth Scientific & Industrial Organization) and is
  marketed/ supported by:

  MPA Australia (51 Lusher Road, Croydon, Victoria
  tel + 61 3 724 4488     fax  +61 3 724 4455)

  There are educational and commercial prices, but be prepared to set
  aside $A10k for the first educational licence.  Subsequent ones come
  cheaper (they need to!) It has installed sites worldwide.  It is widely
  used at ANU.

MicroImage
----------
  The remote sensing lab here at Dartmouth currently uses Terra-Mar's
  MicroImage, on 486 PCs with some fancy display hardware.

  Terra-Mar Resource Information Services, Inc.

  1937 Landings Drive Mountain View, CA  94043 415-964-6900   FAX
  415-964-5430

Unix-based tools
----------------

IRAF (Image Reduction and Analysis Facility)
--------------------------------------------
  Developed in the National Optical Astronomy Observatory, Kitt Peak AZ
  It is free, you can ftp it from noao.edu and complement it with
  STSDAS from stsci.edu. Email to iraf@noao.edu for more details.
  Apparently this is one of the _de facto_ standards in the astronomical
  image community. They issue a newsletter also.
  They seem to support very well their users. Works with VMS also last
  I heard, and practically has its own shell on top of the VMS/Unix shells.

  It's suggested that you get a copy of saoimage for display under X windows.
  Very flexible/extendable  -- tons (literally 3 linear feet) of
  documentation for the general user, skilled user, and programmer.

ALV
---
  A Sun-specific image toolkit.  Version 2.0.6 posted to
  comp.sources.sun on 11dec89.  Also available via email to
  alv-users-request@cs.bris.ac.uk.

AIPS
----
  contact aipsmail@nrao.edu -- astronomical image processing
  system of the national radio astronomy observatory, Charlottesville, VA
  -- software distributed by 9 track tape last time I ordered it -- I did
  not find this package very useful -- tons of dense documentation -- very
  old code -- I heard in one of our astronomy laboratories the package may
  be rewritten completely in the near future -- major funding available.

LABOimage 3.1
-------------
  (version 4.0 soon for X11) It's written in C, and currently
  runs on Sun 3/xxx, Sun 4/xxx (OS3.5, 4.0 and 4.0.3) under SunView.
  The expert system for image segmentation is written in Allegro Common Lisp.
  It was used on the following domains: computer science (image analysis), 
  medicine, biology, physics. It is distributed free of charge (source code).
  Available via anonymous FTP at ads.com (128.229.30.16), in
  pub/VISION-LIST-ARCHIVE/SHAREWARE/LaboImage_3.1.tar.Z

  Contact: Prof. Thierry Pun, Computer Vision Group Computing Science Center,
  U-Geneva 12, rue du Lac, CH-1207 Geneva SWITZERLAND
  Phone : +41(22) 787 65 82; fax: +41(22) 735 39 05
  E-mail: pun@cui.unige.ch  or pun@cgeuge51.bitnet


Figaro
------
  It was originally made for VMS, and can be obtained from
  Keith Shortridge in Australia (ks@aaoepp.aao.gov.au)
  and for Unix from Sam Southard at Caltech (sns@deimos.caltech.edu).
  It's about 110Mbytes on a Sun.

KHOROS
------
  Moved to the Scientific  Visualization category below

Vista
-----
  The "real thing" is available via anonymous ftp from lowell.edu. Email to
  vista@lowell.edu for more details. Total size less than 20Mbytes.

DISIMP
------
  (Device Independent Software for Image Processing) is a powerful
  system providing both user friendliness and high functionality in
  interactive times.

  Feature Description

  DISIMP incorporates a rich library of image processing utilities and
  spatial data options. All functions can be easily accessed via the
  DISIMP executive. This menu is modular in design and groups image
  processes by their function. Such a logical structure means that
  complicated processes are simply a progression through a series of
  modules.

  Processes include image rectification, classification (unsupervised and
  supervised), intensity transformations, three dimensional display and
  Principal Component Analysis. DISIMP also supports the more simple and
  effective enhancement techniques of filtering, band subtraction and
  ratioing.

  Host Configuration Requirements

  Running on UNIX workstations, DISIMP is capable of processing the more
  computational intensive techniques in interactive processing times.
  DISIMP is available in both Runtime and Programmer's environments. Using
  the Programmers environment, utilities can be developed for specific
  applications programs.

  Graphics are governed by an icon-based Display Panel which allows quick
  enhancments of a displayed image. Manipulations of Look Up Tables,
  colour stretches, changes to histograms, zooming and panning can be
  interactively driven through this control.

  A range of geographic projections enables DISIMP to integrate data of
  image, graphic and textual types. Images can be rectified by a number of
  coordinate systems, providing the true geographic knowledge essential
  for ground truthing. Overlays of grids, text and vector data can be
  added to further enhance referenced imagery.

  The system is a flexible package allowing users of various skill levels
  to determine their own working environment, including the amount of help
  required. DISIMP comes fully configured with no optional extras. The
  purchase price includes all functionality required for professional
  processing of remote sensed data.

  For further information, please contact:

  The Business Manager, CLOUGH Engineering Group Systems Division, 627
  Chapel Street, South Yarra, Australia 3141. Telephone:  +61 3 825 5555
  Fax:  +61 3 826 6463

Global Imaging Software
-----------------------
  "We use Global Imaging Software to process AVHRR data, from the dish to
  the final display. Select a chunk of five band data from a pass,
  automatic navigation, calibrate it to Albedo and Temp, convert that to
  byte, register it to predesigned window, all relatively automatically
  and carefree.

  It has no classification routines to speak of, but it isn't that
  difficult to write your own with their programmer's module.

  Very small operation: one designs, one codes, one sells. Been around for
  a number of years, sold to Weather Service and Navy.  Runs on HP9000
  with HP-UX.  Supports 24-bit display"

HIPS
----
(Human   Information   Processing Laboratory's Image Processing System)

  Michael Landy co-wrote and sell a general-purpose package for image
  processing which has been used for basically all the usual image
  processing applications (robotics, medical, satellite, engineering, oil
  exploration, etc.).  It is called HIPS, and deals with sequences of
  multiband images in the same way it deals with single images.  It has
  been growing since we first wrote it, both by additions from us as well
  as a huge user-contributed library.

  Feature description

  HIPS  is  a  set  of  image  processing  modules  which together provide
  a  powerful  suite  of  tools  for  those interested in research,
  system  development  and  teaching. It  handles  sequences  of  images
  (movies)  in precisely the same manner as single frames.

  Programs and subroutines have been developed  for simple image
  transformations, filtering, convolution, Fourier and other transform
  processing, edge detection  and line  drawing   manipulation, digital
  image compression and transmission  methods, noise generation, and image
  statistics computation. Over 150 such  image transformation programs
  have been developed.  As a result, almost any image processing  task
  can be performed quickly and conveniently. Additionally, HIPS allows
  users to easily integrate  their  own custom  routines.   New users
  become effective using HIPS on their first day.

  HIPS features images that are  self-documenting.   Each image stored  in
  the  system  contains  a  history  of the transformations that have been
  applied to that image.   HIPS includes  a  small  set of subroutines
  which primarily deals with a standardized  image sequence  header,  and
  a  large library  of  image  transformation tools in the form of UNIX
  ``filters''.  It comes complete with source  code,  on-line manual
  pages, and on-line documentation.

  Host Configuration Requirements

  Originally  developed at  New  York  University,  HIPS  now represents
  one of the most extensive and flexible vision and image  processing
  environments currently available.  It runs under the UNIX operating
  system.  It is modular  and  flexible, provides automatic documentation
  of its actions, and is almost entirely independent of special equipment.
  HIPS is now in use on a variety of computers including Vax and
  Microvax, Sun, Apollo,  Masscomp,  NCR Tower, Iris, IBM AT, etc.
  For image display and input, drivers are supplied for the Grinnell and
  Adage (Ikonas) image processors, and the Sun-2, Sun-3, Sun- 4, and
  Sun-386i consoles.  We also  supply  user-contributed drivers  for  a
  number of  other framestores and windowing packages (Sun gfx, Sun
  console, Matrox VIP-1024, ITI IP-512, Lexidata,  Macintosh II, X
  windowing system, and Iris).  The Hipsaddon package includes an
  interface  for the  CRS-4000. It  is  a  simple matter to interface HIPS
  with other frame- stores, and we can put interested users in touch with
  users who  have interfaced HIPS with the Arlunya and Datacube Max-
  Video. HIPS can be easily adapted for other  image  display devices
  because 98% of HIPS is machine independent.

  Availability

  HIPS has proven itself a highly flexible  system,  both as  an
  interactive  research tool, and for more production- oriented tasks. It
  is both easy to use, and quickly adapted and extended to new uses. HIPS
  is supplied on magnetic tape in UNIX tar format (either reel- to-reel or
  Sun  cartridge), and comes with source code, libraries, a library of
  convolu- tion masks, and on-line documentation and manual pages.

  Michael Landy SharpImage Software P.O. Box 373, Prince Street Station
  New York, NY   10012-0007 Voice:  (212) 998-7857 Fax: (212) 995-4011


MIRA
----
  Nothing known besides its name. Anyone to add here info?

==========================================================================

16. Image annotation software
-----------------------------

a. Touchup runs in Sunview and is pretty good.  It reads in
  rasterfiles, but even if your image isn't normally stored
  in rasterfile format you could use screendump to make it a
  rasterfile.

b. Idraw (part of Stanford's InterViews distribution) can handle some
  image formats in addition to being a MacDraw like tool.  I'm not
  sure exactly what they are.
  You can ftp the idraw's binary from interviews.stanford.edu.

c. Tgif is another MacDraw like tool that can handle X11 bitmap (xbm)
  and X11 pixmap (xpm) formats.  If the image you have is in formats
  other than xbm or xpm, you can get the pbmplus toolkit to convert
  things like gif or even some Macintosh formats to xpm.
  Tgif's sources are available in the pub directory on cs.ucla.edu
  (Version 2.12 of tgif at patchlevel 7 plus patch8 and patch9)

d. Use the editimage facility of KHOROS (see below).
  This is just one utility in the overall system- you can essentially do all
  your image processing and macdraw-type graphics using this package.

e. You might be able to get by with PBMPlus.  pbmtext gives you text output
  bitmaps which can be overlaid on top of your image.

f. 'ice' requires Sun hardware running OpenWindows 3.It's a PostScript-based
  graphical editor,and it's available for anonymous ftp from Internet host
  eo.soest.hawaii.edu (128.171.151.12). Requires Sun C++ 2.0 and
  two other locally developed packages, the LXT library (an Xlib-based
  toolkit) and a small C++ class library. All files (pub/ice.tar.Z,
  pub/lxt.tar.Z and pub/ldgoc++.tar.Z) are available in compressed
  tar format. pub/ice.tar.Z contains a README that gives installation
  instructions, as well as an extensive man page (ice.1).
  A statically-linked compressed executable pub/ice-sun4.Z for
  SPARC systems is also available for ftp.

  All software is the property of Columbia University and may not
  be redistributed without permission.

  ice means Image Composition Environment and it's an imaging tool that
  allows raster images to be combined with a wide variety of
  PostScript annotations in WYSIWYG fashion via X11 imaging
  routines and NeWS PostScript rasterizing.

g. Use ImageMagick to annotate an image from your X server.  Pick the 
  position of your text with the cursor and choose your font and pen 
  color from a pull-down menu.  ImageMagick can read and write many
  of the more popular image formats.  ImageMagick is available as
  export.lcs.mit.edu: contrib/ImageMagick.tar.Z or at your nearest
  X11 archive.

==========================================================================

17. Scientific visualization stuff
----------------------------------

#X Data Slice (xds)
-------------------
  Bundled with the X11 distribution from MIT,
  in the contrib directory. Available at ftp.ncsa.uiuc.edu [141.142.20.50]
  (either as a source or binaries for various platforms).

+National Center for Supercomputing Applications (NCSA) Tool Suite
+-----------------------------------------------------------------
+
+Platforms: Unix Workstations (DEC, IBM, SGI, Sun)
+           Apple MacIntosh 
+           Cray supercomputers
+
+Availability: Now available.  Source code in the public domain.
+              FTP from ftp.ncsa.uiuc.edu.
+
+Contact: National Center for Supercomputing Applications
+         Computing Applications Building
+         605 E. Springfield Ave.
+         Champaign, IL 61820
+        
+Cost: Free (zero dollars).
+
+The suite includes tools for 2D image and 3D scene analysis and visualization.
+The code is actively maintained and updated.

KHOROS
------
  Available via anonymous ftp at pprg.eece.unm.edu (129.24.24.10).
  cd to /pub/khoros to see what is available. It is HUGE (> 100 MB), but good.
  Needs Unix and X11R4. Freely copied (NOT PD), complete with sources
  and docs. Very extensive and at its heart is visual programming.
  Khoros components include a visual programming language, code
  generators for extending the visual language and adding new application
  packages to the system, an interactive user interface editor, an
  interactive image display package, an extensive library of image and
  signal processing routines, and 2D/3D plotting packages.

  See comp.soft-sys.khoros on Usenet and the relative FAQ for more info....

+  Contact:
+
+  The Khoros Group
+  Room 110 EECE Dept.
+  University of New Mexico
+  Albuquerque, NM 87131
+
+  Email: khoros-request@chama.eece.unm.edu


MacPhase
--------
  Analysis & Visualization Application for the Macintosh.
  Operates on 1D and 2D data arrays. Import/Export several different file
  formats.  Several different plotting options such as gray scale,
  color raster, 3D Wire frame, 3D surface, contour, vector, line, and
  combinations.  FFTs, filtering, and other math functions, color look up
  editor, array calculator, etc. Shareware, available via anonymous ftp from
  sumex-aim.stanford.edu in the info-mac/app directory.
  For other information contact Doug Norton (e-mail: 74017.461@@compuserve.com)

IRIS Explorer
-------------
  It's an application creation system developed by Silicon
  Graphics that provides visualisation and analysis functionality for
  computational scientists, engineers and other scientists. The Explorer
  GUI allows users to build custom applications without having to write
  any, or a minimal amount of, traditonal code. Also, existing code can
  be easily integrated into the Explorer environment. Explorer currently
  is available now on SGI and Cray machines, but will become available on
  other platforms in time. [ Bundled with every new SGI machine, as far as
  I know]

  See comp.graphics.explorer for discussion of the package.
#  There are also two FTP servers for related stuff, modules etc.:

  ftp.epcc.ed.ac.uk [129.215.56.29]
+  swedishchef.lerc.nasa.gov [139.88.54.33] - mirror of the UK site

apE
---
  Back in the 'old good days', you could get apE for nearly free.
  Now has gone commercial and the following vendor supplies it:

  TaraVisual Corporation
  929 Harrison Avenue
  Columbus, Ohio 43215
  Tel: 1-800-458-8731 and (614) 291-2912
  Fax: (614) 291-2867

	Cost:
  $895 (plus tax); runtime version with a site-license for a single user
  (at a time), no limit on the number of machines in a cluster.
  $895 includes support/maintenance and upgrades.
  Source code more.  Additional user licenses $360.
  The name of the package has become apE III (TM).
  Khoros is very similar to apE on philosophy, as are AVS and Explorer.

AVS
---
See also:
	comp.graphics.avs

Platforms: CONVEX, CRAY, DEC, Evans & Sutherland, HP, IBM, Kubota,
Set Technologies, SGI, Stardent, SUN, Wavetracer
Availability: AVS3 available on all the above:
  AVS4 currently available on SGI, SUN
  AVS4 will be available on: HP, IBM, Kubota, SGI, Stardent, SUN
  6/1/92

Contact:
  Advanced Visual Systems Inc. for: CRAY, HP, IBM, SGI,
  Stardent, SUN
  CONVEX for CONVEX
  Advanced Visual Systems Inc. or CRAY for CRAY
  DEC for DEC
  Evans & Sutherland for Evans & Sutherland
  Advanced Visual Systems Inc. or IBM for IBM
  Kubota Pacific Inc. for Kubota
  Set Technologies for Set Technologies
  Wavetracer for Wavetracer


WIT
---
  In a nutshell it's a package of the same genre as AVS,Explorer,etc.
  It seems more a image processing system than a generic SciVi system (IMHO)
  Major elements are:

  - a visual programming language, which automatically exploits the inherent
	parallelism
  - a ode generator which converts the graph to a standalone program

  Iconified libraries present a rich set of point, filter, io, transform,
  morphological, segmentation, and measurement operations.
  A flow library allows graphs to employ broadcast, merge,
  synchronization, conditional, and sequencing control strategies.

  Users can easily extend WIT by defining new C functions, data types,
  and servers to access specialized hardware.

  They are currently sending out free 3.5" demo disks suitable for Sun
  Sparcstation floppy drives to anyone interested in trying out the
  software (and they are thinking about putting a copy of the demo for
  FTP).
  Or you can try the Catalyst CDware program as trial software;
  Demo version on Sun CDware 4.

  WIT supports Sun3, Sun4, vxWorks by Wind River Systems,
  and Datacube (MaxVideo-20 hardware) platforms.

  Pricing: WIT for Sparc, one yr. free upgrades, 30 days
  technical support....................$5000 US

  Academic institutions: discounts available

  Contact:
  Logical Vision, Ltd.
  6882 Rupert St.
  Vancouver, B.C., Canada
  V5S 2Z6
  Tel: 604-435-2587, Fax: 604-299-8263
  Terry Arden <poon@ee.ubc.ca>

VIS-5D 
------
  A system for visually exploring the output of weather
  models and similar data sets. Platforms:
#    SGI Power/VGX, Power/GTX and PI, Crimson and Indigo;
#    IBM RS/6000 with GL graphics;
    Stardent GS-1000 and GS-2000
  You can get it freely (thanks to NASA support) via anonymous ftp:
# ftp vis5d.ssec.wisc.edu  (or ftp 144.92.108.66), then

  ftp> cd pub/vis5d
  ftp> ascii
  ftp> get README
  ftp> bye

  Read section 2 of the README file for full instructions
  on how to get and install VIS-5D.

  Contact:
  Bill Hibbard (whibbard@vms.macc.wisc.edu)
  Brian Paul (bpaul@vms.macc.wisc.edu)

DATAexplorer (IBM)
------------------
  Platforms : IBM Risc System 6000, IBM POWER Visualization Server
	(SIMD mesh 32 i860s, 40 MHz)

  Working on (announced) : SGI, HP, Sun

  Contact: 
  Your local IBM Rep.  For a trial package ask your rep to contact :

  David Kilgore
  Data Explorer Product Marketing
  YKTVMH(KILCORE), (708) 981-4510

Wavefront
---------
  Data Visualizer, Personal Visualizer, Advanced Visualizer.
+  Platforms: SGI, SUN, IBM RS6000, HP, DEC
+
+  Availability:
+    Available on all the above platforms from Wavefront
+    Technologies.  Educational programs and site licenses are
+    available.
+
+  Contacts:
+    Mike Wilson (mike@wti.com)
+
+    Wavefront Technologies, Inc.
+    530 East Montecito Street
+    Santa Barbara, CA 93103
+    805-962-8117
+    FAX: 805-963-0410
+
+    Wavefront Europe
+    Guldenspoorstraat 21-23
+    B-9000 Gent, Belgium
+    32-91-25-45-55
+    FAX: 32-91-23-44-56
+
+    Wavefront Technologies Japan
+    17F Shinjuku-sumitomo Bldg
+    2-6-1  Nishi-shinjuku, Shunjuku-Ku
+    Tokyo 168 Japan
+    81-3-3342-7330
+    FAX 81-3-3342-7353


PLOT3D and FAST from NASA Ames
------------------------------
  These packages are distributed from COSMIC at least
  (for FAST ask Pat Elson <pelson@nas.nasa.gov> for
  distribution information). In general, these codes are for US
  citizens only :-(

XGRAPH
------
  On the contrib tape of X11R5. Its specialty is display of up
  to 64 data sets (2D).

NCAR
----
  National Center for Atmospheric Research [ Anyone to add more info? ]

IDL/PV-WAVE
-----------
  "The IDL/PV-WAVE software package is what I currently use .
  I/O is very simple (a major plus!!) & most of my
  programming is very short & sweet.  Numerous output formats are
  available.  there are certainly some minuses & it does require
  "programming".  I use the command line version, though the "point &
  click" version is available...I have some acquaintances who use it on
  the Mac (I think via Mac-X).  Basically, there are a lot of built-in
  functions, though some manipulation is required.  IDL/PV-WAVE is able to
  work with any type of imagery. IDL runs on a unix system"

IDL/SIPS
--------
  A lot of people are using IDL with a package called SIPS. This was
  developed at the University of Colorado (Boulder) by some people working
  for Alex Goetz.  You might try contacting them if you already have IDL
  or would be willing to buy it.  It's a few thousand dollars (American) I
  expect for IDL and the other should be free.  Those are the general
  purpose packages I've heard of, besides what TerraMar has.
  SIPS _was_ written for AVIRIS imagery.  I'm not sure how general purpose
  it is.  You would have to contact Goetz or one of his people and ask.  I
  have another piece of software (PCW) that does PC and Walsh
  transformations with pseudocoloring and clustering and limited image
  modification (you can compute an image using selected components).  I've
  used it on 70 megabyte AVIRIS images without problems, but for the best
  speed you need an external DSP card.  It will work without it, but large
  images take quite a while (50-70 times as long) to process.  That's a
  freebie if you want it.

  My  favorite is IDL (Interactive Data Language) from Research Systems,
  Inc.  IDL is in my opinion, much better and infinitely easier. Its
  programming language is very strong and easy -- very Pascal-like. It
  handles the number-crunching very well, also. Personally, I like doing
  the number-crunching with IDL on the VAX (or Mathematica, Igor, or even
  Excel on the Mac if it's not too hairy), then bringing it over to NIH
  Image for the imaging part. I have yet to encounter any situation which
  that combination couldn't handle, and the speed and ease of use
  (compared to IRAF) was incredible. By the way, it's mostly astronomical
  image processing which I've been doing. This means image enhancement,
  cleaning up bad lines/pixels, and some other traditional image
  processing routines. Then, for example, taking a graph of intensity
  versus position along a line I choose with the mouse, then doing a curve
  fit to that line (which I might do like in KaleidaGraph.)

[ For IDL call Research Systems , for PV-WAVE call Precision Visuals and
 for SIPS call University of Colorado @ Boulder . From what I can
 understand, you can get packaged programs from Research Systems, though
 -- nfotis ]

Visual3
-------
  contact Robert Haimes, MIT

FieldView
---------
  Intelligent Light Corp.


==========================================================================

18. Molecular visualization stuff
---------------------------------

[ Based on a list from cristy@dupont.com < Cristy > , which asked for
 systems for displaying Molecular Dynamics, MD for short ]

Flex
----
  It is a public domain package written by Michael Pique, at The Scripps
  Research Institute, La Jolla, CA. Flex is stored as a compressed,
  tar'ed archive (about 3.4MB) at perutz.scripps.edu [137.131.152.27], in
  pub/flex. It displays molecular models and MD trajectories.

MacMolecule
-----------
  (for Macintosh). I searched with Archie, and the most
  promising place is sumex-aim.stanford.edu (info-mac/app, and
  info-mac/art/qt for a demo)

MD-DISPLAY
----------
  Runs on SGI machines. Call Terry Lybrand (lybrand@milton.u.washington.edu).

XtalView
--------
  It is a crystallography package that does visualize molecules and much more.
  It uses the XView toolkit.
  Call Duncan McRee <dem@scripps.edu>

landman@hal.physics.wayne.edu:
-----------------------------
  I am writing my own visualization code right now.  I look at MD output
  (a specific format, easy to alter for the subroutine) on PC's.  My
  program has hooks into GKS.  If your friend has access to Phigs for X
  (PEX) and fortran bindings, I would be happy to share my evolving code
  (free of charge).  Right now it can display supercells of up to 65
  atoms (easy to change), and up to 100 time steps, drawing nearest
  neighbor bonds between 2 defining nn radii.  It works acceptably fast
  on a 10Mhz 286.

icsg0001@caesar.cs.montana.edu:
------------------------------
  I did a project on Molecular Visualization for my Master's Thesis, using
  UNIX/X11/Motif which generates a simple point and space-filling model.

KGNGRAF
-------

+KGNGRAF is part of MOTECC-91. Look on malena.crs4.it (156.148.7.12),
+in pub/motecc.
+
+motecc.info.txt          Information about MOTECC-91 in plain ascii format.
+----------------------------------------------------------------------------
+motecc.info.troff        Information about MOTECC-91 in troff format.
+motecc.form.troff        MOTECC-91 order form in troff format.
+motecc.license.troff     MOTECC-91 license agreement in troff format.
+----------------------------------------------------------------------------
+motecc.info.ps           Information about MOTECC-91 in PostScript format.
+motecc.form.ps           MOTECC-91 order form in PostScript format.
+motecc.license.ps        MOTECC-91 license agreement in PostScript format.
+

ditolla@itnsg1.cineca.it:
------------------------
  I'm working on molecular dynamic too.  A friend of mine and I have
  developed a program to display an MD run dynamically on Silicon
  Graphics.  We are working to improve it, but it doesn't work under X,
  we are using the graphi. lib. of the Silicon Gr. because they are much
  faster then X.  When we'll end it we'll post on the news info about
  where to get it with ftp. (Will be free software).

XBall V2.0
----------
  Written by David Nedde. Call daven@maxine.wpi.edu.

XMol
----
  An X Window System program that uses OSF/Motif  for  the
  display and  analysis  of  molecular  model data.  Data from several
  common file formats can be read and written; current formats include:
  Alchemy, CHEMLAB-II, Gaussian, MOLSIM, MOPAC, PDB, and MSCI's XYZ
  format (which has been designed  for  simplicity  in  translating to
  and from other formats). XMol also allows for conversion between
  several of these formats.
  Xmol is available at ftp.msc.edu. Read pub/xmol/README for
  further details.

INSIGHT II
----------
  from BIOSYM Technologies Inc.

SCARECROW
---------
  The program has been published in J. Molecular Graphics 10
  (1992) 33. The program can analyze and display CHARMM, DISCOVER, YASP
  and MUMOD trajectories. The program package contains also software for
  the generation of probe surfaces, proton affinity
  surfaces and molecular orbitals from an extended Huckel program.
  It works on Silicon Graphics machines.
  Contact Leif Laaksonen <Leif.Laaksonen@csc.fi or laaksone@csc.fi>

[ I would also suggest looking at least in SGI's Applications Directory.
 It contains many more packages - nfotis ]

==========================================================================

19. GIS (Geographical Information Systems software) [ NEW SUBJECT ]
---------------------------------------------------

[ I wish to put under this title and the mainly Remote Sensing software that's
 presently under Subject
 15: Image analysis software - Image processing and display . Any ideas?? ]


GRASS
-----
  (Geographic Resource Analysis Support System) of the US Army
  Construction Engineering Research Lab (CERL). It is a popular geographic and
  remote sensing image processing package. Many may think of GRASS as a
  Geographic Information System rather than an Image Processing package,
  although it is reported to have significant image processing
  capabilities.

  Feature Descriptions

  I use GRASS  because it's public domain and can be obtained through the
  internet for free.  GRASS runs in Unix and is written in C.  The source
  code can be obtained through an anonymous ftp from the Office of Grass
  Integration.  You then compile the source code for your machine, using
  scripts provided with GRASS.  I would recommend GRASS for someone who
  already has a workstation and is on a limited budget. GRASS is not very
  user-friendly, compared to Macintosh software." A first review  of
  overview documentation indicates that it looks useful and has some pixel
  resampling functions not in other packages plus good general purpose
  image enhancement routines (fft). Kelly Maurice at Vexcel Corp. in
  Boulder, CO is a primary user of GRASS .  This gentleman has used the
  GRASS software and developed multi-spectral (238 bands ??) volumetric
  rendering, full color, on Suns and Stardents. It was a really effective
  interface.  Vexcel Corp. currently has a contract to map part of Venus
  and convert the Magellan radar data into contour maps. You can call them
  at (303) 444-0094 or email care of greg@vexcel.com 192.92.90.68

  Host Configuration Requirements

  If you are willing to run A/UX you could install GRASS   on a Macintosh
  which has significant image analysis and import capabilities for
  satellite data. GRASS  is public-domain, and can run on a high-end PC
  under UNIX. It is raster-based, has some image-processing capability,
  and can display vector data (but analysis must be done in the raster
  environment). I have used GRASS V.3 on a SUN workstation and found it
  easy to use. It is best, of course, for data that are well represented
  in raster (grid-cell) form.

  Availability

  CERL's Office of Grass Integration (OGI)  maintains an ftp server:
  moon.cecer.army.mil (129.229.1.16)

  Connections are only allowed during off- peak hours (weekends and
  weekdays before 8:00 A.M. and after 5:00 P.M. Central Standard time).
  Mail regarding this site should be addressed to ftp-
  admin@moon.cecer.army.mil.

  This location will be the new "canonical" source for GRASS software, as
  well as bug fixes, contributed sources, documentation, and other files.
  This FTP server also supports dynamic compression and uncompression and
  "tar" archiving of files.  A feature attraction of the server is John
  Parks' GRASS tutorial.  Because the manual is still in beta-test stage,
  John requests that people only acquire it if they are willing to review
  it and mail him comments/corrections. The OGI is not currently
  maintaining this document, so all correspondence about it should be
  directed to grassx@tang.uark.edu

  Support

  Listserv mailing lists:

  grassu-list@amber.cecer.army.mil (for GRASS users; application-level
  questions, support concerns, miscellaneous questions, etc) Send
  subscribe commands to grassu-request@amber.cecer.army.mi.

  grassp-list@amber.cecer.army.mil (for GRASS programmers; system-level
  questions and tips, tricks, and techniques of design and implementation
  of GRASS applications) Send subscribe commands to
  grassp-request@amber.cecer.army.mi.

  Both lists are maintained by the Office of Grass Integration (subset of
  the Army Corps of Engineers Construction Engineering Research Lab in
  Champaign, IL). The OGI is providing the lists as a service to the
  community; while OGI and CERL employees will participate in the lists,
  we can make no claim as to content or veracity of messages that pass
  through the list.  If you have questions, problems, or comments, send
  E-mail to lists-owner@amber.cecer.army.mil and a human will respond.

Microstation Imager
-------------------
  Intergraph (based in Huntsville Alabama) sells a wide range of GIS
  software/hardware. Microstation is a base  graphics package that Imager
  sits on top of. Imager is basically an  image processing package with a
  heavy GIS/remote sensing flavor.

  Feature Description

  Basic geometry manipulations: flip, mirror, rotate, generalized affine.
  Rectification: Affine, 2nd, 3rd, 4th and 5th order models as well as a
  projective model (warp an image to a vector map or to another image).
  RGB to IHS and IHS to RGB conversion.  Principal component analysis.
  Classification: K-means and isodata.  Fourier Xforms: Forward, filtering
  and reverse.  Filters: High pass, low pass, edge enhancing, median,
  generic.  Complex Histogram/Contrast control.  Layer Controller: manages
  up to 64 images at a time -- user can extract single bands from a 3 band
  image or create color images by combining various individual bands, etc.

  The package is designed for a remote sensing application (it can handle
  VERY LARGE images) and there is all kinds of other software available
  for GIS applications.
  Host Configuration Requirements

  It runs on Intergraph Workstations (a Unix machine similar to a Sun)
  though there  were rumors (there are always rumors) that the software
  would be  ported to PC and possibly a Sun environment.

PCI
---
  A company called PCI, Inc., out of Richmond Hill, Ontario, Canada, makes
  an array of software utilities for processing, manipulation, and use of
  remote sensing data in eight or ten different "industry standard"
  formats: LGSOWG, BSQ, LANDSAT, and a couple of others whose titles I
  forget.  The software is available in versions for MS-DOS, Unix
  workstations (among them HP, Sun, and IBM), and VMS, and quite possibly
  other platforms by now.  I use the VMS version.

  The "PCI software" consists of several classes/groups/packages of
  utilities, grouped by function but all operating on a common "PCI
  database" disk file.  The "Tape I/O" package is a set of utility
  programs which read from the various remote-sensing industry tape
  formats INTO, or write those formats out FROM, the "PCI database" file;
  this is the only package I use or know much about.  Other packages can
  display data from the PCI database to one or another of several
  PCI-supported third-party color displays, output numeric or bitmap
  representation of image data to an attached printer, e.g. an Epson-type
  dot-matrix graphics printer.  You might be more spe- cifically
  interested in the mathematical operations package: histo- gram and
  Fourier analysis, equalization, user-specified operations (e.g.
  "multiply channel 1 by 3, add channel 2, and store as channel 5"), and
  God only knows what all else -- there's a LOT.  I don't have and don't
  use these, so can't say much about them; you only buy the packages your
  particular application/interest calls for.

  Each utility is controlled by from one to eight "parameters," read from
  a common "parameter file" which must be (in VMS anyway) in your "default
  directory."  Some utilities will share parameters and use the same
  parameter for a different purpose, so it can get a bit confusing setting
  up a series of operations.  The standard PCI environment contains a
  scripting language very similar to IBM-PC BASIC, but which allows you to
  automate the process of setting up parameters for a common, complicated,
  lengthy or difficult series of utility executions.  (In VMS I can also
  invoke utilities independently from a DCL command procedure.)  There's
  also an optional programming library which allows you to write compiled
  language programs which can interface with (read from/write to) the PCI
  data structures (database file, parameter file).

  The PCI software is designed specifically for remote-sensing images, but
  requires such a level of operator expertise that, once you reach the
  level where you can handle r-s images, you can figure out ways to handle
  a few other things as well.  For instance, the Tape I/O package offers a
  utility for reading headerless multi-band (what Adobe PhotoShop on the
  Macintosh calls "raw") data from tape, in a number of different
  "interleave" orders. This turns out to be ideal for manipulating the
  graphic-arts industry's "CT2T" format, would probably (I haven't tried)
  handle Targa, and so on. Above all, however, you HAVE TO KNOW WHAT
  YOU'RE DOING or you can screw up to the Nth degree and have to start
  over.  It's worth noting that the PCI "database" file is designed to
  contain not only "raster" (image) data, but vectors (for overlaying map
  information entered via digitizing table), land-use, and all manner of
  other information (I observe that a remote-sensing image tape often
  contains all manner of information about the spectral bands, latitude,
  longitude, time, date, etc. of the original satellite pass; all of this
  can go into the PCI "database").

  I _believe_ that on workstations the built-in display is used.  On VAX
  systems OTHER than workstations PCI supports only a couple of specific
  third-party display systems (the name Gould/Deanza seems to come to
  mind).  One of MY personal workarounds was a display program which would
  display directly from a PCI "database" file to a Peritek VCT-Q (Q-bus
  24-bit DirectColor) display subsystem.  PCI software COULD be "overkill"
  in your case; it seems designed for the very "high end"
  applications/users, i.e. those for whom a Mac/PC largely doesn't suffice
  (although as you know the gap is getting smaller all the time).  It's
  probably no coincidence that PCI is located in Canada, a country which
  does a LOT of its land/resource management via remote sensing; I believe
  the Canadian government uses PCI software for some of its work in these
  areas.

SPAM (Spectral Analysis Manager)
--------------------------------
  Back in 1985 JPL developed something called SPAM (Spectral Analysis
  Manager) which got a fair amount of use at the time.  That was designed
  for Airborne Imaging Spectrometer imagery (byte data, <= 256 pixels
  across by <= 512 lines by <= 256 bands); a modified version has since
  been developed for AVIRIS (Airborne VIsual and InfraRed Imaging
  Spectrometer) which uses much larger images.

  Spam does none of these things (rectification, classification, PC and
  IHS transformations, filtering, contrast enhancement, overlays).
  Actually, it does limited filtering and contrast enhancement
  (stretching).  Spam is aimed at spectral identification and clustering.

  The original Spam uses X or SunView to display.  The AVIRIS version may
  require VICAR, an executive based on TAE, and may also require a frame
  buffer.  I can refer you to people if you're interested.  PCW requires X
  for display.

MAP II
------
  Among the Mac GIS systems, MAP II is distributed by John Wiley.

==========================================================================

End of Resource Listing
-- 
Nick (Nikolaos) Fotis         National Technical Univ. of Athens, Greece
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Newsgroups: comp.graphics