go_kla
 
 ===================================
 analysis of cascades generated by kl_sd
 ====================================
 
 entry point spin window range:  entry point u    window range:  
 entry condition (sd/nd/all):  exit  condition (sd/nd/all):  intermediate condition (sd/nd/any):  summary of scan conditions
 
 accepted entry spin   range:   0.000 to 100.000
 accepted entry energy range:   0.000 to 100.000
 no nd/sd selection on entry points 
 no nd/sd selection on exit points 
 no intermediate nd/sd selection 
 
 write a sequence of cascades to a file (y/n)[n]  
 max # of cascades to analyze:  dedx data file name:  loading dedx data >>> 
 > /home/tl/d6/kl/hg192_se.dat                                 
 read  209 data values
 start  v/c:    0.01807 end  v/c:    0.00000
 start    t:    0.00020 end    t:    0.96000
 start    x:    0.00100 end    x:    4.40000
 start    e:   29.18820 end    e:    0.00000
 __ making lookup tables: v/c,x,e (0 --> 3 ps)
 __ de/dx tables generated **
 spectrum..: vc_tab.top                                                  
 _contains.: v/c as function of time
 _id.......: 
 spectrum..: pos_tab.top                                                 
 _contains.: position as function of time
 _id.......: 
 spectrum..: e_tab.top                                                   
 _contains.: energy as function of time
 _id.......: 
 
 z of nucleus................:  ferro magnetic foil start...:  _ and thicknes..............:  _ foil magnetization [n.m]..:  average g-factor............:  tf formula front factor:   0.0000 tesla
 tf/qc ratio based on angles:   34.00 -34.00 degrees
 effective a_2 a_4 for e2......:  effective a_2 for e1(di=-1,0,1):  logarithmic slope for e2(di=-2):         0.26312
 logarithmic slope for e1(di=-1):        -0.35001
 logarithmic slope for e1(di= 0):         0.50152
 logarithmic slope for e1(di= 1):        -0.34110
 
 for normal and sd
 cascade cut off energy.........:  dipole soil relative cut energy: __ absolute cut energy nd:   1.90 mev
 __ absolute cut energy sd:   0.00 mev
 doppler shift correction based on angles: 
  34.00 146.00 degrees
 spectrum..: d1_tab.top                                                  
 _contains.: dop 1 fac as fun of time
 _id.......: 
 vector flow selection limit:  data file name:  data file name: 
 do.tmp                                                                          
 > do.tmp                                                      
 hihihihih
 
 __id: 
 __normal casc modulus writeout:     1
 
 spectrum..: j1_nd.top                                                   
 _contains.: j1_nd
 _id.......: 
 spectrum..: j1_sd.top                                                   
 _contains.: j1_sd
 _id.......: 
 
 spectrum..: eg_nd.top                                                   
 _contains.: eg_nd
 _id.......: 
 spectrum..: eg_sd.top                                                   
 _contains.: eg_sd
 _id.......: 
 
 spectrum..: vn.top                                                      
 _contains.: vn well head
 _id.......: 
 spectrum..: vs.top                                                      
 _contains.: vs well head
 _id.......: 
 spectrum..: wn.top                                                      
 _contains.: wn well depth
 _id.......: 
 spectrum..: ws.top                                                      
 _contains.: ws well depth
 _id.......: 
 
 
 spectrum..: kl_yrast_comb.top                                           
 _contains.: combined yrast line
 _id.......: 
 
 =================================
 done:   1000   984 cascades processed
 =================================
 
 next data file name:  no other cascade file specified!
 
 ------------------------------
 proceeding with final analysis
 ------------------------------
 
 --- counted # entries:      984
 entry normal      664 -   67.480 %
 entry sd          320 -   32.520 %
 --- counted # exits..:      984
 exit  normal      826 -   83.943 %
 exit  sd          158 -   16.057 %
 
 # cascades that started sd        320 -    32.52 %
 # cascades that started nd        664 -    67.48 %
 
 true estimate for all cascades:
 
 --- counted # exits..:      984
 exit  normal      826 -   83.943 %
 exit  sd          158 -   16.057 %
 
 *** general 2d matrix writeout>>>
 
 
 *** g-g ridge matrix writeout>>>
 
 
 gamma spectra>>>
 
 spectrum..: e2_all.top                                                  
 _contains.: e2 gamma ray yield
 _id.......: 
 spectrum..: st_all.top                                                  
 _contains.: stat gamma ray yield
 _id.......: 
 spectrum..: di_all.top                                                  
 _contains.: dip soil gamma yield
 _id.......: 
 spectrum..: st_sd.top                                                   
 _contains.: st_sd
 _id.......: 
 spectrum..: di_sd.top                                                   
 _contains.: di_sd
 _id.......: 
 spectrum..: e2_sd.top                                                   
 _contains.: e2_sd
 _id.......: 
 spectrum..: st_nd.top                                                   
 _contains.: st_nd
 _id.......: 
 spectrum..: di_nd.top                                                   
 _contains.: di_nd
 _id.......: 
 spectrum..: e2_nd.top                                                   
 _contains.: e2_nd
 _id.......: 
 *** temperature of stat:   0.405 mev
 spectrum..: alleg.top                                                   
 _contains.: all gamma ray yield
 _id.......: 
 spectrum..: alleg_sd.top                                                
 _contains.: all gamma ray yield
 _id.......: 
 spectrum..: alleg_nd.top                                                
 _contains.: all gamma ray yield
 _id.......: 
 spectrum..: e_theta_1.top                                               
 _contains.: forw doppler shif e2 gam
 _id.......: 
 spectrum..: e_theta_2.top                                               
 _contains.: backw doppler shift e2 gam
 _id.......: 
 spectrum..: ratio.top                                                   
 _contains.: back/for gamma ratio
 _id.......: 
 
 mean decay times vs gamma energies
 
 spectrum..: m_del_vs_egam.top                                           
 _contains.: mean decay time vs egam
 _id.......: 
 spectrum..: decaytime_all.top                                           
 _contains.: mean decay t [all]
 _id.......: 
 spectrum..: decaytime_stat.top                                          
 _contains.: mean decay t of stat
 _id.......: 
 spectrum..: decaytime_dipoles.top                                       
 _contains.: mean decay t of dip soil
 _id.......: 
 spectrum..: decaytime_e2.top                                            
 _contains.: mean decay t of e2
 _id.......: 
 
 mean v/c vs gamma energy for st,e2,di
 
 spectrum..: vc_vs_e_stat.top                                            
 _contains.: mean v/c of stat vs egam
 _id.......: 
 spectrum..: vc_vs_e_e2.top                                              
 _contains.: mean v/c of e2 vs egam
 _id.......: 
 spectrum..: vc_vs_e_di.top                                              
 _contains.: mean v/c of dipoles vs egam
 _id.......: 
 
 mean decay times vs u and i
 
 spectrum..: mean_time_vs_u.top                                          
 _contains.: mean decay time vs u
 _id.......: 
 spectrum..: mean_time_vs_i.top                                          
 _contains.: mean decay time vs spin
 _id.......: 
 
 entry and exit point distributions
 
 spectrum..: entry_prob_i.top                                            
 _contains.: entry point prob vs spin
 _id.......: 
 spectrum..: exit_prob_i.top                                             
 _contains.: exit point prob vs spin
 _id.......: 
 spectrum..: disc_feed.top                                               
 _contains.: disc feeding vs spin
 _id.......: 
 spectrum..: entry_prob_e.top                                            
 _contains.: entry point prob vs energy
 _id.......: 
 spectrum..: exit_prob_e.top                                             
 _contains.: exit point prob vs energy
 _id.......: 
 spectrum..: entry_prob_u.top                                            
 _contains.: entry point prob vs u
 _id.......: 
 spectrum..: exit_prob_u.top                                             
 _contains.: exit point prob vs u
 _id.......: 
 spectrum..: tot_qc.top                                                  
 _contains.: tot_qc, onestep grass
 _id.......: 
 
 multiplicity distributions 
 
 spectrum..: mtot.top                                                    
 _contains.: mul of all gamma rays
 _id.......: 
 spectrum..: mult_st.top                                                 
 _contains.: mul of stat gamma rays
 _id.......: 
 spectrum..: mult_e2.top                                                 
 _contains.: mul of e2 gamma rays
 _id.......: 
 spectrum..: mult_di.top                                                 
 _contains.: mul of dip soil gamma
 _id.......: 
 
 assorted 1d spectra>>>
 
 spectrum..: m_ex_t_vs_mult.top                                          
 _contains.: mean decay t vs mult
 _id.......: 
 spectrum..: sig_av_dec_path.top                                         
 _contains.:  sig average decay path
 _id.......: 
 spectrum..: av_decay_path.top                                           
 _contains.: average decay path
 _id.......: 
 spectrum..: decay_type.top                                              
 _contains.: mean decay type vs i
 _id.......: 
 spectrum..: decay_vs_gno.top                                            
 _contains.: mean multipol vs step"
 _id.......: 
 spectrum..: exit_t.top                                                  
 _contains.: last gamma t distr.
 _id.......: 
 spectrum..: exit_t_short.top                                            
 _contains.: last gamma t distr. (short)
 _id.......: 
 spectrum..: mean_st_vs_i.top                                            
 _contains.: mean e [st] vs ini spin
 _id.......: 
 spectrum..: mean_e2_vs_i.top                                            
 _contains.: mean e [e2] vs ini spin
 _id.......: 
 spectrum..: mean_di_vs_i.top                                            
 _contains.: mean e [di] vs ini spin
 _id.......: 
 spectrum..: mean_e2_vs_i_sd.top                                         
 _contains.: mean e [e2] vs ini spin(sd)
 _id.......: 
 spectrum..: mean_e2_vs_i_nd.top                                         
 _contains.: mean e [e2] vs ini spin(nd)
 _id.......: 
 spectrum..: mean_e2_vs_step.top                                         
 _contains.: mean egam [e2] vs step
 _id.......: 
 spectrum..: mean_u_vs_i.top                                             
 _contains.: mean u vs spin
 _id.......: 
 
 based on total multiplicity and mean e2 gam energy vs step>
 mean exit energy of e2 gammas:     0.77
 
 spectrum..: mean_e2_vs_ex_i.top                                         
 _contains.: mean egam [e2] vs exit spin
 _id.......: 
 
 # statisticals     3062 ..    53.32 %
 # dipoles.....        0 ..     0.00 %
 # collective e2    2681 ..    46.68 %
 
 multiplicity statistics>
 
 mean/sigma multiplicity of statisticals:   3.1   1.4
 mean/sigma multiplicity of dipoles.....:   0.0   0.0
 mean/sigma multiplicity of e2..........:   2.7   2.6
 mean/sigma multiplicity of all gammas..:   5.8   3.4
 
 entry point statistics>
 
 mean/sigma of entry spin..:     32.851     7.223
 mean/sigma of entry energy:     16.599     4.587
 mean/sigma of entry u.....:      5.884     2.119
 
 exit point statistics>
 
 mean/sigma of exit spin...:     25.581     5.049
 mean/sigma of exit energy.:      9.111     2.349
 mean/sigma of exit u......:      1.261     0.691
 mean       of exit time...:      0.545
 
 mean gamma energy values (all)>
 
 mean/sigma statistical gamma rays:      1.720     0.839
 mean/sigma dipole soil gamma rays:      0.000     0.000
 mean/sigma e2 collec.  gamma rays:      0.783     0.215
 
 mean gamma energy values (sd)>
 
 mean/sigma statistical gamma rays:      1.920     0.948
 mean/sigma dipole soil gamma rays:      0.000     0.000
 mean/sigma e2 collec.  gamma rays:      0.634     0.122
 
 mean gamma energy values (nd)>
 
 mean/sigma statistical gamma rays:      1.644     0.781
 mean/sigma dipole soil gamma rays:      0.000     0.000
 mean/sigma e2 collec.  gamma rays:      0.959     0.160
 
 
 transient field related results
 
 *** calculation not requested ***
 
 standard a0, a2 and a4 spectra 
 
 spectrum..: a0.top                                                      
 _contains.: ** a0 **
 _id.......: 
 spectrum..: mean_a2.top                                                 
 _contains.: mean a2 vs egam
 _id.......: 
 spectrum..: mean_a4.top                                                 
 _contains.: mean a4 vs egam
 _id.......: 
 
 mean delta i for e1 vs egam,u,spin and decay number
 
 spectrum..: me_di_vs_egam.top                                           
 _contains.: mean deli vs egam
 _id.......: 
 spectrum..: me_di_vs_u.top                                              
 _contains.: mean deli vs u
 _id.......: 
 spectrum..: me_di_vs_spin.top                                           
 _contains.: mean deli vs spin
 _id.......: 
 spectrum..: me_di_vs_step.top                                           
 _contains.: mean deli vs step
 _id.......: 
 
 composit of statistical, e2 and dipole soil spectrum
 
 spectrum..: composite.top                                               
 _contains.: composite spectra
 _id.......: 
 spectrum..: composite_sd.top                                            
 _contains.: composite spectra (sd)
 _id.......: 
 spectrum..: composite_nd.top                                            
 _contains.: composite spectra (nd)
 _id.......: 
 
 e1, e2 and dipole decay position
 spin and other things vs position
 
 spectrum..: m_e1_vs_x.top                                               
 _contains.: mean e1 e vs position
 _id.......: 
 spectrum..: m_e2_vs_x.top                                               
 _contains.: mean e2 e vs position
 _id.......: 
 spectrum..: m_di_vs_x.top                                               
 _contains.: mean di e vs position
 _id.......: 
 spectrum..: no_e1_vs_x.top                                              
 _contains.: # e1 vs position
 _id.......: 
 spectrum..: no_e2_vs_x.top                                              
 _contains.: # e2 vs position
 _id.......: 
 spectrum..: no_di_vs_x.top                                              
 _contains.: # di vs position
 _id.......: 
 spectrum..: spin_vs_x.top                                               
 _contains.: mean spin vs position
 _id.......: 
 spectrum..: to_grass_decay_pos.top                                      
 _contains.: end of casc vs pos
 _id.......: 
 
 spin carried away breakdown from mean values:
 <i_exit>=<i_entry>-2*<m_e2>-<deli>*<m_st>-<deli>*<m_di>
 
 <i_entry>:      32.85
 <m_e2>...:    2.7
 <m_st>...:    3.1
 <m_di>...:    0.0
 <deli>_st:  -0.58
 <deli>_di:   0.00
 spin carried by e2:  -5.45
 spin carried by st:  -1.82
 spin carried by di:   0.00
 exit spin estimate from mean:  25.58
 
 mean entry point vs exit spin
 
 spectrum..: i_in_vs_i_ex.top                                            
 _contains.: av entry i vs exit i
 _id.......: 
 spectrum..: u_in_vs_i_ex.top                                            
 _contains.: av entry u vs exit i
 _id.......: 
 spectrum..: e_in_vs_i_ex.top                                            
 _contains.: av entry e vs exit i
 _id.......: 
 
 **** done ****