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calib_complex.txt
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calib_complex.txt
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# sample.txt ---- file with definitions
# definitions of variables and assignement of variables
# calibration for dE1
#define var T1=5.8038
#define var T2=5.7621
#define var T3=5.4971
#define var T4=5.4542
#-------------- MYLAR --------------
# mylar ma 179ug/cm2 asi . tj.
#define var mylthick=1.28132
#-------------- T1 --------------
# 40.3ug
#define var de1layau=0.02086
#define var de1laysi=412
#define var pde1_1=0.006313
#define var pde1_0=-0.063576
#define var dan1=0.35
#--------------T2--------------
# 40ug
#define var de2layau=0.02070
#define var de2laysi=398
#define var pde2_1=0.006979
#define var pde2_0=-0.046786
#--------------T6--------------
# 40ug
#define var de6layau=0.02070
#define var de6laysi=403
#define var pde6_1=0.006299
#define var pde6_0=-0.076051
#--------------T7--------------
# 40ug
#define var de7layau=0.02070
#define var de7laysi=264
#define var pde7_1=0.006372
#define var pde7_0=-0.107064
# BEAM FROM MONO 16.18
#define var T=16.42
############################
#free var T=step=0.01
#free var pde1_1=step=0.0001
#free var pde1_0=step=0.0001
# free var de1laysi=step=0.01
# xxx free var de1layau=step=0.01
# xxxx free var mylthick=step=0.1
#free var pde2_1=step=0.0001
#free var pde2_0=step=0.0001
#
#free var pde6_1=step=0.0001
#free var pde6_0=step=0.0001
#
#free var pde7_1=step=0.0001
#free var pde7_0=step=0.0001
#
#free var dan1=step=0.001
#-----------------------------------------------------------------------------------------
# k dk reaction medium Exc Tbeam thickness angle deadlay livelay P3 P2 P1 P0
#------------------------------------------------------------------------------------------
#########################
#
# TELESCOPE 1
#
#########################
# alfa T1 dE
872.593 0.047 he4_he4_he4_he4 mylar 0.0 T4 0.0 0.0 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
879.290 0.025 he4_he4_he4_he4 mylar 0.0 T3 0.0 0.0 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
921.394 0.057 he4_he4_he4_he4 mylar 0.0 T2 0.0 0.0 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
927.968 0.025 he4_he4_he4_he4 mylar 0.0 T1 0.0 0.0 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
#
###### run 71 28.5 deg d_on_H
#
# nejhorsi bod z d on h k2 - asi kvuli sile kinematiky
#
642.376 0.292 h2_h1_h2_h1_k2 mylar 0.0 T mylthick 28.5+dan1 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
1165.33 6.100 h2_h1_h2_h1_k1 mylar 0.0 T mylthick 28.5+dan1 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
#
###### run 70 27 deg d_on_H
#pol(1355.62, 0.72) 1269.878 41325.129 44177.253 3254.26 3478.86 12645.122 12315.847
# 1348.439 1.334 8372.570 564.197 603.136 6.74 7.20 5542.430 5213.154
# 1376.018 0.907 3943.276 533.312 570.119 13.52 14.46 9971.724 9642.448
553.026 0.157 h2_h1_h2_h1_k2 mylar 0.0 T mylthick 27.0+dan1 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
1355.62 0.72 h2_h1_h2_h1_k1 mylar 0.0 T mylthick 27.0+dan1 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
#
###### run 69 d_on_H 25 deg
483.211 0.128 h2_h1_h2_h1_k2 mylar 0.0 T mylthick 25.0+dan1 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
# tenhle bod je velmi mimo - castecny prunik do lokusu PRUNIK DO LOKUSU#######
#1271.22 21.37 h2_h1_h2_h1_k1 mylar 0.0 T mylthick 25.0+dan1 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
#
###### run 68 d_on_H 15 deg
#pol( 340.62 0.39) 13486.294 31783.118 53994.315 235.67 400.36 10985.706 10552.765
# 340.817 0.060 10552.765 237.256 403.059 2.25 3.82 13919.235 13486.294
340.817 0.060 h2_h1_h2_h1_k2 mylar 0.0 T mylthick 15.0+dan1 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
#
###### run 67 d_on_H 10 deg
312.975 0.068 h2_h1_h2_h1_k2 mylar 0.0 T mylthick 10.0+dan1 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
#
#
# v grafu jsou dve vlny k2 a k1. ty reaguji na tloustku Si
# po d_on_H se ukazuje, ze nechame-li bezet krome lin.calib take T a tloustku det, body se srovnaji
# 16.878337 0.016990 MeV
# 354.871975 0.406299 um
# calib 0.006232 0.009636 0.006232,0.009636
# neco jde do zaporna: de1layau, mylarthick
# ############################
# alpha reactions
########################
#
# 19 MeV g.s. on 16O
#
2981.38 4.0 h2_o16_he4_n14 mylar 0.0 T mylthick 10.0+dan1 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
2883.5 4.0 h2_o16_he4_n14 mylar 0.0 T mylthick 27.0+dan1 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
#
# minipeak in front of the two strong
2407.14 4.0 h2_o16_he4_n14 mylar 3.948 T mylthick 10.0+dan1 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
2318 4.0 h2_o16_he4_n14 mylar 3.948 T mylthick 27.0+dan1 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
#######
# two strong peaks may be 12C both
#
#####big peak hi ene
2312.806 0.313 h2_c12_he4_b10 mylar 0.0 T mylthick 10.0+dan1 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
2194.396 0.423 h2_c12_he4_b10 mylar 0.0 T mylthick 27.0+dan1 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
###### big 2
2209.015 0.203 h2_c12_he4_b10 mylar 0.718 T mylthick 10.0+dan1 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
2093.175 0.909 h2_c12_he4_b10 mylar 0.718 T mylthick 27.0+dan1 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
#
###### 3rd after the 2 big
1999.485 0.485 h2_c12_he4_b10 mylar 2.154 T mylthick 10.0+dan1 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
1887.398 1.124 h2_c12_he4_b10 mylar 2.154 T mylthick 27.0+dan1 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
#
# dalsi silnyslabsi pred svahem
#
1786.825 1.232 h2_c12_he4_b10 mylar 3.578 T mylthick 10.0+dan1 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
1680.218 1.003 h2_c12_he4_b10 mylar 3.578 T mylthick 27.0+dan1 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
# dalsi silny na svahu
#
1609.117 0.592 h2_c12_he4_b10 mylar 4.774 T mylthick 10.0+dan1 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
1507.515 1.217 h2_c12_he4_b10 mylar 4.774 T mylthick 27.0+dan1 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
#
#
############################################################################
# passed SI
############################################################################
#
# run 68 d_on_H 15 deg
# 761.821 0.097 60855.180 505.790 661.483 0.83 1.09 313.820 0.000
# d(h inside the locus 15deg? - tam bude problem s tloustkou dE
#
# 761.821 0.097 h2_h1_h2_h1_k1 mylar 0.0 T mylthick 15.0+dan1 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
#########################
#########################
#
# TELESCOPE 2
#
#########################
#########################
# run 67 T2 20 deg
########################
351.556 0.065 h2_h1_h2_h1_k2 mylar 0.0 T mylthick 20.0+dan1 de2layau de2laysi 0.0 0.0 pde2_1 pde2_0
#alpha calib
# E dE(*chi) I dI dI(*chi) dI(%) dI(*chi,%)| TSum-I TInt-I
# 786.821 0.127 6706.979 126.248 468.304 1.88 6.98 34920.021 33943.209
# 792.991 0.069 14809.797 140.211 520.097 0.95 3.51 26817.203 25840.390
# 831.061 0.150 5011.822 87.961 326.283 1.76 6.51 36615.178 35638.366
# 837.070 0.069 14265.218 137.487 509.995 0.96 3.58 27361.782 26384.970
786.821 0.127 he4_he4_he4_he4 mylar 0.0 T4 0.0 0.0 de2layau de2laysi 0.0 0.0 pde2_1 pde2_0
792.991 0.069 he4_he4_he4_he4 mylar 0.0 T3 0.0 0.0 de2layau de2laysi 0.0 0.0 pde2_1 pde2_0
831.061 0.150 he4_he4_he4_he4 mylar 0.0 T2 0.0 0.0 de2layau de2laysi 0.0 0.0 pde2_1 pde2_0
837.070 0.069 he4_he4_he4_he4 mylar 0.0 T1 0.0 0.0 de2layau de2laysi 0.0 0.0 pde2_1 pde2_0
# 16O 3.948, 12C 12C 0.718
# 1944.548 0.319 187.592 23.634 23.634 12.60 12.60 369.408 303.787
# 2037.634 0.248 288.949 21.134 21.134 7.31 7.31 268.051 202.429
# 2136.932 1.171 28.048 5.829 5.829 20.78 20.78 528.952 463.330
1944.548 0.319 h2_c12_he4_b10 mylar 0.718 T mylthick 20.0+dan1 de2layau de2laysi 0.0 0.0 pde2_1 pde2_0
2037.634 0.248 h2_c12_he4_b10 mylar 0.0 T mylthick 20.0+dan1 de2layau de2laysi 0.0 0.0 pde2_1 pde2_0
2136.932 1.171 h2_o16_he4_n14 mylar 3.948 T mylthick 20.0+dan1 de2layau de2laysi 0.0 0.0 pde2_1 pde2_0
# run 68 == T2 25 deg
437.707 0.075 h2_h1_h2_h1_k2 mylar 0.0 T mylthick 25.0+dan1 de2layau de2laysi 0.0 0.0 pde2_1 pde2_0
# E dE(*chi) I dI dI(*chi) dI(%) dI(*chi,%)| TSum-I TInt-I
# 1907.728 0.288 221.203 24.303 24.303 10.99 10.99 515.797 443.732
# 2000.358 0.201 418.451 25.012 25.012 5.98 5.98 318.549 246.483
# 2108.081 1.063 40.012 6.855 6.855 17.13 17.13 696.988 624.923
1907.728 0.288 h2_c12_he4_b10 mylar 0.718 T mylthick 25.0+dan1 de2layau de2laysi 0.0 0.0 pde2_1 pde2_0
2000.358 0.201 h2_c12_he4_b10 mylar 0.0 T mylthick 25.0+dan1 de2layau de2laysi 0.0 0.0 pde2_1 pde2_0
2108.081 1.063 h2_o16_he4_n14 mylar 3.948 T mylthick 25.0+dan1 de2layau de2laysi 0.0 0.0 pde2_1 pde2_0
2621.6 2 h2_o16_he4_n14 mylar 0.0 T mylthick 25.0+dan1 de2layau de2laysi 0.0 0.0 pde2_1 pde2_0
# T2 low stat
2654 5 h2_o16_he4_n14 mylar 0.0 T mylthick 20.0+dan1 de2layau de2laysi 0.0 0.0 pde2_1 pde2_0
2137 3 h2_o16_he4_n14 mylar 3.948 T mylthick 20.0+dan1 de2layau de2laysi 0.0 0.0 pde2_1 pde2_0
########################
# T 6 - 15 deg
########################
# 932.123 0.038 14583.268 193.859 479.026 1.33 3.28 28216.732 27607.349
# 883.286 0.037 15320.959 139.210 343.989 0.91 2.25 27479.041 26869.658
# 876.498 0.066 6605.658 88.916 219.713 1.35 3.33 36194.342 35584.959
# 925.573 0.083 4840.722 76.605 189.290 1.58 3.91 37959.278 37349.894
#####
876.498 0.066 he4_he4_he4_he4 mylar 0.0 T4 0.0 0.0 de6layau de6laysi 0.0 0.0 pde6_1 pde6_0
883.286 0.037 he4_he4_he4_he4 mylar 0.0 T3 0.0 0.0 de6layau de6laysi 0.0 0.0 pde6_1 pde6_0
925.573 0.083 he4_he4_he4_he4 mylar 0.0 T2 0.0 0.0 de6layau de6laysi 0.0 0.0 pde6_1 pde6_0
932.123 0.038 he4_he4_he4_he4 mylar 0.0 T1 0.0 0.0 de6layau de6laysi 0.0 0.0 pde6_1 pde6_0
# run67 still 15deg
# 1985.359 0.387 138.944 18.045 19.399 12.99 13.96 629.056 478.386
# 2193.787 0.267 220.459 17.390 18.695 7.89 8.48 547.541 396.872
# 2296.295 0.262 275.254 19.168 20.607 6.96 7.49 492.746 342.077
1985.359 0.387 h2_c12_he4_b10 mylar 2.154 T mylthick 15.0 de6layau de6laysi 0.0 0.0 pde6_1 pde6_0
2193.787 0.267 h2_c12_he4_b10 mylar 0.718 T mylthick 15.0 de6layau de6laysi 0.0 0.0 pde6_1 pde6_0
2296.295 0.262 h2_c12_he4_b10 mylar 0.0 T mylthick 15.0 de6layau de6laysi 0.0 0.0 pde6_1 pde6_0
#--- d on H
#340.661 0.051 8028.352 209.933 253.610 2.61 3.16 6640.648 6532.583
340.661 0.051 h2_h1_h2_h1_k2 mylar 0.0 T mylthick 15.0 de6layau de6laysi 0.0 0.0 pde6_1 pde6_0
2972.3 2.3 h2_o16_he4_n14 mylar 0.0 T mylthick 15.0 de6layau de6laysi 0.0 0.0 pde6_1 pde6_0
2395 5 h2_o16_he4_n14 mylar 3.948 T mylthick 15.0 de6layau de6laysi 0.0 0.0 pde6_1 pde6_0
########################
# T 7 - 25 deg
########################
#pol( 898.82 0.82) 911.289 1827.160 5309.639 200.50 582.65 40582.711 39919.285
# 926.414 0.039 14047.559 191.102 555.334 1.36 3.95 27446.441 26783.016
# 878.042 0.039 14697.292 136.738 397.355 0.93 2.70 26796.708 26133.283
# 871.379 0.070 6504.407 86.108 250.227 1.32 3.85 34989.593 34326.168
# 919.890 0.087 4774.635 73.681 214.113 1.54 4.48 36719.365 36055.940
871.379 0.070 he4_he4_he4_he4 mylar 0.0 T4 0.0 0.0 de7layau de7laysi 0.0 0.0 pde7_1 pde7_0
878.042 0.039 he4_he4_he4_he4 mylar 0.0 T3 0.0 0.0 de7layau de7laysi 0.0 0.0 pde7_1 pde7_0
919.890 0.087 he4_he4_he4_he4 mylar 0.0 T2 0.0 0.0 de7layau de7laysi 0.0 0.0 pde7_1 pde7_0
926.414 0.039 he4_he4_he4_he4 mylar 0.0 T1 0.0 0.0 de7layau de7laysi 0.0 0.0 pde7_1 pde7_0
# fit run67
# E dE(*chi) I dI dI(*chi) dI(%) dI(*chi,%)| TSum-I TInt-I
# 1871.632 0.937 31.485 6.862 7.113 21.79 22.59 566.515 421.742
# 1897.648 0.835 53.495 7.681 7.963 14.36 14.88 544.505 399.732
# 2100.804 0.388 139.749 13.090 13.570 9.37 9.71 458.251 313.478
# 2201.224 0.241 248.421 20.676 21.434 8.32 8.63 349.579 204.806
#
#1871.632 0.937 ?
1897.648 0.835 h2_c12_he4_b10 mylar 2.154 T mylthick 25.0 de7layau de7laysi 0.0 0.0 pde7_1 pde7_0
2100.804 0.388 h2_c12_he4_b10 mylar 0.718 T mylthick 25.0 de7layau de7laysi 0.0 0.0 pde7_1 pde7_0
2201.224 0.241 h2_c12_he4_b10 mylar 0.0 T mylthick 25.0 de7layau de7laysi 0.0 0.0 pde7_1 pde7_0
2878 4 h2_o16_he4_n14 mylar 0.0 T mylthick 25.0 de7layau de7laysi 0.0 0.0 pde7_1 pde7_0
2318.6 3.6 h2_o16_he4_n14 mylar 3.948 T mylthick 25.0 de7layau de7laysi 0.0 0.0 pde7_1 pde7_0
####################################3 results #################################################
# p9 : 16.412884 0.002513
# p8 : 0.006308 0.000002
# p7 : -0.058478 0.001937
# p6 : 0.006970 0.000003
# p5 : -0.039568 0.002586
# p4 : 0.006295 0.000002
# p3 : -0.072160 0.001498
# p2 : 0.006368 0.000003
# p1 : -0.103433 0.002807
# p0 : 0.359221 0.032290
# ################################################# KINEMATICS 1 ################################
#############
# first kinematics that passed the Si
############
# # d on H
# # 477.956 0.088 8597.592 214.032 228.190 2.49 2.65 3473.408 3372.258
# 477.956 0.088 h2_h1_h2_h1_k2 mylar 0.0 T mylthick 25.0 de7layau de7laysi 0.0 0.0 pde7_1 pde7_0
# #### T7 kine1
# 685.3 3 h2_h1_h2_h1_k1 mylar 0.0 T mylthick 25.0 de7layau de7laysi 0.0 0.0 pde7_1 pde7_0
# #### T6 kine1
# 794.6 3 h2_h1_h2_h1_k1 mylar 0.0 T mylthick 15.0 de6layau de6laysi 0.0 0.0 pde6_1 pde6_0
# #### T1 run68 T1 kine1 15deg
# 761.9 3 h2_h1_h2_h1_k1 mylar 0.0 T mylthick 15.0+dan1 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0
# #### T1 run67 T1 10deg
# 695.7 3 h2_h1_h2_h1_k1 mylar 0.0 T mylthick 10.0+dan1 de1layau de1laysi 0.0 0.0 pde1_1 pde1_0