(dp0
S'src'
p1
(lp2
S'#!/usr/bin/python -i\nimport sys\nimport pickle\nimport random\nconfirm_next_step = True\n\n# this little can will hold \n# * all the settings, \n# * all results and intermediate results\n# * as well as this script itself\n# and then it will be written, to an output file\ncan = {}                # the FACT can \ncan[\'settings\'] = {}    # a subspace for holdind all settings\ncan[\'results\'] = {}     # a subspace for holding all results... or similar stuff\ncan[\'logbook\'] = []     # a list of statements ... human readable logbook\ncan[\'src\'] = []         # this script and other sources\n\n# store this scipt in the list of sources.\ncan[\'src\'].append( open(sys.argv[0], \'r\').read() )\n\n# declare filenames to work with:\ncan[\'settings\'][\'data_file_names\'] = [\'/media/daten_platte/FACT/data/20120229_144.fits.gz\']\ncan[\'settings\'][\'calib_file_names\'] = [\'/media/daten_platte/FACT/data/20120229_132.drs.fits.gz\']\n# we even tell the can, where we are going to store it\ncan[\'settings\'][\'outfile_name\'] = \'./can.pkl\'  # <-- no list ... simple string\n\n\n# put the settings for all the extractors and similar data processors \n# into the settings\ncan[\'settings\'][\'SlidingAverage\'] = [8]\ncan[\'settings\'][\'DRSSpikes\'] = []\ncan[\'settings\'][\'GlobalMaxFinder\'] = [40,200]\ncan[\'settings\'][\'AmplitudeCleaner\'] = [45,18,\'return_bool_mask=False\']\n\n# prepare some space in the can, for the results of this script\ncan[\'results\'][\'areas\'] = []\ncan[\'results\'][\'sizes\'] = []\n# and make some shortcuts\nareas = can[\'results\'][\'areas\']\nsizes = can[\'results\'][\'sizes\']\n\n# this loop will loop over all events, out of all data files in the can,\n# so the analysis loop doesn\'t even know, there are more files involved.\n# of course in the logbook the opening and closing will be stored\nfor data in range(100):\n    if True:\n\n        size = 0\n        for i in range(data):\n            size += data\n        \n        area = random.randint(0,data)\n        if area > 4:\n            areas.append( area )\n            sizes.append( size )\n        # we suddenly realize, that we would like to store\n        # the event IDs of events, which are have no survivors\n        # we should scroll up ... before the loop and declare an empty list\n        # like: can[\'results\'][\'no_survivor_ids\'] = []\n        # but imagine we are writing a function, which is beeing called inside the loop\n        # and this function has no possibility to declare that ...\n        # well then this function can still put new things inside the can!\n        else:\n            if \'no_survivor_ids\' not in can[\'results\']:\n                can[\'results\'][\'no_survivor_ids\'] = [data]\n            else:\n                can[\'results\'][\'no_survivor_ids\'].append(data)\n        \n        if confirm_next_step:\n            user_input = raw_input("\'q\'-quit, \'r\'-run, anything else goes one step")\n            number=None\n            try:\n                number=int(user_input)\n            except:\n                number=None\n            if user_input.find(\'q\') != -1:\n                sys.exit(0)\n            elif user_input.find(\'r\') != -1:\n                confirm_next_step = False\n            elif number!=None:\n                run += number\n\n# Now our analysis is done and we save the can\noutput = open(can[\'settings\'][\'outfile_name\'], \'wb\')\npickle.dump(can, output)\noutput.close()'
p3
asS'logbook'
p4
(lp5
sS'results'
p6
(dp7
S'sizes'
p8
(lp9
I64
aI121
aI196
aI225
aI256
aI289
aI361
aI400
aI441
aI484
aI625
aI676
aI729
aI784
aI841
aI900
aI961
aI1024
aI1089
aI1156
aI1225
aI1296
aI1369
aI1444
aI1521
aI1600
aI1681
aI1849
aI1936
aI2025
aI2116
aI2209
aI2304
aI2401
aI2704
aI2809
aI2916
aI3025
aI3136
aI3364
aI3481
aI3600
aI3721
aI3844
aI3969
aI4096
aI4225
aI4356
aI4489
aI4624
aI4761
aI4900
aI5041
aI5184
aI5329
aI5476
aI5625
aI5776
aI5929
aI6084
aI6241
aI6400
aI6561
aI6889
aI7056
aI7225
aI7396
aI7569
aI7744
aI7921
aI8100
aI8281
aI8464
aI8649
aI8836
aI9025
aI9216
aI9409
aI9604
aI9801
asS'no_survivor_ids'
p10
(lp11
I0
aI1
aI2
aI3
aI4
aI5
aI6
aI7
aI9
aI10
aI12
aI13
aI18
aI23
aI24
aI42
aI50
aI51
aI57
aI82
asS'areas'
p12
(lp13
I5
aI10
aI10
aI13
aI15
aI6
aI10
aI20
aI13
aI5
aI22
aI20
aI21
aI18
aI14
aI29
aI25
aI21
aI13
aI10
aI12
aI16
aI10
aI28
aI32
aI36
aI12
aI9
aI23
aI43
aI7
aI35
aI42
aI30
aI49
aI26
aI16
aI42
aI10
aI32
aI17
aI13
aI40
aI49
aI24
aI29
aI61
aI65
aI14
aI7
aI37
aI53
aI24
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aI20
aI30
aI19
aI67
aI21
aI75
aI57
aI77
aI35
aI76
aI66
aI55
aI11
aI15
aI73
aI47
aI15
aI81
aI12
aI11
aI16
aI53
aI28
aI86
aI68
aI39
assS'settings'
p14
(dp15
S'AmplitudeCleaner'
p16
(lp17
I45
aI18
aS'return_bool_mask=False'
p18
asS'outfile_name'
p19
S'./can.pkl'
p20
sS'data_file_names'
p21
(lp22
S'/media/daten_platte/FACT/data/20120229_144.fits.gz'
p23
asS'SlidingAverage'
p24
(lp25
I8
asS'calib_file_names'
p26
(lp27
S'/media/daten_platte/FACT/data/20120229_132.drs.fits.gz'
p28
asS'DRSSpikes'
p29
(lp30
sS'GlobalMaxFinder'
p31
(lp32
I40
aI200
ass.