gen_crt_frags.py File Reference

Go to the source code of this file.

Namespaces
	gen_crt_frags

Functions
def	gen_crt_frags.get_mod_id
def	gen_crt_frags.get_mod_id_num
def	gen_crt_frags.beam
def	gen_crt_frags.beamVol
def	gen_crt_frags.strip
def	gen_crt_frags.module
def	gen_crt_frags.minosSideTagger
def	gen_crt_frags.minosNorthTagger
def	gen_crt_frags.minosSouthTagger
def	gen_crt_frags.DCTagger
def	gen_crt_frags.cernTopTagger
def	gen_crt_frags.cernLatRimTagger
def	gen_crt_frags.cernLongRimTagger
def	gen_crt_frags.detectorEnclosure

Variables
	gen_crt_frags.testmode = False
	gen_crt_frags.printModIds = False
float	gen_crt_frags.WVWIDTH = 1031.8
	Parameters ##################### warm vessel (cm), increased as of 7/19/2019 to reflect full extent of WV profile in detector hall. More...
float	gen_crt_frags.WVHEIGHT = 627.4
float	gen_crt_frags.WVLENGTH = 2268.8
float	gen_crt_frags.WVFOOTELEVATION = 10.16
float	gen_crt_frags.ISLANDWIDTH = 118.0
float	gen_crt_frags.IVLENGTH = 1996.0
float	gen_crt_frags.TOPLEDGERISERTOFLOOR = 991.9
float	gen_crt_frags.LEDGERISERHEIGTH = 46.99
float	gen_crt_frags.TOPCRTBEAMTOFLOOR = 970.8
float	gen_crt_frags.CRTBEAMSPACING = 92.71
float	gen_crt_frags.BOTTOMCRTROLLERHEIGHT = 3.02
float	gen_crt_frags.SIDECRTWVOFFSET = 4.13
float	gen_crt_frags.SIDECRTPOSTWIDTH = 4.13
float	gen_crt_frags.SIDECRTPOSTSPACING = 4.13
int	gen_crt_frags.SIDECRTSTACKDEPTH = 3
float	gen_crt_frags.SIDECRTSHELFTHICK = 0.56
float	gen_crt_frags.overlap = 0.0065
float	gen_crt_frags.gap = 0.005
float	gen_crt_frags.crosstwomodule = 10.7
float	gen_crt_frags.separatetwomodule = 0.6
float	gen_crt_frags.offsetontopmodule = 48.26
float	gen_crt_frags.verticalmodule = 485.14
float	gen_crt_frags.CRTBEAMLENGTH = 1132.84
float	gen_crt_frags.CRTBEAMHEIGHT = 25.3
float	gen_crt_frags.CRTBEAMWIDTH = 25.4
float	gen_crt_frags.CRTBEAMFLANGETHICK = 1.434
float	gen_crt_frags.CRTBEAMWEBTHICK = 0.89407
int	gen_crt_frags.CRTBEAMMASSDENS = 73
float	gen_crt_frags.YM = 4.1
float	gen_crt_frags.ZM = 800.0
float	gen_crt_frags.XM = 1.0
float	gen_crt_frags.MINOSSTRAIGHTSNOUT = 37.5
float	gen_crt_frags.MINOSBENDSNOUT = 26.5
float	gen_crt_frags.MINOSSNOUTLENGTH = 0.5
float	gen_crt_frags.XC = 23.0
float	gen_crt_frags.ZC = 184.0
float	gen_crt_frags.YCTOP = 1.0
float	gen_crt_frags.YCBOT = 1.5
float	gen_crt_frags.XD = 5.0
float	gen_crt_frags.ZD = 322.5
float	gen_crt_frags.YD = 1.0
int	gen_crt_frags.NXM = 20
int	gen_crt_frags.NXC = 8
int	gen_crt_frags.NXD = 32
float	gen_crt_frags.PADM = 0.05
float	gen_crt_frags.PADC = 0.1
float	gen_crt_frags.PADD = 0.05
float	gen_crt_frags.PADModule = 0.1
float	gen_crt_frags.PADStrip = 0.01
float	gen_crt_frags.PADTagger = 0.001
int	gen_crt_frags.mModL = ZM+2
int	gen_crt_frags.mModW = YM*NXM+2
int	gen_crt_frags.mModH = XM+2
int	gen_crt_frags.cModW = XC*NXC+2
int	gen_crt_frags.cModH = YCTOP+YCBOT+2
int	gen_crt_frags.dModH = YD*2
float	gen_crt_frags.LAYERSPACE = 8.27
int	gen_crt_frags.NMODSTACK = 9
int	gen_crt_frags.NMODSTACKSOUTHY = 10
float	gen_crt_frags.SLIDERSPACE = 18.5
float	gen_crt_frags.STACKOVERLAP = 50.0
float	gen_crt_frags.SIDECRTROLLOFFSET = 44.29
float	gen_crt_frags.SIDECRTNORTHWALLTOFLOOR = 152.2
float	gen_crt_frags.SIDECRTSOUTHWALLLATOFFSET = 1.1
float	gen_crt_frags.DCSPACER = 32.6
tuple	gen_crt_frags.LONGOFF5 = (3*ISLANDWIDTH+481.8)
tuple	gen_crt_frags.LONGOFF2 = (ISLANDWIDTH+181.8)
float	gen_crt_frags.CERNMODSPACE = 0.2
int	gen_crt_frags.NTOPX = 6
int	gen_crt_frags.NTOPZ = 14
int	gen_crt_frags.NSLOPELAT = 14
int	gen_crt_frags.NSLOPEFRONT = 6
float	gen_crt_frags.SLOPEINCLINATION = 90.0
tuple	gen_crt_frags.CERNROOFL = NTOPZ*cModW+(NTOPZ-1)
float	gen_crt_frags.SHELLY = 1.1
float	gen_crt_frags.MINOSSOUTHY = -0.5
	gen_crt_frags.MINOSLATFIXY = MINOSSOUTHY
float	gen_crt_frags.MINOSLATROLLY = MINOSLATFIXY-0.5
int	gen_crt_frags.MINOSLATSOUTHACTIVEOVERHANG = 2
float	gen_crt_frags.MINOSLATSOUTHZ = -0.5
float	gen_crt_frags.MINOSLATNORTHZ = 0.5
float	gen_crt_frags.MINOSLATCENTZ = 0.5
tuple	gen_crt_frags.posDCInDetEncl = (0,-480.135, 0)
float	gen_crt_frags.CERNRIMSWVOFFSET = 34.0
float	gen_crt_frags.CERNTOPY = SHELLY*0.5
float	gen_crt_frags.CERNRIMSY = CERNTOPY-0.5
float	gen_crt_frags.CERNRIMSZ = -0.5
float	gen_crt_frags.CERNRIMNY = CERNRIMSY+29.0
float	gen_crt_frags.CERNRIMNZ = CERNROOFL+CERNRIMSZ+0.6
float	gen_crt_frags.CERNTOPZ = CERNRIMSZ+0.5
float	gen_crt_frags.CERNRIMLATX = 0.5
	gen_crt_frags.CERNRIMLATY = CERNRIMSY
	gen_crt_frags.CERNRIMLATZ = CERNTOPZ
float	gen_crt_frags.SHELLZ = 1.01
float	gen_crt_frags.SHELLWVOFFSET = SHELLZ*0.5
tuple	gen_crt_frags.minosCutModLengthNorth = (256.54, 309.9, 309.9, 508.19, 508.19, 508.19)
tuple	gen_crt_frags.minosCutModLengthSoutheast = (497.84, 497.84, 497.84, 497.84, 497.84, 497.84, 497.84, 497.84, 497.84)
tuple	gen_crt_frags.minosCutModLengthSouthwest = (497.84, 497.84, 497.84, 497.84, 497.84, 497.84, 325.12, 325.12, 325.12)
float	gen_crt_frags.MINOSNORTHY = -0.5
tuple	gen_crt_frags.gdml = ET.Element('gdml')
tuple	gen_crt_frags.solids = ET.SubElement(gdml, 'solids')
tuple	gen_crt_frags.structure = ET.SubElement(gdml, 'structure')
dictionary	gen_crt_frags.solids_store = {}
tuple	gen_crt_frags.modToFeb = dict()
int	gen_crt_frags.feb_id = 0
int	gen_crt_frags.mod_id = -1
int	gen_crt_frags.beam_id = 0
int	gen_crt_frags.nModM = 0
int	gen_crt_frags.nModC = 0
int	gen_crt_frags.nModD = 0
tuple	gen_crt_frags.m = ET.SubElement(materials, 'element', name='aluminum', formula='Al', Z='13')
	now if test mode generate materials, CRT shell, world, gdml header else just generate CRT shell for use with master geometry generator script More...
tuple	gen_crt_frags.ws = ET.SubElement(solids, 'box', name='World', lunit="cm", x='1500', y='1500', z='3000')
tuple	gen_crt_frags.w = ET.SubElement(structure, 'volume', name='volWorld')
tuple	gen_crt_frags.pv = ET.SubElement(w, 'physvol')
string	gen_crt_frags.posname = 'pos'
tuple	gen_crt_frags.setup = ET.SubElement(gdml, 'setup', name='Default', version='1.0')