miniCaptainInnerVessel.hxx

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////////////////////////////////////////////////////////////////////////
// This is an auto-generated built using makePolycone.py.  It defines
// points to be used to build a G4Polycone. Prior to including this file,
// the vector fInnerVessel must be define in a way equivalent to
// 
// class Point {
//  public:
//      Point(double z, double i, double o): fZ(z), fInner(i), fOuter(o) {}
//      double fZ;
//      double fInner;
//      double fOuter;
//  };
//
// std::vector<Point> fInnerVessel;
//
////////////////////////////////////////////////////////////////////////

// Filename:  mcaptain-inner-vessel-inner-surface.txt
// Inner boundary of the miniCAPTAIN cryostat inner vessel hand digitized
// using engauge on Nov 22, 2015 by Clark McGrew.  The coordinates are
// measured in millimeters with the top of the cryostat at -X, the bottom at
// +X, and the diameter located along the Y axis.  The X coordinate is
// measured from the top of the flange with the nominal LAr surface located 9
// inches (609.6 mm) below the top surface of flange.
//
// COMMENT: This includes the lid and the flange as part of the inner vessel.
// The outer vessel is assumed to stop when it reaches the lower edge of the
// flange.

// Filename:  mcaptain-inner-vessel-outer-surface.txt

fInnerVessel.push_back(Point(-30.000000,0.000000,0.000000));
fInnerVessel.push_back(Point(-29.700000,0.000000,270.578833));
fInnerVessel.push_back(Point(-29.100000,0.000000,586.897784));
fInnerVessel.push_back(Point(-28.200000,0.000000,788.362420));
fInnerVessel.push_back(Point(-27.600000,0.000000,826.349681));
fInnerVessel.push_back(Point(-20.100000,0.000000,826.349417));
fInnerVessel.push_back(Point(-19.500000,325.230897,826.349396));
fInnerVessel.push_back(Point(-18.900000,581.523770,826.349375));
fInnerVessel.push_back(Point(-1.800000,582.945485,826.348773));
fInnerVessel.push_back(Point(-1.200000,649.995454,826.348752));
fInnerVessel.push_back(Point(0.300000,694.365603,826.348699));
fInnerVessel.push_back(Point(0.900000,696.170285,826.348678));
fInnerVessel.push_back(Point(27.000000,696.170285,826.301482));
fInnerVessel.push_back(Point(27.600000,696.170285,821.816404));
fInnerVessel.push_back(Point(31.200000,696.170285,776.789518));
fInnerVessel.push_back(Point(32.700000,696.170285,767.476432));
fInnerVessel.push_back(Point(38.100000,696.170285,760.148000));
fInnerVessel.push_back(Point(38.700000,696.170285,751.631729));
fInnerVessel.push_back(Point(39.300000,696.170285,736.425677));
fInnerVessel.push_back(Point(39.900000,696.170285,729.952854));
fInnerVessel.push_back(Point(40.800000,696.170285,702.857638));
fInnerVessel.push_back(Point(805.500000,695.901819,702.857149));
fInnerVessel.push_back(Point(817.500000,694.072168,700.977521));
fInnerVessel.push_back(Point(834.900000,689.989760,697.841253));
fInnerVessel.push_back(Point(859.800000,678.776207,686.118635));
fInnerVessel.push_back(Point(883.200000,660.719918,667.929700));
fInnerVessel.push_back(Point(891.600000,651.628152,659.762920));
fInnerVessel.push_back(Point(914.700000,625.794279,633.654795));
fInnerVessel.push_back(Point(919.500000,619.334850,627.881753));
fInnerVessel.push_back(Point(935.700000,592.582949,604.370920));
fInnerVessel.push_back(Point(942.300000,581.227312,592.488296));
fInnerVessel.push_back(Point(955.200000,556.957608,569.263167));
fInnerVessel.push_back(Point(962.100000,541.390627,556.611332));
fInnerVessel.push_back(Point(967.200000,528.689862,544.456594));
fInnerVessel.push_back(Point(982.800000,489.613063,504.169762));
fInnerVessel.push_back(Point(987.900000,474.737447,490.999067));
fInnerVessel.push_back(Point(993.900000,454.459046,475.259049));
fInnerVessel.push_back(Point(1001.100000,430.124965,451.963464));
fInnerVessel.push_back(Point(1002.000000,426.782353,448.436206));
fInnerVessel.push_back(Point(1012.500000,381.013876,407.284862));
fInnerVessel.push_back(Point(1017.900000,359.428817,386.121314));
fInnerVessel.push_back(Point(1022.100000,340.232868,369.075668));
fInnerVessel.push_back(Point(1029.000000,308.696666,339.765527));
fInnerVessel.push_back(Point(1035.000000,281.182658,310.207643));
fInnerVessel.push_back(Point(1037.400000,262.915610,298.384489));
fInnerVessel.push_back(Point(1038.600000,249.964586,292.472912));
fInnerVessel.push_back(Point(1044.300000,185.657509,256.727133));
fInnerVessel.push_back(Point(1046.400000,159.249766,243.336629));
fInnerVessel.push_back(Point(1048.800000,128.944934,221.037995));
fInnerVessel.push_back(Point(1050.000000,111.922500,209.587888));
fInnerVessel.push_back(Point(1055.700000,31.065941,144.382194));
fInnerVessel.push_back(Point(1057.800000,1.276683,113.157415));
fInnerVessel.push_back(Point(1058.400000,0.000000,104.236050));
fInnerVessel.push_back(Point(1059.000000,0.000000,95.314684));
fInnerVessel.push_back(Point(1062.900000,0.000000,3.080362));
fInnerVessel.push_back(Point(1063.200000,0.000000,0.000000));