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gdmlGeneratorV1_materials.pl
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gdmlGeneratorV1_materials.pl
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: # feed this into perl *-*-perl-*-*
eval 'exec perl -S $0 "$@"'
if $running_under_some_shell;
use Cwd;
use Cwd 'abs_path';
use File::Find ();
use File::Basename;
use Math::Trig;
use Getopt::Std;
# Version 1 = PMT housing outside light guide.
##------------------Declare variables explicitly so "my" not needed.----------------##
use strict 'vars';
use vars
qw($opt_L $opt_I $mylar @MylarReflectivity $uvs @Efficiency4 @Reflect_LG $inref @Reflectivity3 @Reflectivity4 @PhotonEnergy @RefractiveIndex1 @RefractiveIndex2 @RefractiveIndex3 @RefractiveIndexAR @RefractiveIndexN2 @RefractiveIndexCO2 @Absorption1 $opt_M $opt_D $opt_T $opt_P $opt_U $opt_R $opt_MYLAR $data $line @fields $dxM $dyM $dzM $drMinM $dxMext @index @x @y @z @dx @dy @dz @rx @ry @rz @quartzCutAngle @refTopOpeningAngle @dzRef @dxLg @dyLg @dzLg @dzLgExtra @lgTiltAngle @dxPmt @dyPmt @dzPmt @drPmt @dtWall @dtReflector $opt_i $opt_j $opt_t $opt_p $i $j $k $o $angle1 $angle2 @parallelQuartzRCenter @parallelQuartzRExtent @parallelReflectorRExtent @parallelPmtRStart $parallelDetPlaneThickness @fullLength $subsegment);
##----------------------------------------------------------------------------------##
##------------------Get the option flags and set defaults---------------------------##
$opt_M = "detectorMotherP.csv"; #Mother Volume csv
$opt_D = "parameter.csv"; #Detector Volume csv
$opt_T = ""; #Changes suffix
$opt_P = "qe.txt"; #Photon energy vs property file
$opt_U = "UVS_45total.txt"; #Wavelength vs reflectivity file
$opt_R = "MylarRef.txt"; #Mylar Wavelength vs reflectivity file
$opt_L = ""; # If nonempty draw single detector of specified ring
$opt_I = ""; # If nonempty use inline PMT option
$opt_i = ""; # Which reflector length square (from 0 to 10)
$opt_j = ""; # Which reflector width square (from 0 to 10)
$opt_t = ""; # Angle in degrees to rotate normal towards quartz bevel
$opt_p = ""; # Angle in degrees to rotate normal perpendicular to theta
getopts('M:D:T:P:U:R:L:I:i:j:t:p:');
$subsegment=0; # Default assume subsegmentation is not active, turn on if all 4 subsegmenting options are passed as arguments
if ( ( $opt_i ne "" ) && ( $opt_j ne "" ) && ( $opt_t ne "" ) && ( $opt_p ne "" ) ) {
$subsegment = 1;
print "Doing sub-segmented analysis\n";
}
if ( $#ARGV > -1 ) {
print STDERR "Unknown arguments specified: @ARGV\nExiting.\n";
exit;
}
##----------------------------------------------------------------------------------##
##------------------Start Reading CSV file containing parameter values for mother volume.-------------##
open( $data, '<', $opt_M ); # Open csv file.
$i = 0;
while ( $line = <$data> ) { # Read each line till the end of the file.
if ( $line =~ /^\s*$/ ) { # Check for empty lines.
print
"String contains 0 or more white-space character and nothing else.\n";
}
else {
chomp $line;
@fields = split( ",", $line ); # Split the line into fields.
$dxM =
trim( $fields[0] ); # Get rid of initial and trailing white spaces.
$dyM = trim( $fields[1] );
$dzM = trim( $fields[2] );
$drMinM = trim( $fields[3] );
$dxMext = trim( $fields[4] );
$i = $i + 1;
}
}
close $data;
##----------------------------------------------------------------------------------------------------##
##------------------Start Reading CSV file containing parameter values for detectors inside mother volume.-------------##
open( $data, '<', $opt_D ); # Open csv file.
$i = 0;
while ( $line = <$data> ) { # Read each line till the end of the file.
if ( $line =~ /^\s*$/ ) { # Check for empty lines.
print
"String contains 0 or more white-space character and nothing else.\n";
}
else {
chomp $line;
@fields = split( ",", $line ); # Split the line into fields.
if ( $opt_L ne "" ) {
if (
index( $opt_L, "5" ) >= 0
&& (
index( $opt_L, "open" ) >= 0
|| ( index( $opt_L, "closed" ) < 0
&& index( $opt_L, "trans" ) < 0 )
)
&& substr( trim( $fields[0] ), 0, 6 ) == "540210"
)
{
}
elsif (index( $opt_L, "5" ) >= 0
&& index( $opt_L, "trans" ) >= 0
&& substr( trim( $fields[0] ), 0, 6 ) == "540110" )
{
}
elsif (index( $opt_L, "5" ) >= 0
&& index( $opt_L, "closed" ) >= 0
&& substr( trim( $fields[0] ), 0, 6 ) == "504010" )
{
}
elsif (
# index( $opt_L, substr( trim( $fields[0] ), 0, 1 ) ) >= 0
#&& substr( trim( $fields[0] ), 0, 1 ) != "5"
#&& (
( ( $opt_L == "" || index( $opt_L, "5") < 0 ) && ( # Check if it has no specific ring number or is not ring 5
(
index( $opt_L, "trans" ) >= 0
&& substr( trim( $fields[0] ), 1, 3 ) == "401"
)
|| (
(
index( $opt_L, "open" ) >= 0
|| ( index( $opt_L, "closed" ) < 0
&& index( $opt_L, "trans" ) < 0
&& index( $opt_L, substr( trim( $fields[0] ), 0, 1 ) ) >= 0 )
)
&& substr( trim( $fields[0] ), 1, 3 ) == "402"
)
|| ( index( $opt_L, "closed" ) >= 0
&& substr( trim( $fields[0] ), 1, 3 ) == "040" )
)))
#)
{
}
else {
next;
}
}
$index[$i] =
trim( $fields[0] ); # Get rid of initial and trailing white spaces.
$x[$i] = trim( $fields[1] );
$y[$i] = trim( $fields[2] );
$z[$i] = trim( $fields[3] );
$dx[$i] = trim( $fields[4] );
$dy[$i] = trim( $fields[5] );
$dz[$i] = trim( $fields[6] );
$rx[$i] = trim( $fields[7] ); # Theta
$ry[$i] = trim( $fields[8] ); # Tilt
$rz[$i] = trim( $fields[9] ); # Roll
$quartzCutAngle[$i] = trim( $fields[10] );
$refTopOpeningAngle[$i] = trim( $fields[11] ); # Reflector top opening angle
$dzRef[$i] = trim( $fields[12] );
$dxLg[$i] = trim( $fields[13] );
$dyLg[$i] = trim( $fields[14] );
$dzLg[$i] = trim( $fields[15] );
$lgTiltAngle[$i] = trim( $fields[16] );
$dxPmt[$i] = trim( $fields[17] );
$dyPmt[$i] = trim( $fields[18] );
$dzPmt[$i] = trim( $fields[19] ); # PMT length
$drPmt[$i] = trim( $fields[20] ); # PMT radius
$dtWall[$i] = trim( $fields[21] ); # lg, ref wall thickness
$dtReflector[$i] = trim( $fields[22] ); # reflector thickness = 1/5 x dtWall (default)
#4 new numbers, r, quartz radial extent (projected onto xy plane), reflector radial extent (projected onto xy plane), height in xy plane at which PMT resides
$parallelQuartzRCenter[$i] = trim( $fields[23] );
$parallelQuartzRExtent[$i] = trim( $fields[24] );
$parallelReflectorRExtent[$i] = trim( $fields[25] );
$parallelPmtRStart[$i] = trim( $fields[26] );
$dzLgExtra[$i] =
( 0.55 * $dxPmt[$i] ) * sin( $lgTiltAngle[$i] + $ry[$i] );
$i = $i + 1;
}
}
close $data;
##-------------------------------------------------------------------------------##
##------------------Start Photon Energy File (Brad's Data)-----------------------##
open( $data, '<', $opt_P ); # Open space seperated value file.
open( $uvs, '<', $opt_U );
open( $mylar, '<', $opt_R );
$o = 0;
while ( $line = <$data> ) { # Read each line till the end of the file.
if ( $line =~ /^\s*$/ ) { # Check for empty lines.
print
"String contains 0 or more white-space character and nothing else.\n";
}
else {
chomp $line;
@fields = split( " ", $line ); # Split the line into fields.
$PhotonEnergy[$o] = 1240.7 / trim( $fields[0] )
; #(300000000.0/(pow(10, -9)* file_input ))*(4.135667*pow(10, -15)) # Get rid of initial and trailing white spaces.
$Efficiency4[$o] = trim( $fields[1] ) / 100;
##------------------Do the relevant calculations in the same loop----------------##
$RefractiveIndex1[$o] = 1.455 - ( .005836 * $PhotonEnergy[$o] ) +
( .003374 * $PhotonEnergy[$o] * $PhotonEnergy[$o] );
$Absorption1[$o] =
exp(4.325) *
exp( 1.191 * $PhotonEnergy[$o] ) *
exp( -.213 * $PhotonEnergy[$o] * $PhotonEnergy[$o] ) *
exp(
-.04086 * $PhotonEnergy[$o] * $PhotonEnergy[$o] * $PhotonEnergy[$o]
);
if ( $Absorption1[$o] > 25 ) { $Absorption1[$o] = 25; }
my $wavelength = 1.2398 / $PhotonEnergy[$o];
my $wav = $wavelength**-2;
# Air refractive index, important to get Cherenkov production right
$RefractiveIndex2[$o] = 1 + ( .05792105 / ( 238.0185 - $wav ) ) +
( .00167917 / ( 57.362 - $wav ) );
# FIXME the PMT properties may be important later - details included in qsim code/people have numbers
$RefractiveIndex3[$o] = 0;
$Reflectivity4[$o] = 0;
$RefractiveIndexAR[$o] =
1 + ( 2.50141 * ( 10.**-3 ) / ( 91.012 - $wav ) ) +
( 5.00283 * ( 10.**-4 ) / ( 87.892 - $wav ) ) +
( 5.22343 * ( 10.**-2 ) / ( 214.02 - $wav ) );
$RefractiveIndexN2[$o] = 1 + ( 6.8552 * ( 10.**-5 ) ) +
( 3.243157 * ( 10.**-2 ) / ( 144 - $wav ) );
$RefractiveIndexCO2[$o] =
1 + ( 6.991 * ( 10.**-2 ) / ( 166.175 - $wav ) ) +
( 1.4472 * ( 10.**-3 ) / ( 79.609 - $wav ) ) +
( 6.42941 * ( 10.**-5 ) / ( 56.3064 - $wav ) ) +
( 5.21306 * ( 10.**-5 ) / ( 46.0196 - $wav ) ) +
( 1.46847 * ( 10.**-6 ) / ( .0584738 - $wav ) );
# FIXME this will be a tuned parameter eventually. 0.9 is optimistically high
$Reflect_LG[$o] = .7;
##-----------------Read from the UVS file----------------------------------------##
do {
$line = <$uvs>;
if ( $line =~ /^\s*$/ ) { # Check for empty lines.
print
"String contains 0 or more white-space character and nothing else.\n";
}
else {
@fields = split( " ", $line );
my $inwav = trim( $fields[0] );
$inref = trim( $fields[1] );
}
} while ( inwav < ( 1000 * wavelength ) );
$Reflectivity3[$o] = $inref;
##-----------------Read from the Mylar file----------------------------------------##
$line = <$mylar>; # Skip header line
do {
$line = <$mylar>;
if ( $line =~ /^\s*$/ ) { # Check for empty lines.
print
"String contains 0 or more white-space character and nothing else.\n";
}
else {
@fields = split( " ", $line );
my $inwav = trim( $fields[0] );
# field 1 = 90 degrees, 2 = 60 degrees, 3 = 45 degrees
$inref = trim( $fields[3] );
}
} while ( inwav < ( 1000 * wavelength ) );
$MylarReflectivity[$o] = $inref;
##-----------------Add the relevant units as a string to be parsed by GDML-------##
$PhotonEnergy[$o] = $PhotonEnergy[$o] . "*eV";
$Absorption1[$o] = $Absorption1[$o] . "*m";
$o = $o + 1;
}
}
close $data;
close $uvs;
close $mylar;
##--------------------Hard Coded atrices----------------------------------------##
my @Scnt_PP = ( "2.*eV", "6*eV" );
my @Scnt_FAST = ( 0.5, 0.5 );
my @Scnt_SLOW = ( 0.5, 0.5 );
my @Ephoton = ( "2.038*eV", "4.144*eV" );
my @RefractiveIndex = ( 1.46, 1.46 );
my @SpecularLobe = ( 0.3, 0.3 );
my @SpecularSpike = ( 0.2, 0.2 );
my @Backscatter = ( 0.2, 0.2 );
my @PhotonEC = (
"2.04358*eV", "2.0664*eV", "2.09046*eV", "2.14023*eV",
"2.16601*eV", "2.20587*eV", "2.23327*eV", "2.26137*eV",
"2.31972*eV", "2.35005*eV", "2.38116*eV", "2.41313*eV",
"2.44598*eV", "2.47968*eV", "2.53081*eV", "2.58354*eV",
"2.6194*eV", "2.69589*eV", "2.73515*eV", "2.79685*eV",
"2.86139*eV", "2.95271*eV", "3.04884*eV", "3.12665*eV",
"3.2393*eV", "3.39218*eV", "3.52508*eV", "3.66893*eV",
"3.82396*eV", "3.99949*eV", "4.13281*eV", "4.27679*eV",
"4.48244*eV", "4.65057*eV", "4.89476*eV", "5.02774*eV",
"5.16816*eV", "5.31437*eV", "5.63821*eV", "5.90401*eV",
"6.19921*eV"
);
my @CO2_1atm_AbsLen = (
"70316.5*m", "66796.2*m", "63314.0*m", "56785.7*m",
"53726.5*m", "49381.2*m", "46640.7*m", "44020.0*m",
"39127.2*m", "36845.7*m", "34671.4*m", "32597.4*m",
"30621.3*m", "28743.4*m", "26154.3*m", "23775.1*m",
"22306.7*m", "19526.3*m", "18263.4*m", "16473.0*m",
"14823.5*m", "12818.8*m", "11053.4*m", "9837.32*m",
"8351.83*m", "6747.67*m", "5648.87*m", "4694.87*m",
"3876.99*m", "3150.27*m", "2706.97*m", "2310.46*m",
"1859.36*m", "1568.2*m", "1237.69*m", "1093.38*m",
"962.586*m", "846.065*m", "643.562*m", "520.072*m",
"133.014*m"
);
##--------------------Write to mollerMother.gdml file----------------------------------------##
open( def, ">", "mollerMother${opt_T}.gdml" )
or die "cannot open > mollerMother${opt_T}.gdml: $!";
print def "<?xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"no\" ?>
<gdml xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\" xsi:noNamespaceSchemaLocation=\"http://service-spi.web.cern.ch/service-spi/app/releases/GDML/schema/gdml.xsd\">
<define>
<position name=\"detectorCenter\" x=\"0\" y=\"0\" z=\"125.0 + 0.0*28500.\"/>
<rotation name=\"identity\"/>
<rotation name=\"rot\" unit=\"deg\" x=\"0\" y=\"90\" z=\"0\"/>
</define>
<materials>
<material Z=\"1\" name=\"Vacuum\" state=\"gas\">
<T unit=\"K\" value=\"2.73\"/>
<P unit=\"pascal\" value=\"3e-18\"/>
<D unit=\"g/cm3\" value=\"1e-25\"/>
<atom unit=\"g/mole\" value=\"1.01\"/>
</material>
</materials>
<solids>
<box lunit=\"mm\" name=\"boxMother\" x=\"200000\" y=\"200000\" z=\"200000\"/>
</solids>
<structure>
<volume name=\"logicMother\">
<materialref ref=\"Vacuum\"/>
<solidref ref=\"boxMother\"/>
<physvol>
<file name=\"detector${opt_T}.gdml\"/>
<positionref ref=\"detectorCenter\"/>
<rotationref ref=\"rot\"/>
</physvol>
</volume>
</structure>
<setup name=\"Default\" version=\"1.0\">
<world ref=\"logicMother\"/>
</setup>
</gdml>";
close(def) or warn "close failed: $!";
##--------------------Write to matrices.xml file----------------------------------------##
open( def, ">", "matrices${opt_T}.xml" )
or die "cannot open > matrices${opt_T}.xml: $!";
print def "<matrix name=\"Quartz_RINDEX\" coldim=\"2\" values=\"";
for ( $o = $#PhotonEnergy ; $o >= 0 ; $o -= 1 ) {
print def "$PhotonEnergy[$o] $RefractiveIndex1[$o]";
if ( $o == o ) { print def "\"/>"; }
print def "\n";
}
print def "<matrix name=\"Quartz_ABSLENGTH\" coldim=\"2\" values=\"";
for ( $o = $#PhotonEnergy ; $o >= 0 ; $o -= 1 ) {
print def "$PhotonEnergy[$o] $Absorption1[$o]";
if ( $o == 0 ) { print def "\"/>"; }
print def "\n";
}
print def "<matrix name=\"Air_RINDEX\" coldim=\"2\" values=\"";
for ( $o = $#PhotonEnergy ; $o >= 0 ; $o -= 1 ) {
print def "$PhotonEnergy[$o] $RefractiveIndex2[$o]";
if ( $o == 0 ) { print def "\"/>"; }
print def "\n";
}
print def "<matrix name=\"Scnt_FAST\" coldim=\"2\" values=\"";
for $o ( 0 .. $#Scnt_PP ) {
print def "$Scnt_PP[$o] $Scnt_FAST[$o]";
if ( $o == $#Scnt_PP ) { print def "\"/>"; }
print def "\n";
}
print def "<matrix name=\"Scnt_SLOW\" coldim=\"2\" values=\"";
for $o ( 0 .. $#Scnt_PP ) {
print def "$Scnt_PP[$o] $Scnt_SLOW[$o]";
if ( $o == $#Scnt_PP ) { print def "\"/>"; }
print def "\n";
}
print def "<matrix name=\"AR_RINDEX\" coldim=\"2\" values=\"";
for ( $o = $#PhotonEnergy ; $o >= 0 ; $o -= 1 ) {
print def "$PhotonEnergy[$o] $RefractiveIndexAR[$o]";
if ( $o == 0 ) { print def "\"/>"; }
print def "\n";
}
print def "<matrix name=\"CO2_RINDEX\" coldim=\"2\" values=\"";
for ( $o = $#PhotonEnergy ; $o >= 0 ; $o -= 1 ) {
print def "$PhotonEnergy[$o] $RefractiveIndexCO2[$o]";
if ( $o == 0 ) { print def "\"/>"; }
print def "\n";
}
print def "<matrix name=\"CO2_ABSLENGTH\" coldim=\"2\" values=\"";
for $o ( 0 .. $#PhotonEC ) {
print def "$PhotonEC[$o] $CO2_1atm_AbsLen[$o]";
if ( $o == $#PhotonEC ) { print def "\"/>"; }
print def "\n";
}
print def "<matrix name=\"N2_RINDEX\" coldim=\"2\" values=\"";
for ( $o = $#PhotonEnergy ; $o >= 0 ; $o -= 1 ) {
print def "$PhotonEnergy[$o] $RefractiveIndexN2[$o]";
if ( $o == 0 ) { print def "\"/>"; }
print def "\n";
}
print def "<matrix name=\"Quartz_Surf_RINDEX\" coldim=\"2\" values=\"";
for $o ( 0 .. $#Ephoton ) {
print def "$Ephoton[$o] $RefractiveIndex[$o]";
if ( $o == $#Ephoton ) { print def "\"/>"; }
print def "\n";
}
print def "<matrix name=\"Quartz_Surf_SPECLOBE\" coldim=\"2\" values=\"";
for $o ( 0 .. $#Ephoton ) {
print def "$Ephoton[$o] $SpecularLobe[$o]";
if ( $o == $#Ephoton ) { print def "\"/>"; }
print def "\n";
}
print def "<matrix name=\"Quartz_Surf_SPECSPIKE\" coldim=\"2\" values=\"";
for $o ( 0 .. $#Ephoton ) {
print def "$Ephoton[$o] $SpecularSpike[$o]";
if ( $o == $#Ephoton ) { print def "\"/>"; }
print def "\n";
}
print def "<matrix name=\"Quartz_Surf_BACKSCATTER\" coldim=\"2\" values=\"";
for $o ( 0 .. $#Ephoton ) {
print def "$Ephoton[$o] $Backscatter[$o]";
if ( $o == $#Ephoton ) { print def "\"/>"; }
print def "\n";
}
print def "<matrix name=\"Aluminium_Surf_Reflectivity\" coldim=\"2\" values=\"";
for ( $o = $#PhotonEnergy ; $o >= 0 ; $o -= 1 ) {
print def "$PhotonEnergy[$o] $Reflectivity3[$o]";
if ( $o == 0 ) { print def "\"/>"; }
print def "\n";
}
print def "<matrix name=\"Mylar_Surf_Reflectivity\" coldim=\"2\" values=\"";
for ( $o = $#PhotonEnergy ; $o >= 0 ; $o -= 1 ) {
print def "$PhotonEnergy[$o] $Reflect_LG[$o]";
if ( $o == 0 ) { print def "\"/>"; }
print def "\n";
}
print def "<matrix name=\"Cathode_Surf_Reflectivity\" coldim=\"2\" values=\"";
for ( $o = $#PhotonEnergy ; $o >= 0 ; $o -= 1 ) {
print def "$PhotonEnergy[$o] $Reflectivity4[$o]";
if ( $o == 0 ) { print def "\"/>"; }
print def "\n";
}
print def "<matrix name=\"Cathode_Surf_Efficiency\" coldim=\"2\" values=\"";
for ( $o = $#PhotonEnergy ; $o >= 0 ; $o -= 1 ) {
print def "$PhotonEnergy[$o] $Efficiency4[$o]";
if ( $o == 0 ) { print def "\"/>"; }
print def "\n";
}
print def "<matrix name=\"Mylar_Surf_Reflectivity_Alt\" coldim=\"2\" values=\"";
for ( $o = $#PhotonEnergy ; $o >= 0 ; $o -= 1 ) {
print def "$PhotonEnergy[$o] $MylarReflectivity[$o]";
if ( $o == 0 ) { print def "\"/>"; }
print def "\n";
}
##--------------------1x1 matrix properties--------------------------------------##
print def "
<matrix name=\"Air_Const_Scint\" coldim=\"1\" values=\"25./MeV\"/>";
print def "
<matrix name=\"Ar_Const_Scint\" coldim=\"1\" values=\"510./MeV\"/>";
print def "
<matrix name=\"CO2_Const_Scint\" coldim=\"1\" values=\"5./MeV\"/>";
print def "
<matrix name=\"N2_Const_Scint\" coldim=\"1\" values=\"140./MeV\"/>";
print def "
<matrix name=\"General_Const_RESOLUTION\" coldim=\"1\" values=\"2.0\"/>";
print def "
<matrix name=\"General_Const_FAST\" coldim=\"1\" values=\"1.*ns\"/>";
print def "
<matrix name=\"General_Const_SLOW\" coldim=\"1\" values=\"10.*ns\"/>";
print def "
<matrix name=\"General_Const_YIELDRATIO\" coldim=\"1\" values=\"1.0\"/>";
close(def) or warn "close failed: $!";
##-------------------------------------------------------------------------------##
##--------------------Start defining solids.-------------------------------------##
open( def, ">", "solids${opt_T}.xml" )
or die "cannot open > solids${opt_T}.xml: $!";
print def "<solids>\n\n";
#---------------------Defining solid of mother volume.-------------------------------------------------------------------------------------#
{
my $dxMabs;
my $dxM2abs;
my $dxMshift;
$dxMabs = abs($dxMext);
$dxM2abs = $dxM + 2 * $dxMabs;
$dxMshift = ( $dxMext <=> 0 ) * ( $dxM + $dxMext ) / 2;
print def
"<box lunit=\"mm\" name=\"boxMotherSolBase${opt_T}\" x=\"$dxM\" y=\"$dyM\" z=\"$dzM\"/>\n";
print def
"<box lunit=\"mm\" name=\"boxMotherSolExt${opt_T}\" x=\"$dxMabs\" y=\"$dyM\" z=\"$dzM\"/>\n";
print def "<union name =\"boxMotherSol${opt_T}\">
<first ref=\"boxMotherSolBase${opt_T}\"/>
<second ref=\"boxMotherSolExt${opt_T}\"/>
<position unit=\"mm\" name=\"boxMotherPos${opt_T}\" x=\"$dxMshift\" y=\"0\" z=\"0\"\/>
</union>\n\n";
print def
"<cone aunit=\"rad\" deltaphi=\"2*pi\" lunit=\"mm\" name=\"coneMotherSol${opt_T}\" rmax1=\"$drMinM\" rmax2=\"$drMinM\" rmin1=\"0\" rmin2=\"0\" startphi=\"0\" z=\"$dxM2abs\"/>\n";
print def "<subtraction name =\"logicMotherSol${opt_T}\">
<first ref=\"boxMotherSol${opt_T}\"/>
<second ref=\"coneMotherSol${opt_T}\"/>
<position unit=\"mm\" name=\"coneMotherPos${opt_T}\" x=\"0\" y=\"0\" z=\"0\"\/>
<rotation unit=\"rad\" name=\"coneMotherRot${opt_T}\" x=\"0\" y=\"pi/2\" z=\"0\"/>
</subtraction>\n\n";
}
#------------------------------------------------------------------------------------------------------------------------------------------#
#-----------------------Defining solids of detector volume-----------------------------------------------------------------------------------#
for $j ( 0 .. $i - 1 ) {
print def
"<box name=\"quartzRecSol_$index[$j]\" x=\"$dx[$j]\" y=\"$dy[$j]\" z=\"$dz[$j]\" lunit= \"mm\" />\n";
print def "<xtru name = \"quartzCutSol_$index[$j]\" lunit= \"mm\" >
<twoDimVertex x=\"", $dx[$j] * ( 0.5 * tan( abs( $quartzCutAngle[$j] ) ) ),
"\" y=\"", $dx[$j] * (0.5), "\" />
<twoDimVertex x=\"", $dx[$j] * ( 0.5 * tan( abs( $quartzCutAngle[$j] ) ) ),
"\" y=\"", $dx[$j] * (-0.5), "\" />
<twoDimVertex x=\"", $dx[$j] * ( -0.5 * tan( abs( $quartzCutAngle[$j] ) ) ),
"\" y=\"", $dx[$j] * (-0.5), "\" />
<section zOrder=\"1\" zPosition=\"", $dy[$j] * (-0.5),
"\" xOffset=\"0\" yOffset=\"0\" scalingFactor=\"1\" />
<section zOrder=\"2\" zPosition=\"", $dy[$j] * (0.5),
"\" xOffset=\"0\" yOffset=\"0\" scalingFactor=\"1\" />
</xtru>\n";
print def "<union name=\"quartzSol_$index[$j]\">
<first ref=\"quartzRecSol_$index[$j]\"/>
<second ref=\"quartzCutSol_$index[$j]\"/>
<position name=\"quartzCutSolPos_$index[$j]\" unit=\"mm\" x=\"0\" y=\"0\" z=\"",
$dx[$j] * ( 0.5 * tan( abs( $quartzCutAngle[$j] ) ) ) + $dz[$j] * (0.5),
"\"/>
<rotation name=\"quartzCutSolRot_$index[$j]\" unit=\"rad\" x=\"pi/2\" y=\"0\" z=\"pi\"/>
</union>\n";
$angle1 = atan( abs( $dxLg[$j] - $dxPmt[$j] ) / $dzLg[$j] );
$angle2 = atan( abs( $dyLg[$j] - $dyPmt[$j] ) / $dzLg[$j] );
#print def "<trd name = \"lgLogicSolOld_$index[$j]\" z=\"$dzLg[$j]\" y1=\"",$dyLg[$j]+2*$dtWall[$j]/(cos($angle2)),"\" x1=\"",$dxLg[$j]+2*$dtWall[$j]/(cos($angle1)),"\" y2=\"",$dyPmt[$j]+2*$dtWall[$j]/(cos($angle2)),"\" x2=\"",$dxPmt[$j]+2*$dtWall[$j]/(cos($angle1)),"\" lunit= \"mm\"/>\n";
print def "<trap name = \"lgLogicSol1_$index[$j]\" z=\"",
$dzLg[$j] + 1 * $dzLgExtra[$j], "\" theta=\"0.0\" phi=\"0.0\" y1=\"",
$dyLg[$j] + 2 * $dtWall[$j] / ( cos($angle2) ), "\" x1=\"",
$dxLg[$j] + 2 * $dtWall[$j] / ( cos($angle1) ), "\" x2=\"",
$dxLg[$j] + 2 * $dtWall[$j] / ( cos($angle1) ), "\" y2=\"",
$dyPmt[$j] + 2 * $dtWall[$j] / ( cos($angle2) ), "\" x3=\"",
$dxLg[$j] + 2 * $dtWall[$j] / ( cos($angle1) ), "\" x4=\"",
$dxLg[$j] + 2 * $dtWall[$j] / ( cos($angle1) ),
"\" alpha1=\"0.0\" alpha2=\"0*(", $lgTiltAngle[$j] + $ry[$j],
")\" aunit=\"rad\" lunit=\"mm\"/>\n";
print def "<box name = \"lgLogicSol_sub1_$index[$j]\" z=\"",
4 * $dzLgExtra[$j], "\" y=\"",
1.5 * ( $dyPmt[$j] + 2 * $dtWall[$j] / ( cos($angle2) ) ), "\" x=\"",
1.5 * ( $dxLg[$j] + 2 * $dtWall[$j] / ( cos($angle1) ) ), "\"/>\n";
print def "<box name = \"lgLogicSol_sub2_$index[$j]\" z=\"",
2 * $dzLgExtra[$j], "\" y=\"",
1.5 * ( $dyPmt[$j] + 2 * $dtWall[$j] / ( cos($angle2) ) ), "\" x=\"",
1.5 * ( $dxLg[$j] + 2 * $dtWall[$j] / ( cos($angle1) ) ), "\"/>\n";
print def "<subtraction name =\"lgLogicSol_sub_$index[$j]\">
<first ref=\"lgLogicSol_sub1_$index[$j]\"/>
<second ref=\"lgLogicSol_sub2_$index[$j]\"/>
<position unit=\"mm\" name=\"lgSolPos_sub1_$index[$j]\" x=\"0\" y=\"0\" z=\"",
-1.0 * $dzLgExtra[$j], "\"\/>
<rotation unit=\"rad\" name=\"lgSolRot_sub1_$index[$j]\" z=\"0\" y=\"0\" x=\"0\"/>
</subtraction>\n\n";
print def "<subtraction name =\"lgLogicSol_$index[$j]\">
<first ref=\"lgLogicSol1_$index[$j]\"/>
<second ref=\"lgLogicSol_sub_$index[$j]\"/>
<position unit=\"mm\" name=\"lgSolPos_sub_$index[$j]\" x=\"0\" y=\"0\" z=\"",
0.5 * ( $dzLg[$j] - 1.0 * $dzLgExtra[$j] ), "\"\/>
<rotation unit=\"rad\" name=\"lgSolRot_sub_$index[$j]\" z=\"0\" y=\"",
$lgTiltAngle[$j] + $ry[$j], "\" x=\"0\"/>
</subtraction>\n\n";
print def "<xtru name = \"refLogicSol_$index[$j]\" lunit= \"mm\" >
<twoDimVertex x=\"",
$dx[$j] *
(0.5) +
$dzRef[$j] *
tan( $refTopOpeningAngle[$j] ) +
( ( $dtWall[$j] + $dtReflector[$j] ) /
cos( $lgTiltAngle[$j] + $refTopOpeningAngle[$j] ) ) *
cos( $lgTiltAngle[$j] ), "\" y=\"",
$dzRef[$j] * 0.5 +
( ( $dtWall[$j] + $dtReflector[$j] ) /
cos( $lgTiltAngle[$j] + $refTopOpeningAngle[$j] ) ) *
sin( $lgTiltAngle[$j] ), "\" />
<twoDimVertex x=\"",
$dx[$j] * (0.5) +
$dzRef[$j] * tan( $refTopOpeningAngle[$j] ) -
( $dxLg[$j] + $dtWall[$j] ) * cos( $lgTiltAngle[$j] ), "\" y=\"",
$dzRef[$j] * (0.5) -
( $dxLg[$j] + $dtWall[$j] ) * sin( $lgTiltAngle[$j] ), "\" />
<twoDimVertex x=\"", $dx[$j] * (-0.5) - $dtWall[$j] / cos( $lgTiltAngle[$j] ),
"\" y=\"", $dzRef[$j] * (-0.5), "\" />
<twoDimVertex x=\"",
$dx[$j] * (0.5) +
( $dtWall[$j] + $dtReflector[$j] ) / cos( $refTopOpeningAngle[$j] ),
"\" y=\"", $dzRef[$j] * (-0.5), "\" />
<section zOrder=\"1\" zPosition=\"", $dyLg[$j] * (-0.5) - $dtWall[$j],
"\" xOffset=\"0\" yOffset=\"0\" scalingFactor=\"1\" />
<section zOrder=\"2\" zPosition=\"", $dyLg[$j] * (0.5) + $dtWall[$j],
"\" xOffset=\"", 0, "\" yOffset=\"0\" scalingFactor=\"", 1, "\"/>
</xtru>\n";
print def "<box name=\"pmtLogicSol_$index[$j]\" x=\"", $dxPmt[$j],
"\" y=\"$dyPmt[$j]\" z=\"", $dzPmt[$j], "\" lunit= \"mm\" />\n";
print def "<union name=\"TotalDetectorLogicSol1_$index[$j]\">
<first ref=\"quartzRecSol_$index[$j]\"/>
<second ref=\"refLogicSol_$index[$j]\"/>
<position name=\"refLogicSolPos_$index[$j]\" unit=\"mm\" x=\"", 0,
"\" y=\"0\" z=\"", 0.5 * $dz[$j] + 0.5 * $dzRef[$j], "\"/>
<rotation name=\"refLogicSolRot_$index[$j]\" unit=\"rad\" x=\"pi/2\" y=\"",
0, "\" z=\"0\"/>
</union>\n";
print def "<union name=\"TotalDetectorLogicSol2_$index[$j]\">
<first ref=\"TotalDetectorLogicSol1_$index[$j]\"/>
<second ref=\"lgLogicSol_$index[$j]\"/>
<position name=\"lgLogicSolPos_$index[$j]\" unit=\"mm\" x=\"",
0.5 * $dx[$j] +
$dzRef[$j] * tan( $refTopOpeningAngle[$j] ) -
0.5 * $dxLg[$j] * cos( $lgTiltAngle[$j] ) -
( $dzLg[$j] + $dzLgExtra[$j] ) * 0.5 * sin( $lgTiltAngle[$j] ),
"\" y=\"0\" z=\"",
$dz[$j] * (0.5) +
$dzRef[$j] -
0.5 * $dxLg[$j] * sin( $lgTiltAngle[$j] ) +
( $dzLg[$j] + 1 * $dzLgExtra[$j] ) * 0.5 * cos( $lgTiltAngle[$j] ), "\"/>
<rotation name=\"lgLogicSolRot_$index[$j]\" unit=\"rad\" x=\"0\" y=\"",
$lgTiltAngle[$j] * (-1), "\" z=\"0\"/>
</union>\n";
print def "<union name=\"TotalDetectorLogicSol_$index[$j]\">
<first ref=\"TotalDetectorLogicSol2_$index[$j]\"/>
<second ref=\"pmtLogicSol_$index[$j]\"/>
<position name=\"pmtLogicSolPos_$index[$j]\" unit=\"mm\" x=\"",
( $opt_I eq "" ) ? (
0.5 * $dx[$j] +
$dzRef[$j] *
tan( $refTopOpeningAngle[$j] ) -
0.5 * $dxLg[$j] *
cos( $lgTiltAngle[$j] ) -
( $dzLg[$j] + $dzPmt[$j] * 0.5 ) *
sin( $lgTiltAngle[$j] ) +
cos( $lgTiltAngle[$j] ) * 0.5 *
$dzPmt[$j] *
sin( 1 * $lgTiltAngle[$j] + 1 * $ry[$j] ) -
sin( $lgTiltAngle[$j] ) * 0.5 *
$dzPmt[$j] *
( 1 - cos( 1 * $lgTiltAngle[$j] + 1 * $ry[$j] ) )
) : (
0.5 * $dx[$j] +
$dzRef[$j] * tan( $refTopOpeningAngle[$j] ) -
0.5 * $dxLg[$j] * cos( $lgTiltAngle[$j] ) -
( $dzLg[$j] + $dzPmt[$j] * 0.5 ) * sin( $lgTiltAngle[$j] ),
), "\" y=\"0\" z=\"",
( $opt_I eq "" ) ? (
$dz[$j] *
(0.5) +
$dzRef[$j] -
0.5 * $dxLg[$j] *
sin( $lgTiltAngle[$j] ) +
( $dzLg[$j] + $dzPmt[$j] * 0.5 ) *
cos( $lgTiltAngle[$j] ) +
sin( $lgTiltAngle[$j] ) * 0.5 *
$dzPmt[$j] *
sin( 1 * $lgTiltAngle[$j] + 1 * $ry[$j] ) -
cos( $lgTiltAngle[$j] ) * 0.5 *
$dzPmt[$j] *
( 1 - cos( 1 * $lgTiltAngle[$j] + 1 * $ry[$j] ) )
) : (
$dz[$j] * (0.5) +
$dzRef[$j] -
0.5 * $dxLg[$j] * sin( $lgTiltAngle[$j] ) +
( $dzLg[$j] + $dzPmt[$j] * 0.5 ) * cos( $lgTiltAngle[$j] )
), "\"/>
<rotation name=\"pmtLogicSolRot_$index[$j]\" unit=\"rad\" x=\"0\" y=\"",
( $opt_I eq "" ) ? (
1 * $ry[$j]
) : (
$lgTiltAngle[$j] * (-1)
), "\" z=\"0\"/>
</union>\n";
#print def "<trd name = \"lgSolOld_$index[$j]\" z=\"$dzLg[$j]\" y1=\"$dyLg[$j]\" x1=\"$dxLg[$j]\" y2=\"$dyPmt[$j]\" x2=\"$dxPmt[$j]\" lunit= \"mm\"/>\n";
print def "<trap name = \"lgSol1_$index[$j]\" z=\"",
$dzLg[$j] + 1 * $dzLgExtra[$j],
"\" theta=\"0.0\" phi=\"0.0\" y1=\"$dyLg[$j]\" x1=\"$dxLg[$j]\" x2=\"$dxLg[$j]\" y2=\"$dyPmt[$j]\" x3=\"$dxLg[$j]\" x4=\"$dxLg[$j]\" alpha1=\"0.0\" alpha2=\"0*(",
$lgTiltAngle[$j] + $ry[$j], ")\" aunit=\"rad\" lunit=\"mm\"/>\n";
print def "<box name = \"lgSol_sub1_$index[$j]\" z=\"", 4 * $dzLgExtra[$j],
"\" y=\"", 1.5 * ( $dyPmt[$j] ), "\" x=\"", 1.5 * ( $dxLg[$j] ), "\"/>\n";
print def "<box name = \"lgSol_sub2_$index[$j]\" z=\"", 2 * $dzLgExtra[$j],
"\" y=\"", 1.5 * ( $dyPmt[$j] ), "\" x=\"", 1.5 * ( $dxLg[$j] ), "\"/>\n";
print def "<subtraction name =\"lgSol_sub_$index[$j]\">
<first ref=\"lgSol_sub1_$index[$j]\"/>
<second ref=\"lgSol_sub2_$index[$j]\"/>
<position unit=\"mm\" name=\"lgPos_sub1_$index[$j]\" x=\"0\" y=\"0\" z=\"",
-1.0 * $dzLgExtra[$j], "\"\/>
<rotation unit=\"rad\" name=\"lgRot_sub1_$index[$j]\" z=\"0\" y=\"0\" x=\"0\"/>
</subtraction>\n\n";
print def "<subtraction name =\"lgSol_$index[$j]\">
<first ref=\"lgSol1_$index[$j]\"/>
<second ref=\"lgSol_sub_$index[$j]\"/>
<position unit=\"mm\" name=\"lgPos_sub_$index[$j]\" x=\"0\" y=\"0\" z=\"",
0.5 * ( $dzLg[$j] - 1.0 * $dzLgExtra[$j] ), "\"\/>
<rotation unit=\"rad\" name=\"lgRot_sub_$index[$j]\" z=\"0\" y=\"",
$lgTiltAngle[$j] + $ry[$j], "\" x=\"0\"/>
</subtraction>\n\n";
print def "<subtraction name =\"lgSolSkin_$index[$j]\">
<first ref=\"lgLogicSol_$index[$j]\"/>
<second ref=\"lgSol_$index[$j]\"/>
<position unit=\"mm\" name=\"lgSolPos_$index[$j]\" x=\"0\" y=\"0\" z=\"", 0,
"\"\/>
<rotation unit=\"rad\" name=\"lgSolRot_$index[$j]\" x=\"0\" y=\"0\" z=\"0\"/>
</subtraction>\n\n";
print def "<xtru name = \"refSol_$index[$j]\" lunit= \"mm\" >
<twoDimVertex x=\"",
$dx[$j] * (0.5) + $dzRef[$j] * tan( $refTopOpeningAngle[$j] ), "\" y=\"",
$dzRef[$j] * 0.5, "\" />
<twoDimVertex x=\"",
$dx[$j] * (0.5) +
$dzRef[$j] * tan( $refTopOpeningAngle[$j] ) -
( $dxLg[$j] ) * cos( $lgTiltAngle[$j] ), "\" y=\"",
$dzRef[$j] * (0.5) - ( $dxLg[$j] ) * sin( $lgTiltAngle[$j] ), "\" />
<twoDimVertex x=\"", $dx[$j] * (-0.5), "\" y=\"", $dzRef[$j] * (-0.5), "\" />
<twoDimVertex x=\"", $dx[$j] * (0.5), "\" y=\"", $dzRef[$j] * (-0.5), "\" />
<section zOrder=\"1\" zPosition=\"", $dyLg[$j] * (-0.5),
"\" xOffset=\"0\" yOffset=\"0\" scalingFactor=\"1\" />
<section zOrder=\"2\" zPosition=\"", $dyLg[$j] * (0.5), "\" xOffset=\"", 0,
"\" yOffset=\"0\" scalingFactor=\"", 1, "\"/>
</xtru>\n";
print def "<subtraction name =\"refSolSkin_$index[$j]\">
<first ref=\"refLogicSol_$index[$j]\"/>
<second ref=\"refSol_$index[$j]\"/>
<position unit=\"mm\" name=\"refSolPos_$index[$j]\" x=\"0\" y=\"0\" z=\"", 0,
"\"\/>
<rotation unit=\"rad\" name=\"refSolRot_$index[$j]\" x=\"0\" y=\"0\" z=\"0\"/>
</subtraction>\n\n";
print def "<subtraction name =\"refSol1_$index[$j]\">
<first ref=\"refSol_$index[$j]\"/>
<second ref=\"quartzCutSol_$index[$j]\"/>
<position unit=\"mm\" name=\"quartzCutPos_$index[$j]\" x=\"0\" y=\"$dzRef[$j]*(-0.5)+$dx[$j]*(0.5*tan(abs($quartzCutAngle[$j])))\" z=\"",
0, "\"\/>
<rotation unit=\"rad\" name=\"quartzCutRot_$index[$j]\" x=\"0\" y=\"pi\" z=\"0\"/>
</subtraction>\n\n";
if ( $subsegment == 1 ) {
print def "<xtru name = \"reflectorSol_$index[$j]\" lunit= \"mm\" >
<twoDimVertex x=\"",
$dx[$j] * (0.5) -
0.05*$dzRef[$j]*sin($opt_t*pi/180.0)
+ ($opt_i+1.0)*0.1*$dzRef[$j] * tan( $refTopOpeningAngle[$j] ) +
0.1*( $dtReflector[$j] / cos( $lgTiltAngle[$j] + $refTopOpeningAngle[$j] ) )
* cos( $lgTiltAngle[$j] ), "\" y=\"",
(-0.4+0.1*$opt_i)*$dzRef[$j] +
0.1*( $dtReflector[$j] / cos( $lgTiltAngle[$j] + $refTopOpeningAngle[$j] ) )
* sin( $lgTiltAngle[$j] ), "\" />
<twoDimVertex x=\"",
$dx[$j] * (0.5) -
0.05*$dzRef[$j]*sin($opt_t*pi/180.0)
+ ($opt_i+1.0)*0.1*$dzRef[$j] * tan( $refTopOpeningAngle[$j] ) -
0.0*( $dtReflector[$j] / cos( $lgTiltAngle[$j] + $refTopOpeningAngle[$j] ) )
* cos( $lgTiltAngle[$j] ), "\" y=\"",
(-0.4+0.1*$opt_i)*$dzRef[$j], "\" />
<twoDimVertex x=\"",
$dx[$j] * (0.5) +
0.05*$dzRef[$j]*sin($opt_t*pi/180.0)
+($opt_i)*0.1*$dzRef[$j] * tan( $refTopOpeningAngle[$j] ) -
0.0*( $dtReflector[$j] / cos( $lgTiltAngle[$j] + $refTopOpeningAngle[$j] ) )
* cos( $lgTiltAngle[$j] ), "\" y=\"",
(-0.5+0.1*$opt_i)*$dzRef[$j], "\" />
<twoDimVertex x=\"",
$dx[$j] * (0.5) +
0.05*$dzRef[$j]*sin($opt_t*pi/180.0)
+($opt_i)*0.1*$dzRef[$j] * tan( $refTopOpeningAngle[$j] ) +
0.1*( $dtReflector[$j] / cos( $lgTiltAngle[$j] + $refTopOpeningAngle[$j] ) )
* cos( $lgTiltAngle[$j] ), "\" y=\"",
(-0.5+0.1*$opt_i)*$dzRef[$j], "\" />
<section zOrder=\"1\" zPosition=\"", (-0.5+0.1*$opt_j)*$dyLg[$j],
"\" xOffset=\"", -0.05*sin($opt_p*pi/180.0)*$dyLg[$j],
"\" yOffset=\"0\" scalingFactor=\"1\" />
<section zOrder=\"2\" zPosition=\"", (-0.4+0.1*$opt_j)*$dyLg[$j],
"\" xOffset=\"", 0.05*sin($opt_p*pi/180.0)*$dyLg[$j],
"\" yOffset=\"0\" scalingFactor=\"", 1, "\"/>
</xtru>\n";
print def "<xtru name = \"reflectorSolXtru_$index[$j]\" lunit= \"mm\" >
<twoDimVertex x=\"",
$dx[$j] * (0.5) +
$dzRef[$j] * tan( $refTopOpeningAngle[$j] ) +
( 20*$dtReflector[$j] / cos( $lgTiltAngle[$j] + $refTopOpeningAngle[$j] ) )
* cos( $lgTiltAngle[$j] ), "\" y=\"",
$dzRef[$j] * 0.5 +
( $dtReflector[$j] / cos( $lgTiltAngle[$j] + $refTopOpeningAngle[$j] ) )
* sin( $lgTiltAngle[$j] ), "\" />
<twoDimVertex x=\"",
$dx[$j] * (0.5) + $dzRef[$j] * tan( $refTopOpeningAngle[$j] ), "\" y=\"",
$dzRef[$j] * (0.5), "\" />
<twoDimVertex x=\"", $dx[$j] * (0.5), "\" y=\"", $dzRef[$j] * (-0.5), "\" />
<twoDimVertex x=\"",
$dx[$j] * (0.5) + 20*$dtReflector[$j] / cos( $refTopOpeningAngle[$j] ),
"\" y=\"", $dzRef[$j] * (-0.5), "\" />
<section zOrder=\"1\" zPosition=\"", $dyLg[$j] * (-0.5),
"\" xOffset=\"0\" yOffset=\"0\" scalingFactor=\"1\" />
<section zOrder=\"2\" zPosition=\"", $dyLg[$j] * (0.5), "\" xOffset=\"", 0,
"\" yOffset=\"0\" scalingFactor=\"", 1, "\"/>
</xtru>\n";
print def "<subtraction name =\"refSolSkin1_$index[$j]\">
<first ref=\"refSolSkin_$index[$j]\"/>
<second ref=\"reflectorSolXtru_$index[$j]\"/>
<position name=\"reflectorSolPos_$index[$j]\" unit=\"mm\" x=\"0\" y=\"0\" z=\"",
0, "\"/>
<rotation name=\"reflectorSolRot_$index[$j]\" unit=\"rad\" x=\"0\" y=\"0\" z=\"0\"/>
</subtraction>\n\n";
}
else {
print def "<xtru name = \"reflectorSol_$index[$j]\" lunit= \"mm\" >
<twoDimVertex x=\"",
$dx[$j] * (0.5) +
$dzRef[$j] * tan( $refTopOpeningAngle[$j] ) +
( $dtReflector[$j] / cos( $lgTiltAngle[$j] + $refTopOpeningAngle[$j] ) )
* cos( $lgTiltAngle[$j] ), "\" y=\"",
$dzRef[$j] * 0.5 +
( $dtReflector[$j] / cos( $lgTiltAngle[$j] + $refTopOpeningAngle[$j] ) )
* sin( $lgTiltAngle[$j] ), "\" />
<twoDimVertex x=\"",
$dx[$j] * (0.5) + $dzRef[$j] * tan( $refTopOpeningAngle[$j] ), "\" y=\"",
$dzRef[$j] * (0.5), "\" />
<twoDimVertex x=\"", $dx[$j] * (0.5), "\" y=\"", $dzRef[$j] * (-0.5), "\" />
<twoDimVertex x=\"",
$dx[$j] * (0.5) + $dtReflector[$j] / cos( $refTopOpeningAngle[$j] ),
"\" y=\"", $dzRef[$j] * (-0.5), "\" />
<section zOrder=\"1\" zPosition=\"", $dyLg[$j] * (-0.5),
"\" xOffset=\"0\" yOffset=\"0\" scalingFactor=\"1\" />
<section zOrder=\"2\" zPosition=\"", $dyLg[$j] * (0.5), "\" xOffset=\"", 0,
"\" yOffset=\"0\" scalingFactor=\"", 1, "\"/>
</xtru>\n";
print def "<subtraction name =\"refSolSkin1_$index[$j]\">
<first ref=\"refSolSkin_$index[$j]\"/>
<second ref=\"reflectorSol_$index[$j]\"/>
<position name=\"reflectorSolPos_$index[$j]\" unit=\"mm\" x=\"0\" y=\"0\" z=\"",
0, "\"/>
<rotation name=\"reflectorSolRot_$index[$j]\" unit=\"rad\" x=\"0\" y=\"0\" z=\"0\"/>
</subtraction>\n\n";
}
print def
"<cone name = \"pmtFullSol_$index[$j]\" rmin1=\"0\" rmax1=\"$drPmt[$j]\" rmin2=\"0\" rmax2=\"$drPmt[$j]\" z=\"$dzPmt[$j]\"
startphi=\"0\" deltaphi=\"2*pi\" aunit=\"rad\" lunit= \"mm\" />\n";
print def "<subtraction name =\"pmtSkinSol_$index[$j]\">
<first ref=\"pmtLogicSol_$index[$j]\"/>
<second ref=\"pmtFullSol_$index[$j]\"/>
<position unit=\"mm\" name=\"pmtSolPos_$index[$j]\" x=\"0\" y=\"0\" z=\"", 0,
"\"\/>
<rotation unit=\"rad\" name=\"pmtSolRot_$index[$j]\" x=\"0\" y=\"0\" z=\"0\"/>
</subtraction>\n\n";
print def
"<cone name = \"pmtCathodeSol_$index[$j]\" rmin1=\"0\" rmax1=\"$drPmt[$j]\" rmin2=\"0\" rmax2=\"$drPmt[$j]\" z=\"",
$dzPmt[$j] / 100.0, "\"
startphi=\"0\" deltaphi=\"2*pi\" aunit=\"rad\" lunit= \"mm\" />\n";
print def
"<cone name = \"pmtCathodeSol_sub_$index[$j]\" rmin1=\"0\" rmax1=\"1.01*$drPmt[$j]\" rmin2=\"0\" rmax2=\"1.01*$drPmt[$j]\" z=\"",
1.01 * $dzPmt[$j] / 100.0, "\"
startphi=\"0\" deltaphi=\"2*pi\" aunit=\"rad\" lunit= \"mm\" />\n";
print def "<subtraction name =\"pmtSol_$index[$j]\">
<first ref=\"pmtFullSol_$index[$j]\"/>
<second ref=\"pmtCathodeSol_sub_$index[$j]\"/>
<position unit=\"mm\" name=\"pmtCathodeSolPos_$index[$j]\" x=\"0\" y=\"0\" z=\"",
-1.0 * ( $dzPmt[$j] / 2.0 ) + ( $dzPmt[$j] / 200.0 ), "\"/>
<rotation unit=\"rad\" name=\"pmtCathodeSolRot_$index[$j]\" x=\"0\" y=\"0\" z=\"0\"/>
</subtraction>\n\n";
}
#-----------------------------------------------FIXME Placeholders from Brad's code-----------------------------------------------------------------------------------#
print def "
<opticalsurface name=\"Quartz\" model=\"glisur\" finish=\"ground\" type=\"dielectric_dielectric\" value=\".98\">
<property name=\"RINDEX\" ref=\"Quartz_Surf_RINDEX\"/>
<property name=\"SPECULARLOBECONSTANT\" ref=\"Quartz_Surf_SPECLOBE\"/>
<property name=\"SPECULARSPIKECONSTANT\" ref=\"Quartz_Surf_SPECSPIKE\"/>
<property name=\"BACKSCATTERCONSTANT\" ref=\"Quartz_Surf_BACKSCATTER\"/>
</opticalsurface>";
print def "
<opticalsurface name=\"Aluminium\" model=\"glisur\" finish=\"polished\" type=\"dielectric_metal\" value=\"1.0\">
<property name=\"REFLECTIVITY\" ref=\"Aluminium_Surf_Reflectivity\"/>
</opticalsurface>";
print def "
<opticalsurface name=\"Mylar\" model=\"glisur\" finish=\"polished\" type=\"dielectric_metal\" value=\"1.0\">
<property name=\"REFLECTIVITY\" ref=\"Mylar_Surf_Reflectivity\"/>
</opticalsurface>";
print def "
<opticalsurface name=\"Cathode\" model=\"glisur\" finish=\"ground\" type=\"dielectric_metal\" value=\"0.97\">
<property name=\"REFLECTIVITY\" ref=\"Cathode_Surf_Reflectivity\"/>
<property name=\"EFFICIENCY\" ref=\"Cathode_Surf_Efficiency\"/>
</opticalsurface>";
#----------------------------------------------------------------------------------------------------------------------------------#
print def "\n</solids>";
close(def) or warn "close failed: $!";
##-----------------------------------------------End Defining solids.----------------------------------------------------------------------------------##
##--------------------------------------------------------------Start Structure.------------------------------------------------------------------------##
open( def, ">", "detector${opt_T}.gdml" )
or die "cannot open > detector${opt_T}.gdml: $!";
print def "<?xml version=\"1.0\" encoding=\"UTF-8\"?>\n
<!DOCTYPE gdml [
<!ENTITY materials SYSTEM \"materialsOptical.xml\">
<!ENTITY solids${opt_T} SYSTEM \"solids${opt_T}.xml\">
<!ENTITY matrices${opt_T} SYSTEM \"matrices${opt_T}.xml\">
]> \n
<gdml xmlns:gdml=\"http://cern.ch/2001/Schemas/GDML\" xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\" xsi:noNamespaceSchemaLocation=\"http://service-spi.web.cern.ch/service-spi/app/releases/GDML/schema/gdml.xsd\">\n
<define>
&matrices${opt_T};
</define>
&materials;
&solids${opt_T};\n
<structure>\n";
for $j ( 0 .. $i - 1 ) {
print def "
<volume name=\"quartzRecVol_$index[$j]\">
<materialref ref=\"Quartz\"/>
<solidref ref=\"quartzSol_$index[$j]\"/>
<auxiliary auxtype=\"Color\" auxvalue=\"red\"/>
<auxiliary auxtype=\"SensDet\" auxvalue=\"planeDet\"/>
<auxiliary auxtype=\"DetType\" auxvalue=\"boundaryhits\"/>
<auxiliary auxtype=\"DetNo\" auxvalue=\"", $index[$j] + 1, "\"/>
</volume>\n";
print def
"<skinsurface name=\"quartzRecVol_$index[$j]_skin\" surfaceproperty=\"Quartz\" >
<volumeref ref=\"quartzRecVol_$index[$j]\"/>
</skinsurface>\n ";
print def "
<volume name=\"refVol_$index[$j]\">
<materialref ref=\"QsimAir\"/>
<solidref ref=\"refSol1_$index[$j]\"/>
<auxiliary auxtype=\"Color\" auxvalue=\"green\"/>
<auxiliary auxtype=\"SensDet\" auxvalue=\"planeDet\"/>
<auxiliary auxtype=\"DetType\" auxvalue=\"boundaryhits\"/>
<auxiliary auxtype=\"DetNo\" auxvalue=\"", $index[$j] + 2, "\"/>
</volume>\n";
print def "
<volume name=\"refVolSkin_$index[$j]\">
<materialref ref=\"AlMylar\"/>
<solidref ref=\"refSolSkin1_$index[$j]\"/>
<auxiliary auxtype=\"Color\" auxvalue=\"brown\"/>
<auxiliary auxtype=\"SensDet\" auxvalue=\"planeDet\"/>
<auxiliary auxtype=\"DetType\" auxvalue=\"opticalphoton\"/>
<auxiliary auxtype=\"DetNo\" auxvalue=\"", $index[$j] + 3, "\"/>
</volume>\n";
print def "
<skinsurface name=\"refVolSkin_$index[$j]_skin\" surfaceproperty=\"Mylar\" >
<volumeref ref=\"refVolSkin_$index[$j]\"/>
</skinsurface>\n";