Update examples

Also add a .gitignore file to ensure we don’t accidentally add the
private examples files to the public docs repo.

examples/.gitignore

@@ -0,0 +1,5 @@
+# make sure we don't accidentally add the private example files to the public docs repository!
+FHBPTC
+SMC
+UCSFETF
+Outcome

examples/Basic/AllParameterForms.txt

@@ -1,150 +1,165 @@
 # Demonstrates all allowed parameter forms
 # and dumps results to TsDumpParameters.html
 
-Ts/DumpParameters = "True"
+b:Ts/DumpNonDefaultParameters = "True"
+
+sv:Ph/Default/Modules = 1 "Transportation_Only"
 
 # Parameters used in expressions below
-d:A_Double1 = 100. cm
-d:A_Double5 = 500. cm
-d:A_Double10 = 1000. cm
-d:A_Double20 = 2000. cm
-u:A_Unitless1 = 1.
-u:A_Unitless5 = 5.
-u:A_Unitless10 = 10.
-u:A_Unitless20 = 20.
-i:A_Integer1 = 1
-i:A_Integer5 = 5
-i:A_Integer10 = 10
-i:A_Integer20 = 20
-s:A_StringTen = "Ten"
-b:A_BooleanTrue = "True"
-dv:A_DoubleVector1 = 3 1. 1. 1. m
+d:A_Double1          = 100. cm
+d:A_Double5          = 500. cm
+d:A_Double10         = 1000. cm
+d:A_Double20         = 2000. cm
+u:A_Unitless1        = 1.
+u:A_Unitless5        = 5.
+u:A_Unitless10       = 10.
+u:A_Unitless20       = 20.
+i:A_Integer1         = 1
+i:A_Integer5         = 5
+i:A_Integer10        = 10
+i:A_Integer20        = 20
+s:A_StringTen        = "Ten"
+b:A_BooleanTrue      = "True"
+dv:A_DoubleVector1   = 3 1. 1. 1. m
 uv:A_UnitlessVector1 = 3 1. 1. 1.
-iv:A_IntegerVector1 = 3 1 1 1
-sv:A_StringVector1 = 3 "One" "One" "One"
+iv:A_IntegerVector1  = 3 1 1 1
+sv:A_StringVector1   = 3 "One" "One" "One"
 
 # Double parameters: correct answer is always 10m
-d:A_DoubleFromValue = 10. m
-d:A_DoubleFromValuePlusDouble = 0. m + A_Double10
-d:A_DoubleFromValueMinusDouble = 20. m - A_Double10
-d:A_DoubleFromValueTimesUnitless = 10. m * A_Unitless1
-d:A_DoubleFromValueTimesInteger = 10. m * A_Integer1
-d:A_DoubleFromValueTimesDouble = 1. * A_Double10 m
-d:A_DoubleFromDouble = A_Double10 m
-d:A_DoubleFromDoubleTimesValue = A_Double10 m * 1.
+d:A_DoubleFromValue               = 10. m
+d:A_DoubleFromValuePlusDouble     = 0. m + A_Double10
+d:A_DoubleFromValueMinusDouble    = 20. m - A_Double10
+d:A_DoubleFromValueTimesUnitless  = 10. m * A_Unitless1
+d:A_DoubleFromValueTimesInteger   = 10. m * A_Integer1
+d:A_DoubleFromValueTimesDouble    = 1. * A_Double10 m
+d:A_DoubleFromDouble              = A_Double10 m
+d:A_DoubleFromDoubleTimesValue    = A_Double10 m * 1.
 d:A_DoubleFromDoubleTimesUnitless = A_Double10 m * A_Unitless1
-d:A_DoubleFromDoubleTimesInteger = A_Double10 m * A_Integer1
-d:A_DoubleFromUnitlessTimesValue = A_Unitless1 * 10. m
-d:A_DoubleFromIntegerTimesValue = A_Integer1 * 10. m
-d:A_DoubleFromDoublePlusValue = A_Double10 + 0. m
-d:A_DoubleFromDoubleMinusValue = A_Double20 - 10. m
-d:A_DoubleFromDoublePlusDouble = A_Double5 + A_Double5 m
-d:A_DoubleFromDoubleMinusDouble = A_Double20 - A_Double10 m
+d:A_DoubleFromDoubleTimesInteger  = A_Double10 m * A_Integer1
+d:A_DoubleFromUnitlessTimesValue  = A_Unitless1 * 10. m
+d:A_DoubleFromIntegerTimesValue   = A_Integer1 * 10. m
+d:A_DoubleFromDoublePlusValue     = A_Double10 + 0. m
+d:A_DoubleFromDoubleMinusValue    = A_Double20 - 10. m
+d:A_DoubleFromDoublePlusDouble    = A_Double5 + A_Double5 m
+d:A_DoubleFromDoubleMinusDouble   = A_Double20 - A_Double10 m
 
 # Unitless parameters: correct answer is always 10
-u:A_UnitlessFromValue = 10.
-u:A_UnitlessFromValuePlusUnitless = 0. + A_Unitless10
-u:A_UnitlessFromValueMinusUnitless = 20. - A_Unitless10
-u:A_UnitlessFromValueTimesUnitless = 1. * A_Unitless10
-u:A_UnitlessFromValuePlusInteger = 0. + A_Integer10
-u:A_UnitlessFromValueMinusInteger = 20. - A_Integer10
-u:A_UnitlessFromValueTimesInteger = 1. * A_Integer10
-u:A_UnitlessFromUnitless = A_Unitless10
-u:A_UnitlessFromInteger = A_Integer10
-u:A_UnitlessFromUnitlessPlusValue = A_Unitless10 + 0.
-u:A_UnitlessFromUnitlessMinusValue = A_Unitless20 - 10.
-u:A_UnitlessFromUnitlessTimesValue = A_Unitless10 * 1.
-u:A_UnitlessFromIntegerPlusValue = A_Integer10 + 0.
-u:A_UnitlessFromIntegerMinusValue = A_Integer20 - 10.
-u:A_UnitlessFromIntegerTimesValue = A_Integer10 * 1.
-u:A_UnitlessFromUnitlessPlusUnitless = A_Unitless5 + A_Unitless5
+u:A_UnitlessFromValue                 = 10.
+u:A_UnitlessFromValuePlusUnitless     = 0. + A_Unitless10
+u:A_UnitlessFromValueMinusUnitless    = 20. - A_Unitless10
+u:A_UnitlessFromValueTimesUnitless    = 1. * A_Unitless10
+u:A_UnitlessFromValuePlusInteger      = 0. + A_Integer10
+u:A_UnitlessFromValueMinusInteger     = 20. - A_Integer10
+u:A_UnitlessFromValueTimesInteger     = 1. * A_Integer10
+u:A_UnitlessFromUnitless              = A_Unitless10
+u:A_UnitlessFromInteger               = A_Integer10
+u:A_UnitlessFromUnitlessPlusValue     = A_Unitless10 + 0.
+u:A_UnitlessFromUnitlessMinusValue    = A_Unitless20 - 10.
+u:A_UnitlessFromUnitlessTimesValue    = A_Unitless10 * 1.
+u:A_UnitlessFromIntegerPlusValue      = A_Integer10 + 0.
+u:A_UnitlessFromIntegerMinusValue     = A_Integer20 - 10.
+u:A_UnitlessFromIntegerTimesValue     = A_Integer10 * 1.
+u:A_UnitlessFromUnitlessPlusUnitless  = A_Unitless5 + A_Unitless5
 u:A_UnitlessFromUnitlessMinusUnitless = A_Unitless20 - A_Unitless10
 u:A_UnitlessFromUnitlessTimesUnitless = A_Unitless10 * A_Unitless1
-u:A_UnitlessFromUnitlessPlusInteger = A_Unitless5 + A_Integer5
-u:A_UnitlessFromUnitlessMinusInteger = A_Unitless20 - A_Integer10
-u:A_UnitlessFromUnitlessTimesInteger = A_Unitless10 * A_Integer1
-u:A_UnitlessFromIntegerPlusUnitless = A_Integer5 + A_Unitless5
-u:A_UnitlessFromIntegerMinusUnitless = A_Integer20 - A_Unitless10
-u:A_UnitlessFromIntegerTimesUnitless = A_Integer10 * A_Unitless1
-u:A_UnitlessFromIntegerPlusInteger = A_Integer5 + A_Integer5
-u:A_UnitlessFromIntegerMinusInteger = A_Integer20 - A_Integer10
-u:A_UnitlessFromIntegerTimesInteger = A_Integer10 * A_Integer1
+u:A_UnitlessFromUnitlessPlusInteger   = A_Unitless5 + A_Integer5
+u:A_UnitlessFromUnitlessMinusInteger  = A_Unitless20 - A_Integer10
+u:A_UnitlessFromUnitlessTimesInteger  = A_Unitless10 * A_Integer1
+u:A_UnitlessFromIntegerPlusUnitless   = A_Integer5 + A_Unitless5
+u:A_UnitlessFromIntegerMinusUnitless  = A_Integer20 - A_Unitless10
+u:A_UnitlessFromIntegerTimesUnitless  = A_Integer10 * A_Unitless1
+u:A_UnitlessFromIntegerPlusInteger    = A_Integer5 + A_Integer5
+u:A_UnitlessFromIntegerMinusInteger   = A_Integer20 - A_Integer10
+u:A_UnitlessFromIntegerTimesInteger   = A_Integer10 * A_Integer1
 
 # Integer parameters: correct answer is always 10
-i:A_IntegerFromValue = 10
-i:A_IntegerFromValuePlusInteger = 0 + A_Integer10
-i:A_IntegerFromValueMinusInteger = 20 - A_Integer10
-i:A_IntegerFromValueTimesInteger = 1 * A_Integer10
-i:A_InteterFromInteger = A_Integer10
-i:A_IntegerFromIntegerPlusValue = A_Integer10 + 0
-i:A_IntegerFromIntegerMinusValue = A_Integer20 - 10
-i:A_IntegerFromIntegerTimesValue = A_Integer10 * 1
-i:A_IntegerFromIntegerPlusInteger = A_Integer5 + A_Integer5
+i:A_IntegerFromValue               = 10
+i:A_IntegerFromValuePlusInteger    = 0 + A_Integer10
+i:A_IntegerFromValueMinusInteger   = 20 - A_Integer10
+i:A_IntegerFromValueTimesInteger   = 1 * A_Integer10
+i:A_InteterFromInteger             = A_Integer10
+i:A_IntegerFromIntegerPlusValue    = A_Integer10 + 0
+i:A_IntegerFromIntegerMinusValue   = A_Integer20 - 10
+i:A_IntegerFromIntegerTimesValue   = A_Integer10 * 1
+i:A_IntegerFromIntegerPlusInteger  = A_Integer5 + A_Integer5
 i:A_IntegerFromIntegerMinusInteger = A_Integer20 - A_Integer10
 i:A_IntegerFromIntegerTimesInteger = A_Integer10 * A_Integer1
 
 # Boolean parameters: correct answer is always 1 (= True)
-b:A_BooleanFromValue = "True"
-b:A_BooleanFromBoolean = A_BooleanFromValue
+b:A_BooleanFromValue               = "True"
+b:A_BooleanFromBoolean             = A_BooleanFromValue
 b:A_BooleanFromBooleanTimesBoolean = A_BooleanFromValue * A_BooleanTrue
 
 # String parameters: correct answer is always Ten, 10
 # or some combination of the two such as TenTen, Ten10, 1010, etc.
-s:A_StringFromValue = "Ten"
-s:A_StringFromValuePlusInteger = "Ten" + A_Integer10
-s:A_StringFromValuePlusString = "Ten" + A_StringTen
-s:A_StringFromInteger = A_Integer10
-s:A_StringFromString = A_StringTen
-s:A_StringFromIntegerPlusValue = A_Integer10 + "Ten"
-s:A_StringFromStringPlusValue = A_StringTen + "Ten"
+s:A_StringFromValue              = "Ten"
+s:A_StringFromValuePlusInteger   = "Ten" + A_Integer10
+s:A_StringFromValuePlusString    = "Ten" + A_StringTen
+s:A_StringFromInteger            = A_Integer10
+s:A_StringFromString             = A_StringTen
+s:A_StringFromIntegerPlusValue   = A_Integer10 + "Ten"
+s:A_StringFromStringPlusValue    = A_StringTen + "Ten"
 s:A_StringFromIntegerPlusInteger = A_Integer10 + A_Integer10
-s:A_StringFromIntegerPlusString = A_Integer10 + A_StringTen
-s:A_StringFromStringPlusInteger = A_StringTen + A_Integer10
-s:A_StringFromStringPlusString = A_StringTen + A_StringTen
+s:A_StringFromIntegerPlusString  = A_Integer10 + A_StringTen
+s:A_StringFromStringPlusInteger  = A_StringTen + A_Integer10
+s:A_StringFromStringPlusString   = A_StringTen + A_StringTen
 
 # Double Vectors: correct answer is always 10. 5. 1. m
-dv:A_DoubleVectorFromValue = 3 10. 5. 1. m
-dv:A_DoubleVectorFromValuePlusDouble = 3 9. 4. 0. m + A_Double1 
-dv:A_DoubleVectorFromValueMinusDouble = 3 11. 6. 2. m - A_Double1 
-dv:A_DoubleVectorFromValuePlusDoubleVector = 3 9. 4. 0. m + A_DoubleVector1
-dv:A_DoubleVectorFromValueMinusDoubleVector = 3 11. 6. 2. m - A_DoubleVector1
-dv:A_DoubleVectorFromValueTimesUnitless = 3 10. 5. 1. m * A_Unitless1 
-dv:A_DoubleVectorFromValueTimesInteger = 3 10. 5. 1. m * A_Integer1 
-dv:A_DoubleVectorFromValueTimesUnitlessVector = 3 10. 5. 1. m * A_UnitlessVector1 
-dv:A_DoubleVectorFromValueTimesIntegerVector = 3 10. 5. 1. m * A_IntegerVector1 
-dv:A_DoubleVectorFromValueTimesDouble = 3 10. 5. 1. * A_Double1 m
-dv:A_DoubleVectorFromValueTimesDoubleVector = 3 10. 5. 1. * A_DoubleVector1 m
+dv:A_DoubleVectorFromValue                     = 3 10. 5. 1. m
+dv:A_DoubleVectorFromValuePlusDouble           = 3 9. 4. 0. m + A_Double1
+dv:A_DoubleVectorFromValueMinusDouble          = 3 11. 6. 2. m - A_Double1
+dv:A_DoubleVectorFromValuePlusDoubleVector     = 3 9. 4. 0. m + A_DoubleVector1
+dv:A_DoubleVectorFromValueMinusDoubleVector    = 3 11. 6. 2. m - A_DoubleVector1
+dv:A_DoubleVectorFromValueTimesUnitless        = 3 10. 5. 1. m * A_Unitless1
+dv:A_DoubleVectorFromValueTimesInteger         = 3 10. 5. 1. m * A_Integer1
+dv:A_DoubleVectorFromValueTimesUnitlessVector  = 3 10. 5. 1. m * A_UnitlessVector1
+dv:A_DoubleVectorFromValueTimesIntegerVector   = 3 10. 5. 1. m * A_IntegerVector1
+dv:A_DoubleVectorFromValueTimesDouble          = 3 10. 5. 1. * A_Double1 m
+dv:A_DoubleVectorFromValueTimesDoubleVector    = 3 10. 5. 1. * A_DoubleVector1 m
+dv:A_DoubleVectorFromDoubleVector              = A_DoubleVectorFromValue m
+dv:A_DoubleVectorFromScaleTimesDoubleVector    = 1. * A_DoubleVectorFromValue m
+dv:A_DoubleVectorFromIntegerTimesDoubleVector  = A_IntegerFromValue * A_DoubleVectorFromValue m
+dv:A_DoubleVectorFromUnitlessTimesDoubleVector = A_UnitlessFromValue * A_DoubleVectorFromValue m
 
 # Unitless Vectors: correct answer is always 10 5 1
-uv:A_UnitlessVectorFromValue = 3 10. 5. 1.
-uv:A_UnitlessVectorFromValuePlusUnitless = 3 9. 4. 0. + A_Unitless1 
-uv:A_UnitlessVectorFromValueMinusUnitless = 3 11. 6. 2. - A_Unitless1 
-uv:A_UnitlessVectorFromValueTimesUnitless = 3 10. 5. 1. * A_Unitless1 
-uv:A_UnitlessVectorFromValuePlusInteger = 3 9. 4. 0. + A_Integer1
-uv:A_UnitlessVectorFromValueMinusInteger = 3 11. 6. 2. - A_Integer1
-uv:A_UnitlessVectorFromValueTimesInteger = 3 10. 5. 1. * A_Integer1
-uv:A_UnitlessVectorFromValuePlusUnitlessVector = 3 9. 4. 0. + A_UnitlessVector1 
-uv:A_UnitlessVectorFromValueMinusUnitlessVector = 3 11. 6. 2. - A_UnitlessVector1 
-uv:A_UnitlessVectorFromValueTimesUnitlessVector = 3 10. 5. 1. * A_UnitlessVector1 
-uv:A_UnitlessVectorFromValuePlusIntegerVector = 3 9. 4. 0. + A_IntegerVector1
-uv:A_UnitlessVectorFromValueMinusIntegerVector = 3 11. 6. 2. - A_IntegerVector1
-uv:A_UnitlessVectorFromValueTimesIntegerVector = 3 10. 5. 1. * A_IntegerVector1
+uv:A_UnitlessVectorFromValue                       = 3 10. 5. 1.
+uv:A_UnitlessVectorFromValuePlusUnitless           = 3 9. 4. 0. + A_Unitless1
+uv:A_UnitlessVectorFromValueMinusUnitless          = 3 11. 6. 2. - A_Unitless1
+uv:A_UnitlessVectorFromValueTimesUnitless          = 3 10. 5. 1. * A_Unitless1
+uv:A_UnitlessVectorFromValuePlusInteger            = 3 9. 4. 0. + A_Integer1
+uv:A_UnitlessVectorFromValueMinusInteger           = 3 11. 6. 2. - A_Integer1
+uv:A_UnitlessVectorFromValueTimesInteger           = 3 10. 5. 1. * A_Integer1
+uv:A_UnitlessVectorFromValuePlusUnitlessVector     = 3 9. 4. 0. + A_UnitlessVector1
+uv:A_UnitlessVectorFromValueMinusUnitlessVector    = 3 11. 6. 2. - A_UnitlessVector1
+uv:A_UnitlessVectorFromValueTimesUnitlessVector    = 3 10. 5. 1. * A_UnitlessVector1
+uv:A_UnitlessVectorFromValuePlusIntegerVector      = 3 9. 4. 0. + A_IntegerVector1
+uv:A_UnitlessVectorFromValueMinusIntegerVector     = 3 11. 6. 2. - A_IntegerVector1
+uv:A_UnitlessVectorFromValueTimesIntegerVector     = 3 10. 5. 1. * A_IntegerVector1
+uv:A_UnitlessVectorFromUnitlessVector              = A_UnitlessVectorFromValue
+uv:A_UnitlessVectorFromScaleTimesUnitlessVector    = 1. * A_UnitlessVectorFromValue
+uv:A_UnitlessVectorFromUnitlessTimesUnitlessVector = A_UnitlessFromValue * A_UnitlessVectorFromValue
+uv:A_UnitlessVectorFromIntegerTimesUnitlessVector  = A_IntegerFromValue * A_UnitlessVectorFromValue
 
 # Integer Vectors: correct answer is always 10 5 1
-iv:A_IntegerVectorFromValue = 3 10 5 1
-iv:A_IntegerVectorFromValuePlusInteger = 3 9 4 0 + A_Integer1
-iv:A_IntegerVectorFromValueMinusInteger = 3 11 6 2 - A_Integer1
-iv:A_IntegerVectorFromValueTimesInteger = 3 10 5 1 * A_Integer1
-iv:A_IntegerVectorFromValuePlusIntegerVector = 3 9 4 0 + A_IntegerVector1
-iv:A_IntegerVectorFromValueMinusIntegerVector = 3 11 6 2 - A_IntegerVector1
-iv:A_IntegerVectorFromValueTimesIntegerVector = 3 10 5 1 * A_IntegerVector1
+iv:A_IntegerVectorFromValue                     = 3 10 5 1
+iv:A_IntegerVectorFromValuePlusInteger          = 3 9 4 0 + A_Integer1
+iv:A_IntegerVectorFromValueMinusInteger         = 3 11 6 2 - A_Integer1
+iv:A_IntegerVectorFromValueTimesInteger         = 3 10 5 1 * A_Integer1
+iv:A_IntegerVectorFromValuePlusIntegerVector    = 3 9 4 0 + A_IntegerVector1
+iv:A_IntegerVectorFromValueMinusIntegerVector   = 3 11 6 2 - A_IntegerVector1
+iv:A_IntegerVectorFromValueTimesIntegerVector   = 3 10 5 1 * A_IntegerVector1
+iv:A_IntegerVectorFromIntegerVector             = A_IntegerVectorFromValue
+iv:A_IntegerVectorFromScaleTimesIntegerVector   = 1 * A_IntegerVectorFromValue
+iv:A_IntegerVectorFromIntegerTimesIntegerVector = A_IntegerFromValue * A_IntegerVectorFromValue
 
 # Boolean Vectors: correct answer is always 1 0 1 (= True False True)
-bv:A_BooleanVectorFromValue = 3 "True" "False" "True"
+bv:A_BooleanVectorFromValue         = 3 "True" "False" "True"
+bv:A_BooleanVectorFromBooleanVector = A_BooleanVectorFromValue
 
-# String Vectors: correct answers vary by case 
-sv:A_StringVectorFromValue = 3 "Ten" "Five" "One"
-sv:A_StringVectorFromValuePlusInteger = 3 "Ten" "Five" "One" + A_Integer10
-sv:A_StringVectorFromValuePlusString = 3 "Ten" "Five" "One" + A_StringTen
+# String Vectors: correct answers vary by case
+sv:A_StringVectorFromValue                  = 3 "Ten" "Five" "One"
+sv:A_StringVectorFromValuePlusInteger       = 3 "Ten" "Five" "One" + A_Integer10
+sv:A_StringVectorFromValuePlusString        = 3 "Ten" "Five" "One" + A_StringTen
+sv:A_StringVectorFromStringVector           = A_StringVectorFromValue
 sv:A_StringVectorFromValuePlusIntegerVector = 3 "Ten" "Five" "One" + A_IntegerVector1
-sv:A_StringVectorFromValuePlusStringVector = 3 "Ten" "Five" "One" + A_StringVector1
+sv:A_StringVectorFromValuePlusStringVector  = 3 "Ten" "Five" "One" + A_StringVector1

examples/Basic/DNAModelByRegions.txt

@@ -0,0 +1,47 @@
+# Demonstrates having G4DNA model defined in specific regions.
+# While only one electromagnetic model can be used in a given TOPAS
+# physics list, you are free to define a dna-electromagnetic model in
+# a user specific region.
+# The em models currently supported are: g4em-livermore, g4em-polarized
+# g4em-lowep, g4em-penelope and g4em-standard_opt(0-4)
+# The dna-electromagnetic model names are: opt0, opt1 and opt2.
+
+# A simple geometry. The material must be G4_WATER.
+s:Ge/Target/Parent   = "World"
+s:Ge/Target/Type     = "G4Box"
+s:Ge/Target/Material = "G4_WATER"
+d:Ge/Target/HLX      = 0.5 um
+d:Ge/Target/HLY      = 0.5 um
+d:Ge/Target/HLZ      = 0.25 um
+s:Ge/Target/Color    = "grass"
+# Assign a region
+s:Ge/Target/AssignToRegionNamed = "target"
+
+d:Ge/World/HLX      = Ge/Target/HLX um
+d:Ge/World/HLY      = Ge/Target/HLY um
+d:Ge/World/HLZ      = 1.5 * Ge/Target/HLZ um
+s:Ge/World/Material = "G4_WATER"
+s:Ge/World/Color    = "blue"
+
+# Start with a physics list
+sv:Ph/Default/Modules = 7 "g4em-penelope" "g4h-phy_QGSP_BIC_HP" "g4decay" "g4ion-binarycascade" "g4h-elastic_HP" "g4stopping" "g4radioactivedecay"
+# Set the regions where g4em-penelope is switch to g4-dna (opt1)
+sv:Ph/Default/ActiveG4DNAInRegionsNamed = 1 "target"
+s:Ph/Default/DNAModelName = "opt1" # Default is "opt0"
+
+# Set a source
+s:So/Example/Type                     = "Beam"
+s:So/Example/Component                = "BeamPosition"
+s:So/Example/BeamParticle             = "proton"
+d:So/Example/BeamEnergy               = 5 MeV
+u:So/Example/BeamEnergySpread         = 0.757504
+s:So/Example/BeamPositionDistribution = "Point"
+s:So/Example/BeamAngularDistribution  = "Gaussian"
+d:So/Example/BeamAngularCutoffX       = 90. deg
+d:So/Example/BeamAngularCutoffY       = 90. deg
+d:So/Example/BeamAngularSpreadX       = 0.0032 rad
+d:So/Example/BeamAngularSpreadY       = 0.0032 rad
+i:So/Example/NumberOfHistoriesInRun   = 10
+
+s:Gr/view/Type = "OpenGl"
+b:Ts/PauseBeforeQuit = "True"