Import Geant4 11.2.0 source tree
This commit is contained in:
Gabriele Cosmo
@@ -23,7 +23,7 @@
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// * acceptance of all terms of the Geant4 Software license. *
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// ********************************************************************
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//
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// Class G4AssemblyVolume
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// G4AssemblyVolume
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//
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// Class description:
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//
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@@ -40,8 +40,8 @@
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// Ivana Hrivnacova: extended to support assembly of assemblies
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// of volumes and reflections - March 2006
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// ----------------------------------------------------------------------
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#ifndef G4_ASSEMBLYVOLUME_H
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#define G4_ASSEMBLYVOLUME_H
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#ifndef G4_ASSEMBLYVOLUME_HH
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#define G4_ASSEMBLYVOLUME_HH
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#include <vector>
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@@ -52,177 +52,177 @@ class G4VPhysicalVolume;
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class G4AssemblyVolume
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{
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public: // with description
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public:
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G4AssemblyVolume();
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G4AssemblyVolume( G4LogicalVolume* volume,
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G4ThreeVector& translation,
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G4RotationMatrix* rotation);
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~G4AssemblyVolume();
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//
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// Constructors & destructor.
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// At destruction all the generated physical volumes and associated
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// rotation matrices of the imprints will be destroyed.
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//
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// The rotation matrix passed as argument can be nullptr (identity) or an
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// address even of an object on the upper stack frame. During assembly
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// imprint, a new matrix is created anyway and it is kept track of it so
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// it can be automatically deleted later at the end of the application.
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// This policy is adopted since user has no control on the way the
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// rotations are combined.
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G4AssemblyVolume();
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G4AssemblyVolume( G4LogicalVolume* volume,
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G4ThreeVector& translation,
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G4RotationMatrix* rotation);
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~G4AssemblyVolume();
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//
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// Constructors & destructor.
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// At destruction all the generated physical volumes and associated
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// rotation matrices of the imprints will be destroyed.
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//
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// The rotation matrix passed as argument can be nullptr (identity) or an
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// address even of an object on the upper stack frame. During assembly
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// imprint, a new matrix is created anyway and it is kept track of it so
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// it can be automatically deleted later at the end of the application.
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// This policy is adopted since user has no control on the way the
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// rotations are combined.
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void AddPlacedVolume( G4LogicalVolume* pPlacedVolume,
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G4ThreeVector& translation,
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G4RotationMatrix* rotation);
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//
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// Place the given volume 'pPlacedVolume' inside the assembly.
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//
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// The adopted approach:
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//
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// - Place it w.r.t. the assembly coordinate system.
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// This step is applied to each of the participating volumes.
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//
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// The other possible approaches:
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//
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// - Place w.r.t. the firstly added volume.
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// When placed the first, the virtual coordinate system becomes
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// the coordinate system of the first one.
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// Every next volume being added into the assembly will be placed
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// w.r.t to the first one.
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//
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// - Place w.r.t the last placed volume.
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// When placed the first, the virtual coordinate system becomes
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// the coordinate system of the first one.
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// Every next volume being added into the assembly will be placed
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// w.r.t to the previous one.
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//
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// The rotation matrix passed as argument can be nullptr (identity) or an
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// address even of an object on the upper stack frame. During assembly
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// imprint, a new matrix is created anyway and it is kept track of it so
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// it can be automatically deleted later at the end of the application.
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// This policy is adopted since user has no control on the way the
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// rotations are combined.
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void AddPlacedVolume( G4LogicalVolume* pPlacedVolume,
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G4Transform3D& transformation);
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//
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// The same as previous, but takes complete 3D transformation in space
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// as its argument.
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void AddPlacedAssembly( G4AssemblyVolume* pAssembly,
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G4Transform3D& transformation);
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//
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// The same as previous AddPlacedVolume(), but takes an assembly volume
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// as its argument.
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void AddPlacedAssembly( G4AssemblyVolume* pAssembly,
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void AddPlacedVolume( G4LogicalVolume* pPlacedVolume,
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G4ThreeVector& translation,
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G4RotationMatrix* rotation);
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//
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// The same as above AddPlacedVolume(), but takes an assembly volume
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// as its argument with translation and rotation.
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//
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// Place the given volume 'pPlacedVolume' inside the assembly.
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//
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// The adopted approach:
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//
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// - Place it w.r.t. the assembly coordinate system.
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// This step is applied to each of the participating volumes.
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//
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// The other possible approaches:
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//
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// - Place w.r.t. the firstly added volume.
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// When placed the first, the virtual coordinate system becomes
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// the coordinate system of the first one.
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// Every next volume being added into the assembly will be placed
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// w.r.t to the first one.
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//
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// - Place w.r.t the last placed volume.
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// When placed the first, the virtual coordinate system becomes
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// the coordinate system of the first one.
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// Every next volume being added into the assembly will be placed
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// w.r.t to the previous one.
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//
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// The rotation matrix passed as argument can be nullptr (identity) or an
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// address even of an object on the upper stack frame. During assembly
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// imprint, a new matrix is created anyway and it is kept track of it so
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// it can be automatically deleted later at the end of the application.
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// This policy is adopted since user has no control on the way the
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// rotations are combined.
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void MakeImprint( G4LogicalVolume* pMotherLV,
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G4ThreeVector& translationInMother,
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G4RotationMatrix* pRotationInMother,
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G4int copyNumBase = 0,
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G4bool surfCheck = false );
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//
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// Creates instance of an assembly volume inside the given mother volume.
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void AddPlacedVolume( G4LogicalVolume* pPlacedVolume,
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G4Transform3D& transformation);
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//
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// The same as previous, but takes complete 3D transformation in space
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// as its argument.
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void MakeImprint( G4LogicalVolume* pMotherLV,
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G4Transform3D& transformation,
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G4int copyNumBase = 0,
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G4bool surfCheck = false );
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//
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// The same as previous Imprint() method, but takes complete 3D
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// transformation in space as its argument.
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void AddPlacedAssembly( G4AssemblyVolume* pAssembly,
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G4Transform3D& transformation);
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//
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// The same as previous AddPlacedVolume(), but takes an assembly volume
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// as its argument.
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inline std::vector<G4VPhysicalVolume*>::iterator GetVolumesIterator();
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inline std::size_t TotalImprintedVolumes() const;
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//
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// Methods to access the physical volumes imprinted with the assembly.
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inline G4Transform3D& GetImprintTransformation(unsigned int imprintID);
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// Method to access transformation for each imprint
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void AddPlacedAssembly( G4AssemblyVolume* pAssembly,
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G4ThreeVector& translation,
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G4RotationMatrix* rotation);
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//
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// The same as above AddPlacedVolume(), but takes an assembly volume
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// as its argument with translation and rotation.
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inline std::vector<G4AssemblyTriplet>::iterator GetTripletsIterator();
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inline std::size_t TotalTriplets() const;
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//
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// Methods to access the triplets which are part of the assembly
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void MakeImprint( G4LogicalVolume* pMotherLV,
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G4ThreeVector& translationInMother,
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G4RotationMatrix* pRotationInMother,
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G4int copyNumBase = 0,
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G4bool surfCheck = false );
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//
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// Creates instance of an assembly volume inside the given mother volume.
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void MakeImprint( G4LogicalVolume* pMotherLV,
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G4Transform3D& transformation,
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G4int copyNumBase = 0,
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G4bool surfCheck = false );
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//
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// The same as previous Imprint() method, but takes complete 3D
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// transformation in space as its argument.
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inline std::vector<G4VPhysicalVolume*>::iterator GetVolumesIterator();
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inline std::size_t TotalImprintedVolumes() const;
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//
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// Methods to access the physical volumes imprinted with the assembly.
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inline G4Transform3D& GetImprintTransformation(unsigned int imprintID);
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// Method to access transformation for each imprint
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inline std::vector<G4AssemblyTriplet>::iterator GetTripletsIterator();
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inline std::size_t TotalTriplets() const;
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//
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// Methods to access the triplets which are part of the assembly
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inline unsigned int GetImprintsCount() const;
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//
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// Return the number of made imprints.
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inline unsigned int GetImprintsCount() const;
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//
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// Return the number of made imprints.
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unsigned int GetInstanceCount() const;
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//
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// Return the number of existing instance of G4AssemblyVolume class.
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unsigned int GetInstanceCount() const;
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//
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// Return the number of existing instance of G4AssemblyVolume class.
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inline unsigned int GetAssemblyID() const;
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//
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// Return instance number of this concrete object.
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inline unsigned int GetAssemblyID() const;
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//
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// Return instance number of this concrete object.
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protected:
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inline void SetInstanceCount( unsigned int value );
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inline void SetAssemblyID( unsigned int value );
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protected:
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inline void SetInstanceCount( unsigned int value );
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inline void SetAssemblyID( unsigned int value );
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void InstanceCountPlus();
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void InstanceCountMinus();
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void InstanceCountPlus();
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void InstanceCountMinus();
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inline void SetImprintsCount( unsigned int value );
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inline void ImprintsCountPlus();
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inline void ImprintsCountMinus();
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//
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// Internal counting mechanism, used to compute unique the names of
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// physical volumes created by MakeImprint() methods.
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inline void SetImprintsCount( unsigned int value );
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inline void ImprintsCountPlus();
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inline void ImprintsCountMinus();
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//
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// Internal counting mechanism, used to compute unique the names of
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// physical volumes created by MakeImprint() methods.
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private:
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private:
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void MakeImprint( G4AssemblyVolume* pAssembly,
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G4LogicalVolume* pMotherLV,
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G4Transform3D& transformation,
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G4int copyNumBase = 0,
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G4bool surfCheck = false );
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//
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// Function for placement of the given assembly in the given mother
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// (called recursively if the assembly contains an assembly).
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void MakeImprint( G4AssemblyVolume* pAssembly,
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G4LogicalVolume* pMotherLV,
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G4Transform3D& transformation,
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G4int copyNumBase = 0,
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G4bool surfCheck = false );
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//
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// Function for placement of the given assembly in the given mother
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// (called recursively if the assembly contains an assembly).
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private:
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private:
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std::vector<G4AssemblyTriplet> fTriplets;
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//
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// Participating volumes represented as a vector of
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// <logical volume, translation, rotation>.
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std::vector<G4AssemblyTriplet> fTriplets;
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//
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// Participating volumes represented as a vector of
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// <logical volume, translation, rotation>.
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std::vector<G4VPhysicalVolume*> fPVStore;
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//
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// We need to keep list of physical volumes created by MakeImprint() method
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// in order to be able to cleanup the objects when not needed anymore.
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// This requires the user to keep assembly objects in memory during the
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// whole job or during the life-time of G4Navigator, logical volume store
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// and physical volume store keep pointers to physical volumes generated by
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// the assembly volume.
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// When an assembly object is about to die it will destroy all its
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// generated physical volumes and rotation matrices as well !
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std::vector<G4VPhysicalVolume*> fPVStore;
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//
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// We need to keep list of physical volumes created by MakeImprint()
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// in order to be able to cleanup the objects when not needed anymore.
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// This requires the user to keep assembly objects in memory during the
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// whole job or during the life-time of G4Navigator, logical volume store
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// and physical volume store keep pointers to physical volumes generated
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// by the assembly volume.
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// When an assembly object is about to die it will destroy all its
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// generated physical volumes and rotation matrices as well !
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unsigned int fImprintsCounter;
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//
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// Number of imprints of the given assembly volume.
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unsigned int fImprintsCounter;
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//
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// Number of imprints of the given assembly volume.
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static G4ThreadLocal unsigned int fsInstanceCounter;
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//
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// Class instance counter.
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static G4ThreadLocal unsigned int fsInstanceCounter;
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//
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// Class instance counter.
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unsigned int fAssemblyID = 0;
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//
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// Assembly object ID derived from instance counter at construction time.
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unsigned int fAssemblyID = 0;
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//
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// Assembly object ID derived from instance counter at construction time.
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std::map<unsigned int, G4Transform3D> fImprintsTransf;
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//
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// Container of transformations for each imprint (used by GDML persistency)
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std::map<unsigned int, G4Transform3D> fImprintsTransf;
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//
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// Container of transformations for each imprint (used in GDML)
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};
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#include "G4AssemblyVolume.icc"
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#endif // G4_ASSEMBLYVOLUME_H
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#endif // G4_ASSEMBLYVOLUME_HH
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