spo coating 0 = only Si (770d69d6) · Commits · ICSC_G4_HPC / BoGEMMS-HPC

geom/EXACRAD.cc

+10 −42

Original line number	Original line	Diff line number	Diff line
	@@ -295,27 +295,19 @@ G4VPhysicalVolume* EXACRAD::ConstructGeometry(G4VPhysicalVolume* World_phys) {

	G4double spo_plate_t = 0.140*mm; //		G4double spo_plate_t = 0.140*mm; //
	G4double spo_plate_t_edge = 0.775*mm; //		G4double spo_plate_t_edge = 0.775*mm; //
	G4double spo_coating1_t_mean = 1*um; //
	G4double spo_coating1_t_min = 0.6*um; //
	G4double spo_coating1_t_max = 1.2*um; //
	G4double spo_coating2_t = 10*nm; //
	G4double spo_coating3_t = 7*nm; //

	G4double plate_yside = 49.0*mm;		G4double plate_yside = 49.0*mm;
	G4double plate_xside = 110.0*mm;		G4double plate_xside = 110.0*mm;

	G4int spo_mother_copyno = 30;		G4int spo_mother_copyno = 30;
	G4int spo_plate_copyno = 31;		G4int spo_plate_copyno = 31;
	G4int spo_coating1_copyno = 32;
	G4int spo_coating2_copyno = 33;
	G4int spo_coating3_copyno = 34;


	if (coating1_type == 0){		if (coating1_type == 0){

	// --------- mother target		// --------- mother target
	// mother height		// mother height
	G4double mother_target_t = spo_plate_t_edge + spo_coating1_t_mean + spo_coating2_t;		G4double mother_target_t = spo_plate_t_edge;
	G4Box* mother_target = new G4Box("mother_target",		G4Box* mother_target = new G4Box("mother_target",
	plate_xside/2.,		plate_xside/2.,
	plate_yside/2.,		plate_yside/2.,
	@@ -555,42 +547,18 @@ G4VPhysicalVolume* EXACRAD::ConstructGeometry(G4VPhysicalVolume* World_phys) {
	log_rib10->SetUserLimits(target_limit);		log_rib10->SetUserLimits(target_limit);
	region_target->AddRootLogicalVolume(log_rib10);		region_target->AddRootLogicalVolume(log_rib10);

	// ------------------------------------------------
	// ----- coating

	// ----- coating 1
	G4Box* coating1 = new G4Box("coating1",
	plate_xside/2.,
	plate_yside/2.,
	spo_coating1_t_mean/2.);

	G4LogicalVolume* log_coating1 = new G4LogicalVolume(coating1, spo_coating1_mat, "log_coating1");
	G4VPhysicalVolume* phys_coating1 = new G4PVPlacement(0, G4ThreeVector(0.0,0.0, -(mother_target_t/2.) + spo_plate_t_edge + spo_coating1_t_mean/2.), log_coating1, "phys_coating1", log_mother_target, false, spo_coating1_copyno);

	G4VisAttributes* visCoating1 = new G4VisAttributes(G4Colour::Yellow());
	log_coating1->SetVisAttributes(visCoating1);
	gm.AddXYZDetector( log_coating1);
	log_coating1->SetUserLimits(target_limit);
	region_target->AddRootLogicalVolume(log_coating1);

	// ----- coating 2
	G4Box* coating2 = new G4Box("coating2",
	plate_xside/2.,
	plate_yside/2.,
	spo_coating2_t/2.);

	G4LogicalVolume* log_coating2 = new G4LogicalVolume(coating2, spo_coating2_mat, "log_coating2");
	G4VPhysicalVolume* phys_coating2 = new G4PVPlacement(0, G4ThreeVector(0.0,0.0, -(mother_target_t/2.) + spo_plate_t_edge + spo_coating1_t_mean + spo_coating2_t/2.), log_coating2, "phys_coating2", log_mother_target, false, spo_coating2_copyno);

	G4VisAttributes* visCoating2 = new G4VisAttributes(G4Colour::Brown());
	log_coating2->SetVisAttributes(visCoating2);
	gm.AddXYZDetector( log_coating2);
	log_coating2->SetUserLimits(target_limit);
	region_target->AddRootLogicalVolume(log_coating2);

	}		}
	if (coating1_type == 1){		if (coating1_type == 1){

			G4double spo_coating1_t_mean = 1*um; //
			G4double spo_coating1_t_min = 0.6*um; //
			G4double spo_coating1_t_max = 1.2*um; //
			G4double spo_coating2_t = 10*nm; //
			G4double spo_coating3_t = 7*nm; //

			G4int spo_coating1_copyno = 32;
			G4int spo_coating2_copyno = 33;
			G4int spo_coating3_copyno = 34;

	// --------- mother target		// --------- mother target
	// mother height		// mother height