Message: G4SubtractionSolid from two G4Polycone's ?  Not Logged In (login) 
Hi, I am trying to make a G4SubtractionSolid from two G4Polycone's.
are boolean operations permitted on G4Policone? (G4Subtraction solid seems to work for G4polyconeG4Box)
if yes then  how to check if my geometry contracted properly because visualization part seems to fail. 1) I get errors when running the code.
BooleanProcessor::caseIE : unimplemented case BooleanProcessor::caseIE : unimplemented case BooleanProcessor::caseIE : unimplemented case BooleanProcessor::caseIE : unimplemented case BooleanProcessor: boolean operation failed 2) dawncut crushes when I try to look at sectionals of my solid. sample code to reproduce the issue would be:
G4int N_z_Planes_Shell0_tip_1 = 10;
const G4double r_in_Shell0_tip_1[] = {0.*cm, .0*cm, .0*cm, .0*cm, 0.*cm, 0.*cm, .0*cm, .0*cm, .0*cm, 0.*cm};
const G4double r_out_Shell0_tip_1[] = {4.4*cm, 4.4*cm, 2.655*cm, 2.655*cm, 2.705*cm, 2.705*cm, 2.32875*cm, 1.9525*cm, 1.57625*cm, 3.36325*mm};
const G4double zPlanes_Shell0_tip_1[] = {0.*mm, 3.0*mm, 3.67*cm, 24.72*cm, 24.72*cm, 25.02*cm, 25.1925*cm, 25.365*cm, 25.5375*cm, 25.71*cm};
G4Polycone* solid_Shell0_tip_1 = new G4Polycone("solid_Shell0_tip_1", phiStart, phiTotal, N_z_Planes_Shell0_tip_1, zPlanes_Shell0_tip_1, r_in_Shell0_tip_1, r_out_Shell0_tip_1); //
G4int N_z_Planes_Shell0_tip_2 = 8;
const G4double r_in_Shell0_tip_2[] = {0.*cm, .0*cm, 0.*cm, .0*cm, 0.*cm, .0*cm, 0.*cm, 0.*cm};
const G4double r_out_Shell0_tip_2[] = {4.15*cm, 4.15*cm, 2.605*cm, 2.605*cm, 2.32875*cm, 1.9525*cm, 1.57625*cm, 3.36325*mm};
const G4double zPlanes_Shell0_tip_2[] = {.0*cm, 6.5*mm, 3.67*cm, 25.02*cm, 25.1825*cm, 25.355*cm, 25.5375*cm, 25.7*cm};
G4Polycone* solid_Shell0_tip_2 = new G4Polycone("solid_Shell0_tip_2", phiStart, phiTotal, N_z_Planes_Shell0_tip_2, zPlanes_Shell0_tip_2, r_in_Shell0_tip_2, r_out_Shell0_tip_2);
// G4SubtractionSolid* solid_Shell0_tip = new G4SubtractionSolid("solid_Shell0_tip", solid_Shell0_tip_1, solid_Shell0_tip_2);
G4Material* Shell0_tip_Mater = G4Material::GetMaterial("Material_Aluminium");
G4LogicalVolume* logic_Shell0_tip = new G4LogicalVolume(solid_Shell0_tip, Shell0_tip_Mater, "logic_Shell0_tip", 0, 0, 0); new G4PVPlacement(0, G4ThreeVector(), logic_Shell0_tip, "physi_Shell0_tip", logicMother, false, 0);

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