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// ************************************************************************************************
//
// BornAgain: simulate and fit reflection and scattering
//
//! @file GUI/Model/Sample/FormfactorCatalog.cpp
//! @brief Implements class FormfactorCatalog.
//!
//! @homepage http://www.bornagainproject.org
//! @license GNU General Public License v3 or higher (see COPYING)
//! @copyright Forschungszentrum Jülich GmbH 2021
//! @authors Scientific Computing Group at MLZ (see CITATION, AUTHORS)
//
// ************************************************************************************************
#include "GUI/Model/Sample/FormfactorCatalog.h"
#include "Base/Util/Assert.h"
#include "GUI/Model/Sample/FormfactorItems.h"
FormfactorItem* FormfactorCatalog::create(Type type)
{
#define CREATE(t) \
case Type::t: \
return new t##Item
switch (type) {
CREATE(BarGauss);
CREATE(BarLorentz);
CREATE(Bipyramid4);
CREATE(Box);
CREATE(CantellatedCube);
CREATE(Cone);
CREATE(CosineRippleBox);
CREATE(CosineRippleGauss);
CREATE(CosineRippleLorentz);
CREATE(Cylinder);
CREATE(Dodecahedron);
CREATE(EllipsoidalCylinder);
CREATE(Sphere);
CREATE(Spheroid);
CREATE(HemiEllipsoid);
CREATE(HorizontalCylinder);
CREATE(Icosahedron);
CREATE(PlatonicOctahedron);
CREATE(PlatonicTetrahedron);
CREATE(Prism3);
CREATE(Prism6);
CREATE(Pyramid2);
CREATE(Pyramid3);
CREATE(Pyramid4);
CREATE(Pyramid6);
CREATE(SawtoothRippleBox);
CREATE(SawtoothRippleGauss);
CREATE(SawtoothRippleLorentz);
CREATE(TruncatedCube);
CREATE(SphericalSegment);
CREATE(SpheroidalSegment);
default:
ASSERT_NEVER;
}
#undef CREATE
}
QVector<FormfactorCatalog::Type> FormfactorCatalog::types()
{
return {Type::BarGauss,
Type::BarLorentz,
Type::Bipyramid4,
Type::Box,
Type::CantellatedCube,
Type::Cone,
Type::CosineRippleBox,
Type::CosineRippleGauss,
Type::CosineRippleLorentz,
Type::Cylinder,
Type::Dodecahedron,
Type::EllipsoidalCylinder,
Type::Sphere,
Type::Spheroid,
Type::HemiEllipsoid,
Type::HorizontalCylinder,
Type::Icosahedron,
Type::PlatonicOctahedron,
Type::PlatonicTetrahedron,
Type::Prism3,
Type::Prism6,
Type::Pyramid2,
Type::Pyramid3,
Type::Pyramid4,
Type::Pyramid6,
Type::SawtoothRippleBox,
Type::SawtoothRippleGauss,
Type::SawtoothRippleLorentz,
Type::TruncatedCube,
Type::SphericalSegment,
Type::SpheroidalSegment};
}
QVector<FormfactorCatalog::Type> FormfactorCatalog::hardParticleTypes()
{
return {Type::Bipyramid4,
Type::Box,
Type::CantellatedCube,
Type::Cone,
Type::Cylinder,
Type::Dodecahedron,
Type::EllipsoidalCylinder,
Type::Sphere,
Type::Spheroid,
Type::HemiEllipsoid,
Type::HorizontalCylinder,
Type::Icosahedron,
Type::PlatonicOctahedron,
Type::PlatonicTetrahedron,
Type::Prism3,
Type::Prism6,
Type::Pyramid2,
Type::Pyramid3,
Type::Pyramid4,
Type::Pyramid6,
Type::TruncatedCube,
Type::SphericalSegment,
Type::SpheroidalSegment};
}
QVector<FormfactorCatalog::Type> FormfactorCatalog::rippleTypes()
{
return {Type::BarGauss, Type::BarLorentz, Type::Box,
Type::CosineRippleBox, Type::CosineRippleGauss, Type::CosineRippleLorentz,
Type::SawtoothRippleBox, Type::SawtoothRippleGauss, Type::SawtoothRippleLorentz};
}
UiInfo FormfactorCatalog::uiInfo(Type type)
{
switch (type) {
case Type::Pyramid2:
return {"Anisotropic pyramid", "Truncated pyramid with a rectangular base",
":/images/ff/Pyramid2_64x64.png"};
case Type::BarGauss:
return {"BarGauss", "Rectangular cuboid", ":/images/ff/Box_64x64.png"};
case Type::BarLorentz:
return {"BarLorentz", "Rectangular cuboid", ":/images/ff/Box_64x64.png"};
case Type::Box:
return {"Box", "Rectangular cuboid", ":/images/ff/Box_64x64.png"};
case Type::Cone:
return {"Cone", "Truncated cone with circular base", ":/images/ff/Cone_64x64.png"};
case Type::Pyramid6:
return {"Pyramid6", "A truncated pyramid, based on a regular hexagon",
":/images/ff/Pyramid6_64x64.png"};
case Type::Bipyramid4:
return {"Bipyramid4",
"Compound of two truncated pyramids with a common square base "
"and opposite orientations",
":/images/ff/Bipyramid4_64x64.png"};
case Type::Dodecahedron:
return {"Dodecahedron", "Dodecahedron", ":/images/ff/Dodecahedron_64x64.png"};
case Type::Cylinder:
return {"Cylinder", "Cylinder with a circular base", ":/images/ff/Cylinder_64x64.png"};
case Type::EllipsoidalCylinder:
return {"Ellipsoidal cylinder", "Cylinder with an ellipse cross section",
":/images/ff/EllipsoidalCylinder_64x64.png"};
case Type::Sphere:
return {"Full sphere", "Full sphere", ":/images/ff/Sphere_64x64.png"};
case Type::Spheroid:
return {"Full spheroid",
"Full spheroid, generated by rotating an ellipse around the vertical axis",
":/images/ff/Spheroid_64x64.png"};
case Type::HemiEllipsoid:
return {"Hemi ellipsoid",
"A horizontally oriented ellipsoid, truncated at the central plane",
":/images/ff/HemiEllipsoid_64x64.png"};
case Type::Icosahedron:
return {"Icosahedron", "Icosahedron", ":/images/ff/Icosahedron_64x64.png"};
case Type::Prism3:
return {"Prism3", "Prism with an equilateral triangle base",
":/images/ff/Prism3_64x64.png"};
case Type::Prism6:
return {"Prism6", "Prism with a regular hexagonal base", ":/images/ff/Prism6_64x64.png"};
case Type::Pyramid4:
return {"Pyramid4", "Truncated pyramid with a square base",
":/images/ff/Pyramid4_64x64.png"};
case Type::CosineRippleBox:
return {"CosineRippleBox", "Particle with a cosine profile and a rectangular base",
":/images/ff/CosineRipple_64x64.png"};
case Type::CosineRippleGauss:
return {"CosineRippleGauss", "Particle with a cosine profile and a rectangular base",
":/images/ff/CosineRipple_64x64.png"};
case Type::CosineRippleLorentz:
return {"CosineRippleLorentz", "Particle with a cosine profile and a rectangular base",
":/images/ff/CosineRipple_64x64.png"};
case Type::SawtoothRippleBox:
return {"SawtoothRippleBox",
"Particle with an asymmetric triangle profile and a rectangular base",
":/images/ff/SawtoothRipple_64x64.png"};
case Type::SawtoothRippleGauss:
return {"SawtoothRippleGauss",
"Particle with an asymmetric triangle profile and a rectangular base",
":/images/ff/SawtoothRipple_64x64.png"};
case Type::SawtoothRippleLorentz:
return {"SawtoothRippleLorentz",
"Particle with an asymmetric triangle profile and a rectangular base",
":/images/ff/SawtoothRipple_64x64.png"};
case Type::Pyramid3:
return {"Pyramid3",
"Truncated polyhedron with equilateral triangle base and cropped side faces",
":/images/ff/Pyramid3_64x64.png"};
case Type::TruncatedCube:
return {"Truncated cube", "A cube whose eight vertices have been removed",
":/images/ff/TruncatedCube_64x64.png"};
case Type::SphericalSegment:
return {"Truncated sphere", "Spherical dome", ":/images/ff/SphericalSegment_64x64.png"};
case Type::SpheroidalSegment:
return {"Truncated spheroid", "Spheroidal dome", ":/images/ff/SpheroidalSegment_64x64.png"};
case Type::CantellatedCube:
return {"Cantellated cube", "A cube with truncated edges and vertices",
":/images/ff/CantellatedCube_64x64.png"};
case Type::HorizontalCylinder:
return {"Horizontal cylinder", "Cylinder with a circular base, lying in x direction",
":/images/ff/HorizontalCylinder_64x64.png"};
case Type::PlatonicOctahedron:
return {"Platonic octahedron", "Regular octahedron",
":/images/ff/PlatonicOctahedron_64x64.png"};
case Type::PlatonicTetrahedron:
return {"Platonic tetrahedron", "Regular tetrahedron",
":/images/ff/PlatonicTetrahedron_64x64.png"};
default:
ASSERT_NEVER;
}
}
FormfactorCatalog::Type FormfactorCatalog::type(const FormfactorItem* item)
{
ASSERT(item);
#define RETURN_IF(type) \
if (dynamic_cast<const type##Item*>(item)) \
return Type::type
RETURN_IF(BarGauss);
RETURN_IF(BarLorentz);
RETURN_IF(Bipyramid4);
RETURN_IF(Box);
RETURN_IF(CantellatedCube);
RETURN_IF(Cone);
RETURN_IF(CosineRippleBox);
RETURN_IF(CosineRippleGauss);
RETURN_IF(CosineRippleLorentz);
RETURN_IF(Cylinder);
RETURN_IF(Dodecahedron);
RETURN_IF(EllipsoidalCylinder);
RETURN_IF(Sphere);
RETURN_IF(Spheroid);
RETURN_IF(HemiEllipsoid);
RETURN_IF(HorizontalCylinder);
RETURN_IF(Icosahedron);
RETURN_IF(PlatonicOctahedron);
RETURN_IF(PlatonicTetrahedron);
RETURN_IF(Prism3);
RETURN_IF(Prism6);
RETURN_IF(Pyramid2);
RETURN_IF(Pyramid3);
RETURN_IF(Pyramid4);
RETURN_IF(Pyramid6);
RETURN_IF(SawtoothRippleBox);
RETURN_IF(SawtoothRippleGauss);
RETURN_IF(SawtoothRippleLorentz);
RETURN_IF(TruncatedCube);
RETURN_IF(SphericalSegment);
RETURN_IF(SpheroidalSegment);
#undef RETURN_IF
ASSERT_NEVER;
}
QString FormfactorCatalog::menuEntry(const FormfactorItem* item)
{
return uiInfo(type(item)).menuEntry;
}
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