Gabriele Cosmo
223 lines
8.4 KiB
C++
223 lines
8.4 KiB
C++
//
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// ********************************************************************
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// * License and Disclaimer *
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// * *
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// * The Geant4 software is copyright of the Copyright Holders of *
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// * the Geant4 Collaboration. It is provided under the terms and *
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// * conditions of the Geant4 Software License, included in the file *
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// * LICENSE and available at http://cern.ch/geant4/license . These *
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// * include a list of copyright holders. *
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// * *
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// * Neither the authors of this software system, nor their employing *
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// * institutes,nor the agencies providing financial support for this *
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// * work make any representation or warranty, express or implied, *
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// * regarding this software system or assume any liability for its *
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// * use. Please see the license in the file LICENSE and URL above *
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// * for the full disclaimer and the limitation of liability. *
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// * *
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// * This code implementation is the result of the scientific and *
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// * technical work of the GEANT4 collaboration. *
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// * By using, copying, modifying or distributing the software (or *
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// * any work based on the software) you agree to acknowledge its *
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// * use in resulting scientific publications, and indicate your *
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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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// $Id: pyG4ThreeVector.cc 76884 2013-11-18 12:54:03Z gcosmo $
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// ====================================================================
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// pyG4ThreeVector.cc
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//
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// 2005 Q
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// ====================================================================
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#include <boost/python.hpp>
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#include "G4ThreeVector.hh"
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#include "G4RotationMatrix.hh"
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using namespace boost::python;
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using namespace CLHEP;
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typedef G4ThreeVector XXX; // ...
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// ====================================================================
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// thin wrappers
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// ====================================================================
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namespace pyG4ThreeVector {
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G4double(XXX::*f1_theta)() const= &XXX::theta;
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G4double(XXX::*f2_theta)(const XXX&) const = &XXX::theta;
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G4double(XXX::*f1_cosTheta)() const= &XXX::cosTheta;
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G4double(XXX::*f2_cosTheta)(const XXX&) const = &XXX::cosTheta;
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G4double(XXX::*f1_cos2Theta)() const= &XXX::cos2Theta;
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G4double(XXX::*f2_cos2Theta)(const XXX&) const = &XXX::cos2Theta;
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G4double(XXX::*f1_perp2)() const= &XXX::perp2;
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G4double(XXX::*f2_perp2)(const XXX&) const = &XXX::perp2;
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G4double(XXX::*f1_perp)() const= &XXX::perp;
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G4double(XXX::*f2_perp)(const XXX&) const = &XXX::perp;
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G4double(XXX::*f1_angle)() const= &XXX::angle;
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G4double(XXX::*f2_angle)(const XXX&) const = &XXX::angle;
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G4double(XXX::*f1_eta)() const= &XXX::eta;
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G4double(XXX::*f2_eta)(const XXX&) const = &XXX::eta;
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XXX(XXX::*f1_project)() const= &XXX::project;
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XXX(XXX::*f2_project)(const XXX&) const = &XXX::project;
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XXX(XXX::*f1_perpPart)() const= &XXX::perpPart;
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XXX(XXX::*f2_perpPart)(const XXX&) const = &XXX::perpPart;
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G4double(XXX::*f1_rapidity)() const= &XXX::rapidity;
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G4double(XXX::*f2_rapidity)(const XXX&) const = &XXX::rapidity;
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G4double(XXX::*f1_polarAngle)(const XXX&) const= &XXX::polarAngle;
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G4double(XXX::*f2_polarAngle)(const XXX&, const XXX&) const = &XXX::polarAngle;
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G4double(XXX::*f1_azimAngle)(const XXX&) const= &XXX::azimAngle;
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G4double(XXX::*f2_azimAngle)(const XXX&, const XXX&) const = &XXX::azimAngle;
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XXX&(XXX::*f1_rotate)(G4double, const XXX&)= &XXX::rotate;
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XXX&(XXX::*f2_rotate)(const XXX&, G4double)= &XXX::rotate;
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XXX&(XXX::*f3_rotate)(const HepAxisAngle&)= &XXX::rotate;
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XXX&(XXX::*f4_rotate)(const HepEulerAngles&)= &XXX::rotate;
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XXX&(XXX::*f5_rotate)(G4double, G4double, G4double)= &XXX::rotate;
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BOOST_PYTHON_MEMBER_FUNCTION_OVERLOADS(f_isNear, isNear, 1, 2)
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BOOST_PYTHON_MEMBER_FUNCTION_OVERLOADS(f_isParallel, isParallel, 1, 2)
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BOOST_PYTHON_MEMBER_FUNCTION_OVERLOADS(f_isOrthogonal, isOrthogonal, 1, 2)
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}
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using namespace pyG4ThreeVector;
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// ====================================================================
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// module definition
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// ====================================================================
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void export_G4ThreeVector()
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{
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class_<G4ThreeVector>("G4ThreeVector", "general 3-vector")
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// constructors
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.def(init<G4double>())
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.def(init<G4double, G4double>())
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.def(init<G4double, G4double, G4double>())
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.def(init<const XXX&>())
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// property
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.add_property("x", &XXX::x, &XXX::setX)
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.add_property("y", &XXX::y, &XXX::setY)
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.add_property("z", &XXX::z, &XXX::setZ)
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// methods
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.def("set", &XXX::set)
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.def("phi", &XXX::phi)
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.def("mag", &XXX::mag)
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.def("mag2", &XXX::mag2)
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.def("setPhi", &XXX::setPhi)
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.def("setTheta", &XXX::setTheta)
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.def("setMag", &XXX::setMag)
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.def("setPerp", &XXX::setPerp)
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.def("setCylTheta", &XXX::setCylTheta)
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.def("howNear", &XXX::howNear)
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.def("deltaR", &XXX::deltaR)
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.def("unit", &XXX::unit)
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.def("orthogonal", &XXX::orthogonal)
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.def("dot", &XXX::dot)
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.def("cross", &XXX::cross)
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.def("pseudoRapidity", &XXX::pseudoRapidity)
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.def("setEta", &XXX::setEta)
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.def("setCylEta",&XXX::setCylEta)
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.def("setRThetaPhi", &XXX::setRThetaPhi)
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.def("setREtaPhi", &XXX::setREtaPhi)
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.def("setRhoPhiZ", &XXX::setRhoPhiZ)
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.def("setRhoPhiEta", &XXX::setRhoPhiEta)
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.def("getX", &XXX::getX)
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.def("getY", &XXX::getY)
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.def("getZ", &XXX::getZ)
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.def("getR", &XXX::getR)
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.def("getTheta", &XXX::getTheta)
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.def("getPhi", &XXX::getPhi)
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.def("r", &XXX::r)
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.def("rho", &XXX::rho)
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.def("getRho", &XXX::getRho)
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.def("getEta", &XXX::getEta)
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.def("setR", &XXX::setR)
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.def("setRho", &XXX::setRho)
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.def("compare", &XXX::compare)
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.def("diff2", &XXX::diff2)
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.def("setTolerance", &XXX::setTolerance)
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.staticmethod("setTolerance")
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.def("getTolerance", &XXX::getTolerance)
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.staticmethod("getTolerance")
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.def("isNear", &XXX::isNear, f_isNear())
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.def("isParallel", &XXX::isParallel, f_isParallel())
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.def("isOrthogonal", &XXX::isOrthogonal, f_isOrthogonal())
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.def("howParallel", &XXX::howParallel)
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.def("howOrthogonal", &XXX::howOrthogonal)
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.def("beta", &XXX::beta)
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.def("gamma", &XXX::gamma)
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.def("deltaPhi", &XXX::deltaPhi)
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.def("coLinearRapidity", &XXX::coLinearRapidity)
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.def("theta", f1_theta)
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.def("theta", f2_theta)
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.def("cosTheta", f1_cosTheta)
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.def("cosTheta", f2_cosTheta)
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.def("cos2Theta", f1_cos2Theta)
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.def("cos2Theta", f2_cos2Theta)
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.def("perp2", f1_perp2)
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.def("perp2", f2_perp2)
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.def("angle", f1_angle)
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.def("angle", f2_angle)
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.def("eta", f1_eta)
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.def("eta", f2_eta)
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.def("project", f1_project)
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.def("project", f2_project)
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.def("perpPart", f1_perpPart)
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.def("perpPart", f2_perpPart)
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.def("rapidity", f1_rapidity)
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.def("rapidity", f2_rapidity)
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.def("polarAngle",f1_polarAngle)
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.def("polarAngle",f2_polarAngle)
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.def("azimAngle", f1_azimAngle)
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.def("azimAngle", f2_azimAngle)
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.def("rotateX", &XXX::rotateX,
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return_value_policy<reference_existing_object>())
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.def("rotateY", &XXX::rotateY,
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return_value_policy<reference_existing_object>())
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.def("rotateZ", &XXX::rotateZ,
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return_value_policy<reference_existing_object>())
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.def("rotateUz", &XXX::rotateUz,
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return_value_policy<reference_existing_object>())
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.def("transform",&XXX::transform,
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return_value_policy<reference_existing_object>())
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.def("rotate", f1_rotate,
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return_value_policy<reference_existing_object>())
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.def("rotate", f2_rotate,
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return_value_policy<reference_existing_object>())
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.def("rotate", f5_rotate,
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return_value_policy<reference_existing_object>())
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// operators
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.def(self_ns::str(self))
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.def(self == self)
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.def(self != self)
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.def(self += self)
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.def(self -= self)
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.def(self - self)
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.def(self + self)
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.def(self * self)
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.def(self * G4double())
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.def(self / G4double())
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.def(G4double() * self)
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.def(self *= G4double())
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.def(self /= G4double())
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.def(self > self)
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.def(self < self)
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.def(self >= self)
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.def(self <= self)
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;
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}
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