PeTar
N-body code for collisional gravitational systems
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CARInteraction | AR interaction clas |
CArtificialParticleInformation | Class to store necessary information for using artificial particles |
CArtificialParticleManager | Class to organize artificial particles |
CBinaryBase | |
CBinaryEvent | BSE based code event recorder class |
CBSEManager | SSE/BSE interface manager |
CCalcForceEpEpWithLinearCutoffNoSimd | FORCE FUNCTOR |
CCalcForceEpSpMonoNoSimd | |
CCalcForceEpSpQuadNoSimd | |
CCalcForcePPNoSimd< Tpi, Tpj > | |
CCalcForceWithLinearCutoffCUDA | |
CChangeArgument | Changing argument parameter |
CChangeOver | Changeover function class |
CCluster | |
CcudaPointer< T > | |
CEnergyAndMomemtum | Class for collecting and calculating the energy and angular momemtum of the system |
CEPISoft | |
CEPJSoft | |
CEscaper | Escaper checker |
CFileHeader | |
CFileHeaderNoOffset | Old version without c.m. pos and vel offset |
CForceSoft | |
CFRWModel | FRW cosmological model for calculating scale factor (redshift) |
CGalpyManager | A class to manager the API to Galpy |
CGroupDataDeliver | Group data delivery, used for two purpose |
CSystemHard::GroupIndexInfo | |
CHardDump | |
CHardDumpList | |
CHardEnergy | |
CHardIntegrator | Hard integrator |
CHardManager | Hard integrator parameter manager |
CHermiteInformation | |
CHermiteInteraction | Hermite interaction class |
CHermitePerturber | Empty perturber class |
CIOParams< Type > | |
CIOParams< double > | |
CIOParams< long long int > | |
CIOParams< PS::F64 > | |
CIOParams< PS::S64 > | |
CIOParams< std::string > | |
CIOParamsBSE | IO parameters manager for BSE based code |
CIOParamsContainer | IO Params container |
CIOParamsGalpy | IO parameters for Galpy manager |
CIOParamsHardTest | |
CIOParamsPeTar | IO parameters for Petar |
CIOParamsPrintHelp | |
CKickDriftStep | |
CMatrix3< T > | |
CMediator | |
CMWPotentialEvolve | Data for MWPotential evolve |
▼CNeighbor | |
CARPerturber | Perturber class for AR integration |
CNumCounter | |
COrbitalSamplingManager | Orbital sampling method for counter force from binary |
CParticle | A sample particle class |
▼CParticleBase | Basic particle class |
▼CPtcl | Particle class |
▼CFPSoft | |
CFPSoftWriteArtificial | Redefine readAscii to read group data format, write in I64 format |
CPtclComm | |
CPtclHard | |
CStatus::ParticleCM | |
CParticleDistributionGenerator | Particle distribution generator |
CPhantomGrapeQuad | |
CPotentialSet | Set of Galpy potentials sharing the same position and velocity of the origin |
CPotentialSetPar | Mode, position, velocity and acceleration for set of Galpy potentials |
CPseudoParticleMultipoleManager | PseudoParticle Multipole method for counter force from binaries |
CPtclCluster | |
CPtclOuter | |
CSearchCluster | |
CSearchGroupCandidate< Tptcl > | |
CSearchNeighborEpEpNoSimd | |
CStability< Tptcl > | Stability checker for binary tree |
CStarParameter | SSE/BSE based code star parameter for saving |
CStarParameterOut | SSE/BSE based code star parameter for output |
CStatus | Class for measure the status of the system |
CSysCounts | |
CSysProfile | |
CSystemHard | Hard system |
CTidalTensor | Tidal tensor perterbation for AR |
▼CTimeProfile | |
CFDPSProfile | |
CTprofile | |
CTwoBodyTide | Two Body Tide effct |
CPIKG::Vector2< T > | |
CPIKG::Vector3< T > | |
CPIKG::Vector4< T > |