Class ReflectingBoundary

Defined in File reflecting_boundary.h

Inheritance Relationships

Base Type

public opensn::SweepBoundary (Class SweepBoundary)

Class Documentation

class ReflectingBoundary : public opensn::SweepBoundary 

Reflective boundary condition.

Public Functions

inline ReflectingBoundary(size_t num_groups, const Vector3 &normal, CoordinateSystemType coord_type = CoordinateSystemType::CARTESIAN)

inline const Vector3 &GetNormal() const

inline bool IsOpposingReflected() const

inline void SetOpposingReflected(bool value)

inline AngularFluxData &GetBoundaryFluxNew()

inline AngularFluxData &GetBoundaryFluxOld()

inline std::vector<int> &GetReflectedAngleIndexMap()

inline std::vector<bool> &GetAngleReadyFlags()

virtual double *PsiIncoming(uint64_t cell_local_id, unsigned int face_num, unsigned int fi, unsigned int angle_num, int group_num) override: Returns a pointer to the location of the incoming flux.

virtual double *PsiOutgoing(uint64_t cell_local_id, unsigned int face_num, unsigned int fi, unsigned int angle_num) override: Returns a pointer to the location of the outgoing flux.

virtual void UpdateAnglesReadyStatus(const std::vector<std::uint32_t> &angles) override

virtual bool CheckAnglesReadyStatus(const std::vector<std::uint32_t> &angles) override

void ResetAnglesReadyStatus(): Resets angle ready flags to false.

Protected Types

using AngularFluxData = std::vector<std::vector<std::vector<std::vector<std::vector<double>>>>>

Protected Attributes

const Vector3 normal_

bool opposing_reflected_ = false

AngularFluxData boundary_flux_

AngularFluxData boundary_flux_old_

std::vector<int> reflected_anglenum_

std::vector<bool> angle_readyflags_