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template<size_t dimension> |
void | interpolate (memory::View< real > &out, memory::View< const real > &in, size_t x, size_t y, size_t z) |
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void | interpolate< 1 > (memory::View< real > &out, memory::View< const real > &in, size_t x, size_t y, size_t z) |
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template<> |
void | interpolate< 2 > (memory::View< real > &out, memory::View< const real > &in, size_t x, size_t y, size_t z) |
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template<> |
void | interpolate< 3 > (memory::View< real > &out, memory::View< const real > &in, size_t x, size_t y, size_t z) |
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template<size_t dimension> |
void | interpolate (Volume &out, const Volume &in) |
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alsfvm::shared_ptr< Volume > | makeConservedVolume (const std::string &platform, const std::string &equation, const ivec3 &innerSize, const int ghostCells) |
| Convenience function meant to be used for testing, NOT in production. More...
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alsfvm::shared_ptr< Volume > | makeExtraVolume (const std::string &platform, const std::string &equation, const ivec3 &innerSize, const int ghostCells) |
| Convenience function meant to be used for testing, NOT in production. More...
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template<class Function > |
void | for_each_cell_index (const Volume &in, const Function &function, ivec3 offsetStart={0, 0, 0}, ivec3 offsetEnd={0, 0, 0}) |
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template<size_t direction, bool parallel = false> |
void | for_each_cell_index_with_neighbours (const Volume &in, const std::function< void(size_t leftIndex, size_t middleIndex, size_t rightIndex)> &function, ivec3 offsetStart={0, 0, 0}, ivec3 offsetEnd={0, 0, 0}) |
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void | for_each_cell_index_with_neighbours (size_t direction, const Volume &in, const std::function< void(size_t leftIndex, size_t middleIndex, size_t rightIndex)> &function, ivec3 offsetStart={ 0, 0, 0 }, ivec3 offsetEnd={ 0, 0, 0 }) |
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template<class VariableStruct > |
VariableStruct | expandVariableStruct (const std::array< const real *, 0 > &in, size_t index) |
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template<class VariableStruct > |
VariableStruct | expandVariableStruct (const std::array< const real *, 1 > &in, size_t index) |
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template<class VariableStruct > |
VariableStruct | expandVariableStruct (const std::array< const real *, 3 > &in, size_t index) |
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template<class VariableStruct > |
VariableStruct | expandVariableStruct (const std::array< const real *, 2 > &in, size_t index) |
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template<class VariableStruct > |
VariableStruct | expandVariableStruct (const std::array< const real *, 5 > &in, size_t index) |
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template<class VariableStruct > |
VariableStruct | expandVariableStruct (const std::array< const real *, 4 > &in, size_t index) |
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template<class VariableStruct > |
void | saveVariableStruct (const VariableStruct &in, size_t index, std::array< real *, 1 > &out) |
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template<class VariableStruct > |
void | saveVariableStruct (const VariableStruct &in, size_t index, std::array< real *, 0 > &out) |
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template<class VariableStruct > |
void | saveVariableStruct (const VariableStruct &in, size_t index, std::array< real *, 4 > &out) |
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template<class VariableStruct > |
void | saveVariableStruct (const VariableStruct &in, size_t index, std::array< real *, 3 > &out) |
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template<class VariableStruct > |
void | saveVariableStruct (const VariableStruct &in, size_t index, std::array< real *, 2 > &out) |
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template<class VariableStruct > |
void | saveVariableStruct (const VariableStruct &in, size_t index, std::array< real *, 5 > &out) |
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template<class VariableStructIn , class VariableStructOut > |
void | transform_volume (const Volume &in, Volume &out, const std::function< VariableStructOut(const VariableStructIn &)> &function) |
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template<class VariableStruct > |
void | for_each_cell (const Volume &in, const std::function< void(const VariableStruct &, size_t index)> &function) |
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template<class VariableStructA , class VariableStructB > |
void | for_each_cell (const Volume &inA, const Volume &inB, const std::function< void(const VariableStructA &, const VariableStructB &, size_t index)> &function) |
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template<class VariableStructA , class VariableStructB > |
void | fill_volume (Volume &outA, Volume &outB, const grid::Grid &grid, const std::function< void(real x, real y, real z, VariableStructA &outA, VariableStructB &outB) > &fillerFunction) |
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void | for_each_midpoint (const Volume &volume, const grid::Grid &grid, const std::function< void(real x, real y, real z, size_t index, size_t i, size_t j, size_t k) > &function) |
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void | for_each_midpoint (const Volume &volume, const grid::Grid &grid, const std::function< void(real x, real y, real z, size_t index) > &function) |
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template<class VariableStruct > |
void | fill_volume (Volume &out, const grid::Grid &grid, const std::function< void(real x, real y, real z, VariableStruct &out) > &fillerFunction) |
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template<size_t direction> |
void | for_each_internal_volume_index (const Volume &volume, const std::function< void(size_t indexLeft, size_t indexMiddle, size_t indexRight)> &function, size_t ghostLayer) |
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void | for_each_internal_volume_index (const Volume &volume, const std::function< void(size_t indexMiddle)> &function) |
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template<size_t direction> |
void | for_each_internal_volume_index (const Volume &volume, const std::function< void(size_t indexLeft, size_t indexMiddle, size_t indexRight)> &function) |
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void | for_each_internal_volume_index (const Volume &volume, size_t direction, const std::function< void(size_t indexLeft, size_t indexMiddle, size_t indexRight)> &function, size_t ghostLayer) |
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void | for_each_internal_volume_index (const Volume &volume, size_t direction, const std::function< void(size_t indexLeft, size_t indexMiddle, size_t indexRight)> &function) |
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