PROJECT_NS::Dimension Namespace Reference

Dimension namespace locates read parameters for system size. More...

Typedefs
using	sh_ref = std::vector<std::size_t*>

Functions
void	static_build_shapes ()
Shape	shape_1 (1)
Shape	shape_2 (2)
Shape	shape_X (1)
Shape	shape_M (sh_ref{&M})
Shape	shape_P (sh_ref{&P})
Shape	shape_N (sh_ref{&N})
Shape	shape_F (sh_ref{&F})
Shape	shape_Fadd1 (sh_ref{&Fadd1})
Shape	shape_MP (sh_ref{&M, &P})
Shape	shape_PP (sh_ref{&P, &P})
Shape	shape_PN (sh_ref{&P, &N})
Shape	shape_PNN (sh_ref{&P, &N, &N})
Shape	shape_PF (sh_ref{&P, &F})
Shape	shape_PFF (sh_ref{&P, &F, &F})
Shape	shape_PNFF (sh_ref{&P, &N, &F, &F})
Shape	shape_NF (sh_ref{&N, &F})
Shape	shape_NN (sh_ref{&N, &N})
Shape	shape_FF (sh_ref{&F, &F})
Shape	shape_NFF (sh_ref{&N, &F, &F})
Shape	shape_NNFF (sh_ref{&N, &N, &F, &F})

Variables
std::size_t	M
	Number of Monte Carlo calculations.
std::size_t	P
	Number of parallel trajectories (swarms of trajectories) in each Monte Carlo run.
std::size_t	N
	Number of nuclear degrees of freedom.
std::size_t	F
	Number of electronic degrees of freedom.
std::size_t	MP
	Product of M and P (M * P).
std::size_t	PP
	Product of P and P (P * P).
std::size_t	PN
	Product of P and N (P * N).
std::size_t	PNN
	Product of P, N, and N (P * N * N).
std::size_t	PF
	Product of P and F (P * F).
std::size_t	PFF
	Product of P, F, and F (P * F * F).
std::size_t	PNFF
	Product of P, N, F, and F (P * N * F * F).
std::size_t	NF
	Product of N and F (N * F).
std::size_t	NN
	Product of N and N (N * N).
std::size_t	FF
	Product of F and F (F * F).
std::size_t	NFF
	Product of N, F, and F (N * F * F).
std::size_t	NNFF
	Product of N, N, F, and F (N * N * F * F).
std::size_t	Fadd1
	F plus 1 (F + 1).
Shape	shape_1
	Shape corresponding to a single element (1).
Shape	shape_2
	Shape corresponding to two elements (2).
Shape	shape_X
	Shape for an arbitrary number of elements.
Shape	shape_M
	Shape for the number of Monte Carlo calculations (M).
Shape	shape_P
	Shape for the number of parallel trajectories (P).
Shape	shape_N
	Shape for the number of nuclear degrees of freedom (N).
Shape	shape_F
	Shape for the number of electronic degrees of freedom (F).
Shape	shape_Fadd1
	Shape for F plus 1 (F + 1).
Shape	shape_MP
	Shape for the product of M and P (M * P).
Shape	shape_PP
	Shape for the product of P and P (P * P).
Shape	shape_PN
	Shape for the product of P and N (P * N).
Shape	shape_PNN
	Shape for the product of P, N, and N (P * N * N).
Shape	shape_PF
	Shape for the product of P and F (P * F).
Shape	shape_PFF
	Shape for the product of P, F, and F (P * F * F).
Shape	shape_PNFF
	Shape for the product of P, N, F, and F (P * N * F * F).
Shape	shape_NF
	Shape for the product of N and F (N * F).
Shape	shape_NN
	Shape for the product of N and N (N * N).
Shape	shape_FF
	Shape for the product of F and F (F * F).
Shape	shape_NFF
	Shape for the product of N, F, and F (N * F * F).
Shape	shape_NNFF
	Shape for the product of N, N, F, and F (N * N * F * F).
Shape	shape_Nxgrid (1)
Shape	shape_Nb (1)

Detailed Description

Dimension namespace locates read parameters for system size.

Typedef Documentation

sh_ref

using PROJECT_NS::Dimension::sh_ref = std::vector<std::size_t*>

Definition at line 26 of file vars_list.cpp.

Function Documentation

shape_1()

Shape PROJECT_NS::Dimension::shape_1

(

1

)

shape_2()

Shape PROJECT_NS::Dimension::shape_2

(

2

)

shape_F()

Shape PROJECT_NS::Dimension::shape_F

(

sh_ref{&F}

)

References F.

shape_Fadd1()

Shape PROJECT_NS::Dimension::shape_Fadd1

(

sh_ref{&Fadd1}

)

References Fadd1.

shape_FF()

Shape PROJECT_NS::Dimension::shape_FF

(

sh_ref{&F, &F}

)

References F.

shape_M()

Shape PROJECT_NS::Dimension::shape_M

(

sh_ref{&M}

)

References M.

shape_MP()

Shape PROJECT_NS::Dimension::shape_MP

(

sh_ref{&M, &P}

)

References M, and P.

shape_N()

Shape PROJECT_NS::Dimension::shape_N

(

sh_ref{&N}

)

References N.

shape_NF()

Shape PROJECT_NS::Dimension::shape_NF

(

sh_ref{&N, &F}

)

References F, and N.

shape_NFF()

Shape PROJECT_NS::Dimension::shape_NFF

(

sh_ref{&N, &F, &F}

)

References F, and N.

shape_NN()

Shape PROJECT_NS::Dimension::shape_NN

(

sh_ref{&N, &N}

)

References N.

shape_NNFF()

Shape PROJECT_NS::Dimension::shape_NNFF

(

sh_ref{&N, &N, &F, &F}

)

References F, and N.

shape_P()

Shape PROJECT_NS::Dimension::shape_P

(

sh_ref{&P}

)

References P.

shape_PF()

Shape PROJECT_NS::Dimension::shape_PF

(

sh_ref{&P, &F}

)

References F, and P.

shape_PFF()

Shape PROJECT_NS::Dimension::shape_PFF

(

sh_ref{&P, &F, &F}

)

References F, and P.

shape_PN()

Shape PROJECT_NS::Dimension::shape_PN

(

sh_ref{&P, &N}

)

References N, and P.

shape_PNFF()

Shape PROJECT_NS::Dimension::shape_PNFF

(

sh_ref{&P, &N, &F, &F}

)

References F, N, and P.

shape_PNN()

Shape PROJECT_NS::Dimension::shape_PNN

(

sh_ref{&P, &N, &N}

)

References N, and P.

shape_PP()

Shape PROJECT_NS::Dimension::shape_PP

(

sh_ref{&P, &P}

)

References P.

shape_X()

Shape PROJECT_NS::Dimension::shape_X

(

1

)

static_build_shapes()

void PROJECT_NS::Dimension::static_build_shapes ( )

extern

Definition at line 50 of file vars_list.cpp.

References F, Fadd1, FF, M, MP, N, NF, NFF, NN, P, PF, PFF, PN, PNFF, PNN, PP, shape_F, shape_Fadd1, shape_FF, shape_M, shape_MP, shape_N, shape_NF, shape_NFF, shape_NN, shape_NNFF, shape_P, shape_PF, shape_PFF, shape_PN, shape_PNFF, shape_PNN, shape_PP, and PROJECT_NS::Shape::static_build().

Referenced by PROJECT_NS::Kernel_Read_Dimensions::setInputParam_impl().

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Variable Documentation

F

std::size_t PROJECT_NS::Dimension::F

Number of electronic degrees of freedom.

Definition at line 11 of file vars_list.cpp.

Referenced by PROJECT_NS::elec_utils::c_window(), PROJECT_NS::calc_distforce(), PROJECT_NS::calc_Ew(), PROJECT_NS::calc_wrho(), PROJECT_NS::Kernel_GWP::cloning(), PROJECT_NS::Kernel_Conserve::executeKernel_impl(), PROJECT_NS::Kernel_Elec_NAD::executeKernel_impl(), PROJECT_NS::Kernel_Elec_Switch::executeKernel_impl(), PROJECT_NS::Kernel_GWP::executeKernel_impl(), PROJECT_NS::Kernel_NADForce::executeKernel_impl(), PROJECT_NS::Kernel_Representation::executeKernel_impl(), PROJECT_NS::Kernel_Update_c::executeKernel_impl(), PROJECT_NS::Model_Interf_MNDO::executeKernel_impl(), PROJECT_NS::Model_LVCM::executeKernel_impl(), PROJECT_NS::Model_NAD1D::executeKernel_impl(), PROJECT_NS::elec_utils::hopping_choose(), PROJECT_NS::elec_utils::hopping_direction(), PROJECT_NS::elec_utils::hopping_direction(), PROJECT_NS::Kernel_GWP::impl_0(), PROJECT_NS::Kernel_GWP::impl_1(), PROJECT_NS::Kernel_Elec_NAD::initializeKernel_impl(), PROJECT_NS::Kernel_Elec_Switch::initializeKernel_impl(), PROJECT_NS::Kernel_GWP::initializeKernel_impl(), PROJECT_NS::elec_utils::ker_binning(), PROJECT_NS::elec_utils::max_choose(), PROJECT_NS::Model_Interf_MNDO::parse_standard(), PROJECT_NS::elec_utils::pop_choose(), PROJECT_NS::elec_utils::pop_neg_choose(), PROJECT_NS::Kernel_GWP::setInputDataSet_impl(), PROJECT_NS::Model_Interf_MNDO::setInputDataSet_impl(), PROJECT_NS::Model_LVCM::setInputDataSet_impl(), PROJECT_NS::Model_SystemBath::setInputDataSet_impl(), PROJECT_NS::Kernel_Elec::setInputParam_impl(), PROJECT_NS::Kernel_Elec_NAD::setInputParam_impl(), PROJECT_NS::Kernel_Elec_Switch::setInputParam_impl(), PROJECT_NS::Kernel_GWP::setInputParam_impl(), PROJECT_NS::Kernel_Read_Dimensions::setInputParam_impl(), PROJECT_NS::Model_Interf_MNDO::setInputParam_impl(), shape_F(), shape_FF(), shape_NF(), shape_NFF(), shape_NNFF(), shape_PF(), shape_PFF(), shape_PNFF(), static_build_shapes(), and PROJECT_NS::Model_Interf_MNDO::track_nac_sign().

Fadd1

std::size_t PROJECT_NS::Dimension::Fadd1

F plus 1 (F + 1).

Definition at line 24 of file vars_list.cpp.

Referenced by PROJECT_NS::elec_utils::c_window(), PROJECT_NS::calc_distforce(), PROJECT_NS::calc_Ew(), PROJECT_NS::calc_wrho(), PROJECT_NS::Kernel_GWP::cloning(), PROJECT_NS::Kernel_Elec_NAD::executeKernel_impl(), PROJECT_NS::Kernel_Elec_Switch::executeKernel_impl(), PROJECT_NS::Kernel_NADForce::executeKernel_impl(), PROJECT_NS::Kernel_Representation::executeKernel_impl(), PROJECT_NS::Model_LVCM::executeKernel_impl(), PROJECT_NS::Model_SystemBath::executeKernel_impl(), PROJECT_NS::elec_utils::hopping_choose(), PROJECT_NS::Kernel_Elec_NAD::initializeKernel_impl(), PROJECT_NS::Kernel_Elec_Switch::initializeKernel_impl(), PROJECT_NS::elec_utils::ker_binning(), PROJECT_NS::elec_utils::max_choose(), PROJECT_NS::Model_Interf_MNDO::parse_standard(), PROJECT_NS::elec_utils::pop_choose(), PROJECT_NS::elec_utils::pop_neg_choose(), PROJECT_NS::Model_LVCM::setInputDataSet_impl(), shape_Fadd1(), and static_build_shapes().

FF

std::size_t PROJECT_NS::Dimension::FF

Product of F and F (F * F).

Definition at line 21 of file vars_list.cpp.

Referenced by PROJECT_NS::calc_distforce(), PROJECT_NS::Kernel_GWP::calc_Hbasis_adia(), PROJECT_NS::Kernel_GWP::cloning(), PROJECT_NS::Kernel_Elec_NAD::executeKernel_impl(), PROJECT_NS::Kernel_Elec_Switch::executeKernel_impl(), PROJECT_NS::Kernel_GWP::executeKernel_impl(), PROJECT_NS::Kernel_NADForce::executeKernel_impl(), PROJECT_NS::Kernel_Representation::executeKernel_impl(), PROJECT_NS::Kernel_Update_c::executeKernel_impl(), PROJECT_NS::Model_ElectronTransfer::executeKernel_impl(), PROJECT_NS::Model_LVCM::executeKernel_impl(), PROJECT_NS::Model_NAD1D::executeKernel_impl(), PROJECT_NS::Model_SystemBath::executeKernel_impl(), PROJECT_NS::elec_utils::hopping_direction(), PROJECT_NS::elec_utils::hopping_direction(), PROJECT_NS::Kernel_Elec_NAD::initializeKernel_impl(), PROJECT_NS::Kernel_Elec_Switch::initializeKernel_impl(), PROJECT_NS::Kernel_GWP::initializeKernel_impl(), PROJECT_NS::elec_utils::ker_binning(), PROJECT_NS::Model_Interf_MNDO::parse_standard(), PROJECT_NS::Kernel_GWP::setInputDataSet_impl(), PROJECT_NS::Model_ElectronTransfer::setInputDataSet_impl(), PROJECT_NS::Model_LVCM::setInputDataSet_impl(), PROJECT_NS::Model_NAD1D::setInputDataSet_impl(), PROJECT_NS::Model_SystemBath::setInputDataSet_impl(), static_build_shapes(), and PROJECT_NS::Model_Interf_MNDO::track_nac_sign().

M

std::size_t PROJECT_NS::Dimension::M

Number of Monte Carlo calculations.

Definition at line 8 of file vars_list.cpp.

Referenced by PROJECT_NS::Kernel_Read_Dimensions::setInputParam_impl(), shape_M(), shape_MP(), and static_build_shapes().

MP

std::size_t PROJECT_NS::Dimension::MP

Product of M and P (M * P).

Definition at line 12 of file vars_list.cpp.

Referenced by static_build_shapes().

N

std::size_t PROJECT_NS::Dimension::N

Number of nuclear degrees of freedom.

Definition at line 10 of file vars_list.cpp.

Referenced by PROJECT_NS::calc_distforce(), PROJECT_NS::Kernel_GWP::cloning(), PROJECT_NS::Kernel_Conserve::executeKernel_impl(), PROJECT_NS::Kernel_Elec_NAD::executeKernel_impl(), PROJECT_NS::Kernel_Elec_Switch::executeKernel_impl(), PROJECT_NS::Kernel_NADForce::executeKernel_impl(), PROJECT_NS::Kernel_Representation::executeKernel_impl(), PROJECT_NS::Kernel_Update_p::executeKernel_impl(), PROJECT_NS::Model_ElectronTransfer::executeKernel_impl(), PROJECT_NS::Model_Interf_MNDO::executeKernel_impl(), PROJECT_NS::Model_LVCM::executeKernel_impl(), PROJECT_NS::Model_SystemBath::executeKernel_impl(), PROJECT_NS::elec_utils::hopping_direction(), PROJECT_NS::elec_utils::hopping_direction(), PROJECT_NS::elec_utils::hopping_impulse(), PROJECT_NS::hopping_impulse(), PROJECT_NS::Kernel_GWP::impl_0(), PROJECT_NS::Kernel_GWP::impl_1(), PROJECT_NS::Kernel_GWP::initializeKernel_impl(), PROJECT_NS::Kernel_Update_p::initializeKernel_impl(), PROJECT_NS::Model_ElectronTransfer::initializeKernel_impl(), PROJECT_NS::Model_Interf_MNDO::initializeKernel_impl(), PROJECT_NS::Model_LVCM::initializeKernel_impl(), PROJECT_NS::Model_NAD1D::initializeKernel_impl(), PROJECT_NS::Model_SystemBath::initializeKernel_impl(), PROJECT_NS::Model_Interf_MNDO::parse_hessian(), PROJECT_NS::Model_Interf_MNDO::parse_standard(), PROJECT_NS::Kernel_GWP::setInputDataSet_impl(), PROJECT_NS::Kernel_Update_x::setInputDataSet_impl(), PROJECT_NS::Model_ElectronTransfer::setInputDataSet_impl(), PROJECT_NS::Model_Interf_MNDO::setInputDataSet_impl(), PROJECT_NS::Model_LVCM::setInputDataSet_impl(), PROJECT_NS::Model_NAD1D::setInputDataSet_impl(), PROJECT_NS::Model_SystemBath::setInputDataSet_impl(), PROJECT_NS::Kernel_Read_Dimensions::setInputParam_impl(), PROJECT_NS::Model_Interf_MNDO::setInputParam_impl(), shape_N(), shape_NF(), shape_NFF(), shape_NN(), shape_NNFF(), shape_PN(), shape_PNFF(), shape_PNN(), static_build_shapes(), and PROJECT_NS::Model_Interf_MNDO::track_nac_sign().

NF

std::size_t PROJECT_NS::Dimension::NF

Product of N and F (N * F).

Definition at line 19 of file vars_list.cpp.

Referenced by PROJECT_NS::Kernel_Representation::executeKernel_impl(), and static_build_shapes().

NFF

std::size_t PROJECT_NS::Dimension::NFF

Product of N, F, and F (N * F * F).

Definition at line 22 of file vars_list.cpp.

Referenced by PROJECT_NS::Kernel_GWP::cloning(), PROJECT_NS::Kernel_Elec_NAD::executeKernel_impl(), PROJECT_NS::Kernel_Elec_Switch::executeKernel_impl(), PROJECT_NS::Kernel_NADForce::executeKernel_impl(), PROJECT_NS::Kernel_Representation::executeKernel_impl(), PROJECT_NS::Model_ElectronTransfer::executeKernel_impl(), PROJECT_NS::Model_Interf_MNDO::executeKernel_impl(), PROJECT_NS::Model_LVCM::executeKernel_impl(), PROJECT_NS::Model_SystemBath::executeKernel_impl(), static_build_shapes(), and PROJECT_NS::Model_Interf_MNDO::track_nac_sign().

NN

std::size_t PROJECT_NS::Dimension::NN

Product of N and N (N * N).

Definition at line 20 of file vars_list.cpp.

Referenced by PROJECT_NS::Model_ElectronTransfer::executeKernel_impl(), PROJECT_NS::Model_LVCM::executeKernel_impl(), PROJECT_NS::Model_SystemBath::executeKernel_impl(), PROJECT_NS::Model_Interf_MNDO::parse_hessian(), and static_build_shapes().

NNFF

std::size_t PROJECT_NS::Dimension::NNFF

Product of N, N, F, and F (N * N * F * F).

Definition at line 23 of file vars_list.cpp.

P

std::size_t PROJECT_NS::Dimension::P

Number of parallel trajectories (swarms of trajectories) in each Monte Carlo run.

Definition at line 9 of file vars_list.cpp.

Referenced by PROJECT_NS::Kernel_GWP::cloning(), PROJECT_NS::Kernel_Conserve::executeKernel_impl(), PROJECT_NS::Kernel_Elec_NAD::executeKernel_impl(), PROJECT_NS::Kernel_Elec_Switch::executeKernel_impl(), PROJECT_NS::Kernel_GWP::executeKernel_impl(), PROJECT_NS::Kernel_NADForce::executeKernel_impl(), PROJECT_NS::Kernel_Representation::executeKernel_impl(), PROJECT_NS::Kernel_Update_c::executeKernel_impl(), PROJECT_NS::Kernel_Update_p::executeKernel_impl(), PROJECT_NS::Model_ElectronTransfer::executeKernel_impl(), PROJECT_NS::Model_LVCM::executeKernel_impl(), PROJECT_NS::Model_SystemBath::executeKernel_impl(), PROJECT_NS::Kernel_GWP::impl_0(), PROJECT_NS::Kernel_GWP::impl_1(), PROJECT_NS::Kernel_Conserve::initializeKernel_impl(), PROJECT_NS::Kernel_Elec::initializeKernel_impl(), PROJECT_NS::Kernel_Elec_NAD::initializeKernel_impl(), PROJECT_NS::Kernel_Elec_Switch::initializeKernel_impl(), PROJECT_NS::Kernel_GWP::initializeKernel_impl(), PROJECT_NS::Kernel_Update_p::initializeKernel_impl(), PROJECT_NS::Model_ElectronTransfer::initializeKernel_impl(), PROJECT_NS::Model_LVCM::initializeKernel_impl(), PROJECT_NS::Model_SystemBath::initializeKernel_impl(), PROJECT_NS::Kernel_GWP::setInputDataSet_impl(), PROJECT_NS::Kernel_Update_x::setInputDataSet_impl(), PROJECT_NS::Kernel_Read_Dimensions::setInputParam_impl(), shape_MP(), shape_P(), shape_PF(), shape_PFF(), shape_PN(), shape_PNFF(), shape_PNN(), shape_PP(), and static_build_shapes().

PF

std::size_t PROJECT_NS::Dimension::PF

Product of P and F (P * F).

Definition at line 16 of file vars_list.cpp.

Referenced by PROJECT_NS::Kernel_GWP::impl_1(), PROJECT_NS::Kernel_Elec_NAD::initializeKernel_impl(), PROJECT_NS::Kernel_Elec_Switch::initializeKernel_impl(), PROJECT_NS::Kernel_GWP::initializeKernel_impl(), PROJECT_NS::Kernel_GWP::setInputDataSet_impl(), and static_build_shapes().

PFF

std::size_t PROJECT_NS::Dimension::PFF

Product of P, F, and F (P * F * F).

Definition at line 17 of file vars_list.cpp.

Referenced by PROJECT_NS::Kernel_Elec::initializeKernel_impl(), PROJECT_NS::Kernel_Elec_NAD::initializeKernel_impl(), PROJECT_NS::Kernel_Elec_Switch::initializeKernel_impl(), PROJECT_NS::Kernel_GWP::initializeKernel_impl(), PROJECT_NS::Kernel_Representation::initializeKernel_impl(), PROJECT_NS::Kernel_GWP::setInputDataSet_impl(), and static_build_shapes().

PN

std::size_t PROJECT_NS::Dimension::PN

Product of P and N (P * N).

Definition at line 14 of file vars_list.cpp.

Referenced by PROJECT_NS::Kernel_Update_T::executeKernel_impl(), PROJECT_NS::Kernel_Update_x::executeKernel_impl(), PROJECT_NS::Kernel_GWP::impl_1(), PROJECT_NS::Kernel_GWP::initializeKernel_impl(), PROJECT_NS::Model_ElectronTransfer::initializeKernel_impl(), PROJECT_NS::Model_LVCM::initializeKernel_impl(), PROJECT_NS::Model_SystemBath::initializeKernel_impl(), PROJECT_NS::Kernel_GWP::setInputDataSet_impl(), PROJECT_NS::Kernel_Update_T::setInputDataSet_impl(), and static_build_shapes().

PNFF

std::size_t PROJECT_NS::Dimension::PNFF

Product of P, N, F, and F (P * N * F * F).

Definition at line 18 of file vars_list.cpp.

Referenced by PROJECT_NS::Kernel_GWP::setInputDataSet_impl(), and static_build_shapes().

PNN

std::size_t PROJECT_NS::Dimension::PNN

Product of P, N, and N (P * N * N).

Definition at line 15 of file vars_list.cpp.

Referenced by static_build_shapes().

PP

std::size_t PROJECT_NS::Dimension::PP

Product of P and P (P * P).

Definition at line 13 of file vars_list.cpp.

Referenced by PROJECT_NS::Kernel_GWP::impl_0(), PROJECT_NS::Kernel_GWP::impl_1(), PROJECT_NS::Kernel_GWP::initializeKernel_impl(), PROJECT_NS::Kernel_GWP::setInputDataSet_impl(), and static_build_shapes().

shape_1

Shape PROJECT_NS::Dimension::shape_1(1)

Shape corresponding to a single element (1).

shape_2

Shape PROJECT_NS::Dimension::shape_2(2)

Shape corresponding to two elements (2).

shape_F

Shape PROJECT_NS::Dimension::shape_F(sh_ref{&F})

Shape for the number of electronic degrees of freedom (F).

Referenced by static_build_shapes().

shape_Fadd1

Shape PROJECT_NS::Dimension::shape_Fadd1(sh_ref{&Fadd1})

Shape for F plus 1 (F + 1).

Referenced by static_build_shapes().

shape_FF

Shape PROJECT_NS::Dimension::shape_FF(sh_ref{&F, &F})

Shape for the product of F and F (F * F).

Referenced by static_build_shapes().

shape_M

Shape PROJECT_NS::Dimension::shape_M(sh_ref{&M})

Shape for the number of Monte Carlo calculations (M).

Referenced by static_build_shapes().

shape_MP

Shape PROJECT_NS::Dimension::shape_MP(sh_ref{&M, &P})

Shape for the product of M and P (M * P).

Referenced by static_build_shapes().

shape_N

Shape PROJECT_NS::Dimension::shape_N(sh_ref{&N})

Shape for the number of nuclear degrees of freedom (N).

Referenced by static_build_shapes().

shape_Nb

Shape PROJECT_NS::Dimension::shape_Nb(1)

(

1

)

shape_NF

Shape PROJECT_NS::Dimension::shape_NF(sh_ref{&N, &F})

Shape for the product of N and F (N * F).

Referenced by static_build_shapes().

shape_NFF

Shape PROJECT_NS::Dimension::shape_NFF(sh_ref{&N, &F, &F})

Shape for the product of N, F, and F (N * F * F).

Referenced by static_build_shapes().

shape_NN

Shape PROJECT_NS::Dimension::shape_NN(sh_ref{&N, &N})

Shape for the product of N and N (N * N).

Referenced by static_build_shapes().

shape_NNFF

Shape PROJECT_NS::Dimension::shape_NNFF(sh_ref{&N, &N, &F, &F})

Shape for the product of N, N, F, and F (N * N * F * F).

Referenced by static_build_shapes().

shape_Nxgrid

Shape PROJECT_NS::Dimension::shape_Nxgrid(1)

(

1

)

shape_P

Shape PROJECT_NS::Dimension::shape_P(sh_ref{&P})

Shape for the number of parallel trajectories (P).

Referenced by static_build_shapes().

shape_PF

Shape PROJECT_NS::Dimension::shape_PF(sh_ref{&P, &F})

Shape for the product of P and F (P * F).

Referenced by static_build_shapes().

shape_PFF

Shape PROJECT_NS::Dimension::shape_PFF(sh_ref{&P, &F, &F})

Shape for the product of P, F, and F (P * F * F).

Referenced by static_build_shapes().

shape_PN

Shape PROJECT_NS::Dimension::shape_PN(sh_ref{&P, &N})

Shape for the product of P and N (P * N).

Referenced by static_build_shapes().

shape_PNFF

Shape PROJECT_NS::Dimension::shape_PNFF(sh_ref{&P, &N, &F, &F})

Shape for the product of P, N, F, and F (P * N * F * F).

Referenced by static_build_shapes().

shape_PNN

Shape PROJECT_NS::Dimension::shape_PNN(sh_ref{&P, &N, &N})

Shape for the product of P, N, and N (P * N * N).

Referenced by static_build_shapes().

shape_PP

Shape PROJECT_NS::Dimension::shape_PP(sh_ref{&P, &P})

Shape for the product of P and P (P * P).

Referenced by static_build_shapes().

shape_X

Shape PROJECT_NS::Dimension::shape_X(1)

Shape for an arbitrary number of elements.