NEML2 2.0.0
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SymmetryFromOrbifold Member List

This is the complete list of members for SymmetryFromOrbifold, including all inherited members.

_batch_sizesTensorBase< R2 >protected
base_dim() constTensorBase< R2 >
base_expand(TensorShapeRef base_shape) constTensorBase< R2 >
base_expand(Size base_size, Size dim) constTensorBase< R2 >
base_expand_as(const neml2::Tensor &other) constTensorBase< R2 >
base_expand_copy(TensorShapeRef base_shape) constTensorBase< R2 >
base_flatten() constTensorBase< R2 >
base_index(indexing::TensorIndicesRef indices) constTensorBase< R2 >
base_index_put_(indexing::TensorIndicesRef indices, const ATensor &other)TensorBase< R2 >
base_index_put_(indexing::TensorIndicesRef indices, const CScalar &v)TensorBase< R2 >
base_reshape(TensorShapeRef base_shape) constTensorBase< R2 >
base_size(Size index) constTensorBase< R2 >
base_sizes() constTensorBase< R2 >
base_slice(Size dim, const indexing::Slice &index) constTensorBase< R2 >
base_storage() constTensorBase< R2 >
base_transpose(Size d1, Size d2) constTensorBase< R2 >
base_unsqueeze(Size d) constTensorBase< R2 >
batch_dim() constTensorBase< R2 >
batch_expand(const TraceableTensorShape &batch_shape) constTensorBase< R2 >
batch_expand(const TraceableSize &batch_size, Size dim) constTensorBase< R2 >
batch_expand_as(const neml2::Tensor &other) constTensorBase< R2 >
batch_expand_copy(const TraceableTensorShape &batch_shape) constTensorBase< R2 >
batch_index(indexing::TensorIndicesRef indices) constTensorBase< R2 >
batch_index_put_(indexing::TensorIndicesRef indices, const ATensor &other)TensorBase< R2 >
batch_index_put_(indexing::TensorIndicesRef indices, const CScalar &v)TensorBase< R2 >
batch_reshape(const TraceableTensorShape &batch_shape) constTensorBase< R2 >
batch_size(Size index) constTensorBase< R2 >
batch_sizes() constTensorBase< R2 >
batch_slice(Size dim, const indexing::Slice &index) constTensorBase< R2 >
batch_transpose(Size d1, Size d2) constTensorBase< R2 >
batch_unsqueeze(Size d) constTensorBase< R2 >
batched() constTensorBase< R2 >
clone() constTensorBase< R2 >
col(Size i) constR2Base< R2 >
const_base_dimPrimitiveTensor< R2, 3, 3 >static
const_base_sizesPrimitiveTensor< R2, 3, 3 >inlinestatic
const_base_storagePrimitiveTensor< R2, 3, 3 >inlinestatic
create(const TensorDataContainer &data, const TensorOptions &options=default_tensor_options())PrimitiveTensor< R2, 3, 3 >static
det() constR2Base< R2 >
detach() constTensorBase< R2 >
doc() constNEML2Objectinline
drotate(const Rot &r) constR2Base< R2 >
drotate(const R2 &R) constR2Base< R2 >
empty(const TensorOptions &options=default_tensor_options())PrimitiveTensor< R2, 3, 3 >static
empty(const TraceableTensorShape &batch_shape, const TensorOptions &options=default_tensor_options())PrimitiveTensor< R2, 3, 3 >static
empty_like(const R2 &other)TensorBase< R2 >static
expected_options()SymmetryFromOrbifoldstatic
factory() constNEML2Objectinline
fill(const CScalar &a, const TensorOptions &options=default_tensor_options())R2Base< R2 >static
fill(const Scalar &a)R2Base< R2 >static
fill(const CScalar &a11, const CScalar &a22, const CScalar &a33, const TensorOptions &options=default_tensor_options())R2Base< R2 >static
fill(const Scalar &a11, const Scalar &a22, const Scalar &a33)R2Base< R2 >static
fill(const CScalar &a11, const CScalar &a22, const CScalar &a33, const CScalar &a23, const CScalar &a13, const CScalar &a12, const TensorOptions &options=default_tensor_options())R2Base< R2 >static
fill(const Scalar &a11, const Scalar &a22, const Scalar &a33, const Scalar &a23, const Scalar &a13, const Scalar &a12)R2Base< R2 >static
fill(const CScalar &a11, const CScalar &a12, const CScalar &a13, const CScalar &a21, const CScalar &a22, const CScalar &a23, const CScalar &a31, const CScalar &a32, const CScalar &a33, const TensorOptions &options=default_tensor_options())R2Base< R2 >static
fill(const Scalar &a11, const Scalar &a12, const Scalar &a13, const Scalar &a21, const Scalar &a22, const Scalar &a23, const Scalar &a31, const Scalar &a32, const Scalar &a33)R2Base< R2 >static
full(const CScalar &init, const TensorOptions &options=default_tensor_options())PrimitiveTensor< R2, 3, 3 >static
full(const TraceableTensorShape &batch_shape, const CScalar &init, const TensorOptions &options=default_tensor_options())PrimitiveTensor< R2, 3, 3 >static
full_like(const R2 &other, const CScalar &init)TensorBase< R2 >static
get_data(const std::string &name)NEML2Object
get_driver(const std::string &name)NEML2Object
get_model(const std::string &name)NEML2Object
get_object(const std::string &section, const std::string &name)NEML2Object
get_scheduler(const std::string &name)NEML2Object
get_solver(const std::string &name)NEML2Object
host() constNEML2Object
host()NEML2Object
identity(const TensorOptions &options=default_tensor_options())R2Base< R2 >static
identity_map(const TensorOptions &options=default_tensor_options())R2static
inner(const R2 &other) constR2Base< R2 >
input_options() constNEML2Objectinline
inverse() constR2Base< R2 >
linspace(const R2 &start, const R2 &end, Size nstep, Size dim=0)TensorBase< R2 >static
logspace(const R2 &start, const R2 &end, Size nstep, Size dim=0, const CScalar &base=10)TensorBase< R2 >static
name() constNEML2Objectinline
NEML2Object()=deleteNEML2Object
NEML2Object(NEML2Object &&)=deleteNEML2Object
NEML2Object(const NEML2Object &)=deleteNEML2Object
NEML2Object(const OptionSet &options)NEML2Object
ones(const TensorOptions &options=default_tensor_options())PrimitiveTensor< R2, 3, 3 >static
ones(const TraceableTensorShape &batch_shape, const TensorOptions &options=default_tensor_options())PrimitiveTensor< R2, 3, 3 >static
ones_like(const R2 &other)TensorBase< R2 >static
operator SR2() constR2Base< R2 >explicit
operator Tensor() constPrimitiveTensor< R2, 3, 3 >
operator()(Size i, Size j) constR2Base< R2 >
operator-() constTensorBase< R2 >
operator=(NEML2Object &&)=deleteNEML2Object
operator=(const NEML2Object &)=deleteNEML2Object
outer(const R2 &other) constR2Base< R2 >
path() constNEML2Objectinline
PrimitiveTensor()=defaultPrimitiveTensor< R2, 3, 3 >
PrimitiveTensor(const ATensor &tensor, Size batch_dim)PrimitiveTensor< R2, 3, 3 >
PrimitiveTensor(const ATensor &tensor, const TraceableTensorShape &batch_shape)PrimitiveTensor< R2, 3, 3 >
PrimitiveTensor(const Tensor &tensor)PrimitiveTensor< R2, 3, 3 >
PrimitiveTensor(const ATensor &tensor)PrimitiveTensor< R2, 3, 3 >explicit
R2(const SR2 &S)R2
R2(const WR2 &W)R2
R2(const Rot &r)R2explicit
resolve_tensor(const std::string &name)NEML2Object
rotate(const Rot &r) constR2Base< R2 >
rotate(const R2 &R) constR2Base< R2 >
row(Size i) constR2Base< R2 >
settings() constNEML2Objectinline
setup()NEML2Objectinlinevirtual
skew(const Vec &v)R2Base< R2 >static
SymmetryFromOrbifold(const OptionSet &options)SymmetryFromOrbifold
TensorBase()=defaultTensorBase< R2 >
TensorBase(const ATensor &tensor, Size batch_dim)TensorBase< R2 >
TensorBase(const ATensor &tensor, const TraceableTensorShape &batch_shape)TensorBase< R2 >
TensorBase(const neml2::Tensor &tensor)TensorBase< R2 >
TensorBase(double)=deleteTensorBase< R2 >
TensorBase(float)=deleteTensorBase< R2 >
TensorBase(int)=deleteTensorBase< R2 >
to(const TensorOptions &options) constTensorBase< R2 >
transpose() constR2Base< R2 >
type() constNEML2Objectinline
UserTensorBase(const OptionSet &options)UserTensorBase
variable_data() constTensorBase< R2 >
zeros(const TensorOptions &options=default_tensor_options())PrimitiveTensor< R2, 3, 3 >static
zeros(const TraceableTensorShape &batch_shape, const TensorOptions &options=default_tensor_options())PrimitiveTensor< R2, 3, 3 >static
zeros_like(const R2 &other)TensorBase< R2 >static
~NEML2Object()=defaultNEML2Objectvirtual