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Tomographer
v1.0a
Tomographer C++ Framework Documentation
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Tomographer
v1.0a
Tomographer C++ Framework Documentation
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Helper intermediate class for MatrQ. More...
#include <tomographer/qit/matrq.h>
Inheritance diagram for Tomographer::MatrQBaseDimStore< Derived, has_fixed_dim >: Collaboration diagram for Tomographer::MatrQBaseDimStore< Derived, has_fixed_dim >:Public Member Functions | |
| std::size_t | dim () const |
| The dimension of the quantum system. See MatrQBase<Derived>::FixedDim. | |
| std::size_t | dim2 () const |
| The squared dimension of the quantum system. See MatrQBase<Derived>::FixedDim2. | |
| std::size_t | ndof () const |
| The squared dimension of the quantum system, minus one. See MatrQBase<Derived>::FixedNdof. | |
| MatrQBaseDimStore (std::size_t dim_) | |
| MatrQBase< Derived >::MatrixType::ConstantReturnType | initMatrixType () const |
| Zero initializer for a MatrixType. More... | |
| MatrQBase< Derived >::VectorParamType::ConstantReturnType | initVectorParamType () const |
| Zero initializer for a VectorParamType. More... | |
| MatrQBase< Derived >::VectorParamNdofType::ConstantReturnType | initVectorParamNdofType () const |
| Zero initializer for a VectorParamNdofType. More... | |
| MatrQBase< Derived >::VectorParamListType::ConstantReturnType | initVectorParamListType (std::size_t len) const |
| Zero initializer for a VectorParamListType. More... | |
| MatrQBase< Derived >::FreqListType::ConstantReturnType | initFreqListType (std::size_t len) const |
| Zero initializer for a FreqListType. More... | |
Additional Inherited Members | |
| Public Types inherited from Tomographer::MatrQBase< Derived > | |
| enum | |
| Values that are either fixed at compile-time, or set to Eigen::Dynamic. More... | |
| typedef tomo_internal::matrq_traits< Derived >::RealScalar | RealScalar |
Real scalar type (usually double) | |
| typedef tomo_internal::matrq_traits< Derived >::ComplexScalar | ComplexScalar |
Complex scalar type (usually std::complex<double>) | |
| typedef tomo_internal::matrq_traits< Derived >::IntFreqType | IntFreqType |
Integer type, used to count measurement frequencies. (int is fine) | |
| typedef Eigen::Matrix< std::complex< RealScalar >, FixedDim, FixedDim > | MatrixType |
| Complex dim x dim Matrix. | |
| typedef Eigen::Matrix< RealScalar, FixedDim2, 1 > | VectorParamType |
| Real dim*dim Vector. | |
| typedef Eigen::Matrix< RealScalar, FixedNdof, 1 > | VectorParamNdofType |
| Real dim*dim-1 Vector. | |
| typedef Eigen::Matrix< RealScalar, Eigen::Dynamic, FixedDim2, Eigen::RowMajor, FixedMaxParamList, FixedDim2 > | VectorParamListType |
| dynamic Matrix with rows = dim*dim Vectors (row-major) [maximum FixedMaxParamList rows, or Dynamic] | |
| typedef Eigen::Array< IntFreqType, Eigen::Dynamic, 1, 0, FixedMaxParamList, 1 > | FreqListType |
| dynamic Array of integers [maximum FixedMaxParamList entries or Dynamic] | |
Helper intermediate class for MatrQ.
This helper class allows the definition of the initializer methods initMatrixType(), initVectorParamType(), etc. via template specialization, without having to specialize all the base definitions in e.g. MatrQBase.
This class stores the dimension given at runtime if has_fixed_dim is false, or, if we have a fixed dimension, then provides statically fixed implementations of all its member functions. In all cases, dim() returns the dimension.
In fact, we could have been directly defined the MatrQ class this way, but this additional intermediary makes the specialization more flexible, i.e. one can specialize the definition of MatrQ not only a particular value of one of its template parameters, but for a more global condition on its template parameters. (But which is in fact not needed here.)
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Constructor. If a fixed dimension is given (has_fixed_dim is true), then we assert that the given dimension matches the compile-time fixed dimension FixedDim (with eigen_assert()). Otherwise, if the dimension is given at runtime, we store the dimension.
The value of the dimension can in all cases be obtained using the dim() method.
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Zero initializer for a FreqListType.
This function returns an initializer, which when assigned to a FreqListType, should initialize it with zeros.
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Zero initializer for a MatrixType.
This function returns an initializer, which when assigned to a MatrixType, should initialize it with zeros.
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Zero initializer for a VectorParamListType.
This function returns an initializer, which when assigned to a VectorParamListType, should initialize it with zeros.
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Zero initializer for a VectorParamNdofType.
This function returns an initializer, which when assigned to a VectorParamNdofType, should initialize it with zeros.
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Zero initializer for a VectorParamType.
This function returns an initializer, which when assigned to a VectorParamType, should initialize it with zeros.
