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Uni20
Asynchronous tensor and runtime library.
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Go to the source code of this file.
Namespaces | |
| namespace | uni20 |
Concepts | |
| concept | uni20::Integer |
| Concept for integer scalar types (excluding char and bool). | |
| concept | uni20::Real |
| Concept for real scalar types (float, double, etc.). | |
| concept | uni20::Complex |
| Concept for complex scalar types. | |
| concept | uni20::Scalar |
| Concept for numeric scalar types (integer, real, or complex). | |
| concept | uni20::RealOrComplex |
| Concept for types that are either real or complex. | |
| concept | uni20::BlasReal |
| Real scalar types supported by the configured raw-pointer BLAS wrappers. | |
| concept | uni20::BlasComplex |
| Complex scalar types supported by the configured raw-pointer BLAS wrappers. | |
| concept | uni20::BlasScalar |
| Scalar types supported by the configured raw-pointer BLAS wrappers. | |
| concept | uni20::LapackReal |
| Real scalar types supported by the configured raw-pointer LAPACK wrappers. | |
| concept | uni20::LapackComplex |
| Complex scalar types supported by the configured raw-pointer LAPACK wrappers. | |
| concept | uni20::LapackRealOrComplex |
| Concept for real or complex scalar fields with real LAPACK coverage. | |
| concept | uni20::LapackComplexReal |
| Concept for real precisions whose Uni20 complex scalar has LAPACK coverage. | |
| concept | uni20::LapackScalar |
| Concept for scalar types with a configured dense LAPACK backend. | |
| concept | uni20::ScalarValued |
Concept for scalar types or types whose recursive value_type resolves to a scalar. | |
| concept | uni20::IntegerScalarValued |
Concept for scalar-valued types whose scalar_t<T> is an integer scalar. | |
| concept | uni20::RealScalarValued |
Concept for scalar-valued types whose scalar_t<T> is a real scalar. | |
| concept | uni20::ComplexScalarValued |
Concept for scalar-valued types whose scalar_t<T> is a complex scalar. | |
| concept | uni20::RealOrComplexScalarValued |
Concept for scalar-valued types whose scalar_t<T> is real or complex. | |