REFACTOR (tensors): introduce explicit 2D/3D spatial types and fix op… - #54
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…erator overloads - Replaced the generic `TensorO2.h` with dimension-specific `Tensor2D.h` and `Tensor3D.h` to uniformize the API and clarify spatial domains. - Introduced `Vector2D.h` and `Vector3D.h` to provide lightweight geometric operations (norm, dot, cross, and component-wise products) for FEM routines. - Fixed ambiguous overload resolution warnings during tensor arithmetic by adding missing `const` qualifiers to member operators (`operator*`, `operator+`, `operator-`) in 3D tensor classes. - Standardized component access and initialization specifically for 2D and 3D contexts. - Maintained strict `[[nodiscard]]`, `constexpr`, and `noexcept` guarantees across all new spatial mathematical entities for optimal compile-time evaluation.
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…erator overloads
TensorO2.hwith dimension-specificTensor2D.handTensor3D.hto uniformize the API and clarify spatial domains.Vector2D.handVector3D.hto provide lightweight geometric operations (norm, dot, cross, and component-wise products) for FEM routines.constqualifiers to member operators (operator*,operator+,operator-) in 3D tensor classes.[[nodiscard]],constexpr, andnoexceptguarantees across all new spatial mathematical entities for optimal compile-time evaluation.