…anges

…anges

…anges

Update commobject.hpp, meshcontiguousnumberingmapping.hpp, and filters.hpp

The commit message is as follows:

"Inline function worldComm updated in commobject.hpp, range_element_type updated in meshcontiguousnumberingmapping.hpp, and is_tuple struct updated in filters.hpp".

no need for worldcomm anymore, use the one from the range

…anges

define Range and RangeBase
provide is_range_v and is_filter_v to know whether we manipulate a range
port feelpp to new Range

Enrich range object #1489

Enriched the range object by modifying the `nelements` function template in multiple files. Made changes to improve readability and removed unnecessary code.

disambiguate type(fix compilation)

Enrich range object #1489

The commit enriches the range object by adding support for a new template parameter and additional constructors. This allows the range object to work with a MeshStructured class, as well as support different types for the template parameter.

Enrich range object

This commit adds the inclusion of the <variant> header in functionspace.hpp file. It also updates the typedefs local_interpolant_type and local_interpolants_type to use std::monostate instead of boost::none_t in functionspace.hpp and orthonormalpolynomialset.hpp files.

Enrich range object #1489

- Refactor code to use the `Range` object instead of `ext_elements_t` in the `buildGhostDofMapExtended` and `generateDofPoints` functions.
- Update type aliases in the `FunctionSpace` class to use the new `Range` object.
- Remove redundant functions `project` from `projectors.hpp`.
- Update the `test_submesh.cpp` file to use the new `Range` object in the `test_submesh_view` test case.

use Range in toolboxes

- Declare range_elements_type using Range template for mesh_type and MESH_ELEMENTS
- Update rangeMeshElements() function to return Range<mesh_type, MESH_ELEMENTS> instead of elements_reference_wrapper_t<mesh_type>
- Update the variable M_rangeMeshElements to be of type Range<mesh_type, MESH_ELEMENTS> instead of elements_reference_wrapper_t<mesh_type>

Refactor Range objects for better functionality

Add utility classes and templates to get the element type contained in certain classes:
- Added `element_type_helper` class to get the element type of `ObjectType`
- Added `element_t` and `element_ptr_t` aliases to get the element type and element shared pointer type of `ObjectType`
- Added specializations of `element_type_helper` for `FunctionSpaces` and `Meshes`
- Added `elements_mesh`, `faces_mesh`, `facets_mesh`, `edges_mesh`, `parent_mesh`, and `trace_mesh` classes and their corresponding aliases and specializations to get the mesh type and mesh shared pointer type of different topological dimensions

- Add debug compile option (-O1) for cln library when CMAKE_BUILD_TYPE is set to "Debug". This allows for optimized debugging.

Add boolean constants for enabling and disabling shared_from_this functionality in the code.
use Range<> class
use mp11 instead of mpl

Use element_t<range_type> instead of typename boost::tuples::element<1_c,range_type>::type::value_type::type for element_type in EmpiricalQuadrature class.

- Update the `updateDisplacementImposed` function in `modelmesh.cpp` to accept a `Range` object instead of `faces_reference_wrapper_t`.
- Update the `on` function in `discr.cpp` to accept a `Range` object instead of `elements_reference_wrapper_t`.
- Update the `integrate` function in `integrate.cpp` to accept a `Range` object instead of `elements_reference_wrapper_t` for integration over elements or faces.
- Update the `defInterpolate` function in `interpolation.cpp` to use a `Range` object instead of `elements_reference_wrapper_t`.
- Update the `distanceToRange` function in `ls.cpp` to accept a `Range` object instead of `faces_reference_wrapper_t`.
- Update the `measure` function in `measure.cpp` to accept a `Range` object instead of `elements_reference_wrapper_t`.

These changes allow more flexible range specification when operating on elements, faces, or other mesh entities.

Enrich range object #1489

Add new file `CTestCostData.txt` to the testsuite. Refactor code in `test_element_component.cpp`, `test_evaluator.cpp`, `test_geomap.cpp`, `test_mortar2.cpp`, `test_space_on_range.cpp`, `test_submesh.cpp`, `test_trace.cpp`, `test_upmarker_faces.cpp`, `test_wire_basket.cpp`, and `test_ranges.cpp`.

Update mesh-related types to use the new trace_mesh_t and trace_mesh_ptr_t aliases. Also update other type aliases accordingly.

Enrich range object #1489

Enrich range object #1489

Enrich range object #1489

add range partitioning #2185

skip toolboxes skip mor skip python

add tests for specx #2186

add tests for specx #2186

add tests for specx #2186

…-specx

…186-add-tests-for-specx

Enrich range object #1489

add tests for specx #2186

…feelpp into 2186-add-tests-for-specx