Remove tdim mapping input (#238)

* Remove tdim input from mappings function

* changelog

* ,

* remove tdim input from perform_mapping

* remove tdims

CHANGELOG_SINCE_LAST_VERSION.md

@@ -0,0 +1 @@
+- Remove tdim input from mappings functions

symfem/finite_element.py

@@ -682,7 +682,7 @@ def map_to_cell(
                     for ds in dofs_by_type.values():
                         mapped_dofs = self.dofs[ds[0]].perform_mapping(
                             [basis[d] for d in ds],
-                            forward_map, inverse_map, self.reference.tdim)
+                            forward_map, inverse_map)
                         for d_n, mdof in zip(ds, mapped_dofs):
                             functions[d_n] = mdof
 

symfem/functionals.py

@@ -85,21 +85,20 @@ def entity_number(self) -> int:
         return self.entity[1]
 
     def perform_mapping(
-        self, fs: typing.List[AnyFunction], map: PointType, inverse_map: PointType, tdim: int
+        self, fs: typing.List[AnyFunction], map: PointType, inverse_map: PointType
     ) -> typing.List[AnyFunction]:
         """Map functions to a cell.
 
         Args:
             fs: functions
             map: Map from the reference cell to a physical cell
             inverse_map: Map to the reference cell from a physical cell
-            tdim: The topological dimension of the cell
 
         Returns:
             Mapped functions
         """
         assert self.mapping is not None
-        return [getattr(mappings, self.mapping)(f, map, inverse_map, tdim) for f in fs]
+        return [getattr(mappings, self.mapping)(f, map, inverse_map) for f in fs]
 
     def entity_tex(self) -> str:
         """Get the entity the DOF is associated with in TeX format.
@@ -387,15 +386,14 @@ def adjusted_dof_point(self) -> PointType:
         return self.dof_point()
 
     def perform_mapping(
-        self, fs: typing.List[AnyFunction], map: PointType, inverse_map: PointType, tdim: int
+        self, fs: typing.List[AnyFunction], map: PointType, inverse_map: PointType
     ) -> typing.List[AnyFunction]:
         """Map functions to a cell.
 
         Args:
             fs: functions
             map: Map from the reference cell to a physical cell
             inverse_map: Map to the reference cell from a physical cell
-            tdim: The topological dimension of the cell
 
         Returns:
             Mapped functions
@@ -882,15 +880,13 @@ def __init__(self, reference: Reference, f_in: FunctionInput,
             assert len(f) == self.integral_domain.tdim
             self.f = mappings.contravariant(
                 f, self.integral_domain.get_map_to_self(),
-                self.integral_domain.get_inverse_map_to_self(),
-                self.integral_domain.tdim)
+                self.integral_domain.get_inverse_map_to_self())
         elif f.is_matrix:
             assert f.shape[0] == self.integral_domain.tdim
             assert f.shape[1] == self.integral_domain.tdim
             self.f = mappings.double_contravariant(
                 f, self.integral_domain.get_map_to_self(),
-                self.integral_domain.get_inverse_map_to_self(),
-                self.integral_domain.tdim)
+                self.integral_domain.get_inverse_map_to_self())
         else:
             self.f = f
 
@@ -1078,15 +1074,14 @@ def _eval_symbolic(self, function: AnyFunction) -> AnyFunction:
         return integrand.integral(self.integral_domain)
 
     def perform_mapping(
-        self, fs: typing.List[AnyFunction], map: PointType, inverse_map: PointType, tdim: int
+        self, fs: typing.List[AnyFunction], map: PointType, inverse_map: PointType
     ) -> typing.List[AnyFunction]:
         """Map functions to a cell.
 
         Args:
             fs: functions
             map: Map from the reference cell to a physical cell
             inverse_map: Map to the reference cell from a physical cell
-            tdim: The topological dimension of the cell
 
         Returns:
             Mapped functions
@@ -1155,13 +1150,13 @@ def __init__(self, reference: Reference,
             if self.f.is_vector and len(self.f) != reference.gdim:
                 self.f = mappings.contravariant(
                     self.f, id_def.get_map_to_self(),
-                    id_def.get_inverse_map_to_self(), id_def.tdim)
+                    id_def.get_inverse_map_to_self())
             elif self.f.is_matrix:
                 assert self.f.shape[0] == id_def.tdim
                 assert self.f.shape[1] == id_def.tdim
                 self.f = mappings.double_contravariant(
                     self.f, id_def.get_map_to_self(),
-                    id_def.get_inverse_map_to_self(), id_def.tdim)
+                    id_def.get_inverse_map_to_self())
 
         # Map from default reference to reference
         if map_function and reference != reference.default_reference():
@@ -1170,7 +1165,7 @@ def __init__(self, reference: Reference,
             mf = getattr(mappings, f"{mapping}_inverse_transpose")
             self.f = mf(self.f, reference.get_map_to_self(),
                         reference.get_inverse_map_to_self(),
-                        reference.tdim, substitute=False)
+                        substitute=False)
             self.f *= id_def.volume() / self.integral_domain.volume()
 
     def _eval_symbolic(self, function: AnyFunction) -> AnyFunction: