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template<class OMemorySpace > |
class | Impl |
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◆ discrete_dimension_type
template<class CDim >
template<class MemorySpace >
◆ Impl() [1/7]
template<class CDim >
template<class MemorySpace >
◆ Impl() [2/7]
template<class CDim >
template<class MemorySpace >
◆ Impl() [3/7]
template<class CDim >
template<class MemorySpace >
template<class OriginMemorySpace >
◆ Impl() [4/7]
template<class CDim >
template<class MemorySpace >
◆ Impl() [5/7]
template<class CDim >
template<class MemorySpace >
Construct a Impl
from a point and a spacing step.
- Parameters
-
origin | the real coordinate of mesh coordinate 0 |
step | the real distance between two points of mesh distance 1 |
◆ Impl() [6/7]
template<class CDim >
template<class MemorySpace >
Construct a Impl
from a segment
and a number of points n
.
- Parameters
-
a | the coordinate of a first real point (will have mesh coordinate 0) |
b | the coordinate of the second real point (will have mesh coordinate n-1 ) |
n | the number of points to map the segment including a & b |
- Deprecated:
- use the version accepting a vector for n instead
◆ Impl() [7/7]
template<class CDim >
template<class MemorySpace >
Construct a Impl
from a segment
and a number of points n
.
- Parameters
-
a | the coordinate of a first real point (will have mesh coordinate 0) |
b | the coordinate of the second real point (will have mesh coordinate n-1 ) |
n | the number of points to map the segment including a & b |
◆ ~Impl()
template<class CDim >
template<class MemorySpace >
◆ origin()
template<class CDim >
template<class MemorySpace >
Lower bound index of the mesh.
◆ front()
template<class CDim >
template<class MemorySpace >
Lower bound index of the mesh.
◆ step()
template<class CDim >
template<class MemorySpace >
Spacing step of the mesh.
◆ coordinate()
template<class CDim >
template<class MemorySpace >
Convert a mesh index into a position in CDim
◆ Impl
template<class CDim >
template<class MemorySpace >
template<class OMemorySpace >
The documentation for this class was generated from the following file: