Modifies a pointer to an array held in a Data Fitting task descriptor.
FORTRAN:
status = dfseditptr(task, ptr_type, ptr)
status = dfdeditptr(task, ptr_type, ptr)
status = dfieditptr(task, ptr_type, ptr)
C:
status = dfsEditPtr(task, ptr_type, ptr)
status = dfdEditPtr(task, ptr_type, ptr)
status = dfiEditPtr(task, ptr_type, ptr)
Name |
Type |
Description |
|---|---|---|
task |
Fortran: TYPE(DF_TASK) C: DFTaskPtr |
Descriptor of the task. |
Fortran: INTEGER C: MKL_INT |
The parameter to change. For details, see the Pointer Type column in table "Pointers Supported by the df?editptr Task Editor". |
|
ptr |
Fortran: REAL(KIND=4) DIMENSION(*) for dfseditptr REAL(KIND=8) DIMENSION(*) for dfdeditptr INTEGER DIMENSION(*) for dfieditptr C: float* for dfsEditPtr double* for dfdEditPtr MKL_INT* for dfiEditPtr |
New pointer. For details, see the Purpose column in table "Pointers Supported by the df?editptr Task Editor". |
Name |
Type |
Description |
|---|---|---|
status |
Fortran: INTEGER C: int |
Status of the routine:
|
The df?editptr editor replaces the pointer of type ptr_type stored in a Data Fitting task descriptor with a new pointer ptr. The table below describes types of pointers supported by the editor:
Pointer Type |
Purpose |
|---|---|
DF_X |
Partition x of the interpolation interval |
DF_Y |
Vector-valued function y |
DF_IC |
Internal conditions for spline construction. For details, see table "Internal Conditions Supported by Data Fitting Functions". |
DF_BC |
Boundary conditions for spline construction. For details, see table "Boundary Conditions Supported by Data Fitting Functions". |
DF_PP_SCOEFF |
Spline coefficients |
You can use df?editptr to modify different types of pointers including pointers to the vector-valued function and spline coefficients stored in contiguous memory. Use the df?editidxptr editor if you need to modify pointers to coordinates of the vector-valued function or spline coefficients stored at non-contiguous memory locations.
If you pass a NULL pointer to the df?editptr task editor, the task remains unchanged and the routine returns an error code. For the predefined error codes, please see "Task Status and Error Reporting".