Initializes the solver for Jacobian calculations.
Fortran:
res = sjacobi_init(handle, n, m, x, fjac, esp)
res = djacobi_init(handle, n, m, x, fjac, esp)
C:
res = sjacobi_init(&handle, &n, &m, x, fjac, &eps);
res = djacobi_init(&handle, &n, &m, x, fjac, &eps);
The Fortran interfaces are specified in the mkl_rci.fi include file and the C interfaces are specified in the mkl_rci.h include file.
The routine initializes the solver.
INTEGER. Length of X.
INTEGER. Length of F.
REAL for sjacobi_init
DOUBLE PRECISION for djacobi_init
Array of size n. Vector, at which the function is evaluated.
REAL for sjacobi_init
DOUBLE PRECISION for djacobi_init
Precision of the Jacobi matrix calculation.
REAL for sjacobi_init
DOUBLE PRECISION for djacobi_init
Array of size (m,n). Contains the Jacobi matrix of the function.
Data object of the _JACOBIMATRIX_HANDLE_t type in C/C++ and INTEGER*8 in FORTRAN.
INTEGER. Informs about the task completion.
res = TR_SUCCESS indicates that the routine completed the task normally.
res = TR_INVALID_OPTION indicates an error in the input parameters.
res = TR_OUT_OF_MEMORY indicates a memory error.
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