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Bachelor's degree final project
v1.0
Faculty of Mathematics, University of Barcelona
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Periodic Invariant Curve. More...
#include <pic.h>
Data Fields | |
size_t | n |
Dimension of the curve's points. | |
size_t | N |
Mesh size of one-dimensional torus. | |
double * | x |
(2N+1)n points that mesh the periodic invariant curve | |
double * | X |
n(2N + 1) Fourier coefficients | |
double ** | DF |
Pointer to (2N+1)n-by-(2N+1)n matrix for Newton methods. | |
double | w |
Irrational number. | |
short unsigned int | autonomous |
Flag that indicates if the dynamic system is autonomous or not PIC_AUTONOMOUS and PIC_NAUTONOMOUS. | |
void(* | f )(size_t, size_t, double *const, double *const, double **const, double, double) |
Pointer to function that is given by user. | |
void *(* | solve )(size_t, size_t, double **const, double *const, double *const, double) |
Pointer to function that is given by user for solving a linear of equation system. |
Periodic Invariant Curve.
Fields for a periodic invariant curve
Flag that indicates if the dynamic system is autonomous or not PIC_AUTONOMOUS and PIC_NAUTONOMOUS.
Pointer to (2N+1)n-by-(2N+1)n matrix for Newton methods.
Pointer to function that is given by user.
Dimension of the curve's points.
Mesh size of one-dimensional torus.
Pointer to function that is given by user for solving a linear of equation system.
Irrational number.
(2N+1)n points that mesh the periodic invariant curve
n(2N + 1) Fourier coefficients