MPSolve 3.2.1
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Secular equation data. More...
#include <secular-equation.h>
Public Attributes | |
struct mps_polynomial | __base_class__ |
struct mps_secular_equation_double_buffer | db |
cplx_t * | afpc |
Vector of ![]() | |
cdpe_t * | adpc |
Same as afpc , but the dpe version. | |
cplx_t * | bfpc |
Vector with the values of ![]() | |
cdpe_t * | bdpc |
Same as bfpc , but the dpe version. | |
mpc_t * | ampc |
Same as afpc , but the multiprecision version. | |
pthread_mutex_t * | ampc_mutex |
Mutexes thatn need to be locked to ensure consistent access to ampc[j] variable. | |
mpc_t * | bmpc |
Same as bfpc , but the multiprecision version. | |
pthread_mutex_t * | bmpc_mutex |
Mutexes that need to be locked to ensure consistent access to bmpc[j] variable. | |
double * | aafpc |
Moduli of the floating point a_i coefficients of the secular equation. | |
double * | abfpc |
Moduli of the floating point b_i coefficients of the secular equation. | |
rdpe_t * | aadpc |
DPE Moduli of the CDPE of Multiprecision a_i coefficients of the secular equation. | |
rdpe_t * | abdpc |
DPE Moduli of the CDPE of Multiprecision b_i coefficients of the secular equation. | |
mpc_t * | initial_ampc |
Initial multiprecision coefficients saved for latter regeneration in mps_secular_ga_regenerate_coefficients() . | |
mpc_t * | initial_bmpc |
Initial multiprecision coefficients saved for latter regeneration in mps_secular_ga_regenerate_coefficients() . | |
mpq_t * | initial_ampqrc |
Initial rational coefficients, if rational input is selected. This value is the real part of the ![]() | |
mpq_t * | initial_bmpqrc |
Initial rational coefficients, if rational input is selected. This value is the real part of the ![]() | |
mpq_t * | initial_ampqic |
Initial rational coefficients, if rational input is selected. This value is the imaginary part of the ![]() | |
mpq_t * | initial_bmpqic |
Initial rational coefficients, if rational input is selected. This value is the imaginary part of the ![]() | |
pthread_mutex_t | precision_mutex |
This mutex is locked while changing precision. | |
Secular equation data.
A secular equation is an equation in the form
and this struct holds the values of the parameters