Data Structures | |
struct | fors_fit_ncoeff_paropts |
struct | entry |
Defines | |
#define | LIST_ELEM entry |
#define | LIST_DEFINE |
#define | cleanup |
#define | cleanup |
#define | cleanup |
#define | cleanup |
#define | cleanup |
#define | cleanup |
#define | cleanup |
#define | cleanup |
#define | cleanup |
#define | cleanup |
#define | cleanup |
#define | cleanup |
#define | cleanup |
#define | cleanup |
#define | cleanup |
#define | cleanup |
#define | cleanup |
#define | cleanup |
#define | cleanup |
#define | cleanup |
#define | cleanup |
#define | cleanup |
Enumerations | |
enum | fors_fit_ncoeff { FORS_FIT_NCOEFF_NO = 0, FORS_FIT_NCOEFF_ONE, FORS_FIT_NCOEFF_PERFRAME, FORS_FIT_NCOEFF_PERNIGHT } |
Functions | |
entry * | entry_new (int frame_index, int star_index, double airmass, double gain, double exptime, int atm_ext_identifier, fors_star *star) |
entry constructor | |
void | entry_delete (entry **e) |
Destructor. | |
static void | entry_delete_but_standard (entry **e) |
Destructor. | |
static double | entry_get_powers_x_y (const entry *e, const cpl_array *powers) |
void | entry_list_print (const entry_list *l, cpl_msg_severity level) |
Print list. | |
static double | entry_get_powers_airmass_color (const entry *e, const cpl_array *powers) |
static entry_list * | fors_photometry_read_input (const cpl_frameset *alphot_frames, const fors_setting *setting, int(*get_atm_ext_id_function)(const cpl_propertylist *header), bool import_unknown, int *n_frames, fors_std_star_list **std_star_list, int filter) |
Read input data from aligned phot tables. | |
static fors_std_star * | fors_photometry_read_input_listinsert_star_if_new (fors_std_star_list *std_list, fors_std_star *std, double mind_arcsec) |
Insert a std star into a list, if the closest existing distance > maxd_arcsec. | |
static void | fors_delete_star_lists (entry_list **el, fors_std_star_list **sl) |
Delete a fors_std_star_list and an entry list referring to it. | |
static bool | fors_fits_compare_string (const char *s1, const char *s2) |
Compare two strings while ignoring trailing blanks. | |
static void | fors_matrix_null (cpl_matrix **m) |
Delete a cpl_matrix and set the pointer to NULL. | |
static void | fors_matrix_append_delete (cpl_matrix **m1, cpl_matrix **m2) |
static double | fors_property_get_num (const cpl_property *prop) |
static double | fors_photometry_parameter_get_num (const cpl_parameterlist *parameters, const char *name, cpl_type type) |
static const char * | fors_photometry_parameter_get_string (const cpl_parameterlist *parameters, const char *name) |
static fors_fit_ncoeff | fors_photometry_parameter_get_ncoeff (const cpl_parameterlist *parameters, const char *name) |
void | fors_photometry_define_parameters (cpl_parameterlist *parameters) |
Define recipe parameters. | |
static cpl_polynomial * | fors_photometry_define_polyf (int degreef1, int degreef2) |
Create a polynomial containing the desired coefficients (set to 1). | |
static cpl_polynomial * | fors_photometry_define_polyp (int degreep) |
Create a 2-dim polynomial with the desired coefficients (set to 1). | |
static cpl_error_code | fors_photometry_poly_new_from_coefficients (const cpl_polynomial *p_def, const cpl_matrix *coeffs, const cpl_matrix *cov_coeffs, cpl_polynomial **poly, cpl_polynomial **var_poly) |
Create a polynomial from a definition and a coefficients container. | |
int | fors_photometry_get_timezone_observer (const cpl_propertylist *header) |
Return the timezone of the observer in hours against UT. | |
int | fors_photometry_get_night_id (const cpl_propertylist *header) |
Get a unique identifier for the night of the observation. | |
static int | fors_photometry_atm_ext_create_index_by_identifier (entry_list *obs_list) |
Collect all atm. extinction identifiers and create the indices. | |
static int | fors_photometry_atm_ext_create_indices (entry_list *obsl, fors_fit_ncoeff fit_e) |
Create all atmospheric extinction indices. | |
static cpl_table * | fors_photometry_atm_ext_print_index_by_framename (const entry_list *obs_list, const cpl_frameset *frames) |
Print the frame filenames for each atm. ext. index. | |
static cpl_error_code | fors_photometry_check_input_value (double value, double value_error, const char *value_name, const char *input_name, double min_limit, double max_limit, double max_error) |
Check input value and its error to stay in a range. | |
static cpl_error_code | fors_photometry_check_fitparam_atm_ext (entry_list *obsl, fors_fit_ncoeff fit_e, bool fit_z) |
Check whether fitting is possible (see below). | |
static cpl_error_code | fors_photometry_adjust_fit_mag_flags (fors_std_star_list *stdl, entry_list *obsl, bool override_fit_m, int *n_mag_fits) |
static cpl_error_code | fors_photometry_remove_unnecessary (fors_std_star_list *std_list, entry_list *obs_list, int *n_mag_fits) |
Remove all standard stars which are fitted but were observed only once. | |
static cpl_array * | fors_photometry_count_observations (fors_std_star_list *std_list, entry_list *obs_list) |
Count the number of observations of each standard star. | |
static cpl_matrix * | build_equations_lhs_matrix_from_parameters (const entry_list *obs_list, const fors_std_star_list *std_list, bool fit_z, bool fit_c, int *n_fit_e_cols) |
Build left hand side matrix equation part. | |
static cpl_matrix * | build_equations_lhs_matrix_from_poly (const entry_list *obs_list, const cpl_polynomial *poly, const char *pname, double(*powerfunc)(const entry *,const cpl_array *)) |
Build polynomial fitting matrix with coefficients represented in columns. | |
static cpl_error_code | build_equations_rhs_cov (const entry_list *obs_list, const fors_std_star_list *std_list, bool fit_z, bool fit_c, bool fit_e, double color_coeff, double dcolor_coeff, double ext_coeff, double dext_coeff, double zpoint, double dzpoint, cpl_matrix **rhs, cpl_matrix **rhs_cov) |
Build right hand side matrix equation part. | |
static void | myprintf (const char *format,...) |
static cpl_matrix * | matrix_product_normal_create (const cpl_matrix *self) |
static cpl_matrix * | solve_normal (const cpl_matrix *coeff, const cpl_matrix *rhs, const cpl_matrix *cov_rhs, double *red_chisq) |
void | fors_photometry (cpl_frameset *frames, const cpl_parameterlist *parameters) |
Do the processing. | |
int | cpl_plugin_get_info (cpl_pluginlist *list) |
Build the list of available plugins, for this module. | |
static int | fors_photometry_create (cpl_plugin *plugin) |
Setup the recipe options. | |
static int | fors_photometry_exec (cpl_plugin *plugin) |
Execute the plugin instance given by the interface. | |
static int | fors_photometry_destroy (cpl_plugin *plugin) |
Destroy what has been created by the 'create' function. | |
Variables | |
const char *const | fors_photometry_name = "fors_photometry" |
const char *const | fors_photometry_description_short = "Compute corrected flatfield" |
const char *const | fors_photometry_author = "Jonas M. Larsen" |
const char *const | fors_photometry_email = PACKAGE_BUGREPORT |
const char *const | fors_photometry_description |
const double | arcsec_tol = 5.0 |
#define cleanup |
Value:
do { \ cpl_polynomial_delete(polyf); polyf = NULL; \ } while (0)
Definition at line 3703 of file fors_photometry_impl.c.
#define cleanup |
Value:
do { \ cpl_polynomial_delete(polyp); polyp = NULL; \ } while (0)
Definition at line 3703 of file fors_photometry_impl.c.
#define cleanup |
Value:
do { \ if (poly != NULL) { cpl_polynomial_delete(*poly); *poly = NULL; } \ if (var_poly != NULL) {cpl_polynomial_delete(*var_poly); *var_poly = NULL;}\ } while (0)
Definition at line 3703 of file fors_photometry_impl.c.
#define cleanup |
Value:
do { \ cpl_free(ident_array); ident_array = NULL; \ } while (0)
Definition at line 3703 of file fors_photometry_impl.c.
#define cleanup |
Value:
do { \ if (frame_printed != NULL) \ { \ cpl_free(frame_printed); \ frame_printed = NULL; \ } \ } while (0)
Definition at line 3703 of file fors_photometry_impl.c.
#define cleanup |
Value:
do { \ cpl_array_delete(airmasses); airmasses = NULL; \ } while (0)
Definition at line 3703 of file fors_photometry_impl.c.
#define cleanup |
Value:
do { \ fors_matrix_null(&solution); \ fors_matrix_null(&cov1); \ fors_matrix_null(&At); \ fors_matrix_null(&AtC); \ fors_matrix_null(&AtCA); \ fors_matrix_null(&p); \ fors_matrix_null(&Ap); \ fors_matrix_null(&bAp); \ fors_matrix_null(&bApt); \ fors_matrix_null(&C1bAp); \ fors_matrix_null(&chi2); \ } while (0)
Definition at line 3703 of file fors_photometry_impl.c.
#define cleanup |
Value:
do { \ cpl_frameset_delete((cpl_frameset *)aligned_phot_frames); \ cpl_frameset_delete((cpl_frameset *)master_flat_frame); \ cpl_frameset_delete((cpl_frameset *)phot_table); \ fors_setting_delete(&setting); \ fors_image_delete(&master_flat); \ fors_image_delete(&correction); \ cpl_table_delete(phot_coeff); \ cpl_table_delete(summary); \ fors_delete_star_lists(&obs, &std_star_list); \ cpl_array_delete(n_std_star_obs); n_std_star_obs = NULL; \ fors_matrix_null(&eqn_lhs); \ fors_matrix_null(&eqn_rhs); \ fors_matrix_null(&eqn_cov_rhs); \ fors_matrix_null(&eqn_result); \ fors_matrix_null(&tmp_mat); \ fors_matrix_null(&result_polyf); \ fors_matrix_null(&result_cov_polyf); \ fors_matrix_null(&result_params); \ fors_matrix_null(&result_cov_params); \ fors_matrix_null(&result_polyp); \ fors_matrix_null(&result_cov_polyp); \ cpl_polynomial_delete(polyf); polyf = NULL; \ cpl_polynomial_delete(polyf_definition); polyf_definition = NULL; \ cpl_polynomial_delete(polyf_variance); polyf_variance = NULL; \ cpl_polynomial_delete(polyp); polyp = NULL; \ cpl_polynomial_delete(polyp_definition); polyp_definition = NULL; \ } while (0)
Definition at line 3703 of file fors_photometry_impl.c.
#define cleanup |
Value:
do { \ fors_std_star_delete(&std_star); \ cpl_propertylist_delete(header); header = NULL; \ cpl_table_delete(aligned_phot); aligned_phot = NULL; \ fors_setting_delete(&setting_f); \ fors_delete_star_lists(&obs, std_star_list); \ fors_star_delete_but_standard(&obs_star); \ fors_std_star_delete(&std_star); \ \ *n_frames = 0; \ } while (0)
Definition at line 3703 of file fors_photometry_impl.c.
#define cleanup |
Value:
do { \ cpl_array_delete(n_obs_per_std); n_obs_per_std = NULL; \ fors_std_star_list_delete(&std_list_copy, NULL); \ entry_list_delete(&obs_list_copy, NULL); \ } while (0)
Definition at line 3703 of file fors_photometry_impl.c.
#define cleanup |
Value:
do { \ cpl_array_unwrap(n_obs_a); n_obs_a = NULL; \ cpl_free(n_obs); n_obs = NULL; \ } while (0)
Definition at line 3703 of file fors_photometry_impl.c.
#define cleanup |
Value:
do { \ fors_matrix_null(&lhs); \ if (n_fit_e_cols != NULL) \ *n_fit_e_cols = 0; \ } while (0)
Definition at line 3703 of file fors_photometry_impl.c.
#define cleanup |
Value:
do { \ fors_matrix_null(&mat); \ cpl_array_delete(Apowers); Apowers = NULL; \ } while (0)
Definition at line 3703 of file fors_photometry_impl.c.
#define cleanup |
Value:
do { \ fors_matrix_null(&rhs_input_cov); \ fors_matrix_null(&rhs_jacobian); \ fors_matrix_null(&rhs_input); \ fors_matrix_null(&rhs_jacobian_T); \ fors_matrix_null(&tmp_matrix); \ fors_matrix_null(rhs); \ fors_matrix_null(rhs_cov); \ } while (0)
Definition at line 3703 of file fors_photometry_impl.c.
entry * entry_new | ( | int | frame_index, | |
int | star_index, | |||
double | airmass, | |||
double | gain, | |||
double | exptime, | |||
int | atm_ext_identifier, | |||
fors_star * | star | |||
) |
entry constructor
star | ownership is transferred, so deallocate only using entry_delete |
Definition at line 289 of file fors_photometry_impl.c.
Referenced by fors_photometry_read_input().
void entry_delete | ( | entry ** | e | ) |
Destructor.
e | to delete |
Definition at line 320 of file fors_photometry_impl.c.
References fors_star_delete().
Referenced by fors_delete_star_lists().
static void entry_delete_but_standard | ( | entry ** | e | ) | [static] |
Destructor.
e | to delete |
Definition at line 336 of file fors_photometry_impl.c.
References fors_star_delete_but_standard().
Referenced by fors_photometry(), and fors_photometry_remove_unnecessary().
void entry_list_print | ( | const entry_list * | l, | |
cpl_msg_severity | level | |||
) |
Print list.
l | to print | |
level | message level |
Definition at line 354 of file fors_photometry_impl.c.
References entry::airmass, entry::exptime, fors_star_print(), entry::frame_index, entry::gain, entry::star, and entry::star_index.
Referenced by fors_photometry().
static entry_list * fors_photometry_read_input | ( | const cpl_frameset * | alphot_frames, | |
const fors_setting * | setting, | |||
int(*)(const cpl_propertylist *header) | get_atm_ext_id_function, | |||
bool | import_unknown, | |||
int * | n_frames, | |||
fors_std_star_list ** | std_star_list, | |||
int | filter | |||
) | [static] |
Read input data from aligned phot tables.
alphot_frames | Input frames | |
setting | Instrument setting | |
get_atm_ext_id_function | Function to create an identifier for the atmospheric extinction by frame header | |
import_unknown | Flag whether to import also untrusted and non-standard stars | |
n_frames | (Output) number of frames | |
std_star_list | (Output) list of standard stars |
Definition at line 2756 of file fors_photometry_impl.c.
References arcsec_tol, assure, _fors_setting::average_gain, cleanup, _fors_star::dmagnitude, entry_new(), _fors_setting::exposure_time, fors_extract_check_sex_star(), fors_photometry_read_input_listinsert_star_if_new(), fors_setting_delete(), fors_setting_verify(), fors_star_delete_but_standard(), fors_star_new_from_table(), fors_type_get_string(), _fors_star::id, entry::star, entry::star_index, and _fors_std_star::trusted.
Referenced by fors_photometry().
static fors_std_star * fors_photometry_read_input_listinsert_star_if_new | ( | fors_std_star_list * | std_list, | |
fors_std_star * | std, | |||
double | mind_arcsec | |||
) | [static] |
Insert a std star into a list, if the closest existing distance > maxd_arcsec.
std_list | Standard star list | |
std | Standard star to test | |
mind_arcsec | Minimum distance in arc seconds |
In the case of error, the input star is not deleted and its pointer is returned.
Definition at line 3102 of file fors_photometry_impl.c.
Referenced by fors_photometry_read_input().
static void fors_delete_star_lists | ( | entry_list ** | el, | |
fors_std_star_list ** | sl | |||
) | [static] |
Delete a fors_std_star_list and an entry list referring to it.
el | Entry list | |
sl | Standard star list |
Definition at line 414 of file fors_photometry_impl.c.
References entry_delete(), _fors_star::id, and entry::star.
static bool fors_fits_compare_string | ( | const char * | s1, | |
const char * | s2 | |||
) | [static] |
Compare two strings while ignoring trailing blanks.
s1 | String 1 | |
s2 | String 2 |
Definition at line 443 of file fors_photometry_impl.c.
Referenced by fors_photometry_get_timezone_observer().
static void fors_matrix_null | ( | cpl_matrix ** | m | ) | [static] |
Delete a cpl_matrix and set the pointer to NULL.
m | Matrix to delete |
Definition at line 480 of file fors_photometry_impl.c.
Referenced by build_equations_rhs_cov(), fors_matrix_append_delete(), fors_photometry(), and solve_normal().
void fors_photometry_define_parameters | ( | cpl_parameterlist * | parameters | ) |
Define recipe parameters.
parameters | parameter list to fill |
Definition at line 669 of file fors_photometry_impl.c.
References fors_photometry_name.
Referenced by fors_photometry_create(), and test_photometry().
static cpl_polynomial * fors_photometry_define_polyf | ( | int | degreef1, | |
int | degreef2 | |||
) | [static] |
Create a polynomial containing the desired coefficients (set to 1).
degreef1 | Degree in x (>= 0) | |
degreef2 | Degree in y, or negative for triangular coefficient matrix. |
Definition at line 805 of file fors_photometry_impl.c.
References assure, cleanup, fors_polynomial_count_coeff(), and fors_polynomial_dump().
Referenced by fors_photometry().
static cpl_polynomial * fors_photometry_define_polyp | ( | int | degreep | ) | [static] |
Create a 2-dim polynomial with the desired coefficients (set to 1).
degreep | Total Degree |
Definition at line 885 of file fors_photometry_impl.c.
References assure, cleanup, fors_polynomial_count_coeff(), and fors_polynomial_dump().
Referenced by fors_photometry().
static cpl_error_code fors_photometry_poly_new_from_coefficients | ( | const cpl_polynomial * | p_def, | |
const cpl_matrix * | coeffs, | |||
const cpl_matrix * | cov_coeffs, | |||
cpl_polynomial ** | poly, | |||
cpl_polynomial ** | var_poly | |||
) | [static] |
Create a polynomial from a definition and a coefficients container.
p_def | Polynomial definition (using non-zero coeffs) | |
coeffs | Column vector (N x 1) containing the coefficients in the order defined by the functions fors_polynomial_*(), ignored if p_def contains no non-zero coefficients | |
cov_coeffs | (Optional) covariance matrix (N x N) of the coefficients in the order defined by the functions fors_polynomial_*(), ignored if p_def contains no non-zero coefficients or if var_poly == NULL | |
poly | Output polynomial | |
var_poly | (Optional) output variance polynomial |
Definition at line 952 of file fors_photometry_impl.c.
References cleanup, fors_polynomial_count_coeff(), fors_polynomial_create_variance_polynomial(), and fors_polynomial_set_existing_coeff().
Referenced by fors_photometry().
int fors_photometry_get_timezone_observer | ( | const cpl_propertylist * | header | ) |
Return the timezone of the observer in hours against UT.
header | Frame header |
Definition at line 1039 of file fors_photometry_impl.c.
References fors_fits_compare_string().
Referenced by fors_photometry_get_night_id().
int fors_photometry_get_night_id | ( | const cpl_propertylist * | header | ) |
Get a unique identifier for the night of the observation.
header | Frame header |
Definition at line 1092 of file fors_photometry_impl.c.
References assure, fors_photometry_get_timezone_observer(), and fors_property_get_num().
Referenced by fors_photometry().
static int fors_photometry_atm_ext_create_index_by_identifier | ( | entry_list * | obs_list | ) | [static] |
Collect all atm. extinction identifiers and create the indices.
obs_list | Observation list | |
Number | of indices (= max index + 1), 0 in the case of error |
Definition at line 1170 of file fors_photometry_impl.c.
References entry::atm_ext_identifier, and entry::atm_ext_index.
Referenced by fors_photometry_atm_ext_create_indices().
static int fors_photometry_atm_ext_create_indices | ( | entry_list * | obsl, | |
fors_fit_ncoeff | fit_e | |||
) | [static] |
Create all atmospheric extinction indices.
obsl | Observation list | |
fit_e | How many atmospheric extinctions to fit |
If fit_e is neither FORS_FIT_NCOEFF_NO nor FORS_FIT_NCOEFF_ONE nor FORS_FIT_NCOEFF_PERFRAME, then the atmospheric extinction identifier in the entries of obs_list must be set, otherwise the atmospheric extinction indices will contain garbage.
Definition at line 1243 of file fors_photometry_impl.c.
References entry::atm_ext_index, fors_photometry_atm_ext_create_index_by_identifier(), and entry::frame_index.
Referenced by fors_photometry().
static cpl_table * fors_photometry_atm_ext_print_index_by_framename | ( | const entry_list * | obs_list, | |
const cpl_frameset * | frames | |||
) | [static] |
Print the frame filenames for each atm. ext. index.
obs_list | Observation list | |
frames | Frameset used as reference for printing | |
CPL | error code |
Definition at line 1313 of file fors_photometry_impl.c.
References entry::atm_ext_index, and entry::frame_index.
Referenced by fors_photometry().
static cpl_error_code fors_photometry_check_input_value | ( | double | value, | |
double | value_error, | |||
const char * | value_name, | |||
const char * | input_name, | |||
double | min_limit, | |||
double | max_limit, | |||
double | max_error | |||
) | [static] |
Check input value and its error to stay in a range.
value | Input value to check | |
value_error | Input value's uncertainty (1 sigma) to check | |
value_name | Input value's name to use in error messages | |
input_name | Input's name (e.g. filename) to use in error messages | |
min_limit | Minimum limit for value | |
max_limit | Maximum limit for value | |
max_error | Maximum limit for value_error |
Definition at line 1447 of file fors_photometry_impl.c.
Referenced by fors_photometry().
static cpl_error_code fors_photometry_check_fitparam_atm_ext | ( | entry_list * | obsl, | |
fors_fit_ncoeff | fit_e, | |||
bool | fit_z | |||
) | [static] |
Check whether fitting is possible (see below).
fit_e | How many atmospheric extinctions to fit | |
fit_z | Flag whether to fit the zeropoint |
Definition at line 1522 of file fors_photometry_impl.c.
References entry::airmass, and entry::atm_ext_index.
Referenced by fors_photometry().
static cpl_error_code fors_photometry_remove_unnecessary | ( | fors_std_star_list * | std_list, | |
entry_list * | obs_list, | |||
int * | n_mag_fits | |||
) | [static] |
Remove all standard stars which are fitted but were observed only once.
std_list | Standard star list (modified) | |
obs_list | Observation list (modified) | |
n_mag_fits | (Output) number of remaining untrusted std stars |
Definition at line 3249 of file fors_photometry_impl.c.
References assure, cleanup, entry_delete_but_standard(), fors_photometry_count_observations(), _fors_star::id, entry::star, and entry::star_index.
Referenced by fors_photometry().
static cpl_array * fors_photometry_count_observations | ( | fors_std_star_list * | std_list, | |
entry_list * | obs_list | |||
) | [static] |
Count the number of observations of each standard star.
std_list | Standard star list | |
obs_list | Observation list |
Definition at line 3379 of file fors_photometry_impl.c.
References entry::star_index.
Referenced by fors_photometry(), and fors_photometry_remove_unnecessary().
static cpl_matrix * build_equations_lhs_matrix_from_parameters | ( | const entry_list * | obs_list, | |
const fors_std_star_list * | std_list, | |||
bool | fit_z, | |||
bool | fit_c, | |||
int * | n_fit_e_cols | |||
) | [static] |
Build left hand side matrix equation part.
obs_list | List of star observations | |
std_list | List of std. stars | |
fit_z | fit zeropoint? | |
fit_c | fit color coeff.? | |
n_fit_e_cols | (Optional) output number of atmospheric extinctions |
Definition at line 3446 of file fors_photometry_impl.c.
References entry::airmass, assure, entry::atm_ext_index, cleanup, entry::frame_index, _fors_star::id, entry::star, and entry::star_index.
Referenced by fors_photometry().
static cpl_matrix * build_equations_lhs_matrix_from_poly | ( | const entry_list * | obs_list, | |
const cpl_polynomial * | poly, | |||
const char * | pname, | |||
double(*)(const entry *, const cpl_array *) | powerfunc | |||
) | [static] |
Build polynomial fitting matrix with coefficients represented in columns.
obs_list | Observation list | |
poly | Polynomial definition | |
pname | (Optional) name of the polynomial for debug messages | |
powerfunc | Function to evaluate a combination of powers |
Definition at line 3624 of file fors_photometry_impl.c.
References assure, fors_polynomial_count_coeff(), fors_polynomial_powers_find_first_coeff(), fors_polynomial_powers_find_next_coeff(), and fors_polynomial_sprint_coeff().
Referenced by fors_photometry().
static cpl_error_code build_equations_rhs_cov | ( | const entry_list * | obs_list, | |
const fors_std_star_list * | std_list, | |||
bool | fit_z, | |||
bool | fit_c, | |||
bool | fit_e, | |||
double | color_coeff, | |||
double | dcolor_coeff, | |||
double | ext_coeff, | |||
double | dext_coeff, | |||
double | zpoint, | |||
double | dzpoint, | |||
cpl_matrix ** | rhs, | |||
cpl_matrix ** | rhs_cov | |||
) | [static] |
Build right hand side matrix equation part.
obs_list | List of star observations | |
std_list | List of std. stars | |
fit_z | fit zeropoint? | |
fit_c | fit color coeff.? | |
fit_e | fit extinction coeff.? | |
color_coeff | color coefficient | |
dcolor_coeff | color coefficient error | |
ext_coeff | extinction coefficient | |
dext_coeff | ext_coeff error | |
rhs | (output) right hand side | |
rhs_cov | (output) covariance of rhs |
Definition at line 3730 of file fors_photometry_impl.c.
References entry::airmass, cleanup, _fors_star::dmagnitude, entry::exptime, fors_matrix_null(), entry::gain, _fors_star::id, _fors_star::magnitude, entry::star, and entry::star_index.
Referenced by fors_photometry().
void fors_photometry | ( | cpl_frameset * | frames, | |
const cpl_parameterlist * | parameters | |||
) |
Do the processing.
frames | input frames | |
parameters | recipe parameters |
Definition at line 1876 of file fors_photometry_impl.c.
References assure, build_equations_lhs_matrix_from_parameters(), build_equations_lhs_matrix_from_poly(), build_equations_rhs_cov(), cleanup, entry_delete_but_standard(), entry_get_powers_airmass_color(), entry_get_powers_x_y(), entry_list_print(), fors_dfs_save_image(), fors_dfs_save_table(), fors_frameset_extract(), fors_image_divide_scalar(), fors_image_exponential(), fors_image_get_median(), fors_image_get_size_x(), fors_image_get_size_y(), fors_image_load(), fors_image_multiply(), fors_image_multiply_scalar(), fors_image_new(), fors_matrix_append_delete(), fors_matrix_null(), fors_photometry_adjust_fit_mag_flags(), fors_photometry_atm_ext_create_indices(), fors_photometry_atm_ext_print_index_by_framename(), fors_photometry_check_fitparam_atm_ext(), fors_photometry_check_input_value(), fors_photometry_count_observations(), fors_photometry_define_polyf(), fors_photometry_define_polyp(), fors_photometry_get_night_id(), fors_photometry_name, fors_photometry_parameter_get_ncoeff(), fors_photometry_parameter_get_num(), fors_photometry_poly_new_from_coefficients(), fors_photometry_read_input(), fors_photometry_remove_unnecessary(), fors_polynomial_dump(), fors_qc_dic_version, fors_qc_end_group(), fors_qc_start_group(), fors_qc_write_qc_double(), fors_setting_new(), _fors_setting::instrument, and solve_normal().
Referenced by fors_photometry_exec(), and test_photometry().
int cpl_plugin_get_info | ( | cpl_pluginlist * | list | ) |
Build the list of available plugins, for this module.
list | The plugin list |
Definition at line 62 of file fors_photometry.c.
References fors_get_version_binary(), fors_license, fors_photometry_author, fors_photometry_create(), fors_photometry_description, fors_photometry_description_short, fors_photometry_destroy(), fors_photometry_email, fors_photometry_exec(), and fors_photometry_name.
static int fors_photometry_create | ( | cpl_plugin * | plugin | ) | [static] |
Setup the recipe options.
plugin | The plugin |
Definition at line 109 of file fors_photometry.c.
References fors_photometry_define_parameters().
Referenced by cpl_plugin_get_info().
static int fors_photometry_exec | ( | cpl_plugin * | plugin | ) | [static] |
Execute the plugin instance given by the interface.
plugin | the plugin |
Definition at line 158 of file fors_photometry.c.
References fors_begin(), fors_end(), fors_photometry(), and fors_photometry_description_short.
Referenced by cpl_plugin_get_info().
static int fors_photometry_destroy | ( | cpl_plugin * | plugin | ) | [static] |
Destroy what has been created by the 'create' function.
plugin | The plugin |
Definition at line 207 of file fors_photometry.c.
Referenced by cpl_plugin_get_info().
const char* const fors_photometry_description |
Initial value:
"Input files:\n" " DO category: Type: Explanation: Number:\n" " PHOT_TABLE FITS table Expected extinction params 1\n" " ALIGNED_PHOT FITS table Photometry 1+\n" " MASTER_SKY_FLAT_IMG FITS image Master flat field 1\n" "\n" "Output files:\n" " DO category: Data type: Explanation:\n" " PHOT_COEFF_TABLE FITS image Observed extinction coefficients\n" " CORRECTION_MAP FITS image Correction map (magnitude)\n" " CORRECTION_FACTOR FITS image Correction map (flux)\n" " MASTER_FLAT_IMG FITS image Corrected master flat field\n"
Definition at line 60 of file fors_photometry_impl.c.
Referenced by cpl_plugin_get_info().