SYMBOL INDEX (157 symbols across 16 files)

FILE: ctest/compare.py
  function read_table (line 10) | def read_table(fname):
  function fracdiff (line 40) | def fracdiff(x, y):

FILE: ctest/test_image.c
  function gettime_ns (line 10) | uint64_t gettime_ns() {
  function addbox (line 56) | void addbox(float * im, int w, int h, float xc, float yc, float r, float...
  function printbox (line 80) | void printbox(float * im, int w, int h, int xmin, int xmax, int ymin, in...
  function read_test_image (line 97) | int read_test_image(char * fname, float ** data, int64_t * nx, int64_t *...
  function print_time (line 194) | void print_time(char * s, uint64_t tdiff) {
  function main (line 198) | int main(int argc, char ** argv) {

FILE: setup.py
  function _new_version_scheme (line 13) | def _new_version_scheme(version: ScmVersion) -> str:
  function _new_local_scheme (line 18) | def _new_local_scheme(version: ScmVersion) -> str:

FILE: src/analyse.c
  function analysemthresh (line 39) | int analysemthresh(int objnb, objliststruct * objlist, int minarea, PIXT...
  function preanalyse (line 100) | void preanalyse(int no, objliststruct * objlist) {
  function analyse (line 168) | void analyse(int no, objliststruct * objlist, int robust, double gain) {

FILE: src/aperture.c
  function sep_ellipse_axes (line 62) | int sep_ellipse_axes(
  function sep_ellipse_coeffs (line 91) | void sep_ellipse_coeffs(
  function boxextent (line 111) | static void boxextent(
  function boxextent_ellipse (line 147) | static void boxextent_ellipse(
  function oversamp_ann_circle (line 172) | static void oversamp_ann_circle(double r, double * r_in2, double * r_out...
  function oversamp_ann_ellipse (line 180) | static void oversamp_ann_ellipse(double r, double b, double * r_in2, dou...
  function sep_sum_circann_multi (line 348) | int sep_sum_circann_multi(
  function inverse (line 578) | static double inverse(double xmax, const double * y, int64_t n, double y...
  function sep_flux_radius (line 604) | int sep_flux_radius(
  function sep_kron_radius (line 661) | int sep_kron_radius(
  function sep_set_ellipse (line 781) | void sep_set_ellipse(
  function sep_windowed (line 827) | int sep_windowed(

FILE: src/background.c
  type backstruct (line 38) | typedef struct {
  function sep_background (line 73) | int sep_background(
  function backstat (line 277) | void backstat(
  function backhisto (line 398) | void backhisto(
  function backguess (line 466) | float backguess(backstruct * bkg, float * mean, float * sigma)
  function filterback (line 540) | int filterback(sep_bkg * bkg, int64_t fw, int64_t fh, double fthresh)
  function makebackspline (line 682) | int makebackspline(const sep_bkg * bkg, float * map, float * dmap) {
  function sep_bkg_global (line 729) | float sep_bkg_global(const sep_bkg * bkg) {
  function sep_bkg_globalrms (line 733) | float sep_bkg_globalrms(const sep_bkg * bkg) {
  function sep_bkg_pix (line 740) | float sep_bkg_pix(const sep_bkg * bkg, int64_t x, int64_t y)
  function bkg_line_flt_internal (line 790) | int bkg_line_flt_internal(
  function sep_bkg_line_flt (line 915) | int sep_bkg_line_flt(const sep_bkg * bkg, int64_t y, float * line)
  function sep_bkg_rmsline_flt (line 924) | int sep_bkg_rmsline_flt(const sep_bkg * bkg, int64_t y, float * line)
  function sep_bkg_line (line 935) | int sep_bkg_line(const sep_bkg * bkg, int64_t y, void * line, int dtype) {
  function sep_bkg_rmsline (line 966) | int sep_bkg_rmsline(const sep_bkg * bkg, int64_t y, void * line, int dty...
  function sep_bkg_array (line 997) | int sep_bkg_array(const sep_bkg * bkg, void * arr, int dtype) {
  function sep_bkg_rmsarray (line 1037) | int sep_bkg_rmsarray(const sep_bkg * bkg, void * arr, int dtype) {
  function sep_bkg_subline (line 1077) | int sep_bkg_subline(const sep_bkg * bkg, int64_t y, void * line, int dty...
  function sep_bkg_subarray (line 1105) | int sep_bkg_subarray(const sep_bkg * bkg, void * arr, int dtype) {
  function sep_bkg_free (line 1138) | void sep_bkg_free(sep_bkg * bkg) {

FILE: src/convolve.c
  function convolve (line 39) | int convolve(
  function matched_filter (line 126) | int matched_filter(

FILE: src/deblend.c
  function sep_set_sub_object_limit (line 41) | void sep_set_sub_object_limit(int val) {
  function sep_get_sub_object_limit (line 45) | int sep_get_sub_object_limit() {
  function deblend (line 63) | int deblend(
  function allocdeblend (line 238) | int allocdeblend(int deblend_nthresh, int64_t w, int64_t h, deblendctx *...
  function freedeblend (line 259) | void freedeblend(deblendctx * ctx) {
  function gatherup (line 274) | int gatherup(objliststruct * objlistin, objliststruct * objlistout) {
  function belong (line 399) | int belong(

FILE: src/extract.c
  function sep_set_extract_pixstack (line 48) | void sep_set_extract_pixstack(size_t val) {
  function sep_get_extract_pixstack (line 52) | size_t sep_get_extract_pixstack() {
  function arraybuffer_init (line 99) | int arraybuffer_init(
  function arraybuffer_readline (line 149) | void arraybuffer_readline(arraybuffer * buf) {
  function arraybuffer_free (line 167) | void arraybuffer_free(arraybuffer * buf) {
  function apply_mask_line (line 190) | void apply_mask_line(
  function sep_extract (line 206) | int sep_extract(
  function segsortit (line 877) | int segsortit(
  function sortit (line 917) | int sortit(
  function addobjdeep (line 996) | int addobjdeep(int objnb, objliststruct * objl1, objliststruct * objl2) {
  function plistinit (line 1058) | void plistinit(int hasconv, int hasvar) {
  function clean (line 1094) | void clean(objliststruct * objlist, double clean_param, int * survives) {
  function PIXTYPE (line 1168) | PIXTYPE get_mean_thresh(infostruct * info, pliststruct * pixel) {
  function free_catalog_fields (line 1188) | void free_catalog_fields(sep_catalog * catalog) {
  function convert_to_catalog (line 1236) | int convert_to_catalog(
  function sep_catalog_free (line 1389) | void sep_catalog_free(sep_catalog * catalog) {

FILE: src/extract.h
  type pixstatus (line 42) | typedef enum {
  type infostruct (line 50) | typedef struct structinfo {
  type pliststruct (line 57) | typedef char pliststruct;
  type pbliststruct (line 59) | typedef struct {
  type arraybuffer (line 66) | typedef struct {
  type objstruct (line 88) | typedef struct {
  type objliststruct (line 129) | typedef struct {
  type lutzbuffers (line 142) | typedef struct {
  type deblendctx (line 166) | typedef struct {

FILE: src/lutz.c
  function lutzalloc (line 42) | int lutzalloc(int64_t width, int64_t height, lutzbuffers * buffers) {
  function lutzfree (line 77) | void lutzfree(lutzbuffers * buffers) {
  function lutz (line 101) | int lutz(
  function lutzsort (line 319) | void lutzsort(infostruct * info, objliststruct * objlist) {
  function update (line 337) | void update(infostruct * infoptr1, infostruct * infoptr2, pliststruct * ...

FILE: src/overlap.h
  function INLINE (line 19) | static INLINE double area_arc(double x1, double y1, double x2, double y2...
  function INLINE (line 28) | static INLINE double area_triangle(
  function INLINE (line 38) | static INLINE double circoverlap_core(
  function circoverlap (line 102) | static double circoverlap(
  type point (line 184) | typedef struct {
  type intersections (line 189) | typedef struct {
  function INLINE (line 193) | static INLINE void swap(double * a, double * b) {
  function INLINE (line 200) | static INLINE void swap_point(point * a, point * b) {
  function INLINE (line 208) | static INLINE void rotate(double * a, double * b, double * c) {
  function in_triangle (line 217) | static int in_triangle(
  function intersections (line 232) | static intersections circle_line(double x1, double y1, double x2, double...
  function point (line 291) | static point circle_segment_single2(double x1, double y1, double x2, dou...
  function intersections (line 317) | static inline intersections circle_segment(double x1, double y1, double ...
  function triangle_unitcircle_overlap (line 351) | static double triangle_unitcircle_overlap(
  function ellipoverlap (line 517) | static double ellipoverlap(

FILE: src/sep.h
  type sep_image (line 71) | typedef struct {
  type sep_bkg (line 96) | typedef struct {
  type sep_catalog (line 114) | typedef struct {

FILE: src/sepcore.h
  type LONG (line 41) | typedef int LONG;
  type ULONG (line 42) | typedef unsigned int ULONG;
  type BYTE (line 43) | typedef unsigned char BYTE;
  type PIXTYPE (line 46) | typedef float PIXTYPE;
  type PIXTYPE (line 51) | typedef PIXTYPE (*converter)(const void * ptr);

FILE: src/util.c
  function PIXTYPE (line 37) | PIXTYPE convert_dbl(const void * ptr) {
  function PIXTYPE (line 41) | PIXTYPE convert_flt(const void * ptr) {
  function PIXTYPE (line 45) | PIXTYPE convert_int(const void * ptr) {
  function PIXTYPE (line 49) | PIXTYPE convert_byt(const void * ptr) {
  function get_converter (line 54) | int get_converter(int dtype, converter * f, int64_t * size) {
  function convert_array_flt (line 78) | void convert_array_flt(const void * ptr, int64_t n, PIXTYPE * target) {
  function convert_array_dbl (line 86) | void convert_array_dbl(const void * ptr, int64_t n, PIXTYPE * target) {
  function convert_array_int (line 94) | void convert_array_int(const void * ptr, int64_t n, PIXTYPE * target) {
  function convert_array_byt (line 102) | void convert_array_byt(const void * ptr, int64_t n, PIXTYPE * target) {
  function get_array_converter (line 110) | int get_array_converter(int dtype, array_converter * f, int64_t * size) {
  function write_array_dbl (line 137) | void write_array_dbl(const float * ptr, int64_t n, void * target) {
  function write_array_int (line 145) | void write_array_int(const float * ptr, int64_t n, void * target) {
  function get_array_writer (line 154) | int get_array_writer(int dtype, array_writer * f, int64_t * size) {
  function subtract_array_dbl (line 173) | void subtract_array_dbl(const float * ptr, int64_t n, void * target) {
  function subtract_array_flt (line 181) | void subtract_array_flt(const float * ptr, int64_t n, void * target) {
  function subtract_array_int (line 189) | void subtract_array_int(const float * ptr, int64_t n, void * target) {
  function get_array_subtractor (line 198) | int get_array_subtractor(int dtype, array_writer * f, int64_t * size) {
  function sep_get_errmsg (line 224) | void sep_get_errmsg(int status, char * errtext)
  function sep_get_errdetail (line 270) | void sep_get_errdetail(char * errtext) {
  function put_errdetail (line 275) | void put_errdetail(const char * errtext) {
  function fqcmp (line 282) | static int fqcmp(const void * p1, const void * p2)
  function fqmedian (line 291) | float fqmedian(float * ra, int64_t n)

FILE: test.py
  function assert_allclose_structured (line 70) | def assert_allclose_structured(x, y):
  function matched_filter_snr (line 89) | def matched_filter_snr(data, noise, kernel):
  function test_vs_sextractor (line 167) | def test_vs_sextractor():
  function test_masked_background (line 312) | def test_masked_background():
  function test_background_special (line 351) | def test_background_special():
  function test_background_boxsize (line 369) | def test_background_boxsize():
  function test_background_rms (line 380) | def test_background_rms():
  function test_extract_with_noise_array (line 398) | def test_extract_with_noise_array():
  function test_extract_with_noise_convolution (line 449) | def test_extract_with_noise_convolution():
  function test_extract_matched_filter_at_edge (line 491) | def test_extract_matched_filter_at_edge():
  function test_extract_with_mask (line 518) | def test_extract_with_mask():
  function test_extract_with_maskthresh (line 542) | def test_extract_with_maskthresh():
  function test_extract_segmentation_map (line 586) | def test_extract_segmentation_map():
  function test_extract_seg_map_array (line 608) | def test_extract_seg_map_array():
  function test_aperture_dtypes (line 702) | def test_aperture_dtypes():
  function test_apertures_small_ellipse_exact (line 722) | def test_apertures_small_ellipse_exact():
  function test_apertures_all (line 732) | def test_apertures_all():
  function test_apertures_exact (line 756) | def test_apertures_exact():
  function test_aperture_bkgann_overlapping (line 787) | def test_aperture_bkgann_overlapping():
  function test_aperture_bkgann_ones (line 805) | def test_aperture_bkgann_ones():
  function test_masked_segmentation_measurements (line 829) | def test_masked_segmentation_measurements():
  function test_mask_ellipse (line 908) | def test_mask_ellipse():
  function test_flux_radius (line 923) | def test_flux_radius():
  function test_mask_ellipse_alt (line 937) | def test_mask_ellipse_alt():
  function test_byte_order_exception (line 956) | def test_byte_order_exception():
  function test_set_pixstack (line 972) | def test_set_pixstack():
  function test_set_sub_object_limit (line 983) | def test_set_sub_object_limit():
  function test_long_error_msg (line 994) | def test_long_error_msg():