input stringlengths 16 454k | output stringlengths 13 350k | function_name stringlengths 1 100 | repo_name stringlengths 6 43 | category stringclasses 76
values | sample_id stringlengths 22 88 | decompiler stringclasses 1
value | opt_level stringclasses 1
value |
|---|---|---|---|---|---|---|---|
int gmtio_x_read(GMT_CTRL *GMT, FILE *fp, off_t rel_move) {
if (!fseeko(fp, rel_move, 1))
return 0;
GMT->current.io.status = 8;
return 9;
} | GMT_LOCAL int gmtio_x_read (struct GMT_CTRL *GMT, FILE *fp, off_t rel_move) {
if (fseek (fp, rel_move, SEEK_CUR)) {
GMT->current.io.status = GMT_IO_EOF;
return (GMT_DATA_READ_ERROR);
}
return (GMT_OK);
} | gmtio_x_read | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
int gmtio_x_write(GMT_CTRL *GMT, FILE *fp, off_t n) {
char c;
off_t i;
unsigned long v7;
v7 = __readfsqword(0x28u);
c = 32;
for (i = 0; i < n; ++i) {
if (fwrite(&c, 1u, 1u, fp) != 1)
return 10;
}
return 0;
} | GMT_LOCAL int gmtio_x_write (struct GMT_CTRL *GMT, FILE *fp, off_t n) {
char c = ' ';
off_t i;
gmt_M_unused(GMT);
for (i = 0; i < n; ++i) {
if (gmt_M_fwrite (&c, sizeof (char), 1U, fp) != 1U)
return (GMT_DATA_WRITE_ERROR);
}
return (GMT_NOERROR);
} | gmtio_x_write | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
GMT_TEXTSET *gmtlib_alloc_textset(GMT_CTRL *GMT, GMT_TEXTSET *Din,
unsigned int mode) {
_QWORD *table;
GMT_TEXTTABLE *v4;
void **v5;
const char *v6;
GMT_TEXTTABLE *v7;
GMT_TEXTTABLE *v8;
GMT_TEXTTABLE *v9;
void **v10;
size_t *p_n_rows;
GMT_TEXTSEGMENT *v12;
GMT_TE... | struct GMT_TEXTSET * gmtlib_alloc_textset (struct GMT_CTRL *GMT, struct GMT_TEXTSET *Din, unsigned int mode) {
unsigned int hdr;
uint64_t tbl, seg, n_seg, seg_in_tbl;
size_t len;
struct GMT_TEXTSET *D = gmt_M_memory (GMT, NULL, 1, struct GMT_TEXTSET);
if (mode) {
D->n_alloc = D->n_tables = 1;
if (mo... | gmtlib_alloc_textset | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
int gmtlib_alloc_univector(GMT_CTRL *GMT, GMT_UNIVECTOR *u, unsigned int type,
uint64_t n_rows) {
int error;
error = 0;
switch (type) {
case 0u:
u->uc1 = (uint8_t *)gmt_memory_func(GMT, u->uc1, n_rows, 1u, 0,
"gmtlib_alloc_univector");
... | int gmtlib_alloc_univector (struct GMT_CTRL *GMT, union GMT_UNIVECTOR *u, unsigned int type, uint64_t n_rows) {
int error = GMT_OK;
switch (type) {
case GMT_UCHAR: u->uc1 = gmt_M_memory (GMT, u->uc1, n_rows, uint8_t); if (u->uc1 == NULL) error = GMT_MEMORY_ERROR; break;
case GMT_CHAR: u->sc1 = gmt_M_memory... | gmtlib_alloc_univector | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
int gmtlib_append_ogr_item(GMT_CTRL *GMT, char *name, unsigned int type,
GMT_OGR *S) {
char **v5;
if (S) {
S->name = (char **)gmt_memory_func(GMT, S->name, ++S->n_aspatial, 8u, 0,
"gmtlib_append_ogr_item");
v5 = &S->name[S->n_aspatial - 1];
... | int gmtlib_append_ogr_item (struct GMT_CTRL *GMT, char *name, unsigned int type, struct GMT_OGR *S) {
if (S == NULL) {
GMT_Report (GMT->parent, GMT_MSG_NORMAL, "gmtio_append_ogr_item: No GMT_OGR structure available\n");
return (GMT_PTR_IS_NULL);
}
S->n_aspatial++;
S->name = gmt_M_memory (GMT, S->name, S->n_aspa... | gmtlib_append_ogr_item | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_assign_segment(GMT_CTRL *GMT, GMT_DATASEGMENT *S, uint64_t n_rows,
uint64_t n_columns) {
void **v4;
void **v5;
uint64_t col;
uint64_t cola;
if (n_rows) {
S->data = (double **)gmt_memory_func(GMT, 0, n_columns, 8u, 0,
"gmtlib_... | void gmtlib_assign_segment (struct GMT_CTRL *GMT, struct GMT_DATASEGMENT *S, uint64_t n_rows, uint64_t n_columns) {
uint64_t col;
if (n_rows == 0) return;
S->data = gmt_M_memory (GMT, NULL, n_columns, double *);
S->min = gmt_M_memory (GMT, NULL, n_columns, double);
S->max = gmt_M_memory (GMT, NULL, n_colu... | gmtlib_assign_segment | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
double *gmtlib_assign_vector(GMT_CTRL *GMT, uint64_t n_rows, uint64_t col) {
void **v4;
double *vector;
if (!n_rows)
return 0;
if (n_rows <= 0x200000) {
vector = (double *)gmt_memory_func(GMT, 0, n_rows, 8u, 0,
"gmtlib_assign_vector");
memcpy(vector, GMT->hidd... | double *gmtlib_assign_vector (struct GMT_CTRL *GMT, uint64_t n_rows, uint64_t col) {
double *vector = NULL;
if (n_rows == 0) return NULL;
if (n_rows > GMT_INITIAL_MEM_ROW_ALLOC) {
if (n_rows < GMT->hidden.mem_rows)
GMT->hidden.mem_coord[col] = gmt_M_memory (GMT, GMT->hidden.mem_coord[col], n_rows, double... | gmtlib_assign_vector | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
int gmtlib_bcr_get_img(GMT_CTRL *GMT, GMT_IMAGE *G, double xx, double yy,
unsigned char *z) {
double v6;
unsigned char v7;
double v8;
double yya;
double xxa;
GMT_IMAGE *Ga;
GMT_CTRL *GMTa;
unsigned int i;
unsigned int j;
unsigned int b;
unsigned int nb;
uint64_t ij;
doub... | int gmtlib_bcr_get_img (struct GMT_CTRL *GMT, struct GMT_IMAGE *G, double xx, double yy, unsigned char *z) {
unsigned int i, j, b, nb = G->header->n_bands;
uint64_t ij;
double retval[4], wsum, wx[4] = {0.0, 0.0, 0.0, 0.0}, wy[4] = {0.0, 0.0, 0.0, 0.0}, w;
if (bcr_reject (G->header, &xx, &yy)) return (1);
... | gmtlib_bcr_get_img | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
uint64_t gmtlib_bin_colselect(GMT_CTRL *GMT) {
double v1;
uint64_t col;
for (col = 0;
col < *(unsigned long *)((char *)&stru_230A0.r_offset + (_QWORD)GMT);
++col) {
tmp_45[GMT->current.io.col[0][col].order] =
GMT->current.io.curr_rec[GMT->current.io.col[0][col].col];
if (GMT->curren... | uint64_t gmtlib_bin_colselect (struct GMT_CTRL *GMT) {
uint64_t col;
static double tmp[GMT_BUFSIZ];
for (col = 0; col < GMT->common.i.n_cols; col++) {
tmp[GMT->current.io.col[GMT_IN][col].order] = GMT->current.io.curr_rec[GMT->current.io.col[GMT_IN][col].col];
gmt_convert_col (GMT->current.io.col[GMT_IN][col],... | gmtlib_bin_colselect | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_change_dataset(GMT_CTRL *GMT, GMT_DATASET *D) {
void **v2;
void **v3;
bool extend;
bool adjust;
uint64_t tbl;
uint64_t seg;
uint64_t col;
uint64_t cola;
uint64_t colb;
uint64_t colc;
uint64_t cold;
unsigned int *used;
double **temp;
GMT_DATATABLE *T;
GMT_DATASEGMENT *S;
uint6... | void gmtlib_change_dataset (struct GMT_CTRL *GMT, struct GMT_DATASET *D) {
uint64_t tbl, seg, col, src_col;
unsigned int *used = NULL;
bool extend = false, adjust = false;
double **temp = NULL;
struct GMT_DATATABLE *T = NULL;
struct GMT_DATASEGMENT *S;
if (!GMT->common.o.active) return;
temp = gmt_M_memory... | gmtlib_change_dataset | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
bool gmtlib_check_url_name(char *fname) {
if (fname && (!strncmp(fname, "http:", 5u) || !strncmp(fname, "https:", 6u) ||
!strncmp(fname, "ftp:", 4u)))
return 1;
return !strncmp(fname, "/vsizip/", 8u) || !strncmp(fname, "/vsigzip/", 9u) ||
!strncmp(fname, "/vsicurl/", 9u) || !strncmp(fna... | bool gmtlib_check_url_name (char *fname) {
if (gmt_M_file_is_url (fname)) return (true);
if (!strncmp(fname,"/vsizip/", 8) ||
!strncmp(fname,"/vsigzip/",9) ||
!strncmp(fname,"/vsicurl/",9) ||
!strncmp(fname,"/vsimem/", 8) ||
!strncmp(fname,"/vsitar/", 8) )
return (true);
else
return (false);
... | gmtlib_check_url_name | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_clock_C_format(GMT_CTRL *GMT, char *form, GMT_CLOCK_IO *S,
unsigned int mode) {
char fmt[72];
unsigned long v7;
v7 = __readfsqword(0x28u);
S->skip = 0;
if (mode && strlen(form) == 1 && *form == 45) {
S->skip = 1;
} else {
gmtio_get_hms_order(GMT, form, S);
... | void gmtlib_clock_C_format (struct GMT_CTRL *GMT, char *form, struct GMT_CLOCK_IO *S, unsigned int mode) {
S->skip = false;
if (mode && strlen (form) == 1 && form[0] == '-') {
S->skip = true;
return;
}
gmtio_get_hms_order (GMT, form, S);
if (S->order[0] >= 0) {
char fmt[GMT_LEN64] = {""};
... | gmtlib_clock_C_format | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
int gmtlib_compare_observation(const void *a, const void *b) {
if (*(float *)b <= *(float *)a)
return *(float *)a > *(float *)b;
else
return -1;
} | int gmtlib_compare_observation (const void *a, const void *b) {
const struct GMT_OBSERVATION *obs_1 = a, *obs_2 = b;
if (obs_1->value < obs_2->value)
return -1;
if (obs_1->value > obs_2->value)
return 1;
return 0;
} | gmtlib_compare_observation | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_contract_headerpad(GMT_CTRL *GMT, GMT_GRID_HEADER *h,
unsigned int *orig_pad, double *orig_wesn) {
long v4;
if (h) {
v4 = *((_QWORD *)orig_pad + 1);
*(_QWORD *)h->pad = *(_QWORD *)orig_pad;
*(_QWORD *)&h->pad[2] = v4;
memcpy(h->wesn, orig_wesn, sizeof(h->w... | void gmtlib_contract_headerpad (struct GMT_CTRL *GMT, struct GMT_GRID_HEADER *h, unsigned int *orig_pad, double *orig_wesn) {
if (h == NULL) return;
gmt_M_memcpy (h->pad, orig_pad, 4, unsigned int);
gmt_M_memcpy (h->wesn, orig_wesn, 4, double);
gmt_set_grddim (GMT, h);
GMT_Report (GMT->parent, GMT_MSG_DEBUG... | gmtlib_contract_headerpad | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_contract_pad(GMT_CTRL *GMT, void *object, int family,
unsigned int *orig_pad, double *orig_wesn) {
GMT_GRID_HEADER *h;
GMT_IMAGE *I;
GMT_GRID *G;
h = 0;
if (family == 1) {
G = grdio_get_grid_data((GMT_GRID *)object);
if (G)
h = G->header;
} else if (family... | void gmtlib_contract_pad (struct GMT_CTRL *GMT, void *object, int family, unsigned int *orig_pad, double *orig_wesn) {
struct GMT_GRID_HEADER *h = NULL;
if (family == GMT_IS_GRID) {
struct GMT_GRID *G = grdio_get_grid_data (object);
if (G) h = G->header;
}
else if (family == GMT_IS_IMAGE) {
struct GMT_IMAGE... | gmtlib_contract_pad | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
unsigned int gmtlib_conv_text2datarec(GMT_CTRL *GMT, char *record,
unsigned int ncols, double *out) {
const char *v4;
unsigned int pos;
unsigned int k;
char p[4104];
unsigned long v12;
v12 = __readfsqword(0x28u);
k = 0;
pos = 0;
while (k < ncols) {
v4 = _gmt_... | unsigned int gmtlib_conv_text2datarec (struct GMT_CTRL *GMT, char *record, unsigned int ncols, double *out) {
unsigned int k = 0, pos = 0;
char p[GMT_BUFSIZ];
while (k < ncols && gmt_strtok (record, GMT_TOKEN_SEPARATORS, &pos, p)) {
if (!(p[0] == '+' || p[0] == '-' || p[0] == '.' || isdigit ((int)p[0]))) ... | gmtlib_conv_text2datarec | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_copy_ps(GMT_CTRL *GMT, GMT_POSTSCRIPT *P_copy,
GMT_POSTSCRIPT *P_obj) {
if (P_obj->n_bytes > P_copy->n_alloc)
P_copy->data = (char *)gmt_memory_func(GMT, P_copy->data, P_obj->n_bytes,
1u, 0, "gmtlib_copy_ps");
memcpy(P_copy->data, P_obj-... | void gmtlib_copy_ps (struct GMT_CTRL *GMT, struct GMT_POSTSCRIPT *P_copy, struct GMT_POSTSCRIPT *P_obj) {
if (P_obj->n_bytes > P_copy->n_alloc) P_copy->data = gmt_M_memory (GMT, P_copy->data, P_obj->n_bytes, char);
gmt_M_memcpy (P_copy->data, P_obj->data, P_obj->n_bytes, char);
P_copy->n_alloc = P_copy->n_bytes = ... | gmtlib_copy_ps | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
GMT_DATASET *gmtlib_create_dataset(GMT_CTRL *GMT, uint64_t n_tables,
uint64_t n_segments, uint64_t n_rows,
uint64_t n_columns, unsigned int geometry,
bool alloc_only) {
GMT_DATATABLE **v7;
GMTAPI_CTRL *parent;
... | struct GMT_DATASET * gmtlib_create_dataset (struct GMT_CTRL *GMT, uint64_t n_tables, uint64_t n_segments, uint64_t n_rows, uint64_t n_columns, unsigned int geometry, bool alloc_only) {
uint64_t tbl;
struct GMT_DATASET *D = NULL;
D = gmt_M_memory (GMT, NULL, 1, struct GMT_DATASET);
if (n_columns) {
D->min = gmt... | gmtlib_create_dataset | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
GMT_IMAGE *gmtlib_create_image(GMT_CTRL *GMT) {
GMTAPI_CTRL *parent;
unsigned int unique_var_ID;
GMT_IMAGE *I;
I = (GMT_IMAGE *)gmt_memory_func(GMT, 0, 1u, 0x68u, 0, "gmtlib_create_image");
I->header = (GMT_GRID_HEADER *)gmt_memory_func(GMT, 0, 1u, 0x640u, 0,
... | struct GMT_IMAGE *gmtlib_create_image (struct GMT_CTRL *GMT) {
struct GMT_IMAGE *I = gmt_M_memory (GMT, NULL, 1, struct GMT_IMAGE);
I->header = gmt_M_memory (GMT, NULL, 1, struct GMT_GRID_HEADER);
I->alloc_mode = GMT_ALLOC_INTERNALLY;
I->alloc_level = GMT->hidden.func_level;
I->id = GMT->parent->unique_var_ID... | gmtlib_create_image | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
GMT_MATRIX *gmtlib_create_matrix(GMT_CTRL *GMT, uint64_t layers,
unsigned int direction) {
GMTAPI_CTRL *parent;
unsigned int unique_var_ID;
uint64_t v5;
GMT_MATRIX *M;
M = (GMT_MATRIX *)gmt_memory_func(GMT, 0, 1u, 0x260u, 0,
"gmtlib_create_... | struct GMT_MATRIX * gmtlib_create_matrix (struct GMT_CTRL *GMT, uint64_t layers, unsigned int direction) {
struct GMT_MATRIX *M = NULL;
M = gmt_M_memory (GMT, NULL, 1, struct GMT_MATRIX);
M->alloc_mode = (direction == GMT_IN) ? GMT_ALLOC_EXTERNALLY : GMT_ALLOC_INTERNALLY;
M->alloc_level = GMT->hidden.func_level... | gmtlib_create_matrix | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
GMT_POSTSCRIPT *gmtlib_create_ps(GMT_CTRL *GMT, uint64_t length) {
GMTAPI_CTRL *parent;
unsigned int unique_var_ID;
GMT_POSTSCRIPT *P;
P = (GMT_POSTSCRIPT *)gmt_memory_func(GMT, 0, 1u, 0x38u, 0,
"gmtlib_create_ps");
P->alloc_mode = GMT_enum_alloc_GMT_ALLOC_INTERNALLY;
... | struct GMT_POSTSCRIPT * gmtlib_create_ps (struct GMT_CTRL *GMT, uint64_t length) {
struct GMT_POSTSCRIPT *P = NULL;
P = gmt_M_memory (GMT, NULL, 1, struct GMT_POSTSCRIPT);
P->alloc_mode = GMT_ALLOC_INTERNALLY;
P->alloc_level = GMT->hidden.func_level;
P->id = GMT->parent->unique_var_ID++;
if (length) {
P... | gmtlib_create_ps | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
GMT_TEXTSET *gmtlib_create_textset(GMT_CTRL *GMT, uint64_t n_tables,
uint64_t n_segments, uint64_t n_rows,
bool alloc_only) {
void **v5;
void **v6;
GMT_TEXTSEGMENT *v7;
GMTAPI_CTRL *parent;
unsigned int unique_var_ID;
uint64_t tbl;
uint... | struct GMT_TEXTSET * gmtlib_create_textset (struct GMT_CTRL *GMT, uint64_t n_tables, uint64_t n_segments, uint64_t n_rows, bool alloc_only) {
uint64_t tbl, seg;
struct GMT_TEXTTABLE *T = NULL;
struct GMT_TEXTSET *D = NULL;
D = gmt_M_memory (GMT, NULL, 1, struct GMT_TEXTSET);
if (n_tables) D->table = gmt_M_me... | gmtlib_create_textset | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_date_C_format(GMT_CTRL *GMT, char *form, GMT_DATE_IO *S,
unsigned int mode) {
bool v4;
bool v5;
int v6;
int v7;
int v8;
bool no_delim;
int k;
int ka;
int ywidth;
char fmt[72];
unsigned long v16;
v16 = __readfsqword(0x28u);
memset(fmt, 0, 64);
S->skip = ... | void gmtlib_date_C_format (struct GMT_CTRL *GMT, char *form, struct GMT_DATE_IO *S, unsigned int mode) {
int k, ywidth;
bool no_delim, watch;
char fmt[GMT_LEN64] = {""};
S->skip = false;
if (mode && strlen (form) == 1 && form[0] == '-') {
S->skip = true;
return;
}
watch = gmtio_get_ymdj_order (GMT... | gmtlib_date_C_format | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
float gmtlib_decode(GMT_CTRL *GMT, void *vptr, uint64_t k, unsigned int type) {
float v4;
float fval;
switch (type) {
case 'b':
fval = (float)*((char *)vptr + k);
break;
case 'd':
v4 = *((double *)vptr + k);
fval = v4;
break;
case 'f':
fval = *((float *)vptr + k);
break;
case ... | float gmtlib_decode (struct GMT_CTRL *GMT, void *vptr, uint64_t k, unsigned int type) {
float fval;
switch (type) {
case 'b':
fval = (float)(((char *)vptr)[k]);
break;
case 's':
fval = (float)(((short int *)vptr)[k]);
break;
case 'i':
case 'm':
fval = (float)(((int *)vptr)[k]);
break;
c... | gmtlib_decode | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
int gmtlib_determine_pole(GMT_CTRL *GMT, double *lon, double *lat, uint64_t n) {
double v5;
double v6;
bool touched_N;
bool touched_S;
int type;
int n_360;
uint64_t row;
double dlon;
double lon_sum;
double lat_sum;
touched_N = 0;
touched_S = 0;
type = 0;
lon_sum = 0.0;
lat_sum = 0.0;
if... | int gmtlib_determine_pole (struct GMT_CTRL *GMT, double *lon, double *lat, uint64_t n) {
bool touched_N = false, touched_S = false;
uint64_t row;
int type = 0, n_360;
double dlon, lon_sum = 0.0, lat_sum = 0.0;
static char *pole[5] = {"south (CCW)", "south (CW)", "no", "north (CW)", "north (CCW)"};
if (n... | gmtlib_determine_pole | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
GMT_IMAGE *gmtlib_duplicate_image(GMT_CTRL *GMT, GMT_IMAGE *I,
unsigned int mode) {
GMT_GRID_HEADER *header;
GMT_GRID_HEADER *v4;
GMT_GRID_HEADER *v5;
char modea;
GMT_IMAGE *Inew;
GMT_GRID_HEADER *save;
modea = mode;
Inew = gmtlib_create_image(GMT);
save = Inew->head... | struct GMT_IMAGE *gmtlib_duplicate_image (struct GMT_CTRL *GMT, struct GMT_IMAGE *I, unsigned int mode) {
struct GMT_IMAGE *Inew = NULL;
struct GMT_GRID_HEADER *save = NULL;
Inew = gmtlib_create_image (GMT);
save = Inew->header;
gmt_M_memcpy (Inew, I, 1, struct GMT_IMAGE);
Inew->header = save;
Inew->data = ... | gmtlib_duplicate_image | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
GMT_MATRIX *gmtlib_duplicate_matrix(GMT_CTRL *GMT, GMT_MATRIX *M_in,
bool duplicate_data) {
GMT_MATRIX *M;
uint64_t size;
M = (GMT_MATRIX *)gmt_memory_func(GMT, 0, 1u, 0x260u, 0,
"gmtlib_duplicate_matrix");
memcpy(M, M_in, sizeof(GMT_MATRI... | struct GMT_MATRIX * gmtlib_duplicate_matrix (struct GMT_CTRL *GMT, struct GMT_MATRIX *M_in, bool duplicate_data) {
struct GMT_MATRIX *M = NULL;
M = gmt_M_memory (GMT, NULL, 1, struct GMT_MATRIX);
gmt_M_memcpy (M, M_in, 1, struct GMT_MATRIX);
gmt_M_memset (&M->data, 1, union GMT_UNIVECTOR);
if (duplicate_data) {
... | gmtlib_duplicate_matrix | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
GMT_OGR *gmtlib_duplicate_ogr(GMT_CTRL *GMT, GMT_OGR *G) {
char **v3;
unsigned int k;
unsigned int ka;
GMT_OGR *G_dup;
if (!G)
return 0;
G_dup =
(GMT_OGR *)gmt_memory_func(GMT, 0, 1u, 0x58u, 0, "gmtlib_duplicate_ogr");
if (G->region)
G_dup->region = strdup(G->region);
for (k = 0; k <= 3; ... | struct GMT_OGR * gmtlib_duplicate_ogr (struct GMT_CTRL *GMT, struct GMT_OGR *G) {
unsigned int k;
struct GMT_OGR *G_dup = NULL;
if (!G) return (NULL);
G_dup = gmt_M_memory (GMT, NULL, 1, struct GMT_OGR);
if (G->region) G_dup->region = strdup (G->region);
for (k = 0; k < 4; k++) if (G->proj[k]) G_dup->proj[k] =... | gmtlib_duplicate_ogr | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
GMT_POSTSCRIPT *gmtlib_duplicate_ps(GMT_CTRL *GMT, GMT_POSTSCRIPT *P_from,
unsigned int mode) {
GMT_POSTSCRIPT *P;
P = gmtlib_create_ps(GMT, P_from->n_bytes);
gmtlib_copy_ps(GMT, P, P_from);
return P;
} | struct GMT_POSTSCRIPT * gmtlib_duplicate_ps (struct GMT_CTRL *GMT, struct GMT_POSTSCRIPT *P_from, unsigned int mode) {
struct GMT_POSTSCRIPT *P = gmtlib_create_ps (GMT, P_from->n_bytes);
gmt_M_unused(mode);
gmtlib_copy_ps (GMT, P, P_from);
return (P);
} | gmtlib_duplicate_ps | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
GMT_TEXTSET *gmtlib_duplicate_textset(GMT_CTRL *GMT, GMT_TEXTSET *Din,
unsigned int mode) {
char **v3;
uint64_t tbl;
uint64_t row;
uint64_t seg;
GMT_TEXTSET *D;
D = gmtlib_alloc_textset(GMT, Din, mode);
for (tbl = 0; tbl < Din->n_tables; ++tbl) {
for (seg = 0; se... | struct GMT_TEXTSET *gmtlib_duplicate_textset (struct GMT_CTRL *GMT, struct GMT_TEXTSET *Din, unsigned int mode) {
uint64_t tbl, row, seg;
struct GMT_TEXTSET *D = NULL;
D = gmtlib_alloc_textset (GMT, Din, mode);
for (tbl = 0; tbl < Din->n_tables; tbl++) for (seg = 0; seg < Din->table[tbl]->n_segments; seg++) {
for... | gmtlib_duplicate_textset | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_eliminate_lon_jumps(GMT_CTRL *GMT, double *lon, uint64_t n_rows) {
unsigned int way;
uint64_t row;
uint64_t rowa;
GMT_QUAD *Q;
Q = gmt_quad_init(GMT, 1u);
for (row = 0; row < n_rows; ++row)
gmt_quad_add(GMT, Q, lon[row]);
way = gmt_quad_finalize(GMT, Q);
for (rowa = 0; rowa < n_rows; ++... | void gmtlib_eliminate_lon_jumps (struct GMT_CTRL *GMT, double *lon, uint64_t n_rows) {
unsigned int way;
uint64_t row;
struct GMT_QUAD *Q = gmt_quad_init (GMT, 1);
for (row = 0; row < n_rows; row++) gmt_quad_add (GMT, Q, lon[row]);
way = gmt_quad_finalize (GMT, Q);
for (row = 0; row < n_rows; row++) gmt_... | gmtlib_eliminate_lon_jumps | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_encode(GMT_CTRL *GMT, void *vptr, uint64_t k, float z,
unsigned int type) {
switch (type) {
case 'b':
*((_BYTE *)vptr + k) = lrintf(z);
break;
case 'd':
*((double *)vptr + k) = z;
break;
case 'f':
*((float *)vptr + k) = z;
break;
case 'i':
case 'm':
... | void gmtlib_encode (struct GMT_CTRL *GMT, void *vptr, uint64_t k, float z, unsigned int type) {
switch (type) {
case 'b':
((char *)vptr)[k] = (char)lrintf (z);
break;
case 's':
((short int *)vptr)[k] = (short int)lrintf (z);
break;
case 'i':
case 'm':
((int *)vptr)[k] = (int)lrintf (z);
bre... | gmtlib_encode | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
unsigned int gmtlib_expand_headerpad(GMT_CTRL *GMT, GMT_GRID_HEADER *h,
double *new_wesn, unsigned int *orig_pad,
double *orig_wesn) {
long v5;
long v6;
long v7;
unsigned int k;
unsigned int ka;
unsigned int tmp_pad[4];
unsigned int... | unsigned int gmtlib_expand_headerpad (struct GMT_CTRL *GMT, struct GMT_GRID_HEADER *h, double *new_wesn, unsigned int *orig_pad, double *orig_wesn) {
unsigned int tmp_pad[4] = {0, 0, 0, 0}, delta[4] = {0, 0, 0, 0}, k = 0;
gmt_M_memcpy (tmp_pad, h->pad, 4, unsigned int);
if (new_wesn[XLO] > h->wesn[XLO]) k++,... | gmtlib_expand_headerpad | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_explain_options(GMT_CTRL *GMT, char *options) {
int num_processors;
char u;
unsigned int k;
double s;
unsigned long s_length;
char *GMT_choice[2];
unsigned long v8;
v8 = __readfsqword(0x28u);
GMT_choice[0] = (char *)&unk_4712D0;
GMT_choice[1] = (char *)&unk_4712D4;
if (options && !GMT... | void gmtlib_explain_options (struct GMT_CTRL *GMT, char *options) {
char u, *GMT_choice[2] = {"OFF", "ON"}, *V_code = "qncvld";
double s;
unsigned int k;
size_t s_length;
if (!options) return;
if (GMT->common.synopsis.extended) return;
u = GMT->session.unit_name[GMT->current.setting.proj_length_unit][0];
s =... | gmtlib_explain_options | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
bool gmtlib_file_is_downloadable(GMT_CTRL *GMT, const char *file,
unsigned int *kind) {
int pos;
pos = 0;
*kind = 0;
if (!GMT->current.setting.auto_download)
return 0;
if (!file)
return 0;
if (*file != 64 || !strncmp(file, "@GMTAPI@-", 9u)) {
if (!strncmp(file, ... | bool gmtlib_file_is_downloadable (struct GMT_CTRL *GMT, const char *file, unsigned int *kind) {
#ifdef DEBUG
static char *fkind[5] = {"Regular File", "Cache File", "Data File", "URL File", "URL Query"};
#endif
unsigned int pos = 0;
*kind = GMT_REGULAR_FILE;
if (GMT->current.setting.auto_download == GMT_NO_DOW... | gmtlib_file_is_downloadable | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_free_dataset_ptr(GMT_CTRL *GMT, GMT_DATASET *data) {
unsigned int tbl;
unsigned int k;
if (data) {
for (tbl = 0; tbl < data->n_tables; ++tbl)
gmt_free_table(GMT, data->table[tbl]);
gmt_free_func(GMT, data->min, 0, "gmtlib_free_dataset_ptr");
data->min = 0;
gmt_free_func(GMT, dat... | void gmtlib_free_dataset_ptr (struct GMT_CTRL *GMT, struct GMT_DATASET *data) {
unsigned int tbl, k;
if (!data) return;
for (tbl = 0; tbl < data->n_tables; tbl++) {
gmt_free_table (GMT, data->table[tbl]);
}
gmt_M_free (GMT, data->min);
gmt_M_free (GMT, data->max);
gmt_M_free (GMT, data->table);
for (k = 0;... | gmtlib_free_dataset_ptr | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_free_dir_list(GMT_CTRL *GMT, char ***addr) {
unsigned int k;
char **list;
k = 0;
for (list = *addr; list[k]; list[k++] = 0)
free(list[k]);
gmt_free_func(GMT, list, 0, "gmtlib_free_dir_list");
} | void gmtlib_free_dir_list (struct GMT_CTRL *GMT, char ***addr) {
unsigned int k = 0;
char **list = *addr;
while (list[k]) {
gmt_M_str_free (list[k]);
k++;
}
gmt_M_free (GMT, list);
} | gmtlib_free_dir_list | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_free_image(GMT_CTRL *GMT, GMT_IMAGE **I, bool free_image) {
gmtlib_free_image_ptr(GMT, *I, free_image);
gmt_free_func(GMT, *I, 0, "gmtlib_free_image");
*I = 0;
} | void gmtlib_free_image (struct GMT_CTRL *GMT, struct GMT_IMAGE **I, bool free_image) {
gmtlib_free_image_ptr (GMT, *I, free_image);
gmt_M_free (GMT, *I);
} | gmtlib_free_image | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_free_image_ptr(GMT_CTRL *GMT, GMT_IMAGE *I, bool free_image) {
if (I) {
if (free_image && I->data &&
I->alloc_mode == GMT_enum_alloc_GMT_ALLOC_INTERNALLY) {
gmt_free_func(GMT, I->data, 1, "gmtlib_free_image_ptr");
I->data = 0;
}
if (free_image && I->alpha &&
I->allo... | void gmtlib_free_image_ptr (struct GMT_CTRL *GMT, struct GMT_IMAGE *I, bool free_image) {
if (!I) return;
if (free_image && I->data) {
if (I->alloc_mode == GMT_ALLOC_INTERNALLY)
gmt_M_free_aligned (GMT, I->data);
}
if (free_image && I->alpha) {
if (I->alloc_mode == GMT_ALLOC_INTERNALLY)
gmt_M_free_alig... | gmtlib_free_image_ptr | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_free_list(GMT_CTRL *GMT, char **list, uint64_t n) {
uint64_t i;
for (i = 0; i < n; ++i) {
free(list[i]);
list[i] = 0;
}
gmt_free_func(GMT, list, 0, "gmtlib_free_list");
} | void gmtlib_free_list (struct GMT_CTRL *GMT, char **list, uint64_t n) {
uint64_t i;
for (i = 0; i < n; i++) gmt_M_str_free (list[i]);
gmt_M_free (GMT, list);
} | gmtlib_free_list | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_free_matrix(GMT_CTRL *GMT, GMT_MATRIX **M, bool free_matrix) {
gmtlib_free_matrix_ptr(GMT, *M, free_matrix);
gmt_free_func(GMT, *M, 0, "gmtlib_free_matrix");
*M = 0;
} | void gmtlib_free_matrix (struct GMT_CTRL *GMT, struct GMT_MATRIX **M, bool free_matrix) {
(void)gmtlib_free_matrix_ptr (GMT, *M, free_matrix);
gmt_M_free (GMT, *M);
} | gmtlib_free_matrix | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
unsigned int gmtlib_free_matrix_ptr(GMT_CTRL *GMT, GMT_MATRIX *M,
bool free_matrix) {
if (!M)
return 0;
if (M != (GMT_MATRIX *)-104LL && free_matrix) {
if (M->alloc_mode == GMT_enum_alloc_GMT_ALLOC_INTERNALLY)
gmtio_free_univector(GMT, &M->data, M->type);
gmtio_... | unsigned int gmtlib_free_matrix_ptr (struct GMT_CTRL *GMT, struct GMT_MATRIX *M, bool free_matrix) {
if (!M) return 0;
if (&(M->data) && free_matrix) {
if (M->alloc_mode == GMT_ALLOC_INTERNALLY) gmtio_free_univector (GMT, &(M->data), M->type);
gmtio_null_univector (GMT, &(M->data), M->type);
}
return (M->a... | gmtlib_free_matrix_ptr | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_free_ogr(GMT_CTRL *GMT, GMT_OGR **G, unsigned int mode) {
unsigned int k;
unsigned int ka;
if (*G) {
for (k = 0; k < (*G)->n_aspatial; ++k) {
if (mode == 1 && (*G)->name) {
free((*G)->name[k]);
(*G)->name[k] = 0;
}
if ((*G)->tvalue) {
free((*G)->tvalue[k]... | void gmtlib_free_ogr (struct GMT_CTRL *GMT, struct GMT_OGR **G, unsigned int mode) {
unsigned int k;
if (!(*G)) return;
for (k = 0; k < (*G)->n_aspatial; k++) {
if (mode == 1 && (*G)->name) gmt_M_str_free ((*G)->name[k]);
if ((*G)->tvalue) gmt_M_str_free ((*G)->tvalue[k]);
}
gmt_M_free (GMT, (*G)->tvalue)... | gmtlib_free_ogr | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_free_one_custom_symbol(GMT_CTRL *GMT, GMT_CUSTOM_SYMBOL *sym) {
GMT_CUSTOM_SYMBOL_ITEM *s;
GMT_CUSTOM_SYMBOL_ITEM *current;
if (sym) {
s = sym->first;
while (s) {
current = s;
s = s->next;
gmt_free_func(GMT, current->fill, 0, "gmtlib_free_one_custom_symbol");
current->... | GMT_LOCAL void gmtlib_free_one_custom_symbol (struct GMT_CTRL *GMT, struct GMT_CUSTOM_SYMBOL *sym) {
struct GMT_CUSTOM_SYMBOL_ITEM *s = NULL, *current = NULL;
if (sym == NULL) return;
s = sym->first;
while (s) {
current = s;
s = s->next;
gmt_M_free (GMT, current->fill);
gmt_M_free (GMT, current->pen);
... | gmtlib_free_one_custom_symbol | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_free_ps(GMT_CTRL *GMT, GMT_POSTSCRIPT **P) {
gmtlib_free_ps_ptr(GMT, *P);
gmt_free_func(GMT, *P, 0, "gmtlib_free_ps");
*P = 0;
*P = 0;
} | void gmtlib_free_ps (struct GMT_CTRL *GMT, struct GMT_POSTSCRIPT **P) {
gmtlib_free_ps_ptr (GMT, *P);
gmt_M_free (GMT, *P);
*P = NULL;
} | gmtlib_free_ps | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_free_ps_ptr(GMT_CTRL *GMT, GMT_POSTSCRIPT *P) {
unsigned int k;
if (P->n_alloc && P->data &&
P->alloc_mode == GMT_enum_alloc_GMT_ALLOC_INTERNALLY) {
gmt_free_func(GMT, P->data, 0, "gmtlib_free_ps_ptr");
P->data = 0;
}
P->data = 0;
P->n_bytes = 0;
P->n_alloc = P->n_bytes;
for (k ... | void gmtlib_free_ps_ptr (struct GMT_CTRL *GMT, struct GMT_POSTSCRIPT *P) {
unsigned k;
if (P->n_alloc && P->data) {
if (P->alloc_mode == GMT_ALLOC_INTERNALLY)
gmt_M_free (GMT, P->data);
}
P->data = NULL;
P->n_alloc = P->n_bytes = 0;
for (k = 0; k < P->n_headers; k++) gmt_M_str_free (P->header[k]);
... | gmtlib_free_ps_ptr | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_free_textset(GMT_CTRL *GMT, GMT_TEXTSET **data) {
gmtlib_free_textset_ptr(GMT, *data);
gmt_free_func(GMT, *data, 0, "gmtlib_free_textset");
*data = 0;
} | void gmtlib_free_textset (struct GMT_CTRL *GMT, struct GMT_TEXTSET **data) {
gmtlib_free_textset_ptr (GMT, *data);
gmt_M_free (GMT, *data);
} | gmtlib_free_textset | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_free_textset_ptr(GMT_CTRL *GMT, GMT_TEXTSET *data) {
unsigned int tbl;
unsigned int k;
for (tbl = 0; tbl < data->n_tables; ++tbl)
gmtio_free_texttable(GMT, data->table[tbl], data->alloc_mode);
gmt_free_func(GMT, data->table, 0, "gmtlib_free_textset_ptr");
data->table = 0;
for (k = 0; k <= 1... | void gmtlib_free_textset_ptr (struct GMT_CTRL *GMT, struct GMT_TEXTSET *data) {
unsigned int tbl, k;
for (tbl = 0; tbl < data->n_tables; tbl++) gmtio_free_texttable (GMT, data->table[tbl], data->alloc_mode);
gmt_M_free (GMT, data->table);
for (k = 0; k < 2; k++) gmt_M_str_free (data->file[k]);
} | gmtlib_free_textset_ptr | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_free_tmp_arrays(GMT_CTRL *GMT) {
size_t col;
if (GMT->hidden.mem_cols)
GMT_Report(
GMT->parent, 6u,
"GMT memory: Free %zu temporary column arrays, each of length : %zu\n",
GMT->hidden.mem_cols, GMT->hidden.mem_rows);
for (col = 0; col < GMT->hidden.mem_cols; ++col) {
g... | void gmtlib_free_tmp_arrays (struct GMT_CTRL *GMT) {
size_t col;
if (GMT->hidden.mem_cols) GMT_Report (GMT->parent, GMT_MSG_DEBUG, "GMT memory: Free %" PRIuS " temporary column arrays, each of length : %" PRIuS "\n", GMT->hidden.mem_cols, GMT->hidden.mem_rows);
for (col = 0; col < GMT->hidden.mem_cols; col++) {
... | gmtlib_free_tmp_arrays | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
unsigned int gmtlib_free_vector_ptr(GMT_CTRL *GMT, GMT_VECTOR *V,
bool free_vector) {
uint64_t col;
if (!V)
return 0;
if (V->data && free_vector) {
for (col = 0; col < V->n_columns; ++col) {
if (V->alloc_mode == GMT_enum_alloc_GMT_ALLOC_INTERNALLY)
gmtio_... | unsigned int gmtlib_free_vector_ptr (struct GMT_CTRL *GMT, struct GMT_VECTOR *V, bool free_vector) {
if (!V) return 0;
if (V->data && free_vector) {
uint64_t col;
for (col = 0; col < V->n_columns; col++) {
if (V->alloc_mode == GMT_ALLOC_INTERNALLY) gmtio_free_univector (GMT, &(V->data[col]), V->type[col... | gmtlib_free_vector_ptr | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
bool gmtlib_g_ymd_is_bad(int y, int m, int d) {
return m <= 0 || m > 12 || d <= 0 || d > gmtlib_gmonth_length(y, m);
} | bool gmtlib_g_ymd_is_bad (int y, int m, int d) {
int k;
if (m < 1 || m > 12 || d < 1) return (true);
k = gmtlib_gmonth_length (y, m);
if (d > k) return (true);
return (false);
} | gmtlib_g_ymd_is_bad | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
bool gmtlib_gap_detected(GMT_CTRL *GMT) {
uint64_t i;
if (!GMT->common.g.active || !GMT->current.io.pt_no)
return 0;
for (i = 0; i < GMT->common.g.n_methods; ++i) {
if (GMT->common.g.get_dist[i](GMT, GMT->common.g.col[i]) >
GMT->common.g.gap[i] !=
GMT->common.g.match_all)
return... | bool gmtlib_gap_detected (struct GMT_CTRL *GMT) {
uint64_t i;
if (!GMT->common.g.active || GMT->current.io.pt_no == 0) return (false);
for (i = 0; i < GMT->common.g.n_methods; i++) {
if ((GMT->common.g.get_dist[i] (GMT, GMT->common.g.col[i]) > GMT->common.g.gap[i]) != GMT->common.g.match_all)
return (!GMT-... | gmtlib_gap_detected | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_gcal_from_dt(GMT_CTRL *GMT, double t, GMT_GCAL *cal) {
int64_t rd;
double x;
int64_t i;
unsigned long v6;
v6 = __readfsqword(0x28u);
gmt_dt2rdc(GMT, t, &rd, &x);
gmt_gcal_from_rd(GMT, rd, cal);
i = gmtlib_splitinteger(x, 60, &cal->sec);
cal->hour = (int)i / 60;
cal->min = i % 60;
} | void gmtlib_gcal_from_dt (struct GMT_CTRL *GMT, double t, struct GMT_GCAL *cal) {
int64_t rd, i;
double x;
gmt_dt2rdc (GMT, t, &rd, &x);
gmt_gcal_from_rd (GMT, rd, cal);
i = gmtlib_splitinteger (x, 60, &cal->sec);
cal->hour = (unsigned int)(i / GMT_MIN2SEC_I);
cal->min = (unsigned int)(i % GMT_MIN2SEC... | gmtlib_gcal_from_dt | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
int gmtlib_genper_map_clip_path(GMT_CTRL *GMT, uint64_t np, double *work_x,
double *work_y) {
uint64_t v4;
double v5;
double v6;
double g_xmax;
double g_xmin;
double g_ymax;
double v10;
double cosx;
double sinx;
double *work_ya;
double *work_xa;
uint64_t npa;
GM... | int gmtlib_genper_map_clip_path (struct GMT_CTRL *GMT, uint64_t np, double *work_x, double *work_y) {
uint64_t i;
double da, angle;
double x, y, xt, yt;
if (GMT->current.proj.g_debug > 0) {
gmt_message (GMT, "\n\ngenper_map_clip_path: np %" PRIu64 "\n", np);
gmt_message (GMT, " x_scale %e y_scale %e, x0 %e y0 ... | gmtlib_genper_map_clip_path | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
int gmtlib_geo_C_format(GMT_CTRL *GMT) {
char fmt[72];
unsigned long v3;
v3 = __readfsqword(0x28u);
gmtio_get_dms_order(GMT, (char *)floorf + (_QWORD)GMT, &GMT->current.io.geo);
if (GMT->current.io.geo.no_sign)
return 37;
if (GMT->current.io.geo.decimal) {
if (!*((_BYTE *)gmtlib_map_latcross + (_QW... | int gmtlib_geo_C_format (struct GMT_CTRL *GMT) {
struct GMT_GEO_IO *S = &GMT->current.io.geo;
gmtio_get_dms_order (GMT, GMT->current.setting.format_geo_out, S);
if (S->no_sign) return (GMT_IO_BAD_PLOT_DEGREE_FORMAT);
if (S->decimal) {
if (!GMT->current.setting.format_float_out[0]) return (GMT_NOERROR... | gmtlib_geo_C_format | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
bool gmtlib_geo_to_dms(double val, int n_items, double fact, int *d, int *m,
int *s, int *ix) {
double v7;
double v8;
int v9;
double v10;
double v11;
int v12;
double v13;
int v14;
double v15;
bool minus;
int imin;
int isec;
double min;
double mina;
double sec;
min... | bool gmtlib_geo_to_dms (double val, int n_items, double fact, int *d, int *m, int *s, int *ix) {
bool minus;
int isec, imin;
double sec, fsec, min, fmin, step;
minus = (val < 0.0);
step = (fact == 0.0) ? GMT_CONV8_LIMIT : 0.5 / fact;
if (n_items == 3) {
sec = GMT_DEG2SEC_F * fabs (val) + step;
ise... | gmtlib_geo_to_dms | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
char **gmtlib_get_dir_list(GMT_CTRL *GMT, char *path, char *ext) {
char **result;
size_t v4;
size_t n;
size_t n_alloc;
char **list;
size_t e_len;
DIR *D;
struct dirent *F;
size_t d_namlen;
n = 0;
n_alloc = 8;
e_len = 0;
if (access(path, 0))
return 0;
D = opendir(path);
if (D) {
if... | char **gmtlib_get_dir_list (struct GMT_CTRL *GMT, char *path, char *ext) {
size_t n = 0, n_alloc = GMT_TINY_CHUNK;
char **list = NULL;
#ifdef HAVE_DIRENT_H_
DIR *D = NULL;
struct dirent *F = NULL;
size_t d_namlen = 0, e_len = 0;
if (access (path, F_OK)) return NULL;
if ((D = opendir (path)) == NULL) {
GM... | gmtlib_get_dir_list | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
int gmtlib_get_grdtype(GMT_CTRL *GMT, unsigned int direction,
GMT_GRID_HEADER *h) {
if (GMT->current.io.col_type[(unsigned long)direction][0] == 4) {
if (fabs(h->wesn[1] - h->wesn[0] - 360.0) >= 0.0001) {
if (fabs((double)(int)h->n_columns * h->inc[0] - 360.0) >= 0.0001) {
if ... | int gmtlib_get_grdtype (struct GMT_CTRL *GMT, unsigned int direction, struct GMT_GRID_HEADER *h) {
if (gmt_M_x_is_lon (GMT, direction)) {
if (fabs (h->wesn[XHI] - h->wesn[XLO] - 360.0) < GMT_CONV4_LIMIT) {
GMT_Report (GMT->parent, GMT_MSG_LONG_VERBOSE, "Geographic grid, longitudes span exactly 360\n");
... | gmtlib_get_grdtype | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
p_to_io_func gmtlib_get_io_ptr(GMT_CTRL *GMT, int direction,
GMT_swap_direction swap, char type) {
int (*v4)(GMT_CTRL *, FILE *, uint64_t, double *);
int (*v5)(GMT_CTRL *, FILE *, uint64_t, double *);
int (*v6)(GMT_CTRL *, FILE *, uint64_t, double *);
int (*v7)(GMT_CTRL *, FILE *,... | p_to_io_func gmtlib_get_io_ptr (struct GMT_CTRL *GMT, int direction, enum GMT_swap_direction swap, char type) {
p_to_io_func p = NULL;
switch (type) {
case 'd':
if (direction == GMT_IN)
p = (swap & k_swap_in) ? &gmtio_d_read_swab : &gmtio_d_read;
else
p = (swap & k_swap_out) ? &gmtio_d_write_sw... | gmtlib_get_io_ptr | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_get_lon_minmax(GMT_CTRL *GMT, double *lon, uint64_t n_rows,
double *min, double *max) {
unsigned int way;
uint64_t row;
GMT_QUAD *Q;
Q = gmt_quad_init(GMT, 1u);
for (row = 0; row < n_rows; ++row)
gmt_quad_add(GMT, Q, lon[row]);
way = gmt_quad_finalize(GMT, Q);
*... | void gmtlib_get_lon_minmax (struct GMT_CTRL *GMT, double *lon, uint64_t n_rows, double *min, double *max) {
unsigned int way;
uint64_t row;
struct GMT_QUAD *Q = gmt_quad_init (GMT, 1);
for (row = 0; row < n_rows; row++) gmt_quad_add (GMT, Q, lon[row]);
way = gmt_quad_finalize (GMT, Q);
*min = Q->min[way]... | gmtlib_get_lon_minmax | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
int gmtlib_get_num_processors() {
if (n_cpu_0 > 0)
return n_cpu_0;
n_cpu_0 = sysconf(84);
if (n_cpu_0 <= 0)
n_cpu_0 = 1;
return n_cpu_0;
} | int gmtlib_get_num_processors() {
static int n_cpu = 0;
if (n_cpu > 0)
return n_cpu;
#if defined WIN32
{
SYSTEM_INFO sysinfo;
GetSystemInfo ( &sysinfo );
n_cpu = sysinfo.dwNumberOfProcessors;
}
#elif defined HAVE_SC_NPROCESSORS_ONLN
n_cpu = (int)sysconf (_SC_NPROCESSORS_ONLN);
#elif defined HAVE_SC_NP... | gmtlib_get_num_processors | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
int gmtlib_get_option_id(int start, char *this_option) {
int id;
id = -1;
while (start <= 70 && id == -1) {
if (!strcmp(GMT_unique_option_0[start], this_option))
id = start;
++start;
}
return id;
} | int gmtlib_get_option_id (int start, char *this_option) {
int k, id = -1;
for (k = start; k < GMT_N_UNIQUE && id == -1; k++)
if (!strcmp (GMT_unique_option[k], this_option)) id = k;
return (id);
} | gmtlib_get_option_id | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_get_point_from_r_az(GMT_CTRL *GMT, double lon0, double lat0,
double r, double azim, double *lon1,
double *lat1) {
double v7;
double v8;
double cosx;
double sinx;
double *lat1a;
double *lon1a;
double azima;
double ra;
double la... | void gmtlib_get_point_from_r_az (struct GMT_CTRL *GMT, double lon0, double lat0, double r, double azim, double *lon1, double *lat1) {
double sinr, cosr, sinaz, cosaz, siny, cosy;
gmt_M_unused(GMT);
sincosd (azim, &sinaz, &cosaz);
sincosd (r, &sinr, &cosr);
sincosd (lat0, &siny, &cosy);
*lon1 = lon0 + atan2d ... | gmtlib_get_point_from_r_az | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
unsigned int gmtlib_get_pos_of_filename(const char *url) {
size_t pos;
size_t posa;
pos = strlen(url);
if (!pos)
__assert_fail("pos > 0",
"/var/tmp/portage/sci-geosciences/gmt-5.4.4/work/gmt-5.4.4/"
"src/gmt_init.c",
0x32FEu, "gmtlib_get_pos_of_filename... | unsigned int gmtlib_get_pos_of_filename (const char *url) {
size_t pos = strlen (url);
assert (pos > 0);
pos--;
while (url[pos] && pos > 0 && url[pos] != '/') pos--;
if (url[pos] == '/') pos++;
if (url[pos] == '@') pos++;
return (unsigned int)pos;
} | gmtlib_get_pos_of_filename | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
int gmtlib_get_region_from_data(GMTAPI_CTRL *API, int family, bool exact,
GMT_OPTION **options, double *wesn) {
char *arg;
bool v8;
unsigned int item;
int fd;
GMT_GRID *G;
GMT_OPTION *head;
GMT_DATASET *Out;
GMT_OPTION *opt;
GMT_OPTION *tmp;
char *list;
FILE *fp;
... | GMT_LOCAL int gmtlib_get_region_from_data (struct GMTAPI_CTRL *API, int family, bool exact, struct GMT_OPTION **options, double wesn[]) {
unsigned int item;
bool geo;
struct GMT_GRID *G = NULL;
struct GMT_OPTION *opt = NULL, *head = NULL, *tmp = NULL;
struct GMT_DATASET *Out = NULL;
char virt_file[GMT_STR16]... | gmtlib_get_region_from_data | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_get_time_label(GMT_CTRL *GMT, char *string, GMT_PLOT_CALCLOCK *P,
GMT_PLOT_AXIS_ITEM *T, double t) {
int v5;
int v6;
int v7;
GMT_GCAL calendar;
unsigned long v11;
v11 = __readfsqword(0x28u);
gmtlib_gcal_from_dt(GMT, t, &calendar);
switch (T->unit) {
case 'C':
... | void gmtlib_get_time_label (struct GMT_CTRL *GMT, char *string, struct GMT_PLOT_CALCLOCK *P, struct GMT_PLOT_AXIS_ITEM *T, double t) {
struct GMT_GCAL calendar;
gmtlib_gcal_from_dt (GMT, t, &calendar);
switch (T->unit) {
case 'Y':
(P->date.compact) ? sprintf (string, "%d", calendar.year) : sprintf (stri... | gmtlib_get_time_label | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
gmt_enum_units gmtlib_get_unit_number(GMT_CTRL *GMT, char unit) {
gmt_enum_units mode;
if (!unit)
return gmt_enum_units_GMT_IS_METER;
if ((unsigned int)unit > 0x75 || unit < 77)
return gmt_enum_units_GMT_IS_NOUNIT;
switch (unit) {
case 'M':
mode = gmt_enum_units_GMT_IS_MILE;
break;
case 'c'... | enum gmt_enum_units gmtlib_get_unit_number (struct GMT_CTRL *GMT, char unit) {
enum gmt_enum_units mode;
gmt_M_unused(GMT);
switch (unit) {
case '\0':
case 'e':
mode = GMT_IS_METER;
break;
case 'k':
mode = GMT_IS_KM;
break;
case 'M':
mode = GMT_IS_MILE;
break;
case 'n':
mode = GMT_IS_... | gmtlib_get_unit_number | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
char *gmtlib_getuserpath(GMT_CTRL *GMT, const char *stem, char *path) {
if (*stem == 47) {
if (!access(stem, 4))
return strcpy(path, stem);
return 0;
} else if (!GMT->session.TMPDIR ||
(sprintf(path, "%s/%s", GMT->session.TMPDIR, stem),
access(path, 4))) {
if (!access(st... | char *gmtlib_getuserpath (struct GMT_CTRL *GMT, const char *stem, char *path) {
#ifdef WIN32
if (stem[0] == '/' || stem[1] == ':')
#else
if (stem[0] == '/')
#endif
{
if (!access (stem, R_OK)) return (strcpy (path, stem));
return (NULL);
}
if (GMT->session.TMPDIR) {
sprintf (path, "%s/%s", GM... | gmtlib_getuserpath | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
uint64_t gmtlib_glob_list(GMT_CTRL *GMT, const char *pattern, char ***list) {
int v4;
const char *v5;
char **v6;
unsigned int pos;
unsigned int k;
int flags;
int ret;
char **p;
glob_t results;
char item[264];
unsigned long v15;
v15 = __readfsqword(0x28u);
pos = 0;
k = 0;
flags = 0;
p = ... | uint64_t gmtlib_glob_list (struct GMT_CTRL *GMT, const char *pattern, char ***list) {
#ifdef WIN32
uint64_t k = 0, n = 0;
size_t n_alloc = GMT_SMALL_CHUNK;
char **p = NULL, **file = NULL;
if ((p = gmtlib_get_dir_list (GMT, ".", NULL)) == NULL) return 0;
file = gmt_M_memory (GMT, NULL, n_alloc, char *);
while (p... | gmtlib_glob_list | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
int gmtlib_gmonth_length(int year, int month) {
int k;
if (month <= 0 || month > 12)
return 0;
if (month == 2) {
if (gmtlib_is_gleap(year))
return 29;
else
return 28;
} else {
k = month % 2;
if (month > 7)
return 31 - k;
else
return k + 30;
}
} | int gmtlib_gmonth_length (int year, int month) {
int k;
if (month < 1 || month > 12) return 0;
if (month != 2) {
k = month % 2;
return ((month < 8) ? 30 + k : 31 - k);
}
k = (gmtlib_is_gleap (year)) ? 29 : 28;
return (k);
} | gmtlib_gmonth_length | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_grd_flip_vertical(void *gridp, const unsigned int n_cols32,
const unsigned int n_rows32,
const unsigned int n_stride32, size_t cell_size) {
double v5;
double v6;
size_t row;
size_t stride;
size_t n_rows;
size_t rows_over_2;
char *tmp;... | void gmtlib_grd_flip_vertical (void *gridp, const unsigned n_cols32, const unsigned n_rows32, const unsigned n_stride32, size_t cell_size) {
size_t row, n_cols = n_cols32, n_rows = n_rows32;
size_t rows_over_2 = (size_t) floor (n_rows / 2.0);
size_t stride = n_cols;
char *grid = (char*)gridp;
char *tmp = calloc... | gmtlib_grd_flip_vertical | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_grd_get_units(GMT_CTRL *GMT, GMT_GRID_HEADER *header) {
unsigned int i;
char *units;
double scale;
double offset;
GMT_TIME_SYSTEM time_system;
char string[3][256];
unsigned long v8;
v8 = __readfsqword(0x28u);
strncpy(string[0], header->x_units, 0x50u);
strncpy(string[1], header->y_units... | void gmtlib_grd_get_units (struct GMT_CTRL *GMT, struct GMT_GRID_HEADER *header) {
unsigned int i;
char string[3][GMT_LEN256], *units = NULL;
double scale = 1.0, offset = 0.0;
struct GMT_TIME_SYSTEM time_system;
strncpy (string[0], header->x_units, GMT_GRID_UNIT_LEN80);
strncpy (string[1], header->y_units... | gmtlib_grd_get_units | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_grd_real_interleave(GMT_CTRL *GMT, GMT_GRID_HEADER *header,
float *data) {
uint64_t row;
uint64_t col;
uint64_t col_1;
uint64_t col_2;
uint64_t col_2a;
uint64_t left_node_1;
uint64_t left_node_2;
for (row = header->my; row; --row) {
left_node_1 = (row - 1... | void gmtlib_grd_real_interleave (struct GMT_CTRL *GMT, struct GMT_GRID_HEADER *header, float *data) {
uint64_t row, col, col_1, col_2, left_node_1, left_node_2;
gmt_M_unused(GMT);
for (row = header->my; row > 0; row--) {
left_node_1 = gmt_M_ij (header, row-1, 0);
left_node_2 = 2 * left_node_1;
for... | gmtlib_grd_real_interleave | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_grd_set_units(GMT_CTRL *GMT, GMT_GRID_HEADER *header) {
unsigned int i;
unsigned int ia;
char *string[3];
char date[16];
char clock[16];
char unit[88];
unsigned long v8;
v8 = __readfsqword(0x28u);
memset(unit, 0, 80);
memset(date, 0, sizeof(date));
memset(clock, 0, sizeof(clock));
s... | void gmtlib_grd_set_units (struct GMT_CTRL *GMT, struct GMT_GRID_HEADER *header) {
unsigned int i;
char *string[3] = {NULL, NULL, NULL}, unit[GMT_GRID_UNIT_LEN80] = {""};
char date[GMT_LEN16] = {""}, clock[GMT_LEN16] = {""};
string[0] = header->x_units;
string[1] = header->y_units;
string[2] = header->z_un... | gmtlib_grd_set_units | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
double gmtlib_great_circle_dist_degree(GMT_CTRL *GMT, double lon1, double lat1,
double lon2, double lat2) {
double v6;
double v7;
double v8;
double sin_half_squared;
sin_half_squared = map_haversine(GMT, lon1, lat1, lon2, lat2);
if (sin_half_squared >= 0.0 && fabs(sqr... | double gmtlib_great_circle_dist_degree (struct GMT_CTRL *GMT, double lon1, double lat1, double lon2, double lat2) {
double sin_half_squared = map_haversine (GMT, lon1, lat1, lon2, lat2);
return (2.0 * d_asind (d_sqrt (sin_half_squared)));
} | gmtlib_great_circle_dist_degree | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
int gmtlib_great_circle_intersection(GMT_CTRL *GMT, double *A, double *B,
double *C, double *X, double *CX_dist) {
unsigned int i;
double cos_MX1;
double cos_AB;
double P[4];
double E[4];
double M[4];
double Xneg[4];
*(_QWORD *)&Xneg[3] = __readfsqword(0x28u);
gmt... | int gmtlib_great_circle_intersection (struct GMT_CTRL *GMT, double A[], double B[], double C[], double X[], double *CX_dist) {
unsigned int i;
double P[3], E[3], M[3], Xneg[3], cos_AB, cos_MX1, cos_MX2, cos_test;
gmt_cross3v (GMT, A, B, P);
gmt_normalize3v (GMT, P);
gmt_cross3v (GMT, C, P, E);
g... | gmtlib_great_circle_intersection | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
double gmtlib_half_map_width(GMT_CTRL *GMT, double y) {
int projection;
double ya;
double yb;
projection = GMT->current.proj.projection;
if (projection > 407)
return GMT->current.map.half_width;
if (projection >= 404)
goto LABEL_34;
if (projection == 403) {
LABEL_12:
if (GMT->common.R.obliq... | double gmtlib_half_map_width (struct GMT_CTRL *GMT, double y) {
double half_width;
switch (GMT->current.proj.projection) {
case GMT_STEREO:
case GMT_LAMB_AZ_EQ:
case GMT_GNOMONIC:
case GMT_AZ_EQDIST:
case GMT_VANGRINTEN:
if (!GMT->common.R.oblique && GMT->current.map.is_world) {
y -= GMT->curren... | gmtlib_half_map_width | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
bool gmtlib_init_complex(GMT_GRID_HEADER *header, unsigned int complex_mode,
uint64_t *imag_offset) {
uint64_t v3;
if ((complex_mode & 8) != 0)
v3 = header->size >> 1;
else
v3 = 0;
*imag_offset = v3;
return (complex_mode & 0x10) == 0;
} | bool gmtlib_init_complex (struct GMT_GRID_HEADER *header, unsigned int complex_mode, uint64_t *imag_offset) {
bool do_header = !(complex_mode & GMT_GRID_NO_HEADER);
*imag_offset = (complex_mode & GMT_GRID_IS_COMPLEX_IMAG) ? header->size / 2ULL : 0ULL;
return (do_header);
} | gmtlib_init_complex | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_init_ellipsoid(GMT_CTRL *GMT) {
double v1;
double f;
f = GMT->current.setting.ref_ellipsoid[GMT->current.setting.proj_ellipsoid]
.flattening;
GMT->current.proj.ECC2 = f + f - f * f;
GMT->current.proj.ECC4 = GMT->current.proj.ECC2 * GMT->current.proj.ECC2;
GMT->current.proj.ECC6 = GMT-... | void gmtlib_init_ellipsoid (struct GMT_CTRL *GMT) {
double f;
f = GMT->current.setting.ref_ellipsoid[GMT->current.setting.proj_ellipsoid].flattening;
GMT->current.proj.ECC2 = 2.0 * f - f * f;
GMT->current.proj.ECC4 = GMT->current.proj.ECC2 * GMT->current.proj.ECC2;
GMT->current.proj.ECC6 = GMT->current.proj.EC... | gmtlib_init_ellipsoid | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_init_geodesic(GMT_CTRL *GMT) {
GMT_enum_geodesic proj_geodesic;
proj_geodesic = GMT->current.setting.proj_geodesic;
if (proj_geodesic == GMT_enum_geodesic_GMT_GEODESIC_RUDOE) {
GMT->current.map.geodesic_meter = (double (*)(
GMT_CTRL *, double, double, double, double))map_rudoe_dist_meter;... | void gmtlib_init_geodesic (struct GMT_CTRL *GMT) {
switch (GMT->current.setting.proj_geodesic) {
case GMT_GEODESIC_VINCENTY:
GMT->current.map.geodesic_meter = map_vincenty_dist_meter;
GMT->current.map.geodesic_az_backaz = map_az_backaz_vincenty;
break;
case GMT_GEODESIC_ANDOYER:
GMT->current.map.geodes... | gmtlib_init_geodesic | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
int gmtlib_io_banner(GMT_CTRL *GMT, unsigned int direction) {
char v3;
char *message;
uint64_t col;
unsigned long alloc;
size_t m_len;
size_t len;
size_t lena;
char s[2];
char skip[72];
unsigned long v12;
v12 = __readfsqword(0x28u);
memset(skip, 0, 64);
*(_WORD *)s = 0;
alloc = 256;
m_len... | int gmtlib_io_banner (struct GMT_CTRL *GMT, unsigned int direction) {
static const char *gmt_direction[2] = {"Input", "Output"};
char *message = NULL, skip[GMT_LEN64] = {""};
char *letter = "-cuhHiIlLfditTn", s[2] = {0, 0};
uint64_t col;
uint64_t n_bytes;
size_t alloc = GMT_LEN256, m_len = 0, len;
#if 0
if (GM... | gmtlib_io_banner | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_io_binary_header(GMT_CTRL *GMT, FILE *fp, unsigned int dir) {
size_t v3;
char c;
uint64_t k;
size_t nr;
unsigned long v7;
v7 = __readfsqword(0x28u);
c = 32;
if (dir) {
for (k = 0; k < GMT->current.setting.io_n_header_items; ++k)
fwrite(&c, 1u, 1u, fp);
} else {
nr = 0;
f... | void gmtlib_io_binary_header (struct GMT_CTRL *GMT, FILE *fp, unsigned int dir) {
uint64_t k;
char c = ' ';
if (dir == GMT_IN) {
size_t nr = 0;
for (k = 0; k < GMT->current.setting.io_n_header_items; k++) nr += gmt_M_fread (&c, sizeof (char), 1U, fp);
}
else {
for (k = 0; k < GMT->current.setting.io_n_heade... | gmtlib_io_binary_header | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_io_init(GMT_CTRL *GMT) {
unsigned int i;
unsigned int ia;
unsigned int ib;
unsigned int ic;
unsigned int id;
GMT->session.input_ascii =
(void *(*)(GMT_CTRL *, FILE *, uint64_t *, int *))gmtio_ascii_input;
GMT->current.io.input = GMT->session.input_ascii;
GMT->current.io.output =
... | void gmtlib_io_init (struct GMT_CTRL *GMT) {
unsigned int i;
GMT->current.io.input = GMT->session.input_ascii = &gmtio_ascii_input;
GMT->current.io.output = &gmtio_ascii_output;
GMT->current.io.ogr_parser = &gmtio_ogr_header_parser;
GMT->current.io.give_report = true;
GMT->current.io.seg_no = GM... | gmtlib_io_init | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
bool gmtlib_is_an_object(GMT_CTRL *GMT, void *ptr) {
return api_get_object_id_from_data_ptr(GMT->parent, ptr) != -1;
} | bool gmtlib_is_an_object (struct GMT_CTRL *GMT, void *ptr) {
return (api_get_object_id_from_data_ptr (GMT->parent, ptr) == GMT_NOTSET) ? false : true;
} | gmtlib_is_an_object | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
bool gmtlib_is_color(GMT_CTRL *GMT, char *word) {
int i;
int n;
int na;
int n_hyphen;
int n_slashes;
n_hyphen = 0;
n_slashes = 0;
n = strlen(word);
if (!n)
return 0;
if (*word == 35)
return 1;
if (gmt_colorname2index(GMT, word) >= 0)
return 1;
if (strchr(word, 116))
return 0;
... | bool gmtlib_is_color (struct GMT_CTRL *GMT, char *word) {
int i, k, n, n_hyphen = 0, n_slashes = 0;
n = (int)strlen (word);
if (n == 0) return (false);
if (word[0] == '#') return (true);
if (gmt_colorname2index (GMT, word) >= 0) return (true);
if (strchr(word,'t')) return (false);
if (strchr(word... | gmtlib_is_color | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
bool gmtlib_is_gleap(int gyear) {
int y400;
if (calclock_cal_imod(gyear, 4))
return 0;
y400 = calclock_cal_imod(gyear, 400);
return !y400 || calclock_cal_imod(y400, 100) != 0;
} | bool gmtlib_is_gleap (int gyear) {
int y400;
if (calclock_cal_imod (gyear, 4) != 0) return (false);
y400 = calclock_cal_imod (gyear, 400);
if (y400 == 0) return (true);
if (calclock_cal_imod (y400, 100) == 0) return (false);
return (true);
} | gmtlib_is_gleap | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
bool gmtlib_iso_ywd_is_bad(int y, int w, int d) {
return y < 0 || w <= 0 || w > 53 || d <= 0 || d > 7;
} | bool gmtlib_iso_ywd_is_bad (int y, int w, int d) {
if (y < 0 || w < 1 || w > 53 || d < 1 || d > 7) return (true);
return (false);
} | gmtlib_iso_ywd_is_bad | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
uint64_t gmtlib_latpath(GMT_CTRL *GMT, double lat, double lon1, double lon2,
double **x, double **y) {
double *v6;
double *v8;
double *v9;
double *v10;
double *v11;
double v12;
double v13;
double v14;
size_t v15;
size_t v16;
size_t v17;
bool keep_trying;
int n_try;
_B... | uint64_t gmtlib_latpath (struct GMT_CTRL *GMT, double lat, double lon1, double lon2, double **x, double **y) {
size_t n_alloc = 0;
uint64_t k, n;
int n_try, pos;
bool keep_trying;
double dlon, dlon0, *tlon = NULL, *tlat = NULL, x0, x1, y0, y1, d, min_gap;
if (GMT->current.map.parallel_straight == 2) {
gmt_M_m... | gmtlib_latpath | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
uint64_t gmtlib_lonpath(GMT_CTRL *GMT, double lon, double lat1, double lat2,
double **x, double **y) {
double *v6;
size_t v8;
double *v9;
double *v10;
double *v11;
double *v12;
double v13;
double v14;
double v15;
size_t v16;
double *v17;
bool keep_trying;
int n_try;
_... | uint64_t gmtlib_lonpath (struct GMT_CTRL *GMT, double lon, double lat1, double lat2, double **x, double **y) {
size_t n_alloc = 0;
uint64_t n, k;
int n_try, pos;
bool keep_trying;
double dlat, dlat0, *tlon = NULL, *tlat = NULL, x0, x1, y0, y1, d, min_gap;
if (GMT->current.map.meridian_straight == 2) {
gmt_M_m... | gmtlib_lonpath | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
unsigned int gmtlib_map_latcross(GMT_CTRL *GMT, double lat, double west,
double east, GMT_XINGS **xings) {
double v5;
GMT_XINGS *v6;
unsigned int v7;
bool go;
int i;
unsigned int nx;
unsigned int nc;
double this_x;
double this_y;
double last_x;
double last_y;
siz... | unsigned int gmtlib_map_latcross (struct GMT_CTRL *GMT, double lat, double west, double east, struct GMT_XINGS **xings) {
bool go = false;
unsigned int i, nx, nc = 0;
size_t n_alloc = GMT_SMALL_CHUNK;
double lon, lon_old, this_x, this_y, last_x, last_y, xlon[2], xlat[2], gap;
struct GMT_XINGS *X = NULL;
X = gmt... | gmtlib_map_latcross | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
unsigned int gmtlib_map_loncross(GMT_CTRL *GMT, double lon, double south,
double north, GMT_XINGS **xings) {
double v5;
double v6;
GMT_XINGS *v7;
unsigned int v8;
double northa;
bool go;
int j;
unsigned int nx;
unsigned int nc;
double this_x;
double this_y;
doubl... | unsigned int gmtlib_map_loncross (struct GMT_CTRL *GMT, double lon, double south, double north, struct GMT_XINGS **xings) {
bool go = false;
unsigned int j, nx, nc = 0;
size_t n_alloc = GMT_SMALL_CHUNK;
double lat, lat_old, this_x, this_y, last_x, last_y, xlon[2], xlat[2], gap;
struct GMT_XINGS *X = NULL;
X = gm... | gmtlib_map_loncross | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
uint64_t gmtlib_map_path(GMT_CTRL *GMT, double lon1, double lat1, double lon2,
double lat2, double **x, double **y) {
if (doubleAlmostEqualUlpsAndAbs(lat1, lat2, 1.110223024625157e-15, 5))
return gmtlib_latpath(GMT, lat1, lon1, lon2, x, y);
else
return gmtlib_lonpath(GMT, lon1, lat1... | uint64_t gmtlib_map_path (struct GMT_CTRL *GMT, double lon1, double lat1, double lon2, double lat2, double **x, double **y) {
if (doubleAlmostEqualZero (lat1, lat2))
return (gmtlib_latpath (GMT, lat1, lon1, lon2, x, y));
else
return (gmtlib_lonpath (GMT, lon1, lat1, lat2, x, y));
} | gmtlib_map_path | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_moment_interval(GMT_CTRL *GMT, GMT_MOMENT_INTERVAL *p, double dt_in,
bool init) {
signed int v4;
unsigned int time_week_start;
int v6;
unsigned long v7;
int64_t v8;
signed int k;
signed int ka;
signed int kb;
int kc;
int kd;
int ke;
int kws;
unsigned int... | void gmtlib_moment_interval (struct GMT_CTRL *GMT, struct GMT_MOMENT_INTERVAL *p, double dt_in, bool init) {
int k, kws, kyd;
unsigned int kml;
if (init) {
gmt_dt2rdc (GMT, dt_in, &(p->rd[0]), &(p->sd[0]) );
gmt_gcal_from_rd (GMT, p->rd[0], &(p->cc[0]) );
p->dt[0] = dt_in... | gmtlib_moment_interval | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
int gmtlib_nc_get_att_text(GMT_CTRL *GMT, int ncid, int varid, char *name,
char *text, size_t textlen) {
size_t v7;
int status;
int statusa;
size_t attlen;
char *att;
unsigned long v16;
v16 = __readfsqword(0x28u);
att = 0;
status =
nc_inq_attlen((unsigned int)ncid, (u... | int gmtlib_nc_get_att_text (struct GMT_CTRL *GMT, int ncid, int varid, char *name, char *text, size_t textlen) {
int status;
size_t attlen;
char *att = NULL;
status = nc_inq_attlen (ncid, varid, name, &attlen);
if (status != NC_NOERR) {
*text = '\0';
return status;
}
att = gmt_M_memory (GMT, NULL, attl... | gmtlib_nc_get_att_text | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
int gmtlib_ogr_get_geometry(char *item) {
if (!strcmp(item, "point") || !strcmp(item, "POINT"))
return 1;
if (!strcmp(item, "mpoint") || !strcmp(item, "MPOINT"))
return 65;
if (!strcmp(item, "line") || !strcmp(item, "LINE"))
return 2;
if (!strcmp(item, "mline") || !strcmp(item, "MLINE"))
return ... | int gmtlib_ogr_get_geometry (char *item) {
if (!strcmp (item, "point") || !strcmp (item, "POINT")) return (GMT_IS_POINT);
if (!strcmp (item, "mpoint") || !strcmp (item, "MPOINT")) return (GMT_IS_MULTIPOINT);
if (!strcmp (item, "line") || !strcmp (item, "LINE")) return (GMT_IS_LINESTRING);
if (!strcmp (item, "mli... | gmtlib_ogr_get_geometry | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
int gmtlib_ogr_get_type(char *item) {
if (!strcmp(item, "double") || !strcmp(item, "DOUBLE"))
return 9;
if (!strcmp(item, "float") || !strcmp(item, "FLOAT"))
return 8;
if (!strcmp(item, "integer") || !strcmp(item, "INTEGER"))
return 4;
if (!strcmp(item, "char") || !strcmp(item, "CHAR"))
return 0... | int gmtlib_ogr_get_type (char *item) {
if (!strcmp (item, "double") || !strcmp (item, "DOUBLE")) return (GMT_DOUBLE);
if (!strcmp (item, "float") || !strcmp (item, "FLOAT")) return (GMT_FLOAT);
if (!strcmp (item, "integer") || !strcmp (item, "INTEGER")) return (GMT_INT);
if (!strcmp (item, "char") || !str... | gmtlib_ogr_get_type | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
int gmtlib_parse_B_option(GMT_CTRL *GMT, char *in) {
if (*(_DWORD *)((char *)&stru_20EF8.r_offset + (_QWORD)GMT)) {
if (*(_DWORD *)((char *)&stru_20EF8.r_offset + (_QWORD)GMT) == -1) {
GMT_Report(GMT->parent, 1u,
"Syntax error -B option: Mixing of GMT 4 and 5 level syntax "
... | int gmtlib_parse_B_option (struct GMT_CTRL *GMT, char *in) {
int error = 0;
if (GMT->common.B.mode == 0) {
GMT_Report (GMT->parent, GMT_MSG_NORMAL, "Internal error: Calling gmtlib_parse_B_option before gmt_check_b_options somehow\n");
error = 1;
}
else if (GMT->common.B.mode == -1) {
GMT_Report (GMT->parent, ... | gmtlib_parse_B_option | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
void gmtlib_plot_C_format(GMT_CTRL *GMT) {
int v1;
unsigned int i;
unsigned int ia;
unsigned int j;
unsigned int ja;
int len;
GMT_GEO_IO *S;
char fmt[264];
unsigned long v9;
v9 = __readfsqword(0x28u);
S = &GMT->current.plot.calclock.geo;
for (i = 0; i <= 2; ++i) {
for (j = 0; j <= 1; ++j)
... | void gmtlib_plot_C_format (struct GMT_CTRL *GMT) {
unsigned int i, j, length;
struct GMT_GEO_IO *S = &GMT->current.plot.calclock.geo;
for (i = 0; i < 3; i++) for (j = 0; j < 2; j++) gmt_M_memset (GMT->current.plot.format[i][j], GMT_LEN256, char);
gmtio_get_dms_order (GMT, GMT->current.setting.format_geo_map, S... | gmtlib_plot_C_format | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
int gmtlib_process_binary_input(GMT_CTRL *GMT, uint64_t n_read) {
bool bad_record;
bool set_nan_flag;
uint64_t col_no;
uint64_t n_NaN;
double double_tmp;
bad_record = 0;
set_nan_flag = 0;
n_NaN = 0;
for (col_no = 0; col_no < n_read; ++col_no) {
if (col_no > 1 &&
gmt_input_is_nan_proxy(GMT... | int gmtlib_process_binary_input (struct GMT_CTRL *GMT, uint64_t n_read) {
uint64_t col_no, n_NaN;
bool bad_record = false, set_nan_flag = false;
for (col_no = n_NaN = 0; col_no < n_read; col_no++) {
if (!gmt_M_is_dnan (GMT->current.io.curr_rec[col_no])) {
if (col_no > 1 && gmt_input_is_nan_proxy (... | gmtlib_process_binary_input | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
char *gmtlib_putcmyk(GMT_CTRL *GMT, double *cmyk) {
double v2;
double v3;
double v4;
double v5;
if (*cmyk >= -0.5) {
if (cmyk[3] >= 0.00001)
v2 = cmyk[3];
else
v2 = 0.0;
if (cmyk[2] >= 0.00001)
v3 = cmyk[2];
else
v3 = 0.0;
if (cmyk[1] >= 0.00001)
v4 = cmyk[1]... | char *gmtlib_putcmyk (struct GMT_CTRL *GMT, double *cmyk) {
static char text[GMT_LEN256] = {""};
gmt_M_unused(GMT);
if (cmyk[0] < -0.5)
sprintf (text, "-");
else
snprintf (text, GMT_LEN256, "%.5g/%.5g/%.5g/%.5g", gmt_M_q(cmyk[0]), gmt_M_q(cmyk[1]), gmt_M_q(cmyk[2]), gmt_M_q(cmyk[3]));
gmtinit_append_trans (t... | gmtlib_putcmyk | gmt-5.4.4 | sci-geosciences | O0/sci-geosciences/gmt-5.4.4/libgmt.so.5.4.4 | ida | O0 |
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.