void menu_rand() {
int a, c, m, x, i;
suite_t* suite;
clear();
a = get_int("Valeur a", 0, 9999);
c = get_int("Valeur c", 0, 9999);
m = get_int("Valeur m", 0, 9999);
x = get_int("Valeur x", 0, 9999);
printf("\n");
suite = pseudo(a, c, m, x);
if(suite == NULL) {
get_enter();
return;
}
printf("Voici la suite généré avec a=%d, c=%d, m=%d, x=%d :\n", a, c, m, x);
printf("[");
for(i = 0; i < suite->taille; i++)
printf("%d, ", suite->suite[i]);
printf("\b\b]\n");
get_enter();
free(suite);
}
void menu_F1()
{
char * s; /* pointer to selector */
int g_max;
g_max=group_max(group, vertex_used);
printf("GROUP (F1) MENU:\n");
printf("(maximal group number is: %d)\n\n", g_max);
printf(" = Print current group statistics\n");
printf(" cg Change current group [%d]\n", group_current);
printf(" m Mark current group [now marked: %d]\n", group_marker);
printf(" -m Set group marker to -1 (no group)\n");
printf(" m2c Move vertices from marked group (%d) to current group (%d)\n", group_marker, group_current );
printf(" ex Extract visible vertices to a new group\n");
printf(" fi Change to a group incident to the cursor\n");
printf(" cp Copy to new group\n");
printf(" cpe Copy and glue with edges\n");
printf(" cpt Copy and glue with triangles\n");
printf(" cpet Copy and glue with edges and triangles\n");
printf(" z Remove empty groups (renumbers the remaining groups)\n");
printf(" de Delete edges incident to current group\n");
printf(" dt Delete triangles incident to current group\n");
printf(" det Delete edges and triangles incident to current group\n");
printf(" pe Paint edges of current group with current color\n");
printf(" pt Paint triangles of current group with current color\n");
printf(" s Scale\n");
printf(" sx Scale in X dimmension\n");
printf(" sy Scale in Y dimmension\n");
printf(" sz Scale in Z dimmension\n");
printf(" rx rotate current group 90 degrees around X\n");
printf(" ry rotate current group 90 degrees around Y\n");
printf(" rz rotate current group 90 degrees around Z\n");
if(context==context_et0)
printf(" mv move current group by vector (et0_marker, cursor)\n");
s=get_menu_selector();
printf("%s\n", s);
if(strcmp(s,"cg")==0)
{int g;
printf("Input group number (between 0 and %d):\n", g_max+1);
scanf("%d", &g);
if(0<=g && g<= g_max+1)
group_change_current(g, &group_current, group, vertex_used);
else printf("bad group number !\n");
}
else
if(strcmp(s,"s")==0)
{float s;
printf("Input scaling factor:\n");
s=get_float();
backup();
group_scale(group_current, s, s, s, cursor,
group, vertex, vertex_used);
}
else
if(strcmp(s,"sx")==0)
{float s;
printf("Input scaling factor:\n");
s=get_float();
backup();
group_scale(group_current, s, 1.0, 1.0, cursor,
group, vertex, vertex_used);
}
else
if(strcmp(s,"sy")==0)
{float s;
printf("Input scaling factor:\n");
s=get_float();
backup();
group_scale(group_current, 1.0, s, 1.0, cursor,
group, vertex, vertex_used);
}
else
if(strcmp(s,"sz")==0)
{float s;
printf("Input scaling factor:\n");
s=get_float();
backup();
group_scale(group_current, 1.0, 1.0, s, cursor,
group, vertex, vertex_used);
}
else
if(strcmp(s,"ry")==0){
backup();
group_rot90(group_current, 0, 1, 0);
} else
if(strcmp(s,"rx")==0){
backup();
group_rot90(group_current, 1, 0, 0);
} else
if(strcmp(s,"rz")==0){
backup();
group_rot90(group_current, 0, 0, 1);
} else
if(strcmp(s,"=")==0){
group_statistics(group_current);
/* get_anything(); */
get_enter();
} else
if(strcmp(s,"ex")==0){
backup();
group_extract_clipped();
} else
if(strcmp(s,"m")==0){
group_mark(group_current);
} else
if(strcmp(s,"-m")==0){
group_mark(-1);
} else
if(strcmp(s,"m2c")==0){
backup();
group_regroup(group_marker, group_current);
} else
if(strcmp(s,"z")==0){
group_remove_empty();
get_anything();
} else
if(strcmp(s,"fi")==0){
int found;
found=group_find(cursor);
if(found!=-1)
{
group_change_current(found, &group_current, group, vertex_used);
}
else
printf("CURSOR IS NOT INCIDENT TO ANY GROUP\n");
get_anything();
} else
if(context==context_et0 && strcmp(s,"mv")==0){
float mv[3];
vector_sub(cursor, et0_marker, mv);
backup();
group_move(group_current, mv, group, vertex, vertex_used);
} else
if(strcmp(s,"de")==0){
backup();
group_delete_edges(group_current);
} else
if(strcmp(s,"dt")==0){
backup();
group_delete_triangles(group_current);
} else
if(strcmp(s,"det")==0){
backup();
group_delete_triangles(group_current);
group_delete_edges(group_current);
} else
if(strcmp(s,"pe")==0){
backup();
group_paint_edges(group_current, current_color);
} else
if(strcmp(s,"pt")==0){
backup();
group_paint_triangles(group_current, current_color);
} else
if(strcmp(s,"cp")==0){
backup();
group_copy(False, False);
} else
if(strcmp(s,"cpe")==0){
backup();
group_copy(True, False);
} else
if(strcmp(s,"cpt")==0){
backup();
group_copy(False, True);
} else
if(strcmp(s,"cpet")==0){
backup();
group_copy(True, True);
}
}
