#define START_MAIN {200,200}
+#define MIN_COLUMNS 6
#define INTERESTING_COLUMNS 6
-#define MAX_COLUMNS 7
+#define MAX_COLUMNS 7
static Rect mainr = { START_MAIN,START_MAIN };
static int commbasey, comminty;
require_rectangle(across.x,mainr.tl.y, across.x,mainr.br.y, "+");
across.x++;
}
-
+ eassert(colno >= MIN_COLUMNS);
}
static void find_commodity(int offset, Rect *rr) {
rr->br.x= mainr.br.x;
}
+static void find_table_entry(Rect commod, int colno, Rect *cellr) {
+ cellr->tl.y= commod.tl.y;
+ cellr->br.y= commod.br.y;
+ cellr->tl.x= !colno ? commod.tl.x : colrightx[colno-1]+2;
+ cellr->br.x= colrightx[colno];
+ debug_rect("cell", colno, *cellr);
+ require_rectangle_r(*cellr, " o");
+}
+
static void load_image_and_canonify(void) {
struct pam inpam;
unsigned char rgb[3];
}
int main(void) {
+ Rect thisr, entryr;
+ int tryrect, colno;
+
load_image_and_canonify();
find_structure();
- Rect thisr;
- int tryrect;
for (tryrect= +height; tryrect >= -height; tryrect--) {
find_commodity(tryrect, &thisr);
- if (thisr.tl.x >= 0)
- debug_rect("commod",tryrect, thisr);
+ if (thisr.tl.x < 0)
+ continue;
+ debug_rect("commod",tryrect, thisr);
+
+ for (colno=0; colno<MIN_COLUMNS; colno++) {
+ find_table_entry(thisr,colno,&entryr);
+// ocr_rectangle(entryr);
+ }
}
return 0;
}