/* implement the 'g' graphing command
*/
void
do_graph1(csv_t *D, int col) {
/* fix column number to match array indexing */
int array_col=col-1;
row_buckets_t graph_buckets;
int graph_values[GRAPHROWS] = {0};
/* determine the min and max of the column */
graph_buckets.min = find_min(D, array_col);
graph_buckets.max = find_max(D, array_col);
/* use the min and max to compute the size of the buckets */
graph_buckets.bucket_step_size = bucket_size(graph_buckets.max,
graph_buckets.min, GRAPHROWS);
/* fill an array of buckets, where the value of each index is the lower
end of the bucket range */
row_bucket_values(&graph_buckets);
/* fill an array determining how many values are in each bucket */
fill_buckets(&graph_buckets, D, array_col, graph_values);
/* print the graph of bucket quantities per bucket value */
print_bucket_graph(&graph_buckets, D->labs[col-1], graph_values);
}
void outlines_to_blobs( // find blobs
BLOCK *block, // block to scan
ICOORD bleft,
ICOORD tright,
C_OUTLINE_LIST *outlines) {
// make buckets
OL_BUCKETS buckets(bleft, tright);
fill_buckets(outlines, &buckets);
empty_buckets(block, &buckets);
}
