def convert_to_pairs(image, height, width, column_factor, row_factor): left_column = int(width*column_factor) right_column = width - left_column bottom_row = int(height*row_factor) top_row = height - bottom_row left_column_intersections = im.fast_check_column(left_column, image, bottom_row, top_row) right_column_intersections = im.fast_check_column(right_column, image, bottom_row, top_row) bottom_row_intersections = im.fast_check_row(bottom_row, image, left_column, right_column) top_row_intersections = im.fast_check_row(top_row, image, left_column, right_column) return (left_column_intersections, bottom_row_intersections, right_column_intersections, top_row_intersections)
def convert_to_pairs(image, height, width, column_factor, row_factor): left_column = int(width * column_factor) right_column = width - left_column bottom_row = int(height * row_factor) top_row = height - bottom_row left_column_intersections = im.fast_check_column(left_column, image, bottom_row, top_row) right_column_intersections = im.fast_check_column(right_column, image, bottom_row, top_row) bottom_row_intersections = im.fast_check_row(bottom_row, image, left_column, right_column) top_row_intersections = im.fast_check_row(top_row, image, left_column, right_column) return (left_column_intersections, bottom_row_intersections, right_column_intersections, top_row_intersections)
import Image_2 import time for i in range(0,30): start = time.time() im = Image_2.load_image() c1 = Image_2.fast_check_column(5,im) c2 = Image_2.fast_check_column(10,im) r1 = Image_2.fast_check_row(5,im) r2 = Image_2.fast_check_row(10,im) end = time.time() print end-start
import Image_2 import time for i in range(0, 30): start = time.time() im = Image_2.load_image() c1 = Image_2.fast_check_column(5, im) c2 = Image_2.fast_check_column(10, im) r1 = Image_2.fast_check_row(5, im) r2 = Image_2.fast_check_row(10, im) end = time.time() print end - start