import time

import ezdxf

doc = ezdxf.new('R2000')

msp = doc.modelspace()

out_width = 10374
out_height = 8593
start_point = (0, 0)

first_point_row = 375
first_point_col = 1000
msp.add_line(start_point, (start_point[0], start_point[1] + first_point_col))
msp.add_line(start_point, (start_point[0] + first_point_row, start_point[1]))

msp.add_line(start_point,(start_point[0],start_point[1]+out_height))
msp.add_line(start_point,(start_point[0]+out_width,start_point[1]))
msp.add_line((start_point[0] + out_width, start_point[1]), (start_point[0] + out_width, start_point[1] + out_height))
msp.add_line((start_point[0]+out_width,start_point[1]+out_height),(start_point[0]+out_width,start_point[1]+out_height))

msp.add_line(start_point,(start_point[0],start_point[1]+out_height))
msp.add_line(start_point,(start_point[0]+out_width,start_point[1]))
msp.add_line((start_point[0] + out_width, start_point[1]), (start_point[0] + out_width, start_point[1] + out_height))
msp.add_line((start_point[0]+out_width,start_point[1]+out_height),(start_point[0]+out_width,start_point[1]+out_height))

cursor_col = start_point[1] + first_point_col
while (cursor_col < out_height):
    msp.add_line((start_point[0], cursor_col), ((start_point[0] + out_width), cursor_col))
    cursor_col = cursor_col + 1000

cursor_row = start_point[0] + first_point_row
while (cursor_row < out_width):
    msp.add_line((cursor_row, start_point[1]), (cursor_row, (start_point[1] + out_height)))
    cursor_row = cursor_row + 1000



a = time.time()
doc.saveas(f'save/bottom{str(a)}.dxf')