dimension = 10
spacing_between_rows = 10
spacing_between_columns = 10
cell_starting_point = (30, 30)

limit_type = "guide"

f = open("output.txt", "w")
# f.write(f"create_{limit_type} -name guts/link_upstream -area {cell_starting_point[0]} {cell_starting_point[0]} {cell_starting_point[0] + 150} {cell_starting_point[1] - 5} \\n\n")
# f.write(f"create_{limit_type} -name guts/link_downstream -area {cell_starting_point[0] + 160} {cell_starting_point[0]} {cell_starting_point[0] + 160 + 500} {cell_starting_point[1] - 5} \\n\n")
f.write("")
f.close()

for i in range(32):
    for j in range(32):
        part_1 = f"create_{limit_type} -name guts/n[0].clnt.clnt/genblk1.cgol_inst/cell_array/gen_rows[{i}].gen_cols[{j}].life_cell -area "
        lower_left = (cell_starting_point[0] + i * (dimension + spacing_between_rows), cell_starting_point[1] + j * (dimension + spacing_between_columns))
        upper_right = (lower_left[0] + dimension, lower_left[1] + dimension)
        part_2 = f"{lower_left[0]} {lower_left[1]} {upper_right[0]} {upper_right[1]} \\n\n"
        f = open("output.txt", "a")
        f.write(part_1 + part_2)
        f.close()