area_of_interest_spliced_list = sa.splitList(area_of_interest_getContour, area_of_interest_list,
area_of_interest_center_coordinate, sensor_number)
print(area_of_interest_spliced_list)
for i in area_of_interest_spliced_list:
make_area_object = ma.area(i)
sensor_list_xy.append(make_area_object.propercordinate()) # 좌표 뽑기
print("initial sensor list")
print(sensor_list_xy)
basic_png.change_polygon(sensor_list_xy)
basic_png.save_png()
count = cp.convert_return_count("image_test" + str(length) + ".png")
ak = cp.convert_return_portion(count, total_pixel_of_interest)
max_coverage_percent_section.append(ak)
length = length + 1
print(max_coverage_percent_section)
randnumlist = [1,2,3,4,5,6,7,8]
execeptionlist = [1,2,3,4,5,6,7,8]
tempsensor_list_xy = []
key = 0
#count_confirm = 0
for k in range(1,50):
print(k,"번째")
'''
print(sensor)
sensor = [[100,200],[200,300]]
tempsensor= [[200,100],[300,200]]
print(total_pixel_of_interest)
'''
basic_png.change_sensor(sensor)
basic_png.save_png()
count += 1
obj = cp.convert_return_count("image_test" + str(count) + ".png")
objportion = cp.convert_return_portion(obj, total_pixel_of_interest)
for i in range(sensor_number):
move.append([0, 0, 0, 0, 1, 1, 1, 0, 1])
tempmove.append(random_move.create_move(length))
initial_portion = copy.deepcopy(objportion)
while T >= T_final:
tempsensor = copy.deepcopy(sensor)
tempsensor = mc.move_coordinate(tempsensor, tempmove)
basic_png.change_sensor(tempsensor)
basic_png.save_png()
count += 1
sensor_number = 6
tempobj_portion = 0
print(area_of_interest_list)
#max(max_coverage_percent_section) <= 94
while len(max_coverage_percent_section) <= 7:
sensor_list_xy = []
make_area_object = ma.area(area_of_interest_list)
for i in range(0, sensor_number):
sensor_list_xy.append(make_area_object.propercordinate()) # 좌표 뽑기
basic_png.change_polygon(sensor_list_xy)
basic_png.save_png()
obj = cp.convert_return_count("image_test" + str(count) + ".png")
obj_portion = cp.convert_return_portion(obj, total_pixel_of_interest)
print(obj_portion)
if obj_portion >= tempobj_portion:
tempobj_portion = obj_portion
max_coverage_percent_section.append(tempobj_portion)
sensor_count.append(count)
print(count)
count = count + 1
print(max_coverage_percent_section)
print(max(max_coverage_percent_section))
print(sensor_count)
print(len(max_coverage_percent_section))