def random_test():
picture = UserImage(600, 400)
picture.display_image()
for i in range(0, 20):
draw_random_lines(picture)
picture.display_image()
for i in range(0, 20):
generate_random_start_algorythm(picture)
picture.display_image()
def parameterized_random_test(image_width, image_height, line_number,
point_number):
picture = UserImage(image_width, image_height)
picture.display_image()
for i in range(0, line_number):
draw_random_lines(picture)
picture.display_image()
for i in range(0, point_number):
generate_random_start_algorythm(picture)
picture.display_image()
display_picture_algorythm_information(picture)
def random_test():
picture = UserImage(600, 400)
picture.display_image()
for i in range(0,20):
draw_random_lines(picture)
picture.display_image()
for i in range(0,20):
generate_random_start_algorythm(picture)
picture.display_image()
def parameterized_random_test(image_width, image_height, line_number, point_number):
picture = UserImage(image_width, image_height)
picture.display_image()
for i in range(0, line_number):
draw_random_lines(picture)
picture.display_image()
for i in range(0, point_number):
generate_random_start_algorythm(picture)
picture.display_image()
display_picture_algorythm_information(picture)
def square_test():
picture = UserImage(0, 0, "specific_tests/kwadrat.png")
picture.display_image()
picture.set_base_color((255, 0, 0))
picture.start_algorythm(150, 150)
picture.display_image()
picture.display_algorythm_information()
def triangle_test():
picture = UserImage(0, 0, "specific_tests/trojkat.bmp")
picture.set_base_color(130)
picture.display_image()
picture.start_algorythm(350, 150)
picture.display_image()
picture.display_algorythm_information()
def test_numberr():
picture = UserImage(10, 10)
for i in range(5, 7):
for j in range(5, 7):
picture.color_pixel(i, j)
picture.display_image()
picture.set_base_color((0, 255, 0))
picture.start_algorythm(5, 5)
picture.display_image()
picture.display_algorythm_information()
def custom_test():
picture = UserImage(0, 0, "specific_tests/test.bmp")
picture.display_image()
picture.set_base_color(130)
picture.start_algorythm(250, 150)
picture.display_image()
picture.display_algorythm_information()
def sharp_test():
picture = UserImage(0, 0, "specific_tests/sharp.bmp")
picture.display_image()
picture.set_base_color(130)
picture.start_algorythm(178, 173)
picture.display_image()
picture.display_algorythm_information()
def custom_test():
picture = UserImage(0, 0, "specific_tests/test.bmp")
picture.display_image()
picture.set_base_color(130)
picture.start_algorythm(250, 150)
picture.display_image()
picture.display_algorythm_information()
def diamond_test():
picture = UserImage(0, 0, "specific_tests/romb.bmp")
picture.display_image()
picture.set_base_color(130)
picture.start_algorythm(150, 50)
picture.display_image()
picture.display_algorythm_information()
def rectangle_test():
picture = UserImage(600, 400)
for i in range(100, 500):
for j in range(100, 200):
picture.color_pixel(i, j)
picture.display_image()
picture.set_base_color((0, 255, 0))
picture.start_algorythm(250, 150)
picture.display_image()
picture.display_algorythm_information()
def square_test():
picture = UserImage(0, 0, "specific_tests/kwadrat.png")
picture.display_image()
picture.set_base_color((255, 0, 0))
picture.start_algorythm(150, 150)
picture.display_image()
picture.display_algorythm_information()
def triangle_test():
picture = UserImage(0, 0, "specific_tests/trojkat.bmp")
picture.set_base_color(130)
picture.display_image()
picture.start_algorythm(350, 150)
picture.display_image()
picture.display_algorythm_information()
def rectangle_test():
picture = UserImage(600, 400)
for i in range(100,500):
for j in range(100,200):
picture.color_pixel(i,j)
picture.display_image()
picture.set_base_color((0, 255, 0))
picture.start_algorythm(250, 150)
picture.display_image()
picture.display_algorythm_information()
def test_numberr():
picture = UserImage(10, 10)
for i in range(5, 7):
for j in range(5, 7):
picture.color_pixel(i, j)
picture.display_image()
picture.set_base_color((0, 255, 0))
picture.start_algorythm(5, 5)
picture.display_image()
picture.display_algorythm_information()
def diamond_test():
picture = UserImage(0, 0, "specific_tests/romb.bmp")
picture.display_image()
picture.set_base_color(130)
picture.start_algorythm(150, 50)
picture.display_image()
picture.display_algorythm_information()
def multi_test():
picture = UserImage(0, 0, "specific_tests/figury-geometryczne.bmp")
picture.display_image()
picture.set_base_color(130)
picture.start_algorythm(178, 173)
picture.display_image()
picture.set_base_color(180)
picture.start_algorythm(278, 173)
picture.display_image()
picture.set_base_color(220)
picture.start_algorythm(578, 173)
picture.display_image()
picture.set_base_color(200)
picture.start_algorythm(178, 323)
picture.display_image()
picture.start_algorythm(278, 323)
picture.display_image()
picture.start_algorythm(528, 323)
picture.display_image()
picture.start_algorythm(178, 520)
picture.display_image()
picture.start_algorythm(298, 520)
picture.display_image()
picture.start_algorythm(528, 520)
picture.display_image()
picture.display_algorythm_information()
def sharp_test():
picture = UserImage(0, 0, "specific_tests/sharp.bmp")
picture.display_image()
picture.set_base_color(130)
picture.start_algorythm(178, 173)
picture.display_image()
picture.display_algorythm_information()
def random_test_with_results():
picture = UserImage(800, 600)
line_number = randint(0, 30)
point_number = randint(0, 30)
if point_number > line_number:
point_number = line_number
for i in range(0, line_number):
draw_random_lines(picture)
for i in range(0, point_number):
generate_random_start_algorythm(picture)
picture1 = UserImage(800, 600)
line_number = randint(0, 30)
point_number = randint(0, 30)
if point_number > line_number:
point_number = line_number
for i in range(0, line_number):
draw_random_lines(picture1)
for i in range(0, point_number):
generate_random_start_algorythm(picture1)
picture2 = UserImage(800, 600)
line_number = randint(0, 30)
point_number = randint(0, 30)
if point_number > line_number:
point_number = line_number
for i in range(0, line_number):
draw_random_lines(picture2)
for i in range(0, point_number):
generate_random_start_algorythm(picture2)
picture3 = UserImage(800, 600)
line_number = randint(0, 30)
point_number = randint(0, 30)
if point_number > line_number:
point_number = line_number
for i in range(0, line_number):
draw_random_lines(picture3)
for i in range(0, point_number):
generate_random_start_algorythm(picture3)
picture4 = UserImage(800, 600)
line_number = randint(0, 30)
point_number = randint(0, 30)
if point_number > line_number:
point_number = line_number
for i in range(0, line_number):
draw_random_lines(picture4)
for i in range(0, point_number):
generate_random_start_algorythm(picture4)
picture5 = UserImage(800, 600)
line_number = randint(0, 30)
point_number = randint(0, 30)
if point_number > line_number:
point_number = line_number
for i in range(0, line_number):
draw_random_lines(picture5)
for i in range(0, point_number):
generate_random_start_algorythm(picture5)
picture6 = UserImage(800, 600)
line_number = randint(0, 30)
point_number = randint(0, 30)
if point_number > line_number:
point_number = line_number
for i in range(0, line_number):
draw_random_lines(picture6)
for i in range(0, point_number):
generate_random_start_algorythm(picture6)
if picture3.last_algorythm_time == 0:
return
median = (picture3.total_coloured_pixels +
picture3.total_pixels_visited) / picture3.last_algorythm_time
if (picture.last_algorythm_time != 0):
print(
picture.total_coloured_pixels + picture.total_pixels_visited, " ",
round(picture.last_algorythm_time, 10), " ",
round(
(picture.total_coloured_pixels + picture.total_pixels_visited)
/ picture.last_algorythm_time / median, 2))
if (picture1.last_algorythm_time != 0):
print(
picture1.total_coloured_pixels + picture1.total_pixels_visited,
" ", round(picture1.last_algorythm_time, 3), " ",
round((picture1.total_coloured_pixels +
picture1.total_pixels_visited) /
picture1.last_algorythm_time / median, 2))
if (picture2.last_algorythm_time != 0):
print(
picture2.total_coloured_pixels + picture2.total_pixels_visited,
" ", round(picture2.last_algorythm_time, 3), " ",
round((picture2.total_coloured_pixels +
picture2.total_pixels_visited) /
picture2.last_algorythm_time / median, 2))
if (picture3.last_algorythm_time != 0):
print(
picture3.total_coloured_pixels + picture3.total_pixels_visited,
" ", round(picture3.last_algorythm_time, 3), " ",
round((picture3.total_coloured_pixels +
picture3.total_pixels_visited) /
picture3.last_algorythm_time / median, 2))
if (picture4.last_algorythm_time != 0):
print(
picture4.total_coloured_pixels + picture4.total_pixels_visited,
" ", round(picture4.last_algorythm_time, 3), " ",
round((picture4.total_coloured_pixels +
picture4.total_pixels_visited) /
picture4.last_algorythm_time / median, 2))
if (picture5.last_algorythm_time != 0):
print(
picture5.total_coloured_pixels + picture5.total_pixels_visited,
" ", round(picture5.last_algorythm_time, 3), " ",
round((picture5.total_coloured_pixels +
picture5.total_pixels_visited) /
picture5.last_algorythm_time / median, 2))
if (picture6.last_algorythm_time != 0):
print(
picture6.total_coloured_pixels + picture6.total_pixels_visited,
" ", round(picture6.last_algorythm_time, 3), " ",
round((picture6.total_coloured_pixels +
picture6.total_pixels_visited) /
picture6.last_algorythm_time / median, 2))
picture.display_image()
picture1.display_image()
picture2.display_image()
picture3.display_image()
picture4.display_image()
picture5.display_image()
picture6.display_image()
def multi_test():
picture = UserImage(0, 0, "specific_tests/figury-geometryczne.bmp")
picture.display_image()
picture.set_base_color(130)
picture.start_algorythm(178, 173)
picture.display_image()
picture.set_base_color(180)
picture.start_algorythm(278, 173)
picture.display_image()
picture.set_base_color(220)
picture.start_algorythm(578, 173)
picture.display_image()
picture.set_base_color(200)
picture.start_algorythm(178, 323)
picture.display_image()
picture.start_algorythm(278, 323)
picture.display_image()
picture.start_algorythm(528, 323)
picture.display_image()
picture.start_algorythm(178, 520)
picture.display_image()
picture.start_algorythm(298, 520)
picture.display_image()
picture.start_algorythm(528, 520)
picture.display_image()
picture.display_algorythm_information()
def array_results_tests():
n_mediana = 0
t_mediana = 0
test_picture = UserImage(180,180)
test_picture.start_algorythm(90,90)
picture = UserImage(10, 10)
if picture.start_algorythm(picture.image_width/2, picture.image_height/2) == 1:
picture1 = UserImage(50, 50)
if picture1.start_algorythm(picture1.image_width/2, picture1.image_height/2) == 1:
picture2 = UserImage(100, 100)
if picture2.start_algorythm(picture2.image_width/2, picture2.image_height/2) == 1:
picture3 = UserImage(200, 200)
if picture3.start_algorythm(picture3.image_width / 2, picture3.image_height / 2) == 1:
picture4 = UserImage(400, 400)
if picture4.start_algorythm(picture4.image_width / 2, picture4.image_height / 2) == 1:
picture5 = UserImage(600, 600)
if picture5.start_algorythm(picture5.image_width / 2, picture5.image_height / 2) == 1:
picture6 = UserImage(800, 800)
if picture6.start_algorythm(picture6.image_width / 2, picture6.image_height / 2) == 1:
picture7 = UserImage(1000, 1000)
if picture7.start_algorythm(picture7.image_width / 2, picture7.image_height / 2) == 1:
picture8 = UserImage(1100, 1100)
if picture8.start_algorythm(picture8.image_width / 2, picture8.image_height / 2) == 1:
picture9 = UserImage(1200, 1200)
if picture9.start_algorythm(picture9.image_width / 2, picture9.image_height / 2) == 1:
picture10 = UserImage(1300, 1300)
if picture10.start_algorythm(picture10.image_width / 2, picture10.image_height / 2) == 1:
picture11 = UserImage(1400, 1400)
if picture11.start_algorythm(picture11.image_width / 2, picture11.image_height / 2) == 1:
picture12 = UserImage(1500, 1500)
picture12.start_algorythm(picture12.image_width / 2, picture12.image_height / 2)
median = (picture5.total_coloured_pixels + picture5.total_pixels_visited)/picture5.last_algorythm_time
print("Liczba pixeli przetworzonych Czas wykonania algorytmu q(n) \n")
print(picture.total_coloured_pixels + picture.total_pixels_visited, " ", round(picture.last_algorythm_time,10) , " " , round((picture.total_coloured_pixels + picture.total_pixels_visited)/picture.last_algorythm_time/median,2) )
print(picture1.total_coloured_pixels + picture1.total_pixels_visited, " ", round(picture1.last_algorythm_time,3), " " , round((picture1.total_coloured_pixels + picture1.total_pixels_visited)/picture1.last_algorythm_time/median,2))
print(picture2.total_coloured_pixels + picture2.total_pixels_visited, " ", round(picture2.last_algorythm_time,3), " " , round((picture2.total_coloured_pixels + picture2.total_pixels_visited)/picture2.last_algorythm_time/median,2) )
print(picture3.total_coloured_pixels + picture3.total_pixels_visited, " ", round(picture3.last_algorythm_time,3), " " , round((picture3.total_coloured_pixels + picture3.total_pixels_visited)/picture3.last_algorythm_time/median,2) )
print(picture4.total_coloured_pixels + picture4.total_pixels_visited, " ", round(picture4.last_algorythm_time,3), " " , round((picture4.total_coloured_pixels + picture4.total_pixels_visited)/picture4.last_algorythm_time/median,2) )
print(picture5.total_coloured_pixels + picture5.total_pixels_visited, " ", round(picture5.last_algorythm_time,3), " " , round((picture5.total_coloured_pixels + picture5.total_pixels_visited)/picture5.last_algorythm_time/median,2) )
print(picture6.total_coloured_pixels + picture6.total_pixels_visited, " ", round(picture6.last_algorythm_time,3), " " , round((picture6.total_coloured_pixels + picture6.total_pixels_visited)/picture6.last_algorythm_time/median,2) )
print(picture7.total_coloured_pixels + picture7.total_pixels_visited, " ", round(picture7.last_algorythm_time,3), " " ,round((picture7.total_coloured_pixels + picture7.total_pixels_visited)/picture7.last_algorythm_time/median,2) )
print(picture8.total_coloured_pixels + picture8.total_pixels_visited, " ", round(picture8.last_algorythm_time,3), " ", round((picture8.total_coloured_pixels + picture8.total_pixels_visited) / picture8.last_algorythm_time/median,2))
print(picture9.total_coloured_pixels + picture9.total_pixels_visited, " ", round(picture9.last_algorythm_time,3), " ", round((picture9.total_coloured_pixels + picture9.total_pixels_visited) / picture9.last_algorythm_time/median,2))
print(picture10.total_coloured_pixels + picture10.total_pixels_visited, " ", round(picture10.last_algorythm_time,3), " ", round((picture10.total_coloured_pixels + picture10.total_pixels_visited) / picture10.last_algorythm_time/median,2))
print(picture11.total_coloured_pixels + picture11.total_pixels_visited, " ", round(picture11.last_algorythm_time,3), " ", round((picture11.total_coloured_pixels + picture11.total_pixels_visited) / picture11.last_algorythm_time/median,2))
def random_test_with_results():
picture = UserImage(800, 600)
line_number = randint(0, 30)
point_number = randint(0, 30)
if point_number > line_number:
point_number = line_number
for i in range(0, line_number):
draw_random_lines(picture)
for i in range(0, point_number):
generate_random_start_algorythm(picture)
picture1 = UserImage(800, 600)
line_number = randint(0, 30)
point_number = randint(0, 30)
if point_number > line_number:
point_number = line_number
for i in range(0, line_number):
draw_random_lines(picture1)
for i in range(0, point_number):
generate_random_start_algorythm(picture1)
picture2 = UserImage(800, 600)
line_number = randint(0, 30)
point_number = randint(0, 30)
if point_number > line_number:
point_number = line_number
for i in range(0, line_number):
draw_random_lines(picture2)
for i in range(0, point_number):
generate_random_start_algorythm(picture2)
picture3 = UserImage(800, 600)
line_number = randint(0, 30)
point_number = randint(0, 30)
if point_number > line_number:
point_number = line_number
for i in range(0, line_number):
draw_random_lines(picture3)
for i in range(0, point_number):
generate_random_start_algorythm(picture3)
picture4 = UserImage(800, 600)
line_number = randint(0, 30)
point_number = randint(0, 30)
if point_number > line_number:
point_number = line_number
for i in range(0, line_number):
draw_random_lines(picture4)
for i in range(0, point_number):
generate_random_start_algorythm(picture4)
picture5 = UserImage(800, 600)
line_number = randint(0, 30)
point_number = randint(0, 30)
if point_number > line_number:
point_number = line_number
for i in range(0, line_number):
draw_random_lines(picture5)
for i in range(0, point_number):
generate_random_start_algorythm(picture5)
picture6 = UserImage(800, 600)
line_number = randint(0, 30)
point_number = randint(0, 30)
if point_number > line_number:
point_number = line_number
for i in range(0, line_number):
draw_random_lines(picture6)
for i in range(0, point_number):
generate_random_start_algorythm(picture6)
if picture3.last_algorythm_time == 0:
return
median = (picture3.total_coloured_pixels + picture3.total_pixels_visited)/picture3.last_algorythm_time
if (picture.last_algorythm_time != 0):
print(picture.total_coloured_pixels + picture.total_pixels_visited, " ", round(picture.last_algorythm_time, 10),
" ",
round((picture.total_coloured_pixels + picture.total_pixels_visited) / picture.last_algorythm_time / median,
2))
if (picture1.last_algorythm_time != 0):
print(picture1.total_coloured_pixels + picture1.total_pixels_visited, " ", round(picture1.last_algorythm_time, 3),
" ", round(
(picture1.total_coloured_pixels + picture1.total_pixels_visited) / picture1.last_algorythm_time / median,
2))
if (picture2.last_algorythm_time != 0):
print(picture2.total_coloured_pixels + picture2.total_pixels_visited, " ", round(picture2.last_algorythm_time, 3),
" ", round(
(picture2.total_coloured_pixels + picture2.total_pixels_visited) / picture2.last_algorythm_time / median,
2))
if (picture3.last_algorythm_time != 0):
print(picture3.total_coloured_pixels + picture3.total_pixels_visited, " ", round(picture3.last_algorythm_time, 3),
" ", round(
(picture3.total_coloured_pixels + picture3.total_pixels_visited) / picture3.last_algorythm_time / median,
2))
if (picture4.last_algorythm_time != 0):
print(picture4.total_coloured_pixels + picture4.total_pixels_visited, " ", round(picture4.last_algorythm_time, 3),
" ", round(
(picture4.total_coloured_pixels + picture4.total_pixels_visited) / picture4.last_algorythm_time / median,
2))
if (picture5.last_algorythm_time != 0):
print(picture5.total_coloured_pixels + picture5.total_pixels_visited, " ", round(picture5.last_algorythm_time, 3),
" ", round(
(picture5.total_coloured_pixels + picture5.total_pixels_visited) / picture5.last_algorythm_time / median,
2))
if (picture6.last_algorythm_time != 0):
print(picture6.total_coloured_pixels + picture6.total_pixels_visited, " ", round(picture6.last_algorythm_time, 3),
" ", round(
(picture6.total_coloured_pixels + picture6.total_pixels_visited) / picture6.last_algorythm_time / median,
2))
picture.display_image()
picture1.display_image()
picture2.display_image()
picture3.display_image()
picture4.display_image()
picture5.display_image()
picture6.display_image()
def array_results_tests():
n_mediana = 0
t_mediana = 0
test_picture = UserImage(180, 180)
test_picture.start_algorythm(90, 90)
picture = UserImage(10, 10)
if picture.start_algorythm(picture.image_width / 2,
picture.image_height / 2) == 1:
picture1 = UserImage(50, 50)
if picture1.start_algorythm(picture1.image_width / 2,
picture1.image_height / 2) == 1:
picture2 = UserImage(100, 100)
if picture2.start_algorythm(picture2.image_width / 2,
picture2.image_height / 2) == 1:
picture3 = UserImage(200, 200)
if picture3.start_algorythm(picture3.image_width / 2,
picture3.image_height / 2) == 1:
picture4 = UserImage(400, 400)
if picture4.start_algorythm(picture4.image_width / 2,
picture4.image_height / 2) == 1:
picture5 = UserImage(600, 600)
if picture5.start_algorythm(picture5.image_width / 2,
picture5.image_height / 2) == 1:
picture6 = UserImage(800, 800)
if picture6.start_algorythm(picture6.image_width / 2,
picture6.image_height / 2) == 1:
picture7 = UserImage(1000, 1000)
if picture7.start_algorythm(picture7.image_width / 2,
picture7.image_height / 2) == 1:
picture8 = UserImage(1100, 1100)
if picture8.start_algorythm(picture8.image_width / 2,
picture8.image_height / 2) == 1:
picture9 = UserImage(1200, 1200)
if picture9.start_algorythm(picture9.image_width / 2,
picture9.image_height / 2) == 1:
picture10 = UserImage(1300, 1300)
if picture10.start_algorythm(picture10.image_width / 2,
picture10.image_height / 2) == 1:
picture11 = UserImage(1400, 1400)
if picture11.start_algorythm(picture11.image_width / 2,
picture11.image_height / 2) == 1:
picture12 = UserImage(1500, 1500)
picture12.start_algorythm(picture12.image_width / 2,
picture12.image_height / 2)
median = (picture5.total_coloured_pixels +
picture5.total_pixels_visited) / picture5.last_algorythm_time
print("Liczba pixeli przetworzonych Czas wykonania algorytmu q(n) \n")
print(
picture.total_coloured_pixels + picture.total_pixels_visited, " ",
round(picture.last_algorythm_time, 10), " ",
round((picture.total_coloured_pixels + picture.total_pixels_visited) /
picture.last_algorythm_time / median, 2))
print(
picture1.total_coloured_pixels + picture1.total_pixels_visited, " ",
round(picture1.last_algorythm_time, 3), " ",
round(
(picture1.total_coloured_pixels + picture1.total_pixels_visited) /
picture1.last_algorythm_time / median, 2))
print(
picture2.total_coloured_pixels + picture2.total_pixels_visited, " ",
round(picture2.last_algorythm_time, 3), " ",
round(
(picture2.total_coloured_pixels + picture2.total_pixels_visited) /
picture2.last_algorythm_time / median, 2))
print(
picture3.total_coloured_pixels + picture3.total_pixels_visited, " ",
round(picture3.last_algorythm_time, 3), " ",
round(
(picture3.total_coloured_pixels + picture3.total_pixels_visited) /
picture3.last_algorythm_time / median, 2))
print(
picture4.total_coloured_pixels + picture4.total_pixels_visited, " ",
round(picture4.last_algorythm_time, 3), " ",
round(
(picture4.total_coloured_pixels + picture4.total_pixels_visited) /
picture4.last_algorythm_time / median, 2))
print(
picture5.total_coloured_pixels + picture5.total_pixels_visited, " ",
round(picture5.last_algorythm_time, 3), " ",
round(
(picture5.total_coloured_pixels + picture5.total_pixels_visited) /
picture5.last_algorythm_time / median, 2))
print(
picture6.total_coloured_pixels + picture6.total_pixels_visited, " ",
round(picture6.last_algorythm_time, 3), " ",
round(
(picture6.total_coloured_pixels + picture6.total_pixels_visited) /
picture6.last_algorythm_time / median, 2))
print(
picture7.total_coloured_pixels + picture7.total_pixels_visited, " ",
round(picture7.last_algorythm_time, 3), " ",
round(
(picture7.total_coloured_pixels + picture7.total_pixels_visited) /
picture7.last_algorythm_time / median, 2))
print(
picture8.total_coloured_pixels + picture8.total_pixels_visited, " ",
round(picture8.last_algorythm_time, 3), " ",
round(
(picture8.total_coloured_pixels + picture8.total_pixels_visited) /
picture8.last_algorythm_time / median, 2))
print(
picture9.total_coloured_pixels + picture9.total_pixels_visited, " ",
round(picture9.last_algorythm_time, 3), " ",
round(
(picture9.total_coloured_pixels + picture9.total_pixels_visited) /
picture9.last_algorythm_time / median, 2))
print(
picture10.total_coloured_pixels + picture10.total_pixels_visited, " ",
round(picture10.last_algorythm_time, 3), " ",
round(
(picture10.total_coloured_pixels + picture10.total_pixels_visited)
/ picture10.last_algorythm_time / median, 2))
print(
picture11.total_coloured_pixels + picture11.total_pixels_visited, " ",
round(picture11.last_algorythm_time, 3), " ",
round(
(picture11.total_coloured_pixels + picture11.total_pixels_visited)
/ picture11.last_algorythm_time / median, 2))