color = "blue" stage.set_background("silo") stage.create_grid_overlay(50, color) def click_2(): stage.set_background("silo") q1.set_text('') q2.set_text('') q3.set_text('') q4.set_text('') stage.event_click(click_1) def click_1(): stage.set_background('grid') global q1 global q2 global q3 global q4 q1 = codesters.Text("Quad 1", 210, 210, color) q2 = codesters.Text("Quad 2", -210, 210, color) q3 = codesters.Text("Quad 3", -210, -210, color) q4 = codesters.Text("Quad 4", 210, -210, color) stage.event_click(click_2) stage.event_click(click_1) x1 = 200 y1 = 50 x2 = -225 y2 = 200 x3 = -50 y3 = -200 x4 = 150 y4 = -100 color = "cornflowerblue" q1_sprite = codesters.Sprite("butterfly", x1, y1) q1_sprite.set_size(.5) q2_sprite = codesters.Sprite("rocket", x2, y2) q2_sprite.set_size(.3) q3_sprite = codesters.Sprite("bike", x3, y3) q3_sprite.set_size(.5) q4_sprite = codesters.Sprite("cow", x4, y4) q4_sprite.set_size(.3)

t = codesters.Teacher() # try: # tvalx1 = int(t.get_parameters_for_function('glide_to')[0][0]) # avalx1 = abs(tvalx1 - x1) # tvaly1 = int(t.get_parameters_for_function('glide_to')[0][1]) # avaly1 = abs(tvaly1 - y1) # except: # tvalx1 = "DNE" # tvaly1 = "DNE" # avalx1 = "DNE" # avaly1 = "DNE" # try: # tvalx2 = int(t.get_parameters_for_function('glide_to')[1][0]) # avalx2 = abs(tvalx2 - x2) # tvaly2 = int(t.get_parameters_for_function('glide_to')[1][1]) # avaly2 = abs(tvaly2 - y2) # except: # tvalx2 = "DNE" # tvaly2 = "DNE" # avalx2 = "DNE" # avaly2 = "DNE" try: tvalx3 = int(t.get_parameters_for_function('glide_to')[0][0]) avalx3 = abs(tvalx3 - x3) tvaly3 = int(t.get_parameters_for_function('glide_to')[0][1]) avaly3 = abs(tvaly3 - y3) except: tvalx3 = "DNE" tvaly3 = "DNE" avalx3 = "DNE" avaly3 = "DNE" # try: # tvalx4 = int(t.get_parameters_for_function('glide_to')[3][0]) # avalx4= abs(tvalx4 - x4) # tvaly4 = int(t.get_parameters_for_function('glide_to')[3][1]) # avaly4 = abs(tvaly4 - y4) # except: # tvalx4 = "DNE" # tvaly4 = "DNE" # avalx4 = "DNE" # avaly4 = "DNE" # try: # tvalx5 = int(t.get_parameters_for_function('glide_to')[0][0]) # tvaly5 = int(t.get_parameters_for_function('glide_to')[0][1]) # except: # tvalx5 = "DNE" # tvaly5 = "DNE" dev = 26 # t1 = TestObjective() # t1.add_success(avalx1 <= dev and avaly1 <= dev, "Great job debugging the program!") # t1.add_failure(tvalx1 == "DNE", "Oops! Did you delete a Glide To command?") # t1.add_failure(avalx1 >= dev or avaly1 >= dev, "Try to get closer to the butterfly's coordinate!") # t2 = TestObjective() # t2.add_success(avalx2 <= dev and avaly2 <= dev, "Great job! You got to the Rocket!") # t2.add_failure(tvalx2 == "DNE", "Oops! Did you delete a Glide To command?") # t2.add_failure(avalx2 >= dev or avaly2 >= dev, "Try to get closer to the rocket's coordinate!") t3 = TestObjective() t3.add_success(avalx3 <= dev and avaly3 <= dev, "Great job debugging the program!") t3.add_failure(tvalx3 == "DNE", "Oops! Did you delete the Glide To command?") t3.add_failure(tvalx3 == 50, "Oops! Check whether the x-coordinate should be a negative number.") t3.add_failure(tvaly3 == 200, "Oops! Check whether the y-coordinate should be a negative number.") t3.add_failure(avalx3 >= dev, "Try changing the x-coordinate to get closer to the bike!") t3.add_failure(avaly3 >= dev, "Try changing the y-coordinate to get closer to the bike!") # t4 = TestObjective() # t4.add_success(avalx4 <= dev and avaly4 <= dev, "Great job! You got to the cow!") # t4.add_failure(tvalx4 == "DNE", "Oops! Did you delete a Glide To command?") # t4.add_failure(avalx4 >= dev or avaly4 >= dev, "Try to get closer to the cow's coordinate!") tester = TestManager() tester.add_test_list([t3]) tester.run_tests() tester.display_first_feedback()