def draw_pallet():
# draw color / image pallet
pythonGraph.draw_rectangle(0, 0, 29, 29, pythonGraph.colors.BLUE, True)
pythonGraph.draw_rectangle(30, 0, 59, 29, pythonGraph.colors.YELLOW, True)
pythonGraph.draw_rectangle(60, 0, 89, 29, pythonGraph.colors.GREEN, True)
pythonGraph.draw_rectangle(90, 0, 119, 29, pythonGraph.colors.RED, True)
pythonGraph.draw_image('lander.jpg', 120, 0, 29, 29)
def draw_on():
""" TODO #1: Complete and test the draw_on function. Functionality is
described in the comments below. Test prior to continuing.
"""
if pythonGraph.mouse_button_down(pythonGraph.mouse_buttons.LEFT):
if place_image == True:
pythonGraph.draw_image('lander.jpg', mouse_x, mouse_y, 29, 29)
else:
pythonGraph.draw_circle(mouse_x, mouse_y, 10, color, True)
def draw_on():
# if the mouse is not on the pallet and the left mouse button is down do the following
# if an image is to be drawn draw an image at the current mouse location
# otherwise draw a circle at the current mouse location
# if the mouse is not on the pallet and the left mouse button is down draw the image or the circle based
# on global variables place_image
if (mouse_y >= 30 or mouse_x >= 150) and pythonGraph.mouse_button_down(
pythonGraph.mouse_buttons.LEFT):
if not place_image:
pythonGraph.draw_circle(mouse_x, mouse_y, radius, color, True)
else:
pythonGraph.draw_image('lander.jpg', mouse_x, mouse_y, 29, 29)
if laser_on:
pythonGraph.play_sound_effect('laser.wav')
def draw_rocket():
global rocket_x, rocket_y, rocket_width, rocket_height, rocket_ref
pythonGraph.draw_image('rocket.png', rocket_x, rocket_y, rocket_width,
rocket_height)
#Draws the appropiate thrusters to match input
if rocket_boost_up > 0.0:
pythonGraph.draw_image('fired.png', rocket_x + rocket_width * .40,
rocket_y + rocket_height * .95,
rocket_width * .25, rocket_height * .25)
if rocket_boost_right > 0.0:
pythonGraph.draw_image('firel.png', rocket_x,
rocket_y + rocket_height * .85,
rocket_width * .25, rocket_height * .25)
if rocket_boost_left < 0.0:
pythonGraph.draw_image('firer.png', rocket_x + rocket_width * .85,
rocket_y + rocket_height * .85,
rocket_width * .25, rocket_height * .25)
def analyze_results():
global time_elapsed, rocket_y, score, landings, crashes, max_score, boat_left_side, boat_right_side, rocket_right_side, rocket_left_side, fuel_consumed, AI_run_count
rocket_left_side = rocket_x
rocket_right_side = rocket_x + rocket_width
boat_left_side = boat_x
boat_right_side = boat_x + boat_width
#End Screen Music
pythonGraph.play_music('metroid16.mp3')
#Score Calc
if boat_left_side <= rocket_left_side and rocket_right_side < boat_right_side:
score = 10000 - fuel_consumed - time_elapsed - Vrocket_x - Vrocket_y
landings += 1
fuel_consumed = 0
else:
score = 5000 - fuel_consumed - time_elapsed - Vrocket_x - Vrocket_y
crashes += 1
fuel_consumed = 0
#Passes Score to Ai
pex3_helper.score_ai(AI_run_count, score)
#New highscore screen
if score > max_score:
max_score = score
#Landing
if boat_left_side <= rocket_left_side and rocket_right_side <= boat_right_side:
pythonGraph.draw_image('win.png', 0, 0, WINDOW_WIDTH,
WINDOW_HEIGHT)
pythonGraph.draw_text("THE ROCKET HAS LANDED SAFELY!",
WINDOW_WIDTH / 8, WINDOW_HEIGHT * 2 / 3 - 50,
"WHITE", 100)
pythonGraph.draw_text("NEW HIGHSCORE: " + str(round(score, 2)),
WINDOW_WIDTH / 4,
WINDOW_HEIGHT * 2 / 3 + 100, "WHITE", 100)
pythonGraph.update_window()
time.sleep(8.6)
#Crash
else:
pythonGraph.draw_image('win.png', 0, 0, WINDOW_WIDTH,
WINDOW_HEIGHT)
pythonGraph.draw_text("THE ROCKET HAS CRASHED!", WINDOW_WIDTH / 5,
WINDOW_HEIGHT * 2 / 3 - 50, "WHITE", 100)
pythonGraph.draw_text("NEW HIGHSCORE: " + str(round(score, 2)),
WINDOW_WIDTH / 4,
WINDOW_HEIGHT * 2 / 3 + 100, "WHITE", 100)
pythonGraph.update_window()
time.sleep(8.6)
#Score screen if it is not a new highscore
else:
#Landing
if boat_left_side <= rocket_left_side and rocket_right_side <= boat_right_side:
pythonGraph.draw_image('win.png', 0, 0, WINDOW_WIDTH,
WINDOW_HEIGHT)
pythonGraph.draw_text("THE ROCKET HAS LANDED SAFELY!",
WINDOW_WIDTH / 8, WINDOW_HEIGHT * 2 / 3 - 50,
"WHITE", 100)
pythonGraph.draw_text("SCORE: " + str(round(score, 2)),
WINDOW_WIDTH / 3,
WINDOW_HEIGHT * 2 / 3 + 100, "WHITE", 100)
pythonGraph.update_window()
time.sleep(8.6)
#Crash
else:
pythonGraph.draw_image('win.png', 0, 0, WINDOW_WIDTH,
WINDOW_HEIGHT)
pythonGraph.draw_text("THE ROCKET HAS CRASHED!", WINDOW_WIDTH / 5,
WINDOW_HEIGHT * 2 / 3 - 50, "WHITE", 100)
pythonGraph.draw_text("SCORE: " + str(round(score, 2)),
WINDOW_WIDTH / 3,
WINDOW_HEIGHT * 2 / 3 + 100, "WHITE", 100)
pythonGraph.update_window()
time.sleep(8.5)
score = 0
time_elapsed = 0
rocket_y = rocket_height
def draw_boat():
global boat_x, boat_y, Vboat_x, boat_height, boat_width
pythonGraph.draw_image('boat.png', boat_x, boat_y, boat_width, boat_height)