# --------------------------------------------------------------
def is_simulation_over():
return False
# --------------------------------------------------------------
# Analyzes the Results of the Simulation
# --------------------------------------------------------------
def analyze_results():
pass
# -----------------------------------------------------
# "Main Program"
# -----------------------------------------------------
pythonGraph.open_window(WINDOW_WIDTH, WINDOW_HEIGHT)
pythonGraph.set_window_title(
"CS110Z (S20) Rocket Simulator - YOUR NAME GOES HERE")
# Initializes the Simulation At Least Once
initialize_simulation(True)
# Main "Game Loop"
while pythonGraph.window_not_closed():
if is_simulation_over() == False:
erase_objects()
draw_objects()
get_input()
update_objects()
else:
analyze_results()
def config():
# setup
pythonGraph.open_window(700, 700)
pythonGraph.clear_window(pythonGraph.colors.BLACK)
pythonGraph.set_window_title('PythonGraph Draw')
if ball_2_x > 600 or ball_2_x < 0:
ball_2_x_velocity = ball_2_x_velocity * -1
if ball_2_y > 600 or ball_2_y < 0:
ball_2_y_velocity = ball_2_y_velocity * -1
distance = dist_points(ball_1_x, ball_1_y, ball_2_x, ball_2_y)
if distance <= 2 * BALL_RADIUS:
ball_1_x_velocity = ball_1_x_velocity * -1
ball_1_y_velocity = ball_1_y_velocity * -1
ball_2_x_velocity = ball_2_x_velocity * -1
ball_2_y_velocity = ball_2_y_velocity * -1
# This Opens the Graph Window
pythonGraph.open_window(600, 600)
# This is our animation loop
while pythonGraph.window_not_closed():
# Step 1: Erase Everything on the Screen
#erase_everything()
# Step 2: Move the Ball
move_ball()
# Step 3: Draw the Ball
draw_ball()
# Step 4: Update the Screen
pythonGraph.update_window()
""" lsn13_examples_3of4.py - example code from lesson 13 """
__author__ = "CS110Z"
import pythonGraph, random
# setup
pythonGraph.open_window(700, 700)
while pythonGraph.window_not_closed():
# draw a circle at the random corrodinates
pythonGraph.draw_circle(random.randint(0, 699), random.randint(0, 699),
random.randint(10, 70),
pythonGraph.create_random_color(), True)
# if the 's' key is pressed stop the music
if pythonGraph.key_pressed('s'):
pythonGraph.stop_music()
# if 'p' key is pressed play some background music
if pythonGraph.key_pressed('p'):
pythonGraph.play_music('my_music.mp3')
# if the left mouse button is pressed play a sound effect and clear the screen
if pythonGraph.mouse_button_released(pythonGraph.mouse_buttons.LEFT):
pythonGraph.play_sound_effect('laser.wav')
pythonGraph.clear_window(pythonGraph.colors.WHITE)
# update window
pythonGraph.update_window()
SCREEN_HEIGHT = 800
# Gets the number of balls from the user
ball_x = 400
ball_y = 400
ball_x_velocity = 8
ball_y_velocity = -5
# Gets the Number of Times
frame_count = 0
# Animation Flag
animate = False
# Setup tasks for window
pythonGraph.open_window(SCREEN_WIDTH, SCREEN_HEIGHT)
pythonGraph.set_window_title(SCREEN_TITLE)
# Animation Loop
while pythonGraph.window_not_closed():
pythonGraph.clear_window(pythonGraph.colors.WHITE)
# Draws Some Text
pythonGraph.draw_text("# of Times Drawn: " + str(frame_count), 0, 0,
pythonGraph.colors.BLACK)
# Draws the Circle
pythonGraph.draw_circle(ball_x, ball_y, 35, pythonGraph.colors.RED, True)
# Toggles Animation Mode
if pythonGraph.key_pressed('space'):
