def waitingLoop(canvas):
canvas.draw_text('waiting for player 2', (150, 200), 30, "Magenta")
simplegui_lib_draw.draw_rect(canvas, (250, 250), (100, 100),
1,
'Black',
fill_color='Black')
def draw(self, canvas, cam):
self.particle.draw(canvas, cam)
if SHOW_MONSTER_THOUGHTS:
ratio = cam.ratioToCam()
percentage = -self.life / self.totalLife
simplegui_lib_draw.draw_rect(
canvas,
self.particle.pos.copy().add(Vector(
0, -100)).transformToCam(cam).getP(),
Vector(100, 20).multiplyVector(Vector(
percentage, 0.2)).multiplyVector(ratio).getP(),
1,
'Red',
fill_color='red')
if SHOW_MONSTER_THOUGHTS:
ratio = cam.ratioToCam()
radius1 = int(self.attackRange * ratio.getX())
radius2 = int(self.followDistance * ratio.getX())
canvas.draw_circle(
self.particle.pos.copy().transformToCam(cam).getP(), radius1,
1, 'Red')
canvas.draw_circle(
self.particle.pos.copy().transformToCam(cam).getP(), radius2,
1, 'Pink')
simplegui_lib_draw.draw_rect(
canvas,
self.operationOrigin.copy().transformToCam(cam).subtract(
self.operationRange.copy().multiplyVector(ratio)).getP(),
self.operationRange.copy().add(
self.operationRange).multiplyVector(ratio).getP(),
1,
'White',
fill_color=None)
def draw(self, canvas, cam):
# ---------TESTING PURPOSES-----DO NOT REMOVE------
# ratio = cam.dimCanv.copy().divideVector(cam.dim)
# self.radius*=ratio.getX()
# canvas.draw_circle(self.pos.getP(), self.radius, 1, 'White')
# -------------------------------------------------
distance = cam.origin.copy().subtract(self.pos)
if distance.getX() < 0:
distance.x *= -1
if distance.getY() < 0:
distance.y *= -1
distance.subtract(
self.spriteSheet.animator.dimCamera.copy().multiply(2))
if distance.getX() < cam.dim.getX() / 2 and distance.getY(
) < cam.dim.getY() / 2:
# --------TESTING PURPOSES----DO NOT REMOVE-------------
#cam.dim = Vector(2600*2, 1400*2)
objectPos = self.pos.copy().transformToCam(cam)
self.spriteSheet.draw(canvas, cam, objectPos, self.angle)
#1cam.dim=Vector(1300,700)
# DEVELOPER OPTION:
if (DEVELOPER_OPTIONS):
ratio = cam.ratioToCam()
radius = self.radius * ratio.getX()
canvas.draw_circle(self.pos.copy().transformToCam(cam).getP(),
radius, 1, 'White')
simplegui_lib_draw.draw_rect(
canvas,
self.pos.copy().transformToCam(cam).subtract(
self.dim.copy().divide(2).multiplyVector(ratio)).getP(),
self.dim.copy().multiplyVector(ratio).getP(),
1,
'White',
fill_color=None)
def draw_play_space(canvas):
global snake
global snake_speed
for i in range(
25
): # merely draws the red grid. Temporary and for visual ref of dev only.
#Not to be included in finalized project
canvas.draw_line((((i + 1) * LENGTH) / 25, 0),
(((i + 1) * LENGTH) / 25, HEIGHT), 1, "Red")
canvas.draw_line((0, ((i + 1) * HEIGHT) / 25),
(LENGTH, ((i + 1) * HEIGHT) / 25), 1, "Red")
snake.head.prev_x_pos = snake.head.x_pos
snake.head.prev_y_pos = snake.head.y_pos
snake.head.x_pos += snake.head.x_vel
snake.head.y_pos += snake.head.y_vel
draw.draw_rect(canvas, [snake.head.x_pos, snake.head.y_pos], [20, 20], 1,
"Red", "Green")
draw.draw_rect(canvas, [fruit.x_pos, fruit.y_pos], [20, 20], 1, "Red",
"Blue")
for segment in snake.segments:
if segment is snake.tail:
segment.x_pos = segment.ahead.prev_x_pos
segment.y_pos = segment.ahead.prev_y_pos
draw.draw_rect(canvas, [segment.x_pos, segment.y_pos], [20, 20], 1,
"Red", "Yellow")
else:
segment.prev_x_pos = segment.x_pos
segment.prev_y_pos = segment.y_pos
segment.x_pos = segment.ahead.prev_x_pos
segment.y_pos = segment.ahead.prev_y_pos
draw.draw_rect(canvas, [segment.x_pos, segment.y_pos], [20, 20], 1,
"Red", "Blue")
clock.tick(
snake_speed
) # this is where the frame rate of the game is being controlled
new_pos = [i for i in range(0, 400, 20)]
for segment in snake.segments: #This ensures that the fruit doesn't appear on the snake
if segment.x_pos in new_pos:
new_pos.remove(segment.x_pos)
if segment.y_pos in new_pos:
new_pos.remove(segment.y_pos)
else:
pass
if fruit.x_pos == snake.head.x_pos and fruit.y_pos == snake.head.y_pos:
fruit.update_pos(
random.choice(new_pos), random.choice(new_pos)
) #updates the position of the fruit each time the snake eats it
snake.addSegment()
snake.collision(
) # WallCollision calls game_over when the condition is satisfied
def draw_play_space(canvas):
global snake
global snake_speed
canvas.draw_image(image, (500 / 2, 500 / 2), (500, 500), (250, 250),
(500, 500))
'''
for i in range(25): # merely draws the red grid. Temporary and for visual ref of dev only.
#Not to be included in finalized project
canvas.draw_line((((i+1)*LENGTH)/25, 0), (((i+1)*LENGTH)/25, HEIGHT), 1, "Red")
canvas.draw_line((0, ((i+1)*HEIGHT)/25), (LENGTH, ((i+1)*HEIGHT)/25), 1, "Red")
'''
snake.head.prev_x_pos = snake.head.x_pos
snake.head.prev_y_pos = snake.head.y_pos
snake.head.x_pos += snake.head.x_vel
snake.head.y_pos += snake.head.y_vel
draw.draw_rect(canvas, [snake.head.x_pos, snake.head.y_pos], [20, 20], 1,
"Green", "Green")
if displayed:
draw.draw_rect(canvas, [fruit.x_pos, fruit.y_pos], [20, 20], 1, "Red",
"Red")
for segment in snake.segments:
if segment is snake.tail:
segment.x_pos = segment.ahead.prev_x_pos
segment.y_pos = segment.ahead.prev_y_pos
draw.draw_rect(canvas, [segment.x_pos, segment.y_pos], [20, 20], 1,
"Yellow", "Yellow")
else:
segment.prev_x_pos = segment.x_pos
segment.prev_y_pos = segment.y_pos
segment.x_pos = segment.ahead.prev_x_pos
segment.y_pos = segment.ahead.prev_y_pos
draw.draw_rect(canvas, [segment.x_pos, segment.y_pos], [20, 20], 1,
"Blue", "Blue")
clock.tick(
snake_speed
) # this is where the frame rate of the game is being controlled
def check(x_pos, y_pos,
segments): # ensures that the fruit does not appear on the snake
for segment in segments:
if (x_pos == segment.x_pos) and (y_pos == segment.y_pos):
return False
return True
x_pos = random.randint(0, 24) * 20
y_pos = random.randint(0, 24) * 20
while not check(x_pos, y_pos, snake.segments):
x_pos = random.randint(0, 24) * 20
y_pos = random.randint(0, 24) * 20
if fruit.x_pos == snake.head.x_pos and fruit.y_pos == snake.head.y_pos:
global score
score = score + 10 * (
int(snake_speed / 3)
) #Updates score based on snake speed (Each difficulty corresponds to 10 points)
score_display.set_text("Score: " + str(score))
eating_sound_effect.play() # adds sound
fruit.update_pos(
x_pos, y_pos
) #updates the position of the fruit each time the snake eats it
snake_speed += 0.2
snake.addSegment()
snake.collision(
) # WallCollision calls game_over when the condition is satisfied