def draw():
global fade_image
global image
global ready_font
global blink_str
global fade_timer
pico2d.clear_canvas()
if fade_timer > 0.0:
image.draw(pico2d.get_canvas_width() // 2, pico2d.get_canvas_height() // 2)
if blink_str > 1.2:
blink_str = 0.0
pass
elif blink_str <= 0.6:
pass
elif blink_str <= 1.2:
ready_font.draw(pico2d.get_canvas_width()//2, pico2d.get_canvas_height()//2 // 2 // 2, str("Press Enter"))
pass
if fade_timer < 0.0:
fade_timer = 0.0
fade_image.opacify(1.0 - fade_timer)
fade_image.clip_draw(0, 0, pico2d.get_canvas_width(), pico2d.get_canvas_height(), 0, 0, pico2d.get_canvas_width() * 3, pico2d.get_canvas_height() * 3)
pico2d.update_canvas()
pass
def draw():
global Test_obj
pico2d.clear_canvas()
Test_obj.draw()
pico2d.update_canvas()
def draw():
global frame
pico2d.clear_canvas()
BG.draw(400, 300)
charicter.clip_draw(frame * 100, right * 100, 100, 100, x + 400, y + 300)
pico2d.update_canvas()
pico2d.delay(1 / 30)
frame = (frame + 1) % 8
def draw():
global road, player, cars, coins, fires
pico2d.clear_canvas()
road.draw()
for c in cars:
c.draw()
for c in coins:
c.draw()
for f in fires:
f.draw()
player.draw()
info.draw()
pico2d.update_canvas()
pico2d.delay(DELAY)
def draw():
global bg, player, cars, coins, fires
pico2d.clear_canvas()
bg.draw()
with lock:
for c in cars:
c.draw()
for c in coins:
c.draw()
for f in fires:
f.draw()
player.draw()
for c in bg.clouds:
c.draw()
info.draw()
pico2d.update_canvas()
def get_intersect_rect(o1_left,o1_bottom,o1_right,o1_top,o2_left,o2_bottom,o2_right,o2_top):
left, right, bottom, top = 0, 0, 0, 0
if rect_in_rect(o1_left,o1_bottom,o1_right,o1_top,o2_left,o2_bottom,o2_right,o2_top):
if (o1_left < o2_right and o1_right > o2_left):
left = (o1_left > o2_left) and o1_left or o2_left
right = (o1_right < o2_right) and o1_right or o2_right
if (o1_top > o2_bottom and o1_bottom < o2_top):
bottom = (o1_bottom > o2_bottom) and o1_bottom or o2_bottom
top = (o1_top < o2_top) and o1_top or o2_top
if game_framework.debug:
pico2d_extension.set_color(255, 0, 0)
pico2d_extension.draw_rectangle(left,bottom,right,top)
pico2d.update_canvas()
return left, bottom, right, top
def draw():
pico2d.clear_canvas()
for game_object, object_layer in GameWorldManager.all_objects():
game_object.draw()
dead_font.draw(pico2d.get_canvas_width() // 2 + SHADOW_RANGE, pico2d.get_canvas_height() // 2 + pico2d.get_canvas_height() // 4 - SHADOW_RANGE, str("GAME OVER"), (0, 0, 0))
dead_font.draw(pico2d.get_canvas_width() // 2, pico2d.get_canvas_height() // 2 + pico2d.get_canvas_height() // 4, str("GAME OVER"), (255, 255, 255))
dead_font.draw(500 + SHADOW_RANGE, pico2d.get_canvas_height() // 2 - SHADOW_RANGE, str("Game Score : "), (0, 0, 0))
dead_font.draw(500, pico2d.get_canvas_height() // 2, str("Game Score : "), (255, 255, 255))
dead_score_font.draw(pico2d.get_canvas_width() - 500 + SHADOW_RANGE, pico2d.get_canvas_height() // 2 - SHADOW_RANGE, "%d" % MainState.BlackBoard['player']['holding_gold'], (0, 0, 0))
dead_score_font.draw(pico2d.get_canvas_width() - 500, pico2d.get_canvas_height() // 2, "%d" % MainState.BlackBoard['player']['holding_gold'], (55, 55, 55))
dead_message_font.draw(pico2d.get_canvas_width() // 2 + SHADOW_RANGE, pico2d.get_canvas_height() // 8 - SHADOW_RANGE, str("게임을 종료하려면 ESC 키를 누르세요"), (0, 0, 0))
dead_message_font.draw(pico2d.get_canvas_width() // 2, pico2d.get_canvas_height() // 8, str("게임을 종료하려면 ESC 키를 누르세요"), (255, 255, 255))
pico2d.update_canvas()
pass
def draw():
global camera
pico2d.clear_canvas()
for game_object, object_layer in GameWorldManager.all_objects():
if object_layer == LAYER_BACKGROUND or object_layer == LAYER_MESSAGE or object_layer == LAYER_UI:
game_object.draw()
pass
else:
if camera.check_object_in_camera(game_object.pivot.x,
game_object.pivot.y):
view_val = check_object_view(game_object.pivot.x,
game_object.pivot.y)
if view_val == 0:
game_object.alpha_value = 0.0
game_object.draw()
pass
elif view_val == 1:
game_object.alpha_value = 0.3
game_object.draw()
pass
elif view_val == 2:
game_object.alpha_value = 0.8
game_object.draw()
else:
game_object.alpha_value = 1.0
pass
fade_image.opacify(fade_timer)
fade_image.clip_draw(0, 0, pico2d.get_canvas_width(),
pico2d.get_canvas_height(), 0, 0,
pico2d.get_canvas_width() * 3,
pico2d.get_canvas_height() * 3)
pico2d.update_canvas()
pass
def main():
mainE = MainE()
mainM = MainM()
mainH = MainH()
mainE.Init()
mainM.Init()
mainH.Init()
while (scene >= 0):
while (scene == 0):
p2.clear_canvas()
mainE.draw()
p2.update_canvas()
p2.delay(0.1)
handle_events()
while (scene == 1):
p2.clear_canvas()
mainM.draw()
p2.update_canvas()
p2.delay(0.1)
handle_events()
while (scene == 2):
p2.clear_canvas()
mainH.draw()
p2.update_canvas()
p2.delay(0.1)
handle_events()
p2.close_canvas()
def draw():
global title
pico2d.clear_canvas()
title.draw()
pico2d.update_canvas()
grass = pico2d.load_image('grass.png')
character = pico2d.load_image('animation_sheet.png')
running = True
x = 0
y = 0
mouse_x, mouse_y=0,0
frame = 0
speed = 5
dir = 0
while running:
pico2d.clear_canvas()
grass.draw(400, 30)
if mouse_x != x and mouse_y != y:
dy=mouse_y-y
dx=mouse_x-x
grad=dy/dx
x+=speed*(grad)
y+=speed*(1/grad)
character.clip_draw(frame * 100, 100, 100, 100, x, 600-y)
pico2d.update_canvas()
handle_events()
frame = (frame + 1) % 8
x+=dir * 5
pico2d.delay(0.01)
pico2d.close_canvas()
def draw():
global garage
pico2d.clear_canvas()
garage.draw()
pico2d.update_canvas()
import pico2d as Pico
Pico.open_canvas()
Grass = Pico.load_image('../res/grass.png')
Character = Pico.load_image('../res/run_animation.png')
x = 0
FrameIndex = 0
while x < 800 :
Pico.clear_canvas()
Grass.draw(400,30)
Character.clip_draw(100 * FrameIndex, 0, 100, 100, x, 85)
Pico.update_canvas()
Pico.get_events()
x += 4
#FrameIndex += 1
#if FrameIndex >= 8 :
# FrameIndex = 0
FrameIndex = (FrameIndex + 1) % 8
Pico.delay(0.05)
Pico.close_canvas()
grass = p.load_image('KPU_GROUND.png')
char = p.load_image('animation_sheet.png')
LEFT = 1073741904
RIGHT = 1073741903
UP = 1073741906
DOWN = 1073741905
while (True):
p.clear_canvas()
grass.draw(640, 512)
if direct == Direct.e_right:
if state == State.e_idle:
char.clip_draw(frame * 100, 300, 100, 100, cx, cy)
else:
char.clip_draw(frame * 100, 100, 100, 100, cx, cy)
else:
if state == State.e_idle:
char.clip_draw(frame * 100, 200, 100, 100, cx, cy)
else:
char.clip_draw(frame * 100, 0, 100, 100, cx, cy)
p.update_canvas()
frame = (frame + 1) % 8
handle_events()
if myInput[0] == True and cx < 1280:
cx += 1
if myInput[1] == True and cx > 0:
cx -= 1
if myInput[2] == True and cy > 0:
cy -= 1
if myInput[3] == True and cy < 1024:
cy += 1
p.close_canvas()
def draw():
global gameover
pico2d.clear_canvas()
gameover.draw()
pico2d.update_canvas()
