def Failure_screen3():
failText = text('Try again? ', 20, red, 640, 380)
YNText = text('press Y/N', 20, red, 640, 780)
gameover = False
gameReset = False
while True:
gameDisplay.fill(black)
failText.set('Center')
YNText.set('Center')
for event in pygame.event.get(
): #it gets any event that happens...movenment of mouse or clicking etc
if event.type == pygame.QUIT: # when we will click X it will quit the window
logging.info("X is pressed, will quit")
pygame.quit()
quit()
################This event will handle situation when ever any key will be released ##################################
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_n:
gameover = True
if event.key == pygame.K_y:
gameReset = True
if gameover == True:
pygame.quit()
quit()
if gameReset == True:
stage2()
pygame.display.update()
def Opening_Trailer3():
stage3 = obstacle(1280, 180, 192, 96, -30)
Proom = obstacle(1280 + 500, 265, 192, 96, -30)
button = figure(720, 510, 192, 96)
OP_background = figure(0, 0, 1280, 960)
startText = text('press Space to start', 20, red, 640, 780)
introText = text('Break blocks to save principle!', 28, black, 420, 600)
stage3Img = pygame.image.load("stage3.png")
stage3Img = pygame.transform.scale(stage3Img, (500, 400))
ProomImg = pygame.image.load("Proom.png")
ProomImg = pygame.transform.scale(ProomImg, (400, 240))
buttonImg = pygame.image.load("button.png")
buttonImg = pygame.transform.scale(buttonImg, (450, 215))
OP_backgroundImg = pygame.image.load("OP_background.png")
OP_backgroundImg = pygame.transform.scale(OP_backgroundImg, (1280, 960))
ExitOT = False
Start_Play = True
logging.info("start loop")
while not ExitOT:
for event in pygame.event.get(
): #it gets any event that happens...movenment of mouse or clicking etc
if event.type == pygame.QUIT: # when we will click X it will quit the window
logging.info("X is pressed, will quit")
pygame.quit()
quit()
################This event will handle situation when ever any key will be released ##################################
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_SPACE:
Start_Play = False
OP_background.set(OP_backgroundImg)
stage3.set(stage3Img)
Proom.set(ProomImg)
stage3.x += stage3.movespeed
Proom.x += Proom.movespeed
if stage3.x < 200 and Start_Play == True:
stage3.movespeed = 0
Proom.movespeed = 0
button.set(buttonImg)
startText.set('Center')
introText.set('Center')
elif Start_Play == False: #如果按下空白建 Start_Play 就會變成 False
stage3.movespeed = -30
Proom.movespeed = -30
if stage3.x < -1280:
ExitOT = True
pygame.display.update()
def Ending_Trailer2(grade):
pygame.mixer.music.stop()
# text
#def __init__(self,content,size,color,x,y):
return_gpa = text("Your GPA is " + str(grade), 50, red, display_width / 2,
display_height / 2)
instructions = text("Press C to continue", 50, red, display_width / 2,
display_height / 2 + 300)
to_stage3 = False
while not to_stage3:
gameDisplay.fill(black)
return_gpa.set('Center')
instructions.set('Center')
for event in pygame.event.get(
): #it gets any event that happens...movenment of mouse or clicking etc
if event.type == pygame.QUIT: # when we will click X it will quit the window
logging.info("X is pressed, will quit")
pygame.quit()
quit()
##### keydown elements
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_c:
logging.info("C is pressed, will continue to stage 3")
to_stage3 = True
pygame.display.update()
def final_screen():
bye_1=text("You Saved The Principle",50,(227,23,13),640,200)
bye_2=text("Your Grade: "+str(final_grade),50,(227,23,13),640,400)
while True:
gameDisplay.fill((0,0,0))
bye_1.set("Center")
bye_2.set("Center")
pygame.display.update()
def stage3_pass():
bye_1 = text("Your Grade for Stage3 is " + str('%.2f' % gpa_3), 50,
(227, 23, 13), 640, 200)
#bye_2=text("Your Grade: "+str(final_grade),50,(227,23,13),640,400)
gameDisplay.fill((0, 0, 0))
bye_1.set("Center")
#bye_2.set("Center")
pygame.display.update()
time.sleep(3)
def Final_scene(gpa_init):
# text
#def __init__(self,content,size,color,x,y):
final_gpa = gpa_init.mean()
if final_gpa == 4.3:
final_grade = 'A+'
elif final_gpa >= 4.0:
final_grade = 'A'
elif final_gpa >= 3.7:
final_grade = 'A-'
elif final_gpa >= 3.3:
final_grade = 'B+'
elif final_gpa >= 3.0:
final_grade = 'B'
elif final_gpa >= 2.7:
final_grade = 'B-'
elif final_gpa >= 2.3:
final_grade = 'C+'
elif final_gpa >= 2.0:
final_grade = 'C'
else:
final_grade = 'c-'
final_background = figure(0, 0, 1280, 960)
final_gpa = text("Your final GPA is " + final_grade, 50, red,
display_width / 2, display_height / 2 + 160)
final_backgroundImg = pygame.image.load("final_background.png")
final_backgroundImg = pygame.transform.scale(final_backgroundImg,
(1280, 960))
quitting = False
while not quitting:
gameDisplay.fill(black)
final_background.set(final_backgroundImg)
time.sleep(3)
final_gpa.set('Center')
for event in pygame.event.get(
): #it gets any event that happens...movenment of mouse or clicking etc
if event.type == pygame.QUIT: # when we will click X it will quit the window
logging.info("X is pressed, will quit")
pygame.quit()
quit()
pygame.display.update()
def Final_scene():
# text
#def __init__(self,content,size,color,x,y):
final_gpa = text("Your final GPA is " + str(gpa_init.mean()), 50, red,
display_width / 2, display_height / 2)
quitting = False
while not quitting:
gameDisplay.fill(black)
final_gpa.set('Center')
for event in pygame.event.get(
): #it gets any event that happens...movenment of mouse or clicking etc
if event.type == pygame.QUIT: # when we will click X it will quit the window
logging.info("X is pressed, will quit")
pygame.quit()
quit()
pygame.display.update()
def First_scene():
jailImg = pygame.image.load("jail.png")
principleImg = pygame.image.load("principle.png")
LOGOImg = pygame.image.load("LOGO.png")
jailImg = pygame.transform.scale(jailImg, (900, 960))
principleImg = pygame.transform.scale(principleImg, (900, 960))
jail = figure(190, 0, 900, 960)
principle = figure(190, 0, 900, 960)
LOGO = figure(320, 400, 672, 96)
## start : use space
startText = text('press Space to start', 20, red, 640, 780)
to_stage1 = False
while not to_stage1:
principle.set(principleImg)
jail.set(jailImg)
LOGO.set(LOGOImg)
startText.set("Center")
for event in pygame.event.get(
): #it gets any event that happens...movenment of mouse or clicking etc
if event.type == pygame.QUIT: # when we will click X it will quit the window
logging.info("X is pressed, will quit")
pygame.quit()
quit()
################This event will handle situation when ever any key will be released ##################################
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_SPACE:
logging.info("space is pressed, will continue to stage 1")
to_stage1 = True
pygame.display.update()
def stage3():
# 建立畫佈大小.
BackGround = Background(0,[0,0])
gameDisplay.fill([255, 255, 255])
gameDisplay.blit(BackGround.image, BackGround.rect)
canvas_width = 1280
canvas_height = 960
bricks_list = []
# 時脈.
clock = pygame.time.Clock()
game_mode = 0
# 設定字型-黑體.
font = pygame.font.SysFont('simhei', 30)
# 底板.
paddle_x = 0
paddle_y = (canvas_height - 48)
paddle = Box(pygame, gameDisplay, "paddle", [paddle_x, paddle_y, 100, 24], (0,0,0))
# 球.
ball_x = paddle_x
ball_y = paddle_y
ball = Circle(pygame, gameDisplay, "ball", [ball_x, ball_x], 8, (0,0,0))
dx = 15
dy = -15
# 建立磚塊
brick_num = 120
brick_x = 70
brick_y = 130
brick_w = 0
brick_h = 0
for i in range( 0, 120):
if((i % 12)==0):
brick_w = 0
brick_h = brick_h + 30
bricks_list.append (Box(pygame, gameDisplay, "brick_"+str(i), [ brick_w + brick_x, brick_h+ brick_y, 90, 25], [255,255,255]))
brick_w = brick_w + 95
# 建立GPABar
gpaImg = pygame.image.load("GPA.png")
hpbarImg = pygame.image.load("HPbar.png")
#初始分數.
gpa_1 = gpa_init.allgpa[0]
gpa_2 = gpa_init.allgpa[1]
gpa_3 = 4.3
final_grade=''
# figure / text objects
gpa_icon=figure(30,30,96,96)
new_gpa=text(str(gpa_3),60,(0,0,0),gpa_icon.width+96,gpa_icon.height)
#-------------------------------------------------------------------------
# 過關畫面.
#-------------------------------------------------------------------------
def final_screen():
bye_1=text("You Saved The Principle",50,(227,23,13),640,200)
bye_2=text("Your Grade: "+str(final_grade),50,(227,23,13),640,400)
while True:
gameDisplay.fill((0,0,0))
bye_1.set("Center")
bye_2.set("Center")
pygame.display.update()
# 初始遊戲.
resetGame()
#計時.
time_keep=600
#-------------------------------------------------------------------------
# 主迴圈.
#-------------------------------------------------------------------------
running = True
while running:
#---------------------------------------------------------------------
# 判斷輸入.
#---------------------------------------------------------------------
for event in pygame.event.get():
# 離開遊戲.
if event.type == pygame.QUIT:
running = False
# 判斷按下按鈕
if event.type == pygame.KEYDOWN:
# 判斷按下ESC按鈕
if event.key == pygame.K_ESCAPE:
running = False
# 判斷Mouse.
if event.type == pygame.MOUSEMOTION:
paddle_x = pygame.mouse.get_pos()[0] - 50
if event.type == pygame.MOUSEBUTTONDOWN:
if(game_mode == 0):
game_mode = 1
#---------------------------------------------------------------------
# 清除畫面.
#canvas.fill(block)
gameDisplay.fill([255, 255, 255]) ##顯示背景
gameDisplay.blit(BackGround.image, BackGround.rect) ##顯示背景
# 磚塊
for bricks in bricks_list:
# 球碰磚塊.
if(isCollision( ball.pos[0], ball.pos[1], bricks.rect)):
if(bricks.visivle):
# 扣除磚塊.
brick_num = brick_num -1
##### 初始遊戲. ##### 改成跳出頁面 #####
if(brick_num <= 0):
#final_gpa=float(gpa_1)+float(gpa_2)+float(gpa_3)
gpa_init.add(gpa_3)
print("This is stage3 gpa")
final_gpa=float(gpa_3)
print("GPA-1")
print(float(gpa_1))
print("GPA-2")
print(float(gpa_2))
#print(final_gpa)
if final_gpa==4.3:
final_grade='A+'
elif final_gpa>=4.0:
final_grade='A'
elif final_gpa>=3.7:
final_grade='A-'
elif final_gpa>=3.3:
final_grade='B+'
elif final_gpa>=3.0:
final_grade='B'
elif final_gpa>=2.7:
final_grade='B-'
elif final_gpa>=2.3:
final_grade='C+'
elif final_gpa>=2.0:
final_grade='C'
else:
final_grade='c-'
final_screen()
# 球反彈.
dy = -dy;
# 關閉磚塊.
bricks.visivle = False
# 更新磚塊.
bricks.update()
#顯示磚塊數量.
now_brick=text("You Still Have "+str(brick_num)+" bricks",30,(0,0,0),850,20)
now_brick.set("None")
# 秀板子.
paddle.rect[0] = paddle_x
paddle.update()
# 碰撞判斷-球碰板子.
if(isCollision( ball.pos[0], ball.pos[1], paddle.rect)):
# 球反彈.
dy = -dy;
# 球.
# 0:等待開球
if(game_mode == 0):
ball.pos[0] = ball_x = paddle.rect[0] + ( (paddle.rect[2] - ball.radius) >> 1 )
ball.pos[1] = ball_y = paddle.rect[1] - ball.radius
# 1:遊戲進行中
elif(game_mode == 1):
ball_x += dx
ball_y += dy
#判斷死亡.
if(ball_y + dy > canvas_height - ball.radius):
game_mode = 0
# 右牆或左牆碰撞.
if(ball_x + dx > canvas_width - ball.radius or ball_x + dx < ball.radius):
dx = -dx
# 下牆或上牆碰撞
if(ball_y + dy > canvas_height - ball.radius or ball_y + dy < ball.radius):
dy = -dy
ball.pos[0] = ball_x
ball.pos[1] = ball_y
# 更新分數.
if (time_keep>0):
time_keep += -1
elif (time_keep==0):
if gpa_3>0:
gpa_3 += (-0.1)
time_keep=500
else:
time_keep=500
# 更新gpabar
# 根據gpa 每0.5顯示一格hpbar
# figure(self,x,y,width,height)
for i in range(0,int(math.floor(float(new_gpa.content)/0.5))):
hpbar = figure( gpa_icon.x+50*(i+1) , gpa_icon.y , 96 , 96)
hpbar.set(hpbarImg)
gpa_icon.set(gpaImg)
gpa_icon=figure(30,20,96,96)
new_gpa.set("None")
# 更新gpa
new_gpa=text(str(round(gpa_3,1)),50,(0,0,0),gpa_icon.width+150,gpa_icon.height-15)
# 更新球.
ball.update()
# 更新畫面.
pygame.display.update()
clock.tick(10000000)
gpa_init.add(new_gpa)
# 離開遊戲.
pygame.quit()
quit()
def stage2():
#Opening_Trailer()
## play song
## https://nerdparadise.com/programming/pygame/part3
riverDisplay = pygame.Surface((1280,960)) #建立一個river圖層
black = (0, 0, 0)
white = (255, 255,255)
red = (255,0,0)
blue0=(149,220,255)
blue1=(138,208,255)
blue2=(128,197,253)
Colorlist=[blue0,blue1,blue2]
## load wave sound and background music in pygame
pygame.mixer.music.load("下一站茶山劉.mp3")
wave=pygame.mixer.Sound("wave.wav")
pygame.mixer.music.play(-1)
##uploading image of boats
boatImg0 = pygame.image.load("boat.png")
boatImg1 = pygame.image.load("boat1.png")
boatImg2 = pygame.image.load("boat2.png")
boatImgList=[boatImg0,boatImg1,boatImg2]
# uploading other obstacles
bikeImg = pygame.image.load("bike.png")
peopleImg = pygame.image.load("people.png")
bike2Img = pygame.image.load("bike2.png")
busImg = pygame.image.load("bus.png")
catImg = pygame.image.load("cat.png")
dogImg = pygame.image.load("dog.png")
fishImg = pygame.image.load("fish.png")
dinoImg = pygame.image.load("dino.png")
rainbowcatImg = pygame.image.load("rainbowcat.png")
busImg = pygame.transform.scale(busImg, (192*3, 192))
# uploading other Images
gpaImg = pygame.image.load("GPA.png")
hpbarImg = pygame.image.load("HPbar.png")
endlineImg = pygame.image.load("endline.png")
backgroundImg = pygame.image.load("background.png")
backgroundImg = pygame.transform.scale(backgroundImg, (480, 320))
startoImg = pygame.image.load("starto.png")
startoImg = pygame.transform.scale(startoImg, (580, 240))
# defining Objects
#define background
background = figure(0,0,480,320)
background2 = figure(480,0,480,320)
background3 = figure(960,0,480,320)
background4 = figure(1440,0,480,320)
# main character objects
boat = mainCharacter(display_width*0.1 , display_height*0.75 , 96 , 96 ) #set status of object
# obstacle objects
# special_obstacle (self,x,y,width,height,movespeed_x,movespeed_y,damage):
## setting initial velocity for x and y
bike2 = special_obstacle(2500,random.randrange(display_height*320/960, display_height*1-96),96,96,-10,0,-0.1) # speed: -10
people = special_obstacle(2000,random.randrange(display_height*320/960,display_height*1-96),96,96,-7,0,-0.4) # speed: -7
bike = special_obstacle(1280,random.randrange(display_height*320/960,display_height*1-96),96,96,-14,0,-0.1)
bus = special_obstacle(7000,random.randrange(display_height*320/960,display_height*1-96),192*3,192,-20,0,-0.1)# 等等要設成頁面寬
cat = special_obstacle(3000,random.randrange(display_height*320/960,display_height*1-96),96,96,-14,0,-0.01)
dog = special_obstacle(4000,random.randrange(display_height*320/960,display_height*1-96),96,96,-14,0,-0.01)
fish = special_obstacle(5000,random.randrange(display_height*320/960,display_height*1-96),96,96,-10,random.choice([-25,25]),-0.05)# 往左移10，往上移10，等等可以設random
dino = special_obstacle(6000,random.randrange(display_height*320/960,display_height*1-96),96,96,-14,random.choice([-20,20]),-0.2)
rainbowcat = special_obstacle(30000,random.randrange(display_height*320/960,display_height*1-144),144,144,(-1280/10),0,0)
# rainbow_cat 144*144
# figure / text objects
gpa_icon=figure(30,50,96,96)
GPA=4.3
now_gpa=text(str(GPA),60,black,gpa_icon.width+96,gpa_icon.height)
## create ending object
ending_message=text("You have failed your semester!",80,red,display_width*(1/2),display_height*(2/3))
## create clock now_time on right upper corner.
now_time=text(str(0.0),60,black,display_width,0)
## create ending object of game
endline=obstacle(display_width,display_height*(1/3),100,display_height*2/3,-4) # width 暫設50 px
#obstacle list
obstaclelist=[bike,bike2,people,bus,cat,dog,fish,dino,rainbowcat]
starto=figure(350,450,192,96)
x_change = 0 #set constent
y_change = 0
# dodged=0 ## dodged ; congratulating on dodge??
boatImgNum=0 #控制 boat gif fps
frame=0 #初始幀數
# for collision ; 預設flash 的狀態是false
flash=False
collision_time = 0
for frame in range(6):
background.set(backgroundImg)
background2.set(backgroundImg)
background3.set(backgroundImg)
background4.set(backgroundImg)
set_River(riverDisplay,20,20,Colorlist)
gameDisplay.blit(riverDisplay, (0,320))
boat.set(boatImg0)
if frame % 2 == 0:
starto.set(startoImg)
pygame.display.update()
time.sleep(0.2)
### initial_time
time_running=0
### game exit while loop
gameExit = False
while not gameExit:
frame+=1 #每跑一次while迴圈幀數+1
###########event handling loop###########
for event in pygame.event.get(): #it gets any event that happens...movenment of mouse or clicking etc
if event.type == pygame.QUIT: # when we will click X it will quit the window
logging.info("X is pressed, will quit")
pygame.quit()
quit()
################This event will handle situation when ever any key will be pressed ##################################
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_LEFT:#pressing left arrow will decrease x-axis coordinate
x_change = -15
wave.play()
if event.key == pygame.K_RIGHT:#pressing right arrow will increase x-axis coordinate
x_change = 15
wave.play()
if event.key == pygame.K_UP:#pressing UP arrow will decrease Y-axis coordinate
y_change = -15
wave.play()
if event.key == pygame.K_DOWN:#pressing Down arrow will increase x-axis coordinate
y_change = 15
wave.play()
if event.key == pygame.K_t:#pressing Down arrow will increase x-axis coordinate
gameExit = True
################This event will handle situation when ever any key will be released ##################################
if event.type == pygame.KEYUP:
if event.key == pygame.K_LEFT or event.key == pygame.K_RIGHT:
x_change = 0
if event.key == pygame.K_UP or event.key == pygame.K_DOWN:
y_change = 0
boat.x += x_change
boat.y += y_change
gameDisplay.fill(white)
background.set(backgroundImg)
background.x-=5
if background.x < -480:
background.x =1280
background2.set(backgroundImg)
background2.x-=5
if background2.x < -480:
background2.x =1280
background3.set(backgroundImg)
background3.x-=5
if background3.x < -480:
background3.x =1280
background4.set(backgroundImg)
background4.x-=5
if background4.x < -480:
background4.x =1280
if frame % 20 == 1: #將river set在 riverDisplay圖層上(每10幀改變一次riverDisplay樣貌)
set_River(riverDisplay,20,20,Colorlist)
gameDisplay.blit(riverDisplay, (0,320)) #再將riverDisplay放在gameDisplay圖層
'''
#####################將boatImg 組成gif 並設定幾次畫面(frame)更新會換下一張###################
if boatImgNum!=2:
set_MainCharacter(boat,boatImgList[boatImgNum])
if frame % 10 == 0: #每10幀數換下一張圖片
boatImgNum += 1
elif boatImgNum==2:
set_MainCharacter(boat,boatImgList[boatImgNum])
if frame % 10 == 0:
boatImgNum = 0
'''
## setting obstacles moving speed and directions between each flip
bike.set(bikeImg)
bike.x += bike.movespeed
bike.y += bike.movespeed_y
people.set(peopleImg)
people.x += people.movespeed
people.y += people.movespeed_y
## setting other objects
bus.set(busImg)
bus.x += bus.movespeed
bus.y += bus.movespeed_y
cat.set(catImg)
cat.x += cat.movespeed
cat.y += cat.movespeed_y
dog.set(dogImg)
dog.x+= dog.movespeed
dog.y+= dog.movespeed_y
fish.set(fishImg)
fish.x+= fish.movespeed
fish.y+= fish.movespeed_y
dino.set(dinoImg)
dino.x += dino.movespeed
dino.y += dino.movespeed_y
rainbowcat.set(rainbowcatImg)
rainbowcat.x += rainbowcat.movespeed
rainbowcat.y += rainbowcat.movespeed_y
## correction of objects to adhere to boundaries ;
correction(boat,320/960) ## 界線是設在1/3，太低可以之後再調
if fish.y < display_height*320/960:
fish.y = display_height*320/960
elif fish.y > display_height:
fish.y = display_height
if dino.y < display_height*320/960:
dino.y = display_height*320/960
elif dino.y > display_height:
dino.y = display_height
## altering movespeed_x,movespeed_y for every loop
## 每經過一輪的blit，speed要不要條整; x,y 都可以調整，現在還沒有調整
# set_to_origin(objects,change_speed_x,change_speed_y)
set_to_origin(bike,0.02,0)
set_to_origin(people,0.01,0)
set_to_origin(bus,0.07,0)
set_to_origin(cat,0.01,0)
set_to_origin(dog,0.01,0)
set_to_origin(fish,0.01,0)
set_to_origin(dino,0.1,0)
#根據gpa 每0.5顯示一格hpbar
# figure(self,x,y,width,height):
for i in range(0,int(math.floor(float(now_gpa.content)/0.5))):
hpbar = figure( gpa_icon.x+50*(i+1) , gpa_icon.y , 96 , 96)
hpbar.set(hpbarImg)
gpa_icon.set(gpaImg)
now_gpa.set("None")
## flash setting when collide
if flash == False:
if boatImgNum!=2:
boat.set(boatImgList[boatImgNum])
if frame % 10 == 0: #每10幀數換下一張圖片
boatImgNum += 1
elif boatImgNum==2:
boat.set(boatImg0)
if frame % 7 == 0:
boatImgNum = 0
elif flash == True:
collision_time+=clock.get_time()
if frame%10 == 0:
boat.set(random.choice(boatImgList))
if (collision_time/1000) >=3: ## if 超過3s
flash = False
## collision method 2 ; setting damage numbers
for obstacles in obstaclelist:
#def collision(object1,object2):
if collision(boat,obstacles)==True:
'''
changed_gpa="%-10.2f"%(float(now_gpa.content)+obstacles.damage) ## damage目前是-0.1
now_gpa.content=str(changed_gpa)
flash = True
'''
if flash==False:
changed_gpa="%-10.2f"%(float(now_gpa.content)+obstacles.damage) ## damage目前是-0.1
now_gpa.content=str(changed_gpa)
elif flash==True:
continue
flash = True
## GPA adjusting
if float(now_gpa.content)<=0:
## stop music
now_gpa.content = 0
pygame.mixer.music.stop()
#display message
ending_message.set("Center")
pygame.display.update()
print("printed ending message")
time.sleep(2)
OP_ED.Failure_screen2()
stage2()
OP_ED.Opening_Trailer3()
stage3()
OP_ED.Final_scene()
pygame.quit()
logging.info("Quitting.........")
quit()
if float(now_gpa.content)<2.5:
now_gpa.color=red
else:
now_gpa.color=black
if float(now_gpa.content) > 4.3:
now_gpa.content = 4.3
## set time on right upper field
now_time.set("Right")
dt=clock.tick(60)/1000
time_running += dt
now_time.content="%-10.1f"%(time_running)
print("Game has run for ",time_running," seconds")
#print("get_ticks is running for",float(pygame.time.get_ticks()/1000)," seconds")
if time_running>50:
now_time.color=red
print("Clock turned red.......")
now_time.set("Right")
# endline=obstacle(display_width,display_height*(1/3),100,display_height*2/3,-4) # width 暫設50 px
if (time_running)>=112+30: # >60s 就讓最後一條線進來，撐過一分鐘就成功
print("endline is appearing................")
endline.set(endlineImg)
#endline.x += endline.movespeed
if endline.x <= display_width/2:
endline.x = display_width/2
else:
endline.x += endline.movespeed
## if crossed endline
if collision(boat,endline):
gpa_init.add(now_gpa.content)
OP_ED.Ending_Trailer2(now_gpa.content)
gameExit = True
## updating pygame display
pygame.display.update()
clock.tick(60) ## update 60 frames per second
