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werewolf_run.py
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import pygame
import math
import random
#every sprite class in this game
#__init__() -> prepare the required sprite
#update(x,y) -> change sprite position to (x,y)
class player_walk(pygame.sprite.Sprite):
def __init__(self):
super(player_walk,self).__init__()
self.walk=[]
self.walk.append(pygame.image.load('assasin/walk/walk1b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk1b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk1b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk1b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk1b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk1b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk2b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk2b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk2b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk2b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk2b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk2b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk3b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk3b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk3b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk3b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk3b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk3b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk4b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk4b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk4b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk4b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk4b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk5b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk5b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk5b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk5b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk5b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk5b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk6b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk6b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk6b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk6b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk6b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk6b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk7b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk7b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk7b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk7b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk7b.png'))
self.walk.append(pygame.image.load('assasin/walk/walk7b.png'))
self.index = 0
self.image = self.walk[self.index]
# creating a rect at pos_x,pos_y,image_width,image_height
self.rect = pygame.Rect(130, 558, 48, 62)
def update(self,x,y):
self.index += 1 # going through the array containing sprites
if self.index >= len(self.walk): # if index reaches the end of the array then start again from index 0
self.index = 0
self.rect= pygame.Rect(x,y,48,62)
self.image = self.walk[self.index]
class player_jump(pygame.sprite.Sprite): # sprite collection of jumping man
def __init__(self):
super(player_jump, self).__init__()
self.jump = []
self.jump.append(pygame.image.load('assasin/jump/jump1b.png'))
self.jump.append(pygame.image.load('assasin/jump/jump2b.png'))
self.jump.append(pygame.image.load('assasin/jump/jump3b.png'))
self.jump.append(pygame.image.load('assasin/jump/jump4b.png'))
self.jump.append(pygame.image.load('assasin/jump/jumpe1b.png'))
self.jump.append(pygame.image.load('assasin/jump/jumpe2b.png'))
self.jump.append(pygame.image.load('assasin/jump/jumpe3b.png'))
self.jump.append(pygame.image.load('assasin/jump/jumpe4b.png'))
self.jump.append(pygame.image.load('assasin/jump/jump5b.png'))
self.jump.append(pygame.image.load('assasin/jump/jump6b.png'))
self.jump.append(pygame.image.load('assasin/jump/jump7b.png'))
self.jump.append(pygame.image.load('assasin/jump/jump8b.png'))
self.index = 0
self.image = self.jump[self.index]
# creating a rect at pos_x,pos_y,image_width,image_height
self.rect = pygame.Rect(130, 518, 48, 62)
def update(self,x,y,ijump=1):
self.index += ijump
self.rect = pygame.Rect(x,y,48,62)
if self.index >= len(self.jump): # if index reaches the end of the array then start again from index 0
self.index = 0
if ijump == 0:
self.index = 1
self.image = self.jump[self.index]
class player_roll(pygame.sprite.Sprite):
def __init__(self):
super(player_roll,self).__init__()
self.roll=[]
for i in range (0,30):
self.roll.append(pygame.image.load("assasin/roll/rolle1b.png"))
self.roll.append(pygame.image.load("assasin/roll/rolle3b.png"))
self.index=0
self.image=self.roll[self.index]
self.rect = pygame.Rect(130, 558, 48, 30)
def update(self,x,y):
self.index +=1 # going through the array containing sprites
if self.index >= len(self.roll): # if index reaches the end of the array then start again from index 0
self.index = 0
self.rect= pygame.Rect(x,y,48,30)
self.image = self.roll[self.index]
class enemy_walk(pygame.sprite.Sprite): # sprite collection of walking wolf
def __init__(self,offset):
super(enemy_walk, self).__init__()
self.walk = []
self.walk.append(pygame.image.load('wolf/walk1.png'))
self.walk.append(pygame.image.load('wolf/walk1.png'))
self.walk.append(pygame.image.load('wolf/walk1.png'))
self.walk.append(pygame.image.load('wolf/walk1.png'))
self.walk.append(pygame.image.load('wolf/walk1.png'))
self.walk.append(pygame.image.load('wolf/walk1.png'))
self.walk.append(pygame.image.load('wolf/walk1.png'))
self.walk.append(pygame.image.load('wolf/walk2.png'))
self.walk.append(pygame.image.load('wolf/walk2.png'))
self.walk.append(pygame.image.load('wolf/walk2.png'))
self.walk.append(pygame.image.load('wolf/walk2.png'))
self.walk.append(pygame.image.load('wolf/walk2.png'))
self.walk.append(pygame.image.load('wolf/walk2.png'))
self.walk.append(pygame.image.load('wolf/walk2.png'))
self.walk.append(pygame.image.load('wolf/walk3.png'))
self.walk.append(pygame.image.load('wolf/walk3.png'))
self.walk.append(pygame.image.load('wolf/walk3.png'))
self.walk.append(pygame.image.load('wolf/walk3.png'))
self.walk.append(pygame.image.load('wolf/walk3.png'))
self.walk.append(pygame.image.load('wolf/walk3.png'))
self.walk.append(pygame.image.load('wolf/walk3.png'))
self.walk.append(pygame.image.load('wolf/walk4.png'))
self.walk.append(pygame.image.load('wolf/walk4.png'))
self.walk.append(pygame.image.load('wolf/walk4.png'))
self.walk.append(pygame.image.load('wolf/walk4.png'))
self.walk.append(pygame.image.load('wolf/walk4.png'))
self.walk.append(pygame.image.load('wolf/walk4.png'))
self.walk.append(pygame.image.load('wolf/walk4.png'))
self.walk.append(pygame.image.load('wolf/walk4.png'))
self.walk.append(pygame.image.load('wolf/walk5.png'))
self.walk.append(pygame.image.load('wolf/walk5.png'))
self.walk.append(pygame.image.load('wolf/walk5.png'))
self.walk.append(pygame.image.load('wolf/walk5.png'))
self.walk.append(pygame.image.load('wolf/walk5.png'))
self.walk.append(pygame.image.load('wolf/walk5.png'))
self.walk.append(pygame.image.load('wolf/walk5.png'))
self.walk.append(pygame.image.load('wolf/walk6.png'))
self.walk.append(pygame.image.load('wolf/walk6.png'))
self.walk.append(pygame.image.load('wolf/walk6.png'))
self.walk.append(pygame.image.load('wolf/walk6.png'))
self.walk.append(pygame.image.load('wolf/walk6.png'))
self.walk.append(pygame.image.load('wolf/walk6.png'))
self.walk.append(pygame.image.load('wolf/walk6.png'))
self.index = 0 + 3*offset
self.image = self.walk[self.index]
# creating a rect at position x,y (5,5) of size (100,198) which is the size of sprite
self.rect = pygame.Rect(-55 , 558,100, 198)
def update(self,x,y):
self.index += 1
self.rect = pygame.Rect(x,y,100,198)
if self.index >= len(self.walk): # if index reaches the end of the array then start again from index 0
self.index = 0
self.image = self.walk[self.index]
class obstacles(pygame.sprite.Sprite):
def __init__(self,x,y,obstype):
super(obstacles,self).__init__()
self.imglist=[]
self.imglist.append(pygame.image.load('obstacle.png'))
self.imglist.append(pygame.image.load('obstacle2.png'))
self.image = self.imglist[obstype]
if not obstype:
self.rect = pygame.Rect(x,y,138,174)
else:
self.rect = pygame.Rect(x,y-180,97,253)
def update(self,x,y,obstype):
if not obstype:
self.rect = pygame.Rect(x,y,138,174)
else:
self.rect = pygame.Rect(x,y-180,97,253)
self.image= self.imglist[obstype]
#function to determine score
def scores(x,y,score_value):
font = pygame.font.Font('score_font2.ttf',64)
score_value*=100
score = font.render("Distance:"+ str(int(score_value)/10)+" m",True,(0,0,255))
return score
#function to determine whether man has collided or tripped on an obstacle
def collided(s1,s2,py,oy,tripped,obsno):
for il in s2.sprites():
for jl in s1.sprites():
if pygame.sprite.collide_mask(il,jl) and (py>oy or tripped>1 or obsno):
return 1
elif pygame.sprite.collide_mask(il,jl):
return -1
return 0
#ze jumper quadratic function
def f(x):
return 300-(x*x/300)
#the main game
def main():
# initialize
pygame.mixer.pre_init(44100,-16,2,512)
pygame.mixer.quit()
pygame.mixer.init(44100,-16,2,512)
pygame.init()
pygame.fastevent.init()
clock = pygame.time.Clock()
# create the screen
screen = pygame.display.set_mode((1024,768))
#display the icon
pygame.display.set_caption("Werewolf Run")
icon =pygame.image.load("werewolf.png")
pygame.display.set_icon(icon)
#load the background
background = pygame.image.load("bg_enhanced.png")
bg_x=0
bg_x2=background.get_rect().width
#start the music
pygame.mixer.music.load("music/choice1.mp3")
pygame.mixer.music.play(-1)
#place the player and the enemy
playerX = 130-130
playerY = 768-210
playerX_change=0
enemyX=-55-130
enemyY=768-140
#set the player near the enemy
closecount=2000
tripped=1
#load the obstacles at appropiate positions
my_group_obstacles=[pygame.sprite.Group(obstacles(3024,528,0)),pygame.sprite.Group(obstacles(3624,528,0)),pygame.sprite.Group(obstacles(4224,528,0))]
obstacleX= [3024,3624,4224]
obsnum= [0,0,0]
obsXlists = [[1048,1648,2248],[1048,1548,2048],[1148,1696,1948],[1048,1648,2148]]
obstacleY=708-200
obsnoslist=[[0,1,0],[1,0,1],[1,0,0],[0,0,1]]
obstacleX_change=-6
#prepare the player and wolves sprites
my_group_man_walk = pygame.sprite.Group(player_walk())
my_group_man_jump = pygame.sprite.Group(player_jump())
my_group_man_roll = pygame.sprite.Group(player_roll())
my_group_wolf_walk_list = [pygame.sprite.Group(enemy_walk(0)),pygame.sprite.Group(enemy_walk(1)),pygame.sprite.Group(enemy_walk(2))]
#create the sounds
wolf_cry=pygame.mixer.Sound(file="music/wolfcry.wav")
wolf_break=pygame.mixer.Sound(file="music/stonecrack.wav")
man_jump_Sound=pygame.mixer.Sound(file="music/man_jump.wav")
man_roll_Sound=pygame.mixer.Sound(file="music/roll.wav")
man_death_Sound=pygame.mixer.Sound(file="music/death.wav")
#accomodate the sound channels to play the sounds
wolf_cry_channel=pygame.mixer.Channel(0)
wolf_break_channel=pygame.mixer.Channel(1)
man_jump_sound_channel=pygame.mixer.Channel(2)
man_roll_sound_channel=pygame.mixer.Channel(3)
man_death_sound_channel=pygame.mixer.Channel(4)
#intro of the run
wolf_cry_channel.play(wolf_cry)
while playerX<130:
#move the background
bg_x+=obstacleX_change
bg_x2+=obstacleX_change
if bg_x < background.get_rect().width * -1:
bg_x=background.get_rect().width
if bg_x2 < background.get_rect().width * -1:
bg_x2=background.get_rect().width
#check if the game is ruuning
for event in pygame.fastevent.get():
if event.type == pygame.QUIT:
exit()
#draw the background
screen.blit(background,(bg_x,0))
screen.blit(background,(bg_x2,0))
#draw the man and the wolves
my_group_man_walk.draw(screen)
my_group_man_walk.update(playerX,playerY)
k=0
for jk in my_group_wolf_walk_list:
jk.draw(screen)
jk.update(enemyX+k,enemyY)
k=pow(-1,k)*29
#move the man and enemies
playerX-=obstacleX_change/2
enemyX-=obstacleX_change/2
#update the display
pygame.display.update()
clock.tick(60)
#initialise the remaining variables
score_value=0
textX = 10
textY = 10
obstacleX_change=-9
i=300
l=30
jumping=False
rolling=False
man_jump=1
running = True
while running:
#move the background
bg_x+=obstacleX_change
bg_x2+=obstacleX_change
if bg_x < background.get_rect().width * -1:
bg_x=background.get_rect().width
if bg_x2 < background.get_rect().width * -1:
bg_x2=background.get_rect().width
#check whether game is running
for event in pygame.fastevent.get():
if event.type == pygame.QUIT:
exit()
#draw the background
screen.blit(background,(bg_x,0))
screen.blit(background,(bg_x2,0))
#detect the keys pressed
keys=pygame.key.get_pressed()
#jump
if not(jumping):
if keys[pygame.K_SPACE]:
man_jump_sound_channel.play(man_jump_Sound)
i=-300
jumping=True
rolling=False
#roll
if not(rolling or jumping):
if keys[pygame.K_DOWN]:
l=-100
man_roll_sound_channel.play(man_roll_Sound)
rolling=True
#check for collision between man and obstacles
for j in range(0,3):
if not (jumping or rolling):
if collided(my_group_man_walk,my_group_obstacles[j],playerY,obstacleY,tripped,obsnum[j]) == 1:
man_death_sound_channel.play(man_death_Sound)
pygame.display.quit()
return score_value*100
elif collided(my_group_man_walk,my_group_obstacles[j],playerY,obstacleY,tripped,obsnum[j]) == -1:
tripped+=1
closecount=1
wolf_cry.play()
if tripped>1:
continue
i=-100
else:
pass
elif not rolling:
if collided(my_group_man_jump,my_group_obstacles[j],playerY,obstacleY,tripped,obsnum[j]) == 1:
man_death_sound_channel.play(man_death_Sound)
pygame.display.quit()
return score_value*100
elif collided(my_group_man_jump,my_group_obstacles[j],playerY,obstacleY,tripped,obsnum[j]) == -1:
tripped+=1
closecount=1
wolf_cry.play()
if tripped>1:
continue
i=-100
else:
if collided(my_group_man_roll,my_group_obstacles[j],playerY,obstacleY,tripped,obsnum[j]) == 1:
man_death_sound_channel.play(man_death_Sound)
pygame.display.quit()
return score_value*100
elif collided(my_group_man_roll,my_group_obstacles[j],playerY,obstacleY,tripped,obsnum[j]) == -1:
tripped+=1
closecount=1
wolf_cry.play()
if tripped>1:
continue
i=-100
#graudually bring the enemy close
if(closecount>0):
closecount+=1
enemyX+=1
if enemyX>0:
enemyX=0
#take enemies back
if(closecount>=3000 or closecount ==0):
closecount=0
tripped=0
enemyX-=1
if enemyX<-55 :
enemyX=-55
#move the obstacles
obstacleX[j] += obstacleX_change
#if obstacles cross the wolf
if obstacleX[j] <= enemyX + 80 and enemyY>obstacleY and obsnum[j]==0:
obstacleX[j] = -142
#wolf_break_channel.play(wolf_break)
#if pattern finished load new pattern
if obstacleX[2] <= -142:
obsno=random.randint(0,3)
obstacleX = obsXlists[obsno] + []
obsnum = obsnoslist[obsno] + []
#draw the obstacles
my_group_obstacles[j].draw(screen)
my_group_obstacles[j].update(obstacleX[j],obstacleY,obsnum[j])
if not(jumping or rolling):
#draw the man walking
my_group_man_walk.draw(screen)
my_group_man_walk.update(playerX,playerY)
elif jumping:
playerY=558-f(i)
if i>=300:
#jump complete
jumping=False
#only for jump sprites
if i>-296 and i<225:
man_jump=0
else:
man_jump=1
if not rolling:
#draw the jumping man
my_group_man_jump.draw(screen)
my_group_man_jump.update(playerX,playerY,man_jump)
i-=int(obstacleX_change)
if i>= 300 and playerY>=558:
playerY=558
if rolling and not jumping:
#draw the rolling man
my_group_man_roll.draw(screen)
my_group_man_roll.update(playerX,playerY)
l+=5
if l>=100:
#roll complete
rolling=False
#increment speed of obstacle movement
obstacleX_change-=0.001
#increment score
score_value+=0.01 -(obstacleX_change + 2)/100
#display score
screen.blit(scores(textX,textY,score_value),(textX,textY))
#draw the wolves
k=0
for jk in my_group_wolf_walk_list:
jk.draw(screen)
jk.update(enemyX+k,enemyY)
k=pow(-1,k)*29
#limit the speed of both
if obstacleX_change <= -20:
obstacleX_change = -20
clock.tick(60 - obstacleX_change)
#update the display
pygame.display.update()
if(__name__=="__main__"):
main()