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Hashgame_v4.py
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Hashgame_v4.py
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import pygame
import random
import os
#DIsplay Size
disp_width = 1280
disp_height = 720
#Initialize mixer for sounds
pygame.mixer.pre_init(44100, -16, 2, 2048)
pygame.mixer.init()
pygame.init()
#Paths to images
game_dir = os.path.dirname(__file__)
img_folder = os.path.join(game_dir,'Images')
sound_folder = os.path.join(game_dir,'Sounds')
loading_folder = os.path.join(game_dir,'Loading')
Movie_folder = os.path.join(game_dir,'Movie')
#initialize sound objects
click_sound = pygame.mixer.Sound(os.path.join(sound_folder,'Click1.wav'))
pygame.mixer.music.load(os.path.join(sound_folder,'Loop1.wav'))
####################################COLORS############################################
white=(255,255,255)
offwhite=(220,220,220)
red=(255,0,0)
black=(0,0,0)
green=(0,200,0)
aquamarine=(127,255,212)
######################################################################################
gameDisplay = pygame.display.set_mode((disp_width,disp_height))
pygame.display.set_caption('Hashgame')
clock = pygame.time.Clock()
ROOTS=8
##################################fonts#################################################
font1=pygame.font.Font(None,30)
font2=pygame.font.Font('segoeuil.ttf',24)
font=pygame.font.Font('segoeuil.ttf',36)
Right_font_Large=pygame.font.Font(None,56)
Rd_text_large=pygame.font.Font(None,90)
Intro_font=pygame.font.Font(None,86)
########################################################################################
_Time_per_move=20 #In seconds
_Start_time=0
_end_time=0
_Start_time2=0
_end_time2=0
_Time_per_move2=30
Sound_flag=True #Toggle sound ON/OFF
#Draw distance of nodes from each other
Horizontal_diff = 130
HD = Horizontal_diff
Vertical_Diff = 100
list_Default=[]
g2_list=[]
list_of_8=[[],[],[],[],[],[],[],[]]
game2_list=[]
###########################################################################################################
T_list=[[30,20],[30+HD,20],[30+HD*2,20],[30+HD*3,20],[30+HD*4,20],[30+HD*5,20],[30+HD*6,20],[30+HD*7,20]]
#Open hashing
class Hash_Table:
def __init__(self,Roots):
self.Roots=Roots
def Get_Val(self,R_num):
try:
R = int(R_num)
except:
R = len(R_num)
ret = str(R % self.Roots)
return ret
#Quadratic probing Hash function
class Q_probing:
def __init__(self,Roots):
self.checks=0
self.Roots=Roots
self.index=0
self.pers_index=0
self.I_lst=[]
def Retry(self,g2_list):
self.flag=0
self.index = (self.pers_index + (self.checks*self.checks))%self.Roots
print(self.index)
if self.checks <= self.Roots:
pass
else:
return 0
if g2_list[self.index]==0:
self.I_lst.append(self.index)
self.flag=1
return 0
else:
self.I_lst.append(self.index)
self.checks+=1
self.Retry(g2_list)
def Get_Val(self,R_num,g2_list):
self.checks=0
self.I_lst=[]
try:
R = int(R_num)
except:
R = len(R_num)
self.index = (R % self.Roots)
self.pers_index=self.index
if g2_list[self.index]==0:
self.I_lst.append(self.index)
return self.I_lst
else:
self.I_lst.append(self.index)
self.checks+=1
self.Retry(g2_list)
if self.flag!=0:
return self.I_lst
else:
return None
#Draw persistent nodes (Top row)
class Default_nodes:
def __init__(self,Pos,text):
self.font1=pygame.font.Font(None,36)
self.pos=Pos
self.text=text
def Draw_rect_node(self):
x=self.pos[0]
y=self.pos[1]
pygame.draw.rect(gameDisplay,white,(x,y,70,50),4)
def Nodetext_node(self,text,tup):
N=[tup[0],tup[1]]
if len(text) > 2:
N[0] -= 16
elif len(text) == 2:
N[0]-=13
elif len(text) > 1:
N[0]-=7
if text!="None":
text1=font.render(text,True,white)
gameDisplay.blit(text1,N)
else:
text1=font2.render(text,True,white)
gameDisplay.blit(text1,N)
def Create(self):
k=[self.pos[0]+24,self.pos[1]]
self.Draw_rect_node()
self.Nodetext_node(self.text,k)
#Draw Dynamic nodes
class Nodes(Default_nodes):
def __init__(self,Pos,text,level):
Default_nodes.__init__(self,Pos,text)
self.abs_pos=[0,0]
self.level=level
def Draw_rect_node1(self,color):
x=self.pos[0]
y=self.pos[1]+(self.level*Vertical_Diff)
self.abs_pos[0]=x
self.abs_pos[1]=y
pygame.draw.rect(gameDisplay,color,(x,y,70,50),4)
def Create_new(self):
k=(self.pos[0]+25,self.pos[1]+(self.level*Vertical_Diff))
self.Draw_rect_node1(white)
self.Nodetext_node(self.text,k)
def Create_new2(self,color):
k=(self.pos[0]+25,self.pos[1]+(self.level*Vertical_Diff))
self.Draw_rect_node1(color)
self.Nodetext_node(self.text,k)
####################################################################################
for x in range(8):
M=Default_nodes(T_list[x],str(x))
list_Default.append(M)
def Nodetext(text,centre_pos,size,color):
f1=pygame.font.Font('segoeuil.ttf',size)
Text = f1.render(text,True,color)
Rect = Text.get_rect()
Rect.center = (centre_pos)
gameDisplay.blit(Text,Rect)
pygame.display.update()
def Draw_rect(pos,width,height,color,th):
x=pos[0]
y=pos[1]
pygame.draw.rect(gameDisplay,color,(x,y,width,height),th)
pygame.display.update()
############################################NEW Windows####################################################################################
def Loading():
i=1
gameDisplay.fill(black)
clock1=pygame.time.Clock()
for i in range(1,90):
gameDisplay.fill(black)
Z = pygame.image.load(os.path.join(loading_folder,f'Pictures{i}.jpg'))
gameDisplay.blit(Z,(disp_width/2-250,disp_height/2-140))
pygame.display.update()
def Game_over(score):
pygame.mixer.music.stop()
global list_of_8
I = pygame.image.load(os.path.join(img_folder,'gameover.png'))
gameDisplay.blit(I,(0,0))
Score_TT=Rd_text_large.render(str(score),True,white)
gameDisplay.blit(Score_TT,(disp_width*0.55,disp_height*0.59+2))
Start_pos=Start_pos=(disp_width*0.37,disp_height*0.7)
pygame.display.update()
GO = False
while not GO:
for event in pygame.event.get():
if event.type == pygame.QUIT:
GO = True
if event.type == pygame.MOUSEBUTTONDOWN:
mouse2=pygame.mouse.get_pos()
if(Start_pos[0]+320 > mouse2[0] > Start_pos[0]) and (Start_pos[1]+120 > mouse2[1] > Start_pos[1]):
list_of_8=[[],[],[],[],[],[],[],[]]
R=Random_num_gen()
Intro()
def How_to_play():
I = pygame.image.load(os.path.join(img_folder,'howtoplay.png'))
gameDisplay.blit(I,(0,0))
Start_pos=(disp_width*0.02,disp_height*0.07)
pygame.display.update()
GO = False
while not GO:
for event in pygame.event.get():
if event.type == pygame.QUIT:
GO = True
if event.type == pygame.MOUSEBUTTONDOWN:
mouse1=pygame.mouse.get_pos()
if (Start_pos[0]+250 > mouse1[0] > Start_pos[0]) and (Start_pos[1]+70 > mouse1[1] > Start_pos[1]):
GO = True
Info()
def Info():
I = pygame.image.load(os.path.join(img_folder,'intro1.png'))
gameDisplay.blit(I,(0,0))
Start_pos=(disp_width*0.02,disp_height*0.07-10)
Next_pos=(disp_width*0.89,disp_height*0.83)
pygame.display.update()
GO = False
while not GO:
for event in pygame.event.get():
if event.type == pygame.QUIT:
GO = True
if event.type == pygame.MOUSEBUTTONDOWN:
mouse1=pygame.mouse.get_pos()
if (Start_pos[0]+250 > mouse1[0] > Start_pos[0]) and (Start_pos[1]+70 > mouse1[1] > Start_pos[1]):
GO = True
Intro()
if (Next_pos[0]+68 > mouse1[0] > Next_pos[0]) and (Next_pos[1]+68 > mouse1[1] > Next_pos[1]):
GO = True
How_to_play()
def Intro():
global Sound_flag
GO=False
gameDisplay.fill(offwhite)
I = pygame.image.load(os.path.join(img_folder,'Start.png'))
gameDisplay.blit(I,(0,0))
Info_pos=(disp_width*0.42,disp_height*0.65)
Start_pos=(disp_width*0.42,disp_height*0.52)
Exit_pos=(disp_width*0.42,disp_height*0.78)
Mute_pos=(disp_width*0.85,disp_height*0.78)
unMute_pos=(disp_width*0.85,disp_height*0.65)
pygame.display.update()
while not GO:
gameDisplay.blit(I,(0,0))
pygame.display.update()
for event in pygame.event.get():
if event.type == pygame.QUIT:
GO = True
if event.type == pygame.MOUSEBUTTONDOWN:
mouse1=pygame.mouse.get_pos()
if (Exit_pos[0]+250 > mouse1[0] > Exit_pos[0]) and (Exit_pos[1]+70 > mouse1[1] > Exit_pos[1]):
GO = True
pygame.quit()
quit()
if (unMute_pos[0]+80 > mouse1[0] > unMute_pos[0]) and (unMute_pos[1]+80 > mouse1[1] > unMute_pos[1]):
pygame.draw.circle(gameDisplay,aquamarine,(int(unMute_pos[0]+40),int(unMute_pos[1]+40)),40,40)
pygame.display.update()
Sound_flag = True
if (Mute_pos[0]+80 > mouse1[0] > Mute_pos[0]) and (Mute_pos[1]+80 > mouse1[1] > Mute_pos[1]):
pygame.draw.circle(gameDisplay,aquamarine,(int(Mute_pos[0]+40),int(Mute_pos[1]+40)),40,40)
pygame.display.update()
Sound_flag = False
if (Info_pos[0]+250 > mouse1[0] > Info_pos[0]) and (Info_pos[1]+70 > mouse1[1] > Info_pos[1]):
GO = True
Info()
if (Start_pos[0]+250 > mouse1[0] > Exit_pos[0]) and (Start_pos[1]+70 > mouse1[1] > Start_pos[1]):
GO = True
Level_select()
def Level_select():
GO = False
gameDisplay.fill(white)
L1_pos=(disp_width/2-125,disp_height*0.35+5)
L2_pos=(disp_width/2-125,disp_height*0.50+5)
Draw_rect(L1_pos,250,70,black,3)
Draw_rect(L2_pos,250,70,black,3)
Nodetext("LEVEL SELECT",(disp_width/2,disp_height*0.1),80,black)
Nodetext("LEVEL : 1",(disp_width/2,disp_height*0.4),56,black)
Nodetext("LEVEL : 2",(disp_width/2+4,disp_height*0.55),56,black)
while not GO:
for event in pygame.event.get():
if event.type == pygame.QUIT:
GO = True
if event.type == pygame.MOUSEBUTTONDOWN:
mouse1=pygame.mouse.get_pos()
if (L1_pos[0]+250 > mouse1[0] > L1_pos[0]) and (L1_pos[1]+70 > mouse1[1] > L1_pos[1]):
Loading()
Random_num_disp(Random_num)
Gameloop1(Random_num)
if (L2_pos[0]+250 > mouse1[0] > L2_pos[0]) and (L2_pos[1]+70 > mouse1[1] > L2_pos[1]):
Gameloop2()
pygame.quit()
quit()
###############################################################################################################################
def Display1(Score,lives,time):
global list_of_8
Heart = pygame.image.load(os.path.join(img_folder,'heart1.png'))
pygame.draw.line(gameDisplay,aquamarine,(15,90),(1030,90),5)
pygame.draw.line(gameDisplay,aquamarine,(1050,10),(1050,700),5)
Time_text=Right_font_Large.render("Time",True,white)
gameDisplay.blit(Time_text,(disp_width-180,disp_height-650))
Hash1_text=font1.render("Random no%8 = Index",True,white)
gameDisplay.blit(Hash1_text,(disp_width-225,disp_height-530))
Score_text=Right_font_Large.render("Score",True,white)
gameDisplay.blit(Score_text,(disp_width-180,disp_height-150))
Lives_text=Right_font_Large.render("Lives",True,white)
gameDisplay.blit(Lives_text,(disp_width-180,disp_height-300))
for x in range(lives):
gameDisplay.blit(Heart,(disp_width-230+65*x,disp_height-250))
Score_TT = Right_font_Large.render(str(Score),True,white)
gameDisplay.blit(Score_TT,(disp_width-160,disp_height-100))
Time_TT = Right_font_Large.render(str(time),True,white)
gameDisplay.blit(Time_TT,((disp_width-155,disp_height-600)))
for z in list_Default:
z.Create()
for x in list_of_8:
for y in x:
y.Create_new()
def Display2(Score,lives,time,lst=[]):
pygame.draw.line(gameDisplay,aquamarine,(1050,10),(1050,700),5)
Heart = pygame.image.load(os.path.join(img_folder,'heart1.png'))
Time_text=Right_font_Large.render("Time",True,white)
gameDisplay.blit(Time_text,(disp_width-180,disp_height-650))
Hash1_text=font1.render("In case of collision",True,white)
gameDisplay.blit(Hash1_text,(disp_width-200,disp_height-530))
Hash_text=font1.render("index=(index + i*i) i<50",True,white)
gameDisplay.blit(Hash_text,(disp_width-225,disp_height-500))
Score_text=Right_font_Large.render("Score",True,white)
gameDisplay.blit(Score_text,(disp_width-180,disp_height-150))
Lives_text=Right_font_Large.render("Lives",True,white)
gameDisplay.blit(Lives_text,(disp_width-180,disp_height-300))
for x in range(lives):
gameDisplay.blit(Heart,(disp_width-230+65*x,disp_height-250))
Score_TT = Right_font_Large.render(str(Score),True,white)
gameDisplay.blit(Score_TT,(disp_width-160,disp_height-100))
Time_TT = Right_font_Large.render(str(time),True,white)
gameDisplay.blit(Time_TT,((disp_width-155,disp_height-600)))
for x in game2_list:
if len(lst)!=0:
if x in lst:
x.Create_new2(red)
else:
x.Create_new()
else:
x.Create_new()
def Create2():
global game2_list
g2_lst=[]
i=0
for x in range(7):
for y in range(7):
g2_lst.append(0)
M = Nodes(T_list[x],f"{i}",y)
game2_list.append(M)
i+=1
M = Nodes((930,20),"49",0)
game2_list.append(M)
M = Nodes((930,20),"None",1)
game2_list.append(M)
return g2_lst
#####################################################################################
def Random_num_gen():
global _Start_time
global _Start_time2
while True:
Random_num=random.randrange(20)
if Random_num%50==49:
pass
else:
break
_Start_time=pygame.time.get_ticks()
_Start_time2=pygame.time.get_ticks()
return Random_num
def Random_num_disp(Random_num1):
R_num = Rd_text_large.render(str(Random_num1),True,white)
gameDisplay.blit(R_num,(disp_width-180,disp_height-450))
pygame.display.update()
def Difficulty_inc(Score):
global _Time_per_move
if Score==6 or Score==15:
_Time_per_move-=5
if Score==25 or Score==35:
_Time_per_move-=2
print(_Time_per_move)
def scr_rst():
global list_of_8
for x in range(8):
if len(list_of_8[x])>6:
list_of_8[x].clear()
############################Gameloops##########################################################
def Gameloop1(Random_num):
Random_num=Random_num_gen()
global _Start_time
global _end_time
global _Time_per_move
global list_of_8
global Sound_flag
_Time_per_move = 21
if Sound_flag:
pygame.mixer.music.play(-1)
Difficulty = 0
rem_time=0
LIVES = 3
H = Hash_Table(ROOTS)
GameOver = False
Score = 0
i=1
HN=H.Get_Val(int(Random_num))
while LIVES > 0:
I=pygame.image.load(os.path.join(Movie_folder,f'Pictures{i}.jpg'))
gameDisplay.blit(I,(0,0))
R_num = Rd_text_large.render(str(Random_num),True,white)
gameDisplay.blit(R_num,(disp_width-180,disp_height-450))
#TIME
elapsed_time = pygame.time.get_ticks() - _Start_time
rem_time = _Time_per_move - (elapsed_time/1000)
#REFRESH DISPLAY
scr_rst()#If index is full, reset.
Display1(Score,LIVES,int(rem_time))
#HASH FUNCTION
if i<1150:
i+=1
else:
i=188
for event in pygame.event.get():
if event.type == pygame.QUIT:
LIVES = 0
if event.type == pygame.MOUSEBUTTONDOWN:
#pygame.mixer.music.pause()
if Sound_flag:
click_sound.play()
mouse=pygame.mouse.get_pos()
for x in list_Default:
pos1=x.pos
if ((pos1[0]+70 > mouse[0] > pos1[0]) and (pos1[1]+50 > mouse[1] > pos1[1])):
if x.text == str(HN):
N=Nodes(pos1,str(Random_num),len(list_of_8[list_Default.index(x)])+1)
list_of_8[list_Default.index(x)].append(N)
Random_num=Random_num_gen()
Score+=1
HN=H.Get_Val(int(Random_num))
if Score>5:
Difficulty_inc(Score)
break;
else:
LIVES -= 1
Random_num=Random_num_gen()
HN=H.Get_Val(int(Random_num))
if rem_time <= 0:
LIVES-=1
Random_num=Random_num_gen()
HN=H.Get_Val(int(Random_num))
if LIVES == 0:
Game_over(Score)
pygame.display.update()
clock.tick(120)
def Gameloop2():
Random_num=1
global _Start_time2
global _end_time2
global _Time_per_move2
global Sound_flag
global game2_list
BG = pygame.image.load(os.path.join(img_folder,"BG.png"))
game2_list=[]
pass_lst=[]
_Time_per_move2 = 30
H = Q_probing(50) #Creating object for quadratic probing
Score = 0
Lives = 3
#gameDisplay.fill(black)
gameDisplay.blit(BG,(0,0))
rem_time2 = 100
g2_list = Create2()
Random_num=Random_num_gen()
HN=H.Get_Val(int(Random_num),g2_list)
print(Random_num,HN)
if Sound_flag:
pygame.mixer.music.play(-1)
while Lives > 0:
elapsed_time2 = pygame.time.get_ticks() - _Start_time2
rem_time2 = _Time_per_move2 - (elapsed_time2/1000)
gameDisplay.blit(BG,(0,0))
Display2(Score,Lives,int(rem_time2),pass_lst)
R_num = Rd_text_large.render(str(Random_num),True,white)
gameDisplay.blit(R_num,(disp_width-180,disp_height-450))
if HN==None:
HN=[None]
for event in pygame.event.get():
if event.type == pygame.QUIT:
Lives = 0
if event.type == pygame.MOUSEBUTTONDOWN:
if Sound_flag:
click_sound.play()
mouse=pygame.mouse.get_pos()
for x in game2_list:
pos2=x.abs_pos
if ((pos2[0]+70 > mouse[0] > pos2[0]) and (pos2[1]+50 > mouse[1] > pos2[1])):
if x.text == str(HN[-1]):
g2_list[HN[-1]] = 1
#x.text=str(Random_num)
Random_num = Random_num_gen() #Generate random number
Random_num_disp(Random_num) #Display random number
HN=H.Get_Val(int(Random_num),g2_list)
pass_lst.append(x) #Pass the object to highlight that rect
Score += 1
else:
print(HN,"Index")
Lives -= 1
Random_num=Random_num_gen()
Random_num_disp(Random_num)
HN=H.Get_Val(int(Random_num),g2_list)
if rem_time2 <= 0:
Lives -= 1
Random_num=Random_num_gen()
if Lives == 0:
Game_over(Score)
pygame.display.update()
clock.tick(120)
############################################################################################################
Random_num=1
Intro()
pygame.quit()
quit()