This is my first GUI game code. This is a mere luck based game where you have to click on any of the 25 blocks given on the screen to open it. You can continue your game till you click on a monster containing box. Once you click on the monster containing box.. YOU DIE!! GAME OVER!!
This is purely codded in python language, inspired from the traditional minesweeper game with a little bit change in the game logic.
This is the code but might not properly work because it uses some image files. Unfortunately i don't know how to upload a file into a blog!
#***************************************************************************#
# Author: Chaythanya SK #
# Name of project: MONSTER SWEEP GAME #
# RULES: open the boxes containing numbers only if you open the monster containing box.. you die!! GAMEOVER!
# mere luck based game #
***************************************************************************
import pygame
import random
# declaring colours
black=(0,0,0)
white=(255,255,255)
green=(1,255,0)
yellow=(15,100,0)
red=(255,0,0)
blue=(19,37,173)
orange=(240,69,12)
pygame.init()
size=[375,300] # size of the game window
screen=pygame.display.set_mode(size)
pygame.display.set_caption('MONSTER SWEEP') # title of the game window
done=False
smile=pygame.image.load("smiley.jpeg").convert() #getting images
index=pygame.image.load("index.jpeg").convert() #getting images
clock=pygame.time.Clock()
screen.fill(white)
r1=[]
r2=[]
r3=[]
r4=[]
r5=[]
grid=[r1,r2,r3,r4,r5] # game array
minecount=0
remaining_no=0
GI=-1 # row to be selected initialised as -1
GJ=-1 # col to be selected initialised as -1
open_count=0 # no of boxes opened
def make(): #making the first look
cord_y=0+50
cord_x=0
screen.fill(white)
for i in range(5):
for j in range(5):
pygame.draw.rect(screen,black,[cord_x,cord_y,75,50],2) # draw the grid
cord_x=cord_x+75
cord_x=0
cord_y=cord_y+50
pygame.display.flip() #update the screen
assign(grid)
def assign(grid): # assign monsters and numbers in the grid
global minecount
global remaining_no
for i in range(5): #fill the grid with random nos
for j in range(5):
grid[i].append(random.randrange(0,5))
for b in range(10): # put "bomb"(monsters) in some random places
temp1=random.randrange(0,5)
temp2=random.randrange(0,4)
grid[temp1][temp2]='bomb'
for i in range(5):
for j in range(5):
if grid[i][j]=='bomb':
minecount=minecount+1 #count the no: of monsters
remaining_no=25-minecount #count the remaining boxes
font=pygame.font.Font(None,25)
text=font.render("monster count:"+str(minecount),True,black) #blit the monster count in the screen
screen.blit(text,[20,17])
pygame.display.flip() # update the screen
def checkbomb(x,y): #identify the selected box.. x,y are the coordinates of mouse click
global grid
global open_count
global temp_remaining_nos
open_count=open_count+1 #box opened
block_no=0
selected_no=0
flag=0
lcord_x=0 # left x coordinate
ucord_y=50 # up y coordinate
dcord_y=100 # down y coordinate
rcord_x=75 # right x coordinate
for i in range(5):
for j in range(5):
block_no=block_no+1
if(x>lcord_x and x<rcord_x and y>ucord_y and y<dcord_y ):# find the selected box no (1-25)
selected_no=block_no
flag=1
break
lcord_x=lcord_x+75
rcord_x=rcord_x+75
if(flag==1):
break
lcord_x=0
rcord_x=75
ucord_y=ucord_y+50
dcord_y=dcord_y+50
find_grid_pos(selected_no) # find row and col of the selected block no (1-25)
grid_display(x,y,lcord_x,rcord_x,ucord_y,dcord_y)
def find_grid_pos(selected_no): #find the row and col of the selected block no (1-25)
global GI
global GJ
if selected_no==1:
GI=0
GJ=0
if selected_no==2:
GI=0
GJ=1
if selected_no==3:
GI=0
GJ=2
if selected_no==4:
GI=0
GJ=3
if selected_no==5:
GI=0
GJ=4
if selected_no==6:
GI=1
GJ=0
if selected_no==7:
GI=1
GJ=1
if selected_no==8:
GI=1
GJ=2
if selected_no==9:
GI=1
GJ=3
if selected_no==10:
GI=1
GJ=4
if selected_no==11:
GI=2
GJ=0
if selected_no==12:
GI=2
GJ=1
if selected_no==13:
GI=2
GJ=2
if selected_no==14:
GI=2
GJ=3
if selected_no==15:
GI=2
GJ=4
if selected_no==16:
GI=3
GJ=0
if selected_no==17:
GI=3
GJ=1
if selected_no==18:
GI=3
GJ=2
if selected_no==19:
GI=3
GJ=3
if selected_no==20:
GI=3
GJ=4
if selected_no==21:
GI=4
GJ=0
if selected_no==22:
GI=4
GJ=1
if selected_no==23:
GI=4
GJ=2
if selected_no==24:
GI=4
GJ=3
if selected_no==25:
GI=4
GJ=4
def grid_display(x,y,lcord_x,rcord_x,ucord_y,dcord_y): # display the content of the opened box
global GI
global GJ
global grid
#print grid
font=pygame.font.Font(None,25)
if(str(grid[GI][GJ])=='bomb'and open_count>=1): # if the opened box contains bomb show game over
showgrid_gameover() # diaply whole grid
else: # else display the no:
text=font.render(str(grid[GI][GJ]),True,black)
screen.blit(text,[lcord_x+30,ucord_y+15])
if (open_count==remaining_no+1): #if open count equals remining no you win!
showgrid_win() #display whole grid
pygame.display.flip() # update screen to show no:
def showgrid_gameover(): # show game over screen
global grid
x_cord=0
y_cord=50
for i in range(5):
for j in range(5):
if (grid[i][j]=='bomb'):
screen.blit(index,[x_cord+20,y_cord+5])
else:
font=pygame.font.Font(None,25)
text=font.render(str(grid[i][j]),True,black)
screen.blit(text,[x_cord+30,y_cord+15])
x_cord=x_cord+75
x_cord=0
y_cord=y_cord+50
pygame.draw.rect(screen,white,[0,0,375,50])
screen.blit(smile,[170,7])
font=pygame.font.Font(None,25)
text=font.render("press me--->",True,black) # show press me smiley to restart game
screen.blit(text,[55,17])
font=pygame.font.Font(None,55)
text=font.render("GAME OVER!!!",True,blue)
screen.blit(text,[80,150])
pygame.display.flip()
def showgrid_win(): # show "you won" screen
global grid
x_cord=0
y_cord=50
for i in range(5):
for j in range(5):
if (grid[i][j]=='bomb'):
screen.blit(index,[x_cord+20,y_cord+5])
else:
font=pygame.font.Font(None,25)
text=font.render(str(grid[i][j]),True,black)
screen.blit(text,[x_cord+30,y_cord+15])
x_cord=x_cord+75
x_cord=0
y_cord=y_cord+50
pygame.draw.rect(screen,white,[0,0,375,50])
screen.blit(smile,[170,7])
font=pygame.font.Font(None,25)
text=font.render("press me--->",True,black) # show press me smiley to restart the game
screen.blit(text,[55,17])
font=pygame.font.Font(None,50)
text=font.render("BRAVO YOU WIN!!!",True,blue)
screen.blit(text,[60,150])
def check_reset(x,y): # check if the press me smiley is pressed
global r1
global r2
global r3
global r4
global r5
global grid
global minecount
global remaining_no
global GI
global GJ
global open_count
if(x>=170 and x<=210 and y>=7 and y<=47): # trace the coordinates
r1=[] # reinitialise everything
r2=[]
r3=[]
r4=[]
r5=[]
grid=[r1,r2,r3,r4,r5]
minecount=0
remaining_no=0
GI=-1
GJ=-1
open_count=0
temp_remaining_nos=0
screen.fill(white)
make() # make the screen again
make()
while done==False:
clock.tick(20)
for event in pygame.event.get(): # for each thing you do in the screen
if event.type==pygame.QUIT: # if it is quit exit the loop
done=True
elif(event.type==pygame.MOUSEBUTTONDOWN and pygame.mouse.get_pressed()[0]): # if the mouse is pressed
x,y=pygame.mouse.get_pos() # get the position
check_reset(x,y) # check if the reset button is pressed
checkbomb(x,y) # check for the bomb
pygame.display.flip() # update the screen
pygame.quit() # quit the game
This is purely codded in python language, inspired from the traditional minesweeper game with a little bit change in the game logic.
This is the code but might not properly work because it uses some image files. Unfortunately i don't know how to upload a file into a blog!
#***************************************************************************#
# Author: Chaythanya SK #
# Name of project: MONSTER SWEEP GAME #
# RULES: open the boxes containing numbers only if you open the monster containing box.. you die!! GAMEOVER!
# mere luck based game #
***************************************************************************
import pygame
import random
# declaring colours
black=(0,0,0)
white=(255,255,255)
green=(1,255,0)
yellow=(15,100,0)
red=(255,0,0)
blue=(19,37,173)
orange=(240,69,12)
pygame.init()
size=[375,300] # size of the game window
screen=pygame.display.set_mode(size)
pygame.display.set_caption('MONSTER SWEEP') # title of the game window
done=False
smile=pygame.image.load("smiley.jpeg").convert() #getting images
index=pygame.image.load("index.jpeg").convert() #getting images
clock=pygame.time.Clock()
screen.fill(white)
r1=[]
r2=[]
r3=[]
r4=[]
r5=[]
grid=[r1,r2,r3,r4,r5] # game array
minecount=0
remaining_no=0
GI=-1 # row to be selected initialised as -1
GJ=-1 # col to be selected initialised as -1
open_count=0 # no of boxes opened
def make(): #making the first look
cord_y=0+50
cord_x=0
screen.fill(white)
for i in range(5):
for j in range(5):
pygame.draw.rect(screen,black,[cord_x,cord_y,75,50],2) # draw the grid
cord_x=cord_x+75
cord_x=0
cord_y=cord_y+50
pygame.display.flip() #update the screen
assign(grid)
def assign(grid): # assign monsters and numbers in the grid
global minecount
global remaining_no
for i in range(5): #fill the grid with random nos
for j in range(5):
grid[i].append(random.randrange(0,5))
for b in range(10): # put "bomb"(monsters) in some random places
temp1=random.randrange(0,5)
temp2=random.randrange(0,4)
grid[temp1][temp2]='bomb'
for i in range(5):
for j in range(5):
if grid[i][j]=='bomb':
minecount=minecount+1 #count the no: of monsters
remaining_no=25-minecount #count the remaining boxes
font=pygame.font.Font(None,25)
text=font.render("monster count:"+str(minecount),True,black) #blit the monster count in the screen
screen.blit(text,[20,17])
pygame.display.flip() # update the screen
def checkbomb(x,y): #identify the selected box.. x,y are the coordinates of mouse click
global grid
global open_count
global temp_remaining_nos
open_count=open_count+1 #box opened
block_no=0
selected_no=0
flag=0
lcord_x=0 # left x coordinate
ucord_y=50 # up y coordinate
dcord_y=100 # down y coordinate
rcord_x=75 # right x coordinate
for i in range(5):
for j in range(5):
block_no=block_no+1
if(x>lcord_x and x<rcord_x and y>ucord_y and y<dcord_y ):# find the selected box no (1-25)
selected_no=block_no
flag=1
break
lcord_x=lcord_x+75
rcord_x=rcord_x+75
if(flag==1):
break
lcord_x=0
rcord_x=75
ucord_y=ucord_y+50
dcord_y=dcord_y+50
find_grid_pos(selected_no) # find row and col of the selected block no (1-25)
grid_display(x,y,lcord_x,rcord_x,ucord_y,dcord_y)
def find_grid_pos(selected_no): #find the row and col of the selected block no (1-25)
global GI
global GJ
if selected_no==1:
GI=0
GJ=0
if selected_no==2:
GI=0
GJ=1
if selected_no==3:
GI=0
GJ=2
if selected_no==4:
GI=0
GJ=3
if selected_no==5:
GI=0
GJ=4
if selected_no==6:
GI=1
GJ=0
if selected_no==7:
GI=1
GJ=1
if selected_no==8:
GI=1
GJ=2
if selected_no==9:
GI=1
GJ=3
if selected_no==10:
GI=1
GJ=4
if selected_no==11:
GI=2
GJ=0
if selected_no==12:
GI=2
GJ=1
if selected_no==13:
GI=2
GJ=2
if selected_no==14:
GI=2
GJ=3
if selected_no==15:
GI=2
GJ=4
if selected_no==16:
GI=3
GJ=0
if selected_no==17:
GI=3
GJ=1
if selected_no==18:
GI=3
GJ=2
if selected_no==19:
GI=3
GJ=3
if selected_no==20:
GI=3
GJ=4
if selected_no==21:
GI=4
GJ=0
if selected_no==22:
GI=4
GJ=1
if selected_no==23:
GI=4
GJ=2
if selected_no==24:
GI=4
GJ=3
if selected_no==25:
GI=4
GJ=4
def grid_display(x,y,lcord_x,rcord_x,ucord_y,dcord_y): # display the content of the opened box
global GI
global GJ
global grid
#print grid
font=pygame.font.Font(None,25)
if(str(grid[GI][GJ])=='bomb'and open_count>=1): # if the opened box contains bomb show game over
showgrid_gameover() # diaply whole grid
else: # else display the no:
text=font.render(str(grid[GI][GJ]),True,black)
screen.blit(text,[lcord_x+30,ucord_y+15])
if (open_count==remaining_no+1): #if open count equals remining no you win!
showgrid_win() #display whole grid
pygame.display.flip() # update screen to show no:
def showgrid_gameover(): # show game over screen
global grid
x_cord=0
y_cord=50
for i in range(5):
for j in range(5):
if (grid[i][j]=='bomb'):
screen.blit(index,[x_cord+20,y_cord+5])
else:
font=pygame.font.Font(None,25)
text=font.render(str(grid[i][j]),True,black)
screen.blit(text,[x_cord+30,y_cord+15])
x_cord=x_cord+75
x_cord=0
y_cord=y_cord+50
pygame.draw.rect(screen,white,[0,0,375,50])
screen.blit(smile,[170,7])
font=pygame.font.Font(None,25)
text=font.render("press me--->",True,black) # show press me smiley to restart game
screen.blit(text,[55,17])
font=pygame.font.Font(None,55)
text=font.render("GAME OVER!!!",True,blue)
screen.blit(text,[80,150])
pygame.display.flip()
def showgrid_win(): # show "you won" screen
global grid
x_cord=0
y_cord=50
for i in range(5):
for j in range(5):
if (grid[i][j]=='bomb'):
screen.blit(index,[x_cord+20,y_cord+5])
else:
font=pygame.font.Font(None,25)
text=font.render(str(grid[i][j]),True,black)
screen.blit(text,[x_cord+30,y_cord+15])
x_cord=x_cord+75
x_cord=0
y_cord=y_cord+50
pygame.draw.rect(screen,white,[0,0,375,50])
screen.blit(smile,[170,7])
font=pygame.font.Font(None,25)
text=font.render("press me--->",True,black) # show press me smiley to restart the game
screen.blit(text,[55,17])
font=pygame.font.Font(None,50)
text=font.render("BRAVO YOU WIN!!!",True,blue)
screen.blit(text,[60,150])
def check_reset(x,y): # check if the press me smiley is pressed
global r1
global r2
global r3
global r4
global r5
global grid
global minecount
global remaining_no
global GI
global GJ
global open_count
if(x>=170 and x<=210 and y>=7 and y<=47): # trace the coordinates
r1=[] # reinitialise everything
r2=[]
r3=[]
r4=[]
r5=[]
grid=[r1,r2,r3,r4,r5]
minecount=0
remaining_no=0
GI=-1
GJ=-1
open_count=0
temp_remaining_nos=0
screen.fill(white)
make() # make the screen again
make()
while done==False:
clock.tick(20)
for event in pygame.event.get(): # for each thing you do in the screen
if event.type==pygame.QUIT: # if it is quit exit the loop
done=True
elif(event.type==pygame.MOUSEBUTTONDOWN and pygame.mouse.get_pressed()[0]): # if the mouse is pressed
x,y=pygame.mouse.get_pos() # get the position
check_reset(x,y) # check if the reset button is pressed
checkbomb(x,y) # check for the bomb
pygame.display.flip() # update the screen
pygame.quit() # quit the game
