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Commit676c674

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add sudoku game
1 parent0e625fa commit676c674

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‎README.md‎

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@@ -321,6 +321,7 @@ This is a repository of all the tutorials of [The Python Code](https://www.thepy
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-[How to Make a Flappy Bird Game in Python](https://thepythoncode.com/article/make-a-flappy-bird-game-python). ([code](gui-programming/flappy-bird-game))
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-[How to Create a Pong Game in Python](https://thepythoncode.com/article/build-a-pong-game-in-python). ([code](gui-programming/pong-game))
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-[How to Create a Space Invaders Game in Python](https://thepythoncode.com/article/make-a-space-invader-game-in-python). ([code](gui-programming/space-invaders-game))
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-[How to Build a Sudoku Game with Python](https://thepythoncode.com/article/make-a-sudoku-game-in-python). ([code](gui-programming/sudoku-game))
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For any feedback, please consider pulling requests.
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#[How to Build a Sudoku Game with Python](https://thepythoncode.com/article/make-a-sudoku-game-in-python)
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importpygame
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fromsettingsimportconvert_list
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pygame.font.init()
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classCell:
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def__init__(self,row,col,cell_size,value,is_correct_guess=None):
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self.row=row
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self.col=col
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self.cell_size=cell_size
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self.width=self.cell_size[0]
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self.height=self.cell_size[1]
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self.abs_x=row*self.width
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self.abs_y=col*self.height
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self.value=value
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self.is_correct_guess=is_correct_guess
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self.guesses=Noneifself.value!=0else [0forxinrange(9)]
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self.color=pygame.Color("white")
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self.font=pygame.font.SysFont('monospace',self.cell_size[0])
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self.g_font=pygame.font.SysFont('monospace', (cell_size[0]//3))
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self.rect=pygame.Rect(self.abs_x,self.abs_y,self.width,self.height)
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defupdate(self,screen,SRN=None):
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pygame.draw.rect(screen,self.color,self.rect)
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ifself.value!=0:
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font_color=pygame.Color("black")ifself.is_correct_guesselsepygame.Color("red")
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num_val=self.font.render(str(self.value),True,font_color)
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screen.blit(num_val, (self.abs_x,self.abs_y))
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elifself.value==0andself.guesses!=None:
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cv_list=convert_list(self.guesses, [SRN,SRN,SRN])
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foryinrange(SRN):
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forxinrange(SRN):
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num_txt=" "
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ifcv_list[y][x]!=0:
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num_txt=cv_list[y][x]
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num_txt=self.g_font.render(str(num_txt),True,pygame.Color("orange"))
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abs_x= (self.abs_x+ ((self.width//SRN)*x))
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abs_y= (self.abs_y+ ((self.height//SRN)*y))
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abs_pos= (abs_x,abs_y)
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screen.blit(num_txt,abs_pos)
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importpygame,time
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fromsettingsimportCELL_SIZE
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pygame.font.init()
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classClock:
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def__init__(self):
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self.start_time=None
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self.elapsed_time=0
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self.font=pygame.font.SysFont("monospace",CELL_SIZE[0])
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self.message_color=pygame.Color("black")
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# Start the timer
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defstart_timer(self):
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self.start_time=time.time()
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# Update the timer
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defupdate_timer(self):
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ifself.start_timeisnotNone:
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self.elapsed_time=time.time()-self.start_time
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# Display the timer
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defdisplay_timer(self):
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secs=int(self.elapsed_time%60)
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mins=int(self.elapsed_time/60)
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my_time=self.font.render(f"{mins:02}:{secs:02}",True,self.message_color)
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returnmy_time
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# Stop the timer
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defstop_timer(self):
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self.start_time=None
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importpygame,sys
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fromsettingsimportWIDTH,HEIGHT,CELL_SIZE
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fromtableimportTable
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pygame.init()
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screen=pygame.display.set_mode((WIDTH,HEIGHT+ (CELL_SIZE[1]*3)))
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pygame.display.set_caption("Sudoku")
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pygame.font.init()
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classMain:
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def__init__(self,screen):
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self.screen=screen
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self.FPS=pygame.time.Clock()
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self.lives_font=pygame.font.SysFont("monospace",CELL_SIZE[0]//2)
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self.message_font=pygame.font.SysFont('Bauhaus 93', (CELL_SIZE[0]))
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self.color=pygame.Color("darkgreen")
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defmain(self):
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table=Table(self.screen)
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whileTrue:
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self.screen.fill("gray")
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foreventinpygame.event.get():
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ifevent.type==pygame.QUIT:
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pygame.quit()
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sys.exit()
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ifevent.type==pygame.MOUSEBUTTONDOWN:
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ifnottable.game_over:
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table.handle_mouse_click(event.pos)
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# lower screen display
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ifnottable.game_over:
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my_lives=self.lives_font.render(f"Lives Left:{table.lives}",True,pygame.Color("black"))
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self.screen.blit(my_lives, ((WIDTH//table.SRN)- (CELL_SIZE[0]//2),HEIGHT+ (CELL_SIZE[1]*2.2)))
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else:
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iftable.lives<=0:
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message=self.message_font.render("GAME OVER!!",True,pygame.Color("red"))
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self.screen.blit(message, (CELL_SIZE[0]+ (CELL_SIZE[0]//2),HEIGHT+ (CELL_SIZE[1]*2)))
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eliftable.lives>0:
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message=self.message_font.render("You Made It!!!",True,self.color)
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self.screen.blit(message, (CELL_SIZE[0] ,HEIGHT+ (CELL_SIZE[1]*2)))
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table.update()
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pygame.display.flip()
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self.FPS.tick(30)
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if__name__=="__main__":
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play=Main(screen)
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play.main()
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pygame
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fromitertoolsimportislice
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WIDTH,HEIGHT=450,450
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N_CELLS=9
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CELL_SIZE= (WIDTH//N_CELLS,HEIGHT//N_CELLS)
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# Convert 1D list to 2D list
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defconvert_list(lst,var_lst):
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it=iter(lst)
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return [list(islice(it,i))foriinvar_lst]
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importrandom
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importmath
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importcopy
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classSudoku:
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def__init__(self,N,E):
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self.N=N
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self.E=E
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# compute square root of N
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self.SRN=int(math.sqrt(N))
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self.table= [[0forxinrange(N)]foryinrange(N)]
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self.answerable_table=None
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self._generate_table()
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def_generate_table(self):
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# fill the subgroups diagonally table/matrices
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self.fill_diagonal()
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# fill remaining empty subgroups
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self.fill_remaining(0,self.SRN)
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# Remove random Key digits to make game
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self.remove_digits()
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deffill_diagonal(self):
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forxinrange(0,self.N,self.SRN):
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self.fill_cell(x,x)
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defnot_in_subgroup(self,rowstart,colstart,num):
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forxinrange(self.SRN):
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foryinrange(self.SRN):
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ifself.table[rowstart+x][colstart+y]==num:
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returnFalse
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returnTrue
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deffill_cell(self,row,col):
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num=0
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forxinrange(self.SRN):
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foryinrange(self.SRN):
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whileTrue:
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num=self.random_generator(self.N)
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ifself.not_in_subgroup(row,col,num):
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break
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self.table[row+x][col+y]=num
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defrandom_generator(self,num):
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returnmath.floor(random.random()*num+1)
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defsafe_position(self,row,col,num):
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return (self.not_in_row(row,num)andself.not_in_col(col,num)andself.not_in_subgroup(row-row%self.SRN,col-col%self.SRN,num))
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defnot_in_row(self,row,num):
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forcolinrange(self.N):
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ifself.table[row][col]==num:
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returnFalse
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returnTrue
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defnot_in_col(self,col,num):
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forrowinrange(self.N):
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ifself.table[row][col]==num:
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returnFalse
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returnTrue
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deffill_remaining(self,row,col):
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# check if we have reached the end of the matrix
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ifrow==self.N-1andcol==self.N:
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returnTrue
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# move to the next row if we have reached the end of the current row
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ifcol==self.N:
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row+=1
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col=0
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# skip cells that are already filled
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ifself.table[row][col]!=0:
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returnself.fill_remaining(row,col+1)
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# try filling the current cell with a valid value
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fornuminrange(1,self.N+1):
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ifself.safe_position(row,col,num):
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self.table[row][col]=num
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ifself.fill_remaining(row,col+1):
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returnTrue
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self.table[row][col]=0
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# no valid value was found, so backtrack
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returnFalse
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defremove_digits(self):
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count=self.E
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# replicates the table so we can have a filled and pre-filled copy
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self.answerable_table=copy.deepcopy(self.table)
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# removing random numbers to create the puzzle sheet
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while (count!=0):
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row=self.random_generator(self.N)-1
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col=self.random_generator(self.N)-1
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if (self.answerable_table[row][col]!=0):
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count-=1
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self.answerable_table[row][col]=0
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defpuzzle_table(self):
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returnself.answerable_table
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defpuzzle_answers(self):
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returnself.table
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defprintSudoku(self):
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forrowinrange(self.N):
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forcolinrange(self.N):
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print(self.table[row][col],end=" ")
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print()
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print("")
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forrowinrange(self.N):
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forcolinrange(self.N):
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print(self.answerable_table[row][col],end=" ")
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print()
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if__name__=="__main__":
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N=9
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E= (N*N)//2
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sudoku=Sudoku(N,E)
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sudoku.printSudoku()

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