def start_game():
start_button.config(state=DISABLED) # no accidental presses while play
game = Gamelogic(34, 34)
game.add_rand()
graphic = Graphic(34, 34, game, root)
graphic.init_graphic(320, 20)
while True:
graphic.root.after(50)
graphic.game.update_field()
graphic.game.found_piece()
graphic.update_graphic()
score_label.config(text="Score: " + str(graphic.game.score))
score_label.place(x=20, y=460)
graphic.root.update_idletasks()
graphic.root.update()
if graphic.game.is_lost() is True:
break
graphic.root.after(500, graphic.end())
start_button.config(state="normal")
if graphic.game.score > int(highscore):
highscore_label.config(text="Highscore: " + str(graphic.game.score))
highscore_label.place(x=20, y=500)
with open("highscore.txt", "w") as f:
f.write(str(graphic.game.score))
f.close()
def thuatToan_3(self):
#Tao ma tran rong
map = Map()
#Lay cac gia tri input tu file input.txt
print("Nhap file input:\n(input1_1.txt, input1_2.txt, input1_3.txt)")
string = input("Ten file: ")
A = Input(string, map)
print(A)
#Tao ma tran va canvas theo input
g = Graphic(map.ngang, map.doc)
#To mau cac da giac
for i in range(map.ngang):
for j in range(map.doc):
if A[i][j] == 1:
g.Rectangle(i, j, "lightpink")
listDaGiac = map.getDaGiac()
for i in range(0, len(listDaGiac), 2):
g.Rectangle(listDaGiac[i], listDaGiac[i + 1], "lightcoral")
ids(A, map.xStart, map.yStart, map.xEnd, map.yEnd)
print(A)
g.Pack()
g.Display()
return 1
def muc_3(self):
#Tao ma tran rong
map = Map()
#Lay cac gia tri input tu file input.txt
print("Nhap file input:\n(input1_1.txt, input1_2.txt, input1_3.txt)")
string = input("Ten file: ")
A = Input(string, map)
#Tao ma tran va canvas theo input
g = Graphic(map.ngang, map.doc)
#To mau cac da giac
for i in range(map.ngang):
for j in range(map.doc):
if A[i][j] == 1:
g.Rectangle(i, j, "lightpink")
listDaGiac = map.getDaGiac()
for i in range(0, len(listDaGiac), 2):
g.Rectangle(listDaGiac[i], listDaGiac[i + 1], "lightcoral")
chiPhi = xuatDuongDi(A, map)
print("Chi phi: ", chiPhi)
#Gia tri to mau: Start, end: 3 Diem don: 4 Duong di: 2 Rong: 0 Tuong: 1
A[map.xStart][map.yStart] = 3
A[map.xEnd][map.yEnd] = 3
g.Rectangle(map.xStart, map.yStart, "lightskyblue")
g.Rectangle(map.xEnd, map.yEnd, "lightskyblue")
for i in map.danhSachDon:
x, y = i
A[x][y] = 4
g.Rectangle(x, y, "lightgreen")
g.Pack()
for i in range(map.ngang):
for j in range(map.doc):
if A[i][j] == 2:
wait = 1
while wait:
g.Rectangle(i, j, "lightsteelblue")
g.windown.update_idletasks()
g.windown.update()
time.sleep(0.1)
g.Pack()
wait = 0
g.Pack()
g.Display()
return 1
def muc_1(self):
#Tao ma tran rong
map = Map()
#Lay cac gia tri input tu file input.txt
print("Nhap file input:\n(input1_1.txt, input1_2.txt, input1_3.txt)")
string = input("Ten file: ")
A = Input(string, map)
#Tao ma tran va canvas theo input
g = Graphic(map.ngang, map.doc)
#To mau cac da giac
for i in range(map.ngang):
for j in range(map.doc):
if A[i][j] == 1:
g.Rectangle(i, j, "lightpink")
listDaGiac = map.getDaGiac()
for i in range(0, len(listDaGiac), 2):
g.Rectangle(listDaGiac[i], listDaGiac[i + 1], "lightcoral")
#chay bang BFS
bfs = BFSItem(A, (map.xStart, map.yStart), (map.xEnd, map.yEnd))
path = bfs.BFS()
print("Chi phi: ", len(path) - 1, "\n")
g.Rectangle(map.xStart, map.yStart, "lightskyblue")
g.Rectangle(map.xEnd, map.yEnd, "lightskyblue")
g.Pack()
for j in range(1, len(path) - 1):
r = path[j][0]
c = path[j][1]
wait = 1
while wait:
g.Rectangle(r, c, "lightsteelblue")
g.windown.update_idletasks()
g.windown.update()
time.sleep(0.1)
g.Pack()
wait = 0
g.Pack()
g.Display()
return 1 #Gia tri de chay tiep
def thuatToan_1(self):
#Tao ma tran rong
map = Map()
#Lay cac gia tri input tu file input.txt
print("Nhap file input:\n(input1_1.txt, input1_2.txt, input1_3.txt)")
string = input("Ten file: ")
A = Input(string, map)
#Tao ma tran va canvas theo input
g = Graphic(map.ngang, map.doc)
#To mau cac da giac
for i in range(map.ngang):
for j in range(map.doc):
if A[i][j] == 1:
g.Rectangle(i, j, "lightpink")
listDaGiac = map.getDaGiac()
for i in range(0, len(listDaGiac), 2):
g.Rectangle(listDaGiac[i], listDaGiac[i + 1], "lightcoral")
paths = astar(A, (map.xStart, map.yStart), (map.xEnd, map.yEnd))
paths.reverse()
print("Chi phi: ", len(paths))
del paths[len(paths) - 1]
g.Rectangle(map.xStart, map.yStart, "lightskyblue")
g.Rectangle(map.xEnd, map.yEnd, "lightskyblue")
g.Pack()
for i in paths:
y, x = i
wait = 1
while wait:
g.Rectangle(y, x, "lightsteelblue")
g.windown.update_idletasks()
g.windown.update()
time.sleep(0.1)
g.Pack()
wait = 0
g.Pack()
return 1
"""
Copyright 2020 Patrick Müller
Tetris
"""
# check tkinter for design and to do the menu and pause option
# sometimes placed tetriminos disappeared
from Gamelogic import *
from Graphic import *
from time import time
state = 0
previous_state = 0
game = GameLogic()
g = Graphic(game, state)
while g.state != -1:
while g.state == 0:
# start menu
previous_state = 0
g.state = 1
if g.state == 1 and previous_state == 0:
g.init_canvas()
g.update_canvas()
g.next_tetrimino()
g.init_score()
g.root.bind("<Up>", g.event_handler)
g.root.bind("x", g.event_handler)
g.root.bind("<Right>", g.event_handler)
g.root.bind("<Left>", g.event_handler)
g.root.bind("<Down>", g.event_handler)
for i in range(8):
nx = x + dx[i]
ny = y + dy[i]
if (nx >= 0 and ny >= 0 and nx < n and ny < m):
if (d[nx][ny] == -1 and map[nx][ny] != 1):
heappush(pq,(l[nx][ny],i))
while (len(pq) > 0):
(p,t) = heappop(pq)
kx = x + dx[t]
ky = y + dy[t]
dfs(kx, ky, d, count + 1)
if (foundPath): return
step +=1
stack.append((x,y,step))
dfs(seekerRowPos,seekerColPos,d,0)
for i in range (len(stack)):
print(stack[i])
graphic = Graphic.Graphic(map, seekerRowPos, seekerColPos, hiderList, stack)
# point = graphic.heuristic()
# for i in range(15):
# print(point[i])
graphic.run()
#graphic.observed()
#graphic.printBoard()
#graphic.printChecked()
def main():
graphic = Graphic.Graphic()
from Graphic import * app = Graphic() app.run()
