def __create_window(self):
for row in range(self.__dimension[1]):
for coll in range(self.__dimension[0]):
cell_position = (OFFSET + CELL_DIMENSION[0] * coll,
OFFSET + CELL_DIMENSION[1] * row)
if row == 0 or row == self.__dimension[1] - 1 or coll == 0 or coll == self.__dimension[0] - 1 or\
(coll == 15 and row < 18) or (coll == 32 and row > 13):
cell_type = WALL
cell = Cell(pos=cell_position,
cell_type=cell_type,
win=self.__win,
cell_pos=(coll, row),
color=BLOCK_COLOR)
else:
cell_type = EMPTY
cell = Cell(pos=cell_position,
cell_type=cell_type,
win=self.__win,
cell_pos=(coll, row))
cell.draw()
self.__cells.append(cell)
self.__day_counter = Text(
Point(150, OFFSET + CELL_DIMENSION[1] * (self.__dimension[1] + 2)),
f"Day: {self.__day}")
self.__day_counter.draw(self.__win)
self.__generation_counter = Text(
Point(OFFSET + CELL_DIMENSION[0] * self.__dimension[0] - 100,
OFFSET + CELL_DIMENSION[1] * (self.__dimension[1] + 2)),
f"Generation: {self.__generation}")
self.__generation_counter.draw(self.__win)
self.__bot_counter = Text(
Point(OFFSET + CELL_DIMENSION[0] * self.__dimension[0] - 375,
OFFSET + CELL_DIMENSION[1] * (self.__dimension[1] + 2)),
f"Bots count: {len(self.__bots)}")
self.__bot_counter.draw(self.__win)
text = Text(
Point(
OFFSET + self.__dimension[0] * CELL_DIMENSION[0] + 2 * OFFSET,
OFFSET), "Last generation duration:").draw(self.__win)
text.setSize(18)
for i in range(10):
text = Text(
Point(
OFFSET + self.__dimension[0] * CELL_DIMENSION[0] +
2 * OFFSET, OFFSET + 2 * CELL_DIMENSION[0] * (i + 1)), "")
text.draw(self.__win)
self.__try_texts.append(text)
def main():
win = GraphWin("Window", 700, 700)
#func = plane
#func = circle(Point(350,350), 150)
func = wigglyCircle(Point(350, 350), 150, 75)
func = rotate(45, Point(350, 350), func)
a = 50
b = 650
cell = Cell(Point(a,a), Point(b, a), Point(b,b), Point(a,b), EdgeStore(func))
cell.splitForFunc(func, 0, 7, 1)
cell.draw(win)
win.getMouse()
def __init__(self, sizeX, sizeY, canvas, tk, firstCell, lastCell):
self.cellSize = self.screenWidth / sizeX
self.sizeX = sizeX
self.sizeY = sizeY
self.allCells = [[Cell for i in range(sizeY)] for j in range(sizeX)]
self.canvas = canvas
self.noGUI = noGUI
for x in range(sizeX):
for y in range(sizeY):
cell = Cell(x, y, self.cellSize, self, canvas)
self.allCells[x][y] = cell
cell.draw(canvas, tk)
if noGUI == False:
canvas.pack()
self.tk = tk
self.firstCell = firstCell
self.lastCell = lastCell
self.cellMax = sizeX * sizeY
arg_1 = "%d" % sizeX
arg_2 = "%d" % sizeY
if noGUI == True and quiet == False:
print "Generowanie labiryntu: 0000 / %04d" % self.cellMax
process = subprocess.Popen(["bash", "generate_maze.sh", arg_1, arg_2],
stdin=subprocess.PIPE,
stdout=subprocess.PIPE,
stderr=subprocess.PIPE)
while True:
out = process.stdout.readline()
if out == '' and process.poll() != None:
break
if out != '':
self.interpretRecivedCellData(out[1:-2])
if noGUI == True:
print "Struktura labiryntu:"
if printASCII == False:
sys.stdout.write(self.getMazeReadableDataToString())
else:
self.printMazeInASCII()
if fileSave == True:
self.saveToFile('w', self.getMazeReadableDataToString())
if findPath == -1 and noGUI == False:
res = tkMessageBox.askyesno(
"Generator labiryntu",
"Czy chcesz aby zostala znaleziona najkrotsza sciezka w labiryncie?"
)
if res == True:
res = tkMessageBox.askyesno(
"Generator labiryntu",
"Czy chcesz wybrac punkt startowy i koncowy sciezki?")
if res == True:
tkMessageBox.showinfo(
"Generator labiryntu",
"Kliknij na komorke, ktora ma byc punktem startowym")
self.selectFirst = True
else:
self.findShortestWay()
elif findPath == 1 or (findPath == -1 and noGUI == True):
self.findShortestWay()
