class Hanoi(object):
def __init__(self, n=3, start="A", workspace="B", destination="C"):
self.startp = Pole(start, 0, 0)
self.workspacep = Pole(workspace, 150, 0)
self.destinationp = Pole(destination, 300, 0)
self.startp.showpole()
self.workspacep.showpole()
self.destinationp.showpole()
for i in range(n):
self.startp.pushdisk(
Disk("d" + str(i), 0, i * 150, 20, (n - i) * 30))
def move_disk(self, start, destination):
disk = start.popdisk()
destination.pushdisk(disk)
def move_tower(self, n, s, d, w):
if n == 1:
self.move_disk(s, d)
else:
self.move_tower(n - 1, s, w, d)
self.move_disk(s, d)
self.move_tower(n - 1, w, d, s)
def solve(self):
self.move_tower(3, self.startp, self.destinationp, self.workspacep)
def __init__(self, x, y):
self.x = x
self.y = y
self.Pola = [[0 for m in range(y)] for n in range(x)]
for m in range(0, y):
for n in range(0, x):
self.Pola[n][m] = Pole.Pole(n, m, self)
def WykonajRuch(self):
self.plansza.Pola[self.x][self.y] = Pole.Pole(self.x, self.y,
self.plansza)
nextX = self.x
nextY = self.y
if self.kierunek == 0:
nextY = self.y - 1
if nextY < 0:
nextY = self.plansza.y - 1
elif self.kierunek == 1:
nextY = self.y + 1
if nextY > self.plansza.y - 1:
nextY = 0
elif self.kierunek == 2:
nextX = self.x - 1
if nextX < 0:
nextX = self.plansza.x - 1
elif self.kierunek == 3:
nextX = self.x + 1
if nextX > self.plansza.x - 1:
nextX = 0
self.Kolizja(nextX, nextY)
def loadPoles( self, root ):
poleDesc = root.find( 'Poles' )
for poleEntry in poleDesc:
if( poleEntry.tag == 'PoleSingle' ):
pole = modulPole.Pole( True )
pole.positionY = float( poleEntry.get( 'PositionY' ) )
else:
pole = modulPole.Pole( False )
#pole.spacing = float( poleEntry.get( 'Spacing' ) )
pole.spacing = poleEntry.get( 'Spacing' )
if isinstance( pole.spacing, str ):
pole.spacing = float( pole.spacing )
isStaggered = poleEntry.get( 'IsStaggered' )
if isStaggered == 'False':
pole.IsStaggered = False
else:
pole.IsStaggered = True
pole.side = poleEntry.get( 'Side' )
# pole.height = float( poleEntry.get( 'Height' ) )
pole.height = poleEntry.get( 'Height' )
if isinstance( pole.height, str ):
pole.height = float( pole.height )
pole.lidc = poleEntry.get( 'LIDC' )
# pole.overhang = float( poleEntry.get( 'Overhang' ) )
pole.overhang = poleEntry.get( 'Overhang' )
if isinstance( pole.overhang, str ):
pole.overhang = float( pole.overhang )
self.poles.append( pole )
print ' poles loaded ...'
def __init__(self, n=3, start="A", workspace="B", destination="C"):
self.startp = Pole(start, 0, 0)
self.workspacep = Pole(workspace, 150, 0)
self.destinationp = Pole(destination, 300, 0)
self.startp.showpole()
self.workspacep.showpole()
self.destinationp.showpole()
for i in range(n):
self.startp.pushdisk(
Disk("d" + str(i), 0, i * 150, 20, (n - i) * 30))
def Kolizja(self, nextX, nextY):
if len(self.ogonweza) != 0:
self.plansza.Pola[self.ogonweza[-1].x][
self.ogonweza[-1].y] = Pole.Pole(self.ogonweza[-1].x,
self.ogonweza[-1].y,
self.plansza)
if self.wydluz == True:
self.wydluzWezaWNastTurze = True
self.wydluz = False
self.ogonweza.append(
OgonWeza.OgonWeza(self.koniecX, self.koniecY, self.plansza))
for l in range(len(self.ogonweza) - 1, -1, -1):
if l - 1 >= 0:
self.ogonweza[l].x = self.ogonweza[l - 1].x
self.ogonweza[l].y = self.ogonweza[l - 1].y
else:
self.ogonweza[l].x = self.x
self.ogonweza[l].y = self.y
self.plansza.Pola[self.ogonweza[l].x][
self.ogonweza[l].y] = self.ogonweza[l]
if type(self.plansza.Pola[nextX][nextY]) == Pole.Pole:
if self.dlugosc == 0:
self.koniecX = nextX
self.koniecY = nextY
elif self.dlugosc == 1:
self.koniecX = self.x
self.koniecY = self.y
else:
self.koniecX = self.ogonweza[-1].x
self.koniecY = self.ogonweza[-1].y
self.x = nextX
self.y = nextY
self.plansza.Pola[nextX][nextY] = self
elif type(self.plansza.Pola[nextX][nextY]) == Smakolyk.Smakolyk:
if self.dlugosc == 0:
self.koniecX = nextX
self.koniecY = nextY
elif self.dlugosc == 1:
self.koniecX = self.x
self.koniecY = self.y
else:
self.koniecX = self.ogonweza[-2].x
self.koniecY = self.ogonweza[-2].y
self.wydluz = True
if self.gra.predkosc != 0.98:
self.gra.predkosc += 0.002
self.dlugosc += 1
self.gra.score += 10
self.x = nextX
self.y = nextY
self.plansza.Pola[nextX][nextY] = self
self.gra.smakolyk = Smakolyk.Smakolyk(self.plansza.x,
self.plansza.y, self.plansza)
elif type(self.plansza.Pola[nextX][nextY]) == OgonWeza.OgonWeza:
self.gra.GrajDalej = False