| Antworten |
| Thema | maze game |
| Autor | Jarka |
| Eingangsdatum | 2021-01-04 23:43:13.0 |
| Mitteilung | I'll send you a labyrinth with TigerJython:
# Labyrinth.py
from gamegrid import *
def keyCallback(e):
global isGameOver
if isGameOver:
return
next = None
keyCode = e.getKeyCode()
if keyCode == KeyEvent.VK_LEFT:
if bug.getLocation() == startLocation:
return True
next = bug.getLocation().getNeighbourLocation(180)
bug.setDirection(180)
if keyCode == KeyEvent.VK_UP:
next = bug.getLocation().getNeighbourLocation(270)
bug.setDirection(270)
if keyCode == KeyEvent.VK_RIGHT:
next = bug.getLocation().getNeighbourLocation(0)
bug.setDirection(0)
if keyCode == KeyEvent.VK_DOWN:
next = bug.getLocation().getNeighbourLocation(90)
bug.setDirection(90)
if next != None and canMove(next):
bug.setLocation(next)
refresh()
if next != None and next == exitLocation:
isGameOver = True
addActor(Actor("sprites/gameover.gif"), Location(15, 15))
refresh()
def canMove(location):
c = bg.getColor(location)
return c != makeColor("black")
def drawMaze():
for x in range(nbHorzCells):
for y in range(nbVertCells):
location = Location(x, y)
if maze.isWall(location):
bg.fillCell(location, Color.black)
else:
bg.fillCell(location, Color.white)
return maze
# --------------------- main -----------------------------------------
nbHorzCells = 31 # must be odd
nbVertCells = 31 # ditto
cellSize = 18
isGameOver = False
makeGameGrid(nbHorzCells, nbVertCells, cellSize, False, keyPressed = keyCallback)
bg = getBg()
exitLocation = Location(nbHorzCells - 1, nbVertCells - 2)
maze = GGMaze(nbHorzCells, nbVertCells)
startLocation = maze.getStartLocation()
drawMaze()
bug = Actor(True, "sprites/ladybug.gif")
addActor(bug, startLocation)
show()
|
| |
| Thema | Maze Game |
| Autor | Jarka |
| Eingangsdatum | 2021-01-04 23:47:26.0 |
| Mitteilung | Here a second maze Game:
from gamegrid import *
def createMaze():
global maze
maze = GGMaze(11, 11)
for x in range(11):
for y in range(11):
loc = Location(x, y)
if maze.isWall(loc):
getBg().fillCell(loc, Color(0, 50, 0))
else:
getBg().fillCell(loc, Color(255, 228, 196))
refresh()
def getNeighbours(node):
neighbours = []
for loc in node.getNeighbourLocations(0.5):
if isInGrid(loc) and not maze.isWall(loc):
neighbours.append(loc)
return neighbours
def search(node):
global targetFound, manual
if targetFound:
return
visited.append(node) # push
alien.setLocation(node)
refresh()
delay(500)
if manual:
if getKeyCodeWait(True) == 10: #Enter
setTitle("Finding target...")
manual = False
# Check for termination
if node == exitLocation:
targetFound = True
for neighbour in getNeighbours(node):
if neighbour not in visited:
backSteps = [node]
backStepsList.append(backSteps)
backSteps.append(neighbour)
search(neighbour) # recursive call
backSteps.reverse()
if not targetFound:
for loc in backSteps[1:]:
setTitle("Must go back...")
alien.setLocation(loc)
refresh()
delay(500)
if manual:
setTitle("Went back. Press key...")
else:
setTitle("Went back. Find target...")
backStepsList.pop()
visited.pop() # pop
manual = True
targetFound = False
visited = []
backStepsList = []
makeGameGrid(11, 11, 40, False)
setTitle("Press a key. (<Enter> for automatic")
show()
createMaze()
startLocation = maze.getStartLocation()
exitLocation = maze.getExitLocation()
alien = Actor("sprites/alieng.png")
addActor(alien, startLocation)
search(startLocation)
setTitle("Target found")
|
| |
|
