def changeMapHelper(self, mapFile, position, callback, face="down"):
#executing code before killing the map
if self.unloadScript != False:
eval(self.unloadScript)
#disabling all lights
render.setLightOff()
#manually removing tiles
for t in self.tileset[:]:
t.destroy()
self.tileset.remove(t)
#manually removing characters
for c in self.characterset[:]:
c.destroy()
self.characterset.remove(c)
#destroying every node
for n in self.node.getChildren():
n.removeNode()
tks = position.split(',')
if len(tks) > 1:
x = int(tks[0])
y = int(tks[1])
else:
print(
'ERROR: please define a correct position in .map file, resetting to 0,0'
)
x = 0
y = 0
if not os.path.isfile(mapFile):
self.loadMap(resourceManager.getResource('Mappe/' + mapFile),
LPoint2i(x, y))
else:
self.loadMap(mapFile, LPoint2i(x, y))
if main.editormode == False:
self.getPlayable().setFollowedByCamera(True)
self.getPlayable().face(face)
self.currentMapPath = mapFile
self.currentMapName = mapFile.split('/')[-1].replace('.map', '')
if self.loadScript != False and main.editormode == False:
eval(self.loadScript)
callback.start()
def getViewportCenterPixels(self):
return LPoint2i(self.win.getXSize() // 2, self.win.getYSize() // 2)
def loadMap(self, file, playable_pos=LPoint2i(0, 0)):
xmldoc = minidom.parse(file)
data = xmldoc.getElementsByTagName('data')
for d in data:
if d.attributes > 0:
if d.attributes.has_key('tilesize'):
self.tileDimension = float(d.attributes['tilesize'].value)
else:
self.tileDimension = 32.0
if d.attributes.has_key('showcollisions'):
if d.attributes['showcollisions'].value == 'false':
self.showCollisions = False
else:
self.showCollisions = True
else:
self.showCollisions = False
if d.attributes.has_key('camdistance'):
customCamera.setDistance(
float(d.attributes['camdistance'].value))
else:
customCamera.setDistance(15)
if d.attributes.has_key('onLoad'):
self.loadScript = d.attributes['onLoad'].value
else:
self.loadScript = False
if d.attributes.has_key('onUnload'):
self.unloadScript = d.attributes['onUnload'].value
else:
self.unloadScript = False
rowsdata = xmldoc.getElementsByTagName('row')
currentx = 0
currenty = 0
for row in rowsdata: #for every row
for tile in row.childNodes: #for every tile
if tile.nodeType == Node.ELEMENT_NODE: #if child is tile
t = Tile(self.tileDimension)
t.setX(currentx)
t.setY(currenty)
#apending lolol
self.tileset.append(t)
o = Once(
) #lo switch viene fatto solo in presenza di una texture 'ground'
for res in tile.childNodes:
if res.nodeType == Node.ELEMENT_NODE: # adding resources to tile
if res.nodeName == 'ground':
t.addTexture(res.attributes)
if o.get():
currentx += 1
elif res.nodeName == 'object':
t.addObject(res.attributes)
elif res.nodeName == 'grass':
g = Grass(res.attributes,
self.tileDimension) #creating object
t.addCustomObject(
g) #setting coordinates of tile
g.getNode().wrtReparentTo(self.grassnode)
elif res.nodeName == 'light':
t.addLight(res.attributes)
elif res.nodeName == 'scrollable':
c = Scrollable(
res.attributes['url'].value,
res.attributes['inclination'].value,
self.tileDimension)
c.setX(currentx)
c.setY(currenty)
self.scrollableset.append(c)
elif res.nodeName == 'character':
t.addCharacter(res.attributes,
self.showCollisions,
playable_pos)
t.node.reparentTo(self.node)
currentx = 0
currenty += 1
self.grassnode.flattenStrong(
) #pumping performance for dynamic grass (like, 120x)