def _makeKeyboards(self, finishedCB, parent):
self._namesToEnter = len(self._players)
playerScores = []
for player in self._players:
playerScores.append(player.score)
for player in self._players:
heading = avg.WordsNode( color="FFFFFF",
fontsize=25,
sensitive=False,
angle=player.angle,
alignment="center",
)
hsen = HighscoreEntryNode(self._highscore, player.score, playerScores, finishedCB, parent=parent, size=(util.WINDOW_SIZE[0]//3,util.WINDOW_SIZE[0]//9))
hsen.angle = player.angle
hsen.appendChild(heading)
if player in self.remainaingPlayers:
designation = "WINNER"
else:
designation = "LOSER"
heading.text= "{}<br/>{} Points".format(designation, player.score)
util.centerNodeOnPosition(hsen, player.pos)
util.centerNodeOnPosition(heading, util.vectorAdd((0,0), (hsen.size[0]/2, -heading.getMediaSize()[1])))
def baseTimeout():
base.hide()
circle = self._theme.JoinButton(parent=self)
util.centerNodeOnPosition(circle, base.position)
circle.angle = base.angle + math.pi/4
circle.setEventHandler(avg.CURSORDOWN, avg.TOUCH, lambda event : restoreBase())
for structure in self.structures:
structure.framesToGrowth += self._growIncrementPerPlayer
def _makeInfoElements(self):
minSize = min(self._parent.size)*0.85
infoButtonSize = self.size[0]/3,self.size[1]/3
infoButton = self._infoManager.getInfoButton(parent=self._root, size=infoButtonSize)
util.centerNodeOnPosition(infoButton, (0,0))
infoBox = self._infoManager.getInfoBox(parent=self._root, size =(minSize/3, minSize/4) )
util.centerNodeOnPosition(infoBox, (0,0))
return infoButton, infoBox
def _placeInfoElements(self, button, box):
button.angle = math.pi/4
box.angle = math.pi/4
angle = -math.pi/4
baseDisplacement = math.sqrt(2*(self.size[0]**2)) /2.0
infoButtonElementAdjustemnt = util.getVectotInDirection(angle ,
-baseDisplacement + math.sqrt(2*(button.size[1]**2))/2)
infoBoxElementAdjustemnt = util.getVectotInDirection(angle,
baseDisplacement + box.size[1]/2)
util.centerNodeOnPosition(button, infoButtonElementAdjustemnt)
util.centerNodeOnPosition(box, infoBoxElementAdjustemnt)
def _scorePoints(self, points):
if points == 0 or self.owner.score is None:
return
animTime = 1500
maxTextSize = min((75 + points,500))
scoreNode = avg.WordsNode(text=str(points),
fontsize=maxTextSize,
parent=self._root.getParent(),
alignment="center",
color=self.owner.color)
angle = util.getDirOfVector(util.vectorSub(self.owner.pos, self.position,))
scoreNode.angle =angle
util.centerNodeOnPosition(scoreNode, self.position)
anim = avg.LinearAnim(scoreNode, "pos",
animTime,
scoreNode.pos, self.owner.pos,
False, None, lambda:scoreNode.unlink(True))
player = self.owner
def addPoints():
player.score+=points
textShrinkAnim = avg.LinearAnim(scoreNode, "fontsize",
int(animTime*0.6),
maxTextSize, maxTextSize*0.2,
False, None, addPoints )
textGrowAnim = avg.LinearAnim(scoreNode, "fontsize",
int(animTime*0.4),
maxTextSize*0.1, maxTextSize,
False, None, textShrinkAnim.start)
textGrowAnim.start()
anim.start()
def _placeInfoElements(self, button, box):
angle = math.pi/2
baseDisplacement = math.sqrt(2*(self.size[0]**2)) /2.0
infoBoxElementAdjustemnt = util.getVectotInDirection(angle,
-baseDisplacement - box.size[1]/2)
buttonPos = (-self.size[0]*0.23, self.size[1]*0.27)
button.size = util.vectorMult(self.size, 0.20)
util.centerNodeOnPosition(button, buttonPos)
util.centerNodeOnPosition(box, infoBoxElementAdjustemnt)
util.centerNodeOnPosition(box, infoBoxElementAdjustemnt)
def __init__(self, crystalManager=None, framesToGrowth=None, startCrystals=20, *args, **kwargs):
GameElementBase.__init__(self, *args, **kwargs)
if self.owner is not None:
self.owner.addStructure(self)
self._graph = nx.Graph()
self._elementMapping = {}
self._fixElements = WeakSet()
if __debug__:
print "FRAMESTO GROWTH", framesToGrowth
self.framesToGrowth = framesToGrowth
self.growTimer = 0
self._overDriveCounter = 0
self._overdrive = False
self._veil = None
self._growLock = False
self._depletedCallback = None
self._gameOverCallback = None
self.crystalManager = crystalManager
if crystalManager is None:
logging.warn("Structure {!s} has no valid CrystalManager".format(self))
else:
self.crystalManager.registerStructure(self)
self._shadowWidth = util.CRYSTAL_SIZE * StructureElement.shapeOverflowFactor ** 2
if self.owner is None:
self._shadowColor = "000000"
else:
self._shadowColor = self.owner.color
player = avg.Player.get()
self._canvas = player.createCanvas(
id=str(id(self)),
size=(max(util.WINDOW_SIZE), max(util.WINDOW_SIZE)),
handleevents=True,
multisamplesamples=4,
)
self._blackCanvas = player.createCanvas(
id=str(id(self)) + "Black",
size=(max(util.WINDOW_SIZE), max(util.WINDOW_SIZE)),
handleevents=True,
multisamplesamples=4,
)
self._canvasRoot = self._canvas.getRootNode()
self._blackBackground = self._blackCanvas.getRootNode()
self._shadowImage = avg.ImageNode(
href="canvas:{}Black".format(id(self)),
parent=self._root,
size=(max(util.WINDOW_SIZE), max(util.WINDOW_SIZE)),
opacity=0.4,
)
util.centerNodeOnPosition(self._shadowImage, (0, 0))
self._graphVisRoot = avg.DivNode(parent=self._canvasRoot)
self._image = avg.ImageNode(
href="canvas:{}".format(id(self)), parent=self._root, size=(max(util.WINDOW_SIZE), max(util.WINDOW_SIZE))
)
util.centerNodeOnPosition(self._image, (0, 0))
self._edgeNodes = dict()
self._shadowNodes = dict()
self._initStructureCore()
assert self.checkSanity()
while len(self._graph) < startCrystals:
self.growSimple()
self.rotationEnabled = True
self._tickTimer = None
self._startTickTimer()
def size(self, value):
self.image.size = value
util.centerNodeOnPosition(self.image, (0, 0))
def _alignScore(self, scoreNode ):
self._scorePosition = (-self.size[0]*0.18+self.size[0]*0.01,
-self.size[1]*0.18-self.size[1]*0.01)
util.centerNodeOnPosition(scoreNode, self._scorePosition)
scoreNode.angle = math.pi/4
def _alignScore(self, scoreNode):
scorePos = (self.size[0]*0, -self.size[1]*0.015)
util.centerNodeOnPosition(scoreNode, scorePos)