mirror of
https://github.com/Sneed-Group/Poodletooth-iLand
synced 2024-12-24 12:12:36 -06:00
657 lines
26 KiB
Python
Executable file
657 lines
26 KiB
Python
Executable file
from direct.gui.DirectGui import *
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from panda3d.core import *
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from direct.directnotify import DirectNotifyGlobal
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from direct.interval.IntervalGlobal import *
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from direct.distributed import DistributedObject
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from direct.showutil import Rope
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import math
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from toontown.toonbase import ToontownGlobals
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import VineGameGlobals
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import VineSpider
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class SwingVine(NodePath):
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notify = DirectNotifyGlobal.directNotify.newCategory('SwingVine')
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defaultNormal = Vec3(1, 0, 0)
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SwingAnimPeriod = 6.0
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SmallAnimAngle = 10
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NonMovingAnimAngle = 2
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SwingAnimFull = 0
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SwingAnimSmall = 1
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SwingAnimMinimal = 2
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MaxNumberOfFramesInSwingAnim = 144
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def __init__(self, vineIndex, x, y, z, length = 20, baseAngle = 40, period = 4, spiderPeriod = 0):
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NodePath.__init__(self, 'SwingVine')
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self.cableLength = length
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self.numLinks = 3
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self.links = []
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self.vineIndex = vineIndex
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self.spider = None
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self.spiderPeriod = spiderPeriod
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self.hasSpider = not spiderPeriod == 0
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self.numTubes = self.numLinks * 3
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self.tubeLength = float(self.cableLength) / self.numTubes
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self.tubeLength *= 1.25
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self.tIncrement = 1.0 / self.numTubes
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self.tHalfIncrement = self.tIncrement / 2.0
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self.baseAngle = baseAngle
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self.maxSwingAngle = deg2Rad(-90 + baseAngle)
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self.minSwingAngle = deg2Rad(-90 - baseAngle)
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self.period = period
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self.swingingForward = True
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self.swingT = 0
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self.swingAngle = 0
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self.setPos(x, y, z)
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self.load()
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self.attachedToons = {}
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self.ival = None
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self.spiderIval = None
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self.unloading = False
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self.spiderMovingDown = True
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return
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def load(self):
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self.root = self.attachNewNode('root')
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self.topLink = self.root.attachNewNode('topLink')
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self.setupCable()
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self.reparentTo(render)
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self.debugTangent = None
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nearBubble = CollisionSphere(0, 0, -self.cableLength / 2.0, self.cableLength / 2.0)
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nearBubble.setTangible(0)
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nearBubbleNode = CollisionNode('SwingVine')
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nearBubbleNode.setCollideMask(GeomNode.getDefaultCollideMask())
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nearBubbleNode.addSolid(nearBubble)
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self.rope.setName('SwingVine-%d' % self.vineIndex)
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self.setupTubes()
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if self.hasSpider:
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self.spider = VineSpider.VineSpider()
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self.spiderT = 0.25
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return
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def unload(self):
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self.unloading = True
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if self.ival:
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self.ival.finish()
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self.ival = None
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if self.spiderIval:
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self.spiderIval.finish()
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self.spiderIval = None
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if self.debugTangent:
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self.debugTangent.removeNode()
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for tube in self.tubes:
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tube.removeNode()
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self.tubes = []
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for tube in self.tubes2:
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tube.removeNode()
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self.tubes2 = []
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if self.hasSpider:
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self.spider.destroy()
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del self.spider
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for toonInfo in self.attachedToons.values():
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attachNode = toonInfo[4]
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if attachNode:
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attachNode.removeNode()
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swingIval = toonInfo[6]
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if swingIval:
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swingIval.finish()
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self.removeNode()
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return
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def setupCable(self):
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self.links = []
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self.links.append((self.topLink, Point3(0, 0, 0)))
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anchor = self.topLink
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for linkNum in xrange(self.numLinks):
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anchor = self.__makeLink(anchor, linkNum)
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self.bottomLink = self.links[-1][0]
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self.link1 = self.links[-2][0]
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self.rope = self.makeSpline()
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self.rope.reparentTo(self.root)
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myTexture = loader.loadTexture('phase_4/maps/swinging_vine.jpg')
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gameAssets = loader.loadModel('phase_4/models/minigames/vine_game')
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vine = gameAssets.find('**/vine1')
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self.cableTex = vine.findTexture('*')
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if self.cableTex:
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self.cableTex.setWrapV(Texture.WMRepeat)
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self.rope.setTexture(self.cableTex)
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ts = TextureStage.getDefault()
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self.rope.setTexScale(ts, 1.0, 0.15)
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self.rope.setTransparency(1)
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if self.vineIndex == VineGameGlobals.NumVines - 1:
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pass
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if self.cableTex:
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self.setupStaticPart(self.cableTex)
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def setupStaticPart(self, vineTexture):
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cm = CardMaker('card')
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cm.setFrame(-0.5, 0.5, -0.1, 8)
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self.staticVine = self.attachNewNode(cm.generate())
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self.staticVine.setTexture(vineTexture)
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self.setTransparency(1)
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radius = 0.5
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tubeIndex = 0
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colNode = CollisionNode('StaticVine-%d-%d' % (self.vineIndex, tubeIndex))
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bz = 0
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az = 58
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quad = CollisionPolygon(Point3(0.25, radius + 1, bz), Point3(0.25, radius + 1, az), Point3(0.25, -radius - 1, az), Point3(0.25, -radius - 1, bz))
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colNode.addSolid(quad)
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colNode.setCollideMask(ToontownGlobals.PieBitmask)
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colNode.setBounds(BoundingSphere(Point3(0, 0, 0), 10))
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self.staticVine.attachNewNode(colNode)
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colNode2 = CollisionNode('StaticVine-%d-%d' % (self.vineIndex, tubeIndex))
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quad2 = CollisionPolygon(Point3(-0.25, -radius - 1, bz), Point3(-0.25, -radius - 1, az), Point3(-0.25, +radius + 1, az), Point3(-0.25, +radius + 1, bz))
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colNode2.addSolid(quad2)
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colNode2.setCollideMask(ToontownGlobals.PieBitmask)
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colNode2.setBounds(BoundingSphere(Point3(0, 0, 0), 10))
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self.staticVine.attachNewNode(colNode2)
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def setupTubes(self):
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self.tubes = []
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self.tubes2 = []
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radius = 0.5
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for tubeIndex in xrange(self.numTubes):
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az = self.tubeLength / 2.0
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bz = -self.tubeLength / 2.0
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ct = CollisionTube(0, 0, az, 0, 0, bz, radius)
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ct.setTangible(0)
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colNode = CollisionNode('SwingVine-%d-%d' % (self.vineIndex, tubeIndex))
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quad = CollisionPolygon(Point3(0.25, radius + 1, bz), Point3(0.25, radius + 1, az), Point3(0.25, -radius - 1, az), Point3(0.25, -radius - 1, bz))
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colNode.addSolid(quad)
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colNode.setCollideMask(ToontownGlobals.PieBitmask)
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colNode.setBounds(BoundingSphere(Point3(0, 0, 0), 10))
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colNode2 = CollisionNode('SwingVine-%d-%d' % (self.vineIndex, tubeIndex))
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quad2 = CollisionPolygon(Point3(-0.25, -radius - 1, bz), Point3(-0.25, -radius - 1, az), Point3(-0.25, +radius + 1, az), Point3(-0.25, +radius + 1, bz))
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colNode2.addSolid(quad2)
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colNode2.setCollideMask(ToontownGlobals.PieBitmask)
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colNode2.setBounds(BoundingSphere(Point3(0, 0, 0), 10))
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newTube = render.attachNewNode(colNode)
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self.tubes.append(newTube)
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newTube2 = render.attachNewNode(colNode2)
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self.tubes2.append(newTube2)
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self.updateTubes()
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def __makeLink(self, anchor, linkNum):
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an = ActorNode('link%s' % linkNum)
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anp = NodePath(an)
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anp.reparentTo(self.root)
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z = float(linkNum + 1) / float(self.numLinks) * self.cableLength
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anp.setPos(self.topLink.getPos())
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anp.setZ(anp.getZ() - z)
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self.links.append((anp, Point3(0, 0, 0)))
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return anp
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def makeSpline(self):
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rope = Rope.Rope()
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for i in xrange(len(self.links)):
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pass
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rope.setup(min(len(self.links), 4), self.links)
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for i in xrange(len(self.links)):
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pass
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rope.curve.normalizeKnots()
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self.notify.debug('after normalize Knots')
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for i in xrange(len(self.links)):
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pass
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rn = rope.ropeNode
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rn.setRenderMode(RopeNode.RMBillboard)
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rn.setNumSlices(3)
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rn.setTubeUp(Vec3(0, -1, 0))
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rn.setUvMode(RopeNode.UVDistance)
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rn.setUvDirection(False)
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rn.setThickness(1.0)
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return rope
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def positionLink1(self, t, angleInRadians):
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degAngle = rad2Deg(angleInRadians)
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diffFrom90 = degAngle - -90.0
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link1AngleDiff = diffFrom90 * 2 / 3.0
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link1AngleToUse = deg2Rad(-90 + link1AngleDiff)
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lengthToUse = self.cableLength * 2.0 / 3.0
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link1X = math.cos(link1AngleToUse) * lengthToUse
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link1Z = math.sin(link1AngleToUse) * lengthToUse
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self.link1.setPos(link1X, 0, link1Z)
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def swingForward(self, t):
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diffAngle = self.maxSwingAngle - self.minSwingAngle
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multiplier = t
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angleToUse = self.minSwingAngle + multiplier * diffAngle
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newX = math.cos(angleToUse) * self.cableLength
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newZ = math.sin(angleToUse) * self.cableLength
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self.bottomLink.setPos(newX, 0, newZ)
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self.positionLink1(t, angleToUse)
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oldSwingingForward = self.swingingForward
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self.swingingForward = True
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self.swingT = t
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self.swingAngle = angleToUse
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self.updateAttachedStuff()
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if not oldSwingingForward == self.swingingForward:
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self.updateSwingAnims()
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def swingBack(self, t):
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diffAngle = self.maxSwingAngle - self.minSwingAngle
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multiplier = t
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angleToUse = self.maxSwingAngle - multiplier * diffAngle
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newX = math.cos(angleToUse) * self.cableLength
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newZ = math.sin(angleToUse) * self.cableLength
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self.bottomLink.setPos(newX, 0, newZ)
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self.positionLink1(t, angleToUse)
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oldSwingingForward = self.swingingForward
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self.swingingForward = False
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self.swingT = t
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self.swingAngle = angleToUse
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self.updateAttachedStuff()
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if not oldSwingingForward == self.swingingForward:
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self.updateSwingAnims()
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def moveSpiderDown(self, t):
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self.spiderMovingDown = True
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self.spiderT = t
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def moveSpiderUp(self, t):
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self.spiderMovingDown = False
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self.spiderT = 1 - t
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def startSwing(self):
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forwardX = math.cos(self.maxSwingAngle) * self.cableLength
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forwardZ = math.sin(self.maxSwingAngle) * self.cableLength
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backX = math.cos(self.minSwingAngle) * self.cableLength
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backZ = math.sin(self.minSwingAngle) * self.cableLength
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self.bottomLink.setPos(backX, 0, backZ)
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self.ival = Sequence(LerpFunctionInterval(self.swingForward, duration=self.period / 2.0, blendType='easeInOut'))
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self.ival.append(LerpFunctionInterval(self.swingBack, duration=self.period / 2.0, blendType='easeInOut'))
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self.ival.loop()
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if self.hasSpider:
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self.spiderIval = Sequence(LerpFunctionInterval(self.moveSpiderDown, duration=self.spiderPeriod / 2.0, blendType='easeInOut'))
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self.spiderIval.append(LerpFunctionInterval(self.moveSpiderUp, duration=self.spiderPeriod / 2.0, blendType='easeInOut'))
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self.spiderIval.loop()
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def stopSwing(self):
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if self.ival:
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self.ival.pause()
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if self.hasSpider and self.spiderIval:
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self.spiderIval.pause()
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if self.hasSpider:
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self.spider.hide()
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def getAttachNode(self, toonId):
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retval = None
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if toonId in self.attachedToons:
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existingAttachNode = self.attachedToons[toonId][4]
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if existingAttachNode:
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retval = existingAttachNode
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else:
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retval = render.attachNewNode('vineAttachNode-%s-%s' % (self.vineIndex, toonId))
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return retval
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def calcOffset(self, toonId):
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offset = Point3(0, 0, 0)
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toon = base.cr.doId2do.get(toonId)
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if toon:
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toon.pose('swing', 86)
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leftHand = toon.find('**/leftHand')
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if not leftHand.isEmpty():
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offset = leftHand.getPos(toon)
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self.notify.debug('offset = %s' % offset)
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else:
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self.notify.warning('left hand not found for toon %d' % toonId)
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else:
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self.notify.warning('toon %d not found' % toonId)
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return offset
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def doubleCheckOffset(self, toonId):
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if toonId in self.attachedToons:
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curOffset = self.attachedToons[toonId][3]
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if curOffset == Point3.zero():
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newOffset = self.calcOffset(toonId)
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self.attachedToons[toonId][3] = newOffset
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av = base.cr.doId2do.get(toonId)
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self.notify.info('correcting wrong offset %s and changing to %s' % (curOffset, newOffset))
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if av:
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av.setPos(-newOffset)
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def attachToon(self, toonId, t, facingRight, setupAnim = True):
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self.notify.debug('attachToon toonId=%d vineIndex=%d' % (toonId, self.vineIndex))
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temp = Vec3(self.defaultNormal)
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offset = self.calcOffset(toonId)
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attachNode = self.getAttachNode(toonId)
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if facingRight:
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attachNode.setH(-90)
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else:
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attachNode.setH(90)
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self.attachedToons[toonId] = [t,
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temp,
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Vec3(0, 0, 0),
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offset,
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attachNode,
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facingRight,
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None]
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av = base.cr.doId2do.get(toonId)
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if av:
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av.reparentTo(attachNode)
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if offset == Point3.zero():
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self.notify.warning('calculated offset for %d is zero' % toonId)
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av.setPos(-offset)
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if setupAnim:
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self.setupSwingAnim(toonId)
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else:
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zDownTheVine = self.getPos().getZ() - t * self.cableLength
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attachNode.setPos(self.getPos())
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attachNode.setZ(zDownTheVine)
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else:
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self.notify.warning('av %d not found' % toonId)
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return
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def changeAttachedToonT(self, toonId, t):
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if toonId in self.attachedToons:
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oldT = self.attachedToons[toonId][0]
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self.attachedToons[toonId][0] = t
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oldSwingType = self.calcSwingAnimType(oldT)
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newSwingType = self.calcSwingAnimType(t)
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if oldSwingType != newSwingType:
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self.setupSwingAnim(toonId)
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else:
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self.notify.warning('changeAttachedToonT avId %d was not in the dict' % toonId)
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self.attachToon(toonId, t, 1)
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def changeAttachedToonFacing(self, toonId, facing):
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if toonId in self.attachedToons:
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curT = self.attachedToons[toonId][0]
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self.detachToon(toonId)
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self.attachToon(toonId, curT, facing)
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else:
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self.notify.warning('changeAttachedToonFacing avId %d was not in the dict' % toonId)
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self.attachToon(toonId, VineGameGlobals.VineFellDownT, 1)
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def detachToon(self, toonId):
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self.notify.debug('detachToon toonId=%d vineIndex=%d' % (toonId, self.vineIndex))
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if toonId in self.attachedToons:
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self.attachedToons[toonId][4].removeNode()
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swingIval = self.attachedToons[toonId][6]
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if swingIval:
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self.notify.debug('deleting swing ival %s' % swingIval)
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swingIval.finish()
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self.attachedToons[toonId][6] = None
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del swingIval
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del self.attachedToons[toonId]
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return
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def getAttachedToonInfo(self, toonId):
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if toonId in self.attachedToons:
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return self.attachedToons[toonId]
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else:
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return None
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return None
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def getCenterTForTube(self, tubeIndex):
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retval = self.tIncrement * tubeIndex + self.tHalfIncrement
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return retval
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def updateTubes(self):
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newPoint = Vec3(0, 0, 0)
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curve = self.rope.ropeNode.getCurve().evaluate()
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for tubeIndex in xrange(self.numTubes):
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tube = self.tubes[tubeIndex]
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t = self.getCenterTForTube(tubeIndex)
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curve.evalPoint(t, newPoint)
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tube.setPos(newPoint)
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tangent = Vec3(0, 0, 0)
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curve.evalTangent(t, tangent)
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tangent.normalize()
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theta = math.atan2(tangent.getZ(), tangent.getX())
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degrees = rad2Deg(theta)
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rAngle = -90 - degrees
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tube.setR(rAngle)
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for tubeIndex in xrange(self.numTubes):
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tube = self.tubes2[tubeIndex]
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t = self.getCenterTForTube(tubeIndex)
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curve.evalPoint(t, newPoint)
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tube.setPos(newPoint)
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tangent = Vec3(0, 0, 0)
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curve.evalTangent(t, tangent)
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tangent.normalize()
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theta = math.atan2(tangent.getZ(), tangent.getX())
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degrees = rad2Deg(theta)
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rAngle = -90 - degrees
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tube.setR(rAngle)
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def updateSpiders(self):
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curve = self.rope.ropeNode.getCurve().evaluate()
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if self.hasSpider:
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t = self.spiderT
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newPoint = Vec3(0, 0, 0)
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curve.evalPoint(t, newPoint)
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newPoint.setY(-0.5)
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self.spider.setPos(newPoint)
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tangent = Vec3(0, 0, 0)
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curve.evalTangent(t, tangent)
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theta = math.atan2(tangent.getZ(), tangent.getX())
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degrees = rad2Deg(theta)
|
|
pAngle = degrees + 90
|
|
pAngle = -pAngle
|
|
if self.spiderMovingDown:
|
|
self.spider.setR(pAngle)
|
|
else:
|
|
self.spider.setR(pAngle - 180)
|
|
|
|
def updateAttachedStuff(self):
|
|
self.updateTubes()
|
|
self.updateSpiders()
|
|
self.updateAttachedToons()
|
|
|
|
def updateAttachedToons(self):
|
|
curve = self.rope.ropeNode.getCurve().evaluate()
|
|
for avId in self.attachedToons.keys():
|
|
self.doubleCheckOffset(avId)
|
|
t = self.attachedToons[avId][0]
|
|
newPoint = Vec3(0, 0, 0)
|
|
curve.evalPoint(t, newPoint)
|
|
attachNode = self.attachedToons[avId][4]
|
|
attachNode.setPos(newPoint)
|
|
tangent = Vec3(0, 0, 0)
|
|
curve.evalTangent(t, tangent)
|
|
tangent.normalize()
|
|
unitY = Vec3(0, 1, 0)
|
|
normal = tangent.cross(unitY)
|
|
theta = math.atan2(tangent.getZ(), tangent.getX())
|
|
degrees = rad2Deg(theta)
|
|
pAngle = degrees + 90
|
|
pAngle *= 0.5
|
|
facingRight = self.attachedToons[avId][5]
|
|
if facingRight:
|
|
pass
|
|
if self.debugTangent:
|
|
self.debugTangent.setPos(newPoint + normal)
|
|
self.attachedToons[avId][1] = newPoint
|
|
self.attachedToons[avId][2] = normal
|
|
|
|
def getAngularVelocity(self):
|
|
return deg2Rad(self.baseAngle) / self.period / 4.0
|
|
|
|
def getLinearSpeed(self, t):
|
|
retval = self.getAngularVelocity() * self.cableLength * t
|
|
return retval
|
|
|
|
def calcTFromTubeHit(self, colEntry):
|
|
name = colEntry.getIntoNodePath().getName()
|
|
parts = name.split('-')
|
|
if len(parts) < 3:
|
|
return
|
|
tubeIndex = int(parts[2])
|
|
if tubeIndex < 0 or tubeIndex >= len(self.tubes):
|
|
return
|
|
if parts[0] == 'StaticVine':
|
|
retval = 0
|
|
else:
|
|
curve = self.rope.ropeNode.getCurve().evaluate()
|
|
tangent = Vec3(0, 0, 0)
|
|
centerT = self.getCenterTForTube(tubeIndex)
|
|
curve.evalTangent(centerT, tangent)
|
|
tangent.normalize()
|
|
endPos = colEntry.getSurfacePoint(render)
|
|
tubePos = self.tubes[tubeIndex].getPos()
|
|
vector = endPos - tubePos
|
|
projection = vector.dot(tangent)
|
|
self.notify.debug('projection = %s' % projection)
|
|
diffT = projection / self.tubeLength / 2.0
|
|
retval = centerT + diffT
|
|
P1 = tubePos
|
|
P2 = tubePos + tangent
|
|
P3 = endPos
|
|
u = (P3.getX() - P1.getX()) * (P2.getX() - P1.getX()) + (P3.getZ() - P1.getZ()) * (P2.getZ() - P1.getZ())
|
|
self.notify.debug('u=%s' % u)
|
|
x = P1.getX() + u * (P2.getX() - P1.getX())
|
|
z = P1.getZ() + u * (P2.getZ() - P1.getZ())
|
|
perpPoint = Vec3(x, 0, z)
|
|
distanceVector = perpPoint - tubePos
|
|
distance = distanceVector.length()
|
|
diffT = distance / self.cableLength
|
|
retval = centerT + diffT
|
|
if retval > 1:
|
|
retval = 1
|
|
if retval < 0:
|
|
retval = 0
|
|
self.notify.debug('retval = %s' % retval)
|
|
return retval
|
|
|
|
def setupSwingAnimFull(self, av, avId):
|
|
toonT = self.attachedToons[avId][0]
|
|
playRate = self.SwingAnimPeriod / self.period
|
|
swingInterval = Sequence()
|
|
duration = (1 - self.swingT) * self.period / 2.0
|
|
if duration < 0.001:
|
|
duration = 0.001
|
|
facingRight = self.attachedToons[avId][5]
|
|
if self.swingingForward and facingRight or not self.swingingForward and not facingRight:
|
|
maxLeftFrame = 108
|
|
downFrame1 = 143
|
|
downFrame2 = 0
|
|
maxRightFrame = 35
|
|
numLeftFramesChoppedOff = (downFrame1 - maxLeftFrame) * (1 - toonT)
|
|
numRightFramesChoppedOff = maxRightFrame * (1 - toonT)
|
|
numLeftFramesChoppedOff = 0
|
|
numRightFramesChoppedOff = 0
|
|
maxLeftFrame += numLeftFramesChoppedOff
|
|
maxRightFrame -= numRightFramesChoppedOff
|
|
numFirstHalfFrames = downFrame1 - maxLeftFrame + 1
|
|
numSecondHalfFrames = maxRightFrame - downFrame2 + 1
|
|
numFrames = numFirstHalfFrames + numSecondHalfFrames
|
|
framesToChopOff = numFrames * self.swingT
|
|
if framesToChopOff < numFirstHalfFrames:
|
|
startingFrame = maxLeftFrame + framesToChopOff
|
|
halfDur = duration / 2.0
|
|
swing1Dur = (1 - framesToChopOff / numFirstHalfFrames) * halfDur
|
|
toonSwing1 = ActorInterval(av, 'swing', startFrame=startingFrame, endFrame=downFrame1, playRate=playRate, name='swingForward1')
|
|
toonSwing2 = ActorInterval(av, 'swing', startFrame=downFrame2, endFrame=maxRightFrame, playRate=playRate, name='swingForward2')
|
|
swingInterval.append(toonSwing1)
|
|
swingInterval.append(toonSwing2)
|
|
else:
|
|
secondHalfFramesToChopOff = framesToChopOff - numFirstHalfFrames
|
|
startingFrame = downFrame2 + secondHalfFramesToChopOff
|
|
toonSwing2 = ActorInterval(av, 'swing', startFrame=startingFrame, endFrame=maxRightFrame, playRate=playRate, name='swingForward2')
|
|
swingInterval.append(toonSwing2)
|
|
else:
|
|
maxRightFrame = 35
|
|
maxLeftFrame = 107
|
|
midFrame = (maxLeftFrame + maxRightFrame) / 2.0
|
|
numLeftFramesChoppedOff = 0
|
|
numRightFramesChoppedOff = 0
|
|
maxLeftFrame -= numLeftFramesChoppedOff
|
|
maxRightFrame += numRightFramesChoppedOff
|
|
numFrames = maxLeftFrame - maxRightFrame + 1
|
|
framesToChopOff = numFrames * self.swingT
|
|
startingFrame = maxRightFrame + framesToChopOff
|
|
toonSwing = ActorInterval(av, 'swing', startFrame=startingFrame, endFrame=maxLeftFrame, playRate=playRate)
|
|
swingInterval.append(toonSwing)
|
|
self.attachedToons[avId][6] = swingInterval
|
|
swingInterval.start()
|
|
|
|
def setupSwingAnimSmall(self, av, avId):
|
|
swingInterval = Sequence()
|
|
maxLeftFrame = 0
|
|
maxRightFrame = 20
|
|
startingLeftFrame = 5
|
|
numFrames = maxRightFrame - maxLeftFrame + 1
|
|
playRate = self.SwingAnimPeriod / self.period
|
|
duration = (1 - self.swingT) * self.period / 2.0
|
|
if duration == 0:
|
|
return
|
|
toonT = self.attachedToons[avId][0]
|
|
framesPerSecondBase = self.MaxNumberOfFramesInSwingAnim / self.SwingAnimPeriod
|
|
desiredFramesPerSecond = numFrames / duration
|
|
slowedPlayRate = desiredFramesPerSecond / framesPerSecondBase
|
|
facingRight = self.attachedToons[avId][5]
|
|
if self.swingingForward and facingRight or not self.swingingForward and not facingRight:
|
|
toonSwing1 = ActorInterval(av, 'swing', startFrame=startingLeftFrame, endFrame=maxLeftFrame, playRate=slowedPlayRate)
|
|
toonSwing2 = ActorInterval(av, 'swing', startFrame=maxLeftFrame + 1, endFrame=maxRightFrame - startingLeftFrame, playRate=slowedPlayRate)
|
|
swingInterval.append(toonSwing1)
|
|
swingInterval.append(toonSwing2)
|
|
else:
|
|
toonSwing1 = ActorInterval(av, 'swing', startFrame=maxRightFrame - startingLeftFrame, endFrame=maxRightFrame, playRate=slowedPlayRate)
|
|
toonSwing2 = ActorInterval(av, 'swing', startFrame=maxRightFrame, endFrame=startingLeftFrame, playRate=slowedPlayRate)
|
|
swingInterval.append(toonSwing1)
|
|
swingInterval.append(toonSwing2)
|
|
self.attachedToons[avId][6] = swingInterval
|
|
swingInterval.start()
|
|
|
|
def setupSwingAnimMinimal(self, av, avId):
|
|
swingInterval = Sequence()
|
|
maxLeftFrame = 88
|
|
maxRightFrame = 84
|
|
duration = (1 - self.swingT) * self.period / 2.0
|
|
if duration < 0.001:
|
|
duration = 0.001
|
|
numFrames = maxLeftFrame - maxRightFrame + 1
|
|
numFrames *= 2
|
|
framesPerSecondBase = self.MaxNumberOfFramesInSwingAnim / self.SwingAnimPeriod
|
|
desiredFramesPerSecond = numFrames / duration
|
|
slowedPlayRate = desiredFramesPerSecond / framesPerSecondBase
|
|
toonSwing1 = ActorInterval(av, 'swing', startFrame=maxLeftFrame, endFrame=maxRightFrame, playRate=slowedPlayRate)
|
|
toonSwing2 = ActorInterval(av, 'swing', startFrame=maxRightFrame, endFrame=maxLeftFrame, playRate=slowedPlayRate)
|
|
swingInterval.append(toonSwing1)
|
|
swingInterval.append(toonSwing2)
|
|
self.attachedToons[avId][6] = swingInterval
|
|
swingInterval.start()
|
|
|
|
def setupSwingAnim(self, avId):
|
|
if avId not in self.attachedToons:
|
|
return
|
|
av = base.cr.doId2do.get(avId)
|
|
if not av:
|
|
return
|
|
prevIval = self.attachedToons[avId][6]
|
|
if prevIval:
|
|
prevIval.pause()
|
|
del prevIval
|
|
toonT = self.attachedToons[avId][0]
|
|
swingAnimType = self.calcSwingAnimType(toonT)
|
|
if swingAnimType == self.SwingAnimFull:
|
|
self.setupSwingAnimFull(av, avId)
|
|
elif swingAnimType == self.SwingAnimSmall:
|
|
self.setupSwingAnimSmall(av, avId)
|
|
else:
|
|
self.setupSwingAnimMinimal(av, avId)
|
|
|
|
def calcSwingAnimType(self, toonT):
|
|
angleInDegrees = toonT * self.baseAngle
|
|
retval = self.SwingAnimFull
|
|
if angleInDegrees > 10:
|
|
retval = self.SwingAnimFull
|
|
elif angleInDegrees > 2:
|
|
retval = self.SwingAnimSmall
|
|
else:
|
|
retval = self.SwingAnimMinimal
|
|
return retval
|
|
|
|
def updateSwingAnims(self):
|
|
if self.unloading:
|
|
return
|
|
for avId in self.attachedToons.keys():
|
|
self.setupSwingAnim(avId)
|