def Update(self):
newvars = interpolate.InterpolateKeyframes(
self.curframe, {
'pos_x': self.pos[0],
'pos_y': self.pos[1],
'initspeed': self.initspeed,
'initdirection': self.initdirection,
'initspeedrandrange': self.initspeedrandrange,
'initdirectionrandrange': self.initdirectionrandrange,
'particlesperframe': self.particlesperframe,
'genspacing': self.genspacing
}, self.keyframes)
self.pos = (newvars['pos_x'], newvars['pos_y'])
self.initspeed = newvars['initspeed']
self.initdirection = newvars['initdirection']
self.initspeedrandrange = newvars['initspeedrandrange']
self.initdirectionrandrange = newvars['initdirectionrandrange']
self.particlesperframe = newvars['particlesperframe']
self.genspacing = newvars['genspacing']
particlesperframe = self.particlesperframe
if (self.genspacing == 0) or (
(self.curframe % self.genspacing) == 0) and self.emitting is True:
for i in range(0, int(particlesperframe)):
self.CreateParticle()
self.curframe = self.curframe + 1
def Update(self):
newvars = interpolate.InterpolateKeyframes(
self.curframe, {
'strength': self.initstrength,
'strengthrandrange': self.strengthrandrange,
'direction_x': self.direction[0],
'direction_y': self.direction[1]
}, self.keyframes)
self.initstrength = newvars['strength']
self.strengthrandrange = newvars['strengthrandrange']
self.direction = [newvars['direction_x'], newvars['direction_y']]
if self.strengthrandrange != 0.0:
self.strength = RandomiseStrength(self.initstrength,
self.strengthrandrange)
self.curframe = self.curframe + 1
def Update(self):
newvars = interpolate.InterpolateKeyframes(
self.curframe, {
'pos_x': self.pos[0],
'pos_y': self.pos[1],
'colour_r': self.colour[0],
'colour_g': self.colour[1],
'colour_b': self.colour[2],
'bounce': self.bounce,
'radius': self.radius
}, self.keyframes)
self.pos = (newvars['pos_x'], newvars['pos_y'])
self.colour = (newvars['colour_r'], newvars['colour_g'],
newvars['colour_b'])
self.bounce = newvars['bounce']
self.radius = newvars['radius']
Obstacle.Update(self)
def Update(self):
newvars = interpolate.InterpolateKeyframes(
self.curframe, {
'strength': self.initstrength,
'strengthrandrange': self.strengthrandrange,
'pos_x': self.pos[0],
'pos_y': self.pos[1]
}, self.keyframes)
self.initstrength = newvars['strength']
self.strengthrandrange = newvars['strengthrandrange']
self.pos = (newvars['pos_x'], newvars['pos_y'])
if self.strengthrandrange != 0.0:
self.strength = RandomiseStrength(self.initstrength,
self.strengthrandrange)
else:
self.strength = self.initstrength
self.curframe = self.curframe + 1
def PreCalculateParticles(self):
self.particlecache = [] # Clear the cache
# If the particle has infinite life, interpolate for each frame up until its last keyframe
if self.particlelife == -1:
particlelife = max(self.particlekeyframes,
key=self.GetKeyframeValue).frame
else: # Otherwise, interpolate the particle variables for each frame of its life
particlelife = self.particlelife
for i in range(0, particlelife + 1):
vars = interpolate.InterpolateKeyframes(
i, {
'colour_r': 0,
'colour_g': 0,
'colour_b': 0,
'radius': 0,
'length': 0
}, self.particlekeyframes)
self.particlecache.append(vars)
def Update(self):
newvars = interpolate.InterpolateKeyframes(
self.curframe, {
'pos_x': self.pos[0],
'pos_y': self.pos[1],
'colour_r': self.colour[0],
'colour_g': self.colour[1],
'colour_b': self.colour[2],
'bounce': self.bounce,
'normal_x': self.normal[0],
'normal_y': self.normal[1]
}, self.keyframes)
self.pos = (newvars['pos_x'], newvars['pos_y'])
self.colour = (newvars['colour_r'], newvars['colour_g'],
newvars['colour_b'])
self.bounce = newvars['bounce']
oldnormal = self.normal[:]
self.normal = [newvars['normal_x'], newvars['normal_y']]
if self.normal != oldnormal:
self.hascontacts = False
Obstacle.Update(self)
def Update(self):
newvars = interpolate.InterpolateKeyframes(
self.curframe, {
'pos_x': self.pos[0],
'pos_y': self.pos[1],
'colour_r': self.colour[0],
'colour_g': self.colour[1],
'colour_b': self.colour[2],
'bounce': self.bounce,
'width': self.width,
'height': self.height
}, self.keyframes)
self.pos = (newvars['pos_x'], newvars['pos_y'])
self.colour = (newvars['colour_r'], newvars['colour_g'],
newvars['colour_b'])
self.bounce = newvars['bounce']
self.width = newvars['width']
self.halfwidth = self.width / 2.0
self.height = newvars['height']
self.halfheight = self.height / 2.0
self.maxdist = max(self.halfwidth, self.halfheight) + MAXDIST
Obstacle.Update(self)