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animation_data.py
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animation_data.py
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from globals.types import Point
import globals
import bones
from bones import Bones
import copy
import math
import cmath
import random
import copy
standing_frame = {Bones.TORSO : (Point(0.5,0.4),math.pi*0.5),
Bones.NECK : math.pi*0.5,
Bones.HEAD : math.pi*0.5,
Bones.LEFT_BICEP : 0,
Bones.LEFT_FOREARM : 0,
Bones.RIGHT_BICEP : math.pi,
Bones.RIGHT_FOREARM : math.pi,
Bones.LEFT_THIGH : -math.pi*0.45,
Bones.LEFT_CALF : -math.pi*0.45,
Bones.RIGHT_THIGH : -math.pi*0.55,
Bones.RIGHT_CALF : -math.pi*0.55}
walk1 = {Bones.TORSO : (Point(0.5,0.4),math.pi*0.48),
Bones.NECK : math.pi*0.48,
Bones.HEAD : math.pi*0.5,
Bones.LEFT_BICEP : -math.pi*0.45,
Bones.LEFT_FOREARM : -math.pi*0.3,
Bones.RIGHT_BICEP : math.pi*1.25,
Bones.RIGHT_FOREARM : math.pi*1.48,
Bones.LEFT_THIGH : math.pi*1.35,
Bones.LEFT_CALF : math.pi*1.15,
Bones.RIGHT_THIGH : -math.pi*0.30,
Bones.RIGHT_CALF : -math.pi*0.25}
walk2 = {Bones.TORSO : (Point(0.5,0.35),math.pi*0.48),
Bones.NECK : math.pi*0.48,
Bones.HEAD : math.pi*0.5,
Bones.LEFT_BICEP : -math.pi*0.35,
Bones.LEFT_FOREARM : -math.pi*0.25,
Bones.RIGHT_BICEP : math.pi*1.15,
Bones.RIGHT_FOREARM : math.pi*1.3,
Bones.LEFT_THIGH : math.pi*1.30,
Bones.LEFT_CALF : math.pi*1.05,
Bones.RIGHT_THIGH : -math.pi*0.15,
Bones.RIGHT_CALF : -math.pi*0.45}
walk3 = {Bones.TORSO : (Point(0.5,0.4),math.pi*0.48),
Bones.NECK : math.pi*0.48,
Bones.HEAD : math.pi*0.5,
Bones.LEFT_BICEP : -math.pi*0.49,
Bones.LEFT_FOREARM : -math.pi*0.45,
Bones.RIGHT_BICEP : math.pi*1.49,
Bones.RIGHT_FOREARM : -math.pi*0.48,
Bones.LEFT_THIGH : -math.pi*0.45,
Bones.LEFT_CALF : math.pi*1.1,
Bones.RIGHT_THIGH : -math.pi*0.53,
Bones.RIGHT_CALF : -math.pi*0.55}
walk4 = {Bones.TORSO : (Point(0.5,0.45),math.pi*0.47),
Bones.NECK : math.pi*0.47,
Bones.HEAD : math.pi*0.5,
Bones.LEFT_BICEP : math.pi*1.4,
Bones.LEFT_FOREARM : -math.pi*0.42,
Bones.RIGHT_BICEP : -math.pi*0.4,
Bones.RIGHT_FOREARM : -math.pi*0.35,
Bones.LEFT_THIGH : -math.pi*0.25,
Bones.LEFT_CALF : math.pi*1.4,
Bones.RIGHT_THIGH : math.pi*1.25,
Bones.RIGHT_CALF : math.pi*1.25}
walk_cycle_right = [walk1,walk2,walk3,walk4]
standing_right = {Bones.TORSO : (Point(0.5,0.45),math.pi*0.5),
Bones.NECK : math.pi*0.5,
Bones.HEAD : math.pi*0.5,
Bones.LEFT_BICEP : -math.pi*0.25,
Bones.LEFT_FOREARM : math.pi*0.25,
Bones.RIGHT_BICEP : -math.pi*0.1,
Bones.RIGHT_FOREARM : math.pi*0.1,
Bones.LEFT_THIGH : -math.pi*0.48,
Bones.LEFT_CALF : -math.pi*0.5,
Bones.RIGHT_THIGH : -math.pi*0.52,
Bones.RIGHT_CALF : -math.pi*0.5}
standing_left = bones.reflect(standing_right)
crouch_right = {Bones.TORSO : (Point(0.4,0.15),math.pi*0.4),
Bones.NECK : math.pi*0.375,
Bones.HEAD : math.pi*0.5,
Bones.LEFT_BICEP : -math.pi*0.27,
Bones.LEFT_FOREARM : math.pi*0.23,
Bones.RIGHT_BICEP : -math.pi*0.12,
Bones.RIGHT_FOREARM : math.pi*0.08,
Bones.LEFT_THIGH : -math.pi*0.1,
Bones.LEFT_CALF : -math.pi*0.9,
Bones.RIGHT_THIGH : -math.pi*0.1,
Bones.RIGHT_CALF : -math.pi*0.9}
crouch_left = bones.reflect(crouch_right)
crouch_right_walk1 = {Bones.TORSO : (Point(0.4,0.25),math.pi*0.4),
Bones.NECK : math.pi*0.375,
Bones.HEAD : math.pi*0.5,
Bones.LEFT_BICEP : -math.pi*0.45,
Bones.LEFT_FOREARM : math.pi*0.1,
Bones.RIGHT_BICEP : math.pi*1.4,
Bones.RIGHT_FOREARM : -math.pi*0.1,
Bones.LEFT_THIGH : -math.pi*0.4,
Bones.LEFT_CALF : math.pi*1.25,
Bones.RIGHT_THIGH : -math.pi*0.1,
Bones.RIGHT_CALF : -math.pi*0.9}
crouch_right_walk2 = {Bones.TORSO : (Point(0.4,0.16),math.pi*0.4),
Bones.NECK : math.pi*0.375,
Bones.HEAD : math.pi*0.5,
Bones.LEFT_BICEP : -math.pi*0.45,
Bones.LEFT_FOREARM : math.pi*0.1,
Bones.RIGHT_BICEP : math.pi*1.4,
Bones.RIGHT_FOREARM : -math.pi*0.1,
Bones.LEFT_THIGH : -math.pi*0.4,
Bones.LEFT_CALF : math.pi*1.25,
Bones.RIGHT_THIGH : -math.pi*0.1,
Bones.RIGHT_CALF : -math.pi*0.9}
crouch_right_walk3 = {Bones.TORSO : (Point(0.4,0.25),math.pi*0.4),
Bones.NECK : math.pi*0.375,
Bones.HEAD : math.pi*0.5,
Bones.LEFT_BICEP : -math.pi*0.45,
Bones.LEFT_FOREARM : math.pi*0.1,
Bones.RIGHT_BICEP : math.pi*1.4,
Bones.RIGHT_FOREARM : -math.pi*0.1,
Bones.LEFT_THIGH : -math.pi*0.1,
Bones.LEFT_CALF : -math.pi*0.9,
Bones.RIGHT_THIGH : -math.pi*0.4,
Bones.RIGHT_CALF : math.pi*1.25}
crouch_right_walk4 = {Bones.TORSO : (Point(0.4,0.16),math.pi*0.4),
Bones.NECK : math.pi*0.375,
Bones.HEAD : math.pi*0.5,
Bones.LEFT_BICEP : -math.pi*0.45,
Bones.LEFT_FOREARM : math.pi*0.1,
Bones.RIGHT_BICEP : math.pi*1.4,
Bones.RIGHT_FOREARM : -math.pi*0.1,
Bones.LEFT_THIGH : -math.pi*0.1,
Bones.LEFT_CALF : -math.pi*0.9,
Bones.RIGHT_THIGH : -math.pi*0.4,
Bones.RIGHT_CALF : math.pi*1.25}
bow_right_1 = {Bones.TORSO : (Point(0.5,0.4),math.pi*0.5),
Bones.NECK : math.pi*0.5,
Bones.HEAD : math.pi*0.5,
Bones.LEFT_BICEP : -0.15*math.pi,
Bones.LEFT_FOREARM : math.pi*0.25,
Bones.RIGHT_BICEP : -0.25*math.pi,
Bones.RIGHT_FOREARM : math.pi*0.25,
Bones.LEFT_THIGH : -math.pi*0.45,
Bones.LEFT_CALF : -math.pi*0.45,
Bones.RIGHT_THIGH : -math.pi*0.55,
Bones.RIGHT_CALF : -math.pi*0.55}
bow_right_2 = {Bones.TORSO : (Point(0.5,0.4),math.pi*0.15),
Bones.NECK : math.pi*0.4 ,
Bones.HEAD : math.pi*0.5 ,
Bones.LEFT_BICEP : -0.05*math.pi,
Bones.LEFT_FOREARM : math.pi*0.4,
Bones.RIGHT_BICEP : -0.15*math.pi,
Bones.RIGHT_FOREARM : math.pi*0.4,
Bones.LEFT_THIGH : -math.pi*0.45,
Bones.LEFT_CALF : -math.pi*0.45,
Bones.RIGHT_THIGH : -math.pi*0.55,
Bones.RIGHT_CALF : -math.pi*0.55}
bow_cycle_right = [bow_right_1,bow_right_2,bow_right_1]
bow_cycle_left = [bones.reflect(wc) for wc in bow_cycle_right]
for i in xrange(len(walk_cycle_right)):
walk = dict(walk_cycle_right[i])
for (a,b) in ( (Bones.RIGHT_CALF, Bones.LEFT_CALF),
(Bones.RIGHT_BICEP, Bones.LEFT_BICEP),
(Bones.LEFT_THIGH, Bones.RIGHT_THIGH),
(Bones.LEFT_FOREARM, Bones.RIGHT_FOREARM)):
walk[a],walk[b] = walk[b],walk[a]
walk_cycle_right.append(walk)
walk_cycle_left = [bones.reflect(wc) for wc in walk_cycle_right]
crouch_cycle_right = [crouch_right_walk1,crouch_right_walk2,crouch_right_walk3,crouch_right_walk4]
crouch_cycle_left = [bones.reflect(wc) for wc in crouch_cycle_right]
class FrameTransition(object):
def __init__(self,start,end,duration):
self.start = start
self.end = end
self.duration = float(duration)
self.change = bones.FrameDifference(self.start,self.end)
def get_frame(self,t):
return bones.add((self.change*(t/self.duration)),self.start)
class Animation(object):
position_based = True
def __init__(self,frames,durations):
self.frames = []
self.startx = 0
self.total_duration = 0
for i in xrange(len(frames)):
start_frame = frames[i]
end_frame = frames[(i+1)%len(frames)]
duration = durations[i]
self.total_duration += duration
self.frames.append(FrameTransition(start_frame,end_frame,duration))
def get_frame(self,tim,x):
if self.position_based:
t = x
else:
t = tim - self.startx
self.num_done = t/self.total_duration
t %= self.total_duration
orig = t
for frame in self.frames:
if frame.duration > t:
return frame.get_frame(t)
t -= frame.duration
raise Bobbins
class TimeBasedAnimation(Animation):
position_based = False
class StaticFrame(object):
def __init__(self,frame):
self.frame = copy.deepcopy(frame)
def get_frame(self,t,x):
return self.frame
walk_right_anim = Animation(walk_cycle_right, (100,300,300,200,100,300,300,200))
walk_left_anim = Animation(walk_cycle_left[::-1], (100,300,300,200,100,300,300,200))
crouch_right_anim = Animation(crouch_cycle_right, (200,200,200,200))
crouch_left_anim = Animation(crouch_cycle_left[::-1], (200,200,200,200))
bow_right_anim = TimeBasedAnimation(bow_cycle_right, (500,500,500))
bow_left_anim = TimeBasedAnimation(bow_cycle_left[::-1], (500,500,500))
class Punch(Animation):
damping_duration = float(100)
def __init__(self,player,duration,diff):
self.duration = duration
self.player_bones = player.bones
self.start = globals.time
self.damping = self.duration + self.damping_duration
#The final frame will be the right arm pointing directly at it
distance,angle = cmath.polar(complex(diff.x,diff.y))
r = cmath.rect(random.random()*5 + 8, angle)
self.extra_speed = Point(r.real, r.imag)
self.extra_rotation = (random.random()-0.5) * 0.1
final = {bone : angle for bone in bones.Bones.right_arm}
start = {bone : self.player_bones[bone].angle for bone in bones.Bones.both_arms}
torso_start_pos = self.player_bones[bones.Bones.TORSO].pos/player.size
torso_start_angle = self.player_bones[bones.Bones.TORSO].angle
start[bones.Bones.TORSO] = (torso_start_pos,torso_start_angle)
adjust = math.pi*0.9
if abs(angle) > math.pi*0.5:
adjust *= -1
middle = {bones.Bones.RIGHT_BICEP : (angle + adjust)%(math.pi*2),
bones.Bones.RIGHT_FOREARM : angle,
bones.Bones.TORSO : (torso_start_pos,torso_start_angle + adjust*0.1)}
final[bones.Bones.TORSO] = (torso_start_pos, torso_start_angle - adjust*0.1)
frames = [start,middle,final,final]
for frame in frames[1:]:
if abs(angle)*2 > math.pi:
frame[bones.Bones.LEFT_BICEP] = -math.pi*0.55
frame[bones.Bones.LEFT_FOREARM] = math.pi*0.55
else:
frame[bones.Bones.LEFT_BICEP] = -math.pi*0.45
frame[bones.Bones.LEFT_FOREARM] = math.pi*0.45
durations = (self.duration*0.4,self.duration*0.1,self.duration*0.5,1)
super(Punch,self).__init__(frames,durations)
def active(self):
return globals.time < (self.start + self.duration)
def get_frame(self,t):
if t > self.duration:
t = self.duration-1
return super(Punch,self).get_frame(0,t)