import bpy
import math
import os.path
import time
from time import ctime
import shutil
#---------------------------------------------------------------------------#
def ss2f1 (a):
    return '%9.4f' %(float(a))
#---------------------------------------------------------------------------#
def ss2f(s):
    for i in range(len(s)):
        s[i]=ss2f1(s[i])
    return s
#---------------------------------------------------------------------------#
def deg2rad (deg): return math.radians(deg)
def rad2deg (rad): return math.degrees(rad)
#---------------------------------------------------------------------------#
def r2d (r): return rad2deg(r)
#---------------------------------------------------------------------------#
def path_check(s):
    s=s.replace('pose.bones["','')
    s=s.replace('"]','')
    if '.location' in s:
        s=s.replace('.location','')
        return(s,'loc')
    elif 'location' in s:
        s='body'
        return(s,'loc')
    elif '.rotation_euler' in s:
        s=s.replace('.rotation_euler','')
        return(s,'rot')
    elif 'rotation_euler' in s:
        s='body'
        return(s,'rot')
#---------------------------------------------------------------------------#
def ndic_add (key,fr):
    global ndic
    if key not in ndic: ndic[key]={}
    if fr  not in ndic[key]:
        ndic[key][fr]=[0,0,0]
#---------------------------------------------------------------------------#
def ndic_put (key,fr,x,f):
    ndic_add(key,fr)
    ndic[key][fr][x]=f
#---------------------------------------------------------------------------#
ndic={}
#---------------------------------------------------------------------------#
print()
print("Start  bone2_wr at ",ctime())
ob   = bpy.context.object
name = bpy.context.object.name
#rint("KK1: object.name : ",name)
#---------------------------------------------------------------------------#
if ob is not None:
    if  ob.animation_data        is not None \
    and ob.animation_data.action is not None :
        action = ob.animation_data.action
        for fcu in action.fcurves:
            if 'scale' in fcu.data_path: continue
            if 'quaternion' in fcu.data_path: continue
            (name,com)=path_check(fcu.data_path)
            key='%s %s' %(name,com)
            x=int(fcu.array_index)
            for kp in fcu.keyframe_points:
                fr=int(kp.co[0])
                f=float(kp.co[1])
                if com != 'loc': f=r2d(f)
                #if key ==  'body rot': #rint("KK11:",key)
                #if key == 'spine loc': #rint("KK11:",key)
                ndic_put(key,fr,x,f)
                #rint("KK81:ndic[key][fr]:",key,fr,x,f)
                #rint("KK82:ndic[key][fr]:",key,fr,ndic[key][fr])
#---------------------------------------------------------------------------#
if os.path.isfile('bone2.rot'):
    ofile='backup\\bone2.rot.'+str(int(time.time()))
    shutil.copyfile('bone2.rot',ofile)
#---------------------------------------------------------------------------#
#rint("KK2: write bone.rot...")
fo = open('bone2.rot','w')
for name in sorted(ndic.keys()):
    num=0
    for fr in sorted(ndic[name].keys()):
        name2 = name.replace(' ','   ')
        if fr%4>-1 :
            s='jin1e   %s   %3d' %(name2,fr)
            (a,b,c)=ss2f(ndic[name][fr][0:3])
            s+='  %s %s %s\n'  %(a,b,c)
            fo.write(s)
    if num>0: fo.write('\n')
fo.close()
#---------------------------------------------------------------------------#
print("Finish bone2_wr at ",ctime())
print()
#---------------------------------------------------------------------------#