def get_loading_information(self):
info = []
info.append([
"Loop Mode:", j3d.loop_mode[self.loop_mode], "Duration:",
self.duration, "Tangent Type:", j3d.tan_type[self.tan_type]
])
info.append(["Cluster Number"])
keyframes_dictionary = {}
keyframes_dictionary[0] = []
i = len(info)
count = 0
for anim in self.animations:
info.append(["Cluster " + str(count)])
array = anim.seq
keyframes_dictionary = j3d.combine_dicts(array,
keyframes_dictionary)
i = len(info)
count += 1
write_values(info, keyframes_dictionary, 1)
return info
def get_loading_information(self):
info = []
info.append( [ "Loop Mode:", j3d.loop_mode[self.loop_mode], "Angle Scale:", self.anglescale, "Duration:", self.duration, "Tan Type:", self.tan_type] )
info.append( ["Bone Name", "Component"])
keyframes_dictionary = {}
keyframes_dictionary[0] = []
i = len( info )
count = 0
for anim in self.animations:
if anim.name == "":
info.append( ["Joint " + str(count)] )
else:
info.append( [anim.name] )
things = ["Scale X:", "Scale Y:", "Scale Z:", "Rotation X:", "Rotation Y:", "Rotation Z:",
"Translation X:", "Translation Y:", "Translation Z:"]
for j in range (len ( things ) ):
comp = things[j]
if j == 0:
info[i].append(comp)
elif j == 1:
if anim.tan_inter == 0:
info.append( ["LLLL", comp] )
elif anim.tan_inter == 1:
info.append( ["SSSS", comp] )
else:
info.append( ["", comp] )
comp_dict = {}
if comp[0:1] == "S":
comp_dict = anim.scale
elif comp[0:1] == "R":
comp_dict = anim.rotation
else:
comp_dict = anim.translation
array = comp_dict[ comp[-2:-1] ]
#print(array)
keyframes_dictionary = j3d.combine_dicts(array, keyframes_dictionary)
i = len(info)
count += 1
write_values(info, keyframes_dictionary, 1)
return info
def get_loading_information(self):
info = []
info.append([
"Loop Mode:", j3d.loop_mode[self.loop_mode], "Duration:",
self.duration, "Tan Type:", j3d.tan_type[self.tan_type]
])
keyframes_dictionary = {}
keyframes_dictionary[0] = []
info.append(["Material Name", "Channel"])
i = len(info)
for anim in self.animations:
info.append([anim.name])
things = ["Red", "Green", "Blue", "Alpha"]
for j in range(len(things)):
comp = things[j]
if j == 0:
info[i].append(comp)
else:
info.append(["", comp])
array = anim.component[comp[0:1]]
#print (array)
keyframes_dictionary = j3d.combine_dicts(
array, keyframes_dictionary)
i = len(info)
write_values(info, keyframes_dictionary, 1)
#print(info)
return info
def get_loading_information(self):
info = []
info.append([self.loop_mode, self.duration, self.tan_type])
#info.append( ["Loop Mode:", j3d.loop_mode[self.loop_mode] , "Duration:", self.duration, "Tan Type:", j3d.tan_type[1] ] )
keyframes_dictionary = {}
keyframes_dictionary[0] = []
info.append( ["Material Name", "Color Index", "Channel"] )
i = len( info )
for anim in self.register_animations:
things = ["Red:", "Green:", "Blue:", "Alpha:"]
for j in range (len ( things ) ):
comp = things[j]
if j < 2:
if j == 0:
info.append( [anim.name, anim.unknown, comp] )
elif j == 1:
info.append( ["Register", "", comp] )
else:
info.append( ["", "", comp] )
array = anim.component[comp[0:1]]
#print (array)
keyframes_dictionary = j3d.combine_dicts(array, keyframes_dictionary)
i = len(info)
#write_values(info, keyframes_dictionary, 2)
#info.append( ["Constant Animations"] )
l = len( info )
print ("length " + str(l) )
for anim in self.constant_animations:
things = ["Red", "Green", "Blue", "Alpha"]
for j in range (len ( things ) ):
comp = things[j]
if j < 2:
if j == 0:
info.append( [anim.name, anim.unknown, comp] )
elif j == 1:
info.append( ["Constant", "", comp] )
else:
info.append( ["", "", comp] )
array = anim.component[comp[0:1]]
keyframes_dictionary = j3d.combine_dicts(array, keyframes_dictionary)
"""
#print (array)
thismat_kf = {}
for value in array:
thismat_kf[int(value.time)] = value.value
for k in keyframes_dictionary.keys(): #if there is a keyframe that does not apply to the current material, pad
if not k in thismat_kf.keys():
keyframes_dictionary[int(k)].append("")
for k in thismat_kf.keys():
if k in keyframes_dictionary:
keyframes_dictionary[int(k)].append(thismat_kf[k])
else: #if it's a new keyframe
to_add = []
#for count in range(int( len(info) - l - 4 )):
for count in range( len(keyframes_dictionary[0]) - 1 ):
to_add.append("")
to_add.append(thismat_kf[k])
keyframes_dictionary[int(k)] = (to_add)
"""
#print( keyframes_dictionary)
write_values(info, keyframes_dictionary, 1)
#print(info)
return info
def get_loading_information(self):
info = []
info.append([self.loop_mode, self.duration, self.tan_type])
#info.append( ["Loop_mode", j3d.loop_mode[self.loop_mode], "Angle Scale:", self.anglescale, "Duration:", self.duration, "Unknown:", self.unknown_address, "Tan Type:", j3d.tan_type[self.tan_type] ] )
info.append(["Material name", "Tangent Interpolation", "Component"])
keyframes_dictionary = {}
keyframes_dictionary[0] = []
i = len(info)
for anim in self.animations:
things = [
"Scale U:", "Scale V:", "Scale W:", "Rotation U:",
"Rotation V:", "Rotation W:", "Translation U:",
"Translation V:", "Translation W:"
]
for j in range(len(things)):
comp = things[j]
if j < 5:
if j == 0:
info.append([anim.name])
elif j == 1:
info.append(["Texture Index"])
elif j == 2:
info.append([str(anim.matindex)])
elif j == 3:
info.append(["Center"])
elif j == 4:
info.append([anim.center])
else:
info.append([""])
if anim.tan_inter[j] == 1:
info[-1].append("SSSS")
else:
info[-1].append("LLLL")
info[-1].append(comp)
comp_dict = {}
if comp[0:1] == "S":
comp_dict = anim.scale
elif comp[0:1] == "R":
comp_dict = anim.rotation
else:
comp_dict = anim.translation
array = comp_dict[comp[-2:-1]]
#print(array)
keyframes_dictionary = j3d.combine_dicts(
array, keyframes_dictionary)
i = len(info)
write_values(info, keyframes_dictionary, 1)
return info