def write(self, file_name):
fo = open(file_name, "wb")
if fo == 0:
print "unable to open file ", file_name
return
out = bin_data()
out.add_data("nya anim")
out.add_uint(1) #version
out.add_uint(len(self.bones))
for b in self.bones:
out.add_string(b.name)
out.add_uchar(b.type)
out.add_uint(len(b.frames))
if b.type == 10:
for f in b.frames:
out.add_uint(f.time)
out.add_float(f.pos.x)
out.add_float(f.pos.y)
out.add_float(f.pos.z)
elif b.type == 20:
for f in b.frames:
out.add_uint(f.time)
out.add_float(f.rot.v.x)
out.add_float(f.rot.v.y)
out.add_float(f.rot.v.z)
out.add_float(f.rot.w)
fo.write(out.data)
print "saved animation: ", file_name
print "file size: ", len(out.data) / 1024, "kb"
def write(self,file_name):
fo = open(file_name,"wb")
if fo == 0:
print "unable to open file ", file_name
return
out = bin_data()
out.add_data("nya anim")
out.add_uint(1) #version
out.add_uint(len(self.bones))
for b in self.bones:
out.add_string(b.name)
out.add_uchar(b.type)
out.add_uint(len(b.frames))
if b.type == 10:
for f in b.frames:
out.add_uint(f.time)
out.add_float(f.pos.x)
out.add_float(f.pos.y)
out.add_float(f.pos.z)
elif b.type == 20:
for f in b.frames:
out.add_uint(f.time)
out.add_float(f.rot.v.x)
out.add_float(f.rot.v.y)
out.add_float(f.rot.v.z)
out.add_float(f.rot.w)
fo.write(out.data)
print "saved animation: ", file_name
print "file size: ", len(out.data)/1024, "kb"
def write(self,file_name):
f = open(file_name,"wb")
if f == 0:
print "unable to open file ", file_name
return
out = bin_data()
out.add_data("nya mesh")
out.add_uint(1) #version ToDo: version 2
chunks_count = 1
mat_count = len(self.materials)
jcount = len(self.joints)
if mat_count:
chunks_count += 1;
if jcount:
chunks_count += 1;
out.add_uint(chunks_count)
#---------------- mesh data -----------------
buf = bin_data()
for i in range(6): #ToDo: aabb
buf.add_float(0)
atr_count = len(self.vert_attr)
buf.add_uchar(atr_count)
for a in self.vert_attr:
buf.add_uchar(a.type)
buf.add_uchar(a.dimension)
buf.add_string(a.semantics)
buf.add_uint(self.vcount)
buf.add_floats(self.verts_data)
icount = len(self.indices)
if icount>65535:
buf.add_uchar(4) #uint indices
buf.add_uint(icount)
buf.add_uints(self.indices)
elif icount>0:
buf.add_uchar(2) #ushort indices
buf.add_uint(icount)
buf.add_ushorts(self.indices)
else:
buf.add_uchar(0) #no indices
groups_count = len(self.groups)
buf.add_ushort(1) #lods count
buf.add_ushort(groups_count)
for g in self.groups:
buf.add_string(g.name)
for j in range(6):
buf.add_float(0)
buf.add_ushort(g.mat_idx)
buf.add_uint(g.offset)
buf.add_uint(g.count)
out.add_uint(0) #mesh
out.add_uint(len(buf.data))
out.data += buf.data
#-------------- materials data ---------------
if mat_count > 0:
buf = bin_data()
buf.add_ushort(mat_count)
for m in self.materials:
buf.add_string(m.name)
buf.add_ushort(len(m.textures))
for tex in m.textures:
buf.add_string(tex.name)
buf.add_string(tex.value)
params=m.params
buf.add_ushort(len(params))
for p in params:
buf.add_string(p.name)
buf.add_string(p.value)
vec_params=m.vec_params
buf.add_ushort(len(vec_params))
for p in vec_params:
buf.add_string(p.name)
buf.add_float(p.x)
buf.add_float(p.y)
buf.add_float(p.z)
buf.add_float(p.w)
buf.add_ushort(0) #ToDo: integer params
out.add_uint(2) #materials
out.add_uint(len(buf.data))
out.data += buf.data
#-------------- skeleton data ---------------
if jcount > 0:
buf = bin_data()
buf.add_uint(jcount)
for i in range(jcount):
buf.add_string(self.joints[i].name)
buf.add_float(0.0) #ToDo: rot
buf.add_float(0.0)
buf.add_float(0.0)
buf.add_float(1.0)
buf.add_float(self.joints[i].pos_x)
buf.add_float(self.joints[i].pos_y)
buf.add_float(self.joints[i].pos_z)
buf.add_int(self.joints[i].parent)
out.add_uint(1) #skeleton
out.add_uint(len(buf.data))
out.data += buf.data
f.write(out.data)
