def readUvVert(file):
line = ascii_ops.readline(file)
values = ascii_ops.splitValues(line)
x = (ascii_ops.getFloat(values[0])) # X pos
y = (ascii_ops.getFloat(values[1])) # Y pos
coords = [x, y]
return coords
def readUvVert(file):
line = ascii_ops.readline(file)
values = ascii_ops.splitValues(line)
x = (ascii_ops.getFloat(values[0])) # X pos
y = (ascii_ops.getFloat(values[1])) # Y pos
coords = [x, y]
return coords
def readXYZ(file):
line = ascii_ops.readline(file)
values = ascii_ops.splitValues(line)
x = (ascii_ops.getFloat(values[0])) # X pos
y = (ascii_ops.getFloat(values[1])) # Y pos
z = (ascii_ops.getFloat(values[2])) # Z pos
coords = [x, y, z]
return coords
def readXYZ(file):
line = ascii_ops.readline(file)
values = ascii_ops.splitValues(line)
x = (ascii_ops.getFloat(values[0])) # X pos
y = (ascii_ops.getFloat(values[1])) # Y pos
z = (ascii_ops.getFloat(values[2])) # Z pos
coords = [x, y, z]
return coords
def read4Float(file):
line = ascii_ops.readline(file)
values = ascii_ops.splitValues(line)
values = fillArray(values, 4, 0)
x = (ascii_ops.getFloat(values[0]))
y = (ascii_ops.getFloat(values[1]))
z = (ascii_ops.getFloat(values[2]))
w = (ascii_ops.getFloat(values[3]))
coords = [x, y, z, w]
return coords
def read4Float(file):
line = ascii_ops.readline(file)
values = ascii_ops.splitValues(line)
values = fillArray(values, 4, 0)
x = (ascii_ops.getFloat(values[0]))
y = (ascii_ops.getFloat(values[1]))
z = (ascii_ops.getFloat(values[2]))
w = (ascii_ops.getFloat(values[3]))
coords = [x, y, z, w]
return coords
def poseData(string):
poseData = {}
poseList = string.split('\n')
for bonePose in poseList:
if bonePose:
pose = bonePose.split(':')
boneName = pose[0]
dataList = fillArray(pose[1].split(), 9, 1)
rotDelta = Vector((
ascii_ops.getFloat(dataList[0]),
ascii_ops.getFloat(dataList[1]),
ascii_ops.getFloat(dataList[2])))
coordDelta = Vector((
ascii_ops.getFloat(dataList[3]),
ascii_ops.getFloat(dataList[4]),
ascii_ops.getFloat(dataList[5])))
scale = Vector((
ascii_ops.getFloat(dataList[6]),
ascii_ops.getFloat(dataList[7]),
ascii_ops.getFloat(dataList[8])))
bonePose = xps_types.XpsBonePose(
boneName, coordDelta, rotDelta, scale)
poseData[boneName] = bonePose
return poseData
def poseData(string):
poseData = {}
poseList = string.split('\n')
for bonePose in poseList:
if bonePose:
pose = bonePose.split(':')
boneName = pose[0]
dataList = fillArray(pose[1].split(), 9, 1)
rotDelta = Vector((
ascii_ops.getFloat(dataList[0]),
ascii_ops.getFloat(dataList[1]),
ascii_ops.getFloat(dataList[2])))
coordDelta = Vector((
ascii_ops.getFloat(dataList[3]),
ascii_ops.getFloat(dataList[4]),
ascii_ops.getFloat(dataList[5])))
scale = Vector((
ascii_ops.getFloat(dataList[6]),
ascii_ops.getFloat(dataList[7]),
ascii_ops.getFloat(dataList[8])))
bonePose = xps_types.XpsBonePose(
boneName, coordDelta, rotDelta, scale)
poseData[boneName] = bonePose
return poseData
def makeRenderType(meshFullName):
mat = meshFullName.split("_")
maxLen = 8
# Complete the array with None
mat = mat + [None] * (maxLen - len(mat))
renderType = RenderType()
renderGroupNum = 7
meshName = 'mesh'
specularity = 1
texRepeater1 = 0
texRepeater2 = 0
renderGroupFloat = ascii_ops.getFloat(mat[0])
# meshName = mat[1]
# specularityFloat = ascii_ops.getFloat(mat[2])
# texRepeater1Float = ascii_ops.getFloat(mat[3])
# texRepeater2Float = ascii_ops.getFloat(mat[4])
if math.isnan(renderGroupFloat):
renderGroupNum = 6
meshName = mat[0]
specularityFloat = ascii_ops.getFloat(mat[1])
texRepeater1Float = ascii_ops.getFloat(mat[2])
texRepeater2Float = ascii_ops.getFloat(mat[3])
else:
renderGroupNum = int(renderGroupFloat)
meshName = mat[1]
specularityFloat = ascii_ops.getFloat(mat[2])
texRepeater1Float = ascii_ops.getFloat(mat[3])
texRepeater2Float = ascii_ops.getFloat(mat[4])
if specularityFloat and not math.isnan(specularityFloat):
specularity = specularityFloat
if texRepeater1Float and not math.isnan(texRepeater1Float):
texRepeater1 = texRepeater1Float
if texRepeater2Float and not math.isnan(texRepeater2Float):
texRepeater2 = texRepeater2Float
if mat[5]:
renderType.val4 = mat[5]
renderType.renderGroupNum = renderGroupNum
renderType.meshName = meshName
renderType.specularity = specularity
renderType.texRepeater1 = texRepeater1
renderType.texRepeater2 = texRepeater2
return renderType
def makeRenderType(meshFullName):
mat = meshFullName.split("_")
maxLen = 8
# Complete the array with None
mat = mat + [None] * (maxLen - len(mat))
renderType = RenderType()
renderGroupNum = 7
meshName = 'mesh'
specularity = 1
texRepeater1 = 0
texRepeater2 = 0
renderGroupFloat = ascii_ops.getFloat(mat[0])
# meshName = mat[1]
# specularityFloat = ascii_ops.getFloat(mat[2])
# texRepeater1Float = ascii_ops.getFloat(mat[3])
# texRepeater2Float = ascii_ops.getFloat(mat[4])
if math.isnan(renderGroupFloat):
renderGroupNum = 6
meshName = mat[0]
specularityFloat = ascii_ops.getFloat(mat[1])
texRepeater1Float = ascii_ops.getFloat(mat[2])
texRepeater2Float = ascii_ops.getFloat(mat[3])
else:
renderGroupNum = int(renderGroupFloat)
meshName = mat[1]
specularityFloat = ascii_ops.getFloat(mat[2])
texRepeater1Float = ascii_ops.getFloat(mat[3])
texRepeater2Float = ascii_ops.getFloat(mat[4])
if specularityFloat and not math.isnan(specularityFloat):
specularity = specularityFloat
if texRepeater1Float and not math.isnan(texRepeater1Float):
texRepeater1 = texRepeater1Float
if texRepeater2Float and not math.isnan(texRepeater2Float):
texRepeater2 = texRepeater2Float
if mat[5]:
renderType.val4 = mat[5]
renderType.renderGroupNum = renderGroupNum
renderType.meshName = meshName
renderType.specularity = specularity
renderType.texRepeater1 = texRepeater1
renderType.texRepeater2 = texRepeater2
return renderType
def readBoneWeight(file):
line = ascii_ops.readline(file)
values = ascii_ops.splitValues(line)
values = fillArray(values, 4, 0)
weights = [ascii_ops.getFloat(val) for val in values]
return weights
def readBoneWeight(file):
line = ascii_ops.readline(file)
values = ascii_ops.splitValues(line)
values = fillArray(values, 4, 0)
weights = [ascii_ops.getFloat(val) for val in values]
return weights
