def Render(self):
# Loop trough all blender versions
for (index, executable) in enumerate(self._executables):
#Create a result container and create a new result set
resultSet = ResultSet.ResultSetClass()
# and get the build information
resultSet.SetBuildInformation(
BlenderUtils.GetBlenderVersionInformation(
self._executables[index]))
# then render all files, one after another
for renderTask in self._renderTasks:
print(">> Rendering " + renderTask[0] +
" with Blender version " +
resultSet.BuildInformation["release"])
# --engine CYCLES BLENDER_RENDER
md5 = hashlib.md5(open(renderTask[0], 'rb').read()).hexdigest()
imageoutput = "../images/results/" + md5 + "_" + resultSet.BuildInformation[
"hash"] + "_"
for line in BlenderUtils.RunCommand(executable + " -b " +
renderTask[0] +
#" -o " + imageoutput +
" -F PNG -x 1 -f " +
str(renderTask[1])):
#print(line.decode("utf-8"))
# And look if the result is available already
# btw. this is pretty weak - if "Saved:" is not recognized, the complete test result will vanish :(
if line.decode("utf-8").find('Saved: ') > -1:
consoleLine = line.decode("utf-8").split()
resultSet.AddResult({
"filename":
os.path.basename(renderTask[0]),
"rendertime":
consoleLine[3],
"savetime":
consoleLine[5].replace('(', '').replace(')', ''),
"md5":
md5,
"frame":
str(renderTask[1]).zfill(4)
})
print(resultSet.Results)
def bonerot(bindentry):
args = bindentry["bonerot"].split(":")
scale = 1
if ("scale" in bindentry):
scale = bindentry["scale"]
return lambda: BlenderUtils.get_bones_rotation_rad(*args) * scale
def childbones_rot(bindentry):
armature, axis = bindentry["childbones_rot"].split(":")
return lambda: [
BlenderUtils.get_bones_rotation_rad(armature, bone, axis)
for bone in bpy.data.objects[armature].pose.bones.keys()
]
def bonerot(bindentry):
args = bindentry["bonerot"].split(":")
scale = 1
if ("scale" in bindentry):
scale = bindentry["scale"]
return lambda: BlenderUtils.get_bones_rotation_rad(*args)*scale
def childbones_rot(bindentry):
armature, axis = bindentry["childbones_rot"].split(":")
return lambda: [
BlenderUtils.get_bones_rotation_rad(armature, bone, axis)
for bone in bpy.data.objects[armature].pose.bones.keys()
]
