def removeCustomScriptLink():
"""
Removes the custom script link (if it is present) from the
scene.
"""
try:
txt = Text.Get(SCRIPTLINK_NAME)
except NameError: # script link not found
return
scene = Scene.GetCurrent()
slinks = scene.getScriptLinks('Redraw')
if slinks is not None:
scene.clearScriptLinks()
if SCRIPTLINK_NAME in slinks:
slinks.remove(SCRIPTLINK_NAME)
for link in slinks:
scene.addScriptLink(link, 'Redraw')
Text.unlink(txt)
# do a full scene update
Scene.GetCurrent().update(1)
def Invoke(exporter=EXPORTER_NAME, use_stored=False, progress_range=None,
filename = None, selection = None, anims = None, tools = None,
optparms = None, mextract = False, animonly = False):
'''
Invokes Chicken exporter in Forced Background mode
@param exporter: Specific filename for Chicken, defaults to the version that came with this module
@param use_stored: Boolean that indicates whether to use stored parameters for export.
@param progress_range: sequence of 2 floats that defines the range of progress this represents of the total operation
@param filename: The destination filename. Defaults to working filename
@param selection: A list of strings containing the names of the selected objects. Defaults to current selection
@param anims: A list of 4-lists containing [animation-name, fps, start, end]
@param tools: A 3-tuple containing booleans that indicate whether to invoke pview, egg2bam, and egg-optchar in that order.
@param optparms: Optional parameters for egg-optchar. Defaults to '-inplace'
@param mextract: Boolean that indicates whether to attempt motion extraction. Default is False.
@param animonly: Boolean that indicates that only animation should be exported.
@return: False if exporter not found, a tuple of the form (pre-export messages, post-export messages)
if succesful (True is returned if messages were unattainable).
'''
result = True
os.environ[KEY] = 'yes' # arbitrary value, chicken only cares that it is set
if progress_range and len(progress_range) == 2:
os.environ[RANGE_KEY] = '%f,%f'%tuple(progress_range)
if not use_stored:
# make settings
settings = Text.New('interface.chicken')
os.environ[SETTINGS_KEY] = settings.getName()
settings.write(MakeSettings(filename, selection, anims, tools, optparms, mextract, animonly))
try:
Blender.Run(os.path.join(Blender.Get('scriptsdir'),exporter))
except AttributeError:
result = False
if result:
try:
msg_txt = Text.Get(os.getenv(MESSAGE_KEY))
except: pass
else:
try:
msg_str = '\n'.join(msg_txt.asLines())
import cPickle
result = cPickle.loads(msg_str)
except: print sys.exc_info()
Text.unlink(msg_txt)
if not use_stored:
# delete temp settings
Text.unlink(settings)
del os.environ[SETTINGS_KEY]
del os.environ[KEY]
if os.environ.has_key(MESSAGE_KEY):
del os.environ[MESSAGE_KEY]
if os.environ.has_key(RANGE_KEY):
del os.environ[RANGE_KEY]
return result
def loadmodel(file, words, data):
def nwprop(file, words, data):
data['nwnprops'].write('SCENE.%s=%s\n'%(words[0], words[1]))
modeldict={'beginmodelgeom': loadgeometry, 'donemodel': linereaderbreak,
'classification': nwprop, 'supermodel': nwprop, 'newanim': loadanim}
data={'scene': Scene.getCurrent(), 'nwnprops': Text.New('nwnprops'),
'animnextframe': 2, 'nwnanims': Text.New('nwnanims'), 'fps': 30}
raise ExitLineReader(linereader(file, modeldict, data))
# Seems I can't modify the frame settings.
#data['scene'].startFrame(1)
#data['scene'].currentFrame(1)
#data['scene'].endFrame(data['animnextframe']-1)
data['scene'].update()
def parse():
proptxt = Text.get('nwnprops')
if not proptxt:
putlog(
NBLog.WARNING, "Unable to find the configuration ('nwnprops'.) " +
"Using defaults...", "Props")
return
putlog(NBLog.SPAM, "Found configuration, parsing.", "Props")
lines = proptxt.asLines()
for l in lines:
# Ignore comment lines and empty lines.
if len(l) == 0:
continue
if l[0] == '#':
continue
# Find the separators.
try:
objectsep = l.index('.')
valuesep = l.index('=', objectsep)
except ValueError:
putlog(NBLog.WARNING,
"Ignoring following conf entry " + "(invalid format): " + l,
"Props")
continue
object = l[0:objectsep]
property = l[objectsep + 1:valuesep]
value = l[valuesep + 1:]
if not nwnprops.has_key(object):
nwnprops[object] = {}
nwnprops[object][property] = value
def parse():
proptxt = Text.get('nwnprops')
if not proptxt:
putlog(NBLog.WARNING,
"Unable to find the configuration ('nwnprops'.) " +
"Using defaults...", "Props")
return
putlog(NBLog.SPAM, "Found configuration, parsing.", "Props")
lines = proptxt.asLines()
for l in lines:
# Ignore comment lines and empty lines.
if len(l) == 0:
continue
if l[0] == '#':
continue
# Find the separators.
try:
objectsep=l.index('.')
valuesep=l.index('=', objectsep)
except ValueError:
putlog(NBLog.WARNING,
"Ignoring following conf entry " +
"(invalid format): " + l, "Props")
continue
object = l[0:objectsep]
property = l[objectsep+1:valuesep]
value = l[valuesep+1:]
if not nwnprops.has_key(object):
nwnprops[object] = {}
nwnprops[object][property] = value
def save_track_metadata():
global track_info, track_lists
config = ConfigParser.RawConfigParser()
# load all the data into the ConfigParser object
config.add_section("trackinfo")
for key,value in track_info.iteritems():
config.set("trackinfo", key, value)
for track_list in track_lists.keys():
i = 0
config.set("trackinfo", "num_%s" % (track_list), len(track_lists[track_list]))
if track_list == "lap_sequences" or track_list == "road_segments":
section = track_list
config.add_section(section)
for track_list_item in track_lists[track_list]:
key = "%s_%d" % (track_list.rstrip('s'), i)
config.set(section, key, track_list_item)
i += 1
else:
for track_list_item in track_lists[track_list]:
section = "%s.%d" % (track_list, i)
config.add_section(section)
keys = []
if track_list == "surfaces":
keys = new_track_surface_type("").keys()
elif track_list == "start_points":
keys = new_track_start_point("", "").keys()
for key in keys:
config.set(section, str(key), track_list_item[key])
i += 1
temp_filename = "%s/%s.%s.%s.config" % \
(tempfile.gettempdir(),
tempfile.gettempprefix(),
metadata_text_id,
time.strftime("%Y%m%d-%H%M"))
with open(temp_filename, 'wb') as temp_file:
config.write(temp_file)
track_metadata_text = Text.Load(temp_filename)
os.unlink(temp_filename)
track_metadata_text.fakeUser = True
t = None
try:
t = Text.Get(metadata_text_id)
except NameError as e:
pass # doesn't exist, don't need to remove it
else:
Text.unlink(t)
track_metadata_text.setName(metadata_text_id)
def addCustomScriptLink():
"""
Adds a custom script link to the scene so that all script
windows are redrawn whenever the scene is redrawn.
"""
txt = Text.New(SCRIPTLINK_NAME)
txt.write('import Blender\n')
txt.write('from Blender import Window\n')
txt.write('Window.Redraw(Window.Types.SCRIPT)\n')
Scene.GetCurrent().addScriptLink(SCRIPTLINK_NAME, 'Redraw')
# do a full scene update
Scene.GetCurrent().update(1)
def removeCustomScriptLink():
"""
Removes the custom script link (if it is present) from the
scene.
"""
try:
txt = Text.Get(SCRIPTLINK_NAME)
except NameError: # script link not found
return
scene = Scene.GetCurrent()
slinks = scene.getScriptLinks('Redraw')
if slinks is not None:
scene.clearScriptLinks()
if SCRIPTLINK_NAME in slinks:
slinks.remove(SCRIPTLINK_NAME)
for link in slinks:
scene.addScriptLink(link, 'Redraw')
Text.unlink(txt)
# do a full scene update
Scene.GetCurrent().update(1)
def Invoke(exporter=EXPORTER_NAME,
use_stored=False,
progress_range=None,
filename=None,
selection=None,
anims=None,
tools=None,
optparms=None,
mextract=False,
animonly=False):
'''
Invokes Chicken exporter in Forced Background mode
@param exporter: Specific filename for Chicken, defaults to the version that came with this module
@param use_stored: Boolean that indicates whether to use stored parameters for export.
@param progress_range: sequence of 2 floats that defines the range of progress this represents of the total operation
@param filename: The destination filename. Defaults to working filename
@param selection: A list of strings containing the names of the selected objects. Defaults to current selection
@param anims: A list of 4-lists containing [animation-name, fps, start, end]
@param tools: A 3-tuple containing booleans that indicate whether to invoke pview, egg2bam, and egg-optchar in that order.
@param optparms: Optional parameters for egg-optchar. Defaults to '-inplace'
@param mextract: Boolean that indicates whether to attempt motion extraction. Default is False.
@param animonly: Boolean that indicates that only animation should be exported.
@return: False if exporter not found, a tuple of the form (pre-export messages, post-export messages)
if succesful (True is returned if messages were unattainable).
'''
result = True
os.environ[
KEY] = 'yes' # arbitrary value, chicken only cares that it is set
if progress_range and len(progress_range) == 2:
os.environ[RANGE_KEY] = '%f,%f' % tuple(progress_range)
if not use_stored:
# make settings
settings = Text.New('interface.chicken')
os.environ[SETTINGS_KEY] = settings.getName()
settings.write(
MakeSettings(filename, selection, anims, tools, optparms, mextract,
animonly))
try:
Blender.Run(os.path.join(Blender.Get('scriptsdir'), exporter))
except AttributeError:
result = False
if result:
try:
msg_txt = Text.Get(os.getenv(MESSAGE_KEY))
except:
pass
else:
try:
msg_str = '\n'.join(msg_txt.asLines())
import cPickle
result = cPickle.loads(msg_str)
except:
print sys.exc_info()
Text.unlink(msg_txt)
if not use_stored:
# delete temp settings
Text.unlink(settings)
del os.environ[SETTINGS_KEY]
del os.environ[KEY]
if os.environ.has_key(MESSAGE_KEY):
del os.environ[MESSAGE_KEY]
if os.environ.has_key(RANGE_KEY):
del os.environ[RANGE_KEY]
return result
open the destination blend, paste)
Save the .blend containing the objects you want to copy first, even if it already has
a filename, only saved objects can be copied (if you had altered something, then save).
"""
import Blender
from Blender import Draw, Text, Library, Object
choice = Draw.PupMenu("Copy object(s) to buffer|Paste object(s) from buffer")
if choice == 1:
objs = Object.GetSelected()
if len(objs) == 0:
Draw.PupMenu("Please select at least 1 object!")
else:
txt = open(Blender.Get("datadir") + "/buffer", "w")
txt.write(Blender.Get("filename") + "\n")
for item in objs:
txt.write(item.getName() + "\n")
txt.close()
elif choice == 2:
txt = Text.Load(Blender.Get("datadir") + "/buffer")
buffer = txt.asLines()
Library.Open(buffer[0])
buffer.pop(0)
for item in buffer:
Library.Load(item, "Object", 0)
Library.Update()
Library.Close()
Text.unlink(txt)
Blender.Redraw()
def buttonEvt(evt):
global evtExport, evtPathChanged, evtBrows, evtExportSelection, exportSelection, exportNormals, exportTriangulated
global exportPath
global guiPopup
if evt == evtExport:
i3d = I3d()
sce = bpy.data.scenes.active
if exportSelection:
for obj in sce.objects.selected:
i3d.addObject(obj)
else:
for obj in sce.objects:
i3d.addObject(obj)
i3d.printToFile(exportPath.val)
print("exported to %s" % exportPath.val)
if evt == evtPathChanged:
pass
if evt == evtBrows:
Window.FileSelector(selectExportFile, "Ok", exportPath.val)
if evt == evtExportSelection:
exportSelection = 1 - exportSelection
Draw.Redraw(1)
if evt == evtExportNormals:
exportNormals = 1 - exportNormals
Draw.Redraw(1)
if evt == evtExportTriangulated:
exportTriangulated = 1 - exportTriangulated
Draw.Redraw(1)
if evt == evtAddObjExtension:
activeObj = bpy.data.scenes.active.objects.active
slName = "%s.i3d" % activeObj.name
sl = None
try:
sl = Text.Get(slName)
except:
sl = None
if not sl is None:
guiPopup = Draw.PupMenu(
"%s already exists. Find it in the Text Editor" % slName)
else:
sl = Text.New(slName)
sl.write("""<!--
this describes some i3d properties of the object it is linked to via Script Links.
the name of this text file must end with ".i3d".
all attributes of the SceneType node are copied to the Object in the final i3d.
"i3dNodeId" is replaced by the id the object gets in the i3d scene.
For the UserAttributes to work the attribute nodeId must be "i3dNodeId".
-->
<i3D>
<Scene>
<SceneType static="true" dynamic="false" kinematic="false"/>
</Scene>
<UserAttributes>
<UserAttribute nodeId="i3dNodeId">
<Attribute name="onCreate" type="scriptCallback" value="print"/>
</UserAttribute>
</UserAttributes>
</i3D>""")
activeObj.addScriptLink(sl.getName(), "FrameChanged")
guiPopup = Draw.PupMenu(
"Check ScriptLink panel and Text Editor for %s" % sl.getName())
if evt == evtAddMatExtension:
activeObj = bpy.data.scenes.active.objects.active
activeMat = activeObj.getData().materials[activeObj.activeMaterial - 1]
slName = "%s.i3d" % activeMat.name
sl = None
try:
sl = Text.Get(slName)
except:
sl = None
if not sl is None:
guiPopup = Draw.PupMenu(
"%s already exists. Find it in the Text Editor" % slName)
else:
sl = Text.New(slName)
sl.write("""<!--
this describes some i3d properties of the material it is linked to via Script Links.
the name of this text file must end with ".i3d".
all attribute values starting with "assets/" are added to the Files Node and replaced with the id.
in order for file references to work the path must start with "assets/".
-->
<i3D>
<Materials>
<Material customShaderId="assets/exampleCustomShader.xml">
<Custommap name="colorRampTexture" fileId="assets/exampleCustomMap.png"/>
<CustomParameter name="exampleParameter" value="2 0 0 0"/>
</Material>
</Materials>
</i3D>""")
activeMat.addScriptLink(sl.getName(), "FrameChanged")
guiPopup = Draw.PupMenu(
"Check ScriptLink panel and Text Editor for %s" % sl.getName())
def addMaterial(self, mat):
tangents = false
if mat is None:
if not self.defaultMat: #create a nice pink default material
self.lastMaterialId = self.lastMaterialId + 1
m = self.doc.createElement("Material")
m.setAttribute("name", "Default")
#m.setAttribute("materialId", "%i"%self.lastMaterialId)
m.setAttribute("diffuseColor", "%f %f %f %f" % (1, 0, 1, 1))
self.materials.appendChild(m)
self.defaultMat = self.lastMaterialId
return self.defaultMat, false
for m in self.materials.getElementsByTagName("Material"):
if m.getAttribute("name") == mat.getName():
if len(m.getElementsByTagName("Normalmap")) > 0:
tangents = true
return int(
m.getAttribute("materialId")), tangents #todo: tangents!!!
m = self.doc.createElement("Material")
m.setAttribute("name", mat.name)
self.lastMaterialId = self.lastMaterialId + 1
#m.setAttribute("materialId", "%i" % self.lastMaterialId)
m.setAttribute(
"diffuseColor", "%f %f %f %f" %
(mat.getRGBCol()[0] * mat.ref, mat.getRGBCol()[1] * mat.ref,
mat.getRGBCol()[2] * mat.ref, mat.getAlpha()))
if mat.getAlpha() < 1:
m.setAttribute("alphaBlending", "true")
m.setAttribute(
"specularColor", "%f %f %f" %
(mat.specR * mat.spec, mat.specG * mat.spec, mat.specB * mat.spec))
m.setAttribute("cosPower", "%i" % (mat.getHardness()))
if mat.getMode() & Material.Modes['NOMIST']:
m.setAttribute("allowFog", "false")
texturN = 0
for textur in mat.getTextures():
texturEnabled = 0
for t in mat.enabledTextures:
if t == texturN:
texturEnabled = 1
break
if texturEnabled:
if textur.tex.getImage() is None or textur.tex.getImage(
).getFilename() is None:
print(
"WARNING: cannot export texture named %s, its not an image!"
% textur.tex.getName())
else:
path = textur.tex.getImage().getFilename()
backslash = path.rfind("/")
if not backslash == -1:
path = path[
backslash +
1:] #cut eveerything infront of the filename. will this work on windows? todo: test
#print("path %s" %path)
#path = "assets/"+path
if textur.mtCol: #Map To Col
i3dTex = self.doc.createElement("Texture")
i3dTex.setAttribute("name", "%i" % self.addFile(path))
m.appendChild(i3dTex)
if textur.mtNor: #Map To Nor
if textur.mtNor == -1:
print(
"WARNING: normalmap %s cannot be inverted by the exporter"
% textur.tex.getName())
i3dTex = self.doc.createElement("Normalmap")
i3dTex.setAttribute("name", "%i" % self.addFile(path))
m.appendChild(i3dTex)
tangents = true
if textur.mtCsp: #Map To Spec
if textur.mtSpec == -1:
print(
"WARNING: specularmap %s cannot be inverted by the exporter"
% textur.tex.getName())
i3dTex = self.doc.createElement("Glossmap")
i3dTex.setAttribute("name", "%i" % self.addFile(path))
m.appendChild(i3dTex)
#todo: other maps
texturN = texturN + 1
#parse material ScriptLink file and merge xml into i3d (if it ends with .i3d)
for sl in mat.getScriptLinks("FrameChanged") + mat.getScriptLinks(
"Render") + mat.getScriptLinks("Redraw") + mat.getScriptLinks(
"ObjectUpdate") + mat.getScriptLinks("ObDataUpdate"):
if sl.endswith(".i3d"):
xmlText = ""
for l in Text.Get(sl).asLines():
xmlText = xmlText + l
slDom = None
try:
slDom = parseString(xmlText)
except:
print "WARNING: cant parse material script link %s" % sl
slDom = None
if not slDom is None:
for n in slDom.getElementsByTagName("Material"):
i = 0
while i < n.attributes.length: #coppy attributes
attr = n.attributes.item(i)
if attr.nodeValue.startswith("assets/"):
m.setAttribute(
attr.nodeName,
"%i" % self.addFile(attr.nodeValue))
else:
m.setAttribute(attr.nodeName, attr.nodeValue)
i = i + 1
for cn in n.childNodes: #coppy child elements
if cn.nodeType == cn.ELEMENT_NODE:
#print cn
if not cn.attributes is None:
i = 0
while i < cn.attributes.length:
attr = cn.attributes.item(i)
if attr.nodeValue.startswith(
"assets/"):
attr.nodeValue = "%i" % self.addFile(
attr.nodeValue)
i = i + 1
m.appendChild(cn)
self.materials.appendChild(m)
return self.lastMaterialId, tangents
def addObject(self, obj): #adds a scene node.
#print("add object %s" %(obj.getName()))
node = None
parentNode = self.scene
if not obj.getParent() is None:
#searching parent asuming it is already in i3d (must export ordered by hyrarchie)
for sceneNode in self.scene.getElementsByTagName("Shape"):
if sceneNode.getAttribute("name") == obj.getParent().getName():
parentNode = sceneNode
break
if parentNode == self.scene:
for sceneNode in self.scene.getElementsByTagName(
"TransformGroup"):
if sceneNode.getAttribute(
"name") == obj.getParent().getName():
parentNode = sceneNode
break
if parentNode == self.scene:
print(" parent not found!")
rotX90 = 0
if obj.type == "Mesh":
#need armature parent data
#parentArmBones holds the names of the bones and the i3d nodeId
node = self.doc.createElement("Shape")
shapeId, materialIds = self.addMesh(obj.getData(mesh=1),
self.parentArmBones)
#node.setAttribute("shapeId", "%i" %(shapeId))
node.setAttribute("ref", "%s" % (obj.getData(mesh=1).name))
if not self.parentArmBones is None:
skinBindNodeIds = ""
for pab in self.parentArmBones:
if skinBindNodeIds == "":
skinBindNodeIds = "%i" % (pab[1])
else:
skinBindNodeIds = "%s %i" % (skinBindNodeIds, pab[1])
node.setAttribute("skinBindNodeIds", skinBindNodeIds)
self.parentArmBones = None
#shading propertys stored per object in giants: getting them from first blender material
if len(obj.getData(mesh=1).materials) > 0:
if obj.getData(mesh=1).materials[0]:
mat = obj.getData(mesh=1).materials[0]
if mat.getMode() & Material.Modes['SHADOWBUF']:
node.setAttribute("castsShadows", "true")
else:
node.setAttribute("castsShadows", "false")
if mat.getMode() & Material.Modes['SHADOW']:
node.setAttribute("receiveShadows", "true")
else:
node.setAttribute("receiveShadows", "false")
else:
node.setAttribute("castsShadows", "false")
node.setAttribute("receiveShadows", "false")
elif obj.type == "Empty":
node = self.doc.createElement("TransformGroup")
elif obj.type == "Armature":
node = self.doc.createElement("TransformGroup")
#self.parentArmBones = self.addArmature(node, obj.getData())
#self.parentArmBones = self.addArmature(parentNode, obj.getData(), obj)
self.parentArmBones = self.addArmature(node, obj.getData(), obj)
#self.armaturesMap.append({0:obj.name, 1:self.parentArmBones})
elif obj.type == "Camera":
rotX90 = 1
node = self.doc.createElement("Camera")
node.setAttribute("fov", "%f" % (obj.getData().lens))
node.setAttribute("nearClip", "%f" % (obj.getData().clipStart))
node.setAttribute("farClip", "%f" % (obj.getData().clipEnd))
elif obj.type == "Lamp":
rotX90 = 1
node = self.doc.createElement("Light")
lamp = obj.getData()
lampType = ["point", "directional", "spot", "ambient"]
if lamp.getType() > 3:
node.setAttribute("type", lampType[0])
print("WARNING: lamp type not supported")
else:
node.setAttribute("type", lampType[lamp.getType()])
node.setAttribute(
"diffuseColor",
"%f %f %f" % (lamp.R * lamp.energy, lamp.G * lamp.energy,
lamp.B * lamp.energy))
node.setAttribute("emitDiffuse", "true")
node.setAttribute(
"specularColor",
"%f %f %f" % (lamp.R * lamp.energy, lamp.G * lamp.energy,
lamp.B * lamp.energy))
node.setAttribute("emitSpecular", "true")
node.setAttribute("decayRate", "%f" % (5000 - lamp.getDist()))
node.setAttribute("range", "500")
if lamp.getMode() & lamp.Modes['Shadows']:
node.setAttribute("castShadowMap", "true")
else:
node.setAttribute("castShadowMap", "false")
node.setAttribute("depthMapBias", "%f" % (lamp.bias / 1000))
node.setAttribute("depthMapResolution", "%i" % lamp.bufferSize)
node.setAttribute("coneAngle", "%f" % (lamp.getSpotSize()))
node.setAttribute("dropOff", "%f" %
(lamp.getSpotBlend() *
5)) #dropOff seems to be between 0 and 5 right?
if not node is None:
node.setAttribute("name", obj.getName())
#self.lastNodeId = self.lastNodeId + 1
#node.setAttribute("nodeId", "%i" %(self.lastNodeId))
# getLocation("localspace") seems to be buggy!
# http://blenderartists.org/forum/showthread.php?t=117421
localMat = Mathutils.Matrix(obj.matrixLocal)
#self.setTranslation(node, obj.getLocation("localspace"))
self.setTranslation(node, localMat.translationPart())
#self.setRotation(node, localMat.rotationPart().toEuler(), rotX90)
self.setRotation(node, obj.getEuler("localspace"), rotX90)
parentNode.appendChild(node)
#Todo....
#Export the animations, assuming obj is an armature, hopefully it will also work with objects
#only the active action (=clip) is exported
"""
action = obj.getAction()
if not action is None:
print("exporting animation: "+action.getName())
animSet = self.doc.createElement("AnimationSet")
animSet.setAttribute("name", obj.getName())#AnimationSets are equivalent to blenders NLA, only one per object
clip = self.doc.createElement("Clip")
clip.setAttribute("name", action.getName())
print self.parentArmBones
print action.getFrameNumbers()#the keyframes (would be nice to have them per channel)
for channel in action.getChannelNames():
print " "+channel
key_NodeId = self.lastNodeId
if not self.parentArmBones is None:
for nameId in self.parentArmBones:
if nameId[0] == channel:
key_NodeId = nameId[1]
keyframes = self.doc.createElement("Keyframes")
keyframes.setAttribute("nodeId", "%i"%key_NodeId)
ipo = action.getChannelIpo(channel)
for curve in ipo:
print " "+curve.name
for bezTri in curve.bezierPoints:
time, value = bezTri.pt
#ohoh, now the rotation would have to be calculated from Quats...
#another aproach would be to set the time of the global timeline to the keyframe times
#and then get the data from the object.getPose() which returns the current pose. (probably eazyer, but might result in redundant data)
clip.appendChild(keyframes)
#clip.setAttribute("duration",
animSet.appendChild(clip)
#print("chanels: ")
#print(action.getChannelNames())
self.animationSets.appendChild(animSet)
"""
#parse ScriptLink file and merge xml into i3d
for sl in obj.getScriptLinks("FrameChanged") + obj.getScriptLinks(
"Render"
) + obj.getScriptLinks("Redraw") + obj.getScriptLinks(
"ObjectUpdate") + obj.getScriptLinks("ObDataUpdate"):
if sl.endswith(".i3d"):
xmlText = ""
#print Text.Get(sl).asLines()
for l in Text.Get(sl).asLines():
#print l.replace("i3dNodeId", "%i" %self.lastNodeId)
xmlText = xmlText + l.replace("i3dNodeId",
"%i" % self.lastNodeId)
#print "xml: ",xmlText
#slDom = parseString(xmlText)
slDom = None
try:
slDom = parseString(xmlText)
except:
print "WARNING: cant parse %s" % sl
if not slDom is None:
for ua in slDom.getElementsByTagName("UserAttribute"):
self.userAttributes.appendChild(ua)
for st in slDom.getElementsByTagName("SceneType"):
i = 0
while i < st.attributes.length:
attr = st.attributes.item(i)
node.setAttribute(attr.nodeName,
attr.nodeValue)
i = i + 1
else:
print "WARNING: cant export ", obj.type, ": ", obj.getName()
def text_for_obj(name):
all_text = Text.Get()
for t in all_text:
if strip_suffix(t.getName()).upper() == strip_suffix(name).upper():
return t.asLines()
return []
show = 0
for objectLayer in object.layers:
for windowLayer in Window.ViewLayers():
if objectLayer == windowLayer: show = 1
if show:
try:
if object.getProperty('SpecialType').getData() == 'PhysicProxy':
if object.getProperty('proxy_type').getData() == 'Box':
drawPrimitiveCube(object)
elif object.getProperty('proxy_type').getData() == 'Mesh':
drawMesh(object)
except:
a=1 #for nothing,just a placeholder thingy
# Disable alpha blending and point smoothing.
glDisable(GL_BLEND)
glDisable(GL_POINT_SMOOTH)
"""
try:
txt = Text.Get("Rastullah Visualizer")
Text.unlink(txt)
txt = Text.New("Rastullah Visualizer")
txt.write(script_text)
except:
txt = Text.New("Rastullah Visualizer")
txt.write(script_text)
scene = Scene.GetCurrent()
scene.clearScriptLinks(['Rastullah Visualizer'])
scene.addScriptLink('Rastullah Visualizer', 'Redraw')
show = 0
for objectLayer in object.layers:
for windowLayer in Window.ViewLayers():
if objectLayer == windowLayer: show = 1
if show:
try:
if object.getProperty('SpecialType').getData() == 'PhysicProxy':
if object.getProperty('proxy_type').getData() == 'Box':
drawPrimitiveCube(object)
elif object.getProperty('proxy_type').getData() == 'Mesh':
drawMesh(object)
except:
a=1 #for nothing,just a placeholder thingy
# Disable alpha blending and point smoothing.
glDisable(GL_BLEND)
glDisable(GL_POINT_SMOOTH)
"""
try:
txt = Text.Get("Rastullah Visualizer")
Text.unlink(txt)
txt = Text.New("Rastullah Visualizer")
txt.write(script_text)
except:
txt = Text.New("Rastullah Visualizer")
txt.write(script_text)
scene = Scene.GetCurrent()
scene.clearScriptLinks(['Rastullah Visualizer'])
scene.addScriptLink('Rastullah Visualizer', 'Redraw')
