def writeCameraNodeData(self,file,bObject,level):
i1 = iUtils.getIndent(level,3)
i2 = iUtils.getIndent(level,6)
localSpace = bObject.getMatrix('localspace')
ipos = iUtils.b2iPosition(localSpace, bObject)
irot = iUtils.b2iRotation(localSpace, bObject)
iscale = iUtils.b2iVector(localSpace.scalePart())
spos = '%.6f, %.6f, %.6f' % (ipos.x, ipos.y, ipos.z)
srot = '%.6f, %.6f, %.6f' % (irot.x, irot.y, irot.z)
sscale = '%.6f, %.6f, %.6f' % (iscale.x, iscale.y, iscale.z)
self.writeSTDAttributes(file,i1,i2,bObject,spos,srot,sscale)
camera = bObject.getData()
#
# calculate target based on x,z rotation
#
target = Blender.Mathutils.Vector(0.0,0.0,0.0)
#target.normalize()
#target = target * 100.0
rpos = Blender.Mathutils.Vector(ipos.x,ipos.y,ipos.z)
#target = target + rpos
starget = '%.6f, %.6f, %.6f' % (target.x, target.z, target.y)
#
# override fov & aspect with logic properties if defined
#
fov = 2 * math.atan(16.0 / camera.lens )
aspect = 1.25
prop = iUtils.getProperty('fov',bObject)
if prop != None and type(prop) == float:
fov = prop
prop = iUtils.getProperty('aspect',bObject)
if prop != None and type(prop) == float:
aspect = prop
file.write(i2 + '<vector3d name="Target" value="%s"/>\n' % (starget))
file.write(i2 + '<vector3d name="UpVector" value="0.000000,' +
' 1.000000, 0.000000"/>\n')
file.write(i2 + '<float name="Fovy" value="%.6f"/>\n' % fov)
file.write(i2 + '<float name="Aspect" value="%.6f"/>\n' % aspect)
file.write(i2 + '<float name="ZNear" value="%.2f"/>\n' %
camera.clipStart)
file.write(i2 + '<float name="ZFar" value="%.2f"/>\n' %
camera.clipEnd)
file.write(i1 + '</attributes>\n')
writeUserData(file,i1,i2,bObject)
def _exportObject(self, bObject):
inVisibleLayer = False
for l in bObject.layers:
if l in self.gSceneLayers:
inVisibleLayer = True
break
if not inVisibleLayer:
return
type = bObject.getType()
writeObject = True
if type == "Mesh" and self.gSelectedMeshesOnly == 1 and not bObject.sel:
writeObject = False
itype = iUtils.getProperty("inodetype", bObject)
if itype != None:
itype = itype.lower()
if itype == "default":
itype = None
writeTail = True
if writeObject:
if itype != None:
if itype == "skybox":
sImages = self._validateSkyBox(bObject)
if sImages == None:
writeTail = False
else:
self.iScene.writeNodeHead(self.sfile, self.gObjectLevel, "skyBox")
self.iScene.writeSkyBoxNodeData(self.sfile, bObject, sImages, self.gObjectLevel)
for image in sImages:
self._saveImage(image)
elif itype == "billboard":
bbImage = self._validateBillboard(bObject)
if bbImage == None:
writeTail = False
else:
self.iScene.writeNodeHead(self.sfile, self.gObjectLevel, "billBoard")
self.iScene.writeBillboardNodeData(self.sfile, bObject, bbImage, self.gObjectLevel)
self._saveImage(bbImage)
else:
# display invalid "inodetype" warning
addWarning('Object "%s", has invalid "inodetype."' % bObject.name)
writeTail = False
elif type == "Mesh":
if self.sfile != None:
#
# should check if mesh actually contains animations...
#
self.iScene.writeNodeHead(self.sfile, self.gObjectLevel, "mesh")
self._exportMesh(bObject)
self.gObjectCount += 1
elif type == "Lamp":
if (self.sfile != None) and self.gExportLights:
self.iScene.writeNodeHead(self.sfile, self.gObjectLevel, "light")
self.iScene.writeLightNodeData(self.sfile, bObject, self.gObjectLevel)
self.gLightCount += 1
else:
writeTail = False
elif type == "Camera":
if (self.sfile != None) and self.gExportCameras:
self.iScene.writeNodeHead(self.sfile, self.gObjectLevel, "camera")
self.iScene.writeCameraNodeData(self.sfile, bObject, self.gObjectLevel)
self.gCameraCount += 1
else:
writeTail = False
elif type == "Empty" or type == "Armature":
if self.sfile != None:
self.iScene.writeNodeHead(self.sfile, self.gObjectLevel, "empty")
self.iScene.writeEmptyObject(self.sfile, bObject, self.gObjectLevel)
else:
writeTail = False
else:
writeTail = False
self.gObjectLevel += 1
cObjects = self._getChildren(bObject)
for cObject in cObjects:
self._exportObject(cObject)
self.gObjectLevel -= 1
if writeObject and (self.sfile != None) and writeTail:
self.iScene.writeNodeTail(self.sfile, self.gObjectLevel)
