* add an empty constructor with logical values for serialization purposes. eg. the BinaryImporter has issues instantiating the Grid mesh.
* empty constructor for serialization purposes
* Updated OpenVR implementation to 1.0.9
User can specify external OpenVR library to load with
openvr.library.path system property.
Usage: java -Dopenvr.library.name=my_path_to_library MyApp
Removed reference to OCCULUS VR and OpenVR from VRAppstate as this class
is generic and does not have to be linked to specific implementation.
VRMouseManager can be buggous using OSVR or Occulus VR.
Refactored VR implementation packages in order to separate all available
implementation. Modifying or adding implementation should no more impact
other ones.
Renamed some classes in order to be uniform
1. Added the new option to use camera from render view port(default false)
2. Removed unnecessary synchronize blocks
3. Replaced each control own executor to global terrain executor
4. Removed unused things
5. Reduced memory allocations
6. Fixed the issue with cloning.
1. improved comparing a SafeArrayList with another SafeArrayList.
2. improved the constructor by other collection
3. added a new constructor with init capacity.
It was overriding the userDefinedUVCoords each time any one of them was used, so if different textures were depending on it, a new texCoord buffer was being created.
The issue was due to the texture blending with the object material. By default the material is gray (hence, a gray border). If the material color in blender is set to another color this is being the artifact's color. It can bee seen where the alpha in the texture isn't totally 0 or 1.
The current implementation weren't taking in account the material transparency when blending, so the fix is basically to use it just like blender does:
Cinematic:
* Reattach CameraNode to scene
* Set CameraNode's camera to be app's camera
AnimationEvent:
* Save modelName
* Use modelName and try to replace scene's model in initEvent
