/**
* \brief Create a Mesh from a json file (comntaining mesh data) and a texture file.
* @param am the app AssetManager.
* @param mesh_file the mesh file to load
* @param texture_file the texture file to load
* @return true on success.
*/
public bool InitMesh(AssetManager am, String mesh_file, String texture_file)
{
_glLoaded = false;
LoadMesh(am, mesh_file);
texture = RenderUtils.loadTexture(am, texture_file, textureDims);
_meshLoaded = true;
return(true);
}
/**
* \brief Initialize a VideoMesh object.
*
* Intialize a VideMesh object, if necessary creates its own PikkartVideoPlayer.
* @param am the app AssetManager.
* @param movieUrl the video to be played, URL or file path
* @param keyframeUrl the video keyframe image to be displayed
* @param seekPosition the starting position (in milliseconds)
* @param autostart whatever the video should autostart on detection
* @param pikkartVideoPlayer an external PikkartVideoPlayer to use. If null, an internal one will be created.
* @return true on success.
*/
public bool InitMesh(AssetManager am,
String movieUrl,
String keyframeUrl,
int seekPosition,
bool autostart,
PikkartVideoPlayer pikkartVideoPlayer)
{
_glLoaded = false;
GenerateMesh();
if (pikkartVideoPlayer == null)
{
mPikkartVideoPlayer = new PikkartVideoPlayer();
mPikkartVideoPlayer.init();
mPikkartVideoPlayer.setActivity(mParentActivity);
}
else
{
mPikkartVideoPlayer = pikkartVideoPlayer;
}
mMovieUrl = movieUrl;
mKeyframeTextureByteBuffer = RenderUtils.loadTexture(am, keyframeUrl, mKeyframeTextureDims);
keyframeAspectRatio = (float)mKeyframeTextureDims[1] / (float)mKeyframeTextureDims[0];
mSeekPosition = seekPosition;
mAutostart = autostart;
mTexCoordTransformationMatrix = new float[16];
mIconBusyTextureByteBuffer = RenderUtils.loadTexture(am, "media/busy.png", mIconBusyTextureDims);
mIconPlayTextureByteBuffer = RenderUtils.loadTexture(am, "media/play.png", mIconPlayTextureDims);
mIconErrorTextureByteBuffer = RenderUtils.loadTexture(am, "media/error.png", mIconErrorTextureDims);
_meshLoaded = true;
return(true);
}