// @Brief : Initialize
// @Param : pMocFilePath => Moc file path
// : pTexturePaths => Texture paths
// : pMotionFilePaths => Motion file paths
// : bFromResources => From resources file
public void Initialize(string pMocFilePath, string[] pTexturePaths, string[] pMotionFilePaths, bool bFromResources)
{
// Initialize live2d
KrLive2DInitializer.Create();
// Load model
byte[] pMocFile = KrResources.LoadBytes(pMocFilePath, bFromResources);
m_pLive2dModel = Live2DModelUnity.loadModel(pMocFile);
// Set render mode
// NOTE : 1. There are advantages and disadvantages depending on the type
// 2. Each drawing timing is different
// Ref : http://sites.cybernoids.jp/cubism2/sdk_tutorial/platform-setting/unity/csharp/render-mode
m_pLive2dModel.setRenderMode(Live2D.L2D_RENDER_DRAW_MESH);
for (int sIndex = 0; sIndex < pTexturePaths.Length; sIndex++)
{
Texture2D pTexture = KrResources.LoadTexture2D(pTexturePaths[sIndex], bFromResources);
// Set Texture
m_pLive2dModel.setTexture(sIndex, pTexture);
}
// Load Motion
m_pMotionDatas = new Dictionary <string, byte[]>();
for (int sIndex = 0; sIndex < pMotionFilePaths.Length; sIndex++)
{
m_pMotionDatas.Add(pMotionFilePaths[sIndex], KrResources.LoadBytes(pMotionFilePaths[sIndex], bFromResources));
}
m_pMotionManager = new MotionQueueManager();
// Create idle motion
m_pIdleMotionManager = new MotionQueueManager();
// NOTE : Let the 0th position of the motion list be the idle motion
m_pIdleMotion = Live2DMotion.loadMotion(pMotionFilePaths[0]);
m_pIdleMotion.setLoop(true);
m_pIdleMotionManager.startMotion(m_pIdleMotion, false);
SetPosition(Vector3.zero);
}
// @Brief : OnDestroy
void OnDestroy()
{
Live2D.dispose();
I = null;
}
private static KrLive2DInitializer I = null; // singleton.
//:::::::::::::::::::::::::::::::::::::::::::::::::::::
// UNITY FUNCTION
//:::::::::::::::::::::::::::::::::::::::::::::::::::::
// @Brief : Awake
void Awake()
{
I = this;
// Initialize live2d
Live2D.init();
}
