public void StartMorphingModel(int _ChunkIndex, MODELTYPE _ModelType)
{
if (false == m_MorphingData.ContainsKey(_ChunkIndex))
{
m_MorphingData.Add(_ChunkIndex, new MorphingStruct());
}
MorphingStruct morphData = null;
morphData = m_MorphingData[_ChunkIndex];
morphData.isInMorphing = true;
string modelstr = GenerateModelStringFromTemplateSetting(_ChunkIndex, _ModelType);
Mesh_VoxelChunk Mesh = m_ShareMeshData as Mesh_VoxelChunk;
if (null != Mesh)
{
string chunkKey = GenerateChunkKeyFromIndex(_ChunkIndex);
Mesh.StartMorphingModel(chunkKey, modelstr, morphData);
}
}
public void StartMorphingModel(string chunkKey
, string newModelStr
, MorphingStruct _MorphingData )
{
// Debug.Log("MoveChunkModel chunk=" + chunkKey + " model=" + newModelStr );
Chunk attachedChunkData = null ;
if ( false == m_ChunkMap.TryGetValue(chunkKey, out attachedChunkData))
{
Debug.LogError("StartMorphingModel() false == m_ChunkMap.TryGetValue chunkKey=" + chunkKey );
return ;
}
var listObjCache = m_ChunkCache ;
List<GameObject> allOrgModelList;
if ( false == listObjCache.TryGetValue(chunkKey, out allOrgModelList))
{
Debug.LogError("StartMorphingModel() false == listObjCache.TryGetValue chunkKey=" + chunkKey );
return;
}
var storageModelDataMap = m_ModelMap ;
Chunk newModelChunkData = null ;
if ( false == storageModelDataMap.TryGetValue(newModelStr, out newModelChunkData))
{
Debug.LogError("StartMorphingModel() false == storageModelDataMap.TryGetValue newModelStr=" + newModelStr );
return ;
}
// every time start morphing, we clear old game object.
_MorphingData.morphVec.Clear() ;
foreach (GameObject o in allOrgModelList)
{
var morphObj = new MorphingObj() ;
morphObj.GameObj = o ;
_MorphingData.morphVec.Add( morphObj ) ;
}
// Debug.LogWarning("StartMorphingModel() _MorphingData.morphVec.Count=" + _MorphingData.morphVec.Count );
Vector2 gridWidthHeight = newModelChunkData.Size;
Vector2 newModelScale = newModelChunkData.Scale;
Vector3 referencePos = attachedChunkData.LocalPos + newModelChunkData.LocalPos;
int[] gridAttributes = newModelChunkData.Vertex;
Vector3 localScale = root.transform.localScale;
int _w = (int)gridWidthHeight.x;
int _h = (int)gridWidthHeight.y;
int _TotalGridSize = _w * _h;
// first phase we all all possible position.
List<Vector3> validPositionVec = new List<Vector3>() ;
List<Color> validColorVec = new List<Color>() ;
for (int i = 0; i < _TotalGridSize ; ++i)
{
int voxel = gridAttributes[i];
Vector3 targetPos = Vector3.zero ;
Color targetColor ;
if (voxel > 0 )
{
targetPos = this.CalculatePositionFromRootPosition( root.transform.position
, localScale
, newModelScale
, referencePos , _w , _h , i ) ;
validPositionVec.Add( targetPos ) ;
targetColor = this.CalculateColorFromRootPosition( voxel ) ;
// Debug.LogWarning("StartMorphingModel() targetColor=" + targetColor );
validColorVec.Add( targetColor ) ;
}
}
// Debug.LogWarning("StartMorphingModel() _MorphingData.morphVec.Count=" + _MorphingData.morphVec.Count );
// Debug.LogWarning("StartMorphingModel() validPositionVec.Count=" + validPositionVec.Count );
// second phase we randomize the vector
CollectionUtility.List_Vector3Color_Shuffle( validPositionVec , validColorVec ) ;
// third phase we try mapping morph object to those shuffled position.
int mappingIndex = 0 ;
for (int i = 0; i < _MorphingData.morphVec.Count && validPositionVec.Count > 0 ; ++i)
{
_MorphingData.morphVec[ i ].Target = validPositionVec[ mappingIndex ] ;
_MorphingData.morphVec[ i ].DestinationColor = validColorVec[ mappingIndex ] ;
// Debug.Log ("validColorVec[ mappingIndex ]" + validColorVec[ mappingIndex ] );
if ( i < validPositionVec.Count )// if our morph object more than valid position
{
++mappingIndex ;// everty time we used one slot, plus one.
}
}
// Debug.LogWarning("StartMorphingModel() indexValidPosition=" + indexValidPosition );
}
public void StartMorphingModel(string chunkKey
, string newModelStr
, MorphingStruct _MorphingData)
{
// Debug.Log("MoveChunkModel chunk=" + chunkKey + " model=" + newModelStr );
Chunk attachedChunkData = null;
if (false == m_ChunkMap.TryGetValue(chunkKey, out attachedChunkData))
{
Debug.LogError("StartMorphingModel() false == m_ChunkMap.TryGetValue chunkKey=" + chunkKey);
return;
}
var listObjCache = m_ChunkCache;
List <GameObject> allOrgModelList;
if (false == listObjCache.TryGetValue(chunkKey, out allOrgModelList))
{
Debug.LogError("StartMorphingModel() false == listObjCache.TryGetValue chunkKey=" + chunkKey);
return;
}
var storageModelDataMap = m_ModelMap;
Chunk newModelChunkData = null;
if (false == storageModelDataMap.TryGetValue(newModelStr, out newModelChunkData))
{
Debug.LogError("StartMorphingModel() false == storageModelDataMap.TryGetValue newModelStr=" + newModelStr);
return;
}
// every time start morphing, we clear old game object.
_MorphingData.morphVec.Clear();
foreach (GameObject o in allOrgModelList)
{
var morphObj = new MorphingObj();
morphObj.GameObj = o;
_MorphingData.morphVec.Add(morphObj);
}
// Debug.LogWarning("StartMorphingModel() _MorphingData.morphVec.Count=" + _MorphingData.morphVec.Count );
Vector2 gridWidthHeight = newModelChunkData.Size;
Vector2 newModelScale = newModelChunkData.Scale;
Vector3 referencePos = attachedChunkData.LocalPos + newModelChunkData.LocalPos;
int[] gridAttributes = newModelChunkData.Vertex;
Vector3 localScale = root.transform.localScale;
int _w = (int)gridWidthHeight.x;
int _h = (int)gridWidthHeight.y;
int _TotalGridSize = _w * _h;
// first phase we all all possible position.
List <Vector3> validPositionVec = new List <Vector3>();
List <Color> validColorVec = new List <Color>();
for (int i = 0; i < _TotalGridSize; ++i)
{
int voxel = gridAttributes[i];
Vector3 targetPos = Vector3.zero;
Color targetColor;
if (voxel > 0)
{
targetPos = this.CalculatePositionFromRootPosition(root.transform.position
, localScale
, newModelScale
, referencePos, _w, _h, i);
validPositionVec.Add(targetPos);
targetColor = this.CalculateColorFromRootPosition(voxel);
// Debug.LogWarning("StartMorphingModel() targetColor=" + targetColor );
validColorVec.Add(targetColor);
}
}
// Debug.LogWarning("StartMorphingModel() _MorphingData.morphVec.Count=" + _MorphingData.morphVec.Count );
// Debug.LogWarning("StartMorphingModel() validPositionVec.Count=" + validPositionVec.Count );
// second phase we randomize the vector
CollectionUtility.List_Vector3Color_Shuffle(validPositionVec, validColorVec);
// third phase we try mapping morph object to those shuffled position.
int mappingIndex = 0;
for (int i = 0; i < _MorphingData.morphVec.Count && validPositionVec.Count > 0; ++i)
{
_MorphingData.morphVec[i].Target = validPositionVec[mappingIndex];
_MorphingData.morphVec[i].DestinationColor = validColorVec[mappingIndex];
// Debug.Log ("validColorVec[ mappingIndex ]" + validColorVec[ mappingIndex ] );
if (i < validPositionVec.Count) // if our morph object more than valid position
{
++mappingIndex; // everty time we used one slot, plus one.
}
}
// Debug.LogWarning("StartMorphingModel() indexValidPosition=" + indexValidPosition );
}