/// <summary>
/// Update를 끝내고 호출해야하는 함수
/// 갱신된 정보를 RenderVertex 정보로 넣어준다.
/// Child RenderUnit에 자동으로 호출한다.
/// </summary>
/// <param name="isUpdateAlways">Vertex 작업을 하는 상태에서는 True를 넣는다. 재생 전용이고 Gizmo가 안뜨면 False를 넣어주자</param>
/// <param name="isMatrixCalculateForce">Matrix를 강제로 넣어야 한다. Force 옵션 또는 tDelta > bias일때 true 값을 넣자</param>
//public void UpdateToRenderVert(float tDelta, bool isUpdateAlways, bool isMatrixCalculateForce, apMeshGroup.FUNC_IS_FORCE_UPDATE funcForceUpdate)
//public void UpdateToRenderVert(float tDelta, bool isUpdateAlways, bool isMatrixCalculateForce, apMeshGroup.FUNC_IS_FORCE_UPDATE funcForceUpdate)
public void UpdateToRenderVert(float tDelta, bool isUpdateAlways)
{
//강제로 업데이트해야하는지 결정한다.
//Profiler.BeginSample("1. Func Check");
//if(!isMatrixCalculateForce && funcForceUpdate != null)
//{
// isMatrixCalculateForce = funcForceUpdate(this);
//}
//Profiler.EndSample();
//Child까지 계산한 이후 Vertex를 계산해줘야 한다.
if (_unitType == UNIT_TYPE.Mesh && (isUpdateAlways || _isVisible))
{
bool isRigging = _calculatedStack.IsRigging;
bool isVertexLocal = _calculatedStack.IsVertexLocal;
bool isVertexWorld = _calculatedStack.IsVertexWorld;
apRenderVertex rVert = null;
for (int i = 0; i < _renderVerts.Count; i++)
{
rVert = _renderVerts[i];
rVert.ReadyToCalculate();
//단계별로 처리하자
//1) Pivot 위치 적용
//rVert.SetMatrix_1_Static_Vert2Mesh(_meshTransform._mesh.Matrix_VertToLocal, _meshTransform._mesh.MatrixHashCode);
rVert.SetMatrix_1_Static_Vert2Mesh(_meshTransform._mesh.Matrix_VertToLocal);
if (isRigging)
{
rVert.SetRigging_0_LocalPosWeight(_calculatedStack.GetVertexRigging(i), _calculatedStack.GetRiggingWeight(), _calculatedStack.GetMatrixRigging(i));
}
if (isVertexLocal)
{
//Calculate - Vertex Local Morph (Vec2)
rVert.SetMatrix_2_Calculate_VertLocal(_calculatedStack.GetVertexLocalPos(i));
}
rVert.SetMatrix_3_Transform_Mesh(WorldMatrix);
if (isVertexWorld)
{
//Calculate - Vertex World Morph (Vec2)
rVert.SetMatrix_4_Calculate_VertWorld(_calculatedStack.GetVertexWorldPos(i));
}
rVert.Calculate(tDelta);
}
}
if (_childRenderUnits.Count > 0)
{
apRenderUnit childRenderUnit = null;
for (int i = 0; i < _childRenderUnits.Count; i++)
{
childRenderUnit = _childRenderUnits[i];
//childRenderUnit.UpdateToRenderVert(tDelta, isUpdateAlways, isMatrixCalculateForce, funcForceUpdate);
childRenderUnit.UpdateToRenderVert(tDelta, isUpdateAlways);
}
}
}
/// <summary>
/// Update를 끝내고 호출해야하는 함수
/// 갱신된 정보를 RenderVertex 정보로 넣어준다.
/// Child RenderUnit에 자동으로 호출한다.
/// </summary>
/// <param name="isUpdateAlways">Vertex 작업을 하는 상태에서는 True를 넣는다. 재생 전용이고 Gizmo가 안뜨면 False를 넣어주자</param>
/// <param name="isMatrixCalculateForce">Matrix를 강제로 넣어야 한다. Force 옵션 또는 tDelta > bias일때 true 값을 넣자</param>
//public void UpdateToRenderVert(float tDelta, bool isUpdateAlways, bool isMatrixCalculateForce, apMeshGroup.FUNC_IS_FORCE_UPDATE funcForceUpdate)
//public void UpdateToRenderVert(float tDelta, bool isUpdateAlways, bool isMatrixCalculateForce, apMeshGroup.FUNC_IS_FORCE_UPDATE funcForceUpdate)
public void UpdateToRenderVert(float tDelta, bool isUpdateAlways)
{
//강제로 업데이트해야하는지 결정한다.
//Profiler.BeginSample("1. Func Check");
//if(!isMatrixCalculateForce && funcForceUpdate != null)
//{
// isMatrixCalculateForce = funcForceUpdate(this);
//}
//Profiler.EndSample();
//Child까지 계산한 이후 Vertex를 계산해줘야 한다.
if (_unitType == UNIT_TYPE.Mesh && (isUpdateAlways || _isVisible))
{
bool isRigging = _calculatedStack.IsRigging;
bool isVertexLocal = _calculatedStack.IsVertexLocal;
bool isVertexWorld = _calculatedStack.IsVertexWorld;
apRenderVertex rVert = null;
//Compute Shader를 써보자
if (apComputeShader.I.IsComputable && _portrait._isGPUAccel)
{
Profiler.BeginSample("2. Buffer Init");
int nVert = _renderVerts.Count;
if (_computedVerts_Input == null || _computedVerts_Input.Length != _renderVerts.Count)
{
_computedVerts_Input = new ComputedVert_Input[nVert];
_computedVerts_Output = new ComputedVert_Output[nVert];
}
Profiler.EndSample();
float riggingWeight = 0.0f;
if (isRigging)
{
riggingWeight = _calculatedStack.GetRiggingWeight();
}
Profiler.BeginSample("3. Make Buffer");
for (int i = 0; i < nVert; i++)
{
rVert = _renderVerts[i];
//if (isMatrixCalculateForce)
//{
// rVert.ResetMatrixHashCode();
//}
rVert.ReadyToCalculate();
//rVert.SetMatrix_1_Static_Vert2Mesh(_meshTransform._mesh.Matrix_VertToLocal, _meshTransform._mesh.MatrixHashCode);
rVert.SetMatrix_1_Static_Vert2Mesh(_meshTransform._mesh.Matrix_VertToLocal);
_computedVerts_Input[i]._posL = _renderVerts[i]._vertex._pos;
if (isRigging)
{
_computedVerts_Input[i]._posRigging = _calculatedStack.GetVertexRigging(i);
}
else
{
_computedVerts_Input[i]._posRigging = Vector2.zero;
}
if (isVertexLocal)
{
_computedVerts_Input[i]._calVertLocal = _calculatedStack.GetVertexLocalPos(i);
}
else
{
_computedVerts_Input[i]._calVertLocal = Vector2.zero;
}
if (isVertexWorld)
{
_computedVerts_Input[i]._calVertWorld = _calculatedStack.GetVertexWorldPos(i);
}
else
{
_computedVerts_Input[i]._calVertWorld = Vector2.zero;
}
}
Profiler.EndSample();
#region [미사용 코드]
//[ Compute Shader를 써보자 ]
//for (int i = 0; i < _renderVerts.Count; i++)
//{
// rVert = _renderVerts[i];
// //중복 처리 제거 코드를 리셋한다. (강제로 업데이트하기 위함)
// if (isMatrixCalculateForce)
// {
// rVert.ResetMatrixHashCode();
// }
// rVert.ReadyToCalculate();
// //단계별로 처리하자
// //1) Pivot 위치 적용
// rVert.SetMatrix_1_Static_Vert2Mesh(_meshTransform._mesh.Matrix_VertToLocal, _meshTransform._mesh.MatrixHashCode);
// //추가) Rigging 정보를 넣자
// if (isRigging)
// {
// rVert.SetRigging_0_LocalPosWeight(_calculatedStack.GetVertexRigging(i), _calculatedStack.GetRiggingWeight());
// }
// if (isVertexLocal)
// {
// //Calculate - Vertex Local Morph (Vec2)
// rVert.SetMatrix_2_Calculate_VertLocal(_calculatedStack.GetVertexLocalPos(i));
// }
// rVert.SetMatrix_3_Transform_Mesh(WorldMatrix);
// if (isVertexWorld)
// {
// //Calculate - Vertex World Morph (Vec2)
// rVert.SetMatrix_4_Calculate_VertWorld(_calculatedStack.GetVertexWorldPos(i));
// }
//}
#endregion
Profiler.BeginSample("4. Compute");
//apComputeShader.I.Compute_Editor_New(_computedVerts_Input, _computedVerts_Output, _renderVerts, _meshTransform._mesh.Matrix_VertToLocal, WorldMatrix, riggingWeight);
apComputeShader.I.AddRenderRequest(this,
_computedVerts_Input,
_renderVerts,
_meshTransform.
_mesh.Matrix_VertToLocal,
WorldMatrix,
riggingWeight);
Profiler.EndSample();
}
else
{
for (int i = 0; i < _renderVerts.Count; i++)
{
rVert = _renderVerts[i];
//중복 처리 제거 코드를 리셋한다. (강제로 업데이트하기 위함)
//if (isMatrixCalculateForce)
//{
// rVert.ResetMatrixHashCode();
//}
rVert.ReadyToCalculate();
//단계별로 처리하자
//1) Pivot 위치 적용
//rVert.SetMatrix_1_Static_Vert2Mesh(_meshTransform._mesh.Matrix_VertToLocal, _meshTransform._mesh.MatrixHashCode);
rVert.SetMatrix_1_Static_Vert2Mesh(_meshTransform._mesh.Matrix_VertToLocal);
#region [미사용 코드] 해시코드 사용 안한다.
//if (rVert.SetCalculateHashCode(_calculatedStack.CalculateHashCode))
//{
// //추가) Rigging 정보를 넣자
// if (isRigging)
// {
// rVert.SetRigging_0_LocalPosWeight(_calculatedStack.GetVertexRigging(i), _calculatedStack.GetRiggingWeight());
// }
// if (isVertexLocal)
// {
// //Calculate - Vertex Local Morph (Vec2)
// rVert.SetMatrix_2_Calculate_VertLocal(_calculatedStack.GetVertexLocalPos(i));
// }
// rVert.SetMatrix_3_Transform_Mesh(WorldMatrix);
// if (isVertexWorld)
// {
// //Calculate - Vertex World Morph (Vec2)
// rVert.SetMatrix_4_Calculate_VertWorld(_calculatedStack.GetVertexWorldPos(i));
// }
//}
#endregion
if (isRigging)
{
rVert.SetRigging_0_LocalPosWeight(_calculatedStack.GetVertexRigging(i), _calculatedStack.GetRiggingWeight());
}
if (isVertexLocal)
{
//Calculate - Vertex Local Morph (Vec2)
rVert.SetMatrix_2_Calculate_VertLocal(_calculatedStack.GetVertexLocalPos(i));
}
rVert.SetMatrix_3_Transform_Mesh(WorldMatrix);
if (isVertexWorld)
{
//Calculate - Vertex World Morph (Vec2)
rVert.SetMatrix_4_Calculate_VertWorld(_calculatedStack.GetVertexWorldPos(i));
}
rVert.Calculate(tDelta);
}
}
}
if (_childRenderUnits.Count > 0)
{
apRenderUnit childRenderUnit = null;
for (int i = 0; i < _childRenderUnits.Count; i++)
{
childRenderUnit = _childRenderUnits[i];
//childRenderUnit.UpdateToRenderVert(tDelta, isUpdateAlways, isMatrixCalculateForce, funcForceUpdate);
childRenderUnit.UpdateToRenderVert(tDelta, isUpdateAlways);
}
}
}