//개선된 버전 19.5.23
public void Link(apOptModifiedMesh_Physics modMeshPhysics,
apOptModifiedMeshSet modMeshSet,
apOptTransform optTransform,
apOptRenderVertex vertex)
{
//>>19.5.23 : 삭제 (불필요)
//_modifiedMesh = modifiedMesh;
//_mesh = mesh;
_vertex = vertex;
_optTransform = optTransform;
if (_linkedVertices == null)
{
_linkedVertices = new List <LinkedVertex>();
}
apOptMesh mesh = modMeshSet._targetMesh;
//이미 Bake 되었으므로 바로 Link하면 된다.
for (int i = 0; i < _linkedVertices.Count; i++)
{
LinkedVertex linkedVert = _linkedVertices[i];
apOptRenderVertex renderVert = mesh.RenderVertices[linkedVert._vertIndex];
apOptModifiedPhysicsVertex linkVert = modMeshSet.SubModMesh_Physics._vertWeights[linkedVert._vertIndex];
linkedVert.Link(renderVert, linkVert);
}
DampPhysicVertex();
}
public LinkedVertex(apPhysicsVertParam.LinkedVertex srcLinkedVertex)
{
_vertex = null;
_vertIndex = srcLinkedVertex._vertex._index;
_modVertWeight = null;
_distWeight = srcLinkedVertex._distWeight;
}
public void Link(apOptModifiedMesh modifiedMesh, apOptTransform optTransform, apOptMesh mesh, apOptRenderVertex vertex)
{
_modifiedMesh = modifiedMesh;
_mesh = mesh;
_vertex = vertex;
_optTransform = optTransform;
if (_physicParam != null)
{
_physicParam.Link(modifiedMesh, this);
}
DampPhysicVertex();
}
public OptLinkedVertex(apPhysicsVertParam.LinkedVertex srcLinkedVertex)
{
//_vertex = vertex;
_vertex = null;
_vertUniqueID = srcLinkedVertex._vertUniqueID;
_vertIndex = srcLinkedVertex._vertex._index;
_modVertWeight = null;
_deltaPosLocal = srcLinkedVertex._deltaPosLocalLinkToTarget;
_distLocal = srcLinkedVertex._distLocal;
_distWeight = srcLinkedVertex._distWeight;
_level = srcLinkedVertex._level;
}
/// <summary>
/// Linked Vertex의 객체를 Link한다.
/// </summary>
/// <param name="parentModMesh"></param>
public void Link(apOptModifiedMesh parentModMesh, apOptModifiedVertexWeight parentModVertWeight)
{
_parentModMesh = parentModMesh;
//_parentModVertWeight = parentModVertWeight;
if (_linkedVertices == null)
{
_linkedVertices = new List <OptLinkedVertex>();
}
apOptMesh mesh = parentModMesh._targetMesh;
//이미 Bake 되었으므로 바로 Link하면 된다.
for (int i = 0; i < _linkedVertices.Count; i++)
{
OptLinkedVertex linkedVert = _linkedVertices[i];
apOptRenderVertex renderVert = mesh.RenderVertices[linkedVert._vertIndex];
apOptModifiedVertexWeight linkVertWeight = _parentModMesh._vertWeights[linkedVert._vertIndex];
linkedVert.Link(renderVert, linkVertWeight);
}
}
public void Link(apOptRenderVertex linkedVertex, apOptModifiedVertexWeight linkedModVertWeight)
{
_vertex = linkedVertex;
_modVertWeight = linkedModVertWeight;
}
public void UpdateCalculate(bool isRigging, bool isVertexLocal, bool isVertexWorld, bool isVisible)
{
if (_isVisible != isVisible)
{
if (isVisible)
{
Show();
}
else
{
Hide(); //<안보인닷!
}
}
//안보이는건 업데이트하지 말자
if (isVisible)
{
apOptRenderVertex rVert = null;
//Compute Shader를 써보자
if (apComputeShader.I.IsComputable_Opt && _portrait._isGPUAccel)
{
for (int i = 0; i < _nVert; i++)
{
rVert = _renderVerts[i];
rVert.ReadyToCalculate();
if (isRigging)
{
rVert.SetRigging_0_LocalPosWeight(_parentTransform.CalculatedStack.GetVertexRigging(i),
_parentTransform.CalculatedStack.GetRiggingWeight());
}
if (isVertexLocal)
{
rVert.SetMatrix_2_Calculate_VertLocal(_parentTransform.CalculatedStack.GetVertexLocalPos(i));
}
//rVert.SetMatrix_3_Transform_Mesh(_parentTransform._matrix_TF_Cal_ToWorld);
rVert.SetMatrix_3_Transform_Mesh(_parentTransform._matrix_TFResult_World.MtrxToSpace);
if (isVertexWorld)
{
rVert.SetMatrix_4_Calculate_VertWorld(_parentTransform.CalculatedStack.GetVertexWorldPos(i));
}
}
apComputeShader.I.Compute_Opt(_renderVerts, _matrix_Vert2Mesh, _matrix_Vert2Mesh_Inverse, _parentTransform._matrix_TFResult_World.MtrxToSpace, ref _vertPositions_Updated);
}
else
{
for (int i = 0; i < _nVert; i++)
{
#if UNITY_EDITOR
Profiler.BeginSample("Opt Mesh - Update calculate Render Vertices");
#endif
rVert = _renderVerts[i];
#if UNITY_EDITOR
Profiler.BeginSample("Opt Mesh - Set Matrix");
#endif
//rVert.SetMatrix_1_Static_Vert2Mesh(...)<<이건 Bake때 넣어줍니다.
//리깅 추가
if (isRigging)
{
rVert.SetRigging_0_LocalPosWeight(_parentTransform.CalculatedStack.GetVertexRigging(i),
_parentTransform.CalculatedStack.GetRiggingWeight());
}
if (isVertexLocal)
{
rVert.SetMatrix_2_Calculate_VertLocal(_parentTransform.CalculatedStack.GetVertexLocalPos(i));
}
//rVert.SetMatrix_3_Transform_Mesh(_parentTransform._matrix_TF_Cal_ToWorld);
rVert.SetMatrix_3_Transform_Mesh(_parentTransform._matrix_TFResult_World.MtrxToSpace);
if (isVertexWorld)
{
rVert.SetMatrix_4_Calculate_VertWorld(_parentTransform.CalculatedStack.GetVertexWorldPos(i));
}
#if UNITY_EDITOR
Profiler.EndSample();
#endif
#if UNITY_EDITOR
Profiler.BeginSample("Opt Mesh - Matrix Calculate");
#endif
rVert.Calculate();
//업데이트 데이터를 넣어준다.
_vertPositions_Updated[i] = rVert._vertPos3_LocalUpdated;
#if UNITY_EDITOR
Profiler.EndSample();
#endif
#if UNITY_EDITOR
Profiler.EndSample();
#endif
}
}
}
_material.SetColor("_Color", _multiplyColor * _parentTransform._meshColor2X);
#if UNITY_EDITOR
Profiler.BeginSample("Opt Mesh - Refresh Mesh");
#endif
//if (!_isMaskParent && !_isMaskChild)
if (!_isMaskChild)
{
//Mask와 관련이 없는 경우만 갱신해준다.
//메시 갱신
RefreshMesh();
}
#if UNITY_EDITOR
Profiler.EndSample();
#endif
}
// Bake
//------------------------------------------------
public void BakeMesh(Vector3[] vertPositions,
Vector2[] vertUVs,
int[] vertUniqueIDs,
int[] vertTris,
Vector2 pivotPos,
apOptTransform parentTransform,
Texture2D texture,
apPortrait.SHADER_TYPE shaderType,
Shader shaderNormal, Shader shaderClipping
)
{
_parentTransform = parentTransform;
_vertPositions = vertPositions;
_vertUVs = vertUVs;
_vertUniqueIDs = vertUniqueIDs;
_vertTris = vertTris;
_texture = texture;
_pivotPos = pivotPos;
_nVert = _vertPositions.Length;
transform.localPosition += new Vector3(-_pivotPos.x, -_pivotPos.y, 0.0f);
_matrix_Vert2Mesh = apMatrix3x3.TRS(new Vector2(-_pivotPos.x, -_pivotPos.y), 0, Vector2.one);
_matrix_Vert2Mesh_Inverse = _matrix_Vert2Mesh.inverse;
_shaderType = shaderType;
_shaderNormal = shaderNormal;
_shaderClipping = shaderClipping;
if (_shaderNormal == null)
{
Debug.LogError("Shader Normal is Null");
}
if (_shaderClipping == null)
{
Debug.LogError("Shader Clipping is Null");
}
//RenderVert를 만들어주자
_renderVerts = new apOptRenderVertex[_nVert];
for (int i = 0; i < _nVert; i++)
{
_renderVerts[i] = new apOptRenderVertex(
_parentTransform, this,
_vertUniqueIDs[i], i,
new Vector2(vertPositions[i].x, vertPositions[i].y),
_vertUVs[i]);
_renderVerts[i].SetMatrix_1_Static_Vert2Mesh(_matrix_Vert2Mesh);
_renderVerts[i].SetMatrix_3_Transform_Mesh(parentTransform._matrix_TFResult_WorldWithoutMod.MtrxToSpace);
_renderVerts[i].Calculate();
}
if (_meshFilter == null || _mesh == null)
{
_meshFilter = GetComponent <MeshFilter>();
_mesh = new Mesh();
_mesh.name = this.name + "_Mesh";
_meshFilter.sharedMesh = _mesh;
}
if (_meshRenderer == null)
{
_meshRenderer = GetComponent <MeshRenderer>();
//_material = new Material(Shader.Find("AnyPortrait/Transparent/Colored Texture (2X)"));
//Debug.Log("Opt Shader : " + _shaderNormal.name + "(" + name + ")");
//_material = new Material(Shader.Find(_shaderName));
_material = new Material(_shaderNormal);
_material.SetColor("_Color", new Color(0.5f, 0.5f, 0.5f, 1.0f));
_material.SetTexture("_MainTex", _texture);
_meshRenderer.sharedMaterial = _material;
}
_isMaskParent = false;
_isMaskChild = false;
_clipParentID = -1;
_clipChildIDs = null;
_vertPositions_Updated = new Vector3[_vertPositions.Length];
_vertPositions_Local = new Vector3[_vertPositions.Length];
for (int i = 0; i < _vertPositions.Length; i++)
{
//Calculate 전에는 직접 Pivot Pos를 적용해주자 (Calculate에서는 자동 적용)
//_vertPositions_Updated[i] = _vertPositions[i] + new Vector3(_pivotPos.x, _pivotPos.y, 0);
//_vertPositions_Updated[i] = _vertPositions[i];
//_vertPositions_Updated[i] = _vertPositions[i] - new Vector3(_pivotPos.x, _pivotPos.y, 0);
_vertPositions_Updated[i] = _renderVerts[i]._vertPos3_LocalUpdated;
}
//_texture_Updated = _texture;
_transform = transform;
InitMesh(true);
RefreshMesh();
}
public bool Compute_Opt(apOptRenderVertex[] renderVerts,
apMatrix3x3 matrix_Static_Vert2Mesh,
apMatrix3x3 matrix_Static_Vert2Mesh_Inverse,
apMatrix3x3 matrix_MeshTransform,
ref Vector3[] targetVertList)
{
if (!IsSupport)
{
return(false);
}
Matrix2Floats(matrix_Static_Vert2Mesh, ref _matrix_Static_Vert2Mesh);
Matrix2Floats(matrix_MeshTransform, ref _matrix_MeshTransform);
Matrix2Floats(matrix_Static_Vert2Mesh_Inverse, ref _matrix_Static_Vert2MeshInverse);
_cShader_Opt.SetFloats("_mtx_Static_Vert2Mesh", _matrix_Static_Vert2Mesh);
_cShader_Opt.SetFloats("_mtx_MeshTransform", _matrix_MeshTransform);
_cShader_Opt.SetFloats("_mtx_Static_Vert2MeshInverse", _matrix_Static_Vert2MeshInverse);
_inputVerts_Opt = new InputVertexStruct_Opt[renderVerts.Length];
_outputVerts_Opt = new OutputVertexStruct_Opt[renderVerts.Length];
int nRenderVerts = renderVerts.Length;
apOptRenderVertex renderVert = null;
for (int i = 0; i < nRenderVerts; i++)
{
renderVert = renderVerts[i];
_inputVerts_Opt[i]._posL = renderVert._pos_Local;
_inputVerts_Opt[i]._posRigging = renderVert._pos_Rigging;
_inputVerts_Opt[i]._riggingWeight = renderVert._weight_Rigging;
_inputVerts_Opt[i]._mtx_Cal_VertLocal = renderVert._matrix_Cal_VertLocal;
_inputVerts_Opt[i]._mtx_Cal_VertWorld = renderVert._matrix_Cal_VertWorld;
}
_inputBuffer = new ComputeBuffer(nRenderVerts, 156);
_outputBuffer = new ComputeBuffer(nRenderVerts, 32);
_inputBuffer.SetData(_inputVerts_Opt);
_cShader_Opt.SetBuffer(_kernel_Opt, "_inputBuffer", _inputBuffer);
_cShader_Opt.SetBuffer(_kernel_Opt, "_outputBuffer", _outputBuffer);
_cShader_Opt.Dispatch(_kernel_Opt, 32, 32, 1);
_outputBuffer.GetData(_outputVerts_Opt);
for (int i = 0; i < nRenderVerts; i++)
{
renderVert = renderVerts[i];
renderVert.CalculateByComputeShader(ref _outputVerts_Opt[i]);
targetVertList[i] = renderVert._vertPos3_LocalUpdated;
}
_inputBuffer.Release();
_outputBuffer.Release();
_inputBuffer = null;
_outputBuffer = null;
return(true);
}
public void Link(apOptRenderVertex linkedVertex, apOptModifiedPhysicsVertex linkedModPhysicsVertex)
{
_vertex = linkedVertex;
_modVertWeight = linkedModPhysicsVertex;
}
