//추가
/// <summary>
/// Modifier가 적용되지 않은 Render Vert의 World Position이 필요할때 이 함수를 호출하자.
/// 결과값은 각 RenderVert의 _pos_World_NoMod에 저장된다.
/// </summary>
public void CalculateWorldPositionWithoutModifier()
{
//강제로 업데이트해야하는지 결정한다.
//Child까지 계산한 이후 Vertex를 계산해줘야 한다.
if (_unitType == UNIT_TYPE.Mesh)
{
apRenderVertex rVert = null;
for (int i = 0; i < _renderVerts.Count; i++)
{
rVert = _renderVerts[i];
rVert.CalculateNotModified(_meshTransform._mesh.Matrix_VertToLocal, WorldMatrixWrapWithoutModified.MtrxToSpace);
}
}
//이건 필요한 RenderUnit만 따로 호출하므로 굳이 Child도 호출할 필요가 없다.
//if (_childRenderUnits.Count > 0)
//{
// apRenderUnit childRenderUnit = null;
// for (int i = 0; i < _childRenderUnits.Count; i++)
// {
// childRenderUnit = _childRenderUnits[i];
// childRenderUnit.CalculateWorldPositionWithoutModifier();
// }
//}
}
public void Link(apModifiedMesh modifiedMesh, apMesh mesh, apVertex vertex)
{
_modifiedMesh = modifiedMesh;
_mesh = mesh;
_vertex = vertex;
if (_vertex != null)
{
_vertIndex = _vertex._index;
}
else
{
_vertIndex = -1;
}
_renderVertex = null;
if (modifiedMesh._renderUnit != null && _vertex != null)
{
_renderVertex = modifiedMesh._renderUnit._renderVerts.Find(delegate(apRenderVertex a)
{
return(a._vertex == _vertex);
});
}
if (_physicParam == null)
{
_physicParam = new apPhysicsVertParam();
}
_physicParam.Link(modifiedMesh, this);
RefreshModMeshAndWeights(_modifiedMesh);
}
public Vector2 _cal_VertWorld; //64
public RenderRequest(apRenderUnit renderUnit,
apRenderVertex renderVert,
apMatrix3x3 matrix_Static_Vert2Mesh,
apMatrix3x3 matrix_MeshTransform,
apMatrix3x3 matrix_MeshTransformInverse,
int iVert,
Vector2 posL,
float riggingWeight,
Vector2 posRigging,
Vector2 cal_VertLocal,
Vector2 cal_VertWorld
)
{
_renderUnit = renderUnit;
_renderVert = renderVert;
_matrix_Static_Vert2Mesh = matrix_Static_Vert2Mesh;
_matrix_MeshTransform = matrix_MeshTransform;
_matrix_MeshTransformInverse = matrix_MeshTransformInverse;
_iVert = iVert;
_posL = posL;
_riggingWeight = riggingWeight;
_posRigging = posRigging;
_cal_VertLocal = cal_VertLocal;
_cal_VertWorld = cal_VertWorld;
}
public void RefreshModMeshAndRenderVertex(apModifiedMesh modifiedMesh)
{
if (_modifiedMesh != modifiedMesh || _renderVertex == null)
{
_modifiedMesh = modifiedMesh;
if (_modifiedMesh != null && modifiedMesh._renderUnit != null && _vertex != null)
{
_renderVertex = modifiedMesh._renderUnit._renderVerts.Find(delegate(apRenderVertex a)
{
return(a._vertex == _vertex);
});
}
}
}
// 단축키 : 버텍스 전체 선택
private void OnHotKeyEvent__Modifier_Physics__Ctrl_A(object paramObject)
{
if (Editor.Select.MeshGroup == null || Editor.Select.Modifier == null)
{
return;
}
if (Editor.Select.ModRenderVertListOfMod == null)
{
return;
}
if (Editor.Select.ExEditingMode != apSelection.EX_EDIT.None && Editor.Select.ExKey_ModMesh != null && Editor.Select.MeshGroup != null)
{
//선택된 RenderUnit을 고르자
apRenderUnit targetRenderUnit = Editor.Select.MeshGroup.GetRenderUnit(Editor.Select.ExKey_ModMesh._transform_Mesh);
if (targetRenderUnit != null)
{
//모든 버텍스를 선택
for (int iVert = 0; iVert < targetRenderUnit._renderVerts.Count; iVert++)
{
apRenderVertex renderVert = targetRenderUnit._renderVerts[iVert];
apModifiedVertexWeight selectedModVertWeight = Editor.Select.ExKey_ModMesh._vertWeights.Find(delegate(apModifiedVertexWeight a)
{
return(renderVert._vertex._uniqueID == a._vertexUniqueID);
});
Editor.Select.AddModVertexOfModifier(null, null, selectedModVertWeight, renderVert);
}
Editor.Gizmos.SetSelectResultForce_Multiple <apSelection.ModRenderVert>(Editor.Select.ModRenderVertListOfMod);
Editor.RefreshControllerAndHierarchy(false);
//Editor.Repaint();
Editor.SetRepaint();
Editor.Select.AutoSelectModMeshOrModBone();
}
}
}
public void Link(apModifiedMesh modifiedMesh, apMesh mesh, apVertex vertex)
{
_modifiedMesh = modifiedMesh;
_mesh = mesh;
_vertex = vertex;
if (_vertex != null)
{
_vertIndex = _vertex._index;
}
else
{
_vertIndex = -1;
}
_renderVertex = null;
if (modifiedMesh._renderUnit != null && _vertex != null)
{
_renderVertex = modifiedMesh._renderUnit._renderVerts.Find(delegate(apRenderVertex a)
{
return(a._vertex == _vertex);
});
}
}
/// <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>
/// Physic Modifier내에서의 Gizmo 이벤트 : Vertex 계열 선택시 [단일 선택]
/// </summary>
/// <param name="mousePosGL"></param>
/// <param name="mousePosW"></param>
/// <param name="btnIndex"></param>
/// <param name="selectType"></param>
/// <returns></returns>
public apGizmos.SelectResult Select__Modifier_Physics(Vector2 mousePosGL, Vector2 mousePosW, int btnIndex, apGizmos.SELECT_TYPE selectType)
{
if (Editor.Select.MeshGroup == null || Editor.Select.Modifier == null)
{
return(null);
}
//(Editing 상태일 때)
//1. Vertex 선택
//2. (Lock 걸리지 않았다면) 다른 Transform을 선택
//(Editing 상태가 아닐 때)
//(Lock 걸리지 않았다면) Transform을 선택한다.
// Child 선택이 가능하면 MeshTransform을 선택. 그렇지 않아면 MeshGroupTransform을 선택해준다.
if (Editor.Select.ModRenderVertListOfMod == null)
{
return(null);
}
int prevSelectedCount = Editor.Select.ModRenderVertListOfMod.Count;
if (!Editor.Controller.IsMouseInGUI(mousePosGL))
{
return(apGizmos.SelectResult.Main.SetMultiple <apSelection.ModRenderVert>(Editor.Select.ModRenderVertListOfMod));
}
bool isChildMeshTransformSelectable = Editor.Select.Modifier.IsTarget_ChildMeshTransform;
//apGizmos.SELECT_RESULT result = apGizmos.SELECT_RESULT.None;
bool isTransformSelectable = false;
if (Editor.Select.ExEditingMode != apSelection.EX_EDIT.None)
{
//(Editing 상태일 때)
//1. Vertex 선택
//2. (Lock 걸리지 않았다면) 다른 Transform을 선택
bool selectVertex = false;
if (Editor.Select.ExKey_ModMesh != null && Editor.Select.MeshGroup != null)
{
//일단 선택한 Vertex가 클릭 가능한지 체크
if (Editor.Select.ModRenderVertOfMod != null)
{
if (Editor.Select.ModRenderVertListOfMod.Count == 1)
{
if (Editor.Controller.IsVertexClickable(apGL.World2GL(Editor.Select.ModRenderVertOfMod._renderVert._pos_World), mousePosGL))
{
if (selectType == apGizmos.SELECT_TYPE.Subtract)
{
//삭제인 경우 : ModVertWeight를 선택한다.
Editor.Select.RemoveModVertexOfModifier(null, null, Editor.Select.ModRenderVertOfMod._modVertWeight, Editor.Select.ModRenderVertOfMod._renderVert);
}
else
{
//그 외에는 => 그대로 갑시다.
selectVertex = true;
//return apGizmos.SELECT_RESULT.SameSelected;
}
//return Editor.Select.ModRenderVertListOfMod.Count;
return(apGizmos.SelectResult.Main.SetMultiple <apSelection.ModRenderVert>(Editor.Select.ModRenderVertListOfMod));
}
}
else
{
//여러개라고 하네요.
List <apSelection.ModRenderVert> modRenderVerts = Editor.Select.ModRenderVertListOfMod;
for (int iModRenderVert = 0; iModRenderVert < modRenderVerts.Count; iModRenderVert++)
{
apSelection.ModRenderVert modRenderVert = modRenderVerts[iModRenderVert];
if (Editor.Controller.IsVertexClickable(apGL.World2GL(modRenderVert._renderVert._pos_World), mousePosGL))
{
if (selectType == apGizmos.SELECT_TYPE.Subtract)
{
//삭제인 경우
//하나 지우고 끝
//결과는 List의 개수
Editor.Select.RemoveModVertexOfModifier(null, null, modRenderVert._modVertWeight, modRenderVert._renderVert);
}
else if (selectType == apGizmos.SELECT_TYPE.Add)
{
//Add 상태에서 원래 선택된걸 누른다면
//추가인 경우 => 그대로
selectVertex = true;
}
else
{
//만약... new 라면?
//다른건 초기화하고
//얘만 선택해야함
apRenderVertex selectedRenderVert = modRenderVert._renderVert;
apModifiedVertexWeight selectedModVertWeight = modRenderVert._modVertWeight;
Editor.Select.SetModVertexOfModifier(null, null, null, null);
Editor.Select.SetModVertexOfModifier(null, null, selectedModVertWeight, selectedRenderVert);
}
//return Editor.Select.ModRenderVertListOfMod.Count;
return(apGizmos.SelectResult.Main.SetMultiple <apSelection.ModRenderVert>(Editor.Select.ModRenderVertListOfMod));
}
}
}
}
if (selectType == apGizmos.SELECT_TYPE.New)
{
//Add나 Subtract가 아닐땐, 잘못 클릭하면 선택을 해제하자 (전부)
Editor.Select.SetModVertexOfModifier(null, null, null, null);
}
if (selectType != apGizmos.SELECT_TYPE.Subtract)
{
if (Editor.Select.ExKey_ModMesh._transform_Mesh != null &&
Editor.Select.ExKey_ModMesh._vertices != null)
{
//선택된 RenderUnit을 고르자
apRenderUnit targetRenderUnit = Editor.Select.MeshGroup.GetRenderUnit(Editor.Select.ExKey_ModMesh._transform_Mesh);
if (targetRenderUnit != null)
{
for (int iVert = 0; iVert < targetRenderUnit._renderVerts.Count; iVert++)
{
apRenderVertex renderVert = targetRenderUnit._renderVerts[iVert];
bool isClick = Editor.Controller.IsVertexClickable(apGL.World2GL(renderVert._pos_World), mousePosGL);
if (isClick)
{
apModifiedVertexWeight selectedModVertWeight = Editor.Select.ExKey_ModMesh._vertWeights.Find(delegate(apModifiedVertexWeight a)
{
return(renderVert._vertex._uniqueID == a._vertexUniqueID);
});
if (selectedModVertWeight != null)
{
if (selectType == apGizmos.SELECT_TYPE.New)
{
Editor.Select.SetModVertexOfModifier(null, null, selectedModVertWeight, renderVert);
}
else if (selectType == apGizmos.SELECT_TYPE.Add)
{
Editor.Select.AddModVertexOfModifier(null, null, selectedModVertWeight, renderVert);
}
selectVertex = true;
//result = apGizmos.SELECT_RESULT.NewSelected;
break;
}
}
}
}
}
}
}
//Vertex를 선택한게 없다면
//+ Lock 상태가 아니라면
if (!selectVertex && !Editor.Select.IsLockExEditKey)
{
//Transform을 선택
isTransformSelectable = true;
}
}
else
{
//(Editing 상태가 아닐때)
isTransformSelectable = true;
if (Editor.Select.ExKey_ModMesh != null && Editor.Select.IsLockExEditKey)
{
//뭔가 선택된 상태에서 Lock이 걸리면 다른건 선택 불가
isTransformSelectable = false;
}
}
if (isTransformSelectable && selectType == apGizmos.SELECT_TYPE.New)
{
//(Editing 상태가 아닐 때)
//Transform을 선택한다.
apTransform_Mesh selectedMeshTransform = null;
List <apRenderUnit> renderUnits = Editor.Select.MeshGroup._renderUnits_All; //<<정렬된 Render Unit
for (int iUnit = 0; iUnit < renderUnits.Count; iUnit++)
{
apRenderUnit renderUnit = renderUnits[iUnit];
if (renderUnit._meshTransform != null && renderUnit._meshTransform._mesh != null)
{
if (renderUnit._meshTransform._isVisible_Default && renderUnit._meshColor2X.a > 0.1f) //Alpha 옵션 추가
{
//Debug.LogError("TODO : Mouse Picking 바꿀것");
bool isPick = apEditorUtil.IsMouseInRenderUnitMesh(
mousePosGL, renderUnit);
if (isPick)
{
selectedMeshTransform = renderUnit._meshTransform;
//찾았어도 계속 찾는다.
//뒤의 아이템이 "앞쪽"에 있는 것이기 때문
}
}
}
}
if (selectedMeshTransform != null)
{
//만약 ChildMeshGroup에 속한 거라면,
//Mesh Group 자체를 선택해야 한다. <- 추가 : Child Mesh Transform이 허용되는 경우 그럴 필요가 없다.
apMeshGroup parentMeshGroup = Editor.Select.MeshGroup.FindParentMeshGroupOfMeshTransform(selectedMeshTransform);
if (parentMeshGroup == null || parentMeshGroup == Editor.Select.MeshGroup || isChildMeshTransformSelectable)
{
Editor.Select.SetSubMeshInGroup(selectedMeshTransform);
}
else
{
apTransform_MeshGroup childMeshGroupTransform = Editor.Select.MeshGroup.FindChildMeshGroupTransform(parentMeshGroup);
if (childMeshGroupTransform != null)
{
Editor.Select.SetSubMeshGroupInGroup(childMeshGroupTransform);
}
else
{
Editor.Select.SetSubMeshInGroup(selectedMeshTransform);
}
}
}
else
{
Editor.Select.SetSubMeshInGroup(null);
}
Editor.RefreshControllerAndHierarchy();
//Editor.Repaint();
Editor.SetRepaint();
}
//개수에 따라 한번더 결과 보정
if (Editor.Select.ModRenderVertListOfMod != null)
{
//return Editor.Select.ModRenderVertListOfMod.Count;
return(apGizmos.SelectResult.Main.SetMultiple <apSelection.ModRenderVert>(Editor.Select.ModRenderVertListOfMod));
}
return(null);
}
/// <summary>
/// Physics Modifier내에서의 Gizmo 이벤트 : Vertex 계열 선택시 [복수 선택]
/// </summary>
/// <param name="mousePosGL_Min"></param>
/// <param name="mousePosGL_Max"></param>
/// <param name="mousePosW_Min"></param>
/// <param name="mousePosW_Max"></param>
/// <param name="areaSelectType"></param>
/// <returns></returns>
public apGizmos.SelectResult MultipleSelect__Modifier_Physics(Vector2 mousePosGL_Min, Vector2 mousePosGL_Max, Vector2 mousePosW_Min, Vector2 mousePosW_Max, apGizmos.SELECT_TYPE areaSelectType)
{
if (Editor.Select.MeshGroup == null || Editor.Select.Modifier == null)
{
return(null);
}
if (Editor.Select.ModRenderVertListOfMod == null)
{
return(null);
}
// 이건 다중 버텍스 선택밖에 없다.
//Transform 선택은 없음
bool isAnyChanged = false;
if (Editor.Select.ExEditingMode != apSelection.EX_EDIT.None && Editor.Select.ExKey_ModMesh != null && Editor.Select.MeshGroup != null)
{
//선택된 RenderUnit을 고르자
apRenderUnit targetRenderUnit = Editor.Select.MeshGroup.GetRenderUnit(Editor.Select.ExKey_ModMesh._transform_Mesh);
if (targetRenderUnit != null)
{
for (int iVert = 0; iVert < targetRenderUnit._renderVerts.Count; iVert++)
{
apRenderVertex renderVert = targetRenderUnit._renderVerts[iVert];
bool isSelectable = (mousePosW_Min.x < renderVert._pos_World.x && renderVert._pos_World.x < mousePosW_Max.x) &&
(mousePosW_Min.y < renderVert._pos_World.y && renderVert._pos_World.y < mousePosW_Max.y);
if (isSelectable)
{
apModifiedVertexWeight selectedModVertWeight = Editor.Select.ExKey_ModMesh._vertWeights.Find(delegate(apModifiedVertexWeight a)
{
return(renderVert._vertex._uniqueID == a._vertexUniqueID);
});
if (selectedModVertWeight != null)
{
if (areaSelectType == apGizmos.SELECT_TYPE.Add ||
areaSelectType == apGizmos.SELECT_TYPE.New)
{
Editor.Select.AddModVertexOfModifier(null, null, selectedModVertWeight, renderVert);
}
else
{
Editor.Select.RemoveModVertexOfModifier(null, null, selectedModVertWeight, renderVert);
}
isAnyChanged = true;
}
}
}
Editor.RefreshControllerAndHierarchy();
//Editor.Repaint();
Editor.SetRepaint();
}
}
if (isAnyChanged)
{
Editor.Select.AutoSelectModMeshOrModBone();
}
//return Editor.Select.ModRenderVertListOfMod.Count;
return(apGizmos.SelectResult.Main.SetMultiple <apSelection.ModRenderVert>(Editor.Select.ModRenderVertListOfMod));
}
/// <summary>
/// Rigging Modifier 내에서의 Gizmo 이벤트 : Vertex 선택 또는 Bone 선택 [단일 선택]
/// </summary>
/// <param name="mousePosGL"></param>
/// <param name="mousePosW"></param>
/// <param name="btnIndex"></param>
/// <param name="selectType"></param>
/// <returns></returns>
public apGizmos.SelectResult Select__Modifier_Rigging(Vector2 mousePosGL, Vector2 mousePosW, int btnIndex, apGizmos.SELECT_TYPE selectType)
{
if (Editor.Select.MeshGroup == null || Editor.Select.Modifier == null)
{
return(null);
}
// 선택은 Test Posing 상관없이 수행한다.
// - Vertex > (선택 못했어도 일단 이전에 선택한 Vertex를 해제하지 않는다.)
// - Bone > (선택 못했으면 이전에 선택한 Bone 해제)
// Vertex나 Bone 선택이 되지 않았다면, 이전에 선택했던 Vertex, Bone을 모두 해제한다.
// - Mesh Transform 선택 (Lock이 안걸린 경우. 이건 리턴하지 않는다)
// (아무것도 선택하지 않은 경우) -> Vertex, Bone, Mesh Transform 해제
bool isAnySelected = false;
if (Editor.Select.ModRenderVertListOfMod == null)
{
return(null);
}
if (!Editor.Controller.IsMouseInGUI(mousePosGL))
{
if (Editor.Select.ModRenderVertListOfMod.Count > 0)
{
return(apGizmos.SelectResult.Main.SetMultiple <apSelection.ModRenderVert>(Editor.Select.ModRenderVertListOfMod));
}
if (Editor.Select.Bone != null)
{
return(apGizmos.SelectResult.Main.SetSingle(Editor.Select.Bone));
}
return(null);
}
int prevSelectedVertex = Editor.Select.ModRenderVertListOfMod.Count;
bool isAnyVertexSelected = false;
bool isAnyBoneSelected = false;
List <apSelection.ModRenderVert> prevSelectedVertices = new List <apSelection.ModRenderVert>();
for (int i = 0; i < Editor.Select.ModRenderVertListOfMod.Count; i++)
{
prevSelectedVertices.Add(Editor.Select.ModRenderVertListOfMod[i]);
}
//1. 버텍스 선택을 먼저
bool isChildMeshTransformSelectable = Editor.Select.Modifier.IsTarget_ChildMeshTransform;
if (Editor.Select.ExKey_ModMesh != null && Editor.Select.MeshGroup != null)
{
//bool selectVertex = false;
//일단 선택한 Vertex가 클릭 가능한지 체크
if (Editor.Select.ModRenderVertOfMod != null)
{
if (Editor.Select.ModRenderVertListOfMod.Count == 1)
{
if (Editor.Controller.IsVertexClickable(apGL.World2GL(Editor.Select.ModRenderVertOfMod._renderVert._pos_World), mousePosGL))
{
if (selectType == apGizmos.SELECT_TYPE.Subtract)
{
//삭제인 경우
//ModVert가 아니라 ModVertRig인 점 주의
Editor.Select.RemoveModVertexOfModifier(null, Editor.Select.ModRenderVertOfMod._modVertRig, null, Editor.Select.ModRenderVertOfMod._renderVert);
//return apGizmos.SELECT_RESULT.None;
}
else
{
//그 외에는 => 그대로 갑시다.
isAnySelected = true;
//return apGizmos.SELECT_RESULT.SameSelected;
}
//return Editor.Select.ModRenderVertListOfMod.Count;
return(apGizmos.SelectResult.Main.SetMultiple <apSelection.ModRenderVert>(Editor.Select.ModRenderVertListOfMod));
}
}
else
{
//여러개라고 하네요.
List <apSelection.ModRenderVert> modRenderVerts = Editor.Select.ModRenderVertListOfMod;
for (int iModRenderVert = 0; iModRenderVert < modRenderVerts.Count; iModRenderVert++)
{
apSelection.ModRenderVert modRenderVert = modRenderVerts[iModRenderVert];
if (Editor.Controller.IsVertexClickable(apGL.World2GL(modRenderVert._renderVert._pos_World), mousePosGL))
{
if (selectType == apGizmos.SELECT_TYPE.Subtract)
{
//삭제인 경우
//하나 지우고 끝
//결과는 List의 개수
Editor.Select.RemoveModVertexOfModifier(null, modRenderVert._modVertRig, null, modRenderVert._renderVert);
}
else if (selectType == apGizmos.SELECT_TYPE.Add)
{
//Add 상태에서 원래 선택된걸 누른다면
//추가인 경우 => 그대로
isAnySelected = true;
}
else
{
//만약... new 라면?
//다른건 초기화하고
//얘만 선택해야함
apRenderVertex selectedRenderVert = modRenderVert._renderVert;
apModifiedVertexRig selectedModVertRig = modRenderVert._modVertRig;
Editor.Select.SetModVertexOfModifier(null, null, null, null);
Editor.Select.SetModVertexOfModifier(null, selectedModVertRig, null, selectedRenderVert);
//return apGizmos.SELECT_RESULT.NewSelected;
//return Editor.Select.ModRenderVertOfModList.Count;
}
//return Editor.Select.ModRenderVertListOfMod.Count;
return(apGizmos.SelectResult.Main.SetMultiple <apSelection.ModRenderVert>(Editor.Select.ModRenderVertListOfMod));
}
}
}
}
//이부분 주의
//일단 날리되, "Bone을 선택했다면 이전에 선택한 vertex를 유지한다"를 지켜야한다.
if (selectType == apGizmos.SELECT_TYPE.New)
{
//Add나 Subtract가 아닐땐, 잘못 클릭하면 선택을 해제하자 (전부)
Editor.Select.SetModVertexOfModifier(null, null, null, null);
}
if (selectType != apGizmos.SELECT_TYPE.Subtract)
{
if (Editor.Select.ExKey_ModMesh._transform_Mesh != null &&
Editor.Select.ExKey_ModMesh._vertRigs != null)
{
//선택된 RenderUnit을 고르자
apRenderUnit targetRenderUnit = Editor.Select.MeshGroup.GetRenderUnit(Editor.Select.ExKey_ModMesh._transform_Mesh);
if (targetRenderUnit != null)
{
for (int iVert = 0; iVert < targetRenderUnit._renderVerts.Count; iVert++)
{
apRenderVertex renderVert = targetRenderUnit._renderVerts[iVert];
bool isClick = Editor.Controller.IsVertexClickable(apGL.World2GL(renderVert._pos_World), mousePosGL);
if (isClick)
{
apModifiedVertexRig selectedModVertRig = Editor.Select.ExKey_ModMesh._vertRigs.Find(delegate(apModifiedVertexRig a)
{
return(renderVert._vertex._uniqueID == a._vertexUniqueID);
});
if (selectedModVertRig != null)
{
if (selectType == apGizmos.SELECT_TYPE.New)
{
Editor.Select.SetModVertexOfModifier(null, selectedModVertRig, null, renderVert);
}
else if (selectType == apGizmos.SELECT_TYPE.Add)
{
Editor.Select.AddModVertexOfModifier(null, selectedModVertRig, null, renderVert);
}
isAnySelected = true;
isAnyVertexSelected = true;
//result = apGizmos.SELECT_RESULT.NewSelected;
break;
}
}
}
Editor.RefreshControllerAndHierarchy();
//Editor.Repaint();
Editor.SetRepaint();
}
}
}
if (isAnySelected)
{
Editor.Select.AutoSelectModMeshOrModBone();
}
}
if (!Editor.Select.IsLockExEditKey)
{
if (!isAnySelected)
{
//2. Bone을 선택하자
//Bone은 Select Mode가 Subtract가 아닌 이상 무조건 작동을 한다.
//만약, 잠금 버튼이 눌렸다면 -> Bone 선택하지 않았어도 해제를 하지 않는다.
apMeshGroup meshGroup = Editor.Select.MeshGroup;
apBone prevBone = Editor.Select.Bone;
List <apBone> boneList = meshGroup._boneList_All;
apBone bone = null;
for (int i = 0; i < boneList.Count; i++)
{
bone = boneList[i];
if (IsBoneClick(bone, mousePosW, mousePosGL, Editor._boneGUIRenderMode == apEditor.BONE_RENDER_MODE.RenderOutline))
{
//Debug.Log("Selected : " + bone._name);
if (selectType != apGizmos.SELECT_TYPE.Subtract)
{
Editor.Select.SetBone(bone);
isAnySelected = true;
}
else
{
Editor.Select.SetBone(null);
}
isAnyBoneSelected = true;
break;
}
}
if (!isAnySelected)
{
Editor.Select.SetBone(null);
if (Editor.Select.IsLockExEditKey)
{
Editor.Select.SetBone(prevBone); //복구
}
}
else
{
//Bone을 선택했다면
//Vertex를 복구해주자
for (int i = 0; i < prevSelectedVertices.Count; i++)
{
apSelection.ModRenderVert modRenderVert = prevSelectedVertices[i];
Editor.Select.AddModVertexOfModifier(modRenderVert._modVert, modRenderVert._modVertRig, null, modRenderVert._renderVert);
}
}
if (prevBone != Editor.Select.Bone)
{
_isBoneSelect_MovePosReset = true;
Editor.RefreshControllerAndHierarchy();
}
}
}
if (!Editor.Select.IsLockExEditKey)
{
if (!isAnySelected && selectType == apGizmos.SELECT_TYPE.New)
{
//3. Mesh Transform을 선택하자
//이건 선택 영역에 포함되지 않는다.
apTransform_Mesh selectedMeshTransform = null;
List <apRenderUnit> renderUnits = Editor.Select.MeshGroup._renderUnits_All; //<<정렬된 Render Unit
for (int iUnit = 0; iUnit < renderUnits.Count; iUnit++)
{
apRenderUnit renderUnit = renderUnits[iUnit];
if (renderUnit._meshTransform != null && renderUnit._meshTransform._mesh != null)
{
if (renderUnit._meshTransform._isVisible_Default && renderUnit._meshColor2X.a > 0.1f) //Alpha 옵션 추가
{
//Debug.LogError("TODO : Mouse Picking 바꿀것");
bool isPick = apEditorUtil.IsMouseInRenderUnitMesh(
mousePosGL, renderUnit);
if (isPick)
{
selectedMeshTransform = renderUnit._meshTransform;
//찾았어도 계속 찾는다.
//뒤의 아이템이 "앞쪽"에 있는 것이기 때문
}
}
}
}
if (selectedMeshTransform != null)
{
//만약 ChildMeshGroup에 속한 거라면,
//Mesh Group 자체를 선택해야 한다. <- 추가 : Child Mesh Transform이 허용되는 경우 그럴 필요가 없다.
apMeshGroup parentMeshGroup = Editor.Select.MeshGroup.FindParentMeshGroupOfMeshTransform(selectedMeshTransform);
if (parentMeshGroup == null || parentMeshGroup == Editor.Select.MeshGroup || isChildMeshTransformSelectable)
{
Editor.Select.SetSubMeshInGroup(selectedMeshTransform);
}
else
{
apTransform_MeshGroup childMeshGroupTransform = Editor.Select.MeshGroup.FindChildMeshGroupTransform(parentMeshGroup);
if (childMeshGroupTransform != null)
{
Editor.Select.SetSubMeshGroupInGroup(childMeshGroupTransform);
}
else
{
Editor.Select.SetSubMeshInGroup(selectedMeshTransform);
}
}
}
else
{
Editor.Select.SetSubMeshInGroup(null);
}
Editor.RefreshControllerAndHierarchy();
//Editor.Repaint();
Editor.SetRepaint();
}
}
if (isAnySelected)
{
if (Editor.Select.ModRenderVertListOfMod != null && Editor.Select.ModRenderVertListOfMod.Count > 0)
{
//return Editor.Select.ModRenderVertListOfMod.Count;
return(apGizmos.SelectResult.Main.SetMultiple <apSelection.ModRenderVert>(Editor.Select.ModRenderVertListOfMod));
}
if (Editor.Select.Bone != null)
{
return(apGizmos.SelectResult.Main.SetSingle(Editor.Select.Bone));
}
}
return(null);
}
/// <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);
}
}
}
public void DrawRenderUnit_ClippingParent_Renew(apRenderUnit renderUnit,
List <apTransform_Mesh.ClipMeshSet> childClippedSet,
RenderTexture externalRenderTexture = null)
{
//렌더링 순서
//Parent - 기본
//Parent - Mask
//(For) Child - Clipped
//Release RenderMask
try
{
//0. 메시, 텍스쳐가 없을 때
if (renderUnit == null || renderUnit._meshTransform == null || renderUnit._meshTransform._mesh == null)
{
return;
}
if (renderUnit._renderVerts.Count == 0)
{
return;
}
Color textureColor = renderUnit._meshTransform._meshColor2X_Default; //<<Default값
apMesh mesh = renderUnit._meshTransform._mesh;
//if (mesh._textureData == null)
if (mesh.LinkedTextureData == null)
{
return;
}
int nClipMeshes = childClippedSet.Count;
//렌더링 방식은 Mesh (with Color) 또는 Vertex / Outline이 있다.
//1. Parent의 기본 렌더링을 하자
//+2. Parent의 마스크를 렌더링하자
if (mesh._indexBuffer.Count < 3)
{
return;
}
apRenderVertex rVert0 = null, rVert1 = null, rVert2 = null;
Color vertexChannelColor = Color.black;
Color vColor0 = Color.black, vColor1 = Color.black, vColor2 = Color.black;
Vector2 posGL_0 = Vector2.zero;
Vector2 posGL_1 = Vector2.zero;
Vector2 posGL_2 = Vector2.zero;
Vector3 pos_0 = Vector3.zero;
Vector3 pos_1 = Vector3.zero;
Vector3 pos_2 = Vector3.zero;
Vector2 uv_0 = Vector2.zero;
Vector2 uv_1 = Vector2.zero;
Vector2 uv_2 = Vector2.zero;
RenderTexture.active = null;
for (int iPass = 0; iPass < 2; iPass++)
{
bool isRenderTexture = false;
if (iPass == 1)
{
isRenderTexture = true;
}
_matBatch.SetPass_Mask(textureColor, mesh.LinkedTextureData._image, 0.0f, renderUnit.ShaderType, isRenderTexture);
_matBatch.SetClippingSize(_glScreenClippingSize);
GL.Begin(GL.TRIANGLES);
//------------------------------------------
for (int i = 0; i < mesh._indexBuffer.Count; i += 3)
{
if (i + 2 >= mesh._indexBuffer.Count)
{
break;
}
if (mesh._indexBuffer[i + 0] >= mesh._vertexData.Count ||
mesh._indexBuffer[i + 1] >= mesh._vertexData.Count ||
mesh._indexBuffer[i + 2] >= mesh._vertexData.Count)
{
break;
}
rVert0 = renderUnit._renderVerts[mesh._indexBuffer[i + 0]];
rVert1 = renderUnit._renderVerts[mesh._indexBuffer[i + 1]];
rVert2 = renderUnit._renderVerts[mesh._indexBuffer[i + 2]];
vColor0 = Color.black;
vColor1 = Color.black;
vColor2 = Color.black;
posGL_0 = World2GL(rVert0._pos_World_NoMod); //<<Mod가 적용 안된걸로
posGL_1 = World2GL(rVert1._pos_World_NoMod);
posGL_2 = World2GL(rVert2._pos_World_NoMod);
pos_0.x = posGL_0.x;
pos_0.y = posGL_0.y;
pos_0.z = rVert0._vertex._zDepth * 0.5f;
pos_1.x = posGL_1.x;
pos_1.y = posGL_1.y;
pos_1.z = rVert1._vertex._zDepth * 0.5f;
pos_2.x = posGL_2.x;
pos_2.y = posGL_2.y;
pos_2.z = rVert2._vertex._zDepth * 0.5f;
uv_0 = mesh._vertexData[mesh._indexBuffer[i + 0]]._uv;
uv_1 = mesh._vertexData[mesh._indexBuffer[i + 1]]._uv;
uv_2 = mesh._vertexData[mesh._indexBuffer[i + 2]]._uv;
GL.Color(vColor0); GL.TexCoord(uv_0); GL.Vertex(pos_0); // 0
GL.Color(vColor1); GL.TexCoord(uv_1); GL.Vertex(pos_1); // 1
GL.Color(vColor2); GL.TexCoord(uv_2); GL.Vertex(pos_2); // 2
// Back Side
GL.Color(vColor2); GL.TexCoord(uv_2); GL.Vertex(pos_2); // 2
GL.Color(vColor1); GL.TexCoord(uv_1); GL.Vertex(pos_1); // 1
GL.Color(vColor0); GL.TexCoord(uv_0); GL.Vertex(pos_0); // 0
}
//------------------------------------------
GL.End();
}
if (externalRenderTexture == null)
{
_matBatch.DeactiveRenderTexture();
}
else
{
RenderTexture.active = externalRenderTexture;
}
//3. Child를 렌더링하자
//for (int iClip = 0; iClip < 3; iClip++)
for (int iClip = 0; iClip < nClipMeshes; iClip++)
{
if (childClippedSet[iClip] == null || childClippedSet[iClip]._meshTransform == null)
{
continue;
}
apMesh clipMesh = childClippedSet[iClip]._meshTransform._mesh;
apRenderUnit clipRenderUnit = childClippedSet[iClip]._renderUnit;
if (clipMesh == null || clipRenderUnit == null)
{
continue;
}
if (clipRenderUnit._meshTransform == null)
{
continue;
}
if (!clipRenderUnit._isVisible)
{
continue;
}
if (clipMesh._indexBuffer.Count < 3)
{
continue;
}
_matBatch.SetPass_Clipped(clipRenderUnit._meshTransform._meshColor2X_Default,
clipMesh.LinkedTextureData._image,
0.0f,
clipRenderUnit.ShaderType,
renderUnit._meshTransform._meshColor2X_Default);
_matBatch.SetClippingSize(_glScreenClippingSize);
GL.Begin(GL.TRIANGLES);
//------------------------------------------
for (int i = 0; i < clipMesh._indexBuffer.Count; i += 3)
{
if (i + 2 >= clipMesh._indexBuffer.Count)
{
break;
}
if (clipMesh._indexBuffer[i + 0] >= clipMesh._vertexData.Count ||
clipMesh._indexBuffer[i + 1] >= clipMesh._vertexData.Count ||
clipMesh._indexBuffer[i + 2] >= clipMesh._vertexData.Count)
{
break;
}
rVert0 = clipRenderUnit._renderVerts[clipMesh._indexBuffer[i + 0]];
rVert1 = clipRenderUnit._renderVerts[clipMesh._indexBuffer[i + 1]];
rVert2 = clipRenderUnit._renderVerts[clipMesh._indexBuffer[i + 2]];
vColor0 = Color.black;
vColor1 = Color.black;
vColor2 = Color.black;
posGL_0 = World2GL(rVert0._pos_World_NoMod); //Mod 없는 걸로
posGL_1 = World2GL(rVert1._pos_World_NoMod);
posGL_2 = World2GL(rVert2._pos_World_NoMod);
pos_0.x = posGL_0.x;
pos_0.y = posGL_0.y;
pos_0.z = rVert0._vertex._zDepth * 0.5f;
pos_1.x = posGL_1.x;
pos_1.y = posGL_1.y;
pos_1.z = rVert1._vertex._zDepth * 0.5f;
pos_2.x = posGL_2.x;
pos_2.y = posGL_2.y;
pos_2.z = rVert2._vertex._zDepth * 0.5f;
uv_0 = clipMesh._vertexData[clipMesh._indexBuffer[i + 0]]._uv;
uv_1 = clipMesh._vertexData[clipMesh._indexBuffer[i + 1]]._uv;
uv_2 = clipMesh._vertexData[clipMesh._indexBuffer[i + 2]]._uv;
GL.Color(vColor0); GL.TexCoord(uv_0); GL.Vertex(pos_0); // 0
GL.Color(vColor1); GL.TexCoord(uv_1); GL.Vertex(pos_1); // 1
GL.Color(vColor2); GL.TexCoord(uv_2); GL.Vertex(pos_2); // 2
//Back Side
GL.Color(vColor2); GL.TexCoord(uv_2); GL.Vertex(pos_2); // 2
GL.Color(vColor1); GL.TexCoord(uv_1); GL.Vertex(pos_1); // 1
GL.Color(vColor0); GL.TexCoord(uv_0); GL.Vertex(pos_0); // 0
}
//------------------------------------------------
GL.End();
}
//사용했던 RenderTexture를 해제한다.
_matBatch.ReleaseRenderTexture();
//_matBatch.DeactiveRenderTexture();
}
catch (Exception ex)
{
Debug.LogException(ex);
}
}
//--------------------------------------------------------------------------------------------------
public void DrawRenderUnit(apRenderUnit renderUnit)
{
try
{
//0. 메시, 텍스쳐가 없을 때
if (renderUnit == null || renderUnit._meshTransform == null || renderUnit._meshTransform._mesh == null)
{
return;
}
if (renderUnit._renderVerts.Count == 0)
{
return;
}
Color textureColor = renderUnit._meshTransform._meshColor2X_Default; //<<Default값을 사용한다.
apMesh mesh = renderUnit._meshTransform._mesh;
bool isVisible = renderUnit._meshTransform._isVisible_Default; //<<Default값을 사용
//if (mesh._textureData == null)
if (mesh.LinkedTextureData == null)
{
return;
}
//미리 GL 좌표를 연산하고, 나중에 중복 연산(World -> GL)을 하지 않도록 하자
apRenderVertex rVert = null;
for (int i = 0; i < renderUnit._renderVerts.Count; i++)
{
rVert = renderUnit._renderVerts[i];
rVert._pos_GL = World2GL(rVert._pos_World_NoMod); //<<Mod 적용 안된걸로
}
//렌더링 방식은 Mesh (with Color) 또는 Vertex / Outline이 있다.
//2. 메시를 렌더링하자
if (mesh._indexBuffer.Count >= 3 && isVisible)
{
//------------------------------------------
// Drawcall Batch를 했을때
// Debug.Log("Texture Color : " + textureColor);
Color color0 = Color.black, color1 = Color.black, color2 = Color.black;
_matBatch.SetPass_Texture_VColor(textureColor, mesh.LinkedTextureData._image, 0.0f, renderUnit.ShaderType);
_matBatch.SetClippingSize(_glScreenClippingSize);
GL.Begin(GL.TRIANGLES);
//------------------------------------------
//apVertex vert0, vert1, vert2;
apRenderVertex rVert0 = null, rVert1 = null, rVert2 = null;
Vector3 pos_0 = Vector3.zero;
Vector3 pos_1 = Vector3.zero;
Vector3 pos_2 = Vector3.zero;
Vector2 uv_0 = Vector2.zero;
Vector2 uv_1 = Vector2.zero;
Vector2 uv_2 = Vector2.zero;
for (int i = 0; i < mesh._indexBuffer.Count; i += 3)
{
if (i + 2 >= mesh._indexBuffer.Count)
{
break;
}
if (mesh._indexBuffer[i + 0] >= mesh._vertexData.Count ||
mesh._indexBuffer[i + 1] >= mesh._vertexData.Count ||
mesh._indexBuffer[i + 2] >= mesh._vertexData.Count)
{
break;
}
rVert0 = renderUnit._renderVerts[mesh._indexBuffer[i + 0]];
rVert1 = renderUnit._renderVerts[mesh._indexBuffer[i + 1]];
rVert2 = renderUnit._renderVerts[mesh._indexBuffer[i + 2]];
pos_0.x = rVert0._pos_GL.x;
pos_0.y = rVert0._pos_GL.y;
pos_0.z = rVert0._vertex._zDepth * 0.5f;
pos_1.x = rVert1._pos_GL.x;
pos_1.y = rVert1._pos_GL.y;
pos_1.z = rVert1._vertex._zDepth * 0.5f;
pos_2.x = rVert2._pos_GL.x;
pos_2.y = rVert2._pos_GL.y;
pos_2.z = rVert2._vertex._zDepth * 0.5f;
uv_0 = mesh._vertexData[mesh._indexBuffer[i + 0]]._uv;
uv_1 = mesh._vertexData[mesh._indexBuffer[i + 1]]._uv;
uv_2 = mesh._vertexData[mesh._indexBuffer[i + 2]]._uv;
////------------------------------------------
GL.Color(color0); GL.TexCoord(uv_0); GL.Vertex(pos_0); // 0
GL.Color(color1); GL.TexCoord(uv_1); GL.Vertex(pos_1); // 1
GL.Color(color2); GL.TexCoord(uv_2); GL.Vertex(pos_2); // 2
// Back Side
GL.Color(color2); GL.TexCoord(uv_2); GL.Vertex(pos_2); // 2
GL.Color(color1); GL.TexCoord(uv_1); GL.Vertex(pos_1); // 1
GL.Color(color0); GL.TexCoord(uv_0); GL.Vertex(pos_0); // 0
////------------------------------------------
}
GL.End();
}
//DrawText("<-[" + renderUnit.Name + "_" + renderUnit._debugID + "]", renderUnit.WorldMatrixWrap._pos + new Vector2(10.0f, 0.0f), 100, Color.yellow);
}
catch (Exception ex)
{
Debug.LogException(ex);
}
}
// Functions
//------------------------------------------------------
/// <summary>
/// ModMesh, RenderVert 변경 사항을 갱신하고,
/// 데이터 타입에 따라서 Refresh를 한다.
/// </summary>
/// <param name="modifiedMesh"></param>
public void RefreshModMeshAndWeights(apModifiedMesh modifiedMesh)
{
if (modifiedMesh != null)
{
if (_modifiedMesh != modifiedMesh ||
_renderVertex == null ||
_renderUnit != modifiedMesh._renderUnit)
{
_modifiedMesh = modifiedMesh;
_renderUnit = modifiedMesh._renderUnit;
if (_modifiedMesh != null && modifiedMesh._renderUnit != null && _vertex != null)
{
_renderVertex = modifiedMesh._renderUnit._renderVerts.Find(delegate(apRenderVertex a)
{
return(a._vertex == _vertex);
});
}
if (_isPhysics)
{
_physicParam.Link(modifiedMesh, this);
}
}
}
_calculatedDeltaPos = Vector2.zero;
//Debug.Log("Refresh Physic Param");
if (_isPhysics)
{
//Mod가 포함되지 않은 "초기 위치"
if (_renderVertex != null)
{
_pos_World_NoMod = _renderVertex._pos_World_NoMod;
_pos_Real = Vector2.zero;
_pos_1F = Vector2.zero;
_pos_Predict = Vector2.zero;
_tDelta_1F = -1.0f;
//for (int i = 0; i < _pos_World_Records.Length; i++)
//{
// _pos_World_Records[i] = Vector2.zero;
// _velocity_Records[i] = Vector2.zero;
//}
//for (int i = 0; i < _tDelta_Records.Length; i++)
//{
// _tDelta_Records[i] = 0.0f;
//}
_velocity_1F = Vector2.zero;
_velocity_Next = Vector2.zero;
_velocity_Real = Vector2.zero;
//_acc_Cur = Vector2.zero;
_acc_Ex = Vector2.zero;
_F_inertia_Prev = Vector2.zero;
_F_inertia_RecordMax = Vector2.zero;
_isUsePrevInertia = false;
_tReduceInertia = 0.0f;
}
//이제 전체적으로 Enabled를 기준으로 Constraint를 지정해보자
//Constraint 조건
//- 자신은 Enabled = false
//- 1-Level 중에 Enabled = true인게 1개 이상 있다.
if (_isEnabled)
{
_physicParam._isConstraint = false;
}
else
{
//1-Level 중에서 하나라도 유효한 Vert가 연결되어 있으면
//Constraint이다.
bool isAnyEnabledLinkedVert = false;
apPhysicsVertParam.LinkedVertex linkedVert = null;
for (int i = 0; i < _physicParam._linkedVertices.Count; i++)
{
linkedVert = _physicParam._linkedVertices[i];
if (linkedVert._level != 1)
{
continue;
}
if (linkedVert._modVertWeight._isEnabled)
{
isAnyEnabledLinkedVert = true;
break;
}
}
if (isAnyEnabledLinkedVert)
{
_physicParam._isConstraint = true;
}
else
{
_physicParam._isConstraint = false; //주변에 물리가 작동하는 Vert가 아예 없군염
}
}
}
}