// Functions
//-------------------------------------------
/// <summary>
/// 해당 Preset을 "그대로 사용 중"인지 "일부 변경했는지" 체크
/// </summary>
/// <param name="srcMeshParam"></param>
/// <returns></returns>
public bool IsSameProperties(apPhysicsMeshParam srcMeshParam)
{
if (srcMeshParam == null)
{
return(false);
}
//TODO
if (
//!IsSameFloat(_stretchRange_Min, srcMeshParam._stretchRangeRatio_Min)
!IsSameFloat(_stretchRange_Max, srcMeshParam._stretchRangeRatio_Max) ||
!IsSameFloat(_moveRange, srcMeshParam._moveRange) ||
!IsSameFloat(_stretchK, srcMeshParam._stretchK) ||
!IsSameFloat(_inertiaK, srcMeshParam._inertiaK) ||
!IsSameFloat(_damping, srcMeshParam._damping) ||
!IsSameFloat(_mass, srcMeshParam._mass) ||
(_gravityParamType != srcMeshParam._gravityParamType) ||
!IsSameVector2(_gravityConstValue, srcMeshParam._gravityConstValue) ||
(_windParamType != srcMeshParam._windParamType) ||
!IsSameVector2(_windConstValue, srcMeshParam._windConstValue) ||
!IsSameVector2(_windRandomRange, srcMeshParam._windRandomRange) ||
!IsSameFloat(_airDrag, srcMeshParam._airDrag) ||
!IsSameFloat(_viscosity, srcMeshParam._viscosity) ||
!IsSameFloat(_restoring, srcMeshParam._restoring) ||
_isRestrictMoveRange != srcMeshParam._isRestrictMoveRange ||
_isRestrictStretchRange != srcMeshParam._isRestrictStretchRange
)
{
//하나라도 다르면 false
return(false);
}
return(true);
}
public void SetPhysicsMeshParam(apPhysicsMeshParam srcMeshParam)
{
_isRestrictStretchRange = srcMeshParam._isRestrictStretchRange;
_isRestrictMoveRange = srcMeshParam._isRestrictMoveRange;
_moveRange = srcMeshParam._moveRange;
//_stretchRange_Min = srcMeshParam._stretchRangeRatio_Min;
_stretchRange_Max = srcMeshParam._stretchRangeRatio_Max;
_stretchK = srcMeshParam._stretchK;
_inertiaK = srcMeshParam._inertiaK;
_damping = srcMeshParam._damping;
_mass = srcMeshParam._mass;
//Gravity와 Wind는 Constant로 저장된다.
//ControlParam인 경우는 ID를 제외하고 저장 (ID는 저장하지 않는다. 링크는 직접 해야함)
_gravityParamType = srcMeshParam._gravityParamType;
_gravityConstValue = srcMeshParam._gravityConstValue;
_windParamType = srcMeshParam._windParamType;
_windConstValue = srcMeshParam._windConstValue;
_windRandomRange = srcMeshParam._windRandomRange;
_airDrag = srcMeshParam._airDrag;
_viscosity = srcMeshParam._viscosity;
_restoring = srcMeshParam._restoring;
}
public void Bake(apPhysicsMeshParam srcPhysicsParam)
{
_isRestrictMoveRange = srcPhysicsParam._isRestrictMoveRange;
_isRestrictStretchRange = srcPhysicsParam._isRestrictStretchRange;
_stretchRangeRatio_Max = srcPhysicsParam._stretchRangeRatio_Max; //<<MinMax+ MoveRange
_moveRange = srcPhysicsParam._moveRange;
_stretchK = srcPhysicsParam._stretchK;
_inertiaK = srcPhysicsParam._inertiaK;
_damping = srcPhysicsParam._damping;
_mass = srcPhysicsParam._mass;
switch (srcPhysicsParam._gravityParamType)
{
case apPhysicsMeshParam.ExternalParamType.Constant:
_gravityParamType = ExternalParamType.Constant;
break;
case apPhysicsMeshParam.ExternalParamType.ControlParam:
_gravityParamType = ExternalParamType.ControlParam;
break;
}
//_optPhysicScale = physicScale;
_gravityConstValue = srcPhysicsParam._gravityConstValue;
_gravityControlParamID = srcPhysicsParam._gravityControlParamID;
_gravityControlParam = null;
switch (srcPhysicsParam._windParamType)
{
case apPhysicsMeshParam.ExternalParamType.Constant:
_windParamType = ExternalParamType.Constant;
break;
case apPhysicsMeshParam.ExternalParamType.ControlParam:
_windParamType = ExternalParamType.ControlParam;
break;
}
_windConstValue = srcPhysicsParam._windConstValue;
_windControlParamID = srcPhysicsParam._windControlParamID;
_windControlParam = null; //<<Link해야한다.
_windRandomRange = srcPhysicsParam._windRandomRange;
_airDrag = srcPhysicsParam._airDrag;
_windRandItp = Vector2.zero;
_windRandItpLength = new Vector2(2.7f, 3.1f);
_viscosity = srcPhysicsParam._viscosity;
_restoring = srcPhysicsParam._restoring;
}
public void Bake_Physics(apPhysicsMeshParam srcPhysicParam, List <apModifiedVertexWeight> modVertWeights, apPortrait portrait)
{
_dataType |= DATA_TYPE.Physics;
_subModMesh_Physics = new apOptModifiedMesh_Physics[1];
_subModMesh_Physics[0] = new apOptModifiedMesh_Physics();
apOptModifiedMesh_Physics subMod_Physics = _subModMesh_Physics[0];
subMod_Physics.Bake(srcPhysicParam, modVertWeights, portrait);
}
// Init - Bake
//--------------------------------------------
public void Bake(apPhysicsMeshParam srcPhysicParam, List <apModifiedVertexWeight> modVertWeights, apPortrait portrait)
{
_nVertWeights = modVertWeights.Count;
_vertWeights = new apOptModifiedPhysicsVertex[_nVertWeights];
_physicMeshParam = new apOptPhysicsMeshParam();
_physicMeshParam.Bake(srcPhysicParam);
_physicMeshParam.Link(portrait);
for (int i = 0; i < _nVertWeights; i++)
{
apOptModifiedPhysicsVertex optModPhysicVert = new apOptModifiedPhysicsVertex();
apModifiedVertexWeight srcModVertWeight = modVertWeights[i];
optModPhysicVert.Bake(srcModVertWeight);
_vertWeights[i] = optModPhysicVert;
}
}
//public void SetTarget_Bone(int boneID)
//{
// _boneUniqueID = boneID;
//}
#region [미사용 코드] 타입에 따른 초기화는 유연성이 떨어져서 패스.
//public void Init_VertexMorph(int meshGroupID, int meshTransformID, int meshID)
//{
// _targetType = TARGET_TYPE.VertexWithMeshTransform;
// _meshGroupUniqueID = meshGroupID;
// _transformUniqueID = meshTransformID;
// _meshUniqueID = meshID;
// _boneUniqueID = -1;
//}
//public void Init_MeshTransform(int meshGroupID, int meshTransformID, int meshID)
//{
// _targetType = TARGET_TYPE.MeshTransformOnly;
// _meshGroupUniqueID = meshGroupID;
// _transformUniqueID = meshTransformID;
// _meshUniqueID = meshID;
// _boneUniqueID = -1;
//}
//public void Init_MeshGroupTransform(int meshGroupID, int meshGroupTransformID)
//{
// _targetType = TARGET_TYPE.MeshGroupTransformOnly;
// _meshGroupUniqueID = meshGroupID;
// _transformUniqueID = meshGroupTransformID;
// _meshUniqueID = -1;
// _boneUniqueID = -1;
//}
//public void Init_BoneTransform(int meshGroupID, int boneID)
//{
// _targetType = TARGET_TYPE.Bone;
// _meshGroupUniqueID = meshGroupID;
// _transformUniqueID = -1;
// _meshUniqueID = -1;
// _boneUniqueID = boneID;
//}
#endregion
// Init - ID에 맞게 세팅
//--------------------------------------------------------
//이건 날립니더
//public void Link_VertexMorph(apMeshGroup meshGroup, apTransform_Mesh meshTransform, apRenderUnit renderUnit)
//{
// _meshGroup = meshGroup;
// _transform_Mesh = meshTransform;
// _renderUnit = renderUnit;
// //RefreshVertices();
//}
/// <summary>
/// MeshTransform과 ModMesh를 연결한다.
/// </summary>
/// <param name="meshGroupOfMod">Modifier가 속한 MeshGroup</param>
///<param name="meshGroupOfTransform">Transform이 속한 MeshGroup</param>
public void Link_MeshTransform(apMeshGroup meshGroupOfMod, apMeshGroup meshGroupOfTransform, apTransform_Mesh meshTransform, apRenderUnit renderUnit, apPortrait portrait)
{
_meshGroupOfModifier = meshGroupOfMod;
_meshGroupOfTransform = meshGroupOfTransform;
_transform_Mesh = meshTransform;
_renderUnit = renderUnit;
if (_isUsePhysicParam)
{
if (_physicMeshParam == null)
{
_physicMeshParam = new apPhysicsMeshParam();
}
_physicMeshParam.Link(portrait);
}
//Debug.Log("ModMesh Link RenderUnit");
RefreshModifiedValues(meshGroupOfMod._parentPortrait);
}
public bool AddNewPreset(apPhysicsMeshParam srcMeshParam, string name, apPhysicsPresetUnit.ICON icon)
{
int newID = GetNewCustomID();
if (newID < 0)
{
return(false);
}
if (string.IsNullOrEmpty(name))
{
name = "<No Name>";
}
apPhysicsPresetUnit newUnit = new apPhysicsPresetUnit(newID, name, icon);
newUnit.SetPhysicsMeshParam(srcMeshParam);
_units.Add(newUnit);
Save();
return(true);
}