public override List <WFFul> CalcFulcrumPos(FrameRule clamp)
{
var startPos = -new Vector3(clamp.size1, -clamp.height, clamp.size2) * 0.5f;
float x_Size = clamp.size1 / clamp.num1;
float y_Size = clamp.size2 / clamp.num2;
List <WFFul> positions = new List <WFFul>();
for (int i = 0; i < clamp.num1; i++)
{
for (int j = 0; j < clamp.num2; j++)
{
switch (clamp.fulcrumType)
{
case FulcrumType.upBound:
CalcuteUtility.RecordQuadBound(i, j, clamp.num1, clamp.num2, startPos, x_Size, y_Size, positions, clamp.fulcrumType);
break;
case FulcrumType.downBound:
if (!clamp.doubleLayer)
{
CalcuteUtility.RecordQuadrAngular(i, j, clamp.num1, clamp.num2, startPos, x_Size, y_Size, clamp.height, positions, clamp.fulcrumType);
}
else
{
CalcuteUtility.RecordQuadBound(i, j, clamp.num1, clamp.num2, startPos, x_Size, y_Size, positions, clamp.fulcrumType, clamp.height);
}
break;
case FulcrumType.upPoint:
CalcuteUtility.RecordQuadPoint(i, j, clamp.num1, clamp.num2, startPos, x_Size, y_Size, positions, clamp.fulcrumType);
break;
case FulcrumType.downPoint:
if (!clamp.doubleLayer)
{
CalcuteUtility.RecordQuadAngularPoint(i, j, clamp.num1, clamp.num2, startPos, x_Size, y_Size, clamp.height, positions, clamp.fulcrumType);
}
else
{
CalcuteUtility.RecordQuadPoint(i, j, clamp.num1, clamp.num2, startPos, x_Size, y_Size, positions, clamp.fulcrumType, clamp.height);
}
break;
default:
break;
}
}
}
if ((clamp.fulcrumType == FulcrumType.downBound || clamp.fulcrumType == FulcrumType.downPoint) && clamp.doubleLayer)
{
foreach (var item in positions)
{
item.AppendPosition(Vector3.down * clamp.height);
}
}
return(positions);
}
