protected override WFData GenerateWFDataUnit(FrameRule clamp)
{
var num = clamp.num1;
var unitSize = clamp.size1 / num;
return(CalcuteUtility.TrigonumSpaceGrid_Unit(unitSize, clamp.height));
}
protected override WFData GenerateWFData(FrameRule clamp)
{
var data = new WFData();
var num = clamp.num1;
var size = clamp.size1;
var unitSize = clamp.size1 / num;
var unitHeight = Mathf.Sin(Mathf.Deg2Rad * 60) * unitSize;
var startPos = new Vector3(-size * 0.5f, clamp.height * 0.5f, -Mathf.Sin(Mathf.Deg2Rad * 60) * size);
var boundNodes = new List <WFNode>();
var topNodes = new List <WFNode>();
for (int i = -num; i < num; i++)
{
for (int j = 0; j < 2 * num - Mathf.Abs(i + 1); j++)
{
var pos = startPos +
(j * unitSize - 0.5f * unitSize * (num - Mathf.Abs(i + 1))) * Vector3.right +
unitHeight * (i + num) * Vector3.forward;
var tdata = CalcuteUtility.TrigonumSpaceGrid_Unit(unitSize, clamp.height);
tdata.AppendPosition(pos);
data.InsertData(tdata);
//记录顶点用于连线
topNodes.Add(tdata.wfNodes.Find(x => x.type == NodePosType.taperedTop));
//记录边界节点用于连线
RecordBoundNode(i, j, num, tdata, pos, unitSize, unitHeight, boundNodes);
}
}
var topData = CalcuteUtility.ConnectNeerBy(topNodes, unitSize, BarPosType.downBar, BoundConnectType.NoRule);
data.InsertData(topData);
var bundData = CalcuteUtility.ConnectNeerBy(boundNodes, unitSize, BarPosType.upBar, BoundConnectType.NoRule);
data.InsertData(bundData);
return(data);
}
