public WFData Copy()
{
var newData = new WFData();
var idDic = new Dictionary <string, string>();
for (int i = 0; i < wfNodes.Count; i++)
{
var newNode = wfNodes[i].Copy();
newData.wfNodes.Add(newNode);
idDic.Add(wfNodes[i].m_id, newNode.m_id);
}
for (int i = 0; i < wfBars.Count; i++)
{
var newBar = wfBars[i].Copy();
if (idDic.ContainsKey(newBar.fromNodeId))
{
newBar.ResetFromNodeID(idDic[newBar.fromNodeId]);
}
if (idDic.ContainsKey(newBar.toNodeId))
{
newBar.ResetToNodeID(idDic[newBar.toNodeId]);
}
newData.wfBars.Add(newBar);
}
return(newData);
}
/// <summary>
/// 生成一组[四角锥(菱形)]单元信息
/// </summary>
/// <param name="x_Size"></param>
/// <param name="y_Size"></param>
/// <param name="height"></param>
/// <returns></returns>
internal static WFData QuadDiamondSpaceGrid_Unit(float x_Size, float y_Size, float height)
{
var wfData = new WFData();
var node1 = new WFNode(new Vector3(0, 0, 0), NodePosType.taperedBottom);
var node2 = new WFNode(new Vector3(x_Size * 0.5f, 0, -y_Size * 0.5f), NodePosType.taperedBottom);
var node3 = new WFNode(new Vector3(x_Size, 0, 0), NodePosType.taperedBottom);
var node4 = new WFNode(new Vector3(x_Size * 0.5f, 0, y_Size * 0.5f), NodePosType.taperedBottom);
var node5 = new WFNode(new Vector3(x_Size * 0.5f, -height, 0), NodePosType.taperedTop);
wfData.wfNodes.Add(node1);
wfData.wfNodes.Add(node2);
wfData.wfNodes.Add(node3);
wfData.wfNodes.Add(node4);
wfData.wfNodes.Add(node5);
wfData.wfBars.Add(new WFBar(node1.m_id, node2.m_id, BarPosType.upBar)); //1-2
wfData.wfBars.Add(new WFBar(node1.m_id, node4.m_id, BarPosType.upBar)); //1-4
wfData.wfBars.Add(new WFBar(node1.m_id, node5.m_id, BarPosType.centerBar)); //1-5
wfData.wfBars.Add(new WFBar(node2.m_id, node3.m_id, BarPosType.upBar)); //2-3
wfData.wfBars.Add(new WFBar(node2.m_id, node5.m_id, BarPosType.centerBar)); //2-5
wfData.wfBars.Add(new WFBar(node3.m_id, node4.m_id, BarPosType.upBar)); //3-4
wfData.wfBars.Add(new WFBar(node3.m_id, node5.m_id, BarPosType.centerBar)); //3-5
wfData.wfBars.Add(new WFBar(node4.m_id, node5.m_id, BarPosType.centerBar)); //4-5
return(wfData);
}
protected override WFData GenerateWFData(FrameRule clamp)
{
var startPos = -new Vector3(clamp.size1, -clamp.height, clamp.size2) * 0.5f;
WFData wfData = new WFData();
float x_Size = clamp.size1 / clamp.num1;
float y_Size = clamp.size2 / clamp.num2;
var topNodes = new List <WFNode>();
for (int i = 0; i < clamp.num1; i++)
{
for (int j = 0; j < clamp.num2; j++)
{
if (i > 0 && i < clamp.num1 - 1 && j > 0 && j < clamp.num2 - 1 && (i + j) % 2 == 0)
{
continue;
}
WFData data = CalcuteUtility.QuadrangularSpaceGrid_Unit(x_Size, y_Size, clamp.height);
data.AppendPosition(startPos + i * x_Size * Vector3.right + j * y_Size * Vector3.forward);
topNodes.Add(data.wfNodes.Find(x => x.type == NodePosType.taperedTop));
//Debug.Log(data.wfNodes.Find(x => x.type == NodePosType.taperedTop).m_id);
wfData.InsertData(data);
}
}
var downData = CalcuteUtility.ConnectNeerBy(topNodes, Mathf.Sqrt(Mathf.Pow(x_Size, 2) + Mathf.Pow(y_Size, 2)), BarPosType.downBar, BoundConnectType.NoRule);
wfData.InsertData(downData);
return(wfData);
}
protected override WFData GenerateWFData(FrameRule clamp)
{
var startPos = -new Vector3(clamp.size1, -clamp.height, clamp.size2) * 0.5f;
WFData wfData = new WFData();
float x_Size = clamp.size1 / clamp.num1;
float y_Size = clamp.size2 / clamp.num2;
WFNode[,] topNodes = new WFNode[clamp.num1, clamp.num2];
for (int i = 0; i < clamp.num1; i++)
{
for (int j = 0; j < clamp.num2; j++)
{
if (i > 0 && i < clamp.num1 - 1 && j > 0 && j < clamp.num2 - 1 && i % 2 != 0 && j % 2 != 0)
{
continue;
}
WFData data = CalcuteUtility.QuadrangularSpaceGrid_Unit(x_Size, y_Size, clamp.height);
data.AppendPosition(startPos + i * x_Size * Vector3.right + j * y_Size * Vector3.forward);
topNodes[i, j] = data.wfNodes.Find(x => x.type == NodePosType.taperedTop);
wfData.InsertData(data);
}
}
var downData = CalcuteUtility.ConnectNeerBy(topNodes, BarPosType.downBar);
wfData.InsertData(downData);
return(wfData);
}
private void CreateDoubleLayer(WFData wfData, float height)
{
var dataCopy = wfData.Copy();
dataCopy.AppendRotation(Quaternion.Euler(new Vector3(180, 0, 0)));
dataCopy.AppendPosition(new Vector3(0, -height, 0));
wfData.InsertData(dataCopy);
}
protected override WFData GenerateWFDataUnit(FrameRule clamp)
{
float x_Size = clamp.size1 / clamp.num1;
float y_Size = clamp.size2 / clamp.num2;
WFData data = CalcuteUtility.TrussTypeDiamondSpaceGrid_Unit(x_Size, y_Size, clamp.height);
return(data);
}
/// <summary>
/// 生成一组[桁架型(菱形)]单元信息
/// 左下前角为原点
/// </summary>
/// <param name="clamp"></param>
/// <returns></returns>
internal static WFData TrussTypeDiamondSpaceGrid_Unit(float x_Size, float y_Size, float height)
{
var wfData = new WFData();
var node1 = new WFNode(new Vector3(0, 0, 0)); //1
var node2 = new WFNode(new Vector3(x_Size * 0.5f, 0, -y_Size * 0.5f)); //2
var node3 = new WFNode(new Vector3(x_Size * 0.5f, height, -y_Size * 0.5f)); //3
var node4 = new WFNode(new Vector3(0, height, 0)); //4
var node5 = new WFNode(new Vector3(x_Size * 0.5f, 0, y_Size * 0.5f)); //5
var node6 = new WFNode(new Vector3(x_Size, 0, 0)); //6
var node7 = new WFNode(new Vector3(x_Size, height, 0)); //7
var node8 = new WFNode(new Vector3(x_Size * 0.5f, height, y_Size * 0.5f)); //8
wfData.wfNodes.Add(node1);
wfData.wfNodes.Add(node2);
wfData.wfNodes.Add(node3);
wfData.wfNodes.Add(node4);
wfData.wfNodes.Add(node5);
wfData.wfNodes.Add(node6);
wfData.wfNodes.Add(node7);
wfData.wfNodes.Add(node8);
//wfData.wfBars.Add(new WFBar(node1.m_id, node2.m_id));//1-2
//wfData.wfBars.Add(new WFBar(node1.m_id, node4.m_id));//1-4
//wfData.wfBars.Add(new WFBar(node1.m_id, node5.m_id));//1-5
//wfData.wfBars.Add(new WFBar(node1.m_id, node8.m_id));//1-8
//wfData.wfBars.Add(new WFBar(node2.m_id, node3.m_id));//2-3
//wfData.wfBars.Add(new WFBar(node2.m_id, node4.m_id));//2-4
//wfData.wfBars.Add(new WFBar(node2.m_id, node6.m_id));//2-6
//wfData.wfBars.Add(new WFBar(node2.m_id, node7.m_id));//2-7
//wfData.wfBars.Add(new WFBar(node3.m_id, node4.m_id));//3-4
//wfData.wfBars.Add(new WFBar(node3.m_id, node7.m_id));//3-7
//wfData.wfBars.Add(new WFBar(node4.m_id, node8.m_id));//4-8
//wfData.wfBars.Add(new WFBar(node5.m_id, node6.m_id));//5-6
//wfData.wfBars.Add(new WFBar(node5.m_id, node8.m_id));//5-8
//wfData.wfBars.Add(new WFBar(node6.m_id, node7.m_id));//6-7
//wfData.wfBars.Add(new WFBar(node6.m_id, node8.m_id));//6-8
//wfData.wfBars.Add(new WFBar(node7.m_id, node8.m_id));//7-8
wfData.wfBars.Add(new WFBar(node1.m_id, node2.m_id, BarPosType.downBar)); //1-2
wfData.wfBars.Add(new WFBar(node1.m_id, node4.m_id, BarPosType.centerBar)); //1-4
wfData.wfBars.Add(new WFBar(node1.m_id, node5.m_id, BarPosType.downBar)); //1-5
wfData.wfBars.Add(new WFBar(node1.m_id, node8.m_id, BarPosType.centerBar)); //1-8
wfData.wfBars.Add(new WFBar(node2.m_id, node3.m_id, BarPosType.centerBar)); //2-3
wfData.wfBars.Add(new WFBar(node2.m_id, node4.m_id, BarPosType.centerBar)); //2-4
wfData.wfBars.Add(new WFBar(node2.m_id, node6.m_id, BarPosType.downBar)); //2-6
wfData.wfBars.Add(new WFBar(node2.m_id, node7.m_id, BarPosType.centerBar)); //2-7
wfData.wfBars.Add(new WFBar(node3.m_id, node4.m_id, BarPosType.upBar)); //3-4
wfData.wfBars.Add(new WFBar(node3.m_id, node7.m_id, BarPosType.upBar)); //3-7
wfData.wfBars.Add(new WFBar(node4.m_id, node8.m_id, BarPosType.upBar)); //4-8
wfData.wfBars.Add(new WFBar(node5.m_id, node6.m_id, BarPosType.downBar)); //5-6
wfData.wfBars.Add(new WFBar(node5.m_id, node8.m_id, BarPosType.centerBar)); //5-8
wfData.wfBars.Add(new WFBar(node6.m_id, node7.m_id, BarPosType.centerBar)); //6-7
wfData.wfBars.Add(new WFBar(node6.m_id, node8.m_id, BarPosType.centerBar)); //6-8
wfData.wfBars.Add(new WFBar(node7.m_id, node8.m_id, BarPosType.upBar)); //7-8
return(wfData);
}
protected override WFData GenerateWFData(FrameRule clamp)
{
float x_Size = clamp.size1 / clamp.num1;
float y_Size = clamp.size2 / clamp.num2;
var startPos = -new Vector3(clamp.size1, -clamp.height, clamp.size2 - y_Size) * 0.5f;
WFData wfData = new WFData();
WFNode[,] topNodes = new WFNode[clamp.num1, clamp.num2];
List <WFNode> bundNodes = new List <WFNode>();
for (int i = 0; i < clamp.num1; i++)
{
for (int j = 0; j < clamp.num2; j++)
{
WFData data = CalcuteUtility.QuadDiamondSpaceGrid_Unit(x_Size, y_Size, clamp.height);
var position = startPos + i * x_Size * Vector3.right + j * y_Size * Vector3.forward;
data.AppendPosition(position);
topNodes[i, j] = data.wfNodes.Find(x => x.type == NodePosType.taperedTop);
wfData.InsertData(data);
if (i == 0)//左
{
var node = data.wfNodes.Find(x => Vector3.Distance(x.position, position) < 0.1f);
bundNodes.Add(node);
}
if (j == 0)
{//下
var downPos = position + x_Size * Vector3.right * 0.5f - y_Size * Vector3.forward * 0.5f;
var node = data.wfNodes.Find(x => Vector3.Distance(x.position, downPos) < 0.1f);
bundNodes.Add(node);
}
if (i == clamp.num1 - 1)//右
{
var rightPos = position + x_Size * Vector3.right;
var node = data.wfNodes.Find(x => Vector3.Distance(x.position, rightPos) < 0.1f);
bundNodes.Add(node);
}
if (j == clamp.num2 - 1)//上
{
var upPos = position + x_Size * Vector3.right * 0.5f + y_Size * Vector3.forward * 0.5f;
var node = data.wfNodes.Find(x => Vector3.Distance(x.position, upPos) < 0.1f);
bundNodes.Add(node);
}
}
}
var downData = CalcuteUtility.ConnectNeerBy(topNodes, BarPosType.downBar);
wfData.InsertData(downData);
var bundData = CalcuteUtility.ConnectNeerBy(bundNodes, Mathf.Sqrt(Mathf.Pow(x_Size, 2) + Mathf.Pow(y_Size, 2)), BarPosType.upBar);
wfData.InsertData(bundData);
return(wfData);
}
/// <summary>
/// 连接相邻点
/// </summary>
/// <param name="topNodes"></param>
/// <returns></returns>
internal static WFData ConnectNeerBy(WFNode[,] topNodes, string barType)
{
WFData data = new WFData();
var xCount = topNodes.GetLength(0);
var yCount = topNodes.GetLength(1);
for (int i = 0; i < xCount; i++)
{
for (int j = 0; j < yCount; j++)
{
var node = topNodes[i, j];
if (node == null)
{
continue;
}
data.wfNodes.Add(node);
if (i > 0)//左
{
var node_l = topNodes[i - 1, j];
if (node_l != null)
{
data.wfBars.Add(new WFBar(node.m_id, node_l.m_id, barType));
}
}
if (i < xCount - 1)//右
{
var node_r = topNodes[i + 1, j];
if (node_r != null)
{
data.wfBars.Add(new WFBar(node.m_id, node_r.m_id, barType));
}
}
if (j > 0)//下
{
var node_d = topNodes[i, j - 1];
if (node_d != null)
{
data.wfBars.Add(new WFBar(node.m_id, node_d.m_id, barType));
}
}
if (j < yCount - 1)//上
{
var node_u = topNodes[i, j + 1];
if (node_u != null)
{
data.wfBars.Add(new WFBar(node.m_id, node_u.m_id, barType));
}
}
//Debug.Log(i + "" + j + topNodes[i, j].m_id);
}
}
return(data);
}
protected override WFData GenerateWFData(FrameRule clamp)
{
float x_Size = clamp.size1 / clamp.num1;
float y_Size = clamp.size2 / clamp.num2;
var startPos = -new Vector3(clamp.size1, clamp.height, clamp.size2 - y_Size) * 0.5f;
WFData wfData = new WFData();
var bundNodes = new List <WFNode>();
for (int i = 0; i < clamp.num1; i++)
{
for (int j = 0; j < clamp.num2; j++)
{
WFData data = CalcuteUtility.TrussTypeDiamondSpaceGrid_Unit(x_Size, y_Size, clamp.height);
var position = startPos + i * x_Size * Vector3.right + j * y_Size * Vector3.forward;
data.AppendPosition(position);
wfData.InsertData(data);
if (i == 0)//左
{
var nodes = data.wfNodes.FindAll(x => IsPointSmilarity(x.position, position));
bundNodes.AddRange(nodes);
}
if (j == 0)
{//下
var downPos = position + x_Size * Vector3.right * 0.5f - y_Size * Vector3.forward * 0.5f;
var nodes = data.wfNodes.FindAll(x => IsPointSmilarity(x.position, downPos));
bundNodes.AddRange(nodes);
}
if (i == clamp.num1 - 1)//右
{
var rightPos = position + x_Size * Vector3.right;
var nodes = data.wfNodes.FindAll(x => IsPointSmilarity(x.position, rightPos));
bundNodes.AddRange(nodes);
}
if (j == clamp.num2 - 1)//上
{
var upPos = position + x_Size * Vector3.right * 0.5f + y_Size * Vector3.forward * 0.5f;
var nodes = data.wfNodes.FindAll(x => IsPointSmilarity(x.position, upPos));
bundNodes.AddRange(nodes);
}
}
}
var bundData = CalcuteUtility.ConnectNeerBy(bundNodes, Mathf.Sqrt(Mathf.Pow(x_Size, 2) + Mathf.Pow(y_Size, 2)), BarPosType.upBar);
wfData.InsertData(bundData);
return(wfData);
}
internal void InsertData(WFData data)
{
Dictionary <string, string> guidChanged = new Dictionary <string, string>();
foreach (var item in data.wfNodes)
{
var same = wfNodes.Find(x => Vector3.Distance(x.position, item.position) < 0.1f);
if (same != null)
{
guidChanged.Add(item.m_id, same.m_id);
}
else
{
wfNodes.Add(item);
}
}
foreach (var item in data.wfBars)
{
bool formNodeSame = guidChanged.ContainsKey(item.fromNodeId);
bool toNodeSame = guidChanged.ContainsKey(item.toNodeId);
if (formNodeSame && !toNodeSame)
{
var newBar = item.Copy();
newBar.ResetFromNodeID(guidChanged[item.fromNodeId]);
wfBars.Add(newBar);
}
else if (!formNodeSame && toNodeSame)
{
var newBar = item.Copy();
newBar.ResetToNodeID(guidChanged[item.toNodeId]);
wfBars.Add(newBar);
}
else if (!formNodeSame && !toNodeSame)
{
wfBars.Add(item);
}
else
{
var newBar = item.Copy();
newBar.ResetFromNodeID(guidChanged[item.fromNodeId]);
newBar.ResetToNodeID(guidChanged[item.toNodeId]);
if (wfBars.Find(x => x.IsSame(newBar)) == null)
{
wfBars.Add(newBar);
}
}
}
}
public static WFData GetTestData()
{
var data = new WFData();
data.wfNodes = new List <WFNode>();
var node1 = new WFNode(Vector3.zero);
data.wfNodes.Add(node1);
var node2 = new WFNode(Vector3.one);
data.wfNodes.Add(node2);
data.wfBars = new List <WFBar>();
var bar = new WFBar(node1.m_id, node2.m_id, BarPosType.upBar);
data.wfBars.Add(bar);
return(data);
}
/// <summary>
/// 生成一组[桁架型(三向交叉)]单元信息
/// 左下前角为原点
/// </summary>
/// <param name="clamp"></param>
/// <returns></returns>
internal static WFData TrussTypeThreeDirectionSpaceGrid_Unit(float x_Size, float y_Size, float height)
{
var wfData = new WFData();
var node1 = new WFNode(new Vector3(0, 0, 0));
var node2 = new WFNode(new Vector3(x_Size, 0, 0));
var node3 = new WFNode(new Vector3(x_Size, height, 0));
var node4 = new WFNode(new Vector3(0, height, 0));
var node5 = new WFNode(new Vector3(0, 0, y_Size));
var node6 = new WFNode(new Vector3(x_Size, 0, y_Size));
var node7 = new WFNode(new Vector3(x_Size, height, y_Size));
var node8 = new WFNode(new Vector3(0, height, y_Size));
wfData.wfNodes.Add(node1);
wfData.wfNodes.Add(node2);
wfData.wfNodes.Add(node3);
wfData.wfNodes.Add(node4);
wfData.wfNodes.Add(node5);
wfData.wfNodes.Add(node6);
wfData.wfNodes.Add(node7);
wfData.wfNodes.Add(node8);
wfData.wfBars.Add(new WFBar(node1.m_id, node2.m_id, BarPosType.downBar)); //1-2
wfData.wfBars.Add(new WFBar(node1.m_id, node4.m_id, BarPosType.centerBar)); //1-4
wfData.wfBars.Add(new WFBar(node1.m_id, node5.m_id, BarPosType.downBar)); //1-5
wfData.wfBars.Add(new WFBar(node1.m_id, node6.m_id, BarPosType.downBar)); //1-6
wfData.wfBars.Add(new WFBar(node1.m_id, node8.m_id, BarPosType.centerBar)); //1-8
wfData.wfBars.Add(new WFBar(node2.m_id, node3.m_id, BarPosType.centerBar)); //2-3
wfData.wfBars.Add(new WFBar(node2.m_id, node4.m_id, BarPosType.centerBar)); //2-4
wfData.wfBars.Add(new WFBar(node2.m_id, node6.m_id, BarPosType.downBar)); //2-6
wfData.wfBars.Add(new WFBar(node2.m_id, node7.m_id, BarPosType.centerBar)); //2-7
wfData.wfBars.Add(new WFBar(node3.m_id, node4.m_id, BarPosType.upBar)); //3-4
wfData.wfBars.Add(new WFBar(node3.m_id, node7.m_id, BarPosType.upBar)); //3-7
wfData.wfBars.Add(new WFBar(node4.m_id, node6.m_id, BarPosType.centerBar)); //4-6
wfData.wfBars.Add(new WFBar(node4.m_id, node7.m_id, BarPosType.upBar)); //4-7
wfData.wfBars.Add(new WFBar(node4.m_id, node8.m_id, BarPosType.upBar)); //4-8
wfData.wfBars.Add(new WFBar(node5.m_id, node6.m_id, BarPosType.downBar)); //5-6
wfData.wfBars.Add(new WFBar(node5.m_id, node8.m_id, BarPosType.centerBar)); //5-8
wfData.wfBars.Add(new WFBar(node6.m_id, node7.m_id, BarPosType.centerBar)); //6-7
wfData.wfBars.Add(new WFBar(node6.m_id, node8.m_id, BarPosType.centerBar)); //6-8
wfData.wfBars.Add(new WFBar(node7.m_id, node8.m_id, BarPosType.upBar)); //7-8
return(wfData);
}
protected override WFData GenerateWFData(FrameRule clamp)
{
var startPos = -new Vector3(clamp.size1, clamp.height, clamp.size2) * 0.5f;
WFData wfData = new WFData();
float x_Size = clamp.size1 / clamp.num1;
float y_Size = clamp.size2 / clamp.num2;
for (int i = 0; i < clamp.num1; i++)
{
for (int j = 0; j < clamp.num2; j++)
{
WFData data = CalcuteUtility.TrussTypeThreeDirectionSpaceGrid_Unit(x_Size, y_Size, clamp.height);
data.AppendPosition(startPos + i * x_Size * Vector3.right + j * y_Size * Vector3.forward);
wfData.InsertData(data);
}
}
return(wfData);
}
private void RecordBoundNode(int i, int j, int num, WFData tdata, Vector3 pos, float unitSize, float unitHeight, List <WFNode> boundNodes)
{
if (i == -num)
{
var downNode = tdata.wfNodes.Find(x => CalcuteUtility.IsSimulatePos(x.position, pos));
boundNodes.Add(downNode);
}
if (j == 0 && i >= -1)
{
var leftPos = pos - unitSize * 0.5f * Vector3.right + unitHeight * Vector3.forward;
var leftNode = tdata.wfNodes.Find(x => CalcuteUtility.IsSimulatePos(x.position, leftPos));
boundNodes.Add(leftNode);
}
if (j == 2 * num - Mathf.Abs(i + 1) - 1 && i >= -1)
{
var rightPos = pos + unitSize * 0.5f * Vector3.right + unitHeight * Vector3.forward;
var rightNode = tdata.wfNodes.Find(x => CalcuteUtility.IsSimulatePos(x.position, rightPos));
boundNodes.Add(rightNode);
}
}
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);
}
/// <summary>
/// 生成一组[三角锥]单元信息
/// 上面下角为原点
/// </summary>
/// <param name="x_Size"></param>
/// <param name="y_Size"></param>
/// <param name="height"></param>
/// <returns></returns>
internal static WFData TrigonumSpaceGrid_Unit(float edge, float height)
{
var wfData = new WFData();
var edgeHeight = edge * 0.5f * Mathf.Tan(Mathf.Deg2Rad * 60);
var centr1 = edge * 0.5f / Mathf.Cos(Mathf.Deg2Rad * 30);
var node1 = new WFNode(new Vector3(0, 0, 0), NodePosType.taperedBottom);
var node2 = new WFNode(new Vector3(edge * 0.5f, 0, edgeHeight), NodePosType.taperedBottom);
var node3 = new WFNode(new Vector3(-edge * 0.5f, 0, edgeHeight), NodePosType.taperedBottom);
var node4 = new WFNode(new Vector3(0, -height, centr1), NodePosType.taperedTop);
wfData.wfNodes.Add(node1);
wfData.wfNodes.Add(node2);
wfData.wfNodes.Add(node3);
wfData.wfNodes.Add(node4);
wfData.wfBars.Add(new WFBar(node1.m_id, node2.m_id, BarPosType.upBar)); //1-2
wfData.wfBars.Add(new WFBar(node1.m_id, node3.m_id, BarPosType.upBar)); //1-3
wfData.wfBars.Add(new WFBar(node1.m_id, node4.m_id, BarPosType.centerBar)); //1-4
wfData.wfBars.Add(new WFBar(node2.m_id, node3.m_id, BarPosType.upBar)); //2-3
wfData.wfBars.Add(new WFBar(node2.m_id, node4.m_id, BarPosType.centerBar)); //2-4
wfData.wfBars.Add(new WFBar(node3.m_id, node4.m_id, BarPosType.centerBar)); //3-4
return(wfData);
}
/// <summary>
/// (边界连接)
/// </summary>
/// <param name="bundNodes"></param>
/// <param name="barType"></param>
/// <returns></returns>
internal static WFData ConnectNeerBy(List <WFNode> bundNodes, float distence, string barType, BoundConnectType connectType = BoundConnectType.XOrYAxis)
{
var data = new WFData();
for (int i = 0; i < bundNodes.Count; i++)
{
var node = bundNodes[i];
data.wfNodes.Add(node);
if (i < bundNodes.Count - 1)
{
for (int j = i + 1; j < bundNodes.Count; j++)
{
var otherNode = bundNodes[j];
if (Vector3.Distance(node.position, otherNode.position) < distence + 0.1f)
{
bool match = false;
switch (connectType)
{
case BoundConnectType.XAxisOnly:
match = Mathf.Abs(node.position.x - otherNode.position.x) < 0.1f;
break;
case BoundConnectType.YAxisOnly:
match = Mathf.Abs(node.position.z - otherNode.position.z) < 0.1f;
break;
case BoundConnectType.XOrYAxis:
match = Mathf.Abs(node.position.x - otherNode.position.x) < 0.1f ||
Mathf.Abs(node.position.z - otherNode.position.z) < 0.1f;
break;
case BoundConnectType.NoXAxis:
match = Mathf.Abs(node.position.x - otherNode.position.x) > 0.1f;
break;
case BoundConnectType.NoYAxis:
match = Mathf.Abs(node.position.z - otherNode.position.z) > 0.1f;
break;
case BoundConnectType.NoXAndYAxis:
match = Mathf.Abs(node.position.x - otherNode.position.x) > 0.1f &&
Mathf.Abs(node.position.z - otherNode.position.z) > 0.1f;
break;
case BoundConnectType.NoRule:
match = true;
break;
default:
break;
}
if (match)
{
data.wfBars.Add(new WFBar(node.m_id, otherNode.m_id, barType));
}
}
}
}
}
return(data);
}
