/// <summary>
/// border1--下缘线，border2--上缘线,
/// drawScale --- 输入的线是米单位还是毫米单位
/// drawScale = 1,是米单位，线要放大1000倍; drawScale= 1000是毫米单位，线不需要缩放
/// </summary>
public void SetLinePM(TxCurve x_center, TxCurve x_borderDn, TxCurve x_borderUp, List<TxLine> midHLLines, int drawScale)
{
center = AcadAssist.CloneTxCurve(x_center);
borderDn = AcadAssist.CloneTxCurve(x_borderDn);
borderUp = AcadAssist.CloneTxCurve(x_borderUp);
List<TxLine> zhlLines = new List<TxLine>();
for (int i = 0; i < midHLLines.Count; i++)
{
zhlLines.Add(AcadAssist.CloneTxLine(midHLLines[i]));
}
if (center != null && center.StartPoint.X > center.EndPoint.X)
{
center = AcadAssist.ReverseCurve(center);
}
if (borderDn != null && borderDn.StartPoint.X > borderDn.EndPoint.X)
{
borderDn = AcadAssist.ReverseCurve(borderDn);
}
if (borderUp != null && borderUp.StartPoint.X > borderUp.EndPoint.X)
{
borderUp = AcadAssist.ReverseCurve(borderUp);
}
for (int i = 0; i < zhlLines.Count; i++)
{
if (zhlLines[i].StartPoint.Y > zhlLines[i].EndPoint.Y)
{
zhlLines[i] = AcadAssist.ReverseTxLine(zhlLines[i]);
}
}
//缩放比例
if (drawScale == 1)
{
center.TransformBy(Matrix3d.Scaling(1000, center.StartPoint));
borderDn.TransformBy(Matrix3d.Scaling(1000, center.StartPoint));
borderUp.TransformBy(Matrix3d.Scaling(1000, center.StartPoint));
for (int i = 0; i < zhlLines.Count; i++)
zhlLines[i].TransformBy(Matrix3d.Scaling(1000, center.StartPoint));
}
L = center.GetDistAtPoint(center.EndPoint);
Vector3d centerVect = center.StartPoint.GetVectorTo(center.EndPoint).RotateBy(Math.PI * 0.5, Vector3d.ZAxis);
Vector3d sideLeftVect = borderDn.StartPoint.GetVectorTo(borderUp.StartPoint);
alf1 = AcadAssist.GetRotateAngle(centerVect, sideLeftVect);// centerVect.GetAngleTo(sideLeftVect); CAD的函数求的夹角都是正的.
//WTL1 = borderUp.StartPoint.DistanceTo(center.GetClosestPointTo(borderUp.StartPoint, true));
//WTR1 = borderDn.StartPoint.DistanceTo(center.GetClosestPointTo(borderDn.StartPoint, true));
Vector3d sideRightVect = borderDn.EndPoint.GetVectorTo(borderUp.EndPoint);
alf2 = AcadAssist.GetRotateAngle(centerVect, sideRightVect);// centerVect.GetAngleTo(sideLeftVect); CAD的函数求的夹角都是正的.
//WTL2 = borderUp.EndPoint.DistanceTo(center.GetClosestPointTo(borderUp.EndPoint, true));
//WTR2 = borderDn.EndPoint.DistanceTo(center.GetClosestPointTo(borderDn.EndPoint, true));
HLx.Clear();
HLa.Clear();
for (int i = 0; i < zhlLines.Count; i++)
{
Point3d hlPoint = AcadAssist.GetIntersectionPoint(center, zhlLines[i]);
double temp_henliangX = center.GetDistAtPoint(hlPoint);
Vector3d henliangVect = zhlLines[i].StartPoint.GetVectorTo(zhlLines[i].EndPoint);
double temp_alf = AcadAssist.GetRotateAngle(centerVect, henliangVect);
if (i == 0)
HLx.Add(temp_henliangX);
else
HLx.Add(temp_henliangX - HLx[i - 1]);
//设置角度
HLa.Add(temp_alf);
}
}
public void DrawPM(DatabaseToAcad block)
{
// 1a 2a
// /-----------------/-----------------------/
// / 3a / 5a /
// 1c/----\_ 4a / 6a_/-------/2c
// / \---------/--------------/ /
// 1/-----------------/-----------------------/
// / __/--------/---------------\ /
// 1d/ -----/ 4b / 6b \-----/2d
// / 3b / 5b /
// /-----------------/-----------------------/
//1b 2b
if (center != null && center.StartPoint.X > center.EndPoint.X)
{
center = AcadAssist.ReverseTxLine(center);
}
if (borderDn != null && borderDn.StartPoint.X > borderDn.EndPoint.X)
{
borderDn = AcadAssist.ReverseCurve(borderDn);
}
if (borderUp != null && borderUp.StartPoint.X > borderUp.EndPoint.X)
{
borderUp = AcadAssist.ReverseCurve(borderUp);
}
TxLine center2 = null;
TxCurve borderDn2 = null;
TxCurve borderUp2 = null;
if (center == null)
{
center2 = new TxLine(new Point3d(0, 0, 0), new Point3d(L, 0, 0));
}
else
{
center2 = AcadAssist.CloneTxLine(center);
}
if (borderDn == null)
{
borderDn2 = new TxLine(new Point3d(0, 0, 0), new Point3d(L, 0, 0));
}
else
{
borderDn2 = AcadAssist.CloneTxCurve(borderDn);
}
if (borderUp == null)
{
borderUp2 = new TxLine(new Point3d(0, 0, 0), new Point3d(L, 0, 0));
}
else
{
borderUp2 = AcadAssist.CloneTxCurve(borderUp);
}
TxLine borderLeft = new TxLine(borderDn2.StartPoint, borderUp2.StartPoint);
TxLine borderRight = new TxLine(borderDn2.EndPoint, borderUp2.EndPoint);
Vector3d vectCenterLine = center2.StartPoint.GetVectorTo(center2.EndPoint).GetNormal();
Point3d ctPoint1 = center2.StartPoint;
//Point3d ctPoint1a = new Point3d(ctPoint1.X + Math.Tan(alf1) * WTL1, ctPoint1.Y + WTL1, 0);
//Point3d ctPoint1b = new Point3d(ctPoint1.X - Math.Tan(alf1) * WTL2, ctPoint1.Y - WTL2, 0);
Point3d ctPoint1c = ctPoint1 + vectCenterLine.RotateBy(Math.PI * 0.5 + alf1, Vector3d.ZAxis) * (WD * 0.5) / Math.Cos(alf1);
Point3d ctPoint1d = ctPoint1 - vectCenterLine.RotateBy(Math.PI * 0.5 + alf1, Vector3d.ZAxis) * (WD * 0.5) / Math.Cos(alf1);
//Point3d ctPoint1c = new Point3d(ctPoint1.X + Math.Tan(alf1) * WD * 0.5, ctPoint1.Y + WD * 0.5, 0);
//Point3d ctPoint1d = new Point3d(ctPoint1.X - Math.Tan(alf1) * WD * 0.5, ctPoint1.Y - WD * 0.5, 0);
Point3d ctPoint2 = center2.EndPoint;
//Point3d ctPoint2a = new Point3d(ctPoint2.X + Math.Tan(alf2) * WTR1, ctPoint1.Y + WTR1, 0);
//Point3d ctPoint2b = new Point3d(ctPoint2.X - Math.Tan(alf2) * WTR2, ctPoint1.Y - WTR2, 0);
Point3d ctPoint2c = ctPoint2 + vectCenterLine.RotateBy(Math.PI * 0.5 + alf2, Vector3d.ZAxis) * (WD * 0.5) / Math.Cos(alf2);
Point3d ctPoint2d = ctPoint2 - vectCenterLine.RotateBy(Math.PI * 0.5 + alf2, Vector3d.ZAxis) * (WD * 0.5) / Math.Cos(alf2);
//Point3d ctPoint2c = new Point3d(ctPoint2.X + Math.Tan(alf2) * WD * 0.5, ctPoint2.Y + WD * 0.5, 0);
//Point3d ctPoint2d = new Point3d(ctPoint2.X - Math.Tan(alf2) * WD * 0.5, ctPoint2.Y - WD * 0.5, 0);
Point3d ctPoint3 = center2.GetPointAtDist(Ld);
Point3d ctPoint3a = new Point3d(ctPoint3.X + Math.Tan(alf1) * WD * 0.5, ctPoint3.Y + WD * 0.5, 0);
Point3d ctPoint3b = new Point3d(ctPoint3.X - Math.Tan(alf1) * WD * 0.5, ctPoint3.Y - WD * 0.5, 0);
Point3d ctPoint4 = center2.GetPointAtDist(Ld + Ldx);
Point3d ctPoint4a = new Point3d(ctPoint4.X + Math.Tan(alf1) * WFb * 0.5, ctPoint3.Y + WFb * 0.5, 0);
Point3d ctPoint4b = new Point3d(ctPoint4.X - Math.Tan(alf1) * WFb * 0.5, ctPoint3.Y - WFb * 0.5, 0);
Point3d ctPoint5 = center2.GetPointAtDist(L - Ld);
Point3d ctPoint5a = new Point3d(ctPoint5.X + Math.Tan(alf2) * WD * 0.5, ctPoint5.Y + WD * 0.5, 0);
Point3d ctPoint5b = new Point3d(ctPoint5.X - Math.Tan(alf2) * WD * 0.5, ctPoint5.Y - WD * 0.5, 0);
Point3d ctPoint6 = center2.GetPointAtDist(L - Ld - Ldx);
Point3d ctPoint6a = new Point3d(ctPoint6.X + Math.Tan(alf2) * WFb * 0.5, ctPoint6.Y + WFb * 0.5, 0);
Point3d ctPoint6b = new Point3d(ctPoint6.X - Math.Tan(alf2) * WFb * 0.5, ctPoint6.Y - WFb * 0.5, 0);
//外轮廓
//TxLine sideLine1 = new TxLine(ctPoint1a, ctPoint2a);
//TxLine sideLine2 = new TxLine(ctPoint1b, ctPoint2b);
//block.AddLine(ctPoint1a, ctPoint1b, CommonLayer.gz1layer);
//block.AddLine(ctPoint2a, ctPoint2b, CommonLayer.gz1layer);
//block.AddLine(ctPoint1a, ctPoint2a, CommonLayer.gz1layer);
//block.AddLine(ctPoint1b, ctPoint2b, CommonLayer.gz1layer);
//内轮廓
TxPolyline plineUp = new TxPolyline();
plineUp.AddVertexAt(0, new Point2d(ctPoint1c.X, ctPoint1c.Y), 0, 0, 0);
plineUp.AddVertexAt(1, new Point2d(ctPoint3a.X, ctPoint3a.Y), 0, 0, 0);
plineUp.AddVertexAt(2, new Point2d(ctPoint4a.X, ctPoint4a.Y), 0, 0, 0);
plineUp.AddVertexAt(3, new Point2d(ctPoint6a.X, ctPoint6a.Y), 0, 0, 0);
plineUp.AddVertexAt(4, new Point2d(ctPoint5a.X, ctPoint5a.Y), 0, 0, 0);
plineUp.AddVertexAt(5, new Point2d(ctPoint2c.X, ctPoint2c.Y), 0, 0, 0);
//block.AddPolyline(plineUp, CommonLayer.gz2layer);
TxPolyline plineDn = new TxPolyline();
plineDn.AddVertexAt(0, new Point2d(ctPoint1d.X, ctPoint1d.Y), 0, 0, 0);
plineDn.AddVertexAt(1, new Point2d(ctPoint3b.X, ctPoint3b.Y), 0, 0, 0);
plineDn.AddVertexAt(2, new Point2d(ctPoint4b.X, ctPoint4b.Y), 0, 0, 0);
plineDn.AddVertexAt(3, new Point2d(ctPoint6b.X, ctPoint6b.Y), 0, 0, 0);
plineDn.AddVertexAt(4, new Point2d(ctPoint5b.X, ctPoint5b.Y), 0, 0, 0);
plineDn.AddVertexAt(5, new Point2d(ctPoint2d.X, ctPoint2d.Y), 0, 0, 0);
//block.AddPolyline(plineDn, CommonLayer.gz2layer);
//获取横梁线
List<TxLine> hlCenters;
List<TxLine> hlLinesL;
List<TxLine> hlLinesR;
this.GetHLLine(out hlCenters, out hlLinesL, out hlLinesR);
//绘制横梁线--考虑剪切断开
for (int i = 0; i < hlCenters.Count; i++)
block.AddLine(hlCenters[i], CommonLayer.cenlayer);
for (int i = 0; i < hlLinesL.Count; i++)
{
Point3d xPoint1 = AcadAssist.GetIntersectionPoint(plineDn, hlLinesL[i]);
Point3d xPoint2 = AcadAssist.GetIntersectionPoint(plineDn, hlLinesR[i]);
Point3d xPoint3 = AcadAssist.GetIntersectionPoint(plineUp, hlLinesL[i]);
Point3d xPoint4 = AcadAssist.GetIntersectionPoint(plineUp, hlLinesR[i]);
if (type == BeamLocate.Mid || type == BeamLocate.Left)
{
block.AddLine(xPoint1, hlLinesL[i].StartPoint, CommonLayer.gz2layer);
block.AddLine(xPoint2, hlLinesR[i].StartPoint, CommonLayer.gz2layer);
}
if (type == BeamLocate.Mid || type == BeamLocate.Right)
{
block.AddLine(xPoint3, hlLinesL[i].EndPoint, CommonLayer.gz2layer);
block.AddLine(xPoint4, hlLinesR[i].EndPoint, CommonLayer.gz2layer);
}
}
//绘制腹板线--纵向
if (type == BeamLocate.Mid || type == BeamLocate.Right)
{
List<Point3d> xPointsUp = new List<Point3d>();
for (int i = 0; i < hlLinesL.Count; i++)
{
xPointsUp.AddRange(AcadAssist.GetIntersectionPoints(plineUp, hlLinesL[i]));
//Point3dCollection curPointsL = new Point3dCollection();
//plineUp.IntersectWith(hlLinesL[i], Intersect.OnBothOperands, curPointsL, 0, 0);
//for (int j = 0; j < curPointsL.Count; j++)
// xPointsUp.Add(curPointsL[j]);
xPointsUp.AddRange(AcadAssist.GetIntersectionPoints(plineUp, hlLinesR[i]));
//Point3dCollection curPointsR = new Point3dCollection();
//plineUp.IntersectWith(hlLinesR[i], Intersect.OnBothOperands, curPointsR, 0, 0);
//for (int j = 0; j < curPointsR.Count; j++)
//xPointsUp.Add(curPointsR[j]);
}
xPointsUp.Sort(new CompairPoint3dX());
////Point3dCollection xPointsUp2 = new Point3dCollection();
////for (int i = 0; i < xPointsUp.Count; i++)
////{
//// xPointsUp2.Add(xPointsUp[i]);
////}
////DBObjectCollection objCurvesUp = plineUp.GetSplitCurves(xPointsUp2);
List<TxCurve> objCurvesUp = AcadAssist.SplitCurveByPoints(plineUp, xPointsUp);
//输出基数个数
int count1 = Convert.ToInt32((objCurvesUp.Count + 1) / 2);
for (int i = 0; i < count1; i++)
{
block.AddCurve((TxCurve)objCurvesUp[i * 2], CommonLayer.gz2layer);
}
}
if (type == BeamLocate.Mid || type == BeamLocate.Left)
{
//腹板线--右侧侧
List<Point3d> xPointsDn = new List<Point3d>();
for (int i = 0; i < hlLinesL.Count; i++)
{
xPointsDn.AddRange(AcadAssist.GetIntersectionPoints(plineUp, hlLinesL[i]));
////Point3dCollection curPointsL = new Point3dCollection();
////plineDn.IntersectWith(hlLinesL[i], Intersect.OnBothOperands, curPointsL, 0, 0);
////for (int j = 0; j < curPointsL.Count; j++)
//// xPointsDn.Add(curPointsL[j]);
////Point3dCollection curPointsR = new Point3dCollection();
////plineDn.IntersectWith(hlLinesR[i], Intersect.OnBothOperands, curPointsR, 0, 0);
////for (int j = 0; j < curPointsR.Count; j++)
//// xPointsDn.Add(curPointsR[j]);
}
xPointsDn.Sort(new CompairPoint3dX());
////Point3dCollection xPointsDn2 = new Point3dCollection();
////for (int i = 0; i < xPointsDn.Count; i++)
////{
//// xPointsDn2.Add(xPointsDn[i]);
////}
List<TxCurve> objCurvesDn = AcadAssist.SplitCurveByPoints(plineDn, xPointsDn);
//DBObjectCollection objCurvesDn = plineDn.GetSplitCurves(xPointsDn2);
//输出基数个数
int count2 = Convert.ToInt32((objCurvesDn.Count + 1) / 2);
for (int i = 0; i < count2; i++)
{
block.AddCurve((TxCurve)objCurvesDn[i * 2], CommonLayer.gz2layer);
}
}
if (type == BeamLocate.Left)
block.AddPolyline(plineUp, CommonLayer.gz2layer);
if (type == BeamLocate.Right)
block.AddPolyline(plineDn, CommonLayer.gz2layer);
//腹板中心线
TxCurve centerLine = AcadAssist.OffsetLineToBoarder(center2, 0, borderLeft, borderRight);
block.AddCurve(centerLine, CommonLayer.cenlayer);
//中心线长度
Point3d textPoint = center2.GetPointAtDist(center2.Length * 0.4);
Vector3d textVect = center2.GetFirstDerivative(textPoint);
//double textAngle = textVect.AngleOnPlane(center2.GetPlane());
double textAngle = AcadAssist.AngleOnPlan(textVect, center2);
block.AddText(textPoint, String.Format("中心线长度{0:F0}", center2.Length), block.style.RealTextHeigth * 1000, textAngle, CommonLayer.dimlayer, TxTextHorizontalMode.TextCenter, TxTextVerticalMode.TextBottom);
//角度标注
for (int i = 0; i < hlCenters.Count; i++)
{
Point3d hlPointx = AcadAssist.GetIntersectionPoint(center2, hlCenters[i]);
Vector3d curVectx = center2.GetFirstDerivative(hlPointx).GetNormal();
Vector3d vectHL = hlCenters[i].EndPoint.GetVectorTo(hlCenters[i].StartPoint).GetNormal();
if (i == hlCenters.Count - 1)
block.AddDimAngularFix(hlPointx, hlPointx - curVectx * block.style.BlockScale * 2000, hlPointx + vectHL * block.style.BlockScale * 2000, block.style.DimFirstLayer * 1000);
else
block.AddDimAngularFix(hlPointx, hlPointx + curVectx * block.style.BlockScale * 2000, hlPointx + vectHL * block.style.BlockScale * 2000, block.style.DimFirstLayer * 1000);
}
}
/// <summary>
/// 绘制支座，需先绘制梁图
/// </summary>
private void DrawSupportPoints()
{
if (!isDrawn)
throw new Exception("尚未绘图");
try
{
Point3d borderPointL_Up = AcadAssist.GetIntersectionPoint(cvBoardUp2, pierline12);
Point3d borderPointL_Dn = AcadAssist.GetIntersectionPoint(cvBoardDn2, pierline12);
Point3d roadCenterL = AcadAssist.GetIntersectionPoint(curveZX2, pierline12);
double DL = borderPointL_Up.DistanceTo(roadCenterL);
double DR = borderPointL_Dn.DistanceTo(roadCenterL);
double sumLL = borderPointL_Up.DistanceTo(borderPointL_Dn);
if (((DL + DR) - sumLL) > 1)
{
DL = ((DL > DR) ? 1 : -1) * DL;
DR = ((DL > DR) ? -1 : 1) * DR;
}
Vector3d vectGailingPer1111 = AcadAssist.GetFirstDerivative(pierline12, borderPointL_Up);
Vector3d vectGailingPer1 = AcadAssist.GetFirstDerivative(pierline12, borderPointL_Up).GetNormal().RotateBy(-0.5 * Math.PI, Vector3d.ZAxis);
Vector3d vectGailingPer2 = AcadAssist.GetFirstDerivative(pierline12, borderPointL_Dn).GetNormal().RotateBy(-0.5 * Math.PI, Vector3d.ZAxis);
Vector3d vect_up = AcadAssist.GetFirstDerivative(cvBoardUp2, borderPointL_Up);
Vector3d vect_dn = AcadAssist.GetFirstDerivative(cvBoardDn2, borderPointL_Dn);
double rotateAngl1 = vect_up.GetAngleTo(vectGailingPer1);
double rotateAngl2 = vect_dn.GetAngleTo(vectGailingPer2);
double rotateAngl1_360 = rotateAngl1 * 180 / Math.PI;
double rotateAngl2_360 = rotateAngl2 * 180 / Math.PI;
TxCurve gailiangSideInnerL = AcadAssist.OffsetCurveToBoarderRight(pierline12, +gailiangInSide * 0.001 / m_drawScale, cvBoardUp2, cvBoardDn2); ///倒T盖梁的内侧结构线
TxCurve gailiangSideInnerR = AcadAssist.OffsetCurveToBoarderRight(pierline22, -gailiangInSide * 0.001 / m_drawScale, cvBoardUp2, cvBoardDn2); ///倒T盖梁的内侧结构线
TxCurve gailiangSideOuterL = AcadAssist.OffsetCurveToBoarderRight(pierline12, +gailiangOutSide * 0.001 / m_drawScale, cvBoardUp2, cvBoardDn2); ///倒T盖梁的外侧结构边线
TxCurve gailiangSideOuterR = AcadAssist.OffsetCurveToBoarderRight(pierline22, -gailiangOutSide * 0.001 / m_drawScale, cvBoardUp2, cvBoardDn2); ///倒T盖梁的内侧结构边线
if (gailiangInSide > 0) block.AddCurve(gailiangSideInnerL, CommonLayer.qtlayer);
if (gailiangInSide > 0) block.AddCurve(gailiangSideInnerR, CommonLayer.qtlayer);
block.AddCurve(gailiangSideOuterL, CommonLayer.qtlayer);
block.AddCurve(gailiangSideOuterR, CommonLayer.qtlayer);
supportLineL = AcadAssist.OffsetCurveToBoarderRight(pierline12, +supportOffsetL * 0.001 / m_drawScale, cvBoardUp2, cvBoardDn2);
supportLineR = AcadAssist.OffsetCurveToBoarderRight(pierline22, -supportOffsetR * 0.001 / m_drawScale, cvBoardUp2, cvBoardDn2);
block.AddCurve(supportLineL, CommonLayer.qtlayer); ///盖梁上的支座中心线
block.AddCurve(supportLineR, CommonLayer.qtlayer); ///盖梁上的支座中心线
supportPointsL = new List<Point3d>();
supportPointsR = new List<Point3d>();
//List<Point3d> supportPointsL = new List<Point3d>();
//List<Point3d> supportPointsR = new List<Point3d>();
for (int i = 0; i < cenLines.Count; i++)
{
if (supportDistOnBeam == 0)
{
supportPointsL.Add(AcadAssist.GetIntersectionPoint(supportLineL, cenLines[i]));
supportPointsR.Add(AcadAssist.GetIntersectionPoint(supportLineR, cenLines[i]));
}
else
{
TxLine centerOffsetLine1 = AcadAssist.GetOffsetLineToLeft(cenLines[i], -0.5 * supportDistOnBeam * 0.001 / m_drawScale); // 向下偏移
TxLine centerOffsetLine2 = AcadAssist.GetOffsetLineToLeft(cenLines[i], +0.5 * supportDistOnBeam * 0.001 / m_drawScale); // 向上偏移
supportPointsL.Add(AcadAssist.GetIntersectionPoint(supportLineL, centerOffsetLine1));
supportPointsL.Add(AcadAssist.GetIntersectionPoint(supportLineL, centerOffsetLine2));
supportPointsR.Add(AcadAssist.GetIntersectionPoint(supportLineR, centerOffsetLine1));
supportPointsR.Add(AcadAssist.GetIntersectionPoint(supportLineR, centerOffsetLine2));
if (IsDimZZDistOnBeam)
{
//-----------标注支座间距[垂直梁中心线标注]----
Point3d supportPointsL0 = AcadAssist.GetIntersectionPoint(supportLineL, cenLines[i]);
Point3d supportPointsL1 = AcadAssist.GetIntersectionPoint(supportLineL, centerOffsetLine1);
Point3d supportPointsL2 = AcadAssist.GetIntersectionPoint(supportLineL, centerOffsetLine2);
Point3d supportPointsL1_onBeam = cenLines[i].GetClosestPointTo(supportPointsL1, false);
Point3d supportPointsL2_onBeam = cenLines[i].GetClosestPointTo(supportPointsL2, false);
block.AddDimRotated(supportPointsL1, supportPointsL1_onBeam, -block.style.DimFirstLayer, 0, CommonSimbel.ConvertToDimStr(0.5 * supportDistOnBeam));
block.AddDimRotated(supportPointsL2_onBeam, supportPointsL2, -block.style.DimFirstLayer, 0, CommonSimbel.ConvertToDimStr(0.5 * supportDistOnBeam));
Point3d supportPointsR0 = AcadAssist.GetIntersectionPoint(supportLineL, cenLines[i]);
Point3d supportPointsR1 = AcadAssist.GetIntersectionPoint(supportLineR, centerOffsetLine1);
Point3d supportPointsR2 = AcadAssist.GetIntersectionPoint(supportLineR, centerOffsetLine2);
Point3d supportPointsR1_onBeam = cenLines[i].GetClosestPointTo(supportPointsR1, false);
Point3d supportPointsR2_onBeam = cenLines[i].GetClosestPointTo(supportPointsR2, false);
block.AddDimRotated(supportPointsR1, supportPointsR1_onBeam, +block.style.DimFirstLayer, 0, CommonSimbel.ConvertToDimStr(0.5 * supportDistOnBeam));
block.AddDimRotated(supportPointsR2_onBeam, supportPointsR2, +block.style.DimFirstLayer, 0, CommonSimbel.ConvertToDimStr(0.5 * supportDistOnBeam));
}
}
}
///------------------------------------------------------
for (int i = 0; i < supportPointsL.Count; i++)
{
if (IsSupportRound)
{
block.AddCircle(supportPointsL[i], supportDiameter * 0.001 / m_drawScale, CommonLayer.qtlayer);
}
else
{
block.AddCenterSquare(supportPointsL[i], supportDiameter * 0.001 / m_drawScale, CommonLayer.qtlayer);
}
}
for (int i = 0; i < supportPointsR.Count; i++)
{
if (IsSupportRound)
{
block.AddCircle(supportPointsR[i], supportDiameter * 0.001 / m_drawScale, CommonLayer.qtlayer);
}
else
{
block.AddCircle(supportPointsL[i], supportDiameter * 0.001 / m_drawScale, CommonLayer.qtlayer);
}
}
}
catch
{
System.Windows.Forms.MessageBox.Show("绘图出错，请修改结构定义。" + "可能是结构边线是否合理。");
}
}
/// <summary>
/// 绘制梁图
/// </summary>
private void DrawBeamSlab()
{
supportPointsL = new List<Point3d>();
supportPointsR = new List<Point3d>();
//---如果是调试位置，可以打开图块的外边框 IsDrawBlockBorder = true;
if (user_curveZX == null || user_cvBoardUp == null || user_cvBoardDn == null || user_pierline1 == null || user_pierline2 == null)
{
System.Windows.Forms.MessageBox.Show("未选择线。");
return;
}
xPoint1 = AcadAssist.GetIntersectionPoint(user_curveZX, user_pierline1);
xPoint2 = AcadAssist.GetIntersectionPoint(user_curveZX, user_pierline2);
Vector3d vectRotate1 = xPoint1.GetVectorTo(xPoint2);
//double rotate1Angle = vectRotate1.AngleOnPlane(user_curveZX.GetPlane());
rotate1Angle = AcadAssist.AngleOnPlan(vectRotate1, user_curveZX);
curveZX2 = AcadAssist.ConvertToTxPolyline(user_curveZX);
cvBoardUp2 = AcadAssist.ConvertToTxPolyline(user_cvBoardUp);
cvBoardDn2 = AcadAssist.ConvertToTxPolyline(user_cvBoardDn);
pierline12 = (TxLine)user_pierline1.Clone();
pierline22 = (TxLine)user_pierline2.Clone();
curveZX2.Rotation(-rotate1Angle, Vector3d.ZAxis, xPoint1);
cvBoardUp2.Rotation(-rotate1Angle, Vector3d.ZAxis, xPoint1);
cvBoardDn2.Rotation(-rotate1Angle, Vector3d.ZAxis, xPoint1);
pierline12.Rotation(-rotate1Angle, Vector3d.ZAxis, xPoint1);
pierline22.Rotation(-rotate1Angle, Vector3d.ZAxis, xPoint1);
m_storeCLines2 = new List<TxLine>();
for (int i = 0; i < user_storedCLines.Count; i++)
{
m_storeCLines2.Add((TxLine)user_storedCLines[i].Clone());
m_storeCLines2[i].TransformBy(Matrix3d.Rotation(-rotate1Angle, Vector3d.ZAxis, xPoint1));
}
m_hgbLines2 = new List<TxLine>();
for (int i = 0; i < user_hgbLines.Count; i++)
{
m_hgbLines2.Add((TxLine)user_hgbLines[i].Clone());
m_hgbLines2[i].TransformBy(Matrix3d.Rotation(-rotate1Angle, Vector3d.ZAxis, xPoint1));
}
if (curveZX2.StartPoint.X > curveZX2.EndPoint.X)
curveZX2 = AcadAssist.ReverseTxPolyline(curveZX2);
if (cvBoardUp2.StartPoint.X > cvBoardUp2.EndPoint.X)
cvBoardUp2 = AcadAssist.ReverseTxPolyline(cvBoardUp2);
if (cvBoardDn2.StartPoint.X > cvBoardDn2.EndPoint.X)
cvBoardDn2 = AcadAssist.ReverseTxPolyline(cvBoardDn2);
if (pierline12.StartPoint.Y > pierline12.EndPoint.Y)
pierline12 = AcadAssist.ReverseTxLine(pierline12);
if (pierline22.StartPoint.Y > pierline22.EndPoint.Y)
pierline22 = AcadAssist.ReverseTxLine(pierline22);
try
{
#region 绘制总体构造信息 [道路设计线，伸缩缝中心线，桩号，墩号，墩位，板梁端部线]
//-------------前面还有个中心线的相交-------不相交有没有处理过，是不是已经延长过了，不记得了；这个是新加上的----------
List<Point3d> milePoints1 = AcadAssist.GetIntersectionPoints(curveZX2, pierline12);
List<Point3d> milePoints2 = AcadAssist.GetIntersectionPoints(curveZX2, pierline22);
if (milePoints1.Count == 0 || milePoints2.Count == 0) System.Windows.Forms.MessageBox.Show("分控线和桥梁边线没有交点");
milePoint1 = AcadAssist.GetIntersectionPoint(curveZX2, pierline12);
milePoint2 = AcadAssist.GetIntersectionPoint(curveZX2, pierline22);
//伸缩缝中心线线转化为线段
pierline1x = AcadAssist.LineToBorder(pierline12, cvBoardUp2, cvBoardDn2);
pierline2x = AcadAssist.LineToBorder(pierline22, cvBoardUp2, cvBoardDn2);
//道路设计线
block.AddLine(pierline1x, CommonLayer.cenlayer);
block.AddLine(pierline2x, CommonLayer.cenlayer);
TxCurve centerLine = AcadAssist.CurveToBorder(curveZX2, pierline12, pierline22);
Point3d centerLineMidPoint = centerLine.GetPointAtDist(centerLine.GetDistAtPoint(centerLine.EndPoint) * 0.7);
Vector3d centerLineMidVect = AcadAssist.GetFirstDerivative(centerLine, centerLineMidPoint);
centerLine = AcadAssist.ExtendCurve(centerLine, 8 * block.style.BlockScale);
block.AddCurve(centerLine, CommonLayer.cenlayer);
//板梁端部线 [伸缩缝附近横桥向端线]
endLine1 = AcadAssist.OffsetLineToBoarder(pierline12, -m_glWidth1 * m_drawScale, cvBoardUp2, cvBoardDn2);
endLine2 = AcadAssist.OffsetLineToBoarder(pierline22, +m_glWidth2 * m_drawScale, cvBoardUp2, cvBoardDn2);
if (endLine1.StartPoint.Y > endLine1.EndPoint.Y) endLine1 = AcadAssist.ReverseTxLine(endLine1);
if (endLine2.StartPoint.Y > endLine2.EndPoint.Y) endLine2 = AcadAssist.ReverseTxLine(endLine2);
//空心板横桥向端线
block.AddLine(endLine1, CommonLayer.gz1layer);
block.AddLine(endLine2, CommonLayer.gz1layer);
//转角---以后对齐,标注等都要用
TxLine alignLine = new TxLine(AcadAssist.Mid(endLine1.StartPoint, endLine1.EndPoint), AcadAssist.Mid(endLine2.StartPoint, endLine2.EndPoint));
Vector3d vectRotate = alignLine.StartPoint.GetVectorTo(alignLine.EndPoint);
startLineAngle = AcadAssist.AngleOnPlan(vectRotate, alignLine);
#endregion
//最外侧板梁边线--------边板悬臂外边线
cvBoardUpx = AcadAssist.CurveToBorder(cvBoardUp2, endLine1, endLine2);
cvBoardDnx = AcadAssist.CurveToBorder(cvBoardDn2, endLine1, endLine2);
block.AddCurve(cvBoardUpx, CommonLayer.gz1layer);
block.AddCurve(cvBoardDnx, CommonLayer.gz1layer);
//计算辅助点（去掉悬臂后的空心板边板外侧线的点）
// kxb_bb1_point1 kxb_bb1_point2
// -------------------------
// | |
// | |
// | |
// -------------------------
// kxb_bb2_point1 kxb_bb2_point2
#region 初始板梁块数
TxLine borderLineS = new TxLine(cvBoardUpx.StartPoint, cvBoardUpx.EndPoint);
TxLine offsetBordS1 = AcadAssist.OffsetLineToBoarder(borderLineS, -m_initWsideLS * m_drawScale, endLine1, endLine2);
TxLine offsetBordS2 = AcadAssist.OffsetLineToBoarder(borderLineS, -m_initWsideRS * m_drawScale, endLine1, endLine2);
TxLine centerLineS1 = new TxLine(offsetBordS1.StartPoint, offsetBordS2.EndPoint);
TxLine borderLineX = new TxLine(cvBoardDnx.StartPoint, cvBoardDnx.EndPoint);
TxLine offsetBordX1 = AcadAssist.OffsetLineToBoarder(borderLineX, m_initWsideLX * m_drawScale, endLine1, endLine2);
TxLine offsetBordX2 = AcadAssist.OffsetLineToBoarder(borderLineX, m_initWsideRX * m_drawScale, endLine1, endLine2);
TxLine centerLineX1 = new TxLine(offsetBordX1.StartPoint, offsetBordX2.EndPoint);
double distBorderL = centerLineS1.StartPoint.DistanceTo(centerLineX1.StartPoint);
double distBorderR = centerLineS1.EndPoint.DistanceTo(centerLineX1.EndPoint);
double Wone = m_initWone * m_drawScale;
double Wsum = Math.Min(distBorderL, distBorderR) + Wone;
double initWsjf2 = m_initWsjf * m_drawScale;
boxCount = AcadAssist.CalBeamCountCombineSjf(Wsum, Wone, initWsjf2, Wone * 0.5);
#endregion
sideLines = new List<TxLine>();
cenLines = new List<TxLine>();
#region 定义梁中心线
if (drawingMode == DrawingMode.AUTO)
{
//箱梁划板[按照boxCount*(Wone+sjfW1/2)+Wone的原则]
sideLines.Clear();
cenLines.Clear();
List<Point3d> divPointL = AcadAssist.SplitLineByCount(centerLineX1.StartPoint, centerLineS1.StartPoint, boxCount - 1);
List<Point3d> divPointR = AcadAssist.SplitLineByCount(centerLineX1.EndPoint, centerLineS1.EndPoint, boxCount - 1);
for (int i = 0; i < divPointL.Count; i++)
{
cenLines.Add(new TxLine(divPointL[i], divPointR[i]));
}
for (int i = 0; i < cenLines.Count; i++)
{
sideLines.Add(AcadAssist.OffsetLineToBoarder(cenLines[i], -Wone * 0.5, endLine1, endLine2));
sideLines.Add(AcadAssist.OffsetLineToBoarder(cenLines[i], +Wone * 0.5, endLine1, endLine2));
}
//加上两个边梁d的中心线和内边线
cenLines.Add(centerLineX1);
cenLines.Add(centerLineS1);
sideLines.Add(AcadAssist.OffsetLineToBoarder(centerLineX1, +Wone * 0.5, endLine1, endLine2));
sideLines.Add(AcadAssist.OffsetLineToBoarder(centerLineS1, -Wone * 0.5, endLine1, endLine2));
if (isAdjustSJFW)
{
///--------求出各湿接缝长度------------------
CompairTxLineStartY compairY1 = new CompairTxLineStartY();
sideLines.Sort(compairY1);
cenLines.Sort(compairY1);
List<double> sjfWidthBefore1 = new List<double>();//调整前湿接缝左宽度表
List<double> sjfWidthBefore2 = new List<double>();//调整前湿接缝右宽度表
int sjfCount = sideLines.Count / 2;//sidLine是梁边线（除边梁外边线）--数量是（中板数+1）*2==湿接缝数*2
for (int i = 0; i < sjfCount; i++)
{
double sjfWWW1 = sideLines[i * 2].StartPoint.DistanceTo(sideLines[i * 2 + 1].StartPoint);
double sjfWWW2 = sideLines[i * 2].EndPoint.DistanceTo(sideLines[i * 2 + 1].EndPoint);
sjfWidthBefore1.Add(sjfWWW1);
sjfWidthBefore2.Add(sjfWWW2);
}
double sjfWidth1Ave = MTL_Math.Math2.sum(sjfWidthBefore1) / sjfWidthBefore1.Count;
double sjfWidth2Ave = MTL_Math.Math2.sum(sjfWidthBefore2) / sjfWidthBefore2.Count;
List<double> adjustSjfW1 = new List<double>();//湿接缝左宽度调整量表
List<double> adjustSjfW2 = new List<double>();//湿接缝右宽度调整量表
for (int i = 0; i < sjfWidthBefore1.Count - 1; i++)
{
adjustSjfW1.Add(-(sjfWidthBefore1[i] - sjfWidth1Ave));
adjustSjfW2.Add(-(sjfWidthBefore1[i] - sjfWidth1Ave));
}
sideLines.Clear();
cenLines.Clear();
//-----自动均匀调整湿接缝的宽度-----------------
List<Point3d> divPointLx = this.AdjustSjfW(centerLineX1.StartPoint, centerLineS1.StartPoint, boxCount - 1, adjustSjfW1);
List<Point3d> divPointRx = this.AdjustSjfW(centerLineX1.EndPoint, centerLineS1.EndPoint, boxCount - 1, adjustSjfW2);
for (int i = 0; i < divPointL.Count; i++)
{
cenLines.Add(new TxLine(divPointLx[i], divPointRx[i]));
}
for (int i = 0; i < cenLines.Count; i++)
{
sideLines.Add(AcadAssist.OffsetLineToBoarder(cenLines[i], -Wone * 0.5, endLine1, endLine2));
sideLines.Add(AcadAssist.OffsetLineToBoarder(cenLines[i], +Wone * 0.5, endLine1, endLine2));
}
//加上两个边梁d的中心线和内边线
cenLines.Add(centerLineX1);
cenLines.Add(centerLineS1);
sideLines.Add(AcadAssist.OffsetLineToBoarder(centerLineX1, +Wone * 0.5, endLine1, endLine2));
sideLines.Add(AcadAssist.OffsetLineToBoarder(centerLineS1, -Wone * 0.5, endLine1, endLine2));
}
}
else if (drawingMode == DrawingMode.USER_CENTER)
{
sideLines.Clear();
cenLines.Clear();
for (int i = 0; i < m_storeCLines2.Count; i++)
{
TxLine tempLine = AcadAssist.LineToBorder(m_storeCLines2[i], endLine1, endLine2);
cenLines.Add(tempLine);
}
CompairTxLineStartY compairY1 = new CompairTxLineStartY();
cenLines.Sort(compairY1);
//-----与前面自动确定中心线后形成的梁边线的代码相同--------------
for (int i = 0; i < cenLines.Count; i++)
{
if (i != 0)
{
sideLines.Add(AcadAssist.OffsetLineToBoarder(cenLines[i], -Wone * 0.5, endLine1, endLine2));
}
if (i != cenLines.Count - 1)
{
sideLines.Add(AcadAssist.OffsetLineToBoarder(cenLines[i], +Wone * 0.5, endLine1, endLine2));
}
}
//加上两个边梁d的中心线和内边线
//cenLines.Add(centerLineX1);
//cenLines.Add(centerLineS1);
//sideLines.Add(AcadAssist.OffsetLineToBoarder(centerLineX1, +Wone * 0.5, endLine1, endLine2));
//sideLines.Add(AcadAssist.OffsetLineToBoarder(centerLineS1, -Wone * 0.5, endLine1, endLine2));
//-----与前面自动确定中心线后形成的梁边线的代码相同--------------
}
else
{
//箱梁划板[按照文字定义的梁宽和湿接缝宽]
sideLines.Clear();
//double offsetX1 = -distX1;
//double offsetX2 = -distX2;
//List<double> XwidthOffsetL = MTL_Math.ParseString.ParaseToDouble(widthOffsetL);
//List<double> XwidthOffsetR = MTL_Math.ParseString.ParaseToDouble(widthOffsetR);
//List<double> XwidthOffsetJfL = MTL_Math.ParseString.ParaseToDouble(widthOffsetSjfL);
//List<double> XwidthOffsetJfR = MTL_Math.ParseString.ParaseToDouble(widthOffsetSjfR);
//if ((XwidthOffsetL.Count != XwidthOffsetR.Count) || (XwidthOffsetL.Count != XwidthOffsetJfL.Count + 1)
// || (XwidthOffsetR.Count != XwidthOffsetJfR.Count + 1))
//{
// System.Windows.Forms.MessageBox.Show("板梁个数与湿接缝个数不一致,请修改数据");
// return;
//}
//for (int i = 0; i < XwidthOffsetL.Count; i++)
//{
// double beamWSumLeft = XwidthOffsetL[i];
// double beamWSumRigt = XwidthOffsetR[i];
// //偏移半块板的宽度---求出梁中心线
// double beamWDnLeft = (i == 0) ? (beamWSumLeft - initWsideI2) : ((i == boxCount - 1) ? initWsideI2 : (beamWSumLeft * 0.5));
// double beamWDnRigt = (i == 0) ? (beamWSumRigt - initWsideI2) : ((i == boxCount - 1) ? initWsideI2 : (beamWSumRigt * 0.5));
// TxLine offsetLine1 = AcadAssist.OffsetLineToBoarder(startLine2, (offsetX1 + beamWDnLeft) , endLine1, endLine2);
// TxLine offsetLine2 = AcadAssist.OffsetLineToBoarder(startLine2, (offsetX2 + beamWDnRigt) , endLine1, endLine2);
// TxLine center1 = new TxLine(offsetLine1.StartPoint, offsetLine2.EndPoint);
// if (i != boxCount - 1)
// cenLines.Add(center1);
// //再偏移半块板的宽度---求出梁上缘边线
// double beamWUpLeft = beamWSumLeft - beamWDnLeft;
// double beamWUpRigt = beamWSumRigt - beamWDnRigt;
// TxLine offsetLine3 = AcadAssist.OffsetLineToBoarder(startLine2,( offsetX1 + beamWSumLeft ), endLine1, endLine2);
// TxLine offsetLine4 = AcadAssist.OffsetLineToBoarder(startLine2, (offsetX2 + beamWSumRigt), endLine1, endLine2);
// TxLine border1 = new TxLine(offsetLine3.StartPoint, offsetLine4.EndPoint);
// if (i != boxCount - 1)
// kxbLines.Add(border1);
// offsetX1 += XwidthOffsetL[i];
// offsetX2 += XwidthOffsetR[i];
//}
}
#endregion
//中心线与边线排序
CompairTxLineStartY compareY2 = new CompairTxLineStartY();
sideLines.Sort(compareY2);
cenLines.Sort(compareY2);
//输出板边线
for (int i = 0; i < sideLines.Count; i++)
{
block.AddLine(sideLines[i], CommonLayer.gz1layer);
}
//定义横梁线
List<TxLine> hlLines = new List<TxLine>();//横梁线
if (this.isUserhgbCount == false)
{
hlLines.AddRange(m_hgbLines2);
}
else
{
//-----目前只在跨中加一道横隔板----
TxLine beamSideUpLine1 = new TxLine(cvBoardDnx.StartPoint, cvBoardDnx.EndPoint);
TxLine beamSideUpLine2 = new TxLine(cvBoardUpx.StartPoint, cvBoardUpx.EndPoint);
Point3d hlPoint1 = AcadAssist.Mid(beamSideUpLine1.StartPoint, beamSideUpLine1.EndPoint);
Point3d hlPoint2 = AcadAssist.Mid(beamSideUpLine2.StartPoint, beamSideUpLine2.EndPoint);
hlLines.Add(new TxLine(hlPoint1, hlPoint2));
}
#region 绘制板梁平面构造图
//绘制小箱梁T梁构造平面[kxbLines不包含上下构造边线--因此要用加上边线的kxbLinesWithBorder]
List<BeamBox> BeamBoxs = new List<BeamBox>(); //横向布置箱梁
List<BeamT> beamTs = new List<BeamT>(); //横向布置箱梁
List<TxCurve> kxbLinesWithBorder = new List<TxCurve>();
kxbLinesWithBorder.Insert(0, cvBoardDnx);
for (int i = 0; i < sideLines.Count; i++) kxbLinesWithBorder.Add(sideLines[i]);
kxbLinesWithBorder.Add(cvBoardUpx);
boxCountX = Convert.ToInt32(sideLines.Count / 2);
for (int i = 0; i <= boxCountX; i++)
{
TxLine curBeamCenterLine = cenLines[i];
TxCurve curBeamSideLineDn = kxbLinesWithBorder[i * 2];
TxCurve curBeamSideLineUp = kxbLinesWithBorder[i * 2 + 1];
Point3d beamStartPoint = curBeamCenterLine.StartPoint;
if (structType == BeamType.BEAMBOX)
{
BeamBox BeamBox = new BeamBox();
if (i == 0) BeamBox.type = BeamBase.BeamLocate.Right;
if (i == boxCountX) BeamBox.type = BeamBase.BeamLocate.Left;
BeamBox.SetLinePM(curBeamCenterLine, curBeamSideLineDn, curBeamSideLineUp, hlLines, m_drawScale);
if (isDrawBeam)
{
DatabaseToAcad blockBeamBox = new DatabaseToAcad(block.style.BlockScale / m_drawScale);
BeamBox.DrawPM(blockBeamBox);
blockBeamBox.TransformBy(Matrix3d.Scaling(0.001 * m_drawScale, beamStartPoint));
//-----------原来是这句DimensionScale，现在换成了ResetDimensionScale
blockBeamBox.ResetDimensionScale(block.style.BlockScale);
//blockBeamBox.DimensionScale(m_drawScale);
block.Append(blockBeamBox);
}
else
{
DatabaseToAcad blockBeamBox = new DatabaseToAcad(block.style.BlockScale / m_drawScale);
//BeamBox.DrawCenterLine(blockBeamBox);
blockBeamBox.TransformBy(Matrix3d.Scaling(0.001 * m_drawScale, beamStartPoint));
//-----------原来是这句DimensionScale，现在换成了ResetDimensionScale
blockBeamBox.ResetDimensionScale(block.style.BlockScale);
//blockBeamBox.DimensionScale(m_drawScale);
block.Append(blockBeamBox);
}
BeamBoxs.Add(BeamBox);
}
else if (structType == BeamType.BEAMT)
{
BeamT beamT = new BeamT();
if (i == 0) beamT.type = BeamBase.BeamLocate.Right;
if (i == boxCountX) beamT.type = BeamBase.BeamLocate.Left;
beamT.SetLinePM(curBeamCenterLine, curBeamSideLineDn, curBeamSideLineUp, hlLines, m_drawScale);
if (isDrawBeam)
{
DatabaseToAcad blockBeamT = new DatabaseToAcad(block.style.BlockScale / m_drawScale);
beamT.DrawPM(blockBeamT);
blockBeamT.TransformBy(Matrix3d.Scaling(0.001 * m_drawScale, beamStartPoint));
//-----------原来是这句DimensionScale，现在换成了ResetDimensionScale
blockBeamT.ResetDimensionScale(block.style.BlockScale);
//blockBeamT.DimensionScale(m_drawScale);
block.Append(blockBeamT);
}
else
{
DatabaseToAcad blockBeamT = new DatabaseToAcad(block.style.BlockScale / m_drawScale);
//beamT.DrawCenterLine(blockBeamT);
beamT.TransformBy(Matrix3d.Scaling(0.001 * m_drawScale, beamStartPoint));
//-----------原来是这句DimensionScale，现在换成了ResetDimensionScale
blockBeamT.ResetDimensionScale(block.style.BlockScale);
//blockBeamBox.DimensionScale(m_drawScale);
block.Append(blockBeamT);
}
beamTs.Add(beamT);
}
else
{
throw new System.Exception("未知上部结构类型。");
}
}
#endregion
#region 湿接缝填充
//桥面板湿接缝填充[kxbLines不包含上下构造边线]
int kxbLineCount2 = sideLines.Count / 2;
for (int i = 0; i < kxbLineCount2; i++)
{
TxLine border1 = sideLines[i * 2 + 0];
TxLine border2 = sideLines[i * 2 + 1];
TxPolyline loopPolyline = new TxPolyline();
loopPolyline.AddVertexAt(0, new Point2d(border1.StartPoint.X, border1.StartPoint.Y), 0, 0, 0);
loopPolyline.AddVertexAt(0, new Point2d(border1.EndPoint.X, border1.EndPoint.Y), 0, 0, 0);
loopPolyline.AddVertexAt(0, new Point2d(border2.EndPoint.X, border2.EndPoint.Y), 0, 0, 0);
loopPolyline.AddVertexAt(0, new Point2d(border2.StartPoint.X, border2.StartPoint.Y), 0, 0, 0);
loopPolyline.AddVertexAt(0, new Point2d(border1.StartPoint.X, border1.StartPoint.Y), 0, 0, 0);
block.AddHatch(loopPolyline, 3 * block.style.BlockScale, CommonLayer.gz3layer);
}
//桥面板湿接缝填充
#endregion
#region 绘制湿接缝范围的横隔板
//湿接缝横梁[START]
if (isDrawBeam)
{
DatabaseToAcad blockSjf = new DatabaseToAcad(block.style.BlockScale);
for (int j = 1; j < BeamBoxs.Count; j++)
{
List<TxLine> hlCenters1 = new List<TxLine>();
List<TxLine> hlLines1L = new List<TxLine>();
List<TxLine> hlLines1R = new List<TxLine>();
BeamBoxs[j - 1].GetHLLine(out hlCenters1, out hlLines1L, out hlLines1R);
for (int k = 0; k < hlCenters1.Count; k++)
{
hlCenters1[k].TransformBy(Matrix3d.Scaling(0.001 * m_drawScale, BeamBoxs[j - 1].StartPointX));
hlLines1L[k].TransformBy(Matrix3d.Scaling(0.001 * m_drawScale, BeamBoxs[j - 1].StartPointX));
hlLines1R[k].TransformBy(Matrix3d.Scaling(0.001 * m_drawScale, BeamBoxs[j - 1].StartPointX));
}
List<TxLine> hlCenters2 = new List<TxLine>();
List<TxLine> hlLines2L = new List<TxLine>();
List<TxLine> hlLines2R = new List<TxLine>();
BeamBoxs[j].GetHLLine(out hlCenters2, out hlLines2L, out hlLines2R);
for (int k = 0; k < hlCenters1.Count; k++)
{
hlCenters2[k].TransformBy(Matrix3d.Scaling(0.001 * m_drawScale, BeamBoxs[j].StartPointX));
hlLines2L[k].TransformBy(Matrix3d.Scaling(0.001 * m_drawScale, BeamBoxs[j].StartPointX));
hlLines2R[k].TransformBy(Matrix3d.Scaling(0.001 * m_drawScale, BeamBoxs[j].StartPointX));
}
for (int k = 0; k < hlCenters1.Count; k++)
{
blockSjf.AddLine(new TxLine(hlCenters1[k].EndPoint, hlCenters2[k].StartPoint), CommonLayer.cenlayer);
}
for (int k = 0; k < hlLines1L.Count; k++)
{
blockSjf.AddLine(new TxLine(hlLines1L[k].EndPoint, hlLines2L[k].StartPoint), CommonLayer.gz2layer);
blockSjf.AddLine(new TxLine(hlLines1R[k].EndPoint, hlLines2R[k].StartPoint), CommonLayer.gz2layer);
}
}
//T梁湿接缝
for (int j = 1; j < beamTs.Count; j++)
{
List<TxLine> hlCenters1 = new List<TxLine>();
List<TxLine> hlLines1L = new List<TxLine>();
List<TxLine> hlLines1R = new List<TxLine>();
beamTs[j - 1].GetHLLine(out hlCenters1, out hlLines1L, out hlLines1R);
for (int k = 0; k < hlCenters1.Count; k++)
{
hlCenters1[k].TransformBy(Matrix3d.Scaling(0.001 * m_drawScale, beamTs[j - 1].StartPointX));
hlLines1L[k].TransformBy(Matrix3d.Scaling(0.001 * m_drawScale, beamTs[j - 1].StartPointX));
hlLines1R[k].TransformBy(Matrix3d.Scaling(0.001 * m_drawScale, beamTs[j - 1].StartPointX));
}
List<TxLine> hlCenters2 = new List<TxLine>();
List<TxLine> hlLines2L = new List<TxLine>();
List<TxLine> hlLines2R = new List<TxLine>();
beamTs[j].GetHLLine(out hlCenters2, out hlLines2L, out hlLines2R);
for (int k = 0; k < hlCenters1.Count; k++)
{
hlCenters2[k].TransformBy(Matrix3d.Scaling(0.001 * m_drawScale, beamTs[j].StartPointX));
hlLines2L[k].TransformBy(Matrix3d.Scaling(0.001 * m_drawScale, beamTs[j].StartPointX));
hlLines2R[k].TransformBy(Matrix3d.Scaling(0.001 * m_drawScale, beamTs[j].StartPointX));
}
for (int k = 0; k < hlCenters1.Count; k++)
{
blockSjf.AddLine(new TxLine(hlCenters1[k].EndPoint, hlCenters2[k].StartPoint), CommonLayer.cenlayer);
}
for (int k = 0; k < hlLines1L.Count; k++)
{
blockSjf.AddLine(new TxLine(hlLines1L[k].EndPoint, hlLines2L[k].StartPoint), CommonLayer.gz2layer);
blockSjf.AddLine(new TxLine(hlLines1R[k].EndPoint, hlLines2R[k].StartPoint), CommonLayer.gz2layer);
}
}
block.Append(blockSjf);
}
//湿接缝横梁[END]
#endregion
this.isDrawn = true;
}
catch
{
System.Windows.Forms.MessageBox.Show("绘图出错，请修改结构定义。" + "可能是结构边线是否合理。");
}
}
public BeamBoxBlock()
{
base.DimScale = 0.1;
user_curveZX = new TxLine(new Point3d(-5, 0, 0), new Point3d(25, 0, 0));
user_cvBoardUp = new TxLine(new Point3d(-10, +8, 0), new Point3d(30, +8, 0));
user_cvBoardDn = new TxLine(new Point3d(-10, -8, 0), new Point3d(30, -8, 0));
user_pierline1 = new TxLine(new Point3d(0, -15, 0), new Point3d(0, +15, 0));
user_pierline2 = new TxLine(new Point3d(20, -15, 0), new Point3d(20, +15, 0));
}
/// <summary>
/// 标注悬臂宽度
/// </summary>
/// <param name="cv1"></param>
/// <param name="line"></param>
/// <returns></returns>
internal void XuanBiWidth(DatabaseToAcad block, TxCurve cv1, TxLine line)
{
double lnLength = line.StartPoint.DistanceTo(line.EndPoint);
int count = Convert.ToInt32(lnLength / shortLineDist);
Vector3d vect = line.EndPoint.GetAsVector() - line.StartPoint.GetAsVector();
vect = vect.GetNormal();
Vector3d vectPer = vect.RotateBy(Math.PI * 0.5, Vector3d.ZAxis);
double[] step = KXBMath.BJ4(lnLength, shortLineDist * m_drawScale, 0.5 * m_drawScale);
double sumStep = 0;
for (int i = 0; i < step.Length - 1; i++)
{
sumStep += step[i];
Point3d lnPoint = line.GetPointAtDist(sumStep);
TxXline xline = new TxXline();
xline.BasePoint = lnPoint;
xline.UnitDir = vectPer;
List<Point3d> points = AcadAssist.GetIntersectionPoints(cv1, xline);
if (points.Count == 0) continue;
//Point3dCollection points = new Point3dCollection();
//cv1.IntersectWith(xline, Intersect.OnBothOperands, points, 0, 0);
//if (points.Count == 0) continue;
TxLine shortline = new TxLine(lnPoint, points[0]);
block.AddCurve(shortline, CommonLayer.dimlayer);
Vector3d vectNorm = shortline.EndPoint.GetAsVector() - shortline.StartPoint.GetAsVector();
double shortLineLength = shortline.StartPoint.DistanceTo(shortline.EndPoint);
string textString = String.Format("{0}", CommonSimbel.ConvertToDimStr1(shortLineLength * 1000 / m_drawScale));
double rotation = AcadAssist.AngleOnPlan(vectNorm, line);
block.AddText(shortline.EndPoint, textString, block.style.RealTextHeigth, rotation, CommonLayer.dimlayer, TxTextHorizontalMode.TextLeft, TxTextVerticalMode.TextVerticalMid);
//DBText dbText = new DBText();
//dbText.Rotation = vectNorm.AngleOnPlane(line.GetPlane());
//dbText.TextString = String.Format("{0:0}", shortLineLength * 1000 / m_drawScale);
//dbText.Height = block.style.RealTextHeigth;
//dbText.WidthFactor = 0.75;
//dbText.VerticalMode = TxTextVerticalMode.TextVerticalMid;
//dbText.Position = shortline.EndPoint;
//dbText.AlignmentPoint = shortline.EndPoint;
//dbText.TextStyleId = CommonSimbel.textStyleId;
//dbText.Layer = CommonLayer.dimlayer;
////block.AddEntity(shortline);
////block.AddEntity(dbText);
}
//标注悬臂
Point3d curvePoint = cv1.GetClosestPointTo(line.StartPoint, false);
int upSideFlag = (curvePoint.Y < line.StartPoint.Y) ? 1 : -1;
Point3d dimPoint1 = line.StartPoint + upSideFlag * vectPer * block.style.DimSecondLayer;
Point3d dimPoint2 = line.EndPoint + upSideFlag * vectPer * block.style.DimSecondLayer;
List<double> tempStep = new List<double>();
tempStep.AddRange(step);
block.AddDimToPointsAlignedCombine(dimPoint1, dimPoint2, upSideFlag * block.style.DimFirstLayer, tempStep, 1000 / m_drawScale);
}