using System;
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using System.Collections.Generic;
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using System.Windows.Forms;
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using DPumpHydr.WinFrmUI.RLT.Docking.Crown;
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using HydrEngineCSharp;
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namespace DPumpHydr.WinFrmUI.Volute
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{
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public partial class OccDesignBaseCtrl : UserControl
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{
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protected HydrEngineCSharp.CDisplayView pDisplayView;
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protected string strTurbopumpTopoShapeName = "ÎÏ¿ÇÉè¼Æx";
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public OccDesignBaseCtrl()
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{
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InitializeComponent();
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//this.DefaultDockArea = RLT.Enum.Crown.DockArea.Document;
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//this._isDispCloseIcon = false ;//²»ÄܹرÕ
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this.MouseDown += OnMouseDown;
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this.MouseMove += OnMouseMove;
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this.MouseUp += OnMouseUp;
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this.MouseWheel += OnMouseWheel;
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//string strTurbopumpTopoShapeName = "ÎÏ¿ÇÉè¼Æ" + (m_nNum++).ToString();
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//bool bSucc = pDisplayView.addTurbopumpTopoShape(strTurbopumpTopoShapeName);
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//if (bSucc)
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//{
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// m_nCreateCurve = 1;
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// //MessageBox.Show("¿ªÊ¼ÎÏ¿ÇÉè¼Æ");
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//}
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}
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protected override void OnPaint(PaintEventArgs e)
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{
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// »æÖÆ´úÂë
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pDisplayView.OCCDraw();
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}
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protected override void OnResize(EventArgs e)
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{
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base.OnResize(e);
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// ³ß´ç¸Ä±äʱµÄ´úÂë
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if (pDisplayView != null)
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{
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pDisplayView.OCCResize();
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}
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}
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protected void OnMouseDown(object sender, MouseEventArgs e)
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{
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if (e.Button == MouseButtons.Left)
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{
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// Êó±ê×ó¼ü°´ÏµIJÙ×÷
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HydrEngineCSharp.LT_PtInt2D pLT_PtInt2D = new HydrEngineCSharp.LT_PtInt2D(e.X, e.Y);
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uint nF = 0;
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pDisplayView.LButtonDown(nF, pLT_PtInt2D);
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}
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else if (e.Button == MouseButtons.Middle)
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{
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HydrEngineCSharp.LT_PtInt2D pLT_PtInt2D = new HydrEngineCSharp.LT_PtInt2D(e.X, e.Y);
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uint nF = 0;
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pDisplayView.MButtonDown(nF, pLT_PtInt2D);
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}
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else if (e.Button == MouseButtons.Right)
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{
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HydrEngineCSharp.LT_PtInt2D pLT_PtInt2D = new HydrEngineCSharp.LT_PtInt2D(e.X, e.Y);
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uint nF = 0;
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pDisplayView.RButtonDown(nF, pLT_PtInt2D);
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}
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}
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protected void OnMouseUp(object sender, MouseEventArgs e)
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{
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if (e.Button == MouseButtons.Left)
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{
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// Êó±ê×ó¼ü°´ÏµIJÙ×÷
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HydrEngineCSharp.LT_PtInt2D pLT_PtInt2D = new HydrEngineCSharp.LT_PtInt2D(e.X, e.Y);
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uint nF = 0;
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pDisplayView.LButtonUp(nF, pLT_PtInt2D);
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}
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else if (e.Button == MouseButtons.Middle)
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{
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HydrEngineCSharp.LT_PtInt2D pLT_PtInt2D = new HydrEngineCSharp.LT_PtInt2D(e.X, e.Y);
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uint nF = 0;
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pDisplayView.MButtonUp(nF, pLT_PtInt2D);
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}
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else if (e.Button == MouseButtons.Right)
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{
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HydrEngineCSharp.LT_PtInt2D pLT_PtInt2D = new HydrEngineCSharp.LT_PtInt2D(e.X, e.Y);
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uint nF = 0;
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pDisplayView.RButtonUp(nF, pLT_PtInt2D);
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}
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}
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// Êó±ê¹öÂֵIJÙ×÷
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protected void OnMouseWheel(object sender, MouseEventArgs e)
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{
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// e.Delta ·µ»Ø¹öÂֵĹö¶¯Öµ
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// Èç¹û e.Delta > 0 Ôò±íʾ¹öÂÖÏòÉÏ
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// Èç¹û e.Delta < 0 Ôò±íʾ¹öÂÖÏòÏÂ
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HydrEngineCSharp.LT_PtInt2D pLT_PtInt2D = new HydrEngineCSharp.LT_PtInt2D(e.X, e.Y);
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uint nF = 0;
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pDisplayView.MouseWheel(nF, (short)e.Delta, pLT_PtInt2D);
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}
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// Êó±êµÄ²Ù×÷
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protected void OnMouseMove(object sender, MouseEventArgs e)
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{
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HydrEngineCSharp.LT_PtInt2D pLT_PtInt2D = new HydrEngineCSharp.LT_PtInt2D(e.X, e.Y);
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uint nF = 0;
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pDisplayView.MouseMove(nF, pLT_PtInt2D);
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}
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public void SetViewDirect(DPumpHydr.Model.eViewDirect vd)
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{
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if (vd == Model.eViewDirect.TOP)
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pDisplayView.SetViewDirect(HydrEngineCSharp.VIEWDIRECT.TOPVIEW);
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if (vd == Model.eViewDirect.FRONT)
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pDisplayView.SetViewDirect(HydrEngineCSharp.VIEWDIRECT.FRONTVIEW);
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if (vd == Model.eViewDirect.BACK)
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pDisplayView.SetViewDirect(HydrEngineCSharp.VIEWDIRECT.BACKVIEW);
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if (vd == Model.eViewDirect.INI)
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pDisplayView.SetViewDirect(HydrEngineCSharp.VIEWDIRECT.INITVIEW);
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if (vd == Model.eViewDirect.LEFT)
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pDisplayView.SetViewDirect(HydrEngineCSharp.VIEWDIRECT.LEFTVIEW);
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if (vd == Model.eViewDirect.RIGHT)
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pDisplayView.SetViewDirect(HydrEngineCSharp.VIEWDIRECT.RIGHTVIEW);
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}
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protected bool _is3D = true;
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public void ClearAll()
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{
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//pDisplayView.DeleteObject(strTurbopumpTopoShapeName);
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//pDisplayView.addTurbopumpTopoShape(strTurbopumpTopoShapeName);
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}
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public virtual void Initial( )
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{
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}
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#region 1-8 ½ØÃæÉè¼Æ
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bool _isFirstSectShape18 = true;
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/// <summary>
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///
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/// </summary>
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/// <param name="sender"></param>
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/// <param name="e"></param>
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public void RefreshAllSectShape18(ViewModel.SectionBundleInfo bundle)
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{
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if (_isFirstSectShape18)
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{
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CreateSectShape18(bundle);
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}
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else
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{
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EditSectShape18(bundle);
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}
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_isFirstSectShape18 = false;
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}
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protected void CreateSectShape18(ViewModel.SectionBundleInfo bundle)
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{
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//pDisplayView.Update3DViews(_is3D);
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double dStartAngle = -HydrDisplayEngineBridge.PI_4;
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double dDetAngle = 2 * HydrDisplayEngineBridge.PI / 8;
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for (int i = 8; i >=1; i--)
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{
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var theSectionParam = bundle.ToSectionShapePara(i);
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double dGama_Left, dGama_Right, dH, dR_out, dR_Left, dR_Right, dBaseWidth, dBaseCircleRadius;
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dGama_Left = theSectionParam.Gama_Left;
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dGama_Right = theSectionParam.Gama_Right;
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dH = theSectionParam.H;
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dR_out = theSectionParam.R_out;
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dR_Left = theSectionParam.R_Left;
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dR_Right = theSectionParam.R_Right;
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dBaseWidth = theSectionParam.BaseWidth;
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dBaseCircleRadius = theSectionParam.BaseCircleRadius;
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string wstrShapeNameI = string.Format("SectShape_{0}", theSectionParam.Index);
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HydrProperties theHydrProperties = new HydrProperties();
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HydrGeomCurve theHydrGeomCurve = HydrDisplayEngineBridge.CreateGeomCurve(HydrCurveType.EHydrGeomSection);
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HydrGeomSection pHydrGeomCurve = theHydrGeomCurve as HydrGeomSection;
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if (pHydrGeomCurve == null)
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{
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continue;
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}
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theHydrProperties.SetShapeName(wstrShapeNameI);
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pHydrGeomCurve.SetHydrProperties(theHydrProperties);
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pHydrGeomCurve.SetGeomSection(dGama_Left, dGama_Right, dH, dR_out, dR_Left, dR_Right, dBaseWidth, dBaseCircleRadius);
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//if (_is3D)
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{
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double dAngle = ( 8 - theSectionParam.Index ) * dDetAngle + dStartAngle;
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BcGeMatrix theMatrix = BcGeMatrix.translate(0, dBaseCircleRadius, 0);
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BcGeMatrix theMatrix1 = BcGeMatrix.rotate(-dAngle, 1.0, 0.0, 0.0);
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theMatrix.postMult(theMatrix1);
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pHydrGeomCurve.SetMatrix(theMatrix);
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}
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pDisplayView.addVoluteCurve( theSectionParam.Index, pHydrGeomCurve);
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}
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if (_is3D)
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{
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string wstrVoluteName = "VolueBodyShape";
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bool bSucc = pDisplayView.buildVoluteShape(wstrVoluteName);
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if (bSucc)
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{
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Invalidate(true);
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pDisplayView.FitAll3DViews(true);
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}
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}
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else
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{
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Invalidate(true);
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pDisplayView.FitAll3DViews(true);
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}
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}
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protected void EditSectShape18(ViewModel.SectionBundleInfo bundle)
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{
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pDisplayView.Update3DViews(_is3D);
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double dStartAngle = -HydrDisplayEngineBridge.PI_4;
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double dDetAngle = 2 * HydrDisplayEngineBridge.PI / 8;
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for (int i = 1; i <= 8; i++)
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{
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var theSectionParam = bundle.ToSectionShapePara(i);
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double dGama_Left, dGama_Right, dH, dR_out, dR_Left, dR_Right, dBaseWidth, dBaseCircleRadius;
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dGama_Left = theSectionParam.Gama_Left;
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dGama_Right = theSectionParam.Gama_Right;
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dH = theSectionParam.H;
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dR_out = theSectionParam.R_out;
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dR_Left = theSectionParam.R_Left;
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dR_Right = theSectionParam.R_Right;
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dBaseWidth = theSectionParam.BaseWidth;
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dBaseCircleRadius = theSectionParam.BaseCircleRadius;
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string wstrShapeNameI = string.Format("SectShape_{0}", theSectionParam.Index);
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HydrProperties theHydrProperties = new HydrProperties();
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HydrGeomCurve theHydrGeomCurve = HydrDisplayEngineBridge.CreateGeomCurve(HydrCurveType.EHydrGeomSection);
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HydrGeomSection pHydrGeomCurve = theHydrGeomCurve as HydrGeomSection;
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if (pHydrGeomCurve == null)
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{
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continue;
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}
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theHydrProperties.SetShapeName(wstrShapeNameI);
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pHydrGeomCurve.SetHydrProperties(theHydrProperties);
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pHydrGeomCurve.SetGeomSection(dGama_Left, dGama_Right, dH, dR_out, dR_Left, dR_Right, dBaseWidth, dBaseCircleRadius);
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//if (_is3D)
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{
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double dAngle = (8 - theSectionParam.Index) * dDetAngle + dStartAngle;
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BcGeMatrix theMatrix = BcGeMatrix.translate(0, dBaseCircleRadius, 0);
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BcGeMatrix theMatrix1 = BcGeMatrix.rotate(-dAngle, 1.0, 0.0, 0.0);
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theMatrix.postMult(theMatrix1);
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pHydrGeomCurve.SetMatrix(theMatrix);
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}
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pDisplayView.editVoluteCurve(wstrShapeNameI, pHydrGeomCurve);
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}
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Invalidate(true);
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}
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public void RefreshSingleSectShape18(ViewModel.SectionShapePara theSectionParam)
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{
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pDisplayView.Update3DViews(true );
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double dStartAngle = -HydrDisplayEngineBridge.PI_4;
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double dDetAngle = 2 * HydrDisplayEngineBridge.PI / 8;
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double dGama_Left, dGama_Right, dH, dR_out, dR_Left, dR_Right, dBaseWidth, dBaseCircleRadius;
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dGama_Left = theSectionParam.Gama_Left;
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dGama_Right = theSectionParam.Gama_Right;
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dH = theSectionParam.H;
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dR_out = theSectionParam.R_out;
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dR_Left = theSectionParam.R_Left;
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dR_Right = theSectionParam.R_Right;
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dBaseWidth = theSectionParam.BaseWidth;
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dBaseCircleRadius = theSectionParam.BaseCircleRadius;
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string wstrShapeNameI = string.Format("SectShape_{0}", theSectionParam.Index);
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HydrProperties theHydrProperties = new HydrProperties();
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HydrGeomCurve theHydrGeomCurve = HydrDisplayEngineBridge.CreateGeomCurve(HydrCurveType.EHydrGeomSection);
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HydrGeomSection pHydrGeomCurve = theHydrGeomCurve as HydrGeomSection;
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if (pHydrGeomCurve == null)
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{
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return;
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}
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theHydrProperties.SetShapeName(wstrShapeNameI);
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pHydrGeomCurve.SetHydrProperties(theHydrProperties);
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pHydrGeomCurve.SetGeomSection(dGama_Left, dGama_Right, dH, dR_out, dR_Left, dR_Right, dBaseWidth, dBaseCircleRadius);
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//if (_is3D)
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{
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double dAngle = (8 - theSectionParam.Index) * dDetAngle + dStartAngle;
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BcGeMatrix theMatrix = BcGeMatrix.translate(0, dBaseCircleRadius, 0);
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BcGeMatrix theMatrix1 = BcGeMatrix.rotate(-dAngle, 1.0, 0.0, 0.0);
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theMatrix.postMult(theMatrix1);
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pHydrGeomCurve.SetMatrix(theMatrix);
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}
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pDisplayView.editVoluteCurve(wstrShapeNameI, pHydrGeomCurve);
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Invalidate(true);
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}
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#endregion
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protected double theRad = 70.0;
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protected double theHigh = 350.0;
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protected double theOffset = 0.0;
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protected double m_dTopValue = 1.0;
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protected double m_dBtmValue = 1.0;
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protected string ShapeNameOutflowBody = "OutflowBody";
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protected bool CreateOutflowBodyConnect()
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{
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int nConnectSectionId = 1;
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bool bSucc = pDisplayView.setConnectBaseCurve(nConnectSectionId);
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if (bSucc && this._is3D)
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{
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string wstrShapeName = "Á¬½Ó";
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Invalidate(true);
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pDisplayView.FitAll3DViews(true);
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pDisplayView.buildVoluteConnectShape(wstrShapeName);
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}
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double dAngle = 0.0;
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int nBtmSectionId = 8;
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HydrGeomCurve theHydrGeomCurve = HydrDisplayEngineBridge.CreateGeomCurve(HydrCurveType.EHydrGeomCircle);
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HydrProperties theHydrProperties = new HydrProperties();
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theHydrProperties.SetShapeName(ShapeNameOutflowBody);
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theHydrGeomCurve.SetHydrProperties(theHydrProperties);
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double dOuterTopValue = m_dTopValue;
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double dOuterBtmValue = m_dBtmValue;
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double dOuterOffset = theOffset;
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double dOuterHigh = theHigh;
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double dOuterRad = theRad;
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BcIfcGeomCircle pHydrGeomCurve = theHydrGeomCurve as BcIfcGeomCircle;
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if (pHydrGeomCurve != null)
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{
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pHydrGeomCurve.SetIfcGeomCircle(theRad);
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BcGeMatrix theMatrix = BcGeMatrix.translate(0, theOffset, theHigh);
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BcGeMatrix theMatrix1 = BcGeMatrix.rotate(-dAngle, 1.0, 0.0, 0.0);
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theMatrix.postMult(theMatrix1);
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pHydrGeomCurve.SetMatrix(theMatrix);
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}
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return pDisplayView.setVoluteOuterCurve(nBtmSectionId, pHydrGeomCurve);
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}
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}
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}
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