void IFeedBack.PaintTo3D(IPaintTo3D paintTo3D)
{
paintTo3D.UseZBuffer(true);
paintTo3D.Blending(true);
paintTo3D.SetColor(color);
GeoPoint[] pnts = new GeoPoint[4];
pnts[0] = pln.ToGlobal(new GeoPoint2D(-width / 2, -height / 2));
pnts[1] = pln.ToGlobal(new GeoPoint2D(width / 2, -height / 2));
pnts[2] = pln.ToGlobal(new GeoPoint2D(width / 2, height / 2));
pnts[3] = pln.ToGlobal(new GeoPoint2D(-width / 2, height / 2));
GeoVector[] norm = new GeoVector[4];
norm[0] = pln.Normal;
norm[1] = pln.Normal;
norm[2] = pln.Normal;
norm[3] = pln.Normal;
int[] ind = new int[6];
ind[0] = 0;
ind[1] = 1;
ind[2] = 2;
ind[3] = 0;
ind[4] = 2;
ind[5] = 3;
paintTo3D.Triangle(pnts, norm, ind);
paintTo3D.Blending(false);
paintTo3D.UseZBuffer(true);
}
internal void Repaint(Rectangle IsInvalid, IView View, IPaintTo3D paintTo3D)
{
if (Settings.GlobalSettings.GetBoolValue("ActionFeedBack.UseZBuffer", true))
{
paintTo3D.UseZBuffer(true);
}
Color selectColor = frame.GetColorSetting("Select.SelectColor", Color.Yellow); // die Farbe für die selektierten Objekte
Color focusColor = frame.GetColorSetting("Select.FocusColor", Color.LightBlue); // die Farbe für das Objekt mit dem Focus
foreach (IView vw in frame.AllViews)
{
for (int i = 0; i < repaintObjects.Count; ++i)
{
IFeedBack go = repaintObjects[i] as IFeedBack;
if (go != null)
{
go.PaintTo3D(paintTo3D);
}
}
bool oldSelectMode = paintTo3D.SelectMode;
paintTo3D.SelectMode = true;
for (int i = 0; i < paintAsSelected.Count; ++i)
{
IGeoObjectImpl go = paintAsSelected[i] as IGeoObjectImpl;
if (go != null)
{
paintTo3D.SelectColor = selectColor;
paintTo3D.OpenList("feedback");
go.PaintTo3D(paintTo3D);
IPaintTo3DList list = paintTo3D.CloseList();
if (list != null)
{
paintTo3D.SelectedList(list, selectWidth);
}
}
}
paintTo3D.SelectMode = oldSelectMode;
}
if (paintAsTransparent.Count > 0)
{
paintTo3D.OpenList("feedback-transparent");
foreach (IGeoObject go in paintAsTransparent)
{
go.PaintTo3D(paintTo3D);
}
IPaintTo3DList displayList = paintTo3D.CloseList();
paintTo3D.Blending(true);
paintTo3D.List(displayList);
paintTo3D.Blending(false);
}
}
private void OnPrintPage(object sender, PrintPageEventArgs e)
{
Rectangle r = e.PageBounds; // ist IMMER in 100 dpi
// die Pixelauflösung des Druckers ist in e.Graphics.DpiX bzw. DpiY
double fctpap = 100 / 25.4;
//double fct = 100 / 25.4;
double fct = e.Graphics.DpiX / 25.4; // das ist die echte Auflösung
// fct /= 2; war nur ein Test
e.Graphics.PageScale = (float)(1.0);
for (int i = 0; i < layout.PatchCount; ++i)
{
LayoutPatch lp = layout.Patches[i];
e.Graphics.Transform = new System.Drawing.Drawing2D.Matrix((float)fctpap, 0.0f, 0.0f, (float)-fctpap, 0.0f, (float)(layout.PaperHeight * fctpap));
BoundingRect ext;
if (lp.Area != null)
{
ext = lp.Area.Extent;
}
else
{
ext = new BoundingRect(0.0, 0.0, layout.PaperWidth, layout.PaperHeight);
}
// der Faktor fct ist willkürlich, macht man ihn zu groß, gibt es ein OutOfMemory in OpenGl
// zu klein, wird die Auflösung beim Drucken zu grob. Abhilfe würde es schaffen, wenn man nicht ein
// Bitmap erzeugt, sondern dieses kachelt. Ob man es aber nahtlos zusammensetzen kann?
// eigentlich gefragt wäre hier die Pixelauflösung des Graphics, aber vielleicht gibt es die garnicht
// und es ist ein Metafile, der zum Drucker weitergereicht wird.
GeoPoint2D ll = ext.GetLowerLeft();
GeoPoint2D ur = ext.GetUpperRight();
Rectangle clipRectangle = Rectangle.FromLTRB((int)ll.x, (int)ll.y, (int)ur.x, (int)ur.y);
System.Drawing.Bitmap PaintToBitmap;
int bitmapwidth = (int)(clipRectangle.Width * fct);
int bitmapheight = (int)(clipRectangle.Height * fct);
PaintToBitmap = new System.Drawing.Bitmap(bitmapwidth, bitmapheight);
IPaintTo3D ipaintTo3D = Frame.UIService.CreatePaintInterface(PaintToBitmap, lp.Model.Extent.Size / 1000);
ipaintTo3D.MakeCurrent();
ipaintTo3D.Clear(Color.White);
ipaintTo3D.AvoidColor(Color.White);
Projection pr = lp.Projection.Clone();
pr.SetUnscaledProjection(new ModOp(1, 0, 0, 0, 0, -1, 0, 0, 0, 0, 1, 0) * pr.UnscaledProjection);
double factor, dx, dy;
pr.GetPlacement(out factor, out dx, out dy);
//new System.Drawing.Drawing2D.Matrix((float)factor, 0.0f, 0.0f, (float)-factor, 0.0f, (float)(layout.PaperHeight * factor));
pr.SetPlacement(fct * factor, fct * (dx - ext.Left), fct * (dy - ext.Bottom));
ipaintTo3D.SetProjection(pr, lp.Model.Extent);
ipaintTo3D.UseZBuffer(true);
ipaintTo3D.PaintFaces(PaintTo3D.PaintMode.All);
ipaintTo3D.UseLineWidth = true;
// hier darf nicht mit Listen gearbeitet werden, sonst macht OpanGL die Krätsche
foreach (IGeoObject go in lp.Model)
{
PaintFlatVisibleLayer(ipaintTo3D, go, lp.visibleLayers);
}
//CategorizedDislayLists displayLists = new CategorizedDislayLists();
//// beim Zeichnen auf Bitmaps müssen die Displaylisten lokal zu diesem rendercontext gehören
//// obwohl sharelists angegeben wurde und das keinen Fehler bringt
//// leider wird alles hierbei flach. Man könnte das höchstens damit übertricksen,
//// dass man bei tringle die Farbe an jedem Eckpunkt mit dem Normalenvektor verrechnet
//// aber ob das hilft?
//foreach (IGeoObject go in lp.Model)
//{
// go.PaintTo3DList(ipaintTo3D, displayLists);
//}
//displayLists.Finish(ipaintTo3D);
//ipaintTo3D.PaintFaces(PaintTo3D.PaintMode.FacesOnly);
//foreach (KeyValuePair<Layer, IPaintTo3DList> kv in displayLists.layerFaceDisplayList)
//{
// if (lp.IsLayerVisible(kv.Key) || displayLists.NullLayer == kv.Key)
// {
// ipaintTo3D.List(kv.Value);
// }
//}
//ipaintTo3D.PaintFaces(PaintTo3D.PaintMode.CurvesOnly);
//foreach (KeyValuePair<Layer, IPaintTo3DList> kv in displayLists.layerCurveDisplayList)
//{
// if (lp.IsLayerVisible(kv.Key) || displayLists.NullLayer == kv.Key)
// {
// ipaintTo3D.List(kv.Value);
// }
//}
//// wozu war das folgende noch?
////foreach (IGeoObject go in lp.Model)
////{
//// go.PaintTo3D(ipaintTo3D);
////}
//// ipaintTo3D.Dispose(); gibt OpenGL Fehler
//ipaintTo3D.FinishPaint();
//gr.ReleaseHdc(dc);
//displayLists = null;
//System.GC.Collect();
//System.GC.WaitForPendingFinalizers();
//ipaintTo3D.Dispose();
PaintToBitmap.MakeTransparent(Color.White);
//e.Graphics.DrawImageUnscaled(PaintToBitmap, clipRectangle);
PointF[] dest = new PointF[3];
dest[0].X = (float)ll.x;
dest[0].Y = (float)ur.y;
dest[1].X = (float)ur.x;
dest[1].Y = (float)ur.y;
dest[2].X = (float)ll.x;
dest[2].Y = (float)ll.y;
RectangleF src = new RectangleF(new PointF(0.0f, 0.0f), PaintToBitmap.Size);
e.Graphics.DrawImage(PaintToBitmap, dest, src, GraphicsUnit.Pixel);
}
}
void IView.OnPaint(PaintEventArgs e)
{
IPaintTo3D paintTo3D = canvas.PaintTo3D;
Rectangle clr = e.ClipRectangle;
if (!IsInitialized)
{
ZoomTotal(1.1);
}
//PaintToOpenGl paintTo3D = new PaintToOpenGl(1e-3); // woher nehmen?
// IntPtr dc = e.Graphics.GetHdc();
//paintTo3D.Init(dc, condorCtrl.ClientRectangle.Width, condorCtrl.ClientRectangle.Height, false);
IPaintTo3D ipaintTo3D = paintTo3D;
// ipaintTo3D.Init(condorCtrl); // das erzeugt jedesmal einen neuen renderContext, das kann doch nicht richtig sein
ipaintTo3D.MakeCurrent();
ipaintTo3D.Clear(Color.Black); // damit ist black die Backgroundcolor
//e.Graphics.FillRectangle(Brushes.Black, e.Graphics.ClipBounds);
GeoPoint2D ll = layoutToScreen * new GeoPoint2D(0.0, 0.0);
GeoPoint2D ur = layoutToScreen * new GeoPoint2D(layout.PaperWidth, layout.PaperHeight);
RectangleF paperrect = RectangleF.FromLTRB((float)ll.x, (float)ur.y, (float)ur.x, (float)ll.y);
//e.Graphics.FillRectangle(Brushes.White, paperrect);
//BoundingCube bc = new BoundingCube(ll.x, ur.x, ll.y, ur.y, -1.0, 1.0);
//ipaintTo3D.SetProjection(new Projection(Projection.StandardProjection.FromTop), bc);
ipaintTo3D.UseZBuffer(false);
ipaintTo3D.SetColor(Color.White);
ipaintTo3D.FillRect2D(ll.PointF, ur.PointF);
//ipaintTo3D.FinishPaint();// DEBUG
//return; // DEBUG
ipaintTo3D.AvoidColor(Color.White);
if (RepaintActionEvent != null)
{
RepaintActionEvent(this, ipaintTo3D);
}
for (int i = 0; i < layout.Patches.Length; ++i)
{
LayoutPatch lp = layout.Patches[i];
BoundingRect paperRect = new BoundingRect(0.0, 0.0, layout.PaperWidth, layout.PaperHeight);
BoundingRect ext;
if (lp.Area != null)
{
ext = lp.Area.Extent;
}
else
{
ext = paperRect;
}
GeoPoint2D clipll = layoutToScreen * ext.GetLowerLeft();
GeoPoint2D clipur = layoutToScreen * ext.GetUpperRight();
Rectangle clipRectangle = Rectangle.FromLTRB((int)clipll.x, (int)clipur.y, (int)clipur.x, (int)clipll.y);
Projection pr = lp.Projection.Clone();
double factor, dx, dy;
pr.GetPlacement(out factor, out dx, out dy);
pr.SetPlacement(layoutToScreen.Factor * factor, ll.x + layoutToScreen.Factor * dx, ll.y - layoutToScreen.Factor * dy);
pr.Precision = lp.Model.Extent.Size / 1000;
ipaintTo3D.Precision = pr.Precision;
ipaintTo3D.SetProjection(pr, lp.Model.Extent);
ipaintTo3D.UseZBuffer(true);
ipaintTo3D.SetClip(clipRectangle);
ipaintTo3D.PaintFaces(PaintTo3D.PaintMode.All);
// lp.Model.ClearDisplayLists();
lp.Model.RecalcDisplayLists(ipaintTo3D);
if (lp.Projection.ShowFaces)
{
ipaintTo3D.PaintFaces(PaintTo3D.PaintMode.FacesOnly);
foreach (KeyValuePair <Layer, IPaintTo3DList> kv in lp.Model.layerFaceDisplayList)
{
if (lp.IsLayerVisible(kv.Key) || lp.Model.nullLayer == kv.Key)
{
ipaintTo3D.List(kv.Value);
}
}
}
ipaintTo3D.PaintFaces(PaintTo3D.PaintMode.CurvesOnly);
foreach (KeyValuePair <Layer, IPaintTo3DList> kv in lp.Model.layerCurveDisplayList)
{
if (lp.IsLayerVisible(kv.Key) || lp.Model.nullLayer == kv.Key)
{
ipaintTo3D.List(kv.Value);
}
}
ipaintTo3D.SetClip(Rectangle.Empty);
}
ipaintTo3D.FinishPaint();
}