private void piPropertiesInspector_SelectedObjectChanged(object sender, EventArgs e)
{
object o = this.piPropertiesInspector.SelectedObject;
if (o is Place)
{
if (!(o is PlaceInput))
{
if (this.pnd.PetriNetType == PetriNetType.TimeInvariant)
{
this.piPropertiesInspector.BrowsableAttributes = new AttributeCollection(new Attribute[] { new TimeInvariantAttribute() });
}
else
{
this.piPropertiesInspector.BrowsableAttributes = new AttributeCollection(new Attribute[] { new CommonPropertiesAttribute() });
}
}
else
{
PlaceInput pi = (PlaceInput)o;
if (pi.InputType == InputType.Fixed)
{
this.piPropertiesInspector.BrowsableAttributes = new AttributeCollection(new Attribute[] { new TimeInvariantAttribute(), new PeriodicInputTypeAttribute(), new StohasticInputTypeAttribute() });
}
else if (pi.InputType == InputType.Periodic)
{
this.piPropertiesInspector.BrowsableAttributes = new AttributeCollection(new Attribute[] { new TimeInvariantAttribute(), new PeriodicInputTypeAttribute() });
}
else if (pi.InputType == InputType.Stohastic)
{
this.piPropertiesInspector.BrowsableAttributes = new AttributeCollection(new Attribute[] { new TimeInvariantAttribute(), new StohasticInputTypeAttribute() });
}
}
}
else
{
this.piPropertiesInspector.BrowsableAttributes = new AttributeCollection(new Attribute[] { new CommonPropertiesAttribute() });
}
if (o is SelectableAndMovableControl)
{
SelectableAndMovableControl s = (SelectableAndMovableControl)o;
s.PerformActivation();
}
else if (o is Connection)
{
Connection cn = (Connection)o;
if (cn.IsVirtual == true)
{
this.piPropertiesInspector.BrowsableAttributes = new AttributeCollection(new Attribute[] { new CommonPropertiesAttribute() });
}
else
{
this.piPropertiesInspector.BrowsableAttributes = new AttributeCollection(new Attribute[] { new ConnectionPropertiesAttribute() });
}
cn.PerformActivation();
}
}
protected void SelectableAndMovableControl_MouseDown(object sender, System.Windows.Forms.MouseEventArgs e)
{
// Remembers point where mouse was clicked in Place control
ptMouseDragOffset = new Point(e.X, e.Y);
// Remembers initial Location
this.ptInitialLocation = this.Location;
// Enables mouse capture
this.Capture = true;
PetriNetEditor pne = (PetriNetEditor)this.Parent;
// if this condition is true allow selecting object, else moving objects is available
if (!pne.SelectedObjects.Contains(this) || pne.PressedKey == Keys.ShiftKey)
{
if (this.SelectionChanged != null)
{
this.SelectionChanged(this, new SelectionEventArgs(pne.PressedKey));
}
}
// Remember all objects in selection initial positions for Undo/Redo
this.alObjects.Clear();
this.alOldValues.Clear();
foreach (object o in pne.SelectedObjects)
{
if (o is SelectableAndMovableControl)
{
this.alObjects.Add(o);
SelectableAndMovableControl smac = (SelectableAndMovableControl)o;
this.alOldValues.Add(smac.Location);
}
}
// Brings control to top of z-order
this.BringToFront();
}
public PetriNetEditorMergeModule(SelectableAndMovableControl smac)
{
this.alObjects.Add(smac);
}
public void AdjustConnectableRegions()
{
if (this.Parent is PetriNetEditor)
{
PetriNetEditor pne = (PetriNetEditor)this.Parent;
this.alInputPorts.Clear();
this.alOutputPorts.Clear();
ArrayList alInputPoints = new ArrayList();
ArrayList alOutputPoints = new ArrayList();
ArrayList alInputs = new ArrayList();
ArrayList alOutputs = new ArrayList();
int iX = int.MaxValue;
int iY = int.MaxValue;
int iWidth = 0;
int iHeight = 0;
int iHalfArrowWidth = (int)(7 * pne.Zoom);
foreach (object o in this.Objects)
{
SelectableAndMovableControl smac = (SelectableAndMovableControl)o;
if (o is Input)
{
alInputs.Add(o);
alInputPoints.Add(smac.Location);
}
if (o is Output)
{
alOutputs.Add(o);
alOutputPoints.Add(smac.Location);
}
if (smac.Location.X < iX)
{
iX = smac.Location.X;
}
if (smac.Location.Y < iY)
{
iY = smac.Location.Y;
}
if (smac.Location.X + smac.Width > iWidth)
{
iWidth = smac.Location.X + smac.Width;
}
if (smac.Location.Y + smac.Height > iHeight)
{
iHeight = smac.Location.Y + smac.Height;
}
}
Rectangle rect = new Rectangle(iX, iY, iWidth - iX, iHeight - iY);
// Transform rect coordinates in client coordinates
float iXScaler = (float)(this.Size.Width) / (float)rect.Width;
float iYScaler = (float)(this.Size.Height) / (float)rect.Height;
// Smaller rect
float iXScaler2 = (float)(this.Width - 20 * pne.Zoom) / (float)this.Width;
float iYScaler2 = (float)(this.Height - 20 * pne.Zoom) / (float)this.Height;
GraphicsPath gpInputs = new GraphicsPath();
GraphicsPath gpOutputs = new GraphicsPath();
this.htInputGraphicsPaths.Clear();
this.htInputInputPoints.Clear();
this.htOutputGraphicsPaths.Clear();
this.htOutputOutputPoints.Clear();
for (int i = 0; i < alInputPoints.Count; i++)
{
object o = alInputPoints[i];
Point p = (Point)o;
p.X -= iX;
p.Y -= iY;
Point pFixed = this.GetFixedPoint(p, rect);
LineDirection ldEnd = this.GetDirection(p, this.GetCenterPoint(p, rect), rect);
p = pFixed;
p.X = (int)(p.X * iXScaler);
p.Y = (int)(p.Y * iYScaler);
//Scale to smaller rect
p.X = (int)((p.X) * iXScaler2) + (int)(10 * pne.Zoom);
p.Y = (int)((p.Y) * iYScaler2) + (int)(10 * pne.Zoom);
GraphicsPath gp = new GraphicsPath();
if (ldEnd == LineDirection.Left)
{
gp.AddPolygon(new Point[] { new Point(0, p.Y - iHalfArrowWidth), new Point(iHalfArrowWidth, p.Y), new Point(0, p.Y + iHalfArrowWidth) });
p.X += 3;
}
if (ldEnd == LineDirection.Up)
{
gp.AddPolygon(new Point[] { new Point(p.X - iHalfArrowWidth, 0), new Point(p.X, iHalfArrowWidth), new Point(p.X + iHalfArrowWidth, 0) });
p.Y += 3;
}
if (ldEnd == LineDirection.Down)
{
gp.AddPolygon(new Point[] { new Point(p.X - iHalfArrowWidth, this.Height - 1), new Point(p.X, this.Height - 1 - iHalfArrowWidth), new Point(p.X + iHalfArrowWidth, this.Height - 1) });
p.Y -= 3;
}
if (ldEnd == LineDirection.Right)
{
gp.AddPolygon(new Point[] { new Point(this.Width - 1, p.Y - iHalfArrowWidth), new Point(this.Width - 1 - iHalfArrowWidth, p.Y), new Point(this.Width - 1, p.Y + iHalfArrowWidth) });
p.X -= 3;
}
this.htInputInputPoints.Add(alInputs[alInputPoints.IndexOf(o)], p);
gpInputs.AddPath(gp, false);
this.htInputGraphicsPaths.Add(alInputs[alInputPoints.IndexOf(o)], gp);
Port port = new Port(((Input)alInputs[i]).Index, new Region(gp));
this.alInputPorts.Add(port);
}
for (int i = 0; i < alOutputPoints.Count; i++)
{
object o = alOutputPoints[i];
Point p = (Point)o;
p.X -= iX;
p.Y -= iY;
Point pFixed = this.GetFixedPoint(p, rect);
LineDirection ldEnd = this.GetDirection(p, this.GetCenterPoint(p, rect), rect);
p = pFixed;
p.X = (int)(p.X * iXScaler);
p.Y = (int)(p.Y * iYScaler);
//Scale to smaller rect
p.X = (int)((p.X) * iXScaler2) + (int)(10 * pne.Zoom);
p.Y = (int)((p.Y) * iYScaler2) + (int)(10 * pne.Zoom);
GraphicsPath gp = new GraphicsPath();
if (ldEnd == LineDirection.Left)
{
gp.AddPolygon(new Point[] { new Point(iHalfArrowWidth, p.Y - iHalfArrowWidth), new Point(0, p.Y), new Point(iHalfArrowWidth, p.Y + iHalfArrowWidth) });
p.X += 3;
}
if (ldEnd == LineDirection.Up)
{
gp.AddPolygon(new Point[] { new Point(p.X - iHalfArrowWidth, iHalfArrowWidth), new Point(p.X, 0), new Point(p.X + iHalfArrowWidth, iHalfArrowWidth) });
p.Y += 3;
}
if (ldEnd == LineDirection.Down)
{
gp.AddPolygon(new Point[] { new Point(p.X - iHalfArrowWidth, this.Height - 1 - iHalfArrowWidth), new Point(p.X, this.Height - 1), new Point(p.X + iHalfArrowWidth, this.Height - 1 - iHalfArrowWidth) });
p.Y -= 3;
}
if (ldEnd == LineDirection.Right)
{
gp.AddPolygon(new Point[] { new Point(this.Width - 1 - iHalfArrowWidth, p.Y - iHalfArrowWidth), new Point(this.Width - 1, p.Y), new Point(this.Width - 1 - iHalfArrowWidth, p.Y + iHalfArrowWidth) });
p.X -= 3;
}
this.htOutputOutputPoints.Add(alOutputs[alOutputPoints.IndexOf(o)], p);
gpOutputs.AddPath(gp, false);
this.htOutputGraphicsPaths.Add(alOutputs[alOutputPoints.IndexOf(o)], gp);
Port port = new Port(((Output)alOutputs[i]).Index, new Region(gp));
this.alOutputPorts.Add(port);
}
this.Refresh();
}
}
