/// <summary>
/// Define la transacción que dibuja las áreas de contacto de la compuerta
/// No es necesario que sean visibles para realizar la prueba.
/// </summary>
/// <param name="doc">El documento activo.</param>
/// <param name="tr">La transacción activa.</param>
/// <param name="input">La entrada de la transacción.</param>
/// <returns>La compuerta insertada</returns>
private object DrawZonesTask(Document doc, Transaction tr, object[] input)
{
Compuerta cmp = (Compuerta)input[0];
Drawer d = new Drawer(tr);
cmp.InitBox();
cmp.DrawBox(d);
return(d.Ids);
}
private object ConnectionTask3(Document doc, Transaction tr, object[] input)
{
Compuerta cmp = (Compuerta)input[0];
Input cmpFrom = (Input)input[1];
cmp.InitBox(cmp.Name);
cmpFrom.InitBox(cmpFrom.Name);
Editor ed = Application.DocumentManager.MdiActiveDocument.Editor;
Point3d pt1 = (Point3d)input[3], pt2 = (Point3d)input[2];
String zoneA;
Point3dCollection zone;
cmp.GetZone(pt1, out zoneA, out zone);
if (((ObjectId)input[6]).IsNull)
{
switch (zoneA)
{
case "INPUTA":
if (((ObjectId)input[4]).IsNull)
{
Drawer d = new Drawer(tr);
Line lA = new Line(cmpFrom.ConnectionPoints["OUTPUT"], cmp.ConnectionPoints[zoneA]);
d.Entity(lA);
}
else
{
ed.WriteMessage("Ya existe un elemento conectado a esta entrada");
}
break;
case "INPUTB":
if (((ObjectId)input[5]).IsNull)
{
Drawer d = new Drawer(tr);
Line lA = new Line(cmpFrom.ConnectionPoints["OUTPUT"], cmp.ConnectionPoints[zoneA]);
d.Entity(lA);
}
else
{
ed.WriteMessage("Ya existe un elemento conectado a esta entrada");
}
break;
case "OUTPUT":
ed.WriteMessage("Imposible conectar con una salida");
break;
}
}
else
{
ed.WriteMessage("Imposible conectar, prueba de nuevo");
}
return(null);
}
public void ChecarCables()
{
Editor ed = Application.DocumentManager.MdiActiveDocument.Editor;
ObjectId compId;
if (Selector.Entity("Selecciona una compuerta", out compId))
{
Compuerta cmp = this.Compuertas.FirstOrDefault(x => x.Value.Block.ObjectId == compId).Value;
cmp.InitBox();
ObjectId cableAId = cmp.Search("INPUTA").OfType <ObjectId>().FirstOrDefault(),
cableBId = cmp.Search("INPUTB").OfType <ObjectId>().FirstOrDefault();
TransactionWrapper tr = new TransactionWrapper();
tr.Run(TestConnectionTask, cmp, cableAId, cableBId);
}
}
private object ConnectionTask(Document doc, Transaction tr, object[] input)
{
Compuerta cmp = (Compuerta)input[0];
cmp.InitBox(cmp.Name);
Editor ed = Application.DocumentManager.MdiActiveDocument.Editor;
Polyline p1 = ((ObjectId)input[4]).GetObject(OpenMode.ForRead) as Polyline;
Point3d pt1 = (Point3d)input[3];
String zoneA;
Point3dCollection zone;
cmp.GetZone(pt1, out zoneA, out zone);
switch (zoneA)
{
case "INPUTA":
if (((ObjectId)input[1]).IsNull)
{
Drawer d = new Drawer(tr);
Line lA = new Line(p1.EndPoint, cmp.ConnectionPoints[zoneA]);
d.Entity(lA);
}
else
{
ed.WriteMessage("Ya existe un elemento conectado a esta entrada");
}
break;
case "INPUTB":
if (((ObjectId)input[2]).IsNull)
{
Drawer d = new Drawer(tr);
Line lA = new Line(p1.EndPoint, cmp.ConnectionPoints[zoneA]);
d.Entity(lA);
}
else
{
ed.WriteMessage("Ya existe un elemento conectado a esta entrada");
}
break;
case "OUTPUT":
ed.WriteMessage("Imposible conectar con una salida");
break;
}
return(null);
}
public void Connect()
{
Editor ed = Application.DocumentManager.MdiActiveDocument.Editor;
ObjectId inpId, outId;
Point3d pt1;
if (Selector.Entity("\nSelecciona un pulso", typeof(Polyline), out inpId) &&
Selector.Entity("Selecciona una Entrada", out outId, out pt1))
{
Compuerta cmp = Commands.Compuertas.FirstOrDefault(x => x.Value.Block.ObjectId == outId).Value;
cmp.InitBox(cmp.Name);
ObjectId cableAId = cmp.Search("INPUTA").OfType <ObjectId>().FirstOrDefault(),
cableBId = cmp.Search("INPUTB").OfType <ObjectId>().FirstOrDefault();
TransactionWrapper tr = new TransactionWrapper();
tr.Run(ConnectionTask, cmp, cableAId, cableBId, pt1, inpId);
}
}
public void ConnectFC()
{
Editor ed = Application.DocumentManager.MdiActiveDocument.Editor;
ObjectId inpId, outId;
Point3d pt1, pt2;
if (Selector.Entity("\nSelecciona VCC o GND ", out inpId, out pt1) &&
Selector.Entity("\nSelecciona la entrada de conexión", out outId, out pt2))
{
Compuerta cmp = Compuertas.FirstOrDefault(x => x.Value.Block.ObjectId == outId).Value;
Input inpB = Entradas.FirstOrDefault(x => x.Value.Block.ObjectId == inpId).Value;
cmp.InitBox(cmp.Name);
inpB.InitBox(inpB.Name);
ObjectId cableAId = cmp.Search("INPUTA").OfType <ObjectId>().FirstOrDefault(),
cableBId = cmp.Search("INPUTB").OfType <ObjectId>().FirstOrDefault(),
outputId = inpB.Search("OUTPUT").OfType <ObjectId>().FirstOrDefault();
TransactionWrapper tr = new TransactionWrapper();
tr.Run(ConnectionTask3, cmp, inpB, pt1, pt2, cableAId, cableBId, outputId);
}
}
private object TestCompuertaTask(Document doc, Transaction tr, object[] input)
{
Compuerta cmp = (Compuerta)input[0];
cmp.InitBox();
Polyline p1 = ((ObjectId)input[1]).GetObject(OpenMode.ForRead) as Polyline;
Polyline p2 = ((ObjectId)input[2]).GetObject(OpenMode.ForRead) as Polyline;
Point3d pt1 = (Point3d)input[3];
Point3d pt2 = (Point3d)input[4];
String zoneA, zoneB;
//No nos interesa en este ejemplo las coordenadas
Point3dCollection zone;
cmp.GetZone(pt1, out zoneA, out zone);
cmp.GetZone(pt2, out zoneB, out zone);
InputValue inA = new InputValue()
{
Name = zoneA, Value = Pulso.GetValues(p1)
},
inB = new InputValue()
{
Name = zoneB, Value = Pulso.GetValues(p2)
};
Boolean[] result = cmp.Solve(inA, inB);
Drawer d = new Drawer(tr);
Point3d pt;
if (Selector.Point("Selecciona el punto de inserción de la salida", out pt))
{
Pulso p = new Pulso(pt, result);
p.Draw(d);
Line lA = new Line(p1.EndPoint, cmp.ConnectionPoints[inA.Name]),
lB = new Line(p2.EndPoint, cmp.ConnectionPoints[inB.Name]),
lO = new Line(pt, cmp.ConnectionPoints["OUTPUT"]);
d.Entities(lA, lB, lO);
cmp.SetData(tr, doc, inA.Value.LastOrDefault(), inB.Value.LastOrDefault());
}
return(null);
}
