public static List<string> Puntos(ReadOnlyCollection<DXF.Entidades.Punto> puntos)
{
G01_Lineal mov;
List<string> movs = new List<string>();
foreach (DXF.Entidades.Punto p in puntos)
{
mov = new G01_Lineal();
mov.Inicio.X = p.Ubicacion.X;
mov.Inicio.Y = p.Ubicacion.Y;
mov.Inicio.Z = p.Ubicacion.Z;
mov.Fin.X = p.Ubicacion.X;
mov.Fin.Y = p.Ubicacion.Y;
mov.Fin.Z = p.Ubicacion.Z;
movs.Add(Metodos.IrA(mov.Inicio.X, mov.Inicio.Y, mov.Inicio.Z));
movs.Add(mov.ToString());
}
return movs;
}
public static List<string> Punto(DXF.Entidades.Punto p)
{
G01_Lineal mov;
List<string> movs = new List<string>();
mov = new G01_Lineal();
mov.Inicio.X = p.Ubicacion.X;
mov.Inicio.Y = p.Ubicacion.Y;
mov.Inicio.Z = p.Ubicacion.Z;
mov.Fin.X = p.Ubicacion.X;
mov.Fin.Y = p.Ubicacion.Y;
mov.Fin.Z = p.Ubicacion.Z;
movs.Add(mov.ToString());
return movs;
}
public static List<string> Polilineas(ReadOnlyCollection<IPolilinea> polilineas)
{
G01_Lineal mov;
List<string> movs = new List<string>();
foreach (IPolilinea p in polilineas)
{
//movs.Add("<polilinea>");
Polilinea pi = new Polilinea();
if (p.Tipo == EntidadTipo.Polilinea)
{
pi = (Polilinea)p;
}
if (p.Tipo == EntidadTipo.LightWeightPolyline)
{
pi = ((LightWeightPolyline)p).ToPolilinea();
}
int i = 0;
foreach (PolylineVertex v in pi.Vertexes)
{
mov = new G01_Lineal();
mov.Inicio.X = v.Location.X;
mov.Inicio.Y = v.Location.Y;
mov.Inicio.Z = pi.Elevation;
mov.Fin.X = v.Location.X;
mov.Fin.Y = v.Location.Y;
mov.Fin.Z = pi.Elevation;
if (i == 0)
{
movs.Add(Metodos.IrA(mov.Inicio.X, mov.Inicio.Y, mov.Inicio.Z));
}
else if (i == 1)
{
//movs.Add(Metodos.IrA(pi.Vertexes[i - 1].Location.X, pi.Vertexes[i - 1].Location.Y, 0));
movs.Add(mov.ToString());
}
else
{
movs.Add(Metodos.IrA(pi.Vertexes[i - 1].Location.X, pi.Vertexes[i - 1].Location.Y, pi.Elevation));
movs.Add(mov.ToString());
}
i++;
}
if (pi.IsClosed) //si es cerrado, adicionalmente agregamos ir al inicio
{
mov = new G01_Lineal();
mov.Inicio.X = pi.Vertexes[0].Location.X;
mov.Inicio.Y = pi.Vertexes[0].Location.Y;
mov.Inicio.Z = pi.Elevation;
mov.Fin.X = pi.Vertexes[0].Location.X;
mov.Fin.Y = pi.Vertexes[0].Location.Y;
mov.Fin.Z = pi.Elevation;
//movs.Add(Metodos.IrA(pi.Vertexes[i - 1].Location.X, pi.Vertexes[i - 1].Location.Y, pi.Elevation));
movs.Add(mov.ToString());
}
//movs.Add("</polilinea>");
}
return movs;
}
public static List<string> Polilinea(IPolilinea p)
{
G01_Lineal mov;
List<string> movs = new List<string>();
Polilinea pi = new Polilinea();
if (p.Tipo == EntidadTipo.Polilinea)
{
pi = (Polilinea)p;
}
if (p.Tipo == EntidadTipo.LightWeightPolyline)
{
pi = ((LightWeightPolyline)p).ToPolilinea();
}
foreach (PolylineVertex v in pi.Vertexes)
{
mov = new G01_Lineal();
mov.Inicio.X = v.Location.X;
mov.Inicio.Y = v.Location.Y;
mov.Inicio.Z = pi.Elevation;
mov.Fin.X = v.Location.X;
mov.Fin.Y = v.Location.Y;
mov.Fin.Z = pi.Elevation;
movs.Add(mov.ToString());
}
if (pi.IsClosed) //si es cerrado, adicionalmente agregamos ir al inicio
{
mov = new G01_Lineal();
mov.Inicio.X = pi.Vertexes[pi.Vertexes.Count - 1].Location.X;
mov.Inicio.Y = pi.Vertexes[pi.Vertexes.Count - 1].Location.Y;
mov.Inicio.Z = pi.Elevation;
mov.Fin.X = pi.Vertexes[0].Location.X;
mov.Fin.Y = pi.Vertexes[0].Location.Y;
mov.Fin.Z = pi.Elevation;
movs.Add(mov.ToString());
}
return movs;
}
public static List<string> Lineas(ReadOnlyCollection<Linea> lineas)
{
G01_Lineal mov;
List<string> movs = new List<string>();
foreach (Linea l in lineas)
{
mov = new G01_Lineal();
mov.Inicio.X = l.PuntoInicio.X;
mov.Inicio.Y = l.PuntoInicio.Y;
mov.Inicio.Z = l.PuntoInicio.Z;
mov.Fin.X = l.PuntoFinal.X;
mov.Fin.Y = l.PuntoFinal.Y;
mov.Fin.Z = l.PuntoFinal.Z;
movs.Add(Metodos.IrA(mov.Inicio.X, mov.Inicio.Y, mov.Inicio.Z));
movs.Add(mov.ToString());
}
return movs;
}
public static List<string> Linea(Linea l)
{
G01_Lineal mov;
List<string> movs = new List<string>();
mov = new G01_Lineal();
mov.Inicio.X = l.PuntoInicio.X;
mov.Inicio.Y = l.PuntoInicio.Y;
mov.Inicio.Z = l.PuntoInicio.Z;
mov.Fin.X = l.PuntoFinal.X;
mov.Fin.Y = l.PuntoFinal.Y;
mov.Fin.Z = l.PuntoFinal.Z;
movs.Add(mov.ToString());
return movs;
}