/* FIN ATRIBUTOS */
/* CONSTRUCTOR */
public Laberinto(IronScheme.Runtime.Cons laberinto)
{
Vector3 aniadir = new Vector3();
IronScheme.Runtime.Cons aux;
("(import (SchemeLibraries laberinto))").Eval();
String tr = "(getInicio '" + laberinto.ToPrettyString().Replace('\n', ' ').Trim() + ")";
aux = (IronScheme.Runtime.Cons)(tr).Eval();
this.Inicio = new Vector3(aux);
aux = (IronScheme.Runtime.Cons)("(getFinal '" + laberinto.ToPrettyString().Replace('\n', ' ').Trim() + ")").Eval();
this.Final = new Vector3(aux);
this.DimX = (int)("(getDimX '" + laberinto.ToPrettyString().Replace('\n', ' ').Trim() + ")").Eval();
this.DimY = (int)("(getDimY '" + laberinto.ToPrettyString().Replace('\n', ' ').Trim() + ")").Eval();
aux = (IronScheme.Runtime.Cons)laberinto.cdr;
aux = (IronScheme.Runtime.Cons)aux.car;
// GENERANDO LABERINTO LIST<VECTOR3>
this.lab = new List <Vector3>();
this.lab.Add(this.Final);
//EMPIEZA DEL FINAL, HASTA EL INICIO, EL RESTO DEL LABERINTO ESTA ENTRE ELLOS, GENERA UN CAMINO
do
{
aux = (IronScheme.Runtime.Cons)aux.cdr;
aniadir = new Vector3((IronScheme.Runtime.Cons)aux.car);
this.lab.Add(aniadir);
}while (!this.Inicio.Equals(aniadir));
}
public Vector3(IronScheme.Runtime.Cons punto3)
{
IronScheme.Runtime.Cons aux = (IronScheme.Runtime.Cons)punto3.cdr;
this.x = (int)punto3.car;
this.y = (int)aux.car;
aux = (IronScheme.Runtime.Cons)aux.cdr;
this.t = (int)aux.car;
}
