// get a design rule value e.g. polygon clearance
static double GetRuleValue(PCBObject Obj, string kind, string name)
{
var P = new Parser();
foreach (var RuleKind in RuleKindsL)
{
if (RuleKind.Kind == kind)
{
foreach (var Rule in RuleKind.Rules)
{
if (P.Eval(Obj, P.ParseAltiumExpr(Rule.Scope1Expression)) && P.Eval(Obj, P.ParseAltiumExpr(Rule.Scope2Expression)))
{
return(Rule.Value);
}
}
}
}
// not found return default value TODO find out what proper default value is
return(0.1);
/*
* foreach (var Rule in RulesL)
* {
* if ((Rule.RuleKind == kind) && (Rule.Name == name))
* {
* return Rule.Value;
* }
* }
*/
return(0);
}
public override bool Eval(PCBObject Obj)
{
if (LeftExpression.Eval(Obj) == true)
{
return(true);
}
return(RightExpression.Eval(Obj));
}
public override bool Eval(PCBObject Obj)
{
switch (_roleName)
{
case "All": return(Obj.All());
case "IsArc": return(Obj.IsArc());
case "IsClass": return(Obj.IsClass());
case "IsComponentArc": return(Obj.IsComponentArc());
case "IsComponentFillc": return(Obj.IsComponentFill());
case "IsComponentPad": return(Obj.IsComponentPad());
case "IsComponentTrack": return(Obj.IsComponentTrack());
case "IsConnection": return(Obj.IsConnection());
case "IsCoordinate": return(Obj.IsCoordinate());
case "IsCopperRegion": return(Obj.IsCopperRegion());
case "IsCutoutRegion": return(Obj.IsCutoutRegion());
case "IsDatumDimension": return(Obj.IsDatumDimension());
case "IsDesignator": return(Obj.IsDesignator());
case "IsComment": return(Obj.IsComment());
case "IsFill": return(Obj.IsFill());
case "IsPad": return(Obj.IsPad());
case "IsPoly": return(Obj.IsPoly());
case "IsPolygon": return(Obj.IsPolygon());
case "IsRegion": return(Obj.IsRegion());
case "IsSplitPlane": return(Obj.IsSplitPlane());
case "IsText": return(Obj.IsText());
case "IsTrack": return(Obj.IsTrack());
case "IsVia": return(Obj.IsVia());
case "InComponent": return(Obj.InComponent(_roleParam));
}
return(false); // principal.IsInRole(RoleName);
}
public PCBObject getPCBWithId(int id)
{
for (int i = 0; i < PCB.Count(); i++)
{
if (PCB[i].id == id)
{
return(PCB[i]);
}
}
PCBObject error = new PCBObject();
return(error);
}
public void add(PCBObject x)
{
PCB.Add(x);
}
public bool Eval(PCBObject Obj, Node Expr)
{
return(Expr.Eval(Obj));
}
public override bool Eval(PCBObject Obj)
{
return(LeftExpression.EvalExpr(Obj) == RightExpression.EvalExpr(Obj));
}
public virtual double EvalExpr(PCBObject Obj)
{
return(0);
}
public override double EvalExpr(PCBObject Obj)
{
return(0); // LeftExpression.EvalExpr(Obj) != RightExpression.EvalExpr(Obj);
}
public abstract bool Eval(PCBObject Obj);
public override bool Eval(PCBObject Obj)
{
return(!Expression.Eval(Obj));
}