public static void Trace(string id, List <AnalysisPoint> aps, VantagePoint vp, Model model = null)
{
if (model == null)
{
return;
}
var start = 20;
var end = aps.Count;
Console.WriteLine("Tracing:");
for (var k = start; k < end; k++)
{
var srfAP = aps[k];
var progress = (k + 1) / (double)end;
var color = random.NextColor();
var name = $"{id}_{k}";
var material = new Material(progress.ToString(), new Color(color.Red, color.Green, color.Blue, 1));
if (k < end - 1)
{
var nextAp = aps[k + 1];
var crv = new ModelCurve(new Line(srfAP.PlanAndSection, nextAp.PlanAndSection), material);
crv.SetSelectable(false);
model.AddElement(crv);
}
var origin = vp.Point;
var original = srfAP.Original;
var planAndSection = srfAP.PlanAndSection;
var drawCoordinate = srfAP.DrawCoordinate;
Console.WriteLine($"- {k}/{end}: {srfAP.Original} & {srfAP.PlanAndSection}");
var polyline = new Polyline(origin, original, planAndSection, drawCoordinate);
var lineFromVP = new ModelCurve(polyline, material, name: name);
lineFromVP.AdditionalProperties.Add("original", $"{srfAP.Original.X}, {srfAP.Original.Y}, {srfAP.Original.Z}");
lineFromVP.AdditionalProperties.Add("new", $"{srfAP.PlanAndSection.X}, {srfAP.PlanAndSection.Y}, {srfAP.PlanAndSection.Z}");
model.AddElement(lineFromVP);
var transform = new Transform(srfAP.PlanAndSection);
var visualization = new Panel(new Circle(0.5).ToPolygon(), material, transform, name: name);
model.AddElement(visualization);
}
}
