radzionc

...
dotProduct ({ x, y }) {
  return (this.x * x) + (this.y + y)
}
...

radzionc

const Vector3D = (x, y, z) => create({
    scaleBy (factor) {
      return Vector2D(x * factor, y * factor, z * factor)
    },
    negate () {
      return this.scaleBy(-1)
    },
    normalize () {
      return this.scaleBy(1 / this.length)
    },

radzionc

public class WallGeometry : IGraphNode
{
  public Line2D Basis;
  public List<WallSibling> Siblings;
  public List<List<Line3D>> Openings;
  public double Thickness;
  public double Height;
  public double Elevation;

  public List<IGraphNode> Childrens =>

radzionc

public void InitSiblings(List<WallGeometry> possibleSiblings)
{
    var filtered = possibleSiblings.Where(wall => wall != this);
    Siblings = filtered.Aggregate(new List<WallSibling>(), (walls, wall) =>
    {
        var point = SU.RealIntersection(wall.Basis, Basis);
        return point == null ? walls : walls.Concat(new List<WallSibling> { new WallSibling(point.Value, wall) }).ToList();
    });
}

radzionc

List<Rebar> GetHorizontalRebars(WallGeometry wall, double cover, double step);

(List<Rebar> start, List<Rebar> end) GetPLikeRebars(WallGeometry wall, double cover, double step);

List<Rebar> GetTransVerseRebars(WallGeometry wall, double cover, double stepH, double stepV, double tr1, double tr2);

List<Rebar> GetAngularRebars(Point2D startPoint, Point2D intersectionPoint, Point2D endPoint, double thickness, double cover, double height, double step, double lanc, double elevation);

radzionc

// openings reinforcement
List<Rebar> GetPLikeRebars(List<Line3D> holeContour, double thickness, double cover, double step)
List<Rebar> GetILikeRebars(List<Line3D> holeContour, double thickness, double cover, double step, double lanc)

// rebars cropping
List<List<Line3D>> LinesCroppingMappingForHoles(List<List<Line3D>> rebars, List<Point3D> contour, List<List<Point3D>> holeContours, double thickness, bool croppByContour = false)

radzionc

rebars
  .Select((rebar, rebarIndex) => linesAfterCropping.ElementAt(rebarIndex)
      .Select(lines =>
      {
          var shapeCode = rebar.ShapeCode;
          if (shapeCode == ShapeCodes.ANGULAR || shapeCode == ShapeCodes.G_LIKE)
          {
              if (lines.Count == 1) return new Rebar(rebar, lines) { ShapeCode = ShapeCodes.LINE };
              return new Rebar(rebar, lines);
          }

radzionc

public class Rebar
{
  public List<Line3D> Polyline { get; set; }
  public double Diameter { get; set; }
  public string ShapeCode { get; set; }
  public int Type { get; set; }
}

radzionc

empty yet

radzionc

function delay(duration) {
  const promise = new Promise(resolve => {
    setTimeout(() => resolve(true), duration)
  })
  return promise
}

function* getCost(successAction) {
  try {
    const { startLocation, endLocation, apiKey } = yield select()