public Room(Polygon @perimeter, Vector3 @direction, string @suite_Name, string @suite_Number, string @department, string @number, double @design_Area, double @design_Ratio, double @rotation, double @elevation, double @height, double @area, Transform @transform, Material @material, Representation @representation, bool @isElementDefinition, System.Guid @id, string @name)
: base(transform, material, representation, isElementDefinition, id, name)
{
var validator = Validator.Instance.GetFirstValidatorForType <Room>();
if (validator != null)
{
validator.PreConstruct(new object[] { @perimeter, @direction, @suite_Name, @suite_Number, @department, @number, @design_Area, @design_Ratio, @rotation, @elevation, @height, @area, @transform, @material, @representation, @isElementDefinition, @id, @name });
}
this.Perimeter = @perimeter;
this.Direction = @direction;
this.Suite_Name = @suite_Name;
this.Suite_Number = @suite_Number;
this.Department = @department;
this.Number = @number;
this.Design_Area = @design_Area;
this.Design_Ratio = @design_Ratio;
this.Rotation = @rotation;
this.Elevation = @elevation;
this.Height = @height;
this.Area = @area;
if (validator != null)
{
validator.PostConstruct(this);
}
}
public ProceduralMassGenInputs(Elements.Geometry.Polygon perimeter, double minBuildHeight, double maxBuildHeight, double startParam, string bucketName, string uploadsBucket, Dictionary <string, string> modelInputKeys, string gltfKey, string elementsKey, string ifcKey) : base(bucketName, uploadsBucket, modelInputKeys, gltfKey, elementsKey, ifcKey)
{
this.Perimeter = perimeter;
this.MinBuildHeight = minBuildHeight;
this.MaxBuildHeight = maxBuildHeight;
this.StartParam = startParam;
}
public LevelPerimeter(double @area, double @elevation, Polygon @perimeter, System.Guid @id = default, string @name = null)
: base(id, name)
{
this.Area = @area;
this.Elevation = @elevation;
this.Perimeter = @perimeter;
}
public Roof(Mesh @envelope, Mesh @topside, Mesh @underside, Polygon @perimeter, double @elevation, double @highpoint, double @thickness, double @area, Transform @transform, Material @material, Representation @representation, bool @isElementDefinition, System.Guid @id, string @name)
: base(transform, material, representation, isElementDefinition, id, name)
{
var validator = Validator.Instance.GetFirstValidatorForType <Roof>
();
if (validator != null)
{
validator.PreConstruct(new object[] { @envelope, @topside, @underside, @perimeter, @elevation, @highpoint, @thickness, @area, @transform, @material, @representation, @isElementDefinition, @id, @name });
}
this.Envelope = @envelope;
this.Topside = @topside;
this.Underside = @underside;
this.Perimeter = @perimeter;
this.Elevation = @elevation;
this.Highpoint = @highpoint;
this.Thickness = @thickness;
this.Area = @area;
if (validator != null)
{
validator.PostConstruct(this);
}
}
public EnvelopeBySketchInputs(Elements.Geometry.Polygon perimeter, double buildingheight, double setbackinterval, double setbackdepth, double minimumtierarea, double foundationdepth, string bucketName, string uploadsBucket, Dictionary <string, string> modelInputKeys, string gltfKey, string elementsKey, string ifcKey) : base(bucketName, uploadsBucket, modelInputKeys, gltfKey, elementsKey, ifcKey)
{
this.Perimeter = perimeter;
this.BuildingHeight = buildingheight;
this.SetbackInterval = setbackinterval;
this.SetbackDepth = setbackdepth;
this.MinimumTierArea = minimumtierarea;
this.FoundationDepth = foundationdepth;
}
public override void UpdateRepresentations()
{
var polygon = new Polygon(this.viz.Vertices);
var lamina = new Lamina(polygon);
// TODO: make more robust. This is currently frail to assume origin is center of view cone.
var circle = new Lamina(new Circle(this.viz.Vertices[1], 1).ToPolygon());
this.Representation = new Representation(new List <SolidOperation> {
lamina, circle
});
}
public Site(Polygon @perimeter, Transform @transform, Material @material, Representation @representation, System.Guid @id, string @name)
: base(transform, material, representation, id, name)
{
var validator = Validator.Instance.GetFirstValidatorForType <Site>();
if (validator != null)
{
validator.Validate(new object[] { @perimeter, @transform, @material, @representation, @id, @name });
}
this.Perimeter = @perimeter;
}
public void SubtractWithProblematicPolygons()
{
var wallPerimeter = new Elements.Geometry.Polygon(new Vector3(-48.41, 0, 0), new Vector3(-48.53, 0, 0), new Vector3(-51.48, 0, 0), new Vector3(-51.48, 0, 3.81), new Vector3(-46.27, 0, 3.81));
var wall = new WallByProfile(wallPerimeter,
0.2, new Line(new Vector3(0, 0, 0), new Vector3(1, 0, 0)));
var oP = new Elements.Geometry.Polygon(new Vector3(-46.27, 0, 0.00), new Vector3(-46.42, 0, 0.00), new Vector3(-46.42, 0, 2.13), new Vector3(-47.34, 0, 2.13), new Vector3(-47.34, 0, 0.00));
wall.AddOpening(oP);
wall.UpdateRepresentations();
var solid = wall.GetFinalCsgFromSolids();
}
public LevelPerimeter(double @elevation, Polygon @perimeter, System.Guid @id, string @name)
: base(id, name)
{
var validator = Validator.Instance.GetFirstValidatorForType <LevelPerimeter>();
if (validator != null)
{
validator.Validate(new object[] { @elevation, @perimeter, @id, @name });
}
this.Elevation = @elevation;
this.Perimeter = @perimeter;
}
public EnvelopeFootprintValue(Polygon @perimeter)
{
var validator = Validator.Instance.GetFirstValidatorForType <EnvelopeFootprintValue>();
if (validator != null)
{
validator.PreConstruct(new object[] { @perimeter });
}
this.Perimeter = @perimeter;
if (validator != null)
{
validator.PostConstruct(this);
}
}
public GridExtentsValue(Polygon @extents)
{
var validator = Validator.Instance.GetFirstValidatorForType <GridExtentsValue>();
if (validator != null)
{
validator.PreConstruct(new object[] { @extents });
}
this.Extents = @extents;
if (validator != null)
{
validator.PostConstruct(this);
}
}
public SiteBySketchInputs(Polygon @perimeter, string bucketName, string uploadsBucket, Dictionary <string, string> modelInputKeys, string gltfKey, string elementsKey, string ifcKey) :
base(bucketName, uploadsBucket, modelInputKeys, gltfKey, elementsKey, ifcKey)
{
var validator = Validator.Instance.GetFirstValidatorForType <SiteBySketchInputs>();
if (validator != null)
{
validator.PreConstruct(new object[] { @perimeter });
}
this.Perimeter = @perimeter;
if (validator != null)
{
validator.PostConstruct(this);
}
}
public Lamina(Polygon @perimeter, bool @isVoid)
: base(isVoid)
{
var validator = Validator.Instance.GetFirstValidatorForType <Lamina>();
if (validator != null)
{
validator.PreConstruct(new object[] { @perimeter, @isVoid });
}
this.Perimeter = @perimeter;
if (validator != null)
{
validator.PostConstruct(this);
}
}
public PolygonReference(Polygon @boundary, System.Guid @id, string @name)
: base(id, name)
{
var validator = Validator.Instance.GetFirstValidatorForType <PolygonReference>();
if (validator != null)
{
validator.PreConstruct(new object[] { @boundary, @id, @name });
}
this.Boundary = @boundary;
if (validator != null)
{
validator.PostConstruct(this);
}
}
public Profile(Polygon @perimeter, IList <Polygon> @voids, System.Guid @id, string @name)
: base(id, name)
{
var validator = Validator.Instance.GetFirstValidatorForType <Profile>();
if (validator != null)
{
validator.PreConstruct(new object[] { @perimeter, @voids, @id, @name });
}
this.Perimeter = @perimeter;
this.Voids = @voids;
if (validator != null)
{
validator.PostConstruct(this);
}
}
public Site(Polygon @perimeter, double @area, Transform @transform, Material @material, Representation @representation, bool @isElementDefinition, System.Guid @id, string @name)
: base(transform, material, representation, isElementDefinition, id, name)
{
var validator = Validator.Instance.GetFirstValidatorForType <Site>();
if (validator != null)
{
validator.PreConstruct(new object[] { @perimeter, @area, @transform, @material, @representation, @isElementDefinition, @id, @name });
}
this.Perimeter = @perimeter;
this.Area = @area;
if (validator != null)
{
validator.PostConstruct(this);
}
}
public SpaceSubdivide2Inputs(IList <Polyline> @centerLines, Polygon @sketch, string bucketName, string uploadsBucket, Dictionary <string, string> modelInputKeys, string gltfKey, string elementsKey, string ifcKey) :
base(bucketName, uploadsBucket, modelInputKeys, gltfKey, elementsKey, ifcKey)
{
var validator = Validator.Instance.GetFirstValidatorForType <SpaceSubdivide2Inputs>();
if (validator != null)
{
validator.PreConstruct(new object[] { @centerLines, @sketch });
}
this.CenterLines = @centerLines;
this.Sketch = @sketch;
if (validator != null)
{
validator.PostConstruct(this);
}
}
/// <summary>
/// Convert the coordinate array to a collection of polylines.
/// The last position of the polygon is dropped.
/// </summary>
/// <returns></returns>
public Elements.Geometry.Polygon[] ToPolygons()
{
var plineArr = new Elements.Geometry.Polygon[Coordinates.Length];
for (var i = 0; i < plineArr.Length; i++)
{
var coords = this.Coordinates[i];
var verts = new Vector3[coords.Length - 1];
// Drop the last position.
for (var j = 0; j < coords.Length - 1; j++)
{
verts[j] = coords[j].ToVectorMeters();
}
var pline = new Elements.Geometry.Polygon(verts);
plineArr[i] = pline;
}
return(plineArr);
}
public Exclusion(Polygon @perimeter, double @elevation, System.Guid @id, string @name)
: base(id, name)
{
var validator = Validator.Instance.GetFirstValidatorForType <Exclusion>();
if (validator != null)
{
validator.PreConstruct(new object[] { @perimeter, @elevation, @id, @name });
}
this.Perimeter = @perimeter;
this.Elevation = @elevation;
if (validator != null)
{
validator.PostConstruct(this);
}
}
public TestFunction2Inputs(double @length, double @width, Polygon @outline, string bucketName, string uploadsBucket, Dictionary <string, string> modelInputKeys, string gltfKey, string elementsKey, string ifcKey) :
base(bucketName, uploadsBucket, modelInputKeys, gltfKey, elementsKey, ifcKey)
{
var validator = Validator.Instance.GetFirstValidatorForType <TestFunction2Inputs>();
if (validator != null)
{
validator.PreConstruct(new object[] { @length, @width, @outline });
}
this.Length = @length;
this.Width = @width;
this.Outline = @outline;
if (validator != null)
{
validator.PostConstruct(this);
}
}
public LevelPerimeter(double @area, double @elevation, Polygon @perimeter, System.Guid @id, string @name)
: base(id, name)
{
var validator = Validator.Instance.GetFirstValidatorForType <LevelPerimeter>();
if (validator != null)
{
validator.PreConstruct(new object[] { @area, @elevation, @perimeter, @id, @name });
}
this.Area = @area;
this.Elevation = @elevation;
this.Perimeter = @perimeter;
if (validator != null)
{
validator.PostConstruct(this);
}
}
public ZoningDistrict(string @zone_Name, Polygon @boundary, double @latitude, double @longitude, Transform @transform, Material @material, Representation @representation, bool @isElementDefinition, System.Guid @id, string @name)
: base(transform, material, representation, isElementDefinition, id, name)
{
var validator = Validator.Instance.GetFirstValidatorForType <ZoningDistrict>();
if (validator != null)
{
validator.PreConstruct(new object[] { @zone_Name, @boundary, @latitude, @longitude, @transform, @material, @representation, @isElementDefinition, @id, @name });
}
this.Zone_Name = @zone_Name;
this.Boundary = @boundary;
this.Latitude = @latitude;
this.Longitude = @longitude;
if (validator != null)
{
validator.PostConstruct(this);
}
}
public CutAndFillInputs(Polygon @sitePerimeter, IList <Polygon> @perimeters, double @elevation, double @batterAngle, string bucketName, string uploadsBucket, Dictionary <string, string> modelInputKeys, string gltfKey, string elementsKey, string ifcKey) :
base(bucketName, uploadsBucket, modelInputKeys, gltfKey, elementsKey, ifcKey)
{
var validator = Validator.Instance.GetFirstValidatorForType <CutAndFillInputs>();
if (validator != null)
{
validator.PreConstruct(new object[] { @sitePerimeter, @perimeters, @elevation, @batterAngle });
}
this.SitePerimeter = @sitePerimeter;
this.Perimeters = @perimeters;
this.Elevation = @elevation;
this.BatterAngle = @batterAngle;
if (validator != null)
{
validator.PostConstruct(this);
}
}
public StairEnclosure(Polygon @perimeter, Vector3 @direction, double @rotation, double @elevation, double @height, double @area, string @number, Transform @transform, Material @material, Representation @representation, bool @isElementDefinition, System.Guid @id, string @name)
: base(transform, material, representation, isElementDefinition, id, name)
{
var validator = Validator.Instance.GetFirstValidatorForType <StairEnclosure>();
if (validator != null)
{
validator.PreConstruct(new object[] { @perimeter, @direction, @rotation, @elevation, @height, @area, @number, @transform, @material, @representation, @isElementDefinition, @id, @name });
}
this.Perimeter = @perimeter;
this.Direction = @direction;
this.Rotation = @rotation;
this.Elevation = @elevation;
this.Height = @height;
this.Area = @area;
this.Number = @number;
if (validator != null)
{
validator.PostConstruct(this);
}
}
public EnvelopeBySketchInputs(Polygon @perimeter, double @buildingHeight, double @foundationDepth, bool @useSetbacks, double @setbackInterval, double @setbackDepth, double @minimumTierArea, string bucketName, string uploadsBucket, Dictionary <string, string> modelInputKeys, string gltfKey, string elementsKey, string ifcKey) :
base(bucketName, uploadsBucket, modelInputKeys, gltfKey, elementsKey, ifcKey)
{
var validator = Validator.Instance.GetFirstValidatorForType <EnvelopeBySketchInputs>();
if (validator != null)
{
validator.PreConstruct(new object[] { @perimeter, @buildingHeight, @foundationDepth, @useSetbacks, @setbackInterval, @setbackDepth, @minimumTierArea });
}
this.Perimeter = @perimeter;
this.BuildingHeight = @buildingHeight;
this.FoundationDepth = @foundationDepth;
this.UseSetbacks = @useSetbacks;
this.SetbackInterval = @setbackInterval;
this.SetbackDepth = @setbackDepth;
this.MinimumTierArea = @minimumTierArea;
if (validator != null)
{
validator.PostConstruct(this);
}
}
public MechanicalCorridor(Polygon @perimeter, Vector3 @direction, double @rotation, Vector3 @start, Vector3 @end, double @length, double @volume, string @number, Transform @transform, Material @material, Representation @representation, bool @isElementDefinition, System.Guid @id, string @name)
: base(transform, material, representation, isElementDefinition, id, name)
{
var validator = Validator.Instance.GetFirstValidatorForType <MechanicalCorridor>();
if (validator != null)
{
validator.PreConstruct(new object[] { @perimeter, @direction, @rotation, @start, @end, @length, @volume, @number, @transform, @material, @representation, @isElementDefinition, @id, @name });
}
this.Perimeter = @perimeter;
this.Direction = @direction;
this.Rotation = @rotation;
this.Start = @start;
this.End = @end;
this.Length = @length;
this.Volume = @volume;
this.Number = @number;
if (validator != null)
{
validator.PostConstruct(this);
}
}
public LevelsFromGraphQLAndPerimeterInputs(InputData connection, Elements.Geometry.Polygon perimeter, string bucketName, string uploadsBucket, Dictionary <string, string> modelInputKeys, string gltfKey, string elementsKey, string ifcKey) : base(bucketName, uploadsBucket, modelInputKeys, gltfKey, elementsKey, ifcKey)
{
this.Connection = connection;
this.Perimeter = perimeter;
}
/// <summary>
/// Construct a LevelsFromGraphQLAndPerimeterInputs with default inputs.
/// This should be used for testing only.
/// </summary>
public LevelsFromGraphQLAndPerimeterInputs() : base()
{
this.Connection = new InputData("default_input.json");
this.Perimeter = Elements.Geometry.Polygon.Rectangle(1, 1);
}
public Site(Polygon @perimeter, double @area, Transform @transform = null, Material @material = null, Representation @representation = null, bool @isElementDefinition = false, System.Guid @id = default, string @name = null)
: base(transform, material, representation, isElementDefinition, id, name)
{
this.Perimeter = @perimeter;
this.Area = @area;
}
public LevelBySketchInputs(Elements.Geometry.Polygon perimeter, double levelElevation, string bucketName, string uploadsBucket, Dictionary <string, string> modelInputKeys, string gltfKey, string elementsKey, string ifcKey) : base(bucketName, uploadsBucket, modelInputKeys, gltfKey, elementsKey, ifcKey)
{
this.Perimeter = perimeter;
this.LevelElevation = levelElevation;
}
