public PointMarker( Types.Point point ) { if( point == null ) { throw new ArgumentNullException( "point" ); } _point = point; }
public static async Task <Types.Point[]> ReadPoints(this Stream stream, int count) { var res = new Types.Point[count]; for (var i = 0; i < count; i++) { res[i] = await stream.ReadPoint(); } return(res); }
public HardShadow( Types.Point offset, Paint.Color color ) { if( offset == null ) { throw new ArgumentNullException( "offset" ); } if( color == null ) { throw new ArgumentNullException( "color" ); } _offset = offset; _color = color; }
public Text( string value, Types.Point point, Position alignment ) { if( value == null ) { throw new ArgumentNullException( "value" ); } if( point == null ) { throw new ArgumentNullException( "point" ); } _value = value; _point = point; _alignment = alignment; }
public SoftShadowModifier( Types.Point offset, double extent, Paint.Color color ) { if( offset == null ) { throw new ArgumentNullException( "offset" ); } if( extent <= 0 ) { throw new ArgumentException( "Extent must be greater than zero.", "extent" ); } if( color == null ) { throw new ArgumentNullException( "color" ); } _offset = offset; _extent = extent; _color = color; }
public SoftShadow( Renderers.Renderer renderer, Types.Point offset, double extent, Paint.Color color ) { if( renderer == null ) { throw new ArgumentNullException( "renderer" ); } if( offset == null ) { throw new ArgumentNullException( "offset" ); } if( extent <= 0 ) { throw new ArgumentException( "Extent must be greater than zero.", "extent" ); } if( color == null ) { throw new ArgumentNullException( "color" ); } _renderer = renderer; _offset = offset; _extent = extent; _color = color; }
public Result Execute(ExternalCommandData commandData, ref string message, ElementSet elements) { // Get Revit Environment UIApplication uiApp = commandData.Application; Document doc = uiApp.ActiveUIDocument.Document; UIDocument uidoc = uiApp.ActiveUIDocument; GrevitBuildModel c = new GrevitBuildModel(doc); GrevitBuildModel.Scale = 3.28084; System.Windows.Forms.OpenFileDialog filedialog = new System.Windows.Forms.OpenFileDialog(); filedialog.Multiselect = false; if (filedialog.ShowDialog() == System.Windows.Forms.DialogResult.OK) { SketchUpNET.SketchUp skp = new SketchUpNET.SketchUp(); if (skp.LoadModel(filedialog.FileName)) { Grevit.Types.ComponentCollection components = new ComponentCollection() { Items = new List<Component>() }; foreach (SketchUpNET.Instance instance in skp.Instances) { if (instance.Name.ToLower().Contains("wall")) { foreach (SketchUpNET.Surface surface in instance.Parent.Surfaces) { components.Items.Add(new WallProfileBased(instance.Parent.Name, instance.Parent.Name, new List<Types.Parameter>(), surface.ToGrevitOutline(instance.Transformation), "") { GID = instance.Guid }); } } if (instance.Name.ToLower().Contains("floor")) { foreach (SketchUpNET.Surface surface in instance.Parent.Surfaces) { Types.Point bottom = instance.Transformation.GetTransformed(surface.Vertices[0]).ToGrevitPoint(); int ctr = surface.Vertices.Count / 2; Types.Point top = instance.Transformation.GetTransformed(surface.Vertices[ctr]).ToGrevitPoint(); components.Items.Add(new Slab() { FamilyOrStyle = instance.Parent.Name, TypeOrLayer = instance.Parent.Name, parameters = new List<Types.Parameter>(), structural = true, height = 1, surface = surface.ToGrevitProfile(instance.Transformation), bottom = bottom, top = top, slope = top.z - bottom.z, GID = instance.Guid, levelbottom = "", }); } } if (instance.Name.ToLower().Contains("column")) { Grevit.Types.Profile profile = null; Grevit.Types.Point top = null; Grevit.Types.Point btm = new Types.Point(instance.Transformation.X, instance.Transformation.Y, instance.Transformation.Z); foreach (SketchUpNET.Surface surface in instance.Parent.Surfaces) { if (surface.Normal.Z == 1) { top = new Types.Point(instance.Transformation.X, instance.Transformation.Y, surface.Vertices[0].ToGrevitPoint(instance.Transformation).z); } } components.Items.Add(new Grevit.Types.Column(instance.Parent.Name, instance.Parent.Name, new List<Types.Parameter>(), btm, top, "", true) { GID = instance.Guid }); } } c.BuildModel(components); } } // Return Success return Result.Succeeded; }
public PointDto(Types.Point point) { X = point.x; Y = new ComplexDto(point.y); }
public static ComponentCollection Translate(string filename) { SketchUpNET.SketchUp skp = new SketchUpNET.SketchUp(); if (skp.LoadModel(filename)) { Grevit.Types.ComponentCollection components = new ComponentCollection() { Items = new List <Component>() }; components.scale = 3.28084; components.update = true; components.delete = false; foreach (SketchUpNET.Instance instance in skp.Instances) { SketchUpNET.Transform transform = instance.Transformation; transform.Data[12] /= 39.3701; transform.Data[13] /= 39.3701; transform.Data[14] /= 39.3701; string elementType = instance.Parent.Name.ToLower(); string family = instance.Parent.Name; string type = instance.Parent.Name; if (instance.Parent.Description.Contains(";")) { string[] data = instance.Parent.Description.Split(';'); family = data[0]; type = data[1]; } if (elementType.Contains("wall")) { foreach (SketchUpNET.Surface surface in instance.Parent.Surfaces) { components.Items.Add(new WallProfileBased(family, type, new List <Types.Parameter>(), surface.ToGrevitOutline(transform), "") { GID = instance.Guid }); } } else if (elementType.Contains("grid")) { foreach (SketchUpNET.Edge edge in instance.Parent.Edges) { components.Items.Add(new Grid(new List <Types.Parameter>(), edge.Start.ToGrevitPoint(transform), edge.End.ToGrevitPoint(transform), instance.Parent.Name) { GID = instance.Guid }); } } else if (elementType.Contains("line")) { foreach (SketchUpNET.Edge edge in instance.Parent.Edges) { components.Items.Add(new RevitLine() { curve = edge.ToGrevitLine(transform), isModelCurve = true, isDetailCurve = false, isRoomBounding = false, parameters = new List <Parameter>(), GID = instance.Guid, FamilyOrStyle = family, TypeOrLayer = type }); } } else if (elementType.Contains("floor")) { foreach (SketchUpNET.Surface surface in instance.Parent.Surfaces) { Types.Point bottom = transform.GetTransformed(surface.Vertices[0]).ToGrevitPoint(); int ctr = surface.Vertices.Count / 2; Types.Point top = transform.GetTransformed(surface.Vertices[ctr]).ToGrevitPoint(); components.Items.Add(new Slab() { FamilyOrStyle = family, TypeOrLayer = type, parameters = new List <Types.Parameter>(), structural = true, height = 1, surface = surface.ToGrevitProfile(transform), bottom = bottom, top = top, slope = top.z - bottom.z, GID = instance.Guid, levelbottom = "", }); } } else if (elementType.Contains("column")) { Grevit.Types.Profile profile = null; Grevit.Types.Point top = null; SketchUpNET.Vertex v = new SketchUpNET.Vertex(0, 0, 0); Grevit.Types.Point btm = v.ToGrevitPoint(transform); foreach (SketchUpNET.Surface surface in instance.Parent.Surfaces) { if (surface.Normal.Z == 1) { top = new Types.Point(v.ToGrevitPoint(transform).x, v.ToGrevitPoint(transform).y, surface.Vertices[0].ToGrevitPoint(transform).z); } } components.Items.Add(new Grevit.Types.Column(family, type, new List <Types.Parameter>(), btm, top, "", true) { GID = instance.Guid }); } } return(components); } return(null); }
public RadialGradientBrush( Color innerColor, Color outerColor, Types.Point innerPoint, Types.Point outerPoint ) { if( innerColor == null ) { throw new ArgumentNullException( "innerColor" ); } if( outerColor == null ) { throw new ArgumentNullException( "outerColor" ); } if( innerPoint == null ) { throw new ArgumentNullException( "innerPoint" ); } if( outerPoint == null ) { throw new ArgumentNullException( "outerPoint" ); } _innerColor = innerColor; _outerColor = outerColor; _innerPoint = innerPoint; _outerPoint = outerPoint; }
public static async Task Write(this Stream stream, Types.Point point) { await stream.Write(point.Latitude); await stream.Write(point.Longitude); }
public static string ToWkt(this Types.Point point, (ConvertTypes type, char?zoneLetter, int?zoneNumber)?convert = null)
public override void VisitMove( Primitives.Path.Move move ) { _pos = move.To; _estartpos = _epos = null; _startpos = _lastpos = _pos; _startev = null; _innerPath.Add( new Primitives.Path.Move( move.To ) ); }
public override void VisitLine( Primitives.Path.Line line ) { Types.Vector lv = line.To - _lastpos; Types.Vector ev = new Types.Vector( lv.Y, -lv.X ).Normalize( _softShadow._extent ); if( _epos != null ) { CreateFiller( ev ); } Primitives.Path part = new BinaryComponents.VectorGraphics.Primitives.Path(); part.Add( new Primitives.Path.Move( _lastpos + ev ) ); part.Add( new Primitives.Path.Line( line.To + ev ) ); part.Add( new Primitives.Path.Line( line.To ) ); part.Add( new Primitives.Path.Line( _lastpos ) ); part.Add( new Primitives.Path.Line( _lastpos + ev ) ); part.Add( new Primitives.Path.Close() ); part.Pen = null; Types.Point gstart = line.To, gend = line.To + ev; part.Brush = new Paint.Brushes.LinearGradientBrush ( _softShadow._color, Paint.Color.Transparent, gstart, gend, Paint.Brushes.LinearGradientBrush.RenderHint.NoClip ); _parts.Add( part ); if( _estartpos == null ) { _estartpos = _pos + ev; } if( _startev == null ) { _startev = ev; } _lastpos = _pos = line.To; _epos = _pos + ev; _innerPath.Add( new Primitives.Path.Line( line.To ) ); }
public SmoothBezierCurve( Types.Point c2, Types.Point to ) { if( c2 == null ) { throw new ArgumentNullException( "c2" ); } if( to == null ) { throw new ArgumentNullException( "to" ); } _c2 = c2; _to = to; }
public Move( Types.Point to ) { if( to == null ) { throw new ArgumentNullException( "to" ); } _to = to; }
public EllipticalArc( double rx, double ry, double xAxisRotation, bool largeArcFlag, bool sweepFlag, Types.Point to ) { if( to == null ) { throw new ArgumentNullException( "to" ); } _rx = rx; _ry = ry; _xAxisRotation = xAxisRotation; _largeArcFlag = largeArcFlag; _sweepFlag = sweepFlag; _to = to; }
public LinearGradientBrush( Color startColor, Color endColor, Types.Point startPoint, Types.Point endPoint, RenderHint renderHint, params KeyValuePair<double, Color>[] intermediateColors ) { if( startColor == null ) { throw new ArgumentNullException( "startColor" ); } if( endColor == null ) { throw new ArgumentNullException( "endColor" ); } if( startPoint == null ) { throw new ArgumentNullException( "startPoint" ); } if( endPoint == null ) { throw new ArgumentNullException( "endPoint" ); } if( intermediateColors == null ) { throw new ArgumentNullException( "intermediateColors" ); } foreach( KeyValuePair<double, Color> kvp in intermediateColors ) { if( kvp.Key < 0 || kvp.Key > 1 ) { throw new ArgumentException( "Intermediate color position out-of-range.", "intermediateColors" ); } } _startColor = startColor; _endColor = endColor; _startPoint = startPoint; _endPoint = endPoint; _renderHint = renderHint; _intermediateColors = intermediateColors; }