public ShapeBlueprint CreateShapeBlueprint(ShapeBlueprintType type)
{
ShapeBlueprint blueprint = null;
switch (type)
{
case ShapeBlueprintType.Point:
blueprint = new PointBlueprint(m_ShapeDataFactory);
break;
case ShapeBlueprintType.Line:
blueprint = new LineBlueprint(m_ShapeDataFactory);
break;
case ShapeBlueprintType.Polygon:
blueprint = new PolygonBlueprint(m_ShapeDataFactory);
break;
case ShapeBlueprintType.Parallelepiped:
blueprint = new ParallelepipedBlueprint(m_ShapeDataFactory);
break;
case ShapeBlueprintType.Cube:
blueprint = new CubeBlueprint(m_ShapeDataFactory);
break;
case ShapeBlueprintType.Pyramid:
blueprint = new PyramidBlueprint(m_ShapeDataFactory);
break;
case ShapeBlueprintType.RegularPyramid:
blueprint = new RegularPyramidBlueprint(m_ShapeDataFactory);
break;
case ShapeBlueprintType.Tetrahedron:
blueprint = new TetrahedronBlueprint(m_ShapeDataFactory);
break;
case ShapeBlueprintType.Prism:
blueprint = new PrismBlueprint(m_ShapeDataFactory);
break;
case ShapeBlueprintType.RegularPrism:
blueprint = new RegularPrismBlueprint(m_ShapeDataFactory);
break;
case ShapeBlueprintType.PointPerpendicularProjection:
blueprint = new PointPerpendicularProjectionBlueprint(m_ShapeDataFactory);
break;
case ShapeBlueprintType.PointOfIntersection:
blueprint = new PointOfIntersectionBlueprint(m_ShapeDataFactory);
break;
case ShapeBlueprintType.PointOnSurface:
blueprint = new PointOnSurfaceBlueprint(m_ShapeDataFactory);
break;
case ShapeBlueprintType.PointProjectionFromPoint:
blueprint = new PointProjectionFromPointBlueprint(m_ShapeDataFactory);
break;
case ShapeBlueprintType.PointProjectionAlongLine:
blueprint = new PointProjectionAlongLineBlueprint(m_ShapeDataFactory);
break;
case ShapeBlueprintType.PointOnLine:
blueprint = new PointOnLineBlueprint(m_ShapeDataFactory);
break;
}
if (blueprint != null)
{
m_ShapeBlueprints.Add(blueprint);
}
return(blueprint);
}
public LinesIntersectValidator(PointOfIntersectionBlueprint blueprint)
{
m_Blueprint = blueprint;
}
