public void ConstructAllImplied()
{
//
// Calculate all the important points of intersection among shapes (as well as Circle-Circle intersections).
//
ShapeIntersectionCalculator shapeIntCalc = new ShapeIntersectionCalculator(this);
List<CircleCircleIntersection> tempCCInter = new List<CircleCircleIntersection>();
shapeIntCalc.CalcCircleCircleIntersections(out tempCCInter);
ccIntersections = tempCCInter;
//
// Generate ALL segment clauses
//
// Have we done this before? Hard-coded provides collinear relationships.
CalculateCollinear();
GenerateSegmentClauses();
// Acquire all of the unlabeled points from the UI drawing.
DrawingPointCalculator unlabeledCalc = new DrawingPointCalculator(points, segments, circles);
unlabeledPoints = unlabeledCalc.GetUnlabeledPoints();
// Add the implied points to the complete list of points.
allFigurePoints.AddRange(unlabeledPoints);
// Using only segments, identify all polygons which are implied.
PolygonCalculator polyCalc = new PolygonCalculator(segments);
polygons = polyCalc.GetPolygons();
shapeIntCalc.CalcCirclePolygonIntersectionPoints();
shapeIntCalc.CalcPolygonPolygonIntersectionPoints();
// Determine what shapes are contained within what other shapes.
ShapeContainmentCalculator shapeContainCalc = new ShapeContainmentCalculator(this);
shapeContainCalc.CalcCircleCircleContainment();
shapeContainCalc.CalcCirclePolygonContainment();
shapeContainCalc.CalcPolygonPolygonContainment();
// Calculate all (selective) Segment-Segment Intersections
CalculateIntersections();
// Find all circle-segment intersection points.
// Segments (which are not part of a polygon) may intersect a circle; these are also added to the circle's interesting points.
csIntersections = shapeIntCalc.FindCircleSegmentIntersections();
// Find all the angles based on intersections; duplicates are removed.
CalculateAngles();
// Identify inscribed and circumscribed situations between a circle and polygon.
AnalyzeCirclePolygonInscription();
// Determine which of the UI and implied (intersection) points apply to each circle.
// Generates all arc clauses and arcInMiddle clauses.
AnalyzeAllCirclePointRelationships();
//
// All of the following calculations are used in stating the assumptions (user-defined givens)
//
CalculateSegmentBisectors();
CalculateAngleBisectors();
// Define in Properties->Build->Compilation Symbols to turn off this section
#if !ATOMIC_REGION_OFF
List<Sector> localMinorSectors = null;
List<Sector> localMajorSectors = null;
List<Semicircle> localSemicircles = null;
foreach (Circle circle in circles)
{
circle.ConstructImpliedAreaBasedSectors(out localMinorSectors, out localMajorSectors, out localSemicircles);
}
//
// Atomic region identification
//
atomicRegions = AtomicRegionIdentifier.AtomicIdentifierMain.GetAtomicRegions(allFigurePoints, circles, polygons);
//
// This is to ensure that we actually construct all the polygonalized versions of all the atomic regions.
//
foreach (AtomicRegion atom in atomicRegions)
{
Polygon poly = atom.GetPolygonalized();
if (Utilities.CONSTRUCTION_DEBUG)
{
Debug.WriteLine(poly);
}
}
#endif
// --- End timing ---
stopwatch.Stop();
}
public void ConstructAllImplied()
{
//
// Calculate all the important points of intersection among shapes (as well as Circle-Circle intersections).
//
ShapeIntersectionCalculator shapeIntCalc = new ShapeIntersectionCalculator(this);
List <CircleCircleIntersection> tempCCInter = new List <CircleCircleIntersection>();
shapeIntCalc.CalcCircleCircleIntersections(out tempCCInter);
ccIntersections = tempCCInter;
//
// Generate ALL segment clauses
//
// Have we done this before? Hard-coded provides collinear relationships.
CalculateCollinear();
GenerateSegmentClauses();
// Acquire all of the unlabeled points from the UI drawing.
DrawingPointCalculator unlabeledCalc = new DrawingPointCalculator(points, segments, circles);
unlabeledPoints = unlabeledCalc.GetUnlabeledPoints();
// Add the implied points to the complete list of points.
allFigurePoints.AddRange(unlabeledPoints);
// Using only segments, identify all polygons which are implied.
PolygonCalculator polyCalc = new PolygonCalculator(segments);
polygons = polyCalc.GetPolygons();
shapeIntCalc.CalcCirclePolygonIntersectionPoints();
shapeIntCalc.CalcPolygonPolygonIntersectionPoints();
// Determine what shapes are contained within what other shapes.
ShapeContainmentCalculator shapeContainCalc = new ShapeContainmentCalculator(this);
shapeContainCalc.CalcCircleCircleContainment();
shapeContainCalc.CalcCirclePolygonContainment();
shapeContainCalc.CalcPolygonPolygonContainment();
// Calculate all (selective) Segment-Segment Intersections
CalculateIntersections();
// Find all circle-segment intersection points.
// Segments (which are not part of a polygon) may intersect a circle; these are also added to the circle's interesting points.
csIntersections = shapeIntCalc.FindCircleSegmentIntersections();
// Find all the angles based on intersections; duplicates are removed.
CalculateAngles();
// Identify inscribed and circumscribed situations between a circle and polygon.
AnalyzeCirclePolygonInscription();
// Determine which of the UI and implied (intersection) points apply to each circle.
// Generates all arc clauses and arcInMiddle clauses.
AnalyzeAllCirclePointRelationships();
//
// All of the following calculations are used in stating the assumptions (user-defined givens)
//
CalculateSegmentBisectors();
CalculateAngleBisectors();
// Define in Properties->Build->Compilation Symbols to turn off this section
#if !ATOMIC_REGION_OFF
List <Sector> localMinorSectors = null;
List <Sector> localMajorSectors = null;
List <Semicircle> localSemicircles = null;
foreach (Circle circle in circles)
{
circle.ConstructImpliedAreaBasedSectors(out localMinorSectors, out localMajorSectors, out localSemicircles);
}
//
// Atomic region identification
//
atomicRegions = AtomicRegionIdentifier.AtomicIdentifierMain.GetAtomicRegions(allFigurePoints, circles, polygons);
//
// This is to ensure that we actually construct all the polygonalized versions of all the atomic regions.
//
foreach (AtomicRegion atom in atomicRegions)
{
Polygon poly = atom.GetPolygonalized();
if (Utilities.CONSTRUCTION_DEBUG)
{
Debug.WriteLine(poly);
}
}
#endif
// --- End timing ---
stopwatch.Stop();
}