public void Fitting()
{
GhostWeb ghostWeb = new GhostWeb(this.sourcePolygon, this.ghostTriangles);
Vector[] vectors = new Vector[this.sourcePolygon.PointCount];
for (int i = 0; i < vectors.Length; i++)
{
vectors[i] = new Vector(vectors.Length);
vectors[i][i] = 1;
if (i < this.sourcePolygon.VertexCount || this.sourcePolygon.isOnEdge(this.sourcePolygon.GetPoint(i)))
{
continue;
}
else
{
vectors[i][i] = 0;
WebNode webNode = ghostWeb.webNodes[i];
while (webNode != null)
{
vectors[i][i]++;
vectors[i][webNode.firstIndex] = -1;
vectors[i][webNode.secondIndex] = -1;
webNode = webNode.Next;
}
}
}
Vector valx = new Vector(this.sourcePolygon.PointCount);
Vector valy = new Vector(this.sourcePolygon.PointCount);
for (int i = 0; i < this.targetPolygon.VertexCount; i++)
{
valx[i] = this.targetPolygon.GetPoint(i).X;
valy[i] = this.targetPolygon.GetPoint(i).Y;
}
for (int i = this.sourcePolygon.VertexCount; i < this.sourcePolygon.PointCount; i++)
{
Point2D point = this.sourcePolygon.GetPoint(i);
if (this.sourcePolygon.isOnEdge(point))
{
int x = this.sourcePolygon.OnEdge(point);
LineSegment2D line = this.sourcePolygon.GetEdge(x);
double pos = line.GetPosition(point);
line = this.targetPolygon.GetEdge(x);
Point2D newPoint = line.GetPoint(pos);
valx[i] = newPoint.X;
valy[i] = newPoint.Y;
}
}
Matrix m = new Matrix(vectors).Translate();
UpdateStatus(this, "Constructing...");
LinearSystem lsx = new LinearSystem(new Matrix(m), valx);
UpdateStatus(this, "Done");
lsx.UpdateStatus += new Microsoft.VS.Akira.Triangulations.LinearSystem.ShowStatus(UpdateStatus);
lsx.Gaussian(this.sourcePolygon.VertexCount);
LinearSystem lsy = new LinearSystem(new Matrix(m), valy);
lsy.UpdateStatus += new Microsoft.VS.Akira.Triangulations.LinearSystem.ShowStatus(UpdateStatus);
lsy.Gaussian(this.sourcePolygon.VertexCount);
Polygon2DEditor pe = new Polygon2DEditor(this.targetPolygon);
UpdateStatus(this, "AddInner..");
for (int i = this.sourcePolygon.VertexCount; i < this.sourcePolygon.PointCount; i++)
{
Point2D point = new Point2D(lsx.Value[i], lsy.Value[i]);
pe.AddInnerPoint(point);
}
UpdateStatus(this, "Done");
}
private void Remeshing()
{
Polygon2DAdorner leftPolygon = this.LeftPolygon;
Polygon2DAdorner rightPolygon = this.RightPolygon;
while (leftPolygon != null)
{
if (StatusController.Triangulator != TriangulationTech.Single || StatusController.availablePartition == Partition.Left)
{
GhostWeb ghostWeb = new GhostWeb(leftPolygon.polygon, leftPolygon.GhostTriangles);
ghostWeb.AreaBasedRemeshing();
}
if(StatusController.Triangulator != TriangulationTech.Single || StatusController.availablePartition == Partition.Right)
{
GhostWeb ghostWeb = new GhostWeb(rightPolygon.polygon, rightPolygon.GhostTriangles);
ghostWeb.AreaBasedRemeshing();
}
leftPolygon = leftPolygon.Next();
rightPolygon = rightPolygon.Next();
}
this.Invalidate();
}
public void Fitting()
{
GhostWeb ghostWeb = new GhostWeb(this.sourcePolygon, this.ghostTriangles);
Vector[] vectors = new Vector[this.sourcePolygon.PointCount];
for (int i = 0; i < vectors.Length; i++)
{
vectors[i] = new Vector(vectors.Length);
vectors[i][i] = 1;
if (i < this.sourcePolygon.VertexCount || this.sourcePolygon.isOnEdge(this.sourcePolygon.GetPoint(i)))
{
continue;
}
else
{
vectors[i][i] = 0;
WebNode webNode = ghostWeb.webNodes[i];
while (webNode!= null)
{
vectors[i][i] ++;
vectors[i][webNode.firstIndex] = -1;
vectors[i][webNode.secondIndex] = -1;
webNode = webNode.Next;
}
}
}
Vector valx = new Vector(this.sourcePolygon.PointCount);
Vector valy = new Vector(this.sourcePolygon.PointCount);
for (int i = 0; i < this.targetPolygon.VertexCount; i++)
{
valx[i] = this.targetPolygon.GetPoint(i).X;
valy[i] = this.targetPolygon.GetPoint(i).Y;
}
for (int i = this.sourcePolygon.VertexCount; i <this.sourcePolygon.PointCount; i++)
{
Point2D point = this.sourcePolygon.GetPoint(i);
if(this.sourcePolygon.isOnEdge(point))
{
int x = this.sourcePolygon.OnEdge(point);
LineSegment2D line = this.sourcePolygon.GetEdge(x);
double pos = line.GetPosition(point);
line = this.targetPolygon.GetEdge(x);
Point2D newPoint = line.GetPoint(pos);
valx[i] = newPoint.X;
valy[i] = newPoint.Y;
}
}
Matrix m = new Matrix(vectors).Translate();
UpdateStatus(this, "Constructing...");
LinearSystem lsx = new LinearSystem(new Matrix(m), valx);
UpdateStatus(this, "Done");
lsx.UpdateStatus += new Microsoft.VS.Akira.Triangulations.LinearSystem.ShowStatus(UpdateStatus);
lsx.Gaussian(this.sourcePolygon.VertexCount);
LinearSystem lsy = new LinearSystem(new Matrix(m), valy);
lsy.UpdateStatus += new Microsoft.VS.Akira.Triangulations.LinearSystem.ShowStatus(UpdateStatus);
lsy.Gaussian(this.sourcePolygon.VertexCount);
Polygon2DEditor pe = new Polygon2DEditor(this.targetPolygon);
UpdateStatus(this, "AddInner..");
for (int i = this.sourcePolygon.VertexCount; i < this.sourcePolygon.PointCount; i++)
{
Point2D point = new Point2D(lsx.Value[i], lsy.Value[i]);
pe.AddInnerPoint(point);
}
UpdateStatus(this, "Done");
}