private void DrawScale(double minArea, double maxArea, double averageArea)
{
double deviation1 = maxArea - averageArea;
double deviation2 = averageArea - minArea;
double deviation = deviation1 > deviation2 ? deviation1 : deviation2;
minArea = averageArea - deviation;
maxArea = averageArea + deviation;
double step = (maxArea - minArea) / 800;
List <Color> colorArray = new List <Color>();
List <double> values = new List <double>();
for (int i = 0; i < 800; i++)
{
double current = minArea + step * i;
colorArray.Add(GenerateEnhancedColorFor(current, minArea, maxArea, averageArea));
values.Add(current / averageArea - 1);
}
IllustrationForm bisectForm = new IllustrationForm();
//using (IllustrationForm illustrationForm = new IllustrationForm())
{
bisectForm.colorArray = colorArray;
bisectForm.values = values;
bisectForm.fill = true;
bisectForm.lines = false;
bisectForm.Text = "Scale";
bisectForm.Show();
}
}
private void DrawAreaVarianceButton_Click(object sender, EventArgs e)
{
int generation = Convert.ToInt32(GenerationBox.Text);
Geodesic geodesic = new Geodesic(generation - 2);
BisectGeodesic bisectGeodesic = new BisectGeodesic(generation);
List <DrawTriangle> triangles = new List <DrawTriangle>();
List <DrawTriangle> bisectTriangles = new List <DrawTriangle>();
double minArea = 10;
double maxArea = 0;
double totalArea = 0;
double totalBisectArea = 0;
for (int i = 0; i < geodesic.MaxGridIndex; i++)
{
GridIndex index = geodesic.GetGridIndex(i);
GeodesicGridTriangle triangle = index.GeodesicGridTriangle;
double area = triangle.Area;
if (area < minArea)
{
minArea = area;
}
if (area > maxArea)
{
maxArea = area;
}
totalArea += area;
}
foreach (SphericalTriangle triangle in bisectGeodesic.SphericalTriangles)
{
double area = triangle.Area;
if (area < minArea)
{
minArea = area;
}
if (area > maxArea)
{
maxArea = area;
}
totalBisectArea += area;
}
double averageArea = totalArea / geodesic.MaxGridIndex;
double averageBisectArea = totalBisectArea / bisectGeodesic.SphericalTriangles.Count;
for (int i = 0; i < geodesic.MaxGridIndex; i++)
{
GridIndex index = geodesic.GetGridIndex(i);
GeodesicGridTriangle triangle = index.GeodesicGridTriangle;
DrawTriangle drawTriangle = new DrawTriangle()
{
point1 = triangle.PointAB,
point2 = triangle.PointBC,
point3 = triangle.PointCA
};
drawTriangle.fillColor = GenerateEnhancedColorFor(triangle.Area, minArea, maxArea, averageArea);
triangles.Add(drawTriangle);
}
foreach (SphericalTriangle triangle in bisectGeodesic.SphericalTriangles)
{
DrawTriangle drawTriangle = new DrawTriangle()
{
point1 = triangle.A,
point2 = triangle.B,
point3 = triangle.C
};
drawTriangle.fillColor = GenerateEnhancedColorFor(triangle.Area, minArea, maxArea, averageBisectArea);
bisectTriangles.Add(drawTriangle);
}
IllustrationForm illustrationForm = new IllustrationForm();
//using (IllustrationForm illustrationForm = new IllustrationForm())
{
illustrationForm.triangles = triangles;
illustrationForm.fill = true;
illustrationForm.lines = false;
illustrationForm.Text = "Cut Geodesic Grid";
illustrationForm.Show();
}
IllustrationForm bisectForm = new IllustrationForm();
//using (IllustrationForm illustrationForm = new IllustrationForm())
{
bisectForm.triangles = bisectTriangles;
bisectForm.fill = true;
bisectForm.lines = false;
bisectForm.Text = "Bisect Geodesic Grid";
bisectForm.Show();
}
DrawScale(minArea, maxArea, averageArea);
}