internal static CoxeterImages.Settings AutoCalcScale(HoneycombDef def, Sphere[] mirrors)
{
// Calculate the color scale.
int size = 200;
CoxeterImages.Settings settings = new CoxeterImages.Settings()
{
Honeycomb = def,
Width = size,
Height = size,
Bounds = 1.1,
Mirrors = mirrors,
FileName = def.FormatFilename(),
};
CoxeterImages imageCalculator = new CoxeterImages();
imageCalculator.AutoCalcScale(settings);
if (settings.ColorScaling < 1)
{
settings.ColorScaling = 15;
}
return(settings);
}
public void AnimationSections(Settings config)
{
HoneycombDef imageData = new HoneycombDef(config.P, config.Q, config.R);
int p = imageData.P, q = imageData.Q, r = imageData.R;
string filename = imageData.FormatFilename();
Sphere[] mirrors = SimplexCalcs.Mirrors(p, q, r);
double bounds = 1.0; //config.UhsBoundary.Bounds;
bounds = 9.0;
// Calculate the color scale.
int size = 200;
CoxeterImages.Settings settings = new CoxeterImages.Settings()
{
Honeycomb = imageData,
Width = size,
Height = size,
Bounds = bounds,
Mirrors = mirrors,
FileName = imageData.FormatFilename(),
};
CoxeterImages imageCalculator = new CoxeterImages();
//imageCalculator.AutoCalcScale( settings );
if (settings.ColorScaling < 1)
{
settings.ColorScaling = 15;
}
settings.ColorScaling = 11;
Program.Log("\nGenerating sections...");
size = 500;
settings.Width = size;
settings.Height = size;
settings.FileName = filename;
double max = Spherical2D.e2sNorm(15);
double min = Spherical2D.e2sNorm(1.0 / 15);
DonHatch.e2hNorm(max);
int numSteps = 1800; // 1 minute
double step = (max - min) / numSteps;
for (int i = 0; i < 1; i++)
{
Program.Log("\nSection " + i);
imageCalculator.m_z = 1.0 / 0.5;
Spherical2D.s2eNorm(min + step * i);
DonHatch.h2eNorm(step * i);
settings.FileName = string.Format("533_{0:D4}.png", i);
imageCalculator.GenImage(settings);
}
}
public static void OneImage(Settings config, double t = 0.0)
{
HoneycombDef imageData = new HoneycombDef(config.P, config.Q, config.R);
int p = imageData.P, q = imageData.Q, r = imageData.R;
string filename = imageData.FormatFilename();
//if( File.Exists( filename ) )
// return;
Sphere[] mirrors = SimplexCalcs.Mirrors(p, q, r);
double bounds = config.UhsBoundary.Bounds;
// Calculate the color scale.
int size = 200;
CoxeterImages.Settings settings = new CoxeterImages.Settings()
{
Honeycomb = imageData,
Width = size,
Height = size,
Bounds = bounds,
Mirrors = mirrors,
FileName = imageData.FormatFilename(),
};
CoxeterImages imageCalculator = new CoxeterImages();
imageCalculator.AutoCalcScale(settings);
if (settings.ColorScaling < 1)
{
settings.ColorScaling = 15;
}
Program.Log("\nGenerating full image...");
size = 500;
settings.Width = config.UhsBoundary.ImageWidth;
settings.Height = config.UhsBoundary.ImageHeight;
settings.FileName = filename;
imageCalculator.GenImage(settings, t);
}
private static void OneAnimationFrame(HoneycombDef imageData, string filename, double colorScaling, double t = 0.0)
{
int p = imageData.P, q = imageData.Q, r = imageData.R;
Sphere[] mirrors = SimplexCalcs.Mirrors(p, q, r);
int size = 750;
size = 1024;
CoxeterImages.Settings settings = new CoxeterImages.Settings()
{
Honeycomb = imageData,
Width = size * 2,
Height = size,
Bounds = 1.0,
Mirrors = mirrors,
FileName = filename,
};
CoxeterImages imageCalculator = new CoxeterImages();
settings.ColorScaling = colorScaling;
imageCalculator.GenImage(settings, t);
}