public static void OneImage( HoneycombDef imageData, double t = 0.0 )
{
//string filename = "batch/" + imageData.FormatFilename();
string filename = imageData.FormatFilename();
//if( File.Exists( filename ) )
// return;
int p = imageData.P, q = imageData.Q, r = imageData.R;
Geometry gCell = Geometry2D.GetGeometry( p, q );
Geometry gVertex = Geometry2D.GetGeometry( q, r );
//if( !( gCell == Geometry.Hyperbolic || gVertex == Geometry.Hyperbolic ) )
//if( !( gVertex == Geometry.Hyperbolic ) )
// return;
Sphere[] mirrors = SimplexCalcs.Mirrors( p, q, r );
//double bounds = gCell == Geometry.Spherical ? 9 : 1.1;
double bounds = 1.1;
bounds = 1;
//bounds = 5;
//bounds = 7;
//bounds = 4.4;
//bounds = 10;
CoxeterImages imageCalculator = new CoxeterImages();
int size = 200;
CoxeterImages.Settings settings = new CoxeterImages.Settings()
{
Honeycomb = imageData,
Width = size,
Height = size,
Bounds = bounds,
Mirrors = mirrors,
FileName = imageData.FormatFilename(),
};
imageCalculator.AutoCalcScale( settings );
//settings.ColorScaling = 45.1; // 437
//settings.ColorScaling = 60; // 35.58; // 438, 637 cathedral
//settings.ColorScaling = 20; // 373
//settings.ColorScaling = 15; //464
if( settings.ColorScaling < 1 )
settings.ColorScaling = 15;
settings.ColorScaling = 39;
//size = 4320;
size = 2500;
//settings.Width = size * 4 / 3;
settings.Width = size * 2;
settings.Width = size;
settings.Height = size;
//settings.FileName = imageData.FormatFilename( "jpg" );
settings.FileName = filename;
imageCalculator.GenImage( settings, t );
}
private static void SphericalAnimate( HoneycombDef imageData )
{
double colorScaling = AnimColorScaling( imageData );
int fps = 30;
//int frames = 60 * fps;
int frames = 5;
for( int i = 0; i < frames; i++ )
{
string num = i.ToString();
num = num.PadLeft( 3, '0' );
double t = (double)i/frames;
string filename = "batch/" + imageData.FormatFilename( string.Empty ) + "_" + num + ".png";
OneAnimationFrame( imageData, filename, colorScaling, t );
}
}
