static void Main(string[] args)
{
GeometryToImageConverter.RotateImage4Bpp(
@"C:\Users\Chibuike.Okpaluba\Downloads\Test.bmp",
@"C:\Users\Chibuike.Okpaluba\Downloads\Test.out.bmp",
10
);
//var result1 = GeometryToImageConverter.To1BppImageComplexRetainBounds(
// @"C:\Users\Chibuike.Okpaluba\Downloads\Test.dxf",
// @"C:\Users\Chibuike.Okpaluba\Downloads\Test.bmp",
// null,
// 320, 320
//);
//var result2 = GeometryToImageConverter.To1BppImageComplexRetainBounds(
// @"C:\Users\Chibuike.Okpaluba\Downloads\Test.dxf",
// @"C:\Users\Chibuike.Okpaluba\Downloads\Test30.bmp",
// null,
// 320, 320,
// angle: 0
//);
//var result3 = GeometryToImageConverter.To1BppImageComplexRetainBounds(
// @"C:\Users\Chibuike.Okpaluba\Downloads\Test.dxf",
// @"C:\Users\Chibuike.Okpaluba\Downloads\Test30b.bmp",
// null,
// 320, 160,
// angle: 0
//);
//Console.WriteLine("Done.");
//Console.ReadLine();
}
private static void SaveImage(Dictionary <string, List <IMarkGeometry> > geometriesIn, int capacity)
{
var _geometries = new List <IMarkGeometry>(capacity);
foreach (var items in geometriesIn.Values)
{
_geometries.AddRange(items);
}
var extents = GeometricArithmeticModule.CalculateExtents(_geometries);
Console.WriteLine($"Extents: {extents}");
GeometryToImageConverter.To1BppImage(
_geometries,
@"D:\Downloads\demo.tiff",
pixelSize: 25.4,
dpiX: 720,
dpiY: 720,
lineWidth: -1 // smallest possible
);
}
