public IImageSource CrateMatrix(string dir, MatrixImageSourceConfig config, ImageMaxValues maxValues)
{
List <Symbol> symbols = new List <Symbol>();
var blanker = new AddBlankingPointsFrameProcessor(10, 10, true);
foreach (var file in Directory.EnumerateFiles(dir, "*.ild"))
{
var imagesource = new IldaImageSource(Path.Combine(dir, file));
var scaler = new ScaleMaxValuesFrameProcessor(imagesource.MaxValues, maxValues);
var image = imagesource.GetFrames()
.Where(f => f.Points.Any())
.Select(f => scaler.Process(f))
.Select(f => blanker.Process(f));
foreach (var frame in image)
{
var s = new Symbol()
{
MaxValues = maxValues,
Name = Path.GetFileNameWithoutExtension(file),
Points = frame.Points.ToArray()
};
symbols.Add(s);
}
}
var imageSource = new MatrixImageSource(config, symbols);
return(imageSource);
}
static int Main(string[] args)
{
// uint baudrate = 3_000_000; // MCP4921 absolute max data speed
// uint baudrate = 3_000_000; // MCP4921 0-255 (8 bit). square wave 440khz (880k points/s). wave shape is heavy filtered triangle
uint baudrate = 2_000_000; // MCP4921 0-1023 (10 bit). square wave 320khz (640k points/s). wave shape has triangle top, flat bottom
// uint baudrate = 1_000_000; // most stable, minimum data stream tearing
// uint baudrate = 610_000; // MCP4921 0-4095 (12 bit). square wave 90khz (180k points/s). wave shape is triangle
var filepath = @"..\..\..\samplefiles\svg\circle.svg";
//var filepath = @"..\..\..\samplefiles\svg\strokeshades.svg";
//var filepath = @"..\..\..\samplefiles\svg\wikipedia_fillrules.svg";
Console.WriteLine($"Filename is {filepath}");
Console.WriteLine($"Baudrate is {baudrate}");
// TODO: config file for building and configure everything
//var targetMaxValues = new ImageMaxValues()
//{
// MaxRGB = 255,
// MinX = 0, MaxX = 255,
// MinY = 0, MaxY = 255,
// MinZ = 0, MaxZ = 255,
//};
//var targetMaxValues = new ImageMaxValues()
//{
// MaxRGB = 255,
// MinX = 0, MaxX = 1023,
// MinY = 0, MaxY = 1023,
// MinZ = 0, MaxZ = 1023,
//};
var targetMaxValues = new ImageMaxValues()
{
MaxRGB = 255,
MinX = 0, MaxX = 4095,
MinY = 0, MaxY = 4095,
MinZ = 0, MaxZ = 4095,
};
int genOffsetX = 0; // 32 * 0 - 1;
int genOffsetY = 0;
// var generateMaxValues = new ImageMaxValues()
// {
// MaxRGB = 255,
// MinX = genOffsetX, MaxX = 1023 + genOffsetX,
// MinY = genOffsetY, MaxY = 1023 + genOffsetY,
// MinZ = 0, MaxZ = 15,
// };
var generateMaxValues = new ImageMaxValues()
{
MaxRGB = 255,
MinX = genOffsetX, MaxX = 4095 + genOffsetX,
MinY = genOffsetY, MaxY = 4095 + genOffsetY,
MinZ = 0, MaxZ = 4095,
};
// var generateMaxValues = new ImageMaxValues()
// {
// MaxRGB = 255,
// MinX = 0, MaxX = 1023,
// MinY = 0, MaxY = 1023,
// MinZ = 0, MaxZ = 1023,
// };
// var generateMaxValues = new ImageMaxValues()
// {
// MaxRGB = 255,
// MinX = 0, MaxX = 255,
// MinY = 0, MaxY = 255,
// MinZ = 0, MaxZ = 255,
// };
var screenSize = new Vector2(8 * 12, 8 * 12);
var pixelSize = new Vector2(
(targetMaxValues.MaxX - targetMaxValues.MinX) / screenSize.X,
(targetMaxValues.MaxY - targetMaxValues.MinY) / screenSize.Y
);
var pixelMin = Math.Min(pixelSize.X, pixelSize.Y);
// List<string> ildafiles = new List<string>();
// sample rate | baudrate
// 192000 307200
// 96000 153600
// 48000 76800
// 44100 70550
// var imageSource = new WaveFileImageSource(filepath);
// var imageSource = new IldaImageSource(filepath);
// var imageSource = new IldaMultipleImageSource(ildafiles);
// var imageSource = new TestLineImageSource(targetMaxValues, generateMaxValues, true);
// var imageSource = new SolidRectangleImageSource(generateMaxValues);
// var imageSource = new RandomImageSource(generateMaxValues);
// var imageSource = new SpruceImageSource(targetMaxValues);
// var imageSource = new MeandreImageSource(targetMaxValues);
// var imageSource = new PointsImageSource(targetMaxValues, 10240);
// var imageSource = new MatrixBootstrap().CrateMatrix(
// filepath,
// new MatrixImageSourceConfig()
// {
// Width = 1024,
// Height = 1024,
// MaxRGB = 255,
// Cols = 28,
// Rows = 19,
// TrailLength = 25,
// TrailGenerationRate = 20,
// TrailChangeRateMin = 15,
// TrailChangeRateMax = 50,
// TrailChangeIntencity = 50
// },
// new ImageMaxValues()
// {
// MaxRGB = 255,
// MinX = 0,
// MaxX = 35,
// MinY = 0,
// MaxY = 50,
// MinZ = 0,
// MaxZ = 15,
// }
// ); ;
// var pathImageSourceParams = new PathToPointImageSourceParams()
// {
//
// DotImageDistanceMin = 20f,
// DotImageDistanceMax = 21f,
//
// FillDistanceMin = 80f,
// FillDistanceMax = 85f
// };
var imageSource = new PathImageSource(
pathSource: new SvgFilePathSource(filepath),
strokeConverter: new PrimitiveToEvenSegmentsConverter(pixelMin * 0.3f, pixelMin * 0.3f + 1, false),
strokeBrightness: ColorChannel.Alpha,
fillConverter: null,
fillGeneratorFactory: p => new IntervalDotsFillGenerator(p,
new Vector2(1f, 1f) * pixelSize,
new Vector2(0.2f, 0.2f) * pixelSize
, new Vector2(1f, 1f) * pixelSize
, new Vector2(0.2f, 0.2f) * pixelSize
),
fillIntensity: ColorChannel.Alpha,
fillBrightness: ColorChannel.Green,
targetMaxValues
);
var frameProcessors = new List <IFrameProcessor>()
{
// new GammaCorrectionFrameProcessor(new Dictionary<GammaCorrectionFrameProcessorChannel, float>{
// { GammaCorrectionFrameProcessorChannel.Z, 1f } //0.45f }
// }, targetMaxValues)
//new ScaleMaxValuesFrameProcessor(imageSource.MaxValues, targetMaxValues),
//new MonochromeFrameProcessor(MonochromeFrameProcessorSourceColor.Green),
//new GrayscaleFrameProcessor(targetMaxValues, GrayscaleFrameProcessorMapMode.CoordZ, true),
// new RotateFrameProcessor(targetMaxValues, 0, null, 0.1f, 25),
// new RotateFrameProcessor(targetMaxValues, 90, null, 0.1f, 0),
//new DuplicateReduceFrameProcessor(DuplicateReduceFrameProcessorFlags.All),
// new DuplicatePointsFrameProcessor(10, 10f),
// new AddBlankingPointsFrameProcessor(10, 4, true),
// new SliceGlitchFrameProcessor(
// maxValues: targetMaxValues,
// settings: new SliceGlitchFrameProcessorSettings() {
// CarryPoints = true,
// DriftProbability = 0.2f,
// DriftMin = (int) (targetMaxValues.Width * 0.2f),
// DriftMax = (int) (targetMaxValues.Width * 0.4f),
// ShiftMin = (int) (targetMaxValues.Width * -0.1f),
// ShiftMax = (int) (targetMaxValues.Width * 0.1f),
// SliceCountMin = 1,
// SliceCountMax = 10,
// SliceHeightMin = (int) (targetMaxValues.Height * 0.05f),
// SliceHeightMax = (int) (targetMaxValues.Height * 0.40f),
// UpdateIntervalMin = TimeSpan.FromMilliseconds(30),
// UpdateIntervalMax = TimeSpan.FromMilliseconds(100)
// },
// areas: new [] { new SliceArea(3225, 3688) }
// )
};
// var pointBitMapper = new ShiftRegisterPointBitMapper(ShiftRegisterPointBitMapperMode.Mode_Sr8x6_XY10_Z4_3);
// var pointBitMapper = new ShiftRegisterPointBitMapper(ShiftRegisterPointBitMapperMode.Mode_Sr8x6_XY10_Z4_2);
// var pointBitMapper = new ShiftRegisterPointBitMapper(ShiftRegisterPointBitMapperMode.Mode_Sr8x3_XY8_Z8);
// var pointBitMapper = new DirectPointBitMapper();
var pointBitMapper = new Mcp4921PointBitMapper(true, false, true, targetMaxValues);
var hardwareOutput = new FT2232HardwareOutput("A", baudrate,
4096
//8192
//10240
);
// var hardwareOutput = new StubHardwareOutput(1024, 4096, 1);
var mainProcess = new MainProcessor(imageSource, frameProcessors, pointBitMapper, hardwareOutput, 0, true);
mainProcess.Start();
Thread.Sleep(Timeout.Infinite);
return(1);
}
