public Task Initialize(MatrixParams mparams) { this.sizex = mparams.SizeX; this.sizey = mparams.SizeY; var size = new Size((int)this.sizex, (int)this.sizey); this.pbuf = new RGBPixel[sizex, sizey]; Font font = null; var fonts = new FontCollection(); foreach (var f in fontpfade) { if (System.IO.File.Exists(f)) { fonts.Install(f); } } try{ font = SystemFonts.CreateFont(this.FontFamily, this.Size, this.Style); } catch (Exception d) {} FontRectangle sz = TextMeasurer.Measure(this.Text, new RendererOptions(font)); Size _tsize = new Size(Convert.ToInt32(sz.Width + 1), Convert.ToInt32(sz.Height + 1)); this._image = new Image <Rgba32>(_tsize.Width, _tsize.Height); _image.Mutate(ctx => { //ctx.Fill(Rgba32.Black); ctx.DrawText(this.Text, font, Brushes.Solid(Color.White), Pens.Solid(Color.Beige, 1), PointF.Empty); }); _tpos = _image.Width / 2; return(Task.CompletedTask); }
public Task Initialize(MatrixParams mparams) { this.sizex = mparams.SizeX; this.sizey = mparams.SizeY; this.pbuf = new RGBPixel[sizex, sizey]; return(Task.CompletedTask); }
public Task Initialize(MatrixParams mparams) { this.sizex = mparams.SizeX; this.sizey = mparams.SizeY; this.pbuf = new RGBPixel[sizex, sizey]; _startbild = DiamondBrick(N); _zielbild = DiamondBrick(N); return(Task.CompletedTask); }
public Task Initialize(MatrixParams mparams) { this.sizex = mparams.SizeX; this.sizey = mparams.SizeY; var size = new Size((int)this.sizex, (int)this.sizey); this.pbuf = new RGBPixel[sizex, sizey]; this._image = new Image <RgbaVector>(size.Width, size.Height); // Blasenanzahl etwa 10% der pixelzahl ?!?! this._maxBlasen = (size.Height * size.Width) / 10; this._maxR = Math.Min(size.Height, size.Width) / 8; return(Task.CompletedTask); }
public Task Initialize(MatrixParams mparams) { this.sizex = mparams.SizeX; this.sizey = mparams.SizeY; var size = new Size((int)this.sizex, (int)this.sizey); this.pbuf = new RGBPixel[sizex, sizey]; // HACK: N>1 nicht gut this.N = 1; _malbild = new Image <Rgba32>(size.Width, size.Height); return(Task.CompletedTask); }
public Task Initialize(MatrixParams mparams) { this.sizex = mparams.SizeX; this.sizey = mparams.SizeY; this.pbuf = new RGBPixel[sizex, sizey]; // Faktor bestimmen. F soll sizey-3 mal multipliziert werden, ehe 1 zu 0,05 wird if (sizey < 4) { _f = .5f; } { _f = (float)Math.Pow(0.05, 1.0 / (sizey - 3)); } return(Task.CompletedTask); }
public Task Initialize(MatrixParams mparams) { this.sizex = mparams.SizeX; this.sizey = mparams.SizeY; switch (this.Wanderweg) { case WanderOrder.Zeilenweise: this.weg = GenZeilenweise(this.StartEcke).GetEnumerator(); break; default: this.weg = GenSpaltenweise(this.StartEcke).GetEnumerator(); break; } pposx = pposy = 0; return(Task.CompletedTask); }
public Task Initialize(MatrixParams mparams) { this.sizex = mparams.SizeX; this.sizey = mparams.SizeY; this.pbuf = new RGBPixel[sizex, sizey]; kittRes = new float[this.KittWidth]; kittGradient = new float[this.KittWidth * 2 / 3]; for (int i = 0; i < kittGradient.Length; i++) { kittGradient[i] = (1.0f - (i * (0.15f))).LimitTo(KittMinLum, 1f); } //kittGradient = new float[this.KittWidth * 2 / 3]; //for(int i=0; i<kittGradient.Length; i++) //{ // kittGradient[i] = (float)((1d - Math.Log(i) / Math.Log(kittGradient.Length)) / Math.E); // kittGradient[i] = kittGradient[i].LimitTo(KittMinLum, 1.0f); //} return(Task.CompletedTask); }
public Task Initialize(MatrixParams mparams) { this.sizex = mparams.SizeX; this.sizey = mparams.SizeY; var size = new Size((int)this.sizex, (int)this.sizey); this.pbuf = new RGBPixel[sizex, sizey]; if (!string.IsNullOrEmpty(Pfad)) { using (FileStream pngStream = new FileStream(Pfad, FileMode.Open, FileAccess.Read)) { using (var image = SixLabors.ImageSharp.Image.Load(pngStream)) { _resized = image.Clone((IImageProcessingContext ctx) => ctx.Resize(size, new BoxResampler(), true)); _imgframeCount = _resized.Frames.Count.LimitTo(1, int.MaxValue); } } } return(Task.CompletedTask); }
public virtual Task Initialize(MatrixParams matrixParameters) { _kern = InitKernel(); if (_kern.Length != 9) { throw new ArgumentException("Feld von InitKernel muss float[9] sein!"); } // 0 1 2 // 3 4 5 // 6 7 8 _sEol = _kern[0] + _kern[1] + _kern[3] + _kern[4]; _sEor = _kern[1] + _kern[2] + _kern[4] + _kern[5]; _sEul = _kern[3] + _kern[4] + _kern[6] + _kern[7]; _sEur = _kern[4] + _kern[5] + _kern[7] + _kern[8]; _sKo = _kern[0] + _kern[1] + _kern[2] + _kern[3] + _kern[4] + _kern[5]; _sKu = _kern[3] + _kern[4] + _kern[5] + _kern[6] + _kern[7] + _kern[8]; _sKl = _kern[0] + _kern[1] + _kern[3] + _kern[4] + _kern[6] + _kern[7]; _sKr = _kern[1] + _kern[2] + _kern[4] + _kern[5] + _kern[7] + _kern[8]; _sVoll = _kern.Sum(); return(Task.CompletedTask); }
public Task Initialize(MatrixParams matrixParameters) { return(Task.CompletedTask); }
public Task Initialize(MatrixParams matrixParameters) { ErzeugeNextSprung(); return(Task.CompletedTask); }
public Task Initialize(MatrixParams mparams) { this.sizex = mparams.SizeX; this.sizey = mparams.SizeY; return(Task.CompletedTask); }