override public bool Execute()
{
var iter = new RgnIterator(ActiveDrawable, "Select Similar");
var tool = new ByColorSelectTool(ActiveDrawable);
var uniqueColors = new HashSet <RGB>();
iter.IterateSrc(pixel => uniqueColors.Add(pixel.Color));
Console.WriteLine("Colors: " + uniqueColors.Count);
// More or less arbitrary hack
if (uniqueColors.Count > 10)
{
return(true);
}
foreach (var color in uniqueColors)
{
tool.Select(color, 0, ChannelOps.Add, true, false, 0, false);
}
return(true);
}
override protected void Render(Drawable drawable)
{
var iter = new RgnIterator(drawable, _("Average"));
var average = drawable.CreatePixel();
iter.IterateSrc(pixel => average.Add(pixel));
average /= iter.Count;
iter.IterateDest(() => average);
}
protected override void Render(Drawable drawable)
{
var iter = new RgnIterator(drawable, _("Average"));
var average = drawable.CreatePixel();
iter.IterateSrc(pixel => average.Add(pixel));
average /= iter.Count;
iter.IterateDest(() => average);
}
protected override void Render(Drawable drawable)
{
Tile.CacheDefault(drawable);
var iter = new RgnIterator(drawable, _("Fragment"));
using (var pf = new PixelFetcher(drawable) {EdgeMode = EdgeMode.Black})
{
iter.IterateDest((x, y) =>
{
return (pf[y - 4, x - 4] +
pf[y - 4, x + 4] +
pf[y + 4, x - 4] +
pf[y + 4, x + 4]) / 4;
});
}
}
override protected void Render(Drawable drawable)
{
Tile.CacheDefault(drawable);
var iter = new RgnIterator(drawable, _("Fragment"));
using (var pf = new PixelFetcher(drawable)
{
EdgeMode = EdgeMode.Black
})
{
iter.IterateDest((x, y) =>
(pf[y - 4, x - 4] +
pf[y - 4, x + 4] +
pf[y + 4, x - 4] +
pf[y + 4, x + 4]) / 4);
}
}
public void Render(Image image, Drawable drawable, Progress progress)
{
var dimensions = image.Dimensions;
Tile.CacheDefault(drawable);
var pf = new PixelFetcher(drawable, false);
var iter = new RgnIterator(drawable, RunMode.Interactive);
iter.IterateSrcDest(src => src);
int dropSize = GetValue <int>("drop_size");
int fishEye = GetValue <int>("fish_eye");
int number = GetValue <int>("number");
var factory = new RaindropFactory(dropSize, fishEye, dimensions);
for (int numBlurs = 0; numBlurs <= number; numBlurs++)
{
var raindrop = factory.Create();
if (raindrop == null)
{
if (progress != null)
{
progress.Update(1.0);
}
break;
}
raindrop.Render(factory.BoolMatrix, pf, drawable);
if (progress != null)
{
progress.Update((double)numBlurs / number);
}
}
pf.Dispose();
drawable.Flush();
drawable.Update();
}
public override bool Execute()
{
var iter = new RgnIterator(ActiveDrawable, "Select Similar");
var tool = new ByColorSelectTool(ActiveDrawable);
var uniqueColors = new HashSet<RGB>();
iter.IterateSrc(pixel => uniqueColors.Add(pixel.Color));
Console.WriteLine("Colors: " + uniqueColors.Count);
// More or less arbitrary hack
if (uniqueColors.Count > 10)
return true;
foreach (var color in uniqueColors)
{
tool.Select(color, 0, ChannelOps.Add, true, false, 0, false);
}
return true;
}
public void Render(Image image, Drawable drawable, Progress progress)
{
var dimensions = image.Dimensions;
Tile.CacheDefault(drawable);
var pf = new PixelFetcher(drawable, false);
var iter = new RgnIterator(drawable, RunMode.Interactive);
iter.IterateSrcDest(src => src);
int dropSize = GetValue<int>("drop_size");
int fishEye = GetValue<int>("fish_eye");
int number = GetValue<int>("number");
var factory = new RaindropFactory(dropSize, fishEye, dimensions);
for (int numBlurs = 0; numBlurs <= number; numBlurs++)
{
var raindrop = factory.Create();
if (raindrop == null)
{
if (progress != null)
progress.Update(1.0);
break;
}
raindrop.Render(factory.BoolMatrix, pf, drawable);
if (progress != null)
progress.Update((double) numBlurs / number);
}
pf.Dispose();
drawable.Flush();
drawable.Update();
}
public DrawableUpdater(Drawable drawable)
{
_iter = new RgnIterator(drawable, "Forge...");
}
public void Render(Drawable drawable)
{
var iter = new RgnIterator(drawable, _("Swirlies"));
iter.IterateDest(DoSwirlies);
}
public void Render()
{
var iter = new RgnIterator(_drawable, "NCP");
iter.IterateDest(DoNCP);
}
public void Render()
{
var iter = new RgnIterator(_drawable, _("Sky"));
iter.IterateDest(DoSky);
}
public void Render()
{
var iter = new RgnIterator(_drawable, _("Sky"));
iter.IterateDest(DoSky);
}
public void Render()
{
var iter = new RgnIterator(_drawable, "NCP");
iter.IterateDest(DoNCP);
}
public void Render(Drawable drawable)
{
var iter = new RgnIterator(drawable, _("Mezzotint"));
iter.IterateSrcDest(pixel => DoMezzotint(pixel));
}
public void Render(Drawable drawable)
{
var iter = new RgnIterator(drawable, _("Pointillize"));
iter.IterateDest(GetPointillizeFunc(drawable));
}
public void Render(Drawable drawable)
{
var iter = new RgnIterator(drawable, _("Pointillize"));
iter.IterateDest(GetPointillizeFunc(drawable));
}
public void Render(Drawable drawable)
{
var iter = new RgnIterator(drawable, _("Mezzotint"));
iter.IterateSrcDest(pixel => DoMezzotint(pixel));
}
public DrawableUpdater(Drawable drawable)
{
_iter = new RgnIterator(drawable, "Forge...");
}
public void Render(Drawable drawable)
{
var iter = new RgnIterator(drawable, _("Swirlies"));
iter.IterateDest(DoSwirlies);
}