internal static void SuperSchnit()
{
var cryzyform = 2; // 0.5,1,2,3,4
var lp = new ElPalletto();
var rand = new Random();
var brushSizeNP = new NumerPlayer(np =>
{
var fac = rand.Next(0, 2) == 0 ? -1 : 1;
np.N = Math.Clamp(np.N + (fac * rand.Next(0, 4)), 2, 37);
});
brushSizeNP.N = 11;
var radiusInitNp = new NumerPlayer(np =>
{
var fac = rand.Next(0, 2) == 0 ? -1 : 1;
np.N = (int)Math.Clamp(1 + np.N + (fac * np.N * 0.1), 20d, 4000d);
});
radiusInitNp.N = 300;
var r = radiusInitNp.N;
var quad = 0; //quadrant 0,1,2,3
var lenab = 2000;
var lens = Lib.SplitGolden(lenab);
var m = new Mat((int)lens.Y, (int)lens.X, MatType.CV_16SC4);
var vw = new VideoWriter();
vw.Open("video.avi", FourCC.Prompt, 29, m.Size(), true);
var p1 = new Point((int)lens.X / 2, (int)lens.Y / 2);
lp._Color = new Scalar(-20000d, 30000d, -29990d, 30000d);
lp._Color2 = new Scalar(-20000d, 30000d, -29990d, 30000d);
for (int i = 0; i < 1000000; i++)
{
if (r <= brushSizeNP.N / cryzyform)
{
r = radiusInitNp.N;
lp._Color = lp._Color2;
radiusInitNp.Kick();
brushSizeNP.Kick();
if (i % 4 == 0)
{
p1 = new Point2d(rand.Next((int)lens.X), rand.Next((int)lens.Y));
lp.RandomizeColorWithAlpha();
lp._Color2 = lp._Color;
}
}
var circle = Lib.PlotCircle(p1.X, p1.Y, r);
var circpixcountquad = (int)((decimal)circle.Count / 4);
var segment = circle.GetRange(circpixcountquad * quad, circpixcountquad);
int j = 0;
foreach (var p in segment)
{
m.Circle(p, 1, lp._Color, thickness: brushSizeNP.N);
lp.CCChanDir();
j++;
if (j % 150 == 0)
{
vw.Write(m);
}
}
//lp.Darken(0.1);
var rcut = Lib.SplitGolden(r);
r = (int)rcut.X;
p1 = segment.LastOrDefault();
if (quad == 0)
{
p1.Y = p1.Y - r;
}
if (quad == 1)
{
p1.X = p1.X + r;
}
if (quad == 2)
{
p1.Y = p1.Y + r;
}
if (quad == 3)
{
p1.X = p1.X - r;
}
quad = (quad + 1) % 4;
Cv2.ImShow("supafenster", m);
Cv2.WaitKey(1);
}
vw.Release();
}
public static void JakobsLieblingsScript()
{
double distanceThresh = 120;
int dotcount = 200;
int maxchange = 4;
var doubleup = false;
var foregroundCol = ElPalletto.WHITE;
var bgcolor = ElPalletto.BLACK;
// stores
int c, d = 0;
double dis, opfac = 0;
List <Point> linedots;
var lp = new ElPalletto();
var rand = new Random();
var lens = Lib.SplitGolden(2000);
var m = new Mat((int)lens.Y, (int)lens.X, MatType.CV_16SC4);
m.SetTo(bgcolor);
//var vw = new VideoWriter();
//vw.Open("video.avi", FourCC.Prompt, 30, m.Size(), true);
lp._Color = foregroundCol;
lp._Color2 = bgcolor;
// draw random positioned dots
Point[] dots = new Point[dotcount];
for (int i = 0; i < dotcount; i++)
{
dots[i] = new Point2d(rand.Next(0, (int)lens.X), rand.Next(0, (int)lens.Y));
}
for (int i = 0; i < 400; i++)
{
//EVOLVE
if (i % 5 == 0)
{
distanceThresh++;
}
if (i % 50 == 0)
{
maxchange++;
}
if (i % 100 == 0)
{
//doubleup = !doubleup;
//var ctmp = foregroundCol;
//foregroundCol = bgcolor;
//bgcolor = ctmp;
}
for (int j = 0; j < dotcount; j++)
{
c = rand.Next(-maxchange, maxchange + 1);
d = rand.Next(-maxchange, maxchange + 1);
dots[j].X = dots[j].X + c;
dots[j].Y = dots[j].Y + d;
}
// Connect those dots mit lines if their Abstand is less than
// (wert abhängig von canvas Größe) - opacity mapped auf linelenght..
foreach (var di in dots)
{
foreach (var dj in dots)
{
if (di == dj)
{
continue;
}
dis = di.DistanceTo(dj);
if (dis < distanceThresh)
{
opfac = dis / distanceThresh;
lp._Color = foregroundCol;
linedots = Lib.MakeLine(dj.X, dj.Y, di.X, di.Y);
if (foregroundCol == ElPalletto.BLACK)
{
lp.Lighten(opfac);
}
else
{
lp.Darken(opfac);
}
foreach (var dot in linedots)
{
m.Circle(dot, 0, lp._Color, -1);
}
}
}
}
Cv2.ImShow("so geiles fensterl", m);
Cv2.WaitKey(33);
//vw.Write(m);
//// wipe
//if (doubleup && i % 2 == 0)
// m.SetTo(bgcolor);
//else if (!doubleup)
// m.SetTo(bgcolor);
}
//vw.Release();
//Ich müsst es noch irgendwo als processingpatch herumliegen haben
}