public static void Main(string[] args){
int resolution = 1024;
Bitmap map = new Bitmap(resolution,resolution);
MySimplexFast gen = new MySimplexFast(43,2);
MySimplexFast gen2 = new MySimplexFast(434,32);
MySimplexFast gen3 = new MySimplexFast(37564,32);
Random rand = new Random();
for(int y = -resolution/2;y<resolution/2;y++){
for(int x = -resolution/2;x<resolution/2;x++){
Vector3D samp = new Vector3D(-x,-y,resolution/2);
//samp.Normalize();
//samp.MapToSphere();
double val = (gen.GetValue(samp.X,samp.Y,samp.Z,8,0.1,3,2,0.5));
//double val2 = (gen2.GetValue((double)x/resolution,(double)y/resolution,0,1,16,2,2,0.3));
//double val3 = (gen3.GetValue((double)x/resolution,(double)y/resolution,0,1,16,2,2,0.3));
val = ((val+1)/(1+1) *(1+0)+0)*255;
//val2 = ((val2+1)/(1+1) *(1+0)+0)*255;
//val3 = ((val3+1)/(1+1) *(1+0)+0)*255;
var test = (rand.NextDouble()/255)*32730+37;
//Console.Beep((int)test,100);
map.SetPixel(x+resolution/2,y+resolution/2,Color.FromArgb((int)val,(int)val,(int)val));
}}
map.Save("test.png",ImageFormat.Png);
Bitmap map2 = new Bitmap(resolution,resolution);
for(int y = -resolution/2;y<resolution/2;y++){
for(int x = -resolution/2;x<resolution/2;x++){
Vector3D samp = new Vector3D(-resolution/2,-y,-(x));
//samp.Normalize();
//samp.MapToSphere();
double val = (gen.GetValue(samp.X,samp.Y,samp.Z,16,0.01,2,2,0.6));
//double val2 = (gen2.GetValue((double)x/resolution,(double)y/resolution,0,1,16,2,2,0.3));
//double val3 = (gen3.GetValue((double)x/resolution,(double)y/resolution,0,1,16,2,2,0.3));
val = ((val+1)/(1+1) *(1+0)+0)*255;
//val2 = ((val2+1)/(1+1) *(1+0)+0)*255;
//val3 = ((val3+1)/(1+1) *(1+0)+0)*255;
map2.SetPixel(x+resolution/2,y+resolution/2,Color.FromArgb((int)val,(int)val,(int)val));
}}
map2.Save("test2.png",ImageFormat.Png);
}
public Vector3D(Vector3D a)
{
x= a.x;
y = a.y;
z =a.z;
}
public static void Main(string[] args){
int resolution = 1024;
Bitmap map = new Bitmap(resolution,resolution);
Bitmap map1 = new Bitmap(resolution,resolution);
Random rand = new Random();
int bluramount = 10;
MySimplexFast gen = new MySimplexFast(rand.Next(),2);
MySimplexFast gen2 = new MySimplexFast(rand.Next(),32);
MySimplexFast gen3 = new MySimplexFast(rand.Next(),32);
MySimplexFast gen4 = new MySimplexFast(rand.Next(),32);
MySimplexFast gen5 = new MySimplexFast(rand.Next(),32);
var vor = new Voronoi();
vor.Frequency = 0.01;
vor.DistanceEnabled = true;
var chooser = new Select();
for(int y = -resolution/2;y<resolution/2;y++){
for(int x = -resolution/2;x<resolution/2;x++){
Vector3D samp = new Vector3D(-x,-y,resolution/2);
//samp.Normalize();
//samp.MapToSphere();
double biomeval1 = (gen2.GetValue(samp.X,samp.Y,samp.Z,1,0.0008,2,2,0.6));
double val1 = (gen.GetValue(samp.X,samp.Y,samp.Z,8,0.01,3,2,0.7));
double biomeval2 = (gen3.GetValue(samp.X,samp.Y,samp.Z,1,0.001,2,2,0.6)+1)/2;
double val2 = (gen4.GetValue(samp.X, samp.Y, samp.Z, 16, 0.003, 2, 2, .3));
//double val2 = (gen2.GetValue((double)x/resolution,(double)y/resolution,0,1,16,2,2,0.3));
//double val3 = (gen3.GetValue((double)x/resolution,(double)y/resolution,0,1,16,2,2,0.3));
double biomeval3 = 1-Math.Abs(biomeval2-biomeval1);
double val3 = 0;//(gen.GetValue(samp.X,samp.Y,samp.Z,8,2,3,.2,0.7))*0.1;
//var totalval=(biomeval1+biomeval2);
//biomeval1/=totalval;
//biomeval2/=totalval;
//biomeval2 = Lerp(biomeval3,biomeval2,biomeval2);
//biomeval1 = Lerp(biomeval2,biomeval1,biomeval1);
double left = vor.GetValue(samp.X + bluramount, samp.Y, samp.Z);
double right = vor.GetValue(samp.X - bluramount, samp.Y, samp.Z);
double up = vor.GetValue(samp.X, samp.Y + bluramount, samp.Z);
double down = vor.GetValue(samp.X, samp.Y - bluramount, samp.Z);
double pixelsval = vor.GetValue(samp.X, samp.Y, samp.Z);
double val = (pixelsval+right+left+up+down)/5.0;
if (val != pixelsval)
{
double downright=0;
double downleft=0;
double upleft=0;
double upright = 0;
for (int i = 1; i < bluramount; i++)
{
//if (i == 0) { continue; };
left += vor.GetValue(samp.X + i, samp.Y, samp.Z);
right += vor.GetValue(samp.X - i, samp.Y, samp.Z);
down += vor.GetValue(samp.X, samp.Y + i, samp.Z);
up += vor.GetValue(samp.X, samp.Y + i, samp.Z);
downright += vor.GetValue(samp.X - i, samp.Y - i, samp.Z);
downleft += vor.GetValue(samp.X + i, samp.Y - i, samp.Z);
upright += vor.GetValue(samp.X + i, samp.Y + i, samp.Z);
upleft += vor.GetValue(samp.X - i, samp.Y + i, samp.Z);
}
//left = left + vor.GetValue(samp.X + 2, samp.Y, samp.Z) + vor.GetValue(samp.X + 3, samp.Y, samp.Z) + vor.GetValue(samp.X + 4, samp.Y, samp.Z) + vor.GetValue(samp.X + 1, samp.Y, samp.Z);
//right = right + vor.GetValue(samp.X - 4, samp.Y, samp.Z) + vor.GetValue(samp.X - 3, samp.Y, samp.Z) + vor.GetValue(samp.X - 2, samp.Y, samp.Z) + vor.GetValue(samp.X - 1, samp.Y, samp.Z);
// up = up + vor.GetValue(samp.X, samp.Y + 4, samp.Z) + vor.GetValue(samp.X, samp.Y + 3, samp.Z) + vor.GetValue(samp.X, samp.Y + 2, samp.Z) + vor.GetValue(samp.X, samp.Y + 1, samp.Z);
// down = down + vor.GetValue(samp.X, samp.Y - 4, samp.Z) + vor.GetValue(samp.X, samp.Y - 3, samp.Z) + vor.GetValue(samp.X, samp.Y - 2, samp.Z) + vor.GetValue(samp.X, samp.Y - 1, samp.Z);
//= vor.GetValue(samp.X-4, samp.Y - 4, samp.Z) + vor.GetValue(samp.X-3, samp.Y - 3, samp.Z) + vor.GetValue(samp.X-2, samp.Y - 2, samp.Z) + vor.GetValue(samp.X-1, samp.Y - 1, samp.Z);
// = vor.GetValue(samp.X + 4, samp.Y - 4, samp.Z) + vor.GetValue(samp.X + 3, samp.Y - 3, samp.Z) + vor.GetValue(samp.X + 2, samp.Y - 2, samp.Z) + vor.GetValue(samp.X + 1, samp.Y - 1, samp.Z);
// = vor.GetValue(samp.X - 4, samp.Y + 4, samp.Z) + vor.GetValue(samp.X - 3, samp.Y + 3, samp.Z) + vor.GetValue(samp.X - 2, samp.Y + 2, samp.Z) + vor.GetValue(samp.X - 1, samp.Y + 1, samp.Z);
// double upright = vor.GetValue(samp.X + 4, samp.Y + 4, samp.Z) + vor.GetValue(samp.X + 3, samp.Y + 3, samp.Z) + vor.GetValue(samp.X + 2, samp.Y + 2, samp.Z) + vor.GetValue(samp.X + 1, samp.Y + 1, samp.Z);
val = (pixelsval + left + right + up +down+downright+downleft+upright+upleft) / (5+8*(bluramount-1));
}
else
{
}
//val = chooser.Choose(val1,val2,val);//(val1*biomeval1+val2*biomeval2+val3*biomeval3);
//if(biomeval1>biomeval2) val = Lerp(val2,val1,biomeval1);
//if(biomeval2>biomeval1) val = Lerp(val2,val1,biomeval2);
if(val>1) val = 1;
if(val<-1) val = -1;
//val*=255;
val = ((val+1)/(1+1) *(1+0)+0)*255;
double red =255*((biomeval1+1)/2);
double green = 255*((biomeval2+1)/2);
//val2 = ((val2+1)/(1+1) *(1+0)+0)*255;
//val3 = ((val3+1)/(1+1) *(1+0)+0)*255;
var test = (rand.NextDouble()/255)*32730+37;
//Console.Beep((int)test,100);
map.SetPixel(x+resolution/2,y+resolution/2,Color.FromArgb((int)val,(int)val,(int)val));
map1.SetPixel(x+resolution/2,y+resolution/2,Color.FromArgb((int)red,(int)green,(int)0));
}}
map.Save("test.png",ImageFormat.Png);
map1.Save("test1.png",ImageFormat.Png);
Bitmap map2 = new Bitmap(resolution,resolution);
for(int y = -resolution/2;y<resolution/2;y++){
for(int x = -resolution/2;x<resolution/2;x++){
Vector3D samp = new Vector3D(-resolution/2,-y,-(x));
//samp.Normalize();
//samp.MapToSphere();
double val = (gen.GetValue(samp.X,samp.Y,samp.Z,1,0.002,2,2,0.6));
//double val2 = (gen2.GetValue((double)x/resolution,(double)y/resolution,0,1,16,2,2,0.3));
//double val3 = (gen3.GetValue((double)x/resolution,(double)y/resolution,0,1,16,2,2,0.3));
val = ((val+1)/(1+1) *(1+0)+0)*255;
//val2 = ((val2+1)/(1+1) *(1+0)+0)*255;
//val3 = ((val3+1)/(1+1) *(1+0)+0)*255;
map2.SetPixel(x+resolution/2,y+resolution/2,Color.FromArgb((int)val,(int)val,(int)val));
}}
map2.Save("test2.png",ImageFormat.Png);
}
public static void Main(string[] args){
int resolution = 1024;
Bitmap map = new Bitmap(resolution,resolution);
Bitmap map1 = new Bitmap(resolution,resolution);
Random rand = new Random();
MySimplexFast gen = new MySimplexFast(rand.Next(),2);
MySimplexFast gen2 = new MySimplexFast(rand.Next(),32);
MySimplexFast gen3 = new MySimplexFast(rand.Next(),32);
MySimplexFast gen4 = new MySimplexFast(rand.Next(),32);
MySimplexFast gen5 = new MySimplexFast(rand.Next(),32);
var vor = new Voronoi();
vor.Frequency = 0.01;
//vor.DistanceEnabled = true;
var chooser = new Select();
for(int y = -resolution/2;y<resolution/2;y++){
for(int x = -resolution/2;x<resolution/2;x++){
Vector3D samp = new Vector3D(-x,-y,resolution/2);
//samp.Normalize();
//samp.MapToSphere();
double biomeval1 = (gen2.GetValue(samp.X,samp.Y,samp.Z,1,0.0008,2,2,0.6));
double val1 = -1;//(gen.GetValue(samp.X,samp.Y,samp.Z,8,0.01,3,2,0.7));
double biomeval2 = (gen3.GetValue(samp.X,samp.Y,samp.Z,1,0.001,2,2,0.6)+1)/2;
double val2 = 1;//(gen4.GetValue(samp.X,samp.Y,samp.Z,16,0.003,2,2,.3));
//double val2 = (gen2.GetValue((double)x/resolution,(double)y/resolution,0,1,16,2,2,0.3));
//double val3 = (gen3.GetValue((double)x/resolution,(double)y/resolution,0,1,16,2,2,0.3));
double biomeval3 = 1-Math.Abs(biomeval2-biomeval1);
double val3 = 0;//(gen.GetValue(samp.X,samp.Y,samp.Z,8,2,3,.2,0.7))*0.1;
var totalval=(biomeval1+biomeval2);
//biomeval1/=totalval;
//biomeval2/=totalval;
//biomeval2 = Lerp(biomeval3,biomeval2,biomeval2);
//biomeval1 = Lerp(biomeval2,biomeval1,biomeval1);
double val = chooser.Choose(val1,val2,vor.GetValue(samp.X,samp.Y,samp.Z));//(val1*biomeval1+val2*biomeval2+val3*biomeval3);
//if(biomeval1>biomeval2) val = Lerp(val2,val1,biomeval1);
//if(biomeval2>biomeval1) val = Lerp(val2,val1,biomeval2);
if(val>1) val = 1;
if(val<-1) val = -1;
//val*=255;
val= vor.GetValue(x,y,0);
val = ((val+1)/(1+1) *(1+0)+0)*255;
double red =255*((biomeval1+1)/2);
double green = 255*((biomeval2+1)/2);
//val2 = ((val2+1)/(1+1) *(1+0)+0)*255;
//val3 = ((val3+1)/(1+1) *(1+0)+0)*255;
var test = (rand.NextDouble()/255)*32730+37;
//Console.Beep((int)test,100);
map.SetPixel(x+resolution/2,y+resolution/2,Color.FromArgb((int)val,(int)val,(int)val));
map1.SetPixel(x+resolution/2,y+resolution/2,Color.FromArgb((int)red,(int)green,(int)0));
Console.ReadLine();
}}
map.Save("test.png",ImageFormat.Png);
map1.Save("test1.png",ImageFormat.Png);
Bitmap map2 = new Bitmap(resolution,resolution);
for(int y = -resolution/2;y<resolution/2;y++){
for(int x = -resolution/2;x<resolution/2;x++){
Vector3D samp = new Vector3D(-resolution/2,-y,-(x));
//samp.Normalize();
//samp.MapToSphere();
double val = (gen.GetValue(samp.X,samp.Y,samp.Z,1,0.002,2,2,0.6));
//double val2 = (gen2.GetValue((double)x/resolution,(double)y/resolution,0,1,16,2,2,0.3));
//double val3 = (gen3.GetValue((double)x/resolution,(double)y/resolution,0,1,16,2,2,0.3));
val = ((val+1)/(1+1) *(1+0)+0)*255;
//val2 = ((val2+1)/(1+1) *(1+0)+0)*255;
//val3 = ((val3+1)/(1+1) *(1+0)+0)*255;
map2.SetPixel(x+resolution/2,y+resolution/2,Color.FromArgb((int)val,(int)val,(int)val));
}}
map2.Save("test2.png",ImageFormat.Png);
}
