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//Palette from: http://www.pepto.de/projects/colorvic/\nvoid setpal()\n{\n pal[0]=vec3(0),pal[1]=vec3(1),pal[2]=vec3(0.4530,0.2611,0.2089),pal[3]=vec3(0.4845,0.6764,0.7286), pal[4]=vec3(0.4825,0.2829,0.5663),pal[5]=vec3(0.3925,0.5921,0.3087),\n pal[6]=vec3(0.2500,0.1972,0.5206), pal[7]=vec3(0.7500,0.8028,0.4794),pal[8]=vec3(0.4825,0.3576,0.1837),pal[9]=vec3(0.3082,0.2691,0.0000),pal[10]=vec3(0.6405,0.4486,0.3964),\n pal[11]=vec3(0.3125,0.3125,0.3125),pal[12]=vec3(0.4688,0.4688,0.4688),pal[13]=vec3(0.6425,0.8421,0.5587),pal[14]=vec3(0.4688,0.4159,0.7393),pal[15]=vec3(0.6250,0.6250,0.6250);\n}\n\nfloat rectify(in float f){ return mix(pow(((f + 0.055)/1.055), 2.4), f / 12.92, step(f, 0.04045))*100.; }\nfloat pivot(in float x){ return mix(pow(x,0.3333), (903.3*x + 16.)/116., step(x,216.0/24389.0)); }\n//RGB to Lab (for color differencing) https://github.com/THEjoezack/ColorMine\nvec3 rgb2lab(in vec3 c)\n{\n\tc.r = rectify(c.r);\n\tc.g = rectify(c.g);\n\tc.b = rectify(c.b);\n\tc *= mat3( 0.4124, 0.3576, 0.1805,\n \t\t0.2126, 0.7152, 0.0722,\n 0.0193, 0.1192, 0.9505);\n\tvec3 w = normalize(vec3(1.3,1.33,1.1));\n\tc.x = pivot(c.x/w.x);\n\tc.y = pivot(c.y/w.y);\n\tc.z = pivot(c.z/w.z);\n\t\n\treturn vec3(max(0.,116.*c.y-16.), 500.*(c.x-c.y), 200.*(c.y-c.z));\n}\n\nfloat hash(in float n){return fract(sin(n)*43758.5453);}\n//Using CIE76 for color difference, mainly because it is much cheaper\nvec3 c64(in vec3 c, in vec2 p)\n{\n c = clamp(c,.0,1.);\n \n vec3 hsv = rgb2lab(c);\n float d = 100000.;\n float d2 = 100000.;\n vec3 c2 = vec3(0);\n for(int i=0;i<16;i++)\n {\n vec3 ch = rgb2lab(pal[i]);\n float cd = distance(hsv,ch);\n if (cd < d)\n {\n d2 = d;\n c2 = c;\n d = cd;\n c = pal[i];\n }\n else if(cd < d2)\n {\n d2 = cd;\n c2 = pal[i];\n }\n }\n \n const float sclx = 320.;\n const float scly = 200.;\n float id = floor(p.x*sclx)*1.1+floor(p.y*scly)*2.;\n float px = mod(floor(p.x*sclx)+floor(p.y*scly),2.);\n#ifdef AUTO_DITHER\n float rn = hash(id);\n if (rn < smoothstep(d2*0.96, d2*1., d*1.01) && (px ==0.))c=c2;\n#endif\n return pow(abs(c),vec3(1.136)); //correct gamma\n}\n\n\n\n//-------------------------------------------------------------------\n//--------------------------Effects----------------------------------\n//-------------------------------------------------------------------\n\nfloat tri(in float x){return abs(fract(x)-0.5);}\n\n//from iq\nvec3 hsl2rgb(in vec3 c){\n vec3 rgb = clamp( abs(mod(c.x*6.0+vec3(0.0,4.0,2.0),6.0)-3.0)-1.0, 0.0, 1.0 );\n\n return c.z + c.y * (rgb-0.5)*(1.0-abs(2.0*c.z-1.0));\n}\n\nvec3 hsv2rgb(in vec3 c){\n vec3 rgb = clamp( abs(mod(c.x*6.0+vec3(0.0,4.0,2.0),6.0)-3.0)-1.0, 0.0, 1.0 );\n\t\n return c.z * mix( vec3(1.0), rgb, c.y);\n}\n\nvec3 fx1(in vec2 p)\n{\n return hsl2rgb(clamp(vec3(p.x,p.y,p.y),0.,1.));\n}\n\n//Plasma\nvec3 fx2(in vec2 p)\n{\n vec3 rz = vec3(0);\n const float q = 5.;\n float x = sin(iTime*0.8+p.x*q)+sin(iTime+p.x*q)+sin(iTime*0.9+p.y*q)+sin(iTime*0.82+p.y*q*2.)+sin(p.x*1.+iTime*1.1)*3.;\n rz = sin(vec3(1,2,3)*x+iTime*2.);\n return rz;\n}\n\n//Scrollbars\nvec3 fx3(in vec2 p)\n{\n vec3 rz = vec3(0);\n float xx = abs(sin((p.x+p.y)*10.+iTime*5.))*abs(sin(iTime*2.+p.x+p.y));\n rz = hsv2rgb(vec3(0.6+(p.x+p.y)*0.3+iTime*0.1,.82,5.))*xx;\n return rz;\n}\n\n//\"Borrowed\" from: \"Fairlight - We are new\" (http://www.pouet.net/prod.php?which=56000)\nvec3 fx4(in vec2 p, in vec2 bp)\n{\n vec3 rz = vec3(0);\n float id = floor(p.x*80.);\n float rn = hash(id+0.3);\n \n if (rn < 0.5)rz = vec3(.5,.5,0);\n else if(rn < 0.7)rz = vec3(0,.5,0);\n \telse rz = vec3(0.5,1.,0.5);\n \n rz *= step(fract(p.y*.5+iTime*0.015+rn*(iTime+10.)*0.15)+.1,0.5);\n return rz;\n}\n\nfloat smoothfloor(in float x, in float k)\n{\n k = clamp(k, 0., 1.);\n float xk = x+k*0.5;\n return floor(xk)+smoothstep(0.,k,fract(xk));\n}\n\n//Colored checkered grid \nvec3 fx5(in vec2 p)\n{\n p -= 0.5;\n vec2 bp = p;\n \n p.y -= 0.35;\n p = vec2(p.x/p.y, 1./p.y);\n \n p.y += sin(iTime*.1)*20.+27.;\n p.x += sin(iTime*.2)*15.;\n p*= 2.;\n \n vec2 q = floor(p)*20.;\n \n float id = q.x + q.y;\n id *= sin(q.x*10.1+q.y*100.)*.5+.5;\n \n vec3 col = abs(sin(vec3(1,3,5)+id*0.01+iTime*0.5))*0.75;\n col /= sin(.9*iTime+id)*2.;\n \n //separators\n col *= smoothstep(.005,.04,abs(fract(p.x+0.5)-0.5));\n col *= smoothstep(.01,.04,abs(fract(p.y+0.5)-0.5));\n \n float g = (bp.y + iTime*0.05)*30.;\n vec3 bg = sin(vec3(1,2,3)+floor(g))*0.5+abs(sin(g-iTime*2.5)*.8);\n col = mix(bg, clamp(col,0.,1.), smoothstep(0.089,.09,-bp.y+0.35));\n \n return col;\n}\n\nvec4 balls(in vec2 p, in float of)\n{\n p *= 1.5;\n float t = iTime*0.6+of;\n \n t = mod(t,4.);\n p.x += t;\n \n const float scl = 7.;\n float id = t-floor(p.x*scl)/scl+0.5;\n if (mod(p.x,2.) > 1.)return vec4(0);\n \n float pd1 = exp(id+1.)*id*id*2.-.3;\n float pd2 = exp(id+1.)*id*id*id*4.-.2;\n \n p.y += mix(pd1,pd2,sin(iTime*1.+of*3.)*0.5+0.5);\n p = vec2(fract(p.x*scl)-0.5,p.y*scl);\n \n float rz =length(p);\n float rz2 = rz;\n id = clamp(id*0.4,-0.22,.04);\n float rz3 = smoothstep(-0.1-id,.4-id,rz);\n rz = smoothstep(0.25-id,.3-id,rz);\n vec3 col = (abs(sin(vec3(1,2,3)+of*5.))*0.6)*(1.-rz);\n \n vec3 ligt = normalize(vec3(-.5,2.,.5));\n ligt.xy *= mm2(iTime*.8);\n vec3 nor = normalize(vec3(p,rz));\n col += rz2*(dot(nor,ligt))*vec3(20.*(id+0.5))*(1.-rz3);\n return vec4(col,1.-rz);\n}\n\nvec3 fx6(in vec2 p)\n{\n vec3 col = vec3(0);\n float rz= 1.;\n p -= 0.5;\n p *= mm2(iTime*.8);\n p.x += 0.3;\n for(float i=0.;i<6.;i++)\n {\n vec4 rez = balls(p,i*.1);\n //vec4 rez = balls(p,i*(.75));\n col = col*(1.-smoothstep(0.,1.,rez.w))+rez.rgb;\n p.x += 0.09;\n }\n return col;\n}\n\nvoid mainImage( out vec4 fragColor, in vec2 fragCoord )\n{\n\tsetpal();\n //C64 native resolution (320x200)\n vec2 p = fragCoord.xy / iResolution.xy;\n vec2 bp = p;\n float asp = iResolution.x/iResolution.y;\n \t\n //Ensure 16:10 and center it\n if(iResolution.x*.625 > iResolution.y)\n\t{\n\t\tp.x *= asp*0.625;\n\t\tp.x -= (asp*0.625-1.)*0.5;\n\t}\n\telse\n\t{\n\t\tp.y *= 1./asp*1.6;\n\t\tp.y -= (1.6/asp-1.)*0.5;\n\t}\n \n #ifdef C64_PIXELS\n p.x = floor(p.x*320.)/320.;\n p.y = floor(p.y*200.)/200.;\n #endif\n \n#ifdef SHOW_PALETTE\n \tvec3 col = fx1(p); \n#else\n \n //float tx = time-.5;\n //p += (hash(tx)-0.5)*0.01*smoothstep(-.8,1.,sin(tx*3.4))*smoothstep(7.4,7.5,tx);\n \n //background\n vec3 col = mix(vec3(0,0.4,1.),vec3(0.,0.2,.5),step(abs(p.y-0.5),0.4)*step(abs(p.x-0.5),0.4));\n \n float time = max((iTime*0.95)-3.5,0.);\n \n //bg transition\n col = mix(mix(col,fx5(p),smoothstep(-.07,.07,sin(3.9+time*0.1)+0.45 )),fx6(p),clamp(smoothstep(40.,43.,time),0.,1.));\n \n \n vec2 qq = p+vec2(smoothstep(0.,.6,sin(time*.28+1.7))*1.5,0)+vec2(smoothstep(40.,50.,time)*1.5,0);\n float t= time*1. + sin(time*1.5+3.5)*1.;\n vec2 q = qq+vec2(sin(t+1.57)*2.,sin(time))*0.2 + clamp(6.-time*0.25,0.,1.);\n float d = max(abs(q.x-0.5),abs(q.y-0.5));\n float sz = 0.22+sin(t)*0.1;\n if(d < sz)\n col = fx4(q,bp);\n float brd = 1.-smoothstep(0.,0.01,abs(abs(d)-sz));\n col = mix(col, sin(vec3(.3,.7,.5)+brd*2.+4.7)*1., smoothstep(0.0,.01,brd));\n \n \n t += 1.8;\n float d2 = 0.;\n float sz2 = 0.22+sin(t)*0.1;\n if (sz2 > sz || d > sz+0.01)\n {\n vec2 q = qq+vec2(sin(t+1.57)*2.,sin(time))*0.2 + clamp(3.-time*0.25,0.,1.);\n d2 = max(abs(q.x-0.5),abs(q.y-0.5));\n if(d2 < sz2) col = fx3(q);\n float brd = 1.-smoothstep(0.,0.01,abs(abs(d2)-sz2));\n \tcol = mix(col, sin(vec3(.0,.5,.5)+brd*2.+4.5)*1., smoothstep(0.0,.01,brd));\n \n \n t += 1.8;\n float sz3 = 0.22+sin(t)*0.1;\n if (sz3 > sz2 || d2 > sz2+0.007)\n {\n vec2 q = qq+vec2(sin(t+1.57)*2.,sin(time))*0.2 + clamp(1.-time*0.25,0.,1.);\n d = max(abs(q.x-0.5),abs(q.y-0.5));\n if(d < sz3)\n col = fx2(q);\n float brd = 1.-smoothstep(0.,0.01,abs(abs(d)-sz3));\n \tcol = mix(col, sin(vec3(.9,.3,.55)+brd*1.8+4.5)*1., smoothstep(0.0,.01,brd));\n }\n }\n \n#endif\n \n\t#ifdef C64_COLOR\n col = c64(col,bp);\n #endif\n \n //clip screen to 16:10\n if (p.x > 1. || p.x <0. || p.y > 1. || p.y <0.)col = vec3(0);\n \n\tfragColor = vec4(col,1.0);\n}","url","link_url","/p/aiodgc3pbpwj2g0zdgdv","versioned_link_url","/p/aiodgc3pbpwj2g0zdgdv/1","yapping","cursor","eyJpZCI6ImFpb2RnYzNwYnB3ajJnMHpkZ2R2In0","token","included",[],"routes/browser/layout","actionData","errors"]