2e:null 2f:["$","title",null,{"children":"Piangle Tests | emma-ba | Observable"}] 34:T78e,test14 = { const u = 2; // unit const wu = 1000; // no. units on width const hu = 75; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const col = ['#fff','#000','#0f0','#f00','#666','#f0f','#666','#0ff','#666','#666']; // const col = ['#00f','#003','#606','#666','#0f0','#09f','#930','#f60','#f0f','#fff']; const start = 0; const D = Decimal.clone({precision: wu*2+1}); const one = D(1), four = D(4); const a = four.times(arctan(one.div(5))); const b = arctan(one.div(239)); const pi = four.times(a.minus(b)); const p = pi.toFixed(wu*3); let data = [[]]; const base = [3]; for (let i = 1; i < wu*3; ++i) {base[i] = p[i+1]*1;} data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*3; ++w) { if(w < h){ data[h][w] = 0; } else { let l = data[h-1][w]; let r = data[h-1][w-1]; let new_d = start; if(l==r){new_d = r;} else if(l == 0){ new_d = r;} else if(r == 0){ new_d = l;} else if(l%r==0){new_d = r;} else if(r%l==0){new_d = l;} //else if(l>r){new_d = l%r;} //else if(r>l){new_d = r%l;} data[h][w] = new_d % 10; } } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { if(w >= h){ digit = data[h][w]*1; x = u*w*2 -h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } } return canvas; }35:T76d,square_squares_diff = { const u = 2; // unit const wu = 500; // no. units on width const hu = 100; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const margin = 0; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); const D = Decimal.clone({precision: wu+1}); const one = D(1), four = D(4); const a = four.times(arctan(one.div(5))); const b = arctan(one.div(239)); const pi = four.times(a.minus(b)); const p = pi.toFixed(wu); const base = [3]; let data = [[]]; for (let i = 1; i < wu; ++i) { base[i] = p[i+1]*1; } data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu; ++w) { if(w < h){ data[h][w] = 0; } else { let new_d = (data[h-1][w]**2 - data[h-1][w-1]**2); let thres = 10; // NICE WITH 7**2; //new_d = Math.min( new_d, thres); new_d = Math.max( new_d, -1*thres); new_d = Math.abs(new_d); data[h][w] = new_d % 10; } } } const pair = ['#000000','#330000','#00ff00','#660000','#00ff00','#990000','#00ff00','#cc0000','#00ff00','#ff0000']; const col = ['#000000','#ff0000','#00cc00','#ff00ff','#00ff00','#00ffff','#3366ff','#666666','#00ff00','#990000']; let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 -h*u; y = (hu-h-1)*u; //context.fillStyle = "#ffffff"; context.fillStyle = col[digit]; context.globalAlpha = 1;//(digit)/10; //Math.min(digit*4/10, 1); context.fillRect(x, y, u-margin, u-margin); context.globalAlpha = 1; } } return canvas; }36:T7f2,test29 = { const u = 2; // unit const wu = 500; // no. units on width const hu = 150; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; // const col = ['#fff','#000','#0f0','#f00','#666','#f0f','#666','#0ff','#666','#666']; const col = ['#000','#00f','#09f','#666','#900','#f00','#f90','#ddd','#0c0','#060']; const start = 0; const D = Decimal.clone({precision: wu*2+1}); const one = D(1), four = D(4); const a = four.times(arctan(one.div(5))); const b = arctan(one.div(239)); const pi = four.times(a.minus(b)); const p = pi.toFixed(wu*3); let data = [[]]; const base = [3]; for (let i = 1; i < wu*3; ++i) {base[i] = p[i+1]*1;} data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*3; ++w) { if(w < h){ data[h][w] = 0; } else { let l = data[h-1][w] +1; let r = data[h-1][w-1] +1; let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l; } else { new_d = diff; if(l>1 & l>1){ let small = Math.min(l,r); let big = Math.max(l,r); let mod = big % small; if(mod == 0){ new_d = small;} else{ new_d = big;} } } data[h][w] = new_d % 10; } } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { if(w >= h){ digit = data[h][w]*1; x = u*w*2 -h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } } return canvas; }37:T851,test30 = { const u = 2; // unit const wu = 500; // no. units on width const hu = 150; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; // const col = ['#fff','#000','#0f0','#f00','#666','#f0f','#666','#0ff','#666','#666']; //const col = ['#00f','#003','#606','#666','#0f0','#09f','#930','#f60','#f0f','#fff']; const col = ['#000','#00f','#09f','#666','#900','#f00','#f90','#ddd','#0c0','#060']; const start = 0; const D = Decimal.clone({precision: wu*2+1}); const one = D(1), four = D(4); const a = four.times(arctan(one.div(5))); const b = arctan(one.div(239)); const pi = four.times(a.minus(b)); const p = pi.toFixed(wu*3); let data = [[]]; const base = [3]; for (let i = 1; i < wu*3; ++i) {base[i] = p[i+1]*1;} data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*3; ++w) { if(w < h){ data[h][w] = 0; } else { let l = data[h-1][w] +1; let r = data[h-1][w-1] +1; let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l; } else { new_d = diff; if(l>1 & l>1){ let small = Math.min(l,r); let big = Math.max(l,r); let mod = big % small; if(mod == 0){ new_d = small;} else{ new_d = big - mod;} } } data[h][w] = new_d % 10; } } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { if(w >= h){ digit = data[h][w]*1; x = u*w*2 -h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } } return canvas; }38:T7fa,test31 = { const u = 3; // unit const wu = 500; // no. units on width const hu = 100; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; // const col = ['#fff','#000','#0f0','#f00','#666','#f0f','#666','#0ff','#666','#666']; const col = ['#000','#00f','#09f','#666','#900','#f00','#f90','#ddd','#0c0','#060']; const start = 0; const D = Decimal.clone({precision: wu*2+1}); const one = D(1), four = D(4); const a = four.times(arctan(one.div(5))); const b = arctan(one.div(239)); const pi = four.times(a.minus(b)); const p = pi.toFixed(wu*3); let data = [[]]; const base = [3]; for (let i = 1; i < wu*3; ++i) {base[i] = p[i+1]*1;} data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*3; ++w) { if(w < h){ data[h][w] = 0; } else { let l = data[h-1][w] +1; let r = data[h-1][w-1] +1; let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l; } else { new_d = diff; if(l>1 & l>1){ let small = Math.min(l,r); let big = Math.max(l,r); let mod = big % small; if(mod == 0){ new_d = small;} else{ new_d = small + mod;} } } data[h][w] = new_d % 10; } } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { if(w >= h){ digit = data[h][w]*1; x = u*w*2 -h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } } return canvas; }39:T813,test20 = { const u = 2; // unit const wu = 500; // no. units on width const hu = 150; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; // const col = ['#00f','#000','#666','#900','#0f0','#f00','#0f0','#900','#0f0','#0f0']; const col = ['#003','#000','#900','#0f0','#00f','#09f','#666','#fff','#999','#f60']; const start = 8; const rep = 0; const thres_s = 14; const thres_d = 5; const D = Decimal.clone({precision: wu*2+1}); const one = D(1), four = D(4); const a = four.times(arctan(one.div(5))); const b = arctan(one.div(239)); const pi = four.times(a.minus(b)); const p = pi.toFixed(wu*3); let data = [[]]; const base = [3]; for (let i = 1; i < wu*3; ++i) {base[i] = p[i+1]*1;} data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*3; ++w) { if(w < h){ data[h][w] = 0; } else { let l = data[h-1][w]; let r = data[h-1][w-1]; let diff = Math.abs(l - r); let sum = l + r; let new_d = start; if(l==r){new_d = r;} else if(l%r==0){new_d = r;} else if(r%l==0){new_d = l;} //else if(l>r){new_d = l%r;} //else if(r>l){new_d = r%l;} if(sum > thres_s){ new_d = sum ;} if(diff > thres_d){ new_d = diff ;} data[h][w] = new_d % 10; } } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { if(w >= h){ digit = data[h][w]*1; x = u*w*2 -h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } } return canvas; }3a:T813,test21 = { const u = 2; // unit const wu = 500; // no. units on width const hu = 150; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; // const col = ['#00f','#000','#666','#900','#0f0','#f00','#0f0','#900','#0f0','#0f0']; const col = ['#003','#000','#900','#0f0','#00f','#09f','#666','#fff','#999','#f60']; const start = 8; const rep = 0; const thres_s = 16; const thres_d = 5; const D = Decimal.clone({precision: wu*2+1}); const one = D(1), four = D(4); const a = four.times(arctan(one.div(5))); const b = arctan(one.div(239)); const pi = four.times(a.minus(b)); const p = pi.toFixed(wu*3); let data = [[]]; const base = [3]; for (let i = 1; i < wu*3; ++i) {base[i] = p[i+1]*1;} data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*3; ++w) { if(w < h){ data[h][w] = 0; } else { let l = data[h-1][w]; let r = data[h-1][w-1]; let diff = Math.abs(l - r); let sum = l + r; let new_d = start; if(l==r){new_d = r;} else if(l%r==0){new_d = r;} else if(r%l==0){new_d = l;} //else if(l>r){new_d = l%r;} //else if(r>l){new_d = r%l;} if(sum > thres_s){ new_d = sum ;} if(diff > thres_d){ new_d = diff ;} data[h][w] = new_d % 10; } } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { if(w >= h){ digit = data[h][w]*1; x = u*w*2 -h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } } return canvas; }3b:T818,test22 = { const u = 1.5; // unit const wu = 600; // no. units on width const hu = 200; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; // const col = ['#003','#000','#900','#0f0','#00f','#09f','#666','#fff','#999','#f60']; const col = ['#000','#09f','#00f','#900','#303','#ff0','#f0f','#0f0','#666','#0f0']; const start = 8; const rep = 0; const thres_s = 12; const thres_d = 3; const D = Decimal.clone({precision: wu*2+1}); const one = D(1), four = D(4); const a = four.times(arctan(one.div(5))); const b = arctan(one.div(239)); const pi = four.times(a.minus(b)); const p = pi.toFixed(wu*3); let data = [[]]; const base = [3]; for (let i = 1; i < wu*3; ++i) {base[i] = p[i+1]*1;} data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*3; ++w) { if(w < h){ data[h][w] = 0; } else { let l = data[h-1][w]; let r = data[h-1][w-1]; let diff = Math.abs(l - r); let sum = l + r; let new_d = start; if(l==r){new_d = r;} else if(l%r==0){new_d = r;} else if(r%l==0){new_d = l;} //else if(l>r){new_d = l%r;} //else if(r>l){new_d = r%l;} if(sum > thres_s){ new_d = sum ;} if(diff > thres_d){ new_d = diff ;} data[h][w] = new_d % 10; } } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { if(w >= h){ digit = data[h][w]*1; x = u*w*2 -h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } } return canvas; }3c:T816,test23 = { const u = 0.5; // unit const wu = 2000; // no. units on width const hu = 600; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; // const col = ['#00f','#000','#666','#900','#0f0','#f00','#0f0','#900','#0f0','#0f0']; const col = ['#003','#000','#900','#0f0','#00f','#09f','#666','#fff','#999','#f60']; const start = 8; const rep = 0; const thres_s = 11; const thres_d = 4; const D = Decimal.clone({precision: wu*2+1}); const one = D(1), four = D(4); const a = four.times(arctan(one.div(5))); const b = arctan(one.div(239)); const pi = four.times(a.minus(b)); const p = pi.toFixed(wu*3); let data = [[]]; const base = [3]; for (let i = 1; i < wu*3; ++i) {base[i] = p[i+1]*1;} data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*3; ++w) { if(w < h){ data[h][w] = 0; } else { let l = data[h-1][w]; let r = data[h-1][w-1]; let diff = Math.abs(l - r); let sum = l + r; let new_d = start; if(l==r){new_d = r;} else if(l%r==0){new_d = r;} else if(r%l==0){new_d = l;} //else if(l>r){new_d = l%r;} //else if(r>l){new_d = r%l;} if(sum > thres_s){ new_d = sum ;} if(diff > thres_d){ new_d = diff ;} data[h][w] = new_d % 10; } } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { if(w >= h){ digit = data[h][w]*1; x = u*w*2 -h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } } return canvas; }3d:T818,test24 = { const u = 0.25; // unit const wu = 2000; // no. units on width const hu = 2000; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; // const col = ['#00f','#000','#666','#900','#0f0','#f00','#0f0','#900','#0f0','#0f0']; const col = ['#003','#000','#900','#0f0','#00f','#09f','#666','#fff','#999','#f60']; const start = 8; const rep = 0; const thres_s = 11; const thres_d = 3; const D = Decimal.clone({precision: wu*2+1}); const one = D(1), four = D(4); const a = four.times(arctan(one.div(5))); const b = arctan(one.div(239)); const pi = four.times(a.minus(b)); const p = pi.toFixed(wu*3); let data = [[]]; const base = [3]; for (let i = 1; i < wu*3; ++i) {base[i] = p[i+1]*1;} data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*3; ++w) { if(w < h){ data[h][w] = 0; } else { let l = data[h-1][w]; let r = data[h-1][w-1]; let diff = Math.abs(l - r); let sum = l + r; let new_d = start; if(l==r){new_d = r;} else if(l%r==0){new_d = r;} else if(r%l==0){new_d = l;} //else if(l>r){new_d = l%r;} //else if(r>l){new_d = r%l;} if(sum > thres_s){ new_d = sum ;} if(diff > thres_d){ new_d = diff ;} data[h][w] = new_d % 10; } } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { if(w >= h){ digit = data[h][w]*1; x = u*w*2 -h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } } return canvas; }3e:T629,square_multiply = { const u = 2; // unit const wu = 500; // no. units on width const hu = 150; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const margin = 0; const col = ['#000','#f00','#c0c','#fff','#09f','#390','#00f','#f00','#900','#930']; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); const D = Decimal.clone({precision: wu+1}); const one = D(1), four = D(4); const a = four.times(arctan(one.div(5))); const b = arctan(one.div(239)); const pi = four.times(a.minus(b)); const p = pi.toFixed(wu); const base = [3]; let data = [[]]; for (let i = 1; i < wu*2; ++i) { base[i] = p[i+1]*1; } data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu; ++w) { if(w < h) { data[h][w] = 0; } else { data[h][w] = ((Math.max(data[h-1][w],1) * Math.max(data[h-1][w-1],1))%10); } } } let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 -h*u; y = (hu-h-1)*u; //context.fillStyle = "#ffffff"; context.fillStyle = col[digit]; context.globalAlpha = 1; //(digit+1)/10; //Math.min(digit*4/10, 1); context.fillRect(x, y, u-margin, u-margin); context.globalAlpha = 1; } } return canvas; }3f:T565,test26 = { const u = 3; // unit const wu = 300; // no. units on width const hu = 100; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const col = ['#000','#0f0','#900','#090','#00f','#09f','#666','#fff','#999','#f60']; const minus = 2; const power = 1; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let new_d = data[h-1][w]; let add = (1)**(h%2+1) * data[h-1][w+1]; new_d = new_d**power - minus;// - new_d; //new_d = Math.min(new_d, 10); //new_d = Math.max(new_d, 0); data[h][w] = new_d%10 ; } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2;// +h*u; y = (hu-h-1)*u; context.fillStyle = col[Math.abs(digit%10)]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } return canvas; }40:T563,test = { const u = 3; // unit const wu = 300; // no. units on width const hu = 100; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const col = ['#000','#0f0','#900','#090','#00f','#09f','#666','#fff','#999','#f60']; const minus = 2; const power = 2; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let new_d = data[h-1][w]; let add = (1)**(h%2+1) * data[h-1][w+1]; new_d = new_d**power - minus;// - new_d; //new_d = Math.min(new_d, 10); //new_d = Math.max(new_d, 0); data[h][w] = new_d%10 ; } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2;// -h*u; y = (hu-h-1)*u; context.fillStyle = col[Math.abs(digit%10)]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } return canvas; }41:T564,test1 = { const u = 3; // unit const wu = 300; // no. units on width const hu = 100; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const col = ['#000','#0f0','#900','#090','#00f','#09f','#666','#fff','#999','#f60']; const minus = 5; const power = 1; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let new_d = data[h-1][w]; let add = (1)**(h%2+1) * data[h-1][w+1]; new_d = new_d**power - minus;// - new_d; //new_d = Math.min(new_d, 10); //new_d = Math.max(new_d, 0); data[h][w] = new_d%10 ; } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2;// -h*u; y = (hu-h-1)*u; context.fillStyle = col[Math.abs(digit%10)]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } return canvas; }42:T562,test2 = { const u = 3; // unit const wu = 300; // no. units on width const hu = 100; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const col = ['#000','#0f0','#900','#090','#00f','#09f','#666','#fff','#999','#f60']; const minus = 7; const power = 1; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let new_d = data[h-1][w]; let add = (1)**(h%2+1) * data[h-1][w+1]; new_d = new_d**power - minus;// - new_d; //new_d = Math.min(new_d, 10); //new_d = Math.max(new_d, 0); data[h][w] = new_d%10 ; } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 +h*u; y = (hu-h-1)*u; context.fillStyle = col[Math.abs(digit%10)]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } return canvas; }43:T564,test3 = { const u = 3; // unit const wu = 300; // no. units on width const hu = 100; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const col = ['#000','#0f0','#900','#090','#00f','#09f','#666','#fff','#999','#f60']; const minus = 0; const power = 2; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let new_d = data[h-1][w]; let add = (1)**(h%2+1) * data[h-1][w+1]; new_d = new_d**power - minus;// - new_d; //new_d = Math.min(new_d, 10); //new_d = Math.max(new_d, 0); data[h][w] = new_d%10 ; } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2;// -h*u; y = (hu-h-1)*u; context.fillStyle = col[Math.abs(digit%10)]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } return canvas; }44:T564,test4 = { const u = 3; // unit const wu = 300; // no. units on width const hu = 100; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const col = ['#000','#0f0','#900','#090','#00f','#09f','#666','#fff','#999','#f60']; const minus = 6; const power = 2; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let new_d = data[h-1][w]; let add = (1)**(h%2+1) * data[h-1][w+1]; new_d = new_d**power - minus;// - new_d; //new_d = Math.min(new_d, 10); //new_d = Math.max(new_d, 0); data[h][w] = new_d%10 ; } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2;// -h*u; y = (hu-h-1)*u; context.fillStyle = col[Math.abs(digit%10)]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } return canvas; }45:T564,test5 = { const u = 3; // unit const wu = 300; // no. units on width const hu = 100; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const col = ['#000','#0f0','#900','#090','#00f','#09f','#666','#fff','#999','#f60']; const minus = 6; const power = 3; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let new_d = data[h-1][w]; let add = (1)**(h%2+1) * data[h-1][w+1]; new_d = new_d**power - minus;// - new_d; //new_d = Math.min(new_d, 10); //new_d = Math.max(new_d, 0); data[h][w] = new_d%10 ; } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2;// -h*u; y = (hu-h-1)*u; context.fillStyle = col[Math.abs(digit%10)]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } return canvas; }46:T568,test6 = { const u = 3; // unit const wu = 300; // no. units on width const hu = 100; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const col = ['#000','#0f0','#900','#090','#00f','#09f','#666','#fff','#999','#f60']; const minus = 2; const power = 2; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let new_d = data[h-1][w]; let add = (1)**(h%2+1) * data[h-1][w+1]; new_d = new_d**power - minus;// - new_d; //new_d = Math.min(new_d, 10); //new_d = Math.max(new_d, 0); data[h][w] = new_d; //%10 ; } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2;// -h*u; y = (hu-h-1)*u; context.fillStyle = col[Math.abs(digit%10)]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } return canvas; }47:T571,test7 = { const u = 3; // unit const wu = 300; // no. units on width const hu = 30; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const col = ['#000','#0f0','#900','#090','#00f','#09f','#666','#fff','#999','#f60']; const minus = 0; const power = 2; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let new_d = data[h-1][w]; let coef = (-1)**(h%2+1);// * new_d; //data[h-1][w+1]; new_d = new_d**power + coef * new_d; //new_d = Math.min(new_d, 10); //new_d = Math.max(new_d, 0); data[h][w] = new_d; //%10 ; } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2;// -h*u; y = (hu-h-1)*u; context.fillStyle = col[Math.abs(digit%10)]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } return canvas; }48:T573,test8 = { const u = 3; // unit const wu = 300; // no. units on width const hu = 30; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const col = ['#000','#0f0','#900','#090','#00f','#09f','#666','#fff','#999','#f60']; const minus = 0; const power = 2; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let new_d = data[h-1][w]; let coef = (-1)**(h%2+1);// * new_d; //data[h-1][w+1]; new_d = new_d**power - data[h-1][w+1]; //new_d = Math.min(new_d, 10); //new_d = Math.max(new_d, 0); data[h][w] = new_d; //%10 ; } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2;// -h*u; y = (hu-h-1)*u; context.fillStyle = col[Math.abs(digit%10)]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } return canvas; }49:T551,test9 = { const u = 3; // unit const wu = 300; // no. units on width const hu = 100; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const col = ['#000','#0f0','#900','#090','#00f','#09f','#666','#fff','#999','#f60']; const minus = 0; const power = 2; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let new_d = data[h-1][w]; //let coef = (-1)**(h%2+1); new_d = new_d**power - data[h-1][w+1]; new_d = Math.min(new_d, 10); //new_d = Math.max(new_d, 0); data[h][w] = new_d%10 ; } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[Math.abs(digit%10)]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } return canvas; }4a:T562,test10 = { const u = 3; // unit const wu = 300; // no. units on width const hu = 60; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const col = ['#000','#0f0','#900','#090','#00f','#09f','#666','#fff','#999','#f60']; const minus = 0; const power = 2; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let new_d = data[h-1][w]; //let coef = (-1)**(h%2+1); new_d = new_d**power - new_d; //data[h-1][w+1]; //new_d = Math.min(new_d, 10); //new_d = Math.max(new_d, 0); data[h][w] = new_d; //%10 ; } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2;// -h*u; y = (hu-h-1)*u; context.fillStyle = col[Math.abs(digit%10)]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } return canvas; }4b:T556,test11 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const col = ['#000','#0f0','#900','#090','#00f','#09f','#666','#fff','#999','#f60']; const power = 2; const thres = 50; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let new_d = data[h-1][w]; //let coef = (-1)**(h%2+1); new_d = new_d**power + data[h-1][w+1]; new_d = Math.min(new_d, thres); //new_d = Math.max(new_d, 0); data[h][w] = new_d%10 ; } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 +h*u; y = (hu-h-1)*u; context.fillStyle = col[Math.abs(digit%10)]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } return canvas; }4c:T556,test12 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const col = ['#000','#0f0','#900','#090','#00f','#09f','#666','#fff','#999','#f60']; const power = 2; const thres = 52; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let new_d = data[h-1][w]; //let coef = (-1)**(h%2+1); new_d = new_d**power + data[h-1][w+1]; new_d = Math.min(new_d, thres); //new_d = Math.max(new_d, 0); data[h][w] = new_d%10 ; } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 +h*u; y = (hu-h-1)*u; context.fillStyle = col[Math.abs(digit%10)]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } return canvas; }4d:T555,test13 = { const u = 2; // unit const wu = 500; // no. units on width const hu = 150; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const col = ['#000','#0f0','#900','#090','#00f','#09f','#666','#fff','#999','#f60']; const power = 2; const thres = 42; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let new_d = data[h-1][w]; //let coef = (-1)**(h%2+1); new_d = new_d**power + data[h-1][w+1]; new_d = Math.min(new_d, thres); //new_d = Math.max(new_d, 0); data[h][w] = new_d%10 ; } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 +h*u; y = (hu-h-1)*u; context.fillStyle = col[Math.abs(digit%10)]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } return canvas; }4e:T558,test15 = { const u = 2; // unit const wu = 500; // no. units on width const hu = 150; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const col = ['#000','#f00','#900','#090','#0f0','#0cf','#666','#ff0','#fff','#f60']; const power = 2; const thres = 32; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let new_d = data[h-1][w]; //let coef = (-1)**(h%2+1); new_d = new_d**power + data[h-1][w+1]; new_d = Math.min(new_d, thres); //new_d = Math.max(new_d, 0); data[h][w] = new_d%10 ; } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2;// +h*u; y = (hu-h-1)*u; context.fillStyle = col[Math.abs(digit%10)]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } return canvas; }4f:T555,test16 = { const u = 2; // unit const wu = 500; // no. units on width const hu = 150; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const col = ['#000','#0f0','#600','#090','#00f','#0ff','#666','#fff','#606','#f60']; const power = 2; const thres = 34; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let new_d = data[h-1][w]; //let coef = (-1)**(h%2+1); new_d = new_d**power + data[h-1][w+1]; new_d = Math.min(new_d, thres); //new_d = Math.max(new_d, 0); data[h][w] = new_d%10 ; } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 +h*u; y = (hu-h-1)*u; context.fillStyle = col[Math.abs(digit%10)]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } return canvas; }50:T555,test17 = { const u = 2; // unit const wu = 500; // no. units on width const hu = 150; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const col = ['#000','#030','#600','#00f','#f00','#0ff','#666','#333','#f0f','#f60']; const power = 2; const thres = 21; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let new_d = data[h-1][w]; //let coef = (-1)**(h%2+1); new_d = new_d**power + data[h-1][w+1]; new_d = Math.min(new_d, thres); //new_d = Math.max(new_d, 0); data[h][w] = new_d%10 ; } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 +h*u; y = (hu-h-1)*u; context.fillStyle = col[Math.abs(digit%10)]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } return canvas; }51:T5ae,test18 = { const u = 2; // unit const wu = 500; // no. units on width const hu = 150; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; //const col = ['#000','#0f0','#600','#090','#00f','#0ff','#666','#fff','#999','#f60']; const col = ['#000','#ff0','#f00','#fff','#909','#0f0','#999','#06c','#303','#f60']; const power = 2; const thres = 68; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let new_d = data[h-1][w]; //let coef = (-1)**(h%2+1); new_d = new_d**power + data[h-1][w+1]; new_d = Math.min(new_d, thres); //new_d = Math.max(new_d, 0); data[h][w] = new_d%10 ; } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 +h*u; y = (hu-h-1)*u; context.fillStyle = col[Math.abs(digit%10)]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } return canvas; }52:T56e,test19 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; //const col = ['#000','#0f0','#600','#090','#00f','#0ff','#666','#fff','#999','#f60']; const col = ['#000','#ff0','#900','#fff','#06f','#0f0','#666','#06c','#09c','#f60']; const power = 2; const thres = 43; let rep = 2; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let new_d = data[h-1][w]; //let coef = (-1)**(h%2+1); new_d = new_d**power + data[h-1][w+1]; if(new_d > thres){ new_d = rep; } //new_d = Math.max(new_d, 0); data[h][w] = new_d%10 ; } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 +h*u; y = (hu-h-1)*u; context.fillStyle = col[Math.abs(digit%10)]; context.fillRect(x, y, u, u); } } return canvas; }53:T5c1,test25 = { const u = 0.5; // unit const wu = 2000; // no. units on width const hu = 500; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; //const col = ['#000','#0f0','#600','#090','#00f','#0ff','#666','#fff','#999','#f60']; const col = ['#000','#990','#ccc','#009','#000','#c60','#06c','#960','#520','#f00']; //const col = ['#000','#ff0','#900','#fff','#06f','#0f0','#666','#06c','#09c','#f60']; const power = 2; const thres = 70; let rep = 8; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let new_d = data[h-1][w]; //let coef = (-1)**(h%2+1); new_d = new_d**power + data[h-1][w+1]; if(new_d > thres){ new_d = rep; } //new_d = Math.max(new_d, 0); data[h][w] = new_d%10 ; } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2;// +h*u; y = (hu-h-1)*u; context.fillStyle = col[Math.abs(digit%10)]; context.fillRect(x, y, u, u); } } return canvas; }54:T5bc,test27 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; //const col = ['#000','#0f0','#600','#090','#00f','#0ff','#666','#fff','#999','#f60']; const col = ['#000','#f90','#333','#009','#000','#c60','#039','#960','#600','#f00']; //const col = ['#000','#ff0','#900','#fff','#06f','#0f0','#666','#06c','#09c','#f60']; const power = 2; const thres = 44; let rep = 6; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let new_d = data[h-1][w]; //let coef = (-1)**(h%2+1); new_d = new_d + data[h-1][w+1]**power; if(new_d > thres){ new_d = rep; } //new_d = Math.max(new_d, 0); data[h][w] = new_d%10 ; } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 +h*u; y = (hu-h-1)*u; context.fillStyle = col[Math.abs(digit%10)]; context.fillRect(x, y, u, u); } } return canvas; }55:T5bb,test28 = { const u = 1; // unit const wu = 600; // no. units on width const hu = 300; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; //const col = ['#000','#0f0','#600','#090','#00f','#0ff','#666','#fff','#999','#f60']; const col = ['#000','#f90','#333','#009','#00f','#900','#0f0','#069','#600','#300']; //const col = ['#000','#ff0','#900','#fff','#06f','#0f0','#666','#06c','#09c','#f60']; const power = 2; const thres = 82; let rep = 9; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let new_d = data[h-1][w]; //let coef = (-1)**(h%2+1); new_d = new_d + data[h-1][w+1]**power; if(new_d > thres){ new_d = rep; } //new_d = Math.max(new_d, 0); data[h][w] = new_d%10 ; } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 +h*u; y = (hu-h-1)*u; context.fillStyle = col[Math.abs(digit%10)]; context.fillRect(x, y, u, u); } } return canvas; }56:T4d4,test32 = { const u = 5; // unit const wu = 300; // no. units on width const hu = 50; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const col = ['#000','#f90','#333','#009','#00f','#900','#0f0','#069','#600','#300']; const power = 2; const thres = 100; let rep = 0; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let new_d = data[h-1][w]**power - base[w]; //if(new_d > thres){ new_d = rep; } //new_d = Math.max(new_d, 0); data[h][w] = new_d; //%10 ; } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2;// +h*u; y = (hu-h-1)*u; context.fillStyle = col[Math.abs(digit%10)]; context.fillRect(x, y, u, u); } } return canvas; }57:T67d,tes__t1 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const col = ['#000','#06f','#060','#00f','#0f0','#a09','#ff0','#ff0','#666','#f00']; const D = Decimal.clone({precision: wu+1}); const one = D(1), four = D(4); const a = four.times(arctan(one.div(5))); const b = arctan(one.div(239)); const pi = four.times(a.minus(b)); const p = pi.toFixed(wu); let data = [[]]; const base = [3]; for (let i = 1; i < wu; ++i) {base[i] = p[i+1]*1;} data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu; ++w) { if(w < h){ data[h][w] = 0; } else { let diff = Math.abs(data[h-1][w] - data[h-1][w-1]); let sum = data[h-1][w] + data[h-1][w-1]; let new_d = sum; if( diff == 0){ new_d = data[h-1][w]; } if( sum > 10){ new_d = diff; } if( diff > 5){ new_d = 0; } if( diff > 7){ new_d = 8; } new_d = new_d%10; data[h][w] = new_d; } } } const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 -h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }58:T635,testttt1 = { const u = 2; // unit const wu = 500; // no. units on width const hu = 150; // no. units on height const col = ['#000','#009','#09f','#666','#900','#f00','#f90','#ddd','#0c0','#060']; const start = 0; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1];// +1; let l = data[h-1][w];// +1; let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l; } else { new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r); let big = Math.max(l,r); let mod = big % small; if(mod == 0){ new_d = small;} else{ new_d = big - mod;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } return canvas; }59:T648,testttt4 = { const u = 2; // unit const wu = 500; // no. units on width const hu = 150; // no. units on height const col = ['#000','#009','#09f','#666','#900','#f00','#f90','#ddd','#060','#0c0']; const start = 0; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1];// +1; let l = data[h-1][w];// +1; let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l-1; } else { new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; if(mod == 0){ new_d = small +1;} else{ new_d = small + mod;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } return canvas; }5a:T632,testttt = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#444','#999','#606','#900','#f00','#f90','#00f','#0c0','#060']; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1];// +1; let l = data[h-1][w];// +1; let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l-1; } else { new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; if(mod == 0){ new_d = small -1;} else{ new_d = big -1;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } return canvas; }5b:T644,testttt2 = { const u = 2; // unit const wu = 500; // no. units on width const hu = 150; // no. units on height const col = ['#000','#009','#09f','#666','#900','#f00','#f90','#ddd','#0c0','#060']; const start = 0; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1];// +1; let l = data[h-1][w];// +1; let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l-1; } else { new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; if(mod == 0){ new_d = big +1;} else{ new_d = big - mod;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); // context.fillStyle = "#f00"; // context.fillText(digit, x , y +u ); } } return canvas; }5c:T5fd,testttt3 = { const u = 2; // unit const wu = 500; // no. units on width const hu = 150; // no. units on height const col = ['#000','#009','#09f','#666','#900','#f00','#f90','#ddd','#0c0','#060']; const start = 0; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1];// +1; let l = data[h-1][w];// +1; let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l-1; } else { new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; //if(mod == 0){ new_d = big - mod;} if(mod != 0){ new_d = big - 1;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }5d:T600,testttt6 = { const u = 2; // unit const wu = 1000; // no. units on width const hu = 150; // no. units on height const col = ['#000','#030','#00f','#444','#900','#f00','#f90','#ddd','#0c0','#060']; const start = 0; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1];// +1; let l = data[h-1][w];// +1; let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l-1; } else { new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; //if(mod == 0){ new_d = big - mod;} if(mod != 0){ new_d = small + 1;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }5e:T5e2,testttt7 = { const u = 0.25; // unit const wu = 2000; // no. units on width const hu = 2000; // no. units on height const col = ['#000','#009','#09f','#666','#900','#f00','#f90','#ccc','#0c0','#060']; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1];// +1; let l = data[h-1][w];// +1; let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l-1; } else { new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; if(mod == 0){ new_d = small +1;} if(mod != 0){ new_d = big;} } } data[h][w] = new_d; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }5f:T5e3,test__ttt = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#000','#02c','#606','#900','#f00','#f90','#ddd','#0c0','#060']; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1];// +1; let l = data[h-1][w];// +1; let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l-1; } else { new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; if(mod == 0){ new_d = small +1;} else{ new_d = big - 1;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }60:T5e3,test__ttt1 = { const u = 2; // unit const wu = 500; // no. units on width const hu = 100; // no. units on height const col = ['#000','#000','#02c','#606','#900','#f00','#f90','#ddd','#0c0','#060']; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1];// +1; let l = data[h-1][w];// +1; let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l+1; } else { new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; if(mod == 0){ new_d = small +1;} else{ new_d = big - 1;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }61:T5f0,test__ttt2 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#000','#02c','#606','#900','#f00','#f90','#ddd','#0c0','#060']; const inc = 0; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1] +inc; let l = data[h-1][w] +inc; let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l; } else { new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; if(mod == 0){ new_d = small +1;} else{ new_d = big - 1;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }62:T5f1,test__ttt3 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#000','#02c','#606','#900','#f00','#f90','#ddd','#0c0','#060']; const inc = -1; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1] +inc; let l = data[h-1][w] +inc; let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l; } else { new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; if(mod == 0){ new_d = small +1;} else{ new_d = big - 1;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }63:T5f4,test__ttt4 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#000','#02c','#606','#900','#f00','#f90','#ddd','#0c0','#060']; const inc = -1; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1];// +inc; let l = data[h-1][w] +inc; let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l; } else { new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; if(mod == 0){ new_d = small +1;} else{ new_d = big - 1;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }64:T606,test__ttt5 = { const u = 3; // unit const wu = 300; // no. units on width const hu = 60; // no. units on height const col = ['#000','#000','#02c','#606','#900','#f00','#f90','#ddd','#0c0','#060']; const inc = -1; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1];// +inc**(1+h**2); let l = data[h-1][w] +inc**(1+h**2); let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l; } else { new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; if(mod == 0){ new_d = small +1;} else{ new_d = big - 1;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }65:T617,test__ttt6 = { const u = 2; // unit const wu = 500; // no. units on width const hu = 150; // no. units on height const col = ['#000','#000','#02c','#606','#900','#f00','#f90','#ddd','#0c0','#060']; const inc = 1; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1]+inc;// +inc**(1+h**2); let l = data[h-1][w]+inc;// +inc**(1+h**2); let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l; } else { new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; if(mod == 0){ new_d = small;}// +1;} //else{ new_d = big - 1;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }66:T61c,test__ttt7 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#000','#02c','#606','#900','#f00','#f90','#ddd','#0c0','#060']; const inc = -1; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1];//+inc;// +inc**(1+h**2); let l = data[h-1][w]+inc;// +inc**(1+h**2); let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l; } else { new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; if(mod == 0){ new_d = small;}// +1;} //else{ new_d = big - 1;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }67:T61d,test__ttt10 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#000','#02c','#606','#900','#f00','#f90','#ddd','#0c0','#060']; const inc = -1; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1]+inc;// +inc**(1+h**2); let l = data[h-1][w];//+inc;// +inc**(1+h**2); let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l; } else { new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; if(mod == 0){ new_d = small;}// +1;} //else{ new_d = big - 1;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }68:T61a,test__ttt8 = { const u = 2; // unit const wu = 600; // no. units on width const hu = 400; // no. units on height const col = ['#000','#000','#02c','#606','#900','#f00','#f90','#ddd','#0c0','#060']; const inc = -1; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1]+inc;// +inc**(1+h**2); let l = data[h-1][w]+inc;// +inc**(1+h**2); let diff = Math.abs(l-r); let new_d = diff; if(diff == 0){ new_d = l; } else if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; //if(mod == 0){ new_d = small;}// +1;} if(mod == 0){ new_d = diff + big/small;} //else{ new_d = big - 1;} } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }69:T61a,test__ttt11 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#000','#02c','#606','#900','#f00','#f90','#ddd','#0c0','#060']; const inc = -1; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1]+inc;// +inc**(1+h**2); let l = data[h-1][w]-inc;// +inc**(1+h**2); let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l; } else { new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; if(mod == 0){ new_d = small;}// +1;} //else{ new_d = big - 1;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }6a:T60b,test__ttt9 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#000','#02c','#606','#900','#f00','#f90','#ddd','#0c0','#060']; const inc = -1; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1] +inc**(1+h**2); let l = data[h-1][w] -inc**(1+h**2); let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l; } else { new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; if(mod == 0){ new_d = small;}// +1;} //else{ new_d = big - 1;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }6b:T617,test__ttt12 = { const u = 2; // unit const wu = 500; // no. units on width const hu = 150; // no. units on height const col = ['#000','#000','#02c','#606','#900','#f00','#f90','#ddd','#0c0','#060']; const inc = -2; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1] + inc*(-1)**(1+h**2); let l = data[h-1][w] + inc*(-1)**(1+h**2); let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l; } else { new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; if(mod == 0){ new_d = small;}// +1;} //else{ new_d = big - 1;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }6c:T618,test__ttt13 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#000','#02c','#606','#900','#f00','#f90','#ddd','#0c0','#060']; const inc = -3; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1] + inc*(-1)**(1+h**2); let l = data[h-1][w] + inc*(-1)**(1+h**2); let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l; } else { new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; if(mod == 0){ new_d = small;}// +1;} //else{ new_d = big - 1;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }6d:T618,test__ttt14 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#000','#02c','#606','#900','#f00','#f90','#ddd','#0c0','#060']; const inc = -5; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1] + inc*(-1)**(1+h**2); let l = data[h-1][w] + inc*(-1)**(1+h**2); let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l; } else { new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; if(mod == 0){ new_d = small;}// +1;} //else{ new_d = big - 1;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }6e:T618,test__ttt15 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#000','#02c','#606','#900','#f00','#f90','#ddd','#0c0','#060']; const inc = -7; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1] + inc*(-1)**(1+h**2); let l = data[h-1][w] + inc*(-1)**(1+h**2); let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l; } else { new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; if(mod == 0){ new_d = small;}// +1;} //else{ new_d = big - 1;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }6f:T5fe,test__tt18 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#009','#02c','#606','#900','#f00','#f90','#999','#0c0','#060']; const window = 10**14; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1]; let l = data[h-1][w]; let diff = Math.abs(l-r); let new_d = l*10 +r; if(diff == 0){ new_d = l; } else { if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; if(mod == 0){ new_d = big/small;}// +1;} if(mod != 0){ new_d = small + mod;} } } data[h][w] = new_d%window; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = Math.abs(data[h][w])%10; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }70:T61c,test__ttt18 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#009','#02c','#606','#900','#f00','#f90','#999','#0c0','#060']; const window = 10**14; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1]; let l = data[h-1][w]; let diff = Math.abs(l-r); let new_d = l*10 +r; if(diff == 0){ new_d = l; } else { if(l>1 & r>1){ let small = Math.min(l,r); let big = Math.max(l,r); let mod = big % small; if(mod == 0){ new_d = big/small;} //if(mod != 0){ new_d = small + mod;} if(mod != 0){ new_d = diff + mod;} } } data[h][w] = new_d%window; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = Math.abs(data[h][w])%10; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }71:T5ef,test__ttt16 = { const u = 2; // unit const wu = 300; // no. units on width const hu = 150; // no. units on height const col = ['#000','#009','#02c','#606','#900','#f00','#f90','#999','#0c0','#060']; const window = 10**14; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let l = data[h-1][w]; let r = data[h-1][w+1]; let diff = Math.abs(l-r); let small = Math.min(l,r); let big = Math.max(l,r); let mod = l%r; //big % small; let new_d; if(diff == 0){ new_d = l; } else if(l>1 & r>1){ if(mod == 0){ new_d = l/r;} if(mod != 0){ new_d = small + mod;} //if(mod != 0){ new_d = mod;} } else { new_d = big; //l+r; } data[h][w] = new_d%window; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = Math.abs(data[h][w])%10; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }72:T5e7,test__ttt19 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#009','#02c','#606','#900','#f00','#f90','#999','#0c0','#060']; const window = 10**14; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let l = data[h-1][w]; let r = data[h-1][w+1]; let diff = Math.abs(l-r); let small = Math.min(l,r); let big = Math.max(l,r); let mod = l%r; //big % small; let new_d; if(diff == 0){ new_d = l; } else if(l>1 & r>1){ if(mod == 0){ new_d = l/r;} //if(mod != 0){ new_d = mod;} if(mod != 0){ new_d = big - mod;} } else { new_d = l+r; } data[h][w] = new_d%window; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = Math.abs(data[h][w])%10; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }73:T65e,test__ttt17 = { const u = 1.5; // unit const wu = 1000; // no. units on width const hu = 150; // no. units on height const col = ['#000','#02c','#003','#606','#900','#f00','#f90','#ddd','#0c0','#060']; const inc = -3; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1];// + inc*(-1)**(1+h**2); let l = data[h-1][w];// + inc*(-1)**(1+h**2); let diff = Math.abs(l-r); let new_d = l*10 +r; if(diff == 0){ new_d = l; } else { //new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; if(mod == 0){ new_d = big/small;}// +1;} else{ new_d = big - mod;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = Math.abs(data[h][w])%10; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = '#fff'; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }74:T5f6,testttt5 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 500; // no. units on height const col = ['#606','#009','#09f','#666','#900','#f00','#f90','#ccc','#0c0','#060']; const start = 0; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1];// +1; let l = data[h-1][w];// +1; let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l-1; } else { new_d = diff; if(r>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; if(mod == 0){ new_d = small;} if(mod != 0){ new_d = big+1;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }75:T5ea,testttt8 = { const u = 2; // unit const wu = 500; // no. units on width const hu = 100; // no. units on height const col = ['#000','#009','#09f','#666','#900','#f00','#f90','#ccc','#0c0','#060']; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1];// +1; let l = data[h-1][w];// +1; let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l+1; } else { new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; if(mod == 0){ new_d = small;} if(mod != 0){ new_d = small + mod;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }76:T5e7,testttt9 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 500; // no. units on height const col = ['#000','#009','#09f','#666','#900','#f00','#f90','#ccc','#0c0','#060']; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1];// +1; let l = data[h-1][w];// +1; let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l; //+1; } else { new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; if(mod == 0){ new_d = small;} if(mod != 0){ new_d = big;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }77:T5f0,testttt10 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#009','#09f','#666','#900','#f00','#f90','#ccc','#0c0','#060']; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1];// +1; let l = data[h-1][w];// +1; let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l; //+1; } else { new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; if(mod == 0){ new_d = small;} if(mod != 0){ new_d = small + mod;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }78:T5ee,testttt11 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#009','#09f','#666','#900','#f00','#f90','#ccc','#0c0','#060']; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let r = data[h-1][w+1];// +1; let l = data[h-1][w];// +1; let diff = Math.abs(l-r); let new_d; if(diff == 0){ new_d = l; //+1; } else { new_d = diff; if(l>1 & r>1){ let small = Math.min(l,r);// +1; let big = Math.max(l,r);// -1; let mod = big % small; if(mod == 0){ new_d = small;} if(mod != 0){ new_d = big + mod;} } } data[h][w] = new_d;// % 10; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = data[h][w]*1; x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }79:T4c3,testttt12 = { const u = 2; // unit const wu = 500; // no. units on width const hu = 200; // no. units on height const col = ['#000','#009','#09f','#666','#900','#f00','#f90','#ccc','#0c0','#060']; const window = 10**20; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let l = data[h-1][w];// +1; let r = data[h-1][w+1];// +1; let new_d = l*10 + r; ///if(new_d != 0){new_d = new_d % (new_d+1);} data[h][w] = new_d % window; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = Math.abs(data[h][w]%10); x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }7a:T4ff,testttt13 = { const u = 2; // unit const wu = 500; // no. units on width const hu = 200; // no. units on height const col = ['#000','#009','#09f','#666','#900','#f00','#f90','#ccc','#0c0','#060']; const window = 10**2; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let l = data[h-1][w];// +1; let r = data[h-1][w+1];// +1; let new_d = l*10 + r; new_d = new_d % window; ///if(new_d != 0){new_d = new_d % (new_d+1);} data[h][w] = new_d; if(h>20){data[h][w] = new_d % h}; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = Math.abs(data[h][w]%10); x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }7b:T571,testttt14 = { const u = 0.5; // unit const wu = 1000; // no. units on width const hu = 1000; // no. units on height const col = ['#000','#00f','#09f','#666','#900','#f00','#f90','#ccc','#0c0','#060']; const window = 10**14; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let l = data[h-1][w];// +1; let r = data[h-1][w+1];// +1; let new_d = l*10 + r; //new_d = new_d % window; ///if(new_d != 0){new_d = new_d % (new_d+1);} data[h][w] = new_d; if(r>1 & new_d>window){data[h][w] = new_d % r}; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = Math.abs(data[h][w]%10); x = u*w*2 + h*u; y = (hu-h-1)*u; //context.fillStyle = '#fff'; context.fillStyle = col[digit]; //if(h%window == 0){context.fillStyle = '#fff'; } context.fillRect(x, y, u, u); } } return canvas; }7c:T52b,testttt15 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#00f','#09f','#666','#600','#900','#930','#ccc','#0c0','#060']; const window = 10**14; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let l = data[h-1][w]+1; let r = data[h-1][w+1]+1; let new_d = l * r; data[h][w] = new_d%10;// % window; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; let tick = 0; for (let h = 0; h < hu; ++h){ tick = (tick +1)%10; for (let w = 0; w < wu; ++w) { digit = Math.abs(data[h][w]%10); x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = '#333'; if(tick < 0){ // context.fillStyle = '#f00'; } else { context.fillStyle = col[digit]; } context.fillRect(x, y, u, u); } } return canvas; }7d:T531,testt00tt16 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#00f','#09f','#666','#900','#f00','#f90','#ccc','#0c0','#060']; const window = 10**14; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let l = data[h-1][w]+1; let r = data[h-1][w+1]+1; let new_d = l * r; data[h][w] = new_d%(8*14);// % window; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; let tick = 0; for (let h = 0; h < hu; ++h){ tick = (tick +1)%10; for (let w = 0; w < wu; ++w) { digit = Math.abs(data[h][w]%10); x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = '#333'; if(tick < 0){ // context.fillStyle = '#f00'; } else { context.fillStyle = col[digit]; } context.fillRect(x, y, u, u); } } return canvas; }7e:T50c,testttt16 = { const u = 2; // unit const wu = 500; // no. units on width const hu = 150; // no. units on height const col = ['#000','#00f','#09f','#96f','#600','#f00','#f90','#999','#0c0','#060']; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let l = data[h-1][w]+1; let r = data[h-1][w+1]+1; let new_d = l * r; data[h][w] = new_d%15;// % 5; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; let tick = 0; for (let h = 0; h < hu; ++h){ tick = (tick +1)%10; for (let w = 0; w < wu; ++w) { digit = Math.abs(data[h][w]%10); x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = '#333'; if(tick < 0){ // context.fillStyle = '#f00'; } else { context.fillStyle = col[digit]; } context.fillRect(x, y, u, u); } } return canvas; }7f:T512,testttt24 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#00f','#09f','#666','#900','#f00','#f90','#ccc','#0c0','#060']; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let l = data[h-1][w]+1; let r = data[h-1][w+1]+1; let new_d = l * r; data[h][w] = new_d%75;// % window; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; let tick = 0; for (let h = 0; h < hu; ++h){ tick = (tick +1)%10; for (let w = 0; w < wu; ++w) { digit = Math.abs(data[h][w]%10); x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = '#333'; if(tick < 0){ // context.fillStyle = '#f00'; } else { context.fillStyle = col[digit]; } context.fillRect(x, y, u, u); } } return canvas; }80:T511,testttt19 = { const u = 2; // unit const wu = 500; // no. units on width const hu = 150; // no. units on height const col = ['#000','#00f','#09f','#666','#900','#f00','#f90','#ccc','#0c0','#060']; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let l = data[h-1][w]+1; let r = data[h-1][w+1]+1; let new_d = l * r; data[h][w] = new_d%16;// % window; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; let tick = 0; for (let h = 0; h < hu; ++h){ tick = (tick +1)%10; for (let w = 0; w < wu; ++w) { digit = Math.abs(data[h][w]%10); x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = '#333'; if(tick < 0){ // context.fillStyle = '#f00'; } else { context.fillStyle = col[digit]; } context.fillRect(x, y, u, u); } } return canvas; }81:T511,testttt20 = { const u = 2; // unit const wu = 500; // no. units on width const hu = 150; // no. units on height const col = ['#000','#00f','#09f','#666','#900','#f00','#f90','#ccc','#0c0','#060']; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let l = data[h-1][w]+1; let r = data[h-1][w+1]+1; let new_d = l * r; data[h][w] = new_d%32;// % window; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; let tick = 0; for (let h = 0; h < hu; ++h){ tick = (tick +1)%10; for (let w = 0; w < wu; ++w) { digit = Math.abs(data[h][w]%10); x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = '#333'; if(tick < 0){ // context.fillStyle = '#f00'; } else { context.fillStyle = col[digit]; } context.fillRect(x, y, u, u); } } return canvas; }82:T511,testttt23 = { const u = 2; // unit const wu = 500; // no. units on width const hu = 150; // no. units on height const col = ['#000','#00f','#09f','#666','#900','#f00','#f90','#ccc','#0c0','#060']; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let l = data[h-1][w]+1; let r = data[h-1][w+1]+1; let new_d = l * r; data[h][w] = new_d%64;// % window; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; let tick = 0; for (let h = 0; h < hu; ++h){ tick = (tick +1)%10; for (let w = 0; w < wu; ++w) { digit = Math.abs(data[h][w]%10); x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = '#333'; if(tick < 0){ // context.fillStyle = '#f00'; } else { context.fillStyle = col[digit]; } context.fillRect(x, y, u, u); } } return canvas; }83:T52a,testttt17 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#00f','#09f','#666','#900','#f00','#f90','#ccc','#0c0','#060']; const window = 10**14; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let l = data[h-1][w]+1; let r = data[h-1][w+1]+1; let new_d = l * r; data[h][w] = new_d%6;// % window; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; let tick = 0; for (let h = 0; h < hu; ++h){ tick = (tick +1)%10; for (let w = 0; w < wu; ++w) { digit = Math.abs(data[h][w]%10); x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = '#333'; if(tick < 0){ // context.fillStyle = '#f00'; } else { context.fillStyle = col[digit]; } context.fillRect(x, y, u, u); } } return canvas; }84:T489,testttt27 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#00c','#06c','#0ff','#0f0','#900','#f00','#f90','#999','#060','#000']; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let l = data[h-1][w]+1; let r = data[h-1][w+1]+1; let new_d = l * r; data[h][w] = new_d%12; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; for (let h = 0; h < hu; ++h){ for (let w = 0; w < wu; ++w) { digit = Math.abs(data[h][w]%10); x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = '#333'; context.fillStyle = col[digit]; context.fillRect(x, y, u, u); } } return canvas; }85:T52e,testttt18 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#00f','#09f','#666','#900','#f00','#f90','#ccc','#0c0','#060']; const window = 10**14; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let l = data[h-1][w]+1; let r = data[h-1][w+1]+1; let new_d = l * r; data[h][w] = new_d%(6*4);// % window; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; let tick = 0; for (let h = 0; h < hu; ++h){ tick = (tick +1)%10; for (let w = 0; w < wu; ++w) { digit = Math.abs(data[h][w]%10); x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = '#333'; if(tick < 0){ // context.fillStyle = '#f00'; } else { context.fillStyle = col[digit]; } context.fillRect(x, y, u, u); } } return canvas; }86:T515,testttt21 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#00f','#09f','#666','#900','#f00','#f90','#ccc','#0c0','#060']; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let l = data[h-1][w]+1; let r = data[h-1][w+1]+1; let new_d = l * r; data[h][w] = new_d%(6*8);// % window; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; let tick = 0; for (let h = 0; h < hu; ++h){ tick = (tick +1)%10; for (let w = 0; w < wu; ++w) { digit = Math.abs(data[h][w]%10); x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = '#333'; if(tick < 0){ // context.fillStyle = '#f00'; } else { context.fillStyle = col[digit]; } context.fillRect(x, y, u, u); } } return canvas; }87:T516,testttt22 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#00f','#09f','#666','#900','#f00','#f90','#ccc','#0c0','#060']; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let l = data[h-1][w]+1; let r = data[h-1][w+1]+1; let new_d = l * r; data[h][w] = new_d%(6*12);// % window; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; let tick = 0; for (let h = 0; h < hu; ++h){ tick = (tick +1)%10; for (let w = 0; w < wu; ++w) { digit = Math.abs(data[h][w]%10); x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = '#333'; if(tick < 0){ // context.fillStyle = '#f00'; } else { context.fillStyle = col[digit]; } context.fillRect(x, y, u, u); } } return canvas; }88:T512,testttt25 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#00f','#09f','#666','#900','#f00','#f90','#ccc','#0c0','#060']; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let l = data[h-1][w]+1; let r = data[h-1][w+1]+1; let new_d = l * r; data[h][w] = new_d%96;// % window; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; let tick = 0; for (let h = 0; h < hu; ++h){ tick = (tick +1)%10; for (let w = 0; w < wu; ++w) { digit = Math.abs(data[h][w]%10); x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = '#333'; if(tick < 0){ // context.fillStyle = '#f00'; } else { context.fillStyle = col[digit]; } context.fillRect(x, y, u, u); } } return canvas; }89:T515,testttt26 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#00f','#09f','#303','#006','#f06','#630','#333','#0f0','#090']; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let l = data[h-1][w]+1; let r = data[h-1][w+1]+1; let new_d = l * r; data[h][w] = new_d%(6*3);// % window; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 'black'; context.fillRect(0, 0, width, height); let x, y, digit; let tick = 0; for (let h = 0; h < hu; ++h){ tick = (tick +1)%10; for (let w = 0; w < wu; ++w) { digit = Math.abs(data[h][w]%10); x = u*w*2 + h*u; y = (hu-h-1)*u; context.fillStyle = '#333'; if(tick < 0){ // context.fillStyle = '#f00'; } else { context.fillStyle = col[digit]; } context.fillRect(x, y, u, u); } } return canvas; }8a:T516,testttt28 = { const u = 1; // unit const wu = 1000; // no. units on width const hu = 300; // no. units on height const col = ['#000','#00f','#09f','#666','#900','#f00','#f90','#ccc','#0c0','#060']; const base = get_pi(wu*2); let data = [[]]; data[0] = base; for (let h = 1; h < hu; ++h){ data[h] = []; for (let w = 0; w < wu*2; ++w) { let l = data[h-1][w]+1; let r = data[h-1][w+1]+1; let new_d = l * r; data[h][w] = new_d%(6*24);// % window; } } const width = wu*u*2; // double the units to have spaces between squares const height = hu*u; const { canvas, context } = createCanvas(); const pixelRatio = resize(canvas, width, height, ); context.globalAlpha = 1; context.scale(pixelRatio, pixelRatio); context.fillStyle = 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