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Program thumbnail for "{props.program.title}"

Title	Build3D
ID	4839445059862528
Created	10 years ago, 1417377720229
Updated	9 years ago, 1445009652180
Code	// Build3D (12/14) // Add tiles to build and transform/round/smooth a 3D figure // (click on 'info' for instructions) // Looks better with: ?width=900&height=600 // Based on the KA/Pixar 'Character Modeling (subdivision)' and // 'what-are-3d-shapes' tutorials. /* Thanks for all the comments and votes. * * There have been some questions about how this is done, so... * * Start with the '3D shapes' tutorials to learn about x/y/z * coordinates and how they move on a 2D canvas. * * If you follow this programs's 'Based on' back to my program 't3', * you'll see a fairly short program that rotates a simple 3D shape. * * The next program, t3b, defines 'faces' (or tiles) and separates * the orignal xyz points (arrays ox/oy/oz) from the rotated xyz * points (arrays rx/ry/rz). * * Program t3c adds a sort of the faces/tiles so they can be * displayed as solid color faces in the right order. * * Program t3f splits each face/tile into four faces when the mouse * is clicked. * * Program t3g adds the 'transform' which rounds/curves the figure. * If you click on 'Split', you see each face become four faces. * Then click on 'Trans' and each xyz point (except the new center * points) move. Their movement depends on how many faces they * are connected to. There is a different section of code based on * the number of faces (2 through 6). It uses 'weighted average'. * * Finally, this program adds the ability to add/remove tiles * interactively, drag points interactively, improves processing * speed and cleans up for a more finished look. / // todo: // put z on same plane of first three in 'add new'? // animate C arrows... // smooth gray scale bar apply to color instead of just gray? // 'squarer' 'spikey' button // 'save' funtion? // 'coordinate' planes? // change existing tile colors? (select by highlighting it's 4 corners) // remove 'selected' tile instead of last? // designate 'no change during transform' points? // split twice before trans for a squarer look. Multiple 'trans' for 'spikey'. colorMode(HSB); strokeWeight(0.5); textAlign(CENTER,CENTER); var w2 = width/2; var h2 = height/2; var infodisplay = function() { fill(0, 0, 255); rect(1,1,width-3,height-3,5); rect(width-43,6,35,21,5); fill(0, 0, 0); text("With this program you can build a 3D model and transform\nit into a rounded shape. To start with an empty canvas,\npress the 'Remove last tile' button until the example is gone.\n\n'Transform' will work only if the tiles are 'connected'.\n\nTo add a new tile that connects to an existing tile, click on\nthe points you want to connect to so that they are highlighted\nwith a green circle. After they are highlighted, press the\n'Add new tile' button and click on the spots for the four corners.\n\nAfter adding a new tile with new points, rotate the display\na quarter turn up/down and left/right and make sure the new\npoints are in the place you want for all three dimensions.\nDrag the new points into better positions as needed.\n\nTo get started, try connecting four tiles in a circle to create\na tube when the 'Transform' button is pressed. Then add a\ntile to the bottom to see a bowl after 'Transform'. Next, add\n a tile to the top to make a sphere. Try removing the top\nand adding three tiles to make a basket with a handle. ",w2,h2); text("Back",width-24,17); }; var ox = [-90,-90,-90,-90, 0, 0, 0, 0, 90,90, 90, 90,120,120, 30, 30,-20,-90,-20,-90, -30,-80,-30,-80]; var oy = [ 0,140,140, 0, 0,140, 0,140,140, 0,140, 0,-70,-99,-120,-90,-99,-99,-60,-60, -170,-170,-120,-120]; var oz = [-60,-60, 60, 60,60, 60,-60,-60, 60,60,-60,-60,-60, 60, 60,-60, 50, 50,-50,-50, -30,-30,-90,-90]; var of = [0,1,2,3, 4,5,2,3, 0,1,7,6, 4,5,8,9, 9,8,10,11, 6,7,10,11, 9,11,12,13, 4,9,13,14, 6,11,12,15, 4,6,15,14, 3,4,16,17, 4,6,18,16, 0,3,17,19, 0,6,18,19, 16,17,21,20, 16,18,22,20, 18,19,23,22, 17,19,23,21, 20,21,23,22, 12,13,14,15]; var ofc = [0,0,0,0,10,0,0,0,20,0,0,0,30,0,0,0,40,0,0,0,50,0,0,0,60,0,0,0,70,0,0,0,80,0,0,0,90,0,0,0,100,0,0,0,110,0,0,0,120,0,0,0,130,0,0,0,140,0,0,0,150,0,0,0,160,0,0,0,170,0,0,0,210,0,0,0,240]; var x = [], y = [], z = []; var f=[]; var fc = []; var xf = [[],[],[],[],[],[],[],[]]; // xyz by face 8 max? var splitcnt = 0; var splitit = false; var resetit = true; var addtile = false; var removetile = false; var dp = -1; // drag point - single point being dragged var dragall = false; var infodsp = 0; var sp = [-1,-1,-1,-1]; // selected point for adding a tile (4 max) var c1 = 0; // color var npx = []; var npy = []; var npz = []; var npri = []; var npi = -1; var initnewpoint = function() { npx = [99999,99999,99999,99999]; npy = []; npz = []; npri = [-1,-1,-1,-1]; npi = -1; }; var rx = [], ry=[], rz=[], rxi = 0, ryi = 0, rzi = 0, dragit = true; // rotate pts var moved = true; var dist3 = function (x0,y0,z0,x1,y1,z1) { return sqrt(sq(x1-x0) + sq(y1-y0) + sq(z1-z0)); }; var rotatearoundx = function(a) { var cosa=cos(a), sina=sin(a); for (var n=0; n<x.length; n++) { if (rx[n] < 99999) { var ty = ry[n]; ry[n] = tycosa - rz[n]sina; rz[n] = rz[n]cosa + tysina; } } }; var rotatearoundy = function(a) { var cosa=cos(a), sina=sin(a); for (var n=0; n<x.length; n++) { if (rx[n] < 99999) { var tx = rx[n]; rx[n] = txcosa - rz[n]sina; rz[n] = rz[n]cosa + txsina; } } }; // sort of the face's z position is needed for the displays..... var auth="philfulks"; var sf = []; var emptyarray = []; var sortfaces = function() { sf = emptyarray.slice(); for (var n=0; n<f.length; n+=4) { sf[n/4] = (100000-round(rz[f[n]]+rz[f[n+1]]+rz[f[n+2]]+rz[f[n+3]]))100000+n; } sf.sort(function(a, b){return a - b;}); for (var n=0; n<sf.length; n++) { sf[n] = sf[n]%100000; } }; var endxi; // will be last non-center xyz of a split var splitfaces = function() { //each face becomes four var tf=[]; // temp faces var tfc=[]; // temp face colors var xi = x.length-1; var tt = x.length-4; var beginxi = x.length; // last xyz index before a split for (var n=0; n<f.length; n+=4) { // new side pts for (var l=0; l<3; l++) { xi++; x[xi] = x[f[n+l]]/2 + x[f[n+l+1]]/2; y[xi] = y[f[n+l]]/2 + y[f[n+l+1]]/2; z[xi] = z[f[n+l]]/2 + z[f[n+l+1]]/2; } xi++; x[xi] = x[f[n+3]]/2 + x[f[n]]/2; y[xi] = y[f[n+3]]/2 + y[f[n]]/2; z[xi] = z[f[n+3]]/2 + z[f[n]]/2; } endxi = x.length; for (var n=0; n<f.length; n+=4) { xi++; tt+=4; x[xi] = x[tt]/2 + x[tt+2]/2; // split center pts y[xi] = y[tt]/2 + y[tt+2]/2; z[xi] = z[tt]/2 + z[tt+2]/2; var tfi = n4; tf[tfi] = xi; // new faces.. tf[tfi+1] = tt; tf[tfi+2] = f[n]; tf[tfi+3] = tt+3; tf[tfi+4] = xi; tf[tfi+5] = tt+1; tf[tfi+6] = f[n+1]; tf[tfi+7] = tt; tf[tfi+8] = xi; tf[tfi+9] = tt+2; tf[tfi+10] = f[n+2]; tf[tfi+11] = tt+1; tf[tfi+12] = xi; tf[tfi+13] = tt+3; tf[tfi+14] = f[n+3]; tf[tfi+15] = tt+2; tfc[tfi] = fc[n]; tfc[tfi+4] = fc[n]; tfc[tfi+8] = fc[n]; tfc[tfi+12] = fc[n]; } // create xf array to speed up 'dup check' and 'transform' // xf[0-7][xidx] = fidx f[fidx] = xidx for (var n=0; n<8; n++) { for (var m=0; m<tf.length; m++) { xf[n][m] = -1;} } // init xf... better way? '=== null' instead of <0? //if (xf[m][tf[n]] >= 0 && xf[m][tf[n]] < 99999) { } else {xf[m][tf[n]] = n; m=99;} ?? for (var n=0; n<tf.length; n++) { for (var m=0; m<8; m++) { if (xf[m][tf[n]] < 0) {xf[m][tf[n]] = n; m=99;} } } // check for duplicates... var na = []; var nai = 0; for (var n=beginxi; n<endxi; n++) { na[nai] = (abs(round(x[n]+y[n]+z[n]))100000) + n; nai++; } na.sort(function(a, b){return a - b;}); for (var n=0; n<na.length-1; n++) { if (na[n] > 0) { for (var m=n+1; m<na.length; m++) { //dbg2++; if (floor(na[n]/100000) >= floor(na[m]/100000)) { // x+y+z match, but maybe not x=x,y=y,z=z ????? var k = na[n]%100000; var l = na[m]%100000; if (x[k]===x[l] && y[k]===y[l] && z[k]===z[l]) { x[l] = 99999; na[m] = 0; xf[2][k] = xf[0][l]; xf[3][k] = xf[1][l]; tf[xf[2][k]] = k; tf[xf[3][k]] = k; } } else {m=99999;} // no longer an x+y+z match ?? rounding issue? within 3? } } } f = tf.slice(); fc = tfc.slice(); }; var oppositefcpoint = function(fcpt) { if (fcpt%4 === 0 \|\| fcpt%4 === 1) {return fcpt+2;} else {return fcpt-2;} }; var fc0,fc1,fc2,fc3,shrp0,shrp1,opp0,opp1; var transformxyz = function() { for (var n=endxi-1; n>=0; n--) { // reverse from last non-center xyz var pf = []; var pfi = 0; for (var m=0; m<8; m++) { if (xf[m][n] >= 0) { pf[pfi] = xf[m][n]; pfi++; } else {m=99;} } if (pfi === 2) { // 2 faces touch point fc0 = floor(pf[0]/4)4; //var? face beginning pts fc1 = floor(pf[1]/4)4; shrp0 = -1; //var? shared pts shrp1 = -1; for (var m=fc0; m<fc0+4; m++) { if (f[m] !== n) { for (var o=fc1; o<fc1+4; o++) { if (f[o] === f[m]) { shrp0 = m; shrp1 = o; o = 999999; m = 999999; } } } } var opp0 = oppositefcpoint(shrp0); var opp1 = oppositefcpoint(shrp1); var x1 = x[f[opp0]]/2 + x[f[opp1]]/2; var y1 = y[f[opp0]]/2 + y[f[opp1]]/2; var z1 = z[f[opp0]]/2 + z[f[opp1]]/2; x[n] = x[n]/2 + x1/2; // 2???? y[n] = y[n]/2 + y1/2; z[n] = z[n]/2 + z1/2; } // if (pfi === 2) if (pfi === 3) { var opp0 = oppositefcpoint(pf[0]); var opp1 = oppositefcpoint(pf[1]); var opp2 = oppositefcpoint(pf[2]); var t9 = 1/4; //? too much of the first? var x1 = x[f[opp0]]/2 + x[f[opp1]]/2; x1 = x[n](1-t9) + x1t9; var x2 = x[f[opp0]]/2 + x[f[opp2]]/2; x2 = x1(1-t9) + x2t9; var x3 = x[f[opp1]]/2 + x[f[opp2]]/2; x[n] = x2(1-t9) + x3t9; var y1 = y[f[opp0]]/2 + y[f[opp1]]/2; y1 = y[n](1-t9) + y1t9; var y2 = y[f[opp0]]/2 + y[f[opp2]]/2; y2 = y1(1-t9) + y2t9; var y3 = y[f[opp1]]/2 + y[f[opp2]]/2; y[n] = y2(1-t9) + y3t9; var z1 = z[f[opp0]]/2 + z[f[opp1]]/2; z1 = z[n](1-t9) + z1t9; var z2 = z[f[opp0]]/2 + z[f[opp2]]/2; z2 = z1(1-t9) + z2t9; var z3 = z[f[opp1]]/2 + z[f[opp2]]/2; z[n] = z2(1-t9) + z3t9; } // if (pfi === 3) if (pfi === 4) { var opp0 = oppositefcpoint(pf[0]); var opp1 = oppositefcpoint(pf[1]); var opp2 = oppositefcpoint(pf[2]); var opp3 = oppositefcpoint(pf[3]); var x1 = x[f[opp0]]/2 + x[f[opp1]]/2; var x2 = x[f[opp2]]/2 + x[f[opp3]]/2; var x3 = x1/2 + x2/2; x[n] = x[n]/2 + x3/2; var y1 = y[f[opp0]]/2 + y[f[opp1]]/2; var y2 = y[f[opp2]]/2 + y[f[opp3]]/2; var y3 = y1/2 + y2/2; y[n] = y[n]/2 + y3/2; var z1 = z[f[opp0]]/2 + z[f[opp1]]/2; var z2 = z[f[opp2]]/2 + z[f[opp3]]/2; var z3 = z1/2 + z2/2; z[n] = z[n]/2 + z3/2; } // if (pfi === 4) if (pfi === 5) { var opp0 = oppositefcpoint(pf[0]); var opp1 = oppositefcpoint(pf[1]); var opp2 = oppositefcpoint(pf[2]); var opp3 = oppositefcpoint(pf[3]); var opp4 = oppositefcpoint(pf[4]); var x1 = x[f[opp0]]/2 + x[f[opp1]]/2; var x2 = x[f[opp2]]/2 + x[f[opp3]]/2; x1 = x1/2 + x[f[opp4]]/2; //??? x2 = x2/2 + x[f[opp4]]/2; //??? var x3 = x1/2 + x2/2; x[n] = x[n]/2 + x3/2; var y1 = y[f[opp0]]/2 + y[f[opp1]]/2; var y2 = y[f[opp2]]/2 + y[f[opp3]]/2; y1 = y1/2 + y[f[opp4]]/2; //??? y2 = y2/2 + y[f[opp4]]/2; //??? var y3 = y1/2 + y2/2; y[n] = y[n]/2 + y3/2; var z1 = z[f[opp0]]/2 + z[f[opp1]]/2; var z2 = z[f[opp2]]/2 + z[f[opp3]]/2; z1 = z1/2 + z[f[opp4]]/2; //??? z2 = z2/2 + z[f[opp4]]/2; //??? var z3 = z1/2 + z2/2; z[n] = z[n]/2 + z3/2; } // if (pfi === 5) if (pfi === 6) { var opp0 = oppositefcpoint(pf[0]); var opp1 = oppositefcpoint(pf[1]); var opp2 = oppositefcpoint(pf[2]); var opp3 = oppositefcpoint(pf[3]); var opp4 = oppositefcpoint(pf[4]); var opp5 = oppositefcpoint(pf[5]); var x1 = x[f[opp0]]/2 + x[f[opp1]]/2; var x2 = x[f[opp2]]/2 + x[f[opp3]]/2; var x3 = x[f[opp4]]/2 + x[f[opp5]]/2; var x4 = x1/2 + x2/2; x4 = x4/2 + x3/2; x[n] = x[n]/2 + x4/2; var y1 = y[f[opp0]]/2 + y[f[opp1]]/2; var y2 = y[f[opp2]]/2 + y[f[opp3]]/2; var y3 = y[f[opp4]]/2 + y[f[opp5]]/2; var y4 = y1/2 + y2/2; y4 = y4/2 + y3/2; y[n] = y[n]/2 + y4/2; var z1 = z[f[opp0]]/2 + z[f[opp1]]/2; var z2 = z[f[opp2]]/2 + z[f[opp3]]/2; var z3 = z[f[opp4]]/2 + z[f[opp5]]/2; var z4 = z1/2 + z2/2; z4 = z4/2 + z3/2; z[n] = z[n]/2 + z4/2; } // if (pfi === 6) } }; var dragpoint = function() { if (mouseIsPressed && !addtile) { if (splitcnt === 0 && !dragall) { if (dp >= 0) { var newx = mouseX - w2; var newy = mouseY - h2; var newz = rz[dp]; ox[dp] = newxcos(-ryi) - newzsin(-ryi); oz[dp] = newzcos(-ryi) + newxsin(-ryi); oy[dp] = newycos(-rxi) - oz[dp]sin(-rxi); oz[dp] = oz[dp]cos(-rxi) + newysin(-rxi); resetit = true; } else { for (var n=0; n<rx.length; n++) { if (dist(mouseX-w2,mouseY-h2,rx[n],ry[n]) < 10) { dp = n; n=999999; } } } } if (dp < 0) { dragall = true; moved = true; ryi += (mouseX - pmouseX)/2; rxi += (mouseY - pmouseY)/2; dragit = true; } } else {dp = -1; dragall = false;} }; var addnewtile = function() { for (var n=0; n<4; n++) { if (npx[n] === 99999) { for (var m=0; m<4; m++) { if (dist(mouseX-w2,mouseY-h2,rx[sp[m]],ry[sp[m]]) < 9) { npri[n] = sp[m]; } else { npx[n] = mouseX; npy[n] = mouseY; npz[n] = 0; //???? } } n = 99; } } // complete the 'add new tile' if ((npx[0] < 99999) && (npx[1] < 99999) && (npx[2] < 99999) && (npx[3] < 99999)) { ofc[of.length] = c1; for (var n=0; n<4; n++) { if (npri[n] < 0) { var newx = npx[n] - w2; var newy = npy[n] - h2; var newz = 0; //??? ox[ox.length] = newxcos(-ryi) - newzsin(-ryi); oz[oz.length] = newzcos(-ryi) + newxsin(-ryi); oy[oy.length] = newycos(-rxi) - oz[oz.length-1]sin(-rxi); oz[oz.length-1] = oz[oz.length-1]cos(-rxi) + newysin(-rxi); of[of.length] = ox.length-1; } else { of[of.length] = npri[n]; } } addtile = false; resetit = true; sp = [-1,-1,-1,-1]; } }; var removelasttile = function() { sp = [-1,-1,-1,-1]; removetile = false; if (addtile) {addtile = false;} else { if (of.length > 0) { // 4.............. var ofi = of.length-4; var oxi = ox.length-1; for (var n=oxi; n>oxi-4; n--) { var removeox = true; for (var m=0; m<ofi; m++) { if (of[m] === n) { removeox = false; } } if (removeox) { ox = ox.slice(0,ox.length-1); oy = oy.slice(0,oy.length-1); oz = oz.slice(0,oz.length-1); } } of = of.slice(0,of.length-4); resetit = true; } } }; var displayscene = function () { background(255, 0, 255); translate(w2,h2); noStroke(); for (var n=0; n<sf.length; n++) { if (fc[sf[n]] < 1000) { if (splitcnt === 0) {fill(fc[sf[n]],255,255,150);} else {fill(fc[sf[n]],255,255);} stroke(fc[sf[n]],205,205); } else { if (splitcnt === 0) {fill(0,0,230-(fc[sf[n]]-1000),150);} else {fill(0,0,230-(fc[sf[n]]-1000));} stroke(0,0,fc[sf[n]]-1000,50); } beginShape(); // stroke problem?? for (var m=0; m<4; m++) {vertex(rx[f[sf[n]+m]],ry[f[sf[n]+m]]);} endShape(); } //selected points for adding tile if (splitcnt === 0) { fill(100, 250, 250); stroke(0, 0, 0); for (var n=0; n<4; n++) { if (sp[n] >= 0) { ellipse(rx[sp[n]],ry[sp[n]],10,10); } } stroke(25, 255, 0); noStroke(); for (var n=0; n<x.length; n++) { if (dp === n) {fill(255, 255, 255);} else {fill(0, 0, 0);} ellipse(rx[n],ry[n],4,4); //fill(0, 0, 0); //text(n,rx[n]+5,ry[n]+15); /////////////////////////////////////// } } resetMatrix(); noFill(); stroke(0, 0, 0); rect(5,6,62,21,5); rect(width-43,6,35,21,5); rect(8,35,55,21,5); rect(8,64,55,52,5); rect(8,124,55,35,5); rect(8,167,55,35,5); fill(0, 0, 0); textSize(13); text("Transform",36,16); // "Transform"? and do all rather than 2 or 3 clicks? text("Info",width-25,16); text("Reset",36,46); text("< C >",36,90); translate(36,90); rotate(90); text("< >",0,0); resetMatrix(); text("Add a\nnew tile",36,142); text("Remove\nlast tile",36,184); if (addtile) { noStroke(); for (var n=0; n<230; n+=4) { fill(n, 255, 255); rect(17,212+n/1.3,15,3.5); } for (var n=0; n<230; n+=4) { fill(0, 0, 0, n); rect(40,212+n/1.3,15,3.5); } var tdx = [], tdy = []; // temp display xy for adding new tile for (var n=0; n<4; n++) { if (npx[n] < 99999) {tdx[n] = npx[n]; tdy[n] = npy[n];} else {tdx[n] = mouseX; tdy[n] = mouseY;} } if (c1 < 1000) { fill(c1,255,255,150); stroke(c1,205,205); } else { fill(0,0,230-(c1-1000),150); stroke(0,0,c1-1000,50); } quad(tdx[0],tdy[0],tdx[1],tdy[1],tdx[2],tdy[2],tdx[3],tdy[3]); fill(25, 250, 250); for (var n=0; n<4; n++) {ellipse(tdx[n],tdy[n],5,5);} } else { moved = false; } }; var draw = function() { if (infodsp > 0) {infodisplay();} if (splitit) {dragit = true; while (splitcnt < 3 && f.length<1000) { //more than 1000? splitit = false; splitcnt++; splitfaces(); transformxyz(); } } if (resetit) { resetit = false; x = ox.slice(); y = oy.slice(); z = oz.slice(); f = of.slice(); fc = ofc.slice(); splitcnt = 0; moved = true; dragit = true; } if (dragit) { dragit = false; rx = x.slice(); ry = y.slice(); rz = z.slice(); if (rxi !== 0) {rotatearoundx(rxi);} if (ryi !== 0) {rotatearoundy(ryi);} sortfaces(); } dragpoint(); //drag a point to a new position.... if (removetile) {removelasttile();} if (moved) {displayscene();} }; var mouseClicked = function() { moved = true; if (infodsp === 0 && mouseX > width-50 && mouseY < 30) {infodsp = 1;} else {if (infodsp > 0 && mouseX > width-50 && mouseY < 30) {infodsp = 0;}} if (infodsp === 0) { if (addtile && mouseX > 60) {addnewtile();} if (!addtile) { // max 2 based on x.length? if (mouseX < 65 && mouseY < 30 && splitcnt < 3) {splitit = true;} if (mouseX < 65 && mouseY > 124 && mouseY < 160) { addtile = true; initnewpoint(); resetit = true;} if (mouseX < 65 && mouseY > 65 && mouseY < 118) { rxi=0; ryi=0; if (mouseX > 25 && mouseX < 47 && mouseY < 78) {rxi=90;} //animate? if (mouseX > 25 && mouseX < 47 && mouseY > 102) {rxi=-90;} if (mouseX < 22 && mouseY > 80 && mouseY < 102) {ryi=-90;} if (mouseX > 49 && mouseY > 80 && mouseY < 102) {ryi=90;} } } // if (!addtile) if (mouseX < 65 && mouseY > 35 && mouseY < 60) { if (addtile) {removetile = true;} else {resetit = true; sp = [-1,-1,-1,-1];} } if (mouseX < 65 && mouseY > 167 && mouseY < 202) {removetile = true;} if (addtile) { if (mouseX < 35 && mouseY > 212 && mouseY < 392) { c1 = round((mouseY-212)235/179); } if (mouseX > 35 && mouseX < 60 && mouseY > 212 && mouseY < 392) { c1 = round((mouseY-212)235/179) + 1000; // gray } } // select sp[] points for adding a tile.. if (splitcnt === 0 && !addtile) { var spdone = false; for (var m=0; m<4; m++) { if (sp[m] >= 0 && dist(mouseX-w2,mouseY-h2,rx[sp[m]],ry[sp[m]]) < 5) { sp[m] = -1; //turn off spdone = true; } } if (!spdone) { for (var n=rx.length-1; n>=0; n--) { if (dist(mouseX-w2,mouseY-h2,rx[n],ry[n]) < 5) { if (sp[0] < 0) {sp[0] = n; n=-1;} else { if (sp[1] < 0) {sp[1] = n; n=-1;} else { if (sp[2] < 0) {sp[2] = n; n=-1;} else { sp[3] = n; n=-1;}}} } } } } } // if (infodsp === 0) if (mouseX > 380 && mouseY > 380) { // x/y/z/f data dump var xpl=[]; for (var i=0; i<x.length; i++) {xpl.push(round(x[i]100)/100);} println(xpl); var xpl=[]; for (var i=0; i<y.length; i++) {xpl.push(round(y[i]100)/100);} println(xpl); var xpl=[]; for (var i=0; i<z.length; i++) {xpl.push(round(z[i]*100)/100);} println(xpl); var xpl=[]; for (var i=0; i<f.length; i++) {xpl.push(round(f[i]));} println(xpl); } };
Folds
Fork	false
Key	ag5zfmtoYW4tYWNhZGVteXIXCxIKU2NyYXRjaHBhZBiAgNDdsa7MCAw
Votes	470
Spin-Offs	12
Type	PJS
Width	400
Height	400
User Flagged	false
Origin Scratchpad	{"id":"6547660155912192","title":"t3g","deleted":"false","official":"false"}
Hidden From Hotlist	false
Restricted Posting	false
By Child	false
Author Nick	Phil Fulks
Author Name	phfraf
Author ID	kaid_601674336850790775699252
Author Profile Access	COACH

Archive Data

Added	6 months ago, 1739370721666
Updated	4 months ago, 1744821177510
Source Deleted	unknown