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2958 lines (2456 loc) · 81.6 KB
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<!DOCTYPE HTML>
<html id='html'>
<a id='link' name='link' align='center' style='align:center'>
<head>
<title>SuPosXt
</title>
<meta name="viewport" content="width=device-width, initial-scale=1">
<meta property="og:url" content="SuPosXt">
<meta name="apple-mobile-web-app-capable" content="yes">
<html manifest="SuPosXt.appcache">
</meta>
<link rel="preload" href="https://ipfs.io/ipfs/bafkreibje7lzjrt4w4exc6bq7i2luafznza4br7w53cgkeix53jmbq5p3e?filename=Node-Regular.otf" as="font" crossorigin />
<link rel="icon" type="image/x-icon" href="https://ipfs.io/ipfs/bafkreigp74f7tz3sibimbi5pixukvphcwrc7gzflhxum3mhucuzheseuiy?filename=SPX-logo.png"></link>
</head>
<script src="https://ipfs.io/ipfs/QmbegCCnE3RFReHYf45wCetXSKHVEy95bJruVpYkDDY8tm"></script>
<style>
body {
background-color: black;
color:silver;
padding:0.1vw 0.2vw;
overflow-x:hidden;
scroll-x:none;
scroll-behavior: smooth;
font-family: "Courier-New", "Monospaced Slab-Serif", serif;
word-break:break-word;
cursor: default;
align:center;
}
#maininp:hover {
box-shadow: 0px 0px 8.5px rgb(255,255,255,0.38);
}
@font-face {
font-family: "Node";
src: url("https://ipfs.io/ipfs/bafkreibje7lzjrt4w4exc6bq7i2luafznza4br7w53cgkeix53jmbq5p3e?filename=Node-Regular.otf");
}
</style>
<body ><!--onLoad="fullhouse()"-->
<h1 style='align:center;cursor:default;font-size:400%;margin-bottom:-0.5vw;' title='. . . . Super-Positioned Text'>SuPosXt:</br><sup><sub><sub>Encrypt Text, Secure Input, Entangle <b onclick='encode()' style='cursor:help' title='. . . . . . encode'>I</b><b><i onclick='decode()' style='cursor:help' title='. . . . . . decode'>O</i></b></sub></sub></sup></h1>
<span id='encode' style='display:inline-block'>
<textarea style='width:96.5%;align:center;text-align:center;padding:3.31vw 1.5vw 0.1vw 1.5vw;font-size:38px;margin:0.75vw 0.25vw;' type='password' cols='90' rows='2' id='maininp' class='inp' placeholder='Type here to SuPos it' oninput='this.innerHTML=this.value;this.style='width:96.5%;align:center;text-align:center;padding:3.31vw 1.5vw 0.1vw 1.5vw;font-family: "Node", "Bitstream Vera Serif", serif;font-size:98px;';fullhouse();' onload='fullhouse()' title='. . . . . Type and watch CxHC encode with Node!' ></textarea></span>
<span id='decode' style='display:none'>
<textarea title='. . . . . Paste your CxHC Graph-Hashes...' style='width:96.5%;align:center;text-align:center;padding:3.31vw 1.5vw 0.1vw 1.5vw;font-size:38px;margin:0.75vw 0.25vw;' type='password' cols='90' rows='2' id='altinp' class='inp' placeholder='Paste Your Graphs' oninput='this.innerHTML=this.value;cleanhouse();' ></textarea><button title='. . . . . . Clear to open another' style='align:right;text-align:center;text-align:center;padding:0.31vw 0.5vw 0.31vw 0.5vw;font-family: "Node", "Bitstream Vera Serif", serif;font-size:133%;border-radius:5vw;background-color:rgb(0,0,0,0);color:rgb(255,255,255,0.8);border: 0.1vw solid rgb(155,155,155,0.78) inset;' onmouseenter='this.style='font-family: "Courier-New", "Monospaced Slab-Serif", serif;font-size:169%;border-radius:5vw;background-color:rgb(0,0,0,0);color:rgb(255,255,255,0.8);border: 0.1vw solid rgb(155,155,155,0.78) inset;'' onmouseleave='this.style='font-family: "Node", "Bitstream Vera Serif", serif;font-size:133%;border-radius:5vw;background-color:rgb(0,0,0,0);color:rgb(255,255,255,0.8);border: 0.1vw solid rgb(155,155,155,0.78) inset;'' onclick='document.getElementById("altinp").innerHTML="";document.getElementById("altinp").value="";document.getElementById("output").innerHTML="";'>decode again</button></span>
</br>
<div id='output' style='overflow:none;white-space:pre-wrap;word-break:break-word;align:center;text-align:center;'>
</div>
<footer style='align:center;text-align:center;position:relative;bottom:0;width:100vw;'>
</br></br>
<hr style='width:69.63%;align:center;opacity:10%;margin-top:1.95vw;margin-bottom:1.95vw;'>
<p><b title='. . . for testing & assisting in the building' style='font-family: "Node", "Bitstream Vera Serif", serif;font-size:222%;' onmouseenter='this.style='font-family: "Courier-New", "Monospaced Slab-Serif", serif;font-size:133%;'' onmouseleave='this.style='font-family: "Node", "Bitstream Vera Serif", serif;font-size:222%;''>Special Thanks to <i>Jake La`Doge</i></b></br></br><b class='fbut' style='font-family: "Node", "Bitstream Vera Serif", serif;font-size:222%;' onmouseenter='this.style='font-family: "Courier-New", "Monospaced Slab-Serif", serif;font-size:133%;'' onmouseleave='this.style='font-family: "Node", "Bitstream Vera Serif", serif;font-size:222%;''>Crafted by <i>3Douglas</i></b></br></br><b style='font-size:133%'>2023</b></br></p></span>
<hr style='width:69.63%;align:center;opacity:10%;margin-top:0.95vw;margin-bottom:1.95vw;'>
</br></br>
</footer>
</body>
<script>
var row = [], fullstop = 0, zero = [], r1 = [], r2 = [], r3 = [], d1 = [], d2 = [], d3 = [], d4 = [], p1 = [], p2 = [], tracker = 0, goo = 0, gru = 0, goot = 0, gool = 0, goot2 = 0, gool2 = 0, gru2 = 0, goo2 = 0, rar1 = 0, rar2 = 0, rar3 = 0, rar4 = 0, bear = 0, goober = 0, reboog = '', prevgraph = '';
if(document.getElementById('maininp').style === 'font-family: "CourierNew", "Monospaced Slab-Serif", serif;') {
document.getElementById('output').innerHTML = '';
document.getElementById('maininp').value = '';
document.getElementById('maininp').innerHTML = '';
row = [];
tracker = 0;
z = 0;
b = 0;
}
if(document.getElementById('altinp').style === 'font-family: "CourierNew", "Monospaced Slab-Serif", serif;') {
document.getElementById('output').innerHTML = '';
document.getElementById('altinp').value = '';
document.getElementById('altinp').innerHTML = '';
r1 = [], r2 = [], r3 = [], nullstop = [];
tracker = 0;
goo = 0;
gru = 0;
goot = 0;
gool = 0;
bear = 0;
}
//using fullhouse effect to transmute into supos
function fullhouse(){
var gibbler = document.getElementById('maininp').innerHTML; //in
tracker = tracker + 1; <!-- tracks inp-length -->
var discussion = gibbler.length, kimmy = '', dj = '', steph = '', michelle = ''; //steph tracks what dj said ie: the re-statement of dj **just as steph does**
var lettercounter = gibbler.length - 1, kimmy = '', z = 0, a = 0, b = 0, c = 0, alpha = 0, delta = [];
if(document.getElementById('maininp').value === null || document.getElementById('maininp').value == null){
c = c; //error correcting
}
else{
document.getElementById('btn').style='visibility:inline-block;cursor:pointer;align:left;text-align:center;padding:0.31vw 0.5vw 0.31vw 0.5vw;font-family: "Node", "Bitstream Vera Serif", serif;font-size:133%;border-radius:5vw;background-color:rgb(0,0,0,0);color:rgb(255,255,255,0.8);border: 0.1vw solid rgb(155,155,155,0.78) inset;';
}
<!-- r1: 1; 10; 100; 1000; -->
<!-- r1: 2; 20; 200; 2000; -->
<!-- r1: 3; 30; 300; 3000; -->
<!-- n: 0; -->
<!-- Full_stop;D1-n;D2-n;P1-n;D3-n;r1-n;D4-n;r2-n;P2-n;r3-n;D1-n+1{...}r3-n+1;{...}r3-n+2;{...} -->
<!-- Futurama Theorem says when we have steph primed with the record of DJ, we can use it as a base for finding data VS false data using the Self-Correcting Detectors to guide location of possible falsehood just as Hamming Code can direct to the errored-flip bit, so to get back to null for each new graph we will need to have an end point of "+2" to ensure we loop past null and lie in the 1 slot instead of the full_stop or "null slot" -->
kimmy = gibbler[lettercounter];
if(gibbler === '') {
document.getElementById('maininp').style = 'width:96.5%;align:center;text-align:center;padding:3.31vw 1.5vw 0.1vw 1.5vw;font-size:38px;font-family: "CourierNew", "Monospaced Slab-Serif", serif;';
document.getElementById('output').innerHTML = '';
document.getElementById('maininp').value = '';
document.getElementById('maininp').innerHTML = '';
row = [];
z = 0;
b = 0;
}
if(discussion === 0) {
kimmy = "";
}
//dj needs to transmute what kimmy says for her parents to understand
//steph needs to track the progress of setups that worked for finding data
//michelle tracks the shape order (base reference)
if(kimmy === ' ' || kimmy === /\s/) {
dj = ".";
steph += "s"; //space doesn't exist
michelle = '0';
}
if(kimmy === 'A') {
dj = "00";
steph += "0"; //n is null (0)
michelle = '0.001';
}
if(kimmy === 'B') {
dj = "20+31";
steph += "0+1";
michelle = '110';
}
if(kimmy === 'C') {
dj = "01";
steph += "1";
michelle = '0.1';
}
if(kimmy === 'D') {
dj = "21+30";
steph += "1+0";
michelle = '110';
}
if(kimmy === 'E') {
dj = "20-30";
steph += "0-0";
michelle = '110';
}
if(kimmy === 'F') {
dj = "21-31";
steph += "1-1";
michelle = '110';
}
if(kimmy === 'G') {
dj = "03";
steph += "0/1"; //n/1 is (top [black/white] bottom)
michelle = '0.3';
}
if(kimmy === 'H') {
dj = "02";
steph += "1/0"; //n/0 is (top [white/black] bottom)
michelle = '0.2';
}
if(kimmy === 'I') {
dj = "A0:E1";
steph += "1*0";
michelle = '70';
}
if(kimmy === 'J') {
dj = "A1:E0";
steph += "0*1";
michelle = '70';
}
if(kimmy === 'K') {
dj = "A0:E0";
steph += "1*1";
michelle = '70';
}
if(kimmy === 'L') {
dj = "A1:E1";
steph += "0*0";
michelle = '70';
}
if(kimmy === 'M') {
dj = "A0:E1+B0:F1";
steph += "1*0+1*0";
michelle = '770';
}
if(kimmy === 'N') {
dj = "A1:E0+B1:F0";
steph += "0*1+0*1";
michelle = '770';
}
if(kimmy === 'O') {
dj = "A0:E0-B0:F0";
steph += "1*1+1*1";
michelle = '770';
}
if(kimmy === 'P') {
dj = "A0:E0+B0:F1";
steph += "1*1+1*0";
michelle = '770';
}
if(kimmy === 'Q') {
dj = "A1:E1-B1:F1";
steph += "0*0+0*0";
michelle = '770';
}
if(kimmy === 'R') {
dj = "A0:E0+B1:F0";
steph += "1*1+0*1";
michelle = '770';
}
if(kimmy === 'S') {
dj = "A0:E1+B1:F0";
steph += "1*0+0*1";
michelle = '770';
}
if(kimmy === 'T') {
dj = "A1:E0+B0:F1";
steph += "0*1+1*0";
michelle = '770';
}
if(kimmy === 'U') {
dj = "A0:E1+B0:F0";
steph += "1*0+1*1";
michelle = '770';
}
if(kimmy === 'V') {
dj = "A1:E0+B0:F0";
steph += "0*1+1*1";
michelle = '770';
}
if(kimmy === 'W') {
dj = "60:A0+01";
steph += "0*0+1";
michelle = '50.1';
}
if(kimmy === 'X') {
dj = "61:A1-01";
steph += "0*0-0"; //offset equations show offset output ie: this is a dual left single right object //these types of objects the single offset is at n <!-- zero
michelle = '50.1';
}
if(kimmy === 'Y') {
dj = "00+71:B1";
steph += "1+0*0";
michelle = '-500.1';
}
if(kimmy === 'Z') {
dj = "01-71:B1";
steph += "0+0*0";
michelle = '-500.1';
}
if(kimmy === '0') {
dj = "01+70:B0";
steph += "0+1*1";
michelle = '-500.1';
}
if(kimmy === '1') {
dj = "60:A0+01";
steph += "1*1+0";
michelle = '50.1';
}
if(kimmy === '2') {
dj = "61:A0+00";
steph += "0*1+1";
michelle = '50.1';
}
if(kimmy === '3') {
dj = "00+70:B1";
steph += "1+1*0";
michelle = '-500.1';
}
if(kimmy === '4') {
dj = "60:A1+00";
steph += "1*0+1";
michelle = '50.1';
}
if(kimmy === '5') {
dj = "00+71:B0";
steph += "1+0*1";
michelle = '-500.1';
}
if(kimmy === '6') {
dj = "61:A0+01";
steph += "0*1+0";
michelle = '50.1';
}
if(kimmy === '7') {
dj = "01+71:B0";
steph += "0+0*1";
michelle = '-500.1';
}
if(kimmy === '8') {
dj = "60:A0-00";
steph += "1*1+1";
michelle = '50.1';
}
if(kimmy === '9') {
dj = "00-70:B0";
steph += "1-1*1";
michelle = '-500.1';
}
if(kimmy === '!') {
dj = "61:71+00";
steph += "0*0+1";
michelle = '220.1';
}
if(kimmy === '?') {
dj = "00+A1:B1";
steph += "1+0*0";
michelle = '-330.1';
}
if(kimmy === '"') {
dj = "60:70+01";
steph += "1*1+0";
michelle = '220.1';
}
if(kimmy === "'") {
dj = "60:71+01";
steph += "1*0+0";
michelle = '220.1';
}
if(kimmy === '<') {
dj = "01+A0:B1";
steph += "0+1*0";
michelle = '-330.1';
}
if(kimmy === '>') {
dj = "01+A1:B0";
steph += "0+0*1";
michelle = '-330.1';
}
if(kimmy === '^') {
dj = "00-A0:B0";
steph += "1+1*1";
michelle = '-330.1';
}
if(kimmy === '_') {
dj = "01+A0:B0";
steph += "0+1*1";
michelle = '-330.1';
}
if(kimmy === '[') {
dj = "00+A1:B0";
steph += "1+0*1";
michelle = '-330.1';
}
if(kimmy === ']') {
dj = "00+A0:B1";
steph += "1+1*0";
michelle = '-330.1';
}
if(kimmy === '#') {
dj = "60:70+00";
steph += "1*1+1";
michelle = '220.1';
}
if(kimmy === '&') {
dj = "61:71+01";
steph += "0*0+0";
michelle = '220.1';
}
if(kimmy === '*') {
dj = "61:70+01";
steph += "0*1+0";
michelle = '220.1';
}
if(kimmy === '(') {
dj = "61:70+00";
steph += "0*1+1";
michelle = '220.1';
}
if(kimmy === ')') {
dj = "60:71+01";
steph += "1*0+1";
michelle = '220.1';
}
if(kimmy === 'a') {
dj = "11+20+31";
steph += "0+1+0";
michelle = '111';
}
if(kimmy === 'b') {
dj = "10+20+31";
steph += "1+1+0";
michelle = '111';
}
if(kimmy === 'c') {
dj = "11+20+31";
steph += "1+0+1";
michelle = '111';
}
if(kimmy === 'd') {
dj = "11+20+30";
steph += "0+1+1";
michelle = '111';
}
if(kimmy === 'e') {
dj = "10+20+30";
steph += "1+1+1";
michelle = '111';
}
if(kimmy === 'f') {
dj = "11+21+31";
steph += "0+0+0";
michelle = '111';
}
if(kimmy === 'g') {
dj = "10+21+31";
steph += "1+0+0";
michelle = '111';
}
if(kimmy === 'h') {
dj = "11+21+30";
steph += "0+0+1";
michelle = '111';
}
if(kimmy === 'i') {
dj = "10:51:91";
steph += "1*0*0";
michelle = '6';
}
if(kimmy === 'j') {
dj = "11:51:90";
steph += "0*0*1";
michelle = '6';
}
if(kimmy === 'l') {
dj = "11:51:91";
steph += "0*0*0";
michelle = '6';
}
if(kimmy === 'k') {
dj = "10:50:90";
steph += "1*1*1";
michelle = '6';
}
if(kimmy === '$') {
dj = "11:50:91";
steph += "1*0*1";
michelle = '6';
}
if(kimmy === '%') {
dj = "10:51:90";
steph += "0*1*0";
michelle = '6';
}
if(kimmy === ':') {
dj = "10:51:91";
steph += "0*1*1";
michelle = '6';
}
if(kimmy === ';') {
dj = "11:51:90";
steph += "1*1*0";
michelle = '6';
}
if(kimmy === '@') {
dj = "04";
steph += "0\1";
michelle = '0.4';
}
if(kimmy === '|') {
dj = "05";
steph += "1\0";
michelle = '0.5';
}
if(kimmy === 'm') {
dj = "61:A0+01+71:B0";
steph += "1*0+1+1*0"; //a fifth-split equation is a 5-grid placement (5-side of dice)
michelle = '55.01';
}
if(kimmy === 'n') {
dj = "60:A1+01+70:B1";
steph += "0*1+1+0*1";
michelle = '55.01';
}
if(kimmy === 'o') {
dj = "61:A1+00+71:B1";
steph += "1*1+0+1*1";
michelle = '55.01';
}
if(kimmy === 'p') {
dj = "61:A1+00+71:B0";
steph += "1*1+0+1*0";
michelle = '55.01';
}
if(kimmy === 'q') {
dj = "61:A1+01+71:B1";
steph += "0*0+0+0*0";
michelle = '55.01';
}
if(kimmy === 'r') {
dj = "60:A0+01+71:B0";
steph += "1*1+0+0*1";
michelle = '55.01';
}
if(kimmy === 's') {
dj = "60:A1+00+71:B0";
steph += "1*0+1+0*1";
michelle = '55.01';
}
if(kimmy === 't') {
dj = "61:A0+00+70:B1";
steph += "0*1+1+1*0";
michelle = '55.01';
}
if(kimmy === 'u') {
dj = "60:A1+00+70:B0";
steph += "1*0+1+1*1";
michelle = '55.01';
}
if(kimmy === 'v') {
dj = "61:A0+00+70:B0";
steph += "0*1+1+1*1";
michelle = '55.01';
}
if(kimmy === 'w') {
dj = "61:A1+00+71:B1";
steph += "0*0+1+0*0";
michelle = '55.01';
}
if(kimmy === 'x') {
dj = "61:A0+01+70:B1";
steph += "0*1+0+1*0";
michelle = '55.01';
}
if(kimmy === 'y') {
dj = "61:A0+00+71:B1";
steph += "0*1+1+0*0";
michelle = '55.01';
}
if(kimmy === 'z') {
dj = "60:A1+01+71:B0";
steph += "1*0+0+0*1";
michelle = '55.01';
}
if(kimmy === '{') {
dj = "60:A0+00+71:B1";
steph += "1*1+1+0*0";
michelle = '55.01';
}
if(kimmy === '}') {
dj = "61:A1+00+70:B0";
steph += "0*0+1+1*1";
michelle = '55.01';
}
if(kimmy === "\\") {
dj = "61:A1+00+70:B0";
steph += "0*1+0+1*1";
michelle = '55.01';
}
if(kimmy === '/') {
dj = "60:A0+01+71:B0";
steph += "1*0+0+1*1";
michelle = '55.01';
}
if(kimmy === '.') {
dj = "60:A0+00+70:B1";
steph += "1*1+1+1*0";
michelle = '55.01';
}
if(kimmy === '`') {
dj = "60:A0+00+71:B0";
steph += "1*1+1+0*1";
michelle = '55.01';
}
if(kimmy === '+') {
dj = "60:A1+00+71:B1";
steph += "1*0+1+0*0";
michelle = '55.01';
}
if(kimmy === ',') {
dj = "61:A1+00+70:B1";
steph += "0*0+1+1*0";
michelle = '55.01';
}
if(kimmy === '-') {
dj = "61:A1+00+71:B0";
steph += "0*0+1+0*0";
michelle = '55.01';
}
if(kimmy === '=') {
dj = "60:A0+00+70:B0";
steph += "1*1+1+1*1";
michelle = '55.01';
}
if(kimmy === '~') {
dj = "61:A1+01+70:B1";
steph += "0*0+0+1*0";
michelle = '55.01';
}
z = steph.length;
alpha = Math.trunc(3.14*(z) + 2); <!-- alpha state
//
//
//:::::-----------michelle values-----------:::::
//
//Neg Value === n on left side (when center obj is present)
// 0 === space
// 0.01 === center obj with objects on both sides
// 0.001 === center obj value of 0
// 0.1 === center obj value of 1
// 0.2 === center obj value of 2
// 0.3 === center obj value of 3
// 0.4 === center obj value of 4
// 0.5 === center obj value of 5
//
//
// 11|22|33|44 && 110|220|330|440 && 1100|2200|3300|4400 doubled same digits are side-by-side duo x-axis shapes (box-box) trailing zeros are right shift position
// 3|5|7 && 30|50|70 && 300|500|700 && 3000|5000|7000 duo y-axis boxes, trailing zeros are right shift position
// 50.1 hard-left trio (duo y-axis shape + n)
// -500.1 hard-right trio (n + duo y-axis shape)
// 111|222|333|444 && 1110|2220|3330|4440 triple x-axis shape (box-box-box)
// 6|9 && 60|90 && 600|900 && 6000|9000 triple y-axis shape, trailing zeros are right shift position
// 220.1 hard-top trio (duo x-axis shape [box-box] on top of n)
// -330.1 hard-bottom trio (n on top of duo x-axis shape [box-box])
// 770 duo stacked side-by-side "square" shape
// 55.01 sandwiched center obj with duo stacked shapes (5-dice shape)
//
//
//trailing zeros always shows right displacement (so if 2 on the right, 2 zeros should be on the right)
//
//
//
// _________________
//| ::17-GRID:: |
//|_________________|
//| 1 | 10 |100|1000|
//| 2 | 20 |200|2000|
//|------| 0 |------| <!-- n position -->
//| 3 | 30 |300|3000|
//| 4 | 40 |400|4000|
//|-----------------|
//
// if reading L2R (left-2-right): place beside ie: 111 or 2222
// if reading T2B (top-2-bottom): add up-down rows, and place L2R beside ie: 619 or 770
// left of dec equals right of grid
//
// xn === row*num__cols
//
// n = number of rows/columns besides 0-position
// n (alone) = the 0 position
// x = row position (x1,x2,x3,x4,x[...],x[n])
// y = column position (y1,y2,y3,y[...],y[n])
//
row.push(steph); <!--unimpetted encrypted input array-->
//build the array
//Full_Stop {empty}
//Detector1 { is num of 1's even? || trianary actions || API marker(s) } <!-- handle build as needed-->
<!-- if only [0-1] || if [2] is seen || if hex/hash/letters is seen
//Detector2 { is num of 1's even? || trianary actions || API marker(s) } <!-- handle build as needed-->
<!-- if only [0-1] || if [2] is seen || if hex/hash/letters is seen
//Programing1 { eXtended-key || trianary actions || graph atomic value || API Modular Codes } <!-- adheres later -->
//p1.push() <!-- if only [0-1] || if [2] is seen || if hex-like || if hash/letters is seen
//Detector3 { is num of 1's even? || trianary actions || API marker(s) } <!-- handle build as needed-->
<!-- if only [0-1] || if [2] is seen || if hex/hash/letters is seen
<!-- trianary action: 2 means, sum of 1's are even and sum of all 1's in subgraph are even -->
<!-- Blank"x"Number is a "hex-like" value -->
<!-- point of data * graph atomic value or extended-key === extra point of data -->
//Row1 {steph}
<!-- adheres later -->
//Detector4 { is num of 1's even? || trianary actions || API marker(s) } <!-- handle build as needed-->
<!-- if only [0-1] || if [2] is seen || if hex/hash/letters is seen
//Row2 {steph}
<!-- adheres later -->
//Programing2 {michelle}
p2.push(michelle); <!-- p2.length === total length of all words said -->
//Row3 {steph}
<!-- adheres later -->
//floating_point_zero {zero}
<!-- adheres later -->
//end of array graph
//build the subgraph
var bondlength = steph.length;
var blen = bondlength - 1;
var cobolt = 0, zinc = 1, copper = steph.search(/(\*|\+|\-|\\|\/)/g).length;
<!-- cobolt is the reading head -->
<!-- zinc is the alpha-zed layer -->
<!-- copper is length of sections -->
var brass = copper + zinc, slen = steph.length, breol = 0, debol = 1, tns = 2, qns = 3, bns = 4;
<!-- brass is alphaZ past copper -->
<!-- slen is full loop length -->
do{
debol = cobolt + 1;
tns = cobolt + 2;
qns = cobolt + 3;
bns = cobolt + 4;
bondlength = steph.length;
//document.getElementById('output').innerHTML = row + "<hr>" + p2 + "<hr></br>Row1: " + r1 + "</br>Row2: " + r2 + "</br>Row3: " + r3 + "</br>zero: " + zero + "<hr></br>Debug: " + cobolt + " && " + steph.slice(cobolt); <!-- debug spot -->
if(steph[cobolt].search(/(0|1)/) >= 0){
<!-- check for zero -->
if(steph.slice(cobolt,bondlength).search(/(\\|\/)/) >= 0){
zero.push(steph[cobolt]);
zero.push(steph[tns]);
cobolt = tns;
}
if(steph.slice(debol,tns).search(/(\+|\-)/) >= 0 && steph.slice(qns,bns).search(/(\*)/) >= 0){
<!-- most liekly a complex object -->
if(zinc === 1){
zero.push(steph[cobolt]);
}
zinc = 1;
}
else{
<!-- graph digits -->
if(zinc === 1){
r1.push(steph[cobolt]);
}
if(zinc === 2){
r2.push(steph[cobolt]);
}
if(zinc === 3){
r3.push(steph[cobolt]);
}
}
}
if(steph[cobolt].search(/(\*)/) >= 0){
<!-- -->
zinc = zinc + 1;
}
if(steph[cobolt].search(/(\+|\-)/) >= 0){
<!-- -->
zinc = 1;
<!-- check before cobolt for * -->
if(steph.slice(0,cobolt).search(/(\*)/) >= 0){
<!-- check after cobolt for * -->
if(steph.slice(debol,bondlength).search(/(\*)/) >= 0){
<!-- check for 5-shaped object -->
zero.push(steph[debol]);
cobolt = cobolt + 2;
}
else{
<!-- tri-shaped object -->
zero.push(steph[debol]);
cobolt = cobolt + 2;
}
}
}
<!-- axis-reset point as needed -->
if(steph[cobolt] === "s"){
zero.push(0);
<!-- potential re-alignment to alpha-z axis -->
//alpha = Math.trunc(3.14*(z) + 2);
//base alpha is Math.trunc(3.14*(z) + 2)
}
<!-- block-in the subgraph -->
if(tracker >= 45){
<!-- find the state changes -->
var stelen = r1.length;
var stdlen = r2.length;
var stclen = r3.length;
var st3len = zero.length;
var target2 = 1, smsm = 0; <!-- SeeMe-SetMe (smsm) is an in-step programming key -->
var st1 = [], st2 = [], st3 = [], st0 = [], st5 = [], target = 0, guide = 0, currlen = 2;
var oof = 0, note1 = [], note2 = [], note3 = [], note0 = [];
var ree = 0, ref = 1, ret = 2, reg = 3, rey = 7;
var whem = [], pd1 = '', pd2 = '', pd3 ='', pd4 = '', gwom = 0, gewm = 1, gew = 1, gex = 2, gez = 3, gwet = 7, xwem = 2;
<!-- ree === gewm (0)
<!-- ref === gew (1)
<!-- ret === gex (2)
<!-- reg === gez (3)
<!-- rey === gwet (7)
if(currlen < stelen) {
currlen = stelen;
do{
target2 = target + 1;
if(target == guide && guide === 0){ <!-- if in "cleared" state -->
st1.push(r1[0]); <!-- set key bit -->
guide = 1; <!--move guide for next operation -->
}
if(guide < stelen){
if(r1[target] == r1[target2]) {
st1.push(1);
}
else {
st1.push(0);
}
}
if(st1 === null){
st1 = 0;
}
target = target + 1;
guide = guide + 1;
}
while(guide <= currlen);
}
target = 0, guide = 0, currlen = 2;
if(currlen < stdlen) {
currlen = stdlen;
do{
target2 = target + 1;
if(target == guide && guide === 0){ <!-- if in "cleared" state -->
st2.push(r2[0]); <!-- set key bit -->
guide = 1; <!--move guide for next operation -->
}
if(guide < stdlen){
if(r2[target] == r2[target2]) {
st2.push(1);
}
else {
st2.push(0);
}
}
if(st2 === null){
st2 = 0;
}
target = target + 1;
guide = guide + 1;
}
while(guide <= currlen);
}
target = 0, guide = 0, currlen = 2;
if(currlen < stclen) {
currlen = stclen;
do{
target2 = target + 1;
if(target == guide && guide === 0){ <!-- if in "cleared" state -->
st3.push(r3[0]); <!-- set key bit -->
guide = 1; <!--move guide for next operation -->
}
if(guide < stclen){
if(r3[target] == r3[target2]) {
st3.push(1);
}
else {
st3.push(0);
}
}
if(st3 === null){
st3 = 0;
}
target = target + 1;
guide = guide + 1;
}
while(guide <= currlen);
}
target = 0, guide = 0, currlen = 2;
if(currlen < st3len) {
currlen = st3len;
do{
target2 = target + 1;
if(target == guide && guide === 0){ <!-- if in "cleared" state -->
st0.push(zero[0]); <!-- set key bit -->
guide = 1; <!--move guide for next operation -->
}
if(guide < st3len){
if(zero[target] == zero[target2]) {
st0.push(1);
}
else {
st0.push(0);
}
}
if(st0 === null){
st0 = 0;
}
target = target + 1;
guide = guide + 1;
}
while(guide <= currlen);
}
target = 0, guide = 0, currlen = 2;
<!--- gwom --> avg loop cycle
<!--- gewm --> start d(1|3)
<!--- gex --> start d2
<!--- gez --> increase for next in d(1|3) position
<!--- gew --> increase d1 for in d2 position |or| increase d1 for start d4 position
<!-- gwet --> second position for d(3|4)
<!-- xwem --> scale bases [gewm & gex & gwet] to next level, follow to find rest
<!-- finding d1: gewm, gewm+gez, gewm+gez+gez (<--side-a), gez, gez+gez, gez+gez+gez (<--side-b), (start pos, add 3, add 3, etc) per side (2) -->
<!-- finding d2: gex, gex+gez, gex+gez+gez (<--side-a), gez, gez+gez, gez+gez+gez (<--side-b), (start pos, add 3, add 3, etc) per side (2) -->
<!-- finding d3: gewm, gewm+gew, gewm+gew+gew (<--side-a), gwet, gwet+gew, gwet+gew+gew (<--side-b), (start pos, add 1, add 1, add 4, add 1, add1, add4, etc)
<!-- finding d4: gewm+gez, gewm+gez+gew, gewm+gez+gew+gew (<--side-a), gwet, gwet+gew, gwet+gew+gew (<--side-b), (start pos, add 1, add 1, add 4, add 1, add1, add4 (etc) -->
<!-- ree === gewm (0)