loon3

TX: 73cfb35e1e6bb31b3ddffb41322c46f155970bfae3c40385b171ba02f88985a0
DATA: 
3d445a495443525445    =DZITCRTE
01646e
23626c61636b20236261736562616c6c2d636170202344726f702d5a6f6e65207772697474656e206f6e207468652066726f3d445a6e742e205369676e656420627920236272696768746f6e333620616e6420236a756e7365746820687474703a2f2f6269742e6c792f316b356c56360c445a49016303555344017
01e00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000

TX: 6a9013b8684862e9ccfb527bf8f5ea5eb213e77e3970ff2cd8bbc22beb7cebfb
DATA: 
3d445a495443525445    =DZITCRTE

loon3

Verifying that +loon3 is my blockchain ID. https://onename.com/loon3

loon3

//jQuery and Webtorrent (https://webtorrent.io/) dependencies

var json_source_url = ""; //json data source
var filename = ""; //filename.json

$.getJSON(json_source_url, function( data ) {

  var jsonstring = JSON.stringify(data);
  var blob = new Blob([jsonstring], {type: "application/json"});
  var client = new WebTorrent()

loon3

Blockchain Validated Asset Metadata (BVAM)

Blockchain Validated Asset Metadata (BVAM) is a method which allows Counterparty Token metadata to be stored off-blockchain yet still be verifiable and inalterable.

http://xcp.ninja is a proof of concept server for creating and storing BVAM json files.

Example BVAM json, http://xcp.ninja/hash/TB2rTB5FdLtqYu31wTmKgy54TYeZSqJgr3.json

Referenced Counterparty Asset, https://counterpartychain.io/asset/A11161111624187815485

loon3

function assetname(assetid) {

    if(assetid != 1){
    
        var b26_digits = 'ABCDEFGHIJKLMNOPQRSTUVWXYZ'; 
        var letter_array = b26_digits.split("");
        var asset_name = "";
        var div;
        var rem;
        

loon3

function assetid(asset_name) {
    
    asset_name.toUpperCase();

    if(asset_name != "XCP"){
    
        var b26_digits = 'ABCDEFGHIJKLMNOPQRSTUVWXYZ'; 
        var name_array = asset_name.split("");
    
        var n = 0;

loon3

	function pdf(i, mu, sigma) {
			var m = sigma * Math.sqrt(2 * Math.PI);
   	 		var e = Math.exp(-Math.pow(i - mu, 2) / (2 * Math.pow(sigma, 2)));
     		var point = e / m;
     		return point;
	}