bnolan

var wireframe = false;
var turntable = false;
var logfps = true;
var ibl = false;
var rtt = false;
var xr = false;

var httpRequest;

function makeRequest() {

bnolan

3d model nft proposals

Core parts:

token json

Should include a link to the low resolution and high resolution models.

low resolution vox model

bnolan

  hasBudgetFor (feature) {
    let count = this.features.filter(f => f.type === feature.type).length

    if (isLowPerformance()) {
      if (feature.type === 'particles') {
        return count < 4
      } else if (feature.type === 'polytext') {
        return count < 6
      } else if (feature.type === 'image') {
        return count < 100

bnolan

//  MUNRO  MUNRO  MUNRO
// 

define(
  [],
  function(){

    return function(codeList){

      var font={reverseHoles:false,reverseShapes:true},nbsp=' ';

bnolan

import * as B from 'babylonjs'
import { h, render, Component } from 'preact'

interface Props {
  texture?: B.GUI.AdvancedDynamicTexture
}

class GuiComponent extends Component<Props, any> {
  control: B.GUI.Control

bnolan

const BABYLON = require('babylonjs')

var createScene = function () {

    // Create the scene space
    var scene = new BABYLON.Scene(engine);

    // Add a camera to the scene and attach it to the canvas
    var camera = new BABYLON.ArcRotateCamera("Camera", Math.PI / 2, Math.PI / 2, 4, BABYLON.Vector3.Zero(), scene);
    camera.attachControl(canvas, true);

bnolan

  generate () {
    const text = this.description.text

    let options: any = {
      width: this.scale.x * 128 * 2,
      height: this.scale.y * 128 * 2,
    }

    // Make a dynamic texture
    var dynamicTexture = new B.DynamicTexture('sign-texture', options, this.scene, true)

bnolan

3Box is a social profiles network for web3. This post links my 3Box profile to my Github account!
    
    ✅ did:muport:QmZo3TizQ6yEJb1teDcACzQjAxXMtieRY9EAX6jHgqmbzh ✅
      
      Create your profile today to start building social connection and trust online. https://3box.io/

bnolan

These are my thoughts on the MOMS architecture:

Monolith with Opensource Microservices.

Basically, you write your app as a monolith because its quick and easy.

And when you have a subsystem of sufficient complexity and independent enough (doesn’t require being deeply enmeshed in your app), you split it out to a microservice that you opensource.

By opensourcing it, it makes you think of how other people might use it, so you make the APIs a bit more generic, you document it better with a readme, and you standardise the deployment so it’s easy for you to deploy.

bnolan

// budo boop.ts --live --dir . -- -p [ tsify --target es6 ]

import * as B from 'babylonjs'
import * as parseMagicaVoxel from 'parse-magica-voxel'
import * as createAOMesh from 'ao-mesher'
import * as fill from 'ndarray-fill'
import * as ndarray from 'ndarray'

let canvas : any = document.createElement( "canvas" );
document.body.appendChild(canvas)