kamleshchandnani

Bundling Design Systems/Component Libraries

First of all you need to decide who will be your target consumers based on the following:

1. They have the same environment(webpack config, babel config) setup as you where you built your design system(this is mostly possible if you use monorepos/same configs where all the teams share the same environment).

2. They don't have the same environment which is the case when you work in bigger teams and you want to distribute your design system as any other npm package which is already built and can be used directly.

If your use case falls under case no. 1 then you can just compile the source babel src -d build and leave the bundling to the consumer projects tools(webpack/rollup)

madelinegannon

How to get the Kinect V2 working in openFrameworks on Linux

This tutorial walks through how to get the Microsoft Kinect One working in Linux and openFrameworks.

Tested On

• Microsoft Kinect One (aka Kinect V2)
• OS: Ubuntu 18.04
• Arch: linux64
• openFrameworks Nightly (of_v20190324_linux64gcc6_nightly)
• libfreenect2 (@dfd4eaf)

danreeves

" Start plugins
"""""""""""""""
call plug#begin('~/.config/nvim/plugged')

    " One Dark theme
    Plug 'joshdick/onedark.vim'
    " Automatic syntax for a bunch of languages
    Plug 'sheerun/vim-polyglot'
    " Detect editorconfig file
    Plug 'editorconfig/editorconfig-vim'

cucmberium

twitterの投票

コード

var status = await tokens.Statuses.ShowAsync(id => 696716686381027328, include_cards => true, cards_platform => "Android-12");

https://api.twitter.com/1.1/statuses/show.json?id=696716686381027328&include_cards=true&cards_platform=Android-12

Twitter for AndroidのCK/CS

AminaKeldibek

The document provides description on calibration of three Kinect for Microsoft sensors connected to one computer with several usb controllers. Three cameras setup is shown below:

![Figure 1] (http://i.imgur.com/sdOWbVl.jpg)

Intrinsic, extrinsic, and Kinect2Kinect calibration is performed to know the position of each sensor in the space. Our setup is ROS Indigo with Ubuntu 14.04. freenect_launch and camera_pose ROS packages are used. Camera_pose package provides the pipeline to calibrate the relative 6D poses between multiple camera's. freenect_launch package contains launch files for using OpenNI-compliant devices in ROS. It creates a nodelet graph to transform raw data from the device driver into point clouds, disparity images, and other products suitable for processing and visualization. It is installed with catkin as follows:

# Prep

staltz

The introduction to Reactive Programming you've been missing

(by @andrestaltz)

---

This tutorial as a series of videos

If you prefer to watch video tutorials with live-coding, then check out this series I recorded with the same contents as in this article: Egghead.io - Introduction to Reactive Programming.

---

REAS

import processing.pdf.*;

color[] rgb = { 
  #FF0000, #00FF00, #0000FF
};

//SPACING BETWEEN LINES
float spMin = 2; 
float spMax = 4;
float strokeWidth = 0.5;

Kartones

PSQL

Magic words:

psql -U postgres

Some interesting flags (to see all, use -h or --help depending on your psql version):

• -E: will describe the underlaying queries of the \ commands (cool for learning!)
• -l: psql will list all databases and then exit (useful if the user you connect with doesn't has a default database, like at AWS RDS)

simonista

" Don't try to be vi compatible
set nocompatible

" Helps force plugins to load correctly when it is turned back on below
filetype off

" TODO: Load plugins here (pathogen or vundle)

" Turn on syntax highlighting
syntax on

sloria

The Best of the Best Practices (BOBP) Guide for Python

A "Best of the Best Practices" (BOBP) guide to developing in Python.

In General

Values

• "Build tools for others that you want to be built for you." - Kenneth Reitz
• "Simplicity is alway better than functionality." - Pieter Hintjens