nbogie

## flatcubes.py
import bpy
import random
import math

# random seed
seed = random.randint(0, 99999);


def main():

## ArduinoEE_DMX_Example.ino
#include "DMXSerial.h"

/*
Simple example of using the DMSSerial library in combination with EE's hardware configuration to provide 4 relay outputs that can be used to show game states.
This is using the Arduino relay board from: https://www.seeedstudio.com/item_detail.html?p_id=2440
 */

void setup()
{
    DMXSerial.init(DMXReceiver);

## Arduino - START HERE.md

      
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                topshed
                / Arduino - START HERE.md
            
            
              Last active May 9, 2019
            
          
      View Arduino - START HERE.md
  
    
    Getting started
Two LEDs on a breadboard
Buttons and Serial Monitor
Analog Inputs
Analog temperature sensor

  
## plan.md

      
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                ZanderBrown
                / plan.md
            
            
              Created Nov 6, 2017
            
              
                'Microflasher', micro:bit uploader for Linux environments
              
          
      View plan.md
  
    
    Plan
DBus Server:

Monitors folder
Installed as service
Copies to all connected m:b

LXPanel plugin (for Raspbian):

Connects to server
Shows notifications for events as tooltips (ala lxplug-ejecter)


## TuningSonicPi.md

      
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                rbnpi
                / TuningSonicPi.md
            
            
              Last active Jan 2, 2021
            
              
                Tuning Sonic Pi for best performance
              
          
      View TuningSonicPi.md
  
    
    Tuning Sonic Pi for best performance
Several of the programs I write for Sonic Pi push it fairly close to the limit when run on a Raspberry Pi. This note gives some tips on to how to maximise the performance on that platform. Of course, if you run Sonic Pi on Mac OSX,or a Windows PC then the performance is much better on these more powerful platforms and some of the issues may not arise.
Over-clocking your Pi
By increasing the voltage applied to the Pi processor, and running it at a higher clock frequency than normal it is possible to achive significant gains in performance. The down side is that you may reduce the lifetime of your Pi. There are five levels that can be configured: None, Modest, Medium, High and Turbo. I routinely run my Raspberry Pis with Medium Overclocking and have noticed no ill effects on any of them.
If you wish to apply some over-clocking you do so by running the program raspi-config from the command line. Having logged on, from the command line before you start the gra

  
## anonymous
<!doctype html>
<html>
  <head>
  	<meta charset="utf-8">
    <title>The things I love the most </title>
    <h1> The things I love the most</h1>
    <h2> Singing</h2>

  </head>
  <body>

## introrx.md

      
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                staltz
                / introrx.md
            
            
              Last active Mar 4, 2021
            
              
                The introduction to Reactive Programming you've been missing
              
          
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    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.


## easing.js
/*
 * Easing Functions - inspired from http://gizma.com/easing/
 * only considering the t value for the range [0, 1] => [0, 1]
 */
EasingFunctions = {
  // no easing, no acceleration
  linear: t => t,
  // accelerating from zero velocity
  easeInQuad: t => t*t,
  // decelerating to zero velocity

## ExitCodeTestsExample.hs
module Main where

import Test.QuickCheck (quickCheck)
import Your.Module (encrypt, decrypt)

prop_reverseReverse :: [Char] -> Bool
prop_reverseReverse s = (reverse . reverse) s == s

prop_encryptDecrypt :: [Char] -> Bool
prop_encryptDecrypt s = (encrypt . decrypt) s == s

## whereami.sh
#!/bin/bash
echo -n "{\"version\": \"1.1.0\",\"host\": \"maps.google.com\",\"request_address\": true,\"address_language\": \"en_GB\", \"wifi_towers\": [`iwlist scan 2> /dev/null | tr -d '\n' | sed -e 's/Cell [0-9]* - Address: \([0-9A-Z:]*\)[^C]*Channel:\([0-9]*\)[^S]*Signal level=\([0-9-]*\) dBm[^E]*E[^E]*ESSID:"\([^"]*\)"/\{"mac_address": "\1","signal_strength": \3,"age": 0,"channel": \2,"ssid": "\4"}/g' -e 's/[^{]*{/{/' -e 's/}[^{]*{/},{/g' -e 's/\}[^}]*$/\}/' `]}" | curl -s -X POST -d @/dev/fd/0 http://www.google.com/loc/json

# TIP: run with sudo for improved accuracy since iwlist can then provide more than the active hotspot
	import bpy
	import random
	import math

	# random seed
	seed = random.randint(0, 99999);


	def main():
	#include "DMXSerial.h"

	/*
	Simple example of using the DMSSerial library in combination with EE's hardware configuration to provide 4 relay outputs that can be used to show game states.
	This is using the Arduino relay board from: https://www.seeedstudio.com/item_detail.html?p_id=2440
	*/

	void setup()
	{
	DMXSerial.init(DMXReceiver);
	<!doctype html>
	<html>
	<head>
	<meta charset="utf-8">
	<title>The things I love the most </title>
	<h1> The things I love the most</h1>
	<h2> Singing</h2>

	</head>
	<body>
	/*
	* Easing Functions - inspired from http://gizma.com/easing/
	* only considering the t value for the range [0, 1] => [0, 1]
	*/
	EasingFunctions = {
	// no easing, no acceleration
	linear: t => t,
	// accelerating from zero velocity
	easeInQuad: t => t*t,
	// decelerating to zero velocity
	module Main where

	import Test.QuickCheck (quickCheck)
	import Your.Module (encrypt, decrypt)

	prop_reverseReverse :: [Char] -> Bool
	prop_reverseReverse s = (reverse . reverse) s == s

	prop_encryptDecrypt :: [Char] -> Bool
	prop_encryptDecrypt s = (encrypt . decrypt) s == s
	#!/bin/bash
	echo -n "{\"version\": \"1.1.0\",\"host\": \"maps.google.com\",\"request_address\": true,\"address_language\": \"en_GB\", \"wifi_towers\": [`iwlist scan 2> /dev/null \| tr -d '\n' \| sed -e 's/Cell [0-9]* - Address: \([0-9A-Z:]\)[^C]Channel:\([0-9]\)[^S]Signal level=\([0-9-]\) dBm[^E]E[^E]ESSID:"\([^"]\)"/\{"mac_address": "\1","signal_strength": \3,"age": 0,"channel": \2,"ssid": "\4"}/g' -e 's/[^{]{/{/' -e 's/}[^{]{/},{/g' -e 's/\}[^}]*$/\}/' `]}" \| curl -s -X POST -d @/dev/fd/0 http://www.google.com/loc/json

	# TIP: run with sudo for improved accuracy since iwlist can then provide more than the active hotspot