littletsu

// The command will be activated using _ping, since the filename is ping & our prefix is _

exports.run = (client, message, args) => {

    // This sends a message to the channel, containing the string 'Pong!'
    message.channel.send('Pong!');


}

littletsu

// The command reloads other commands, using the command handler from our series
exports.run = (client, message, args, ops) => {

    // We're going to be passing an extra argument, titled 'ops'
    // We can choose what to pass into it via the server.js file
    // Now, we can access ops.ownerID & it will return the ID defined at the top of server.js

    // Check if author is the bot owner
    if (message.author.id !== ops.ownerID) return message.channel.send('Sorry, only the owner can use this command.');
    // If the two IDs aren't the same, it will return and send a message to the channel

littletsu

// Require Packages -- You will need to install these
const Discord = require('discord.js');
const client = new Discord.Client(); // This uses the discord.js package to setup a client

// Constant Variables
const prefix = '_'; // This can be changed to anything you want
const ownerID = 'yourID'; // This will be used in future videos

// Listener Events
client.on('message', message => {

littletsu

// Require Packages -- You will need to install these
const Discord = require('discord.js');
const client = new Discord.Client(); // This uses the discord.js package to setup a client

// Constant Variables
const prefix = '_'; // This can be changed to anything you want
const ownerID = '144645791145918464'; // This will be used in future videos

// Listener Events
client.on('message', message => {

littletsu

// Require Packages -- You will need to install these
const Discord = require('discord.js');
const client = new Discord.Client(); // This uses the discord.js package to setup a client

// Constant Variables
const prefix = '_'; // This can be changed to anything you want
const ownerID = '144645791145918464'; // This will be used in future videos

// First, we need to create an object containing the serverStats info
const serverStats = {

littletsu

// Variables
let tabla = 2 
let longitud = 10

// Codigo

for (i = 1; i < longitud + 1; i++) {
    console.log(`${tabla}x${i} = ${tabla*i}`)
}

littletsu

    INPUT ip = {0};

    ip.type = INPUT_KEYBOARD;
    ip.ki.wScan = 0x39; // hardware scan code for key (http://www.philipstorr.id.au/pcbook/book3/scancode.htm)

    ip.ki.dwFlags = KEYEVENTF_SCANCODE;
    SendInput(1, &ip, sizeof(INPUT));
    ip.ki.dwFlags = KEYEVENTF_SCANCODE | KEYEVENTF_KEYUP;
    SendInput(1, &ip, sizeof(INPUT));

littletsu

const fetch = require('snekfetch')
const ws = require("ws")

var logHeartbeat = false

// Weebsocket

get('gateway').then(gateway => {
  let weebsocket = new ws(gateway.url)
  

littletsu

# add this before global hotkeys are defined
# then replace or add the desired toggle dsp hotkey with ::pd_bindings::toggle_dsp
# example: "bind_capslock all $::modifier-Key w {::pd_bindings::toggle_dsp}"
# (replacing CTRL-W Exit hotkey with toggle dsp)

set ::pd_bindings::dsp_on false

proc ::pd_bindings::toggle_dsp {} {
	if {$::pd_bindings::dsp_on} {
		pdsend "pd dsp 0"

littletsu

// credits to Asdrúbal Gomez for initial code snippet
noise(3,0.1,7)
.rotate(1,-1,-2).mask(shape(() => a.fft[4]*2 || 20))
.colorama(() => a.fft[0]*3 || 1)
.modulateScale(o0)
.modulateScale(o0,1,)
.scale(() => a.fft[3]*2 || 1)
.blend(o0)
.blend(o0)