RepComm

using Godot;


// Attach to an Area3D
// listens to collisions with area3d (use area3d's collision mask to select what objects should walk thru holes)
// sets or unsets the cutLayer (see in editor after attaching this script)
// dont forget to build C# project once to see the editor field for PhysicsHole)

public partial class PhysicsHole : Area3D {
  [Export]

RepComm

import { Tensor, layers, sequential, tensor, train } from "@tensorflow/tfjs-node";

function create_model () {
  const model = sequential();
  model.add(layers.dense({
    units: 16,
    activation: "relu",
    inputShape: [1]
  }));

RepComm

set number
set tabstop=2
set shiftwidth=2
set expandtab

call plug#begin('~/.vim/plugged')
Plug 'neoclide/coc.nvim', {'branch': 'release'}
Plug 'neoclide/coc.nvim', {'do': 'yarn install --frozen-lockfile'}
call plug#end()

RepComm

interface EventCallback<T> {
  (evt: T): boolean|void;
}

class EventDispatcher<EventMap> {
  listeners: Map<string, Set<EventCallback<keyof EventMap>>>;

  constructor () {
    this.listeners = new Map();

RepComm

# first, turn off anything that has adobe in the task name to get some instant speed boosts

echo Ending tasks with Adobe in the name
ps -A | grep Adobe | cut -f2 -d" " - | xargs kill

echo Done

echo Currently running tasks with Adobe in the name:
ps -A | grep Adobe | xargs echo

RepComm

export interface QueryInfo {
  [key: string]: string|Array<string>;
}
export interface URLInfo {
  base: string;
  query: string;
  queryParams: QueryInfo;
}

export function decomposeUrl (urlStr: string, allowDuplicateParamKeys: boolean = true) {

RepComm

/** x and y are your 2d coordinates, width is the width of your chunk, all should be integers 
 * Returns an integer inside of an 1d array with size (width*height)
 */
export function _2dTo1d (x: number, y: number, width: number) {
  return x + width * y;
}

/** given an index in an array w/ size (width * height) and the width of the chunk
 * Returns the X coordinate inside the width, height of the chunk
 */

RepComm

package comm.rep.json;

import java.util.*;

import static comm.rep.json.Lexer.lex;

public class JSON {
  public static class JsonValue {
  
  }

RepComm

package comm.rep;

import java.awt.event.MouseEvent;
import java.awt.event.MouseListener;
import java.awt.event.MouseMotionListener;

/**
 * Make using MouseListener and MouseMotionListener not painful, use lambas!
 *
 * Example:

RepComm

/**
* An accurate simulation of the elytra item as of Minecraft 15w41b
*/
public class ElytraModel
{	
	public int glideTime;
	public int damageTaken;
	
	public double posX;
	public double posY;