ddugovic

#!/usr/bin/python

import chess
import chess.uci
import sys
import time


def test_epd(engine, epd):
    position = chess.Board()

ddugovic

echo "I personally believe that U.S. Americans are unable to do so because uh some uh people out there in our nation don't have maps and uh I believe that our ed- education like such as in South Africa and uh the- the Iraq everywhere like such as and I believe that they should uh our education over here in the U.S. should help the U.S. or- or- should help South Africa and should help the Iraq and the Asian countries so we will be able to build up our future for our children." | ./syntaxnet/demo.sh 
I syntaxnet/term_frequency_map.cc:101] Loaded 46 terms from syntaxnet/models/parsey_mcparseface/label-map.
I syntaxnet/embedding_feature_extractor.cc:35] Features: stack.child(1).label stack.child(1).sibling(-1).label stack.child(-1).label stack.child(-1).sibling(1).label stack.child(2).label stack.child(-2).label stack(1).child(1).label stack(1).child(1).sibling(-1).label stack(1).child(-1).label stack(1).child(-1).sibling(1).label stack(1).child(2).label stack(1).child(-2).label; input.token.tag input(1).token.ta

ddugovic

	var fnCreateKeyboard = function(keyboardElement) {
		// Generate keyboard
		// This is our main keyboard element! It's populated dynamically based on what you've set above.
		visualKeyboard = document.getElementById('keyboard');
		selectSound = document.getElementById('sound');

		var iKeys = 0;
		var iWhite = 0;
		var notes = __audioSynth._notes;

ddugovic

import gym
import numpy as np

def run_episode(env, parameters):
	observation = env.reset()
	totalreward = 0
	#for 200 timesteps
	for _ in xrange(200):
		#env.render()
		#initalize random weights

ddugovic

#!/usr/bin/perl

$ENV{'STBWDIR'} = '.';
$ENV{'STBZDIR'} = '.';
$ENV{'STBSTATSDIR'} = '.';
$ENV{'LTBWDIR'} = '.';
$ENV{'LTBZDIR'} = '.';
$ENV{'LTBSTATSDIR'} = '.';
$ENV{'GTBWDIR'} = '.';
$ENV{'GTBZDIR'} = '.';

ddugovic

# Program to encode pawns as bitmasks from a FEN
# Usage: ruby pawn_encoder.rb "rn3rk1/4bpp1/pq2bn1p/2pp4/B6B/2N1PN2/PP3PPP/2RQ1RK1"
def encode(fen)
  board = fen.gsub("8"," 7").gsub("7"," 6").gsub("6"," 5").gsub("5"," 4").gsub("4"," 3").gsub("3"," 2").gsub("2"," 1").gsub("1"," ")
  wpawnsA = board.gsub(/[^P\/]/,"0").gsub(/P/,"1").split("/")
  bpawnsA = board.gsub(/[^p\/]/,"0").gsub(/p/,"1").split("/")

  wpawnsB = wpawnsA.rotate
  bpawnsB = bpawnsA.rotate(-1)

ddugovic

% Crazyhouse variant testsuite from https://chessvariants.training/
r6k/pppq2pp/3pp3/4p3/3nP1BP/2NPK1P1/PPP5/3R4[RBBNNPqrb] b - - bm B@f4+
rnb2r2/ppp3p1/4kp2/4pp1Q/3P4/8/PPP2PPP/R1B1KBNR[QBPPnn] w KQ - bm Bc4+ B@d5+
rnbk4/ppp1bp1p/8/4P3/4p3/2N5/PPP2PPP/R1B1KBNR[QRNPPqp] w KQ - bm Q@h8+ Q@g8+
r7/p1p1b1rp/b3kn2/4p1P1/3pP1n1/2NP2P1/PPP2pKP/R1BQ3R[QNPPb] w - - bm Q@d5+
r1b4r/p5pp/2pkp3/3p4/3Pp3/8/P1P2PPP/R2n1RK1[QBNNqbbnppp] w - - bm B@c5+ B@b4+
r3nr1b/ppp2p1k/6p1/4P1qB/3PK3/4Q3/PPP3PP/R7[RBBNNPPnpp] b - - bm Qf5+
r4r1k/ppp2pp1/3N4/3Np3/B5p1/6B1/PP3Pp1/R1BQ1RK1[QNPPPbnpp] w - - bm Q@h6+
1r5k/1P2Q1p1/p3Qnb1/1pp3N1/8/2P1BPp1/PP4P1/R4R1K[BBNrnppppp] w - - bm N@f7+
1rRq1r2/1PppkpQp/p3bN2/1pb1pp2/4P3/2P4N/PP4PP/Rb5K[BNnp] w - - bm Rxd8

ddugovic

// ==UserScript==
// @name        E4, Best by Test
// @namespace   https://github.com/ddugovic/UserScripts
// @description Best by test!
// @author      ddugovic
// @copyright   2017+, ddugovic
// @license     CC0 1.0 Universal
// @match       https://lichess.org/training/coordinate
// @require     https://lichess1.org/assets/compiled/coordinate.js?v=1932
// @grant       none

ddugovic

# -*- coding: utf-8 -*-
"""
I. About the script

1. It takes a pgn file with games in it and analyze those
   games there one by one if there are more than one game
2. It mainly uses Stockfish uci engine during development.
   Other uci engines can be used provided those engines support
   multipv mode

ddugovic

#!/bin/bash
x=1
clear
while [ $? -eq 0 ]
do
  x=$(( $x + 1 ))
  /home/lila/sl/sl -dew -$x
done
clear && fortune | cowsay