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Copy pathminigui.ts
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470 lines (418 loc) · 12 KB
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// Copyright 2018 Google LLC
//
// Licensed under the Apache License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
//
// http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.
import * as board from './board'
import * as util from './util'
import {Log} from './log'
import * as gtpsock from './gtp_socket'
import {Graph} from './graph'
let N = 0;
namespace BoardState {
export type Move = board.Point | 'pass' | 'resign';
}
class BoardState {
stones: Array<board.Color>;
principalVariation = new Array<board.Move>();
n: Array<number>;
q: Array<number>;
lastMove: BoardState.Move | null = null;
constructor(stones: Array<board.Color> | null, lastMove: BoardState.Move | null) {
this.lastMove = lastMove;
if (stones) {
this.stones = stones;
} else {
this.stones = new Array<board.Color>(N * N);
for (let i = 0; i < N * N; ++i) {
this.stones[i] = board.Color.Empty;
}
}
this.n = new Array<number>(N * N);
this.q = new Array<number>(N * N);
for (let i = 0; i < N * N; ++i) {
this.n[i] = 0;
this.q[i] = 0;
}
}
}
// Game state.
class GameState {
numConsecutivePasses = 0;
gameOver = true;
hoveredMove: number | null = null;
moveNumber = 0;
history = [new BoardState(null, null)];
}
let gameState = new GameState();
// Initialize log.
let log = new Log('log', 'console');
let consoleElem = util.getElement('console')
consoleElem.addEventListener('keypress', (e) => {
if (e.keyCode == 13) {
let cmd = consoleElem.innerText.trim();
if (cmd != '') {
gtp.send(cmd, () => { log.scroll(); });
}
consoleElem.innerHTML = '';
e.preventDefault();
return false;
}
});
let mainBoard: board.ClickableBoard;
let currentVariationBoard: board.Board;
let qBoard: board.Board;
let nBoard: board.Board;
let boards: Array<board.Board>;
// Initialize socket connection to the backend.
let gtp = new gtpsock.Socket(
`http://${document.domain}:${location.port}/minigui`,
(line: string) => { log.log(line, 'log-cmd'); });
function init(boardSize: number) {
N = boardSize;
mainBoard = new board.ClickableBoard(
'main-board', N, {margin: 30, labelRowCol: true, starPointRadius: 4});
currentVariationBoard = new board.Board('search-board', N, {caption: 'search'});
qBoard = new board.Board('q-board', N, {caption: 'ΔQ'});
nBoard = new board.Board('n-board', N, {caption: 'N'});
boards = [
mainBoard,
currentVariationBoard,
qBoard,
nBoard,
];
for (let board of boards) {
board.draw();
}
gtp.send('clear_board');
gtp.send('gamestate');
gtp.send('report_search_interval 50');
gtp.send('info');
gameState.gameOver = false;
util.getElement('ui-container').classList.remove('hidden');
mainBoard.onClick((p) => {
mainBoard.clearVariation();
currentVariationBoard.clearVariation();
qBoard.clearHeatMap();
nBoard.clearHeatMap();
let player = mainBoard.toPlay == board.Color.Black ? 'b' : 'w';
let row = N - p.row;
let col = board.COL_LABELS[p.col];
let move = `${col}${row}`;
gtp.send(`play ${player} ${move}`, (cmd: string, result: string, ok: boolean) => {
if (ok) {
onMovePlayed(move);
}
});
});
}
function tryBoardSize(sizes: board.BoardSize[]) {
if (sizes.length == 0) {
throw new Error('Couldn\'t find an acceptable board size');
}
gtp.send(`boardsize ${sizes[0]}`, (cmd, result, ok) => {
if (ok) {
init(sizes[0]);
} else {
tryBoardSize(sizes.slice(1));
}
});
}
gtp.onConnect(() => {
if (!mainBoard) {
tryBoardSize([board.BoardSize.Nine, board.BoardSize.Nineteen]);
}
});
let qGraph = new Graph('q-graph');
qGraph.onMoveChanged((move: number | null) => {
gameState.hoveredMove = move;
if (move == null) {
8000
move = gameState.history.length - 1;
}
let h = gameState.history[move];
mainBoard.clearMarks();
if (h.lastMove != null && h.lastMove != 'pass' && h.lastMove != 'resign') {
mainBoard.setMark(h.lastMove, '#ef6c02');
}
mainBoard.setStones(h.stones);
qBoard.setStones(h.stones);
nBoard.setStones(h.stones);
mainBoard.setVariation(h.principalVariation);
qBoard.setHeatMap(h.q);
nBoard.setHeatMap(h.n);
});
enum Controller {
Human,
Minigo,
}
class Player {
color: board.Color;
controller = Controller.Human;
thinking = false;
constructor(color: board.Color, buttonId: string) {
this.color = color;
let button = util.getElement(buttonId);
button.addEventListener('click', () => {
if (this.controller == Controller.Human) {
this.controller = Controller.Minigo;
} else {
this.controller = Controller.Human;
}
button.innerHTML = `${Controller[this.controller]}`;
gtp.send('gamestate');
});
}
think() {
if (this.controller != Controller.Minigo) {
throw new Error(`Unexpected controller: ${Controller[this.controller]}`);
}
this.thinking = true;
gtp.send('genmove', (cmd: string, result: string) => {
this.thinking = false;
onMovePlayed(result);
});
}
}
// Callback invoked when either a human or Minigo plays a valid move.
function onMovePlayed(move: string) {
let gameOver = false;
if (move == 'pass') {
if (++gameState.numConsecutivePasses == 2) {
gameOver = true;
}
} else {
gameState.numConsecutivePasses = 0;
if (move == 'resign') {
gameOver = true;
}
}
log.scroll();
gtp.send('gamestate');
if (gameOver && !gameState.gameOver) {
gameState.gameOver = true;
gtp.send('final_score', (cmd: string, result: string, ok: boolean) => {
if (!ok) {
return;
}
let prettyResult: string;
if (result[0] == 'W') {
prettyResult = 'White wins by ';
} else {
prettyResult = 'Black wins by ';
}
if (result[2] == 'R') {
prettyResult += 'resignation';
} else {
prettyResult += result.substr(2) + ' points';
}
log.log(prettyResult);
log.scroll();
});
if (isSelfPlay()) {
mainBoard.clearMarks();
mainBoard.clearVariation();
if (modeSelect.innerHTML == 'demo') {
resetGame(10);
}
}
}
}
// TODO(tommadams): Change the index type to [color in Color] once
// https://github.com/Microsoft/TypeScript/issues/13042 is fixed.
let players: {[index: number]: Player} = {
[board.Color.Black]: new Player(board.Color.Black, 'black-player'),
[board.Color.White]: new Player(board.Color.White, 'white-player'),
};
util.getElement('pass').addEventListener('click', () => {
if (!mainBoard.enabled) {
return;
}
let player = mainBoard.toPlay == board.Color.Black ? 'b' : 'w';
gtp.send(`play ${player} pass`, () => { onMovePlayed('pass'); });
});
util.getElement('reset').addEventListener('click', () => { resetGame(); });
let modeSelect = util.getElement('mode');
modeSelect.addEventListener('click', () => {
if (modeSelect.innerHTML == 'demo') {
modeSelect.innerHTML = 'play';
} else {
modeSelect.innerHTML = 'demo';
}
});
let pendingReset = -1;
function resetGame(delay?: number) {
if (delay) {
if (pendingReset != -1) {
window.clearTimeout(pendingReset);
pendingReset = -1;
}
pendingReset = window.setTimeout(resetGame, delay * 1000);
return;
}
gameState = new GameState();
log.clear();
for (let color in players) {
players[color].thinking = false;
}
qGraph.clear();
mainBoard.clearVariation();
currentVariationBoard.clearVariation();
qBoard.clearHeatMap();
nBoard.clearHeatMap();
gtp.newSession();
gtp.send('clear_board', () => { gameState.gameOver = false; });
gtp.send('gamestate');
gtp.send('report_search_interval 50');
gtp.send('info');
}
function isSelfPlay() {
return (players[board.Color.Black].controller == Controller.Minigo &&
players[board.Color.White].controller == Controller.Minigo);
}
function searchHandler(line: string) {
let variation = util.parseVariation(line.trim(), N, mainBoard.toPlay);
currentVariationBoard.setVariation(variation);
}
function principalVariationHandler(line: string) {
let variation = util.parseVariation(line.trim(), N, mainBoard.toPlay);
gameState.history[gameState.moveNumber].principalVariation = variation;
if (gameState.hoveredMove == null) {
mainBoard.setVariation(variation);
}
}
function qHandler(line: string) {
let heatMap = [];
for (let s of line.trim().split(' ')) {
let x = parseFloat(s);
if (x > 0) {
x = Math.sqrt(x);
} else {
x = -Math.sqrt(-x);
}
x = Math.max(-0.6, Math.min(x, 0.6));
heatMap.push(x);
}
// TODO(tommadams): Store the raw heat map and add a transform function to the
// HeatMapBoard.
gameState.history[gameState.moveNumber].q = heatMap;
if (gameState.hoveredMove == null) {
qBoard.setHeatMap(heatMap);
}
}
function nHandler(line: string) {
let ns = new Array<number>();
let nSum = 0;
for (let s of line.trim().split(' ')) {
let n = parseInt(s);
nSum += n;
ns.push(n);
}
for (let i = 0; i < ns.length; ++i) {
ns[i] /= nSum;
}
let heatMap = [];
for (let n of ns) {
n = Math.min(Math.sqrt(n), 0.6);
if (n > 0) {
n = 0.1 + 0.9 * n;
}
heatMap.push(n);
}
// TODO(tommadams): Store the raw heat map and add a transform function to the
// HeatMapBoard.
gameState.history[gameState.moveNumber].n = heatMap;
if (gameState.hoveredMove == null) {
nBoard.setHeatMap(heatMap);
}
}
interface GameState {
session: string;
board: string;
lastMove: string;
toPlay: string;
n: number;
q: number;
}
function gameStateHandler(line: string) {
// Parse the response from the backend.
let obj = JSON.parse(line) as GameState;
// Update stones on the board.
let stoneMap: {[index: string]: board.Color} = {
'.': board.Color.Empty,
'X': board.Color.Black,
'O': board.Color.White,
};
let stones = [];
for (let i = 0; i < obj.board.length; ++i) {
stones.push(stoneMap[obj.board[i]]);
}
if (gameState.hoveredMove != null) {
currentVariationBoard.setStones(stones);
} else {
for (let board of boards) {
board.setStones(stones);
}
}
let lastMove = obj.lastMove ? util.parseGtpPoint(obj.lastMove, N) : null;
if (obj.n == gameState.history.length) {
gameState.history.push(new BoardState(stones, lastMove));
}
// Set the last move marker.
mainBoard.clearMarks();
if (obj.lastMove) {
let move = util.parseGtpPoint(obj.lastMove, N);
if (move != 'pass' && move != 'resign') {
if (gameState.hoveredMove == null) {
mainBoard.setMark(move, '#ef6c02');
}
}
}
gameState.moveNumber = obj.n;
qGraph.setMoveScore(obj.n, obj.q);
// Redraw everything.
for (let board of boards) {
board.draw();
}
qGraph.draw();
// Update whose turn it is.
let toPlay = obj.toPlay == "Black" ? board.Color.Black : board.Color.White;
for (let board of boards) {
board.toPlay = toPlay;
}
if (players[toPlay].controller == Controller.Human) {
mainBoard.enabled = !gameState.gameOver;
mainBoard.clearVariation();
currentVariationBoard.clearVariation();
} else {
mainBoard.enabled = false;
if (!gameState.gameOver &&
!players[board.Color.Black].thinking &&
!players[board.Color.White].thinking) {
players[toPlay].think();
}
}
}
function defaultStderrHandler(line: string) {
if (line.indexOf(' ==> ') == -1) {
log.log(line);
}
}
const STDERR_HANDLERS: Array<[string, gtpsock.StderrHandler]> = [
['mg-search:', searchHandler],
['mg-pv:', principalVariationHandler],
['mg-q:', qHandler],
['mg-n:', nHandler],
['mg-gamestate:', gameStateHandler],
['', defaultStderrHandler],
];
for (let [prefix, handler] of STDERR_HANDLERS) {
gtp.addStderrHandler(prefix, handler);
}