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| function TrexRunnerBot() {
const makeKeyArgs = (keyCode) => {
const preventDefault = () => void 0;
return {keyCode, preventDefault};
};
const upKeyArgs = makeKeyArgs(38);
const downKeyArgs = makeKeyArgs(40);
const startArgs = makeKeyArgs(32);
if (!Runner().playing) {
Runner().onKeyDown(startArgs);
setTimeout(() => {
Runner().onKeyUp(startArgs);
}, 500);
}
function conquerTheGame() {
if (!Runner || !Runner().horizon.obstacles[0]) return;
const obstacle = Runner().horizon.obstacles[0];
if (obstacle.typeConfig && obstacle.typeConfig.type === 'SNACK') return;
if (needsToTackle(obstacle) && closeEnoughToTackle(obstacle)) tackle(obstacle);
}
function needsToTackle(obstacle) {
return obstacle.yPos !== 50;
}
function closeEnoughToTackle(obstacle) {
return obstacle.xPos <= Runner().currentSpeed * 18;
}
function tackle(obstacle) {
if (isDuckable(obstacle)) {
duck();
} else {
jumpOver(obstacle);
}
}
function isDuckable(obstacle) {
return obstacle.yPos === 50;
}
function duck() {
Runner().onKeyDown(downKeyArgs);
setTimeout(() => {
Runner().onKeyUp(downKeyArgs);
}, 500);
}
function jumpOver(obstacle) {
if (isNextObstacleCloseTo(obstacle))
jumpFast();
else
Runner().onKeyDown(upKeyArgs);
}
function isNextObstacleCloseTo(currentObstacle) {
const nextObstacle = Runner().horizon.obstacles[1];
return nextObstacle && nextObstacle.xPos - currentObstacle.xPos <= Runner().currentSpeed * 42;
}
function jumpFast() {
Runner().onKeyDown(upKeyArgs);
Runner().onKeyUp(upKeyArgs);
}
return {conquerTheGame: conquerTheGame};
}
let bot = TrexRunnerBot();
let botInterval = setInterval(bot.conquerTheGame, 2);
|
