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SnakeBot/index.js

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/*
Welcome to your Code your snake bot!
This is a minimal example showing spawning, the snake's position, and where the closest apple is.
It won't work right away because you need to authenticate yourself. Read /learn/welcome.md.
*/
const LEFT = 0
const RIGHT = 1
const UP = 2
const DOWN = 3
const FOOD = 3
const GOLDEN_FOOD = 4
const BLACK_HOLE = 5
const newSnake = require('./wrapper.js')
const dotenv = require('dotenv');
dotenv.config();
const fs = require('fs');
let snake = newSnake(process.env.auth) // Login with the auth cookie in the secrets tab
var vals = fs.readFileSync("data", 'utf8').split("\n")
/*File Format:
`${LAST_DEATH}
${BEST_LENGTH}
${TOTAL_ATTEMPTS}
${TOTAL_LENGTH}
${BEST_SEEN}
${BEST_SEEN_WHO}
`
*/
myDir = RIGHT
LAST_DEATH = vals[0]
BEST_LENGTH = Number(vals[1])
TOTAL_ATTEMPTS = Number(vals[2])
TOTAL_LENGTH = Number(vals[3])
LAST_LENGTH = 0
BEST_SEEN = Number(vals[4])
BEST_SEEN_WHO = vals[5]
TEST_REGIONS = []
APPLES_LIST=[]
targetApp={}
snake.onSpawn = function(x, y) { // When the snake spawns
console.log(`Spawned at X ${x}, Y ${y}`)
TOTAL_ATTEMPTS++
}
snake.onDeath = function(reason) { // When the snake dies
LAST_DEATH = reason
TOTAL_LENGTH += LAST_LENGTH
LAST_LENGTH = 0
fs.writeFileSync("data",
`${LAST_DEATH}
${BEST_LENGTH}
${TOTAL_ATTEMPTS}
${TOTAL_LENGTH}
${BEST_SEEN}
${BEST_SEEN_WHO}
`)
snake.spawn() // Respawn
}
snake.onTick = function(obj) { // When the game updates
if (snake.spawned) { // If the snake is alive
let closestApple = snake.closestApple() // Get the closest apple
let bestApp = bestApple()
if (snake.me()) {
if (snake.me()?.body.length > BEST_LENGTH) {
BEST_LENGTH = snake.me().body.length
}
LAST_LENGTH = snake.me().body.length
for (var player in obj.players) {
if (obj.players[player].body.length > BEST_SEEN) {
BEST_SEEN = obj.players[player].body.length
BEST_SEEN_WHO = player
}
}
}
// Clear the console and log the snake's position and the closest apple's position
console.clear()
console.log(`I am at X ${snake.x}, Y ${snake.y}`)
console.log(`The closest apple is at X ${closestApple.x}, Y ${closestApple.y}`)
console.log(`The best apple is at X ${bestApp.x}, Y ${bestApp.y}`)
console.log(`Last Death reason was: ${LAST_DEATH}`)
console.log(`\nBest Length:${BEST_LENGTH}\nAverage Length:${Math.floor((TOTAL_LENGTH + snake.me()?.body.length) / TOTAL_ATTEMPTS)}\nCurrent Length:${snake.me()?.body.length}\nTotal Spawns:${TOTAL_ATTEMPTS}\n\nBest Seen:${BEST_SEEN_WHO} - ${BEST_SEEN}`)
//console.log(JSON.stringify(obj));
function bestApple() {
//Returns the best apple that will not result in greedy collisions.
var testApple = snake.closestApple()
var allowed = true;
var adjacentBodies=0;
for (var player in obj.players) {
if (player !== "sigonasr2") {
for (var i of obj.players[player].body) {
adjacentBodies+=(Math.abs(i[0] - testApple.x)===0)&&(Math.abs(i[1] - testApple.y)===1)||(Math.abs(i[0] - testApple.x)===1)&&(Math.abs(i[1] - testApple.y)===0)?1:0
if (Math.abs(i[0] - testApple.x) < 3 && Math.abs(i[1] - testApple.y) < 3) {
allowed = false;
break;
}
if (Math.abs(obj.players[player].head[0] - testApple.x) < 2 && Math.abs(obj.players[player].head[1] - testApple.y) < 2) {
allowed = false;
break;
}
}
} else {
adjacentBodies+=(Math.abs(obj.players[player].body[0] - testApple.x)===0)&&(1,Math.abs(obj.players[player].body[1] - testApple.y)===1)||(Math.abs(obj.players[player].body[0] - testApple.x)===1)&&(1,Math.abs(obj.players[player].body[1] - testApple.y)===0)?1:0
}
}
for (var i of snake.blackHoles()) {
adjacentBodies+=(Math.abs(i[0] - testApple.x)===0)&&(Math.abs(i[1] - testApple.y)===1)||(Math.abs(i[0] - testApple.x)===1)&&(Math.abs(i[1] - testApple.y)===0)?1:0
}
adjacentBodies+=((testApple.x===0)?1:0)+((testApple.y===0)?1:0)+((testApple.x===149)?1:0)+((testApple.y===149)?1:0) //Boundary checks count as walls too.
if (adjacentBodies>=2) {
allowed=false //We can't allow picking up an apple with only one way out.
}
if (allowed) {
return testApple;
}
for (var apple of snake.apples()) {
var testApple = apple
var allowed = true;
var adjacentBodies=0;
for (var player in obj.players) {
if (player !== "sigonasr2") {
for (var i of obj.players[player].body) {
adjacentBodies+=((Math.abs(i[0] - testApple[0])===0)&&(Math.abs(i[1] - testApple[1])===1)||(Math.abs(i[0] - testApple[0])===1)&&(Math.abs(i[1] - testApple[1])===0))?1:0
if (Math.abs(i[0] - testApple[0]) < 3 && Math.abs(i[1] - testApple[1]) < 3) {
allowed = false;
break;
}
}
if (Math.abs(obj.players[player].head[0] - testApple[0]) < 2 && Math.abs(obj.players[player].head[1] - testApple[1]) < 2) {
allowed = false
break;
}
} else {
adjacentBodies+=(Math.abs(obj.players[player].body[0] - testApple[0])===0)&&(Math.abs(obj.players[player].body[1] - testApple[1])===1)||(Math.abs(obj.players[player].body[0] - testApple[0])===1)&&(Math.abs(obj.players[player].body[1] - testApple[1])===0)?1:0
}
}
for (var i of snake.blackHoles()) {
adjacentBodies+=(Math.abs(i[0] - testApple[0])===0)&&(Math.abs(i[1] - testApple[1])===1)||(Math.abs(i[0] - testApple[0])===1)&&(Math.abs(i[1] - testApple[1])===0)?1:0
}
adjacentBodies+=((testApple[0]===0)?1:0)+((testApple[1]===0)?1:0)+((testApple[0]===149)?1:0)+((testApple[1]===149)?1:0) //Boundary checks count as walls too.
if (adjacentBodies>=2) {
console.log(adjacentBodies+" found for "+testApple)
allowed=false //We can't allow picking up an apple with only one way out.
}
if (allowed) {
return { x: testApple[0], y: testApple[1] };
}
}
console.log("No viable apple found...")
return { x: 0, y: 0 }
}
function setDirection(dir) {
for (var i=0;i<10;i++) {
snake.setDirection(dir)
}
myDir=dir
}
function spotIsFree(dir, x, y) {
newCoords = [x, y]
for (var i of TEST_REGIONS) {
if (i[0] === newCoords[0] && i[1] === newCoords[1]) {
return false;
}
}
if (snake.me()) {
for (var i of snake.me()?.body) {
if (i[0] === newCoords[0] && i[1] === newCoords[1]) {
return false;
}
}
}
for (var i of snake.blackHoles()) {
if (i[0] === newCoords[0] && i[1] === newCoords[1]) {
return false;
}
}
for (var i of snake.bodyPositions()) {
if (i[0] === newCoords[0] && i[1] === newCoords[1]) {
return false;
}
}
for (var i of snake.headPositions()) {
if (i[0]===snake.x&&y[1]===snake.y) {
continue; //Don't include our position in this.
}
if (i[0] === newCoords[0] && i[1] === newCoords[1]) {
return false;
}
}
for (var player in obj.players) {
if (player !== "sigonasr2") {
var head = obj.players[player].head
var dir = obj.players[player].direction
if (head[0]+(dir===LEFT?1:dir===RIGHT?-1:0)===newCoords[0]&&head[1]+(dir===DOWN?1:dir===UP?-1:0)===newCoords[1]) {
return false
}
}
}
if (newCoords[0] < 0 || newCoords[0] > 149 || newCoords[1] < 0 || newCoords[1] > 149) {
return false;
}
return true;
}
function findPath(dir, x, y,appleDepth=7) {
if (spotIsFree(dir, x, y)) {
TEST_REGIONS = [[x, y], ...TEST_REGIONS]
diff_x = x - targetApp.x
diff_y = y - targetApp.y
if (diff_x === 0 && diff_y === 0) {
if (--appleDepth===0) {
return true;
} else {
var myRegions = [...TEST_REGIONS]
while (APPLES_LIST.length>0) {
var newApple = APPLES_LIST.shift()
TEST_REGIONS=[...myRegions]
targetApp={x:newApple[0],y:newApple[1]}
diff_x = x - targetApp.x
diff_y = y - targetApp.y
if (Math.abs(diff_x) > Math.abs(diff_y)) {
if (diff_x > 0) {
if (dir !== RIGHT && findPath(LEFT, x - 1, y,appleDepth)) {
return true;
} //Preferred direction found.
} else {
if (dir !== LEFT && findPath(RIGHT, x + 1, y,appleDepth)) {
return true;
}
}
} else {
if (diff_y > 0) {
if (dir !== DOWN && findPath(UP, x, y - 1,appleDepth)) {
return true;
} //Preferred direction found.
} else {
if (dir !== UP && findPath(DOWN, x, y + 1,appleDepth)) {
return true;
}
}
}
}
}
}
if (Math.abs(diff_x) > Math.abs(diff_y)) {
if (diff_x > 0) {
if (dir !== RIGHT && findPath(LEFT, x - 1, y,appleDepth)) {
return true;
} //Preferred direction found.
} else {
if (dir !== LEFT && findPath(RIGHT, x + 1, y,appleDepth)) {
return true;
}
}
} else {
if (diff_y > 0) {
if (dir !== DOWN && findPath(UP, x, y - 1,appleDepth)) {
return true;
} //Preferred direction found.
} else {
if (dir !== UP && findPath(DOWN, x, y + 1,appleDepth)) {
return true;
}
}
}
}
return false;
}
function findSafePath(dir, x, y, targetX, targetY,appleDepth=3) {
if (spotIsFree(dir, x, y)) {
TEST_REGIONS = [[x, y], ...TEST_REGIONS]
diff_x = x - targetX
diff_y = y - targetY
if (diff_x === 0 && diff_y === 0) {
if (--appleDepth===0) {
return true;
} else {
var myRegions = [...TEST_REGIONS]
while (APPLES_LIST.length>0) {
var newApple = APPLES_LIST.shift()
TEST_REGIONS=[...myRegions]
targetApp={x:newApple[0],y:newApple[1]}
diff_x = x - targetApp.x
diff_y = y - targetApp.y
if (Math.abs(diff_x) > Math.abs(diff_y)) {
if (diff_x > 0) {
if (dir !== RIGHT && findSafePath(LEFT, x - 1, y,targetApp.x,targetApp.y,appleDepth)) {
return true;
} //Preferred direction found.
} else {
if (dir !== LEFT && findSafePath(RIGHT, x + 1, y,targetApp.x,targetApp.y,appleDepth)) {
return true;
}
}
} else {
if (diff_y > 0) {
if (dir !== DOWN && findSafePath(UP, x, y - 1,targetApp.x,targetApp.y,appleDepth)) {
return true;
} //Preferred direction found.
} else {
if (dir !== UP && findSafePath(DOWN, x, y + 1,targetApp.x,targetApp.y,appleDepth)) {
return true;
}
}
}
}
}
}
if (Math.abs(diff_x) > Math.abs(diff_y)) {
if (diff_x > 0) {
if (dir !== RIGHT && findSafePath(LEFT, x - 1, y, targetX, targetY,appleDepth)) {
return true;
} //Preferred direction found.
} else {
if (dir !== LEFT && findSafePath(RIGHT, x + 1, y, targetX, targetY,appleDepth)) {
return true;
}
}
} else {
if (diff_y > 0) {
if (dir !== DOWN && findSafePath(UP, x, y - 1, targetX, targetY,appleDepth)) {
return true;
} //Preferred direction found.
} else {
if (dir !== UP && findSafePath(DOWN, x, y + 1, targetX, targetY,appleDepth)) {
return true;
}
}
}
}
return false;
}
//Make a path towards the closest apple. Always play it safe.
for (var i=10;i>5;i--) {
diff_x = snake.x - bestApp.x
diff_y = snake.y - bestApp.y
TEST_REGIONS = []
EXTRA_MOVEMENT=false
APPLES_LIST=
snake.apples()
.filter((a)=>a[0]!==bestApp.x&&a[1]!==bestApp.y)
.sort((a,b)=>Math.sqrt(Math.pow(snake.x-a[0],2)+Math.pow(snake.y-a[1],2))-Math.sqrt(Math.pow(snake.x-b[0],2)+Math.pow(snake.y-b[1],2)))
targetApp=bestApp
if (Math.abs(diff_x) > Math.abs(diff_y)) {
if (diff_x > 0) {
if (myDir !== RIGHT && findPath(LEFT, snake.x - 1, snake.y,i)) {
setDirection(LEFT);
return;
} //Preferred direction found.
} else {
if (myDir !== LEFT && findPath(RIGHT, snake.x + 1, snake.y,i)) {
setDirection(RIGHT);
return;
}
}
} else {
if (diff_y > 0) {
if (myDir !== DOWN && findPath(UP, snake.x, snake.y - 1,i)) {
setDirection(UP);
return;
} //Preferred direction found.
} else {
if (myDir !== UP && findPath(DOWN, snake.x, snake.y + 1,i)) {
setDirection(DOWN);
return;
}
}
}
}
//TODO Try different apples here before trying to "just survive". There may be a better path.
console.log("Okay maybe this apple wasn't such a good idea... Try another one.")
APPLES_LIST=
snake.apples()
.filter((a)=>a[0]!==bestApp.x&&a[1]!==bestApp.y) //I want apples furthest away to be checked first. These are probably the safest calculations to make.
.sort((a,b)=>Math.sqrt(Math.pow(snake.x-b[0],2)+Math.pow(snake.y-b[1],2))-Math.sqrt(Math.pow(snake.x-a[0],2)+Math.pow(snake.y-a[1],2)))
for (var apple of APPLES_LIST) {
TEST_REGIONS = []
EXTRA_MOVEMENT=false
var adjacentBodies=0;
for (var player in obj.players) {
if (player !== "sigonasr2") {
for (var i of obj.players[player].body) {
adjacentBodies+=((Math.abs(i[0] - apple[0])===0)&&(Math.abs(i[1] - apple[1])===1)||(Math.abs(i[0] - apple[0])===1)&&(Math.abs(i[1] - apple[1])===0))?1:0
}
} else {
adjacentBodies+=((Math.abs(obj.players[player].body[0] - apple[0])===0)&&(Math.abs(obj.players[player].body[1] - apple[1])===1)||(Math.abs(obj.players[player].body[0] - apple[0])===1)&&(Math.abs(obj.players[player].body[1] - apple[1])===0))?1:0
}
}
for (var i of snake.blackHoles()) {
adjacentBodies+=((Math.abs(i[0] - apple[0])===0)&&(Math.abs(i[1] - apple[1])===1)||(Math.abs(i[0] - apple[0])===1)&&(Math.abs(i[1] - apple[1])===0))?1:0
}
adjacentBodies+=((apple[0]===0)?1:0)+((apple[1]===0)?1:0)+((apple[0]===149)?1:0)+((apple[1]===149)?1:0) //Boundary checks count as walls too.
if (adjacentBodies>=2) {
continue; //Skip this apple. It's dangerous.
}
if (snake.x !== 0 && snake.y !== 0) {
if (myDir !== DOWN && findSafePath(UP, snake.x, snake.y - 1, apple[0], apple[1])) {
setDirection(UP);
return;
}
if (myDir !== RIGHT && findSafePath(LEFT, snake.x - 1, snake.y, apple[0], apple[1])) {
setDirection(LEFT);
return;
}
if (myDir !== LEFT && findSafePath(RIGHT, snake.x + 1, snake.y, apple[0], apple[1])) {
setDirection(RIGHT);
return;
}
if (myDir !== UP && findSafePath(DOWN, snake.x, snake.y + 1, apple[0], apple[1])) {
setDirection(DOWN);
return;
}
}
}
console.log("No viable path, just survive for now...")
TEST_REGIONS = []
EXTRA_MOVEMENT=false
APPLES_LIST=
snake.apples()
.filter((a)=>a[0]!==bestApp.x&&a[1]!==bestApp.y) //I want apples furthest away to be checked first. These are probably the safest calculations to make.
.sort((a,b)=>Math.sqrt(Math.pow(snake.x-b[0],2)+Math.pow(snake.y-b[1],2))-Math.sqrt(Math.pow(snake.x-a[0],2)+Math.pow(snake.y-a[1],2)))
if (snake.x !== 0 && snake.y !== 0) {
if (myDir !== DOWN && findSafePath(UP, snake.x, snake.y - 1, 0, 0,1)) {
setDirection(UP);
return;
}
if (myDir !== RIGHT && findSafePath(LEFT, snake.x - 1, snake.y, 0, 0,1)) {
setDirection(LEFT);
return;
}
if (myDir !== LEFT && findSafePath(RIGHT, snake.x + 1, snake.y, 0, 0,1)) {
setDirection(RIGHT);
return;
}
if (myDir !== UP && findSafePath(DOWN, snake.x, snake.y + 1, 0, 0,1)) {
setDirection(DOWN);
return;
}
}
TEST_REGIONS = []
EXTRA_MOVEMENT=false
console.log("Last resort...")
APPLES_LIST=
snake.apples()
.filter((a)=>a[0]!==bestApp.x&&a[1]!==bestApp.y) //I want apples furthest away to be checked first. These are probably the safest calculations to make.
.sort((a,b)=>Math.sqrt(Math.pow(snake.x-b[0],2)+Math.pow(snake.y-b[1],2))-Math.sqrt(Math.pow(snake.x-a[0],2)+Math.pow(snake.y-a[1],2)))
if (myDir !== DOWN && findSafePath(UP, snake.x, snake.y - 1, 149, 149,1)) {
setDirection(UP);
return;
}
if (myDir !== RIGHT && findSafePath(LEFT, snake.x - 1, snake.y, 149, 149,1)) {
setDirection(LEFT);
return;
}
if (myDir !== LEFT && findSafePath(RIGHT, snake.x + 1, snake.y, 149, 149,1)) {
setDirection(RIGHT);
return;
}
if (myDir !== UP && findSafePath(DOWN, snake.x, snake.y + 1, 149, 149,1)) {
setDirection(DOWN);
return;
}
console.log("Good luck....")
TEST_REGIONS = []
EXTRA_MOVEMENT=false
if (spotIsFree(myDir, x + (myDir === RIGHT ? 1 : myDir === LEFT ? -1 : 0), y + (myDir === DOWN ? 1 : myDir === UP ? -1 : 0))) {
return;
} else
if (myDir !== UP && spotIsFree(DOWN, x, y + 1)) {
setDirection(DOWN)
return
} else
if (myDir !== RIGHT && spotIsFree(LEFT, x - 1, y)) {
setDirection(LEFT)
return
} else
if (myDir !== LEFT && spotIsFree(RIGHT, x + 1, y)) {
setDirection(RIGHT)
return
} else
if (myDir !== DOWN && spotIsFree(UP, x, y - 1)) {
setDirection(UP)
return
}
console.log("Dedge.")
}
}
snake.onLogin = function(username) { // When logged in
console.log(`Connected as ${username}!`)
snake.spawn() // Spawn the snake
}
/*
Sample: //Field is 150x150. We'll assume zero-based.
{"players":{"Bot 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*/