Let’s create a Cross Road Game using HTML, CSS, and JavaScript. This fun project is inspired by classic arcade-style crossing games where the player moves a character across roads while avoiding traffic.
We’ll use:
- HTML to structure the game area and character.
- CSS to style the layout, roads, vehicles, and character.
- JavaScript to control player movement, detect collisions, and manage the game logic.
Whether you’re a beginner learning game development or just looking for a fun project, this Cross Road Game is a great way to explore animation, keyboard interaction, and logic using web technologies. Let’s start building and bring the game to life! 🎮🚗
HTML :
This HTML code creates a simple 3D animation-themed website layout with a header (showing logo and menu), sections for intro, description, and contact information, decorated with flower and leaf images; it links to an external CSS file for styling and a JavaScript file (script.js) to handle 3D animation inside a container3D div.
<!DOCTYPE html> <html lang="en" > <head> <meta charset="UTF-8"> <title>Cross Road Game | @coding.stella</title> <link rel="stylesheet" href="./style.css"> </head> <body> <div id="root" /> <script type="module" src="./script.js"></script> </body> </html>
CSS :
This CSS styles a retro-themed game using the “Press Start 2P” font. It makes the game fill the whole screen with a centered layout. The #controls section at the bottom includes styled buttons for gameplay (like up/down/left/right), while #score displays the player’s score at the top left. When the game ends, #result-container shows a white popup in the center with the result and a red restart button.
@import url("https://fonts.googleapis.com/css?family=Press+Start+2P");
body {
margin: 0;
display: flex;
min-height: 100vh;
}
#root {
width: 100%;
}
.game {
position: relative;
width: 100%;
height: 100%;
font-family: "Press Start 2P", cursive;
}
#controls {
position: absolute;
bottom: 20px;
min-width: 100%;
display: flex;
align-items: flex-end;
justify-content: center;
}
#controls div {
display: grid;
grid-template-columns: 50px 50px 50px;
gap: 10px;
}
#controls button {
width: 100%;
height: 40px;
background-color: white;
border: 1px solid lightgray;
box-shadow: 3px 5px 0px 0px rgba(0, 0, 0, 0.75);
cursor: pointer;
outline: none;
}
#controls button:first-of-type {
grid-column: 1/-1;
}
#score {
position: absolute;
top: 20px;
left: 20px;
font-size: 2em;
color: white;
}
#result-container {
position: absolute;
min-width: 100%;
min-height: 100%;
top: 0;
display: flex;
align-items: center;
justify-content: center;
#result {
display: flex;
flex-direction: column;
align-items: center;
background-color: white;
padding: 20px;
}
button {
background-color: red;
padding: 20px 50px 20px 50px;
font-family: inherit;
font-size: inherit;
cursor: pointer;
}
}JavaScript:
The code is a React-based 3D game using react-three/fiber for rendering and zustand for state management. It features a player that moves across a grid, avoiding obstacles like cars and trucks while navigating through a dynamic map. The game includes basic controls, a scoring system, and the ability to reset the game. The player and vehicles are rendered with 3D meshes, and the scene is lit with directional light. The map layout changes by adding new rows of obstacles when the player reaches the end of the current rows.
import React, { useRef, useEffect } from "https://esm.sh/react";
import { createRoot } from "https://esm.sh/react-dom/client";
import { Canvas, useFrame, useThree } from "https://esm.sh/@react-three/fiber";
import { Bounds } from "https://esm.sh/@react-three/drei";
import * as THREE from "https://esm.sh/three";
import { create } from "https://esm.sh/zustand";
const minTileIndex = -8;
const maxTileIndex = 8;
const tilesPerRow = maxTileIndex - minTileIndex + 1;
const tileSize = 42;
const playerState = {
currentRow: 0,
currentTile: 0,
movesQueue: [],
ref: null };
function queueMove(direction) {
const isValidMove = endsUpInValidPosition(
{ rowIndex: playerState.currentRow, tileIndex: playerState.currentTile },
[...playerState.movesQueue, direction]);
if (!isValidMove) return;
playerState.movesQueue.push(direction);
}
function stepCompleted() {
const direction = playerState.movesQueue.shift();
if (direction === "forward") playerState.currentRow += 1;
if (direction === "backward") playerState.currentRow -= 1;
if (direction === "left") playerState.currentTile -= 1;
if (direction === "right") playerState.currentTile += 1;
// Add new rows if the player is running out of them
if (playerState.currentRow === useMapStore.getState().rows.length - 10) {
useMapStore.getState().addRows();
}
useGameStore.getState().updateScore(playerState.currentRow);
}
function setPlayerRef(ref) {
playerState.ref = ref;
}
function resetPlayerStore() {
playerState.currentRow = 0;
playerState.currentTile = 0;
playerState.movesQueue = [];
if (!playerState.ref) return;
playerState.ref.position.x = 0;
playerState.ref.position.y = 0;
playerState.ref.children[0].rotation.z = 0;
}
const useGameStore = create(set => ({
status: "running",
score: 0,
updateScore: rowIndex => {
set(state => ({ score: Math.max(rowIndex, state.score) }));
},
endGame: () => {
set({ status: "over" });
},
reset: () => {
useMapStore.getState().reset();
resetPlayerStore();
set({ status: "running", score: 0 });
} }));
const useMapStore = create(set => ({
rows: generateRows(20),
addRows: () => {
const newRows = generateRows(20);
set(state => ({ rows: [...state.rows, ...newRows] }));
},
reset: () => set({ rows: generateRows(20) }) }));
function Game() {
return /*#__PURE__*/(
React.createElement("div", { className: "game" }, /*#__PURE__*/
React.createElement(Scene, null, /*#__PURE__*/
React.createElement(Player, null), /*#__PURE__*/
React.createElement(Map, null)), /*#__PURE__*/
React.createElement(Score, null), /*#__PURE__*/
React.createElement(Controls, null), /*#__PURE__*/
React.createElement(Result, null)));
}
const Scene = ({ children }) => {
return /*#__PURE__*/(
React.createElement(Canvas, {
orthographic: true,
shadows: true,
camera: {
up: [0, 0, 1],
position: [300, -300, 300] } }, /*#__PURE__*/
React.createElement("ambientLight", null),
children));
};
function Controls() {
useEventListeners();
return /*#__PURE__*/(
React.createElement("div", { id: "controls" }, /*#__PURE__*/
React.createElement("div", null, /*#__PURE__*/
React.createElement("button", { onClick: () => queueMove("forward") }, "\u25B2"), /*#__PURE__*/
React.createElement("button", { onClick: () => queueMove("left") }, "\u25C0"), /*#__PURE__*/
React.createElement("button", { onClick: () => queueMove("backward") }, "\u25BC"), /*#__PURE__*/
React.createElement("button", { onClick: () => queueMove("right") }, "\u25B6"))));
}
function Score() {
const score = useGameStore(state => state.score);
return /*#__PURE__*/React.createElement("div", { id: "score" }, score);
}
function Result() {
const status = useGameStore(state => state.status);
const score = useGameStore(state => state.score);
const reset = useGameStore(state => state.reset);
if (status === "running") return null;
return /*#__PURE__*/(
React.createElement("div", { id: "result-container" }, /*#__PURE__*/
React.createElement("div", { id: "result" }, /*#__PURE__*/
React.createElement("h1", null, "Game Over"), /*#__PURE__*/
React.createElement("p", null, "Your score: ", score), /*#__PURE__*/
React.createElement("button", { onClick: reset }, "Retry"))));
}
function Player() {
const player = useRef(null);
const lightRef = useRef(null);
const camera = useThree(state => state.camera);
usePlayerAnimation(player);
useEffect(() => {
if (!player.current) return;
if (!lightRef.current) return;
// Attach the camera to the player
player.current.add(camera);
lightRef.current.target = player.current;
// Set the player reference in the store
setPlayerRef(player.current);
});
return /*#__PURE__*/(
React.createElement(Bounds, { fit: true, clip: true, observe: true, margin: 10 }, /*#__PURE__*/
React.createElement("group", { ref: player }, /*#__PURE__*/
React.createElement("group", null, /*#__PURE__*/
React.createElement("mesh", { position: [0, 0, 10], castShadow: true, receiveShadow: true }, /*#__PURE__*/
React.createElement("boxGeometry", { args: [15, 15, 20] }), /*#__PURE__*/
React.createElement("meshLambertMaterial", { color: 0xffffff, flatShading: true })), /*#__PURE__*/
React.createElement("mesh", { position: [0, 0, 21], castShadow: true, receiveShadow: true }, /*#__PURE__*/
React.createElement("boxGeometry", { args: [2, 4, 2] }), /*#__PURE__*/
React.createElement("meshLambertMaterial", { color: 0xf0619a, flatShading: true }))), /*#__PURE__*/
React.createElement(DirectionalLight, { ref: lightRef }))));
}
function DirectionalLight({ ref }) {
return /*#__PURE__*/(
React.createElement("directionalLight", {
ref: ref,
position: [-100, -100, 200],
up: [0, 0, 1],
castShadow: true,
"shadow-mapSize": [2048, 2048],
"shadow-camera-left": -400,
"shadow-camera-right": 400,
"shadow-camera-top": 400,
"shadow-camera-bottom": -400,
"shadow-camera-near": 50,
"shadow-camera-far": 400 }));
}
function Map() {
const rows = useMapStore(state => state.rows);
return /*#__PURE__*/(
React.createElement(React.Fragment, null, /*#__PURE__*/
React.createElement(Grass, { rowIndex: 0 }), /*#__PURE__*/
React.createElement(Grass, { rowIndex: -1 }), /*#__PURE__*/
React.createElement(Grass, { rowIndex: -2 }), /*#__PURE__*/
React.createElement(Grass, { rowIndex: -3 }), /*#__PURE__*/
React.createElement(Grass, { rowIndex: -4 }), /*#__PURE__*/
React.createElement(Grass, { rowIndex: -5 }), /*#__PURE__*/
React.createElement(Grass, { rowIndex: -6 }), /*#__PURE__*/
React.createElement(Grass, { rowIndex: -7 }), /*#__PURE__*/
React.createElement(Grass, { rowIndex: -8 }),
rows.map((rowData, index) => /*#__PURE__*/
React.createElement(Row, { key: index, rowIndex: index + 1, rowData: rowData }))));
}
function Row({ rowIndex, rowData }) {
switch (rowData.type) {
case "forest":{
return /*#__PURE__*/React.createElement(Forest, { rowIndex: rowIndex, rowData: rowData });
}
case "car":{
return /*#__PURE__*/React.createElement(CarLane, { rowIndex: rowIndex, rowData: rowData });
}
case "truck":{
return /*#__PURE__*/React.createElement(TruckLane, { rowIndex: rowIndex, rowData: rowData });
}}
}
function Forest({ rowIndex, rowData }) {
return /*#__PURE__*/(
React.createElement(Grass, { rowIndex: rowIndex },
rowData.trees.map((tree, index) => /*#__PURE__*/
React.createElement(Tree, { key: index, tileIndex: tree.tileIndex, height: tree.height }))));
}
function CarLane({ rowIndex, rowData }) {
return /*#__PURE__*/(
React.createElement(Road, { rowIndex: rowIndex },
rowData.vehicles.map((vehicle, index) => /*#__PURE__*/
React.createElement(Car, {
key: index,
rowIndex: rowIndex,
initialTileIndex: vehicle.initialTileIndex,
direction: rowData.direction,
speed: rowData.speed,
color: vehicle.color }))));
}
function TruckLane({ rowIndex, rowData }) {
return /*#__PURE__*/(
React.createElement(Road, { rowIndex: rowIndex },
rowData.vehicles.map((vehicle, index) => /*#__PURE__*/
React.createElement(Truck, {
key: index,
rowIndex: rowIndex,
color: vehicle.color,
initialTileIndex: vehicle.initialTileIndex,
direction: rowData.direction,
speed: rowData.speed }))));
}
function Grass({ rowIndex, children }) {
return /*#__PURE__*/(
React.createElement("group", { "position-y": rowIndex * tileSize }, /*#__PURE__*/
React.createElement("mesh", { receiveShadow: true }, /*#__PURE__*/
React.createElement("boxGeometry", { args: [tilesPerRow * tileSize, tileSize, 3] }), /*#__PURE__*/
React.createElement("meshLambertMaterial", { color: 0xbaf455, flatShading: true })), /*#__PURE__*/
React.createElement("mesh", { receiveShadow: true, "position-x": tilesPerRow * tileSize }, /*#__PURE__*/
React.createElement("boxGeometry", { args: [tilesPerRow * tileSize, tileSize, 3] }), /*#__PURE__*/
React.createElement("meshLambertMaterial", { color: 0x99c846, flatShading: true })), /*#__PURE__*/
React.createElement("mesh", { receiveShadow: true, "position-x": -tilesPerRow * tileSize }, /*#__PURE__*/
React.createElement("boxGeometry", { args: [tilesPerRow * tileSize, tileSize, 3] }), /*#__PURE__*/
React.createElement("meshLambertMaterial", { color: 0x99c846, flatShading: true })),
children));
}
function Road({ rowIndex, children }) {
return /*#__PURE__*/(
React.createElement("group", { "position-y": rowIndex * tileSize }, /*#__PURE__*/
React.createElement("mesh", { receiveShadow: true }, /*#__PURE__*/
React.createElement("planeGeometry", { args: [tilesPerRow * tileSize, tileSize] }), /*#__PURE__*/
React.createElement("meshLambertMaterial", { color: 0x454a59, flatShading: true })), /*#__PURE__*/
React.createElement("mesh", { receiveShadow: true, "position-x": tilesPerRow * tileSize }, /*#__PURE__*/
React.createElement("planeGeometry", { args: [tilesPerRow * tileSize, tileSize] }), /*#__PURE__*/
React.createElement("meshLambertMaterial", { color: 0x393d49, flatShading: true })), /*#__PURE__*/
React.createElement("mesh", { receiveShadow: true, "position-x": -tilesPerRow * tileSize }, /*#__PURE__*/
React.createElement("planeGeometry", { args: [tilesPerRow * tileSize, tileSize] }), /*#__PURE__*/
React.createElement("meshLambertMaterial", { color: 0x393d49, flatShading: true })),
children));
}
function Tree({ tileIndex, height }) {
return /*#__PURE__*/(
React.createElement("group", { "position-x": tileIndex * tileSize }, /*#__PURE__*/
React.createElement("mesh", { "position-z": height / 2 + 20, castShadow: true, receiveShadow: true }, /*#__PURE__*/
React.createElement("boxGeometry", { args: [30, 30, height] }), /*#__PURE__*/
React.createElement("meshLambertMaterial", { color: 0x7aa21d, flatShading: true })), /*#__PURE__*/
React.createElement("mesh", { "position-z": 10, castShadow: true, receiveShadow: true }, /*#__PURE__*/
React.createElement("boxGeometry", { args: [15, 15, 20] }), /*#__PURE__*/
React.createElement("meshLambertMaterial", { color: 0x4d2926, flatShading: true }))));
}
function Car({ rowIndex, initialTileIndex, direction, speed, color }) {
const car = useRef(null);
useVehicleAnimation(car, direction, speed);
useHitDetection(car, rowIndex);
return /*#__PURE__*/(
React.createElement("group", {
"position-x": initialTileIndex * tileSize,
"rotation-z": direction ? 0 : Math.PI,
ref: car }, /*#__PURE__*/
React.createElement("mesh", { position: [0, 0, 12], castShadow: true, receiveShadow: true }, /*#__PURE__*/
React.createElement("boxGeometry", { args: [60, 30, 15] }), /*#__PURE__*/
React.createElement("meshLambertMaterial", { color: color, flatShading: true })), /*#__PURE__*/
React.createElement("mesh", { position: [-6, 0, 25.5], castShadow: true, receiveShadow: true }, /*#__PURE__*/
React.createElement("boxGeometry", { args: [33, 24, 12] }), /*#__PURE__*/
React.createElement("meshLambertMaterial", { color: 0xffffff, flatShading: true })), /*#__PURE__*/
React.createElement(Wheel, { x: -18 }), /*#__PURE__*/
React.createElement(Wheel, { x: 18 })));
}
function Truck({ rowIndex, initialTileIndex, direction, speed, color }) {
const truck = useRef(null);
useVehicleAnimation(truck, direction, speed);
useHitDetection(truck, rowIndex);
return /*#__PURE__*/(
React.createElement("group", {
"position-x": initialTileIndex * tileSize,
"rotation-z": direction ? 0 : Math.PI,
ref: truck }, /*#__PURE__*/
React.createElement("mesh", { position: [-15, 0, 25], castShadow: true, receiveShadow: true }, /*#__PURE__*/
React.createElement("boxGeometry", { args: [70, 35, 35] }), /*#__PURE__*/
React.createElement("meshLambertMaterial", { color: 0xb4c6fc, flatShading: true })), /*#__PURE__*/
React.createElement("mesh", { position: [35, 0, 20], castShadow: true, receiveShadow: true }, /*#__PURE__*/
React.createElement("boxGeometry", { args: [30, 30, 30] }), /*#__PURE__*/
React.createElement("meshLambertMaterial", { color: color, flatShading: true })), /*#__PURE__*/
React.createElement(Wheel, { x: -35 }), /*#__PURE__*/
React.createElement(Wheel, { x: 5 }), /*#__PURE__*/
React.createElement(Wheel, { x: 37 })));
}
function Wheel({ x }) {
return /*#__PURE__*/(
React.createElement("mesh", { position: [x, 0, 6] }, /*#__PURE__*/
React.createElement("boxGeometry", { args: [12, 33, 12] }), /*#__PURE__*/
React.createElement("meshLambertMaterial", { color: 0x333333, flatShading: true })));
}
function useVehicleAnimation(ref, direction, speed) {
useFrame((state, delta) => {
if (!ref.current) return;
const vehicle = ref.current;
const beginningOfRow = (minTileIndex - 2) * tileSize;
const endOfRow = (maxTileIndex + 2) * tileSize;
if (direction) {
vehicle.position.x =
vehicle.position.x > endOfRow ?
beginningOfRow :
vehicle.position.x + speed * delta;
} else {
vehicle.position.x =
vehicle.position.x < beginningOfRow ?
endOfRow :
vehicle.position.x - speed * delta;
}
});
}
function useEventListeners() {
useEffect(() => {
const handleKeyDown = event => {
if (event.key === "ArrowUp") {
event.preventDefault();
queueMove("forward");
} else if (event.key === "ArrowDown") {
event.preventDefault();
queueMove("backward");
} else if (event.key === "ArrowLeft") {
event.preventDefault();
queueMove("left");
} else if (event.key === "ArrowRight") {
event.preventDefault();
queueMove("right");
}
};
window.addEventListener("keydown", handleKeyDown);
// Cleanup function to remove the event listener
return () => {
window.removeEventListener("keydown", handleKeyDown);
};
}, []);
}
function usePlayerAnimation(ref) {
const moveClock = new THREE.Clock(false);
useFrame(() => {
if (!ref.current) return;
if (!playerState.movesQueue.length) return;
const player = ref.current;
if (!moveClock.running) moveClock.start();
const stepTime = 0.2; // Seconds it takes to take a step
const progress = Math.min(1, moveClock.getElapsedTime() / stepTime);
setPosition(player, progress);
setRotation(player, progress);
// Once a step has ended
if (progress >= 1) {
stepCompleted();
moveClock.stop();
}
});
}
function setPosition(player, progress) {
const startX = playerState.currentTile * tileSize;
const startY = playerState.currentRow * tileSize;
let endX = startX;
let endY = startY;
if (playerState.movesQueue[0] === "left") endX -= tileSize;
if (playerState.movesQueue[0] === "right") endX += tileSize;
if (playerState.movesQueue[0] === "forward") endY += tileSize;
if (playerState.movesQueue[0] === "backward") endY -= tileSize;
player.position.x = THREE.MathUtils.lerp(startX, endX, progress);
player.position.y = THREE.MathUtils.lerp(startY, endY, progress);
player.children[0].position.z = Math.sin(progress * Math.PI) * 8;
}
function setRotation(player, progress) {
let endRotation = 0;
if (playerState.movesQueue[0] == "forward") endRotation = 0;
if (playerState.movesQueue[0] == "left") endRotation = Math.PI / 2;
if (playerState.movesQueue[0] == "right") endRotation = -Math.PI / 2;
if (playerState.movesQueue[0] == "backward") endRotation = Math.PI;
player.children[0].rotation.z = THREE.MathUtils.lerp(
player.children[0].rotation.z,
endRotation,
progress);
}
function calculateFinalPosition(currentPosition, moves) {
return moves.reduce((position, direction) => {
if (direction === "forward")
return {
rowIndex: position.rowIndex + 1,
tileIndex: position.tileIndex };
if (direction === "backward")
return {
rowIndex: position.rowIndex - 1,
tileIndex: position.tileIndex };
if (direction === "left")
return {
rowIndex: position.rowIndex,
tileIndex: position.tileIndex - 1 };
if (direction === "right")
return {
rowIndex: position.rowIndex,
tileIndex: position.tileIndex + 1 };
return position;
}, currentPosition);
}
function endsUpInValidPosition(currentPosition, moves) {
// Calculate where the player would end up after the move
const finalPosition = calculateFinalPosition(currentPosition, moves);
// Detect if we hit the edge of the board
if (
finalPosition.rowIndex === -1 ||
finalPosition.tileIndex === minTileIndex - 1 ||
finalPosition.tileIndex === maxTileIndex + 1)
{
// Invalid move, ignore move command
return false;
}
// Detect if we hit a tree
const finalRow = useMapStore.getState().rows[finalPosition.rowIndex - 1];
if (
finalRow &&
finalRow.type === "forest" &&
finalRow.trees.some(tree => tree.tileIndex === finalPosition.tileIndex))
{
// Invalid move, ignore move command
return false;
}
return true;
}
function generateRows(amount) {
const rows = [];
for (let i = 0; i < amount; i++) {
const rowData = generateRow();
rows.push(rowData);
}
return rows;
}
function generateRow() {
const type = randomElement(["car", "truck", "forest"]);
if (type === "car") return generateCarLaneMetadata();
if (type === "truck") return generateTruckLaneMetadata();
return generateForesMetadata();
}
function randomElement(array) {
return array[Math.floor(Math.random() * array.length)];
}
function generateForesMetadata() {
const occupiedTiles = new Set();
const trees = Array.from({ length: 4 }, () => {
let tileIndex;
do {
tileIndex = THREE.MathUtils.randInt(minTileIndex, maxTileIndex);
} while (occupiedTiles.has(tileIndex));
occupiedTiles.add(tileIndex);
const height = randomElement([20, 45, 60]);
return { tileIndex, height };
});
return { type: "forest", trees };
}
function generateCarLaneMetadata() {
const direction = randomElement([true, false]);
const speed = randomElement([125, 156, 188]);
const occupiedTiles = new Set();
const vehicles = Array.from({ length: 3 }, () => {
let initialTileIndex;
do {
initialTileIndex = THREE.MathUtils.randInt(minTileIndex, maxTileIndex);
} while (occupiedTiles.has(initialTileIndex));
occupiedTiles.add(initialTileIndex - 1);
occupiedTiles.add(initialTileIndex);
occupiedTiles.add(initialTileIndex + 1);
const color = randomElement([0xa52523, 0xbdb638, 0x78b14b]);
return { initialTileIndex, color };
});
return { type: "car", direction, speed, vehicles };
}
function generateTruckLaneMetadata() {
const direction = randomElement([true, false]);
const speed = randomElement([125, 156, 188]);
const occupiedTiles = new Set();
const vehicles = Array.from({ length: 2 }, () => {
let initialTileIndex;
do {
initialTileIndex = THREE.MathUtils.randInt(minTileIndex, maxTileIndex);
} while (occupiedTiles.has(initialTileIndex));
occupiedTiles.add(initialTileIndex - 2);
occupiedTiles.add(initialTileIndex - 1);
occupiedTiles.add(initialTileIndex);
occupiedTiles.add(initialTileIndex + 1);
occupiedTiles.add(initialTileIndex + 2);
const color = randomElement([0xa52523, 0xbdb638, 0x78b14b]);
return { initialTileIndex, color };
});
return { type: "truck", direction, speed, vehicles };
}
function useHitDetection(vehicle, rowIndex) {
const endGame = useGameStore(state => state.endGame);
useFrame(() => {
if (!vehicle.current) return;
if (!playerState.ref) return;
if (
rowIndex === playerState.currentRow ||
rowIndex === playerState.currentRow + 1 ||
rowIndex === playerState.currentRow - 1)
{
const vehicleBoundingBox = new THREE.Box3();
vehicleBoundingBox.setFromObject(vehicle.current);
const playerBoundingBox = new THREE.Box3();
playerBoundingBox.setFromObject(playerState.ref);
if (playerBoundingBox.intersectsBox(vehicleBoundingBox)) {
endGame();
}
}
});
}
const root = createRoot(document.getElementById("root"));
root.render( /*#__PURE__*/React.createElement(Game, null));In conclusion, creating the Cross Road Game using HTML, CSS, and JavaScript is a great way to learn basic game development in the browser. From character movement to obstacle detection, it’s a fun and educational way to improve your coding skills. Keep building and exploring creative ideas! 🕹️
If your project has problems, don’t worry. Just click to download the source code and face your coding challenges with excitement. Have fun coding!
