
Download the Godot engine from godotengine.org, extract the zip, rename the folder to Godot, create a mobile project by setting the path on Godot layout, and click create & edit.
Master the Godot 4 engine basics by exploring the 2D workflow, scene inspector, and essential tools, then create an object and manipulate its properties with code.
Explore how to create game objects in Godot 4 by building a scene tree of nodes, add a Sprite2D with a texture, and inspect properties to script behavior.
Learn to create and attach scripts in Godot using GDScript to manipulate nodes, link scripts to sprites, save scenes, and preview basic movement and animation.
Explore the extends keyword in Godot to inherit from Node, Node2D, and Sprite2D, accessing their Transform and Vector2 position to set x and y in pixels.
Animate objects in Godot with scripts by converting degrees to radians using deg_to_rad and correcting inverted y-axis. Drive motion with delta in _process using sine to create a circle path.
Learn to animate a game object in a circle in Godot 4, using cosine for x and sine for y, and organize code with an animate_object function and clear comments.
Create a time-based node rotation in Godot with a GDScript function animate_object_rotation, using tab indentation and radians (2*PI) for a one-second loop, with left-right or sin/cos options and a radius.
Expose radius and seconds to the editor with @export, so multiple objects can share the same script yet hold distinct values, controlled via the inspector and editor interface.
Master Godot 4 grid creation by scripting a grid with rows, columns, and cell_dim, making a grid_cell prefab, and spawning cells via get_pos to build a 2048-style game grid.
Design a 3x3 grid in Godot 4 for a mobile game by scripting positions with get_pos, adjusting cell_dim, centering the grid with origin and grid_dim calculations, and using nested for-loops.
Resize the project to portrait, halve the cell size and cell_dim, create a 64×64 white PNG with a light-gray border in GIMP, import it into Godot, and replace grid texture.
Create a tile prefab from a 64x64 GIMP image, import into Godot 4, and update grid.gd to spawn_prefab for cells and tiles, then test at (0,0) and colorize.
Learn to customize a 2048 tile in Godot 4 by adjusting font color, alignment, and tile background via theme overrides, then implement touch input to move tiles.
Create a dedicated input node in Godot 4 to detect touch and swipe for a 2048 clone, using _input, test input events, and enable emulate touch from mouse for testing.
Calculate the delta between current touch position and the start position in a drag event, define touch_start and touch_end, and emit a swiped signal to convey swipe direction.
Detect swipes using a 100-pixel threshold, determine horizontal or vertical direction, emit a Vector2 direction via a signal, and connect it in grid.gd.
Master the swipe signal in Godot 4 by enforcing one swipe per touch with has_swiped, connecting the signal in grid.gd, and triggering tile movement after a 100px threshold.
Learn to represent the game grid in Godot 4 using a Dictionary with Vector2 keys to track tiles, implement add_tile, and move tiles toward the last empty cell on swipe.
Learn to locate the last empty grid cell in a direction by implementing get_tile, out_of_bounds, and a walking loop on a 4x4 Godot grid for a 2048 clone.
Move tiles in a Godot 4 grid dictionary by handling swipe directions, locating the last empty grid cell, and updating both world and grid positions with a move_tile function.
Loop through every grid cell and call a slide_tile function with each tile's grid_pos to move tiles on the 2048 clone. Apply Godot's tween engine to animate the slide motion.
Master Godot 4 mobile game dev by building a 2048 clone, animating slide tiles with Godot's tween engine and quad easing, and handling swipe directions with directional for loops.
Explore the difference between syntax and logic errors in Godot 4 by debugging a 2048 clone, diagnosing a logic error in find_last_empty_cell, and using breakpoints and step-through testing.
Fix slide rightwards by changing iteration order in the swipe handler. Move left swipes by row-wise iteration and right swipes from right to left to ensure tiles slide correctly.
Fix the vertical swipe logic in a Godot 4 2048 clone by restoring up and down loops and swapping the loop order for clearer iteration.
Extract tile merging logic into dedicated functions to organize swipe moves in a 2048 clone. Document decisions, test after changes, and implement slide_tile with grid dictionary updates for merges.
Synchronize the grid dictionary with tile nodes by testing for merges, animating positions, and deleting merged tiles after their animations to keep the grid consistent.
Learn how to synchronize the grid dictionary with tile nodes in Godot, then delete merged tiles from the grid and scene only after their animations finish using tween callbacks.
Debug the 2048 clone in Godot by setting breakpoints and stepping through slide_tiles to diagnose merges. Learn from mistakes, refine the merge logic, and see visuals update as tiles double.
Apply misdirection to enhance the merging illusion in a Godot 4 2048 clone, animate the tiles, and set the should_merge flag while updating the tile value with str.
Finish the tile scale animation with Godot's tween engine, applying quad curves to create snappy motion. Compare Godot's lightweight approach to Unity and Unreal while avoiding premature optimization.
Implement a get_color function to assign background and foreground colors for each tile value, manage font color, and use self_modulate and themes overrides in Godot 4 to animate color transitions.
Adjusts the merge animation timing in a Godot 4 2048 clone, starting the merge 0.1 seconds before the slide ends and debugging a puzzling bug with breakpoints to inspect state.
Refine the 2048 clone in Godot by renaming and directly calling animate_merge, removing flags, and using timescale and deliberate delays to inspect and tune merge and slide animations.
Spawn tiles at random grid positions in Godot 4, manage z-index for proper layering, and debug crashes with stack frames to refine the random position function.
Explore a naive approach to spawning new tiles in a 2048-like game, using a while loop to find an empty grid position after swipes and prevent overlap.
Learn how to enforce per-swipe single merge behavior in a Godot 4 2048 clone by adding a has_merged flag, ensuring only same-value tiles merge, and clearing flags each swipe.
Clear all has_merged flags at the start of each swipe to allow tiles to merge once, and implement a spawn animation with a bit of a delay and a tween.
Fix bugs and push forward to finish the game by refining tile spawning delay, input blocking, and merge animations in a Godot 4 mobile 2048 clone.
Replace the flawed random placement with a bag algorithm that lists all empty positions and selects a random one, enabling clear game over detection and tile merge timing.
Adjust tile font sizes for three- and four-digit numbers in a 2048 clone, add an update_value tester, and optimize the if-else logic by reordering checks and testing with sounds.
Organize and implement sound effects in Godot by creating an sfx folder and an sfx node with an audio stream player, plus a multi-voice play_sound with random variations.
Refactor the Godot 4 project by moving non-grid logic to main.gd, fix input_block signal connections, and ensure sound effects play only on tile merges and spawns.
Unleash your game development skills with Godot by creating a fun and addictive 2048 game from scratch!
Here's what you can expect:
Lay the foundation to become a Godot Game Dev Master: This course is your comprehensive guide to mastering Godot, a powerful and free game engine. Through step-by-step lectures and hands-on exercises, you'll conquer essential concepts like scripting, animation, touch input, and more.
Unlock Your Game Creation Potential: Even if you're a complete beginner with no prior coding experience, this course welcomes you! We'll leverage the familiar 2048 game as a springboard, not aiming for a perfect replica. Instead, the focus is on building a rock-solid foundation in Godot's core functionalities. By the end, you'll have the skills and confidence to create captivating games that go beyond 2048!
By the end of this course: You'll have a functional 2048 game built with Godot and the skills to create even more exciting games in the future!
Here's what you'll learn:
Download and set up Godot for game development.
Understand the core functionalities of the Godot engine.
Script objects, nodes, and sprites to control game mechanics.
Implement swipe controls using touch input.
Build a grid system to organize your game board.
Create tile prefabs and manage their movement on the grid.
Animate tile movements and mergers for a polished look.
Implement core game mechanics like random tile spawning, merging logic, and animations.
Integrate sound effects to enhance the gameplay experience.
Organize your project for efficient development.