Epic Construct 2 Course: Complete 60 Beginner Games!

Add and test player controls by using every tick to set the player's x from touch input, stop the background animation, and clamp movement within the screen (20 to 460).

learn to implement spike logic by moving spikes with a global speed variable, spawning spikes at the top with random x positions using system timing to create waves.

Add a heads-up display layer with a centered game over HUD, including a game over message and home and play again buttons, and trigger it when the player dies.

Create a game title page with a green background, a white play button, and 'more games' text, design collectibles and player sprites, and export assets to Construct 2 for homescreen.

Create a 16:9 landscape project, add background and player layers, place enemies, and configure touch to rotate toward taps; implement a projectile with bullet and destroy behaviors.

Implement enemy logic by spawning multiple enemies at zero-based locations with random spawn times, snapping to grid, and adjusting sprite sizes to balance gameplay.

Add home screen logic by switching between the home layout and the game layout, wiring touch on the home sheet, and enabling actions only when is alive equals zero.

Use two timers to spawn collectibles and enemies with randomized positions and speeds, while managing memory by destroying unused game objects and preparing for scoring logic.

Learn to implement gamestate logic in Construct 2 by adding a home layout, a global is_alive variable, and a game over flow with enemies, collectibles, and particles.

Save for web using control alt shift, name go box title, triangle, and circle; add a background, position on the background layer, test gameplay, and enjoy retro, two-color simplicity.

Start a construct 2 project with hd portraits and a 16 by 9 aspect ratio, add the background, player layer, green and red enemies, blue enemies, and a white projectile.

Fixing the mouse issue in Construct 2, this lecture demonstrates clamping the mouse x within screen bounds using system compare two values and setting the sprite to half its width.

Add an enemy family and bullet logic; destroy both projectile and enemy on collision, size enemies at 50 by 50, vary their motion, and update the score on each hit.

Set up avoid blocks that spawn from the top at random locations, move downward with a ninety-degree angle using a bullet behavior, and destroy them off screen to manage memory.

Set up a global is dead variable to track player life, end the game on collision, stop movement, and reveal a menu; initialize score and reset blocks on layout start.

Click the green block to move it toward the white square, using an is_collected counter, rotate toward the goal position, then move forward and destroy on overlap.

Fix the spawning problem by detecting overlaps between green and red collectibles, destroying both, and replacing them with new objects to prevent lost game objects.

Learn to build a simple falling object game from scratch, creating a snowflake (or leaf) and exploring core game mechanics and graphic design before the full build.

Explore building a minimalist, mobile-friendly falling game where you avoid blocks using only three colors, featuring a snowflake theme, a clean title screen, and a brief tutorial.

Add a start system to initialize is alive and score, display score in a text object, destroy off-screen blocks, and reset layout variables on start.

Clone the object, color it yellow, align it right, and update the score every 0.04 seconds, then reset the score to zero on layout start for mobile readability.

Conclude the tutorial series with a challenge to add a sine-wave moving block as an extra obstacle, encouraging students to experiment independently on their next project.