@abhinavP

Fixing Small Bugs and Issues in final code. ALL DONE!! ENJOY!

Making the base for the tank game and creating the maps, difficulty modes, colors, and upgrades.

Game start instructions: Creation of frames and layering the background: Making an RGB color-shifting background: Making score, best score, and active booster timers. : Making the starting scene

Making the invincible boundary for the cat : Making the pipe spawning system: Making pipe movement and scoring : Booster and pipe Collision : and pipe cleanup after it leaves the screen.

I was making the pipe and live update system. I noticed that I made a huge error in the code by forgetting to name a variable, and that led to quite a bit of debugging.

I was finishing the booster system and started on the particles, but I ran into a few errors while debugging, and I fixed those too.

Getting the code for the boosters finished up: Will most likely come back and add more boosters: The stars in the back are going to come out very nice

This code handles all the basic setup and visual building blocks of the entire game. The draw_nyan_cat function makes the character form very simple shapes every frame. It also scales up and turns yellow when interacting with power-ups. Rainbow_Trail stores the cat’s last 30 positions and draws the layered color ribbon behind it. The Stars function scrolls 60 twinkling dots across the background of the parallax effect. The Pipe function draws the classic green obstacle pairs and has collision rectangles. The booster is a scrolling collectible that bobs and changes the cat’s visual structure when collected.

Completely changed the code and system design, also added a HUD simulator to let people try.

Code for the Raspberry Pi controller. There are glitches that I think will be resolved when input into the Raspberry Pi, because the Pi can download modules from the internet. However, all the code was done using AI, and i just did a few fixes to improve it.

Finished the go-kart. Made the Steering rack and assembly; added a steering wheel from an external website. I also added the electrical systems and decided to use a Raspberry Pi with a large LCD heads-up display to act as a speedometer and also control the motor inputs from the accelerator pedal to the motor.

Made a Steering Rack Assembly that connects to the front wheels.

Making Wheels, Seat, Axles, and starting Steering Mount

Making Wheels And Doing the Rear Axle Assembly

Doing the Go-Kart Side Assembly and Rear Wing

CAD of a GOKART still in Progress