Audio, Camera follow, and new bumper!

I added a dynamic audio system to the spinning shaft system. It plays audio from an audio source and adjusts its pitch based on the shaft’s rpm. In addition to this, I added events that can trigger functions in other scripts when the shaft reaches max speed and spools down.
I also wrote a 3rd person camera follower, it uses tags on the player to make it easy to implement in other robots!
I also remodeled the front bumper of the robot in blender. The original one looked kinda bad since the bevels were not matching with the rest of the bumpers.(screenshots included!)

Somewhat working kitbot!

In the past 3 hrs of development, I wrote a not physics based intaking and hopper system. I also wrote a very simple shooting method.

Intake

The previous intake system I made(not devlogged), relied on a bunch of physics. The end result was pretty realistic, but buggy. When fuel was intaked, it would try to occupy the outtake zone of the robot, if there was already fuel there, the robot would “pop” and explode. This new system completly disables fuel physics and teleports fuel to preset positions. It isn’t as realistic, but its less buggy, and leads to less framerate drops!

Shooting

I added a basic shooter. It takes fuel from the 0th slot in the hopper, shoots it, and then cycles the fuel in the hopper. The shooting is pretty unrealistic compared to the real kitbot. It shoots too high and too far. With a bit of tuning though, this should be fixed.

i still need to add collision to the field elements, i keep forgetting 😭

Quick materials update

All of the materials from onshape look kinda dull(look at the field for reference). I updated the materials, might need to adjust bumper material since it is too strong.

Drivable kitbot, Animated intake shafts, and Fuel!

This devlog is gonna be a long one. I finished the tank drivetrain along with animated wheels. I also began to add spinning-ness to the intake. I also made the fuel.

The drivetrain

I finished writing the movement script and set up all of the wheels. I also spent some time tuning physics values to attempt to recreate a somewhat realistic tank drive.

Animated spinny thingys

I created an easy to implement script, which allows you to bind a key to shaft, and make it spin however fast you want it to!

Fuel

Added fuel

some things still need collision, so dont mind me driving through the hub

ever seen a tank drive do wheelies?

neither have i!
Tank drive is working out way better, I didn’t even ask AI for help with this!

Quick announcement

Swerve is beginning to be a problem. I am not that experience with unity so swerve ends up flying around most of the time. For this project, I think I might drop swerve entirely, and just make tank drive and throw the kitbot in. Sorry to have to announce this =(

Dev log 2 of Fieldsim redo

What did i do?

I wrote a basic swerve controller, it allows you to drive the robot around and it even has field oriented driving! I also imported the test field that you might have seen at competitions for robot testing.

Side notes:

The old mesh for the robot was kinda(extremely) unoptimized. So i replaced it with cubes. Check the screenshot for wireframe view.

i forgor to set up hackatime….

I forgot to set up hackatime, its been like an hr of getting this drivetrain parented properly. Now I can move on to writing a basic movement script. Then i can go through other FRC team’s swerve code and steal logic for wheel rotation. I also need to get a “gyro” working.
welp, see ya next time!

Restarting field sim =(

I feel kinda conflicted, with using mosimbuilder for this project. Im kinda stealing their work, so im going to write this from scratch now!

Readme is useful

i wrote the readme and created a gh release

i am going to eat a tire

I might be only compiling this windows. pygbag is not cooperating at all. After this imma work on readme and get ready to ship. Here is a screenshot of the farthest I got it working.

Emulator accuracy improvements

Today I ran multiple test ROMS through my emulator. It passed most of the quirks and flags tests. It had issues with they FX0A instruction though. My previous CPU handled this in a way that the code will stop execution forever, not good. So I fixed that(took way too long) and ran the tests again. I can now say I have made my own emulator!

Dev log #3

Today i finished a boot UI. from here you can choose a game rom and play it. You can also hit esc and return to the menu. I also included test roms just in case someone wants to test the emulator. Emulator doesnt pass some of the tests though so i gotta work on that =(

i made this lil guy, his name is greg

Got the emulator working

I finally got the emulator working. Here is a quick clip of me playing pong, forgive my nonexistent skills at pong

Dev log #1

This is a short project that I hope to finish in a few days…
Today I researched how the Chip-8 works, got some test ROMS, and wrote my CPU.
Next I hope to make a GUI that i can even export to web.
Im not sure what image to put here so here is js a pic of code

3128 added!

Only took like 3 redos =D
Has working intake, shooter, auto align. Not sure how climb worked, so I did not implement .t(didnt really see narwhals using it that much either)

Dev Log #2

Today I tried doing a web build, which did not turn out great. You could not see anything, so I fixed that by adjusting MSAA settings.
I am starting my first CAD robot. 3128(im doing the sd districts alliance)
intake lookin a bit goofy. Still needs a lot of work before it the robot is finished.
After this I plan to add 2102
Comment FRC team suggestions to see your robot added(cad would be rlly tuff)

Dev Log #1

Today i spent my time optimizing MoSimBuilder. Went from 9 fps -> 30 fps(my laptop kinda bad)

I also added my team’s robot. Comment your team number if you want your robot added…