Streams

We find and attempt to address state mismatch issues in the rollback netcode version of Retro Tank Party.

We attempt to solve sound effects with rollback netcode.

We return to implementing rollback and prediction netcode by solving how to handle randomness in a deterministic way.

Our deterministic network physics engine is now FEATURE-COMPLETE, so we focus on getting it into the weapons in the game.

I show loads of progress (polygons, ray casts, etc) since last week and we focus on getting drop crates working in Retro Tank Party.

We continue integrating our custom deterministic network physics engine into Retro Tank Party.

We finally start integrating our fixed-point deterministic network physics engine into Retro Tank Party!

This time we add rotate_and_slide() and collision layers & masks to our deterministic network physics engine.

This time we do some actual physics! We attempt to implement our version of move_and_slide() and move_and_collide().

Finally, we're getting back to working on network deterministic physics after taking a few weeks off to build a chat bot in Godot.