Every moving piece has to have a bone that pivots, rotates, scales or moves in order to move the mesh, or geometry that it controls. Bones in 3D can stretch and don't have to be rigid. I probably didn't need to animate the trigger since you won't see it!
Next up
Animated with the Lee-Enfield rifle. Almost ready to put this into the game so we can remove the default hand. It's not 100% but beats the robot hand. Let me know what you think!
Without any AI implemented yet, the opponent just stands there and gets shot. Working on that next!
Optimizing the first level so it can be played on slower computers but still enjoy the realism that's been put into this project. It's easy to be inefficient, so it's time to optimize.
Testing out some battle tactics. I should introduce some randomness and skills so this doesn't happen in an actual game.
Making things more realistic is just making it more chaotic and less perfect.
Working on the targeting control, to make it a bit more random and chaotic for battle. Yellow lines are for debugging.
Testing enemy AI is complex and visual debugging and feedback is an integral step to figure out what's going on in real time. Thanks to our AI programmer James on getting the enemy AI in.
More asset creation. This 1907 bayonet will be at the end of our Lee Enfield rifle but also around trenches and other areas.
Readjusting and remaking some of the mechanical animations for the Lee Enfield rifle. It's now more accurate.
Testing out the new targeting system. Enemy soldiers on the front line are most vulnerable to getting hit.
Maybe not enough various in the death animations?
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