I KNOW IT HAS SOME PHYSICS-RELATED BUGS, BUT THE MAIN CODE WORKS.
WHEN I SHARED THE POLY BRIDGE PHYSICS SIMULATION, PEOPLE STARTED ASKING FOR MAKING IT PLAYABLE, SO...
DEVLOG:
23/FEB/2022 :: SHARED, UNSHARED DUE TO A COLLISION BUG, AND THEN RESHARED WITH THE BUG FIXED
23/FEB/2022 :: V0.8 ADDED 9 DIFFERENT LEVELS
23/FEB/2022 :: V0.7 ADDED BUDGET AND IMPROVED SOME PHYSICS.
18/FEB/2022 :: V0.6 ADDED STRESS VISUALIZER AND BREAKING (SORT OF) + STRENGHT + WEIGHT
14/FEB/2022 :: V0.5 TRIED TO ADD STRESS VISUALIZER AND BREAKING. (FAILED)
13/FEB/2022 :: V0.4 STARTED WITH BALL PHYSICS. (WITH ROTATION AND ALL THAT)
13/FEB/2022 :: V0.3 ADDED BRIDGE PHYSICS
12/FEB/2022 :: V0.2 ADDED BRIDGE MAKING.
10/FEB/2022 :: V0.1 PROJECT CREATED AND STARTED WORKING ON RENDERING.
HOW DOES IT WORK?
IT USES A MODIFIED VERLET INTEGRATION PHYSICS ENGINE, TO WHICH I ADDED BALL PHYSICS, STRESS, AND STUFF LIKE THAT.
HERE I HAVE A TUTORIAL ON HOW VERLET INTEGRATION WORKS:
HTTPS://SCRATCH.MIT.EDU/PROJECTS/636061582/
CREDITS:
DRY CACTUS FOR THE ORIGINAL GAMES POLY BRIDGE 1 AND 2
ADRIAN TALENS FOR POLY BRIDGE SOUNDTRACK: HTTPS://YOUTU.BE/9RKWLVJL_AI
@-REX- FOR HIS PEN TEXT ENGINE.
@RFENG250 FOR REPORTING A BUG WITH SOME DISTANCES. (FIXED)
