Differences

This shows you the differences between two versions of the page.

--- physicmaterial [2021/12/09 12:55] – gondophares
+++ physicmaterial [2025/01/15 04:35] (current) – external edit 127.0.0.1
@@ Line 3: / Line 3: @@
 ===== Friction values =====
-Physic Material (note the incorrect spelling!) is a small data object that can be attached to Colliders to provide parameters for their collision behavior.
+Physic Material ((Note the incorrect spelling!)) is a small data object that can be attached to Colliders to provide parameters for their collision behavior.
-If NVidia PhysX is being used (currently default physics system), static and dynamic friction values operate according to the Coulomb model of friction. For a Rigidbody sliding (horizontally) across another collider, the "friction force" points in the opposite direction of the Rigidbody's momentum and its magnitude is:
+If NVidia PhysX is being used ((Currently this is the default physics system)), static and dynamic friction values operate according to the Coulomb model of friction. For a Rigidbody sliding horizontally across another collider, the "friction force" points in the opposite direction of the Rigidbody's momentum and its magnitude is:
 ''N * µ''
@@ Line 11: / Line 11: @@
 where:
   * N is the normal force, i.e. mass * gravity
-  * µ is (dynamic or static) friction coefficient (see section "Friction Combine")
+  * µ is (dynamic or static) friction coefficient ((See "Friction Combine"))
 Loosely put: "friction" counteracts a Rigidbody's momentum with a minimum magnitude of 0 and a maximum of m*g. The friction values are clamped 0-1 because values > 1 would "create" energy.
@@ Line 25: / Line 25: @@
   * 3	Maximum
-This will trip you up if you (reasonably) expect these to match.
+This will trip you up if you expect these to match.