Apply buoyancy, flow and damping forces to this shape based on how it is submerged in a fluid plane. Unlike PhysicsBody.ApplyBuoyancy, only this shape contributes to its owning body's buoyancy - sibling shapes on the same body are left alone. Forces and torques are continuous (not impulses), so this is expected to be called every simulation step. The shape's owning body must be PhysicsBody.BodyType.Dynamic; otherwise a warning is logged and the call is a no-op.

public void ApplyBuoyancy(PhysicsBody.BuoyancyInput input, float deltaTime)

BuoyancyInput

float

Apply buoyancy, flow and damping forces to every shape in based on how each is submerged in a fluid plane. The same PhysicsBody.BuoyancyInput is applied to all listed shapes. Each shape's owning body must be PhysicsBody.BodyType.Dynamic; shapes on non-dynamic or invalid bodies log a warning and are skipped. Per-body sleep/wake decisions and damping clamps aggregate only across the listed shapes for each body, so siblings not in contribute nothing - this is the difference from PhysicsBody.ApplyBuoyancy, which always processes every shape on each listed body. Forces and torques are continuous (not impulses), so this is expected to be called every simulation step.

public static void ApplyBuoyancy(PhysicsBody.BuoyancyInput input, ReadOnlySpan<PhysicsShape> shapes, float deltaTime)

BuoyancyInput

ReadOnlySpan<PhysicsShape>

float