FNetworkPhysicsSettingsResimulationErrorCorrection Struct Reference

#include <NetworkPhysicsSettingsComponent.h>

Public Member Functions
	FNetworkPhysicsSettingsResimulationErrorCorrection ()
void	ApplySettings_External (Chaos::FPhysicsObjectHandle PhysicsObject) const

Public Attributes
uint32	bOverrideResimErrorInterpolationSettings: 1
float	ResimErrorCorrectionDuration
float	ResimErrorMaximumDistanceBeforeSnapping
float	ResimErrorMaximumDesyncTimeBeforeSnapping
float	ResimErrorDirectionalDecayMultiplier
bool	bRenderInterpApplyExponentialDecay
float	RenderInterpExponentialDecayLinearHalfLife
float	RenderInterpExponentialDecayAngularHalfLife
float	RenderInterpMinimumLinearThreshold
float	RenderInterpMinimumAngularThreshold

Constructor & Destructor Documentation

FNetworkPhysicsSettingsResimulationErrorCorrection()

FNetworkPhysicsSettingsResimulationErrorCorrection::FNetworkPhysicsSettingsResimulationErrorCorrection ( )

inline

Member Function Documentation

ApplySettings_External()

void FNetworkPhysicsSettingsResimulationErrorCorrection::ApplySettings_External

(

Chaos::FPhysicsObjectHandle

PhysicsObject

)

const

Apply these settings to Physics Object

Member Data Documentation

bOverrideResimErrorInterpolationSettings

uint32 FNetworkPhysicsSettingsResimulationErrorCorrection::bOverrideResimErrorInterpolationSettings

Enable override for post-resimulation error correction settings during render interpolation NOTE: This currently does not work if the experimental p.RenderInterp.ErrorVelocityCorrection CVar is set to true (false by default)

bRenderInterpApplyExponentialDecay

bool FNetworkPhysicsSettingsResimulationErrorCorrection::bRenderInterpApplyExponentialDecay

Overrides CVar: p.RenderInterp.ApplyExponentialDecay – When enabled a post-resim error will decay exponentially (instead of linearly) based on half-life time set in ExponentialDecayLinearHalfLife and ExponentialDecayAngularHalfLife.

RenderInterpExponentialDecayAngularHalfLife

float FNetworkPhysicsSettingsResimulationErrorCorrection::RenderInterpExponentialDecayAngularHalfLife

Overrides CVar: p.RenderInterp.ExponentialDecayAngularHalfLife – Sets the rotational half-life time for when bApplyExponentialDecay is enabled.

RenderInterpExponentialDecayLinearHalfLife

float FNetworkPhysicsSettingsResimulationErrorCorrection::RenderInterpExponentialDecayLinearHalfLife

Overrides CVar: p.RenderInterp.ExponentialDecayLinearHalfLife – Sets the positional half-life time for when bApplyExponentialDecay is enabled.

RenderInterpMinimumAngularThreshold

float FNetworkPhysicsSettingsResimulationErrorCorrection::RenderInterpMinimumAngularThreshold

Overrides CVar: p.RenderInterp.MinimumAngularThreshold – When the remaining render error angle is below this we clear it, if ApplyExponentialDecay is enabled.

RenderInterpMinimumLinearThreshold

float FNetworkPhysicsSettingsResimulationErrorCorrection::RenderInterpMinimumLinearThreshold

Overrides CVar: p.RenderInterp.MinimumLinearThreshold – Squared value, when the remaining render error is below this we clear it, if ApplyExponentialDecay is enabled.

ResimErrorCorrectionDuration

float FNetworkPhysicsSettingsResimulationErrorCorrection::ResimErrorCorrectionDuration

Overrides CVar: p.RenderInterp.ErrorCorrectionDuration – How long in seconds to apply error correction over

ResimErrorDirectionalDecayMultiplier

float FNetworkPhysicsSettingsResimulationErrorCorrection::ResimErrorDirectionalDecayMultiplier

Overrides CVar: p.RenderInterp.DirectionalDecayMultiplier – Decay error offset in the direction that the physics object is moving, value is multiplier of projected offset direction, 0.25 means a 25 % decay of the magnitude in the direction of physics travel.Deactivate by setting to 0

ResimErrorMaximumDesyncTimeBeforeSnapping

float FNetworkPhysicsSettingsResimulationErrorCorrection::ResimErrorMaximumDesyncTimeBeforeSnapping

Overrides CVar: p.RenderInterp.MaximumErrorCorrectionDesyncTimeBeforeSnapping – Time multiplied by the particles velocity to get the distance that error correction will be performed within without snapping, disable by setting a negative value NOTE: ResimErrorMaximumDistanceBeforeSnapping will act as a lowest distance clamp.

ResimErrorMaximumDistanceBeforeSnapping

float FNetworkPhysicsSettingsResimulationErrorCorrection::ResimErrorMaximumDistanceBeforeSnapping

Overrides CVar : p.RenderInterp.MaximumErrorCorrectionBeforeSnapping – Maximum error correction in cm before we stop interpolating and snap to target

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The documentation for this struct was generated from the following files:

• Engine/Source/Runtime/Engine/Public/Physics/NetworkPhysicsSettingsComponent.h
• Engine/Source/Runtime/Engine/Private/PhysicsEngine/NetworkPhysicsSettingsComponent.cpp