Runtime tuning values for Engine::Components::VrGlider. More...

#include <VrGliderComponent.h>

Public Attributes
float	minArmSpreadDistance = 0.4f
	Minimum distance each hand must be from the headset before arms count as spread.
float	armSpreadHysteresis = 0.08f
	Extra arm-spread distance required before leaving the current gliding state.
float	tuckDistance = 0.45f
	Maximum horizontal distance from the headset axis for hands to count as tucked.
float	gravity = 3.0f
	Downward acceleration applied while falling.
float	fallingTerminalVelocity = 25.0f
	Maximum downward speed while falling.
float	momentumDrag = 0.12f
	Baseline horizontal momentum drag applied by the flight model.
float	highSpeedDrag = 0.005f
	Additional drag applied as speed increases.
float	minGlideSink = 0.65f
	Minimum downward speed maintained during normal gliding.
float	maxClimbRate = 6.0f
	Maximum upward speed requested by palm tilt.
float	climbMomentumCost = 0.48f
	Horizontal momentum spent per unit of climb demand.
float	diveSinkRate = 7.0f
	Downward speed requested by full dive input.
float	diveMomentumGain = 0.72f
	Horizontal momentum gained per unit of dive demand.
float	windMomentumGain = 0.72f
	Horizontal momentum gained from aligned wind.
float	windDiminishingSpeed = 12.0f
	Speed at which wind acceleration starts diminishing.
float	windAlignmentPower = 1.6f
	Exponent applied to wind alignment before adding wind momentum.
float	crosswindTurnRate = 0.06f
	Steering influence from crosswind.
float	headwindPenalty = 0.55f
	Momentum penalty applied when flying into wind.
float	glideTurnRate = 7.0f
	Direction interpolation rate toward the current glide input.
float	stallSpeed = 3.5f
	Horizontal speed below which a climbing glider enters stall.
float	stallRecoverySpeed = 4.7f
	Horizontal speed required before stall recovery can complete.
float	stallSinkSpeed = 6.0f
	Downward speed while stalled.
float	stallDiveSinkScale = 0.35f
	Scale applied to dive sink while stalled.
float	stallExtraDrag = 0.12f
	Extra drag applied while stalled.
float	stallRecoveryDelay = 0.18f
	Time above recovery speed before a stall exits.
float	emergencyMaxSpeed = 80.0f
	Hard velocity clamp for flight-model safety.
float	snapTurnDegrees = 30.0f
	Yaw angle applied by one walking snap turn.
float	snapTurnThreshold = 0.7f
	Right thumbstick X value required to trigger a walking snap turn.
float	stickDeadzone = 0.15f
	Thumbstick magnitude ignored as input noise.
glm::vec3	spawnPosition { 0.0f, 10.0f, 0.0f }
	Position used by spawn reset and as the initial safe landing position.
float	walkSpeed = 2.5f
	Maximum walking speed on walkable ground.
float	groundRayLength = 1.5f
	Downward sweep distance for ground detection.
float	groundSmoothSpeed = 12.0f
	Exponential smoothing rate used when following ground height.
float	maxStepHeight = 0.3f
	Reserved step-height value for walking movement.
float	maxWalkableSlope = 0.7f
	Minimum ground-normal Y component accepted as walkable.
float	groundHoverOffset = 0.01f
	Vertical offset kept above walkable ground.
float	walkTakeoffLiftSpeed = 2.0f
	Upward velocity applied when taking off from walking.
float	walkTakeoffMomentum = 4.0f
	Minimum horizontal speed applied when taking off from walking.
float	walkTakeoffClearance = 0.2f
	Upward clearance sweep distance required before walking takeoff.
float	flightCollisionFallSpeed = 1.5f
	Downward velocity applied after hitting a non-walkable surface in flight.
float	fallResetY = -350.0f
	World Y position below which the glider respawns at the last safe landing point.
float	landingCheckpointSettleTime = 0.5f
	Time spent settled on walkable ground before updating the landing checkpoint.
float	respawnHeightOffset = 1.0f
	Vertical offset added when respawning at the last safe landing point.

Detailed Description

Runtime tuning values for Engine::Components::VrGlider.

Distances are meters. Speeds are meters per second. Time values are seconds. Slopes use the world-space ground-normal Y component, where 1.0 is flat ground and 0.0 is vertical.

Definition at line 47 of file VrGliderComponent.h.

Member Data Documentation

◆ armSpreadHysteresis

float Engine::GliderConfig::armSpreadHysteresis = 0.08f

Extra arm-spread distance required before leaving the current gliding state.

Definition at line 50 of file VrGliderComponent.h.

◆ climbMomentumCost

float Engine::GliderConfig::climbMomentumCost = 0.48f

Horizontal momentum spent per unit of climb demand.

Definition at line 60 of file VrGliderComponent.h.

◆ crosswindTurnRate

float Engine::GliderConfig::crosswindTurnRate = 0.06f

Steering influence from crosswind.

Definition at line 66 of file VrGliderComponent.h.

◆ diveMomentumGain

float Engine::GliderConfig::diveMomentumGain = 0.72f

Horizontal momentum gained per unit of dive demand.

Definition at line 62 of file VrGliderComponent.h.

◆ diveSinkRate

float Engine::GliderConfig::diveSinkRate = 7.0f

Downward speed requested by full dive input.

Definition at line 61 of file VrGliderComponent.h.

◆ emergencyMaxSpeed

float Engine::GliderConfig::emergencyMaxSpeed = 80.0f

Hard velocity clamp for flight-model safety.

Definition at line 75 of file VrGliderComponent.h.

◆ fallingTerminalVelocity

float Engine::GliderConfig::fallingTerminalVelocity = 25.0f

Maximum downward speed while falling.

Definition at line 54 of file VrGliderComponent.h.

◆ fallResetY

float Engine::GliderConfig::fallResetY = -350.0f

World Y position below which the glider respawns at the last safe landing point.

Definition at line 93 of file VrGliderComponent.h.

◆ flightCollisionFallSpeed

float Engine::GliderConfig::flightCollisionFallSpeed = 1.5f

Downward velocity applied after hitting a non-walkable surface in flight.

Definition at line 92 of file VrGliderComponent.h.

◆ glideTurnRate

float Engine::GliderConfig::glideTurnRate = 7.0f

Direction interpolation rate toward the current glide input.

Definition at line 68 of file VrGliderComponent.h.

◆ gravity

float Engine::GliderConfig::gravity = 3.0f

Downward acceleration applied while falling.

Definition at line 53 of file VrGliderComponent.h.

◆ groundHoverOffset

float Engine::GliderConfig::groundHoverOffset = 0.01f

Vertical offset kept above walkable ground.

Definition at line 88 of file VrGliderComponent.h.

◆ groundRayLength

float Engine::GliderConfig::groundRayLength = 1.5f

Downward sweep distance for ground detection.

Definition at line 84 of file VrGliderComponent.h.

◆ groundSmoothSpeed

float Engine::GliderConfig::groundSmoothSpeed = 12.0f

Exponential smoothing rate used when following ground height.

Definition at line 85 of file VrGliderComponent.h.

◆ headwindPenalty

float Engine::GliderConfig::headwindPenalty = 0.55f

Momentum penalty applied when flying into wind.

Definition at line 67 of file VrGliderComponent.h.

◆ highSpeedDrag

float Engine::GliderConfig::highSpeedDrag = 0.005f

Additional drag applied as speed increases.

Definition at line 57 of file VrGliderComponent.h.

◆ landingCheckpointSettleTime

float Engine::GliderConfig::landingCheckpointSettleTime = 0.5f

Time spent settled on walkable ground before updating the landing checkpoint.

Definition at line 94 of file VrGliderComponent.h.

◆ maxClimbRate

float Engine::GliderConfig::maxClimbRate = 6.0f

Maximum upward speed requested by palm tilt.

Definition at line 59 of file VrGliderComponent.h.

◆ maxStepHeight

float Engine::GliderConfig::maxStepHeight = 0.3f

Reserved step-height value for walking movement.

Definition at line 86 of file VrGliderComponent.h.

◆ maxWalkableSlope

float Engine::GliderConfig::maxWalkableSlope = 0.7f

Minimum ground-normal Y component accepted as walkable.

Definition at line 87 of file VrGliderComponent.h.

◆ minArmSpreadDistance

float Engine::GliderConfig::minArmSpreadDistance = 0.4f

Minimum distance each hand must be from the headset before arms count as spread.

Definition at line 49 of file VrGliderComponent.h.

◆ minGlideSink

float Engine::GliderConfig::minGlideSink = 0.65f

Minimum downward speed maintained during normal gliding.

Definition at line 58 of file VrGliderComponent.h.

◆ momentumDrag

float Engine::GliderConfig::momentumDrag = 0.12f

Baseline horizontal momentum drag applied by the flight model.

Definition at line 56 of file VrGliderComponent.h.

◆ respawnHeightOffset

float Engine::GliderConfig::respawnHeightOffset = 1.0f

Vertical offset added when respawning at the last safe landing point.

Definition at line 95 of file VrGliderComponent.h.

◆ snapTurnDegrees

float Engine::GliderConfig::snapTurnDegrees = 30.0f

Yaw angle applied by one walking snap turn.

Definition at line 77 of file VrGliderComponent.h.

◆ snapTurnThreshold

float Engine::GliderConfig::snapTurnThreshold = 0.7f

Right thumbstick X value required to trigger a walking snap turn.

Definition at line 78 of file VrGliderComponent.h.

◆ spawnPosition

glm::vec3 Engine::GliderConfig::spawnPosition { 0.0f, 10.0f, 0.0f }

Position used by spawn reset and as the initial safe landing position.

Definition at line 81 of file VrGliderComponent.h.

◆ stallDiveSinkScale

float Engine::GliderConfig::stallDiveSinkScale = 0.35f

Scale applied to dive sink while stalled.

Definition at line 72 of file VrGliderComponent.h.

◆ stallExtraDrag

float Engine::GliderConfig::stallExtraDrag = 0.12f

Extra drag applied while stalled.

Definition at line 73 of file VrGliderComponent.h.

◆ stallRecoveryDelay

float Engine::GliderConfig::stallRecoveryDelay = 0.18f

Time above recovery speed before a stall exits.

Definition at line 74 of file VrGliderComponent.h.

◆ stallRecoverySpeed

float Engine::GliderConfig::stallRecoverySpeed = 4.7f

Horizontal speed required before stall recovery can complete.

Definition at line 70 of file VrGliderComponent.h.

◆ stallSinkSpeed

float Engine::GliderConfig::stallSinkSpeed = 6.0f

Downward speed while stalled.

Definition at line 71 of file VrGliderComponent.h.

◆ stallSpeed

float Engine::GliderConfig::stallSpeed = 3.5f

Horizontal speed below which a climbing glider enters stall.

Definition at line 69 of file VrGliderComponent.h.

◆ stickDeadzone

float Engine::GliderConfig::stickDeadzone = 0.15f

Thumbstick magnitude ignored as input noise.

Definition at line 79 of file VrGliderComponent.h.

◆ tuckDistance

float Engine::GliderConfig::tuckDistance = 0.45f

Maximum horizontal distance from the headset axis for hands to count as tucked.

Definition at line 51 of file VrGliderComponent.h.

◆ walkSpeed

float Engine::GliderConfig::walkSpeed = 2.5f

Maximum walking speed on walkable ground.

Definition at line 83 of file VrGliderComponent.h.

◆ walkTakeoffClearance

float Engine::GliderConfig::walkTakeoffClearance = 0.2f

Upward clearance sweep distance required before walking takeoff.

Definition at line 91 of file VrGliderComponent.h.

◆ walkTakeoffLiftSpeed

float Engine::GliderConfig::walkTakeoffLiftSpeed = 2.0f

Upward velocity applied when taking off from walking.

Definition at line 89 of file VrGliderComponent.h.

◆ walkTakeoffMomentum

float Engine::GliderConfig::walkTakeoffMomentum = 4.0f

Minimum horizontal speed applied when taking off from walking.

Definition at line 90 of file VrGliderComponent.h.

◆ windAlignmentPower

float Engine::GliderConfig::windAlignmentPower = 1.6f

Exponent applied to wind alignment before adding wind momentum.

Definition at line 65 of file VrGliderComponent.h.

◆ windDiminishingSpeed

float Engine::GliderConfig::windDiminishingSpeed = 12.0f

Speed at which wind acceleration starts diminishing.

Definition at line 64 of file VrGliderComponent.h.

◆ windMomentumGain

float Engine::GliderConfig::windMomentumGain = 0.72f

Horizontal momentum gained from aligned wind.

Definition at line 63 of file VrGliderComponent.h.

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

/workspace/magerbeton/gl3-vulkan/code/Engine/include/Engine/Component/VrGliderComponent.h

Public Attributes