VI.AllowVerticalWorldMovement

VI.AllowVerticalWorldMovement

#Overview

name: VI.AllowVerticalWorldMovement

This variable is created as a Console Variable (cvar).

It is referenced in 1 C++ source file.

#Summary

#References in C++ code

#Callsites

This variable is referenced in the following C++ source code:

#Loc: <Workspace>/Engine/Source/Editor/ViewportInteraction/Private/ViewportWorldInteraction.cpp:51

Scope (from outer to inner):

file
namespace    VI

Source code excerpt:

{
	static FAutoConsoleVariable GizmoScaleInDesktop( TEXT( "VI.GizmoScaleInDesktop" ), 0.35f, TEXT( "How big the transform gizmo should be when used in desktop mode" ) );
	static FAutoConsoleVariable AllowVerticalWorldMovement( TEXT( "VI.AllowVerticalWorldMovement" ), 1, TEXT( "Whether you can move your tracking space away from the origin or not" ) );
	static FAutoConsoleVariable AllowWorldRotationPitchAndRoll( TEXT( "VI.AllowWorldRotationPitchAndRoll" ), 0, TEXT( "When enabled, you'll not only be able to yaw, but also pitch and roll the world when rotating by gripping with two hands" ) );
	static FAutoConsoleVariable WorldScalingDragThreshold( TEXT( "VI.WorldScalingDragThreshold" ), 7.0f, TEXT( "How much you need to perform a scale gesture before world scaling starts to happen." ) );
	static FAutoConsoleVariable WorldRotationDragThreshold( TEXT( "VI.WorldRotationDragThreshold" ), 8.0f, TEXT( "How much (degrees) you need to perform a rotation gesture before world rotation starts to happen." ) );
	static FAutoConsoleVariable InertiaVelocityBoost( TEXT( "VI.InertiaVelocityBoost" ), 0.5f, TEXT( "How much to scale object velocity when releasing dragged simulating objects in Simulate mode" ) );
	static FAutoConsoleVariable SweepPhysicsWhileSimulating( TEXT( "VI.SweepPhysicsWhileSimulating" ), 0, TEXT( "If enabled, simulated objects won't be able to penetrate other objects while being dragged in Simulate mode" ) );
	static FAutoConsoleVariable PlacementInterpolationDuration( TEXT( "VI.PlacementInterpolationDuration" ), 0.6f, TEXT( "How long we should interpolate newly-placed objects to their target location." ) );