90 lines
2.5 KiB
Ucode
90 lines
2.5 KiB
Ucode
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/**
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* Copyright 1998-2013 Epic Games, Inc. All Rights Reserved.
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*/
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class UDKSkelControl_TurretConstrained extends SkelControlSingleBone
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native(Animation);
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var(Constraint) bool bConstrainPitch;
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var(Constraint) bool bConstrainYaw;
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var(Constraint) bool bConstrainRoll;
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var(Constraint) bool bInvertPitch;
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var(Constraint) bool bInvertYaw;
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var(Constraint) bool bInvertRoll;
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struct native TurretConstraintData
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{
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var() int PitchConstraint;
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var() int YawConstraint;
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var() int RollConstraint;
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};
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var(Constraint) TurretConstraintData MaxAngle; // Max. angle in Degrees
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var(Constraint) TurretConstraintData MinAngle; // Min. angle in Degrees
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/**
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* Allow each turret to have various steps in which to contrain the data.
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*/
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struct native TurretStepData
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{
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var() int StepStartAngle;
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var() int StepEndAngle;
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var() TurretConstraintData MaxAngle;
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var() TurretConstraintData MinAngle;
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};
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var(Constraints) array<TurretStepData> Steps;
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var(Turret) float LagDegreesPerSecond;
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var(Turret) float PitchSpeedScale;
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var(Turret) rotator DesiredBoneRotation;
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/** If true, this turret won't update if the seat it is associated with is firing */
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var(Turret) bool bFixedWhenFiring;
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/** The Seat Index this control is associated with */
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var(Turret) int AssociatedSeatIndex;
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/** If true, this turret will reset to 0,0,0 when there isn't a driver */
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var(Turret) bool bResetWhenUnattended;
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var bool bIsInMotion;
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/** This is the world space rotation after constraints have been applied
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* We set Bone rotation to this value by default in GetAffectedBones
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*/
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var transient Rotator ConstrainedBoneRotation;
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cpptext
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{
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/** handles constraining the passed in local space rotator based on the turret's parameters */
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FRotator GetClampedLocalDesiredRotation(const FRotator& UnclampedLocalDesired);
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virtual void TickSkelControl(FLOAT DeltaSeconds, USkeletalMeshComponent* SkelComp);
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}
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delegate OnTurretStatusChange(bool bIsMoving);
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/** Initialises turret, so its current direction is the way it wants to point. */
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native final function InitTurret(Rotator InitRot, SkeletalMeshComponent SkelComp);
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/** @return if the given pitch would be limited by this controller */
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native final function bool WouldConstrainPitch(int TestPitch, SkeletalMeshComponent SkelComp);
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defaultproperties
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{
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bConstrainPitch=false;
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bConstrainYaw=false;
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bConstrainRoll=false;
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LagDegreesPerSecond=360
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PitchSpeedScale=1.0
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bApplyRotation=true
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BoneRotationSpace=BCS_ActorSpace
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bIsInMotion=false
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}
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