UMortarProGenericMeshComponent Class Reference

#include <MortarProGenericMeshComponent.h>

Inheritance diagram for UMortarProGenericMeshComponent:

Collaboration diagram for UMortarProGenericMeshComponent:

Public Member Functions
float	GetDecelerateRotationRate () const
float	GetMaxRecoilOffset () const
float	GetMaxRecoilSpeed () const
float	GetMaxRotationDegreesSpeed () const
void	SetDecelerateRotationRate (const float &DecelerateRate)
void	SetMaxRecoilOffset (const float &RecoilOffset)
void	SetMaxRecoilSpeed (const float &MaxRecoilSpeed)
void	SetMaxRotationDegreesSpeed (const float &Speed)
void	StartRecoil ()
void	StartRotation ()
void	StopRotation ()
	UMortarProGenericMeshComponent ()

Protected Member Functions
virtual void	BeginPlay () override

Protected Attributes
float	DecelerateRotationRate = 45.f
int32	MaxRecoilOffset = 15
float	MaxRecoilSpeed = 150.f
float	MaxRotationDegreesSpeed = 500

Private Member Functions
void	DecelerateRotationTimerFunction ()
void	StartRecoilTimerFunction ()
void	StartRotationTimerFunction ()

Private Attributes
uint32	bRecoilReverseOffset: 1
int32	CurrMeshOffset = 0
FTimerHandle	DecelerateRotationTimerHandle
float	DecelerateTimerRate = 0.5f
float	OrignalMaxRotationDegreesSpeed = 0.f
float	RecoilDuration = 0.1
float	RecoilTime = 0.f
FTimerHandle	RecoilTimerHandle
float	SmoothedDeltaTime = 0.0f
float	SmoothingFactor = 0.2f
FVector	StartLocation
FTimerHandle	StartRotationTimerHandle
FVector	TargetLocation
float	TimerRate = 0.01f

Detailed Description

This is the extra componenet of mortar. This is not compulsory in the main mortar pawn This allows us to add more meshwith some built in movement like rotation,recoil effect etc

Constructor & Destructor Documentation

UMortarProGenericMeshComponent()

UMortarProGenericMeshComponent::UMortarProGenericMeshComponent

(

)

Member Function Documentation

BeginPlay()

virtual void UMortarProGenericMeshComponent::BeginPlay ( )

overrideprotectedvirtual

Called when the game starts or when spawned

DecelerateRotationTimerFunction()

void UMortarProGenericMeshComponent::DecelerateRotationTimerFunction ( )

private

Reduces Rotation to 0.This is a call back function for stop rotation

GetDecelerateRotationRate()

float UMortarProGenericMeshComponent::GetDecelerateRotationRate

(

)

const

Getter Function To get Decelerate Rotation Rate

Returns

Decelerate Rate in float

GetMaxRecoilOffset()

float UMortarProGenericMeshComponent::GetMaxRecoilOffset

(

)

const

Getter Function To get Max Recoil Offset

Returns

Max Recoil Offset in float

GetMaxRecoilSpeed()

float UMortarProGenericMeshComponent::GetMaxRecoilSpeed

(

)

const

Getter Function To get Max Recoil Speed

Returns

Max Recoil Speed Per second in float

GetMaxRotationDegreesSpeed()

float UMortarProGenericMeshComponent::GetMaxRotationDegreesSpeed

(

)

const

Getter Function To get Max Rotation Degrees Per Second

Returns

Max Rotation Degrees Speed Per Second in float

SetDecelerateRotationRate()

void UMortarProGenericMeshComponent::SetDecelerateRotationRate

(

const float &

DecelerateRate

)

Sets how fast mesh will decelerate when we stop rotation. This helps in achieving slow deceleration instead of abrupt stop param[in] DecelerateRate Rate by which decrease rotation

SetMaxRecoilOffset()

void UMortarProGenericMeshComponent::SetMaxRecoilOffset

(

const float &

RecoilOffset

)

Sets how much mesh will go in negative x direction param[in] RecoilOffset telling how much will the mesh will move

SetMaxRecoilSpeed()

void UMortarProGenericMeshComponent::SetMaxRecoilSpeed

(

const float &

MaxRecoilSpeed

)

Sets how fast mesh recoil in negative x direction param[in] Max Recoil speed per second denoting how fast will mesh go backwards

SetMaxRotationDegreesSpeed()

void UMortarProGenericMeshComponent::SetMaxRotationDegreesSpeed

(

const float &

Speed

)

Sets Max Rotation Degrees Per Second for mesh. this defines how fast mesh will rotate around z axis param[in] MaxRotationDegrees Max Rotation Degrees speed that can be covered in a second

StartRecoil()

void UMortarProGenericMeshComponent::StartRecoil

(

)

Function to Start Recoil. All Movement Happens in tick

StartRecoilTimerFunction()

void UMortarProGenericMeshComponent::StartRecoilTimerFunction ( )

private

Reduces Rotation to 0

StartRotation()

void UMortarProGenericMeshComponent::StartRotation

(

)

Function to Start Rotation

StartRotationTimerFunction()

void UMortarProGenericMeshComponent::StartRotationTimerFunction ( )

private

Cllback Function for Mesh Rotation

StopRotation()

void UMortarProGenericMeshComponent::StopRotation

(

)

Function to Start Movement

Member Data Documentation

bRecoilReverseOffset

uint32 UMortarProGenericMeshComponent::bRecoilReverseOffset

private

Flag to reverse movement of mesh to forward instead of backwards

CurrMeshOffset

int32 UMortarProGenericMeshComponent::CurrMeshOffset = 0

private

Mesh Position Offset. That is where the mesh currently is

DecelerateRotationRate

float UMortarProGenericMeshComponent::DecelerateRotationRate = 45.f

protected

How much to reduce rotation per second

DecelerateRotationTimerHandle

FTimerHandle UMortarProGenericMeshComponent::DecelerateRotationTimerHandle

private

Timer Handle For Rotation Stopping

DecelerateTimerRate

float UMortarProGenericMeshComponent::DecelerateTimerRate = 0.5f

private

Timer Rate for Deacceleration timer

MaxRecoilOffset

int32 UMortarProGenericMeshComponent::MaxRecoilOffset = 15

protected

Maximum offset we will do for recoil effect for Mesh

MaxRecoilSpeed

float UMortarProGenericMeshComponent::MaxRecoilSpeed = 150.f

protected

Maximum rotation speed of Mesh

MaxRotationDegreesSpeed

float UMortarProGenericMeshComponent::MaxRotationDegreesSpeed = 500

protected

Maximum rotation speed of Mesh

OrignalMaxRotationDegreesSpeed

float UMortarProGenericMeshComponent::OrignalMaxRotationDegreesSpeed = 0.f

private

Stores Copy of MaxRotationDegreesSpeed;

RecoilDuration

float UMortarProGenericMeshComponent::RecoilDuration = 0.1

private

Duration for which recoil will happen

RecoilTime

float UMortarProGenericMeshComponent::RecoilTime = 0.f

private

Current Recoil Time. Increments with Delta time

RecoilTimerHandle

FTimerHandle UMortarProGenericMeshComponent::RecoilTimerHandle

private

Timer Handle For Recoiling

SmoothedDeltaTime

float UMortarProGenericMeshComponent::SmoothedDeltaTime = 0.0f

private

Smoothed delta time for recoil calculation

SmoothingFactor

float UMortarProGenericMeshComponent::SmoothingFactor = 0.2f

private

Smoothing factor for delta time smoothing

StartLocation

FVector UMortarProGenericMeshComponent::StartLocation

private

Start Relative Location of generic Mesh

StartRotationTimerHandle

FTimerHandle UMortarProGenericMeshComponent::StartRotationTimerHandle

private

Timer Handle For Starting Mesh Rotation

TargetLocation

FVector UMortarProGenericMeshComponent::TargetLocation

private

Target Relative Location of generic Mesh. This is For Recoil

TimerRate

float UMortarProGenericMeshComponent::TimerRate = 0.01f

private

Timer Rate for Rotation

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

• Public/Components/MortarProGenericMeshComponent.h