AMortarProBaseProjectile Class Reference

#include <MortarProBaseProjectile.h>

Inheritance diagram for AMortarProBaseProjectile:

Collaboration diagram for AMortarProBaseProjectile:

Public Member Functions
void	BPOnImpactEvent ()
virtual float	GetProjectileSpeed ()
void	SetAfterSpawnBP (AActor *TargetToShoot, TArray< AActor * >SecondaryTargets, class UMortarProPoolSubsystem *PoolingSystem, bool bCanSplit=true, bool bGravityEnabled=false, FVector RandomOffset=FVector(0, 0, 0), FVector TargetPredictedPosition=FVector(0, 0, 0))
virtual void	SetAfterSpawnParam (const FMortarProAfterSpawnParam &AfterSpawnParam)
Public Member Functions inherited from AMortarProPoolableActor
	AMortarProPoolableActor ()
virtual void	DeActivateActor ()
virtual void	ReActivateActor ()
virtual void	SetDeactivateSpan (const float &Time)

Protected Member Functions
float	GetDamageAsPerSurface (const EPhysicalSurface &SurfaceType)
virtual void	InitializeBeforeSpawnParam () override
void	PlayImpactSoundAndParticleEffectForSurface (const EPhysicalSurface &SurfaceType, const FVector &Location)
Protected Member Functions inherited from AMortarProPoolableActor
virtual void	BeginPlay () override
virtual void	ClearTimers ()
virtual void	EnableComponents (const bool &bEnable)
virtual void	EndPlay (const EEndPlayReason::Type EndPlayReason) override
virtual void	InitializeBeforeSpawnParam ()
virtual void	StartTimers ()

Protected Attributes
TMap< TEnumAsByte< EPhysicalSurface >, float >	DamageAsPerSurface
FMortarProAfterSpawnParam	MortarAfterSpawnParam
TMap< TEnumAsByte< EPhysicalSurface >, class UNiagaraSystem * >	NiagaraSurfaceImpact
TMap< TEnumAsByte< EPhysicalSurface >, class USoundBase * >	SurfaceImpactSound
Protected Attributes inherited from AMortarProPoolableActor
uint32	bIsActorActivated: 1

Additional Inherited Members
Public Attributes inherited from AMortarProPoolableActor
FMortarProActorActivated	BeginActivation
FMortarProActorDeactivated	BeginDeactivation
float	DeactivateSpan = 10.f

Detailed Description

Base Class for Projectile class Derived from PoolableActor class. Projectiles should be derived from this For Highly Performant Projectile Prefer Projectiles of type MortarProBulletHellManager

Member Function Documentation

BPOnImpactEvent()

void AMortarProBaseProjectile::BPOnImpactEvent

(

)

Event Called On impact This is a blueprintImplementableEvent which has to be used in blueprint

GetDamageAsPerSurface()

float AMortarProBaseProjectile::GetDamageAsPerSurface ( const EPhysicalSurface &  SurfaceType )

protected

Gets Damage Per Surface Type.

Parameters

[in]

SurfaceType

Type of Surface that can be set in project settings

Returns

float variable returning Damage

GetProjectileSpeed()

virtual float AMortarProBaseProjectile::GetProjectileSpeed ( )

inlinevirtual

Gets Projectile Speed

Returns

float variable containing speed

Reimplemented in AMortarProPhysicalProjectile, and AMortarProLineTraceProjectile.

InitializeBeforeSpawnParam()

virtual void AMortarProBaseProjectile::InitializeBeforeSpawnParam ( )

overrideprotectedvirtual

Initializes All local Parameter before spawning. This is also called when reactivating actor for reusability

Reimplemented from AMortarProPoolableActor.

Reimplemented in AMortarProBeamProjectile, AMortarProMineProjectile, AMortarProPhysicalProjectile, and AMortarProSplitProjectile.

PlayImpactSoundAndParticleEffectForSurface()

void AMortarProBaseProjectile::PlayImpactSoundAndParticleEffectForSurface ( const EPhysicalSurface &  SurfaceType, const FVector &  Location  )

protected

Plays Hit impact particle effect and sound for the mentioned surface

Parameters

[in]	SurfaceType	Type of Surface that can be set in project settings
[in]	Location	Place at which we will spawn niagara effect and sound

SetAfterSpawnBP()

void AMortarProBaseProjectile::SetAfterSpawnBP	(	AActor *	TargetToShoot,
		TArray< AActor * >	SecondaryTargets,
		class UMortarProPoolSubsystem *	PoolingSystem,
		bool	bCanSplit = true,
		bool	bGravityEnabled = false,
		FVector	RandomOffset = FVector(0, 0, 0),
		FVector	TargetPredictedPosition = FVector(0, 0, 0)
	)

Sets After Spawn paramer from BP

Parameters

[in]	TargetToShoot	Target Actor at whic we are shooting
[in]	SecondaryTargets	Secondary target which are detected. Used in split Missile
[in]	PoolingSystem	Reference to Pooling System
[in]	bCanSplit	Tells if Projectiles can split
[in]	bGravityEnabled	Tells if gravity is involved
[in]	RandomOffset	Random Offset to apply while shooting
[in]	TargetPredictedPosition	Predicted Position for Target. By default it is equal to detected target location

SetAfterSpawnParam()

virtual void AMortarProBaseProjectile::SetAfterSpawnParam ( const FMortarProAfterSpawnParam &  AfterSpawnParam )

virtual

Initializes Projectile params

Parameters

[in]

AfterSpawnParam

Parameters to Set After Spawning

Reimplemented in AMortarProBeamProjectile, AMortarProLineTraceProjectile, AMortarProPhysicalProjectile, and AMortarProSplitProjectile.

Member Data Documentation

DamageAsPerSurface

TMap<TEnumAsByte<EPhysicalSurface>, float> AMortarProBaseProjectile::DamageAsPerSurface

protected

Damage Per Surface

MortarAfterSpawnParam

FMortarProAfterSpawnParam AMortarProBaseProjectile::MortarAfterSpawnParam

protected

Reference for target Actor

NiagaraSurfaceImpact

TMap<TEnumAsByte<EPhysicalSurface>, class UNiagaraSystem*> AMortarProBaseProjectile::NiagaraSurfaceImpact

protected

Particle System That will be emitted on impact This system can be different for each physical surface

SurfaceImpactSound

TMap<TEnumAsByte<EPhysicalSurface>, class USoundBase*> AMortarProBaseProjectile::SurfaceImpactSound

protected

Sound Played on Particle Hit. Will be different for each surface

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

• Public/Projectiles/MortarProBaseProjectile.h