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Legacy:VitalOverdose/DamageCounter
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Overview[edit]
//----------------------------------------------------------- // FxDamageCounter a Counter thats Triggered by Damage // can Trigger SoundFx,EmitterFx and an event on rEaching The Damage threshold //----------------------------------------------------------- class DamageCounter Extends Triggers Placeable; var (TheCount) float ResetDelay; Var (TheCount) Bool bCarryDamage; Var (TheCount) int TargetNum; Var (TheCount) float DamThresh; Var (TheCount) float CounterResetDelay; var (AmbiantFx) Array< Class< Emitter > > AmbiantFxPool; var (AmbiantFx) bool bTransferMomentumToFxWhenShot; Var (CountInc) sound CountIncSound; Var (CountInc) bool bResetCounter; var (CountInc) Array< Class< Emitter > > CountIncFxpool; var (Payload) Array< Class< Emitter > > PayloadFxpool; // PayloadFx . if more than one they Var (Payload) float DeliverPayloadDelay; // get picked at random for spawning Var (Payload) name PayloadEvent; Var (Payload) sound PayloadSoundFx; Var (Payload) float ShakeRadius; // radius within which to shake Player views var emitter SpawnedAmbiant; Var float DamageTotal; Var int TheCounter; var bool bAffectingParticles; var bool bDeliveringPayload; var bool bResetting; Var float RotTime; // how much Time to rot The instigator's view Var float OffsetTime; // how much Time to offset view var vector RotMag; // how far to rot view var vector RotRate; // how fast to rot view var vector OffsetMag; // Max view offset vertically var vector OffsetRate; // how fast to offset view vertically function PostBegineplay() { if (AmbiantFxPool.length > 0) SpawnFx(AmbiantFxPool); if (ShakeRadius < 64 ) return; // Taken away the option to OffsetMag = vect(10.000000,10.000000,10.000000); // let the mapper mess with the OffsetRate = vect(1000.000000,1000.000000,1000.000000); // viewshake prorties just to OffsetTime=3.000000; //make thing simpler } function takeDamage(Int Damage,Pawn EventInstigator,Vector HitLocation ,Vector Momentum,Class<damagEType> damagEType) { if ( bDeliveringPayload == true ) return; DamageTotal = DamageTotal + Damage; if (bTransferMomentumToFxWhenShot == true) { bAffectingParticles = true; setTimer(0.5,false); } if (( DamageTotal > DamThresh ) && ( IncCounter() ) ) { bDeliveringPayload = true; settimer( DeliverPayloadDelay , false ); } } simulated function SpawnFX(array< class< emitter > > FXPool) { local class<emitter> PickedFxClass< SEMI > local Emitter SpawnedFx; local int PickedNumb; PickedNumb = Rand(FXPool.length-1)+1; PickedFxClass = FXPool[ PickedNumb ]; SpawnedFx = Spawn ( PickedFxClass , self ,, Location , Rotation ); // delivering payload if ( SpawnedAmbiant == none ) SpawnedAmbiant = SpawnedFx; } Function bool IncCounter() // adds 1 to Counter and checks to see If it { // has rEached The Target amount. if so Returns True TheCounter++; if ( CountIncFxpool.length != 0 ) spawnFX(CountIncFxpool); if ( CountIncSound != none ) PlaySound( CountIncSound ); if ( TheCounter == TargetNum ) return True; Return false; } function Timer() { Local int Counter; local int ModifySlot; if (bAffectingParticles == true ) { For( Counter=0 ; Counter <SpawnedAmbiant.Emitters.Length; Counter++ ) { if ( ( SpawnedAmbiant.Emitters[Counter].UseVelocityScale == true ) && (SpawnedAmbiant.Emitters[Counter].VelocityScale[0].RelativeTime == 0 ) ) ModifySlot = 1; SpawnedAmbiant.Emitters[Counter].VelocityScale[ModifySlot].RelativeVelocity.X = SpawnedAmbiant.Emitters[Counter].default.VelocityScale[ModifySlot].RelativeVelocity.X; SpawnedAmbiant.Emitters[Counter].VelocityScale[ModifySlot].RelativeVelocity.y = SpawnedAmbiant.Emitters[Counter].default.VelocityScale[ModifySlot].RelativeVelocity.y; SpawnedAmbiant.Emitters[Counter].VelocityScale[ModifySlot].RelativeVelocity.z = SpawnedAmbiant.Emitters[Counter].default.VelocityScale[ModifySlot].RelativeVelocity.z; } bAffectingParticles = false; } else if ( bDeliveringPayload == true) { DeliverPay_load(); return; } else Reset(); } function Reset() { SpawnedAmbiant.destroyed(); bAffectingParticles = false; Thecounter = Default.Thecounter; DamageTotal = Default.DamageTotal; Super.Reset(); // for level reset } Simulated function PartMorph( Vector TranferedMomentum ) { Local int Counter; local int ModifySlot; For( Counter=0 ; Counter < SpawnedAmbiant.Emitters.Length; Counter++ ) { if ( ( SpawnedAmbiant.Emitters[Counter].UseVelocityScale == true ) && (SpawnedAmbiant.Emitters[Counter].VelocityScale[0].RelativeTime == 0 ) ) ModifySlot=1; SpawnedAmbiant.Emitters[Counter].VelocityScale[ModifySlot].RelativeVelocity.X = TranferedMomentum.x; SpawnedAmbiant.Emitters[Counter].VelocityScale[ModifySlot].RelativeVelocity.y = TranferedMomentum.y; SpawnedAmbiant.Emitters[Counter].VelocityScale[ModifySlot].RelativeVelocity.z = TranferedMomentum.z; } } function DeliverPay_load() { local PlayerController LocalPlayer; local Controller C; if ( PayloadFxpool.length > 0 ) SpawnFx(PayloadFxpool); if ( PayloadEvent != '' ) Triggerevent( PayloadEvent , self , instigator ); // delivering payload if ( PayloadSoundFx != none ) PlaySound( PayloadSoundFx ); // delivering payload if ( ShakeRadius > 64 ) { LocalPlayer = Level.GetLocalPlayerController(); if ( (LocalPlayer != none ) && ( VSize( Location - LocalPlayer.ViewTarget.Location ) < ShakeRadius ) ) LocalPlayer.ShakeView( RotMag , RotRate , RotTime , OffsetMag , OffsetRate , OffsetTime ); for ( C = Level.ControllerList ; C != None ; C = C.NextController ) if ( (PlayerController( C ) != None) && (C != LocalPlayer) && (VSize(Location - PlayerController(C).ViewTarget.Location) < ShakeRadius) ) C.ShakeView( RotMag, RotRate , RotTime , OffsetMag , OffsetRate , OffsetTime ); } if ( bResetCounter == true ) { bDeliveringPayload = false; SetTimer( ReSetDelay,false ); } }
