void Update()
{
if (GameManager.Instance.DisableAI)
{
return;
}
// If a melee attack has reached the damage frame we can run a melee attempt
if (mobile.DoMeleeDamage)
{
MeleeDamage();
mobile.DoMeleeDamage = false;
}
// If a bow attack has reached the shoot frame we can shoot an arrow
else if (mobile.ShootArrow)
{
ShootBow();
mobile.ShootArrow = false;
DaggerfallAudioSource dfAudioSource = GetComponent <DaggerfallAudioSource>();
if (dfAudioSource)
{
dfAudioSource.PlayOneShot((int)SoundClips.ArrowShoot, 1, 1.0f);
}
}
// Countdown to next melee attack
MeleeTimer -= Time.deltaTime;
if (MeleeTimer < 0)
{
MeleeTimer = 0;
}
EnemyEntity entity = entityBehaviour.Entity as EnemyEntity;
int speed = entity.Stats.LiveSpeed;
// Note: Speed comparison here is reversed from classic. Classic's way makes fewer attack
// attempts at higher speeds, so it seems backwards.
if (GameManager.ClassicUpdate && (DFRandom.rand() % speed >= (speed >> 3) + 6 && MeleeTimer == 0))
{
if (!MeleeAnimation())
{
return;
}
ResetMeleeTimer();
}
}
//saves the currently selected outfit. It grabs the seralized equip table and the
//current outfitName (Which was just assigned by the player), and stores each into
//their dictionaries using the same public index integer to ensure matches.
void saveCurrentOutfit()
{
dfAudioSource.PlayOneShot(417, 1, .4f);
//looks to see if outfit already exists using dict key.
//if it finds it, updates that dictionary value.
//if not, adds it to the list.
if (outfitDictSerialized.ContainsKey(index))
{
outfitDictSerialized[index] = currentEquippedSerialized;
outfitDictName[index] = outfitName;
}
else
{
outfitDictSerialized.Add(index, currentEquippedSerialized);
outfitDictName.Add(index, outfitName);
}
outfitName = outfitDictName[index];
currentOutfit = outfitName;
selectedIndex = index;
}
void Update()
{
// Change sound presets
if (Presets != lastPresets)
{
// Clear settings
lastPresets = Presets;
rainLoop = null;
cricketsLoop = null;
// Stop playing any loops
if (dfAudioSource.AudioSource.isPlaying)
{
dfAudioSource.AudioSource.Stop();
dfAudioSource.AudioSource.clip = null;
dfAudioSource.AudioSource.loop = false;
}
ApplyPresets();
StartWaiting();
}
// Update sound volume
dfAudioSource.AudioSource.volume = DaggerfallUnity.Settings.SoundVolume;
// Start rain loop if not running
if ((Presets == AmbientSoundPresets.Rain || Presets == AmbientSoundPresets.Storm) && rainLoop == null)
{
rainLoop = dfAudioSource.GetAudioClip((int)SoundClips.AmbientRaining);
dfAudioSource.AudioSource.clip = rainLoop;
dfAudioSource.AudioSource.loop = true;
dfAudioSource.AudioSource.spatialBlend = 0;
dfAudioSource.AudioSource.Play();
}
// Start crickets loop if not running
if ((Presets == AmbientSoundPresets.ClearNight) && cricketsLoop == null)
{
cricketsLoop = dfAudioSource.GetAudioClip((int)SoundClips.AmbientCrickets);
dfAudioSource.AudioSource.clip = cricketsLoop;
dfAudioSource.AudioSource.loop = true;
dfAudioSource.AudioSource.spatialBlend = 0;
dfAudioSource.AudioSource.Play();
}
// Tick counters
waitCounter += Time.deltaTime;
waterWaitCounter += Time.deltaTime;
if (waitCounter > waitTime)
{
PlayEffects();
StartWaiting();
}
// Play water sound effects. Timing based on classic.
if (waterWaitCounter > Entity.PlayerEntity.ClassicUpdateInterval)
{
if (playerEnterExit && playerEnterExit.blockWaterLevel != 10000)
{
// Chance to play gentle water sound at water surface
if (DFRandom.rand() < 50)
{
Vector3 waterSoundPosition = playerBehaviour.transform.position;
waterSoundPosition.y = playerEnterExit.blockWaterLevel * -1 * MeshReader.GlobalScale;
waterSoundPosition.x += Random.Range(-3, 3);
waterSoundPosition.y += Random.Range(-3, 3);
dfAudioSource.transform.position = waterSoundPosition;
dfAudioSource.PlayOneShot((int)SoundClips.WaterGentle, 1, 3f);
}
// Chance to play water bubbles sound if player is underwater
if (playerEnterExit.IsPlayerSubmerged && DFRandom.rand() < 100)
{
dfAudioSource.PlayOneShot((int)SoundClips.AmbientWaterBubbles, 0);
}
}
waterWaitCounter = 0;
}
}
