public void UpdateBufferData(int index, ProjectileType projectileType, ProjectileData data)
{
if (projectileType.Index != LastAccessedProjectileTypeIndex)
{
LastAccessedProjectileTypeIndex = projectileType.Index;
LastAccessedRenderer = IndirectRenderers[LastAccessedProjectileTypeIndex];
}
LastAccessedRenderer.UpdateBufferData(projectileType.BufferIndex, data);
projectileType.BufferIndex++;
}
public virtual void Start()
{
Interval = INTERVAL;
// If projectile type is not set, use default
if (ProjectileType == null)
{
ProjectileType = ProjectileManager.Instance.GetProjectileType(0);
}
m_speedSlowPercent = GameplayParameters.instance.SlowDownPercent;
CustomEvents.EventUtil.AddListener(CustomEventList.PARAMETER_CHANGE, OnParameterChange);
CustomEvents.EventUtil.AddListener(CustomEventList.SLOW_TIME, OnSlowTime);
}
void Initialize()
{
if (!Initialized)
{
// Grab a list of Projectile Types founds in assets folder "ProjectileTypes"
GameObject[] projectileTypes = Resources.LoadAll <GameObject>("ProjectileTypes");
ProjectileTypes = new List <ProjectileType>();
IndirectRenderers = new Dictionary <int, IndirectRenderer>();
ProjectileTypeCounters = new Dictionary <int, ProjectileTypeCounters>();
// Process projectile types
for (int n = 0; n < projectileTypes.Length; n++)
{
ProjectileType type = projectileTypes[n].GetComponent <ProjectileType>();
type.SetIndex(n);
ProjectileTypes.Add(type);
// If material is set to be a static color ensure we do not send color data to shader
float isStaticFloat = type.Material.GetFloat("_StaticColor");
bool isStatic = false;
if (isStaticFloat == 1)
{
isStatic = true;
}
IndirectRenderers.Add(n, new IndirectRenderer(type.MaxProjectileCount, type.Material, type.Mesh, isStatic));
ProjectileTypeCounters.Add(n, new ProjectileTypeCounters());
}
EmittersArray = new ProjectileEmitterBase[MaxEmitters];
// Get a list of all emitters in the scene
RegisterEmitters();
CustomEvents.EventUtil.AddListener(CustomEventList.GAME_PAUSED, OnGamePause);
Initialized = true;
}
}
