private void RegenHealth(int i,
HealthComponent.Component healthComponent,
HealthRegenComponent.Component regenComponent,
HealthRegenData regenData)
{
if (healthComponent.Health >= healthComponent.MaxHealth)
{
return;
}
regenData.NextRegenTimer -= Time.deltaTime;
if (regenData.NextRegenTimer <= 0)
{
regenData.NextRegenTimer += regenComponent.RegenInterval;
// Send command to regen entity.
var commandSender = toRegen.ModifyHealthCommandSenders[i];
var modifyHealthRequest = new HealthComponent.ModifyHealth.Request(
toRegen.EntityId[i].EntityId,
new HealthModifier()
{
Amount = regenComponent.RegenAmount
});
commandSender.RequestsToSend.Add(modifyHealthRequest);
}
toRegen.RegenData[i] = regenData;
}
private void UpdateDamagedRecentlyTimers(
int i,
HealthRegenComponent.Component regenComponent,
HealthRegenData regenData)
{
regenData.DamagedRecentlyTimer -= Time.deltaTime;
if (regenData.DamagedRecentlyTimer <= 0)
{
regenData.DamagedRecentlyTimer = 0;
regenComponent.DamagedRecently = false;
regenComponent.RegenCooldownTimer = 0;
toRegen.HealthRegenComponents[i] = regenComponent;
}
else
{
// Send a spatial update once every CooldownSyncInterval.
regenData.NextSpatialSyncTimer -= Time.deltaTime;
if (regenData.NextSpatialSyncTimer <= 0)
{
regenData.NextSpatialSyncTimer += regenComponent.CooldownSyncInterval;
regenComponent.RegenCooldownTimer = regenData.DamagedRecentlyTimer;
toRegen.HealthRegenComponents[i] = regenComponent;
}
}
toRegen.RegenData[i] = regenData;
}
private void ResetTimers(HealthRegenComponent.Component regenComponent, HealthRegenData regenData)
{
regenComponent.RegenCooldownTimer = 0;
regenData.DamagedRecentlyTimer = 0;
regenData.NextSpatialSyncTimer = regenComponent.CooldownSyncInterval;
}
