public override void Update(TimeSpan t)
{
this.totalInvestment = this.ecoStats.Values.Sum(stat => stat.Investment);
var credits = this.Income * t.NumericValue;
this.invest(credits);
}
public ServerContinuousSynchronizer(GameState game, NetServer server, PlayerConnectionLookup connections)
: base(game)
{
this.server = server;
this.connections = connections;
this.timeToNextObjectUpdate = TimeSpan.One;
this.timeToNextEcoUpdate = TimeSpan.One;
}
public ServerContinuousSynchronizer(GameState game, NetServer server, PlayerConnectionLookup connections)
: base(game)
{
this.server = server;
this.connections = connections;
this.timeToNextObjectUpdate = TimeSpan.One;
this.timeToNextEcoUpdate = TimeSpan.One;
}
public void Update(TimeSpan elapsedS)
{
_gameState.Update(elapsedS);
// Explosions
foreach (var gameObject in _gameState.DeadGameObjects)
{
ExplosionManager.Explode(gameObject);
}
}
public void Update(TimeSpan elapsedTimeInS)
{
for (int i = Particles.Count - 1; i >= 0; i--)
{
var particle = Particles[i];
particle.Update(elapsedTimeInS);
if (!particle.IsAlive)
{
Particles.RemoveAt(i);
}
}
}
public override void Update(TimeSpan t)
{
this.timeToNextObjectUpdate -= t;
this.timeToNextEcoUpdate -= t;
if (this.timeToNextEcoUpdate < TimeSpan.Zero)
{
this.sendEcoUpdate();
this.timeToNextEcoUpdate = TimeSpan.One;
}
if (this.timeToNextObjectUpdate < TimeSpan.Zero)
{
this.sendObjectUpdate();
// TODO: check math (intent: sends packages more often when there are more objects, to keep update frequency of single objects stable)
this.timeToNextObjectUpdate = TimeSpan.One * (0.5f / (this.objects.Count + 2));
}
}
public override void Update(TimeSpan t)
{
this.timeToNextObjectUpdate -= t;
this.timeToNextEcoUpdate -= t;
if (this.timeToNextEcoUpdate < TimeSpan.Zero)
{
this.sendEcoUpdate();
this.timeToNextEcoUpdate = TimeSpan.One;
}
if (this.timeToNextObjectUpdate < TimeSpan.Zero)
{
this.sendObjectUpdate();
// TODO: check math (intent: sends packages more often when there are more objects, to keep update frequency of single objects stable)
this.timeToNextObjectUpdate = TimeSpan.One * (0.5f / (this.objects.Count + 2));
}
}
public void DistributeResources(TimeSpan elapsedTime)
{
currentResources += elapsedTime.NumericValue * totalResourcesProvided;
var resourceOut = elapsedTime.NumericValue * totalResourcesRequested;
if (resourceOut <= currentResources)
{
foreach (var consumer in resourceConsumers)
{
var consumerGrantedResources = elapsedTime.NumericValue * consumer.RatePerS;
var grant = new ResourceGrant(
Math.Min(consumer.Maximum, consumerGrantedResources),
consumerGrantedResources >= consumer.Maximum);
currentResources -= grant.Amount;
consumer.ConsumeResources(grant);
}
resetForFrame();
return;
}
var sortedConsumers = resourceConsumers.OrderBy((consumer) => (consumer.Maximum / consumer.RatePerS));
var resourceRatio = currentResources / resourceOut;
foreach (var consumer in sortedConsumers)
{
var consumerGrantedResources = resourceRatio * elapsedTime.NumericValue * consumer.RatePerS;
if (consumer.Maximum <= consumerGrantedResources)
{
consumer.ConsumeResources(new ResourceGrant(consumer.Maximum, true));
resourceOut -= consumer.Maximum;
currentResources -= consumer.Maximum;
resourceRatio = currentResources / resourceOut;
}
else
{
consumer.ConsumeResources(new ResourceGrant(consumerGrantedResources, false));
currentResources -= consumerGrantedResources;
}
}
resetForFrame();
}
public abstract void Update(TimeSpan elapsedTime);
public override void Update(TimeSpan t)
{
this.totalInvestment = this.ecoStats.Values.Sum(stat => stat.Investment);
var credits = this.Income * t.NumericValue;
this.invest(credits);
}
public override void Update(TimeSpan elapsedTime)
{
}
public override void Update(TimeSpan elapsedTime)
{
}
