public void ApplyCommodityGains()
{
mCount++;
if ((mCount > Relativity.Settings.mCyclesPerUpdate) || (mCommodities.Count == 0))
{
mCount = 0;
Relativity.Logger.Append("Relative Speed: " + PersistedSettings.sRelativeFactor);
foreach (Sim sim in LotManager.Actors)
{
try
{
if (sim.InteractionQueue == null)
{
continue;
}
InteractionInstance head = sim.InteractionQueue.GetHeadInteraction();
if (head == null)
{
continue;
}
PriorCommodities commodities = null;
if (mCommodities.TryGetValue(sim, out commodities))
{
if ((object.ReferenceEquals(commodities.mInteraction, head)) && (head.mActiveCommodityUpdates.Count == commodities.ActiveCommodities))
{
continue;
}
mCommodities.Remove(sim);
}
if (head.mActiveCommodityUpdates.Count == 0)
{
continue;
}
/*
* Relativity.Logger.Append(Common.NewLine + head.InstanceActor.FullName);
* Relativity.Logger.Append(Common.NewLine + head.InteractionDefinition.GetType().ToString());
*/
commodities = new PriorCommodities(head);
mCommodities.Add(sim, commodities);
if (head.mSkillMultipliers != null)
{
commodities.EndSkillCommodityUpdates(head);
commodities.mSkillMultipliers = head.mSkillMultipliers;
head.mSkillMultipliers = new Dictionary <SkillNames, float>();
commodities.BeginSkillCommodityUpdates(head, commodities.mSkillMultipliers, true, true);
}
commodities.mMotives = head.mMotiveDeltas;
head.mMotiveDeltas = new List <MotiveDelta>();
foreach (MotiveDelta delta in commodities.mMotives)
{
if (delta == null)
{
continue;
}
float adjusted = delta.ChangePerHour;
float original = adjusted;
if (adjusted > 0)
{
adjusted *= Relativity.Settings.GetMotiveFactor(new MotiveKey(sim.SimDescription, delta.Motive), true);
}
else
{
adjusted *= Relativity.Settings.GetMotiveDecayFactor(new MotiveKey(sim.SimDescription, delta.Motive));
}
Relativity.Logger.Append(delta.Motive + ": " + original + " -> " + adjusted);
head.mMotiveDeltas.Add(CloneDelta(delta, adjusted));
}
}
catch (Exception e)
{
Common.Exception(sim, e);
}
}
}
}
public void ApplyCommodityGains()
{
mCount++;
if ((mCount > Relativity.Settings.mCyclesPerUpdate) || (mCommodities.Count == 0))
{
mCount = 0;
Relativity.Logger.Append("Relative Speed: " + PersistedSettings.sRelativeFactor);
foreach (Sim sim in LotManager.Actors)
{
try
{
if (sim.InteractionQueue == null) continue;
InteractionInstance head = sim.InteractionQueue.GetHeadInteraction();
if (head == null) continue;
PriorCommodities commodities = null;
if (mCommodities.TryGetValue(sim, out commodities))
{
if ((object.ReferenceEquals(commodities.mInteraction, head)) && (head.mActiveCommodityUpdates.Count == commodities.ActiveCommodities))
{
continue;
}
mCommodities.Remove(sim);
}
if (head.mActiveCommodityUpdates.Count == 0) continue;
/*
Relativity.Logger.Append(Common.NewLine + head.InstanceActor.FullName);
Relativity.Logger.Append(Common.NewLine + head.InteractionDefinition.GetType().ToString());
*/
commodities = new PriorCommodities(head);
mCommodities.Add(sim, commodities);
if (head.mSkillMultipliers != null)
{
commodities.EndSkillCommodityUpdates(head);
commodities.mSkillMultipliers = head.mSkillMultipliers;
head.mSkillMultipliers = new Dictionary<SkillNames, float>();
commodities.BeginSkillCommodityUpdates(head, commodities.mSkillMultipliers, true, true);
}
commodities.mMotives = head.mMotiveDeltas;
head.mMotiveDeltas = new List<MotiveDelta>();
foreach (MotiveDelta delta in commodities.mMotives)
{
if (delta == null) continue;
float adjusted = delta.ChangePerHour;
float original = adjusted;
if (adjusted > 0)
{
adjusted *= Relativity.Settings.GetMotiveFactor(new MotiveKey(sim.SimDescription, delta.Motive), true);
}
else
{
adjusted *= Relativity.Settings.GetMotiveDecayFactor(new MotiveKey(sim.SimDescription, delta.Motive));
}
Relativity.Logger.Append(delta.Motive + ": " + original + " -> " + adjusted);
head.mMotiveDeltas.Add(CloneDelta(delta, adjusted));
}
}
catch (Exception e)
{
Common.Exception(sim, e);
}
}
}
}
