/// <summary>
/// Processes construction factory work for every faction.
/// </summary>
/// <param name="P">List of factions.</param>
public static void ConstructionFactoryBuild(BindingList <Faction> P)
{
/// <summary>
/// Subtract the construction cycle from the construction tick.
/// </summary>
foreach (Faction CurrentFaction in P)
{
foreach (Population CurrentPopulation in CurrentFaction.Populations)
{
/// <summary>
/// How much construction work per day does this colony do? default should be 5 day construction cycle.
/// </summary>
float CurrentIndustry = CurrentPopulation.CalcTotalIndustry() * Constants.Colony.ConstructionCycleFraction;
float BuildPercentage = 0.0f;
foreach (ConstructionBuildQueueItem CurrentConstruction in CurrentPopulation.ConstructionBuildQueue)
{
/// <summary>
/// Check to see if this item is in the current build queue, or has to wait for capacity to free up.
/// </summary>
if ((BuildPercentage + CurrentConstruction.buildCapacity) <= 100.0f)
{
BuildPercentage = BuildPercentage + CurrentConstruction.buildCapacity;
}
else
{
break;
}
/// <summary>
/// Calculate Completion Estimate:
/// </summary>
float BPRequirement = (float)Math.Floor(CurrentConstruction.numToBuild) * (float)CurrentConstruction.costPerItem;
float DaysInYear = (float)Constants.TimeInSeconds.RealYear / (float)Constants.TimeInSeconds.Day;
float YearsOfProduction = (BPRequirement / CurrentConstruction.buildCapacity);
if (CurrentConstruction.buildCapacity != 0.0f && YearsOfProduction < Constants.Colony.TimerYearMax)
{
int TimeToBuild = (int)Math.Floor(YearsOfProduction * DaysInYear);
DateTime EstTime = GameState.Instance.GameDateTime;
TimeSpan TS = new TimeSpan(TimeToBuild, 0, 0, 0);
EstTime = EstTime.Add(TS);
CurrentConstruction.completionDate = EstTime;
}
/// <summary>
/// This construction project is paused right now.
/// </summary>
if (CurrentConstruction.inProduction == false)
{
continue;
}
/// <summary>
/// how much of total industry does this build project use?
/// </summary>
float DevotedIndustry = (CurrentConstruction.buildCapacity / 100.0f) * CurrentIndustry;
float Completion = DevotedIndustry / (float)CurrentConstruction.costPerItem;
bool CIRequired = false;
bool MineRequired = false;
bool CanBuild = false;
/// <summary>
/// Conventional industry must also be used.
/// </summary>
if (CurrentConstruction.buildType == ConstructionBuildQueueItem.CBType.PlanetaryInstallation)
{
if ((int)CurrentConstruction.installationBuild.Type >= (int)Installation.InstallationType.ConvertCIToConstructionFactory &&
(int)CurrentConstruction.installationBuild.Type <= (int)Installation.InstallationType.ConvertCIToOrdnanceFactory)
{
CIRequired = true;
CanBuild = CurrentPopulation.CIRequirement(Completion);
if (CanBuild == false)
{
String Entry = String.Format("Insufficent Conventional Industry to continue build order on {0} for {1}x {2}", CurrentPopulation, CurrentConstruction.numToBuild,
CurrentConstruction.Name);
MessageEntry Msg = new MessageEntry(MessageEntry.MessageType.ColonyLacksCI, CurrentPopulation.Contact.Position.System, CurrentPopulation.Contact,
GameState.Instance.GameDateTime, GameState.Instance.LastTimestep, Entry);
CurrentFaction.MessageLog.Add(Msg);
continue;
}
}
if ((int)CurrentConstruction.installationBuild.Type == (int)Installation.InstallationType.ConvertMineToAutomated)
{
MineRequired = true;
CanBuild = CurrentPopulation.MineRequirement(Completion);
if (CanBuild == false)
{
String Entry = String.Format("Insufficent Mines to continue build order on {0} for {1}x {2}", CurrentPopulation, CurrentConstruction.numToBuild,
CurrentConstruction.Name);
MessageEntry Msg = new MessageEntry(MessageEntry.MessageType.ColonyLacksCI, CurrentPopulation.Contact.Position.System, CurrentPopulation.Contact,
GameState.Instance.GameDateTime, GameState.Instance.LastTimestep, Entry);
CurrentFaction.MessageLog.Add(Msg);
continue;
}
}
}
/// <summary>
/// Check mineral costs to see if this can be built.
/// </summary>
switch (CurrentConstruction.buildType)
{
#warning PDC construction needs to be implemented here and slightly further down.
case ConstructionBuildQueueItem.CBType.PlanetaryInstallation:
CanBuild = CurrentPopulation.MineralRequirement(CurrentConstruction.installationBuild.MinerialsCost, Completion);
break;
case ConstructionBuildQueueItem.CBType.ShipComponent:
CanBuild = CurrentPopulation.MineralRequirement(CurrentConstruction.componentBuild.minerialsCost, Completion);
break;
case ConstructionBuildQueueItem.CBType.PDCConstruction:
break;
case ConstructionBuildQueueItem.CBType.PDCPrefab:
break;
case ConstructionBuildQueueItem.CBType.PDCAssembly:
break;
case ConstructionBuildQueueItem.CBType.PDCRefit:
break;
case ConstructionBuildQueueItem.CBType.MaintenanceSupplies:
CanBuild = CurrentPopulation.MineralRequirement(Constants.Colony.MaintenanceMineralCost, Completion);
break;
}
if (CanBuild == false)
{
String Entry = String.Format("Insufficent Minerals to continue build order on {0} for {1}x {2}", CurrentPopulation, CurrentConstruction.numToBuild,
CurrentConstruction.Name);
MessageEntry Msg = new MessageEntry(MessageEntry.MessageType.ColonyLacksMinerals, CurrentPopulation.Contact.Position.System, CurrentPopulation.Contact,
GameState.Instance.GameDateTime, GameState.Instance.LastTimestep, Entry);
CurrentFaction.MessageLog.Add(Msg);
continue;
}
/// <summary>
/// Adjust number to build downward to reflect construction happening.
/// </summary>
CurrentConstruction.numToBuild = CurrentConstruction.numToBuild - Completion;
/// <summary>
/// Handle the cost and build the item.
/// </summary>
switch (CurrentConstruction.buildType)
{
case ConstructionBuildQueueItem.CBType.PlanetaryInstallation:
if (CIRequired == false && MineRequired == false)
{
CurrentPopulation.HandleBuildItemCost(CurrentConstruction.costPerItem, CurrentConstruction.installationBuild.MinerialsCost, Completion);
}
else if (CIRequired == true && MineRequired == false)
{
CurrentPopulation.HandleBuildItemCost(CurrentConstruction.costPerItem, CurrentConstruction.installationBuild.MinerialsCost, Completion, CIRequired, MineRequired);
}
else if (CIRequired == false && MineRequired == true)
{
CurrentPopulation.HandleBuildItemCost(CurrentConstruction.costPerItem, CurrentConstruction.installationBuild.MinerialsCost, Completion, CIRequired, MineRequired);
}
CurrentPopulation.AddInstallation(CurrentConstruction.installationBuild, Completion);
break;
case ConstructionBuildQueueItem.CBType.ShipComponent:
CurrentPopulation.HandleBuildItemCost(CurrentConstruction.costPerItem, CurrentConstruction.componentBuild.minerialsCost, Completion);
CurrentPopulation.AddComponentsToStockpile(CurrentConstruction.componentBuild, Completion);
break;
case ConstructionBuildQueueItem.CBType.PDCConstruction:
break;
case ConstructionBuildQueueItem.CBType.PDCPrefab:
break;
case ConstructionBuildQueueItem.CBType.PDCAssembly:
break;
case ConstructionBuildQueueItem.CBType.PDCRefit:
break;
case ConstructionBuildQueueItem.CBType.MaintenanceSupplies:
CurrentPopulation.HandleBuildItemCost(CurrentConstruction.costPerItem, Constants.Colony.MaintenanceMineralCost, Completion);
CurrentPopulation.AddMSP(Completion);
break;
}
}
/// <summary>
/// Cleanup the CBQ here.
/// </summary>
for (int CBQIterator = 0; CBQIterator < CurrentPopulation.ConstructionBuildQueue.Count; CBQIterator++)
{
if (CurrentPopulation.ConstructionBuildQueue[CBQIterator].numToBuild <= 0.0f)
{
CurrentPopulation.ConstructionBuildQueue.RemoveAt(CBQIterator);
CBQIterator--;
}
}
}
}
}
/// <summary>
/// Processes construction factory work for every faction.
/// </summary>
/// <param name="P">List of factions.</param>
public static void ConstructionFactoryBuild(BindingList <Faction> P)
{
/// <summary>
/// Subtract the construction cycle from the construction tick.
/// </summary>
foreach (Faction CurrentFaction in P)
{
foreach (Population CurrentPopulation in CurrentFaction.Populations)
{
/// <summary>
/// How much construction work per day does this colony do? default should be 5 day construction cycle.
/// </summary>
float TimeAdjust = (float)Constants.Colony.ConstructionCycle / (float)Constants.TimeInSeconds.Year;
float CurrentIndustry = CurrentPopulation.CalcTotalIndustry() * TimeAdjust;
float BuildPercentage = 0.0f;
foreach (ConstructionBuildQueueItem CurrentConstruction in CurrentPopulation.ConstructionBuildQueue)
{
/// <summary>
/// Check to see if this item is in the current build queue, or has to wait for capacity to free up.
/// </summary>
if ((BuildPercentage + CurrentConstruction.buildCapacity) <= 100.0f)
{
BuildPercentage = BuildPercentage + CurrentConstruction.buildCapacity;
}
else
{
break;
}
/// <summary>
/// This construction project is paused right now.
/// </summary>
if (CurrentConstruction.inProduction == false)
{
continue;
}
/// <summary>
/// how much of total industry does this build project use?
/// </summary>
float DevotedIndustry = (CurrentConstruction.buildCapacity / 100.0f) * CurrentIndustry;
float Completion = DevotedIndustry / (float)CurrentConstruction.costPerItem;
int NumberBuilt = 0;
/// <summary>
/// Final bit of a construction project to complete.
/// </summary>
if (Completion >= CurrentConstruction.numToBuild)
{
NumberBuilt = (int)Math.Floor(CurrentConstruction.numToBuild);
Completion = CurrentConstruction.numToBuild;
}
/// <summary>
/// This is a new build item.
/// </summary>
else if (Math.Floor(CurrentConstruction.numToBuild) == CurrentConstruction.numToBuild)
{
/// <summary>
/// This colony will build or start to build this many items. charge for all of them.
/// </summary>
NumberBuilt = (int)Math.Ceiling(Completion);
/// <summary>
/// the colony can build everything in one go.
/// </summary>
if (NumberBuilt >= Math.Floor(CurrentConstruction.numToBuild))
{
NumberBuilt = (int)Math.Floor(CurrentConstruction.numToBuild);
Completion = CurrentConstruction.numToBuild;
}
}
/// <summary>
/// This is an inprogress item, new items will be started however.
/// </summary>
else if ((CurrentConstruction.numToBuild - Completion) < Math.Floor(CurrentConstruction.numToBuild))
{
/// <summary>
/// Adjust out the current build fraction, and then calculate how many new items will be started.
float CurBuildReq = (CurrentConstruction.numToBuild - (float)Math.Floor(CurrentConstruction.numToBuild));
NumberBuilt = (int)Math.Ceiling(Completion - CurBuildReq);
if (NumberBuilt > Math.Floor(CurrentConstruction.numToBuild))
{
NumberBuilt = (int)Math.Floor(CurrentConstruction.numToBuild);
}
}
bool CIRequired = false;
bool MineRequired = false;
bool CanBuild = false;
/// <summary>
/// Conventional industry must also be used.
/// </summary>
if (CurrentConstruction.buildType == ConstructionBuildQueueItem.CBType.PlanetaryInstallation)
{
if ((int)CurrentConstruction.installationBuild.Type >= (int)Installation.InstallationType.ConvertCIToConstructionFactory &&
(int)CurrentConstruction.installationBuild.Type <= (int)Installation.InstallationType.ConvertCIToOrdnanceFactory)
{
CIRequired = true;
CanBuild = CurrentPopulation.CIRequirement(NumberBuilt);
if (CanBuild == false)
{
String Entry = String.Format("Insufficent Conventional Industry to continue build order on {0} for {1}x {2}", CurrentPopulation, CurrentConstruction.numToBuild,
CurrentConstruction.Name);
MessageEntry Msg = new MessageEntry(MessageEntry.MessageType.ColonyLacksCI, CurrentPopulation.Contact.Position.System, CurrentPopulation.Contact,
GameState.Instance.GameDateTime, GameState.Instance.LastTimestep, Entry);
CurrentFaction.MessageLog.Add(Msg);
continue;
}
}
if ((int)CurrentConstruction.installationBuild.Type == (int)Installation.InstallationType.ConvertMineToAutomated)
{
MineRequired = true;
CanBuild = CurrentPopulation.MineRequirement(NumberBuilt);
if (CanBuild == false)
{
String Entry = String.Format("Insufficent Mines to continue build order on {0} for {1}x {2}", CurrentPopulation, CurrentConstruction.numToBuild,
CurrentConstruction.Name);
MessageEntry Msg = new MessageEntry(MessageEntry.MessageType.ColonyLacksCI, CurrentPopulation.Contact.Position.System, CurrentPopulation.Contact,
GameState.Instance.GameDateTime, GameState.Instance.LastTimestep, Entry);
CurrentFaction.MessageLog.Add(Msg);
continue;
}
}
}
/// <summary>
/// Check mineral costs to see if this can be built.
/// </summary>
switch (CurrentConstruction.buildType)
{
#warning PDC construction needs to be implemented here and slightly further down.
case ConstructionBuildQueueItem.CBType.PlanetaryInstallation:
CanBuild = CurrentPopulation.MineralRequirement(CurrentConstruction.installationBuild.MinerialsCost);
break;
case ConstructionBuildQueueItem.CBType.ShipComponent:
CanBuild = CurrentPopulation.MineralRequirement(CurrentConstruction.componentBuild.minerialsCost);
break;
case ConstructionBuildQueueItem.CBType.PDCConstruction:
break;
case ConstructionBuildQueueItem.CBType.PDCPrefab:
break;
case ConstructionBuildQueueItem.CBType.PDCAssembly:
break;
case ConstructionBuildQueueItem.CBType.PDCRefit:
break;
case ConstructionBuildQueueItem.CBType.MaintenanceSupplies:
CanBuild = CurrentPopulation.MineralRequirement(Constants.Colony.MaintenanceMineralCost);
break;
}
if (CanBuild == false)
{
String Entry = String.Format("Insufficent Minerals to continue build order on {0} for {1}x {2}", CurrentPopulation, CurrentConstruction.numToBuild,
CurrentConstruction.Name);
MessageEntry Msg = new MessageEntry(MessageEntry.MessageType.ColonyLacksMinerals, CurrentPopulation.Contact.Position.System, CurrentPopulation.Contact,
GameState.Instance.GameDateTime, GameState.Instance.LastTimestep, Entry);
CurrentFaction.MessageLog.Add(Msg);
continue;
}
/// <summary>
/// Adjust number to build downward to reflect construction happening.
/// </summary>
int CompletedItems = (int)Math.Ceiling(CurrentConstruction.numToBuild);
CurrentConstruction.numToBuild = CurrentConstruction.numToBuild - Completion;
CompletedItems = CompletedItems - (int)Math.Ceiling(CurrentConstruction.numToBuild);
switch (CurrentConstruction.buildType)
{
case ConstructionBuildQueueItem.CBType.PlanetaryInstallation:
if (NumberBuilt != 0)
{
if (CIRequired == false && MineRequired == false)
{
CurrentPopulation.HandleBuildItemCost((CurrentConstruction.costPerItem * NumberBuilt), CurrentConstruction.installationBuild.MinerialsCost);
}
else if (CIRequired == true && MineRequired == false)
{
CurrentPopulation.HandleBuildItemCost((CurrentConstruction.costPerItem * NumberBuilt), CurrentConstruction.installationBuild.MinerialsCost, NumberBuilt, -1);
}
else if (CIRequired == false && MineRequired == true)
{
CurrentPopulation.HandleBuildItemCost((CurrentConstruction.costPerItem * NumberBuilt), CurrentConstruction.installationBuild.MinerialsCost, -1, NumberBuilt);
}
}
CurrentPopulation.AddInstallation(CurrentConstruction.installationBuild, Completion);
break;
case ConstructionBuildQueueItem.CBType.ShipComponent:
if (NumberBuilt != 0)
{
CurrentPopulation.HandleBuildItemCost((CurrentConstruction.costPerItem * NumberBuilt), CurrentConstruction.componentBuild.minerialsCost);
}
CurrentPopulation.AddComponentsToStockpile(CurrentConstruction.componentBuild, Completion);
break;
case ConstructionBuildQueueItem.CBType.PDCConstruction:
break;
case ConstructionBuildQueueItem.CBType.PDCPrefab:
break;
case ConstructionBuildQueueItem.CBType.PDCAssembly:
break;
case ConstructionBuildQueueItem.CBType.PDCRefit:
break;
case ConstructionBuildQueueItem.CBType.MaintenanceSupplies:
if (NumberBuilt != 0)
{
CurrentPopulation.HandleBuildItemCost((CurrentConstruction.costPerItem * NumberBuilt), Constants.Colony.MaintenanceMineralCost);
}
CurrentPopulation.AddMSP(CompletedItems);
break;
}
}
/// <summary>
/// Cleanup the CBQ here.
/// </summary>
for (int CBQIterator = 0; CBQIterator < CurrentPopulation.ConstructionBuildQueue.Count; CBQIterator++)
{
if (CurrentPopulation.ConstructionBuildQueue[CBQIterator].numToBuild == 0.0f)
{
CurrentPopulation.ConstructionBuildQueue.RemoveAt(CBQIterator);
CBQIterator--;
}
}
}
}
}