/// <summary>
/// Constructor for Component transfers.
/// </summary>
/// <param name="Type">Type of component</param>
/// <param name="SizeInTons">Tons of said component</param>
public CargoListEntryTN(ComponentDefTN Type, int SizeInTons)
{
CargoComponentType = Type;
Tons = SizeInTons;
}
/// <summary>
/// Fill in the information about this row given a component, row number, rating strings, and the component iterator
/// </summary>
/// <param name="Comp">Component to add.</param>
/// <param name="row">Row number.</param>
/// <param name="RateType">Rating Type string.</param>
/// <param name="RateValue">Rating Value String.</param>
/// <param name="ComponentIterator">Component iterator, its place in its respective list in ComponentListTN.cs</param>
private void PopulateComponentRow(ComponentDefTN Comp, int row, String RateType, String RateValue, int ComponentIterator, bool Insert = false)
{
using (DataGridViewRow NewRow = new DataGridViewRow())
{
/// <summary>
/// setup row height. note that by default they are 22 pixels in height!
/// </summary>
NewRow.Height = 18;
if(Insert == false)
m_oOptionsPanel.ComponentDataGrid.Rows.Add(NewRow);
else
m_oOptionsPanel.ComponentDataGrid.Rows.Insert(row, NewRow);
m_oOptionsPanel.ComponentDataGrid.Rows[row].Cells[(int)ComponentCell.Name].Value = Comp.Name;
m_oOptionsPanel.ComponentDataGrid.Rows[row].Cells[(int)ComponentCell.RatingType].Value = RateType;
m_oOptionsPanel.ComponentDataGrid.Rows[row].Cells[(int)ComponentCell.Rating].Value = RateValue;
m_oOptionsPanel.ComponentDataGrid.Rows[row].Cells[(int)ComponentCell.Cost].Value = Comp.cost.ToString();
m_oOptionsPanel.ComponentDataGrid.Rows[row].Cells[(int)ComponentCell.Size].Value = (Comp.size * Constants.ShipTN.TonsPerHS).ToString();
m_oOptionsPanel.ComponentDataGrid.Rows[row].Cells[(int)ComponentCell.Crew].Value = Comp.crew;
m_oOptionsPanel.ComponentDataGrid.Rows[row].Cells[(int)ComponentCell.Materials].Value = BuildMineralCost(Comp);
m_oOptionsPanel.ComponentDataGrid.Rows[row].Cells[(int)ComponentCell.CType].Value = ((int)Comp.componentType).ToString();
m_oOptionsPanel.ComponentDataGrid.Rows[row].Cells[(int)ComponentCell.CIndex].Value = ComponentIterator;
m_oOptionsPanel.ComponentDataGrid.Rows[row].Cells[(int)ComponentCell.Obsolete].Value = Comp.isObsolete.ToString();
TotalComponents = TotalComponents + 1;
}
}
/// <summary>
/// Builds the mineral cost for AuroraTN components.
/// </summary>
/// <param name="Comp">Component whos cost I want.</param>
/// <returns>Mineral cost string.</returns>
private String BuildMineralCost(ComponentDefTN Comp)
{
String MineralString = "";
for (int mineralIterator = 1; mineralIterator < (int)Constants.Minerals.MinerialNames.MinerialCount; mineralIterator++)
{
if (Comp.minerialsCost[mineralIterator] != 0)
{
MineralString = String.Format("{0} {1:N2}x {2}", MineralString, Comp.minerialsCost[mineralIterator], (Constants.Minerals.MinerialNames)mineralIterator);
}
}
return MineralString;
}
public CargoListEntryTN(ComponentDefTN Type, int SizeInTons)
{
CargoComponentType = Type;
Tons = SizeInTons;
}
/// <summary>
/// General Class update function, many things will change as a result of adding components, this function handles them all.
/// I think this function might be enough to handle subtracting components as well. Update: now subtracting.
/// </summary>
/// <param name="Component">Basic abstract class definition of the added component.</param>
/// <param name="increment">The number of new components to be added.</param>
/// <param name="isElectronic">Whether or not this component should go in the EDAC</param>
private void UpdateClass(ComponentDefTN Component, short increment)
{
int CIndex = ListOfComponentDefs.IndexOf(Component);
if (CIndex != -1)
{
ListOfComponentDefsCount[CIndex] = (short)(ListOfComponentDefsCount[CIndex] + increment);
}
if (CIndex == -1 && increment >= 1)
{
/// <summary>
/// The damage allocation chart values will be recalculated later in this very function. A DAC of -1 is obviously indicative of an error.
/// </summary>
ListOfComponentDefs.Add(Component);
ListOfComponentDefsCount.Add(increment);
DamageAllocationChart.Add(Component, -1);
if (Component.isElectronic == true)
{
ElectronicDamageAllocationChart.Add(Component, -1);
}
}
else
{
if (CIndex != -1)
{
if (ListOfComponentDefsCount[CIndex] <= 0)
{
DamageAllocationChart.Remove(ListOfComponentDefs[CIndex]);
if (Component.isElectronic == true)
{
ElectronicDamageAllocationChart.Remove(ListOfComponentDefs[CIndex]);
}
ListOfComponentDefsCount.RemoveAt(CIndex);
ListOfComponentDefs.RemoveAt(CIndex);
}
}
else
{
/// <summary>
/// This is an error condition that may need to be handled at some point.
/// </summary>
return;
}
}
/// <summary>
/// Size of the craft has to be adjusted
/// </summary>
SizeHS = SizeHS + (Component.size * (float)increment);
SizeTons = SizeHS * 50.0f;
/// <summary>
/// The ship has a new total required crew now.
/// </summary>
TotalRequiredCrew = TotalRequiredCrew + (Component.crew * increment);
AccomHSRequirement = (((float)TotalRequiredCrew * TonsPerMan) / 50.0f);
SpareCrewQuarters = TotalCrewQuarters - TotalRequiredCrew;
/// <summary>
/// The Cost of the ship has likewise gone up.
/// </summary>
BuildPointCost = BuildPointCost + (Component.cost * increment);
/// <summary>
/// Mineral cost is similarly increased.
/// </summary>
for(int mineralIterator = 0; mineralIterator < (int)Constants.Minerals.MinerialNames.MinerialCount; mineralIterator++)
{
m_aiMinerialsCost[mineralIterator] = m_aiMinerialsCost[mineralIterator] + (Component.minerialsCost[mineralIterator] * increment);
}
/// <summary>
/// Update TotalHTK
/// </summary>
TotalHTK = TotalHTK + (Component.htk * increment);
/// <summary>
/// Update Military status. Does this craft suffer maintenance failures?
/// </summary>
if (Component.isMilitary == true)
{
MilitaryComponentCount = MilitaryComponentCount + increment;
if (MilitaryComponentCount > 0)
IsMilitary = true;
else
IsMilitary = false;
}
/// <summary>
/// Armor requires that size and cost be subtracted from the ship before recalculation/readding.
/// </summary>
BuildPointCost = BuildPointCost - ShipArmorDef.cost;
SizeHS = SizeHS - ShipArmorDef.size;
ShipArmorDef.CalcArmor(ShipArmorDef.Name, ShipArmorDef.armorPerHS, SizeHS, ShipArmorDef.depth);
BuildPointCost = BuildPointCost + ShipArmorDef.cost;
SizeHS = SizeHS + ShipArmorDef.size;
/// <summary>
/// Due to the change in size the cross section will be different.
/// </summary>
TotalCrossSection = (int)Math.Ceiling(SizeHS);
/// <summary>
/// Likewise speed shall change.
/// </summary>
if (TotalCrossSection != 0)
{
if (ShipEngineDef != null)
{
MaxSpeed = (int)((1000.0f / (float)TotalCrossSection) * (float)MaxEnginePower);
}
else
MaxSpeed = 1;
}
else
{
MaxSpeed = 0;
}
/// <summary>
/// MSP capacity and later maintenance will change. ***The rest of maintenance is not yet finished***.
/// </summary>
if (EngineeringHS == 0.0f)
{
TotalMSPCapacity = 0;
}
else
{
TotalMSPCapacity = (int)((float)BuildPointCost * ((EngineeringHS / SizeHS) / 0.08f));
}
/// <summary>
/// Max repair can change.
/// </summary>
if (Component.cost > MaxRepair && increment >= 1)
{
MaxRepair = (int)Component.cost;
}
else
{
CIndex = ListOfComponentDefs.IndexOf(Component);
if (CIndex == -1)
{
decimal tempCost = 0.0m;
for (int loop = 0; loop < ListOfComponentDefs.Count; loop++)
{
if (ListOfComponentDefs[loop].cost > tempCost)
{
tempCost = ListOfComponentDefs[loop].cost;
}
}
MaxRepair = (int)tempCost;
}
}
CargoLoadTime = (TotalCargoCapacity * Constants.ShipTN.BaseCargoLoadTimePerTon) / TractorMultiplier;
CryoLoadTime = (SpareCryoBerths * Constants.ShipTN.BaseCryoLoadTimePerPerson) / TractorMultiplier;
TroopLoadTime = (TotalTroopCapacity * Constants.ShipTN.BaseTroopLoadTime) / TractorMultiplier;
/// <summary>
/// This code recalculates the entire DAC and EDAC every time a component is added or subtracted from the design.
/// </summary>
int DAC = 0;
int EDAC = 0;
for (int loop = 0; loop < ListOfComponentDefs.Count; loop++)
{
if (ListOfComponentDefs[loop].size < 1.0)
{
int localDAC = ListOfComponentDefsCount[loop];
DamageAllocationChart[ListOfComponentDefs[loop]] = localDAC + DAC;
DAC = DAC + localDAC;
if (ListOfComponentDefs[loop].isElectronic == true)
{
ElectronicDamageAllocationChart[ListOfComponentDefs[loop]] = localDAC + EDAC;
EDAC = EDAC + localDAC;
}
}
else
{
int localDAC = (int)(Math.Floor(ListOfComponentDefs[loop].size)) * ListOfComponentDefsCount[loop];
DamageAllocationChart[ListOfComponentDefs[loop]] = localDAC + DAC;
DAC = DAC + localDAC;
if (ListOfComponentDefs[loop].isElectronic == true)
{
ElectronicDamageAllocationChart[ListOfComponentDefs[loop]] = localDAC + EDAC;
EDAC = EDAC + localDAC;
}
}
}
/// <summary>
/// Ordnance Section
/// </summary>
while (TotalMagazineCapacity < PreferredOrdnanceSize)
{
int overrun = PreferredOrdnanceSize - TotalMagazineCapacity;
foreach (KeyValuePair<OrdnanceDefTN, int> pair in ShipClassOrdnance)
{
int MissileSizeInMagazine = (int)Math.Ceiling(pair.Key.size);
int SCOSize = (MissileSizeInMagazine * pair.Value);
if (SCOSize <= overrun)
{
ShipClassOrdnance.Remove(pair.Key);
overrun = overrun - SCOSize;
PreferredOrdnanceSize = PreferredOrdnanceSize - SCOSize;
PreferredOrdnanceCost = PreferredOrdnanceCost - (pair.Value * pair.Key.cost);
break;
}
else
{
int reduction = (int)Math.Ceiling((float)(overrun) / (float)MissileSizeInMagazine);
ShipClassOrdnance[pair.Key] = ShipClassOrdnance[pair.Key] - reduction;
PreferredOrdnanceSize = PreferredOrdnanceSize - (reduction * MissileSizeInMagazine);
PreferredOrdnanceCost = PreferredOrdnanceCost - (reduction * pair.Key.cost);
break;
}
}
}
BuildClassSummary();
}
/// <summary>
/// Unloads the specified component to population pop.
/// </summary>
/// <param name="Pop">Population receiving shipment.</param>
/// <param name="Component">Component to be unloaded. I'm not particularly happy with how this is being done right now.</param>
/// <param name="Limit">Limit to unloading.</param>
public void UnloadComponents(Population Pop, ComponentDefTN Component, int Limit)
{
int TotalMass = (int)(Component.size * Constants.ShipTN.TonsPerHS * (float)Limit);
for (int loop = 0; loop < Ships.Count; loop++)
{
if (Ships[loop].CurrentCargoTonnage != 0 && Ships[loop].CargoComponentList.ContainsKey(Component) == true)
{
CargoListEntryTN CLE = Ships[0].CargoComponentList[Component];
int ShipMassToUnload;
/// <summary>
/// Limit == 0 means unload all, else unload to limit if limit is lower than total tonnage.
/// </summary>
if (Limit == 0)
{
ShipMassToUnload = CLE.tons;
}
else
{
ShipMassToUnload = Math.Min(CLE.tons, TotalMass);
TotalMass = TotalMass - ShipMassToUnload;
}
if (ShipMassToUnload == CLE.tons)
{
Ships[0].CargoComponentList.Remove(Component);
}
CLE.tons = CLE.tons - ShipMassToUnload;
CurrentCargoTonnage = CurrentCargoTonnage - ShipMassToUnload;
float ComponentUnloadCount = (float)(ShipMassToUnload / (Component.size * Constants.ShipTN.TonsPerHS));
Pop.AddComponentsToStockpile(Component, ComponentUnloadCount);
}
}
}
/// <summary>
/// TakeComponents from Stockpile takes the specified number of components out of the stockpile, and returns how many were subtracted.
/// </summary>
/// <param name="ComponentDef">Component def to be removed.</param>
/// <param name="decrement">number to remove</param>
/// <returns>number that were removed.</returns>
public float TakeComponentsFromStockpile(ComponentDefTN ComponentDef, float decrement)
{
float Components = 0.0f;
if (ComponentStockpileLookup.ContainsKey(ComponentDef.Id) == true)
{
Components = ComponentStockpileCount[ComponentStockpileLookup[ComponentDef.Id]];
if (Components - decrement <= 0.0f)
{
ComponentStockpile.RemoveAt(ComponentStockpileLookup[ComponentDef.Id]);
ComponentStockpileCount.RemoveAt(ComponentStockpileLookup[ComponentDef.Id]);
ComponentStockpileLookup.Remove(ComponentDef.Id);
return Components;
}
else
{
Components = Components - decrement;
ComponentStockpileCount[ComponentStockpileLookup[ComponentDef.Id]] = Components;
}
}
else
{
/// <summary>
/// Invalid remove request sent from somewhere. Error reporting? logs?
/// </summary>
return -1.0f;
}
return decrement;
}
/// <summary>
/// Add Components to stockpile places increment number of componentDefs into the planetary stockpile.
/// </summary>
/// <param name="ComponentDef">Component to be added. This is the class all components inherit from, not any particular type of component.</param>
/// <param name="increment">Number to add to the stockpile.</param>
public void AddComponentsToStockpile(ComponentDefTN ComponentDef, float increment)
{
if (ComponentStockpileLookup.ContainsKey(ComponentDef.Id) == true)
{
ComponentStockpileCount[ComponentStockpileLookup[ComponentDef.Id]] = ComponentStockpileCount[ComponentStockpileLookup[ComponentDef.Id]] + increment;
}
else
{
ComponentStockpile.Add(ComponentDef);
ComponentStockpileCount.Add(increment);
ComponentStockpileLookup.Add(ComponentDef.Id, ComponentStockpile.IndexOf(ComponentDef));
}
}
/// <summary>
/// Constructor for ship components.
/// </summary>
/// <param name="ComponentToBuild">Ship Component to build</param>
public ConstructionBuildQueueItem(ComponentDefTN ComponentToBuild)
: base()
{
Name = ComponentToBuild.Name;
numToBuild = 0.0f;
buildCapacity = 0.0f;
productionRate = 0.0f;
costPerItem = ComponentToBuild.cost;
m_BuildType = CBType.ShipComponent;
m_ComponentBuild = ComponentToBuild;
}
/// <summary>
/// Add a component to the build queue.
/// </summary>
/// <param name="ComponentDef">Component to add.</param>
/// <param name="BuildAmt">number of components to construct.</param>
/// <param name="RequestedBuildPercentage">Percent of construction factories, conventional industry, engineering teams to devote to construction.</param>
public void BuildQueueAddComponent(ComponentDefTN ComponentDef, float BuildAmt, float RequestedBuildPercentage)
{
ConstructionBuildQueueItem NewCBQItem = new ConstructionBuildQueueItem(ComponentDef);
NewCBQItem.UpdateBuildQueueInfo(BuildAmt, RequestedBuildPercentage, true,ComponentDef.cost);
ConstructionBuildQueue.Add(NewCBQItem);
}