public void RecalculateBuildRates()
{
VABRates.Clear();
SPHRates.Clear();
double rate = 0.1;
int index = 0;
while (rate > 0)
{
rate = KCT_MathParsing.ParseBuildRateFormula(KCT_BuildListVessel.ListType.VAB, index, this);
if (rate >= 0)
{
VABRates.Add(rate);
}
index++;
}
rate = 0.1;
index = 0;
while (rate > 0)
{
rate = KCT_MathParsing.ParseBuildRateFormula(KCT_BuildListVessel.ListType.SPH, index, this);
if (rate >= 0)
{
SPHRates.Add(rate);
}
index++;
}
}
public void SetBP(double cost)
{
// BP = Math.Sqrt(cost) * 2000 * KCT_GameStates.timeSettings.OverallMultiplier;
BP = KCT_MathParsing.GetStandardFormulaValue("KSCUpgrade", new Dictionary <string, string>()
{
{ "C", cost.ToString() }, { "O", KCT_PresetManager.Instance.ActivePreset.timeSettings.OverallMultiplier.ToString() }
});
}
public double GetRushCost()
{
if (rushCost > -1)
{
return(rushCost);
}
rushCost = KCT_MathParsing.ParseRushCostFormula(this);
return(rushCost);
}
public KCT_AirlaunchPrep(KCT_BuildListVessel vessel, string id)
{
Direction = PrepDirection.Mount;
associatedID = id;
progress = 0;
BP = KCT_MathParsing.ParseAirlaunchTimeFormula(vessel);
cost = KCT_MathParsing.ParseAirlaunchCostFormula(vessel);
name = Name_Mount;
}
public double UpdateBuildRate()
{
// double max = double.Parse(KCT_GameStates.formulaSettings.NodeMax);
double rate = KCT_MathParsing.ParseNodeRateFormula(scienceCost);
//KCT_MathParsing.GetStandardFormulaValue("Node",
// new Dictionary<string, string>() { { "N", KCT_GameStates.TechUpgradesTotal.ToString() }, { "S", scienceCost.ToString() }, {"R", KCT_Utilities.BuildingUpgradeLevel(SpaceCenterFacility.ResearchAndDevelopment).ToString() } });
// if (max > 0 && rate > max) rate = max;
bRate_int = rate;
return(bRate_int);
}
public double GetTotalCost()
{
if (cost == 0 || emptyCost == 0)
{
cost = KCT_Utilities.GetTotalVesselCost(shipNode);
emptyCost = KCT_Utilities.GetTotalVesselCost(shipNode, false);
integrationCost = (float)KCT_MathParsing.ParseIntegrationCostFormula(this);
}
return(cost + integrationCost);
}
public static double CalculateBP(double cost)
{
double bp = KCT_MathParsing.GetStandardFormulaValue("KSCUpgrade", new Dictionary <string, string>()
{
{ "C", cost.ToString() }, { "O", KCT_PresetManager.Instance.ActivePreset.timeSettings.OverallMultiplier.ToString() }
});
if (bp <= 0)
{
bp = 1;
}
return(bp);
}
public KCT_Recon_Rollout(KCT_BuildListVessel vessel, RolloutReconType type, string id, string launchSite = "")
{
RRType = type;
associatedID = id;
if (launchSite != "") //For when we add custom launchpads
{
launchPadID = launchSite;
}
else
{
launchPadID = vessel.launchSite;
}
//BP = vessel.GetTotalMass() * KCT_GameStates.timeSettings.ReconditioningEffect * KCT_GameStates.timeSettings.OverallMultiplier; //1 day per 50 tons (default) * overall multiplier
//BP = KCT_MathParsing.GetStandardFormulaValue("Reconditioning", new Dictionary<string, string>() {{"M", vessel.GetTotalMass().ToString()}, {"O", KCT_PresetManager.Instance.ActivePreset.timeSettings.OverallMultiplier.ToString()},
// {"E", KCT_PresetManager.Instance.ActivePreset.timeSettings.ReconditioningEffect.ToString()}, {"X", KCT_PresetManager.Instance.ActivePreset.timeSettings.MaxReconditioning.ToString()}});
//if (BP > KCT_GameStates.timeSettings.MaxReconditioning) BP = KCT_GameStates.timeSettings.MaxReconditioning;
progress = 0;
if (type == RolloutReconType.Reconditioning)
{
BP = KCT_MathParsing.ParseReconditioningFormula(vessel, true);
//BP *= (1 - KCT_PresetManager.Instance.ActivePreset.timeSettings.RolloutReconSplit);
name = "LaunchPad Reconditioning";
}
else if (type == RolloutReconType.Rollout)
{
BP = KCT_MathParsing.ParseReconditioningFormula(vessel, false);
//BP *= KCT_PresetManager.Instance.ActivePreset.timeSettings.RolloutReconSplit;
name = "Vessel Rollout";
cost = KCT_MathParsing.ParseRolloutCostFormula(vessel);
}
else if (type == RolloutReconType.Rollback)
{
BP = KCT_MathParsing.ParseReconditioningFormula(vessel, false);
//BP *= KCT_PresetManager.Instance.ActivePreset.timeSettings.RolloutReconSplit;
progress = BP;
name = "Vessel Rollback";
}
else if (type == RolloutReconType.Recovery)
{
BP = KCT_MathParsing.ParseReconditioningFormula(vessel, false);
//BP *= KCT_PresetManager.Instance.ActivePreset.timeSettings.RolloutReconSplit;
name = "Vessel Recovery";
double maxDist = SpaceCenter.Instance.cb.Radius * Math.PI;
BP += BP * (vessel.DistanceFromKSC / maxDist);
}
}
public void RecalculateBuildRates()
{
const string logBlockName = nameof(SpaceCenterConstruction) + "." + nameof(RecalculateBuildRates);
using (EntryExitLogger.EntryExitLog(logBlockName, EntryExitLoggerOptions.All))
{
VABRates.Clear();
SPHRates.Clear();
double rate = 0.1;
int index = 0;
while (rate > 0)
{
rate = KCT_MathParsing.ParseBuildRateFormula(BuildListVessel.ListType.VAB, index, this);
if (rate >= 0)
{
VABRates.Add(rate);
}
index++;
}
rate = 0.1;
index = 0;
while (rate > 0)
{
rate = KCT_MathParsing.ParseBuildRateFormula(BuildListVessel.ListType.SPH, index, this);
if (rate >= 0)
{
SPHRates.Add(rate);
}
index++;
}
Log.Trace("VAB Rates:");
foreach (double v in VABRates)
{
Log.Trace(v.ToString());
}
Log.Trace("SPH Rates:");
foreach (double v in SPHRates)
{
Log.Trace(v.ToString());
}
}
}
public void RecalculateUpgradedBuildRates()
{
const string logBlockName = nameof(SpaceCenterConstruction) + "." + nameof(RecalculateUpgradedBuildRates);
using (EntryExitLogger.EntryExitLog(logBlockName, EntryExitLoggerOptions.All))
{
UpVABRates.Clear();
UpSPHRates.Clear();
double rate = 0.1;
int index = 0;
while (rate > 0)
{
rate = KCT_MathParsing.ParseBuildRateFormula(BuildListVessel.ListType.VAB, index, this, true);
if (rate >= 0 && (index == 0 || VABRates[index - 1] > 0))
{
UpVABRates.Add(rate);
}
else
{
break;
}
index++;
}
rate = 0.1;
index = 0;
while (rate > 0)
{
rate = KCT_MathParsing.ParseBuildRateFormula(BuildListVessel.ListType.SPH, index, this, true);
if (rate >= 0 && (index == 0 || SPHRates[index - 1] > 0))
{
UpSPHRates.Add(rate);
}
else
{
break;
}
index++;
}
}
}
public void RecalculateBuildRates()
{
VABRates.Clear();
SPHRates.Clear();
double rate = 0.1;
int index = 0;
while (rate > 0)
{
rate = KCT_MathParsing.ParseBuildRateFormula(KCT_BuildListVessel.ListType.VAB, index, this);
if (rate >= 0)
{
VABRates.Add(rate);
}
index++;
}
rate = 0.1;
index = 0;
while (rate > 0)
{
rate = KCT_MathParsing.ParseBuildRateFormula(KCT_BuildListVessel.ListType.SPH, index, this);
if (rate >= 0)
{
SPHRates.Add(rate);
}
index++;
}
KCTDebug.Log("VAB Rates:");
foreach (double v in VABRates)
{
KCTDebug.Log(v);
}
KCTDebug.Log("SPH Rates:");
foreach (double v in SPHRates)
{
KCTDebug.Log(v);
}
}
public KCT_Recon_Rollout(Vessel vessel, RolloutReconType type, string id, string launchSite)
{
RRType = type;
associatedID = id;
launchPadID = launchSite;
KCTDebug.Log("New recon_rollout at launchsite: " + launchPadID);
//BP = vessel.GetTotalMass() * KCT_GameStates.timeSettings.ReconditioningEffect * KCT_GameStates.timeSettings.OverallMultiplier; //1 day per 50 tons (default) * overall multiplier
//BP = KCT_MathParsing.GetStandardFormulaValue("Reconditioning", new Dictionary<string, string>() {{"M", vessel.GetTotalMass().ToString()}, {"O", KCT_PresetManager.Instance.ActivePreset.timeSettings.OverallMultiplier.ToString()},
// {"E", KCT_PresetManager.Instance.ActivePreset.timeSettings.ReconditioningEffect.ToString()}, {"X", KCT_PresetManager.Instance.ActivePreset.timeSettings.MaxReconditioning.ToString()}});
//if (BP > KCT_GameStates.timeSettings.MaxReconditioning) BP = KCT_GameStates.timeSettings.MaxReconditioning;
progress = 0;
if (type == RolloutReconType.Reconditioning)
{
BP = KCT_MathParsing.ParseReconditioningFormula(new KCT_BuildListVessel(vessel), true);
//BP *= (1 - KCT_PresetManager.Instance.ActivePreset.timeSettings.RolloutReconSplit);
name = "LaunchPad Reconditioning";
}
else if (type == RolloutReconType.Rollout)
{
BP = KCT_MathParsing.ParseReconditioningFormula(new KCT_BuildListVessel(vessel), false);
//BP *= KCT_PresetManager.Instance.ActivePreset.timeSettings.RolloutReconSplit;
name = "Vessel Rollout";
}
else if (type == RolloutReconType.Rollback)
{
BP = KCT_MathParsing.ParseReconditioningFormula(new KCT_BuildListVessel(vessel), false);
//BP *= KCT_PresetManager.Instance.ActivePreset.timeSettings.RolloutReconSplit;
name = "Vessel Rollback";
progress = BP;
}
else if (type == RolloutReconType.Recovery)
{
//BP *= KCT_PresetManager.Instance.ActivePreset.timeSettings.RolloutReconSplit;
BP = KCT_MathParsing.ParseReconditioningFormula(new KCT_BuildListVessel(vessel), false);
name = "Vessel Recovery";
double KSCDistance = (float)SpaceCenter.Instance.GreatCircleDistance(SpaceCenter.Instance.cb.GetRelSurfaceNVector(vessel.latitude, vessel.longitude));
double maxDist = SpaceCenter.Instance.cb.Radius * Math.PI;
BP += BP * (KSCDistance / maxDist);
}
}
public void RecalculateUpgradedBuildRates()
{
UpVABRates.Clear();
UpSPHRates.Clear();
double rate = 0.1;
int index = 0;
while (rate > 0)
{
rate = KCT_MathParsing.ParseBuildRateFormula(KCT_BuildListVessel.ListType.VAB, index, this, true);
if (rate >= 0 && (index == 0 || VABRates[index - 1] > 0))
{
UpVABRates.Add(rate);
}
else
{
break;
}
index++;
}
rate = 0.1;
index = 0;
while (rate > 0)
{
rate = KCT_MathParsing.ParseBuildRateFormula(KCT_BuildListVessel.ListType.SPH, index, this, true);
if (rate >= 0 && (index == 0 || SPHRates[index - 1] > 0))
{
UpSPHRates.Add(rate);
}
else
{
break;
}
index++;
}
}
public KCT_BuildListVessel NewCopy(bool RecalcTime)
{
KCT_BuildListVessel ret = new KCT_BuildListVessel(this.shipName, this.launchSite, this.effectiveCost, this.buildPoints, this.integrationPoints, this.flag, this.cost, this.integrationCost, (int)GetEditorFacility());
ret.shipNode = this.shipNode.CreateCopy();
//refresh all inventory parts to new
for (int i = ret.ExtractedPartNodes.Count - 1; i >= 0; i--)
{
ConfigNode part = ret.ExtractedPartNodes[i];
//foreach (ConfigNode part in ret.ExtractedPartNodes)
//{
ScrapYardWrapper.RefreshPart(part);
}
ret.id = Guid.NewGuid();
ret.TotalMass = this.TotalMass;
ret.emptyMass = this.emptyMass;
ret.cost = this.cost;
ret.integrationCost = this.integrationCost;
ret.emptyCost = this.emptyCost;
ret.numStageParts = this.numStageParts;
ret.numStages = this.numStages;
ret.stagePartCost = this.stagePartCost;
if (RecalcTime)
{
ret.effectiveCost = KCT_Utilities.GetEffectiveCost(ret.ExtractedPartNodes);
ret.buildPoints = KCT_Utilities.GetBuildTime(ret.effectiveCost);
ret.integrationPoints = KCT_MathParsing.ParseIntegrationTimeFormula(ret);
ret.integrationCost = (float)KCT_MathParsing.ParseIntegrationCostFormula(ret);
}
return(ret);
}
public KCT_Recon_Rollout(KCT_BuildListVessel vessel, RolloutReconType type, string id)
{
RRType = type;
associatedID = id;
//BP = vessel.GetTotalMass() * KCT_GameStates.timeSettings.ReconditioningEffect * KCT_GameStates.timeSettings.OverallMultiplier; //1 day per 50 tons (default) * overall multiplier
BP = KCT_MathParsing.GetStandardFormulaValue("Reconditioning", new Dictionary <string, string>()
{
{ "M", vessel.GetTotalMass().ToString() }, { "O", KCT_GameStates.timeSettings.OverallMultiplier.ToString() },
{ "E", KCT_GameStates.timeSettings.ReconditioningEffect.ToString() }, { "X", KCT_GameStates.timeSettings.MaxReconditioning.ToString() }
});
//if (BP > KCT_GameStates.timeSettings.MaxReconditioning) BP = KCT_GameStates.timeSettings.MaxReconditioning;
progress = 0;
if (type == RolloutReconType.Reconditioning)
{
BP *= (1 - KCT_GameStates.timeSettings.RolloutReconSplit);
name = "LaunchPad Reconditioning";
}
else if (type == RolloutReconType.Rollout)
{
BP *= KCT_GameStates.timeSettings.RolloutReconSplit;
name = "Vessel Rollout";
}
else if (type == RolloutReconType.Rollback)
{
BP *= KCT_GameStates.timeSettings.RolloutReconSplit;
progress = BP;
name = "Vessel Rollback";
}
else if (type == RolloutReconType.Recovery)
{
BP *= KCT_GameStates.timeSettings.RolloutReconSplit;
name = "Vessel Recovery";
double maxDist = SpaceCenter.Instance.cb.Radius * Math.PI;
BP += BP * (vessel.DistanceFromKSC / maxDist);
}
}
public override void OnDecodeFromConfigNode()
{
KCT_GameStates.PartTracker = ListToDict(PartTracker);
KCT_GameStates.PartInventory = ListToDict(PartInventory);
KCT_GameStates.BodiesVisited = BodiesVisited;
/* KCT_GameStates.ActiveKSC.VABUpgrades = VABUpgrades;
* KCT_GameStates.ActiveKSC.SPHUpgrades = SPHUpgrades;
* KCT_GameStates.ActiveKSC.RDUpgrades = RDUpgrades;*/
KCT_GameStates.PurchasedUpgrades = PurchasedUpgrades;
KCT_GameStates.FundsGivenForVessel = fundsFromSimulation;
KCT_GameStates.activeKSCName = activeKSC;
KCT_GUI.simLength = SimulationTime;
KCT_GameStates.InventorySalesFigures = SalesFigures;
KCT_GameStates.InventorySaleUpgrades = (float)KCT_MathParsing.GetStandardFormulaValue("InventorySales", new Dictionary <string, string> {
{ "V", "0" }, { "P", SalesFigures.ToString() }
});
KCT_GameStates.UpgradesResetCounter = UpgradesResetCounter;
KCT_GameStates.TechUpgradesTotal = TechUpgrades;
KCT_GameStates.PermanentModAddedUpgradesButReallyWaitForTheAPI = SavedUpgradePointsPreAPI;
SetSettings();
//KCT_GameStates.firstStart = firstStart;
}
public void vesselRecoverEvent(ProtoVessel v, bool unknownAsOfNow)
{
KCTDebug.Log("VesselRecoverEvent");
if (!KCT_PresetManager.Instance.ActivePreset.generalSettings.Enabled)
{
return;
}
if (!v.vesselRef.isEVA)
{
// if (KCT_GameStates.settings.Debug && HighLogic.LoadedScene != GameScenes.TRACKSTATION && (v.wasControllable || v.protoPartSnapshots.Find(p => p.modules.Find(m => m.moduleName.ToLower() == "modulecommand") != null) != null))
if (KCT_GameStates.recoveredVessel != null && v.vesselName == KCT_GameStates.recoveredVessel.shipName)
{
//KCT_GameStates.recoveredVessel = new KCT_BuildListVessel(v);
//rebuy the ship if ScrapYard isn't overriding funds
if (!ScrapYardWrapper.OverrideFunds)
{
KCT_Utilities.SpendFunds(KCT_GameStates.recoveredVessel.cost, TransactionReasons.VesselRollout); //pay for the ship again
}
//pull all of the parts out of the inventory
//This is a bit funky since we grab the part id from our part, grab the inventory part out, then try to reapply that ontop of our part
if (ScrapYardWrapper.Available)
{
foreach (ConfigNode partNode in KCT_GameStates.recoveredVessel.ExtractedPartNodes)
{
string id = ScrapYardWrapper.GetPartID(partNode);
ConfigNode inventoryVersion = ScrapYardWrapper.FindInventoryPart(id);
if (inventoryVersion != null)
{
//apply it to our copy of the part
ConfigNode ourTracker = partNode.GetNodes("MODULE").FirstOrDefault(n => string.Equals(n.GetValue("name"), "ModuleSYPartTracker", StringComparison.Ordinal));
if (ourTracker != null)
{
ourTracker.SetValue("TimesRecovered", inventoryVersion.GetValue("_timesRecovered"));
ourTracker.SetValue("Inventoried", inventoryVersion.GetValue("_inventoried"));
}
}
}
//process the vessel in ScrapYard
ScrapYardWrapper.ProcessVessel(KCT_GameStates.recoveredVessel.ExtractedPartNodes);
//reset the BP
KCT_GameStates.recoveredVessel.buildPoints = KCT_Utilities.GetBuildTime(KCT_GameStates.recoveredVessel.ExtractedPartNodes);
KCT_GameStates.recoveredVessel.integrationPoints = KCT_MathParsing.ParseIntegrationTimeFormula(KCT_GameStates.recoveredVessel);
}
if (KCT_GameStates.recoveredVessel.type == KCT_BuildListVessel.ListType.VAB)
{
KCT_GameStates.ActiveKSC.VABWarehouse.Add(KCT_GameStates.recoveredVessel);
}
else
{
KCT_GameStates.ActiveKSC.SPHWarehouse.Add(KCT_GameStates.recoveredVessel);
}
KCT_GameStates.ActiveKSC.Recon_Rollout.Add(new KCT_Recon_Rollout(KCT_GameStates.recoveredVessel, KCT_Recon_Rollout.RolloutReconType.Recovery, KCT_GameStates.recoveredVessel.id.ToString()));
KCT_GameStates.recoveredVessel = null;
}
}
}
public KCT_BuildListVessel(Vessel vessel, KCT_BuildListVessel.ListType listType = ListType.None) //For recovered vessels
{
id = Guid.NewGuid();
shipName = vessel.vesselName;
shipNode = FromInFlightVessel(vessel, listType);
if (listType != ListType.None)
{
this.type = listType;
}
cost = KCT_Utilities.GetTotalVesselCost(shipNode);
emptyCost = KCT_Utilities.GetTotalVesselCost(shipNode, false);
TotalMass = 0;
emptyMass = 0;
HashSet <int> stages = new HashSet <int>();
//for (int i = vessel.protoVessel.protoPartSnapshots.Count - 1; i >= 0; i--)
//{
// ProtoPartSnapshot p = vessel.protoVessel.protoPartSnapshots[i];
foreach (ProtoPartSnapshot p in vessel.protoVessel.protoPartSnapshots)
{
stages.Add(p.inverseStageIndex);
if (p.partPrefab != null && p.partPrefab.Modules.Contains <LaunchClamp>())
{
continue;
}
TotalMass += p.mass;
emptyMass += p.mass;
//for (int i1 = p.resources.Count - 1; i1 >= 0; i1--)
//{
// ProtoPartResourceSnapshot rsc = p.resources[i1];
foreach (ProtoPartResourceSnapshot rsc in p.resources)
{
PartResourceDefinition def = PartResourceLibrary.Instance.GetDefinition(rsc.resourceName);
if (def != null)
{
TotalMass += def.density * (float)rsc.amount;
}
}
}
cannotEarnScience = true;
numStages = stages.Count;
// FIXME ignore stageable part count and cost - it'll be fixed when we put this back in the editor.
effectiveCost = KCT_Utilities.GetEffectiveCost(shipNode.GetNodes("PART").ToList());
buildPoints = KCT_Utilities.GetBuildTime(effectiveCost);
flag = HighLogic.CurrentGame.flagURL;
DistanceFromKSC = (float)SpaceCenter.Instance.GreatCircleDistance(SpaceCenter.Instance.cb.GetRelSurfaceNVector(vessel.latitude, vessel.longitude));
rushBuildClicks = 0;
integrationPoints = KCT_MathParsing.ParseIntegrationTimeFormula(this);
integrationCost = (float)KCT_MathParsing.ParseIntegrationCostFormula(this);
progress = buildPoints + integrationPoints;
}
public KCT_BuildListVessel(ShipConstruct s, String ls, double effCost, double bP, String flagURL)
{
ship = s;
shipNode = s.SaveShip();
shipName = s.shipName;
//Get total ship cost
float fuel;
cost = s.GetShipCosts(out emptyCost, out fuel);
TotalMass = s.GetShipMass(true, out emptyMass, out fuel);
HashSet <int> stages = new HashSet <int>();
numStageParts = 0;
stagePartCost = 0d;
//for (int i = s.Parts.Count - 1; i >= 0; i--)
//{
// Part p = s.Parts[i];
foreach (Part p in s.Parts)
{
if (p.stagingOn)
{
stages.Add(p.inverseStage);
++numStageParts;
stagePartCost += p.GetModuleCosts(p.partInfo.cost, ModifierStagingSituation.CURRENT) + p.partInfo.cost;
}
}
numStages = stages.Count;
launchSite = ls;
effectiveCost = effCost;
buildPoints = bP;
progress = 0;
flag = flagURL;
if (s.shipFacility == EditorFacility.VAB)
{
type = ListType.VAB;
}
else if (s.shipFacility == EditorFacility.SPH)
{
type = ListType.SPH;
}
else
{
type = ListType.None;
}
id = Guid.NewGuid();
cannotEarnScience = false;
//get the crew from the editorlogic
DesiredManifest = new List <string>();
if (CrewAssignmentDialog.Instance?.GetManifest()?.CrewCount > 0)
{
//var pcm = CrewAssignmentDialog.Instance.GetManifest().GetAllCrew(true) ?? new List<ProtoCrewMember>();
//for (int i = pcm.Count - 1; i >= 0; i--)
//{
// ProtoCrewMember crew = pcm[i];
foreach (ProtoCrewMember crew in CrewAssignmentDialog.Instance.GetManifest().GetAllCrew(true) ?? new List <ProtoCrewMember>())
{
DesiredManifest.Add(crew?.name ?? string.Empty);
}
}
if (effectiveCost == default(double))
{
// Can only happen in older saves that didn't have Effective cost persisted as a separate field
// This code should be safe to remove after a while.
effectiveCost = KCT_Utilities.GetEffectiveCost(shipNode.GetNodes("PART").ToList());
}
integrationPoints = KCT_MathParsing.ParseIntegrationTimeFormula(this);
integrationCost = (float)KCT_MathParsing.ParseIntegrationCostFormula(this);
}
public KCT_Recon_Rollout(Vessel vessel, RolloutReconType type, string id, string launchSite)
{
RRType = type;
associatedID = id;
launchPadID = launchSite;
KCTDebug.Log("New recon_rollout at launchsite: " + launchPadID);
progress = 0;
if (type == RolloutReconType.Reconditioning)
{
try
{
BP = KCT_MathParsing.ParseReconditioningFormula(new KCT_BuildListVessel(vessel), true);
}
catch
{
KCTDebug.Log("Error while determining BP for recon_rollout");
}
finally
{
name = "LaunchPad Reconditioning";
}
}
else if (type == RolloutReconType.Rollout)
{
try
{
BP = KCT_MathParsing.ParseReconditioningFormula(new KCT_BuildListVessel(vessel), false);
}
catch
{
KCTDebug.Log("Error while determining BP for recon_rollout");
}
finally
{
name = "Vessel Rollout";
}
}
else if (type == RolloutReconType.Rollback)
{
try
{
BP = KCT_MathParsing.ParseReconditioningFormula(new KCT_BuildListVessel(vessel), false);
}
catch
{
KCTDebug.Log("Error while determining BP for recon_rollout");
}
finally
{
name = "Vessel Rollback";
progress = BP;
}
}
else if (type == RolloutReconType.Recovery)
{
try
{
BP = KCT_MathParsing.ParseReconditioningFormula(new KCT_BuildListVessel(vessel), false);
}
catch
{
KCTDebug.Log("Error while determining BP for recon_rollout");
}
finally
{
name = "Vessel Recovery";
double KSCDistance = (float)SpaceCenter.Instance.GreatCircleDistance(SpaceCenter.Instance.cb.GetRelSurfaceNVector(vessel.latitude, vessel.longitude));
double maxDist = SpaceCenter.Instance.cb.Radius * Math.PI;
BP += BP * (KSCDistance / maxDist);
}
}
}
public static double CalculateBP(double cost, SpaceCenterFacility facilityType)
{
int isAdm = 0, isAC = 0, isLP = 0, isMC = 0, isRD = 0, isRW = 0, isTS = 0, isSPH = 0, isVAB = 0;
switch (facilityType)
{
case SpaceCenterFacility.Administration:
isAdm = 1;
break;
case SpaceCenterFacility.AstronautComplex:
isAC = 1;
break;
case SpaceCenterFacility.LaunchPad:
isLP = 1;
break;
case SpaceCenterFacility.MissionControl:
isMC = 1;
break;
case SpaceCenterFacility.ResearchAndDevelopment:
isRD = 1;
break;
case SpaceCenterFacility.Runway:
isRW = 1;
break;
case SpaceCenterFacility.TrackingStation:
isTS = 1;
break;
case SpaceCenterFacility.SpaceplaneHangar:
isSPH = 1;
break;
case SpaceCenterFacility.VehicleAssemblyBuilding:
isVAB = 1;
break;
default:
break;
}
var variables = new Dictionary <string, string>()
{
{ "C", cost.ToString() },
{ "O", KCT_PresetManager.Instance.ActivePreset.timeSettings.OverallMultiplier.ToString() },
{ "Adm", isAdm.ToString() },
{ "AC", isAC.ToString() },
{ "LP", isLP.ToString() },
{ "MC", isMC.ToString() },
{ "RD", isRD.ToString() },
{ "RW", isRW.ToString() },
{ "TS", isTS.ToString() },
{ "SPH", isSPH.ToString() },
{ "VAB", isVAB.ToString() }
};
double bp = KCT_MathParsing.GetStandardFormulaValue("KSCUpgrade", variables);
if (bp <= 0)
{
bp = 1;
}
return(bp);
}
