private float GetActiveConverters()
{
//We don't just count converters - we count total efficiency of those
//converters. This way high efficiency modules get a higher weight.
var totEff = 0f;
//Find any vessels that have an MKS Module tied to this same eTag.
var vList =
LogisticsTools.GetNearbyVessels(EFF_RANGE, true, vessel, true)
.Where(v => v.FindPartModulesImplementing <MKSModule>().Any(m => m.eTag == eTag));
foreach (var vsl in vList)
{
var pList = vsl.FindPartModulesImplementing <BaseConverter>();
foreach (var p in pList)
{
var m = p.part.FindModuleImplementing <MKSModule>();
if (m != null && m.eTag == eTag)
{
if (p.IsActivated) // p has a GetEfficiencyMultiplier ()
{
totEff += m.eMultiplier;
}
}
}
}
return(totEff);
}
public List <Vessel> GetResourceStockpiles()
{
List <Vessel> depots = LogisticsTools.GetNearbyVessels(LogisticsSetup.Instance.Config.ScavangeRange, false, vessel, true)
.Where(dv => dv.FindPartModulesImplementing <USI_ModuleResourceWarehouse>().Any()).ToList();
var nearbyVesselList = LogisticsTools.GetNearbyVessels(LogisticsTools.PHYSICS_RANGE, false, vessel, true);
foreach (var v in nearbyVesselList)
{
var range = LogisticsTools.GetRange(vessel, v);
var parts =
v.Parts.Where(
p => p.FindModuleImplementing <ModuleResourceDistributor>() != null && LogisticsTools.HasCrew(p, "Pilot"));
foreach (var p in parts)
{
var m = p.FindModuleImplementing <ModuleResourceDistributor>();
if (range <= m.ResourceDistributionRange)
{
//Now find ones adjacent to our depot.
List <Vessel> stockpiles = LogisticsTools.GetNearbyVessels(m.ResourceDistributionRange, false, vessel,
true).Where(sv => sv.FindPartModulesImplementing <USI_ModuleResourceWarehouse>().Any()).ToList();
foreach (var s in stockpiles)
{
if (!depots.Contains(s))
{
depots.Add(s);
}
}
}
}
}
return(depots);
}
private float GetCurrentConsumption(string tag)
{
// We don't just count consumers - we count total efficiency consumption.
// This way high efficiency modules get a higher weight.
var totalEfficiencyConsumption = 0f;
// Find any nearby vessels that have consumers for this efficiency bonus tag.
var mksVessels = LogisticsTools.GetNearbyVessels(EFFICIENCY_RANGE, true, vessel, true)
.Where(v => v
.FindConverterAddonsImplementing <USI_EfficiencyConsumerAddonForConverters>()
.Any(a => a.Tag == tag));
foreach (var mksVessel in mksVessels)
{
var mksModule = mksVessel.FindPartModuleImplementing <MKSModule>();
if (mksModule == null)
{
Debug.LogError(string.Format("[MKS] {0}: Part is misconfigured. Parts with an EfficiencyConsumerAddon must also have an MKSModule.", GetType().Name));
continue;
}
var consumers = mksVessel.FindConverterAddonsImplementing <USI_EfficiencyConsumerAddonForConverters>();
foreach (var consumer in consumers)
{
if (consumer.IsActive && consumer.Tag == tag)
{
totalEfficiencyConsumption += mksModule.EfficiencyMultiplier;
}
}
}
return(totalEfficiencyConsumption);
}
private void PushResources(string resourceName, double amount)
{
var vessels = LogisticsTools.GetNearbyVessels(2000, true, vessel, false);
foreach (var v in vessels)
{
//Put recycled stuff into recycleable places
foreach (var p in v.parts.Where(vp => vp != part && vp.Modules.Contains("USI_ModuleRecycleBin")))
{
if (p.Resources.Contains(resourceName))
{
var partRes = p.Resources[resourceName];
var partNeed = partRes.maxAmount - partRes.amount;
if (partNeed > 0 && amount > 0)
{
if (partNeed > amount)
{
partNeed = amount;
}
partRes.amount += partNeed;
amount -= partNeed;
}
}
}
}
if (amount > 1f)
{
ScreenMessages.PostScreenMessage(String.Format("{0:0} units of {1} were lost due to lack of recycle space", amount, ResourceName), 5f, ScreenMessageStyle.UPPER_CENTER);
}
}
private void TransferSetup()
{
if (!HighLogic.LoadedSceneIsFlight)
{
return;
}
activeId = FlightGlobals.ActiveVessel.id;
var PotentialVessels = LogisticsTools.GetNearbyVessels(150, true, FlightGlobals.ActiveVessel, true);
NearVessels = new List <Vessel>();
foreach (var v in PotentialVessels)
{
if (HasResources(v))
{
NearVessels.Add(v);
}
}
if (NearVessels.Count == 0)
{
return;
}
_crewPresent = NearVessels.Any(v => v.GetCrewCount() > 0);
_fromVessel = new TransferVessel();
_fromVessel.Setup(NearVessels[0], 0);
var lastIdx = NearVessels.Count - 1;
_toVessel = new TransferVessel();
_toVessel.Setup(NearVessels[lastIdx], lastIdx);
_resList = RebuildResourceList();
}
private float GetActiveConverters()
{
//We don't just count converters - we count total efficiency of those
//converters. This way high efficiency modules get a higher weight.
var totEff = 0f;
//Find any vessels that have an MKS Module tied to this same eTag.
var vList =
LogisticsTools.GetNearbyVessels(EFF_RANGE, true, vessel, true)
.Where(v => v.FindPartModulesImplementing <MKSModule>().Any(m => m.eTag == eTag));
var validMods = new List <String>
{
"ModuleResourceConverter",
"ModuleResourceHarvester",
"ModuleBulkHarvester"
};
foreach (var vsl in vList)
{
var pList = vsl.FindPartModulesImplementing <BaseConverter>().Where(m => validMods.Contains(m.name));
foreach (var p in pList)
{
var m = p.part.FindModuleImplementing <MKSModule>();
if (m != null)
{
if (p.IsActivated)
{
totEff += (p.Efficiency * m.eMultiplier);
}
}
}
}
return(totEff);
}
private double FetchResources(double amount, PartResourceDefinition resource, double fillPercent)
{
double demand = amount;
double fetched = 0d;
try
{
var rangeFactor = LOG_RANGE;
if (resource.name == "ElectricCharge")
{
rangeFactor = POWER_RANGE;
}
var nearVessels = LogisticsTools.GetNearbyVessels(rangeFactor, false, vessel, true);
foreach (var v in nearVessels)
{
if (demand <= ResourceUtilities.FLOAT_TOLERANCE)
{
break;
}
//Is this a valid target?
if (!HasResourcesToSpare(v, resource, fillPercent))
{
continue;
}
//Can we find what we're looking for?
var partList = v.Parts.Where(
p => p.Resources.Contains(resource.name));
foreach (var p in partList)
{
//Special case - EC can only come from a PDU
if (resource.name == "ElectricCharge" && !p.Modules.Contains("ModulePowerDistributor"))
{
continue;
}
var pr = p.Resources[resource.name];
if (pr.amount >= demand)
{
pr.amount -= demand;
fetched += demand;
demand = 0;
break;
}
else
{
demand -= pr.amount;
fetched += pr.amount;
pr.amount = 0;
}
}
}
}
catch (Exception ex)
{
print(String.Format("[MKS] - ERROR in FetchResources - {0}", ex.StackTrace));
}
return(fetched);
}
public List <Vessel> GetPowerDistributors(Vessel thisVessel)
{
bool hasRelay = false;
var pList = new List <Vessel>();
var vList = LogisticsTools.GetNearbyVessels(20000, true, thisVessel, true);
foreach (var v in vList)
{
var gParts = v.parts.Where(p => p.FindModuleImplementing <ModulePowerDistributor>() != null && HasCrew(p, "Engineer"));
if (gParts != null)
{
foreach (var p in gParts)
{
var mod = p.FindModuleImplementing <ModulePowerDistributor>();
var posCur = vessel.GetWorldPos3D();
var posNext = v.GetWorldPos3D();
var distance = Vector3d.Distance(posCur, posNext);
if (distance < mod.PowerDistributionRange)
{
pList.Add(v);
}
}
}
if (!hasRelay)
{
var dParts = v.parts.Where(p => p.FindModuleImplementing <ModulePowerCoupler>() != null);
if (dParts != null)
{
foreach (var p in dParts)
{
var mod = p.FindModuleImplementing <ModulePowerCoupler>();
var posCur = vessel.GetWorldPos3D();
var posNext = v.GetWorldPos3D();
var distance = Vector3d.Distance(posCur, posNext);
if (distance < mod.PowerCouplingRange)
{
hasRelay = true;
}
}
}
}
}
if (hasRelay)
{
return(pList);
}
else
{
return(new List <Vessel>());
}
}
public bool LogisticsAvailable()
{
var vList = LogisticsTools.GetNearbyVessels(DEPOT_RANGE, true, vessel, true);
foreach (var v in vList.Where(v => v.GetTotalMass() <= 3f))
{
if (v.Parts.Any(p => p.FindModuleImplementing <ModuleResourceDistributor>() != null && HasCrew(p, "Pilot")))
{
return(true);
}
}
return(false);
}
public bool PowerAvailable()
{
var vList = LogisticsTools.GetNearbyVessels(POWER_RANGE, true, vessel, true);
foreach (var v in vList)
{
if (v.Parts.Any(p => p.FindModuleImplementing <ModulePowerDistributor>() != null && HasCrew(p, "Engineer")))
{
return(true);
}
}
return(false);
}
private void LevelResources(string resource)
{
var nearbyShips = LogisticsTools.GetNearbyVessels(LogisticsRange, true, vessel, true);
var depots = new List <Vessel>();
foreach (var d in nearbyShips)
{
if (d.FindPartModulesImplementing <ModuleDistributedWarehouse>().Any() &&
d.Parts.Any(p => p.Resources.Contains(resource)))
{
depots.Add(d);
}
}
//Get relevant parts
var resParts = new List <Part>();
foreach (var d in depots)
{
var pList = d.parts.Where(p => p.Resources.Contains(resource) && p.Modules.Contains("ModuleDistributedWarehouse"));
foreach (var p in pList)
{
var wh = p.FindModuleImplementing <USI_ModuleResourceWarehouse>();
if (wh != null && wh.transferEnabled)
{
resParts.Add(p);
}
}
}
var amountSum = 0d;
var maxSum = 0d;
//Figure out our average fill percent
foreach (var p in resParts)
{
var res = p.Resources[resource];
amountSum += res.amount;
maxSum += res.maxAmount;
}
if (maxSum > 0 && amountSum > 0)
{
double fillPercent = amountSum / maxSum;
//Level everything
foreach (var p in resParts)
{
var res = p.Resources[resource];
res.amount = res.maxAmount * fillPercent;
}
}
}
private float GetActiveBoosters(string tag)
{
var totalEfficiencyBoost = 0f;
var boosters = LogisticsTools.GetNearbyVessels(EFFICIENCY_RANGE, true, vessel, true)
.SelectMany(v => v
.FindConverterAddonsImplementing <USI_EfficiencyBoosterAddon>()
.Where(a => a.Tag == tag));
foreach (var booster in boosters)
{
if (booster.IsActive)
{
totalEfficiencyBoost += (float)(booster.EfficiencyMultiplier * booster.Multiplier);
}
}
return(totalEfficiencyBoost);
}
public List <Vessel> GetPowerDistributors()
{
var distributors = new List <Vessel>();
var nearbyVessels = LogisticsTools.GetNearbyVessels(LogisticsTools.PHYSICS_RANGE, false,
vessel, true);
foreach (var v in nearbyVessels)
{
var range = LogisticsTools.GetRange(vessel, v);
if (v.parts
.Select(p => p.FindModuleImplementing <ModulePowerDistributor>())
.Any(m => m != null && range <= m.ActiveDistributionRange))
{
distributors.Add(v);
}
}
return(distributors);
}
private float GetActiveEParts()
{
var totEff = 0f;
var vList =
LogisticsTools.GetNearbyVessels(EFF_RANGE, true, vessel, true)
.Where(v => v.FindPartModulesImplementing <ModuleEfficiencyPart>().Any(m => m.eTag == eTag));
foreach (var vsl in vList)
{
var pList = vsl.FindPartModulesImplementing <ModuleEfficiencyPart>();
foreach (var p in pList)
{
if (p.IsActivated && p.eTag == eTag)
{
totEff += (float)(p.EfficiencyMultiplier * p.eMultiplier);
}
}
}
return(totEff);
}
private float GetCrewHappiness()
{
//Crew Happiness is a function of the ratio of living space to Kerbals.
//These are COLONY-WIDE.
var kShips = LogisticsTools.GetNearbyVessels(COLONY_RANGE, true, vessel, true);
float ls = GetKolonyLivingSpace(kShips);
//We can add in a limited number for crew capacity - 10%
ls += GetKolonyCrewCap(kShips) * .1f;
var totKerbs = GetKolonyInhabitants(kShips);
var hap = 0f;
if (totKerbs > 0)
{
hap = ls / totKerbs;
}
//Range is 50% - 150% for crowding and extra space.
//This is calculated before loneliness.
if (hap < .5f)
{
hap = .5f;
}
if (hap > 1.5f)
{
hap = 1.5f;
}
//Kerbals hate being alone. Any fewer than five Kerbals incurs a pretty significant penalty.
if (totKerbs < 5)
{
//20% - 80%
hap *= (totKerbs * .2f);
}
return(hap);
}
private void RefreshResourceList()
{
if (vesselId != FlightGlobals.ActiveVessel.id.ToString())
{
vesselId = FlightGlobals.ActiveVessel.id.ToString();
_resourceList.Clear();
}
var vList = LogisticsTools.GetNearbyVessels(LOCAL_LOGISTICS_RANGE, false, FlightGlobals.ActiveVessel, true);
vList.Add(FlightGlobals.ActiveVessel);
var _workList = new List <ResourceSummary>();
var vCount = vList.Count;
for (int i = 0; i < vCount; ++i)
{
var thisVessel = vList[i];
var pCount = thisVessel.Parts.Count;
for (int p = 0; p < pCount; ++p)
{
var thisPart = thisVessel.Parts[p];
var rCount = thisPart.Resources.Count;
for (int r = 0; r < rCount; ++r)
{
var res = thisPart.Resources[r];
if (!res.isVisible)
{
continue;
}
var found = false;
wlCount = _workList.Count();
for (int c = 0; c < wlCount; ++c)
{
var thisRes = _workList[c];
if (thisRes.ResourceName == res.resourceName)
{
found = true;
thisRes.CurrentAmount = +res.amount;
thisRes.CurrentMax = +res.maxAmount;
break;
}
}
if (!found)
{
_workList.Add(new ResourceSummary
{
CurrentMax = res.maxAmount,
CurrentAmount = res.amount,
ResourceName = res.resourceName
});
}
}
}
}
//At this point we have a populated working list. We now update the master list.
rlCount = _resourceList.Count;
wlCount = _workList.Count;
for (int w = 0; w < wlCount; w++)
{
var found = false;
var wRes = _workList[w];
for (int r = 0; r < _resourceList.Count; r++)
{
var res = _resourceList[r];
if (wRes.ResourceName == res.ResourceName)
{
res.LastAmount = res.CurrentAmount;
res.LastTime = res.CurrentTime;
res.LastMax = res.CurrentMax;
res.CurrentAmount = wRes.CurrentAmount;
res.CurrentMax = wRes.CurrentMax;
res.CurrentTime = Planetarium.GetUniversalTime();
found = true;
break;
}
}
if (!found)
{
_resourceList.Add(new ResourceSummary
{
LastTime = Planetarium.GetUniversalTime() - UpdateFrequency,
LastAmount = wRes.CurrentAmount,
LastMax = wRes.CurrentMax,
CurrentAmount = wRes.CurrentAmount,
CurrentMax = wRes.CurrentMax,
CurrentTime = Planetarium.GetUniversalTime(),
ResourceName = wRes.ResourceName
});
}
}
//Cull missing resources
for (int r = rlCount; r-- > 0;)
{
var res = _resourceList[r];
var found = false;
for (int w = 0; r < _workList.Count; w++)
{
var wRes = _workList[w];
if (wRes.ResourceName == res.ResourceName)
{
found = true;
break;
}
}
if (!found)
{
_resourceList.Remove(res);
}
}
}
private void TransferResources(PartResourceDefinition resource, double amount, TransferType transferType)
{
try
{
var transferAmount = amount;
var nearVessels = LogisticsTools.GetNearbyVessels(LogisticsRange, false, vessel);
foreach (var v in nearVessels)
{
if (transferAmount == 0)
{
break;
}
//Can we find what we're looking for?
var partList = v.Parts.Where(
p => p.Resources.Contains(resource.name) &&
p != part &&
p.Modules.Contains("ProxyLogistics"));
foreach (var p in partList)
{
var pr = p.Resources[resource.name];
if (transferType == TransferType.TakeResources)
{
// RemotePartAmount: 200 -> 150
// LocalPartAmount: 10 -> 60
// TransferAmount: 50 -> 0
//
if (pr.amount >= transferAmount)
{
pr.amount -= transferAmount;
part.Resources[resource.name].amount += transferAmount;
transferAmount = 0;
break;
}
else
{
// RemotePartAmount: 10 -> 0
// LocalPartAmount: 10 -> 20
// TransferAmount: 50 -> 40
//
transferAmount -= pr.amount;
part.Resources[resource.name].amount += pr.amount;
pr.amount = 0;
}
}
else
{
var plMods = p.Modules.OfType <ProxyLogistics>().Where(m => m.IsLogisticsDistributor);
if (plMods.Any())
{
var storageSpace = pr.maxAmount - pr.amount;
if (storageSpace >= transferAmount)
{
// SS: 100
// RemotePartAmount: 400/500 -> 450/500
// LocalPartAmount: 100 -> 50
// TransferAmount: 50 -> 0
pr.amount += transferAmount;
part.Resources[resource.name].amount -= transferAmount;
transferAmount = 0;
break;
}
else
{
// SS:10
// RemotePartAmount: 490/500 -> 500/500
// LocalPartAmount: 100 -> 90
// TransferAmount: 50 -> 40
transferAmount -= storageSpace;
part.Resources[resource.name].amount -= storageSpace;
pr.amount = pr.maxAmount;
}
}
}
}
}
}
catch (Exception ex)
{
print(String.Format("[MKS] - ERROR in TransferResources - {0}", ex.StackTrace));
}
}
public List <Vessel> GetPowerDistributors(Vessel thisVessel)
{
bool hasRelay = false;
var pList = new List <Vessel>();
var vList = LogisticsTools.GetNearbyVessels(20000, true, thisVessel, true);
print("Checking " + vList.Count + " vessels...");
foreach (var v in vList)
{
var gParts = v.parts.Where(p => p.FindModuleImplementing <ModulePowerDistributor>() != null && HasCrew(p, "Engineer"));
if (gParts != null)
{
print("Found " + gParts.Count() + " parts that are distributors!");
foreach (var p in gParts)
{
var mod = p.FindModuleImplementing <ModulePowerDistributor>();
var posCur = vessel.GetWorldPos3D();
var posNext = v.GetWorldPos3D();
var distance = Vector3d.Distance(posCur, posNext);
if (distance < mod.PowerDistributionRange)
{
print("Adding PDU in range");
pList.Add(v);
}
else
{
print("PDU was not in range...");
}
}
}
if (!hasRelay)
{
var dParts = v.parts.Where(p => p.FindModuleImplementing <ModulePowerCoupler>() != null);
if (dParts != null)
{
print("Found " + gParts.Count() + " parts that are couplers!");
foreach (var p in dParts)
{
var mod = p.FindModuleImplementing <ModulePowerCoupler>();
var posCur = vessel.GetWorldPos3D();
var posNext = v.GetWorldPos3D();
var distance = Vector3d.Distance(posCur, posNext);
if (distance < mod.PowerCouplingRange)
{
print("Relay was in range!!!!");
hasRelay = true;
}
else
{
print("Relay was not in range");
}
}
}
}
}
if (hasRelay)
{
return(pList);
}
else
{
return(new List <Vessel>());
}
}
private void DrawLogistics()
{
var vessels = LogisticsTools.GetNearbyVessels(2000, true, _model, true);
List <LogisticsResource> resources = new List <LogisticsResource>();
Dictionary <string, float> dr = new Dictionary <string, float>();
int kerbals = 0;
foreach (Vessel v in vessels)
{
// Storage
foreach (var r in v.GetStorage())
{
getResourceFromList(resources, r.resourceName).maxAmount += r.amount;
}
// Amount
foreach (var r in v.GetResourceAmounts())
{
getResourceFromList(resources, r.resourceName).amount += r.amount;
}
// Production of converters
foreach (var r in v.GetProduction())
{
getResourceFromList(resources, r.resourceName).change += r.amount;
}
// Consumption of Converters
foreach (var r in v.GetProduction(false))
{
getResourceFromList(resources, r.resourceName).change -= r.amount;
}
// Drills
foreach (Part drill in v.Parts.Where(p => p.Modules.Contains("ModuleResourceHarvester")))
{
foreach (ModuleResourceHarvester m in drill.FindModulesImplementing <ModuleResourceHarvester>().Where(mod => mod.IsActivated))
{
bool hasResource = false;
foreach (var p in v.Parts)
{
var res = p.Resources.Get(m.ResourceName);
if (res == null)
{
continue;
}
if (res.amount <= res.maxAmount)
{
hasResource = true;
}
}
if (hasResource)
// test if storage for this resource on this vessel is not full
{
AbundanceRequest ar = new AbundanceRequest
{
Altitude = v.altitude,
BodyId = FlightGlobals.currentMainBody.flightGlobalsIndex,
CheckForLock = false,
Latitude = v.latitude,
Longitude = v.longitude,
ResourceType = HarvestTypes.Planetary,
ResourceName = m.ResourceName
};
getResourceFromList(resources, m.ResourceName).change += (double)ResourceMap.Instance.GetAbundance(ar);
getResourceFromList(resources, "ElectricCharge").change -= 6;
}
}
}
// Life Support
kerbals += v.GetCrewCount();
}
if (_usils)
{
getResourceFromList(resources, "Supplies").change -= kerbals * 0.00005;
getResourceFromList(resources, "Mulch").change += kerbals * 0.00005;
getResourceFromList(resources, "ElectricCharge").change -= kerbals * 0.01;
}
if (_tacls)
{
// TAC-LS consumption rates are a bit complex to calculate, so here is an approximated calculation where
// - Kerbals on EVA are not handled
// - BaseElectricityConsumptionRate is not taken into account
getResourceFromList(resources, "Oxygen").change -= kerbals * 0.001713537562385;
getResourceFromList(resources, "Food").change -= kerbals * 0.000016927083333;
getResourceFromList(resources, "Water").change -= kerbals * 0.000011188078704;
getResourceFromList(resources, "CarbonDioxide").change += kerbals * 0.00148012889876;
getResourceFromList(resources, "Waste").change += kerbals * 0.000001539351852;
getResourceFromList(resources, "WasteWater").change += kerbals * 0.000014247685185;
getResourceFromList(resources, "ElectricCharge").change -= kerbals * 0.014166666666667;
// Values are based on TAC-LS Version 0.11.1.20
}
// Consumption rates for Snacks are not calculated
resources.Sort(new LogisticsResourceComparer());
foreach (LogisticsResource r in resources)
{
GUILayout.Label(r.resourceName + ": " + numberToOut(r.amount, -1, false) + "/" + Math.Round(r.maxAmount, 5) + " (" + numberToOut(r.change, r.change > 0 ? r.maxAmount - r.amount : r.amount) + ")");
}
}
private static List <Vessel> FetchNewParticipatingVessels()
{
var nearbyVessels = LogisticsTools.GetNearbyVessels(LOCAL_LOGISTICS_RANGE, true, FlightGlobals.ActiveVessel, true);
return(nearbyVessels.Where(HasResources).ToList());
}
private float GetEfficiency()
{
try
{
//Efficiency is based on various factors. These come in three
//categories:
// * Part
// * Vessel
// * Colony
// - Vessel Workspaces [numWorkspaces]
// - 25% Vessel Crew Capacity [numWorkSpaces]
// - Vessel MKS Module count [numModules]
// - Part Crew [modKerbalFactor] (0.05 - 3.75 per Kerbal)
// - Vessel crew [numWeightedKerbals]
// - Colony efficiency parts [added to eff]
// Bonus equal to 100 * number of units - 1
// - Colony Living Space/Kerbal Happiness
float numWorkspaces = GetKolonyWorkspaces(vessel);
//Plus 25% of Crew Cap as low efficiency workspaces
numWorkspaces += vessel.GetCrewCapacity() * .25f;
//Number of active modules
var numModules = GetActiveKolonyModules(vessel);
//Kerbals in the module
float modKerbalFactor = part.protoModuleCrew.Sum(k => GetKerbalFactor(k));
modKerbalFactor *= GetCrewHappiness();
//Kerbals in the ship
float numWeightedKerbals = vessel.GetVesselCrew().Sum(k => GetKerbalFactor(k));
numWeightedKerbals *= GetCrewHappiness();
//Worst case, 25% (if crewed). Uncrewed vessels will be at 0%
//You need crew for these things, no robo ships.
float eff = .0f;
if (vessel.GetCrewCount() > 0)
{
float WorkSpaceKerbalRatio = numWorkspaces / vessel.GetCrewCount();
if (WorkSpaceKerbalRatio > 3)
{
WorkSpaceKerbalRatio = 3;
}
//A module gets 100% bonus from Kerbals inside of it,
//in addition to a 10% bonus for Kerbals in the entire station.
float WorkUnits = WorkSpaceKerbalRatio * modKerbalFactor;
WorkUnits += WorkSpaceKerbalRatio * numWeightedKerbals * CrewBonus;
eff = WorkUnits / numModules;
if (eff > MaxEfficiency)
{
eff = MaxEfficiency;
}
if (eff < .25)
{
eff = .25f;
}
}
//Add in efficiencyParts
if (efficiencyPart != "")
{
var validEffParts = new List <EffPart>();
var effPartBits = efficiencyPart.Split(',')
.Select(effPartName => effPartName.Trim().Replace('_', '.')).ToArray();
for (int i = 0; i < effPartBits.Count(); i += 2)
{
validEffParts.Add(new EffPart
{
Name = effPartBits[i],
Multiplier = float.Parse(effPartBits[i + 1])
});
}
var effParts = 0f;
foreach (var vep in validEffParts)
{
var vList = LogisticsTools.GetNearbyVessels(EFF_RANGE, true, vessel, true);
var effPartList = new List <Part>();
foreach (var v in vList)
{
var nameWhenRootPart = vep.Name + " (" + v.GetName() + ")";
var pList = v.Parts.Where(p => p.name == vep.Name || p.name == nameWhenRootPart);
effPartList.AddRange(pList);
}
foreach (var ep in effPartList)
{
var mod = ep.FindModuleImplementing <USIAnimation>();
if (mod == null)
{
effParts += vep.Multiplier;
}
else
{
if (mod.isDeployed)
{
effParts += vep.Multiplier;
}
}
}
}
eff += effParts;
if (eff < 0.25)
{
eff = 0.25f; //We can go as low as 25% as these are almost mandatory.
}
}
if (!calculateEfficiency)
{
eff = 1f;
efficiency = String.Format("100% [Fixed]");
}
efficiency = String.Format("{0}%", Math.Round((eff * 100), 1));
//DEBUG DATA
//DEBUG
return(eff);
}
catch (Exception ex)
{
print(String.Format("[MKS] - ERROR in GetEfficiency - {0}", ex.Message));
return(1f);
}
}
private void DrawLogistics()
{
var vessels = LogisticsTools.GetNearbyVessels(2000, true, _model, true);
List <LogisticsResource> resources = new List <LogisticsResource>();
Dictionary <string, float> dr = new Dictionary <string, float>();
int kerbals = 0;
foreach (Vessel v in vessels)
{
// Storage
foreach (var r in v.GetStorage())
{
getResourceFromList(resources, r.resourceName).maxAmount += r.amount;
}
// Amount
foreach (var r in v.GetResourceAmounts())
{
getResourceFromList(resources, r.resourceName).amount += r.amount;
}
// Production of converters
foreach (var r in v.GetProduction())
{
getResourceFromList(resources, r.resourceName).change += r.amount;
}
// Consumption of Converters
foreach (var r in v.GetProduction(false))
{
getResourceFromList(resources, r.resourceName).change -= r.amount;
}
// Drills
foreach (Part drill in v.Parts.Where(p => p.Modules.Contains("ModuleResourceHarvester")))
{
foreach (ModuleResourceHarvester m in drill.FindModulesImplementing <ModuleResourceHarvester>().Where(mod => mod.IsActivated))
{
if (v.Parts.Exists(p => p.Resources.list.Exists(r => r.resourceName == m.ResourceName && r.amount < r.maxAmount)))
// test if storage for this resource on this vessel is not full
{
AbundanceRequest ar = new AbundanceRequest
{
Altitude = v.altitude,
BodyId = FlightGlobals.currentMainBody.flightGlobalsIndex,
CheckForLock = false,
Latitude = v.latitude,
Longitude = v.longitude,
ResourceType = HarvestTypes.Planetary,
ResourceName = m.ResourceName
};
getResourceFromList(resources, m.ResourceName).change += (double)ResourceMap.Instance.GetAbundance(ar);
getResourceFromList(resources, "ElectricCharge").change -= 6;
}
}
}
// Life Support
kerbals += v.GetCrewCount();
}
if (_usils)
{
getResourceFromList(resources, "Supplies").change -= kerbals * 0.00005;
getResourceFromList(resources, "Mulch").change += kerbals * 0.00005;
getResourceFromList(resources, "ElectricCharge").change -= kerbals * 0.01;
}
resources.Sort(new LogisticsResourceComparer());
foreach (LogisticsResource r in resources)
{
GUILayout.Label(r.resourceName + ": " + numberToOut(r.amount, -1, false) + "/" + Math.Round(r.maxAmount, 5) + " (" + numberToOut(r.change, r.change > 0 ? r.maxAmount - r.amount : r.amount) + ")");
}
}