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Update AIGovernor.java
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Taking natural pop-growth and the cost of terraforming into account when deciding to build factories or population. This usually results to prefering factories almost always when they can be operated.
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@Xilmi
Xilmi committed Jun 17, 2021
1 parent 36a773e commit c593516
Showing 1 changed file with 26 additions and 38 deletions.
64 changes: 26 additions & 38 deletions src/rotp/model/ai/xilmi/AIGovernor.java
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Expand Up @@ -232,28 +232,22 @@ private void baseSetColonyAllocations(Colony col) {
return;
}

// calc this now before spending amts are reset
//switch away from stargate, which can accidentally get selected by scrapping after stargate was researched
if(col.shipyard().design() == empire.shipLab().stargateDesign() || !col.shipyard().design().active()) {
col.shipyard().goToNextDesign();
}
//System.out.print("\n"+empire.name()+" col.shipyard().maxSpendingNeeded(): "+col.shipyard().maxSpendingNeeded()+" bldg: "+col.shipyard().design().id()+ " active: "+col.shipyard().design().active());
float netFactoryProduction = 1;
if(!empire.ignoresPlanetEnvironment())
netFactoryProduction -= empire.tech().factoryWasteMod() / empire.tech().wasteElimination();
float workerROI = empire.tech().populationCost() / empire.workerProductivity();
float workerProductivityForExistingFactories = 0;
if(col.industry().factories() > col.maxUseableFactories())
workerProductivityForExistingFactories = netFactoryProduction * empire.maxRobotControls();
float workerROI = (empire.tech().populationCost() + col.ecology().enrichSoilCost() + col.ecology().terraformCost() + col.normalPopGrowth() * empire.tech().populationCost()) / (empire.workerProductivity() + workerProductivityForExistingFactories);
float factoryROI = empire.tech().baseFactoryCost() / col.planet().productionAdj() / netFactoryProduction;
//System.out.print("\n"+empire.name()+" "+col.name()+" workerROI: "+workerROI+" factoryROI: "+factoryROI);
float maxShipBCNeeded = col.shipyard().maxSpendingNeeded();
if(col.industry().factories() > col.maxUseableFactories())
factoryROI += workerROI;
float maxShipBC = maxShipBCPermitted(col);
float shipPctSpending = shipPctForColony(col);
float currentNet = col.totalIncome() - col.minimumCleanupCost();
// # of turns we could make ship with 100% ship
float shipTurns = maxShipBCNeeded/(currentNet*shipPctSpending);
// pct increase of factories we could make with 100% industry
float maxNewFactories = min(col.industry().maxUseableFactories()-col.industry().factories(), currentNet/col.industry().newFactoryCost());
float factoryIncreasePct = maxNewFactories/col.industry().factories();
float prodScore = productionScore(col.starSystem());

//System.out.print("\n"+empire.name()+" "+col.name()+" workerROI: "+workerROI+" factoryROI: "+factoryROI+" prodScore: "+prodScore+" fac-bonus: "+workerProductivityForExistingFactories+" capacity: "+col.currentProductionCapacity());

suggestMissileBaseCount(col);
col.clearSpending();

Expand Down Expand Up @@ -284,10 +278,16 @@ private void baseSetColonyAllocations(Colony col) {
}
// ship spending, if requested
if (!col.shipyard().buildingObsoleteDesign()
&& (col.shipyard().desiredShips() > 0)
&& ((1.0/shipTurns) > factoryIncreasePct)){
&& col.shipyard().desiredShips() > 0
&& col.currentProductionCapacity() >= 0.5){
shipCost = min(maxShipBC, col.shipyard().maxSpendingNeeded());
float shipPct = shipCost/totalProd;
if(col.shipyard().design().isShip())
{
ShipDesign d = (ShipDesign)col.shipyard().design();
if(d.hasColonySpecial())
shipPct = totalProd;
}
col.pct(SHIP, shipPct);
//System.out.println("\n"+empire.name()+" "+col.name()+" shipPct: "+shipPct+" shipCost-A: "+shipCost+" maxShipBC: "+maxShipBC+" col.shipyard().maxSpendingNeeded(): "+col.shipyard().maxSpendingNeeded()+" shipTurns: "+shipTurns+" totalProd: "+totalProd);
shipCost = col.pct(SHIP) * totalProd;
Expand All @@ -308,29 +308,21 @@ private void baseSetColonyAllocations(Colony col) {
}
}
float popLoss = enemyBombardPower / 200;
float prodScore = productionScore(col.starSystem());

float nonCleanEcoCost = col.ecology().maxSpendingNeeded() - cleanCost;
// prod spending gets up to 100% of planet's remaining net prod
if(col.industry().factories() < col.maxUseableFactories()
&& (factoryROI < 25 || prodScore < 0.5)
&& enemyBombardPower == 0)
if((workerROI > factoryROI || col.industry().factories() < col.maxUseableFactories())
&& enemyBombardPower == 0)
{
if(workerROI > factoryROI || col.population() == col.maxSize())
{
float prodCost = min(netProd, col.industry().maxSpendingNeeded());
col.pct(INDUSTRY, prodCost/totalProd);
prodCost = col.pct(INDUSTRY) * totalProd;
netProd -= prodCost;
float prodCost = min(netProd, col.industry().maxSpendingNeeded());
col.pct(INDUSTRY, prodCost/totalProd);
prodCost = col.pct(INDUSTRY) * totalProd;
netProd -= prodCost;

if (col.totalAmountAllocated() >= maxAllocation)
return;
}
if (col.totalAmountAllocated() >= maxAllocation)
return;
}

// eco spending gets up to 100% of planet's remaining net prod

float nonCleanEcoCost = col.ecology().maxSpendingNeeded() - cleanCost;
//if we bomb us, we make ship or research
if(popLoss * empire.tech().populationCost() > totalProd)
nonCleanEcoCost = 0;
float ecoCost = max(0, min(netProd, nonCleanEcoCost));
Expand Down Expand Up @@ -494,10 +486,6 @@ else if (bomberDamage == 0)
if(prodScore > 1 && (col.planet().isResourceRich() || col.planet().isResourceUltraRich()) && !col.research().hasProject())
shiftResearchToIndustry = true;

//getting here sometimes happens when building colony-ships and not needing all production
if(col.industry().factories() < col.industry().maxFactories())
shiftResearchToIndustry = true;

if(enemyBombardPower > 0)
shiftResearchToIndustry = false;

Expand Down

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