def BuildSatts(PlanetList, TechList, FleetList, IdealPlanet, i, n):
CrystalCost = 2000 * n / IdealPlanet[0].ResScaleFactor
DeutCost = 500 * n / IdealPlanet[0].ResScaleFactor
TotalMetal, TotalCrystal, TotalDeut = TotalRes(PlanetList, IdealPlanet)
if TotalDeut > 0:
if TotalCrystal >= CrystalCost and TotalDeut >= DeutCost and (
PlanetList[i].Resource[1] < CrystalCost
or PlanetList[i].Resource[2] < DeutCost
) and PlanetList[i].Shipyard >= 1:
CrystalCost -= PlanetList[i].Resource[1]
DeutCost -= PlanetList[i].Resource[2]
if CrystalCost < 0:
CrystalCost = 0
if DeutCost < 0:
DeutCost = 0
if CrystalCost > 0 or DeutCost > 0:
CheckToMove(PlanetList, TechList, FleetList, IdealPlanet, 0,
CrystalCost, DeutCost, i)
if PlanetList[i].Resource[1] > CrystalCost and PlanetList[i].Resource[
2] > DeutCost and PlanetList[i].Shipyard >= 1:
print "Built " + str(n) + " Solar Satellites on Planet " + str(i)
PlanetList[i].Resource[2] -= DeutCost
PlanetList[i].Resource[1] -= CrystalCost
PlanetList[i].Satellites += n
calcenergy(PlanetList, TechList, FleetList, IdealPlanet, i)
IdealPlanet[0].WaitingFlag = 0
else:
if IdealPlanet[0].WaitingFlag == 0 and PlanetList[i].Shipyard >= 1:
print "Flagged Satts"
IdealPlanet[0].WaitingFlag = 1
IdealPlanet[0].WaitingMetal = 0
IdealPlanet[0].WaitingCrystal = CrystalCost
IdealPlanet[0].WaitingDeut = DeutCost
if PlanetList[i].Shipyard < 1:
IdealPlanet[0].Shipyard = 1
def CheckUpSolar(PlanetList, TechList, FleetList, IdealPlanet, i):
MetalCost = 75 * 1.5**PlanetList[i].SolarPlant / IdealPlanet[
0].ResScaleFactor
CrystalCost = 30 * 1.5**PlanetList[i].SolarPlant / IdealPlanet[
0].ResScaleFactor
checkupstores(PlanetList, TechList, IdealPlanet, FleetList, MetalCost,
CrystalCost, 0, i)
TotalMetal, TotalCrystal, TotalDeut = TotalRes(PlanetList, IdealPlanet)
CheckToMove(PlanetList, TechList, FleetList, IdealPlanet, MetalCost,
CrystalCost, 0, i)
if PlanetList[i].Resource[0] >= MetalCost and PlanetList[i].Resource[
1] >= CrystalCost:
print "Built Solar Plant Level " + str(
PlanetList[i].SolarPlant + 1) + " on Planet " + str(i) + "!"
PlanetList[i].Resource[0] -= MetalCost
PlanetList[i].Resource[1] -= CrystalCost
PlanetList[i].SolarPlant += 1
calcenergy(PlanetList, TechList, FleetList, IdealPlanet, i)
IdealPlanet[0].WaitingFlag = 0
else:
if IdealPlanet[0].WaitingFlag == 0:
print "Flagged Solar"
IdealPlanet[0].WaitingFlag = 1
IdealPlanet[0].WaitingMetal = MetalCost
IdealPlanet[0].WaitingCrystal = CrystalCost
IdealPlanet[0].WaitingDeut = 0
def CheckUpAstrophysics(PlanetList, FleetList, IdealPlanet, TechList):
MetalCost = 100 * round(
40 * 1.75**TechList[0].Astrophysics) / IdealPlanet[0].ResScaleFactor
CrystalCost = 100 * round(
80 * 1.75**TechList[0].Astrophysics) / IdealPlanet[0].ResScaleFactor
DeutCost = 100 * round(
40 * 1.75**TechList[0].Astrophysics) / IdealPlanet[0].ResScaleFactor
TMetal, TCrystal, TDeut = TotalRes(PlanetList, IdealPlanet)
if TMetal >= MetalCost and TCrystal >= CrystalCost and TDeut >= DeutCost and PlanetList[
0].ResearchLab >= 3:
CheckToMove(PlanetList, TechList, FleetList, IdealPlanet, MetalCost,
CrystalCost, DeutCost, 0)
print "Consolidated resources!"
else:
if IdealPlanet[0].WaitingFlag == 0 and TCrystal >= 0.8 * CrystalCost:
IdealPlanet[0].WaitingFlag = 1
IdealPlanet[0].WaitingMetal = MetalCost
IdealPlanet[0].WaitingCrystal = CrystalCost
IdealPlanet[0].WaitingDeut = DeutCost
if PlanetList[0].Resource[0] >= MetalCost and PlanetList[0].Resource[
1] >= CrystalCost and PlanetList[0].Resource[
2] >= DeutCost and PlanetList[0].ResearchLab >= 3:
IdealPlanet[0].WaitingFlag = 0
print "Found Planet was enough for astro!"
print "Researched Astrophysics level " + str(TechList[0].Astrophysics +
1) + "!"
PlanetList[0].Resource[0] -= MetalCost
PlanetList[0].Resource[1] -= CrystalCost
PlanetList[0].Resource[2] -= DeutCost
TechList[0].Astrophysics += 1
IdealPlanet[0].WaitingFlag = 0
def CheckRocketLaunchers(PlanetList, TechList, FleetList, IdealPlanet, i):
if PlanetList[i].Shipyard == 0:
checkupshipyard(PlanetList, TechList, FleetList, IdealPlanet, i)
else:
TMetal, TCrystal, TDeut = TotalRes(PlanetList)
if PlanetList[i].RocketLauncher < IdealPlanet[0].RocketLauncher:
Rockets = IdealPlanet[0].RocketLauncher - PlanetList[
i].RocketLauncher
RocketCost = Rockets * 2000
if RocketCost > PlanetList[i].Resource[0]:
CheckToMove(PlanetList, TechList, FleetList, RocketCost, 0, 0,
i)
if RocketCost < PlanetList[i].Resource[0]:
PlanetList[i].RocketLauncher += Rockets
PlanetList[i].Resource[0] -= 2000 * Rockets
print "Built " + str(
Rockets) + " Rocket Launchers on Planet " + str(i) + "!"
IdealPlanet[0].WaitingFlag = 0
else:
IdealPlanet[0].WaitingFlag = 1
IdealPlanet[0].WaitingMetal = RocketCost
IdealPlanet[0].WaitingCrystal = 0
IdealPlanet[0].WaitingDeut = 0
elif (PlanetList[i].Resource[0] > (0.6 * PlanetList[i].MetalCap) and
(PlanetList[i].Resource[1] <
(0.3 * PlanetList[i].CrystalCap) or PlanetList[i].Resource[2] <
(0.3 * PlanetList[i].DeuteriumCap))
) or PlanetList[i].Resource[0] > (0.80 * PlanetList[i].MetalCap):
Rockets = int(PlanetList[i].Resource[0] / 4000)
PlanetList[i].RocketLauncher += Rockets
PlanetList[i].Resource[0] -= 2000 * Rockets
print "Built " + str(
Rockets) + " Rocket Launchers on Planet " + str(i) + "!"
def CheckUpMissileSilo(PlanetList, TechList, FleetList, IdealPlanet, i):
MetalCost = 20000 * 2**PlanetList[i].MissileSilo
CrystalCost = 20000 * 2**PlanetList[i].MissileSilo
DeutCost = 1000 * 2**PlanetList[i].MissileSilo
checkupstores(PlanetList, TechList, IdealPlanet, FleetList, MetalCost,
CrystalCost, DeutCost, i)
CheckToMove(PlanetList, TechList, FleetList, IdealPlanet, MetalCost,
CrystalCost, DeutCost, i)
if PlanetList[i].Resource[0] >= MetalCost and PlanetList[i].Resource[
1] >= CrystalCost and PlanetList[i].Resource[2] >= DeutCost:
print "Built Missile Silo Level " + str(
PlanetList[i].MissileSilo + 1) + " on Planet " + str(i) + "!"
PlanetList[i].Resource[0] -= MetalCost
PlanetList[i].Resource[1] -= CrystalCost
PlanetList[i].Resource[2] -= DeutCost
PlanetList[i].MissileSilo += 1
def CheckUpTerraformer(PlanetList, TechList, FleetList, IdealPlanet, i):
CrystalCost = 50000 * 2**PlanetList[i].Terraformer
DeutCost = 100000 * 2**PlanetList[i].Terraformer
EnergyCost = 1000 * 2**PlanetList[i].Terraformer
checkupstores(PlanetList, TechList, IdealPlanet, FleetList, 0, CrystalCost,
DeutCost, i)
CheckToMove(PlanetList, TechList, FleetList, IdealPlanet, 0, CrystalCost,
DeutCost, i)
if PlanetList[i].Resource[1] >= CrystalCost and PlanetList[i].Resource[
2] >= DeutCost and PlanetList[
i].EnergyProd >= EnergyCost and PlanetList[
i].Nanites >= 1 and TechList[0].Computer >= 12:
print "Built Terraformer Level " + str(
PlanetList[i].Terraformer + 1) + " on Planet " + str(i) + "!"
PlanetList[i].Resource[1] -= CrystalCost
PlanetList[i].Resource[2] -= DeutCost
PlanetList[i].Terraformer += 1
def CheckUpCombustion(PlanetList, FleetList, TechList, IdealPlanet):
TMetal, TCrystal, TDeut = TotalRes(PlanetList, IdealPlanet)
MetalCost = 400 * 2**TechList[0].CombustionDrive / IdealPlanet[
0].ResScaleFactor
DeutCost = 600 * 2**TechList[0].CombustionDrive / IdealPlanet[
0].ResScaleFactor
if TMetal >= MetalCost and TDeut >= DeutCost and PlanetList[
0].ResearchLab >= 1 and TechList[0].CombustionDrive >= 2 and (
PlanetList[0].Resource[0] < MetalCost
or PlanetList[0].Resource[2] < DeutCost):
CheckToMove(PlanetList, TechList, FleetList, IdealPlanet, MetalCost, 0,
DeutCost, 0)
print "Consolidated resources!"
if PlanetList[0].Resource[0] > MetalCost and PlanetList[0].Resource[
2] > DeutCost:
print "Researched Combustion Drive level " + str(
TechList[0].CombustionDrive + 1) + " on planet 1!"
PlanetList[0].Resource[0] -= MetalCost
PlanetList[0].Resource[2] -= DeutCost
TechList[0].CombustionDrive += 1
def CheckUpFusion(PlanetList, TechList, FleetList, IdealPlanet, i):
TotalMetal, TotalCrystal, TotalDeut = TotalRes(PlanetList, IdealPlanet)
if PlanetList[i].DeuteriumMine >= 5 and TechList[0].Energy >= 3:
MetalCost = 900 * 1.8**PlanetList[i].FusionPlant / IdealPlanet[
0].ResScaleFactor
CrystalCost = 360 * 1.8**PlanetList[i].FusionPlant / IdealPlanet[
0].ResScaleFactor
DeutCost = 180 * 1.8**PlanetList[i].FusionPlant / IdealPlanet[
0].ResScaleFactor
checkupstores(PlanetList, TechList, IdealPlanet, FleetList, MetalCost,
CrystalCost, DeutCost, i)
CheckToMove(PlanetList, TechList, FleetList, IdealPlanet, MetalCost,
CrystalCost, DeutCost, i)
if PlanetList[i].Resource[0] >= MetalCost and PlanetList[i].Resource[
1] >= CrystalCost and PlanetList[i].Resource[2] >= DeutCost:
print "Built Fusion Plant Level " + str(
PlanetList[i].FusionPlant + 1) + " on Planet " + str(i) + "!"
PlanetList[i].Resource[0] -= MetalCost
PlanetList[i].Resource[1] -= CrystalCost
PlanetList[i].Resource[2] -= DeutCost
PlanetList[i].FusionPlant += 1
calcenergy(PlanetList, TechList, FleetList, IdealPlanet, i)
IdealPlanet[0].WaitingFlag = 0
else:
if IdealPlanet[0].WaitingFlag == 0:
print "Flagged Fusion"
IdealPlanet[0].WaitingFlag = 1
IdealPlanet[0].WaitingMetal = MetalCost
IdealPlanet[0].WaitingCrystal = CrystalCost
IdealPlanet[0].WaitingDeut = DeutCost
else:
if PlanetList[i].DeuteriumMine < 5 and IdealPlanet[0].DeuteriumMine < 5:
IdealPlanet[0].DeuteriumMine = 5
if PlanetList[i].DeuteriumMine < 5 and IdealPlanet[
0].DeuteriumMine >= 5:
CheckUpDeut(PlanetList, TechList, FleetList, IdealPlanet, i)
if TechList[0].Energy < 3:
TechList[1].Energy = 3
def CheckUpNanites(PlanetList, TechList, FleetList, IdealPlanet, i):
MetalCost = 1000000 * 2**PlanetList[i].Nanites
CrystalCost = 500000 * 2**PlanetList[i].Nanites
DeutCost = 100000 * 2**PlanetList[1].Nanites
if PlanetList[i].Robots == 10 and TechLst[0].Computer >= 10:
checkupstores(PlanetList, TechList, IdealPlanet, FleetList, MetalCost,
CrystalCost, DeutCost, i)
CheckToMove(PlanetList, TechList, FleetList, IdealPlanet, MetalCost,
CrystalCost, 0, i)
if PlanetList[i].Resource[0] >= MetalCost and PlanetList[i].Resource[
1] >= CrystalCost and PlanetList[i].Resource[2] >= DeutCost:
print "Built Nanites Level " + str(
PlanetList[i].Nanites + 1) + " on Planet " + str(i) + "!"
PlanetList[i].Resource[0] -= MetalCost
PlanetList[i].Resource[1] -= CrystalCost
PlanetList[i].Resource[2] -= DeutCost
PlanetList[i].Nanites += 1
else:
print "Flagged Nanites"
IdealPlanet[0].WaitingFlag = 1
IdealPlanet[0].WaitingMetal = MetalCost
IdealPlanet[0].WaitingCrystal = CrystalCost
IdealPlanet[0].WaitingDeut = DeutCost
def CheckUpDeut(PlanetList, TechList, FleetList, IdealPlanet, i):
MetalCost = 225 * 1.5**PlanetList[i].DeuteriumMine / IdealPlanet[
0].ResScaleFactor
CrystalCost = 75 * 1.5**PlanetList[i].DeuteriumMine / IdealPlanet[
0].ResScaleFactor
SparePower = PlanetList[i].EnergyProd - PlanetList[i].EnergyUsed + 10
PowerBoost = 10 * (PlanetList[i].DeuteriumMine + 1) * 1.1**(
PlanetList[i].DeuteriumMine + 1
) - 10 * PlanetList[i].DeuteriumMine * 1.1**PlanetList[i].DeuteriumMine
checkupstores(PlanetList, TechList, IdealPlanet, FleetList, MetalCost,
CrystalCost, 0, i)
if SparePower > PowerBoost:
CheckToMove(PlanetList, TechList, FleetList, IdealPlanet, MetalCost,
CrystalCost, 0, i)
if PlanetList[i].Resource[0] > MetalCost and PlanetList[i].Resource[
1] > CrystalCost:
print "Built Deuterium Mine Level " + str(
PlanetList[i].DeuteriumMine + 1) + " on Planet " + str(i) + "!"
PlanetList[i].Resource[0] -= MetalCost
PlanetList[i].Resource[1] -= CrystalCost
PlanetList[i].EnergyUsed += PowerBoost
PlanetList[i].DeuteriumMine += 2
PlanetList[i].Prod[2] = unispeed * (
20 * PlanetList[i].DeuteriumMine *
1.1**PlanetList[i].DeuteriumMine)
IdealPlanet[0].WaitingFlag = 0
else:
if IdealPlanet[0].WaitingFlag == 0:
print "Flagged DM"
IdealPlanet[0].WaitingFlag = 1
IdealPlanet[0].WaitingMetal = MetalCost
IdealPlanet[0].WaitingCrystal = CrystalCost
IdealPlanet[0].WaitingDeut = 0
else:
CheckUpPower(PlanetList, TechList, FleetList, IdealPlanet, i,
PowerBoost - SparePower)
def checkupstores(PlanetList, TechList, IdealPlanet, FleetList, Metal, Crystal,
Deut, i):
calcstores(PlanetList, TechList, FleetList, IdealPlanet)
if Metal >= PlanetList[i].MetalCap - PlanetList[i].Prod[0] / 60:
TMetal, TCrystal, TDeut = TotalRes(PlanetList, IdealPlanet)
MetalCost = 1000 * 2**PlanetList[i].MetalStorage / IdealPlanet[
0].ResScaleFactor
CheckToMove(PlanetList, TechList, FleetList, IdealPlanet, MetalCost, 0,
0, i)
if PlanetList[i].Resource[0] >= MetalCost:
print "Built Metal Storage Level " + str(
PlanetList[i].MetalStorage + 1) + " on Planet " + str(i) + "!"
PlanetList[i].Resource[0] -= MetalCost
PlanetList[i].MetalStorage += 1
IdealPlanet[0].WaitingFlag = 0
else:
if IdealPlanet[0].WaitingFlag == 0:
IdealPlanet[0].WaitingFlag = 1
IdealPlanet[0].WaitingMetal = MetalCost
if Crystal >= PlanetList[i].CrystalCap - PlanetList[i].Prod[1] / 60:
TMetal, TCrystal, TDeut = TotalRes(PlanetList, IdealPlanet)
MetalCost = 1000 * 2**PlanetList[i].CrystalStorage / IdealPlanet[
0].ResScaleFactor
CrystalCost = 500 * 2**PlanetList[i].CrystalStorage / IdealPlanet[
0].ResScaleFactor
CheckToMove(PlanetList, TechList, FleetList, IdealPlanet, MetalCost,
CrystalCost, 0, i)
if PlanetList[i].Resource[0] >= MetalCost and PlanetList[i].Resource[
1] >= CrystalCost:
print "Built Crystal Storage Level " + str(
PlanetList[i].CrystalStorage +
1) + " on Planet " + str(i) + "!"
PlanetList[i].Resource[0] -= MetalCost
PlanetList[i].Resource[1] -= CrystalCost
PlanetList[i].CrystalStorage += 1
IdealPlanet[0].WaitingFlag = 0
else:
if IdealPlanet[0].WaitingFlag == 0:
IdealPlanet[0].WaitingFlag = 1
IdealPlanet[0].WaitingMetal = MetalCost
IdealPlanet[0].WaitingCrystal = CrystalCost
if Deut >= PlanetList[i].DeuteriumCap - PlanetList[i].Prod[2] / 60:
TMetal, TCrystal, TDeut = TotalRes(PlanetList, IdealPlanet)
MetalCost = 1000 * 2**PlanetList[i].CrystalStorage / IdealPlanet[
0].ResScaleFactor
CrystalCost = 1000 * 2**PlanetList[i].CrystalStorage / IdealPlanet[
0].ResScaleFactor
CheckToMove(PlanetList, TechList, FleetList, IdealPlanet, MetalCost,
CrystalCost, 0, i)
if PlanetList[i].Resource[0] >= MetalCost and PlanetList[i].Resource[
1] >= CrystalCost:
print "Built Deuterium Storage Level " + str(
PlanetList[i].DeuteriumStorage +
1) + " on Planet " + str(i) + "!"
PlanetList[i].Resource[0] -= MetalCost
PlanetList[i].Resource[1] -= CrystalCost
PlanetList[i].DeuteriumStorage += 1
IdealPlanet[0].WaitingFlag = 0
else:
if IdealPlanet[0].WaitingFlag == 0:
IdealPlanet[0].WaitingFlag = 1
IdealPlanet[0].WaitingMetal = MetalCost
IdealPlanet[0].WaitingCrystal = CrystalCost
calcstores(PlanetList, TechList, FleetList, IdealPlanet)