def findPopCenterPlanets(db, planetsIDs):
""" It finds "center of mass" of population.
Returns sorted list of all planets, beginning with those nearest to the
found center.
"""
x = 0
y = 0
population = 0
for planetID in planetsIDs:
planet = db[planetID]
x += planet.x * planet.storPop
y += planet.y * planet.storPop
population += planet.storPop
x /= population
y /= population
fakeObj = IDataHolder()
fakeObj.x = x
fakeObj.y = y
return findNearest(db,
fakeObj,
planetsIDs,
maxDist=99999,
number=len(planetsIDs))
def getPublicInfo(self, tran, obj):
result = IDataHolder()
result.oid = obj.oid
result.type = obj.type
result.name = obj.name
result.turn = obj.turn
return result
def getTechInfo(techID):
player = db[db.playerID]
tech = Rules.techs[techID]
# player possess this technology
if player.techs.has_key(techID):
return tech
if tech.fullInfo:
return tech
# player can research this technology
canResearch = 1
if player.race not in tech.researchRaces:
canResearch = 0
for tmpTechID, improvement in tech.researchRequires:
if not player.techs.has_key(tmpTechID) or player.techs[tmpTechID] < improvement:
canResearch = 0
break
for stratRes in tech.researchReqSRes:
if player.stratRes.get(stratRes, 0) < 1:
canResearch = 0
break
for tmpTechID in player.techs:
if techID in Rules.techs[tmpTechID].researchDisables:
canResearch = 0
break
if tech.level > player.techLevel:
canResearch = 0
if canResearch:
result = IDataHolder()
result.partialData = None
for attr in [
"name",
"isDiscovery",
"isStructure",
"isProject",
"isShipEquip",
"isShipHull",
"researchMod",
"researchTurns",
"textPreRsrch",
"researchRequires",
"subtype",
"researchReqSRes",
"researchDisables",
"level",
"researchRaces",
]:
setattr(result, attr, getattr(tech, attr))
return result
# player should know only basic params about tech
result = IDataHolder()
result.partialData = None
for attr in ["name", "researchRequires", "subtype", "level", "researchRaces"]:
setattr(result, attr, getattr(tech, attr))
return result
def forceAllyWithEDEN(self, tran, obj):
for partyID in obj.diplomacyRels.keys():
party = tran.db.get(partyID, None)
if party.type == T_AIEDENPLAYER:
diplSelf = obj.diplomacyRels.get(party.oid, None)
log.debug("Allying Pirate with EDEN (forced)", obj.oid,
partyID)
diplEDEN = IDataHolder()
diplEDEN.type = T_DIPLREL
diplEDEN.pacts = {
PACT_ALLOW_CIVILIAN_SHIPS:
[PACT_ACTIVE, PACT_ALLOW_CIVILIAN_SHIPS],
PACT_ALLOW_MILITARY_SHIPS:
[PACT_ACTIVE, PACT_ALLOW_MILITARY_SHIPS]
}
diplEDEN.relation = REL_FRIENDLY
diplEDEN.relChng = 0
diplEDEN.lastContact = tran.db[OID_UNIVERSE].turn
diplEDEN.contactType = CONTACT_STATIC
diplEDEN.stats = None
diplSelf.relation = REL_FRIENDLY
diplSelf.pacts = {
PACT_ALLOW_CIVILIAN_SHIPS:
[PACT_ACTIVE, PACT_ALLOW_CIVILIAN_SHIPS],
PACT_ALLOW_MILITARY_SHIPS:
[PACT_ACTIVE, PACT_ALLOW_MILITARY_SHIPS]
}
obj.diplomacyRels[party.oid] = diplSelf
party.diplomacyRels[obj.oid] = diplEDEN
def forceAllyWithEDEN(self,tran,obj):
for partyID in obj.diplomacyRels.keys():
party = tran.db.get(partyID, None)
if party.type == T_AIEDENPLAYER:
diplSelf = obj.diplomacyRels.get(party.oid, None)
log.debug("Allying Pirate with EDEN (forced)", obj.oid, partyID)
diplEDEN = IDataHolder()
diplEDEN.type = T_DIPLREL
diplEDEN.pacts = {
PACT_ALLOW_CIVILIAN_SHIPS: [PACT_ACTIVE, PACT_ALLOW_CIVILIAN_SHIPS],
PACT_ALLOW_MILITARY_SHIPS: [PACT_ACTIVE, PACT_ALLOW_MILITARY_SHIPS]
}
diplEDEN.relation = REL_FRIENDLY
diplEDEN.relChng = 0
diplEDEN.lastContact = tran.db[OID_UNIVERSE].turn
diplEDEN.contactType = CONTACT_STATIC
diplEDEN.stats = None
diplSelf.relation = REL_FRIENDLY
diplSelf.pacts = {
PACT_ALLOW_CIVILIAN_SHIPS: [PACT_ACTIVE, PACT_ALLOW_CIVILIAN_SHIPS],
PACT_ALLOW_MILITARY_SHIPS: [PACT_ACTIVE, PACT_ALLOW_MILITARY_SHIPS]
}
obj.diplomacyRels[party.oid] = diplSelf
party.diplomacyRels[obj.oid] = diplEDEN
def getDiplomacyWith(self, tran, obj, playerID):
# this AI battles with overyone
# make default
dipl = IDataHolder()
dipl.type = Const.T_DIPLREL
dipl.pacts = {}
if obj.oid == playerID:
dipl.relation = Const.REL_UNITY
else:
dipl.relation = Const.REL_ENEMY
dipl.relChng = 0
dipl.lastContact = tran.db[Const.OID_UNIVERSE].turn
dipl.contactType = Const.CONTACT_NONE
dipl.stats = None
return dipl
def init(self, obj):
IObject.init(self, obj)
#
obj.name = ""
obj.owner = Const.OID_NONE
obj.x = 0.0
obj.y = 0.0
obj.radius = 0.0
obj.centerWeight = 250.0
obj.systems = []
obj.startingPos = []
obj.numOfStartPos = 0
obj.timeEnabled = None # none instead of False, to know when first enablement is happening
obj.timePaused = False # this is only used for player-initiated pause, prevents autoenablement
obj.creationTurn = 0
obj.imperator = Const.OID_NONE
obj.description = ""
obj.scenario = Const.SCENARIO_NONE
obj.scenarioData = IDataHolder()
# electromagnetic radiation
obj.emrLevel = 1.0
obj.emrTrend = 1.0
obj.emrTime = 0
# galaxy keeps track of it's own time as well (because of pauses)
obj.galaxyTurn = 0
def answer(self, player):
answer = IDataHolder()
answer.bookings = len(self.players)
answer.last_creation = self.last_creation
answer.is_booked = player in self.players
answer.owner_nick = self.owner_nick
answer.gal_type = self.gal_type
answer.capacity = self.capacity
return answer
def getIntroInfo(self, tran, obj):
result = IDataHolder()
result.cid = tran.cid
result.turn = obj.turn
result.serverTime = time.time()
result.lastClientVersion = ClientVersion.version
result.lastClientRevision = ClientVersion.revision
result.rulesetName = Rules.rulesetName
return result
def getDiplomacyWith(self, tran, obj, playerID):
if obj.oid == playerID:
return REL_UNITY
# renegade battles with overyone
# make default
dipl = IDataHolder()
dipl.type = T_DIPLREL
dipl.pacts = {}
dipl.relation = REL_ENEMY
dipl.relChng = 0
dipl.lastContact = tran.db[OID_UNIVERSE].turn
dipl.contactType = CONTACT_NONE
dipl.stats = None
return dipl
def getDiplomacyWith(self, tran, obj, playerID):
# this AI battles with overyone
# make default
dipl = IDataHolder()
dipl.type = T_DIPLREL
dipl.pacts = {}
if obj.oid == playerID:
dipl.relation = REL_UNITY
else:
dipl.relation = REL_ENEMY
dipl.relChng = 0
dipl.lastContact = tran.db[OID_UNIVERSE].turn
dipl.contactType = CONTACT_NONE
dipl.stats = None
return dipl
def init(self, obj):
IObject.init(self, obj)
#
obj.login = u''
obj.fullName = u''
#
obj.buoys = {}
obj.alliedBuoys = {}
obj.planets = []
obj.fleets = []
obj.techs = {} # techs and their sublevel
obj.rsrchQueue = []
obj.sciPoints = 0
obj.effSciPoints = 0
obj.techLevel = 1
obj.shipDesigns = {}
obj.race = "H" # race Bionic, Human, Cyborg
# bonuses
obj.prodEff = 1.0
obj.sciEff = 1.0
#
obj.govPwr = 0
obj.govPwrCtrlRange = 1
# fleet support
obj.fleetUpgradePool = 0.0
obj.fleetUpgradeInProgress = 0
# production
obj.prodIncreasePool = 0.0
# diplomacy
obj.diplomacyRels = {}
obj.defaultRelation = Rules.defaultRelation
obj.voteFor = OID_NONE
obj.governorOf = OID_NONE
obj.governors = []
obj.alliance = OID_NONE
obj.imperator = 0
# combat
# anti-small, anti-medium, anti-large, shield generator
obj.planetWeapons = [None, None, None, None, None]
#
obj.staticMap = {}
obj.dynamicMap = {}
obj.galaxies = []
obj.validSystems = []
#
obj.stats = IDataHolder()
obj.stats.type = T_STATS
obj.timeEnabled = 0
obj.stratRes = {}
obj.lastLogin = 0.0
#
obj.shipRedirections = {}
obj.buoys = {}
#
obj.clientStats = {}
def newStructure(tran,
techID,
playerID,
status=STRUCT_STATUS_ON | STRUCT_STATUS_NEW):
tech = Rules.techs[techID]
s = IDataHolder()
s = [
techID,
int(tech.maxHP * getTechEff(tran, techID, playerID)), status, 0
]
return s
def findPopCenterPlanets(db, planetsIDs):
""" It finds "center of mass" of population.
Returns sorted list of all planets, beginning with those nearest to the
found center.
"""
x = 0
y = 0
population = 0
for planetID in planetsIDs:
planet = db[planetID]
x += planet.x * planet.storPop
y += planet.y * planet.storPop
population += planet.storPop
x /= population
y /= population
fakeObj = IDataHolder()
fakeObj.x = x
fakeObj.y = y
return findNearest(db, fakeObj, planetsIDs, maxDist=99999, number=len(planetsIDs))
def getIntroInfo(self, tran, obj):
result = IDataHolder()
result.cid = tran.cid
result.turn = obj.turn
result.serverTime = time.time()
result.version = ige.version.version
return result
def getPublicInfo(self, tran, obj):
result = IDataHolder()
result.oid = obj.oid
result.type = obj.type
result.name = obj.name
result.turn = obj.turn
return result
def getDiplomacyWith(contactID):
obj = getPlayer()
dipl = obj.diplomacyRels.get(contactID, None)
if not dipl:
# make default
dipl = IDataHolder()
dipl.type = T_DIPLREL
dipl.pacts = {
PACT_ALLOW_CIVILIAN_SHIPS:
[PACT_ACTIVE, PACT_ALLOW_CIVILIAN_SHIPS]
}
dipl.relation = obj.defaultRelation
dipl.relChng = 0
dipl.lastContact = 0
dipl.stats = None
dipl.contactType = CONTACT_NONE
obj.diplomacyRels[playerID] = dipl
return dipl
def getDiplomacyWith(contactID):
obj = getPlayer()
dipl = obj.diplomacyRels.get(contactID, None)
if not dipl:
# make default
dipl = IDataHolder()
dipl.type = T_DIPLREL
dipl.pacts = {PACT_ALLOW_CIVILIAN_SHIPS: [PACT_ACTIVE, PACT_ALLOW_CIVILIAN_SHIPS]}
dipl.relation = obj.defaultRelation
dipl.relChng = 0
dipl.lastContact = 0
dipl.stats = None
dipl.contactType = CONTACT_NONE
obj.diplomacyRels[playerID] = dipl
return dipl
def newStructure(tran,
techID,
playerID,
status=Const.STRUCT_STATUS_ON | Const.STRUCT_STATUS_NEW,
hpRatio=None):
tech = Rules.techs[techID]
hp = int(tech.maxHP * getTechEff(tran, techID, playerID))
if hpRatio is None:
# default is used
hpRatio = Rules.structDefaultHpRatio
hp = int(hp * hpRatio)
s = IDataHolder()
s = [techID, hp, status, 0]
return s
def getIntroInfo(self, tran, obj): result = IDataHolder() result.cid = tran.cid result.turn = obj.turn result.serverTime = time.time() result.version = ige.version.version # legacy client side update support # TODO: Remove once not needed result.lastClientVersion = ( ige.version.major, ige.version.minor, ige.version.revision, ige.version.status, ) result.lastClientRevision = ige.version.svnRevision return result
def getDiplomacyWith(self, tran, obj, playerID):
if obj.governorOf:
# player is a governor
leader = tran.db[obj.governorOf]
return self.cmd(leader).getDiplomacyWith(tran, leader, objID)
# player is independent
dipl = obj.diplomacyRels.get(playerID, None)
if not dipl:
# make default
dipl = IDataHolder()
dipl.type = T_DIPLREL
dipl.pacts = {
PACT_ALLOW_CIVILIAN_SHIPS: [PACT_ACTIVE, PACT_ALLOW_CIVILIAN_SHIPS]
}
dipl.relation = obj.defaultRelation
dipl.relChng = 0
dipl.lastContact = tran.db[OID_UNIVERSE].turn
dipl.contactType = CONTACT_NONE
dipl.stats = None
if playerID != obj.oid:
obj.diplomacyRels[playerID] = dipl
else:
log.debug("getDiplomacyWith myself", obj.oid)
return dipl
def getTechInfo(techID):
player = db[db.playerID]
tech = Rules.techs[techID]
# player possess this technology
if player.techs.has_key(techID):
return tech
if tech.fullInfo:
return tech
# player can research this technology
canResearch = 1
if player.race not in tech.researchRaces:
canResearch = 0
for tmpTechID, improvement in tech.researchRequires:
if not player.techs.has_key(
tmpTechID) or player.techs[tmpTechID] < improvement:
canResearch = 0
break
for stratRes in tech.researchReqSRes:
if player.stratRes.get(stratRes, 0) < 1:
canResearch = 0
break
for tmpTechID in player.techs:
if techID in Rules.techs[tmpTechID].researchDisables:
canResearch = 0
break
if tech.level > player.techLevel:
canResearch = 0
if canResearch:
result = IDataHolder()
result.partialData = None
for attr in [
'name', 'isDiscovery', 'isStructure', 'isProject',
'isShipEquip', 'isShipHull', 'researchMod', 'researchTurns',
'textPreRsrch', 'researchRequires', 'subtype',
"researchReqSRes", "researchDisables", "level", "researchRaces"
]:
setattr(result, attr, getattr(tech, attr))
return result
# player should know only basic params about tech
result = IDataHolder()
result.partialData = None
for attr in [
"name", "researchRequires", "subtype", "level", "researchRaces"
]:
setattr(result, attr, getattr(tech, attr))
return result
def startResearch(self, tran, obj, techID, improveToMax = 0):
if len(obj.rsrchQueue) > Rules.maxRsrchQueueLen:
GameException('Queue is full.')
tech = Rules.techs[techID]
# player has to be a right race
if obj.race not in tech.researchRaces:
raise GameException("Your race cannot research this technology.")
# item cannot be researched twice
for tmpTech in obj.rsrchQueue:
if tmpTech.techID == techID:
raise GameException('Technology is already sheduled for research.')
# disabled?
for tmpTechID in obj.techs:
if techID in Rules.techs[tmpTechID].researchDisables:
raise GameException("Previous research has disabled this technology.")
# check requirements
for tmpTechID, improvement in tech.researchRequires:
if not obj.techs.has_key(tmpTechID) or obj.techs[tmpTechID] < improvement:
raise GameException('You cannot research this technology yet.')
improvement = obj.techs.get(techID, Rules.techBaseImprovement - 1) + 1
if improvement > Rules.techMaxImprovement or improvement > tech.maxImprovement:
raise GameException('You cannot improve this technology further.')
if tech.level > obj.techLevel:
raise GameException("Your technological level is insufficient.")
# check strategic resources
if improvement == 1:
for stratRes in tech.researchReqSRes:
if obj.stratRes.get(stratRes, 0) < 1:
raise GameException("Required strategy resource missing.")
item = IDataHolder()
item.techID = techID
item.improvement = improvement
item.currSci = 0
item.changeSci = 0
item.improveToMax = improveToMax
item.type = T_RESTASK
obj.rsrchQueue.append(item)
return obj.rsrchQueue
def getDiplomacyWith(self, tran, obj, playerID):
if obj.governorOf:
# player is a governor
leader = tran.db[obj.governorOf]
return self.cmd(leader).getDiplomacyWith(tran, leader, objID)
# player is independent
dipl = obj.diplomacyRels.get(playerID, None)
if not dipl:
# make default
dipl = IDataHolder()
dipl.type = T_DIPLREL
dipl.pacts = {
PACT_ALLOW_CIVILIAN_SHIPS: [PACT_ACTIVE, PACT_ALLOW_CIVILIAN_SHIPS]
}
dipl.relation = obj.defaultRelation
dipl.relChng = 0
dipl.lastContact = tran.db[OID_UNIVERSE].turn
dipl.contactType = CONTACT_NONE
dipl.stats = None
if playerID != obj.oid:
obj.diplomacyRels[playerID] = dipl
else:
log.debug("getDiplomacyWith myself", obj.oid)
return dipl
def startGlobalConstruction(self, tran, player, techID, quantity, isShip, reportFinished, queue):
if len(player.prodQueues) <= queue:
raise GameException('Invalid queue.')
if len(player.prodQueues[queue]) > Rules.maxProdQueueLen:
raise GameException('Queue is full.')
if quantity < 1:
raise GameException("Quantity must be greater than 0")
if not player.techs.has_key(techID) and isShip == 0:
raise GameException('You do not own this kind of technology.')
if not player.shipDesigns.has_key(techID) and isShip == 1:
raise GameException('You do not own this ship design.')
if isShip:
tech = player.shipDesigns[techID]
if tech.upgradeTo:
raise GameException("You cannot build obsolete ship design.")
else:
tech = Rules.techs[techID]
if tech.isStructure or not tech.isProject:
raise GameException('You cannot construct this technology.')
elif tech.globalDisabled:
raise GameException('You cannot construct targeted project.')
neededSR = {}
for sr in tech.buildSRes:
if player.stratRes.get(sr, 0) < neededSR.get(sr, 0) + quantity:
raise GameException("You do not own required strategic resource(s)")
neededSR[sr] = neededSR.get(sr, 0) + quantity
# consume strategic resources
for sr in neededSR:
player.stratRes[sr] -= neededSR[sr]
# start construction
item = IDataHolder()
item.techID = techID
item.quantity = int(quantity)
item.changePerc = 0
item.isShip = bool(isShip)
item.reportFin = bool(reportFinished)
item.type = T_TASK
player.prodQueues[queue].append(item)
return player.prodQueues[queue], player.stratRes
def startResearch(self, tran, obj, techID, improveToMax = 0):
if len(obj.rsrchQueue) > Rules.maxRsrchQueueLen:
GameException('Queue is full.')
tech = Rules.techs[techID]
# player has to be a right race
if obj.race not in tech.researchRaces:
raise GameException("Your race cannot research this technology.")
# item cannot be researched twice
for tmpTech in obj.rsrchQueue:
if tmpTech.techID == techID:
raise GameException('Technology is already sheduled for research.')
# disabled?
for tmpTechID in obj.techs:
if techID in Rules.techs[tmpTechID].researchDisables:
raise GameException("Previous research has disabled this technology.")
# check requirements
for tmpTechID, improvement in tech.researchRequires:
if not obj.techs.has_key(tmpTechID) or obj.techs[tmpTechID] < improvement:
raise GameException('You cannot research this technology yet.')
improvement = obj.techs.get(techID, Rules.techBaseImprovement - 1) + 1
if improvement > Rules.techMaxImprovement or improvement > tech.maxImprovement:
raise GameException('You cannot improve this technology further.')
if tech.level > obj.techLevel:
raise GameException("Your technological level is insufficient.")
# check strategic resources
if improvement == 1:
for stratRes in tech.researchReqSRes:
if obj.stratRes.get(stratRes, 0) < 1:
raise GameException("Required strategy resource missing.")
item = IDataHolder()
item.techID = techID
item.improvement = improvement
item.currSci = 0
item.changeSci = 0
item.improveToMax = improveToMax
item.type = T_RESTASK
obj.rsrchQueue.append(item)
return obj.rsrchQueue
def getScanInfos(self, tran, obj, scanPwr, player): if scanPwr >= Rules.level1InfoScanPwr: result = IDataHolder() result._type = T_SCAN result.scanPwr = scanPwr result.oid = obj.oid result.signature = obj.signature result.type = obj.type result.orbit = obj.orbit result.compOf = obj.compOf result.x = obj.x result.y = obj.y result.plType = obj.plType if scanPwr >= Rules.level2InfoScanPwr: result.plDiameter = obj.plDiameter if getattr(obj, "plType", 'X') != 'G': result.plMin = obj.plMin result.plBio = obj.plBio result.plEn = obj.plEn result.plSlots = obj.plSlots result.plStratRes = obj.plStratRes result.plMaxSlots = obj.plMaxSlots if scanPwr >= Rules.level3InfoScanPwr: result.name = obj.name result.storPop = obj.storPop result.owner = obj.owner if scanPwr >= Rules.level4InfoScanPwr: # TODO provide less information result.hasRefuel = (obj.refuelInc > 0) #simple detect if docks exist for problems dialog result.slots = obj.slots result.shield = obj.shield result.prevShield = -1 result.maxShield = -1 if scanPwr >= Rules.partnerScanPwr: result.maxShield = obj.maxShield result.prevShield = obj.prevShield result.refuelMax = obj.refuelMax result.refuelInc = obj.refuelInc result.scannerPwr = obj.scannerPwr result.trainShipInc = obj.trainShipInc result.trainShipMax = obj.trainShipMax result.upgradeShip = obj.upgradeShip result.repairShip = obj.repairShip result.fleetSpeedBoost = obj.fleetSpeedBoost return [result]
def getScanInfos(self, tran, obj, scanPwr, player):
result = IDataHolder()
results = [result]
if scanPwr >= Rules.level1InfoScanPwr:
result._type = T_SCAN
result.scanPwr = scanPwr
result.oid = obj.oid
result.x = obj.x
result.y = obj.y
if hasattr(obj, 'destinationOid'):
result.destinationOid = obj.destinationOid
# multiply by 1000 to increase accuracy
#~ result.dist = obj.dist * 1000
#~ result.dAngle = obj.dAngle * 1000
#~ result.sAngle = obj.sAngle * 1000
result.signature = obj.signature
result.type = obj.type
result.compOf = obj.compOf
result.starClass = obj.starClass
if scanPwr >= Rules.level2InfoScanPwr:
result.name = obj.name
result.combatCounter = obj.combatCounter
if scanPwr >= Rules.level3InfoScanPwr:
result.planets = obj.planets
result.owner = obj.owner
for planetID in obj.planets:
planet = tran.db[planetID]
if planet.owner == player: ####### This was player.owner, which made no sense. Hope this change doesn't break something
continue
newPwr = scanPwr * planet.signature / obj.signature
results.extend(
self.cmd(planet).getScanInfos(tran, planet, newPwr,
player))
if scanPwr >= Rules.level4InfoScanPwr:
result.fleets = obj.fleets
for fleetID in obj.fleets:
fleet = tran.db[fleetID]
if fleet.owner == player:
continue
newPwr = scanPwr * fleet.signature / obj.signature
results.extend(
self.cmd(fleet).getScanInfos(tran, fleet, newPwr, player))
result.hasmines = 0 #no
if len(obj.minefield) > 0:
result.hasmines = 1 #yes
result.minefield = self.getMines(
obj, player.oid) #only shows mines you own
if len(obj.minefield) > 1 or (len(obj.minefield) == 1
and len(result.minefield) == 0):
result.hasmines = 2 #yes, and some aren't my mines
return results
def processBATTLEPhase(self, tran, obj, data):
system = obj
#@log.debug('ISystem', 'BATTLE - system', obj.oid)
# we are processing fleets, planets, ...
objects = obj.planets[:] + obj.fleets[:]
# shuffle them to prevent predetermined one-sided battles (temporary hack)
random.shuffle(objects)
# store owners of objects
# find enemies and allies
attack = {}
allies = {}
owners = {}
ownerIDs = {}
systemAtt = {}
systemDef = {}
hasMine = {}
isOwnedObject = 0
for objID in objects:
attack[objID] = []
allies[objID] = []
owner = tran.db[objID].owner
owners[objID] = owner
ownerIDs[owner] = owner
if owner != Const.OID_NONE:
isOwnedObject = 1
for owner in ownerIDs:
tempAtt, tempDef = self.getSystemCombatBonuses(tran, system, owner)
systemAtt[owner] = tempAtt
systemDef[owner] = tempDef
hasMine[owner] = self.getSystemMineSource(tran, system, owner)
if not isOwnedObject:
#@log.debug('ISystem', 'No combat')
# reset combat counters
system.combatCounter = 0
return
# first - direct ones
index = 1
for obj1ID in objects:
obj1 = tran.db[obj1ID]
if obj1.owner == Const.OID_NONE:
index += 1
continue
commander = tran.db[obj1.owner]
# relationships
#for obj2ID in objects[index:]:
for obj2ID in objects:
obj2 = tran.db[obj2ID]
if obj2.owner == Const.OID_NONE or obj1 is obj2:
continue
if obj1.owner == obj2.owner:
allies[obj1ID].append(obj2ID)
allies[obj2ID].append(obj1ID)
continue
# planet and military object
elif obj1.type == Const.T_PLANET and obj2.isMilitary and \
not self.cmd(commander).isPactActive(tran, commander, obj2.owner, Const.PACT_ALLOW_MILITARY_SHIPS):
#@log.debug("ISystem pl - mil", obj1ID, obj2ID)
if obj2ID not in attack[obj1ID]:
attack[obj1ID].append(obj2ID)
if obj1ID not in attack[obj2ID]:
attack[obj2ID].append(obj1ID)
# planet and civilian object
elif obj1.type == Const.T_PLANET and not obj2.isMilitary and \
not self.cmd(commander).isPactActive(tran, commander, obj2.owner, Const.PACT_ALLOW_CIVILIAN_SHIPS):
#@log.debug("ISystem pl - civ", obj1ID, obj2ID)
if obj2ID not in attack[obj1ID]:
attack[obj1ID].append(obj2ID)
if obj1ID not in attack[obj2ID]:
attack[obj2ID].append(obj1ID)
# military and military object
elif obj1.isMilitary and obj2.isMilitary and \
not self.cmd(commander).isPactActive(tran, commander, obj2.owner, Const.PACT_ALLOW_MILITARY_SHIPS):
#@log.debug("ISystem mil - mil", obj1ID, obj2ID)
if obj2ID not in attack[obj1ID]:
attack[obj1ID].append(obj2ID)
if obj1ID not in attack[obj2ID]:
attack[obj2ID].append(obj1ID)
# military and civilian object
elif obj1.isMilitary and not obj2.isMilitary and \
not self.cmd(commander).isPactActive(tran, commander, obj2.owner, Const.PACT_ALLOW_CIVILIAN_SHIPS):
#@log.debug("ISystem mil - civ", obj1ID, obj2ID)
if obj2ID not in attack[obj1ID]:
attack[obj1ID].append(obj2ID)
if obj1ID not in attack[obj2ID]:
attack[obj2ID].append(obj1ID)
# planet and fleet
#elif obj1.type == Const.T_PLANET and obj2.type == Const.T_FLEET and \
# self.cmd(commander).isPactActive(tran, commander, obj2.owner, PACT_MUTUAL_DEFENCE):
# allies[obj1ID].append(obj2ID)
# allies[obj2ID].append(obj1ID)
# fleet and fleet
#elif obj1.type == Const.T_FLEET and obj2.type == Const.T_FLEET and \
# self.cmd(commander).isPactActive(tran, commander, obj2.owner, PACT_MUTUAL_OFFENCE):
# allies[obj1ID].append(obj2ID)
# allies[obj2ID].append(obj1ID)
index += 1
#@log.debug('ISystem', 'Targets:', targets)
#@log.debug('ISystem', 'Allies:', allies)
# find indirect a/e
#for objID in objects:
# iTargets = []
# iAllies = []
# # find indirect a/e
# todo = allies[objID][:]
# while todo:
# id = todo.pop(0)
# iTargets.extend(targets[id])
# for tmpID in allies[id]:
# if tmpID not in iAllies:
# todo.append(tmpID)
# iAllies.append(tmpID)
# # remove allies from targets
# for id in iAllies:
# if id in iTargets:
# iTargets.remove(id)
# # IMPORTATNT preffer NOT to fire at possible allies
# # add my targets
# #for id in targets[objID]:
# # if id not in iTargets:
# # iTargets.append(id)
# # that's all folks
# for id in iTargets:
# if objID not in attack[id]:
# attack[id].append(objID)
# if id not in attack[objID]:
# attack[objID].append(id)
# NOT VALID: objects with action ACTION_ATTACK will attack only their targets
# check, if there are any targets
isCombat = 0
for objID in objects:
if attack[objID]:
isCombat = 1
break #end loop
if not isCombat:
#@log.debug('ISystem', 'No combat')
# reset combat counters
system.combatCounter = 0
for fleetID in system.fleets:
tran.db[fleetID].combatCounter = 0
return
# increase combat counters
system.combatCounter += 1
for fleetID in system.fleets:
tran.db[fleetID].combatCounter += 1
# debug
log.debug('ISystem', 'Final attacks in system %d:' % system.oid,
attack)
# mines detonate before battle
shots = {}
targets = {}
firing = {}
damageCaused = {}
killsCaused = {}
damageTaken = {}
shipsLost = {}
minesTriggered = {}
fleetOwners = {}
isCombat = False
isMineCombat = False
for owner in ownerIDs:
if owner not in hasMine: # no planets
continue
if not hasMine[owner]: # no planet with control structure
continue
controlPlanetID = hasMine[owner][
0] # there is list returned, all planets have same effect
if len(self.getMines(system, owner)) == 0:
continue # no mines, something broke
if len(attack[controlPlanetID]) == 0:
continue # no targets
isMineFired = True
mineTargets = copy.copy(attack[controlPlanetID])
while isMineFired:
while len(mineTargets) > 0:
targetID = random.choice(
mineTargets) # select random target
targetobj = tran.db.get(targetID, None)
try:
if targetobj.type == Const.T_FLEET:
fleetOwners[targetID] = targetobj.owner
break # target found
mineTargets.remove(
targetID
) # remove an object type that a mine can't hit from the temporary targets list
except:
mineTargets.remove(
targetID
) # remove a dead fleet from the temporary targets list
if len(mineTargets) == 0:
break # no fleet targets for mines
temp, temp, firing[targetID] = self.cmd(
targetobj).getPreCombatData(
tran,
targetobj) # fix firing for "surrender to" section
damage, att, ignoreshield, mineID = self.cmd(obj).fireMine(
system, owner)
if not damage: # no more mines
isMineFired = False
break
log.debug('ISystem',
'Mine Shooting (damage, att, ignore shield):',
damage, att, ignoreshield)
isMineCombat = True
minesTriggered[mineID] = minesTriggered.get(mineID, 0) + 1
# Process Combat
# for now we assume only one ship can be destroyed by one mine
dmg, destroyed = self.cmd(targetobj).applyMine(
tran, targetobj, att, damage, ignoreshield)
#log.debug('ISystem-Mines', 'Actual Damage Done:',dmg)
if dmg > 0:
damageTaken[targetID] = damageTaken.get(targetID, 0) + dmg
shipsLost[targetID] = shipsLost.get(targetID,
0) + destroyed
killsCaused[mineID] = killsCaused.get(mineID,
0) + destroyed
if dmg > 0:
damageCaused[mineID] = damageCaused.get(mineID, 0) + dmg
# send messages about mine effects to the owner of the minefield
# collect hit players
players = {}
for triggerID in firing.keys():
players[owners[triggerID]] = None
controllerPlanet = tran.db.get(controlPlanetID, None)
damageCausedSum = 0
killsCausedSum = 0
for mineID in damageCaused.keys():
damageCausedSum = damageCausedSum + damageCaused.get(mineID, 0)
killsCausedSum = killsCausedSum + killsCaused.get(mineID, 0)
Utils.sendMessage(tran, controllerPlanet,
Const.MSG_MINES_OWNER_RESULTS, system.oid,
(players.keys(),
(damageCaused, killsCaused, minesTriggered),
damageCausedSum, killsCausedSum))
# send messages to the players whose fleets got hit by minefields
for targetID in damageTaken.keys():
targetFleet = tran.db.get(targetID, None)
if targetFleet:
Utils.sendMessage(tran, targetFleet,
Const.MSG_MINES_FLEET_RESULTS, system.oid,
(damageTaken[targetID], shipsLost[targetID]))
else:
targetFleet = IDataHolder()
targetFleet.oid = fleetOwners[targetID]
Utils.sendMessage(tran, targetFleet,
Const.MSG_MINES_FLEET_RESULTS, system.oid,
(damageTaken[targetID], shipsLost[targetID]))
Utils.sendMessage(tran, targetFleet, Const.MSG_DESTROYED_FLEET,
system.oid, ())
damageCaused = {}
killsCaused = {}
damageTaken = {}
shipsLost = {}
# now to battle
for objID in objects:
obj = tran.db.get(objID, None)
# get shots from object, should be sorted by weaponClass
# shots = [ shot, ...], shot = (combatAtt, weaponID)
# get target classes and numbers
# (class1, class2, class3, class4)
# cls0 == fighters, cls1 == midships, cls2 == capital ships, cls3 == planet installations
#@log.debug(objID, obj.name, "getting pre combat data")
if obj: # source already destroyed; ignore
shots[objID], targets[objID], firing[objID] = self.cmd(
obj).getPreCombatData(tran, obj)
if firing[objID]:
isCombat = True
if not isCombat and not isMineCombat:
# no shots has been fired
#@log.debug('ISystem', 'No combat')
# reset combat counters
system.combatCounter = 0
for fleetID in system.fleets:
tran.db[fleetID].combatCounter = 0
return
#@log.debug("Shots:", shots)
#@log.debug("Targets", targets)
if isCombat:
for shotIdx in (3, 2, 1, 0):
for objID in objects:
# obj CAN be deleted at this point
obj = tran.db.get(objID, None)
if obj == None:
continue # source already destroyed; move to next source
# if object is fleet, then it's signature is max
if obj and obj.type == Const.T_FLEET:
obj.signature = Rules.maxSignature
# target preselection
totalClass = [0, 0, 0, 0]
total = 0
for targetID in attack[objID]:
totalClass[0] += targets[targetID][0]
totalClass[1] += targets[targetID][1]
totalClass[2] += targets[targetID][2]
totalClass[3] += targets[targetID][3]
total = totalClass[0] + totalClass[1] + totalClass[
2] + totalClass[3]
# process shots
for combatAtt, weaponID in shots[objID][shotIdx]:
weapon = Rules.techs[weaponID]
weaponClass = weapon.weaponClass
if total == 0:
# there are no targets
break
#@log.debug('ISystem', 'Processing shot', objID, weapon.name, weaponClass)
# process from weaponClass up
# never shoot on smaller ships than weaponClass
applied = 0
for tmpWpnClass in xrange(weaponClass, 4):
#@log.debug('ISystem', 'Trying target class', tmpWpnClass, totalClass[tmpWpnClass])
# select target
if totalClass[tmpWpnClass]:
target = Utils.rand(0, totalClass[tmpWpnClass])
#@log.debug('ISystem', 'Target rnd num', target, totalClass[tmpWpnClass])
for targetID in attack[objID]:
if target < targets[targetID][tmpWpnClass]:
#@log.debug(objID, 'attacks', targetID, tmpWpnClass)
# targetID can be deleted at this point
anObj = tran.db.get(targetID, None)
if anObj:
dmg, destroyed, destroyedClass = self.cmd(
anObj).applyShot(
tran, anObj, systemDef[
owners[targetID]],
combatAtt +
systemAtt[owners[objID]],
weaponID, tmpWpnClass,
target)
#@log.debug("ISystem result", dmg, destroyed, destroyedClass, tmpWpnClass)
#@print objID, 'dmg, destroyed', dmg, destroyed
damageTaken[
targetID] = damageTaken.get(
targetID, 0) + dmg
if destroyed > 0:
shipsLost[
targetID] = shipsLost.get(
targetID,
0) + destroyed
total -= destroyed
totalClass[
destroyedClass] -= destroyed
if dmg > 0 and obj:
obj.combatExp += dmg
damageCaused[
objID] = damageCaused.get(
objID, 0) + dmg
applied = 1
else:
continue # target already destroyed, move to next target
break
else:
#@log.debug('ISystem', 'Lovering target by', targets[targetID][tmpWpnClass])
target -= targets[targetID][
tmpWpnClass]
if applied:
break
# send messages and modify diplomacy relations
# distribute experience pts
for objID in objects:
obj = tran.db.get(objID, None)
if obj:
self.cmd(obj).distributeExp(tran, obj)
if attack[objID]:
source = obj or tran.db[owners[objID]]
# collect players
players = {}
for attackerID in attack[objID]:
players[owners[attackerID]] = None
d1 = damageTaken.get(objID, 0)
d2 = damageCaused.get(objID, 0)
l = shipsLost.get(objID, 0)
if d1 or d2 or l:
# send only if damage is taken/caused
Utils.sendMessage(tran, source, Const.MSG_COMBAT_RESULTS,
system.oid, (d1, d2, l, players.keys()))
if not obj:
# report DESTROYED status
Utils.sendMessage(tran, source, Const.MSG_DESTROYED_FLEET,
system.oid, ())
# modify diplomacy relations
objOwner = tran.db[owners[objID]]
for attackerID in attack[objID]:
attOwner = tran.db.get(owners[attackerID], None)
# owner of the fleet
rel = self.cmd(objOwner).getDiplomacyWith(
tran, objOwner, attOwner.oid)
rel.relChng = Rules.relLostWhenAttacked
# attacker
rel = self.cmd(attOwner).getDiplomacyWith(
tran, attOwner, objOwner.oid)
rel.rechChng = Rules.relLostWhenAttacked
# check if object surrenders
for objID in objects:
# object surrender IFF it and its allies had target and was not able
# to fire at it, planet is not counted as ally in this case
obj = tran.db.get(objID, None)
if firing[objID] and obj:
continue
surrenderTo = []
for attID in attack[objID]:
if firing[attID] and tran.db.has_key(attID):
surrenderTo.append(tran.db[attID].owner)
for allyID in allies[objID]:
if not tran.db.has_key(allyID):
continue
ally = tran.db[allyID]
if firing[allyID] and ally.type != Const.T_PLANET:
surrenderTo = []
break
if surrenderTo:
index = Utils.rand(0, len(surrenderTo))
if obj:
if self.cmd(obj).surrenderTo(tran, obj,
surrenderTo[index]):
winner = tran.db[surrenderTo[index]]
source = tran.db.get(owners[objID], None)
log.debug('ISystem', 'BATTLE - surrender', objID,
surrenderTo[index], surrenderTo)
if source:
Utils.sendMessage(tran, source,
Const.MSG_COMBAT_LOST,
system.oid, winner.oid)
Utils.sendMessage(tran, winner,
Const.MSG_COMBAT_WON, system.oid,
source.oid)
else:
Utils.sendMessage(tran, winner,
Const.MSG_COMBAT_WON, system.oid,
obj.oid)
else:
winner = tran.db[surrenderTo[index]]
source = tran.db[owners[objID]]
log.debug('ISystem', 'BATTLE - surrender', objID,
surrenderTo[index], surrenderTo)
Utils.sendMessage(tran, source, Const.MSG_COMBAT_LOST,
system.oid, winner.oid)
Utils.sendMessage(tran, winner, Const.MSG_COMBAT_WON,
system.oid, source.oid)
return
def processRSRCHPhase(self, tran, obj, data):
if not obj.timeEnabled:
return
# sci pts from allies
pts = obj.sciPoints
for partnerID in obj.diplomacyRels:
if self.cmd(obj).isPactActive(tran, obj, partnerID, PACT_MINOR_SCI_COOP):
partner = tran.db[partnerID]
pactSpec = Rules.pactDescrs[PACT_MINOR_SCI_COOP]
pts += min(
int(partner.sciPoints * pactSpec.effectivity),
int(obj.sciPoints * pactSpec.effectivity),
)
if self.cmd(obj).isPactActive(tran, obj, partnerID, PACT_MAJOR_SCI_COOP):
partner = tran.db[partnerID]
pactSpec = Rules.pactDescrs[PACT_MAJOR_SCI_COOP]
pts += min(
int(partner.sciPoints * pactSpec.effectivity),
int(obj.sciPoints * pactSpec.effectivity),
)
# compute effective sci pts
obj.effSciPoints = epts = pts - int(obj.stats.storPop * Rules.sciPtsPerCitizen[obj.techLevel])
index = 0
while epts > 0 and obj.rsrchQueue and index < len(obj.rsrchQueue):
item = obj.rsrchQueue[index]
tech = Rules.techs[item.techID]
# check requirements
canResearch = 1
# player has to be a right race
if obj.race not in tech.researchRaces:
canResearch = 0
for stratRes in tech.researchReqSRes:
if obj.stratRes.get(stratRes, 0) < 1 and item.improvement == 1:
Utils.sendMessage(tran, obj, MSG_MISSING_STRATRES, OID_NONE, stratRes)
canResearch = 0
break
for tmpTechID in obj.techs:
if item.techID in Rules.techs[tmpTechID].researchDisables:
canResearch = 0
Utils.sendMessage(tran, obj, MSG_DELETED_RESEARCH, OID_NONE, item.techID)
del obj.rsrchQueue[index]
index -= 1
break
if tech.level > obj.techLevel:
canResearch = 0
Utils.sendMessage(tran, obj, MSG_DELETED_RESEARCH, OID_NONE, item.techID)
del obj.rsrchQueue[index]
index -= 1
if not canResearch:
index += 1
continue
researchSci = Utils.getTechRCost(obj, item.techID)
wantSci = min(epts, researchSci - item.currSci,
researchSci / tech.researchTurns)
item.currSci += wantSci
item.changeSci = wantSci
epts -= wantSci
if item.currSci >= researchSci:
del obj.rsrchQueue[index]
obj.techs[item.techID] = item.improvement
# call finish handler
tech = Rules.techs[item.techID]
tech.finishResearchHandler(tran, obj, tech)
Utils.sendMessage(tran, obj, MSG_COMPLETED_RESEARCH, OID_NONE, item.techID)
# update derived attributes of player
self.cmd(obj).update(tran, obj)
# repeat research if required by player
if item.improveToMax == 1 and item.improvement < Rules.techMaxImprovement:
# reinsert the item on the top of the queue
self.cmd(obj).startResearch(tran, obj, item.techID, improveToMax = 1)
idx = len(obj.rsrchQueue) - 1
self.cmd(obj).moveResearch(tran, obj, idx, - idx)
if epts > 0 and 0: # TODO: remove me
Utils.sendMessage(tran, obj, MSG_WASTED_SCIPTS, OID_NONE, epts)
return
# oops we have negative epts
while epts < 0:
log.debug("Not enought RP", epts, obj.oid)
if obj.rsrchQueue:
item = obj.rsrchQueue[0]
if item.currSci > 0:
wantSci = min(item.currSci, - epts)
item.currSci -= wantSci
item.changeSci = - wantSci
epts += wantSci
if item.currSci == 0:
# remove item from the queue - TODO send message to player
del obj.rsrchQueue[0]
# at this point, epts can be zero
if epts == 0:
log.debug("RP deficit satisfied", obj.oid)
break
# try next project
if obj.rsrchQueue:
continue
# oops we must find technology to degrade
avail = obj.techs.keys()
# do not degrade technologies, which enables others
for techID in obj.techs:
tech = Rules.techs[techID]
for tmpTechID, impr in tech.researchRequires:
if tmpTechID in avail:
avail.remove(tmpTechID)
log.debug("Techs avialable for degradation", avail)
if not avail:
# no technology...
break
# from hight to low IDs
avail.sort()
avail.reverse()
degraded = 0
for level in range(obj.techLevel, 0, -1):
for techID in avail:
tech = Rules.techs[techID]
# check level
if tech.level != level:
continue
# do not touch starting technologies
if tech.isStarting and obj.techs[techID] <= 3:
continue
# ok we have one to degrade
item = IDataHolder()
item.techID = techID
item.improvement = obj.techs[techID]
item.currSci = Utils.getTechRCost(obj, techID, obj.techs[techID])
item.changeSci = 0
item.improveToMax = 0
item.type = T_RESTASK
obj.rsrchQueue.append(item)
# degrade tech
if obj.techs[techID] == 1:
# TODO send message
del obj.techs[techID]
else:
# TODO send message
obj.techs[techID] -= 1
if tech.recheckWhenTechLost:
# reset some attributes
plLevel = obj.techLevel
obj.techLevel = 1
# recheck remaining techs
for level in range(1, plLevel + 1):
for techID in obj.techs:
tech = Rules.techs[techID]
if tech.level != level:
continue
# call finish handler again
tech.finishResearchHandler(tran, obj, tech)
degraded = 1
break
if degraded: break
return
def getScanInfo(self, tran, obj, scanPwr):
result = IDataHolder()
result._type = T_SCAN
result.scanPwr = scanPwr
if scanPwr > Rules.level1InfoScanPwr:
result.oid = obj.oid
result.x = obj.x
result.y = obj.y
result.oldX = obj.oldX
result.oldY = obj.oldY
result.signature = obj.signature
result.type = obj.type
result.orbiting = obj.orbiting
result.speed = obj.speed
result.eta = obj.eta
if scanPwr > Rules.level2InfoScanPwr:
result.name = obj.name
if scanPwr > Rules.level3InfoScanPwr:
result.asDiameter = obj.asDiameter
result.asHP = obj.asHP
if scanPwr > Rules.level4InfoScanPwr:
pass
return result
def _get_system_info(self, system):
system_info = IDataHolder()
# my planets in the system
system_info.system = system
system_info.breweries = 0
system_info.shipyards = 0
system_info.prisons = 0
system_info.dens = {}
system_info.bases = {}
system_info.other_struct_id = {}
system_info.idle_planets = self.data.myPlanets & set(system.planets)
for planet_id in copy.copy(system_info.idle_planets):
planet = self.db[planet_id]
system_info.bases[planet_id] = 0
system_info.other_struct_id[planet_id] = None
system_info.dens[planet_id] = 0
for struct in planet.slots:
if struct[0] == Rules.Tech.PIRATEBASE:
system_info.bases[planet_id] += 1
elif struct[0] == Rules.Tech.PIRATEBREWERY:
system_info.breweries += 1
elif struct[0] == Rules.Tech.PIRATEDEN:
system_info.dens[planet_id] += 1
elif struct[0] == Rules.Tech.PIRATESD:
system_info.shipyards += 1
elif struct[0] == Rules.Tech.PIRATEPRISON:
system_info.prisons += 1
else:
system_info.other_struct_id[planet_id] = struct[0]
if getattr(planet, 'prodQueue', None):
# something is in the production queue, account it and do next
for task in planet.prodQueue:
if task.techID == Rules.Tech.PIRATEBREWERY:
system_info.breweries += task.quantity
elif task.techID == Rules.Tech.PIRATESD:
system_info.shipyards += task.quantity
elif task.techID == Rules.Tech.PIRATEPRISON:
system_info.prisons += task.quantity
elif task.techID in (Rules.Tech.PLCOND5,
Rules.Tech.PLASSEMBL5):
self.data.nonhabPlanets.remove(task.targetID)
system_info.idle_planets.remove(planet_id)
continue
return system_info
def makeShipFullSpec(player, name, hullID, eqIDs, improvements, raiseExs = True):
if not hullID:
raise GameException("Ship's hull must be specified.")
hull = Rules.techs[hullID]
if not hull.isShipHull:
raise GameException("Ship's hull must be specified.")
ship = IDataHolder()
ship.type = T_SHIP
# initial values
techEff = Rules.techImprEff[player.techs.get(hullID, Rules.techBaseImprovement)]
ship.name = name
ship.hullID = hullID
ship.eqIDs = eqIDs
ship.level = hull.level
ship.combatClass = hull.combatClass
ship.improvements = improvements
ship.buildProd = hull.buildProd
ship.buildSRes = hull.buildSRes[:] # we need copy
ship.operEn = hull.operEn
ship.storEn = hull.storEn * techEff
ship.weight = hull.weight
ship.slots = 0
ship.signature = hull.signature
ship.negsignature = 0
ship.minSignature = hull.minSignature
ship.signatureCloak = 1.0 #NEW; 100% - this is the default rule
ship.signatureDecloak = 1.0 #NEW; 100% - this is the default rule
ship.combatAttBase = hull.combatAtt * techEff
ship.combatAtt = 0
ship.combatAttMultiplier = 1.0 #NEW; 100% - this is the default rule
ship.combatDefBase = hull.combatDef * techEff
ship.combatDef = 0
ship.combatDefMultiplier = 1.0 #NEW; 100% - this is the default rule
ship.missileDefBase = hull.missileDef * techEff
ship.missileDef = 0
ship.missileDefMultiplier = 1.0 #NEW; 100% - this is the default rule
ship.scannerPwr = max(hull.scannerPwr * techEff, Rules.scannerMinPwr)
ship.autoRepairFix = hull.autoRepairFix
ship.autoRepairPerc = hull.autoRepairPerc
ship.shieldRechargeFix = hull.shieldRechargeFix
ship.shieldRechargePerc = hull.shieldRechargePerc
ship.hardShield = 0.0
ship.engPwr = 0
ship.upgradeTo = 0
ship.shieldHP = 0
ship.maxHP = int(hull.maxHP * techEff)
ship.weaponIDs = []
ship.deployStructs = []
ship.deployHandlers = []
ship.isMilitary = 0
ship.baseExp = 0
ship.damageAbsorb = 0
combatExtra = 0
shieldPerc = 0.0
unpactStruct = 0
deployHandler = 0
currentNegWeight = 0
currentNegSlots = 0
# add equipment
#negslots = {}
#negweight = {}
counter = {}
installations = {}
equipCounter = {}
for techID in eqIDs:
tech = Rules.techs[techID]
techEff = Rules.techImprEff[player.techs.get(techID, Rules.techBaseImprovement)]
# prevent count < 0; allow count == 0 for placeholders.
if eqIDs[techID] < 0 and raiseExs:
raise GameException("Invalid equipment count (less than 0).")
for i in xrange(0, eqIDs[techID]):
counter[tech.subtype] = 1 + counter.get(tech.subtype, 0)
installations[techID] = 1 + installations.get(techID, 0)
# check min hull req
if tech.minHull > ship.combatClass and raiseExs:
log.warning("Cannot add tech", techID, tech.name)
raise GameException("Minimum hull requirement not satisfied.")
# check max hull req #NEW
if tech.maxHull < ship.combatClass and raiseExs:
log.warning("Cannot add tech", techID, tech.name)
raise GameException("Maximum hull requirement not satisfied.")
# check maximum installations
if tech.maxInstallations and installations[tech.id] > tech.maxInstallations \
and raiseExs:
raise GameException("Maximum number of equipment installations exceeded.")
#check maximum type installations
if tech.subtype == "seq_mod" and tech.equipType in Rules.maxEquipType and raiseExs:
if tech.equipType in equipCounter:
equipCounter[tech.equipType] += 1
else:
equipCounter[tech.equipType] = 1
log.debug(equipCounter[tech.equipType])
if equipCounter[tech.equipType] > Rules.maxEquipType[tech.equipType]:
raise GameException("Maximum number of restricted type equipment installations exceeded: %s." % tech.equipType)
# add values
ship.level = max(ship.level, tech.level)
ship.buildProd += tech.buildProd
ship.buildSRes.extend(tech.buildSRes)
ship.storEn += tech.storEn * techEff
if (tech.weight > 0):
ship.weight += tech.weight
else:
currentNegWeight += tech.weight
#negweight[techID] = tech.weight + negweight.get(techID, 0) #this is complex for items with max installs...
if (tech.slots > 0):
ship.slots += tech.slots
else:
currentNegSlots += tech.slots
#negslots[techID] = tech.slots + negslots.get(techID, 0) #this is complex for items with max installs...
if tech.signature < 0 and tech.subtype == "seq_mod":
ship.negsignature = min(tech.signature,ship.negsignature)
else:
ship.signature += tech.signature
ship.minSignature = max(ship.minSignature, tech.minSignature)
ship.signatureCloak = min(ship.signatureCloak, tech.signatureCloak)
ship.signatureDecloak = min(ship.signatureDecloak, tech.signatureDecloak)
if tech.subtype == "seq_mod": #not cumulative for equipment; pick best
ship.combatAtt = max(ship.combatAtt, tech.combatAtt * techEff)
ship.combatDef = max(ship.combatDef, tech.combatDef * techEff)
ship.missileDef = max(ship.missileDef, tech.missileDef * techEff)
else :
ship.combatDefBase += tech.combatDef * techEff
ship.missileDefBase += tech.missileDef * techEff
ship.combatAttBase += tech.combatAtt * techEff
#not cumulative; pick best
ship.combatAttMultiplier = max(ship.combatAttMultiplier, (tech.combatAttPerc-1.0) * techEff + 1.0) #NEW
ship.combatDefMultiplier = max(ship.combatDefMultiplier, (tech.combatDefPerc-1.0) * techEff + 1.0) #NEW
ship.missileDefMultiplier = max(ship.missileDefMultiplier, (tech.missileDefPerc-1.0) * techEff + 1.0) #NEW
ship.engPwr += tech.engPwr * techEff
ship.maxHP += tech.maxHP * techEff
shieldPerc = max(shieldPerc, tech.shieldPerc * techEff)
ship.scannerPwr = max(ship.scannerPwr, tech.scannerPwr * techEff)
ship.operEn += tech.operEn
ship.autoRepairFix = max(ship.autoRepairFix, tech.autoRepairFix * techEff)
ship.autoRepairPerc = max(ship.autoRepairPerc, tech.autoRepairPerc * techEff)
ship.shieldRechargeFix = max(ship.shieldRechargeFix, tech.shieldRechargeFix * techEff)
ship.shieldRechargePerc = max(ship.shieldRechargePerc, tech.shieldRechargePerc * techEff)
ship.hardShield = max(ship.hardShield,tech.hardShield * techEff)
ship.damageAbsorb = min(ship.damageAbsorb + tech.damageAbsorb,Rules.maxDamageAbsorb) #limit this by rule
combatExtra += tech.addMP
# if weapon - register only
if tech.subtype == "seq_wpn":
ship.weaponIDs.append(techID)
ship.isMilitary = 1
weapon = Rules.techs[techID]
ship.baseExp += (weapon.weaponDmgMin + weapon.weaponDmgMax) / 2 * weapon.weaponROF
# deployables
if tech.unpackStruct != OID_NONE:
ship.deployStructs.append(tech.unpackStruct)
unpactStruct = 1
if tech.deployHandlerID != OID_NONE: #this calls another tech at execute time, so only need the ID
ship.deployHandlers.append(tech.deployHandlerID)
deployHandler = 1
#fix limiter based attibs; round when needed
#currentNegWeight = 0
#for negtech in negweight:
# currentNegWeight = min(currentNegWeight,negweight[negtech])
#currentNegSlots = 0
#for negtech in negslots:
# currentNegSlots = min(currentNegSlots,negslots[negtech])
ship.weight = max(ship.weight+currentNegWeight,int(hull.weight/2))
ship.slots = max(ship.slots+currentNegSlots,1)
ship.combatAtt += ship.combatAttBase
ship.combatDef = int((ship.combatDef + ship.combatDefBase) * ship.combatDefMultiplier)
ship.missileDef = int((ship.missileDef + ship.missileDefBase) * ship.missileDefMultiplier)
ship.hardShield = min(1.0,ship.hardShield) #don't allow this to be more than 100% blocking!!
#add some MP for damage absorb:
combatExtra += ship.damageAbsorb * 1500
#calculate final signature
ship.signature += ship.negsignature
ship.signature *= ship.signatureCloak * ship.signatureDecloak
# check various conditions
# if unpactStruct and deployHandler and raiseExs: #we don't 'need' this, so I'm leaving it disabled for now; however, we might 'want' it to prevent abuse --RC
# raise GameException("Cannot have both a deployable structure and a deployable project on the same ship")
if counter.get("seq_ctrl", 0) == 0 and raiseExs:
raise GameException("No control module in the ship.")
if counter.get("seq_ctrl", 0) > 1 and raiseExs:
raise GameException("Only one control module in the ship allowed.")
if ship.slots > hull.slots and raiseExs:
raise GameException("Hull does not have enough slots to hold specified equipment.")
if ship.weight > hull.maxWeight and raiseExs:
raise GameException("Ship is too heavy.")
# compute secondary paramaters
ship.speed = float(ship.engPwr) / ship.weight
ship.baseExp = int(ship.baseExp * Rules.shipBaseExpMod) + Rules.shipBaseExp[ship.combatClass]
# compute base attack/defence
ship.combatAtt += int(ship.speed)
ship.combatDef += int(ship.speed)
ship.missileDef += int(ship.speed / 2.0)
# improvements
if len(improvements) > Rules.shipMaxImprovements and raiseExs:
raise GameException("Too many improvements.")
for i in improvements:
if i == SI_SPEED:
ship.speed *= Rules.shipImprovementMod
elif i == SI_TANKS:
ship.storEn *= Rules.shipImprovementMod
elif i == SI_ATT:
ship.combatAtt *= Rules.shipImprovementMod
elif i == SI_DEF:
ship.combatDef *= Rules.shipImprovementMod
ship.missileDef *= Rules.shipImprovementMod
elif i == SI_HP:
ship.maxHP *= Rules.shipImprovementMod
elif i == SI_SHIELDS:
ship.shieldHP *= Rules.shipImprovementMod
# round values down
ship.storEn = int(ship.storEn)
ship.combatAtt = int(ship.combatAtt / (ship.combatClass + 1.0))
ship.combatDef = int(ship.combatDef / (ship.combatClass + 1.0))
ship.missileDef = int(ship.missileDef / (ship.combatClass + 1.0))
ship.maxHP = int(ship.maxHP)
ship.shieldHP = int(ship.maxHP * shieldPerc)
ship.scannerPwr = int(ship.scannerPwr)
ship.engPwr = int(ship.engPwr)
ship.signature = int(ship.signature)
ship.baseExp = int(ship.baseExp)
# compute attack power
attackPwr = 0.0
refDefence = 10.0
refAttack = 10.0
refDmg = 10.0
refSpeed = 5.0 #average speed of medium and large hulls
for weaponID in ship.weaponIDs:
weapon = Rules.techs[weaponID]
dmg = (weapon.weaponDmgMin + weapon.weaponDmgMax) / 2 * weapon.weaponROF
att = int((ship.combatAtt + weapon.weaponAtt) * ship.combatAttMultiplier) #added combat multiplier
# attackPwr += (att / float(att + refDefence) * dmg)
attackPwr += (att / float(att + refDefence) * dmg) / (max(1,weapon.weaponClass-1)) #9/11/06 - RC; reduce power of bombs and torps in calculation
# defence
# ship.combatPwr = int(attackPwr * (ship.maxHP + ship.shieldHP) / (refAttack / (refAttack + ship.combatDef) * refDmg))
ship.combatPwr = int(attackPwr * (ship.maxHP + ship.shieldHP) / (refAttack / (refAttack + ship.combatDef) * refDmg) * min(1.33,max(0.5,(ship.speed / refSpeed))) + combatExtra) #9/11/06 - RC; average speed ships get most weight)
# fix signature
ship.signature = max(hull.minSignature, ship.signature, ship.minSignature) #removed 1 as min signature; use hulls to control that from now on; change Fleet controls to make min signature for fleet rather than ship so that we can have human stealth craft! :)
#
return ship
def makeShipFullSpec(player, name, hullID, eqIDs, improvements, raiseExs=True):
if not hullID:
raise GameException("Ship's hull must be specified.")
hull = Rules.techs[hullID]
if not hull.isShipHull:
raise GameException("Ship's hull must be specified.")
ship = IDataHolder()
ship.type = Const.T_SHIP
# initial values
hullTechEff = Rules.techImprEff[player.techs.get(
hullID, Rules.techBaseImprovement)]
ship.name = name
ship.hullID = hullID
ship.eqIDs = eqIDs
ship.level = hull.level
ship.combatClass = hull.combatClass
ship.improvements = improvements
ship.buildProd = hull.buildProd
ship.buildSRes = copy.copy(hull.buildSRes)
# stats grouped as "Base"
ship.operEn = hull.operEn
ship.storEn = hull.storEn * hullTechEff
ship.weight = hull.weight
ship.slots = 0
ship.scannerPwr = max(hull.scannerPwr * hullTechEff, Rules.scannerMinPwr)
ship.engPwr = 0
ship.engStlPwr = 0
ship.speed = 0.0
ship.battleSpeed = 0.0
# stats grouped as "Signature"
ship.signature = hull.signature
ship.negsignature = 0
ship.minSignature = hull.minSignature
ship.signatureCloak = 1.0
ship.signatureDecloak = 1.0
# stats grouped as "Combat"
ship.combatAttBase = hull.combatAtt * hullTechEff
ship.combatAtt = 0
ship.combatAttMultiplier = 1.0
ship.combatDefBase = hull.combatDef * hullTechEff
ship.combatDef = 0
ship.combatDefMultiplier = 1.0
ship.missileDefBase = hull.missileDef * hullTechEff
ship.missileDef = 0
ship.missileDefMultiplier = 1.0
ship.weaponIDs = []
ship.isMilitary = 0
ship.baseExp = 0
combatExtra = 0
# stats grouped as "Sturdiness"
ship.autoRepairFix = hull.autoRepairFix
ship.autoRepairPerc = hull.autoRepairPerc
ship.shieldRechargeFix = hull.shieldRechargeFix
ship.shieldRechargePerc = hull.shieldRechargePerc
ship.hardShield = 0.0
ship.shieldHP = 0
ship.maxHP = int(hull.maxHP * hullTechEff)
ship.damageAbsorb = 0
shieldPerc = 0.0
# stats grouped as "Deployables"
ship.deployStructs = []
ship.deployHandlers = []
ship.upgradeTo = 0
counter = {}
installations = {}
equipCounter = {}
for techID in eqIDs:
tech = Rules.techs[techID]
techEff = Rules.techImprEff[player.techs.get(
techID, Rules.techBaseImprovement)]
if eqIDs[techID] < 0 and raiseExs:
raise GameException("Invalid equipment count (less than 0).")
for i in xrange(0, eqIDs[techID]):
counter[tech.subtype] = 1 + counter.get(tech.subtype, 0)
installations[techID] = 1 + installations.get(techID, 0)
_checkValidity(ship, tech, installations, equipCounter, raiseExs)
# add values
_moduleBase(ship, tech, techEff)
_moduleSignature(ship, tech)
_moduleCombat(ship, tech, techEff, combatExtra)
_moduleSturdiness(ship, tech, techEff, shieldPerc)
_moduleDeployables(ship, tech)
_checkValidityWhole(ship, hull, counter, raiseExs)
_finalizeBase(ship, hull)
_finalizeSignature(ship, hull)
_finalizeCombat(ship)
_finalizeSturdiness(ship, shieldPerc)
_setCombatPower(ship, combatExtra)
return ship
def getSystemStructStats(data, client, db, systemID, processQueues=True):
""" It go through all planets and structures, and creates IDataHolder
object, with roster of buildings, surplus of bio and en.
processQueues - if True, it go through all buildQueues and adjust all
statistics as it would be all done already.
Returns IDataHolder with parameters:
.bio - system surplus of biomass
.en - system surplus of en
.planets - dictionary, keys are planetIDs of players or free planets,
and values are dictionaries (huh) with keys being techIDs
and values being number of those structs.
"""
systemStats = IDataHolder()
system = db[systemID]
player = client.getPlayer()
myPlanets = set(system.planets) & data.myPlanets
systemStats.planets = {}
for planetID in myPlanets:
systemStats.planets[planetID] = {}
for planetID in set(system.planets) & data.freePlanets:
systemStats.planets[planetID] = {}
# creation of the .planets dictionary
for planetID in myPlanets:
planet = db[planetID]
for techID, hp, something, eff in planet.slots:
try:
systemStats.planets[planetID][techID] += 1
except KeyError:
systemStats.planets[planetID][techID] = 1
if not processQueues:
# do not look into the queue
continue
for task in getattr(planet, 'prodQueue', []):
if not task.isShip:
techID = task.techID
tech = client.getFullTechInfo(task.techID)
if tech.isStructure:
if task.targetID not in systemStats.planets.keys():
continue
try:
systemStats.planets[task.targetID][techID] += 1
except KeyError:
systemStats.planets[task.targetID][techID] = 1
if task.demolishStruct:
try:
systemStats.planets[task.targetID][
task.demolishStruct] -= 1
except KeyError:
systemStats.planets[task.targetID][
task.demolishStruct] = -1
# by parsing .planets object, fill the .bio and .en parameters
systemStats.bio = 0
systemStats.en = 0
for planetID in systemStats.planets:
planet = db[planetID]
if planetID not in myPlanets:
continue
for techID in systemStats.planets[planetID]:
quantity = systemStats.planets[planetID][techID]
deltaBio, deltaEn, deltaProd = getSystemStatsChange(
client, db, techID, planetID, 0)
tech = client.getFullTechInfo(techID)
systemStats.en += quantity * deltaEn
systemStats.bio += quantity * deltaBio
return systemStats
def tool_parseDB(client, db, enemyTypes):
""" Parses all data in db for needs of other tools. Other in the name
means other players.
"""
data = IDataHolder()
data.myPlanets = set()
data.myProdPlanets = set()
data.mySystems = set()
data.freePlanets = set()
data.freeSystems = set()
data.nonhabPlanets = set()
data.unknownSystems = set()
data.otherPlanets = set()
data.enemyPlanets = set()
data.otherSystems = set()
data.enemySystems = set()
data.systems = set()
data.myFleets = set()
data.myMPPerSystem = {}
data.myTargetedSystems = set()
data.endangeredSystems = {}
data.otherFleets = set()
data.otherInboundFleets = set()
data.idleFleets = set()
data.myFleetsWithDesign = {}
data.myFleetSheets = {}
data.pirateSystems = set()
data.relevantSystems = set()
data.myRelevantSystems = set()
data.distanceToRelevance = {}
playerID = client.getPlayerID()
player = client.getPlayer()
owners = {}
for objID in db.keys():
try:
obj = db[objID]
except KeyError:
# TODO find out why there are these errors
continue
objType = getattr(obj, 'type', None)
if objType == Const.T_PLANET:
ownerID = getattr(obj, 'owner', None)
plSlots = getattr(obj, 'plSlots', 0)
slots = getattr(obj, 'slots', [])
prodProd = getattr(obj, 'prodProd', 0)
plType = getattr(obj, 'plType', None)
if plType == u'G' or plType == u'A':
data.nonhabPlanets.add(objID)
continue
if ownerID == playerID and prodProd:
data.myProdPlanets.add(objID)
data.mySystems.add(obj.compOf)
elif ownerID == playerID and not prodProd:
# myPlanets are later joined by myProdPlanets
data.myPlanets.add(objID)
data.mySystems.add(obj.compOf)
elif ownerID == Const.OID_NONE and plSlots:
data.freePlanets.add(objID)
elif not plSlots:
data.unknownSystems.add(obj.compOf)
else:
# systems with owner other than myself, ignore EDEN planets
if not ownerID:
continue
elif ownerID not in owners:
owners[ownerID] = client.get(ownerID, publicOnly=1)
if not getattr(owners[ownerID], 'type',
Const.OID_NONE) == Const.T_AIEDENPLAYER:
data.otherSystems.add(db[objID].compOf)
data.otherPlanets.add(objID)
if getattr(owners[ownerID], 'type',
Const.OID_NONE) in enemyTypes:
data.enemySystems.add(db[objID].compOf)
data.enemyPlanets.add(objID)
if getattr(owners[ownerID], 'type',
Const.OID_NONE) in (Const.T_AIPIRPLAYER,
Const.T_PIRPLAYER):
data.pirateSystems.add(db[objID].compOf)
elif objType == Const.T_SYSTEM:
if getattr(obj, "starClass", "a")[0] == 'b':
# black hole -> nothing to see here, let's ignore it completely
continue
data.systems.add(objID)
if not hasattr(db[objID], 'planets'):
data.unknownSystems.add(objID)
elif objType == Const.T_FLEET:
ownerID = getattr(obj, 'owner', None)
if ownerID == playerID:
data.myFleets.add(objID)
data.myFleetSheets[objID] = getFleetSheet(obj)
if len(obj.actions[obj.actionIndex:]) == 0:
data.idleFleets.add(objID)
for designID in data.myFleetSheets[objID].keys():
if not data.myFleetsWithDesign.get(designID, set()):
data.myFleetsWithDesign[designID] = set([objID])
else:
data.myFleetsWithDesign[designID] |= set([objID])
else:
data.otherFleets.add(objID)
# ==================
# second phase
# analyzing fleet action queues
for fleetID in data.myFleets:
fleet = db[fleetID]
for orType, orTargID, orData in fleet.actions[fleet.actionIndex:]:
if orType == Const.FLACTION_WAIT:
continue
elif orType == Const.FLACTION_REPEATFROM:
continue
elif orType == Const.FLACTION_REDIRECT:
if orTargID == Const.OID_NONE:
continue
orTarg = db[orTargID]
if orTarg.type == Const.T_SYSTEM:
data.unknownSystems -= set([orTargID])
elif orTarg.type == Const.T_PLANET:
data.unknownSystems -= set([orTarg.compOf])
# deploy order removes target from free planets set
# if deploying to non-free planet, change order TODO [non-systematic]
if orType == Const.FLACTION_DEPLOY:
if orTargID in data.freePlanets:
data.freePlanets -= set([orTargID])
else:
client.cmdProxy.deleteAction(fleetID, fleet.actionIndex)
# fill data.myMPPerSystem
if len(fleet.actions[fleet.actionIndex:]) == 0:
if fleet.orbiting in data.mySystems:
try:
data.myMPPerSystem[fleet.orbiting] += fleet.combatPwr
except KeyError:
data.myMPPerSystem[fleet.orbiting] = fleet.combatPwr
else:
lastOrder = fleet.actions[len(fleet.actions) - 1]
targetID = lastOrder[1]
if targetID in data.myPlanets:
sysID = db[targetID].compOf
try:
data.myMPPerSystem[sysID] += fleet.combatPwr
except KeyError:
data.myMPPerSystem[sysID] = fleet.combatPwr
elif targetID in data.mySystems:
try:
data.myMPPerSystem[targetID] += fleet.combatPwr
except KeyError:
data.myMPPerSystem[targetID] = fleet.combatPwr
data.myPlanets |= data.myProdPlanets
# only systems with free or nonhabitable planets are considered free
for systemID in data.systems:
isEmpty = True
hasEmpty = False
planets = set(getattr(db[systemID], 'planets', []))
if planets and not planets - data.freePlanets - data.nonhabPlanets:
data.freeSystems.add(systemID)
# find attacking fleets
for fleetID in data.otherFleets:
fleet = db[fleetID]
if getattr(fleet, 'target', None):
targetID = getattr(fleet, 'target', None)
elif not getattr(fleet, 'orbiting', Const.OID_NONE) == Const.OID_NONE:
targetID = getattr(fleet, 'orbiting', Const.OID_NONE)
if targetID:
if targetID in data.myPlanets:
data.myTargetedSystems.add(db[targetID].compOf)
data.otherInboundFleets.add(fleetID)
elif targetID in data.mySystems:
data.myTargetedSystems.add(targetID)
data.otherInboundFleets.add(fleetID)
return data
def getPublicInfo(self, tran, obj):
result = IDataHolder()
result.oid = obj.oid
return result
def new(self, type):
obj = IDataHolder()
self._cmd[type].init(obj)
return obj
def getScanInfos(self, tran, obj, scanPwr, player):
result = IDataHolder()
results = [result]
if scanPwr >= Rules.level1InfoScanPwr:
result._type = Const.T_SCAN
result.scanPwr = scanPwr
result.oid = obj.oid
result.x = obj.x
result.y = obj.y
if hasattr(obj, 'destinationOid'):
result.destinationOid = obj.destinationOid
result.signature = obj.signature
result.type = obj.type
result.compOf = obj.compOf
result.starClass = obj.starClass
if scanPwr >= Rules.level2InfoScanPwr:
result.name = obj.name
result.combatCounter = obj.combatCounter
if scanPwr >= Rules.level3InfoScanPwr:
result.planets = obj.planets
result.owner = obj.owner
for planetID in obj.planets:
planet = tran.db[planetID]
if planet.owner == player: ####### This was player.owner, which made no sense. Hope this change doesn't break something
continue
newPwr = scanPwr * planet.signature / obj.signature
results.extend(
self.cmd(planet).getScanInfos(tran, planet, newPwr,
player))
if scanPwr >= Rules.level4InfoScanPwr:
result.fleets = obj.fleets
for fleetID in obj.fleets:
fleet = tran.db[fleetID]
if fleet.owner == player:
continue
newPwr = scanPwr * fleet.signature / obj.signature
results.extend(
self.cmd(fleet).getScanInfos(tran, fleet, newPwr, player))
result.minefield = self.getMines(obj, player.oid)
ownsMines = 1 if result.minefield else 0
result.hasmines = min(2, len(self.getAllMines(obj))) - ownsMines
return results
def _create_answer(self, gal_type):
template = self.offerings[gal_type]
answer = IDataHolder()
answer.scenario = template.scenario
answer.minPlanets = template.minPlanets
answer.maxPlanets = template.maxPlanets
answer.radius = template.radius
answer.players = template.players
answer.resources = template.resources.keys()
answer.challenges = self._get_challenges(template)
if not template.startR[0] or not template.startR[1]:
# that means grouping is used to maximize distance between players
# most likely brawl scenario
answer.playerGroup = 1
else:
answer.playerGroup = template.playerGroup
return answer
def getDiplomacyWith(self, tran, obj, playerID):
if obj.oid == playerID:
return Const.REL_UNITY
player = tran.db.get(playerID, None)
if player.type in (Const.T_AIPIRPLAYER, Const.T_PIRPLAYER):
dipl = obj.diplomacyRels.get(playerID, None)
if not dipl:
# make default
dipl = IDataHolder()
dipl.type = Const.T_DIPLREL
dipl.pacts = {
Const.PACT_ALLOW_CIVILIAN_SHIPS: [Const.PACT_ACTIVE, Const.PACT_ALLOW_CIVILIAN_SHIPS],
Const.PACT_ALLOW_MILITARY_SHIPS: [Const.PACT_ACTIVE, Const.PACT_ALLOW_MILITARY_SHIPS]
}
dipl.relation = Const.REL_FRIENDLY
dipl.relChng = 0
dipl.lastContact = tran.db[Const.OID_UNIVERSE].turn
dipl.contactType = Const.CONTACT_NONE
dipl.stats = None
if playerID != obj.oid:
obj.diplomacyRels[playerID] = dipl
else:
log.debug("getDiplomacyWith myself", obj.oid)
return dipl
# this AI battles with overyone
# make default
dipl = IDataHolder()
dipl.type = Const.T_DIPLREL
dipl.pacts = {}
dipl.relation = Const.REL_ENEMY
dipl.relChng = 0
dipl.lastContact = tran.db[Const.OID_UNIVERSE].turn
dipl.contactType = Const.CONTACT_NONE
dipl.stats = None
return dipl
def makeShipMinSpec(player, name, hullID, eqIDs, improvements,
raiseExs = True):
ship = makeShipFullSpec(player, name, hullID, eqIDs, improvements, raiseExs)
# make 'real' ship spec
spec = IDataHolder()
spec.type = T_SHIP
spec.name = ship.name
spec.hullID = ship.hullID
spec.level = ship.level
spec.eqIDs = ship.eqIDs
spec.improvements = ship.improvements
spec.combatClass = ship.combatClass
spec.signature = ship.signature
spec.scannerPwr = ship.scannerPwr
spec.speed = ship.speed
spec.maxHP = ship.maxHP
spec.shieldHP = ship.shieldHP
spec.combatAtt = ship.combatAtt
spec.combatDef = ship.combatDef
spec.missileDef = ship.missileDef
spec.storEn = ship.storEn
spec.operEn = ship.operEn
spec.buildProd = ship.buildProd
spec.buildSRes = ship.buildSRes
spec.weaponIDs = ship.weaponIDs
spec.deployStructs = ship.deployStructs
spec.deployHandlers = ship.deployHandlers
spec.built = 0
spec.buildTurns = 1
spec.upgradeTo = 0
spec.isMilitary = ship.isMilitary
spec.baseExp = ship.baseExp
spec.combatPwr = ship.combatPwr
spec.autoRepairFix = ship.autoRepairFix
spec.autoRepairPerc = ship.autoRepairPerc
spec.shieldRechargeFix = ship.shieldRechargeFix
spec.shieldRechargePerc = ship.shieldRechargePerc
spec.hardShield = ship.hardShield
spec.combatAttMultiplier = ship.combatAttMultiplier
spec.damageAbsorb = ship.damageAbsorb
return spec
self.state = 2
elif self.state == 4 and name == 'preresearch':
self.tech.textPreRsrch = self.text
self.state = 3
elif self.state == 4 and name == 'description':
self.tech.textDescr = self.text
self.state = 3
elif self.state == 4 and name == 'flavor':
self.tech.textFlavor = self.text
self.state = 3
def characters(self, text):
self.text += text
Tech = IDataHolder()
## init is wrapping all code that needs to be performed before module
# is ready. That is checking if techs changed, if not loading pickled
# data, othervise rebuild database from source data
# We should be able to do server-provided techs in the future (per galaxy
# rulesets)
def init(configDir):
global Tech, techs
## check, if anything has been changed
def chsumDir(chsum, dirname, names):
names.sort()
def tool_parseDB(client, db, enemyTypes):
""" Parses all data in db for needs of other tools. Other in the name
means other players.
"""
data = IDataHolder()
data.myPlanets = set()
data.myProdPlanets = set()
data.mySystems = set()
data.freePlanets = set()
data.freeSystems = set()
data.nonhabPlanets = set()
data.unknownSystems = set()
data.otherPlanets = set()
data.enemyPlanets = set()
data.otherSystems = set()
data.enemySystems = set()
data.systems = set()
data.myFleets = set()
data.myMPPerSystem = {}
data.myTargetedSystems = set()
data.endangeredSystems = {}
data.otherFleets = set()
data.otherInboundFleets = set()
data.idleFleets = set()
data.myFleetsWithDesign = {}
data.myFleetSheets = {}
data.pirateSystems = set()
data.relevantSystems = set()
data.myRelevantSystems = set()
data.distanceToRelevance = {}
playerID = client.getPlayerID()
player = client.getPlayer()
owners = {}
for objID in db.keys():
try:
obj = db[objID]
except KeyError:
# TODO find out why there are these errors
continue
objType = getattr(obj, 'type', None)
if objType == Const.T_PLANET:
ownerID = getattr(obj, 'owner', None)
plSlots = getattr(obj, 'plSlots', 0)
slots = getattr(obj, 'slots', [])
prodProd = getattr(obj, 'prodProd', 0)
plType = getattr(obj, 'plType', None)
if plType == u'G' or plType == u'A':
data.nonhabPlanets.add(objID)
continue
if ownerID == playerID and prodProd:
data.myProdPlanets.add(objID)
data.mySystems.add(obj.compOf)
elif ownerID == playerID and not prodProd:
# myPlanets are later joined by myProdPlanets
data.myPlanets.add(objID)
data.mySystems.add(obj.compOf)
elif ownerID == Const.OID_NONE and plSlots:
data.freePlanets.add(objID)
elif not plSlots:
data.unknownSystems.add(obj.compOf)
else:
# systems with owner other than myself, ignore EDEN planets
if not ownerID:
continue
elif ownerID not in owners:
owners[ownerID] = client.get(ownerID, publicOnly = 1)
if not getattr(owners[ownerID], 'type', Const.OID_NONE) == Const.T_AIEDENPLAYER:
data.otherSystems.add(db[objID].compOf)
data.otherPlanets.add(objID)
if getattr(owners[ownerID], 'type', Const.OID_NONE) in enemyTypes:
data.enemySystems.add(db[objID].compOf)
data.enemyPlanets.add(objID)
if getattr(owners[ownerID], 'type', Const.OID_NONE) in (Const.T_AIPIRPLAYER, Const.T_PIRPLAYER):
data.pirateSystems.add(db[objID].compOf)
elif objType == Const.T_SYSTEM:
if getattr(obj, "starClass", "a")[0] == 'b':
# black hole -> nothing to see here, let's ignore it completely
continue
data.systems.add(objID)
if not hasattr(db[objID], 'planets'):
data.unknownSystems.add(objID)
elif objType == Const.T_FLEET:
ownerID = getattr(obj, 'owner', None)
if ownerID == playerID:
data.myFleets.add(objID)
data.myFleetSheets[objID] = getFleetSheet(obj)
if len(obj.actions[obj.actionIndex:]) == 0:
data.idleFleets.add(objID)
for designID in data.myFleetSheets[objID].keys():
if not data.myFleetsWithDesign.get(designID, set()):
data.myFleetsWithDesign[designID] = set([objID])
else:
data.myFleetsWithDesign[designID] |= set([objID])
else:
data.otherFleets.add(objID)
# ==================
# second phase
# analyzing fleet action queues
for fleetID in data.myFleets:
fleet = db[fleetID]
for orType, orTargID, orData in fleet.actions[fleet.actionIndex:]:
if orType == Const.FLACTION_WAIT:
continue
elif orType == Const.FLACTION_REPEATFROM:
continue
elif orType == Const.FLACTION_REDIRECT:
if orTargID == Const.OID_NONE:
continue
orTarg = db[orTargID]
if orTarg.type == Const.T_SYSTEM:
data.unknownSystems -= set([orTargID])
elif orTarg.type == Const.T_PLANET:
data.unknownSystems -= set([orTarg.compOf])
# deploy order removes target from free planets set
# if deploying to non-free planet, change order TODO [non-systematic]
if orType == Const.FLACTION_DEPLOY:
if orTargID in data.freePlanets:
data.freePlanets -= set([orTargID])
else:
client.cmdProxy.deleteAction(fleetID, fleet.actionIndex)
# fill data.myMPPerSystem
if len(fleet.actions[fleet.actionIndex:]) == 0:
if fleet.orbiting in data.mySystems:
try:
data.myMPPerSystem[fleet.orbiting] += fleet.combatPwr
except KeyError:
data.myMPPerSystem[fleet.orbiting] = fleet.combatPwr
else:
lastOrder = fleet.actions[len(fleet.actions)-1]
targetID = lastOrder[1]
if targetID in data.myPlanets:
sysID = db[targetID].compOf
try:
data.myMPPerSystem[sysID] += fleet.combatPwr
except KeyError:
data.myMPPerSystem[sysID] = fleet.combatPwr
elif targetID in data.mySystems:
try:
data.myMPPerSystem[targetID] += fleet.combatPwr
except KeyError:
data.myMPPerSystem[targetID] = fleet.combatPwr
data.myPlanets |= data.myProdPlanets
# only systems with free or nonhabitable planets are considered free
for systemID in data.systems:
isEmpty = True
hasEmpty = False
planets = set(getattr(db[systemID], 'planets', []))
if planets and not planets - data.freePlanets - data.nonhabPlanets:
data.freeSystems.add(systemID)
# find attacking fleets
for fleetID in data.otherFleets:
fleet = db[fleetID]
if getattr(fleet, 'target', None):
targetID = getattr(fleet, 'target', None)
elif not getattr(fleet, 'orbiting', Const.OID_NONE) == Const.OID_NONE:
targetID = getattr(fleet, 'orbiting', Const.OID_NONE)
if targetID:
if targetID in data.myPlanets:
data.myTargetedSystems.add(db[targetID].compOf)
data.otherInboundFleets.add(fleetID)
elif targetID in data.mySystems:
data.myTargetedSystems.add(targetID)
data.otherInboundFleets.add(fleetID)
return data
def getScanInfos(self, tran, obj, scanPwr, player):
result = IDataHolder()
results = [result]
if scanPwr >= Rules.level1InfoScanPwr:
result._type = T_SCAN
result.scanPwr = scanPwr
result.oid = obj.oid
result.x = obj.x
result.y = obj.y
if hasattr(obj, 'destinationOid'):
result.destinationOid = obj.destinationOid
# multiply by 1000 to increase accuracy
#~ result.dist = obj.dist * 1000
#~ result.dAngle = obj.dAngle * 1000
#~ result.sAngle = obj.sAngle * 1000
result.signature = obj.signature
result.type = obj.type
result.compOf = obj.compOf
result.starClass = obj.starClass
if scanPwr >= Rules.level2InfoScanPwr:
result.name = obj.name
result.combatCounter = obj.combatCounter
if scanPwr >= Rules.level3InfoScanPwr:
result.planets = obj.planets
result.owner = obj.owner
for planetID in obj.planets:
planet = tran.db[planetID]
if planet.owner == player: ####### This was player.owner, which made no sense. Hope this change doesn't break something
continue
newPwr = scanPwr * planet.signature / obj.signature
results.extend(self.cmd(planet).getScanInfos(tran, planet, newPwr, player))
if scanPwr >= Rules.level4InfoScanPwr:
result.fleets = obj.fleets
for fleetID in obj.fleets:
fleet = tran.db[fleetID]
if fleet.owner == player:
continue
newPwr = scanPwr * fleet.signature / obj.signature
results.extend(self.cmd(fleet).getScanInfos(tran, fleet, newPwr, player))
result.hasmines = 0 #no
if len(obj.minefield) > 0:
result.hasmines = 1 #yes
result.minefield = self.getMines(obj,player.oid) #only shows mines you own
if len(obj.minefield) > 1 or (len(obj.minefield) == 1 and len(result.minefield) == 0):
result.hasmines = 2 #yes, and some aren't my mines
return results
def makeShipFullSpec(player, name, hullID, eqIDs, improvements, raiseExs = True):
if not hullID:
raise GameException("Ship's hull must be specified.")
hull = Rules.techs[hullID]
if not hull.isShipHull:
raise GameException("Ship's hull must be specified.")
ship = IDataHolder()
ship.type = Const.T_SHIP
# initial values
hullTechEff = Rules.techImprEff[player.techs.get(hullID, Rules.techBaseImprovement)]
ship.name = name
ship.hullID = hullID
ship.eqIDs = eqIDs
ship.level = hull.level
ship.combatClass = hull.combatClass
ship.improvements = improvements
ship.buildProd = hull.buildProd
ship.buildSRes = copy.copy(hull.buildSRes)
# stats grouped as "Base"
ship.operEn = hull.operEn
ship.storEn = hull.storEn * hullTechEff
ship.weight = hull.weight
ship.slots = 0
ship.scannerPwr = max(hull.scannerPwr * hullTechEff, Rules.scannerMinPwr)
ship.engPwr = 0
ship.engStlPwr = 0
ship.speed = 0.0
ship.battleSpeed = 0.0
# stats grouped as "Signature"
ship.signature = hull.signature
ship.negsignature = 0
ship.minSignature = hull.minSignature
ship.signatureCloak = 1.0
ship.signatureDecloak = 1.0
# stats grouped as "Combat"
ship.combatAttBase = hull.combatAtt * hullTechEff
ship.combatAtt = 0
ship.combatAttMultiplier = 1.0
ship.combatDefBase = hull.combatDef * hullTechEff
ship.combatDef = 0
ship.combatDefMultiplier = 1.0
ship.missileDefBase = hull.missileDef * hullTechEff
ship.missileDef = 0
ship.missileDefMultiplier = 1.0
ship.weaponIDs = []
ship.isMilitary = 0
ship.baseExp = 0
combatExtra = 0
# stats grouped as "Sturdiness"
ship.autoRepairFix = hull.autoRepairFix
ship.autoRepairPerc = hull.autoRepairPerc
ship.shieldRechargeFix = hull.shieldRechargeFix
ship.shieldRechargePerc = hull.shieldRechargePerc
ship.hardShield = 0.0
ship.shieldHP = 0
ship.maxHP = int(hull.maxHP * hullTechEff)
ship.damageAbsorb = 0
shieldPerc = 0.0
# stats grouped as "Deployables"
ship.deployStructs = []
ship.deployHandlers = []
ship.upgradeTo = 0
counter = {}
installations = {}
equipCounter = {}
for techID in eqIDs:
tech = Rules.techs[techID]
techEff = Rules.techImprEff[player.techs.get(techID, Rules.techBaseImprovement)]
if eqIDs[techID] < 0 and raiseExs:
raise GameException("Invalid equipment count (less than 0).")
for i in xrange(0, eqIDs[techID]):
counter[tech.subtype] = 1 + counter.get(tech.subtype, 0)
installations[techID] = 1 + installations.get(techID, 0)
_checkValidity(ship, tech, installations, equipCounter, raiseExs)
# add values
_moduleBase(ship, tech, techEff)
_moduleSignature(ship, tech)
_moduleCombat(ship, tech, techEff, combatExtra)
_moduleSturdiness(ship, tech, techEff, shieldPerc)
_moduleDeployables(ship, tech)
_checkValidityWhole(ship, hull, counter, raiseExs)
_finalizeBase(ship, hull)
_finalizeSignature(ship, hull)
_finalizeCombat(ship)
_finalizeSturdiness(ship, shieldPerc)
_setCombatPower(ship, combatExtra)
return ship
def XXXgetDiplomacyWith(self, tran, obj, playerID):
if obj.oid == playerID:
return REL_UNITY
player = tran.db.get(playerID, None)
if player.type == T_AIEDENPLAYER:
dipl = obj.diplomacyRels.get(playerID, None)
if not dipl:
# make default
dipl = IDataHolder()
dipl.type = T_DIPLREL
dipl.pacts = {
PACT_ALLOW_CIVILIAN_SHIPS: [PACT_ACTIVE, PACT_ALLOW_CIVILIAN_SHIPS],
PACT_ALLOW_MILITARY_SHIPS: [PACT_ACTIVE, PACT_ALLOW_MILITARY_SHIPS]
}
dipl.relation = REL_FRIENDLY
dipl.relChng = 0
dipl.lastContact = tran.db[OID_UNIVERSE].turn
dipl.contactType = CONTACT_NONE
dipl.stats = None
if playerID != obj.oid:
obj.diplomacyRels[playerID] = dipl
else:
log.debug("getDiplomacyWith myself", obj.oid)
return dipl
# this AI battles with overyone
# make default
dipl = IDataHolder()
dipl.type = T_DIPLREL
dipl.pacts = {}
dipl.relation = REL_ENEMY
dipl.relChng = 0
dipl.lastContact = tran.db[OID_UNIVERSE].turn
dipl.contactType = CONTACT_NONE
dipl.stats = None
return dipl
def getScanInfo(self, tran, obj, scanPwr):
result = IDataHolder()
result._type = Const.T_SCAN
result.scanPwr = scanPwr
if scanPwr > Rules.level1InfoScanPwr:
result.oid = obj.oid
result.x = obj.x
result.y = obj.y
result.oldX = obj.oldX
result.oldY = obj.oldY
result.signature = obj.signature
result.type = obj.type
result.orbiting = obj.orbiting
result.speed = obj.speed
result.eta = obj.eta
if scanPwr > Rules.level2InfoScanPwr:
result.name = obj.name
if scanPwr > Rules.level3InfoScanPwr:
result.asDiameter = obj.asDiameter
result.asHP = obj.asHP
if scanPwr > Rules.level4InfoScanPwr:
pass
return result
def processBATTLEPhase(self, tran, obj, data):
system = obj
#@log.debug('ISystem', 'BATTLE - system', obj.oid)
# we are processing fleets, planets, ...
objects = obj.planets[:] + obj.fleets[:]
# shuffle them to prevent predetermined one-sided battles (temporary hack)
random.shuffle(objects)
# store owners of objects
# find enemies and allies
attack = {}
allies = {}
owners = {}
ownerIDs = {}
systemAtt = {}
systemDef = {}
hasMine = {}
isOwnedObject = 0
for objID in objects:
attack[objID] = []
allies[objID] = []
owner = tran.db[objID].owner
owners[objID] = owner
ownerIDs[owner] = owner
if owner != OID_NONE:
isOwnedObject = 1
for owner in ownerIDs:
tempAtt, tempDef = self.getSystemCombatBonuses(tran,system,owner)
systemAtt[owner] = tempAtt
systemDef[owner] = tempDef
hasMine[owner] = self.getSystemMineSource(tran,system,owner)
if not isOwnedObject:
#@log.debug('ISystem', 'No combat')
# reset combat counters
system.combatCounter = 0
return
# first - direct ones
index = 1
for obj1ID in objects:
obj1 = tran.db[obj1ID]
if obj1.owner == OID_NONE:
index += 1
continue
commander = tran.db[obj1.owner]
# relationships
#for obj2ID in objects[index:]:
for obj2ID in objects:
obj2 = tran.db[obj2ID]
if obj2.owner == OID_NONE or obj1 is obj2:
continue
if obj1.owner == obj2.owner:
allies[obj1ID].append(obj2ID)
allies[obj2ID].append(obj1ID)
continue
# planet and military object
elif obj1.type == T_PLANET and obj2.isMilitary and \
not self.cmd(commander).isPactActive(tran, commander, obj2.owner, PACT_ALLOW_MILITARY_SHIPS):
#@log.debug("ISystem pl - mil", obj1ID, obj2ID)
if obj2ID not in attack[obj1ID]:
attack[obj1ID].append(obj2ID)
if obj1ID not in attack[obj2ID]:
attack[obj2ID].append(obj1ID)
# planet and civilian object
elif obj1.type == T_PLANET and not obj2.isMilitary and \
not self.cmd(commander).isPactActive(tran, commander, obj2.owner, PACT_ALLOW_CIVILIAN_SHIPS):
#@log.debug("ISystem pl - civ", obj1ID, obj2ID)
if obj2ID not in attack[obj1ID]:
attack[obj1ID].append(obj2ID)
if obj1ID not in attack[obj2ID]:
attack[obj2ID].append(obj1ID)
# military and military object
elif obj1.isMilitary and obj2.isMilitary and \
not self.cmd(commander).isPactActive(tran, commander, obj2.owner, PACT_ALLOW_MILITARY_SHIPS):
#@log.debug("ISystem mil - mil", obj1ID, obj2ID)
if obj2ID not in attack[obj1ID]:
attack[obj1ID].append(obj2ID)
if obj1ID not in attack[obj2ID]:
attack[obj2ID].append(obj1ID)
# military and civilian object
elif obj1.isMilitary and not obj2.isMilitary and \
not self.cmd(commander).isPactActive(tran, commander, obj2.owner, PACT_ALLOW_CIVILIAN_SHIPS):
#@log.debug("ISystem mil - civ", obj1ID, obj2ID)
if obj2ID not in attack[obj1ID]:
attack[obj1ID].append(obj2ID)
if obj1ID not in attack[obj2ID]:
attack[obj2ID].append(obj1ID)
# planet and fleet
#elif obj1.type == T_PLANET and obj2.type == T_FLEET and \
# self.cmd(commander).isPactActive(tran, commander, obj2.owner, PACT_MUTUAL_DEFENCE):
# allies[obj1ID].append(obj2ID)
# allies[obj2ID].append(obj1ID)
# fleet and fleet
#elif obj1.type == T_FLEET and obj2.type == T_FLEET and \
# self.cmd(commander).isPactActive(tran, commander, obj2.owner, PACT_MUTUAL_OFFENCE):
# allies[obj1ID].append(obj2ID)
# allies[obj2ID].append(obj1ID)
# asteroid
if obj2.type == T_ASTEROID:
attack[obj1ID].append(obj2ID)
attack[obj2ID].append(obj1ID)
index += 1
#@log.debug('ISystem', 'Targets:', targets)
#@log.debug('ISystem', 'Allies:', allies)
# find indirect a/e
#for objID in objects:
# iTargets = []
# iAllies = []
# # find indirect a/e
# todo = allies[objID][:]
# while todo:
# id = todo.pop(0)
# iTargets.extend(targets[id])
# for tmpID in allies[id]:
# if tmpID not in iAllies:
# todo.append(tmpID)
# iAllies.append(tmpID)
# # remove allies from targets
# for id in iAllies:
# if id in iTargets:
# iTargets.remove(id)
# # IMPORTATNT preffer NOT to fire at possible allies
# # add my targets
# #for id in targets[objID]:
# # if id not in iTargets:
# # iTargets.append(id)
# # that's all folks
# for id in iTargets:
# if objID not in attack[id]:
# attack[id].append(objID)
# if id not in attack[objID]:
# attack[objID].append(id)
# NOT VALID: objects with action ACTION_ATTACK will attack only their targets
# check, if there are any targets
isCombat = 0
for objID in objects:
if attack[objID]:
isCombat = 1
break #end loop
if not isCombat:
#@log.debug('ISystem', 'No combat')
# reset combat counters
system.combatCounter = 0
for fleetID in system.fleets:
tran.db[fleetID].combatCounter = 0
return
# increase combat counters
system.combatCounter += 1
for fleetID in system.fleets:
tran.db[fleetID].combatCounter += 1
# debug
log.debug('ISystem', 'Final attacks in system %d:' % system.oid, attack)
# mines detonate before battle
shots = {}
targets = {}
firing = {}
damageCaused = {}
killsCaused = {}
damageTaken = {}
shipsLost = {}
minesTriggered = {}
fleetOwners = {}
isCombat = False
isMineCombat = False
for owner in ownerIDs:
if not (owner in hasMine): #no planets
continue
if hasMine[owner] == 0: #no control structure
continue
objID = hasMine[owner]
if len(self.getMines(system,owner)) == 0:
continue #no mines, something broke
#log.debug('ISystem-Mines', 'Mines Found')
if len(attack[objID]) == 0:
continue #no targets
isMineFired = True
mineTargets = copy.copy(attack[objID])
while isMineFired:
while len(mineTargets) > 0:
targetID = random.choice(mineTargets) #select random target
targetobj = tran.db.get(targetID, None)
try:
if targetobj.type == T_FLEET:
fleetOwners[targetID] = targetobj.owner
break #target found
mineTargets.remove(targetID) #remove an object type that a mine can't hit from the temporary targets list
except:
mineTargets.remove(targetID) #remove a dead fleet from the temporary targets list
if len(mineTargets) == 0:
break #no fleet targets for mines
temp, temp, firing[targetID] = self.cmd(targetobj).getPreCombatData(tran, targetobj) #fix firing for "surrender to" section
damage,att,ignoreshield, mineID = self.cmd(obj).fireMine(system, owner)
if not damage: #no more mines
isMineFired = False
break
log.debug('ISystem', 'Mine Shooting (damage, att, ignore shield):',damage,att,ignoreshield)
isMineCombat = True
minesTriggered[mineID] = minesTriggered.get(mineID, 0) + 1
#Process Combat
#for now we assume only one ship can be destroyed by one mine
dmg, destroyed = self.cmd(targetobj).applyMine(tran, targetobj, att, damage, ignoreshield)
#log.debug('ISystem-Mines', 'Actual Damage Done:',dmg)
if dmg > 0:
damageTaken[targetID] = damageTaken.get(targetID, 0) + dmg
shipsLost[targetID] = shipsLost.get(targetID, 0) + destroyed
killsCaused[mineID] = killsCaused.get(mineID, 0) + destroyed
if dmg > 0:
damageCaused[mineID] = damageCaused.get(mineID, 0) + dmg
# send messages about mine effects to the owner of the minefield
# collect hit players
players = {}
for triggerID in firing.keys():
players[owners[triggerID]] = None
controllerPlanet = tran.db.get(objID, None)
damageCausedSum = 0
killsCausedSum = 0
for mineID in damageCaused.keys():
damageCausedSum = damageCausedSum + damageCaused.get(mineID, 0)
killsCausedSum = killsCausedSum + killsCaused.get(mineID, 0)
Utils.sendMessage(tran, controllerPlanet, MSG_MINES_OWNER_RESULTS, system.oid, (players.keys(),(damageCaused, killsCaused, minesTriggered),damageCausedSum,killsCausedSum))
# send messages to the players whose fleets got hit by minefields
for targetID in damageTaken.keys():
targetFleet = tran.db.get(targetID, None)
if targetFleet:
Utils.sendMessage(tran, targetFleet, MSG_MINES_FLEET_RESULTS, system.oid, (damageTaken[targetID], shipsLost[targetID]))
else:
targetFleet = IDataHolder()
targetFleet.oid = fleetOwners[targetID]
Utils.sendMessage(tran, targetFleet, MSG_MINES_FLEET_RESULTS, system.oid, (damageTaken[targetID], shipsLost[targetID]))
Utils.sendMessage(tran, targetFleet, MSG_DESTROYED_FLEET, system.oid, ())
damageCaused = {}
killsCaused = {}
damageTaken = {}
shipsLost = {}
# now to battle
for objID in objects:
obj = tran.db.get(objID, None)
# get shots from object, should be sorted by weaponClass
# shots = [ shot, ...], shot = (combatAtt, weaponID)
# get target classes and numbers
# (class1, class2, class3, class4)
# cls0 == fighters, cls1 == midships, cls2 == capital ships, cls3 == planet installations
#@log.debug(objID, obj.name, "getting pre combat data")
if obj: # source already destroyed; ignore
shots[objID], targets[objID], firing[objID] = self.cmd(obj).getPreCombatData(tran, obj)
if firing[objID]:
isCombat = True
if not isCombat and not isMineCombat:
# no shots has been fired
#@log.debug('ISystem', 'No combat')
# reset combat counters
system.combatCounter = 0
for fleetID in system.fleets:
tran.db[fleetID].combatCounter = 0
return
#@log.debug("Shots:", shots)
#@log.debug("Targets", targets)
if isCombat:
for shotIdx in (3, 2, 1, 0):
for objID in objects:
# obj CAN be deleted at this point
obj = tran.db.get(objID, None)
if obj == None:
continue # source already destroyed; move to next source
# if object is fleet, then it's signature is max
if obj and obj.type == T_FLEET:
obj.signature = Rules.maxSignature
# target preselection
totalClass = [0, 0, 0, 0]
total = 0
for targetID in attack[objID]:
totalClass[0] += targets[targetID][0]
totalClass[1] += targets[targetID][1]
totalClass[2] += targets[targetID][2]
totalClass[3] += targets[targetID][3]
total = totalClass[0] + totalClass[1] + totalClass[2] + totalClass[3]
# process shots
for combatAtt, weaponID in shots[objID][shotIdx]:
weapon = Rules.techs[weaponID]
weaponClass = weapon.weaponClass
if total == 0:
# there are no targets
break
#@log.debug('ISystem', 'Processing shot', objID, weapon.name, weaponClass)
# process from weaponClass up
# never shoot on smaller ships than weaponClass
applied = 0
for tmpWpnClass in xrange(weaponClass, 4):
#@log.debug('ISystem', 'Trying target class', tmpWpnClass, totalClass[tmpWpnClass])
# select target
if totalClass[tmpWpnClass]:
target = Utils.rand(0, totalClass[tmpWpnClass])
#@log.debug('ISystem', 'Target rnd num', target, totalClass[tmpWpnClass])
for targetID in attack[objID]:
if target < targets[targetID][tmpWpnClass]:
#@log.debug(objID, 'attacks', targetID, tmpWpnClass)
# targetID can be deleted at this point
anObj = tran.db.get(targetID, None)
if anObj:
dmg, destroyed, destroyedClass = self.cmd(anObj).applyShot(tran, anObj, systemDef[owners[targetID]], combatAtt + systemAtt[owners[objID]], weaponID, tmpWpnClass, target)
#@log.debug("ISystem result", dmg, destroyed, destroyedClass, tmpWpnClass)
#@print objID, 'dmg, destroyed', dmg, destroyed
damageTaken[targetID] = damageTaken.get(targetID, 0) + dmg
if destroyed > 0:
shipsLost[targetID] = shipsLost.get(targetID, 0) + destroyed
total -= destroyed
totalClass[destroyedClass] -= destroyed
if dmg > 0 and obj:
obj.combatExp += dmg
damageCaused[objID] = damageCaused.get(objID, 0) + dmg
applied = 1
else:
continue # target already destroyed, move to next target
break
else:
#@log.debug('ISystem', 'Lovering target by', targets[targetID][tmpWpnClass])
target -= targets[targetID][tmpWpnClass]
if applied:
break
# send messages and modify diplomacy relations
# distribute experience pts
for objID in objects:
obj = tran.db.get(objID, None)
if obj:
self.cmd(obj).distributeExp(tran, obj)
if attack[objID]:
source = obj or tran.db[owners[objID]]
# collect players
players = {}
for attackerID in attack[objID]:
players[owners[attackerID]] = None
d1 = damageTaken.get(objID,0)
d2 = damageCaused.get(objID,0)
l = shipsLost.get(objID, 0)
if d1 or d2 or l:
# send only if damage is taken/caused
Utils.sendMessage(tran, source, MSG_COMBAT_RESULTS, system.oid, (d1, d2, l, players.keys()))
if not obj:
# report DESTROYED status
Utils.sendMessage(tran, source, MSG_DESTROYED_FLEET, system.oid, ())
# modify diplomacy relations
objOwner = tran.db[owners[objID]]
for attackerID in attack[objID]:
attOwner = tran.db.get(owners[attackerID], None)
# owner of the fleet
rel = self.cmd(objOwner).getDiplomacyWith(tran, objOwner, attOwner.oid)
rel.relChng = Rules.relLostWhenAttacked
# attacker
rel = self.cmd(attOwner).getDiplomacyWith(tran, attOwner, objOwner.oid)
rel.rechChng = Rules.relLostWhenAttacked
# check if object surrenders
for objID in objects:
# object surrender IFF it and its allies had target and was not able
# to fire at it, planet is not counted as ally in this case
obj = tran.db.get(objID, None)
if firing[objID] and obj:
continue
surrenderTo = []
for attID in attack[objID]:
if firing[attID] and tran.db.has_key(attID):
surrenderTo.append(tran.db[attID].owner)
for allyID in allies[objID]:
if not tran.db.has_key(allyID):
continue
ally = tran.db[allyID]
if firing[allyID] and ally.type != T_PLANET:
surrenderTo = []
break
if surrenderTo:
index = Utils.rand(0, len(surrenderTo))
if obj:
if self.cmd(obj).surrenderTo(tran, obj, surrenderTo[index]):
winner = tran.db[surrenderTo[index]]
source = tran.db.get(owners[objID], None)
log.debug('ISystem', 'BATTLE - surrender', objID, surrenderTo[index], surrenderTo)
if source:
Utils.sendMessage(tran, source, MSG_COMBAT_LOST, system.oid, winner.oid)
Utils.sendMessage(tran, winner, MSG_COMBAT_WON, system.oid, source.oid)
else:
Utils.sendMessage(tran, winner, MSG_COMBAT_WON, system.oid, obj.oid)
else:
winner = tran.db[surrenderTo[index]]
source = tran.db[owners[objID]]
log.debug('ISystem', 'BATTLE - surrender', objID, surrenderTo[index], surrenderTo)
Utils.sendMessage(tran, source, MSG_COMBAT_LOST, system.oid, winner.oid)
Utils.sendMessage(tran, winner, MSG_COMBAT_WON, system.oid, source.oid)
return
def startConstruction(self, tran, obj, techID, quantity, targetID, isShip, reportFinished,
demolishStruct):
if len(obj.prodQueue) > Rules.maxProdQueueLen:
raise GameException('Queue is full.')
if quantity < 1:
raise GameException("Quantity must be greater than 0")
player = tran.db[obj.owner]
if not player.techs.has_key(techID) and isShip == 0:
raise GameException('You do not own this kind of technology.')
if not player.shipDesigns.has_key(techID) and isShip == 1:
raise GameException('You do not own this ship design.')
if targetID not in tran.db[obj.compOf].planets:
raise GameException('You can build only in the same system.')
if isShip:
tech = player.shipDesigns[techID]
if tech.upgradeTo:
raise GameException("You cannot build obsolete ship design.")
else:
tech = Rules.techs[techID]
if not (tech.isStructure or tech.isProject):
raise GameException('You cannot construct this technology.')
if not tech.validateConstrHandler(tran, obj, tran.db[targetID], tech):
raise GameException('Conditions for construction are not satisfied.')
neededSR = {}
for sr in tech.buildSRes:
if player.stratRes.get(sr, 0) < neededSR.get(sr, 0) + quantity:
raise GameException("You do not own required strategic resource(s)")
neededSR[sr] = neededSR.get(sr, 0) + quantity
# consume strategic resources
for sr in neededSR:
player.stratRes[sr] -= neededSR[sr]
# start construction
item = IDataHolder()
item.techID = techID
item.currProd = 0
item.currTurn = 0
item.quantity = int(quantity)
item.targetID = targetID
item.changePerc = 0
item.isShip = bool(isShip)
item.reportFin = bool(reportFinished)
item.demolishStruct = demolishStruct
item.type = T_TASK
obj.prodQueue.append(item)
return obj.prodQueue, player.stratRes
def makeShipMinSpec(player, name, hullID, eqIDs, improvements, raiseExs=True):
ship = makeShipFullSpec(player, name, hullID, eqIDs, improvements,
raiseExs)
# make 'real' ship spec
spec = IDataHolder()
spec.type = Const.T_SHIP
spec.name = ship.name
spec.hullID = ship.hullID
spec.level = ship.level
spec.eqIDs = ship.eqIDs
spec.improvements = ship.improvements
spec.combatClass = ship.combatClass
spec.signature = ship.signature
spec.scannerPwr = ship.scannerPwr
spec.speed = ship.speed
spec.battleSpeed = ship.battleSpeed
spec.maxHP = ship.maxHP
spec.shieldHP = ship.shieldHP
spec.combatAtt = ship.combatAtt
spec.combatDef = ship.combatDef
spec.missileDef = ship.missileDef
spec.storEn = ship.storEn
spec.operEn = ship.operEn
spec.buildProd = ship.buildProd
spec.buildSRes = ship.buildSRes
spec.weaponIDs = ship.weaponIDs
spec.deployStructs = ship.deployStructs
spec.deployHandlers = ship.deployHandlers
spec.built = 0
spec.buildTurns = 1
spec.upgradeTo = 0
spec.isMilitary = ship.isMilitary
spec.baseExp = ship.baseExp
spec.combatPwr = ship.combatPwr
spec.autoRepairFix = ship.autoRepairFix
spec.autoRepairPerc = ship.autoRepairPerc
spec.shieldRechargeFix = ship.shieldRechargeFix
spec.shieldRechargePerc = ship.shieldRechargePerc
spec.hardShield = ship.hardShield
spec.combatAttMultiplier = ship.combatAttMultiplier
spec.damageAbsorb = ship.damageAbsorb
return spec
def getSystemStructStats(data, client, db, systemID, processQueues=True):
""" It go through all planets and structures, and creates IDataHolder
object, with roster of buildings, surplus of bio and en.
processQueues - if True, it go through all buildQueues and adjust all
statistics as it would be all done already.
Returns IDataHolder with parameters:
.bio - system surplus of biomass
.en - system surplus of en
.planets - dictionary, keys are planetIDs of players or free planets,
and values are dictionaries (huh) with keys being techIDs
and values being number of those structs.
"""
systemStats = IDataHolder()
system = db[systemID]
player = client.getPlayer()
myPlanets = set(system.planets) & data.myPlanets
systemStats.planets = {}
for planetID in myPlanets:
systemStats.planets[planetID] = {}
for planetID in set(system.planets) & data.freePlanets:
systemStats.planets[planetID] = {}
# creation of the .planets dictionary
for planetID in myPlanets:
planet = db[planetID]
for techID, hp, something, eff in planet.slots:
try:
systemStats.planets[planetID][techID] += 1
except KeyError:
systemStats.planets[planetID][techID] = 1
if not processQueues:
# do not look into the queue
continue
for task in getattr(planet, 'prodQueue', []):
if not task.isShip:
techID = task.techID
tech = client.getFullTechInfo(task.techID)
if tech.isStructure:
if task.targetID not in systemStats.planets.keys():
continue
try:
systemStats.planets[task.targetID][techID] += 1
except KeyError:
systemStats.planets[task.targetID][techID] = 1
if task.demolishStruct:
try:
systemStats.planets[task.targetID][task.demolishStruct] -= 1
except KeyError:
systemStats.planets[task.targetID][task.demolishStruct] = -1
# by parsing .planets object, fill the .bio and .en parameters
systemStats.bio = 0
systemStats.en = 0
for planetID in systemStats.planets:
planet = db[planetID]
if planetID not in myPlanets:
continue
for techID in systemStats.planets[planetID]:
quantity = systemStats.planets[planetID][techID]
deltaBio, deltaEn, deltaProd = getSystemStatsChange(client, db, techID, planetID, 0)
tech = client.getFullTechInfo(techID)
systemStats.en += quantity * deltaEn
systemStats.bio += quantity * deltaBio
return systemStats