def createUI(self):
w, h = gdata.scrnSize
self.win = ui.Window(self.app,
modal = 1,
escKeyClose = 1,
movable = 0,
title = _('Global production queues'),
rect = ui.Rect((w - 400 - 4 ) / 2, (h - 440 - 4 ) / 2, 400 + 4 , 420 + 4 ),
layoutManager = ui.SimpleGridLM(),
)
self.win.subscribeAction('*', self)
ui.Title(self.win, layout = (0, 0, 20, 1), text = _('Default global queue'),
align = ui.ALIGN_W, font = 'normal-bold')
ui.ButtonArray(self.win, layout = (0, 1, 20, 2), id = 'vPQueue0',
buttonSize = (2, 2), showSlider = 0, tags = ['pl'], action = 'onQueueItemSelected', orderNo = 0)
ui.Title(self.win, layout = (0, 3, 20, 1), text = _('Queue \"{0}\"'.format(res.globalQueueName(1))),
align = ui.ALIGN_W, font = 'normal-bold')
ui.ButtonArray(self.win, layout = (0, 4, 20, 2), id = 'vPQueue1',
buttonSize = (2, 2), showSlider = 0, tags = ['pl'], action = 'onQueueItemSelected', orderNo = 1)
ui.Title(self.win, layout = (0, 6, 20, 1), text = _('Queue \"{0}\"'.format(res.globalQueueName(2))),
align = ui.ALIGN_W, font = 'normal-bold')
ui.ButtonArray(self.win, layout = (0, 7, 20, 2), id = 'vPQueue2',
buttonSize = (2, 2), showSlider = 0, tags = ['pl'], action = 'onQueueItemSelected', orderNo = 2)
ui.Title(self.win, layout = (0, 9, 20, 1), text = _('Queue \"{0}\"'.format(res.globalQueueName(3))),
align = ui.ALIGN_W, font = 'normal-bold')
ui.ButtonArray(self.win, layout = (0, 10, 20, 2), id = 'vPQueue3',
buttonSize = (2, 2), showSlider = 0, tags = ['pl'], action = 'onQueueItemSelected', orderNo = 3)
ui.Title(self.win, layout = (0, 12, 20, 1), text = _('Queue \"{0}\"'.format(res.globalQueueName(4))),
align = ui.ALIGN_W, font = 'normal-bold')
ui.ButtonArray(self.win, layout = (0, 13, 20, 2), id = 'vPQueue4',
buttonSize = (2, 2), showSlider = 0, tags = ['pl'], action = 'onQueueItemSelected', orderNo = 4)
ui.Label(self.win, layout = (0, 16, 20, 1), id = 'vTaskName', align = ui.ALIGN_W,
font = 'normal-bold', tags = ['queue', 'data'])
ui.Label(self.win, layout = (9, 17, 7, 1), text = _('Construction pts'),
align = ui.ALIGN_W, tags = ['queue'])
ui.Label(self.win, layout = (16, 17, 4, 1), id = 'vTaskConstPoints', align = ui.ALIGN_E,
tags = ['queue', 'data'])
ui.Label(self.win, layout = (0, 17, 5, 1), text = _('Quantity'),
align = ui.ALIGN_W, tags = ['queue'])
ui.Label(self.win, layout = (5, 17, 3, 1), id = 'vTaskQuantity', align = ui.ALIGN_E,
tags = ['queue', 'data'])
ui.Button(self.win, layout = (0, 18, 2, 1), id = 'vITFirst', text = _('<<'),
tags = ['queue'], action = 'onMoveTaskFirstLast',
tooltipTitle = _('Move task to first position in queue'), data = -1)
ui.Button(self.win, layout = (2, 18, 2, 1), id = 'vITPrev', text = _('<'),
tags = ['queue'], action = 'onMoveTask', data = -1,
tooltipTitle = _('Move task to previous position in queue'))
ui.Button(self.win, layout = (4, 18, 2, 1), id = 'vITNext', text = _('>'),
tags = ['queue'], action = 'onMoveTask', data = 1,
tooltipTitle = _('Move task to next position in queue'))
ui.Button(self.win, layout = (6, 18, 2, 1), id = 'vITLast', text = _('>>'),
tags = ['queue'], action = 'onMoveTaskFirstLast',
tooltipTitle = _('Move task to last position in queue'), data = 1)
ui.Button(self.win, layout = (8, 18, 4, 1), text = _('Quantity'),
tags = ['queue'], action = 'onQtyTask',
tooltipTitle = _('Change task quantity'))
ui.Button(self.win, layout = (12, 18, 4, 1), text = _('Info'), id = "vITInfo",
tags = ['queue'], action = 'onTaskInfo',
tooltipTitle = _('Show task informations'))
ui.Button(self.win, layout = (16, 18, 4, 1), text = _('Abort'),
tags = ['queue'], action = 'onAbortTask',
tooltipTitle = _('Abort task construction'))
# status bar + submit/cancel
ui.TitleButton(self.win, layout = (15, 19, 5, 1), text = _('Close'), action = 'onClose')
ui.Title(self.win, id = 'vStatusBar', layout = (0, 19, 15, 1), align = ui.ALIGN_W)
def show(self):
critical = self.win.vCritical.checked
major = self.win.vMajor.checked
minor = self.win.vMinor.checked
info = self.win.vInfo.checked
disp = 1
player = client.getPlayer()
items = []
# object list (all player's objects + systems)
objects = player.fleets[:]
objects += player.planets[:]
systems = {}
for planetID in player.planets:
planet = client.get(planetID)
if planet.compOf not in systems:
systems[planet.compOf] = None
objects += systems.keys()
# counting construction points value of each global production queue
# holder for (number , eff production) of planets set to each queue
globalQueueStats=[(0,0), (0,0), (0,0), (0,0), (0,0)]
prodQueueProblems = []
# go through all objects
for objID in objects:
if objID < OID_FREESTART:
continue
obj = client.get(objID, noUpdate = 1)
if not hasattr(obj, "type"):
continue
if obj.type == T_SYSTEM:
if not hasattr(obj, 'planets'):
continue
bio = 0
totalBio = 0
en = 0
totalEn = 0
buildingQuantity = {}
buildingInfo = {}
# holds modified planets
planetCopies = {}
for planetID in obj.planets:
planet = client.get(planetID, noUpdate = 1)
# copy of planet to change plSlots count
if not planetID in planetCopies:
cPlanet = copy.deepcopy(planet)
planetCopies[planetID] = cPlanet
else:
cPlanet = planetCopies[planetID]
if hasattr(planet, 'owner') and planet.owner == player.oid:
queuePlanetNumber, queueEffProd = globalQueueStats[planet.globalQueue]
queuePlanetNumber += 1
queueEffProd += planet.effProdProd
globalQueueStats[planet.globalQueue] = (queuePlanetNumber, queueEffProd)
# compute bio and en for system
bio += planet.changeBio
totalBio += max(0, planet.storBio - planet.minBio)
en += planet.changeEn
totalEn += max(0, planet.storEn - planet.minEn)
# the planet needs to have global queue 0 - the default one - to have its queue reported
if hasattr(planet, 'prodQueue') and self.win.vPlanets.checked and not planet.globalQueue:
totalEtc = 0
# compute length of production queue
if cPlanet.prodQueue and cPlanet.effProdProd > 0:
for task in cPlanet.prodQueue:
if task.isShip:
tech = client.getPlayer().shipDesigns[task.techID]
else:
tech = client.getFullTechInfo(task.techID)
if tech.isStructure and hasattr(task, "demolishStruct") and task.demolishStruct == 0:
# total count of constructing buildings on target
if buildingQuantity.has_key(task.targetID):
buildingQuantity[task.targetID] += task.quantity
else:
buildingQuantity[task.targetID] = task.quantity
# information about source and target of constructing
if buildingInfo.has_key((planetID, task.targetID)):
buildingInfo[(planetID, task.targetID)] += task.quantity
else:
buildingInfo[(planetID, task.targetID)] = task.quantity
elif tech.isProject and tech.id == 3802:
# we are constructing Habitable Surface Expansion
# so after construction we got some new slots on planet
if not task.targetID in planetCopies:
targetPlanet = client.get(task.targetID, noUpdate = 1)
cPlanet = copy.deepcopy(targetPlanet)
planetCopies[task.targetID] = cPlanet
planetCopies[task.targetID].plSlots += task.quantity
if task.targetID != planetID:
totalEtc += math.ceil(float(tech.buildProd * Rules.buildOnAnotherPlanetMod - task.currProd) / planet.effProdProd)
totalEtc += math.ceil((task.quantity - 1) * float(tech.buildProd * Rules.buildOnAnotherPlanetMod) / planet.effProdProd)
else:
totalEtc += math.ceil(task.quantity * float(tech.buildProd - task.currProd) / planet.effProdProd)
totalEtc += math.ceil((task.quantity - 1) * float(tech.buildProd) / planet.effProdProd)
else:
totalEtc = 99999
prodQueueProblems.append((planetID, totalEtc, len(planet.prodQueue)))
# check for structures status
if hasattr(planet, 'slots') and self.win.vPlanets.checked:
for struct in planet.slots:
status = struct[STRUCT_IDX_STATUS]
problem = None
tech = client.getFullTechInfo(struct[STRUCT_IDX_TECHID])
if hasattr(player, 'techs'):
techEff = Rules.techImprEff[player.techs.get(struct[STRUCT_IDX_TECHID], Rules.techBaseImprovement)]
else:
techEff = Rules.techImprEff[Rules.techBaseImprovement]
HPturn = max(1, int(0.02 * tech.maxHP * techEff))
turnsToDestroy = math.ceil(struct[STRUCT_IDX_HP] / HPturn)
if turnsToDestroy < 48:
dispDestr = major
fgColorDestr = gdata.sevColors[gdata.MAJ]
if turnsToDestroy < 24:
dispDestr = critical
fgColorDestr = gdata.sevColors[gdata.CRI]
else:
dispDestr = minor
fgColorDestr = None
if not status & STRUCT_STATUS_ON:
# structure is off
if dispDestr:
items.append(ui.Item(planet.name, tOID = planetID, tType = T_PLANET, foreground = fgColorDestr,
vDescription = _('Structure (%s) is off and will be destroyed in %s turns.') % (tech.name, res.formatTime(turnsToDestroy))))
elif status & STRUCT_STATUS_DETER:
problem = _('is deteriorating and will be destroyed in %s turns') % res.formatTime(turnsToDestroy)
disp = major
fgColor = gdata.sevColors[gdata.MAJ]
elif status & STRUCT_STATUS_NOBIO:
problem = _('has insufficient supply of biomatter')
disp = info
fgColor = gdata.sevColors[gdata.INFO]
elif status & STRUCT_STATUS_NOEN:
problem = _('has insufficient supply of energy')
disp = info
fgColor = gdata.sevColors[gdata.INFO]
elif status & STRUCT_STATUS_NOPOP:
problem = _('has insufficient supply of workers')
disp = info
fgColor = gdata.sevColors[gdata.INFO]
elif status & STRUCT_STATUS_REPAIRING:
problem = _('is repairing')
disp = info
fgColor = gdata.sevColors[gdata.INFO]
if problem and disp:
items.append(ui.Item(planet.name, tOID = planetID, tType = T_PLANET, foreground = fgColor,
vDescription = _('Structure (%s) %s.') % (tech.name, problem)))
for planetID, quantity in buildingQuantity.items():
planet = planetCopies[planetID]
# test, if there is total quantity of building as target for this planet
if planet.plSlots < len(planet.slots) + quantity and major:
# walk infos and search for all planets, that are building
# on planet founded above
for (sourceID, targetID), quantity in buildingInfo.items():
if planetID == targetID:
source = client.get(sourceID, noUpdate = 1)
items.append(ui.Item(source.name, tOID = sourceID, tType = T_PLANET, foreground = gdata.sevColors[gdata.MAJ],
vDescription = _('There is no space for all constructed buildings on %s.') % (planet.name)))
# check bio for system
if bio < 0 and self.win.vSystems.checked:
disp = minor
fgColor = None
surplusTurns = totalBio / (-bio)
if surplusTurns < 168:
disp = major
fgColor = gdata.sevColors[gdata.MAJ]
if surplusTurns < 48:
disp = critical
fgColor = gdata.sevColors[gdata.CRI]
if disp:
if totalBio > 0:
items.append(ui.Item(obj.name, tOID = obj.oid, tType = T_SYSTEM, foreground = fgColor,
vDescription = _('Bio decreasing - last turn change %d, surplus %d (%s).') % (bio, totalBio,res.formatTime(surplusTurns))))
else:
items.append(ui.Item(obj.name, tOID = obj.oid, tType = T_SYSTEM, foreground = fgColor,
vDescription = _('Bio decreasing - last turn change %d, surplus %d.') % (bio, totalBio)))
#check en for system
if en < 0 and self.win.vSystems.checked:
disp = minor
fgColor = None
surplusTurns = totalEn / (-en)
if surplusTurns < 168:
disp = major
fgColor = gdata.sevColors[gdata.MAJ]
if surplusTurns < 48:
disp = critical
fgColor = gdata.sevColors[gdata.CRI]
if disp:
if totalEn > 0:
items.append(ui.Item(obj.name, tOID = obj.oid, tType = T_SYSTEM, foreground = fgColor,
vDescription = _('Energy decreasing - last turn change %d, surplus %d (%s).') % (en, totalEn,res.formatTime(surplusTurns))))
else:
items.append(ui.Item(obj.name, tOID = obj.oid, tType = T_SYSTEM, foreground = fgColor,
vDescription = _('Energy decreasing - last turn change %d, surplus %d.') % (en, totalEn)))
# check fleets
elif obj.type == T_FLEET and self.win.vFleets.checked:
if hasattr(obj, 'owner') and obj.owner == player.oid:
energyReserve = obj.storEn * 100 / obj.maxEn
system = None
disp = major
fgColor = gdata.sevColors[gdata.MAJ]
note = _(' and IS NOT refueling')
maxRefuelMax = 0
if hasattr(obj, 'orbiting') and obj.orbiting:
system = client.get(obj.orbiting, noUpdate = 1)
if hasattr(system, 'planets'):
for planetID in system.planets:
planet = client.get(planetID, noUpdate = 1)
if hasattr(planet, 'owner') and hasattr(planet, 'refuelMax'):
if player.diplomacyRels.has_key(planet.owner):
dipl = client.getDiplomacyWith(planet.owner)
if dipl.pacts.has_key(PACT_ALLOW_TANKING) and dipl.pacts[PACT_ALLOW_TANKING][0] == PACT_ACTIVE:
maxRefuelMax = max(maxRefuelMax, planet.refuelMax)
else:
if planet.owner == player.oid:
maxRefuelMax = max(maxRefuelMax, planet.refuelMax)
if maxRefuelMax > 0:
disp = info
fgColor = gdata.sevColors[gdata.INFO]
note = _(' and IS refueling')
if maxRefuelMax <= energyReserve:
note = _(' and CAN refuel, but reach planet maximum refuel amount')
else:
continue
systemName = res.getUnknownName()
if system and hasattr(system, "name"):
systemName = system.name
# check fleets energy reserve
if energyReserve < 50 and maxRefuelMax == 0:
disp = major
fgColor = gdata.sevColors[gdata.MAJ]
if energyReserve < 25 and maxRefuelMax == 0:
disp = critical
fgColor = gdata.sevColors[gdata.CRI]
else:
fgColor = gdata.sevColors[gdata.INFO]
disp = info
# is fleet named?
if hasattr(obj,'customname') and obj.customname:
name = obj.customname
else:
name = getattr(obj, "name", None)
if energyReserve == 100 and info and disp:
items.append(ui.Item(systemName, tOID = obj.oid, tType = T_FLEET,foreground = gdata.sevColors[gdata.INFO],
vDescription = _('Fleet "%s" has full fuel tanks.') % (name)))
elif disp:
items.append(ui.Item(systemName, tOID = obj.oid, tType = T_FLEET,foreground = fgColor,
vDescription = _('Fleet "%s" is low on fuel [%d %%]%s.') % (name, energyReserve, note)))
queConstValues = [0, 0, 0, 0, 0]
queEtc = [0, 0, 0, 0, 0]
for queue in xrange(5):
quePlanets, queEffProd = globalQueueStats[queue]
for task in player.prodQueues[queue]:
if task.isShip:
tech = client.getPlayer().shipDesigns[task.techID]
else:
tech = client.getFullTechInfo(task.techID)
queConstValues[queue] += task.quantity * tech.buildProd
if queEffProd > 0:
queEtc[queue] = math.ceil(float(queConstValues[queue])/queEffProd)
else:
queEtc[queue] = 99999
# creation of items with production queue [default one] problems
for planetID, totalEtc, queueLen in prodQueueProblems:
planet = client.get(planetID, noUpdate = 1)
# check empty production queue
if queueLen == 0 and planet.effProdProd > 0 and queConstValues[0] == 0 and critical:
items.append(ui.Item(planet.name, tOID = planetID, tType = T_PLANET,
foreground = gdata.sevColors[gdata.CRI],
vDescription = _('Production queue is empty.')))
# check end of production queue
if totalEtc+queEtc[0] < 48:
fgColor = None
disp = minor
if totalEtc+queEtc[0] < 24:
disp = major
fgColor = gdata.sevColors[gdata.MAJ]
if disp:
items.append(ui.Item(planet.name, tOID = planetID, tType = T_PLANET, foreground = fgColor,
vDescription = _('Production queue may end in {0} turns ({1} directly in planet queue), {2} item(s) on list.'.format(res.formatTime(totalEtc+queEtc[0]), res.formatTime(totalEtc), queueLen))))
# creation of items with global queue problems
for queue in xrange(1, 5):
queName = res.globalQueueName(queue)
quePlanets = globalQueueStats[queue][0]
# check empty global production queue with at least one planet [so its relevant]
if queConstValues[queue] == 0 and quePlanets > 0 and critical:
items.append(ui.Item(_('Global queue ' + queName), tType = T_QUEUE,
foreground = gdata.sevColors[gdata.CRI],
vDescription = _('Global production queue {0} used by {1} planet(s) is empty.'.format(queName, quePlanets))))
# check end of global production queue
elif queEtc[queue] < 48:
fgColor = None
disp = minor
if queEtc[queue] < 24:
disp = major
fgColor = gdata.sevColors[gdata.MAJ]
if disp:
items.append(ui.Item(_('Global queue ' + queName), tType = T_QUEUE, foreground = fgColor,
vDescription = _('Global production queue {0} used by {1} planet(s) runs out in {2} turns.'.format(queName, quePlanets, res.formatTime(queEtc[queue])))))
# check research queue
if self.win.vResearch.checked:
totalEtc = 0
# compute length of research queue
for task in player.rsrchQueue:
tech = client.getTechInfo(task.techID)
fulltech = client.getFullTechInfo(task.techID)
researchSci = Utils.getTechRCost(player, task.techID, task.improvement)
maxImprovement = min(Rules.techMaxImprovement,fulltech.maxImprovement)
maxImpTotalSci = 0
if task.improveToMax and task.improvement < maxImprovement:
for impr in range(task.improvement+1,maxImprovement+1):
maxImpTotalSci += Utils.getTechRCost(player, task.techID, impr)
if task.changeSci > 0:
value = float(researchSci - task.currSci) / max(task.changeSci, player.effSciPoints)
totalEtc += int(value + 1)
if player.effSciPoints != 0:
totalEtc += float(maxImpTotalSci) / player.effSciPoints
elif task.changeSci < 0:
totalEtc -= float(task.currSci) / min(task.changeSci, player.effSciPoints)
elif player.effSciPoints > 0:
value = float(researchSci) / player.effSciPoints
totalEtc += int(value + 1)
totalEtc += float(maxImpTotalSci) / player.effSciPoints
else:
totalEtc = 99999
break
# check empty research queue
if totalEtc == 0 and len(player.rsrchQueue) == 0 and player.effSciPoints > 0 and major:
items.append(ui.Item(_('Research'), tType = T_TECHNOLOGY, foreground = gdata.sevColors[gdata.MAJ],
vDescription = _('Research queue is empty.')))
# check short reseach queue
elif totalEtc < 48:
disp = minor
fgColor = None
if totalEtc < 24:
disp = major
fgColor = gdata.sevColors[gdata.MAJ]
if disp:
items.append(ui.Item(_('Research'), tType = T_TECHNOLOGY, foreground = fgColor,
vDescription = _('Research queue ends in %s turns, %d item(s) on list.') % (res.formatTime(totalEtc), len(player.rsrchQueue))))
self.win.vProblems.items = items
self.win.vProblems.itemsChanged()
def createUI(self):
w, h = gdata.scrnSize
self.win = ui.Window(
self.app,
modal=1,
escKeyClose=1,
movable=0,
title=_("Global production queues"),
rect=ui.Rect((w - 400 - 4) / 2, (h - 440 - 4) / 2, 400 + 4, 420 + 4),
layoutManager=ui.SimpleGridLM(),
)
self.win.subscribeAction("*", self)
ui.Title(self.win, layout=(0, 0, 20, 1), text=_("Default global queue"), align=ui.ALIGN_W, font="normal-bold")
ui.ButtonArray(
self.win,
layout=(0, 1, 20, 2),
id="vPQueue0",
buttonSize=(2, 2),
showSlider=0,
tags=["pl"],
action="onQueueItemSelected",
orderNo=0,
)
ui.Title(
self.win,
layout=(0, 3, 20, 1),
text=_('Queue "{0}"'.format(res.globalQueueName(1))),
align=ui.ALIGN_W,
font="normal-bold",
)
ui.ButtonArray(
self.win,
layout=(0, 4, 20, 2),
id="vPQueue1",
buttonSize=(2, 2),
showSlider=0,
tags=["pl"],
action="onQueueItemSelected",
orderNo=1,
)
ui.Title(
self.win,
layout=(0, 6, 20, 1),
text=_('Queue "{0}"'.format(res.globalQueueName(2))),
align=ui.ALIGN_W,
font="normal-bold",
)
ui.ButtonArray(
self.win,
layout=(0, 7, 20, 2),
id="vPQueue2",
buttonSize=(2, 2),
showSlider=0,
tags=["pl"],
action="onQueueItemSelected",
orderNo=2,
)
ui.Title(
self.win,
layout=(0, 9, 20, 1),
text=_('Queue "{0}"'.format(res.globalQueueName(3))),
align=ui.ALIGN_W,
font="normal-bold",
)
ui.ButtonArray(
self.win,
layout=(0, 10, 20, 2),
id="vPQueue3",
buttonSize=(2, 2),
showSlider=0,
tags=["pl"],
action="onQueueItemSelected",
orderNo=3,
)
ui.Title(
self.win,
layout=(0, 12, 20, 1),
text=_('Queue "{0}"'.format(res.globalQueueName(4))),
align=ui.ALIGN_W,
font="normal-bold",
)
ui.ButtonArray(
self.win,
layout=(0, 13, 20, 2),
id="vPQueue4",
buttonSize=(2, 2),
showSlider=0,
tags=["pl"],
action="onQueueItemSelected",
orderNo=4,
)
ui.Label(
self.win,
layout=(0, 16, 20, 1),
id="vTaskName",
align=ui.ALIGN_W,
font="normal-bold",
tags=["queue", "data"],
)
ui.Label(self.win, layout=(9, 17, 7, 1), text=_("Construction pts"), align=ui.ALIGN_W, tags=["queue"])
ui.Label(self.win, layout=(16, 17, 4, 1), id="vTaskConstPoints", align=ui.ALIGN_E, tags=["queue", "data"])
ui.Label(self.win, layout=(0, 17, 5, 1), text=_("Quantity"), align=ui.ALIGN_W, tags=["queue"])
ui.Label(self.win, layout=(5, 17, 3, 1), id="vTaskQuantity", align=ui.ALIGN_E, tags=["queue", "data"])
ui.Button(
self.win,
layout=(0, 18, 2, 1),
id="vITFirst",
text=_("<<"),
tags=["queue"],
action="onMoveTaskFirstLast",
tooltip=_("Move task to first position in queue"),
data=-1,
)
ui.Button(
self.win,
layout=(2, 18, 2, 1),
id="vITPrev",
text=_("<"),
tags=["queue"],
action="onMoveTask",
data=-1,
tooltip=_("Move task to previous position in queue"),
)
ui.Button(
self.win,
layout=(4, 18, 2, 1),
id="vITNext",
text=_(">"),
tags=["queue"],
action="onMoveTask",
data=1,
tooltip=_("Move task to next position in queue"),
)
ui.Button(
self.win,
layout=(6, 18, 2, 1),
id="vITLast",
text=_(">>"),
tags=["queue"],
action="onMoveTaskFirstLast",
tooltip=_("Move task to last position in queue"),
data=1,
)
ui.Button(
self.win,
layout=(8, 18, 4, 1),
text=_("Quantity"),
tags=["queue"],
action="onQtyTask",
tooltip=_("Change task quantity"),
)
ui.Button(
self.win,
layout=(12, 18, 4, 1),
text=_("Info"),
id="vITInfo",
tags=["queue"],
action="onTaskInfo",
tooltip=_("Show task informations"),
)
ui.Button(
self.win,
layout=(16, 18, 4, 1),
text=_("Abort"),
tags=["queue"],
action="onAbortTask",
tooltip=_("Abort task construction"),
)
# status bar + submit/cancel
ui.TitleButton(self.win, layout=(15, 19, 5, 1), text=_("Close"), action="onClose")
ui.Title(self.win, id="vStatusBar", layout=(0, 19, 15, 1), align=ui.ALIGN_W)
def show(self):
critical = self.win.vCritical.checked
major = self.win.vMajor.checked
minor = self.win.vMinor.checked
info = self.win.vInfo.checked
disp = 1
player = client.getPlayer()
items = []
# object list (all player's objects + systems)
objects = player.fleets[:]
objects += player.planets[:]
systems = {}
for planetID in player.planets:
planet = client.get(planetID)
if planet.compOf not in systems:
systems[planet.compOf] = None
objects += systems.keys()
# counting construction points value of each global production queue
# holder for (number , eff production) of planets set to each queue
globalQueueStats = [(0, 0), (0, 0), (0, 0), (0, 0), (0, 0)]
prodQueueProblems = []
# go through all objects
for objID in objects:
if objID < Const.OID_FREESTART:
continue
obj = client.get(objID, noUpdate=1)
if not hasattr(obj, "type"):
continue
if obj.type == Const.T_SYSTEM:
if not hasattr(obj, 'planets'):
continue
bio = 0
totalBio = 0
en = 0
totalEn = 0
buildingQuantity = {}
buildingInfo = {}
# holds modified planets
planetCopies = {}
for planetID in obj.planets:
planet = client.get(planetID, noUpdate=1)
# copy of planet to change plSlots count
if not planetID in planetCopies:
cPlanet = copy.deepcopy(planet)
planetCopies[planetID] = cPlanet
else:
cPlanet = planetCopies[planetID]
if hasattr(planet, 'owner') and planet.owner == player.oid:
queuePlanetNumber, queueEffProd = globalQueueStats[
planet.globalQueue]
queuePlanetNumber += 1
queueEffProd += planet.effProdProd
globalQueueStats[planet.globalQueue] = (
queuePlanetNumber, queueEffProd)
# compute bio and en for system
bio += planet.changeBio
totalBio += max(0, planet.storBio - planet.minBio)
en += planet.changeEn
totalEn += max(0, planet.storEn - planet.minEn)
# the planet needs to have global queue 0 - the default one - to have its queue reported
if hasattr(
planet, 'prodQueue'
) and self.win.vPlanets.checked and not planet.globalQueue:
totalEtc = 0
# compute length of production queue
if cPlanet.prodQueue and cPlanet.effProdProd > 0:
for task in cPlanet.prodQueue:
if task.isShip:
tech = client.getPlayer().shipDesigns[
task.techID]
else:
tech = client.getFullTechInfo(
task.techID)
if tech.isStructure and hasattr(
task, "demolishStruct"
) and task.demolishStruct == 0:
# total count of constructing buildings on target
if buildingQuantity.has_key(
task.targetID):
buildingQuantity[
task.
targetID] += task.quantity
else:
buildingQuantity[
task.
targetID] = task.quantity
# information about source and target of constructing
if buildingInfo.has_key(
(planetID, task.targetID)):
buildingInfo[(
planetID, task.targetID
)] += task.quantity
else:
buildingInfo[(
planetID, task.targetID
)] = task.quantity
elif tech.isProject and tech.id == 3802:
# we are constructing Habitable Surface Expansion
# so after construction we got some new slots on planet
if not task.targetID in planetCopies:
targetPlanet = client.get(
task.targetID, noUpdate=1)
cPlanet = copy.deepcopy(
targetPlanet)
planetCopies[
task.targetID] = cPlanet
planetCopies[
task.
targetID].plSlots += task.quantity
if task.targetID != planetID:
totalEtc += math.ceil(
float(tech.buildProd *
Rules.buildOnAnotherPlanetMod
- task.currProd) /
planet.effProdProd)
totalEtc += math.ceil(
(task.quantity - 1) * float(
tech.buildProd *
Rules.buildOnAnotherPlanetMod)
/ planet.effProdProd)
else:
totalEtc += math.ceil(
task.quantity *
float(tech.buildProd -
task.currProd) /
planet.effProdProd)
totalEtc += math.ceil(
(task.quantity - 1) *
float(tech.buildProd) /
planet.effProdProd)
else:
totalEtc = 99999
prodQueueProblems.append(
(planetID, totalEtc, len(planet.prodQueue)))
# check for structures status
if hasattr(planet,
'slots') and self.win.vPlanets.checked:
for struct in planet.slots:
status = struct[Const.STRUCT_IDX_STATUS]
problem = None
tech = client.getFullTechInfo(
struct[Const.STRUCT_IDX_TECHID])
if hasattr(player, 'techs'):
techEff = Rules.techImprEff[
player.techs.get(
struct[Const.STRUCT_IDX_TECHID],
Rules.techBaseImprovement)]
else:
techEff = Rules.techImprEff[
Rules.techBaseImprovement]
HPturn = max(1,
int(0.02 * tech.maxHP * techEff))
turnsToDestroy = math.ceil(
struct[Const.STRUCT_IDX_HP] / HPturn)
if turnsToDestroy < 48:
dispDestr = major
fgColorDestr = gdata.sevColors[gdata.MAJ]
if turnsToDestroy < 24:
dispDestr = critical
fgColorDestr = gdata.sevColors[
gdata.CRI]
else:
dispDestr = minor
fgColorDestr = None
if not status & Const.STRUCT_STATUS_ON:
# structure is off
if dispDestr:
items.append(
ui.Item(
planet.name,
tOID=planetID,
tType=Const.T_PLANET,
foreground=fgColorDestr,
vDescription=
_('Structure (%s) is off and will be destroyed in %s turns.'
) %
(tech.name,
res.formatTime(turnsToDestroy)
)))
elif status & Const.STRUCT_STATUS_DETER:
problem = _('is deteriorating')
disp = major
fgColor = gdata.sevColors[gdata.MAJ]
elif status & Const.STRUCT_STATUS_NOBIO:
problem = _(
'has insufficient supply of biomatter')
disp = info
fgColor = gdata.sevColors[gdata.INFO]
elif status & Const.STRUCT_STATUS_NOEN:
problem = _(
'has insufficient supply of energy')
disp = info
fgColor = gdata.sevColors[gdata.INFO]
elif status & Const.STRUCT_STATUS_NOPOP:
problem = _(
'has insufficient supply of workers')
disp = info
fgColor = gdata.sevColors[gdata.INFO]
elif status & Const.STRUCT_STATUS_REPAIRING:
problem = _('is repairing')
disp = info
fgColor = gdata.sevColors[gdata.INFO]
if problem and disp:
items.append(
ui.Item(planet.name,
tOID=planetID,
tType=Const.T_PLANET,
foreground=fgColor,
vDescription=_(
'Structure (%s) %s.') %
(tech.name, problem)))
for planetID, quantity in buildingQuantity.items():
planet = planetCopies[planetID]
# test, if there is total quantity of building as target for this planet
if planet.plSlots < len(planet.slots) + quantity and major:
# walk infos and search for all planets, that are building
# on planet founded above
for (sourceID,
targetID), quantity in buildingInfo.items():
if planetID == targetID:
source = client.get(sourceID, noUpdate=1)
items.append(
ui.Item(
source.name,
tOID=sourceID,
tType=Const.T_PLANET,
foreground=gdata.sevColors[gdata.MAJ],
vDescription=
_('There is no space for all constructed buildings on %s.'
) % (planet.name)))
# check bio for system
if bio < 0 and self.win.vSystems.checked:
disp = minor
fgColor = None
surplusTurns = totalBio / (-bio)
if surplusTurns < 168:
disp = major
fgColor = gdata.sevColors[gdata.MAJ]
if surplusTurns < 48:
disp = critical
fgColor = gdata.sevColors[gdata.CRI]
if disp:
if totalBio > 0:
items.append(
ui.Item(
obj.name,
tOID=obj.oid,
tType=Const.T_SYSTEM,
foreground=fgColor,
vDescription=
_('Bio decreasing - last turn change %d, surplus %d (%s).'
) % (bio, totalBio,
res.formatTime(surplusTurns))))
else:
items.append(
ui.Item(
obj.name,
tOID=obj.oid,
tType=Const.T_SYSTEM,
foreground=fgColor,
vDescription=
_('Bio decreasing - last turn change %d, surplus %d.'
) % (bio, totalBio)))
#check en for system
if en < 0 and self.win.vSystems.checked:
disp = minor
fgColor = None
surplusTurns = totalEn / (-en)
if surplusTurns < 168:
disp = major
fgColor = gdata.sevColors[gdata.MAJ]
if surplusTurns < 48:
disp = critical
fgColor = gdata.sevColors[gdata.CRI]
if disp:
if totalEn > 0:
items.append(
ui.Item(
obj.name,
tOID=obj.oid,
tType=Const.T_SYSTEM,
foreground=fgColor,
vDescription=
_('Energy decreasing - last turn change %d, surplus %d (%s).'
) % (en, totalEn,
res.formatTime(surplusTurns))))
else:
items.append(
ui.Item(
obj.name,
tOID=obj.oid,
tType=Const.T_SYSTEM,
foreground=fgColor,
vDescription=
_('Energy decreasing - last turn change %d, surplus %d.'
) % (en, totalEn)))
# check fleets
elif obj.type == Const.T_FLEET and self.win.vFleets.checked:
if hasattr(obj, 'owner') and obj.owner == player.oid:
energyReserve = obj.storEn * 100 / obj.maxEn
system = None
disp = major
fgColor = gdata.sevColors[gdata.MAJ]
note = _(' and IS NOT refueling')
maxRefuelMax = 0
if hasattr(obj, 'orbiting') and obj.orbiting:
system = client.get(obj.orbiting, noUpdate=1)
if hasattr(system, 'planets'):
for planetID in system.planets:
planet = client.get(planetID, noUpdate=1)
if hasattr(planet, 'owner') and hasattr(
planet, 'refuelMax'):
if player.diplomacyRels.has_key(
planet.owner):
dipl = client.getDiplomacyWith(
planet.owner)
if dipl.pacts.has_key(
Const.PACT_ALLOW_TANKING
) and dipl.pacts[
Const.PACT_ALLOW_TANKING][
0] == Const.PACT_ACTIVE:
maxRefuelMax = max(
maxRefuelMax, planet.refuelMax)
else:
if planet.owner == player.oid:
maxRefuelMax = max(
maxRefuelMax, planet.refuelMax)
if maxRefuelMax > 0:
disp = info
fgColor = gdata.sevColors[gdata.INFO]
note = _(' and IS refueling')
if maxRefuelMax <= energyReserve:
note = _(
' and CAN refuel, but reach planet maximum refuel amount'
)
else:
continue
systemName = res.getUnknownName()
if system and hasattr(system, "name"):
systemName = system.name
# check fleets energy reserve
if energyReserve < 50 and maxRefuelMax == 0:
disp = major
fgColor = gdata.sevColors[gdata.MAJ]
if energyReserve < 25 and maxRefuelMax == 0:
disp = critical
fgColor = gdata.sevColors[gdata.CRI]
else:
fgColor = gdata.sevColors[gdata.INFO]
disp = info
# is fleet named?
if hasattr(obj, 'customname') and obj.customname:
name = obj.customname
else:
name = getattr(obj, "name", None)
if energyReserve == 100 and info and disp:
items.append(
ui.Item(systemName,
tOID=obj.oid,
tType=Const.T_FLEET,
foreground=gdata.sevColors[gdata.INFO],
vDescription=_(
'Fleet "%s" has full fuel tanks.') %
(name)))
elif disp:
items.append(
ui.Item(
systemName,
tOID=obj.oid,
tType=Const.T_FLEET,
foreground=fgColor,
vDescription=_(
'Fleet "%s" is low on fuel [%d %%]%s.') %
(name, energyReserve, note)))
queConstValues = [0, 0, 0, 0, 0]
queEtc = [0, 0, 0, 0, 0]
for queue in xrange(5):
quePlanets, queEffProd = globalQueueStats[queue]
for task in player.prodQueues[queue]:
if task.isShip:
tech = client.getPlayer().shipDesigns[task.techID]
else:
tech = client.getFullTechInfo(task.techID)
queConstValues[queue] += task.quantity * tech.buildProd
if queEffProd > 0:
queEtc[queue] = math.ceil(
float(queConstValues[queue]) / queEffProd)
else:
queEtc[queue] = 99999
# creation of items with production queue [default one] problems
for planetID, totalEtc, queueLen in prodQueueProblems:
planet = client.get(planetID, noUpdate=1)
# check empty production queue
if queueLen == 0 and planet.effProdProd > 0 and queConstValues[
0] == 0 and critical:
items.append(
ui.Item(planet.name,
tOID=planetID,
tType=Const.T_PLANET,
foreground=gdata.sevColors[gdata.CRI],
vDescription=_('Production queue is empty.')))
# check end of production queue
if totalEtc + queEtc[0] < 48:
fgColor = None
disp = minor
if totalEtc + queEtc[0] < 24:
disp = major
fgColor = gdata.sevColors[gdata.MAJ]
if disp:
items.append(
ui.Item(
planet.name,
tOID=planetID,
tType=Const.T_PLANET,
foreground=fgColor,
vDescription=_(
'Production queue may end in {0} turns ({1} directly in planet queue), {2} item(s) on list.'
.format(
res.formatTime(totalEtc + queEtc[0]),
res.formatTime(totalEtc), queueLen))))
# creation of items with global queue problems
for queue in xrange(1, 5):
queName = res.globalQueueName(queue)
quePlanets = globalQueueStats[queue][0]
# check empty global production queue with at least one planet [so its relevant]
if queConstValues[queue] == 0 and quePlanets > 0 and critical:
items.append(
ui.Item(
_('Global queue ' + queName),
tType=Const.T_QUEUE,
foreground=gdata.sevColors[gdata.CRI],
vDescription=_(
'Global production queue {0} used by {1} planet(s) is empty.'
.format(queName, quePlanets))))
# check end of global production queue
elif queEtc[queue] < 48:
fgColor = None
disp = minor
if queEtc[queue] < 24:
disp = major
fgColor = gdata.sevColors[gdata.MAJ]
if disp:
items.append(
ui.Item(
_('Global queue ' + queName),
tType=Const.T_QUEUE,
foreground=fgColor,
vDescription=_(
'Global production queue {0} used by {1} planet(s) runs out in {2} turns.'
.format(queName, quePlanets,
res.formatTime(queEtc[queue])))))
# check research queue
if self.win.vResearch.checked:
totalEtc = 0
# compute length of research queue
for task in player.rsrchQueue:
tech = client.getTechInfo(task.techID)
fulltech = client.getFullTechInfo(task.techID)
researchSci = Utils.getTechRCost(player, task.techID,
task.improvement)
maxImprovement = min(Rules.techMaxImprovement,
fulltech.maxImprovement)
maxImpTotalSci = 0
if task.improveToMax and task.improvement < maxImprovement:
for impr in range(task.improvement + 1,
maxImprovement + 1):
maxImpTotalSci += Utils.getTechRCost(
player, task.techID, impr)
if task.changeSci > 0:
value = float(researchSci - task.currSci) / max(
task.changeSci, player.effSciPoints)
totalEtc += int(value + 1)
if player.effSciPoints != 0:
totalEtc += float(maxImpTotalSci) / player.effSciPoints
elif task.changeSci < 0:
totalEtc -= float(task.currSci) / min(
task.changeSci, player.effSciPoints)
elif player.effSciPoints > 0:
value = float(researchSci) / player.effSciPoints
totalEtc += int(value + 1)
totalEtc += float(maxImpTotalSci) / player.effSciPoints
else:
totalEtc = 99999
break
# check empty research queue
if totalEtc == 0 and len(
player.rsrchQueue
) == 0 and player.effSciPoints > 0 and major:
items.append(
ui.Item(_('Research'),
tType=Const.T_TECHNOLOGY,
foreground=gdata.sevColors[gdata.MAJ],
vDescription=_('Research queue is empty.')))
# check short reseach queue
elif totalEtc < 48:
disp = minor
fgColor = None
if totalEtc < 24:
disp = major
fgColor = gdata.sevColors[gdata.MAJ]
if disp:
items.append(
ui.Item(
_('Research'),
tType=Const.T_TECHNOLOGY,
foreground=fgColor,
vDescription=
_('Research queue ends in %s turns, %d item(s) on list.'
) % (res.formatTime(totalEtc),
len(player.rsrchQueue))))
self.win.vProblems.items = items
self.win.vProblems.itemsChanged()
def createUI(self):
w, h = gdata.scrnSize
self.win = ui.Window(
self.app,
modal=1,
escKeyClose=1,
movable=0,
title=_('Global production queues'),
rect=ui.Rect((w - 400 - 4) / 2, (h - 440 - 4) / 2, 400 + 4,
420 + 4),
layoutManager=ui.SimpleGridLM(),
)
self.win.subscribeAction('*', self)
ui.Title(self.win,
layout=(0, 0, 20, 1),
text=_('Default global queue'),
align=ui.ALIGN_W,
font='normal-bold')
ui.ButtonArray(self.win,
layout=(0, 1, 20, 2),
id='vPQueue0',
buttonSize=(2, 2),
showSlider=0,
tags=['pl'],
action='onQueueItemSelected',
orderNo=0)
ui.Title(self.win,
layout=(0, 3, 20, 1),
text=_('Queue \"{0}\"'.format(res.globalQueueName(1))),
align=ui.ALIGN_W,
font='normal-bold')
ui.ButtonArray(self.win,
layout=(0, 4, 20, 2),
id='vPQueue1',
buttonSize=(2, 2),
showSlider=0,
tags=['pl'],
action='onQueueItemSelected',
orderNo=1)
ui.Title(self.win,
layout=(0, 6, 20, 1),
text=_('Queue \"{0}\"'.format(res.globalQueueName(2))),
align=ui.ALIGN_W,
font='normal-bold')
ui.ButtonArray(self.win,
layout=(0, 7, 20, 2),
id='vPQueue2',
buttonSize=(2, 2),
showSlider=0,
tags=['pl'],
action='onQueueItemSelected',
orderNo=2)
ui.Title(self.win,
layout=(0, 9, 20, 1),
text=_('Queue \"{0}\"'.format(res.globalQueueName(3))),
align=ui.ALIGN_W,
font='normal-bold')
ui.ButtonArray(self.win,
layout=(0, 10, 20, 2),
id='vPQueue3',
buttonSize=(2, 2),
showSlider=0,
tags=['pl'],
action='onQueueItemSelected',
orderNo=3)
ui.Title(self.win,
layout=(0, 12, 20, 1),
text=_('Queue \"{0}\"'.format(res.globalQueueName(4))),
align=ui.ALIGN_W,
font='normal-bold')
ui.ButtonArray(self.win,
layout=(0, 13, 20, 2),
id='vPQueue4',
buttonSize=(2, 2),
showSlider=0,
tags=['pl'],
action='onQueueItemSelected',
orderNo=4)
ui.Label(self.win,
layout=(0, 16, 20, 1),
id='vTaskName',
align=ui.ALIGN_W,
font='normal-bold',
tags=['queue', 'data'])
ui.Label(self.win,
layout=(9, 17, 7, 1),
text=_('Construction pts'),
align=ui.ALIGN_W,
tags=['queue'])
ui.Label(self.win,
layout=(16, 17, 4, 1),
id='vTaskConstPoints',
align=ui.ALIGN_E,
tags=['queue', 'data'])
ui.Label(self.win,
layout=(0, 17, 5, 1),
text=_('Quantity'),
align=ui.ALIGN_W,
tags=['queue'])
ui.Label(self.win,
layout=(5, 17, 3, 1),
id='vTaskQuantity',
align=ui.ALIGN_E,
tags=['queue', 'data'])
ui.Button(self.win,
layout=(0, 18, 2, 1),
id='vITFirst',
text=_('<<'),
tags=['queue'],
action='onMoveTaskFirstLast',
tooltipTitle=_('Move task to first position in queue'),
data=-1)
ui.Button(self.win,
layout=(2, 18, 2, 1),
id='vITPrev',
text=_('<'),
tags=['queue'],
action='onMoveTask',
data=-1,
tooltipTitle=_('Move task to previous position in queue'))
ui.Button(self.win,
layout=(4, 18, 2, 1),
id='vITNext',
text=_('>'),
tags=['queue'],
action='onMoveTask',
data=1,
tooltipTitle=_('Move task to next position in queue'))
ui.Button(self.win,
layout=(6, 18, 2, 1),
id='vITLast',
text=_('>>'),
tags=['queue'],
action='onMoveTaskFirstLast',
tooltipTitle=_('Move task to last position in queue'),
data=1)
ui.Button(self.win,
layout=(8, 18, 4, 1),
text=_('Quantity'),
tags=['queue'],
action='onQtyTask',
tooltipTitle=_('Change task quantity'))
ui.Button(self.win,
layout=(12, 18, 4, 1),
text=_('Info'),
id="vITInfo",
tags=['queue'],
action='onTaskInfo',
tooltipTitle=_('Show task informations'))
ui.Button(self.win,
layout=(16, 18, 4, 1),
text=_('Abort'),
tags=['queue'],
action='onAbortTask',
tooltipTitle=_('Abort task construction'))
# status bar + submit/cancel
ui.TitleButton(self.win,
layout=(15, 19, 5, 1),
text=_('Close'),
action='onClose')
ui.Title(self.win,
id='vStatusBar',
layout=(0, 19, 15, 1),
align=ui.ALIGN_W)
