def GetChildInfo(args):
import Plasma
vault = Plasma.ptVault()
hoodGUID = vault.getLinkToMyNeighborhood().getAgeInfo().getAgeInstanceGuid()
print "hoodGUID: ",hoodGUID
parentname = None
agevault = Plasma.ptAgeVault()
ageinfo = agevault.getAgeInfo()
#agerules = agevault.getLinkingRules()
parent = ageinfo.getParentAgeLink()
if parent == None:
agename = ageinfo.getAgeFilename()
print "not a child age. age = ",agename
#print "with linking rules: ",agerules
return
parentinfo = parent.getAgeInfo()
parentname = parentinfo.getAgeFilename()
parentGUID = parentinfo.getAgeInstanceGuid()
print "parentGUID: ",parentGUID
if parentname == "Neighborhood":
if hoodGUID == parentGUID:
print "child of hood: yes"
else:
print "child of hood: different"
else:
print "child of hood: no"
def ResetBahro(args):
import Plasma
#import PlasmaTypes
ageName = Plasma.PtGetAgeName()
if ageName == "Cleft":
sdl = Plasma.PtGetAgeSDL()
sdl["clftSceneBahroUnseen"] = (1,)
def PtVerifyGZMarker():
import Plasma
import PlasmaTypes
# get current GZ Game state
(GZPlaying,MarkerGottenColor,MarkerToGetColor,MarkerGottenNumber,MarkerToGetNumber) = PtDetermineGZ()
# make sure there is room for the capture marker
if GZPlaying:
# set the marker status to 'gotten'
# ...in the GZ marker chronicle
vault = Plasma.ptVault()
# is there a chronicle for the GZ games?
entry = vault.findChronicleEntry(kChronicleGZMarkersAquired)
if type(entry) != type(None):
markers = entry.chronicleGetValue()
# get what was really gotten
totalGotten = markers.count(kGZMarkerCaptured)
KIMarkerLevel = PtDetermineKIMarkerLevel()
if KIMarkerLevel > kKIMarkerFirstLevel:
# if this is the second wave of markers (or beyond)
totalGotten -= 5
if totalGotten < 0:
totalGotten = 0
if totalGotten > MarkerToGetNumber:
totalGotten = MarkerToGetNumber
if totalGotten != MarkerGottenNumber:
PlasmaTypes.PtDebugPrint("PtVerifyGZMarker: Error! Gotten different than real. They say=%d We say=%d"%(MarkerGottenNumber,totalGotten),level=PlasmaTypes.kErrorLevel )
MarkerGottenNumber = totalGotten
# save update to chronicle
PtUpdateGZGamesChonicles(GZPlaying,MarkerGottenColor,MarkerToGetColor,MarkerGottenNumber,MarkerToGetNumber)
Plasma.PtSendKIMessage(kGZUpdated,0)
return (GZPlaying,MarkerGottenColor,MarkerToGetColor,MarkerGottenNumber,MarkerToGetNumber)
def SetSDL(varNameAndVal):
import Plasma
ageSDL = Plasma.PtGetAgeSDL()
varNameAndValList = varNameAndVal.split("_")
varName = varNameAndValList[0]
newval = int(varNameAndValList[1])
oldval = ageSDL[varName][0]
if newval == oldval:
print "xCheat.SetSDL(): won't change, %s is already = %d" % (varName,
newval)
return
ageName = Plasma.PtGetAgeName()
if ageName == "Personal":
vault = Plasma.ptVault()
psnlSDL = vault.getPsnlAgeSDL()
FoundValue = psnlSDL.findVar(varName)
FoundValue.setInt(newval)
vault.updatePsnlAgeSDL(psnlSDL)
else:
ageSDL.setFlags(varName, 1, 1)
ageSDL.sendToClients(varName)
#ageSDL.setNotify(self.key,varName,0.0)
ageSDL[varName] = (newval, )
print "xCheat.SetSDL(): changing %s to %d" % (varName, newval)
def InstaPellets(args):
import Plasma
import string
ageName = Plasma.PtGetAgeName()
if ageName == "Ercana":
sdl = Plasma.PtGetAgeSDL()
if args == "":
print "xCheat.InstantPellets: ERROR. Must specify a recipe value as argument."
else:
PelletsPresent = sdl["ercaPelletMachine"][0]
if PelletsPresent:
print "xCheat.InstantPellets: ERROR. Must flush current pellets before using this cheat."
else:
iarg = string.atoi(args)
if iarg == 0:
iarg = 1
recipeSDL = (iarg + 300)
if recipeSDL < 1:
recipeSDL = 1
print "xCheat.InstantPellets: 5 pellets now created with Recipe of %d." % (iarg)
sdl["ercaPellet1"] = (recipeSDL,)
sdl["ercaPellet2"] = (recipeSDL,)
sdl["ercaPellet3"] = (recipeSDL,)
sdl["ercaPellet4"] = (recipeSDL,)
sdl["ercaPellet5"] = (recipeSDL,)
def PtVerifyGZMarker():
import Plasma
import PlasmaTypes
(GZPlaying, MarkerGottenColor, MarkerToGetColor, MarkerGottenNumber,
MarkerToGetNumber) = PtDetermineGZ()
if GZPlaying:
vault = Plasma.ptVault()
entry = vault.findChronicleEntry(kChronicleGZMarkersAquired)
if (type(entry) != type(None)):
markers = entry.chronicleGetValue()
totalGotten = markers.count(kGZMarkerCaptured)
KIMarkerLevel = PtDetermineKIMarkerLevel()
if (KIMarkerLevel > kKIMarkerFirstLevel):
totalGotten -= 5
if (totalGotten < 0):
totalGotten = 0
if (totalGotten > MarkerToGetNumber):
totalGotten = MarkerToGetNumber
if (totalGotten != MarkerGottenNumber):
PlasmaTypes.PtDebugPrint((
'PtVerifyGZMarker: Error! Gotten different than real. They say=%d We say=%d'
% (MarkerGottenNumber, totalGotten)),
level=PlasmaTypes.kErrorLevel)
MarkerGottenNumber = totalGotten
PtUpdateGZGamesChonicles(GZPlaying, MarkerGottenColor,
MarkerToGetColor, MarkerGottenNumber,
MarkerToGetNumber)
Plasma.PtSendKIMessage(kGZUpdated, 0)
return (GZPlaying, MarkerGottenColor, MarkerToGetColor, MarkerGottenNumber,
MarkerToGetNumber)
def GenerateCleftSolution(args):
import Plasma
import xRandom
solutionlist = [3,2,5,0]
cleftSolList = [3,2,5,0]
while _AreListsEquiv(solutionlist, cleftSolList):
solutionlist = []
while len(solutionlist) < 4:
newint = xRandom.randint(0,6)
if not newint in solutionlist:
solutionlist.append(newint)
vault = Plasma.ptVault()
entry = vault.findChronicleEntry("BahroCave")
entry.removeAllNodes()
if entry != None:
agelist = ["Teledahn", "Garrison", "Garden", "Kadish"]
for v in range(len(agelist)):
newnode = Plasma.ptVaultChronicleNode(0)
newnode.chronicleSetName(agelist[v])
ageVal = str(solutionlist[v])
newnode.chronicleSetValue("1," + ageVal + "," + str(v + 1))
#newnode.chronicleSetValue("1," + str(solutionlist[v]) + "," + str(v + 1))
entry.addNode(newnode)
print "%s solution is %s" % (agelist[v], ageVal)
def RemoveMarkerTag(args):
import Plasma
import PlasmaKITypes
newlevel = "0"
vault = Plasma.ptVault()
# is there a chronicle for the GZ games?
entry = vault.findChronicleEntry(PlasmaKITypes.kChronicleKIMarkerLevel)
if type(entry) != type(None):
entry.chronicleSetValue(newlevel)
entry.save()
# is there a chronicle for the GZ games?
entry = vault.findChronicleEntry(PlasmaKITypes.kChronicleGZGames)
if type(entry) != type(None):
entry.chronicleSetValue("0")
entry.save()
# is there a chronicle for the GZ games?
entry = vault.findChronicleEntry(PlasmaKITypes.kChronicleGZMarkersAquired)
if type(entry) != type(None):
entry.chronicleSetValue("")
entry.save()
Plasma.PtSendKIMessage(PlasmaKITypes.kGZUpdated,0)
# get rid of the CGZ marker games
MGs = [ 'MG01','MG02','MG03','MG04','MG05','MG06','MG07','MG08','MG09','MG10','MG11','MG12','MG13','MG14']
for mg in MGs:
entry = vault.findChronicleEntry(mg)
if type(entry) != type(None):
entry.chronicleSetValue("")
entry.save()
entry = vault.findChronicleEntry("CGZPlaying")
if type(entry) != type(None):
entry.chronicleSetValue("")
entry.save()
def GetAgeJourneyCloths(args):
import Plasma
ageChronNode = None
ageName = Plasma.PtGetAgeName()
if ageName == "Gira" or ageName == "Garden":
ageName = "Eder"
elif ageName == "Teledahn" or ageName == "Garrison" or ageName == "Kadish" or ageName == "Cleft":
pass
else:
return
vault = Plasma.ptVault()
chron = vault.findChronicleEntry("JourneyClothProgress")
ageChronRefList = chron.getChildNodeRefList()
for ageChron in ageChronRefList:
ageChild = ageChron.getChild()
ageChild = ageChild.upcastToChronicleNode()
if ageChild.chronicleGetName() == ageName:
ageChronNode = ageChild
break
if type(ageChronNode) == type(None):
newNode = Plasma.ptVaultChronicleNode(0)
newNode.chronicleSetName(ageName)
newNode.chronicleSetValue("abcdefg")
chron.addNode(newNode)
else:
ageChronNode.chronicleSetValue("abcdefg")
ageChronNode.save()
def ImportMarkers(args):
"args = 'filename folder'"
import Plasma
import PlasmaVaultConstants
arglist = args.split()
if len(arglist) < 2:
print 'ERROR - not enough arguments - ImportMarkers "filename foldername")'
return
filename = arglist[0]
try:
dfile = open(filename + '.py', 'r')
except IOError:
print "ERROR - file %d could not be found" % (filename + '.py')
return
dfile.close()
argresidual = args[len(filename) + 1:]
#== find the folder where the markerfolders might be
# search thru the age journal folders
vault = Plasma.ptVault()
jfolder = None
master_agefolder = vault.getAgeJournalsFolder()
if type(master_agefolder) != type(None):
agefolderRefs = master_agefolder.getChildNodeRefList()
for agefolderRef in agefolderRefs:
agefolder = agefolderRef.getChild()
agefolder = agefolder.upcastToFolderNode()
if type(agefolder) != type(None):
# might be a foldername with spaces! so see if it starts with the name
if argresidual.startswith(agefolder.folderGetName()):
jfolder = agefolder
argresidual = argresidual[len(agefolder.folderGetName()) +
1:]
if jfolder:
exec("import %s" % (filename))
exec("mgs = %s.mgs" % (filename))
for mg in mgs:
# need to try to find the game to stick these in
jfolderRefs = jfolder.getChildNodeRefList()
for jref in jfolderRefs:
jnode = jref.getChild()
jnode = jnode.upcastToMarkerListNode()
# is it a marker folder list?
if type(jnode) != type(None):
# is it named the right one?
if jnode.folderGetName() == mg[1]:
# yes, add the markers to this game
for marker in mg[0][4]:
nMarker = Plasma.ptVaultMarkerNode(
PlasmaVaultConstants.
PtVaultNodePermissionFlags.kDefaultPermissions)
nMarker.markerSetText(marker[0])
pos = Plasma.ptPoint3(marker[1], marker[2],
marker[3])
nMarker.markerSetPosition(pos)
nMarker.markerSetAge(marker[4])
nMarker.markerSetGPS(marker[5], marker[6],
marker[7])
jnode.addNode(nMarker)
def GZGetMarkers(args):
import Plasma
import PlasmaKITypes
import string
try:
markersToGet = string.atoi(args)
except ValueError:
markersToGet = 0
if markersToGet:
vault = Plasma.ptVault()
# is there a chronicle for the GZ games?
entry = vault.findChronicleEntry(PlasmaKITypes.kChronicleGZGames)
if type(entry) != type(None):
gameString = entry.chronicleGetValue()
gargs = gameString.split()
if len(gargs) == 3:
try:
markerGame = string.atoi(gargs[0])
colors = gargs[1].split(':')
markerGottenColor = colors[0]
markerToGetColor = colors[1]
outof = gargs[2].split(':')
markerGottenNumber = string.atoi(outof[0])
markerToGetNumber = string.atoi(outof[1])
newgotten = markerGottenNumber + markersToGet
if newgotten > markerToGetNumber:
newgotten = markerToGetNumber
print "Updating markers gotten to %d from %d" % (newgotten,markerToGetNumber)
upstring = "%d %s:%s %d:%d" % (markerGame,markerGottenColor,markerToGetColor,newgotten,markerToGetNumber)
entry.chronicleSetValue(upstring)
entry.save()
# just pick some marker to have gotten
# is there a chronicle for the GZ games?
entry = vault.findChronicleEntry(PlasmaKITypes.kChronicleGZMarkersAquired)
if type(entry) != type(None):
markers = entry.chronicleGetValue()
for mnum in range(markersToGet):
markerIdx = markers.index(PlasmaKITypes.kGZMarkerAvailable)
if markerIdx >= 0 and markerIdx < len(markers):
# Set the marker to "captured"
if len(markers)-(markerIdx+1) != 0:
markers = markers[:markerIdx] + PlasmaKITypes.kGZMarkerCaptured + markers[-(len(markers)-(markerIdx+1)):]
else:
markers = markers[:markerIdx] + PlasmaKITypes.kGZMarkerCaptured
print "Update marker #%d - out string is '%s'" % (markerIdx+1,markers)
entry.chronicleSetValue(markers)
entry.save()
# update the
Plasma.PtSendKIMessage(PlasmaKITypes.kGZUpdated,0)
return
except ValueError:
print "xKI:GZ - error trying to read GZGames Chronicle '%s'" % (gameString)
else:
print "xKI:GZ - error GZGames string formation error (len=%d)" % (len(gargs))
else:
# if there is none, then error
print "Error - there is no GZMarker game going!"
def GetSDL(varName):
"""
GetSDL is used to get the value of an Age SDL variable by name.
Expects one argument:
(string) VariableName
"""
import Plasma
if not varName:
print("xCheat.GetSDL(): GetSDL takes one argument: SDL variable name is required.\n Use 'all' to list all variables for the current Age.")
return
ageName = Plasma.PtGetAgeName()
try:
ageSDL = Plasma.PtGetAgeSDL()
except:
print(("xCheat.GetSDL(): Unable to retrieve SDL for '{}'.".format(ageName)))
return
varList = []
if varName == "all":
if ageName == "Personal":
varRecord = Plasma.ptVault().getPsnlAgeSDL()
if varRecord:
varList = varRecord.getVarList()
else:
vault = Plasma.ptAgeVault()
if vault:
varRecord = vault.getAgeSDL()
if varRecord:
varList = varRecord.getVarList()
if not varList:
print("xCheat.GetSDL(): Couldn't retrieve SDL list.")
return
maxlen = len(max(varList, key=len))
for var in varList:
try:
if len(ageSDL[var]) == 0:
val = ""
else:
val = ageSDL[var][0]
print(("xCheat.GetSDL(): {:>{width}} = {}".format(var, val, width=maxlen)))
except:
print(("xCheat.GetSDL(): Error retrieving value for '{}'.".format(var)))
else:
try:
if len(ageSDL[varName]) == 0:
print(("xCheat.GetSDL(): SDL variable '{}' is not set.".format(varName)))
else:
print(("xCheat.GetSDL(): {} = {}".format(varName, ageSDL[varName][0])))
except:
print(("xCheat.GetSDL(): SDL variable '{}' not found.".format(varName)))
return
def GetSDL(varName):
"""
GetSDL is used to get the value of an Age SDL variable by name.
Expects one argument:
(string) VariableName
"""
import Plasma
if not varName:
print("xCheat.GetSDL(): GetSDL takes one argument: SDL variable name is required.\n Use 'all' to list all variables for the current Age.")
return
ageName = Plasma.PtGetAgeName()
try:
ageSDL = Plasma.PtGetAgeSDL()
except:
print("xCheat.GetSDL(): Unable to retrieve SDL for '{}'.".format(ageName))
return
varList = []
if varName == "all":
if ageName == "Personal":
varRecord = Plasma.ptVault().getPsnlAgeSDL()
if varRecord:
varList = varRecord.getVarList()
else:
vault = Plasma.ptAgeVault()
if vault:
varRecord = vault.getAgeSDL()
if varRecord:
varList = varRecord.getVarList()
if not varList:
print("xCheat.GetSDL(): Couldn't retrieve SDL list.")
return
maxlen = len(max(varList, key=len))
for var in varList:
try:
if len(ageSDL[var]) == 0:
val = ""
else:
val = ageSDL[var][0]
print("xCheat.GetSDL(): {:>{width}} = {}".format(var, val, width=maxlen))
except:
print("xCheat.GetSDL(): Error retrieving value for '{}'.".format(var))
else:
try:
if len(ageSDL[varName]) == 0:
print("xCheat.GetSDL(): SDL variable '{}' is not set.".format(varName))
else:
print("xCheat.GetSDL(): {} = {}".format(varName, ageSDL[varName][0]))
except:
print("xCheat.GetSDL(): SDL variable '{}' not found.".format(varName))
return
def GetMarkersAddGZLink():
agelinks = Plasma.ptVault().getAgesIOwnFolder().getChildNodeRefList()
for agelink in agelinks:
aln = agelink.getChild().upcastToAgeLinkNode()
age = aln.getAgeInfo().getAgeFilename()
if age=="GreatZero":
spawnpoint = Plasma.ptSpawnPointInfo("Great Zero","BigRoomLinkInPoint")
aln.addSpawnPoint(spawnpoint)
aln.save()
return True
return False
def HideObject(objectname):
#Hides and disables a sceneobject
#print "hide:"+objectname
agename = Plasma.PtGetAgeName()
try:
av = Plasma.PtFindSceneobject(objectname, agename)
except:
print "_UamUtils.HideObject unable to find object: " + objectname
return False
av.draw.disable()
av.physics.suppress(1)
return True
def GetMarkersAddGZLink():
agelinks = Plasma.ptVault().getAgesIOwnFolder().getChildNodeRefList()
for agelink in agelinks:
aln = agelink.getChild().upcastToAgeLinkNode()
age = aln.getAgeInfo().getAgeFilename()
if age == "GreatZero":
spawnpoint = Plasma.ptSpawnPointInfo("Great Zero",
"BigRoomLinkInPoint")
aln.addSpawnPoint(spawnpoint)
aln.save()
return True
return False
def ImportMarkers(args):
"args = 'filename folder'"
import Plasma
import PlasmaVaultConstants
arglist = args.split()
if len(arglist) < 2:
print 'ERROR - not enough arguments - ImportMarkers "filename foldername")'
return
filename = arglist[0]
try:
dfile = open(filename+'.py','r')
except IOError:
print "ERROR - file %d could not be found" % (filename+'.py')
return
dfile.close()
argresidual = args[len(filename)+1:]
#== find the folder where the markerfolders might be
# search thru the age journal folders
vault = Plasma.ptVault()
jfolder = None
master_agefolder = vault.getAgeJournalsFolder()
if type(master_agefolder) != type(None):
agefolderRefs = master_agefolder.getChildNodeRefList()
for agefolderRef in agefolderRefs:
agefolder = agefolderRef.getChild()
agefolder = agefolder.upcastToFolderNode()
if type(agefolder) != type(None):
# might be a foldername with spaces! so see if it starts with the name
if argresidual.startswith(agefolder.folderGetName()):
jfolder = agefolder
argresidual = argresidual[len(agefolder.folderGetName())+1:]
if jfolder:
exec("import %s" % (filename))
exec("mgs = %s.mgs" % (filename))
for mg in mgs:
# need to try to find the game to stick these in
jfolderRefs = jfolder.getChildNodeRefList()
for jref in jfolderRefs:
jnode = jref.getChild()
jnode = jnode.upcastToMarkerListNode()
# is it a marker folder list?
if type(jnode) != type(None):
# is it named the right one?
if jnode.folderGetName() == mg[1]:
# yes, add the markers to this game
for marker in mg[0][4]:
nMarker = Plasma.ptVaultMarkerNode(PlasmaVaultConstants.PtVaultNodePermissionFlags.kDefaultPermissions)
nMarker.markerSetText(marker[0])
pos = Plasma.ptPoint3(marker[1],marker[2],marker[3])
nMarker.markerSetPosition(pos)
nMarker.markerSetAge(marker[4])
nMarker.markerSetGPS(marker[5],marker[6],marker[7])
jnode.addNode(nMarker)
def SetSDL(varNameAndVal):
"""
SetSDL is used to set an Age SDL variable by name. It expects two arguments:
(string) VariableName, (int) NewValue
"""
import Plasma
if not varNameAndVal:
print("xCheat.SetSDL(): SetSDL takes two arguments: SDL variable name and new value are required.")
return
varNameAndValList = varNameAndVal.split("_")
if (len(varNameAndValList) < 2) or varNameAndValList[1] == "":
print("xCheat.SetSDL(): No new value specified.")
return
varName = varNameAndValList[0]
try:
newval = int(varNameAndValList[1])
except ValueError:
print(("xCheat.SetSDL(): Can't use '{}'. Only numerical SDL values are supported.".format(varNameAndValList[1])))
return
ageName = Plasma.PtGetAgeName()
try:
ageSDL = Plasma.PtGetAgeSDL()
except:
print(("xCheat.SetSDL(): Unable to retrieve SDL for '{}'.".format(ageName)))
return
try:
oldval = ageSDL[varName][0]
except KeyError:
print(("xCheat.SetSDL(): SDL variable '{}' not found.".format(varName)))
return
if newval == oldval:
print(("xCheat.SetSDL(): Not changing value, '{}' is already {}.".format(varName, newval)))
return
if ageName == "Personal":
vault = Plasma.ptVault()
psnlSDL = vault.getPsnlAgeSDL()
FoundValue = psnlSDL.findVar(varName)
FoundValue.setInt(newval)
vault.updatePsnlAgeSDL(psnlSDL)
else:
ageSDL.setFlags(varName, 1, 1)
ageSDL.sendToClients(varName)
ageSDL[varName] = (newval,)
print(("xCheat.SetSDL(): Setting '{}' to {} (was {}).".format(varName, newval, oldval)))
def PtUpdateCGZStartTime(time=None):
chron = PtFindCreateMarkerChronicle("CGZ-StartTime")
if time is None:
import Plasma
time = Plasma.PtGetServerTime()
chron.setValue(str(time))
chron.save()
def PtDetermineGZ():
"Get the current GZ states"
import Plasma
import PlasmaTypes
import string
GZPlaying = 0
MarkerToGetColor = 'off'
MarkerGottenColor = 'off'
MarkerToGetNumber = 0
MarkerGottenNumber = 0
KIMarkerLevel = PtDetermineKIMarkerLevel()
if KIMarkerLevel > kKIMarkerNotUpgraded:
# see if they are playing a CGZ game
(whichGame, state) = PtWhichCGZPlaying()
if KIMarkerLevel < kKIMarkerNormalLevel or (
KIMarkerLevel == kKIMarkerNormalLevel and whichGame != -1):
vault = Plasma.ptVault()
# is there a chronicle for the GZ games?
entry = vault.findChronicleEntry(kChronicleGZGames)
if type(entry) != type(None):
gameString = entry.chronicleGetValue()
PlasmaTypes.PtDebugPrint("PtDetermineGZ: - game string is %s" %
(gameString),
level=PlasmaTypes.kDebugDumpLevel)
args = gameString.split()
if len(args) == 3:
try:
GZPlaying = string.atoi(args[0])
colors = args[1].split(':')
MarkerGottenColor = colors[0]
MarkerToGetColor = colors[1]
outof = args[2].split(':')
MarkerGottenNumber = string.atoi(outof[0])
MarkerToGetNumber = string.atoi(outof[1])
except ValueError:
PlasmaTypes.PtDebugPrint(
"xKI:GZ - error trying to read GZGames Chronicle",
level=PlasmaTypes.kErrorLevel)
# we don't know which one it errored on, so just reset them all
GZPlaying = 0
MarkerToGetColor = 'off'
MarkerGottenColor = 'off'
MarkerToGetNumber = 0
MarkerGottenNumber = 0
else:
PlasmaTypes.PtDebugPrint(
"xKI:GZ - error GZGames string formation error",
level=PlasmaTypes.kErrorLevel)
pass
else:
# can't be playing a GZGame!
# ...might be a MarkerTag game... let the KI determine that.
pass
PlasmaTypes.PtDebugPrint(
"PtDetermineGZ: - returning game=%d colors=%s:%s markers=%d:%d" %
(GZPlaying, MarkerGottenColor, MarkerToGetColor, MarkerGottenNumber,
MarkerToGetNumber),
level=PlasmaTypes.kDebugDumpLevel)
return (GZPlaying, MarkerGottenColor, MarkerToGetColor, MarkerGottenNumber,
MarkerToGetNumber)
def GetLakeScore(self):
import Plasma
lakeScoreList = Plasma.ptScoreMgr().getGlobalScores("LakeScore")
if lakeScoreList:
print "the global LakeScore = ",lakeScoreList[0].getValue()
else:
print "no LakeScore found!"
def PtGetCGZGameState(whichGame):
import Plasma
import PlasmaTypes
if ((whichGame >= kCGZFirstGame) and (whichGame <= kCGZFinalGame)):
vault = Plasma.ptVault()
entry = vault.findChronicleEntry(kChronicleCalGZMarkersAquired)
if (type(entry) != type(None)):
allStates = entry.chronicleGetValue()
PlasmaTypes.PtDebugPrint(
('PlasmaKITypes:PtGetCGZGameLevel current chronicle is %s' %
allStates),
level=PlasmaTypes.kDebugDumpLevel)
state = kCGZMarkerInactive
try:
state = allStates[whichGame]
except LookupError:
PlasmaTypes.PtDebugPrint((
'PlasmaKITypes:PtGetCGZGameLevel - CGZ marker game not there? chron=%s'
% allStates),
level=PlasmaTypes.kErrorLevel)
return state
else:
PlasmaTypes.PtDebugPrint(
'PlasmaKITypes:PtGetCGZGameLevel no chronicle yet',
level=PlasmaTypes.kDebugDumpLevel)
else:
PlasmaTypes.PtDebugPrint(
('PlasmaKITypes:PtGetCGZGameLevel - invalid CGZ game of %d' %
whichGame),
level=PlasmaTypes.kErrorLevel)
return kCGZMarkerInactive
def PtUpdateGZGamesChonicles(GZPlaying,MarkerGottenColor,MarkerToGetColor,MarkerGottenNumber,MarkerToGetNumber):
"Update the GZ chronicle variable"
import Plasma
import PlasmaTypes
vault = Plasma.ptVault()
# is there a chronicle for the GZ games?
entry = vault.findChronicleEntry(kChronicleGZGames)
try:
upstring = "%d %s:%s %d:%d" % (GZPlaying,MarkerGottenColor,MarkerToGetColor,MarkerGottenNumber,MarkerToGetNumber)
if type(entry) != type(None):
entry.chronicleSetValue(upstring)
entry.save()
else:
# if there is none, then just add another entry
vault.addChronicleEntry(kChronicleGZGames,kChronicleGZGamesType,upstring)
except TypeError:
if type(GZPlaying) != type(0):
PlasmaTypes.PtDebugPrint("PtUpdateGZGamesChronicle: GZPlaying wrong type (should be integer)",level=PlasmaTypes.kErrorLevel )
pass
if type(MarkerToGetColor) != type(""):
PlasmaTypes.PtDebugPrint("PtUpdateGZGamesChronicle: GZPlaying wrong type (should be string)",level=PlasmaTypes.kErrorLevel )
pass
if type(MarkerGottenColor) != type(""):
PlasmaTypes.PtDebugPrint("PtUpdateGZGamesChronicle: GZPlaying wrong type (should be string)",level=PlasmaTypes.kErrorLevel )
pass
if type(MarkerToGetNumber) != type(0):
PlasmaTypes.PtDebugPrint("PtUpdateGZGamesChronicle: GZPlaying wrong type (should be integer)",level=PlasmaTypes.kErrorLevel )
pass
if type(MarkerGottenNumber) != type(0):
PlasmaTypes.PtDebugPrint("PtUpdateGZGamesChronicle: GZPlaying wrong type (should be integer)",level=PlasmaTypes.kErrorLevel )
pass
pass
def _IGetYeeshaPageDefs(self, old_method = BlackBarBodyKIHandler.xKI.IGetYeeshaPageDefs):
print "_UamModReltopages._IGetYeeshaPageDefs"
result = old_method(self)
#Can only change this while in your Relto
import Plasma
vault = Plasma.ptVault()
if not vault.inMyPersonalAge():
result += "<pb><pb><font size=20><p align=center>You can only change the fan-made pages while on your Relto."
return result
#Get the current status of the pages
import uam
chronstr = uam.GetAgeChronicle("UamReltoPages") #on, off, or unattained
pages = _UamUtils._StringToDict(chronstr)
for page in ReltoPages:
pagedict = ReltoPages[page]
pagenum = int(pagedict["pagenum"])
lang = _UamUtils.GetLanguage()
print "language: "+`lang`
linktext = pagedict["text--"+lang]
linknum = pagenum + 200 #just to get it out of Cyan's hair
turnedon = 1 #1 or 0
status = pages.get(page,pagedict["default"]) #Get the status or use the default for this page.
print "status: "+status
if status=="on":
turnedon = 1
else:
turnedon = 0 #either off or unattained
if status=="on" or status=="off":
result += '<pb><font size=20><p align=center>'+linktext+'<pb><img src="xYeeshaPageAlphaSketchFiremarbles*1#0.hsm" align=center check=00ff18,00800c,'+str(turnedon)+' link='+str(linknum)+'>'
return result
def PtGetCGZGameState(whichGame):
"Get the CGZ Game level"
# assume that they have none...
import Plasma
import PlasmaTypes
if whichGame >= kCGZFirstGame and whichGame <= kCGZFinalGame:
vault = Plasma.ptVault()
entry = vault.findChronicleEntry(kChronicleCalGZMarkersAquired)
if type(entry) != type(None):
allStates = entry.chronicleGetValue()
PlasmaTypes.PtDebugPrint("PlasmaKITypes:PtGetCGZGameLevel current chronicle is %s"%(allStates),level=PlasmaTypes.kDebugDumpLevel)
state = kCGZMarkerInactive # assume inactive
try:
state = allStates[whichGame]
except LookupError:
PlasmaTypes.PtDebugPrint("PlasmaKITypes:PtGetCGZGameLevel - CGZ marker game not there? chron=%s"%(allStates),level=PlasmaTypes.kErrorLevel)
pass
return state
else:
PlasmaTypes.PtDebugPrint("PlasmaKITypes:PtGetCGZGameLevel no chronicle yet",level=PlasmaTypes.kDebugDumpLevel)
else:
PlasmaTypes.PtDebugPrint("PlasmaKITypes:PtGetCGZGameLevel - invalid CGZ game of %d"%(whichGame),level=PlasmaTypes.kErrorLevel)
pass
# if couldn't be determine... just assume lowest form
return kCGZMarkerInactive
def ShowHiddenFolder(args):
import Plasma
# search thru the age journal folders
vault = Plasma.ptVault()
jfolder = None
master_agefolder = vault.getAgeJournalsFolder()
if type(master_agefolder) != type(None):
agefolderRefs = master_agefolder.getChildNodeRefList()
for agefolderRef in agefolderRefs:
agefolder = agefolderRef.getChild()
agefolder = agefolder.upcastToFolderNode()
if type(agefolder) != type(None):
# look for the Hidden folder
if "Hidden" == agefolder.folderGetName():
jfolder = agefolder
break
if jfolder:
# need to try to find the game
print "Hidden folder contents:"
folderRefs = jfolder.getChildNodeRefList()
for jref in folderRefs:
jnode = jref.getChild()
jnode = jnode.upcastToMarkerListNode()
# is it a marker folder list?
if type(jnode) != type(None):
# is it named the right one?
print "markerFolder - ",jnode.folderGetName()
else:
print "There is no Hidden folder"
def PtGetMarkerGameChronicle():
import Plasma
vault = Plasma.ptVault()
chron = vault.findChronicleEntry("MarkerBrain")
if chron is None:
vault.addChronicleEntry("MarkerBrain", 0, "")
return vault.findChronicleEntry("MarkerBrain")
return chron
def PtGetMarkerGameChronicle():
import Plasma
vault = Plasma.ptVault()
chron = vault.findChronicleEntry("MarkerBrain")
if chron is None:
vault.addChronicleEntry("MarkerBrain", 0, "")
return vault.findChronicleEntry("MarkerBrain")
return chron
def Timer(callback, time, isweak, removewhenlink):
#calls the function with the given context in 'time' seconds
#print "_UamTimer.Timer adding timer"
id = _GetNextTimerId()
if isweak:
callback = weakref.ref(callback)
_timers[id] = (callback, isweak, removewhenlink)
Plasma.PtAtTimeCallback(uam._ki.key, time, id)
def _DisplayBook(text, isOpen, booktype):
#booktype can be bkNotebook, bkBook, or bkBahroRockBook
global _book
_book = Plasma.ptBook(text, _ki.key)
_book.setSize(1.0, 1.0)
_book.setGUI(booktype)
_book.allowPageTurning(True)
_book.show(isOpen)
def GetSDL(varName):
import Plasma
ageName = Plasma.PtGetAgeName()
ageSDL = Plasma.PtGetAgeSDL()
varList = []
if varName == "all":
vault = Plasma.ptVault()
# myAges = vault.getAgesIOwnFolder()
# myAges = myAges.getChildNodeRefList()
# for ageInfo in myAges:
# link = ageInfo.getChild()
# link = link.upcastToAgeLinkNode()
# info = link.getAgeInfo()
# if not info:
# continue
# tmpAgeName = info.getAgeFilename()
# if ageName == tmpAgeName:
if ageName == "Personal":
varRecord = vault.getPsnlAgeSDL()
varList = varRecord.getVarList()
else:
#link = ageInfo.getChild()
#if link.getType() == PlasmaVaultConstants.PtVaultNodeTypes.kSDLNode:
#thisSDL = link.upcastToSDLNode()
#thisSDL = info.getAgeSDL()
#varRecord = ageSDL.getStateDataRecord()
#varList = ageSDL.getVarList()
pass
if varList == []:
print "xCheat.GetSDL(): couldn't retrieve SDL list"
return
for var in varList:
try:
val = ageSDL[var][0]
print "xCheat.GetSDL():\t%s\t\t= %d" % (var,val)
except:
pass
else:
try:
val = ageSDL[varName][0]
print "xCheat.GetSDL(): %s = %d" % (varName,val)
except:
print "xCheat.GetSDL(): %s not found!" % (varName)
def ImportGames(args):
"args = 'filename folder'"
import Plasma
import PlasmaVaultConstants
arglist = args.split()
if len(arglist) < 2:
print 'ERROR - not enough arguments - ImportMarkers "filename foldername")'
return
filename = arglist[0]
try:
dfile = open(filename + '.py', 'r')
except IOError:
print "ERROR - file %d could not be found" % (filename + '.py')
return
dfile.close()
argresidual = args[len(filename) + 1:]
#== find the folder where the markerfolders might be
# search thru the age journal folders
vault = Plasma.ptVault()
jfolder = None
master_agefolder = vault.getAgeJournalsFolder()
if type(master_agefolder) != type(None):
agefolderRefs = master_agefolder.getChildNodeRefList()
for agefolderRef in agefolderRefs:
agefolder = agefolderRef.getChild()
agefolder = agefolder.upcastToFolderNode()
if type(agefolder) != type(None):
# might be a foldername with spaces! so see if it starts with the name
if argresidual.startswith(agefolder.folderGetName()):
jfolder = agefolder
argresidual = argresidual[len(agefolder.folderGetName()) +
1:]
if jfolder:
exec("import %s" % (filename))
exec("mgs = %s.mgs" % (filename))
for mg in mgs:
nMarkerFolder = Plasma.ptVaultMarkerListNode(
PlasmaVaultConstants.PtVaultNodePermissionFlags.
kDefaultPermissions)
nMarkerFolder.folderSetName(mg[1])
nMarkerFolder.setOwnerID(mg[0][0])
nMarkerFolder.setOwnerName(mg[0][1])
nMarkerFolder.setGameType(mg[0][2])
nMarkerFolder.setRoundLength(mg[0][3])
jfolder.addNode(nMarkerFolder)
def PtDetermineKIMarkerLevel():
import Plasma
import string
vault = Plasma.ptVault()
entry = vault.findChronicleEntry(kChronicleKIMarkerLevel)
if (type(entry) != type(None)):
level = string.atoi(entry.chronicleGetValue())
return level
return kKIMarkerNotUpgraded
def GZGiveMeFullAccess(args):
import Plasma
import PlasmaKITypes
Plasma.PtSendKIMessageInt(PlasmaKITypes.kUpgradeKIMarkerLevel,PlasmaKITypes.kKIMarkerNormalLevel)
#Make sure to update the markers too, as we don't want them to display!!!
import grtzKIMarkerMachine
grtzKIMarkerMachine.UpdateGZMarkers(PlasmaKITypes.kGZMarkerUploaded)
#reset KI's marker display
resetString = "0 off:off 0:0"
vault = Plasma.ptVault()
entry = vault.findChronicleEntry(PlasmaKITypes.kChronicleGZGames)
if type(entry) != type(None):
entry.chronicleSetValue(resetString)
# Finally, update the KI display
Plasma.PtSendKIMessage(PlasmaKITypes.kGZUpdated,0)
def GZGiveMeGPS(args):
import Plasma
import PlasmaKITypes
vault = Plasma.ptVault()
psnlSDL = vault.getPsnlAgeSDL()
if psnlSDL:
GPSVar = psnlSDL.findVar('GPSEnabled')
GPSVar.setBool(1)
vault.updatePsnlAgeSDL(psnlSDL)
def ImportGames(args):
"args = 'filename folder'"
import Plasma
import PlasmaVaultConstants
arglist = args.split()
if len(arglist) < 2:
print 'ERROR - not enough arguments - ImportMarkers "filename foldername")'
return
filename = arglist[0]
try:
dfile = open(filename+'.py','r')
except IOError:
print "ERROR - file %d could not be found" % (filename+'.py')
return
dfile.close()
argresidual = args[len(filename)+1:]
#== find the folder where the markerfolders might be
# search thru the age journal folders
vault = Plasma.ptVault()
jfolder = None
master_agefolder = vault.getAgeJournalsFolder()
if type(master_agefolder) != type(None):
agefolderRefs = master_agefolder.getChildNodeRefList()
for agefolderRef in agefolderRefs:
agefolder = agefolderRef.getChild()
agefolder = agefolder.upcastToFolderNode()
if type(agefolder) != type(None):
# might be a foldername with spaces! so see if it starts with the name
if argresidual.startswith(agefolder.folderGetName()):
jfolder = agefolder
argresidual = argresidual[len(agefolder.folderGetName())+1:]
if jfolder:
exec("import %s" % (filename))
exec("mgs = %s.mgs" % (filename))
for mg in mgs:
nMarkerFolder = Plasma.ptVaultMarkerListNode(PlasmaVaultConstants.PtVaultNodePermissionFlags.kDefaultPermissions)
nMarkerFolder.folderSetName(mg[1])
nMarkerFolder.setOwnerID(mg[0][0])
nMarkerFolder.setOwnerName(mg[0][1])
nMarkerFolder.setGameType(mg[0][2])
nMarkerFolder.setRoundLength(mg[0][3])
jfolder.addNode(nMarkerFolder)
def PtDetermineKIMarkerLevel():
"Get the KIMarkerLevel"
# assume that they have none...
import Plasma
import string
vault = Plasma.ptVault()
entry = vault.findChronicleEntry(kChronicleKIMarkerLevel)
if type(entry) != type(None):
level = string.atoi(entry.chronicleGetValue())
return level
# if couldn't be determine... just assume lowest form
return kKIMarkerNotUpgraded
def DisplayLinkingBook(agename, spawnpoint):
#self.showFlybys = showFlyby
#self.curBookAge = None
#self.curBookSpawnpoint = None
#contents = ''
#if (cover != None):
# contents = (((contents + '<cover src="') + cover) + '">')
#if self.isAgeInstalled(agename):
# self.curBookAge = agename
# self.curBookSpawnpoint = self.getSpawnpoint(agename)
#if ((self.curBookAge == None) or ((self.curBookSpawnpoint == None) or ((self.curBookAge == '') or (self.curBookSpawnpoint == '')))):
# self.curBookAge = None
# self.curBookSpawnpoint = None
# contents = (contents + '<font size=28 face=Uru ><p align=center >This Age is not installed.\n\n')
# if showText:
# contents = (((contents + self.getDescription(agename)) + '\n\n<font size=24 face=Uru>') + self.getText(agename))
# if (linkingImage != None):
# contents = (((contents + '<pb><img src="') + linkingImage) + '" align=center blend=alpha >')
# else:
# contents = (contents + '<pb><img src="xLinkPanelBlackVoid*1#0.hsm" align=center blend=alpha >')
#else:
# contents = (contents + '<font size=28 face=Uru ><p align=center >')
# if showText:
# contents = (((contents + self.getDescription(agename)) + '\n\n<font size=24 face=Uru>') + self.getText(agename))
# if (linkingImage != None):
# contents = (((contents + '<pb><img src="') + linkingImage) + '" align=center link=100 blend=alpha >')
# else:
# contents = (contents + '<pb><img src="xLinkPanelBlackVoid*1#0.hsm" align=center link=100 blend=alpha >')
#self.output('Dustin: UAM: ', contents)
#self.callersKey = keyToUse
global _book
global _agename
global _spawnpoint
global _islinkbook
_islinkbook = True
#global _isourbook
_agename = agename
_spawnpoint = spawnpoint
contents = '<pb><img src="xLinkPanelBlackVoid*1#0.hsm" align=center link=100 blend=alpha >'
#bookobj = _AgeBook(agename,spawnpoint)
#_book = Plasma.ptBook(contents, self.callersKey)
_book = Plasma.ptBook(contents, _ki.key)
_book.setSize(1.0, 1.0)
_book.setGUI('BkBook')
_book.allowPageTurning(True)
#if (cover == None):
# self.book.show(1)
#else:
# self.book.show(0)
#_isourbook = True
_book.show(1)
def SetSDL(varNameAndVal):
"""
SetSDL is used to set an Age SDL variable by name. It expects two arguments:
(string) VariableName, (int) NewValue
"""
import Plasma
if not varNameAndVal:
print("xCheat.SetSDL(): SetSDL takes two arguments: SDL variable name and new value are required.")
return
varNameAndValList = varNameAndVal.split("_")
if (len(varNameAndValList) < 2) or varNameAndValList[1] == "":
print("xCheat.SetSDL(): No new value specified.")
return
varName = varNameAndValList[0]
try:
newval = int(varNameAndValList[1])
except ValueError:
print("xCheat.SetSDL(): Can't use '{}'. Only numerical SDL values are supported.".format(varNameAndValList[1]))
return
ageName = Plasma.PtGetAgeName()
try:
ageSDL = Plasma.PtGetAgeSDL()
except:
print("xCheat.SetSDL(): Unable to retrieve SDL for '{}'.".format(ageName))
return
try:
oldval = ageSDL[varName][0]
except KeyError:
print("xCheat.SetSDL(): SDL variable '{}' not found.".format(varName))
return
if newval == oldval:
print("xCheat.SetSDL(): Not changing value, '{}' is already {}.".format(varName, newval))
return
if ageName == "Personal":
vault = Plasma.ptVault()
psnlSDL = vault.getPsnlAgeSDL()
FoundValue = psnlSDL.findVar(varName)
FoundValue.setInt(newval)
vault.updatePsnlAgeSDL(psnlSDL)
else:
ageSDL.setFlags(varName, 1, 1)
ageSDL.sendToClients(varName)
ageSDL[varName] = (newval,)
print("xCheat.SetSDL(): Setting '{}' to {} (was {}).".format(varName, newval, oldval))
def ListYeeshaPages(args):
import Plasma
import xLinkingBookDefs
vault = Plasma.ptVault()
if type(vault) != type(None): #is the Vault online?
psnlSDL = vault.getPsnlAgeSDL()
if psnlSDL:
for sdlvar,page in xLinkingBookDefs.xYeeshaPages:
FoundValue = psnlSDL.findVar(sdlvar)
print "%s is %d" % (sdlvar, FoundValue.getInt())
else:
print "Could not find personal age SDL"
else:
print "Could not find vault"
def PtDetermineKILevel():
"Get the KILevel"
# assume that they have none...
import Plasma
import string
vault = Plasma.ptVault()
entry = vault.findChronicleEntry(kChronicleKILevel)
if type(entry) != type(None):
level = string.atoi(entry.chronicleGetValue())
# make sure it is a valid level
if level >= kLowestKILevel and level <= kHighestKILevel:
return level
# if couldn't be determine... just assume lowest form
return kMicroKI
def _DisplayBook(text, isOpen, booktype):
#cover can be None(detect if theres a cover), True, or False
#booktype can be bkNotebook, bkBook, or bkBahroRockBook
global _book
#global _isourbook
_book = Plasma.ptBook(text, _ki.key)
#if cover==None:
# cover = text.find('<cover') >= 0 #showOpen if cover not found
_book.setSize(1.0, 1.0)
_book.setGUI(booktype)
_book.allowPageTurning(True)
#_isourbook = True
#_book.show(not cover)
_book.show(isOpen)
def _GetChron(needle, haystack):
for i in haystack.getChildNodeRefList():
child = i.getChild().upcastToChronicleNode()
if child is None:
continue
if child.getName() == needle:
return child
else:
chron = Plasma.ptVaultChronicleNode()
chron.setName(needle)
if default is not None:
chron.setValue(str(default))
haystack.addNode(chron)
return chron
def CGZKillAll(args):
import Plasma
import PlasmaKITypes
vault = Plasma.ptVault()
# get rid of the CGZ marker games
MGs = [ 'MG01','MG02','MG03','MG04','MG05','MG06','MG07','MG08','MG09','MG10','MG11','MG12','MG13','MG14']
for mg in MGs:
entry = vault.findChronicleEntry(mg)
if type(entry) != type(None):
entry.chronicleSetValue("")
entry.save()
entry = vault.findChronicleEntry("CGZPlaying")
if type(entry) != type(None):
entry.chronicleSetValue("")
entry.save()
def PtDetermineGZ():
"Get the current GZ states"
import Plasma
import PlasmaTypes
import string
GZPlaying = 0
MarkerToGetColor = 'off'
MarkerGottenColor = 'off'
MarkerToGetNumber = 0
MarkerGottenNumber = 0
KIMarkerLevel = PtDetermineKIMarkerLevel()
if KIMarkerLevel > kKIMarkerNotUpgraded:
# see if they are playing a CGZ game
(whichGame,state) = PtWhichCGZPlaying()
if KIMarkerLevel < kKIMarkerNormalLevel or (KIMarkerLevel == kKIMarkerNormalLevel and whichGame != -1):
vault = Plasma.ptVault()
# is there a chronicle for the GZ games?
entry = vault.findChronicleEntry(kChronicleGZGames)
if type(entry) != type(None):
gameString = entry.chronicleGetValue()
PlasmaTypes.PtDebugPrint("PtDetermineGZ: - game string is %s" % (gameString),level=PlasmaTypes.kDebugDumpLevel)
args = gameString.split()
if len(args) == 3:
try:
GZPlaying = string.atoi(args[0])
colors = args[1].split(':')
MarkerGottenColor = colors[0]
MarkerToGetColor = colors[1]
outof = args[2].split(':')
MarkerGottenNumber = string.atoi(outof[0])
MarkerToGetNumber = string.atoi(outof[1])
except ValueError:
PlasmaTypes.PtDebugPrint("xKI:GZ - error trying to read GZGames Chronicle",level=PlasmaTypes.kErrorLevel)
# we don't know which one it errored on, so just reset them all
GZPlaying = 0
MarkerToGetColor = 'off'
MarkerGottenColor = 'off'
MarkerToGetNumber = 0
MarkerGottenNumber = 0
else:
PlasmaTypes.PtDebugPrint("xKI:GZ - error GZGames string formation error",level=PlasmaTypes.kErrorLevel)
pass
else:
# can't be playing a GZGame!
# ...might be a MarkerTag game... let the KI determine that.
pass
PlasmaTypes.PtDebugPrint("PtDetermineGZ: - returning game=%d colors=%s:%s markers=%d:%d" % (GZPlaying, MarkerGottenColor, MarkerToGetColor ,MarkerGottenNumber, MarkerToGetNumber),level=PlasmaTypes.kDebugDumpLevel)
return (GZPlaying,MarkerGottenColor,MarkerToGetColor,MarkerGottenNumber,MarkerToGetNumber)
def PtIsCGZDone():
"Has the player completed the CGZ stuff"
import Plasma
isDone = 0
vault = Plasma.ptVault()
entry = vault.findChronicleEntry(kChronicleCalGZMarkersAquired)
if type(entry) != type(None):
allStates = entry.chronicleGetValue()
if len(allStates) > kCGZFinalGame:
# assume that we are going to find them all
isDone = 1
for i in range(kCGZFinalGame+1):
if allStates[i] != kCGZMarkerUploaded:
isDone = 0
break
return isDone
def PtCaptureGZMarker(GZMarkerInRange):
import Plasma
import PlasmaTypes
# get current GZ Game state
(GZPlaying,MarkerGottenColor,MarkerToGetColor,MarkerGottenNumber,MarkerToGetNumber) = PtDetermineGZ()
# make sure there is room for the capture marker
if GZPlaying and MarkerToGetNumber > MarkerGottenNumber:
# set the marker status to 'gotten'
# ...in the GZ marker chronicle
vault = Plasma.ptVault()
# is there a chronicle for the GZ games?
entry = vault.findChronicleEntry(kChronicleGZMarkersAquired)
if type(entry) != type(None):
markers = entry.chronicleGetValue()
markerIdx = GZMarkerInRange - 1
if markerIdx >= 0 and markerIdx < len(markers):
# Set the marker to "captured"
PlasmaTypes.PtDebugPrint("PtCaptureGZMarker: starting with '%s' changing %d to '%s'" % (markers,GZMarkerInRange,kGZMarkerCaptured),level=PlasmaTypes.kDebugDumpLevel)
if len(markers)-(markerIdx+1) != 0:
markers = markers[:markerIdx] + kGZMarkerCaptured + markers[-(len(markers)-(markerIdx+1)):]
else:
markers = markers[:markerIdx] + kGZMarkerCaptured
#PlasmaTypes.PtDebugPrint("xKI: out string is '%s'" % (markers),level=PlasmaTypes.kDebugDumpLevel)
entry.chronicleSetValue(markers)
entry.save()
# update the marker Gotten count
totalGotten = markers.count(kGZMarkerCaptured)
KIMarkerLevel = PtDetermineKIMarkerLevel()
if KIMarkerLevel > kKIMarkerFirstLevel:
# if this is the second wave of markers (or beyond)
totalGotten -= 5
if totalGotten < 0:
totalGotten = 0
if totalGotten > MarkerToGetNumber:
totalGotten = MarkerToGetNumber
MarkerGottenNumber = totalGotten
# save update to chronicle
PtUpdateGZGamesChonicles(GZPlaying,MarkerGottenColor,MarkerToGetColor,MarkerGottenNumber,MarkerToGetNumber)
else:
PlasmaTypes.PtDebugPrint("PtCaptureGZMarker: invalid marker serial number of %d" % (gGZMarkerInRange),level=PlasmaTypes.kErrorLevel )
pass
else:
PlasmaTypes.PtDebugPrint("PtCaptureGZMarker: no chronicle entry found",level=PlasmaTypes.kErrorLevel )
pass
else:
PlasmaTypes.PtDebugPrint("PtCaptureGZMarker: no game or this game is complete",level=PlasmaTypes.kErrorLevel )
pass
