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RBB.py
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# -*- coding: utf-8 -*-
"""
Created on Sat Jul 17 17:40:12 2021
@author: Administrator
"""
import os
import numpy as np
import pandas
import numbers
xmlOutput = ""
def XMLPatch(fName = "RBB"):
global xmlOutput
txtFile = fName+".txt"
xmlFile = fName+'.xml'
if os.access(xmlFile, os.F_OK):
os.remove(xmlFile)
file = open(txtFile,"w+", encoding = "utf-8")
#"//" means /
file.write(xmlOutput)
file.close()
os.rename(txtFile, xmlFile)
print(xmlFile+" patch file generated.")
xmlOutput = ""
wmiOutput = ""
def WMIPatch():
global wmiOutput
fName = "installerConfig"
txtFile = fName+".txt"
wmiFile = fName+'.wmi'
if os.access(wmiFile, os.F_OK):
os.remove(wmiFile)
file = open(txtFile,"w+", encoding = "utf-8")
#"//" means /
file.write(wmiOutput)
file.close()
os.rename(txtFile, wmiFile)
print(wmiFile+" patch file generated.")
wmiOutput = ""
def WMIAlterDictPatch(language, hashList, valueList, hashRenameList, valueRenameList):
global wmiOutput
wmiOutput += """
<AlterDictionary
targetPath="Data\RBB\ZZ_Win.dat"
targetContentPath="pc\localisation\\"""+language+"""\localisation\\unites.dic">\n"""
for i in range(len(hashList)):
hashI = hashList[i]
valueI = valueList[i]
if not pandas.isna(valueI):
wmiOutput += """ <AddEntry hash=\""""+hashI+"""\" value=\""""+valueI+""""/>\n"""
for i in range(len(hashRenameList)):
hashI = hashRenameList[i]
valueI = valueRenameList[i]
checkHashValue(hashI)
if not pandas.isna(valueI):
wmiOutput += """ <RenameEntry hash=\""""+str(hashI)+"""\" value=\""""+valueI+""""/>\n"""
wmiOutput += """
</AlterDictionary>
"""
def HashListRenameWeaponFromTable(sheet, fName = "RBB"):
df = pandas.read_excel(fName+".xlsx", sheet, header = 1)
hashList = []
valueList = []
for i in range(df["武器Hash值"].size):
武器Hash值 = df["武器Hash值"][i]
新武器名 = df["新武器名"][i]
新武器Hash值 = df["新武器Hash值"][i] if "新武器Hash值" in df.keys() else None
if (not pandas.isna(武器Hash值) and (not pandas.isna(新武器名) and (pandas.isna(新武器Hash值)))):
checkHashLength(武器Hash值)
hashList.append(武器Hash值)
valueList.append(新武器名)
return hashList,valueList
def HashListAddWeaponFromTable(sheet, fName = "RBB"):
df = pandas.read_excel(fName+".xlsx", sheet, header = 1)
hashList = []
valueList = []
for i in range(df["新武器Hash值"].size):
新武器名 = df["新武器名"][i]
新武器Hash值 = df["新武器Hash值"][i]
if ((not pandas.isna(新武器名) and (not pandas.isna(新武器Hash值)))):#include line with no 武器Hash值
checkHashLength(新武器Hash值)
hashList.append(新武器Hash值)
valueList.append(新武器名)
return hashList,valueList
def HashListRenameFromTable(sheet, kwdHash = "单位Hash值", newKwdHash = "新单位Hash值", newKwdName = "新单位名", fName = "RBB"):
df = pandas.read_excel(fName+".xlsx", sheet, header = 1)
hashList = []
valueList = []
for i in range(df[kwdHash].size):
kwdHashI = df[kwdHash][i]
newKwdNameI = df[newKwdName][i]
newKwdHashI = df[newKwdHash][i] if newKwdHash in df.keys() else None
if (not pandas.isna(kwdHashI) and (not pandas.isna(newKwdNameI) and (pandas.isna(newKwdHashI)))):
checkHashLength(kwdHashI)
hashList.append(kwdHashI)
valueList.append(newKwdNameI)
return hashList,valueList
def HashListAddNameFromTable(sheet, newKwdHash = "新单位Hash值", newKwdName = "新单位名", fName = "RBB"):
df = pandas.read_excel(fName+".xlsx", sheet, header = 1)
hashList = []
valueList = []
for i in range(df[newKwdHash].size):
newKwdNameI = df[newKwdName][i]
newKwdHashI = df[newKwdHash][i]
if ((not pandas.isna(newKwdNameI) and (not pandas.isna(newKwdHashI)))):#include line with no kwdHash
checkHashLength(newKwdHashI)
hashList.append(newKwdHashI)
valueList.append(newKwdNameI)
return hashList,valueList
VariableTypeFloat = "Float32"
VariableTypeHash = "LocalisationHash"
VariableTypeBool = "Boolean"
VariableTypeUInt = "UInt32"
VariableTypeInt = "Int32"
VariableTypeTableString = "TableString"
TurretTypeUnit = "TTurretUnitDescriptor"
TurretTypeAxis = "TTurretTwoAxisDescriptor"
TurretTypeInf = "TTurretInfanterieDescriptor"
TUniteAuSolDescriptor = "TUniteAuSolDescriptor"
CatPre1980 = "41E22D4DD9380000"
Cat1981to1985 = "46E22D4DD9380000"
CatPost1986 = "81E22D4DD9380000"
HEBombTypeArme = "A74C330000000000"
RetardedHEBombTypeArme = "A74C33B9CA010000"
LGBTypeArme = "32E3EA116E5A0000"
NapalmBombTypeArme = "A74C33B589010000"
ATClusterBombTypeArme = "A74C337ADC000000"
HowitzerTypeArme = "B7FAE72E4F4B0000"
MortarTypeArme = "B799DFF405000000"
MLRSTypeArme = "E8AC9B56C95D0000"
ATGMTypeArme = "57E42D0000000000"
AGMTypeArme = "57B4000000000000"
AntiRadarTypeArme = "DC02000000000000"
AAMTypeArme = "D7B2000000000000"
SAMTypeArme = "D7D2010000000000"
NavalGunTypeArme = "B31E95BB89010000"
NavalAutocannonTypeArme = "74AE2FE56E620000"
AutocannonTypeArme = "F46CA274AE2F0000"
TwinAutocannonTypeArme = "74AE2FE5ECF21E00"
QuadAutocannonTypeArme = "74AE2F656AEA1B00"
GatlingGunTypeArme = "ECECC6B919010000"
CIWSTypeArme = "5D38350000000000"
SSMTypeArme = "57D7010000000000"
MainGunTypeArme = "B31E95B36B5E0000"
def generateKeyWordHashDictFromTable(keyword, keywordHash, sheet = "常用Hash表", fName = "RBB"):
df = pandas.read_excel(fName+".xlsx", sheet, header = 1)
ret = {}
for i in range(df[keyword].size):
kwd = df[keyword][i]
kwdHash = df[keywordHash][i]
if (not pandas.isna(kwd)) and (not pandas.isna(kwdHash)):
ret[kwd] = kwdHash
return ret
TAmmuCaliber = generateKeyWordHashDictFromTable(keyword = "口径名", keywordHash = "口径Hash值")
TAmmuTypeArme = generateKeyWordHashDictFromTable(keyword = "武器类型名", keywordHash = "武器类型Hash值")
def generateAmountDictForPrice(unitTypeList, sheet = "价格数量临界线", fName = "RBB"):
df = pandas.read_excel(fName+".xlsx", sheet, header = 1)
ret = {}
amountKeys = ["基础数量(菜鸟)", "基础数量(受训)", "基础数量(硬汉)", "基础数量(老兵)", "基础数量(精英)"]
for unitType in unitTypeList:
priceList = df[unitType+"价格"]
priceListRet = []
amountDict = {}
for i in range(len(priceList)):
if not pandas.isna(priceList[i]):
price = int(priceList[i])
priceListRet.append(price)
amounts = []
for amountKey in amountKeys:
amounts.append(int(df[unitType+amountKey][i]))
amountDict[price] = amounts
ret[unitType] = [priceListRet, amountDict]
return ret
unitTypeList = ["迫击炮", "坦克", "侦察车辆","步战车", "导弹坦歼", "舰艇", "高炮","重防空", "榴弹炮","火箭炮", "攻击直升机"]
UnitAmountDict = generateAmountDictForPrice(unitTypeList)
"""
<matchcondition type="property" property="TypeArme">A74C330000000000</matchcondition>
"""
def TypeArme(TypeArme):
out = """<matchcondition type="property" property="TypeArme">"""+TypeArme+"""</matchcondition>"""
return out
def Name(Name):
out = """<matchcondition type="property" property="Name">"""+Name+"""</matchcondition>"""
return out
def SalvoLength(SalvoLength):
out = """<matchcondition type="property" property="NbTirParSalves">"""+str(SalvoLength)+"""</matchcondition>"""
return out
def IsSubAmmu(isSubAmmu):
if isSubAmmu:
return """<matchcondition type="property" property="IsSubAmmunition">True</matchcondition>"""
else:
return """<matchcondition type="property" property="IsSubAmmunition">null</matchcondition>"""
def IsNPLM(isNPLM):
if isNPLM:
return """<matchcondition type="property" property="IgnoreInflammabilityConditions">True</matchcondition>"""
else:
return """<matchcondition type="property" property="IgnoreInflammabilityConditions">null</matchcondition>"""
def setArme(ammoType, AP = 0):
Arme = {"Bullet":"null", "HMG":"1", "HE":"3"}
if ammoType == "KE":
if AP<1 or AP >30:
raise ValueError("AP Value has to be in range [1,30]")
return """<change operation="set" property="Arme" type="UInt32">"""+str(4+AP)+"""</change>"""
elif ammoType == "HEAT":
if AP<1 or AP >30:
raise ValueError("AP Value has to be in range [1,30]")
return """<change operation="set" property="Arme" type="UInt32">"""+str(34+AP)+"""</change>"""
else:
out = """<change operation="set" property="Arme" type="UInt32">"""+Arme[ammoType]+"""</change>"""
if AP>0:
out += """<change operation="set" property="PhysicalDamages" type="Float32">"""+str(AP)+"""</change>"""
return out
def setDamages(HE, HERadi, SupRadi):
out = """<change operation="set" property="RadiusSplashSuppressDamages" type="Float32">"""+str(SupRadi*52)+"""</change>
<change operation="set" property="RadiusSplashPhysicalDamages" type="Float32">"""+str(HERadi*52)+"""</change>
<change operation="set" property="PhysicalDamages" type="Float32">"""+str(HE)+"""</change>"""
return out
def setSalvoSupply(supply):
out = """<change operation="set" property="SupplyCost" type="UInt32">"""+str(supply)+"""</change>"""
return out
space3 = """ """
def bombPatch(patchName, bombTypeArme, caliber, HE, HERadi, SupRadi, salvoLength, supply):
global xmlOutput
conditions = """
"""
changes = """
"""
if bombTypeArme == HEBombTypeArme or RetardedHEBombTypeArme:
conditions += """ """+TypeArme(bombTypeArme)+"""
""" +TAmmuConditions(Caliber = caliber)+"""
""" +SalvoLength(salvoLength)
changes += """ """ +setDamages(HE, HERadi, SupRadi)+"""
""" +setSalvoSupply(supply)
elif bombTypeArme == ATClusterBombTypeArme:
conditions += """ """+TypeArme(bombTypeArme)+"""
""" +TAmmuConditions(Caliber = caliber)+"""
""" +SalvoLength(salvoLength)
changes += """ """ +setDamages(HE, HERadi, SupRadi)+"""
""" +setSalvoSupply(supply)+"""
""" +setArme("HE")#set it to HE
out = """
<!-- change property of PatchName -->
<ndfpatch ndf="pc\\ndf\patchable\gfx\everything.ndfbin" table="TAmmunition" name="PatchName">
<matchconditions>"""+conditions+"""
</matchconditions>
<changes>"""+changes+"""
</changes>
</ndfpatch>
"""
out = out.replace("PatchName", patchName)
xmlOutput += out
def bombPatches(HESupplyFactor, HESupRadiFactor, CLUSSupplyFactor, CLUSSupRadiFactor):
global xmlOutput
checkXmlOutputIsEmpty()
xmlOutput += """<wargamepatch>"""
CLUSBombWeights = [245,340,450,500]
CLUSBombDamages = {
245:
["2C6C140300000000",8,379],#only Mk 20, 5 ins
340:
["2C1C140400000000",9,423],#only 1 ins exist
450:
["2C1C180500000000",10,465],#various name and salvo length
500:
["2C1C040600000000",11,481]}#only RBK-500, 4 ins
CLUSsalvoLengths = [2,4,5,6,8,12]
for i in range(len(CLUSBombWeights)):
for j in range(len(CLUSsalvoLengths)):
bombData = CLUSBombDamages[CLUSBombWeights[i]]
supplyRef = bombData[1]
salvoLength = CLUSsalvoLengths[j]
supply = supplyRef * salvoLength * CLUSSupplyFactor
bombPatch(patchName = str(CLUSBombWeights[i])+" kg CLUS bomb, salvo length "+str(CLUSsalvoLengths[j]),
bombTypeArme = ATClusterBombTypeArme,
caliber = bombData[0],
HE = bombData[1],
HERadi = bombData[2],
SupRadi = bombData[2]*CLUSSupRadiFactor,
salvoLength = salvoLength,
supply = supply)
CLUSBomb450kg = {"BL-755" :["8681580C00000000",10],
"250-1" :["42600C8BA5010000",10],
"BLG-66 Beluga":["C711590C00000000",11],
"TAL-2" :["83B5780000000000",11],
"CBU-87" :["48F2310D00000000",12],
"IBL-755" :["868158CC04000000",12],
"BK90 Mjölner" :["57A0540C00000000",14]}
for salvoLength in [4,6]:
for name in CLUSBomb450kg.keys():
patchName = "450kg CLUS Bomb "+name
HE = CLUSBomb450kg[name][1]
supply = HE * salvoLength * CLUSSupplyFactor
conditions = """
"""
conditions += """ """+Name(CLUSBomb450kg[name][0])+"""
""" +SalvoLength(salvoLength)
changes = """
"""
changes += """ """ +setArme("HE", HE)+"""
""" +setSalvoSupply(supply)
out = """
<!-- change property of PatchName -->
<ndfpatch ndf="pc\\ndf\patchable\gfx\everything.ndfbin" table="TAmmunition" name="PatchName">
<matchconditions>"""+conditions+"""
</matchconditions>
<changes>"""+changes+"""
</changes>
</ndfpatch>
"""
out = out.replace("PatchName", patchName)
xmlOutput += out
xmlOutput += """</wargamepatch>"""
xmlOutput = xmlOutput.replace("pc\n","pc\\n")
def priceBuff(price, factor):
mod = (price*factor)%5
newPrice = price*factor-mod if mod<2.5 else price*factor+(5-mod)
newPrice = 1 if newPrice<1 else int(newPrice)
return newPrice
def pricePatch(units, priceFactor = 1, amountFactor = 1):
"""
unitPriceListExample = {"M/727 HAWK" :["306F4AC8805C0000",40,[0,8,6,0,0]],
"AMX-30 ROLAND" :["0EB6581907000000",45,[0,8,6,0,0]],
"TRACKED RAPIER 2000":["4B07DDAA5B9B1C00",55,[0,6,4,0,0]]
}
"""
for unit in units.keys():
amounts = "\n "
for i in range(5):
decimalAmount = units[unit][2][i]*amountFactor
newAmount = int(decimalAmount + (1-decimalAmount%1)) if decimalAmount%1>=0.5 else int(decimalAmount)
if newAmount < 0:
raise ValueError("Amount cannot be negative.")
amounts += GeneralChangeDict(prop = "MaxDeployableAmount",
key = i,
typeValuePair = ["Int32", newAmount])
price = str(priceBuff(units[unit][1],priceFactor))
GeneralPatch(table = "TUniteAuSolDescriptor",
patchName = " price of "+unit,
conditions = GeneralConditions(NameInMenuToken = units[unit][0]),
changes = GeneralChangeDict(prop = "ProductionPrice",
key = 0,
typeValuePair = ["Int32",price])+amounts)
def pricePatchSingle(patchName, unitData, priceFactor = 1, amountFactor = 1):
global xmlOutput
"""
unitData = {"hash" : "306F4AC8805C0000",
"price" : 40,
"amount": [0,8,6,0,0]}
"""
unitHash = unitData["hash"]
unitPrice = unitData["price"]
unitAmountData = unitData["amount"]
amounts = ""
for i in range(5):
decimalAmount = unitAmountData[i]*amountFactor
newAmount = int(decimalAmount + (1-decimalAmount%1)) if decimalAmount%1>=0.5 else int(decimalAmount)
if newAmount < 0:
raise ValueError("Amount cannot be negative.")
amounts += GeneralChangeDict(prop = "MaxDeployableAmount",
key = i,
typeValuePair = ["Int32", newAmount])
price = str(priceBuff(unitPrice,priceFactor))
GeneralPatch(table = "TUniteAuSolDescriptor",
patchName = patchName,
conditions = GeneralConditions(NameInMenuToken = unitHash),
changes = GeneralChangeDict(prop = "ProductionPrice",
key = 0,
typeValuePair = ["Int32",price])+amounts)
def GeneralChangeDict(prop, key, typeValuePair):
ret = ""
ret += ("""<change operation="set" property=\""""+prop+"""\" key=\""""+str(key)+
"""\" type=\""""+typeValuePair[0]+"""\">"""+str(typeValuePair[1])+
"""</change>\n """)
return ret
def GeneralChangeDictValueObject(prop, key, table, tableConditions):
ret = ""
ret += ("""<change operation=\"set\" property=\""""+prop+"""\" key=\""""+str(key)+
"""\" type= \"ObjectReference\">"""+"""
<reference table=\""""+table+"""\">
<matchconditions>
"""+addTabsBetweenLines(string = tableConditions, tabCount = 3)+"""
</matchconditions>
</reference>
</change>\n """)
return ret
def GeneralChangeDictValueObjectDelete(prop, key):
ret = ""
ret += ("""<change operation=\"delete\" property=\""""+prop+"""\" key=\""""+str(key)+
"""\" ></change>\n """)
return ret
def GeneralChangeDictClear(prop):
ret = ""
ret += """<change property=\""""+str(prop)+"""\" operation="clear" />\n """
return ret
def GeneralChangeDictAppend(prop, typeValuePair):
ret = ""
ret += ("""<change operation="append" property=\""""+prop+"""\" type=\""""+typeValuePair[0]+"""\">"""+str(typeValuePair[1])+
"""</change>\n """)
return ret
def GeneralChangeDictValueObjectAppend(prop, table, tableConditions):
ret = ""
ret += ("""<change operation=\"append\" property=\""""+prop+
"""\" type= \"ObjectReference\">"""+"""
<reference table=\""""+table+"""\">
<matchconditions>
"""+addTabsBetweenLines(string = tableConditions, tabCount = 3)+"""
</matchconditions>
</reference>
</change>\n """)
return ret
def GeneralChangeDictValueObjectAppendKey(prop, keyType, key, table, tableConditions):
ret = ""
ret += ("""<change operation=\"append\" property=\""""+prop+"\" type=\"map\">"+
"""
<map>
<key type=\""""+keyType+"\">"+key+"</key>"+"""
<value type="ObjectReference">"""+
"""
<reference table=\""""+table+"""\">
<matchconditions>
"""+addTabsBetweenLines(string = tableConditions, tabCount = 5)+"""
</matchconditions>
</reference>
</value>
</map>
</change>\n """)
return ret
def GeneralChangeDictInDict(prop, keyOut, keyIn, typeValuePair):
ret = ""
keyOut = str(keyOut)
keyIn = str(keyIn)
ret += ("""<change operation="select" property=\""""+prop+"""\" key=\""""+keyOut+"""\" />
<change operation="set" key=\""""+keyIn+"""\" type=\""""+
typeValuePair[0]+"""\">"""+typeValuePair[1]+"""</change>
<change operation="unselect" />\n """)
return ret
def GeneralPatch(table, patchName, conditions, changes, path = "everything"):
global xmlOutput
if path == "everything":
path = "pc\\ndf\patchable\gfx\everything.ndfbin"
elif path == "camera":
path = "pc\\ndf\patchable\misc\\basecamera.ndfbin"
elif path == "constant":
path = "pc\\ndf\patchable\gfx\gdconstanteoriginal.ndfbin"
else:
raise ValueError("Uncategorized path: "+str(path))
out = """
<!-- Patch: PatchName -->
<ndfpatch ndf=\""""+path+"""\" table=\""""+table+"""\" name="PatchName">
<matchconditions>
"""+conditions+"""
</matchconditions>
<changes>
"""+changes+"""
</changes>
</ndfpatch>\n"""
out = out.replace("PatchName", patchName)
xmlOutput += out
def TAmmuPatch(patchName, conditions, changes):
global xmlOutput
out = """
<!-- change property of PatchName -->
<ndfpatch ndf="pc\\ndf\patchable\gfx\everything.ndfbin" table="TAmmunition" name="PatchName">
<matchconditions>
"""+conditions+"""
</matchconditions>
<changes>
"""+changes+"""
</changes>
</ndfpatch>"""
out = out.replace("PatchName", patchName)
xmlOutput += out
maxLength = 185#140 max except model file name condition
def AddSpaceTo2Var(prefix, variable, connec, value, suffix):
totLength = (len(prefix) + len(variable) + len(connec) + len(str(value)) + len(suffix))
if totLength <= maxLength:
space = ""
for i in range(maxLength-totLength):
space +=" "
connec = connec[:-1] + space + connec[-1]
else:
raise ValueError("The max length is set too short, current length = "+str(totLength))
return prefix + variable+ connec + str(value) + suffix
def AddSpaceTo3Var(prefix, variable, connec1, vType, connec2, value, suffix):
totLength = (len(prefix) + len(variable) + len(connec1) + len(vType) + len(connec2) + len(str(value)) + len(suffix))
if totLength <= maxLength:
space = ""
for i in range(maxLength-totLength):
space += " "
connec1 = connec1[:-1] + space + connec1[-1]
else:
raise ValueError("The max length is set too short")
return prefix + variable + connec1 + vType + connec2 + str(value)+ suffix
def GeneralConditions(**kwargs):
ret = ""
for kwarg in kwargs.keys():
variable = kwarg #auto convert to string
value = kwargs[kwarg]
prefix = """<matchcondition type="property" property=\""""
connec = """\">"""
suffix = """</matchcondition>\n """
if isinstance(value, numbers.Number):
if value%1 == 0:
if not isinstance(value, int):
raise ValueError("Int Condition value = "+str(value)+" cannot have decimal point")
ret += AddSpaceTo2Var(prefix, variable, connec, value, suffix)
return ret
def GeneralConditionReference(table, tableConditions):
ret = ""
ret += """<matchcondition type="references" table=\""""+table+"""">
<matchconditions>
"""+addTabsBetweenLines(string = tableConditions, tabCount = 2)+"""
</matchconditions>
</matchcondition>
"""
return ret
def GeneralConditionReferencedBy(table, tableConditions):
ret = ""
ret += """<matchcondition type="referencedby" table=\""""+table+"""">
<matchconditions>
"""+addTabsBetweenLines(string = tableConditions, tabCount = 2)+"""
</matchconditions>
</matchcondition>
"""
return ret
def GeneralChangesObject(prop, table, tableConditions):
ret = ""
ret += """<change operation="set" property=\""""+prop+"""\" type="ObjectReference">
<reference table=\""""+table+"""\">
<matchconditions>
"""+addTabsBetweenLines(string = tableConditions, tabCount = 2)+"""
</matchconditions>
</reference>
</change>
"""
return ret
def accInputCheck(acc):
if acc[0] == "空值" and acc[1] == "空值":
#print("This acc is null acc.")
pass
else:
if acc[0] <0.01 or acc[0]>1:
raise ValueError("stationary acc[0] must be in interval [0.01,1]")
if acc[1] > acc[0]:
raise ValueError("stationary acc[0] must >= movement acc[1]")
if acc[1] <0.01:
raise ValueError("movement acc[1] must >=0.01")
if acc[0] <= 0.05:
if (acc[0] not in [0.01,0.02,0.03,0.04, 0.05]) or (acc[1] not in [0.01,0.02,0.03,0.04, 0.05]):
raise ValueError("acc smaller than or euqal to 0.05 must be multiple of 0.01: sta = " + str(acc[0])+", mov = "+str(acc[1]))
else:
if int(acc[0]*100)%5 != 0 or int(acc[1]*100)%5 != 0:
raise ValueError("acc must be multiple of 0.05: sta = " + str(acc[0])+", mov = "+str(acc[1]))
elif len(str(acc[0]))>4 or len(str(acc[1]))>4:
raise ValueError("acc must be multiple of 0.05: sta = " + str(acc[0])+", mov = "+str(acc[1]))
def TAmmuConditions(acc = None, unitHash = [None,None], **kwargs):
#5 object reference, the rest = value
ret = ""
ret += GeneralConditions(**kwargs)
if acc:
accInputCheck(acc)
ret +="""
<matchcondition type="references" table="TModernWarfareHitRollRule">
<matchconditions>
<matchcondition type="property" property="HitProbability">"""+str(acc[0])+"""</matchcondition>
<matchcondition type="property" property="HitProbabilityWhileMoving">"""+str(acc[1])+"""</matchcondition>
</matchconditions>
</matchcondition>\n
"""
if unitHash[0]:
turretType = {"axis" :"TTurretTwoAxisDescriptor",
"turret" :"TTurretUnitDescriptor"}
ret+="""
<matchcondition type="referencedby" table="TMountedWeaponDescriptor">
<matchconditions>
<matchcondition type="referencedby" table=\""""+turretType[unitHash[1]]+"""\">
<matchconditions>
<matchcondition type="referencedby" table="TWeaponManagerModuleDescriptor">
<matchconditions>
<matchcondition type="referencedby" table="TModuleSelector">
<matchconditions>
<matchcondition type="referencedby" table="TUniteAuSolDescriptor">
<matchconditions>
<matchcondition type="property" property="NameInMenuToken">"""+unitHash[0]+"""</matchcondition>
</matchconditions>
</matchcondition>
</matchconditions>
</matchcondition>
</matchconditions>
</matchcondition>
</matchconditions>
</matchcondition>
</matchconditions>
</matchcondition>\n"""
return ret
def GeneralChanges(**kwargs):
ret = ""
for kwarg in kwargs.keys():
if kwargs[kwarg] == None:
ret += """<change operation="null" property=\""""+kwarg+"""\"/>\n """
else:
prefix = """<change operation="set" property=\""""
variable = kwarg #auto convert to string
connec1 = """\" type=\""""
vType = kwargs[kwarg][0]
connec2 = """\">"""
value = kwargs[kwarg][1]
suffix = """</change>\n """
if vType == VariableTypeInt:
if not isinstance(value, int):
raise ValueError("Value has to be a int")
elif vType == VariableTypeUInt:
if not isinstance(value, int):
raise ValueError("Value has to be a int")
if value<0:
raise ValueError("Value has to be a non-negative int")
elif vType == VariableTypeHash:
if not isinstance(value, str):
raise ValueError("Value has to be a string")
checkHashValue(value)
elif vType == VariableTypeFloat:
checkNumber(value)
elif vType == VariableTypeBool:
if not isinstance(value, bool):
raise ValueError("Value has to be a boolean")
ret += AddSpaceTo3Var(prefix, variable, connec1, vType, connec2, value, suffix)
return ret
def TAmmuChanges(acc = None, **kwargs):
#Float32, UInt32, Boolean
ret = ""
ret += GeneralChanges(**kwargs)
if acc:
accInputCheck(acc)
if (acc[0]=="空值") and (acc[1]=="空值"):
acc[0] = "null"
acc[1] = "null"
ret +="""
<change operation="set" property="HitRollRule">
<reference table="TModernWarfareHitRollRule">
<matchconditions>
<matchcondition type="property" property="HitProbability">"""+str(acc[0])+"""</matchcondition>
<matchcondition type="property" property="HitProbabilityWhileMoving">"""+str(acc[1])+"""</matchcondition>
</matchconditions>
</reference>
</change>
"""
return ret
def Range(distance):
return distance/35*2600
shown = False
def GameDistanceFor(real_distance_km):
global shown
#xp = [0, 2.5, 12, 25, 60, 160]
#fp = [0, 2500, 5000, 6000, 8400, 15000]
xp = [0, 2.5, 12, 40, 60, 160, 460]
fp = [0, 2500, 5000, 12250, 12950, 16750, 23100]
if not shown:
distanceScale = ""
for i in range(len(xp)):
distanceScale += str(xp[i])+" real km = "+str(fp[i])+" game m\n"
print(distanceScale)
shown = True
if real_distance_km < xp[0]:
raise ValueError("Input distance out of interpolation boundary(" + str(xp[0])+" km)!")
interp = np.interp(real_distance_km,xp,fp)
if real_distance_km <= 13:
return round(interp/175)*175
else:
return round(interp/350)*350
def TAmmuChangesRange(shipOnly = False,
ground = [None,None],
helo = [None,None],
air = [None,None],
projec = [None,None]):
ret = ""
if shipOnly:
if ground[0]:
ret += TAmmuChanges(PorteeMinimale = None,
PorteeMinimaleBateaux = ["Float32",ground[0]] if ground[0] != "null" else None)
if ground[1]:
ret += TAmmuChanges(PorteeMaximale = None,
PorteeMaximaleBateaux = ["Float32",ground[1]] if ground[1] != "null" else None)
else:
if ground[0]:
ret += TAmmuChanges(PorteeMinimale = ["Float32",ground[0]] if ground[0] != "null" else None,
PorteeMinimaleBateaux = ["Float32",ground[0]] if ground[0] != "null" else None)
if ground[1]:
ret += TAmmuChanges(PorteeMaximale = ["Float32",ground[1]] if ground[1] != "null" else None,
PorteeMaximaleBateaux = ["Float32",ground[1]] if ground[1] != "null" else None)
if helo[0]:
ret += TAmmuChanges(PorteeMinimaleTBA = ["Float32",helo[0]] if helo[0] != "null" else None)
if helo[1]:
ret += TAmmuChanges(PorteeMaximaleTBA = ["Float32",helo[1]] if helo[1] != "null" else None)
if air[0]:
ret += TAmmuChanges(PorteeMinimaleHA = ["Float32",air[0]] if air[0] != "null" else None)
if air[1]:
ret += TAmmuChanges(PorteeMaximaleHA = ["Float32",air[1]] if air[1] != "null" else None)
if projec[0]:
ret += TAmmuChanges(PorteeMinimaleProjectile = ["Float32",projec[0]] if projec[0] != "null" else None)
if projec[1]:
ret += TAmmuChanges(PorteeMaximaleProjectile = ["Float32",projec[1]] if projec[1] != "null" else None)
return ret
def TAmmuConditionsRange(shipOnly = False,
ground = [None,None],
helo = [None,None],
air = [None,None],
projec = [None,None]):
ret = ""
if shipOnly:
if ground[0]:
intCheck(ground[0])
ret += TAmmuConditions(PorteeMinimaleBateaux = ground[0])
if ground[1]:
intCheck(ground[1])
ret += TAmmuConditions(PorteeMaximaleBateaux = ground[1])
else:
if ground[0]:
intCheck(ground[0])
ret += TAmmuConditions(PorteeMinimale = ground[0],
PorteeMinimaleBateaux = ground[0])
if ground[1]:
intCheck(ground[1])
ret += TAmmuConditions(PorteeMaximale = ground[1],
PorteeMaximaleBateaux = ground[1])
if helo[0]:
intCheck(helo[0])
ret += TAmmuConditions(PorteeMinimaleTBA = helo[0])
if helo[1]:
intCheck(helo[1])
ret += TAmmuConditions(PorteeMaximaleTBA = helo[1])
if air[0]:
intCheck(air[0])
ret += TAmmuConditions(PorteeMinimaleHA = air[0])
if air[1]:
intCheck(air[1])
ret += TAmmuConditions(PorteeMaximaleHA = air[1])
if projec[0]:
intCheck(projec[0])
ret += TAmmuConditions(PorteeMinimaleProjectile = projec[0])
if projec[1]:
intCheck(projec[1])
ret += TAmmuConditions(PorteeMaximaleProjectile = projec[1])
return ret
def TAmmuChangesDisp(disp = [None, None], corr = None):
ret = ""
if disp[0]:
if disp[0] == "null":
ret += TAmmuChanges(DispersionAtMinRange = None)
else:
ret += TAmmuChanges(DispersionAtMinRange = ["Float32", disp[0]])
if disp[1]:
if disp[1] == "null":
ret += TAmmuChanges(DispersionAtMaxRange = None)
else:
ret += TAmmuChanges(DispersionAtMaxRange = ["Float32", disp[1]])
if corr:
ret += TAmmuChanges(CorrectedShotDispersionMultiplier = ["Float32", corr])
return ret
def TAmmuConditionsArme(ammoType, AP = 0):
Arme = {"Bullet":"null", "HMG":"1", "HE":"3"}
if ammoType == "KE":
if AP<1 or AP >30:
raise ValueError("AP Value has to be in range [1,30]")
return TAmmuConditions(Arme = 4+int(AP))
elif ammoType == "HEAT":
if AP<1 or AP >30:
raise ValueError("AP Value has to be in range [1,30]")
return TAmmuConditions(Arme = 34+int(AP))
else:
return TAmmuConditions(Arme = Arme[ammoType])
def TAmmuChangesAOE(HE = [None, None], Sup = [None, None]):
ret = ""
if HE[0]:
HEval = HE[0]
if HEval>=0.95 and HEval <4:
HEval = round(HEval/0.5)*0.5
elif HEval >= 4:
HEval = round(HEval)
ret += TAmmuChanges(PhysicalDamages = ["Float32", HEval])
if HE[1]:
ret += TAmmuChanges(RadiusSplashPhysicalDamages = ["Float32", HE[1]])
if Sup[0]:
SupVal = Sup[0]
SupVal = round(SupVal)
ret += TAmmuChanges(SuppressDamages = ["Float32", SupVal])
if Sup[1]:
ret += TAmmuChanges(RadiusSplashSuppressDamages = ["Float32", Sup[1]])
return ret
def TAmmuChangesArme(ammoType, AP = 0):
"""ammoType = (one of the following)
Bullet, HMG, HE, KE, HEAT
AP is used for KE/HEAT ammoType only"""
Arme = {"HMG":1, "Autocannon":2, "HE":3}
if ammoType == "KE":
if AP<1 or AP >30:
raise ValueError("AP Value has to be in range [1,30]")
return TAmmuChanges(Arme = ["UInt32", 4+int(AP)],
EfficaciteSelonPortee = ["Boolean", True])
elif ammoType == "HEAT":
if AP<1 or AP >30:
raise ValueError("AP Value has to be in range [1,30]")
return TAmmuChanges(Arme = ["UInt32", 34+int(AP)],
EfficaciteSelonPortee = None)
elif ammoType == "Bullet":
return TAmmuChanges(Arme = None)
else:
if ammoType:
return TAmmuChanges(Arme = ["UInt32", Arme[ammoType]])
def TAmmuConditionsOnTheSameGunWithAmmu(subAmmuConditions):
ret = ""
"""
sepStr = subAmmuConditions.split(sep = "\n")
tab =""" """
tabs = ""
for i in range(8):
tabs += tab
subAmmuConditions = ("\n"+tabs).join(sepStr)
"""
subAmmuConditions = addTabsBetweenLines(subAmmuConditions, 8)
ret +=("""
<matchcondition type="referencedby" table="TMountedWeaponDescriptor">
<matchconditions>
<matchcondition type="referencedby" table="TTurretTwoAxisDescriptor">
<matchconditions>
<matchcondition type="references" table="TMountedWeaponDescriptor">
<matchconditions>
<matchcondition type="references" table="TAmmunition">
<matchconditions>
"""+subAmmuConditions+"""
</matchconditions>
</matchcondition>
</matchconditions>
</matchcondition>
</matchconditions>
</matchcondition>
</matchconditions>
</matchcondition>
""")
return ret
def addTabsBetweenLines(string, tabCount):
sepStr = string.split(sep = "\n")
tab =""" """
tabs = ""
for i in range(tabCount):
tabs += tab
string = ("\n"+tabs).join(sepStr)
return string
def TAmmuConditionsROF(shotReload = None, shotFxReload = None, salvoReload = None,
salvoUILength = None, salvoLength = None,