def genBelts(self):
# Determine the presence of belts
if D6Rollx2() >= 4:
self.nBelts = D6Roll() - 3
if self.siz == 0 and self.nBelts < 1: self.nBelts = 1
else: self.nBelts = 0
def genGiants(self):
# Determine the presence of gas giants
if D6Rollx2() >= 5:
self.nGiants = D6Roll() - 2
if self.nGiants < 1: self.nGiants = 1
else: self.nGiants = 0
def genSystemNature():
x = D6Rollx2()
if x < 8: nStars = 1
elif x < 12: nStars = 2
else: nStars = 3
return nStars
def gen_hyd(self):
x = D6Rollx2() + self.siz - 7
if self.siz == 0: x = 0
else:
if self.atm in [0, 1, 10, 11, 12]: x -= 4
if self.atm == 14: x -= 2
if x < 0: x = 0
self.hyd = x
def gen_pop(self):
x = D6Rollx2() - 2
if self.siz <= 2: x -= 1
if self.atm in [0, 1, 10, 11, 12]: x -= 2
if self.atm == 6: x += 3
if self.atm in [5, 8]: x += 1
if self.hyd == 0 and self.atm < 3: x -= 2
if self.pop < 0: x = 0
if self.pop > 12: x = 12
self.pop = x
def gen_belts(self):
# Determine the presence of planetoid belts
if D6Rollx2() >= 4:
nBelts = D6Roll() - 3
if self.siz == 0 and nBelts < 1: nBelts = 1
else: nBelts = 0
self.nBelts = nBelts
def gen_zones(self):
# Determine travel zones
aZoneProbTargetA = 11
aZoneProbTargetB = 12
rZoneProbtarget = 17
# First look at worlds wih characteristics indicative of Amber zones
tZone = " "
if self.atm >= 10 and D6Rollx2() >= aZoneProbTargetA: tZone = "A"
elif self.gov in [0, 7, 10] and D6Rollx2() >= aZoneProbTargetA:
tZone = "A"
elif self.law == 0 or self.law >= 9 and D6Rollx2() >= aZoneProbTargetA:
tZone = "A"
# Now apply some random Amber and Red zones
if D6Rollx2() >= aZoneProbTargetB: tZone = "A"
if D6Rollx3() >= rZoneProbtarget: tZone = "R"
self.tZone = tZone
def gen_bCode(self):
# Check for Naval bases
nBase = False
if self.starPort == "A" or self.starPort == "B":
if D6Rollx2() >= 8: nBase = True
else: nBase = False
# Scout bases / outposts
sBase = False
if self.starPort != "E" and self.starPort != "X":
roll = D6Rollx2()
if self.starPort == "A": roll -= 3
if self.starPort == "B": roll -= 2
if self.starPort == "C": roll -= 1
if roll >= 7: sBase = True
else: sBase = False
# Pirate bases
pBase = False
if self.starPort != "A" and not nBase:
if D6Rollx2() == 12: pBase = True
# Format the base code
bCode = " "
if nBase and sBase: bCode = "A"
if nBase and not sBase: bCode = "N"
if sBase and pBase: bCode = "G"
if pBase and not sBase: bCode = "P"
if sBase and not nBase and not pBase: bCode = "S"
self.bCode = bCode
def genStarType(modifier):
retlist = []
x = D6Rollx2() + modifier
if x < 0: sType = 'O'
elif x < 2: sType = 'B'
elif x < 3: sType = 'A'
elif x < 5: sType = 'F'
elif x < 7: sType = 'G'
elif x < 9: sType = 'K'
else: sType = 'M'
retlist.append(sType)
retlist.append(x)
return retlist
def genStarSize(modifier):
retlist = []
x = D6Rollx2() + modifier
if x <= 0: sSize = 'Ia'
elif x <= 1: sSize = 'Ib'
elif x <= 2: sSize = 'II'
elif x <= 3: sSize = 'III'
elif x <= 4: sSize = 'IV'
elif x <= 10: sSize = 'V'
elif x <= 11: sSize = 'VI'
else: sSize = 'D'
retlist.append(sSize)
retlist.append(x)
return retlist
def genCompanionOrbit(modifier, primaryType, primarySize):
x = D6Rollx2() + modifier
if x <= 3: returnval = 'Close'
elif x == 4: returnval = 1
elif x == 5: returnval = 2
elif x == 6: returnval = 3
elif x == 7: returnval = 4 + D6Roll()
elif x == 8: returnval = 5 + D6Roll()
elif x == 9: returnval = 6 + D6Roll()
elif x == 10: returnval = 7 + D6Roll()
elif x == 11: returnval = 8 + D6Roll()
else: returnval = 'Far'
# Check that the companion is not inside the primary and adjust accordingly if it is
# Do some jiggling of the primary type to determine which set of orbital zones to use
if primaryType[0] == 'M':
if primaryType[-1] in ['7', '8', '9']: a = '9'
elif primaryType[-1] in ['3', '4', '5', '6']: a = '5'
elif primaryType[-1] in ['0', '1', '2']: a = '0'
else:
if primaryType[-1] in ['5', '6', '7', '8', '9']: a = '5'
elif primaryType[-1] in ['0', '1', '2', '3', '4']: a = '0'
thisType = primaryType[0] + a
# Get the first available orbit from the orbital zone constant
# A bit clunky, may revisit this to make it more elegant but it will do for now
if primarySize[0] == 'V':
orbits = SIZEVZONES.get(thisType)
firstOrbit = orbits[0]
if isinstance(returnval, int) and returnval < firstOrbit:
returnval = firstOrbit
return returnval
def gen_starPort(self):
spRoll = D6Rollx2() - 7 + self.pop
self.starPort = TR_Constants.STARPORTSTABLE.get(spRoll)
def gen_law(self):
x = D6Rollx2() - 7 + self.gov
if self.pop == 0: x = 0
self.law = x
def gen_gov(self):
x = D6Rollx2() - 7 + self.pop
if self.pop == 0: x = 0
self.gov = x
def gen_pMod(self):
x = D6Rollx2() - 2
if self.pop > 0 and x < 1: x = 1
if self.pop == 0: x = 0
if x == 10: x = 9
self.pMod = x
def gen_siz(self):
x = D6Rollx2() - 2
self.siz = x
def gen_atm(self):
x = D6Rollx2() + self.siz - 7
if x < 0: x = 0
elif x > 15: x = 15
if self.siz == 0: x = 0
self.atm = x
