def fun_trade(n):
"""Generate Trade Classifications for a given UWP n"""
siz = cnv.ext_dec(n[1])
atm = cnv.ext_dec(n[2])
hyd = cnv.ext_dec(n[3])
pop = cnv.ext_dec(n[4])
gov = cnv.ext_dec(n[5])
law = cnv.ext_dec(n[6])
tc = ""
#print("UWP: ", n, "\nSize: ", siz, "| Atmo: ", atm, "| Hydro: ", hyd, "| Pop: ", pop, "| Gov: ", gov, "| Law: ", law, "\n")
#Ag - Atm 5-9, Hyd 4-8, Pop 5-7
if atm in [5, 6, 7, 8, 9] and hyd in [4, 5, 6, 7, 8] and pop in [5, 6, 7]:
tc += "Ag "
#As - Siz 0, Atm 0, Hyd 0
if siz == 0 and atm == 0 and hyd == 0:
tc += "As "
#Ba - Pop 0, Gov 0, Law 0
if pop == 0 and gov == 0 and law == 0:
tc += "Ba "
#De - Atm 2-9, Hydro 0
if atm in [2, 3, 4, 5, 6, 7, 8, 9] and hyd == 0:
tc += "De "
#Fl - Atm 10-12, Hydro 1-10
if atm in [10, 11, 12] and hyd in [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]:
tc += "Fl "
#Hi - Pop 9-15
if pop in [9, 10, 11, 12, 13, 14, 15]:
tc += "Hi "
#Ic - Atm 0,1, Hydro 1-10
if atm in [0, 1] and hyd in [1, 2, 3, 4, 5, 6, 7, 8, 9, 10]:
tc += "Ic "
#In - Atm 0-4,7,9,10-12, Pop: 9-15
if atm in [0, 1, 2, 3, 4, 7, 9, 10, 11, 12
] and pop in [9, 10, 11, 12, 13, 14, 15]:
tc += "In "
#Lo - Pop 1-3
if pop in [1, 2, 3]:
tc += "Lo "
#Na - Atm 0-3, Hydo 0-3, Pop: 6-15
if atm in [0, 1, 2, 3] and hyd in [0, 1, 2, 3] and pop in [
6, 7, 8, 9, 10, 11, 12, 13, 14, 15
]:
tc += "Na "
#Ni - Pop 4-6
if pop in [4, 5, 6]:
tc += "Ni "
#Po - Atm 2-5, Hydro 0-3
if atm in [2, 3, 4, 5] and hyd in [0, 1]:
tc += "Po "
#Ri - Atm 6,8, Pop 6-8
if atm in [6, 8] and pop in [
6,
7,
8,
]:
tc += "Ri "
#Va - Atm 0
if atm == 0:
tc += "Va "
return tc.strip()
def spec_price(n, t):
"""
Generate base cost of speculative cargo for a given set of trade codes n, with tech level t.
"""
cost = 3000
cost += cnv.ext_dec(t) * 100
for i in range(len(n)):
if n[i] == 'Ag':
cost -= 1000
if n[i] == 'As':
cost -= 1000
if n[i] == 'Ba':
cost += 1000
if n[i] == 'De':
cost += 1000
if n[i] == 'Fl':
cost += 1000
if n[i] == 'Hi':
cost -= 1000
if n[i] == 'Ic':
cost += 0
if n[i] == 'In':
cost -= 1000
if n[i] == 'Lo':
cost += 1000
if n[i] == 'Na':
cost += 0
if n[i] == 'Ni':
cost += 1000
if n[i] == 'Po':
cost -= 1000
if n[i] == 'Ri':
cost += 1000
if n[i] == 'Va':
cost += 1000
return cost
def fun_pbg(uwp):
"""
Generate the Population Digit, Gas Giants & Asteroid Belts
Arguments, uwp the UWP to process to get population digit.
"""
p = cnv.ext_dec(str(uwp[4]))
pop = 0
if p == 0:
pop = 0
else:
pop = dd.dice(2) - 3
if pop < 1:
pop = 1
belt = dd.die_roll() - 3
if belt < 0:
belt = 0
gas = round(dd.dice(2) / 2) - 2
if gas < 0:
gas = 0
pbg = str(pop) + str(belt) + str(gas)
return pbg
def fun_ext(uwp, pbg, bases, trade):
"""
Generates the Extended Profile for a planet {Ix}(Ex)[Cx].
Takes as variables, UWP, Pop-belt-gas giant, bases list, Trade Codes
Importance (Ix)
Economic (Ex) - (RLI+E)
R - Resources, L - Labour, I - Infrastruture, E - Efficiency
Cultural (Cx) - [HASS]
H - Heterogeneity, A - Acceptance, S - Strangeness, S - Symbols
"""
#Importance
i = 0
sport = str(uwp[0])
bases = str(bases)
tech = cnv.ext_dec(str(uwp[-1]))
pop = cnv.ext_dec(str(uwp[4]))
sprt_fac = {"A": 1, "B": 1, "C": 0, "D": -1, "E": -1, "X": -1}
i += sprt_fac[sport]
if (tech > 15):
i += 1
elif (tech > 9):
i += 1
elif (tech < 9):
i -= 1
if (pop < 7):
i -= 1
if (bases == "NS"):
i += 1
if "Ag" in trade:
i += 1
if "Hi" in trade:
i += 1
if "In" in trade:
i += 1
if "Ri" in trade:
i += 1
if i > 5:
i = 5
if i < -3:
i = -3
ix = "{"
if i > -1:
ix += "+" + str(i) + "}"
else:
ix += str(i) + "}"
##Economic
belt = int(str(pbg[1]))
gas = int(str(pbg[2]))
ex = ""
r = dd.dice(2)
if (tech > 7):
r = r + belt + gas
l = pop - 1
if (l < 0):
l = 0
if (pop == 0):
inf = 0
elif (0 < pop < 4):
inf = i
elif (3 < pop < 7):
inf = i + dd.die_roll()
elif (pop > 6):
inf = i + dd.dice(2)
if inf < 0:
inf = 0
e = dd.flux()
ex = "(" + str(cnv.ext_hex(r)) + str(cnv.ext_hex(l)) + str(
cnv.ext_hex(inf))
if (e >= 0):
ex = ex + "+" + str(e) + ")"
else:
ex = ex + str(e) + ")"
##Cultural
h = pop + dd.flux()
a = pop + i
s = dd.flux() + 5
sy = dd.flux() + tech
if (pop == 0):
h = a = s = sy = 0
if (h < 1):
h = 1
if (a < 1):
a = 1
if (s < 1):
s = 1
if (sy < 1):
sy = 1
cx = "[" + str(cnv.ext_hex(h)) + str(cnv.ext_hex(a)) + str(
cnv.ext_hex(s)) + str(cnv.ext_hex(sy)) + "]"
return (ix + ex + cx)
def sell_price(n, d, b=0, t=0):
"""
takes arguments of a Cargo Code (n) in the format: E - Hi In Na Va Cr3,400, Brokers Skill default is 0, no broker (b), Any Trader Roll default to 0, no trader (t) and Destination UWP (d) in the format A430311-B, it returns the sell price of the goods, taking brokering into account.
"""
price = 5000
if b > 0:
if b > 8:
b = 8
b = int(round(b / 2))
if t > 0:
if t > 6:
t = 6
dtech = cnv.ext_dec(d[8])
dtrade = sy.fun_trade(d).split()
stech = cnv.ext_dec(n[0])
strade = n[3:n.find("Cr")].split()
#print("DestTech: {}; DestTrade: {}; SourceTech: {}; SourceTrade: {}; Broker: {}".format(dtech,dtrade,stech,strade,b))
ptech = (stech - dtech) * 0.1
pr = 0
for i in range(len(strade)):
if strade[i] == 'Ag':
for x in range(len(dtrade)):
if dtrade[x] == 'Ag':
pr += 1000
if dtrade[x] == 'As':
pr += 1000
if dtrade[x] == 'De':
pr += 1000
if dtrade[x] == 'Hi':
pr += 1000
if dtrade[x] == 'In':
pr += 1000
if dtrade[x] == 'Ri':
pr += 1000
if dtrade[x] == 'Va':
pr += 1000
if strade[i] == 'As':
for x in range(len(dtrade)):
if dtrade[x] == 'As':
pr += 1000
if dtrade[x] == 'In':
pr += 1000
if dtrade[x] == 'Ri':
pr += 1000
if dtrade[x] == 'Va':
pr += 1000
if strade[i] == 'Ba':
for x in range(len(dtrade)):
if dtrade[x] == 'In':
pr += 1000
if strade[i] == 'De':
for x in range(len(dtrade)):
if dtrade[x] == 'De':
pr += 1000
if strade[i] == 'Fl':
for x in range(len(dtrade)):
if dtrade[x] == 'Fl':
pr += 1000
if dtrade[x] == 'In':
pr += 1000
if strade[i] == 'Hi':
for x in range(len(dtrade)):
if dtrade[x] == 'Hi':
pr += 1000
if strade[i] == 'Ic':
pr += 0
if strade[i] == 'In':
for x in range(len(dtrade)):
if dtrade[x] == 'Ag':
pr += 1000
if dtrade[x] == 'As':
pr += 1000
if dtrade[x] == 'De':
pr += 1000
if dtrade[x] == 'Fl':
pr += 1000
if dtrade[x] == 'Hi':
pr += 1000
if dtrade[x] == 'In':
pr += 1000
if dtrade[x] == 'Ri':
pr += 1000
if dtrade[x] == 'Va':
pr += 1000
if strade[i] == 'Lo':
pr += 0
if strade[i] == 'Na':
for x in range(len(dtrade)):
if dtrade[x] == 'As':
pr += 1000
if dtrade[x] == 'De':
pr += 1000
if dtrade[x] == 'Va':
pr += 1000
if strade[i] == 'Ni':
pr += 0
if strade[i] == 'Po':
for x in range(len(dtrade)):
if dtrade[x] == 'Ag':
pr -= 1000
if dtrade[x] == 'Hi':
pr -= 1000
if dtrade[x] == 'In':
pr -= 1000
if dtrade[x] == 'Ri':
pr -= 1000
if strade[i] == 'Ri':
for x in range(len(dtrade)):
if dtrade[x] == 'Ag':
pr += 1000
if dtrade[x] == 'De':
pr += 1000
if dtrade[x] == 'Hi':
pr += 1000
if dtrade[x] == 'In':
pr += 1000
if dtrade[x] == 'Ri':
pr += 1000
if strade[i] == 'Va':
for x in range(len(dtrade)):
if dtrade[x] == 'As':
pr += 1000
if dtrade[x] == 'In':
pr += 1000
if dtrade[x] == 'Va':
pr += 1000
br = {
-5: 0.4,
-4: 0.5,
-3: 0.7,
-2: 0.8,
-1: 0.9,
0: 1.0,
1: 1.1,
2: 1.2,
3: 1.3,
4: 1.5,
5: 1.7,
6: 2.0,
7: 3.0,
8: 4.0
}
if b > 0:
if t > 0:
broker = t - dd.die_roll() + b
if broker > 8:
broker = 8
if broker < -5:
broker = -5
pbrk = br[broker]
else:
broker = dd.flux() + b
if broker > 8:
broker = 8
if broker < -5:
broker = -5
pbrk = br[broker]
else:
broker = dd.flux()
if broker > 8:
broker = 8
if broker < -5:
broker = -5
pbrk = br[broker]
price = price + pr
tpr = int(price * ptech)
#print('price: {}; tech effect: {}; {}; broker: {}'.format(price,ptech,tpr, pbrk))
price += tpr
print('Base Price: {}\n'.format(price))
if price < 0:
price = 0
price = int(price * pbrk)
return price
def trade_gds(n,
skill={
'Steward': 0,
'Admin': 0,
'Streetwise': 0,
'Liaison': 0
},
days=7):
"""
Generate trade goods for a given UWP. Using skills, skill, where skill is {Steward, Admin, Streetwise, Liaison} defaults = 0, for a given number of days default = 7.
"""
pop = cnv.ext_dec(n[4])
tech = n[8]
trade = sy.fun_trade(n)
trades = trade.split()
admin = skill['Admin']
street = skill['Streetwise']
steward = skill['Steward']
liaise = skill['Liaison']
high = dd.flux() + pop + steward
mid = dd.flux() + pop + admin
low = dd.flux() + pop + street
if high < 0:
high = 0
if mid < 0:
mid = 0
if low < 0:
low = 0
i = 0
freight = ['None'] * days
cargo = ['None'] * days
frttot = 0
while i < days:
amount = dd.flux() + pop
if amount < 0:
amount = 0
frttot += amount
frtprc = amount * 1000
freight[i] = '{}dt of {} at Cr{:,}'.format(amount, trade_goods(trades),
frtprc)
cargo[i] = '100dt of ' + trade_goods(trades)
i += 1
frt = "\n|=> ".join(freight)
cgo = "\n|=> ".join(cargo)
trd = "During the last {} days you find:\n".format(days)
trd = trd + "* High Passengers: {} at Cr10,000 +/- Cr1,000 depending on demand\n".format(
high)
trd = trd + "* Middle Passengers: {} at Cr8,000 +/- Cr1,000 depending on demand\n".format(
mid)
trd = trd + "* Low Passengers: {} at Cr1,000 +/- Cr100 depending on demand\n---\n".format(
low)
trd = trd + "* Freight totalling {}dt in lots:\n|=> {}\n".format(
frttot, frt)
trd = trd + "* Spec Cargo available:\n|=> {}\n".format(cgo)
tc = " ".join(map(str, trades))
cost = spec_price(trades, tech)
crgo = "{} - {} Cr{:,}".format(tech, tc, cost)
trd = trd + "|===> Spec Cargo Cost: {} per dt.".format(crgo)
return trd