def get_ex(ix, tech_level, population, remarks, belts, gg, location):
resources = roll_dice(2, 'Ex res', location, conn, c)
if tech_level >= 8:
resources += gg
resources += belts
if resources < 0: resources = 0
resources = tohex(resources)
labor = population - 1
if labor < 0: labor = 0
labor = tohex(labor)
if 'Ba' in remarks: infrastructure = 0
elif 'Lo' in remarks: infrastructure = 1
elif 'Ni' in remarks:
infrastructure = roll_dice(1, 'Ex infra Ni', location, conn,
c) + ix
else:
infrastructure = roll_dice(2, 'Ex infra', location, conn, c) + ix
if infrastructure < 0: infrastructure = 0
infrastructure = tohex(infrastructure)
efficiency = roll_dice(2, "Ex eff", location, conn, c) - 7
if efficiency < 0:
return ('(' + str(resources) + str(labor) + str(infrastructure) +
str(efficiency) + ')')
else:
return ('(' + str(resources) + str(labor) + str(infrastructure) +
'+' + str(efficiency) + ')')
def get_government(location, population, mw_government):
if mw_government == '6':
dice = 6
else:
dice = roll_dice(2,'Government',row[0], conn, c) + population - 7
if dice < 0: dice = 0
elif dice > 15: dice = 15
if population == 0: dice = 0
return dice
def get_population(location,mw):
dice = roll_dice(2,'Population',location, conn, c) - 4
if dice >= mw['population']:
dice = mw['population'] - 1
if dice < 0: dice = 0
return dice
def get_bases(location, starport):
str_base = 'X'
base_list = list()
if starport == 'D':
dice = roll_dice(2, 'Scout Base', location, conn, c)
if dice <= 7: base_list.append('S')
elif starport == 'C':
dice = roll_dice(2, 'Scout Base', location, conn, c)
if dice <= 6: base_list.append('S')
elif starport == 'B':
dice1 = roll_dice(2, 'Scout Base', location, conn, c)
dice2 = roll_dice(2, 'Naval Base', location, conn, c)
if dice1 <= 5: base_list.append('S')
if dice2 <= 5: base_list.append('N')
elif starport == 'A':
dice1 = roll_dice(2, 'Scout Base', location, conn, c)
dice2 = roll_dice(2, 'Naval Base', location, conn, c)
if dice1 <= 4: base_list.append('S')
if dice2 <= 6: base_list.append('N')
if 'S' in base_list:
if 'N' in base_list:
str_base = 'NS'
else:
str_base = 'S'
elif 'N' in base_list:
str_base = 'N'
else:
str_base = '-'
return str_base
def get_starport(location, population):
# Using First In rules for Starport
c_starport = 'Z'
dice = roll_dice(3, 'Starport A', location, conn, c)
if population >= 6:
if dice < population + 3:
c_starport = 'A'
return c_starport
dice = roll_dice(3, 'Starport B', location, conn, c)
if population >= 6:
if dice < population + 6:
c_starport = 'B'
return c_starport
dice = roll_dice(3, 'Starport C', location, conn, c)
if dice < population + 9:
c_starport = 'C'
return c_starport
dice = roll_dice(3, 'Starport D', location, conn, c)
if dice < population + 8:
c_starport = 'D'
return c_starport
dice = roll_dice(3, 'Starport E', location, conn, c)
if dice < 15:
c_starport = 'E'
return c_starport
dice = roll_dice(3, 'Starport X', location, conn, c)
c_starport = 'X'
return c_starport
def get_spaceport(location,population):
if population == 0:
spaceport = 'Y'
else:
dice = roll_dice(1,'Spaceport',location, conn, c) - population
if dice >= 4: spaceport = 'F'
elif dice == 3: spaceport = 'G'
elif 1 <= dice <=2 : spaceport = 'H'
else: spaceport = 'Y'
return spaceport
def get_cx(population, ix, tech_level, location):
homogeneity = population + roll_dice(2, 'Cx h**o', location, conn,
c) - 7
if homogeneity < 1: homogeneity = 1
homogeneity = tohex(homogeneity)
acceptance = int(population) + int(ix)
if acceptance < 1: acceptance = 1
acceptance = tohex(acceptance)
strangeness = roll_dice(2, 'Cx strange', location, conn, c) - 7 + 5
if strangeness < 1: strangeness = 1
strangeness = tohex(strangeness)
symbols = (roll_dice(2, 'Cx symbols', location, conn, c) - 7 +
tech_level)
if symbols < 1: symbols = 1
symbols = tohex(symbols)
if population == 0: return '[0000]'
else:
return ('[' + str(homogeneity) + str(acceptance) +
str(strangeness) + str(symbols) + ']')
def get_tech_level(location, starport, size, atmosphere, hydrographics,
population, government):
starport_mod = -100
starport_mod_dict = {'A': 6, 'B': 4, 'C': 2, 'X': -4}
if starport in starport_mod_dict.keys():
starport_mod = starport_mod_dict[starport]
else:
starport_mod = 0
size_mod = -100
size_mod_dict = {'0': 2, '1': 2, '2': 1, '3': 1, '4': 1}
if str(size) in size_mod_dict.keys():
size_mod = size_mod_dict[str(size)]
else:
size_mod = 0
int_atmos = int(atmosphere)
atmosphere_mod = -100
if int_atmos <= 3: atmosphere_mod = 1
elif int_atmos >= 10: atmosphere_mod = 1
else: atmosphere_mod = 0
hydro_mod = -100
if hydrographics == 9: hydro_mod = 1
elif hydrographics == 10: hydro_mod = 2
else: hydro_mod = 0
pop_mod = -100
if population <= 5: pop_mod = 1
elif population == 9: pop_mod = 2
elif population >= 10: pop_mod = 4
else: pop_mod = 1
gov_mod = -100
if government == 0: gov_mod = 1
elif government == 5: gov_mod = 1
elif government == 13: gov_mod = -2
else: gov_mod = 0
dice = roll_dice(1, 'Tech roll', location, conn, c) \
+ starport_mod \
+ size_mod \
+ atmosphere_mod \
+ hydro_mod \
+ pop_mod \
+ gov_mod
# print ('Tech',starport,dice,starport_mod,size_mod,atmosphere_mod,hydro_mod,pop_mod,gov_mod)
if population == 0: dice = 0
return dice
def get_law_level(location, government):
dice = roll_dice(2, 'Law Level', row[0], conn, c) + government - 7
if dice < 0: dice = 0
elif dice > 15: dice = 15
if population == 0: dice = 0
return dice
def get_government(location, population):
dice = roll_dice(2, 'Government', row[0], conn, c) + population - 7
if dice < 0: dice = 0
elif dice > 15: dice = 15
if population == 0: dice = 0
return dice
def get_population(location):
dice = roll_dice(2, 'Population', location, conn, c) - 2
if dice == 10:
dice = roll_dice(2, 'Population', location, conn, c) + 3
return dice
