def read_population(data, population):
colonists = {0x02: [], 0x03: [], 0x82: []}
for i in range(population):
offset = 0x0C + (4 * i)
t = (lbx.read_char(data, offset) & 0x80) + (lbx.read_char(data, offset + 1) & 3)
colonists[t].append({
'a': lbx.read_char(data, offset),
'b': lbx.read_char(data, offset + 1),
'c': lbx.read_char(data, offset + 2),
'd': lbx.read_char(data, offset + 3),
'r1': (lbx.read_char(data, offset) & 0x70) >> 4,
'race': (lbx.read_char(data, offset) & 0x07)
})
return colonists
def read_population(data, population):
colonists = {0x02: [], 0x03: [], 0x82: []}
for i in range(population):
offset = 0x0C + (4 * i)
t = (lbx.read_char(data, offset)
& 0x80) + (lbx.read_char(data, offset + 1) & 3)
colonists[t].append({
'a':
lbx.read_char(data, offset),
'b':
lbx.read_char(data, offset + 1),
'c':
lbx.read_char(data, offset + 2),
'd':
lbx.read_char(data, offset + 3),
'r1': (lbx.read_char(data, offset) & 0x70) >> 4,
'race': (lbx.read_char(data, offset) & 0x07)
})
return colonists
def import_from_moo2(self, data):
def read_population(data, population):
colonists = {0x02: [], 0x03: [], 0x82: []}
for i in range(population):
offset = 0x0C + (4 * i)
t = (lbx.read_char(data, offset)
& 0x80) + (lbx.read_char(data, offset + 1) & 3)
colonists[t].append({
'a':
lbx.read_char(data, offset),
'b':
lbx.read_char(data, offset + 1),
'c':
lbx.read_char(data, offset + 2),
'd':
lbx.read_char(data, offset + 3),
'r1': (lbx.read_char(data, offset) & 0x70) >> 4,
'race': (lbx.read_char(data, offset) & 0x07)
})
return colonists
# end func read_population
# print "Colony::load_from_moo2()"
# print " data length: %i" % len(data)
# self.colony_id = colony_id
self.set_owner(lbx.read_char(data, 0x000))
# print(" Colony::import_from_moo2() ... self.__owner = %i" % self.__owner)
self.allocated_to = lbx.read_char(data, 0x001)
self.set_planet_id(lbx.read_char(data, 0x002))
# print(" Colony::import_from_moo2() ... self.planet_id = %i" % self.planet_id)
self.__officer = lbx.read_short_int(data, 0x004), # not used ?
self.__is_outpost = lbx.read_char(data, 0x006)
# print(" Colony::import_from_moo2() ... self.__is_outpost = %i" % self.__is_outpost)
self.__morale = lbx.read_char(
data, 0x007) * 5 # Morale value is stored as divided by 5
self.__pollution = lbx.read_short_int(data, 0x008)
self.set_population(lbx.read_char(data, 0x00a))
print(" Colony::import_from_moo2() ... self.__population = %i" %
self.get_population())
self.assignment = lbx.read_char(data, 0x00b)
# 0x00 = Agricultural Colony
# 0x01 = Industrial Colony
# 0x02 = Research Colony
# 0xff = (balanced?) Colony
# 0x00c ~ 0x0b3 colonists
self.colonists = read_population(data, self.get_population())
self.__pop_raised = [
lbx.read_short_int(data, 0x0B4), # race 0
lbx.read_short_int(data, 0x0B6), # race 1
lbx.read_short_int(data, 0x0B8), # race 2
lbx.read_short_int(data, 0x0BA), # race 3
lbx.read_short_int(data, 0x0BC), # race 4
lbx.read_short_int(data, 0x0BE), # race 5
lbx.read_short_int(data, 0x0C0), # race 6
lbx.read_short_int(data, 0x0C2), # race 7
lbx.read_short_int(data, 0x0C4), # androids
lbx.read_short_int(data, 0x0C6) # natives
]
self.__pop_grow = [
lbx.read_short_int(data, 0x0C8), # race 0
lbx.read_short_int(data, 0x0CA), # race 1
lbx.read_short_int(data, 0x0CC), # race 2
lbx.read_short_int(data, 0x0CE), # race 3
lbx.read_short_int(data, 0x0D0), # race 4
lbx.read_short_int(data, 0x0D2), # race 5
lbx.read_short_int(data, 0x0D4), # race 6
lbx.read_short_int(data, 0x0D6), # race 7
lbx.read_short_int(data, 0x0D8), # androids
lbx.read_short_int(data, 0x0DA) # natives
]
self.n_turns_existed = ord(data[0x0DC]) # bookeeping
self.food2_per_farmer = ord(
data[0x0DD]) # Food per farmer in half-units of food
self.industry_per_worker = ord(data[0x0DE])
self.research_per_scientist = ord(data[0x0DF])
self.max_farms = ord(data[0x0E0])
self.__max_population = ord(data[0x0E1])
self.climate = ord(data[0x0E2])
self.ground_strength = lbx.read_short_int(data,
0x0E3) # calculated for ai
self.space_strength = lbx.read_short_int(data,
0x0E5) # calculated for ai
self.set_food(lbx.read_short_int(
data, 0x0E7)) # total food = food - population
self.set_industry(lbx.read_short_int(data, 0x0E9))
self.set_research(lbx.read_short_int(data, 0x0EB))
# 0x0ed ?
self.__build_queue = []
for i in range(0, 14, 2):
production_id = ord(data[0x115 + i])
if production_id < 0xFF:
self.__build_queue.append({
'production_id': production_id,
'flags': ord(data[0x115 + i + 1])
})
# 0x115 building item #0 # 0x0b = colony base??? 0xf9 = spy? 0xfd = housing 0xfe = trade goods
# 0x0b = colony base
# 0xf9 = spy
# 0xfd = housing
# 0xfe = trade goods
# 0xff = nothing
# 0x116 ?
# 0x117 building item #1 # 0x0b = colony base??? 0xf9 = spy?
# 0x118 ?
# 0x119 building item #2 # 0x0b = colony base??? 0xf9 = spy?
# 0x11a ?
# 0x11b building item #3 # 0x0b = colony base??? 0xf9 = spy?
# 0x11c ?
# 0x11d building item #4 # 0x0b = colony base??? 0xf9 = spy?
# 0x11e ?
# 0x11f building item #5 # 0x0b = colony base??? 0xf9 = spy?
# 0x120 ?
# 0x121 building item #6 # 0x0b = colony base??? 0xf9 = spy?
# 0x122 ?
self.marines = lbx.read_char(data, 0x130)
self.armors = lbx.read_char(data, 0x132)
self.__buildings = []
for b_id in range(1, 49):
offset = 0x136 + b_id
# self.buildings.append(ord(data[offset]))
if ord(data[offset]):
self.__buildings.append(b_id)
def import_from_moo2(self, data):
def read_population(data, population):
colonists = {0x02: [], 0x03: [], 0x82: []}
for i in range(population):
offset = 0x0C + (4 * i)
t = (lbx.read_char(data, offset) & 0x80) + (lbx.read_char(data, offset + 1) & 3)
colonists[t].append({
'a': lbx.read_char(data, offset),
'b': lbx.read_char(data, offset + 1),
'c': lbx.read_char(data, offset + 2),
'd': lbx.read_char(data, offset + 3),
'r1': (lbx.read_char(data, offset) & 0x70) >> 4,
'race': (lbx.read_char(data, offset) & 0x07)
})
return colonists
# end func read_population
# print "Colony::load_from_moo2()"
# print " data length: %i" % len(data)
# self.colony_id = colony_id
self.set_owner(lbx.read_char(data, 0x000))
# print(" Colony::import_from_moo2() ... self.__owner = %i" % self.__owner)
self.allocated_to = lbx.read_char(data, 0x001)
self.set_planet_id(lbx.read_char(data, 0x002))
# print(" Colony::import_from_moo2() ... self.planet_id = %i" % self.planet_id)
self.__officer = lbx.read_short_int(data, 0x004), # not used ?
self.__is_outpost = lbx.read_char(data, 0x006)
# print(" Colony::import_from_moo2() ... self.__is_outpost = %i" % self.__is_outpost)
self.__morale = lbx.read_char(data, 0x007) * 5 # Morale value is stored as divided by 5
self.__pollution = lbx.read_short_int(data, 0x008)
self.set_population(lbx.read_char(data, 0x00a))
print(" Colony::import_from_moo2() ... self.__population = %i" % self.get_population())
self.assignment = lbx.read_char(data, 0x00b)
# 0x00 = Agricultural Colony
# 0x01 = Industrial Colony
# 0x02 = Research Colony
# 0xff = (balanced?) Colony
# 0x00c ~ 0x0b3 colonists
self.colonists = read_population(data, self.get_population())
self.__pop_raised = [
lbx.read_short_int(data, 0x0B4), # race 0
lbx.read_short_int(data, 0x0B6), # race 1
lbx.read_short_int(data, 0x0B8), # race 2
lbx.read_short_int(data, 0x0BA), # race 3
lbx.read_short_int(data, 0x0BC), # race 4
lbx.read_short_int(data, 0x0BE), # race 5
lbx.read_short_int(data, 0x0C0), # race 6
lbx.read_short_int(data, 0x0C2), # race 7
lbx.read_short_int(data, 0x0C4), # androids
lbx.read_short_int(data, 0x0C6) # natives
]
self.__pop_grow = [
lbx.read_short_int(data, 0x0C8), # race 0
lbx.read_short_int(data, 0x0CA), # race 1
lbx.read_short_int(data, 0x0CC), # race 2
lbx.read_short_int(data, 0x0CE), # race 3
lbx.read_short_int(data, 0x0D0), # race 4
lbx.read_short_int(data, 0x0D2), # race 5
lbx.read_short_int(data, 0x0D4), # race 6
lbx.read_short_int(data, 0x0D6), # race 7
lbx.read_short_int(data, 0x0D8), # androids
lbx.read_short_int(data, 0x0DA) # natives
]
self.n_turns_existed = ord(data[0x0DC]) # bookeeping
self.food2_per_farmer = ord(data[0x0DD]) # Food per farmer in half-units of food
self.industry_per_worker = ord(data[0x0DE])
self.research_per_scientist = ord(data[0x0DF])
self.max_farms = ord(data[0x0E0])
self.__max_population = ord(data[0x0E1])
self.climate = ord(data[0x0E2])
self.ground_strength = lbx.read_short_int(data, 0x0E3) # calculated for ai
self.space_strength = lbx.read_short_int(data, 0x0E5) # calculated for ai
self.set_food(lbx.read_short_int(data, 0x0E7)) # total food = food - population
self.set_industry(lbx.read_short_int(data, 0x0E9))
self.set_research(lbx.read_short_int(data, 0x0EB))
# 0x0ed ?
self.__build_queue = []
for i in range(0, 14, 2):
production_id = ord(data[0x115 + i])
if production_id < 0xFF:
self.__build_queue.append({'production_id': production_id, 'flags': ord(data[0x115 + i + 1])})
# 0x115 building item #0 # 0x0b = colony base??? 0xf9 = spy? 0xfd = housing 0xfe = trade goods
# 0x0b = colony base
# 0xf9 = spy
# 0xfd = housing
# 0xfe = trade goods
# 0xff = nothing
# 0x116 ?
# 0x117 building item #1 # 0x0b = colony base??? 0xf9 = spy?
# 0x118 ?
# 0x119 building item #2 # 0x0b = colony base??? 0xf9 = spy?
# 0x11a ?
# 0x11b building item #3 # 0x0b = colony base??? 0xf9 = spy?
# 0x11c ?
# 0x11d building item #4 # 0x0b = colony base??? 0xf9 = spy?
# 0x11e ?
# 0x11f building item #5 # 0x0b = colony base??? 0xf9 = spy?
# 0x120 ?
# 0x121 building item #6 # 0x0b = colony base??? 0xf9 = spy?
# 0x122 ?
self.marines = lbx.read_char(data, 0x130)
self.armors = lbx.read_char(data, 0x132)
self.__buildings = []
for b_id in range(1, 49):
offset = 0x136 + b_id
# self.buildings.append(ord(data[offset]))
if ord(data[offset]):
self.__buildings.append(b_id)
