def parse_ship_design(self, offset):
MAX_WEAPONS = 8
weapons = []
for i in range(MAX_WEAPONS):
offset2 = offset + 0x1C + (8 * i)
weapon = lbx.read_byte(self.__data, offset2)
if (weapon > 0):
weapons.append({
'weapon': weapon,
'count': lbx.read_byte(self.__data, offset2 + 0x02),
'current_count': lbx.read_byte(self.__data, offset2 + 0x03),
'arc': lbx.read_byte(self.__data, offset2 + 0x04),
'beam_mods': lbx.read_byte(self.__data, offset2 + 0x05),
'missile_mods': lbx.read_byte(self.__data, offset2 + 0x06),
'ammo': lbx.read_byte(self.__data, offset2 + 0x07)
})
return {
'name': lbx.read_string(self.__data, offset, 16),
'size': lbx.read_byte(self.__data, offset + 0x10),
'type': lbx.read_byte(self.__data, offset + 0x11), # 0 = combat ship, 1 = colony ship, 2 = transport ship, 3 = guardian, 4 = outpost ship
'shield': lbx.read_byte(self.__data, offset + 0x12),
'drive': lbx.read_byte(self.__data, offset + 0x13),
'speed': lbx.read_byte(self.__data, offset + 0x14),
'computer': lbx.read_byte(self.__data, offset + 0x15),
'armor': lbx.read_byte(self.__data, offset + 0x16),
# 'special_devices': self.__data[offset + 0x17:offset + 0x1C], # char special_device_flags[(MAX_SPECIALS+7)/8];
'special_devices': bitarray(bytearray(self.__data[offset + 0x17:offset + 0x1C])), # char special_device_flags[(MAX_SPECIALS+7)/8];
'weapons': weapons,
'picture': lbx.read_byte(self.__data, offset + 0x5C),
'builder': lbx.read_byte(self.__data, offset + 0x5D), # or previous owner?
'cost': lbx.read_short_int(self.__data, offset + 0x5E),
'combat_speed': lbx.read_byte(self.__data, offset + 0x60),
'build_date': lbx.read_short_int(self.__data, offset + 0x61)
}
def parse_ship_design(self, offset):
MAX_WEAPONS = 8
weapons = []
for i in range(MAX_WEAPONS):
offset2 = offset + 0x1C + (8 * i)
weapon = lbx.read_byte(self.__data, offset2)
if (weapon > 0):
weapons.append({
'weapon':
weapon,
'count':
lbx.read_byte(self.__data, offset2 + 0x02),
'current_count':
lbx.read_byte(self.__data, offset2 + 0x03),
'arc':
lbx.read_byte(self.__data, offset2 + 0x04),
'beam_mods':
lbx.read_byte(self.__data, offset2 + 0x05),
'missile_mods':
lbx.read_byte(self.__data, offset2 + 0x06),
'ammo':
lbx.read_byte(self.__data, offset2 + 0x07)
})
return {
'name':
lbx.read_string(self.__data, offset, 16),
'size':
lbx.read_byte(self.__data, offset + 0x10),
'type':
lbx.read_byte(
self.__data, offset + 0x11
), # 0 = combat ship, 1 = colony ship, 2 = transport ship, 3 = guardian, 4 = outpost ship
'shield':
lbx.read_byte(self.__data, offset + 0x12),
'drive':
lbx.read_byte(self.__data, offset + 0x13),
'speed':
lbx.read_byte(self.__data, offset + 0x14),
'computer':
lbx.read_byte(self.__data, offset + 0x15),
'armor':
lbx.read_byte(self.__data, offset + 0x16),
# 'special_devices': self.__data[offset + 0x17:offset + 0x1C], # char special_device_flags[(MAX_SPECIALS+7)/8];
'special_devices':
bitarray(bytearray(self.__data[offset + 0x17:offset + 0x1C])
), # char special_device_flags[(MAX_SPECIALS+7)/8];
'weapons':
weapons,
'picture':
lbx.read_byte(self.__data, offset + 0x5C),
'builder':
lbx.read_byte(self.__data, offset + 0x5D), # or previous owner?
'cost':
lbx.read_short_int(self.__data, offset + 0x5E),
'combat_speed':
lbx.read_byte(self.__data, offset + 0x60),
'build_date':
lbx.read_short_int(self.__data, offset + 0x61)
}
def parse_heroes(self):
HEROES_DATA_OFFSET = 0x19a9b
HERO_RECORD_SIZE = 0x3b # = 59
heroes = {}
for i in range(67):
hero_id = i
offset = HEROES_DATA_OFFSET + (HERO_RECORD_SIZE * i)
# print "hero @ %x" % offset
type = lbx.read_byte(self.__data, offset + 0x23)
common_skills = lbx.read_long_int(self.__data, offset + 0x26)
special_skills = lbx.read_long_int(self.__data, offset + 0x2a)
heroes[hero_id] = {
'id': i,
# 'name': data[offset:offset + 0x0f].rstrip(chr(0)).split(chr(0))[0],
'name': lbx.read_string(self.__data, offset, 15),
# 'title': data[offset + 0x0f:offset + 0x23].rstrip(chr(0)).split(chr(0))[0],
'title': lbx.read_string(self.__data, offset, 35),
'type': type,
'experience': lbx.read_short_int(self.__data, offset + 0x24),
'tech1': lbx.read_byte(self.__data, offset + 0x2e),
'tech2': lbx.read_byte(self.__data, offset + 0x2f),
'tech3': lbx.read_byte(self.__data, offset + 0x30),
'picture': lbx.read_byte(self.__data, offset + 0x31),
'skill_value': lbx.read_short_int(self.__data, offset + 0x32),
'level': lbx.read_byte(self.__data, offset + 0x34),
'location': lbx.read_short_int(self.__data, offset + 0x35),
'eta': lbx.read_byte(self.__data, offset + 0x37),
'level_up': lbx.read_byte(self.__data, offset + 0x38),
'status': lbx.read_byte(self.__data, offset + 0x39),
'player': lbx.read_byte(self.__data, offset + 0x3a),
'skills': self.parse_hero_skills(type, common_skills, special_skills),
'common_skills': common_skills,
'special_skills': special_skills,
}
# if heroes[hero_id]['player'] == 0:
# print "Moo2Savegame::parse_heroes ... hero_id = %i, name = %s" % (hero_id, heroes[hero_id]['name'])
# print " * level = %i" % heroes[hero_id]['level']
# print " * skill_value = %i" % heroes[hero_id]['skill_value']
# print " * experience = %i" % heroes[hero_id]['experience']
# print " * status = %i" % heroes[hero_id]['status']
# i += 1
# offset = 0x19a9b + (59 * i)
# print "STOP hero @ %x" % offset
return heroes
def parse_galaxy(self):
return {
'size_factor': lbx.read_byte(self.__data, 0x31be4),
'width': compose_int(ord(self.__data[0x31be9]), ord(self.__data[0x31bea])),
'height': compose_int(ord(self.__data[0x31beb]), ord(self.__data[0x31bec])),
'stardate': lbx.read_short_int(self.__data, 0x29),
}
def parse_one_ship(self, ship_id):
SAVE_SHIPS_OFFSET = 0x21f58
SAVE_SHIP_RECORD_SIZE = 0x81 # = 129
offset = SAVE_SHIPS_OFFSET + (SAVE_SHIP_RECORD_SIZE * ship_id)
data = self.__data[offset:offset + SAVE_SHIP_RECORD_SIZE]
ship = universe.Starship(ship_id)
ship_design = self.parse_ship_design(offset)
ship.set_name(ship_design['name'])
ship.set_design(ship_design)
ship.set_owner(lbx.read_byte(data, 0x63))
ship.set_status(lbx.read_byte(
data, 0x64)) # 0 = orbitting, 2 = traveling, 5 = destroyed?
ship.set_destination(lbx.read_short_int(data, 0x65) %
500) # destination star
ship.set_x(lbx.read_short_int(data, 0x67))
ship.set_y(lbx.read_short_int(data, 0x69))
ship.set_group_has_navigator(lbx.read_byte(data, 0x6B))
ship.set_travelling_speed(lbx.read_byte(
data, 0x6C)) # possibly less than ftl_type
ship.set_turns_left(lbx.read_byte(data, 0x6D)) # until arrival
ship.set_shield_damage_percent(lbx.read_byte(data, 0x6E))
ship.set_drive_damage_percent(lbx.read_byte(data, 0x6F))
ship.set_computer_damage(lbx.read_byte(data, 0x70))
ship.set_crew_quality(lbx.read_byte(data, 0x71))
ship.set_crew_experience(lbx.read_short_int(data, 0x72))
ship.set_officer_id(lbx.read_short_int(data, 0x74))
ship.set_special_device_damage(data[0x76:0x7B]) # bit flag array
ship.set_armor_damage(lbx.read_short_int(data, 0x7B))
ship.set_structural_damage(lbx.read_short_int(data, 0x7D))
ship.set_mission(lbx.read_byte(data, 0x7F)) # used for AI
ship.set_just_built(lbx.read_byte(data, 0x80))
return ship
def parse_one_ship(self, ship_id):
SAVE_SHIPS_OFFSET = 0x21f58
SAVE_SHIP_RECORD_SIZE = 0x81 # = 129
offset = SAVE_SHIPS_OFFSET + (SAVE_SHIP_RECORD_SIZE * ship_id)
data = self.__data[offset:offset + SAVE_SHIP_RECORD_SIZE]
ship = universe.Starship(ship_id)
ship_design = self.parse_ship_design(offset)
ship.set_name(ship_design['name'])
ship.set_design(ship_design)
ship.set_owner(lbx.read_byte(data, 0x63))
ship.set_status(lbx.read_byte(data, 0x64)) # 0 = orbitting, 2 = traveling, 5 = destroyed?
ship.set_destination(lbx.read_short_int(data, 0x65) % 500) # destination star
ship.set_x(lbx.read_short_int(data, 0x67))
ship.set_y(lbx.read_short_int(data, 0x69))
ship.set_group_has_navigator(lbx.read_byte(data, 0x6B))
ship.set_travelling_speed(lbx.read_byte(data, 0x6C)) # possibly less than ftl_type
ship.set_turns_left(lbx.read_byte(data, 0x6D)) # until arrival
ship.set_shield_damage_percent(lbx.read_byte(data, 0x6E))
ship.set_drive_damage_percent(lbx.read_byte(data, 0x6F))
ship.set_computer_damage(lbx.read_byte(data, 0x70))
ship.set_crew_quality(lbx.read_byte(data, 0x71))
ship.set_crew_experience(lbx.read_short_int(data, 0x72))
ship.set_officer_id(lbx.read_short_int(data, 0x74))
ship.set_special_device_damage(data[0x76:0x7B]) # bit flag array
ship.set_armor_damage(lbx.read_short_int(data, 0x7B))
ship.set_structural_damage(lbx.read_short_int(data, 0x7D))
ship.set_mission(lbx.read_byte(data, 0x7F)) # used for AI
ship.set_just_built(lbx.read_byte(data, 0x80))
return ship
def parse_galaxy(self):
return {
'size_factor':
lbx.read_byte(self.__data, 0x31be4),
'width':
compose_int(ord(self.__data[0x31be9]), ord(self.__data[0x31bea])),
'height':
compose_int(ord(self.__data[0x31beb]), ord(self.__data[0x31bec])),
'stardate':
lbx.read_short_int(self.__data, 0x29),
}
def import_from_moo2(self, data):
self.__moo2data = data
self.set_name(lbx.read_string(data, 0, 15))
self.set_x(lbx.read_short_int(data, 0x0f))
self.set_y(lbx.read_short_int(data, 0x11))
self.set_size(lbx.read_byte(data, 0x13))
self.__owner = lbx.read_byte(data, 0x14) # primary owner
self.set_pict_type(lbx.read_byte(data, 0x15))
self.set_class(lbx.read_byte(data, 0x16))
self.__last_planet_selected = [
lbx.read_byte(data, 0x17),
lbx.read_byte(data, 0x18),
lbx.read_byte(data, 0x19),
lbx.read_byte(data, 0x1A),
lbx.read_byte(data, 0x1B),
lbx.read_byte(data, 0x1C),
lbx.read_byte(data, 0x1D),
lbx.read_byte(data, 0x1E)
]
self.__special = lbx.read_byte(data, 0x28)
self.__wormhole = lbx.read_byte(data, 0x29)
self.__blockaded_players = bitmask_to_player_id_list(ord(data[0x2a]))
self.__blockaded_by_bitmask = [ord(data[0x2b]), ord(data[0x2c]), ord(data[0x2d]), ord(data[0x2e]), ord(data[0x2f]), ord(data[0x30]), ord(data[0x31]), ord(data[0x32])]
self.__visited = ord(data[0x33]) # bitmask as boleans for each player
self.__just_visited_bitmask = ord(data[0x34]) # players bitmask to track first visit of this star -> user should get report
self.__ignore_colony_ship_bitmask = ord(data[0x35]) # players bitmask to track if player chose to not use a colony ship, cleared on every new colony ship here?
self.__ignore_combat_bitmask = ord(data[0x36]) # players bitmask to track if player chose to ignore combat ships = perform blockade only do not fight here?
self.__colonize_player = ord(data[0x37]) # 0..7 or -1
self.__colonies_bitmask = ord(data[0x38]) # has colony / players bitmask / redundant info?
self.__interdictors_bitmask = ord(data[0x39]) # has warp interdictor / players bitmask
self.__next_wfi_in_list = ord(data[0x3a]) # bookeeping ???
self.__tachyon_com_bitmask = ord(data[0x3b]) # has tachyon communicator / players bitmask
self.__subspace_com_bitmask = ord(data[0x3c]) # has subspace communicator / players bitmask
self.__stargates_bitmask = ord(data[0x3d]) # has stargate / players bitmask
self.__jumpgates_bitmask = ord(data[0x3e]) # has jumpgate / players bitmask
self.__artemis_bitmask = ord(data[0x3f]) # has artemis net players bitmask
self.__portals_bitmask = ord(data[0x40]) # has dimension portal / players bitmask
self.__stagepoint_bitmask = ord(data[0x41]) # bitvector tells whether star is stagepoint for each AI
self.__players_officers = [ord(data[0x42]), ord(data[0x43]), ord(data[0x44]), ord(data[0x45]), ord(data[0x46]), ord(data[0x47]), ord(data[0x48]), ord(data[0x49])]
self.set_objects([
lbx.read_short_int(data, 0x4a),
lbx.read_short_int(data, 0x4c),
lbx.read_short_int(data, 0x4e),
lbx.read_short_int(data, 0x50),
lbx.read_short_int(data, 0x52)
])
self.__surrender_to = [ord(data[0x67]), ord(data[0x68]), ord(data[0x69]), ord(data[0x6a]), ord(data[0x6b]), ord(data[0x6c]), ord(data[0x6d]), ord(data[0x6e])]
self.__is_in_nebula = (ord(data[0x6f]) == 1)
def import_from_moo2(self, data):
self.set_colony_id(lbx.read_short_int(data, 0x00)) # 0xffff = no colony here
self.set_star(lbx.read_byte(data, 0x02))
self.set_position(lbx.read_byte(data, 0x03))
self.set_type(lbx.read_byte(data, 0x04))
self.set_size(lbx.read_byte(data, 0x05))
self.set_gravity(lbx.read_byte(data, 0x06))
# self.set_group(lbx.read_byte(data, 0x07)) # not used ?
self.set_terrain(lbx.read_byte(data, 0x08))
self.set_picture(lbx.read_byte(data, 0x09)) # Background image on colony screen (0-5=image in planets.lbx)
self.set_minerals(lbx.read_byte(data, 0x0a))
self.set_foodbase(lbx.read_byte(data, 0x0b))
self.set_terraformations(lbx.read_byte(data, 0x0c))
self.set_max_farms(lbx.read_byte(data, 0x0d)) # unknown (Initial value is based on Planet Size but changes if colonized), 2=tiny, 4=small, 5=med, 7=large, A=huge
self.set_max_population(lbx.read_byte(data, 0x0e))
self.set_special(lbx.read_byte(data, 0x0f))
self.set_flags(lbx.read_byte(data, 0x10)) # (bit 2 = Soil Enrichment)
def __old__parse_stars(self):
for i in range(c):
offset = SOLAR_SYSTEMS_DATA_OFFSET + (SOLAR_SYSTEM_RECORD_SIZE * i)
systems = {}
# print "system @ %x" % offset
star_id = i
# systems.append({
systems[star_id] = {
'id':
i,
'name':
lbx.read_string(self.__data, offset, 15),
'x':
lbx.read_short_int(self.__data, offset + 0x0f),
'y':
lbx.read_short_int(self.__data, offset + 0x11),
'size':
lbx.read_byte(self.__data, offset + 0x13),
'owner':
lbx.read_byte(self.__data, offset + 0x14), # primary owner
'pict_type':
lbx.read_byte(self.__data, offset + 0x15),
'class':
lbx.read_byte(self.__data, offset + 0x16),
'last_planet_selected': [
lbx.read_byte(self.__data, offset + 0x17),
lbx.read_byte(self.__data, offset + 0x18),
lbx.read_byte(self.__data, offset + 0x19),
lbx.read_byte(self.__data, offset + 0x1A),
lbx.read_byte(self.__data, offset + 0x1B),
lbx.read_byte(self.__data, offset + 0x1C),
lbx.read_byte(self.__data, offset + 0x1D),
lbx.read_byte(self.__data, offset + 0x1E)
],
'black_hole_blocks': [],
'0x1f':
ord(self.__data[offset + 0x1f]),
'0x20':
ord(self.__data[offset + 0x20]),
'0x21':
ord(self.__data[offset + 0x21]),
'0x22':
ord(self.__data[offset + 0x22]),
'0x23':
ord(self.__data[offset + 0x23]),
'0x24':
ord(self.__data[offset + 0x24]),
'0x25':
ord(self.__data[offset + 0x25]),
'0x26':
ord(self.__data[offset + 0x26]),
'0x27':
ord(self.__data[offset + 0x27]),
'special':
ord(self.__data[offset + 0x28]),
'wormhole':
ord(self.__data[offset + 0x29]),
'0x2a':
ord(self.__data[offset + 0x2a]), # blockaded? ( 0 | 1 )
'0x2b':
ord(self.__data[offset + 0x2b]),
'0x2c':
ord(self.__data[offset + 0x2c]),
'0x2d':
ord(self.__data[offset + 0x2d]),
'0x2e':
ord(self.__data[offset + 0x2e]),
'0x2f':
ord(self.__data[offset + 0x2f]),
'0x30':
ord(self.__data[offset + 0x30]),
'0x31':
ord(self.__data[offset + 0x31]),
'0x32':
ord(self.__data[offset + 0x32]),
'visited':
ord(self.__data[offset +
0x33]), # bitmask as boleans for each player
'0x34':
ord(self.__data[offset + 0x34]),
'0x35':
ord(self.__data[offset + 0x35]),
'0x36':
ord(self.__data[offset + 0x36]),
'0x37':
ord(self.__data[offset + 0x37]),
'0x38':
ord(self.__data[offset + 0x38]),
'indictor':
ord(
self.__data[offset + 0x39]
), # 0 = none, 1-8 = owner player 0-7 ( http://code.google.com/p/moo2x/wiki/star )
'0x3a':
ord(self.__data[offset + 0x3a]),
'0x3b':
ord(self.__data[offset + 0x3b]),
'0x3c':
ord(self.__data[offset + 0x3c]),
'0x3d':
ord(self.__data[offset + 0x3d]),
'0x3e':
ord(self.__data[offset + 0x3e]),
'artemis':
ord(
self.__data[offset + 0x3f]
), # 0 = none, 1-8=owner player 0-7 ( http://code.google.com/p/moo2x/wiki/star )
'0x40':
ord(self.__data[offset +
0x40]), # Star has dimensional portal ?
'0x41':
ord(self.__data[offset + 0x41]),
'0x42':
ord(self.__data[offset + 0x42]),
'0x43':
ord(self.__data[offset + 0x43]),
'0x44':
ord(self.__data[offset + 0x44]),
'0x45':
ord(self.__data[offset + 0x45]),
'0x46':
ord(self.__data[offset + 0x46]),
'0x47':
ord(self.__data[offset + 0x47]),
'0x48':
ord(self.__data[offset + 0x48]),
'0x49':
ord(self.__data[offset + 0x49]),
'objects': [
compose_int(ord(self.__data[offset + 0x4a]),
ord(self.__data[offset + 0x4b])),
compose_int(ord(self.__data[offset + 0x4c]),
ord(self.__data[offset + 0x4d])),
compose_int(ord(self.__data[offset + 0x4e]),
ord(self.__data[offset + 0x4f])),
compose_int(ord(self.__data[offset + 0x50]),
ord(self.__data[offset + 0x51])),
compose_int(ord(self.__data[offset + 0x52]),
ord(self.__data[offset + 0x53]))
],
# ??? Relocation star id (0-7 player #, not sure about size of array. )
'0x54':
ord(self.__data[offset + 0x54]),
'0x55':
ord(self.__data[offset + 0x55]),
'0x56':
ord(self.__data[offset + 0x56]),
'0x57':
ord(self.__data[offset + 0x57]),
'0x58':
ord(self.__data[offset + 0x58]),
'0x59':
ord(self.__data[offset + 0x59]),
'0x5a':
ord(self.__data[offset + 0x5a]),
'0x5b':
ord(self.__data[offset + 0x5b]),
'0x5c':
ord(self.__data[offset + 0x5c]),
'0x5d':
ord(self.__data[offset + 0x5d]),
'0x5e':
ord(self.__data[offset + 0x5e]),
'0x5f':
ord(self.__data[offset + 0x5f]),
'0x60':
ord(self.__data[offset + 0x60]),
'0x61':
ord(self.__data[offset + 0x61]),
'0x62':
ord(self.__data[offset + 0x62]),
'0x63':
ord(self.__data[offset + 0x63]),
# unknown:
'0x64':
ord(self.__data[offset + 0x64]),
'0x65':
ord(self.__data[offset + 0x65]),
'0x66':
ord(self.__data[offset + 0x66]),
'0x67':
ord(self.__data[offset + 0x67]),
'0x68':
ord(self.__data[offset + 0x68]),
'0x69':
ord(self.__data[offset + 0x69]),
'0x6a':
ord(self.__data[offset + 0x6a]),
'0x6b':
ord(self.__data[offset + 0x6b]),
'0x6c':
ord(self.__data[offset + 0x6c]),
'0x6d':
ord(self.__data[offset + 0x6d]),
'0x6e':
ord(self.__data[offset + 0x6e]),
'0x6f':
ord(self.__data[offset + 0x6f]),
'0x70':
ord(self.__data[offset + 0x70])
}
# i += 1
# offset = 0x17ad3 + (SOLAR_SYSTEM_RECORD_SIZE * i)
# print "STOP system @ %x" % offset
# blah
return systems
def parse_heroes(self):
HEROES_DATA_OFFSET = 0x19a9b
HERO_RECORD_SIZE = 0x3b # = 59
heroes = {}
for i in range(67):
hero_id = i
offset = HEROES_DATA_OFFSET + (HERO_RECORD_SIZE * i)
# print "hero @ %x" % offset
type = lbx.read_byte(self.__data, offset + 0x23)
common_skills = lbx.read_long_int(self.__data, offset + 0x26)
special_skills = lbx.read_long_int(self.__data, offset + 0x2a)
heroes[hero_id] = {
'id':
i,
# 'name': data[offset:offset + 0x0f].rstrip(chr(0)).split(chr(0))[0],
'name':
lbx.read_string(self.__data, offset, 15),
# 'title': data[offset + 0x0f:offset + 0x23].rstrip(chr(0)).split(chr(0))[0],
'title':
lbx.read_string(self.__data, offset, 35),
'type':
type,
'experience':
lbx.read_short_int(self.__data, offset + 0x24),
'tech1':
lbx.read_byte(self.__data, offset + 0x2e),
'tech2':
lbx.read_byte(self.__data, offset + 0x2f),
'tech3':
lbx.read_byte(self.__data, offset + 0x30),
'picture':
lbx.read_byte(self.__data, offset + 0x31),
'skill_value':
lbx.read_short_int(self.__data, offset + 0x32),
'level':
lbx.read_byte(self.__data, offset + 0x34),
'location':
lbx.read_short_int(self.__data, offset + 0x35),
'eta':
lbx.read_byte(self.__data, offset + 0x37),
'level_up':
lbx.read_byte(self.__data, offset + 0x38),
'status':
lbx.read_byte(self.__data, offset + 0x39),
'player':
lbx.read_byte(self.__data, offset + 0x3a),
'skills':
self.parse_hero_skills(type, common_skills, special_skills),
'common_skills':
common_skills,
'special_skills':
special_skills,
}
# if heroes[hero_id]['player'] == 0:
# print "Moo2Savegame::parse_heroes ... hero_id = %i, name = %s" % (hero_id, heroes[hero_id]['name'])
# print " * level = %i" % heroes[hero_id]['level']
# print " * skill_value = %i" % heroes[hero_id]['skill_value']
# print " * experience = %i" % heroes[hero_id]['experience']
# print " * status = %i" % heroes[hero_id]['status']
# i += 1
# offset = 0x19a9b + (59 * i)
# print "STOP hero @ %x" % offset
return heroes
def __old__parse_stars(self):
for i in range(c):
offset = SOLAR_SYSTEMS_DATA_OFFSET + (SOLAR_SYSTEM_RECORD_SIZE * i)
systems = {}
# print "system @ %x" % offset
star_id = i
# systems.append({
systems[star_id] = {
'id': i,
'name': lbx.read_string(self.__data, offset, 15),
'x': lbx.read_short_int(self.__data, offset + 0x0f),
'y': lbx.read_short_int(self.__data, offset + 0x11),
'size': lbx.read_byte(self.__data, offset + 0x13),
'owner': lbx.read_byte(self.__data, offset + 0x14), # primary owner
'pict_type': lbx.read_byte(self.__data, offset + 0x15),
'class': lbx.read_byte(self.__data, offset + 0x16),
'last_planet_selected': [
lbx.read_byte(self.__data, offset + 0x17),
lbx.read_byte(self.__data, offset + 0x18),
lbx.read_byte(self.__data, offset + 0x19),
lbx.read_byte(self.__data, offset + 0x1A),
lbx.read_byte(self.__data, offset + 0x1B),
lbx.read_byte(self.__data, offset + 0x1C),
lbx.read_byte(self.__data, offset + 0x1D),
lbx.read_byte(self.__data, offset + 0x1E)
],
'black_hole_blocks': [
],
'0x1f': ord(self.__data[offset + 0x1f]),
'0x20': ord(self.__data[offset + 0x20]),
'0x21': ord(self.__data[offset + 0x21]),
'0x22': ord(self.__data[offset + 0x22]),
'0x23': ord(self.__data[offset + 0x23]),
'0x24': ord(self.__data[offset + 0x24]),
'0x25': ord(self.__data[offset + 0x25]),
'0x26': ord(self.__data[offset + 0x26]),
'0x27': ord(self.__data[offset + 0x27]),
'special': ord(self.__data[offset + 0x28]),
'wormhole': ord(self.__data[offset + 0x29]),
'0x2a': ord(self.__data[offset + 0x2a]), # blockaded? ( 0 | 1 )
'0x2b': ord(self.__data[offset + 0x2b]),
'0x2c': ord(self.__data[offset + 0x2c]),
'0x2d': ord(self.__data[offset + 0x2d]),
'0x2e': ord(self.__data[offset + 0x2e]),
'0x2f': ord(self.__data[offset + 0x2f]),
'0x30': ord(self.__data[offset + 0x30]),
'0x31': ord(self.__data[offset + 0x31]),
'0x32': ord(self.__data[offset + 0x32]),
'visited': ord(self.__data[offset + 0x33]), # bitmask as boleans for each player
'0x34': ord(self.__data[offset + 0x34]),
'0x35': ord(self.__data[offset + 0x35]),
'0x36': ord(self.__data[offset + 0x36]),
'0x37': ord(self.__data[offset + 0x37]),
'0x38': ord(self.__data[offset + 0x38]),
'indictor': ord(self.__data[offset + 0x39]), # 0 = none, 1-8 = owner player 0-7 ( http://code.google.com/p/moo2x/wiki/star )
'0x3a': ord(self.__data[offset + 0x3a]),
'0x3b': ord(self.__data[offset + 0x3b]),
'0x3c': ord(self.__data[offset + 0x3c]),
'0x3d': ord(self.__data[offset + 0x3d]),
'0x3e': ord(self.__data[offset + 0x3e]),
'artemis': ord(self.__data[offset + 0x3f]), # 0 = none, 1-8=owner player 0-7 ( http://code.google.com/p/moo2x/wiki/star )
'0x40': ord(self.__data[offset + 0x40]), # Star has dimensional portal ?
'0x41': ord(self.__data[offset + 0x41]),
'0x42': ord(self.__data[offset + 0x42]),
'0x43': ord(self.__data[offset + 0x43]),
'0x44': ord(self.__data[offset + 0x44]),
'0x45': ord(self.__data[offset + 0x45]),
'0x46': ord(self.__data[offset + 0x46]),
'0x47': ord(self.__data[offset + 0x47]),
'0x48': ord(self.__data[offset + 0x48]),
'0x49': ord(self.__data[offset + 0x49]),
'objects': [
compose_int(ord(self.__data[offset + 0x4a]), ord(self.__data[offset + 0x4b])),
compose_int(ord(self.__data[offset + 0x4c]), ord(self.__data[offset + 0x4d])),
compose_int(ord(self.__data[offset + 0x4e]), ord(self.__data[offset + 0x4f])),
compose_int(ord(self.__data[offset + 0x50]), ord(self.__data[offset + 0x51])),
compose_int(ord(self.__data[offset + 0x52]), ord(self.__data[offset + 0x53]))
],
# ??? Relocation star id (0-7 player #, not sure about size of array. )
'0x54': ord(self.__data[offset + 0x54]),
'0x55': ord(self.__data[offset + 0x55]),
'0x56': ord(self.__data[offset + 0x56]),
'0x57': ord(self.__data[offset + 0x57]),
'0x58': ord(self.__data[offset + 0x58]),
'0x59': ord(self.__data[offset + 0x59]),
'0x5a': ord(self.__data[offset + 0x5a]),
'0x5b': ord(self.__data[offset + 0x5b]),
'0x5c': ord(self.__data[offset + 0x5c]),
'0x5d': ord(self.__data[offset + 0x5d]),
'0x5e': ord(self.__data[offset + 0x5e]),
'0x5f': ord(self.__data[offset + 0x5f]),
'0x60': ord(self.__data[offset + 0x60]),
'0x61': ord(self.__data[offset + 0x61]),
'0x62': ord(self.__data[offset + 0x62]),
'0x63': ord(self.__data[offset + 0x63]),
# unknown:
'0x64': ord(self.__data[offset + 0x64]),
'0x65': ord(self.__data[offset + 0x65]),
'0x66': ord(self.__data[offset + 0x66]),
'0x67': ord(self.__data[offset + 0x67]),
'0x68': ord(self.__data[offset + 0x68]),
'0x69': ord(self.__data[offset + 0x69]),
'0x6a': ord(self.__data[offset + 0x6a]),
'0x6b': ord(self.__data[offset + 0x6b]),
'0x6c': ord(self.__data[offset + 0x6c]),
'0x6d': ord(self.__data[offset + 0x6d]),
'0x6e': ord(self.__data[offset + 0x6e]),
'0x6f': ord(self.__data[offset + 0x6f]),
'0x70': ord(self.__data[offset + 0x70])
}
# i += 1
# offset = 0x17ad3 + (SOLAR_SYSTEM_RECORD_SIZE * i)
# print "STOP system @ %x" % offset
# blah
return systems
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):
self.__moo2data = data
self.set_name(lbx.read_string(data, 0, 15))
self.set_x(lbx.read_short_int(data, 0x0f))
self.set_y(lbx.read_short_int(data, 0x11))
self.set_size(lbx.read_byte(data, 0x13))
self.__owner = lbx.read_byte(data, 0x14) # primary owner
self.set_pict_type(lbx.read_byte(data, 0x15))
self.set_class(lbx.read_byte(data, 0x16))
self.__last_planet_selected = [
lbx.read_byte(data, 0x17),
lbx.read_byte(data, 0x18),
lbx.read_byte(data, 0x19),
lbx.read_byte(data, 0x1A),
lbx.read_byte(data, 0x1B),
lbx.read_byte(data, 0x1C),
lbx.read_byte(data, 0x1D),
lbx.read_byte(data, 0x1E)
]
self.__special = lbx.read_byte(data, 0x28)
self.__wormhole = lbx.read_byte(data, 0x29)
self.__blockaded_players = bitmask_to_player_id_list(ord(data[0x2a]))
self.__blockaded_by_bitmask = [
ord(data[0x2b]),
ord(data[0x2c]),
ord(data[0x2d]),
ord(data[0x2e]),
ord(data[0x2f]),
ord(data[0x30]),
ord(data[0x31]),
ord(data[0x32])
]
self.__visited = ord(data[0x33]) # bitmask as boleans for each player
self.__just_visited_bitmask = ord(
data[0x34]
) # players bitmask to track first visit of this star -> user should get report
self.__ignore_colony_ship_bitmask = ord(
data[0x35]
) # players bitmask to track if player chose to not use a colony ship, cleared on every new colony ship here?
self.__ignore_combat_bitmask = ord(
data[0x36]
) # players bitmask to track if player chose to ignore combat ships = perform blockade only do not fight here?
self.__colonize_player = ord(data[0x37]) # 0..7 or -1
self.__colonies_bitmask = ord(
data[0x38]) # has colony / players bitmask / redundant info?
self.__interdictors_bitmask = ord(
data[0x39]) # has warp interdictor / players bitmask
self.__next_wfi_in_list = ord(data[0x3a]) # bookeeping ???
self.__tachyon_com_bitmask = ord(
data[0x3b]) # has tachyon communicator / players bitmask
self.__subspace_com_bitmask = ord(
data[0x3c]) # has subspace communicator / players bitmask
self.__stargates_bitmask = ord(
data[0x3d]) # has stargate / players bitmask
self.__jumpgates_bitmask = ord(
data[0x3e]) # has jumpgate / players bitmask
self.__artemis_bitmask = ord(
data[0x3f]) # has artemis net players bitmask
self.__portals_bitmask = ord(
data[0x40]) # has dimension portal / players bitmask
self.__stagepoint_bitmask = ord(
data[0x41]
) # bitvector tells whether star is stagepoint for each AI
self.__players_officers = [
ord(data[0x42]),
ord(data[0x43]),
ord(data[0x44]),
ord(data[0x45]),
ord(data[0x46]),
ord(data[0x47]),
ord(data[0x48]),
ord(data[0x49])
]
self.set_objects([
lbx.read_short_int(data, 0x4a),
lbx.read_short_int(data, 0x4c),
lbx.read_short_int(data, 0x4e),
lbx.read_short_int(data, 0x50),
lbx.read_short_int(data, 0x52)
])
self.__surrender_to = [
ord(data[0x67]),
ord(data[0x68]),
ord(data[0x69]),
ord(data[0x6a]),
ord(data[0x6b]),
ord(data[0x6c]),
ord(data[0x6d]),
ord(data[0x6e])
]
self.__is_in_nebula = (ord(data[0x6f]) == 1)
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)