def load_data(window):
item_data = [ItemMethods.itemparser(item)[0] for item in GC.ITEMDATA]
item_data = sorted(item_data, key=lambda item: GC.ITEMDATA[item.id]['num'])
item_data = [item for item in item_data if not item.virtual]
for item in item_data:
if item.image:
item.icon = create_icon(item.image.convert_alpha(), window)
skill_data = [
StatusObject.statusparser(skill.find('id').text)
for skill in GC.STATUSDATA.getroot().findall('status')
]
for skill in skill_data:
if skill.icon:
skill.icon = create_icon(skill.icon.convert_alpha(), window)
portrait_data = SaveLoad.create_portrait_dict()
class_dict = SaveLoad.create_class_dict()
for klass in class_dict.values():
generic_unit = GenericUnit(klass['name'])
klass['images'] = (generic_unit.image1, generic_unit.image2,
generic_unit.image3)
klass['icon'] = create_icon(klass['images'][0], window)
class_data = sorted([klass for klass in class_dict.values()],
key=lambda x: (x['id'] % 100, x['id']))
unit_data = build_units(class_dict, portrait_data)
return unit_data, class_dict, class_data, item_data, skill_data, portrait_data
def main():
gameStateObj = GameStateObj.GameStateObj()
metaDataObj = {}
gameStateObj.build_new()
gameStateObj.set_generic_mode()
scripts = [
'preBase', 'in_base_', 'narration', 'intro', 'prep', 'turnChange',
'move', 'menu', 'attack', 'interact'
]
num = 0
while True:
levelfolder = 'Assets/Lex-Talionis/Data/Level' + str(num)
if not os.path.exists(levelfolder):
break
print('Level: %s' % num)
SaveLoad.load_level(levelfolder, gameStateObj, metaDataObj)
print('Num Units: %s Map Size: %s' %
(len(gameStateObj.allunits),
gameStateObj.map.width * gameStateObj.map.height))
if num == 10:
for script in scripts:
fp = levelfolder + '/' + script + 'Script.txt'
run(gameStateObj, metaDataObj, fp)
for _ in range(20):
gameStateObj.turncount += 1
fp = levelfolder + '/turnChangeScript.txt'
run(gameStateObj, metaDataObj, fp)
fp = levelfolder + '/outroScript.txt'
run(gameStateObj, metaDataObj, fp)
gameStateObj.clean_up()
print('Num Units Remaining: %s' % (len(gameStateObj.allunits)))
num += 1
def main():
gameStateObj = GameStateObj.GameStateObj()
metaDataObj = {}
gameStateObj.build_new()
scripts = [
'preBase', 'in_base_', 'narration', 'intro', 'prep', 'turnChange',
'move', 'menu', 'attack', 'interact'
]
for num in range(0, GC.cf.CONSTANTS['num_levels']):
print('Level: %s' % num)
levelfolder = 'Data/Level' + str(num)
SaveLoad.load_level(levelfolder, gameStateObj, metaDataObj)
print('Num Units: %s Map Size: %s' %
(len(gameStateObj.allunits),
gameStateObj.map.width * gameStateObj.map.height))
if num == 3:
for script in scripts:
fp = levelfolder + '/' + script + 'Script.txt'
run(gameStateObj, metaDataObj, fp)
for _ in range(20):
gameStateObj.turncount += 1
fp = levelfolder + '/turnChangeScript.txt'
run(gameStateObj, metaDataObj, fp)
fp = levelfolder + '/outroScript.txt'
run(gameStateObj, metaDataObj, fp)
gameStateObj.clean_up()
print('Num Units Remaining: %s' % (len(gameStateObj.allunits)))
def main():
gameStateObj = GameStateObj.GameStateObj()
metaDataObj = {}
gameStateObj.build_new()
wait_for = 1
for num in range(0, GC.cf.CONSTANTS['num_levels']):
time1 = time.clock()
print('Level: %s' % num)
SaveLoad.load_level('Data/Level' + str(num), gameStateObj, metaDataObj)
print('Time to Load: %s' % (time.clock() - time1))
print('Num Units: %s Map Size: %s' %
(len(gameStateObj.allunits),
gameStateObj.map.width * gameStateObj.map.height))
for unit in gameStateObj.allunits:
CustomObjects.handle_info_key(gameStateObj, metaDataObj, unit)
info_menu = InfoMenu.InfoMenu()
info_menu.begin(gameStateObj, metaDataObj)
for _ in range(wait_for):
run(gameStateObj, metaDataObj, info_menu)
# Move right
info_menu.move_right(gameStateObj, metaDataObj)
for _ in range(wait_for):
run(gameStateObj, metaDataObj, info_menu)
info_menu.move_right(gameStateObj, metaDataObj)
for _ in range(wait_for):
run(gameStateObj, metaDataObj, info_menu)
info_menu.move_right(gameStateObj, metaDataObj)
for _ in range(wait_for):
run(gameStateObj, metaDataObj, info_menu)
gameStateObj.clean_up()
print('Num Units Remaining: %s' % (len(gameStateObj.allunits)))
def build_units(class_dict, portrait_data):
units = []
for unit in GC.UNITDATA.getroot().findall('unit'):
u_i = {}
u_i['id'] = unit.find('id').text
u_i['name'] = unit.get('name')
classes = unit.find('class').text.split(',')
u_i['klass'] = classes[-1]
u_i['gender'] = unit.find('gender').text
u_i['level'] = int(unit.find('level').text)
u_i['faction'] = unit.find('faction').text
stats = SaveLoad.intify_comma_list(unit.find('bases').text)
for n in xrange(len(stats), cf.CONSTANTS['num_stats']):
stats.append(class_dict[u_i['klass']]['bases'][n])
assert len(stats) == cf.CONSTANTS[
'num_stats'], "bases %s must be exactly %s integers long" % (
stats, cf.CONSTANTS['num_stats'])
u_i['stats'] = SaveLoad.build_stat_dict(stats)
# print("%s's stats: %s", u_i['name'], u_i['stats'])
u_i['growths'] = SaveLoad.intify_comma_list(unit.find('growths').text)
u_i['growths'].extend(
[0] * (cf.CONSTANTS['num_stats'] - len(u_i['growths'])))
assert len(u_i['growths']) == cf.CONSTANTS[
'num_stats'], "growths %s must be exactly %s integers long" % (
stats, cf.CONSTANTS['num_stats'])
u_i['items'] = ItemMethods.itemparser(unit.find('inventory').text)
# Parse wexp
u_i['wexp'] = unit.find('wexp').text.split(',')
for index, wexp in enumerate(u_i['wexp'][:]):
if wexp in CustomObjects.WEAPON_EXP.wexp_dict:
u_i['wexp'][index] = CustomObjects.WEAPON_EXP.wexp_dict[wexp]
u_i['wexp'] = [int(num) for num in u_i['wexp']]
assert len(u_i['wexp']) == len(
CustomObjects.WEAPON_TRIANGLE.types
), "%s's wexp must have as many slots as there are weapon types." % (
u_i['name'])
u_i['desc'] = unit.find('desc').text
# Tags
u_i['tags'] = set(unit.find('tags').text.split(
',')) if unit.find('tags') is not None and unit.find(
'tags').text is not None else set()
# Personal Skills
personal_skills = unit.find('skills').text.split(
',') if unit.find('skills') is not None and unit.find(
'skills').text is not None else []
u_i['skills'] = [
StatusObject.statusparser(status) for status in personal_skills
]
units.append(Unit(u_i, portrait_data))
return units
def main():
gameStateObj = GameStateObj.GameStateObj()
metaDataObj = {}
gameStateObj.build_new()
levelfolder = 'Data/Level0'
SaveLoad.load_level(levelfolder, gameStateObj, metaDataObj)
run(gameStateObj, metaDataObj)
gameStateObj.clean_up()
print('Num Units Remaining: %s'%(len(gameStateObj.allunits)))
def load_data(self):
# === Terrain Data ===
# Saved dictionary of terrains 2-tuple {color: (id, name)}
self.terrain_data = OrderedDict()
# Ingest terrain_data
for terrain in GC.TERRAINDATA.getroot().findall('terrain'):
color = tuple(
int(num) for num in terrain.find('color').text.split(','))
tid = terrain.find('id').text
name = terrain.get('name')
self.terrain_data[color] = (tid, name)
# === Item Data ===
self.item_data = OrderedDict()
items = [ItemMethods.itemparser(item)[0] for item in GC.ITEMDATA]
items = sorted(items, key=lambda item: GC.ITEMDATA[item.id]['num'])
items = [item for item in items if not item.virtual]
for item in items:
if item.image:
item.image = item.image.convert_alpha()
self.item_data[item.id] = item
# === Skill Data ===
self.skill_data = OrderedDict()
skills = [
StatusObject.statusparser(skill.find('id').text)
for skill in GC.STATUSDATA.getroot().findall('status')
]
for skill in skills:
if skill.image:
skill.image = skill.image.convert_alpha()
self.skill_data[skill.id] = skill
# === Portrait Data ===
# Has mouth and blink positions by name
portrait_dict = SaveLoad.create_portrait_dict()
# Setting up portrait data
self.portrait_data = OrderedDict()
for name, portrait in portrait_dict.items():
try:
self.portrait_data[name] = UnitPortrait(
name, portrait['blink'], portrait['mouth'], (0, 0))
except KeyError as e:
print('%s: %s portrait not found' % (e, name))
for portrait in self.portrait_data.values():
portrait.create_image()
portrait.image = portrait.image.convert_alpha()
# === Class Data ===
self.class_dict = SaveLoad.create_class_dict()
self.class_data = OrderedDict()
for klass_id, klass in self.class_dict.items():
self.class_data[klass_id] = Klass(klass)
# === Loaded Preset Unit Data ===
self.unit_data = build_named_units(self.class_dict)
def main():
gameStateObj = GameStateObj.GameStateObj()
metaDataObj = {}
gameStateObj.build_new()
for num in range(0, GC.cf.CONSTANTS['num_levels']):
time1 = time.clock()
print('Level: %s'%num)
SaveLoad.load_level('Data/Level' + str(num), gameStateObj, metaDataObj)
print('Time to Load: %s'%(time.clock() - time1))
print('Num Units: %s Map Size: %s'%(len(gameStateObj.allunits), gameStateObj.map.width*gameStateObj.map.height))
gameStateObj.clean_up()
print('Num Units Remaining: %s'%(len(gameStateObj.allunits)))
def main():
gameStateObj = GameStateObj.GameStateObj()
metaDataObj = {}
gameStateObj.build_new()
for num in range(0, GC.cf.CONSTANTS['num_levels']):
print('Level: %s'%num)
levelfolder = 'Data/Level' + str(num)
SaveLoad.load_level(levelfolder, gameStateObj, metaDataObj)
print('Num Units: %s Map Size: %s'%(len(gameStateObj.allunits), gameStateObj.map.width*gameStateObj.map.height))
for unit in gameStateObj.allunits:
run(gameStateObj, metaDataObj, unit)
gameStateObj.clean_up()
print('Num Units Remaining: %s'%(len(gameStateObj.allunits)))
def load_level(self):
if self.directory:
image = self.directory + '/MapSprite.png'
self.set_image(image)
tilefilename = self.directory + '/TileData.png'
self.tile_data.load(tilefilename)
auto_loc = self.directory + '/Autotiles/'
self.autotiles.load(auto_loc)
overview_filename = self.directory + '/overview.txt'
self.overview_dict = SaveLoad.read_overview_file(overview_filename)
self.properties_menu.load(self.overview_dict)
tile_info_filename = self.directory + '/tileInfo.txt'
self.tile_info.load(tile_info_filename)
unit_level_filename = self.directory + '/UnitLevel.txt'
self.unit_data.load(unit_level_filename)
self.faction_menu.load(self.unit_data)
self.unit_menu.load(self.unit_data)
self.reinforcement_menu.load(self.unit_data)
self.trigger_menu.load(self.unit_data)
if self.current_level_name:
self.status_bar.showMessage('Loaded Level' +
self.current_level_name)
self.update_view()
def main():
gameStateObj = GameStateObj.GameStateObj()
metaDataObj = {}
gameStateObj.build_new()
gameStateObj.set_generic_mode()
num = 0
while True:
levelfolder = 'Assets/Lex-Talionis/Data/Level' + str(num)
if not os.path.exists(levelfolder):
break
print('Level: %s' % num)
SaveLoad.load_level(levelfolder, gameStateObj, metaDataObj)
print('Num Units: %s Map Size: %s' % (len(gameStateObj.allunits), gameStateObj.map.width*gameStateObj.map.height))
for unit in gameStateObj.allunits:
run(gameStateObj, metaDataObj, unit)
gameStateObj.clean_up()
print('Num Units Remaining: %s' % (len(gameStateObj.allunits)))
num += 1
def main():
gameStateObj = GameStateObj.GameStateObj()
metaDataObj = {}
gameStateObj.build_new()
scripts = ['base', 'village', 'unlock', 'switch', 'talk', 'search']
for num in range(0, GC.cf.CONSTANTS['num_levels']):
print('Level: %s' % num)
levelfolder = 'Data/Level' + str(num)
SaveLoad.load_level(levelfolder, gameStateObj, metaDataObj)
print('Num Units: %s Map Size: %s' %
(len(gameStateObj.allunits),
gameStateObj.map.width * gameStateObj.map.height))
if num >= 0:
for script in scripts:
fp = levelfolder + '/' + script + 'Script.txt'
run(gameStateObj, metaDataObj, fp)
gameStateObj.clean_up()
print('Num Units Remaining: %s' % (len(gameStateObj.allunits)))
def main():
gameStateObj = GameStateObj.GameStateObj()
metaDataObj = {}
gameStateObj.build_new()
gameStateObj.set_generic_mode()
num = 0
while True:
levelfolder = 'Data/Level' + str(num)
if not os.path.exists(levelfolder):
break
time1 = time.clock()
print('Level: %s' % num)
SaveLoad.load_level(levelfolder, gameStateObj, metaDataObj)
print('Time to Load: %s' % (time.clock() - time1))
print('Num Units: %s Map Size: %s' %
(len(gameStateObj.allunits),
gameStateObj.map.width * gameStateObj.map.height))
gameStateObj.clean_up()
print('Num Units Remaining: %s' % (len(gameStateObj.allunits)))
num += 1
def main():
gameStateObj = GameStateObj.GameStateObj()
metaDataObj = {}
gameStateObj.build_new()
gameStateObj.set_generic_mode()
scripts = ['base', 'village', 'unlock', 'switch', 'talk', 'search']
num = 0
while True:
levelfolder = 'Data/Level' + str(num)
if not os.path.exists(levelfolder):
break
print('Level: %s' % num)
SaveLoad.load_level(levelfolder, gameStateObj, metaDataObj)
print('Num Units: %s Map Size: %s' % (len(gameStateObj.allunits), gameStateObj.map.width*gameStateObj.map.height))
if num >= 0:
for script in scripts:
fp = levelfolder + '/' + script + 'Script.txt'
run(gameStateObj, metaDataObj, fp)
gameStateObj.clean_up()
print('Num Units Remaining: %s'%(len(gameStateObj.allunits)))
num += 1
def main():
gameStateObj = GameStateObj.GameStateObj()
metaDataObj = {}
gameStateObj.build_new()
gameStateObj.set_generic_mode()
wait_for = 1
num = 0
while True:
levelfolder = 'Assets/Lex-Talionis/Data/Level' + str(num)
if not os.path.exists(levelfolder):
break
print('Level: %s' % num)
time1 = time.clock()
SaveLoad.load_level('Assets/Lex-Talionis/Data/Level' + str(num),
gameStateObj, metaDataObj)
print('Time to Load: %s' % (time.clock() - time1))
print('Num Units: %s Map Size: %s' %
(len(gameStateObj.allunits),
gameStateObj.map.width * gameStateObj.map.height))
for unit in gameStateObj.allunits:
CustomObjects.handle_info_key(gameStateObj, metaDataObj, unit)
info_menu = InfoMenu.InfoMenu()
info_menu.begin(gameStateObj, metaDataObj)
for _ in range(wait_for):
run(gameStateObj, metaDataObj, info_menu)
# Move right
info_menu.move_right(gameStateObj, metaDataObj)
for _ in range(wait_for):
run(gameStateObj, metaDataObj, info_menu)
info_menu.move_right(gameStateObj, metaDataObj)
for _ in range(wait_for):
run(gameStateObj, metaDataObj, info_menu)
info_menu.move_right(gameStateObj, metaDataObj)
for _ in range(wait_for):
run(gameStateObj, metaDataObj, info_menu)
gameStateObj.clean_up()
print('Num Units Remaining: %s' % (len(gameStateObj.allunits)))
num += 1
def __init__(self):
self.id = 0
self.name = ''
self.level = 1
self.gender = 0
self.faction = ''
self.klass = 'Citizen'
self.tags = set()
self.desc = ''
self.stats = SaveLoad.build_stat_dict(class_dict[self.klass]['bases'])
self.growths = [0 for n in xrange(cf.CONSTANTS['num_stats'])]
self.items = []
self.skills = []
self.wexp = [
0 for n in xrange(len(CustomObjects.WEAPON_TRIANGLE.types))
]
self.team = 'player'
def main():
gameStateObj = GameStateObj.GameStateObj()
metaDataObj = {}
gameStateObj.build_new()
done = False
for num in range(0, 12):
if hasattr(gameStateObj, 'saving_thread'):
gameStateObj.saving_thread.join()
gameStateObj.save_slots = Transitions.load_saves()
print('Level: %s' % num)
gameStateObj.build_new() # Make the gameStateObj ready for a new game
gameStateObj.set_generic_mode()
gameStateObj.save_slot = 0
levelfolder = 'Assets/Lex-Talionis/Data/Level' + str(num)
# Create a save for the first game
gameStateObj.stateMachine.clear()
gameStateObj.stateMachine.changeState('turn_change')
SaveLoad.suspendGame(gameStateObj, "Start", slot=gameStateObj.save_slot)
# Load the first level
SaveLoad.load_level(levelfolder, gameStateObj, metaDataObj)
# Set Casual Mode
gameStateObj.mode['death'] = 0
# Run
counter = 0
suspended_yet, dead_yet = False, False
while not done:
Engine.update_time()
current_state = gameStateObj.stateMachine.getState()
if current_state == 'free':
units = [unit for unit in gameStateObj.allunits if unit.team == 'player' and
not unit.dead and unit.name not in {'Sam', 'Ophie', 'Prim', 'Renae'}]
if not dead_yet and units:
unit = units[0]
print(unit.name)
unit.isDying = True
gameStateObj.stateMachine.changeState('dying')
gameStateObj.message.append(Dialogue.Dialogue_Scene(metaDataObj['death_quotes'], unit=unit))
gameStateObj.stateMachine.changeState('dialogue')
dead_yet = True
elif suspended_yet:
gameStateObj.statedict['levelIsComplete'] = 'win'
gameStateObj.message.append(Dialogue.Dialogue_Scene('Assets/Lex-Talionis/Data/seizeScript.txt'))
gameStateObj.stateMachine.changeState('dialogue')
suspended_yet = False
else:
SaveLoad.suspendGame(gameStateObj, 'Suspend', hard_loc='Suspend')
gameStateObj.save_slots = None # Reset save slots
gameStateObj.stateMachine.clear()
gameStateObj.stateMachine.changeState('start_start')
suspended_yet = True
elif current_state == 'start_save' or current_state == 'start_start' or current_state == 'start_option':
pyautogui.press('x')
if current_state == 'start_save':
dead_yet = False
elif current_state == 'move':
pyautogui.press('z')
counter += 1
if not counter%20:
pyautogui.press('s')
eventList = Engine.build_event_list()
mapSurf, repeat = gameStateObj.stateMachine.update(eventList, gameStateObj, metaDataObj)
while repeat:
mapSurf, repeat = gameStateObj.stateMachine.update(eventList, gameStateObj, metaDataObj)
GC.DISPLAYSURF.blit(mapSurf, (0, 0))
pygame.display.update()
gameStateObj.playtime += GC.FPSCLOCK.tick(GC.FPS)