def level_up(self,num_levels,stat_array=None,increase_level=True,increase_stats=True):
max_level=max_level_dict(self.game,self.current_class())
if type(num_levels) == str:
if num_levels.isnumeric():
num_levels=int(num_levels)
num_levels=num_levels-self.current_level()
elif num_levels == 'max':
num_levels=max_level-self.current_level()
elif num_levels == 'promo':
assert self.can_promote()
mpl=self.min_promo_level(promo_path=0)
if mpl <= self.current_level():
return
else:
num_levels=mpl-self.current_level()
else:
message='\'num_levels\' must be numeric, \'max\', or \'promo\', if it is a string.'
messageWriter(message)
else:
assert type(num_levels) == int
if num_levels == 0:
return
else:
assert num_levels >= 0
if increase_level:
assert self.current_level()+num_levels <= max_level
if stat_array is None:
stat_array=self.growth_rates
if increase_level:
index=self.current_index()
self.my_levels[index]+=num_levels
if increase_stats:
self.my_stats=self.my_stats+stat_array*num_levels/100
return self.cap_stats()
def equip_scroll(self,scroll_name=None):
assert self.game == '5'
assert len(self.unit_info['Scrolls']) <= 7
scrolls=scroll_equipper()
scrolls.columns=self.stat_names
scroll_name=crusader_name(scroll_name)
if scroll_name is None:
for name in self.unit_info['Scrolls']:
scrolls.drop(name,inplace=True)
scrolls=scrolls.to_string()
print(scrolls)
return
elif scroll_name in self.unit_info['Scrolls']:
message='You already have the %s scroll equipped.'%scroll_name
messageWriter(message)
self.unit_info['Scrolls'].append(scroll_name)
raw_growths=array(self.unit_info['Base Growths'])
for name in self.unit_info['Scrolls']:
augment=scrolls.loc[name].to_numpy()
raw_growths=raw_growths+augment
capped_growths=list()
for g in raw_growths:
if g < 0:
g=0
capped_growths.append(g)
self.growth_rates=array(capped_growths)
def __init__(self, program_name, use_nickname=False):
pdict = program_dict
if program_name in pdict.keys():
self.episode_list = pdict[program_name]
else:
program_file = sep.join(('.', 'metadata', 'my-programs.csv'))
message=(
'The program: ``%s\'\' is not in the list of known television programs. A complete list can be found in:\n'%program_name,\
program_file
)
messageWriter(message)
self.folder_title = titleExtractor(self.episode_list, True)
if not use_nickname:
self.display_title = titleExtractor(self.episode_list, False)
else:
self.display_title = program_name
self.main_dirs = list()
self.data_dirs = list()
for name in ('tables', 'text'):
name = sep.join(['.', name])
self.main_dirs.append(name)
name = sep.join([name, self.folder_title])
self.data_dirs.append(name)
self.table_dir = self.data_dirs[0]
self.text_dir = self.data_dirs[1]
self.output_dir = sep.join(('.', 'output'))
self.metadata = sep.join(('.', 'metadata'))
self.log = sep.join((self.metadata, 'unicode-dict.csv'))
def writeText(self, column):
save_file = column + '.txt'
save_file = self.outputFile(save_file)
missing_columns = dict()
with open(save_file, 'w', encoding='utf-8') as wfile:
for x, y, files in walk(self.table_dir):
files = filelistOrganizer(files)
for file in files:
file = self.table_dir, file
file = sep.join(file)
data = pd.read_csv(file, index_col=0)
if column not in data.columns:
if file in missing_columns.keys():
missing_columns[file].append(column)
else:
missing_columns[file] = [column]
continue
for n, text in enumerate(data.loc[:, column], 1):
text = str(text)
text = replace_reserved_chars(text, self.metadata)
if not text.isascii():
self.logUnicodeText(text)
text = text.replace('\n', '\\par ')
text = text + '\n'
wfile.write(text)
if missing_columns:
for key, val in missing_columns.items():
print(key, val)
message = (
'There were columns missing from some episode-tables. Please check the files listed above for more details.'
)
messageWriter(message)
def scoldUserAgain(self):
scold = False
for x, y, hasfiles in walk(self.text_dir):
if not hasfiles:
scold = True
if scold:
message = (
'Text has not been scraped for %s. Please compile text with the compileText method.'
% self.display_title)
messageWriter(message)
def writeAllText(self):
columns = 'title', 'date', 'summary'
initial_count = lineCounter(self.log)
for column in columns:
self.writeText(column)
final_count = lineCounter(self.log)
diff = final_count - initial_count
if diff > 0:
message = (
'%d new unicode character(s) have been encountered. Please revise the appropriate log accordingly: %s. For each character, write its TeX equivalent.'
% (diff, self.log))
messageWriter(message)
def scoldUser(self):
scold = False
if not exists(self.table_dir):
scold = True
else:
for x, y, hasfiles in walk(self.table_dir):
if not hasfiles:
scold = True
if scold:
message = (
'No data has yet been scraped for %s. Please web-scrape the data first, then re-run the script. Try running the webScrape method.'
% self.display_title)
messageWriter(message)
def checkDates(self):
file = self.outputFile(r'tex-date.txt')
bad_lines = dict()
with open(file) as rfile:
for n, line in enumerate(rfile.readlines(), start=1):
line = line.strip()
if not dateValidator(line):
bad_lines[n] = line
if bad_lines:
for item in bad_lines.items():
print(item)
message=(
'There were still some bad dates in tex-date.txt. Please fix the errors in the lines whose numbers are given above. Remember that the date must be of the form: (month) (day), (full-year). For example:\n',\
todaysDate()
)
messageWriter(message)
def typeset(self):
self.scoldUser()
self.scoldUserAgain()
self.recordProgramName()
guide_loc = sep.join(('.', 'output'))
pwd = getcwd()
chdir(guide_loc)
guide = 'guide.tex'
system("pdflatex %s" % guide)
src = guide[:-3] + 'pdf'
if not exists(src):
message = (
'The .pdf file was not successfully compiled. Please e-mail the imbecile what wrote this program. Better yet, fix it yourself.'
)
messageWriter(message)
system("pdflatex %s" % guide)
chdir(pwd)
message = 'Your .pdf file has been saved to:\n', sep.join(
(guide_loc, src))
messageWriter(message, error=False)
def fixDates(self):
file = self.outputFile('date.txt')
tex_file = self.outputFile('tex-date.txt')
if exists(tex_file):
message = (
'The file containing the air-dates already exists. It is not recommended to overwrite it, if you\'ve edited it. In order to rewrite the file, please rerun the program after deleting: %s. To validate your manual corrections to the file, use the checkDates method.'
% tex_file)
messageWriter(message)
old_dates = list()
with open(file, 'r') as rfile:
for line in rfile.readlines():
line = line.strip()
old_dates.append(line)
bad_dates = monthRewriter(tex_file, old_dates)
if bad_dates:
for key, val in bad_dates.items():
print(key, val)
message = (
'There were some bad dates in tex-date.txt. The errors and their line numbers are listed above. Please correct the errors shown above to proceed. Check your work with the checkDates method afterwards.'
)
messageWriter(message)
def get_true_name(game, unit, fe4family=None):
if fe4family is not None:
my_dict = fe4_name_dict(fe4family)
message=(
'%s is not a father with a choice of brides.'%unit,\
'Please check the \'fe_unit_list\' function for a list of valid options.',\
'Be sure to pass \'fe4_fathers\' as the argument.'
)
else:
my_dict = unit_name_dict(game)
game_title = game_title_dict(reverse=True)[game]
message=(
'%s is not in FE%s: %s.'%(unit,game,game_title),\
'Please check the \'fe_unit_list\' function for a list of valid names.'
)
if unit in my_dict.keys():
return my_dict[unit]
elif unit in my_dict.values():
return unit
else:
messageWriter(message)
def __init__(self,game,unit,lyn_mode=None,father=None):
assert type(game) in (str,int)
if type(game) == int:
game=str(game)
assert game in (str(n) for n in range(4,10))
if unit != 'L\'Arachel':
unit=unit.capitalize()
if game == '4':
kids=fe4_name_dict('child')
if unit in kids.keys() or unit in kids.values():
father=str(father)
father=father.capitalize()
father=get_true_name(game,father,fe4family='father')
if game == '7':
lyndis_league=character_list(game,file_match='characters_base-stats1')
if unit in lyndis_league:
if lyn_mode is None:
message='Please choose a Boolean value for the \'lyn_mode\' option.'
messageWriter(message)
else:
lyn_mode=None
if (game,unit) == ('7','Nils'):
unit='Ninian'
unit=get_true_name(game,unit)
kwargs={
'game':game,\
'unit':unit,\
'father':father,\
'lyn_mode':lyn_mode
}
self.kwargs=kwargs.copy()
self.unit_info=load_unit_info(**kwargs)
self.game=self.unit_info.pop('Game')
self.unit=self.unit_info.pop('Name')
self.base_class=self.unit_info.pop('Class')
self.base_level=self.unit_info.pop('Level')
self.base_stats=load_character_bases(**kwargs).to_numpy()
self.growth_rates=load_character_growths(**kwargs).to_numpy()
d={}
d['audit']='bases'
d['class_name']=self.base_class
kwargs.update(d)
self.maximum_stats=load_class_maxes(**kwargs).to_numpy()
self.promotions=load_class_promo_list(**kwargs)
if self.promotions is not None:
self.my_levels=[self.base_level,None]
self.my_promotions=self.promotions.copy()
self.my_classes=[self.base_class,None]
else:
self.my_levels=[None,self.base_level]
self.my_promotions=None
self.my_classes=[None,self.base_class]
self.base_levels=self.my_levels.copy()
self.base_classes=self.my_classes.copy()
self.my_maxes=self.maximum_stats.copy()
self.my_stats=array(self.base_stats,dtype='float64')
if self.game == '5':
self.unit_info['Base Growths']=self.growth_rates.copy()
self.unit_info['Scrolls']=list()
dd=DismountData()
self.unit_info['Mounted']=dd.isMounted(self.base_class)
self.stat_names=get_stat_names(self.game)
self.unit_info['Growths Modifier']=None
if self.game in ('4','5'):
self.cutoff=None
elif self.game == '9':
self.cutoff=3
else:
self.cutoff=2
