def get_env():
season = 'season'
time = 'time'
inside = 'inside'
outside = 'outside'
keys = [season, time, inside, outside]
return Generator(context='Environment', keys=keys)
def on_enter(self):
gen = Generator()
edit_grid = GridLayout()
edit_grid.cols = 4
edit_grid.rows = 4
edit_grid.padding = 10
for key in gen.lst:
box = BoxLayout()
box.orientation = 'vertical'
box.padding = 10
label = Label()
label.text = key
label.size_hint = (1, .25)
text_input = EditorText()
text_input.multiline = True
text_input.text = self.get_values(gen.lst[key])
text_input.id = key
button = Button(text='Submit')
button.size_hint = (1, .25)
button.bind(on_press=text_input.update_item)
box.add_widget(label)
box.add_widget(text_input)
box.add_widget(button)
edit_grid.add_widget(box)
button = Button()
button.text = 'Done'
button.size_hint = (1, .25)
button.bind(on_press=self.load_art_tools_main)
edit_grid.add_widget(button)
self.add_widget(edit_grid)
def update_item(self, *args):
gen = Generator()
items = self.text.strip().split('\n')
items.sort()
items = set(items)
gen.lst[self.id] = list(filter(None, items))
gen.export_lst()
def get_character():
shape = 'shapes'
nature = 'physical nature'
characteristic = 'distinguishing characteristic'
keys = [shape, nature, characteristic]
return Generator(context='Character', keys=keys)
def get_exercise():
exercise = 'exercise'
keys = [exercise]
return Generator(context='Exercise', keys=keys)
def get_items():
items = 'items'
keys = [items]
return Generator(context='Items', keys=keys)
def get_study():
study = 'study'
anatomy = 'anatomy'
emotion = 'emotion'
keys = [study, anatomy, emotion]
return Generator(context='Study', keys=keys)
def test_convert_file_to_array():
expected = ['Hello', 'Please', 'Convert', 'Me', 'To', 'Array']
converted_file = Generator.convert_file_to_array(
f'.\\tests\\file_to_convert_to_array.txt')
assert expected == converted_file
def gen():
yield Generator()