def create_table(table_container):
global single_vector_input
global preference_vector
if custom_preference_vector is not None:
pref_v = custom_preference_vector
else:
pref_v = random_table()
single_vector_input = []
container = table_container.get_container()
container.clear()
top_size = int(top_offset * 0.6)
left_size = int(left_offset * 3.0)
vertical_offset = top_offset
horizontal_offset = int(left_offset * 3.5)
for i in range(n_voters):
vector_input = gui.create_input(
pygame,
ui_manager,
size=(left_size, top_size),
container=table_container,
position=(0, vertical_offset * i),
)
single_vector_input.append(vector_input)
voter_name_label = gui.create_label(
pygame,
ui_manager,
size=(left_size, top_size),
text='Voter ' + str(i + 1),
container=table_container,
position=(horizontal_offset, vertical_offset * i),
)
container.add_element(vector_input)
container.add_element(voter_name_label)
for j in range(n_preferences):
voter_pref = str(pref_v[i][j])
preference_label = gui.create_label(
pygame,
ui_manager,
size=(left_size, top_size),
text=voter_pref,
container=table_container,
position=(horizontal_offset * (j + 2), vertical_offset * i),
)
container.add_element(preference_label)
table_container.set_scrollable_area_dimensions(
(1000, n_voters * vertical_offset))
def init_runtime_ui():
global generate_table_button
global execute_voting_conditions_button
global voting_schemes_dropdown
global voting_strategies_dropdown
gui.create_label(pygame,
ui_manager,
position=(int(left_offset * 1.0), int(top_offset * 12.0)),
size=(int(left_offset * 14.0), int(top_offset * 1.0)),
text='Runtime')
voting_schemes_dropdown = gui.create_dropdown_button(
pygame,
ui_manager,
opt_list=voting_schemes,
position=(int(left_offset * 1.0), int(top_offset * 13.5)),
size=(int(left_offset * 6.0), int(top_offset * 1.0)))
voting_strategies_dropdown = gui.create_dropdown_button(
pygame,
ui_manager,
opt_list=voting_strategies,
position=(int(left_offset * 1.0), int(top_offset * 14.5)),
size=(int(left_offset * 6.0), int(top_offset * 1.0)),
)
voting_strategies_dropdown.selected_option = ''
generate_table_button = gui.create_button(
pygame,
ui_manager,
text='Generate voters table',
position=(int(left_offset * 9.0), int(top_offset * 13.5)),
size=(int(left_offset * 6.0), int(top_offset * 1.0)))
execute_voting_conditions_button = gui.create_button(
pygame,
ui_manager,
text='Execute voting conditions',
position=(int(left_offset * 9.0), int(top_offset * 14.5)),
size=(int(left_offset * 6.0), int(top_offset * 1.0)))
def create_table_ui():
gui.create_label(
pygame,
ui_manager,
position=(int(left_offset * 15.5), int(top_offset * 1.0)),
size=(int(left_offset * 3.0), int(top_offset * 1.0)),
text='Preference Vector',
)
gui.create_label(
pygame,
ui_manager,
position=(int(left_offset * 19.0), int(top_offset * 1.0)),
size=(int(left_offset * 3.0), int(top_offset * 1.0)),
text='Voter Name',
)
gui.create_label(
pygame,
ui_manager,
position=(int(left_offset * 22.5), int(top_offset * 1.0)),
size=(int(left_offset * 2.0), int(top_offset * 1.0)),
text='Pref...',
)
rect = pygame.Rect((int(left_offset * 15.5), int(top_offset * 2.5)),
(int(left_offset * 9.0), int(top_offset * 12.0)))
table_container = UIScrollingContainer(
relative_rect=rect,
manager=ui_manager,
)
return table_container
def init_settings_ui():
global randomize_n_voters_button
global number_votes_input
global randomize_n_preferences_button
global number_preferences_input
global preference_vector_input
global save_preference_vector_button
global response_label
# init n voters ui
gui.create_label(pygame,
ui_manager,
position=(int(left_offset * 1.0), int(top_offset * 2.2)),
text='Number of voters',
size=(int(left_offset * 4.0), int(top_offset * 1.0)))
number_votes_input = gui.create_input(pygame,
ui_manager,
size=(int(left_offset * 3.0),
int(top_offset * 0.6)),
position=(int(left_offset * 5.5),
int(top_offset * 2.5)))
number_votes_input.set_allowed_characters('numbers')
number_votes_input.set_text_length_limit(3)
number_votes_input.set_text(str(n_voters))
randomize_n_voters_button = gui.create_button(
pygame,
ui_manager,
text='Randomize number of voters',
size=(int(left_offset * 6.0), int(top_offset * 1.0)),
position=(int(left_offset * 9.0), int(top_offset * 2.2)))
# init n preferences ui
gui.create_label(pygame,
ui_manager,
position=(int(left_offset * 1.0), int(top_offset * 3.7)),
text='Number of preferences',
size=(int(left_offset * 4.0), int(top_offset * 1.0)))
number_preferences_input = gui.create_input(
pygame,
ui_manager,
size=(int(left_offset * 3.0), int(top_offset * 0.6)),
position=(int(left_offset * 5.5), int(top_offset * 4.0)))
number_preferences_input.set_allowed_characters('numbers')
number_preferences_input.set_text_length_limit(3)
number_preferences_input.set_text(str(n_preferences))
randomize_n_preferences_button = gui.create_button(
pygame,
ui_manager,
text='Randomize number of preferences',
size=(int(left_offset * 6.0), int(top_offset * 1.0)),
position=(int(left_offset * 9.0), int(top_offset * 3.7)))
# init vector initialization
gui.create_label(
pygame,
ui_manager,
position=(int(left_offset * 1.0), int(top_offset * 5.2)),
text='Preference vector (two dimensional python array [[]])',
size=(int(left_offset * 14.0), int(top_offset * 1.0)))
preference_vector_input = gui.create_input(
pygame,
ui_manager,
size=(int(left_offset * 7.5), int(top_offset * 0.6)),
position=(int(left_offset * 1.0), int(top_offset * 6.7)))
save_preference_vector_button = gui.create_button(
pygame,
ui_manager,
text='Save preference vector',
size=(int(left_offset * 6.0), int(top_offset * 1.0)),
position=(int(left_offset * 9.0), int(top_offset * 6.5)))
response_label = gui.create_text_display(pygame,
ui_manager,
position=(int(left_offset * 1.0),
int(top_offset * 8)),
size=(int(left_offset * 14.0),
int(top_offset * 1.2)))
n_preferences = n
number_preferences_input.set_text(str(n_preferences))
if __name__ == "__main__":
init_settings()
init_pygame()
ui_manager = gui.init_ui(screen_size)
output_console = gui.create_text_box(pygame,
ui_manager,
size=output_console_size,
position=output_console_position)
gui.create_label(pygame,
ui_manager,
position=(left_offset, int(top_offset * 0.7)),
size=(int(left_offset * 14.0), int(top_offset * 1.0)),
text='Settings')
init_settings_ui()
# create buttons for choosing algorithms and running the code
init_runtime_ui()
table_container = create_table_ui()
running = True
vector_string = "[[0, 1],[1, 0]]"
preference_vector_input.set_text(vector_string)
parsed_vector = parse_vector(vector_string)
custom_preference_vector = parsed_vector