def main(argv=sys.argv):
SRC_DIR = sys.argv[1]
WACOM_DIR = SRC_DIR + '/WacomRecordings'
TABLET_DIR = SRC_DIR + '/TabletRecordings/O2Collection/'
PRES_DIR= SRC_DIR + '/Pressure'
# Data sheet's destination
W_STAT = 'writer_statistics.md'
CSV_W = 'writer_wacom.csv'
CSV_P = 'writer_pressure.csv'
CSV_T = 'writer_tablet.csv'
JS_W = 'wacom.js'
JS_P = 'pressure.js'
JS_T = 'tablet.js'
s_wacom = Statistic(WACOM_DIR)
s_tablet = Statistic(TABLET_DIR)
s_pressure = Statistic(PRES_DIR)
p_wacom = Printer(s_wacom)
p_pressure = Printer(s_pressure)
p_tablet = Printer(s_tablet)
w_wacom = Writer('Yuanchen', WACOM_DIR)
print("! Generating the data sheet, please do not interrupt !")
# p_wacom.print_csv_to(CSV_W)
# p_pressure.print_csv_to(CSV_P)
# p_tablet.print_csv_to(CSV_T)
# p_wacom.print_js_to(JS_W)
p_pressure.print_js_to(JS_P)
# p_tablet.print_js_to(JS_T)
print("√ Complete! The data sheets were created √")
def main():
if len(sys.argv) < 3:
print("Usage: {0} <result-dump> <tp, tn, fp, fn>".format(sys.argv[0]))
sys.exit()
data = load_dump()
ids = IDS()
ids.logger = logging.getLogger('IDS')
ids.extended = True
ids.flags = flags
ids.load_signature()
ids.data = data[sys.argv[2]]
if flags['threads'] == True:
threads = int(flags['threads_value'])
else:
threads = int(multiprocessing.cpu_count())
if threads < 1:
threads = 1
ids.threads = threads
ids.process_match()
ids.process_sort()
# Create a printing object
printer = Printer()
printer.logger = logging.getLogger('Printer')
printer.ids = ids
ids.process_sort()
printer.print_results()
def main():
if len(sys.argv) < 3:
print("Usage: {0} <result-dump> <tp, tn, fp, fn>".format(sys.argv[0]))
sys.exit()
data = load_dump()
ids = IDS()
ids.logger = logging.getLogger('IDS')
ids.extended = True
ids.flags = flags
ids.load_signature()
ids.data = data[sys.argv[2]]
if flags['threads'] == True:
threads = int(flags['threads_value'])
else:
threads = int(multiprocessing.cpu_count())
if threads < 1:
threads = 1
ids.threads = threads
ids.process_match()
ids.process_sort()
# Create a printing object
printer = Printer()
printer.logger = logging.getLogger('Printer')
printer.ids = ids
ids.process_sort()
printer.print_results()
def show_data(self):
data_length = len(self.data[list(self.data.keys())[0]]['targets'][list(self.data[list(self.data.keys())[0]]['targets'])[0]])
if data_length == 7 or data_length == 8 or data_length == 10:
flags['absolom'] = True
ids = IDS()
ids.logger = logging.getLogger('IDS')
ids.extended = True
ids.flags = flags
ids.load_signature()
ids.data = self.data
printer = Printer()
printer.logger = logging.getLogger('Printer')
printer.ids = ids
ids.process_sort()
printer.print_results()
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
import cmd, os, shelve
from lib.input_prefill import input_prefill
from lib.colorize import Colorize
from lib.printer import Printer
Colorize = Colorize()
printer = Printer()
class DbUtil(object):
def __init__(self):
self.dbCache = []
self.dbPath = './db/'
self.database = None
self.dbData = None
# GENERAL
def add_db_ext(self, data):
'''Append .db in extension'''
if '.db' not in data:
data = data + '.db'
return data
def database_is_open(self):
'''Check if there if there is an open database'''
if self.database is None and self.dbData is None:
return True
from lib.generate_landscape import build_maze
from lib.printer import Printer
from lib.astar_path import AstarPath
from lib.heuristics import *
from lib.sorting import QuickSort
from lib.neighbour_offsets import complete, half
from lib.swag_formatter import SwagFormatter
swag = ['lamp', 'robot', 'ninja', 'book', 'sword']
maze_and_start = build_maze(25, 15, swag)
e = AstarPath(maze_and_start[0], maze_and_start[1], maze_and_start[2],
manhattan, complete)
m = AstarPath(maze_and_start[0], maze_and_start[1], maze_and_start[2],
euclidean, complete)
printed_maze = Printer([row[:] for row in maze_and_start[0]])
e_print = Printer([row[:] for row in maze_and_start[0]])
m_print = Printer([row[:] for row in maze_and_start[0]])
e.find_paths()
m.find_paths()
printed_maze.print()
print()
print('--------------------------------------------------')
print()
print("Manhattan")
print()
e_print.overlay_path(e.path.get(maze_and_start[2])).print()
print()
e_swag = e.swag_list_for(maze_and_start[2])
from lib.generate_landscape import build_maze
from lib.printer import Printer
from lib.dijkstras_path import DijkstrasPath
from lib.astar_path import AstarPath
from lib.heuristics import euclidean
from lib.sorting import QuickSort, MergeSort
from lib.neighbour_offsets import complete, half
from lib.swag_formatter import SwagFormatter
swag = ['lamp', 'robot', 'ninja', 'book', 'sword']
maze_and_start = build_maze(25, 15, swag)
d = DijkstrasPath(maze_and_start[0], maze_and_start[1], complete)
a = AstarPath(maze_and_start[0], maze_and_start[1], maze_and_start[2],
euclidean, complete)
printed_maze = Printer([row[:] for row in maze_and_start[0]])
d_print = Printer([row[:] for row in maze_and_start[0]])
a_print = Printer([row[:] for row in maze_and_start[0]])
d.find_paths()
a.find_paths()
printed_maze.print()
print()
print('--------------------------------------------------')
print()
print("Dijkstra's")
print()
d_print.overlay_path(d.path.get(maze_and_start[2])).print()
print()
d_swag = d.swag_list_for(maze_and_start[2])
def __init__(self):
self._app = App(Printer())
from lib.app import App
from lib.printer import Printer
from controllers.hello import Hello
from controllers.help import Help
app = App(Printer())
commands = {"help": Help, "hello": Hello}
app.register_commands(commands)
