def run_all_misc_clustering( rad, date_range, boxcox=False, norm=True, params=["bmnum", "slist", "elv", "time_index", "v", "w_l"], methods=["bang", "clique"]): """ Invoke all misc clustering algorithm rad: Radar code date_range: Date range """ fd = FetchData(rad, date_range) beams, _ = fd.fetch_data( v_params=["elv", "v", "w_l", "gflg", "p_l", "slist", "v_e"]) rec = fd.convert_to_pandas(beams) rec["time_index"] = utils.time_days_to_index( [x.to_pydatetime() for x in rec["time"].tolist()]) if boxcox: rec = utils.boxcox_tx(rec) if norm: rec = utils.normalize(rec, params) print("\n", rec.head()) for method in methods: print("\n >> Running {c} clustering".format(c=method)) model = Misc(method, rec[params].values) model.setup() model.run() print("\n Estimating model skills.") skill = Skills(model.data, model.obj.labels_) return
def invoke_checklocaladminaccess(target_computername, domain, user, password=str(), lmhash=str(), nthash=str()): misc = Misc(target_computername, domain, user, password, lmhash, nthash) return misc.invoke_checklocaladminaccess()
def compose_publication(zipped_publication): grouped_publication = group_publication(zipped_publication) authors = Author.parse_authors(grouped_publication.get("T_AUTHOR")) source = Source(grouped_publication.get("T_JOURNAL")) misc = Misc(grouped_publication.get("T_LOCATION"), grouped_publication.get("T_PUBLISHER"), grouped_publication.get("T_YEAR"), grouped_publication.get("T_VOLUME"), grouped_publication.get("T_PAGES")) return Publication(grouped_publication.get("T_TITLE"), authors, source, misc)
def __init__(self): self.profile = Profile() self.option = Option() self.kmatrix = Profile() self.chanprof = Chanprof() self.emissivity = Emissivity() self.reflectance = Reflectance() self.misc = Misc() self.scaled = False self.scalecoef = 1.0 self.scaledfirst = True
def trim_msa(self, options): """ Trim an untrimmed archaea or bacterial MSA file.""" if options.reference_mask in ['bac', 'arc']: mask_type = "reference" mask_id = options.reference_mask else: mask_type = "file" mask_id = options.mask_file misc = Misc() misc.trim_msa(options.untrimmed_msa, mask_type, mask_id, options.output) self.logger.info('Done.')
def read(self, filename): f = h5py.File(filename, 'r') # get the Dataset h5 = f['/RADIANCE/'] self.loadh5(h5) # Load self.loadh5(h5) h5 = f['/MISC/'] self.misc = Misc() self.misc.loadh5(h5) f.close()
def check_install(self): """ Verify all GTDB-Tk data files are present.""" self.logger.warning("Running install verification") misc = Misc() misc.check_install() self.logger.info('Done.')
def export_msa(self, options): """Export the untrimmed archaeal or bacterial MSA file.""" misc = Misc() misc.export_msa(options.domain, options.output) self.logger.info('Done.')
def __init__(self, title=None, author=None, source=None, misc=None): self.title = title if title else "" self.source = source if source else Source() self.misc = misc if misc else Misc() self.author = author if author else [Author()]
from graph import Graph from misc import Misc from algo import Algo WINDOW_SIZE = (1200,800) BACKGROUND = (255,255,255) #Create the screen screen = pygame.display.set_mode(WINDOW_SIZE) #title and icon pygame.display.set_caption("Demo") #misc functions misc = Misc(screen) def play(data,thief,police,goals): #init graph graph = Graph(screen,data,thief,police,goals) #init algo algo = Algo(data[2]) #main loop running = True #limit for num of turns limit=20 #gameover var gameover = False
elif (key == 51): reportes.scoreBoard_report(scoreBoard) misc.imprimir("Score Board report generated successfully!") elif (key == 52): reportes.users_report(usuarios) misc.imprimir("Users Report generated successfully!") misc.clear_scr() stdscr = curses.initscr() #initialize console window = curses.newwin(max_x, max_y, 0, 0) #create a new curses window window.keypad(True) #enable Keypad mode curses.noecho() #prevent input from displaying in the screen curses.curs_set(0) #cursor invisible (0) paint_menu(window) misc = Misc(window, max_x, max_y) true_game = snake_game(None, max_x, max_y, window, usuario) true_snake = true_game.get_new_snake() pausa = False keystroke = -1 while (keystroke == -1): keystroke = window.getch() #get current key being pressed if (keystroke == 49): #1 misc.clear_scr() paint_title(window, ' PLAY ') if (usuario is None): misc.clear_scr() misc.print_title("Creacion de Usuario:") newUser = misc.getString() usuarios.agregar(newUser) usuario = newUser
from secret import Secrets # Used to get Discord API key import discord # Used to easily interact with discord API import os # Used to get path of execution # Gets current directory d = os.path.abspath(os.path.dirname(__file__)) # Gets Discord API key, sets discord client getSecret = Secrets() TOKEN = getSecret.discord() client = discord.Client() # Classes for events hb = HexBot() sp = Misc() yt = YouTubeApi() sh = Search() # Used to concatenate a string together using commas async def hexbot_multi_value_split(msg_list): values = '' for i in range(len(msg_list) - 2): values += msg_list[i+2].lstrip('#') + ',' if i == 24: # Limit to the amount of colours used break return values[:-1] # Used for requesting multiple values for a sort type, saves and returns file names and folder directory
import mouse """ Python-Macro for fortnite Features: Fast-Mining, Accuracy Recoil Control Author: fdnflm ex FadinFlame ex YourPollution """ """ BINDS """ key_grenade = "five" # *throwable weapon, this is really important key_pickaxe = "f" key_fastfarm = "alt" key_recoil_activation = 0x71 # F2, Set your own if you want. Like: 0x + key. Virtual key codes - https://api.farmanager.com/ru/winapi/virtualkeycodes.html key_recoil = "]" recoil_method = 1 # 1 - stable, 2 - unstable script_version = "1.4" misc = Misc() scripts = Scripts() def logo(): print("""\ ____ __ __ | _ \ _ _ | \/ | __ _ ___ _ __ ___ | |_) | | | | _____ | |\/| |/ _` |/ __| '__/ _ \ | __/| |_| | |_____| | | | | (_| | (__| | | (_) | |_| \__, | |_| |_|\__,_|\___|_| \___/ |___/ """) def general():