def VStats(infile, axis='x', rmax=10.): # Read in data from file time, total, data = read(infile) # Limit selection to bulge particles ind = np.where(data == 3)[0] bulge = data[ind] # Compute center-of-mass position and velocity time, com, vcom = COM(infile, 3, tol=0.5) # Calibrate position and velocity relative to COM pos = bulge[:, 2:5] - com vel = bulge[:, 5:8] - vcom # Select only particles within rmax r = np.sqrt(np.sum(pos**2, axis=1)) ind = np.where(r <= rmax)[0] vel = abs(vel[ind]) # Compute mean velocity and dispersion along specified axis if axis == 'x': mean = np.mean(vel[:, 0]) sigma = np.std(vel[:, 0]) elif axis == 'y': mean = np.mean(vel[:, 1]) sigma = np.std(vel[:, 1]) else: mean = np.mean(vel[:, 2]) sigma = np.std(vel[:, 2]) print mean, sigma # Return results return mean, sigma
async def on_member_join(member): global member_join_time member_join_time = time() json_file = loads(read('config.json')) black_lista = [ json_file['black_list'][key] for key in json_file['black_list'] ] if member.id in black_lista: await member.ban() json_rem('config.json', ['black_list', str(member.id)]) return image = discord_file('resources/join.gif', 'Witamy.gif', False) await vrb.ver_chan.send( f"Witamy serdecznie {member.display_name} na serwerze FurHeaven. Celem tego miejsca jest zrzeszanie osob interesujacych sie tematyka furry. Jest tu sporo osob z ktorymi mozna pogadac na przerozne tematy. Mamy nadzieje, ze bedzie Ci tu z nami milo :grin:\nOdpowiedz tylko na pięć pytań.\n1. Ile masz lat?\n2. Czy jestes futrzakiem?\n3. Czy przeczytales regulamin i bedziesz go przestrzegac?\n4. Mężczyzna/Kobieta?\n5. Skąd masz zaproszenie?\n\nJeżeli odpowiedziałeś/aś na pytania a nikt z moderacji ani administracji jeszcze nic nie zrobił, oznacz kogoś z nich, na pewno od razu przeprowadzą weryfikację :3", file=image) image = discord_file('resources/join.mp4', 'Witamy.mp4', False) await vrb.main_chan.send( f"<@{member.id}> wlasnie wbil/a na serwer! Zaraz powinien/na do nas dolaczyc.", file=image) for role in vrb.dividing_roles: await member.add_roles(role) await vrb.commands_chan.send(embed=user_info(vrb.host, member, True)) sleep(5) await vrb.ver_chan.send(f'<@{member.id}>') msg = await vrb.ver_chan.send(vrb.host.mention) await msg.delete()
async def on_raw_reaction_remove(payload): json_file = loads(read('config.json')) single_roles_orientations = json_file['autoroles'][ 'single_roles_orientations'] guild = client.get_guild(payload.guild_id) channel = client.get_channel(payload.channel_id) message = await channel.fetch_message(payload.message_id) member = guild.get_member(payload.user_id) if not channel == vrb.autoroles_chan1 and not channel == vrb.autoroles_chan2 or member == client.user: return if len(message.content.split('\n')) > 1: role_name = message.content.split('\n')[-1].split(' - ')[0][2:-2] elif len(message.embeds) == 0: role_name = message.content.split(' - ')[0][2:-2] else: role_name = message.embeds[0].fields[0].name role = get(guild.roles, name=role_name) await member.remove_roles(role) if role.id in single_roles_orientations and not chk_list_cohesion( [role.id for role in member.roles], single_roles_orientations): await member.add_roles(vrb.nie_zarucham)
async def rment(ctx, *, role: Role): if not ctx.channel == vrb.game_chan: await ctx.send('To nie jest kanał od gier') return if not role in search_in_list(ctx.guild.roles[::-1], vrb.dividing_games, vrb.dividing_channels)[2:-1]: await ctx.send('To nie jest rola od gier') return await ctx.message.delete() roles = loads(read('commands/role_mentions.json'))['roles'] c_time = time() if not str(role.id) in list(roles): json_add('commands/role_mentions.json', ['roles'], {str(role.id): c_time}) await role.edit(mentionable = True) await ctx.send(f'{ctx.author.mention} wzmienia {role.mention}') await role.edit(mentionable = False) return for r_id in roles: if r_id == str(role.id): if c_time - roles[r_id] >= 3600: json_add('commands/role_mentions.json', ['roles'], {r_id: c_time}) await role.edit(mentionable = True) await ctx.send(f'{ctx.author.mention} wzmienia {role.mention}') await role.edit(mentionable = False) return else: how_long = int((3600 - (c_time - roles[r_id])) / 60) await ctx.send(f'Musisz jeszcze poczekać {how_long} minut aby znów oznaczyć tą rolę') return
async def exclude(ctx, *, role: Role): if not vrb.adm_role in ctx.author.roles: return json_file = loads(read('config.json')) excluded = json_file['autoroles']['excluded'] excluded.append(role.id) json_add('config.json', ['autoroles'], {'excluded': excluded}, True) await ctx.send('Pomyślnie dodałem rolę do wykluczonych')
async def loop_10m(): now = datetime.now().timestamp() json_file = loads(read('events.json')) events = json_file['all']['events'] for event in events: print(now, float(event), now > float(event)) if now > float(event): temp = 0 chan = client.get_channel(events[event]['cid']) msg = await chan.fetch_message(events[event]['mid']) opis = events[event]['desc'] embed = Embed(title='Przypominajka o evencie!', timestamp=datetime.utcnow()) embed.add_field(name=opis.split(' /// ')[0], value=' '.join(opis.split(' /// ')[1:])) react_num = len(msg.reactions) for react in msg.reactions: async for user in react.users(limit=None, after=None): if user == client.user: continue try: await user.send(embed=embed) temp += 1 except: pass json_rem('events.json', ['all', 'events', event]) await vrb.host.send( f'Wysłano wiadomości przypominające do {temp} osób, zareagowało {react_num} osób\n**Nie zapomnij pousuwać 3 części kodu z tej komendy po przeprowadzeniu testu!**' )
def test_get_data(self, obj): a = Mock() a.keys.return_value = ["student1", "student2"] a.lrange.return_value = ["subject1", "rate1"] obj.return_value = a self.assertEqual(read(), [['student1', 'student2'], [['subject1', 'rate1'], ['subject1', 'rate1']]])
def search_file(p_path, p_file_name): try: print(f'\nLog: looking for file in {p_path}') with open(rf"{p_path}\\" + f"{p_file_name}", "r+") as f: print('Log: file was found successfully!\n') return f.read() except IOError: print('ERROR: file was not found\n') exit(0)
def index(): ser_values = func.read() ver = ser_values[0] hor = ser_values[1] step = ser_values[2] data = {"ver": ver, "hor": hor, "step": step} print("vertikální osa: " + str(ver)) print("horizontální osa: " + str(hor)) return render_template("camera.html", data=data)
async def loop_1(): json_file = loads(read('config.json')) invitki = json_file['user_invs'] #reset zaproszen if datetime.now().strftime('%H') == '05': for i in invitki: json_rem('config.json', ['user_invs', i]) #zapisywanie permisji kanałów for channel in vrb.guild.text_channels: if loads(read('commands/for_host/silence.json'))['silenced'] != True: json_add('commands/for_host/silence.json', ['saved_perms'], {str(channel.id): {}}, True) for role in channel.changed_roles: perms = dict(channel.overwrites_for(role)) sorted_perms = {} for perm in perms: if perms[perm] != None: sorted_perms[perm] = perms[perm] json_add('commands/for_host/silence.json', ['saved_perms', str(channel.id)], {str(role.id): sorted_perms}, True)
def InitTimezone(self): langlist = [] f = open('/opt/installer/zone.csv') lines = f.read().split('\n') for line in lines: words = line.split("\"") if len(words) >= 5: langlist.append(words[5]) langlist.sort() for lang in langlist: self.Timezone.Append(lang) f.close()
def loadBadCh(self): filename = os.path.join(self.pathName, 'Artifacts', 'badChannels.txt') if os.path.exists(filename): with open(filename) as f: badChannels = f.read() print 'Bad Channels : {}'.format(badChannels) else: os.mkdir(os.path.join(self.pathName, 'Artifcats')) with open(filename, 'w') as f: f.write('') f.close() badChannels = [] return badChannels
async def zw(ctx, *, info): if info == 'delete': try: json_rem('commands/zw.json', ['dnd', str(ctx.author.id)]) await ctx.send('Pomyślnie usunąłem twoje zw') except: await ctx.send('Aktualnie nie masz żadnego ustawionego zw') elif info == 'check': try: user_zw = loads(read('commands/zw.json'))['dnd'][str( ctx.author.id)] await ctx.send(f'Oto twoje obecne zw```{user_zw}```') except: await ctx.send('Aktualnie nie masz żadnego ustawionego zw') else: json_add('commands/zw.json', ['dnd'], {str(ctx.author.id): info}, True) await ctx.send('Pomyślnie zaktualizowałem twoje zw')
async def putinbox(ctx, *, member: Member): json_file = loads(read('config.json')) put_in_box = json_file['put_in_box'] if ctx.author.id in [put_in_box[key] for key in put_in_box]: await ctx.send( 'Wyczerpałeś swój limit wkładania futrzaków do pudełek na dziś') return if member.bot: if member.id == client.user.id: await ctx.send('Ja ne ce do pudeuka :<') else: await ctx.send( 'Nie wsadzaj bota do pudełka :< on sam potem z niego nie umie wyjść' ) return json_add('config.json', ['put_in_box', str(ctx.author.id)], ctx.author.id) await ctx.send(f'*<@{ctx.author.id}> wkłada <@{member.id}> do pudełka* uwu' ) await member.edit(nick=f'{member.display_name} in a box')
def add_body(name,col1,col2,path,mass,pos,hv,vv): bodies["name{0}".format(bodies["num"])] = name bodies["mass{0}".format(bodies["num"])] = mass bodies["color{0}".format(bodies["num"])] = col1 bodies["text{0}".format(bodies["num"])] = {} bodies["pos{0}".format(bodies["num"])] = pos bodies["hv{0}".format(bodies["num"])] = hv bodies["vv{0}".format(bodies["num"])] = vv bodies["rot{0}".format(bodies["num"])] = 0 if path != "": text = read("\Textures" + path).split("\n") for i in range(len(text)): bodies["text{0}".format(bodies["num"])][i] = [] for j in text[i]: if j == "#": bodies["text{0}".format(bodies["num"])][i].append(col2) elif j == "'": bodies["text{0}".format(bodies["num"])][i].append(col1) bodies["num"] += 1
def PhaseDiagram(infile, ptype=3, p_axis='x', v_axis='y'): # Read in data from file time, total, data = read(infile) # Select particles of specified type ind = np.where(data == ptype)[0] data = data[ind] # Normalize positions and velocities time, com, vcom = COM(infile, ptype, tol=0.1) pos = data[:, 2:5] - com vel = data[:, 5:8] - vcom # Extract relevant columns if p_axis == 'x': pos = pos[:, 0] elif p_axis == 'y': pos = pos[:, 1] else: pos = pos[:, 2] if v_axis == 'x': vel = vel[:, 0] elif v_axis == 'y': vel = vel[:, 1] else: vel = vel[:, 2] # Set plot limits p_lim, v_lim = 50., 450. # Plot phase diagram from matplotlib.colors import LogNorm plt.hist2d(pos, vel, range=[[-p_lim, p_lim], [-v_lim, v_lim]], bins=100, norm=LogNorm()) p_label = p_axis+' distance (kpc)' v_label = v_axis+' velocity (km/s)' plt.xlabel(p_label) plt.ylabel(v_label) ax = plt.gca() ax.set_axis_bgcolor('black') plt.show()
def meniu(): optiuni() opt = int(input("Optiune:\n")) while opt != 0: if opt == 1: k = int(input("Numarul solutiilor (k):\n")) nr_executii = int(input("Numarul de executii:\n")) obj = functions.read("rucsac-5.txt") algoritm.kSolutions(k, obj, nr_executii, "solutiiCA5.txt") print("done\n") opt = int(input("Optiune:\n")) if opt == 2: k = int(input("Numarul solutiilor (k):\n")) nr_executii = int(input("Numarul de executii:\n")) obj = functions.read("rucsac-20.txt") algoritm.kSolutions(k, obj, nr_executii, "solutiiCA20.txt") print("done\n") opt = int(input("Optiune:\n")) if opt == 3: k = int(input("Numarul solutiilor (k):\n")) nr_executii = int(input("Numarul de executii:\n")) obj = functions.read("rucsac-200.txt") algoritm.kSolutions(k, obj, nr_executii, "solutiiCA200.txt") print("done\n") opt = int(input("Optiune:\n")) if opt == 4: k = int(input("Numarul solutiilor (k):\n")) nr_executii = int(input("Numarul de executii:\n")) obj = functions.read("rucsac-5.txt") algoritm.hillClimbing(k, obj, nr_executii, "solutiiHC5.txt") print("done\n") opt = int(input("Optiune:\n")) if opt == 5: k = int(input("Numarul solutiilor (k):\n")) nr_executii = int(input("Numarul de executii:\n")) obj = functions.read("rucsac-20.txt") algoritm.hillClimbing(k, obj, nr_executii, "solutiiHC20.txt") print("done\n") opt = int(input("Optiune:\n")) if opt == 6: k = int(input("Numarul solutiilor (k):\n")) nr_executii = int(input("Numarul de executii:\n")) obj = functions.read("rucsac-200.txt") algoritm.hillClimbing(k, obj, nr_executii, "solutiiHC200.txt") print("done\n") opt = int(input("Optiune:\n"))
async def inv(ctx): json_file = loads(read('config.json')) user_invs = json_file['user_invs'] await ctx.message.delete() if ctx.author.id in [user_invs[key] for key in user_invs]: await ctx.send( 'Już dziś prosiłeś o jedno zaproszenie\nJeżeli chcesz więcej, poproś o nie kogoś z zarządu' ) return await ctx.channel.create_invite(max_age=1800, max_uses=1) zapki = await ctx.channel.invites() for i in zapki: if i.inviter == client.user and i.created_at.strftime( '%M') == datetime.now().strftime('%M'): inv = i.code json_add('config.json', ['user_invs', str(ctx.author.id)], ctx.author.id) await ctx.author.send( f'Oto zaproszenie dla ciebie https://discord.gg/{inv}\nWażne 30 minut, jedno użycie' ) await vrb.tech_chan.send( f'Wysłałem zaproszenie do {ctx.author.name} aka {ctx.author.display_name}' )
print('Conversion succeed.') try: file = docx.Document(filename) except: print('Converting "' + filename + '" into "' + filename + 'x" file...') filename = doc2docx(filename) print('Conversion succeed.') file = docx.Document(filename) try: answer = docx.Document(answer_name) except: print('Converting "' + answer_name + '" into "' + answer_name + 'x" file...') answer_name = doc2docx(answer_name) print('Conversion succeed.') answer = docx.Document(answer_name) ws, wb, y, m, l = f.add_sheet(file.paragraphs[0].text, output_name) mark = f.check_type(filename) answer_list = f.read_answer(answer, ws) f.read(file, answer_list[-5:], ws, wb, y, m, l, mark, output_name) f.replace(ws, ['_', '_'], '<under2></under2>') wb.save(output_name) print('The database is successfully output to "' + output_name + '".') input('Press any key to exit') except Exception as e: print(traceback.format_exc())
def DiskStatPlot(galaxy, snap, dirname='.', fnum=0, rmax=50): # Construct filename infile = galaxy + '_%03d.txt' % snap # Read in data from file time, total, data = read(infile) # Compute COM and shift to COM frame time, com, vcom = COM(infile, 3, tol=0.5) pos = data[:, 2:5] - com vel = data[:, 5:8] - vcom # Select only disk particles ind = np.where(data == 2)[0] pos, vel = pos[ind], vel[ind] # Select region for plotting r = np.sqrt(np.sum(np.square(pos), axis=1)) ind = np.where(r < rmax)[0] pos, vel = pos[ind], vel[ind] # Rotate coordinate system to angular momentum frame pos, vel = AngMomShift(pos, vel) # Plot disk with statistics from matplotlib.colors import LogNorm plt.subplot(221) # xy-plane plt.hist2d(pos[:, 0], pos[:, 1], range=[[-rmax, rmax], [-rmax, rmax]], bins=100, norm=LogNorm()) ax = plt.gca() ax.set_axis_bgcolor('black') ax.set_aspect('equal', adjustable='box') plt.xlabel('x (kpc)') plt.ylabel('y (kpc)') title = 't = ' + '%d' % time + ' Myr' ax.set_title(title) plt.subplot(223) # xz-plane plt.hist2d(pos[:, 0], pos[:, 2], range=[[-rmax, rmax], [-rmax, rmax]], bins=100, norm=LogNorm()) ax = plt.gca() ax.set_ylim([-rmax, rmax]) ax.set_axis_bgcolor('black') ax.set_aspect('equal', adjustable='box') plt.xlabel('x (kpc)') plt.ylabel('z (kpc)') plt.subplot(222) # z histogram z_disp = np.std(pos[:, 2]) zrange = 3*z_disp plt.hist(pos[:, 2], bins=100, range=[-zrange, zrange]) plt.xlabel('z (kpc)') ax = plt.gca() ax.set_xlim([-zrange, zrange]) plt.subplot(224) # vz histogram vz_disp = np.std(vel[:, 2]) vzrange = 3*vz_disp plt.hist(vel[:, 2], bins=100, range=[-vzrange, vzrange]) plt.xlabel(r'v$_z$ (km s$^{-1}$)') ax = plt.gca() ax.set_xlim([-vzrange, vzrange]) # Save plot frame = '%03d' % fnum if '/' in galaxy: fgalaxy = galaxy.split('/')[-1] else: fgalaxy = galaxy figname = dirname + '/' + fgalaxy + '_' + frame + '.png' plt.savefig(figname) plt.clf() # Return time and dispersion values return time, z_disp, vz_disp
def DiskRange(galaxy, first, last, rmax=50, axes='xy'): print galaxy, first, last, axes # Create subfolder in which to place images firststr, laststr = '%03d' % first, '%03d' % last if '/' in galaxy: fgalaxy = galaxy.split('/')[-1] else: fgalaxy = galaxy dirname = fgalaxy + '_' + firststr + '_' + laststr + '_' + axes print dirname import os if not os.path.isdir(dirname): os.makedirs(dirname) # Loop over snap range i = 0 for snap in range(first, last+1): # Construct file name snapstr = '%03d' % snap infile = galaxy + '_' + snapstr + '.txt' print infile # Read in data from file time, total, data = read(infile) # Compute COM and shift to COM frame time, com, vcom = COM(infile, 3, tol=0.5) pos = data[:, 2:5] - com vel = data[:, 5:8] - vcom # Select region for plotting r = np.sqrt(np.sum(np.square(pos), axis=1)) pos = pos[np.where(r < rmax and data == 2)[0]] vel = vel[np.where(r < rmax and data == 2)[0]] # Rotate coordinate system to angular momentum frame pos, vel = AngMomShift(pos, vel) # Select axes if axes == 'xy': x1 = pos[:, 0] x2 = pos[:, 1] elif axes == 'xz': x1 = pos[:, 0] x2 = pos[:, 2] else: x1 = pos[:, 1] x2 = pos[:, 2] # Plot disk and plane from matplotlib.colors import LogNorm plt.hist2d(x1, x2, bins=100, range=[[-rmax, rmax], [-rmax, rmax]], norm=LogNorm()) ax = plt.gca() ax.set_axis_bgcolor('black') plt.gca().set_aspect('equal', adjustable='box') # Save figure frame = '%03d' % i figname = dirname + '/' + fgalaxy + '_' + frame + '.png' plt.savefig(figname) # Increment frame number i += 1
import functions as func inputpath = 'inventory.csv' func.read(inputpath)
import functions as fun import warnings if __name__ == "__main__": warnings.filterwarnings("ignore") LABELS = True #Wczytanie danych data = fun.read("all_summary.txt",";") test_data = fun.read("test_data.txt",",") #filtrowanie danych data = fun.filter_data(data,["DA","DC","DT","DU","DG", "DI","UNK","UNX","UNL","PR","PD","Y1","EU","N","15P","UQ","PX4", "NAN"]) if(LABELS): labels = fun.read("labels.txt",",") data['res_name']=labels['res_name_group'] #uczenie fun.learn(data,test_data)
############################################## ### Get time, score & fouls from API based on ### gameId in gameId.txt ############################################## # import modules import websocket import json import time from functions import read, write, format_timeRemaining, initial_call # setup variables path = 'data/' url = read('apiURL.txt') gameId = '' timeRemaining = 600000 # make subscribe message subscribe = {} subscribe['apiName'] = "TvFeedApiV3" subscribe['apiCommand'] = "subscribe" subscribe['apiKey'] = read('apiKey.txt') subscribe['requestId'] = "test connection" subscribe['eventId'] = read('eventId.txt') # setup WebSocket ws = websocket.WebSocket() ws.connect(url) ws.send(json.dumps(subscribe)) # main loop
async def silence(ctx, arg): if ctx.author != vrb.host or not vrb.kanclerz in ctx.author.roles: await ctx.send('Nie masz uprawnień') return if arg == 'on': letters = ascii_letters safety_string = ''.join(choice(letters) for i in range(6)) await ctx.send( f'Wpisz ten ciąg znaków aby potwierdzić decyzję o zablokowaniu wszystkich kanałów serwera\n``{safety_string}``' ) def check(m): return m.content == safety_string and m.author == ctx.author and m.channel == ctx.channel try: await client.wait_for('message', timeout=15.0, check=check) except TimeoutError: await ctx.channel.send('Czas minął') return loading = await ctx.send('``Wyciszanie trwa\n' + 25 * '-' + '``') loading_counter = 0 json_add('commands/for_host/silence.json', ['silenced'], True) for channel in ctx.guild.text_channels: loading_progress = int(loading_counter / len(ctx.guild.channels) * 25) for role in channel.changed_roles: await channel.set_permissions(role, overwrite=None) await channel.set_permissions(ctx.guild.default_role, read_messages=False) await loading.edit(content='``Wyciszanie trwa\n' + loading_progress * '#' + (25 - loading_progress) * '-' + '``') loading_counter += 1 silenced = await ctx.guild.create_text_channel( name='inf kryzysowa', overwrites={ ctx.guild.default_role: PermissionOverwrite(send_messages=False) }) await silenced.send( 'Przepraszamy ale wystąpiła sytuacja kryzysowa i serwer będzie niedostępny przez pewien okres czasu.\nAdministracja zajmuje się sytuacją i powinna wam przekazać więcej informacji.' ) await loading.edit(content='``Done\n' + 25 * '#' + '``') if arg == 'off': all_chans = loads( read('commands/for_host/silence.json'))['saved_perms'] loading = await ctx.send('``Odciszanie trwa\n' + 25 * '-' + '``') loading_counter = 0 for chan_id in all_chans: channel = client.get_channel(int(chan_id)) await channel.set_permissions(ctx.guild.default_role, overwrite=None) for role_id in all_chans[chan_id]: perms = all_chans[chan_id][role_id] role = ctx.guild.get_role(int(role_id)) if len(perms) == 0: continue await channel.set_permissions(role, **perms) loading_progress = int(loading_counter / len(ctx.guild.channels) * 25) await loading.edit(content='``Odciszanie trwa\n' + loading_progress * '#' + (25 - loading_progress) * '-' + '``') loading_counter += 1 await loading.edit(content='``Done\n' + 25 * '#' + '``') json_add('commands/for_host/silence.json', ['silenced'], False)
async def loop_6(): json_file = loads(read('config.json')) put_in_box = json_file['put_in_box'] for i in put_in_box: json_rem('config.json', ['put_in_box', i])
# -*- coding: utf-8 -*- """ By replacing each of the letters in the word CARE with 1, 2, 9, and 6 respectively, we form a square number: 1296 = 362. What is remarkable is that, by using the same digital substitutions, the anagram, RACE, also forms a square number: 9216 = 962. We shall call CARE (and RACE) a square anagram word pair and specify further that leading zeroes are not permitted, neither may a different letter have the same digital value as another letter. Using words.txt (right click and 'Save Link/Target As...'), a 16K text file containing nearly two-thousand common English words, find all the square anagram word pairs (a palindromic word is NOT considered to be an anagram of itself). What is the largest square number formed by any member of such a pair? NOTE: All anagrams formed must be contained in the given text file. """ import sys sys.path.append("../") import functions as f with open('words.txt') as f: w = list(map(lambda x: x.replace('"', ''), f.read().strip().split(','))) w = sorted(w, key=len) print(w[-1], len(w[-1])) #sys.exit() for x in range(1, 1000): print(x**2)
if not re.match("[0-9]+", numPosts): print("You must specify a number.") continue print("") listReturn = api.listUnreadPosts( UserID, numPosts, None, mycursor, mydb) if listReturn < 0: continue while True: PostID = input( "Which post do you want to read? (B = Go Back) PostID: " ) print("") if PostID.upper() == 'B': break readResult = api.read(PostID, UserID, mycursor, mydb, 0) if readResult < 0: continue PostIDStack = [] while True: if len(PostIDStack) == 0: print( "Menu for PostID " + PostID + ": V = Upvote/Downvote, C = Comment, P = Preview comments, B = Go Back" ) else: print( "Menu for CommentID " + PostID + ": V = Upvote/Downvote, C = Comment, P = Preview Comments, B = Go Back" ) postaction = input(
def PlotBulge(infile="M31_000.txt", plane="xy", contours=0, ellipse=0): import numpy as np import matplotlib.pyplot as plt from functions import read from functions import COM # Read in particle data time, total, data = read(infile) index = np.where(data == 3)[0] bulge = data[index] # Compute center of mass # time, com, vcom = COM(infile, 3, tol=0.1) # Correct to center-of-mass frame com = np.array([-377.1, 611.05, -284.5]) print com pos = bulge[:, 2:5] - com # Project to specified plane if plane == 'xy': x1 = pos[:, 0] x2 = pos[:, 1] x = 'x' y = 'y' elif plane == 'xz': x1 = pos[:, 0] x2 = pos[:, 2] x = 'x' y = 'z' else: x1 = pos[:, 1] x2 = pos[:, 2] x = 'y' y = 'z' # Plot disk particles from matplotlib.colors import LogNorm r = 5. plt.hist2d(x1, x2, range=[[-r, r], [-r, r]], bins=100, norm=LogNorm()) plt.xlabel(x+' (kpc)') plt.ylabel(y+' (kpc)') plt.colorbar() # Overplot contours if contours: angle = np.linspace(0, 2*np.pi, 100) r = np.array([0.5, 1.0, 1.5, 2.0, 3.0, 4.0]) if plane == 'xy' and ellipse: e = np.array([0.06, 0.24, 0.28, 0.28, 0.23, 0.18]) q = -1*e + 1. print q k = -0.3 elif plane == 'xz' and ellipse: e = np.array([0.06, 0.22, 0.28, 0.28, 0.19, 0.18]) q = -1*e + 1. print q k = -0.32 elif ellipse: e = np.zeros(6) k = 0. for i in range(0, len(r)): if ellipse: a = r[i]/np.sqrt(1. - e[i]) b = r[i]*np.sqrt(1. - e[i]) else: a, b = r[i], r[i] x1, x2 = a*np.cos(angle), b*np.sin(angle) if ellipse: x1_r = x1*np.cos(k) - x2*np.sin(k) x2_r = x2*np.cos(k) + x1*np.sin(k) x1, x2 = x1_r, x2_r plt.plot(x1, x2, linewidth=2.0, color='k') for r in [0.5, 1.0, 1.5, 2.0, 3.0, 4.0]: a, b = r, r plt.plot(a*np.cos(angle), b*np.sin(angle), linewidth=2.0, color='k') # Show plot r = 5.0 plt.axis([-r, r, -r, r]) ax = plt.gca() ax.set_axis_bgcolor('black') plt.gca().set_aspect('equal', adjustable='box') plt.show()
def server_get(): return {'info': read()}
xs = ox - sqrt(rad*rad - pow(y - oy,2)) xe = x horizontal_line = pygame.Surface((abs(xe - xs), 1), pygame.SRCALPHA) horizontal_line.fill((0, 0, 0, 240)) screen.blit(horizontal_line, (xs,y)) #pygame.draw.line(screen,col,(xs,y),(xe,y)) except: pass #----------------------Main Loop----------------------# q = [50,50,50] w = [110,110,110] q = [75,116,41] w = [37,78,124] text = read("\Textures\Text_Earth.txt").split("\n") texture = {} for i in range(len(text)): texture[i] = [] for j in text[i]: if j == "q": texture[i].append(q) elif j == "w": texture[i].append(w) r = 50 ox, oy = 300, 300 clock = pygame.time.Clock() frameCount = 0 done = False
want = checkin(['y', 'n']) if want == 'y': register() elif want == 'n': close( None ) #процедура, которая закрывает программу. в качестве аргумента принимает строку(желательно строку, потому что проверку типа переменной я не реализовывал, ибо она еще принимает None), которую выведет при закрытии. если передаёться None - выполняет выход по стандарту. else: pass print( Fore.GREEN + '[ID FOUND]\n', '[' + datetime.datetime.now().strftime('%d.%m.%Y %H:%M%S') + ']', 'sy$tem: enter your password' + Fore.BLUE) nov = checkfor( read(client, 9), client ) #это максимально криво, но исправлять мне пока лень. просто объяснить, как она работает я не могу, потому что и сам понятия не имею. вообще, она проверяет пароль для входа, ну да ладно. посмотри fynctions.py, там я хотя-бы объясню, что я пытался написать. функцию read смотри в functions.py nov.append( tid ) #nov - список, который содержит данные о пользователе, в качестве собственных элементов: 1 - подтверждён ли вход(хз зачем, он по-любому будет подтверждён, в другой ситуации, этот блок просто не выполнится), 2 - ник пользователя(именно ник), 3 - id пользователя. (пока без понятия зачем, но не буду же я каждый раз вытаскивать это из файла, если понадобиться.) if nov[0]: #наконец-то, осле горы всего тог говна, что ты повидал выше, ты добрался до клиента. именно здесь должна быть та часть программы, которая должна якобы что-то делать, но на самом деле, она будет крать пароли.пока что я еще ничего не придумал.была идея с чатом, но там столько ошибок, что мне лучше заново что-то придумать, чем исправить их. '''print(Fore.GREEN + '{ YOU ARE WELCOME! :) }\n\n' + '1>start_chat()\n2>my_profile()') col = checkin(['1', '2']) if col == '1': print('\n\n1>run_server()\n2>run_client()') rel = checkin(['1', '2']) if rel == '1': server() elif rel == '2': client() else:
x = x + (0 - z) * (x - e.x) / (z - e.z) except: x = c.x try: y = y + (0 - z) * (y - e.y) / (z - e.z) except: y = c.y x += xSize / 2 y = ySize / 2 - y if z <= e.z: return "error" return int(x), int(y) stars_txt = read("\Stars.txt").split("\n") stars = {} stars["num"] = 0 for txt in stars_txt: stars["name{0}".format(stars["num"])] = txt[:12] stars["mag{0}".format(stars["num"])] = float(txt[35:39]) stars["ra{0}".format(stars["num"])] = int( txt[40:42]) + int(txt[43:46]) / 60 + float(txt[49:54]) / 3600 stars["dec{0}".format(stars["num"])] = float(txt[56:59]) + float( txt[56] + txt[61:63]) / 60 + float(txt[56] + txt[65:69]) / 3600 stars["dist{0}".format(stars["num"])] = float(txt[71:]) stars["num"] += 1 #print(stars["name0"],stars["mag0"],stars["ra0"],stars["dec0"],stars["dist0"])
############################################## ### Read values from files and print these ### continues to the terminal for monitoring ############################################## import time as timeModule import os import pandas as pd from functions import read path = 'data/' # main loop while (True): time = read(path + 'time.txt') gameName = read(path + 'gameName.txt') homeTeamName = read(path + 'homeTeamName.txt') awayTeamName = read(path + 'awayTeamName.txt') homeScore = read(path + 'homeScore.txt') awayScore = read(path + 'awayScore.txt') homeFouls = read(path + 'homeFouls.txt') awayFouls = read(path + 'awayFouls.txt') df = pd.DataFrame([ gameName, time, homeTeamName, awayTeamName, homeScore, awayScore, homeFouls, awayFouls ]) df.index = [ 'Game', 'Time', 'Home team', 'Away team', 'Home score', 'Away score', 'Home fouls', 'Away fouls' ]
cond = input() # asking whether user wants to provide the key with time-to-live property or not if cond == 'y': print( "Enter how long should the key be active (time in seconds) : ") time = int(input()) functions.create(key, value, time) else: functions.create(key, value) functions.save() elif operation == 2: print("Enter the Key to read the value : ") key = input() print(functions.read(key)) functions.save() elif operation == 3: print("Enter the Key to be deleted : ") key = input() functions.delete(key) functions.save() elif operation == 4: functions.save() elif operation == 5: functions.save() functions.printData()
############################################## ### Get gameId from API. Save it to gameId.txt ############################################## # import modules import websocket import json import time from functions import read, write, reset_score, initial_call initial_call() # setup variables path = 'data/' url = read('apiURL.txt') gameId = '' ignorList = [] singleCourt = True # make subscribe message subscribe = {} subscribe['apiName'] = "TvFeedApiV3" subscribe['apiCommand'] = "subscribe" subscribe['apiKey'] = read('apiKey.txt') subscribe['requestId'] = "test connection" subscribe['eventId'] = read('eventId.txt') # setup WebSocket ws = websocket.WebSocket() # start ws connection
from functions import read from pyperclip import copy '''ещё один инструмент разработчика. ты просто вводишь нужный id, а он копирует тебе пароль. снова, для тесто самое то.''' copy(read('users/' + input() + '.txt', 9))
async def atrol(ctx): await ctx.message.delete() if not vrb.adm_role in ctx.author.roles: await ctx.send('Nie masz uprawnień') return json_file = loads(read('config.json')) excluded = json_file['autoroles']['excluded'] def send(upper, lower, embed=False, funkcyjne=False): embeds = [] desc_counter = 0 for i in search_in_list(ctx.guild.roles[::-1], upper, lower)[1:-1]: if i.id in excluded: continue if embed: e = Embed(color=i.color, name=i.name, timestamp=datetime.utcnow()) e.add_field(name=i.name, value=f'*hex* - ``{str(i.color).upper()}``') e.set_footer(text=f'-={i.name}=-', icon_url=ctx.guild.icon_url) else: if funkcyjne: if desc_counter == 0: e = f'Rola pokazująca twoją przynależność do grupy dzidowców\n**{i.name}** - *{i.color}*' if desc_counter == 1: e = f'Jeżeli masz tą rolę, nie można na tobie użyć komendy -hug\n**{i.name}** - *{i.color}*' if desc_counter == 2: e = f'Jeżeli masz tą rolę, nie można na tobie użyć komendy -kiss\n**{i.name}** - *{i.color}*' if desc_counter == 3: e = f'Jeżeli masz tą rolę, nie można na tobie użyć komendy -boop\n**{i.name}** - *{i.color}*' if desc_counter == 4: e = f'Jeżeli masz tą rolę, nie można na tobie użyć komendy -pat\n**{i.name}** - *{i.color}*' if desc_counter == 5: e = f'Jeżeli masz tą rolę, nie można na tobie użyć komendy -lick\n**{i.name}** - *{i.color}*' if desc_counter == 6: e = f'Jeżeli masz tą rolę, nie można na tobie użyć komendy -nom\n**{i.name}** - *{i.color}*' if desc_counter == 7: e = f'Jeżeli masz tą rolę, nie można na tobie użyć żadnej z komend <@614628305047388161>a\n**{i.name}** - *{i.color}*' if desc_counter == 8: e = f'Jeżeli masz tą rolę, osoby przeciwnej płci nie mogą na tobie użyć <@614628305047388161>a\n**{i.name}** - *{i.color}*' if desc_counter == 9: e = f'Jeżeli masz tą rolę, osoby tej samej płci nie mogą na tobie użyć <@614628305047388161>a\n**{i.name}** - *{i.color}*' if desc_counter == 10: e = f'Weź tą rolę jeżeli jesteś rysownikiem, czasem jest pingowana gdy ktoś chce kupić arta\n**{i.name}** - *{i.color}*' if desc_counter == 11: e = f'Jeżeli posiadasz Fursuita, ta rola jest dla ciebie :3\n**{i.name}** - *{i.color}*' if desc_counter == 12: e = f'Rola ta daje dostęp do kanału **NSFW** <#531261766634831873>\n**{i.name}** - *{i.color}*' if desc_counter == 13: e = f'Rola ta daje dostęp do kanału **NSFW** <#531261813749448755>\n**{i.name}** - *{i.color}*' if desc_counter == 14: e = f'Rola ta daje dostęp do kanału **NSFW** <#531261855302418433>\n**{i.name}** - *{i.color}*' if desc_counter == 15: e = f'Rola ta daje dostęp do kanału **NSFW** <#531268391760297995>\n**{i.name}** - *{i.color}*' if desc_counter == 16: e = f'Rola ta daje dostęp do kanału **NSFW** <#531268417811120148>\n**{i.name}** - *{i.color}*' if desc_counter == 17: e = f'Rola ta daje dostęp do kanału **NSFW** <#541394633306144781>\n**{i.name}** - *{i.color}*' if desc_counter == 18: e = f'Rola ta daje dostęp do kanału **NSFW** <#672514951704870932>\n**{i.name}** - *{i.color}*' if desc_counter == 19: e = f'Rola ta daje dostęp do kanału **NSFW** <#541395282336808994>\n**{i.name}** - *{i.color}*' if desc_counter == 20: e = f'Rola ta daje dostęp do kanału **NSFW** <#542336916973027341>\n**{i.name}** - *{i.color}*' if desc_counter == 21: e = f'Rola ta daje dostęp do kanału **NSFW** <#622056811440242698>\n**{i.name}** - *{i.color}*' if desc_counter == 22: e = f'Rola ta daje dostęp do WSZYSTKICH kanałów **NSFW**\n**{i.name}** - *{i.color}*' if desc_counter == 23: e = f'Role poniżej odnoszą się do twojej orientacji seksualnej, jeżeli nie chcesz jej specjalnie ujawniać weź "I tak nie zarucham"\n**{i.name}** - *{i.color}*' if desc_counter == 24: e = f'**{i.name}** - *{i.color}*' if desc_counter == 25: e = f'**{i.name}** - *{i.color}*' if desc_counter == 26: e = f'**{i.name}** - *{i.color}*' if desc_counter == 27: e = f'**{i.name}** - *{i.color}*' desc_counter += 1 else: e = f'**{i.name}** - *{i.color}*' embeds.append(e) return embeds chan = ctx.channel await chan.send( '``==================``\n **Pokaż w co grasz**\n``==================``' ) upper = vrb.dividing_games lower = vrb.dividing_channels embed = False embeds = send(upper, lower) for e in embeds: if embed: message = await chan.send(embed=e) else: message = await chan.send(e) await message.add_reaction('☑') try: await client.wait_for('reaction_add', timeout=5.0) except: await message.add_reaction('☑') await chan.send( '``================``\n **Role od kolorów**\n``================``') upper = vrb.dividing_colors lower = vrb.dividing_forfun embed = True embeds = send(upper, lower, embed) for e in embeds: if embed: message = await chan.send(embed=e) else: message = await chan.send(e) await message.add_reaction('☑') try: await client.wait_for('reaction_add', timeout=5.0) except: await message.add_reaction('☑') await chan.send( '``========================================``\n **Role funkcyjne, dające dostęp do kanałów\n lub pozwalające na ich oznaczenie**\n``========================================``' ) upper = vrb.dividing_channels lower = get(ctx.guild.roles, name='@everyone') embed = False embeds = send(upper, lower, funkcyjne=True) for e in embeds: if embed: message = await chan.send(embed=e) else: message = await chan.send(e) await message.add_reaction('☑') try: await client.wait_for('reaction_add', timeout=5.0) except: await message.add_reaction('☑')
login_ui.btn_login.clicked.connect(f.login_click) #--------------chat window ui.btn_send.clicked.connect(f.send_click) ui.btn_voip.clicked.connect(f.voip_click) ui.input_space.pressed.connect(f.input_space) ui.input_space.released.connect(f.input_space_released) #------------initial parameter run = True pressed = False #------------setting up UI/UI functions app = QtWidgets.QApplication(sys.argv) login_window = QtWidgets.QMainWindow() login_ui = Ui_login_window() login_ui.setupUi(login_window) window = QtWidgets.QMainWindow() ui = Ui_MainWindow() ui.setupUi(window) f.draw_chatlog() connect_functions() #------------instantiate client = Client() with open('32byteskey.pem', mode='rb') as f: key = f.read() aes = AES.new(key, AES.MODE_ECB)
async def wulg(ctx): json_file = loads(read('config.json')) wulg = json_file['counters']['bad_words'] await ctx.send(f'Ilość wulgaryzmów jakie udało mi się odnotować to {wulg}')