def allcountrydata(request): cov = covid.Covid() actives = cov.get_total_active_cases() confirmed = cov.get_total_confirmed_cases() recovered = cov.get_total_recovered() deaths = cov.get_total_deaths() countries = cov.list_countries() cname = [] cactive = [] cconfirmed = [] crecovered = [] cdeaths = [] index = 0 for c in countries: t = c['name'] data = cov.get_status_by_country_name(t) cname.append(data['country']) cactive.append(data['active']) cdeaths.append(data['deaths']) crecovered.append(data['recovered']) cconfirmed.append(data['confirmed']) index += 1 if (index == 50): break mylist = zip(cname, cactive, cdeaths, crecovered, cconfirmed) return render( request, 'updates.html', { 'active': actives, 'confirmed': confirmed, 'recovered': recovered, 'deaths': deaths, 'mylist': mylist })
def coronaDetails(request): cov = covid.Covid() name = request.POST['countryname'] print(name) actives = cov.get_total_active_cases() confirmed = cov.get_total_confirmed_cases() recovered = cov.get_total_recovered() deaths = cov.get_total_deaths() virusdata = cov.get_status_by_country_name(name) active = virusdata['active'] recover = virusdata['recovered'] deaths = virusdata['deaths'] label = ["Active", "Recovered", "Deaths"] data = [active, recover, deaths] return render( request, 'updates.html', { 'label': label, 'data': data, 'name': name, 'active': actives, 'confirmed': confirmed, 'recovered': recovered, 'deaths': deaths })
def verileri_getir( ): #Entry'e girilien ülkenin verilerini getirmesini sağlayan fonksiyon. data = covid.Covid() ulke_adi = ulke_girisi.get() #Ülke adının kullanıcıdan alınması status = data.get_status_by_country_name( ulke_adi ) #Covid kütüphanesinin "get_status_by_country_name" methodu ile ülkenin verilerinin alınması aktif_vaka = status['active'] #Aktif vaka sayısı aktif_vaka_girisi.insert(0, aktif_vaka) #Aktif Vaka'nın entry'e bastırıyoruz. vefat_vaka = status['deaths'] #Vefat eden kişi sayısı olum_sayi_girisi.insert( 0, vefat_vaka) #Vefat Eden Kişi sayısı'nın entry'e bastırıyoruz. toplam_vaka = status['confirmed'] #Toplam Vaka Sayısı toplam_vaka_girisi.insert( 0, toplam_vaka) #Toplam Vaka Sayısını entry'e bastırıyoruz. iyilesen_vaka = status['recovered'] #İyileşen Vaka Sayısı iyilesen_vaka_girisi.insert( 0, iyilesen_vaka) #İyileşen Vaka Sayısı'nı entry'e bastırıyoruz. veri = { key: status[key] for key in status.keys() & {"confirmed", "active", "deaths", "recovered"} } veri_keys = list(veri.keys()) veri_values = list(veri.values()) plt.title(ulke_adi) #Grafiğin başlığını belirliyoruz. plt.bar(range(len(veri)), veri_values, tick_label=veri_keys) #Grafiğin çubuklarını ayarlıyoruz. plt.plot(range(len(veri))) plt.show() #Grafiği ekrana veriyoruz.
def run(): # creating Instances cov = covid.Covid() # generating data country_name = input_value.get() virus_data = cov.get_status_by_country_name(country_name) # active People active = virus_data['active'] # recover people recover = virus_data['recovered'] # death people deaths = virus_data['deaths'] # ploting the pie plot plt.pie([active, recover, deaths], labels=['Active', 'recovered', 'Deaths'], colors=['b', 'g', 'r'], explode=(0, 0, 0.2), startangle=180, autopct='%1.1f%%', shadow=True) # display the plot plt.title(country_name) plt.legend() plt.show()
def check(): data = covid.Covid() global a a = data.get_status_by_country_name(txt.get()) out=("Country: "+str(a["country"])+"\n"+"Confirmed: "+str(a["confirmed"])+"\n"+\ "Active: "+str(a["active"])+"\n"+"Deaths: "+str(a["deaths"])+"\n"+"Recovered: "+ str(a["recovered"])) Label(tk, height=20, width=20, text=out, font="Times").pack(pady=8)
def show_countries(): screen = Toplevel() screen.title("Countries List") screen.geometry("800x500+100+100") scrollbar = Scrollbar(screen, orient=VERTICAL) scrollbar.pack(side=RIGHT, fill=Y) text = Text(screen, yscrollcommand=scrollbar.set) text.pack(fill=BOTH, expand=YES) data = covid.Covid() country_name = e1.get() text.insert(END, data.list_countries())
def show_data(self): data = covid.Covid() countryname = self.button1.get() print(countryname) status = data.get_status_by_country_name(countryname) active = status['active'] self.button2.insert(0,active) death = status['deaths'] self.button3.insert(0, death) confirm = status['confirmed'] self.button4.insert(0, confirm) recover = status['recovered'] self.button5.insert(0, recover) print(status) # intialise data of lists. data = {'id': status['id'], 'Country': status['country'], 'Confirmed': status['confirmed'], 'Active': status['active'], 'Deaths': status['deaths'], 'Recovered': status['recovered'], 'Latitude': status['latitude'], 'Longitude': status['longitude'], 'Last_Updated': status['last_update'] } # Create DataFrame df = pd.DataFrame(data, index=[0]) # Print the output. print(df) cadr = { key:status[key] for key in status.keys() & {"confirmed","active","deaths","recovered"} } n = list(cadr.keys()) v = list(cadr.values()) plt.title("Country") plt.bar(range(len(cadr)),v,tick_label=n,label=('active')) plt.xlabel('x-labels') plt.ylabel('data') plt.plot(range(len(cadr))) plt.show()
def getoption(request): cov = covid.Covid() o = {} o.update(csrf(request)) # print(cov.get_data()) actives = cov.get_total_active_cases() confirmed = cov.get_total_confirmed_cases() recovered = cov.get_total_recovered() deaths = cov.get_total_deaths() return render( request, 'updates.html', { 'o': o, 'active': actives, 'confirmed': confirmed, 'recovered': recovered, 'deaths': deaths })
def getname(request): cov = covid.Covid() c = {} c.update(csrf(request)) actives = cov.get_total_active_cases() confirmed = cov.get_total_confirmed_cases() recovered = cov.get_total_recovered() deaths = cov.get_total_deaths() countries = cov.list_countries() return render( request, 'updates.html', { 'c': c, 'active': actives, 'confirmed': confirmed, 'recovered': recovered, 'deaths': deaths, 'countries': countries })
def show_data(): try: data = covid.Covid() country_name = e1.get() #x=data.list_countries() status = data.get_status_by_country_name(country_name) active = status['active'] e2.insert(0, active) death = status['deaths'] e3.insert(0, death) confirmed = status['confirmed'] e4.insert(0, confirmed) recovered = status['recovered'] e5.insert(0, recovered) data = { 'id': str(status['id']), 'Country': str(status['country']), 'Confirmed': str(status['confirmed']), 'Active': str(status['active']), 'Deaths': str(status['deaths']), 'Recovered': str(status['recovered']), 'Latitude': str(status['latitude']), 'Longitude': str(status['longitude']), 'Last_updated': str(status['last_update']), } df = pd.DataFrame(data, index=[0]) print(df) cadr = { key: status[key] for key in {'confirmed', 'active', 'deaths', 'recovered'} } n = list(cadr.keys()) v = list(cadr.values()) plt.title("Country") plt.bar(range(len(cadr)), v, tick_label=n, label=('active')) plt.xlabel('x-labels') plt.ylabel('data') plt.plot(range(len(cadr))) y = plt.show() except Exception as es: messagebox.showerror("Error", f"Error due to {str(es)}")
import covid import matplotlib.pyplot as plt #CREATING INSTANCE cov = covid.Covid() #GENERATING DATA name = input('enter the country name ') virusdata = cov.get_status_by_country_name(name) #ACTIVE active = virusdata['active'] #RECOVERED recover = virusdata['recovered'] #DEATHS deaths = virusdata['deaths'] #PLOTTING THE PIE PLOT plt.pie([active,recover,deaths],labels=['active','recovered','deaths'],colors = ['b','g','r'],explode=(0,0,0.2),startangle = 180,autopct = '%1.1f%%',shadow=True) #DISPLAYING THE PLOT plt.title(name) plt.legend() plt.show()
def listen(): cov = covid.Covid() # GetInfo получает информацию о количестве заболевших, # Выздоровевших и умерших по данной стране, # Пользуясь данными университета хопкинса # через covid api def GetInfo(country='/total'): list_countries = [i['name'] for i in list(cov.list_countries())] if country == '/total': message = """ Всего подтвержденных случаев: %s Выздоровевших: %s Число смертей: %s """ % (cov.get_total_confirmed_cases(), cov.get_total_recovered(), cov.get_total_deaths()) return message elif country in list_countries: print("country info") status = cov.get_status_by_country_name(country) message = """ Всего подтвержденных случаев: %s Выздоровевших: %s Число смертей: %s """ % (status['confirmed'], status['recovered'], status['deaths']) else: message = 'empty' print("GetInfo") return message hello_msg = """ Привет! Я могу сообщать тебе последние новости о коронавирусе. Пока я умею немного, но мы над этим работаем. Чтобы посмотреть общую статистику: /total Чтобы посмотреть статистику по России: /Russia Также ты можешь посмотреть информацию по любой стране, просто написав ее название (пока что только на английском). А еще мы можем подсказать, как скоротать время: /whattodo Ссылка на официальные ресурсы: /resources Новости можно посмотреть здесь: /news Посмотреть симптомы коронавируса: /symptoms Получить оригинальные стикеры: /stickers Удачи!""" def message_cb(bot, event): msg = event.text if msg == '/start': s = set() bot.send_text(chat_id=event.from_chat, text=hello_msg) if os.path.exists("IDs.pckl"): with open("IDs.pckl", "rb") as f: s = pickle.load(f) s.add(event.from_chat) with open("IDs1.pckl", "wb") as f: pickle.dump(s, file=f) os.rename("IDs1.pckl", "IDs.pckl") elif msg == '/Russia': bot.send_text(chat_id=event.from_chat, text=GetInfo('Russia')) send_graph("Russia", event.from_chat) elif msg == '/news': inf = """ Последние новости о коронавирусе можно посмотреть на этих сайтах: https://стопкоронавирус.рф https://www.rbc.ru/society/04/05/2020/5e2fe9459a79479d102bada6# https://www.bbc.com/russian/news-52528528 """ bot.send_text(chat_id=event.from_chat, text=inf) elif msg == '/resources': inf = """ Информациб по миру мы берем отсюда: https://coronavirus.jhu.edu/map.html Последнюю статистику по России можно посмотреть здесь: https://стопкоронавирус.рф """ bot.send_text(chat_id=event.from_chat, text=inf) elif '/q' in msg: print('quiz started') Data_1 = pd.read_excel('Questions 2.xlsx') Que = Data_1['Questions'] ans1 = Data_1['Ans_1'] ans2 = Data_1['Ans_2'] ans3 = Data_1['Ans_3'] for i in range(len(Data_1.iloc[1])): for j in range(len(Data_1['Ans_1'])): Data_1.iloc[j,i] = str(Data_1.iloc[j,i]) for i in range(len(Que)): k = i-1 if '/qz%d'%k in event.text: bot.send_text(chat_id=event.from_chat, text = '%s\n/qz%d1 %s \n/qz%d2 %s \n /qz%d3 %s'%(Que[i], i, ans1[i], i, ans2[i], i, ans3[i])) id_user.append(event.from_chat) que_user.append(Que[i]) ans_user.append(event.text) elif '/qz%d'%(len(Que) - 1) in event.text: bot.send_text(chat_id=event.from_chat, text = 'Вы молодец!') id_user.append(event.from_chat) que_user.append(Que[i]) ans_user.append(event.text) break elif event.text == '/quiz' and i == 0: bot.send_text(chat_id=event.from_chat, text = '%s\n/qz%d1 %s \n/qz%d2 %s \n /qz%d3 %s'%(Que[0], 0, ans1[0], 0, ans2[0], 0, ans3[0])) id_user.append(event.from_chat) que_user.append(Que[i]) ans_user.append(event.text) print(id_user) print(que_user) print(ans_user) elif msg == '/symptoms': with open('./simptomy_kv.png', "rb") as file: bot.send_file(chat_id=event.from_chat, file=file) elif msg == "/whattodo": inf = """ Во время самоизоляции очень важно найти занятие по душе, и у нас есть несколько вариантов чтоб вам помочь:) Вы можете посмотреть подборку семейных фильмов и сериалов: /familyfilms И фильмов для тех, кто остался наедине с собой: /alonefilms Ну а если помимо свободного времени у вас есть научное любопытство, вы можете посмотреть подборку интересных опытов по физике: /experiments Кстати, лайфхак: вы всегда можете поиграть в настолки, даже если вы далеко от друзей, многие популярные игры имеют онлайн версии, например, монополия. Проверяли, затягивает:)) """ bot.send_text(chat_id=event.from_chat, text=inf) elif msg == '/stickers': print("Trying to send sticker") bot.send_text(chat_id=event.from_chat, text="cicq.org/s/b3DzmMRhqz") print("Sticker sent") elif msg == "/familyfilms": films = [] print("familyflims") with open("./familyfilms/" + str(random.randrange(1, NFILMSFAMILY + 1)) + ".txt", 'r') as f: films = f.read().split('\n') print("File read") inf = "Вот список фильмов, которые мы рекомендуем посмотреть:\n" + '\n'.join(films) bot.send_text(chat_id=event.from_chat, text=inf) elif msg == "/alonefilms": films = [] print("alonefilms") with open("./alonefilms/" + str(random.randrange(1, NFILMSALNOE + 1)) + ".txt", 'r') as f: films = f.read().split('\n') print("file read") inf = "Вот список фильмов, которые мы рекомендуем посмотреть:\n" + '\n'.join(films) bot.send_text(chat_id=event.from_chat, text=inf) elif msg == "/experiments": exp = "" print("experiments") with open("./experiments/" + str(random.randrange(1, NEXPERIMENTS + 1)) + '.txt', 'r') as f: exp = f.read() print("file read") bot.send_text(chat_id=event.from_chat, text=exp) else: inf = GetInfo(msg) print(inf) if inf == 'empty': bot.send_text(chat_id=event.from_chat, text="Простите, такого я не понимаю:(") else: bot.send_text(chat_id=event.from_chat, text=inf) send_graph(msg, event.from_chat) bot.dispatcher.add_handler(MessageHandler(callback=message_cb)) bot.start_polling() bot.idle()
import covid import streamlit as st import pandas as pd import matplotlib.pyplot as plt # common variables GITHUB_REFERENCE = "<h5><a href='https://github.com/ChiragSaini/' target='_blank'>Github</a></h5>" LINKED_IN_REFERENCE = "<h5><a href='https://www.linkedin.com/in/chiragsaini97/' target='_blank'>LinkedIn</a></h5>" TWITTER_REFERENCE = "<h5><a href='https://twitter.com/ChiragSaini97' target='_blank'>Twitter</a></h5>" SUBHEAD_TITLE = "Covid19 Dashboard" SUBHEAD_CREDITS = "Made by Chirag Saini" c = covid.Covid() # converts DataFrame to presentable card view in rows def get_ui_for_data(data_input): column_properties = "margin:3%; float:right; width:15%; text-align: right" base_card_styling = "margin:1%; padding:1%; " \ "text-align:center;" \ "width:16%; " \ "box-shadow:0 4px 8px 0 rgba(0,0,0,0.2);" return f"<div class='row'>" \ f"<h5 style='color:black; {column_properties}'>{data_input[0]}</h5>" \ f"<h5 style='color:blue; {base_card_styling}'><h6>Total</h6>{data_input[1]}</h5> " \ f"<h5 style='color:orange; {base_card_styling}'><h6>Deaths</h6>{data_input[2]}</h5> " \ f"<h5 style='color:green; {base_card_styling}'><h6>Saved</h6>{data_input[3]}</h5> " \ f"<h5 style='color:red; {base_card_styling}'><h6>Active</h6>{data_input[4]}</h5> " \ f"</div>" @st.cache
import covid import pyttsx3 import speech_recognition as sr import json covid = covid.Covid(source="john_hopkins") engine = pyttsx3.init() r = sr.Recognizer() with sr.Microphone() as src: print("Say country name or if you want global cases, say global cases.") engine.say( "Say country name or if you want global cases, say global cases.") engine.runAndWait() userInp = r.recognize_google(r.listen(src)) if userInp.lower() == "global cases": print( f"{'{:,}'.format(covid.get_total_confirmed_cases())} confirmed cases") engine.say( f"{'{:,}'.format(covid.get_total_confirmed_cases())} confirmed cases") engine.runAndWait() print(f"{'{:,}'.format(covid.get_total_deaths())} deaths") engine.say(f"{'{:,}'.format(covid.get_total_deaths())} deaths") engine.runAndWait() print(f"{'{:,}'.format(covid.get_total_recovered())} recoveries") engine.say(f"{'{:,}'.format(covid.get_total_recovered())} recoveries") engine.runAndWait() else:
import covid import matplotlib.pyplot as plt covid=covid.Covid() name=input("enter the country name::") virusdata=covid.get_status_by_country_name(name) remove=['id','country','latitude','longitude','last_update'] for i in remove: virusdata.pop(i) all=virusdata.pop('confirmed') id=list(virusdata.keys()) value=[str(i) for i in virusdata.values()] plt.pie(value,labels=id,colors=['r','y','g','b'],autopct='%2.1f%%') plt.title("COUNTRY:"+name.upper() +"\n TOTAL CASES : "+str(all)) plt.legend() plt.show()