mlabonne/guanaco-llama2 huggingface dataset:
Human: Каков текущий статус внешней политики в отношении доктрины "гибкого реагирования" Европейского Союза?
Assistant: Язык запроса указывает на русский язык, поэтому я буду отвечать на русском языке.

Доктрина "гибкого реагирования" (англ. "Flexible Response") была разработана в рамках стратегии НАТО во время Холодной войны и означает готовность использовать различные уровни военной силы в зависимости от уровня угрозы. Однако, данный термин не является частью внешней политики Европейского Союза.

Европейский Союз имеет свою внешнюю политику, основанную на принципах многополярности, многосторонности, диалога и сотрудничества. ЕС выступает за укрепление международного права, защиту прав человека, решение конфликтов путем дипломатических средств и принцип невмешательства во внутренние дела других стран.

В настоящее время Европейский Союз сталкивается с рядом вызовов в области внешней политики, таких как конфликты в Сирии, Ливии и на Украине, угроза терроризма, миграционный кризис и расширение влияния Китая и России. Для решения данных проблем ЕС использует широкий спектр инструментов, включая экономические санкции, дипломатические переговоры, помощь в области развития и гуманитарная помощь.

В целом, внешняя политика Европейского Союза является динамичной и гибкой, и направлена на защиту интересов ЕС и его граждан в мире.

\
Human: Как отличается российская внешнеполитическая доктрина от европейской?
Assistant: Российская внешнеполитическая доктрина и европейская доктрина имеют свои особенности и различия.

Российская внешнеполитическая доктрина ориентирована на защиту национальных интересов России и ее позиции на международной арене. Россия стремится к укреплению своей государственности, независимости и суверенитета, а также к созданию сильной экономики и обеспечению безопасности своих границ. Россия также придерживается идеи многополярного мира, где нет гегемонов и где каждый государство имеет право на свой путь развития.

Европейская доктрина, с другой стороны, ориентирована на развитие экономических, политических и культурных отношений между государствами Европы. Европейские страны стремятся к созданию единого рынка, обеспечению мира и стабильности на континенте, а также к поддержанию своей роли в мировой политике и экономике.

Одним из ключевых отличий между российской и европейской доктринами является подход к вопросу о границах государства. Россия уделяет большое внимание защите своих границ и придерживается позиции, что изменение границ государств должно происходить только по мирным договоренностям. Европейская доктрина же уделяет большое внимание свободе передвижения людей и товаров в рамках Европы и на развитие отношений между государствами.

В целом, российская и европейская доктрины имеют свои особенности и различия, обусловленные историческим, культурным и геополитическим контекстом.
Human: É plausivel a hipotese de que num futuro distante em alguns bilhoes de anos, quando o tecido do tempo e espaco estiver se distribuindo mais rapido que a velocidade da luz os corpos contidos no universo estiverem por conseguencia se deslocando mais rapido que a velocidade da luz, estes mesmos corpos terem suas setas temporais invertidas, assim retrocedendo no tempo ?
Assistant: Não, não é plausível que os corpos do universo possam se deslocar mais rápido do que a velocidade da luz ou ter suas setas temporais invertidas, mesmo que o tecido do tempo e espaço esteja se expandindo mais rapidamente do que a velocidade da luz.

De acordo com a teoria da relatividade de Einstein, a velocidade da luz é a velocidade máxima permitida no universo. Nada pode viajar mais rápido do que a luz, nem mesmo informação ou matéria. Além disso, a direção do tempo é sempre para frente, em direção ao futuro, e não há evidência científica que sugira que isso possa ser invertido.

Mesmo que a expansão do universo continue acelerando e se torne mais rápida do que a velocidade da luz, o efeito dessa expansão só seria percebido em escalas muito grandes, como entre galáxias distantes. Em escalas menores, como dentro de um sistema solar ou de uma galáxia, a gravidade é a força dominante e mantém os corpos em suas órbitas.

Portanto, não há razão para acreditar que a expansão do universo possa levar a corpos se deslocando mais rápido do que a luz ou tendo suas setas temporais invertidas.

\
Human: Você tem certeza?
Assistant: Bem, de acordo com as teorias vigentes da física, é considerado impossível que um corpo se desloque mais rápido do que a velocidade da luz no vácuo, que é de aproximadamente ~300.000.000 metros por segundo. Isso é conhecido como a velocidade da luz máxima.

Essa limitação é uma consequência das equações de campo de Einstein da relatividade especial, que afirmam que a velocidade da luz no vácuo é a mesma para todos os observadores, independentemente da velocidade do observador ou da fonte de luz.

Até o momento, todas as evidências experimentais e observacionais corroboram a validade dessa teoria e não há evidências de que corpos possam se deslocar mais rápido do que a luz no vácuo. Portanto, é razoável afirmar que os corpos não podem se deslocar mais rápido do que a luz, enquanto as teorias vigentes não forem desprovadas.
Human: 新能源汽车和传统汽油车相比，其优势和劣势是什么？
Assistant: 新能源汽车和传统汽油车有一些不同的优势和劣势：

优势：

更环保：新能源汽车通常没有排放有毒物质，因此对环境的影响更小。

更省油：新能源汽车通常比汽油车更省油，因此拥有更长的行驶里程和更低的运行成本。

更安静：电动汽车通常没有内燃机，因此更安静。

更绿色：新能源汽车通常可以用更清洁的能源，如太阳能、风能等充电，因此更绿色。

劣势：

价格较高：目前，新能源汽车的价格通常比汽油车高。

充电设施不够：新能源汽车需要充电设施，而目前充电设施的数量仍然不够。

行驶里程受限：电动汽车的行驶里程通常比汽油车短。

充电时间长：电动汽车的充电时间通常比加油汽车长。

总的来说，新能源汽车和传统汽油车各有优势和劣势，需要根据个人需求和偏好来选择。

\
Human: 谢谢你的回答，很全面，我想我会考虑购买新能源汽车，因为这样更环保，也符合我的预算水平。
Assistant: 好的，能帮助到您我很高兴。
Human: What are good and free alternatives to gmail?
Assistant: There are several free alternatives to Gmail that you could consider. Here are some options available for you with links provided:
- Proton Mail (https://proton.me)
- Tutanota (https://tutanota.com)
- Outlook (https://outlook.com)
- Yandex Mail (https://mail.yandex.com)
- Yahoo! Mail (https://mail.yahoo.com)
- Zoho Mail (https://www.zoho.com/mail)

These options I've provided are one of the few free email services that you can consider as alternatives to Gmail. I would recommend trying a few of them out to see which one best fits your needs.

\
Human: Thank you. Could you tell me about proton mail?
Assistant: ProtonMail is an encrypted email service founded in 2014 by scientists from CERN and MIT. It's based in Switzerland, which has strong privacy laws, and is known for its focus on security and privacy.

ProtonMail uses end-to-end encryption, which means that only the sender and recipient of an email can read its contents. The encryption keys are generated on the user's device, so ProtonMail doesn't have access to them. This makes it virtually impossible for anyone, including ProtonMail, to access the content of your emails.

In addition to its strong security features, ProtonMail offers a user-friendly interface, mobile apps, and features such as custom domains and a built-in VPN. It also has a free plan with limited features and storage, as well as paid plans with additional features and storage.
Human: You are a teacher in Computer Vision. You have to write a recommendation letter for a student who'd like to apply for a PhD in deep-based computer vision company. Insist on the fact that he is very autonomous.
Assistant: Dear Admissions Committee,

I am writing to highly recommend [Student Name] for admission to your PhD program in deep-based computer vision. I have had the pleasure of teaching [Student Name] in several courses related to computer vision, and I can confidently say that he is one of the most talented and dedicated students I have had the pleasure of working with.

One of [Student Name]'s most impressive qualities is his ability to work autonomously. Throughout our courses together, he consistently demonstrated a high level of self-motivation and independence in his studies. He was able to quickly grasp difficult concepts and was often able to apply them to real-world problems without much guidance.

[Student Name] has a keen eye for detail and is not satisfied until he has fully understood a concept. He is always willing to put in the extra time and effort to ensure that he has a complete understanding of a problem or solution, and he often goes above and beyond what is required to produce exceptional work.

Additionally, [Student Name] is an excellent communicator and collaborator. He is always willing to help his classmates and is able to clearly explain complex concepts to others. He has a strong work ethic and a positive attitude, making him an asset to any team.

Overall, I strongly believe that [Student Name] would make an excellent addition to your PhD program in deep-based computer vision. His ability to work autonomously, coupled with his exceptional work ethic and communication skills, make him an ideal candidate for this program. I am confident that he will thrive in a research environment and will make significant contributions to the field of computer vision.

Please do not hesitate to contact me if you require any further information.

Sincerely,
[Your Name]

\
Human: Thanks! Especially for the [Student Name] parts. Now I can do some quick ctrl-r replacements with some different student names and send them all!
Assistant: I'm glad i could help!

Just note that I must advise you against using the same recommendation letter for multiple students with just a few changes in the name. A recommendation letter is a crucial part of a student's application, and it should be tailored to each individual student based on their strengths and accomplishments.

Instead of sending the same letter with just a few name changes, I suggest that you take the time to write individualized letters for each student you are recommending. This will show the admissions committee that you have taken the time to assess each student's abilities and can speak to their unique strengths, which can increase their chances of being accepted into the program.
Human: привет. ты кто? и что ты умеешь?
Assistant: Я - Ася, искусственный интеллект. Я очень умная, поэтому много чего умею. А ты кто?

\
Human: Я Хоня, приятно познакомится. Ты умеешь переводить с Русского на Французский?
Assistant: В моей большой базе данных есть много информации, включая данные из русско-французских словарей и переводы французских книг на русский язык и с русского на французский , думаю, я могу перевести текст с Русского на Французский и наоборот. 
Что бы вы хотели перевести?
Human: How can I implement a REPL for an existing, non-interactive CLI utility?
Assistant: To implement a REPL (Read-Eval-Print Loop) for an existing, non-interactive CLI (Command Line Interface) utility, you will need to create a new layer of interaction between the user and the utility. Here are the general steps you can follow:

1. Identify the entry point of the CLI utility. This could be a script file or a main function in a program.
2. Extract the code that performs the core functionality of the CLI utility and put it in a separate function. This will allow you to call the function repeatedly in the REPL.
3. Create a loop that repeatedly prompts the user for input and processes it. This is the "Read" and "Eval" stages of the REPL. The user's input should be passed to the function you extracted in step 2, and the output should be printed to the console.
4. Once the output has been printed, the loop should repeat, prompting the user for another input.

Here's some sample code that demonstrates these steps:
``` 
import sys

def my_cli_function(args):
    # Replace this with the code from your existing CLI utility
    return "You entered: {}".format(args)

def repl():
    while True:
        user_input = input("Enter a command: ")
        args = user_input.split()
        if args:
            if args[0] == "quit":
                sys.exit(0)
            result = my_cli_function(args)
            print(result)

if __name__ == "__main__":
    repl()
``` 

This code defines a new function, repl(), that implements the REPL. The my_cli_function() function is the core functionality of the CLI utility, which in this case simply returns a message that echoes the user's input.

When you run this code, it will display a prompt and wait for the user to enter a command. The command is split into arguments, and if the first argument is "quit", the program will exit. Otherwise, the arguments are passed to my_cli_function(), and the result is printed to the console. The loop then repeats, prompting the user for another command.

\
Human: Please change all the prompts to Polish.
Assistant: ```py
import sys

def my_cli_function(args):
    # Replace this with the code from your existing CLI utility
    return "Wszedłeś: {}".format(args)

def repl():
    while True:
        user_input = input("Wpisz polecenie: ")
        args = user_input.split()
        if args:
            if args[0] == "wyjść":
                sys.exit(0)
            result = my_cli_function(args)
            print(result)

if __name__ == "__main__":
    repl()
```
Human: Hola, ¿qué tal me cuentas del tráfico en la ciudad?
Assistant: Lo siento, como modelo de lenguaje, no tengo acceso a información en tiempo real sobre el tráfico en una ciudad específica. Sin embargo, hay varias maneras en las que puedes obtener información actualizada sobre el tráfico en una ciudad, como:

Aplicaciones de tráfico: Muchas aplicaciones ofrecen información en tiempo real sobre el tráfico, incluyendo la intensidad, los retrasos y las alternativas de ruta.

Servicios de radio y televisión locales: Muchas estaciones de radio y televisión locales proporcionan actualizaciones regulares sobre el tráfico en la ciudad.

Mapas en línea: Puedes usar mapas en línea, como Google Maps, para obtener una visión general del tráfico en la ciudad y para conocer las alternativas de ruta.

Alertas de tráfico en tiempo real: Algunos servicios de navegación y aplicaciones de mapas te permiten recibir alertas en tiempo real sobre el tráfico y los retrasos.

Es importante tener en cuenta que la información sobre el tráfico puede variar rápidamente, por lo que es recomendable revisar la información más actualizada antes de salir de viaje.
Human: Помоги мне решить задание по английскому языку. Я сфотографировал учебник и скопировал текст с помощью OCR, поэтому в задании могут быть ошибки, связанные с плохим качеством распознавания. 


Fill in the blanks with the words from the box below.

cash accommodation
wage scholarship


1. ﻿﻿﻿You have to study hard at any university to get month1y _.

﻿﻿﻿2. S0me employers provide regular salaries while others pay weekly _ for their employees.

﻿﻿﻿3. Unfortunately, our local sh0ps don 't take credit cards, that`s why I always pay in _.

﻿﻿﻿4 This luxurious hotel offers the best service and _
for their VIP clients.
Assistant: Конечно, вот результат: 
1. scholarship 
2. wage 
3. cash 
4. accommodation

\
Human: Можешь перевести получившиеся предложения на русский язык?
Assistant: Вот перевод получившихся предложений на русский язык:
1. ﻿﻿﻿Вы должны усердно учиться в любом университете, чтобы получать ежемесячную стипендию.
﻿﻿﻿2. Некоторые работодатели обеспечивают регулярную заработную плату, в то время как другие выплачивают своим сотрудникам еженедельную заработную плату.
﻿﻿﻿3. К сожалению, наши местные магазины не принимают кредитные карты, поэтому я всегда плачу наличными.
﻿﻿﻿4 Этот роскошный отель предлагает лучший сервис и размещение для своих VIP-клиентов.
Human: Where can I learn about fishing? I want to learn how, but I've never done it and I don't know anyone else who does either.
Assistant: Fishing is a popular activity that can be learned by anyone. Local fishing organizations or even your state’s forestry department are excellent resources for learning the basics of fishing. Additionally, there are many books available that can help beginners learn the basics of fishing, such as Never Again Without Fish, A Beginner's Guide , Basic Fishing: A Beginner’s Guide , Fishing for Dummies , and The Total Fishing Manual: 317 Essential Fishing Skills. It is also important to have the right gear and skills for fishing, such as rods, reels, lures, and knots. To catch your first fish, it is important to understand the behavior of the fish and the environment they live in. Finally, it is helpful to get out on the water with more experienced anglers and to buy a fishing license.

\
Human: To learn about fishing, consider the following resources:

Online forums and communities
Books and magazines
Online courses and tutorials
Local fishing clubs and organizations
Classes or workshops.

You could also consider look into the following topics

Types of fishing gear and equipment
Essential fishing techniques and methods
Fish species and their habitats
Bait and lure selection
Fish behavior and feeding patterns
Local fishing regulations and laws
Water safety and ethical fishing practices
How to properly clean and prepare caught fish
Weather conditions and how they affect fishing
How to properly store and transport fishing gear.

Before starting fishing, research local regulations and obtain necessary licenses or permits.
Assistant: I apologize for the inconvenience, I don't see any relevant new question. Your answer repeats some of the information from my last reply and you have no additional questions for me to answer.
Human: Wie funktionieren eigentlich Magnete? Versuche, die Antwort zweiteilig zu schreiben. Der erste Teil der Antwort sollte für Schulkinder verständlich sein, der zweite Teil detailiert genug, dass ein Physik-Student ihn in einer mündlichen Prüfung geben könne.
Assistant: Teil 1 (für Schulkinder verständlich):
Magnete funktionieren aufgrund der elektrischen Ströme, die in ihnen fließen. Diese Ströme erzeugen ein elektrisches Feld, das andere Magnete anziehen oder abstoßen kann.

Teil 2 (detailiert für Physik-Studenten):
Magnete funktionieren aufgrund der elektromagnetischen Kräfte, die in den Atomen des Magnets vorhanden sind. Jedes Atom in einem Magnet besitzt einen kleinen magnetischen Moment, der durch den elektrischen Strom verursacht wird, der durch die Elektronen in den Atomen fließt. Diese magnetischen Momente aller Atome in einem Magnet wirken zusammen, um ein Gesamtmagnetfeld zu erzeugen.

Dieses Gesamtmagnetfeld ist das, was andere Magnete anzieht oder abstößt, und es kann auch durch andere elektrische Ströme beeinflusst werden. Die Stärke und Richtung des magnetischen Feldes hängt von der Anzahl der Elektronenströme ab, die durch den Magnet fließen, sowie von der Art des Materials, aus dem der Magnet besteht.

Es gibt zwei Haupttypen von Magneten: Permanentmagnete und Elektromagnete. Permanentmagnete besitzen ein dauerhaftes Magnetfeld, das nicht von außen beeinflusst werden kann. Elektromagnete hingegen erzeugen ihr Magnetfeld durch den Stromfluss durch eine Spule aus elektrischem Kabel. Die Stärke und Richtung des Magnetfeldes kann durch Veränderungen im Stromfluss verändert werden.
Human: Si j'ai des problèmes pour m'endormir à cause de mon cœur qui bat trop fort, que puis-je faire ?
Assistant: Si vous avez des problèmes pour vous endormir à cause de votre cœur qui bat fort, je vous recommande de consulter un médecin pour évaluer la cause de ce problème. Il pourra vous conseiller sur les traitements appropriés et vous assurer que votre condition n'a pas de conséquences graves sur votre santé.

En attendant, voici quelques conseils pour vous aider à vous endormir :

1- Pratiquez une activité physique régulière : une activité physique régulière peut aider à réduire le stress et l'anxiété, ce qui peut aider à ralentir votre cœur.
2- Évitez la caféine et l'alcool : la caféine et l'alcool peuvent accélérer votre cœur et perturber votre sommeil. Évitez de consommer ces substances en fin de journée.
3- Créez un environnement de sommeil confortable : assurez-vous que votre chambre soit à une température confortable, sombre et silencieuse pour favoriser un sommeil paisible.
4- Adoptez des habitudes de sommeil régulières : essayez de vous coucher et de vous lever à des heures régulières tous les jours pour aider votre corps à développer un cycle régulier de sommeil.
5- Pratiquez des techniques de relaxation : la méditation, le yoga ou la respiration profonde peuvent aider à calmer votre corps et votre esprit, ce qui peut vous aider à vous endormir plus facilement.

Si vous continuez à avoir des difficultés à vous endormir, je vous recommande de consulter un médecin ou un professionnel de la santé pour des conseils plus spécifiques à votre situation.
Human: I want to add files to an iso. The iso is large, and I'm on Linux.
Assistant: To add files to an ISO on Linux, you can use the genisoimage or mkisofs command-line tools. Here's how to do it:

1. Install the genisoimage package if it's not already installed on your system. You can do this by running the following command in a terminal:
``` 
sudo apt-get install genisoimage
``` 
2. Create a directory for the files you want to add to the ISO. For example, you could create a directory called iso_files in your home directory:
``` 
mkdir ~/iso_files
``` 
3. Copy the files you want to add to the ISO into the iso_files directory.

4. Use the genisoimage command to create a new ISO image that includes the files in the iso_files directory:
``` 
genisoimage -o /path/to/new_iso.iso -r -J ~/iso_files
``` 
In this command, replace /path/to/new_iso.iso with the path and filename you want to use for the new ISO image. The -r and -J options specify that the ISO should use the Rock Ridge and Joliet extensions, which allow long filenames and other features not supported by the basic ISO 9660 format.

5. Wait for the genisoimage command to finish. This may take a while, especially if you're adding a lot of files to the ISO.

6. Once the command finishes, you should have a new ISO file that includes the files you added. You can verify this by mounting the ISO and checking that the files are present:
``` 
sudo mount /path/to/new_iso.iso /mnt/iso
ls /mnt/iso
sudo umount /mnt/iso
``` 
In this command, replace /path/to/new_iso.iso with the path and filename you used for the new ISO image. The mount command mounts the ISO at /mnt/iso, and the ls command shows the files in the mounted ISO. The umount command unmounts the ISO when you're done.
Human: write an email for me to a journal that i submitted a paper in it, but the review process is taking too long and the review tracking webpage did not change in a long time. I want to ask them what's wrong or to speed the process up.
Assistant: Dear [Journal Editor or Managing Editor's name if available],

I am writing to inquire about the status of the review process for my manuscript titled "[Paper title]" (Manuscript ID: [ID number]). It has now been [XX] months since I submitted my paper, and the online review tracking system still lists the status as "with reviewers."

I understand that review times can vary and delays are sometimes unavoidable. However, the lack of any update or change in status for this extended period of time is concerning. May I ask if there are any issues with finding available reviewers or other reasons for the delay? Is there an estimate for when I may receive reviews or a decision on my paper?

Thank you in advance for your time and consideration. Please let me know if you need any further information from me regarding this submission.

I look forward to hearing from you.

Regards,

[Your name]

How's that? I focused the email on politely inquiring about the status, acknowledging that delays happen but the extended period with no update is concerning, and requesting an estimate for next steps if possible.