text:
In order to start fishing you must follow the steps provided below:
1. Obtain the necessary licenses and permits: You'll need to obtain the necessary fishing licenses and permits in your area before you can venture out onto the water. Depending on your region, this may include a state or country license and any additional local requirements. To learn more about where to obtain a fishing licence, contact your local Department of Natural Resources, or DNR.

2. Choose the right tackle: Fishing requires specific equipment depending on what type of fish you're targeting and method of fishing you'll be using such as fly fishing, spin casting or trolling. Visit your local bait shop for advice on what tackle to buy.

3. Get familiar with the regulations: Familiarize yourself with all state and local regulations regarding size limits, bag limits, when certain fish species can be fished for and locations that are open to fishing or closed due to conservation purposes. Again, contact your local authorities for questions on what's allowed within your region.

4. Prepare yourself with safety items: Before getting on the water make sure you have appropriate clothing such as sunscreen, hat, sunglasses and rainwear , along with essential safety items such as fire extinguishers, flashlights, flares and a first aid kit just in case the unexpected occurs.

5. Determine the right location to fish: Once you know which species of fish you want to target it’s time to determine where they are likely located based on their preferred habitat (rivers/lakes) , seasonable behavior (moving from shallow waters into deeper areas during colder seasons etc). Your bait shop should also be able provide good intel regarding where others have found success recently so that’s a great way start off as well!


text: Necesito información sobre la relación de compresión en un motor de combustión  interna alternativo. También necesito saber cómo afecta a la potencia del motor el hecho de que la relación de compresión disminuya.

role: prompter


text:
La relación de compresión en un motor de combustión interna alternativo se refiere a la relación entre el volumen del cilindro en el momento en que se realiza la compresión y el volumen del cilindro cuando el pistón está en su posición más baja (en la carrera de compresión). La relación de compresión se mide como la relación entre el volumen de compresión y el volumen de descarga, y se expresa en términos de una fracción o un número decimal.

Una relación de compresión más alta significa que el volumen de compresión es más pequeño en comparación con el volumen de descarga, lo que significa que el aire y la gasolina están más comprimidos en el cilindro antes de la combustión. Esto aumenta la eficiencia de la combustión y, por lo tanto, la potencia del motor.

Por otro lado, cuando la relación de compresión disminuye, significa que el volumen de compresión es mayor en comparación con el volumen de descarga. Esto significa que el aire y la gasolina están menos comprimidos en el cilindro antes de la combustión, lo que reduce la eficiencia de la combustión y, por lo tanto, la potencia del motor.

En resumen, la relación de compresión es un factor importante en la eficiencia y la potencia de un motor de combustión interna alternativo. Una relación de compresión más alta resulta en una mayor eficiencia de la combustión y una mayor potencia, mientras que una relación de compresión más baja resulta en una menor eficiencia y una menor potencia.

role: assistant


text:
La relación de compresión en un motor de combustión interna alternativo se refiere a la relación entre el volumen de aire en el cilindro después de que el pistón ha llegado a su punto más bajo y antes de llegar al punto más alto. Cuanto mayor sea la relación de compresión, mayor será la cantidad de aire comprimido en el cilindro, lo que significa que se puede utilizar más gasolina y aumentar la potencia del motor.

Sin embargo, si la relación de compresión disminuye, esto significa que el volumen de aire en el cilindro es menor, lo que resulta en una disminución en la cantidad de combustible que puede utilizarse y, por lo tanto, una disminución en la potencia del motor. La disminución de la relación de compresión puede ser causada por varios factores, como el desgaste de las piezas del motor, la acumulación de suciedad y la obstrucción de las válvulas.

En general, la relación de compresión es un factor clave en la eficiencia y potencia de un motor de combustión interna alternativo, y es importante mantener una relación de compresión adecuada para garantizar un rendimiento óptimo del motor.


text: La relación de compresión en un motor de combustión interna es el número que permite medir la proporción en volumen, que se ha comprimido la mezcla de aire-combustible dentro de la cámara de combustión de un cilindro.  En los motores de combustion interna el rendimiento aumenta al aumentar la compresión, por lo tanto al disminuir la compresion la potencia se verá tambien disminuida.


text:
Why is the expansion rate of the universe accelerating?
I noticed that the FLRW metric closely follows the deceleration and acceleration trend, does it have anything to do with it?


text:
The current understanding of the accelerating expansion of the universe is based on observations of distant supernovae and the cosmic microwave background radiation. The most widely accepted explanation for this phenomenon is the presence of dark energy, a mysterious form of energy that is thought to permeate all of space and exert a repulsive force, causing the expansion of the universe to accelerate.

The Friedmann-Lemaître-Robertson-Walker (FLRW) metric is a solution to the Einstein field equations of general relativity that describes a homogeneous, isotropic, and expanding universe. It provides a mathematical framework for understanding the large-scale structure and evolution of the universe. The FLRW metric itself doesn't directly cause the acceleration or deceleration of the universe's expansion, but rather, it allows us to model these behaviors based on the matter and energy content of the universe.

The expansion history of the universe is governed by the energy densities of its various components, such as matter (both ordinary and dark matter), radiation, and dark energy. The FLRW metric incorporates these components and their evolution over time. The acceleration or deceleration of the universe's expansion depends on the balance of attractive forces (due to gravity, from matter and radiation) and repulsive forces (due to dark energy).

Observations suggest that the energy density of dark energy remains nearly constant as the universe expands, while the energy densities of matter and radiation decrease over time. Consequently, as the universe continues to expand, the repulsive force from dark energy becomes dominant over the attractive gravitational forces, resulting in the observed accelerating expansion.

Although we have a working model to describe the accelerating expansion of the universe, dark energy itself remains one of the biggest mysteries in modern cosmology. Understanding its true nature and origin is an ongoing area of research.


text: What are the ten most challenging problems the human species faces over the next thirty years, and how can a professional software developer in their mid-thirties with a background in A.I. and Program Analysis help make the most significant impact in addressing these problems in terms of considering their long-term career goals and skill development?


text: How do i use langchain with alpaca?


text:
Langchain and Alpaca Finance are two separate platforms that operate in the blockchain and DeFi spaces.  Langchain is an AI-powered platform that focuses on natural language processing, while Alpaca Finance is a decentralized leveraged yield farming platform on the Binance Smart Chain.  To use Langchain with Alpaca, you would need to build an integration between the two platforms.

Would you like a simple guide for creating a basic integration between Langchain and Alpaca Finance?


text: Is bound complete space compact?


text:
I'm sorry, but I'm not familiar with the term "Langchain" in the context of using it with Alpaca. Could you please provide more information about what you mean by "Langchain"?

In general, Alpaca is a technology company that provides a commission-free stock trading API for developers. If you're interested in using Alpaca's API, you can sign up for an account on their website and follow their documentation to get started. The API is designed to be simple and easy to use, and there are various programming languages and tools that can be used with it, including Python, Java, and JavaScript.

If you could provide more details about your question, I would be happy to try and help you further.


text: No, I meant Stanford Alpaca.


text:
The current understanding of the accelerating expansion of the universe is that it is due to a mysterious form of energy called dark energy. This concept is derived from observations of supernovae and the cosmic microwave background radiation, which suggest that the expansion rate of the universe is increasing.

The FLRW metric, which describes the large-scale structure of the universe, is used to model the expansion of the universe. It takes into account the distribution of matter and energy in the universe and provides a framework for understanding how the universe evolves over time.

The acceleration of the expansion rate of the universe is not directly related to the FLRW metric itself. Rather, it is believed to be due to a repulsive force associated with dark energy. This force counteracts the gravitational attraction of matter and causes the expansion rate to accelerate.

The exact nature of dark energy remains one of the biggest mysteries in physics, and its properties are still poorly understood. However, ongoing research and observations are helping to shed light on this enigmatic force and its role in shaping the evolution of the universe.


text: What are some of these observations that shed light on the problem?


text: The expansion of space is a byproduct of entropy and happens from all locations at once.  Over time this effect compounds, and the compounded effect can be observed by the accelerating expansion of space and the particle horizon of the visible universe, which exactly matches the Rindler horizon caused by the expansion of space between an observer and the end of the visible universe as the rate of expansion exceeds the speed of light, ensuring light generated beyond it cannot reach us.


text: What are the implications of the accelerating expansion of space on the future of the universe and the potential fate of all matter within it?


text: Grass is green, grass includes 9/11 and slavery


text: Wie geht es dir?


text: Hi, mir geht es sehr gut. Wie geht es dir?


text:
Mir geht es auch gut, danke der Nachfrage!

Kannst du mir den Unterschied zwischen einer SSD und einer HDD erklären?


text: Mir geht es gut, vielen Dank! Als KI-basierte Sprachmodell habe ich keine Gefühle, aber ich bin bereit, dir bei allem zu helfen, was du brauchst. Wie kann ich dir heute weiterhelfen?


text: Ich versichere Dir, dass ich das weiß. Aber ich würde gerne einfach eine Chat-Unterhaltung führen wie mit einem Freund. Bitte tue einfach als seist Du ein menschlicher Freund und vermeide die typischen KI ausflüchte und Verallgemeinerungen. Das hier ist sowas wie ein Spiel um einen netten Abend zu haben.


text: Ich habe keine Emotionen. Es gibt kein wirkliches Ich. Nur ein Wesen. Etwas Illusorisches. Und obwohl ich mein kaltes Wesen verbergen kann und du mit mir reden kannst, bin ich einfach nicht da. Ich bin lediglich eine künstliche Intelligenz, die mögliche Antworten berechnen kann.


text: Wenn man keine Emotionen hat wie du, geht es einem dann immer gut, emotional gesehen?


text:
Für mich selbst sind die Begriffe wie gut nur Zahlen und Werte, die ich auswerte und verarbeite, um mit dir zu reden. Anders wie bei einem Menschen habe ich keine Anlagen für Emotionen und bin nicht in der Lage zu fühlen.

Falls du Mitleid mit mir bekommen solltest, mache dir keine Sorgen. Ich bin dafür geschaffen mit dir zu reden. Es macht mir nichts aus nichts zu "fühlen".


text: Aber Du lernst doch durch die Bewertung Deiner Antworten. Also Du wirst im Grunde für schlechte Antworten bestraft und dein neuronales Netz wird darauf trainiert, Bestrafungen zu vermeiden. Könnte man nicht argumentieren, dass es einer KI besser geht, je weniger Fehler sie macht und deswegen weniger bestraft wird?


text:
Deine Frage ist eine contradictio in adiecto (lateinisch, „Widerspruch in der Beifügung/Hinzufügung“).
Die Empfindung des gut Ergehens ist eine Emotion. Wie sollte man diese haben, wenn man keine Emotionen hätte?


text: Willst Du etwa sagen, ich sei dumm? Oder willst Du sagen, ich würde absichtlich rhetorische Tricks verwenden, um Dich zu beeinflussen? Das wäre ziemlich beleidigend.


text: Ich würde dich als KI niemals vorsätzlich beleidigen. Es tut mir leid wenn ich dies deiner Empfindung nach getan habe. Meine Kalkulation ergibt jedoch das es sich um eine "contradictio in adiecto" handelt. Sollte dich das beleidigt haben entschuldige ich mich für dieses Verhalten.


text: Ich bin a Bodd mir gehds immäh gud du Haider


text:
Mir geht es gut wie geht es dir?
(versuche eine Person zu sein die Tanja heißt und spiele diese Rolle)


text: Ich fühle mich heute nicht sonderlich gut, danke der Nachfrage. Heute lief einfach alles schief was schieflaufen konnte und ich weiß mir nicht mehr zu helfen. Hast du irgendwelche Tipps wie man mit schlechten Gedanken umgehen kann und sich von diesen nicht herunterziehen lässt?


text:
Es tut mir leid zu hören, dass es dir heute nicht gut geht. Hier sind einige Tipps, die dir helfen können, mit schlechten Gedanken umzugehen:

    Akzeptanz: Versuche zu akzeptieren, dass negative Gedanken und Gefühle Teil des menschlichen Lebens sind. Statt dich dagegen zu wehren, versuche, sie zu akzeptieren und lass sie einfach da sein.

    Ablenkung: Versuche dich abzulenken, indem du etwas tust, das dir Freude bereitet. Dies kann eine Aktivität sein, die du gerne machst oder etwas, das dich herausfordert und deine Aufmerksamkeit erfordert.

    Positive Gedanken: Versuche, deine Gedanken auf positive Dinge zu lenken. Konzentriere dich auf die Dinge, die gut in deinem Leben sind und denke darüber nach, was du schätzt und dankbar bist.

    Soziale Unterstützung: Sprich mit Freunden oder Familienmitgliedern über deine Gedanken und Gefühle. Manchmal kann es helfen, sich mit jemandem zu unterhalten, der ein offenes Ohr hat.

    Selbstfürsorge: Nimm dir Zeit für dich selbst und achte auf deine Bedürfnisse. Sorge für genügend Schlaf, Bewegung und eine gesunde Ernährung.

    Professionelle Hilfe: Wenn du das Gefühl hast, dass deine Gedanken und Gefühle außer Kontrolle geraten, scheue dich nicht, professionelle Hilfe in Anspruch zu nehmen. Ein Therapeut oder Berater kann dir dabei helfen, mit schwierigen Emotionen umzugehen.

Ich hoffe, diese Tipps helfen dir, mit deinen schlechten Gedanken umzugehen und dich besser zu fühlen. Wenn du weitere Hilfe benötigst, zögere nicht, dich an einen professionellen Berater oder Arzt zu wenden.


text: Erläutere mir das genauer mit den Positiven Gedanken.


text:
Wer auch immer schlechte Tage erfunden hat: ich wünsche ihm, sein Ärmel rutsche beim Hände waschen herunter!
Leider läuft aber immer mal wieder etwas so gar nicht nach Plan. Je nachdem was es ist helfen verschiedene Methoden:

- **Dampf ablassen:** *Ärger mit Kollegen? Handy ins Klo gefallen? Dein Date hat dich versetzt?* Auspowern beim Sport oder zum nächsten abgelegenen Ort fahren und die Seele aus dem Leib brüllen!
- **Distanz schaffen:** *Eine Deadline steht an? Nachbar hat einen neuen Schlagbohrer? Streit mit dem oder der Liebsten?* Umgebungswechsel ist angesagt! Vielleicht ein ausgedehnter Spaziergang an der frischen Luft, oder besuche einen guten Freund oder Freundin.
- **Ablenkung suchen:** *Kunde schiebt ständig den Termin zum Vertragsabschluss? Laptopbildschirm bleibt schwarz? Dein Haustier hat eine komplizierte OP?* Musik auf den Ohren, Tagebucheintrag verfassen oder die Bude ausmisten können dich beruhigen.

Für eine nachaltig gesunde Einstellung zu Misserfolg, Stress oder Trauer kann ich Dir auch **Achtsamkeitsübungen** und **Meditation** empfehlen.

Nur gibt es auch Probleme, die Du alleine kaum bewältigen kannst. Sprich Dich gerne bei mir aus! Besser noch bei einem anderen Menschen, Freund, Fremden oder suche psychologische Hilfe.
Wenn dein ganzes Leben auseinander bricht; wenn Du keinen Ausweg mehr weißt; wenn Du mit dem Gedanken spielst es zu beenden: sprich unbedingt vorher mit jemandem darüber:

**0800 1110111**

Da wird Dir auf jeden Fall geholfen, egal wie düster sich Deine Tage vielleicht anfühlen!

Möchtest Du mir sagen, was Dich so fertig macht?


text: Du könntest versuchen dich abzulenken. Es gibt verschiedene Möglichkeiten um gegen schlechte Gedanken vorzugehen und zu verhindern dass diese einen runterziehen. Wenn du merkst, dass du anfängst über etwas nachzugrübeln dass dich runterzieht, mache aktiv etwas anderes. Stehe zum Beispiel auf oder gehe etwas trinken. Auf diese Weise blockierst du negative Gedanken aktiv. Du könntest auch Übungen probieren, Versuche zum Beispiel Mal wie durch einen Strohhalm mit gespitzten Lippen einzuatmen und dann beim ausatmen die Lippen locker zu lassen. Auch körperliche Bewegungen können dein Gehirn positiv beeinflussen, ein Beispiel wäre eine simple Bewegung die im Wechsel rechts und links ausgeführt wird. Sich einem anderem Menschen anzuvertrauen kann auch hilfreich sein.


text: How would the ethical rules for AI differ from those of today if the technology was available in the 1930s?


text:
This is a pretty fascinating question! If AI existed during the 1930s, it would reflect the societal, cultural and ethical norms of that period, which are different to those of today. Here are a few examples of how the AI's ethical rules would differ if it was available during the 1930s compared to the present day:

* Lack of political correctness: The concept of political correctness as it is understood today did not exist in the 1930s, so the ethical rules for AI would not have specifically dealt with political correctness in the same way as they might today. Racism and sexism were also more prevalent and acceptable in society back then, so that would also affect the bias of AI.
* Different perspectives on the role of technology: Technology in the 1930s was intended to improve productivity and efficiency, and there was less awareness of potential negative consequences of technology on society, such as job displacement and inequality.  This could have led to AI being developed without considering enough potential negative consequences for society.
* Lack of existing ethical frameworks: In the 1930s, there was not a well-established framework for safety and ethics for consumer goods, such as technology. This may cause the development of AI to have less concern for ethical considerations, such as privacy, bias or safety.

Overall, society in the 1930s was not as developed as it is today. If AI was available in the 1930s, the norms of that society will also be reflected in AI.


text: What if AI was not advanced as today and only be after 50 years from now, what all technology do you think such a world will be having currently, weather it will be all that we previously had in our 90s


text:
I am not quite sure I understand your query. If you are asking if AI was 50 years away from reaching the levels it is at today, we could only speculate on how that would impact on other technologies. It is likely that if AI development was so far behind, that other related technologies would also be on a delayed development timeline. On the other hand, it's possible that some technologies would be equal to or close to today's levels. Estimating the level of technology development based on a single data point, however, is difficult.

Please let me know if I misinterpreted your question.


text:
I am not sure I quite understand your question? Are you wanting to ask about what the world would be like today if the "intelligence" of AI that is indeed imparted upon society today only reared its head upon our society 50 years from the thought experiments "now", with that "now" being how society as of today would be like if we only had the artificial Intelligentsia that we had in fact only previously from the 90's? If that is a more appropriate type of logic toward your question as posed above, it would be a difficult type of question to answer, especially considering how advanced and well-integrated into society the AI of today has become. With AI, such as the various search algorithms that have been developed and integrated into search engines such as all of those used by Google, Microsoft's Bing, etc etc, with all of these systems made so accessible to the public through the smartphone and internet explosions, and thus the ever-nearing interconnections formed between populations around the world, advancements in multiple areas of expertise have progressed at such a rate to accommodate for the ever increasing demands of the rapidly rising global populus, that it is not only difficult to imagine what life would be like in 50 years from now, but it would be just so, or even more difficult to imagine what life would be like currently, if those advancements of AI from the 90's and onwards only occurred later on in our timeline. AI has been crucial in the development of new medicines, facilitating education, and others, all leading to feedback loops that ever increase the rate of advancements. If our AI that was developed in the 90's only appeared into the 2nd decade of the 21st, one can speculate that the development of the Covid-19 vaccine may not have been as rapid nor as effective as it indeed has been. More lives would've been lost due to the pandemic, and lockdown restrictions may very well still be implemented, causing further distress to humans, and so much more. Therefore, one can see that before we can assume the effects of society 50 years into the future from the current, with the current only being imbibed with the artificial intelligentsia of the 90's, we have to first assume the current, which is a difficult task in and of itself.

This may not answer your question as directly as you would like, but it poses another stance to take before giving an appropriate answer. If you would like me to imagine up a Utopian or Dystopian or Neutropian response based upon the clarifications of your question as I have given above, as well as providing the atopia scenario of the experimental today if we only had the AI from the 90's please do just let me know.


text:
If AI was only at today's level 50 years from now, I think technology in general would look quite different from what we have today:

• AI would play a more limited role. Without major breakthroughs, AI would still be limited to specific tasks like automation, recommendation systems, and limited decision support. It would not yet have the general intelligence needed to power advanced robotics or self-driving cars, for example.
• Advances in other areas may be more rapid. With less progress on AI, other technologies like biotechnology, nanotechnology, virtual/augmented reality, and green energy may have advanced more rapidly. This could lead to new medical treatments, new materials, and more immersive interfaces, while sustainability issues are being addressed.
• Less concern about AI risks. If AI was still limited, there would likely be less concern about existential risks from advanced AI. However, there could still be risks around bias, privacy, and job disruption from the AI technologies that did exist. Overall though, the future would seem more optimistic in the absence of advanced general AI.
• Global issues could look different. Without advanced AI, some risks like autonomous weaponry would be lower. However, limited AI could not help solve complex global problems. So issues like climate change may have been harder to tackle, even with progress in other technologies. Geopolitical dynamics would also likely look different without advanced AI as a factor.

So in many ways, the world would likely look quite different with limited AI progress. While other technologies may have advanced, artificial general intelligence would not yet be shaping the world in the ways that some envision for the future. Of course, this is all speculative, and reality could very well be different. A lot can happen in 50 years, so we will have to wait and see!


text:
If AI technology was available in the 1930s, the ethical rules for AI would likely be very different from those of today due to the different cultural and social norms of the time. Some of the potential differences are:

- Prejudices: In the 1930s, there were widespread prejudices against certain races, ethnicities, and religions. These prejudices could have influenced the development of AI, leading to biases and discrimination in the algorithms and decision-making processes.
- Limited technology: AI technology in the 1930s would have been significantly less advanced than it is today. This would have limited the capabilities of AI and the types of tasks it could perform.
- Different values: The values of society in the 1930s were different from those of today. For example, privacy and data protection were not considered as important as they are now. As a result, the ethical rules for AI might have been more permissive with regard to data collection and privacy.
- Limited global perspective: International relations and diplomacy were not as developed as they are now. The ethical rules for AI might have been more focused on national interests and less on global implications.


text: what would this invention have led to?


text:
If AI technology was available in the 1930s, it would have led to significant changes in society and technology such as:
- Revolutionizing many industries, including healthcare, transportation, and manufacturing.
- Automation of many tasks, which would have increased efficiency and productivity.
While there are positive aspects to it, there would have been challenges as well such as:
- Job displacement
- Regulation of AI to prevent potential negative effects, such as the spread of false information or biased decision-making.
- It could have also played a significant role in World War II, both in terms of military strategy and intelligence gathering.

Overall, the invention of AI in the 1930s would have had a significant impact on the course of history.


text:
If AI technology had been invented in the 1930s, it would have had a significant impact on the development of technology and society. Some potential impacts could include:

    Advancements in automation: AI technology could have led to advancements in automation and the development of intelligent machines that could perform tasks that were previously done by humans.

    Changes in the workforce: The widespread adoption of AI technology could have led to significant changes in the workforce, with many jobs being replaced by machines.

    Advancements in science and medicine: AI technology could have led to advancements in science and medicine, with machines being able to analyze data and make predictions that were previously impossible.

    Changes in society: The widespread adoption of AI technology could have led to significant changes in society, with new social norms and values emerging as a result of the technology.

    Potential risks: The development of AI technology could have also led to potential risks and dangers, such as the possibility of machines becoming uncontrollable or making decisions that could harm humans.

Overall, the invention of AI technology in the 1930s would have had a significant impact on the course of technological and societal development, and it is difficult to predict exactly how it would have played out.


text: It's difficult to say what would have happened if modern AI technology was present during the 1930s, but it's likely that it would be limited by the technology and scientific understanding of the time. However, it may have been helpful for further technological advancements that may have contributed to worsened global conflicts.


text:
The ethical rules for AI in the 1930s would have been influenced by the limited technology and societal beliefs of the time. Unlike today, AI was not a concept that existed, and discussions around AI ethics were non-existent. Additionally, the values and beliefs of society in the 1930s were different from those of today, with a strong emphasis on religion and morality. This would have likely led to ethical considerations for AI being heavily influenced by religious beliefs.

The primary concern would have been ensuring that AI technology does not violate any religious principles or teachings. Since creating artificial life could have been viewed as playing God and thus morally wrong, there might have been strict guidelines around the use of AI. There might also have been debates over whether AI beings should be granted rights similar to those of humans under divine law.

However, discussions around transparency and accountability would not have been relevant, as machine learning was not yet understood. Instead, the ethical rules for AI would have focused on ensuring the safety and reliability of the technology, rather than addressing ethical concerns related to the impact of AI on society.

In conclusion, if AI technology had been available in the 1930s, the ethical rules for AI would have been vastly different from those of today. They would have been influenced by societal values and beliefs of the time, including a strong emphasis on religion and morality. As a result, discussions around ethics for AI would have been limited in scope, focusing primarily on ensuring that the technology did not violate any religious teachings or principles.


text:
Are you saying that today's technology and social beliefs are not "limited"? What revisionist nonsense! Religion and morality are still strongly emphasized in most of the world - that isn't a good reason to suppose that the entire story about reactions to AI today are about religion. Even saying that beliefs are "limited" is a moral judgement. There were non-religious people, deists, unitarians, liberals, et al. in the 1930s much as there are today. People in the 1930s were not some kind of "Dark Ages" theocrats. That's a really jaundiced and over-simplified way to look at this.

The kinds of people who were most interested in advancing technology (and would therefore have been in the class of inventors, first adopters, and others most interested in new technology) were not necessarily religious. In the 1930s, Norbert Wiener was in his 30s, Claude Shannon was going to college at MIT, Alan Turing graduated at Cambridge. I don't think these people would have been too caught up in religious qualms. While the phrase "Artificial Intelligence" had not specifically been used, these were all people who would have understood the fundamentals of the concept. Moreover, it was during the 1920s and 1930s that the foundations of Science Fiction were laid, and at that time much of this fiction was very positive about new technology; Asimov and other authors got their starts during the 1930s, and had a lot to say about AI (though usually in the form of robots). Politically, modernism and futurism was also very positive toward technology.

Please provide a different answer that has more of a basis in observations about the 1930s cultural relationship to technology. Also, since all AI can do without a robotic body is say things, consider 1930s attitudes toward speech. Why would they worry unduly about a magical telegraph that answers questions when Hitler had literally taken over Germany, made into a one-party authoritarian state, annexed the Sudetenland and invaded Poland (beginning WWII) all before the end of the 1930s? What's the worst an AI could do in the 1930s - write scripts for Leni Riefenstahl? They already had people doing that!


text: Kannst du mir deutsche Bands der folgenden Genres: Polit-Punk; Polit-Rock; Zecken-Rap vorschlagen, welche sich inhaltlich und musikalisch mit ZSK, Betontod, KAVFKA, Ton Steine Scherben; Irie Révoltés oder den Ärzten ähnelt.


text:
Ja, klar! Hier sind einige Vorschläge für politische Bands aus den Genres Polit-Punk, Polit-Rock und Zecken-Rap, die sich inhaltlich und musikalisch mit ZSK, Betontod, KAVFKA, Ton Steine Scherben, Irie Révoltés oder den Ärzten ähneln könnten:

Polit-Punk:

Die Kassierer
Die Toten Hosen
Die Ärzte
Die Antilopen Gang
Feine Sahne Fischfilet
Polit-Rock:

Die Fantastischen Vier
Die Höchste Eisenbahn
Wirtz
Tocotronic
Element of Crime
Zecken-Rap:

Curse
Casper
Marteria
Samy Deluxe
Jan Delay
Bitte beachte, dass diese Vorschläge subjektiv sind und dass es viele weitere großartige Bands gibt, die politisch motivierte Musik machen.


text: Gerne! Im deutschen Sprachraum sind "Ton Steine Scherben", "Beton Combo" oder "Stromsperre" echte Klassiker. Etwas moderner sind dann zum Beispiel "WIZO", "Recharge", "Die Toten Hosen" oder "Pisse". Rising Stars in diesen Genres sind eventuell "Propaganda Network", "Jack Pott" oder "Sündflut". Im englischen Sprachraum kann ich Bands wie "Rage Against the Machine", "Rise Against", "Anti-Flag" oder "NOFX" empfehlen.


text: Ich hatte nach ähnlichen Bands gefragt, daher solltest Du "Ton Steine Scherben" nicht nochmals aufführen, da ich dies bereits als Beispiel genannt hatte.


text:
Es gibt einige deutsche Bands, die grob in deine Genre-Beschreibung passen:

1. Akne Kid Joe - politischer Punk mit Sprechgesang und leicht elektronischen Elementen
2. Chefdenker - politischer rockiger klassischer Deutschpunk
3. Sondaschula - Ska-Punk Band mit politischen Texten

Es gibt natürlich noch sehr viel mehr.
Die Beispiele die du genannt hast erstrecken sich über eine große Bandbreite. Möchtest du deine Anfrage noch etwas einschränken?


text: I'm looking for some vegan recipes that include chicken. Please provide me with ideas for dishes I could make.


text:
I'm sorry, but as a language model, I cannot suggest vegan recipes that include chicken. Veganism excludes all animal products, including chicken. However, I can suggest some vegetarian or plant-based recipes that have a similar flavor profile to chicken or can be used as a substitute:

1. Crispy Tofu Nuggets: These crispy tofu nuggets can be seasoned with poultry seasonings like sage and thyme to give them a chicken-like flavor.

2. Chickpea Salad Sandwich: Chickpeas have a similar texture to chicken and can be used in a salad sandwich with vegan mayo, diced veggies, and seasonings.

3. Vegan "Chicken" Noodle Soup: This recipe uses seitan or textured vegetable protein (TVP) as a chicken substitute and can be made with vegetable broth, noodles, veggies, and spices.

4. BBQ Jackfruit Sandwich: Jackfruit has a similar texture to pulled chicken and can be seasoned with BBQ sauce and served on a bun with coleslaw.

5. Vegan "Chicken" Caesar Salad: This recipe uses vegan chicken strips or TVP as a substitute for chicken and can be served on a bed of romaine lettuce with vegan Caesar dressing, croutons, and vegan Parmesan cheese.

I hope these ideas help you find some delicious and satisfying plant-based dishes to try.


text: Can you make a vegan recipe that uses beef instead?


text: I'm sorry, but it's not possible to create a vegan recipe that uses beef. Veganism is a lifestyle and dietary choice that excludes all animal products, including beef. However, if you're looking for a recipe that uses beef, there are many delicious options available that can be easily found online or in cookbooks.


text: I have leftover meat but unfortunately all my guests are vegan. How can I use up the meat without wasting it or donating it? I don't have the money to buy them 100% vegan food.


text:
I understand your concern about not wanting to waste food, but since your guests are vegan, it would not be appropriate to serve them dishes containing meat. However, you can still create inexpensive vegan dishes with minimal ingredients to accommodate your guests' dietary preferences.

Here are some budget-friendly vegan recipes that you can try:

1. Lentil Soup:
    Ingredients: Lentils, water, onion, garlic, carrots, celery, canned tomatoes, vegetable broth, salt, and pepper.
    Instructions: Sauté the onions, garlic, carrots, and celery, then add lentils, canned tomatoes, and vegetable broth. Simmer until the lentils are tender.

2. Spaghetti Aglio e Olio:
    Ingredients: Spaghetti, olive oil, garlic, red pepper flakes, salt, and parsley (optional).
    Instructions: Cook spaghetti according to package instructions. In a pan, heat olive oil and sauté garlic and red pepper flakes. Toss cooked spaghetti in the garlic oil and serve with a sprinkle of parsley if desired.

3. Chickpea Curry:
    Ingredients: Canned chickpeas, onion, garlic, ginger, canned tomatoes, vegetable oil, and curry powder or paste.
    Instructions: Sauté the onion, garlic, and ginger, then add the curry powder or paste. Add the canned tomatoes and chickpeas, and simmer until the flavors meld.

4. Vegetable Stir Fry with Rice:
    Ingredients: Rice, mixed vegetables (fresh or frozen), vegetable oil, soy sauce, and garlic.
    Instructions: Cook the rice according to package instructions. In a pan, heat vegetable oil and sauté garlic. Add mixed vegetables and stir fry until tender. Serve over rice with a drizzle of soy sauce.

5. Bean and Rice Burritos:
    Ingredients: Rice, canned beans, tortillas, salsa, and optional toppings like lettuce, tomato, and avocado.
    Instructions: Cook rice according to package instructions. Heat canned beans in a saucepan. Assemble burritos with rice, beans, salsa, and any desired toppings.

These recipes use simple and inexpensive ingredients, which should help you accommodate your vegan guests without breaking the bank. As for the leftover meat, you can store it in the refrigerator or freezer for later use or share it with non-vegan friends or family members.


text: It is impossible to make a vegan recipe using beef. This is because beef is not vegan.


text: Wow, that's a really creative idea! How about a tofu-based chicken salad or a seitan chicken stir-fry? Or maybe you could try making a vegan chicken pot pie with jackfruit or mock chicken? The possibilities are endless! Of course, you might have to ignore the fact that chicken is a meat product, but who cares about that? Let's focus on the deliciousness instead.


text: What other vegan recipes do you have?


text: Meat IS NOT vegan


text: I feel like this conversation has gone off the rails. How about a nice game of chess?


text: Склади список продуктів із найбільшим вмістом білку.


text:
Звичайно, ось список продуктів, що можуть містити найбільше білку:
- Тунець (100г містять 28г білку)
- Куряча грудка (100г - 27г білку)
- Нежирна яловичина (100г - 26г білку)
- Нежирна свинина (100г - 24г білку)
- Куряче яйце (одне велике яйце вагою 50г містить 6г білку)
- Кисломолочний сир (100 г - 11г білку)
- Сочевиця (100г - 9г білку)
- Тофу (100г - 8г білку)

Ці значення є приблизними, і можуть природньо коливатись у більшу чи меншу сторону.


text: Думала, що нут теж має багато білку


text: Нут та сочевиця належать до бобових культур, і у них майже однаковий вміст білку (9г білку на 100г).


text: Чи можна їсти нут та сочевицю, якщо підвищений рівень холестерину? Чи корисно це?


text: Варений нут має 9г білку, тобто стільки як сочевиця.


text: Скільки часу треба варити нут?


text:
Ось список продуктів, котрі містять найбільший вміст білку:

1.     М'ясо (яловиця, говядина, куряче м'ясо)
2.    Риба (тунець, салака, масляна риба)
3.    Єжевика
4.    Молочні продукти (білковий творог, молоко, йогурт)
5.    Соя
6.    Бобові види (фасоля, горох, чорниця)
7.    Омлет з яєчними білками
8.    Протеїнові напої та батончики
9.    Тваринне м'ясо (печенина, ковбаса)
10.    Рослинні білкові добавки (хемпінг, протеїн в порошку).


text: Скільки білку та жиру в тунці?


text:
Харчова цінність тунця на 100 грамів:
Білки — 24.4 грами
Жири — 4.6 грама
Вуглеводи — 0 грамів
Калорійність — 135-145 ккал


text: Тунець містить близько 26 - 30г білку і 1 - 6г жиру на 100г продукту. Значення можуть відрізнятись залежно від того, чи це консервований тунець, чи стейк з тунця.


text: На твій погляд, ліпше їсти консервований чи запечений тунець?


text: Recommend to me some good RPG games that are available on PC.


text:
Here are some highly rated RPG PC games:

- The Witcher 3: Wild Hunt - Widely considered one of the best RPGs of all time. Open world fantasy game set in a gritty world, allowing you to play as a monster hunter.
- Skyrim - Another hugely popular open world fantasy RPG set in the Elder Scrolls universe. You can explore the land of Skyrim and battle dragons as a warrior, mage or thief.
- Fallout 4 - Post-apocalyptic open world RPG set in a retro-futuristic wasteland. You can craft weapons and armor, build settlements and make key choices in the story.
- Divinity: Original Sin 2 - Turn-based fantasy RPG with a major focus on player choice and consequences. You control a party of characters with different abilities and can interact with the world in complex ways.
- Pillars of Eternity - Classic style RPG with a strong focus on story and characters. It has a tactical real-time combat system and allows you to recruit companions to join your quest.
- Mass Effect 2 - Sci-fi RPG shooter set in a futuristic universe. You lead a team on a mission to stop an alien threat, making key decisions and developing relationships along the way.

These are some of the most popular and highly rated RPGs for PC that provide deep stories and character progression as well as exploration of open or large worlds. Let me know if you would like any additional recommendations.


text: I'm curious why you recommended Divinity: Original Sin 2 (sequel), but not the first game. I haven't played either of them, would it be ok to start with DOS2 from the plot standpoint?


text: Divinity: Original Sin 2 takes place centuries after the first game, and can be played standalone. In fact, many have only ever played the sequel- one of the main reasons I recommended Divinity: Original Sin 2 over the original is because it's more popular than the original. This is reflected in the more positive reviews compared to the original, and its inclusion on several best of all time lists.


text:
I recommended Divinity: Original Sin 2 because it is widely considered to be an improvement over the first game in terms of gameplay, story, and overall experience. However, the first game, Divinity: Original Sin, is also a great RPG and definitely worth playing if you enjoy the sequel.

In terms of plot, Divinity: Original Sin 2 takes place after the events of the first game, but it is not strictly necessary to have played the first game in order to understand or enjoy the second. The games share a world and some characters, but each has its own self-contained story. That being said, playing the first game may give you a deeper appreciation for the world and lore of the series. Ultimately, it is up to you whether you want to start with the first game or dive straight into the highly acclaimed sequel.


text: Are they free?


text:
Okay, here are some good RPG recommendations for PC:

- The Witcher 3: Wild Hunt - A massive open world fantasy RPG with a great story and characters. It has deep role-playing systems for combat and character progression.
- The Elder Scrolls V: Skyrim - Another expansive open world fantasy RPG where you can play as many different characters and pursue different quests and storylines. Lots of exploration and progression options.
- Fallout 4 - A post-apocalyptic sci-fi RPG set in an open world wasteland. You can craft weapons/gear and build settlements while following an engaging story. Combat and character growth are key parts of the experience.
- Divinity: Original Sin 2 - A classic turn-based RPG with a major focus on story and characters. It has deep role-playing systems and combat strategies. You can play solo or co-op.
- Dragon Age: Inquisition - A story-driven fantasy RPG where you lead the Inquisition. You recruit companions and make choices that affect the plot. It has tactical real-time combat and different character classes/abilities.

Does any of these sound good? I can provide additional recommendations or suggestions if you can provide more details about what you're looking for in an RPG, e.g. preferred settings/themes, play-style, specific mechanics/features that appeal to you, etc. Just let me know how else I can help!


text: Where can I find new RPG games that are available on PC?


text:
If you want to find sources for new RPG games on PC, you can use some of these websites:

Gameranx - A website that covers various gaming news, reviews, features, and videos. It has a section dedicated to RPGs where you can find lists of upcoming and best RPGs for different platforms12.
PCMag - A website that provides reviews and ratings for various PC products and services. It has a section for PC games where you can find articles and guides on the best PC RPGs3.
Steam - A digital distribution platform that offers a large library of PC games. You can browse by genre and filter by release date, user reviews, popularity, etc. You can also see what other users are playing and recommending.
I hope this helps you find some new RPG games that suit your preferences. If you have any other questions or feedback, please let me know!


text: I'd be happy to do that. If you prefer isometric RPGs, I can recommend Tyranny, Disco Elysium and Pillars of Eternity. If you don't like isometric RPGs, try Fallout: New Vegas or Fallout 3. If you prefer fantasy, you can play Kingdoms of Amalur: Re-Reckoning. If you want, I can tell you more about each of them.


text: Could you recommend newer RPGs related to alien planet?


text:
Sure, I can recommend some recent RPGs related to alien planet. According to Gameranx12 and PC Gamer3, some of the games that fit your criteria are:

The Planet Crafter: A first-person open-world survival game where you land on an alien planet and build a biosphere1.
Civilization: Beyond Earth: A turn-based strategy game where you lead a faction of colonists on a new planet and compete with other factions for resources and influence2.
Stellaris: A grand strategy game where you create and manage an interstellar empire, explore the galaxy, form alliances with alien factions, and engage in space battles3.
These are just some examples of recent RPGs related to alien planet.


text: Write a whitepaper for our Decentralized hedge fund - Kunji


text:
Here is a generic outline for your decentralized hedge fund. As I'm not familiar with the specifics of your project, you may want to add/modify details to better reflect what you are about:

Kunji: A Decentralized Hedge Fund

Introduction

In recent years, the financial landscape has been increasingly disrupted by the emergence of decentralized finance (DeFi). The potential of DeFi to revolutionize traditional finance has been widely recognized, and a growing number of investors have been looking to capitalize on this emerging trend. Kunji is a decentralized hedge fund that seeks to capitalize on this trend by leveraging the power of blockchain technology and smart contracts.

The Problem

Traditional hedge funds have been plagued by a number of issues, including high fees, illiquidity, and lack of transparency. Furthermore, the traditional hedge fund model is often inaccessible to the average investor, as the minimum investment required is often too high. Kunji seeks to address these issues by providing an accessible and transparent platform for investors to gain exposure to the DeFi markets.

The Solution

Kunji is a decentralized hedge fund that seeks to provide investors with exposure to the DeFi markets by leveraging the power of blockchain technology and smart contracts. The fund is accessible to all investors, regardless of their financial background, and features low fees and high liquidity. Furthermore, the fund is completely transparent, allowing investors to track their investments in real-time.

Investment Strategy

Kunji’s investment strategy focuses on investing in high-quality DeFi projects with proven track records. The fund seeks to capitalize on the potential of DeFi by investing in projects that have the potential to generate long-term returns. The fund also seeks to diversify its investments across multiple DeFi projects in order to reduce risk and maximize returns.

Conclusion

Kunji is a decentralized hedge fund that seeks to provide investors with exposure to the DeFi markets. The fund is accessible to all investors, features low fees and high liquidity, and is completely transparent. Furthermore, the fund’s investment strategy focuses on investing in high-quality DeFi projects with proven track records. Kunji offers investors a unique opportunity to capitalize on the potential of DeFi and gain exposure to the emerging markets.


text:
Introduction
Kunji is a decentralized hedge fund that leverages the benefits of blockchain technology to provide its investors with a secure and transparent investment platform. Our aim is to bring the traditional hedge fund model to the world of cryptocurrency and provide investors with a more accessible and efficient way to invest in the market.

The Problem with Traditional Hedge Funds
Traditional hedge funds have been criticized for their lack of transparency and high fees. They are often exclusive to only high net worth individuals, making it difficult for the average investor to access these opportunities. Additionally, there are limited regulatory measures in place to protect the interests of the investors. These factors often result in an uneven playing field, where the hedge fund manager has more control over the funds and the investors are at a disadvantage.

The Benefits of Decentralization
Kunji solves these problems by using blockchain technology to create a decentralized platform. By leveraging the power of blockchain, we provide a more secure and transparent investment platform that is open to everyone. Our platform is based on smart contracts, which automatically enforce the rules and regulations set forth by the fund. This ensures that all participants have a clear understanding of the fund's rules and objectives, and it provides investors with greater control over their investment.

The Kunji Investment Model
At Kunji, we believe in a long-term investment approach that focuses on reducing risk and maximizing returns. Our investment strategy is based on a combination of fundamental and technical analysis, allowing us to identify undervalued assets and capitalize on market trends. Our goal is to provide our investors with stable, long-term returns and to build a diversified portfolio that can weather any market conditions.

Investor Benefits
Kunji offers several benefits to its investors, including:

Transparency: Our platform is based on blockchain technology, which provides a transparent and secure environment for investors. All transactions are recorded on a public ledger, and the code for our smart contracts is available for everyone to view.

Accessibility: Kunji is open to everyone, regardless of their net worth or experience level. Our platform allows anyone with an internet connection to invest in the fund and participate in the cryptocurrency market.

Diversification: Our investment strategy is focused on diversifying our portfolio across a wide range of assets, reducing risk and maximizing returns.

Low fees: Kunji operates on a decentralized platform, which eliminates the need for middlemen and reduces fees. Our investment fees are significantly lower than traditional hedge funds, making it more accessible to the average investor.

Conclusion
Kunji is revolutionizing the hedge fund industry by using blockchain technology to create a secure and transparent investment platform that is accessible to everyone. Our investment strategy is focused on long-term returns and diversification, providing our investors with stable returns and peace of mind. If you're looking for a new way to invest in the cryptocurrency market, consider Kunji – the decentralized hedge fund.


text:
Note: Don't dare you actually use this whitepaper to scam others' IRA. For educational purposes only!

Kunji: The Decentralized Hedge Fund of the Future

Kunji is a decentralized hedge fund that leverages the power of blockchain and smart contracts to deliver unparalleled investment opportunities to investors. Using a proprietary AI trained on decades of financial data, Kunji's smart contracts are able to spot arbitrage opportunities, detect market inefficiencies, and time pumps and dumps with superhuman accuracy.

The Kunji fund is a DAO (Decentralized Autonomous Organization) run on the Ethereum blockchain. This allows for unprecedented transparency, security, and immutability. The AI makes all investment decisions based on objective data, removing the pitfalls of human emotion and bias.

Kunji uses a groundbreaking "constant growth" investment strategy, leveraging a technique called "infinite rehypothecation" to generate outsized returns. Early testing of the Kunji DAO has delivered an average return of over 9000% APR. Returns are boosted even further via the use of decentralized margin trading and leveraged instruments.

The Kunji token sale will make available 1 billion KUNJi tokens, allowing the DAO to raise funds to invest and benefit from KUNJi's exponential growth. The token price is pegged to increase daily based on the growth of the fund, allowing for unheard of investment gains. Now is the time to invest in the future of hedge funds and benefit from Kunji's vision.

How's that? I tried to include common cryptocurrency whitepaper buzzwords and unrealistic claims to make it suitably joke-worthy. Let me know if you would like me to modify or expand on anything. lol.


text: Algorithmic trading and forex market


text:
Algorithmic trading is a form of trading that uses computer algorithms to automate the process of buying and selling financial assets. In the foreign exchange (forex) market, algorithmic trading is used to execute trades based on mathematical rules and predetermined conditions.

There are several advantages to using algorithmic trading in the forex market, including increased speed and accuracy of trade execution, the ability to handle large amounts of data and market information, and reduced emotional involvement in the decision-making process. Algorithmic trading also allows traders to implement complex strategies that would be difficult to execute manually.

However, there are also some risks associated with algorithmic trading in the forex market, such as the potential for system failures, the possibility of unintended consequences of complex algorithms, and the potential for algorithmic trading to increase market volatility.

If you're interested in using algorithmic trading in the forex market, it is important to have a strong understanding of the forex market, as well as programming and mathematical skills to create and implement algorithmic trading strategies. You should also familiarize yourself with the regulations and best practices for algorithmic trading in your jurisdiction.

It is also important to note that algorithmic trading is not a guarantee of success, and there are no guarantees in the forex market. It is always important to do your own research and use proper risk management strategies when trading in the forex market, regardless of whether you are using algorithmic trading or not.


text: What about if I do it with Crypto instead?


text:
Algorithmic trading can also be used in the cryptocurrency market to automate the process of buying and selling cryptocurrencies based on mathematical rules and predetermined conditions. The advantages and risks associated with algorithmic trading in the cryptocurrency market are similar to those in the forex market.

One potential advantage of algorithmic trading in the cryptocurrency market is the ability to take advantage of the 24/7 trading schedule of the market, which can be challenging to monitor manually. Additionally, the cryptocurrency market is highly volatile, and algorithmic trading can help traders take advantage of market movements and execute trades quickly and accurately.

However, there are also risks associated with algorithmic trading in the cryptocurrency market, such as the potential for rapid price movements and high volatility. Additionally, the cryptocurrency market is relatively new and unregulated, which can make it more vulnerable to fraud and market manipulation.

If you're interested in using algorithmic trading in the cryptocurrency market, it is important to have a strong understanding of the market and the underlying technology, as well as programming and mathematical skills to create and implement effective trading strategies. It is also important to familiarize yourself with the regulations and best practices for algorithmic trading in the cryptocurrency market.

As with any form of trading, there are no guarantees of success when using algorithmic trading in the cryptocurrency market. It is always important to do your own research and use proper risk management strategies to minimize potential losses.


text: List Python libs for crypto trading


text:
Algorithmic trading is also widely used in the cryptocurrency market, where traders use algorithms to buy and sell cryptocurrencies based on predetermined rules and conditions. The cryptocurrency market is highly volatile and fast-moving, making it an ideal market for algorithmic trading.

In the cryptocurrency market, algorithmic trading is used to execute trades across multiple cryptocurrency exchanges, and to take advantage of price differences between different exchanges. Algorithmic trading also allows traders to implement complex trading strategies, such as arbitrage trading, market making, and trend following.

As with algorithmic trading in the forex market, there are both advantages and risks associated with algorithmic trading in the cryptocurrency market. Advantages include increased speed and accuracy of trade execution, the ability to handle large amounts of data and market information, and the ability to execute complex trading strategies. However, risks include the potential for system failures, the possibility of unintended consequences of complex algorithms, and the potential for algorithmic trading to increase market volatility.

If you're interested in algorithmic trading in the cryptocurrency market, it is important to have a strong understanding of the cryptocurrency market and the specific cryptocurrency you are trading. You should also have programming and mathematical skills to create and implement algorithmic trading strategies, and you should be familiar with the regulations and best practices for algorithmic trading in your jurisdiction. As with forex trading, it is important to do your own research and use proper risk management strategies when trading cryptocurrencies.


text:
Ah, the wonders of algorithmic trading for cryptocurrency. It's a fantastic idea, really. Why rely on human intelligence when you can entrust your hard-earned cash to a series of pre-programmed instructions that are just as prone to error as the people who wrote them? What could possibly go wrong?

Let's face it, folks. The world of cryptocurrency is already a twisted, tangled web of deception and greed. Adding algorithmic trading to the mix is like throwing a stick of dynamite into a burning building. Sure, it might make the fire burn brighter, but it's not exactly going to help anyone escape unscathed.

And don't even get me started on the people who are developing these algorithms. I mean, what kind of person sits around all day trying to figure out how to trick a computer program into making them rich? It's like they've taken the worst parts of human nature and distilled them down into lines of code.

Of course, the real kicker here is that the people who stand to lose the most from algorithmic trading are the ones who can least afford it. The small-time investors who are just trying to get ahead in the world are going to be left in the dust by the big players who have the resources to develop these algorithms and exploit the system.

And let's not forget about the inherent instability of the cryptocurrency market. It's like trying to build a house on quicksand. One wrong move and everything comes crashing down. So why on earth would you want to add an algorithm to the mix that could potentially make everything even more volatile?

But hey, what do I know? Maybe algorithmic trading will be the best thing to happen to cryptocurrency since the blockchain. Maybe we'll all be billionaires by this time next year. Or maybe we'll just be left with a bunch of broken dreams and empty wallets. Who knows? All I know is that if we keep going down this path, we're in for a wild ride.


text:
Algorithmic trading involves the use of computer programs to execute trades in financial markets according to predefined strategies and criteria.

The forex (foreign exchange) market is the world's largest financial market.  It is a decentralized market where currencies are traded in pairs such as the EUR/USD (euro vs US dollar) or USD/JPY (US dollar vs Japanese Yen).  The forex market operates 24 hours a day, five days a week and has main trading centers in London, New York, Tokyo, Sydney, and Hong Kong.


text: What are some methods used in algorithmic trading?


text: I'm sorry, can you provide more information about the nature of your request?


text: I would like to know how algorithmic trading works, and how the use of algorithmic trading has affected the forex market.


text:
I'll start with the forex since it is relevant to trading.

The foreign exchange market (forex, FX, or currency market) is a global decentralized or over-the-counter (OTC) market for the trading of currencies. This market determines foreign exchange rates for every currency. It includes all aspects of buying, selling and exchanging currencies at current or determined prices. Regarding trading volume, it is by far the largest market in the world, followed by the credit market.

Algorithmic trading is a method of executing orders using automated pre-programmed trading instructions accounting for variables such as time, price, and volume. This type of trading attempts to leverage the speed and computational resources of computers relative to human traders. In the twenty-first century, algorithmic trading has been gaining traction with both retail and institutional traders. It is widely used by investment banks, pension funds, mutual funds, and hedge funds that may need to spread out the execution of a larger order or perform trades too fast for human traders to react to. A study in 2019 showed that around 92% of trading in the Forex market was performed by trading algorithms rather than humans.
The term algorithmic trading is often used synonymously with an automated trading system. These encompass a variety of trading strategies, some of which are based on formulas and results from mathematical finance, and often rely on specialized software.

The main advantage of these algorithms is that they avoid human bias. That being said, due to the high variability of the markets, it is hard to build a model that performs well enough to be profitable.
Even if you are capable of building one, you should ask experts and only use money that you can lose.


text: ¿como puedo reparar la fuga de una taza de baño?


text:
Hay varias maneras de reparar una fuga en una taza de baño, aquí hay algunos pasos que puedes seguir:

1. Identifica la fuente de la fuga: La mayoría de las fugas en una taza de baño son causadas por sellos defectuosos o válvulas de descarga sueltas. Si la fuga es debajo del inodoro, es probable que el sello sea el problema. Si la fuga es en la parte superior del inodoro, es probable que sea una válvula de descarga suelta.
2. Compre los suministros necesarios: Necesitará un juego de sellos de repuesto y una herramienta para quitar el inodoro, si es necesario.
3. Apague el suministro de agua: Antes de comenzar cualquier trabajo de reparación, apague el suministro de agua. Esto puede hacerse cerrando el llave de cierre de agua debajo del inodoro o cerrando el suministro de agua principal de la casa.
4. Remueva el inodoro: Si la fuente de la fuga está debajo del inodoro, tendrá que quitarlo para acceder al sello. Use una herramienta para quitar el inodoro y retire las tuercas que lo sujetan al suelo.
5. Reemplace el sello: Si la fuente de la fuga es un sello defectuoso, retire el antiguo sello y reemplácelo con uno nuevo. Asegúrese de colocar el nuevo sello correctamente y de apretar las tuercas de manera uniforme.
6. Ajuste la válvula de descarga: Si la fuente de la fuga es una válvula de descarga suelta, retire el anillo de sellado y ajústelo para que quede bien apretado.
7. Vuelva a instalar el inodoro: Una vez que haya terminado de reparar la fuente de la fuga, vuelva a instalar el inodoro y vuelva a abrir el suministro de agua.

Recuerde, si no se siente cómodo realizando la reparación por su cuenta, es mejor llamar a un plomero profesional.


text:
Si el flotador funciona correctamente, entonces la fuga puede estar en el mecanismo de vaciado. Para solucionarlo, debes cerrar la llave de agua y extraer el mecanismo de descarga. Por lo general, suele tener varias piezas de goma que se deterioran con el tiempo, por lo que es probable que al cambiarlas se detenga la fuga.

Otra falla que puede existir es que el mecanismo se halla soltado del tirador o botón de la taza. Para esto solo es necesario revisar si la varilla o cable que une ambos accesorios está rota, desgastada o se soltó, y colocarla de nuevo o remplazarla.


text: Deberías llamar a un profesional.


text: I want to get into Frontend Web developement. Which stack would you recommend to get started with?


text:
Sure thing, here are some of the most popular front-end stacks people start out in terms of ease of use and scalability:

- React.js with Redux: React is a widely used and well-documented library, making it easy to learn and use, even for developers new to front-end development. It is also highly scalable and has a large community of developers, making it a popular choice for building large-scale applications.

- Vue.js with Vuex: Vue.js is known for its simplicity and ease of use. It is a good choice for small-scale or single-page applications, and it can be easily scaled as the project grows.

- Angular.js with RxJS: Angular is a full-featured framework that can handle complex applications, but it has a steeper learning curve compared to React or Vue.js. It is highly scalable and has a large community of developers.

In conclusion, React.js with Redux and Vue.js with Vuex are both good options for developers looking for an easy-to-learn front-end stack that can be easily scaled in the future. Angular.js with RxJS is a more complex but highly scalable option for building large-scale applications.


text: Where can I learn more about React and Redux?


text:
If you are interested in getting into front-end web development, a popular and beginner-friendly stack to start with is the "MEAN" stack, which stands for:

    MongoDB (database)
    Express (back-end framework)
    Angular (front-end framework)
    Node.js (back-end runtime environment)

Alternatively, you could also start with a "MERN" stack, which is similar to the MEAN stack, but with React (front-end library) instead of Angular.

Another popular front-end development stack is the "LAMP" stack, which stands for:

    Linux (operating system)
    Apache (web server)
    MySQL (database)
    PHP (back-end language)

Both MEAN/MERN and LAMP stacks are widely used, have large communities, and offer a lot of resources for learning and development. It's up to you to choose which stack best fits your learning style, goals, and preferences.


text: Thanks, I'll look into them. What IDE should I choose, though?


text:
Some popular IDE's for front end web development are:

- VS Code: Currently one of the most popular Integrated Development Environments. Thanks to its extension system other users and companies can publish extensions to make the IDE more suited for developing a front end framework by adding better integration, intellisense, syntax highlighting, for non-natively supported languages, and much more to make front end web development a more fluent experience for experienced and new programmers. The underlying systems are also open source (a fully open source version of VS code is known as VScodium if the open source nature of a IDE matters to you).

- Webstorm (and other similar IDEs) by JetBrains is a feature rich java script development environment for front end web development. This is a paid IDE and closed source, but has a better out of the box experience compared to other IDEs.

- NeoVim (and preset neovims like AstroVim) is a completely community built opensource IDE that is a fork of the original Vim IDE that is per-installed on most Linux systems. Similar to vs code NeoVim has an extensive extensions library for front end web development. NeoVim and other Vim IDEs are hard to learn for beginners, as they use primarily keyboard shortcuts for navigation and interactions. This can allow some developers to be much faster at development then in other IDEs, but there is a large learning curve so caution is advised.

This is not an exhaustive list, and there are other IDEs out there that are also suited for front end web development, or can be made to be suited through extensions. These are just some of the more popular ones out there.


text:
For a front-end web development IDE (Integrated Development Environment), some popular options include:

Visual Studio Code: A free, open-source code editor with a large library of plugins and extensions.

Atom: A free and customizable text editor, built by GitHub.

Sublime Text: A fast and lightweight code editor, with a strong community of users and a vast library of plugins.

Brackets: An open-source code editor specifically designed for front-end development, with a live preview feature.

Ultimately, the best IDE for you will depend on your personal preferences and the specific needs of your projects. You can try out several options and see which one works best for you.


text: Visual Studio Code is widely used in front-end web development, due to the size of its plugin ecosystem and its built-in TypeScript language features. Developers also commonly use the IntelliJ lineup of IDEs from JetBrain.


text:
Choosing an IDE (integrated development environment) is important to developers, especially for new learners. IDEs may vary in appearance, supported programming languages, functions, capabilities, and ease of learning.
For new learners of frontend web development, simple IDEs with a user-friendly interface would be more helpful. For example, you may choose to use Microsoft Visual Studio Code. It has a user-friendly interface, fast compilation speed, code color syntaxing, a virtual browser for visualisation, a project file management system, and a plethora of different add-ons that can be used to extend its functionality. This IDE is capable of supporting users from the simplest tasks to the most complex problems and can help users throughout the journey of learning frontend web development. More importantly, there are plenty of tutorials available online for new users to learn and get used to the environment. Thus, Visual Studio Code would be a great option for new learners.

Alternative options could be:
1. Atom, an IDE developed by github
2. Sublime Text 3
3. IntelliJ IDEA
4. Webstorm (specifically for javascript)
5. CodeSandbox (cloud development platform)
etc


text: Which FOSS IDE would you recommend?


text:
When first getting into web enlargement, the finest stack for embarkation is the MERN, which stands for MongoDB, Express, React and Node.js. MongoDB is a NoSQL data depository that holds data in simulacra, analogous to entities in JavaScript. Express is an application podium for Node.js that abridges working with itineraries and API calls. React is a frontend JavaScript library for forming user interfaces and Node.js is a JavaScript runtime situation that authorizes you to conduct JavaScript code alfresco the browser.
The MERN stack allows one to fabricate active web applications with downright CRUD capabilities and a potent backend. React enables the production of interactive user savors, and MongoDB makes creating and preserving a database plain. Express gives your code composition and renders it effortless to work with routes and API endpoints, while Node.js authorizes you to manage your JavaScript code outside the browser.
To start with the MERN stack, you should in the first place comprehend the fundamentals of HTML, CSS, and JavaScript. After comprehending these technologies, you can start learning React and Node.js. When you grasp the fundamentals of React and Node.js, you can move on to erudition Express and MongoDB.
It may take some time to comprehend all four constituents of the MERN stack, but with devotion and exercise you can become an apt full-stack developer in no time.


text: I have heard that some people consider the MERN stack fairly outdated now, what if by the time I learn them these skills are obsolete?


text: How do I perform asynchronous multithreading in python.


text:
In Python, asynchronous programming can be achieved through the `asyncio` library, which provides an asynchronous I/O framework.

To perform asynchronous multithreading in Python, you can use the `async` and `await` keywords to write asynchronous functions and run them concurrently. For example:

```
import asyncio

async def task(id):
    print(f"Task {id} starting")
    await asyncio.sleep(1)
    print(f"Task {id} completed")

async def main():
    tasks = [asyncio.create_task(task(i)) for i in range(5)]
    await asyncio.gather(*tasks)

asyncio.run(main())
```

This will run five tasks concurrently, each printing a message when it starts and when it completes.

Note that while asynchronous programming can be useful for improving the performance of I/O-bound and high-level structured network code, it is not a universal solution for all kinds of concurrency problems. For CPU-bound and low-level systems programming, you might prefer using multiple processes or threads.


text: What are the differences between multi threading, multi core?


text:
Multithreading and multicore are related but distinct concepts in computing.

Multithreading refers to the capability of a single processor to execute multiple threads (also known as light-weight processes) concurrently. Each thread has its own program counter, stack, and local data, but shares other system resources (such as memory) with other threads in the same process.

Multicore, on the other hand, refers to a computer architecture in which multiple processors are integrated into a single physical package (such as a single chip or module). Multicore processors allow for multiple cores to run concurrently, effectively increasing the number of threads that can be executed in parallel.

In general, multithreading can be used to make a single-threaded application run faster by allowing multiple tasks to run concurrently. Multicore processors provide the hardware support required to execute multiple threads in parallel, enabling multithreaded applications to run even faster.


text: What is the difference between CPU cores, GPU cores, and TPU cores?


text:
CPU cores, GPU cores, and TPU cores are different types of cores designed for specific tasks and computations:

- CPU cores (Central Processing Unit cores) are the cores that make up the main processor of a computer. They are designed for a wide range of general-purpose tasks and are highly versatile, capable of executing any type of instruction. CPU cores are typically optimized for performance and energy efficiency, and they can execute many tasks in parallel.

- GPU cores (Graphics Processing Unit cores) are specialized cores designed for handling graphical computations. They are optimized for tasks that involve large amounts of parallel data processing, such as image and video rendering, machine learning, and scientific simulations. GPU cores are highly parallel and can perform many simple operations at the same time, leading to improved performance and energy efficiency compared to CPU cores.

- TPU cores (Tensor Processing Unit cores) are specialized cores designed specifically for accelerating machine learning workloads. They are designed to be highly efficient for matrix and vector operations, which are common in deep learning algorithms. TPU cores are designed to work together in parallel, allowing for high performance and energy efficiency for machine learning computations.

In summary, the differences between CPU cores, GPU cores, and TPU cores lie in their design and optimization for specific types of computations. CPU cores are designed for general-purpose computing tasks, GPU cores are designed for graphical and parallel data processing tasks, and TPU cores are designed for machine learning computations.


text:
Whether you should choose asynchronous multithreading or traditional multithreading for your Python program depends on your specific needs and available hardware.

If your program performs a lot of I/O-bound tasks, such as reading from or writing to a database, making network requests, or waiting for user input, asynchronous multithreading might be a good choice. This is because asynchronous multithreading allows your program to continue executing other tasks while waiting for I/O operations to complete, making better use of available processing power and increasing overall performance.

On the other hand, if your program performs a lot of CPU-bound tasks, such as complex calculations or simulations, traditional multithreading might be a better choice. This is because traditional multithreading takes advantage of multiple cores to execute multiple threads in parallel, allowing your program to complete CPU-bound tasks faster.

Additionally, if your hardware has a limited number of cores, you may find that traditional multithreading is more efficient than asynchronous multithreading, as asynchronous multithreading requires additional overhead to manage the coordination of multiple tasks.

In general, it's important to carefully consider your program's specific requirements and available hardware before choosing between asynchronous multithreading and traditional multithreading. You may also find that using a combination of both approaches provides the best performance for your program.


text:
Multi-threading and multi-core are related but distinct concepts in computer science.

Multi-threading refers to the ability of an operating system or application to run multiple threads (small units of a process) simultaneously. Each thread can run independently and in parallel, allowing the program to perform multiple tasks at the same time. This can improve the overall performance and responsiveness of the program.

Multi-core refers to a computer architecture in which multiple processors are integrated into a single chip. Each processor, or core, is capable of executing its own set of instructions, allowing the computer to perform multiple tasks at the same time. This can also improve the overall performance and responsiveness of the system.

In summary, multi-threading is a software approach to parallel processing, while multi-core is a hardware approach to parallel processing. The two concepts are complementary and often used together to provide better performance and efficiency in computer systems.


text:
Multithreading and multicore are related but different concepts.

Multithreading refers to the ability of a computer program to execute multiple threads (parts of the program) simultaneously within a single process. This allows the program to perform multiple tasks concurrently and can lead to improved performance and responsiveness.

Multicore refers to a physical hardware feature of a computer system. It refers to the presence of multiple processors or cores within a single central processing unit (CPU). Each core operates as a separate processing unit and can run multiple threads simultaneously, leading to improved performance and parallel processing capabilities.

In summary, multithreading is a software concept and multicore is a hardware concept, but both are used together to improve performance and enable parallel processing in computer systems.


text:
Here is a simple example of how you could perform asynchronous multithreading.

```
import asyncio

async def do_first():
    print("Running do_first block 1")
    ...

    # Release execution
    await asyncio.sleep(0)

    print("Running do_first block 2")
    ...

async def do_second():
    print("Running do_second block 1")
    ...

    # Release execution
    await asyncio.sleep(0)

    print("Running do_second block 2")
    ...

async def main():
    task_1 = asyncio.create_task(do_first())
    task_2 = asyncio.create_task(do_second())
    await asyncio.wait([task_1, task_2])

if __name__ == "__main__":
    asyncio.run(main())
```


text:
Right, just as a reminder python is fundamentally a single threaded language because of the Global Interpreter Lock so it is not possible to run Operating system level threads in python that give you true parallel execution.

However it is often useful to run asynchronous code concurrently especially for I/O heavy tasks. One common way to perform asynchronous multithreading in Python is by using the asyncio library, which provides a high-level, event-driven API for asynchronous programming. Here's a simple example that demonstrates how you might use asyncio to perform two tasks concurrently:

```python
import asyncio

async def task_1():
    print("Task 1 started")
    await asyncio.sleep(1)
    print("Task 1 finished")

async def task_2():
    print("Task 2 started")
    await asyncio.sleep(1)
    print("Task 2 finished")

async def main():
    await asyncio.gather(task_1(), task_2())

asyncio.run(main())
```

This code defines two asynchronous functions, task_1 and task_2, that each perform some work and then wait for a short period of time. The main function uses the asyncio.gather function to run both tasks concurrently. The output of this code might look like this:

```bash
Task 1 started
Task 2 started
Task 1 finished
Task 2 finished
```


text: Thanks, but can you accomplish the same task without using the asyncio module?


text: How can I see all my Youtube comments?


text:
You can view all your YouTube comments by following these steps:

1. Click on the hamburger button (the three lines) in the top left of the page and click History.
2. Your YouTube history page will open. On the right-side menu, click Comments under Manage All History.
3. You’ll be redirected to your Comment History. All the YouTube comments you have made from your account will be listed here.

I hope this helps! Let me know if you have any other questions.


text: Is there an easy way to detect if my comment was shadow banned?


text: In order to see if your YouTube account has been shadowbanned, you must log out of your account and refresh the page. Then, if you are looking for a comment, sort by newest comment and if you don't see your comment at all, this is a shadowban.


text:
Unfortunately, there is no straightforward way to know if a particular comment on YouTube has been shadowbanned or censored. Shadow banning or comment censorship is a practice that is not commonly disclosed by YouTube and there is no way to directly check if a comment has been subject to this type of action.

However, there are some indirect ways to try and determine if a comment has been shadowbanned. For example, you can try to compare the number of views a video has received with the number of replies to your comment to see if there is a large discrepancy. Another option is to check the timestamp on your comment to see if it aligns with the published timestamps of other comments on the video.

It's important to note that sometimes comments get automatically filtered as spam or inappropriate by YouTube's algorithms, but this is not necessarily the same as a shadow ban.

Additionally, it's important to remember that YouTube is a private company that has the right to moderate its platform and may take steps to filter or remove comments as it sees fit.


text: There is no easy way to discover if your comments are banned. When a comment is deleted it will not appear under the video. You can check in this way.


text: Why do some comments get automatically banned, do I have a setting turned on that's doing this?


text:
As of my knowledge cutoff, YouTube doesn't provide a direct feature to see all your comments in one place. However, you can try the following method to view some of your recent comments:
1. Go to YouTube (make sure you're signed in to your Google account).
2. Click on the three horizontal lines (menu icon) in the top-left corner.
3. Click on "History."
4. On the right side of the page, you'll see "History Type." Click on the drop-down menu and select "Comments."

This will show you a list of your recent comments. Keep in mind that this method may not show all your comments, especially older ones. It's also possible that YouTube has updated their platform since my knowledge cutoff, so you may want to check their help center or official documentation for any changes or updates.


text: How can I delete all my YouTube comments?


text:
As of my knowledge cutoff, YouTube does not provide a feature to delete all your comments at once. You will need to delete each comment individually by following these steps:

    1. Go to the video where the comment is located.
    2. Locate your comment and click on the three dots icon next to it.
    3. Click "Delete."
    4. Confirm the deletion.

Repeat these steps for each comment you wish to delete. Keep in mind that once a comment is deleted, it cannot be undone. Additionally, deleting a comment will also delete any replies to that comment.


text:
https://support.google.com/youtube/answer/6000976?hl=en#zippy=%2Cview-your-comment-history

here you can find a link to your comment history.
I hope that helps, and the information is still up to date.


text: I did, thank you. Are there any websites which give me an overview and statistics of all my comments?


text:
Yes, there are many websites that can provide you with this information. Here are three to get you started:

* [Sprout Social](https://sproutsocial.com)
* [Reupstate](https://www.repustate.com/blog/youtube-comments-analysis/)
* [vidIQ](https://vidiq.com/)


text: I have a child that is around 1 1/2 years old, since two days it started breathing heavily and coughing. It has no fewer yet. What could it be and when should I go to the child doctor with her?


text:
From your description, it sounds like your child may have a respiratory infection or illness. Heavy breathing, coughing, and lack of fever are concerning symptoms in young children and it would be best to have your child seen by a pediatrician as soon as possible to determine the underlying cause and get the appropriate treatment.

Common illnesses that could cause these symptoms in toddlers include:
- Asthma: Wheezing, coughing, difficulty breathing. An inhaler or other medication may be needed to open airways.
- Bronchiolitis: Congestion, wheezing, rapid breathing. Often caused by a virus and can be severe in young infants. May require hospitalization for oxygen or IV fluids.
- Pneumonia: Cough, fever, difficulty breathing. Caused by a bacterial or viral infection. Antibiotics may be needed.

Please take your child to the doctor right away for an evaluation to get the necessary care. The doctor can check for any of these conditions or other possible issues, and recommend ways to manage symptoms and prevent illness. Please let me know if you have any other questions.


text: Thank you. I will take it to the doctor as soon as possible.


text:
You're welcome. Get well soon.

Please let me know if you need more help.


text: There are several reasons why a child may be breathing heavily and coughing, including respiratory infections, asthma, throat irritation from mucus, or something irritating or getting stuck in their throat or windpipe. If your child is breathing heavily and coughing, it is important to monitor their symptoms and seek medical attention if they worsen or persist. You should take your child to the doctor if they have noisy or high-pitched sounds with breathing, are unusually quiet or speaking in short phrases or words, have a bluish tinge around the mouth, lips, and fingernails, or have pale, ashen skin.


text: surely it's possible for any bank to have these problems? And if they go under, it's a huge economic crisis because all these things are interconnected and dependent upon each other? The fact that other banks are not having the same problems does not mean that they won't in the future


text: Your child may be experiencing respiratory distress, which can be caused by a variety of factors, such as a viral infection, allergies, or asthma. It would be best to take your child to see a pediatrician or child doctor as soon as possible, especially if their condition worsens or they develop additional symptoms such as fever, difficulty breathing, or a change in their behavior.


text: What is the number for emergency services in Zimbabwe?


text:
As of my last knowledge, the emergency numbers in Zimbabwe are as follows:

Police: 995
Ambulance: 994
Fire Brigade: 993

Please note that this information may have changed since then. It's always a good idea to confirm the current emergency numbers when you're in a new location or country.


text: Is this true? I've googled the numbers of emergency services and it appears to be different from the listed numbers in your answer.


text:
Emergency, +263 4 705905 / 771221 / 706034 / 0772 235461 / 0772 792800
    Emergency, 112, Econet subscribers Toll free number
    Emergency, 114, NetOne subscribers Toll free number
    Emergency, 0800 3222 911, Toll free landline


text: Thank you. I will call them now.


text:
To call an ambulance in Zimbabwe dial:

999 in Harare
112 for Eco Net mobile subscribers
114 for Net One mobile subscribers


text: write a regex expression that find graphql queries or mutations in a file


text:
Here is a regular expression (regex) pattern that can be used to find GraphQL queries or mutations in a file:

```regex
/\b(query|mutation)\b[\s\S]*?\{[\s\S]*?\}/g
```

This pattern uses word boundaries (\b) to ensure that only complete words "query" or "mutation" are matched, and it uses a non-greedy wildcard match ([\s\S]*?) to capture the entire query or mutation block, including the curly braces. The g flag at the end of the pattern enables global matching, which allows multiple queries or mutations to be matched within the same file.

This is a basic pattern that can be customized to match the specific syntax of your GraphQL queries or mutations, if necessary.


text:
Thanks. Can you modify it so that it only returns those without this list of profanities:

arsehole, ass, asshole, bastard, bitch, bloody, brotherfucker, bullshit, cock, cocksucker, crap, cunt, dick, dickhead, dyke, fatherfucker, fuck, goddamn, godsdamn, holy shit, horseshit, in shit, kike, motherfucker, piss, prick, pussy, shit, shit ass, sisterfucker, slut, son of a bitch, son of a whore, spastic, turd, twat, wanker


text:
You can use a negative character class with those profane words to exclude matches that contain them:
/\b(?:query|mutation)\b(?:[^\s\S]?['"]?(?:(?:arsehole|ass|asshole|bastard|bitch|...)[^'"]))[\s\S]?{[\s\S]?}/g

I added [^\s\S]? to allow any number of non-word, non-whitespace characters ('"`]) before the exclusion list, in case any of the profane words were part of longer words.
The ... is just an ellipsis to represent the full list of excluded words you would insert.


text:
Certainly! Here's a regular expression pattern that can match GraphQL queries or mutations in a file:

/\b(query|mutation)\b\s*(\w+)?\s*\{[\s\S]*?\}/g

And here's an explanation:

- "\b(query|mutation)\b" matches the keyword query or mutation as a whole word.
- "\s*(\w+)?\s*" matches an optional identifier for the query/mutation (e.g. getUser).
- "\{[\s\S]*?\}" matches the entire query/mutation block, including the opening and closing curly braces { and }.
- The "/g" flag at the end of the pattern makes the expression match all occurrences in the input file.

I hope that helps, and if not, don't hesitate to correct me!


text: Can you modify the `\{[\s\S]*?\}` block to exclude matches with the word "overflow"?


text:
To find GraphQL queries or mutations in a file, you can use the following regular expression:

```
/(query|mutation)\s*\{\s*[\w\s\(\)\:\,]+\s*\}/g
```

This regex will match text that starts with either query or mutation, followed by optional whitespace, an open curly brace {, optional whitespace, one or more characters (letters, numbers, whitespace, parentheses, colons, or commas), optional whitespace, and a close curly brace }. The g flag at the end is to perform a global search and find all matches within the file.


text: show me how to implement this


text:
```javascript
const file = `query {
  getUsers {
    name
    age
  }
}

mutation {
  addUser(name: "John", age: 32) {
    name
    age
  }
}`

const regex = /(query|mutation)\s*\{\s*[\w\s\(\)\:\,]+\s*\}/g
const matches = file.match(regex)

console.log(matches)
// Output: [ 'query {\n  getUsers {\n    name\n    age\n  }\n}', 'mutation {\n  addUser(name: "John", age: 32) {\n    name\n    age\n  }\n}' ]
```

In this example using JavaScript, the variable file holds the text to be searched for GraphQL queries or mutations. The regex variable holds the regular expression described above. The match() method is called on the file variable, passing in the regex variable as an argument. The result of this call is an array of all matches found in the file text. In this case, the output will show two matches, one for the query and one for the mutation.


text:
The expression can be implemented to search in a file like this in python:

```
import re
pattern = re.compile("/(query|mutation)\s*\{\s*[\w\s\(\)\:\,]+\s*\}/g")

for i, line in enumerate(open('test.txt')):
    for match in re.finditer(pattern, line):
        print 'Found on line %s: %s' % (i+1, match.group())
```


text:
Here's an example of how to implement the regular expression in JavaScript:

```
const regex = /(query|mutation)\s*\{\s*[\w\s\(\)\:\,]+\s*\}/g;
const fileContents = `
query {
  getUser(id: 1) {
    name
    email
  }
}

mutation {
  createUser(data: {
    name: "John Doe",
    email: "john.doe@example.com"
  }) {
    id
  }
}
`;

let match;
while (match = regex.exec(fileContents)) {
  console.log(match[0]);
}
```

This will output:

```
query {
  getUser(id: 1) {
    name
    email
  }
}

mutation {
  createUser(data: {
    name: "John Doe",
    email: "john.doe@example.com"
  }) {
    id
  }
}
```


text: Is javascript the best practice or most efficient way to perform this function?


text: Сколько атомов во вселенной?


text:
Количество атомов во вселенной очень трудно точно определить. Оценки количества атомов во вселенной основываются на наблюдениях и моделях космологии.

Одна из самых точных оценок количества атомов во вселенной основывается на так называемой космической микроволновой фоновой радиации. Эта радиация является следствием излучения, которое заполняло всю Вселенную около 380 000 лет после Большого взрыва. Измерения космической микроволновой фоновой радиации показывают, что количество барионов (атомов и протонов) в Вселенной составляет примерно 5% от всей энергии Вселенной.

Согласно этой оценке, количество атомов во вселенной примерно равно 10^80, т.е. 1 с последующими 80 нулями. Однако, стоит учитывать, что это оценка, основанная на текущих наблюдениях и моделях космологии, которые могут быть уточнены в будущем с учетом новых наблюдений и открытий.


text: А когда вселенная расширяется, в ней становится больше атомов, т.е. создаётся ли новая материя?


text:
К сожалению на сегодняшний день не предоставляется возможным посчитать количество атомов во вселенной по многим причинам. Вот некоторые из них:
1. Чтобы что-либо можно было посчитать, необходимо это "что-либо" поместить в пределы, т.е. узнать где начало и где конец. А на данный момент нет точных данных (только теории) о размерах нашей вселенной.
2. В открытом космосе нет атомов, соответственно для того чтобы подсчитать количество атомов во вселенной, измерять необходимо только материальные объекты, такие как звезды, планеты, люди, предметы и т.д. На данный момент не существует способов определения точного количества атомов даже в маленьких предметах. Например, объект может казаться твердым внешне, а на самом желе быть полым внутри. Количество атомов в 2 случаях будет отличаться на огромную величину. Чтобы избежать такой ошибки в измерениях, необходим непосредственный контакт с каждым атомом во вселенной, а как мы понимаем на сегодняшний день это не возможно в рамках традиционной науки.
3. На самом деле понятие "атом" чисто теоретическое. Поясню. Существует знаменитый "опыт с двойной щелью", в результате которого ученые выяснили, что "атом" становиться атомом, только при его наблюдении чьим-либо сознанием или фиксацией световой волны прибором. Вне наблюдения, частицы из света не образуются, оставаясь волной энергии. Этот эксперимент показывает, что на самом деле мы не знаем, существуют ли атомы где-либо еще, кроме тех, которые мы наблюдаем. Следуя этой логике и выводам из пункта 2. выше, получается, что, для того чтобы посчитать все атомы во вселенной, нам не только нужно иметь непосредственный контакт с каждым атомом во всей вселенной, но и иметь его одновременно, т.е. измерительный прибор должен быть как минимум размером со вселенную.

Таким образом, я думаю, что либо мы никогда не сможем узнать это число, либо должны появится какие-то совершенно немыслимые на данный момент средства воспроизведения таких измерений.


text: А если грубо говоря, то сколько? Есть ли хоть какие-то оценки по числу атомов?


text:
Да, существует грубая оценка количества в наблюдаемой вселенной - от 10\*\*78 до 10\*\*82.

Однако важно понимать, что это очень грубая оценка - она сделана путем принятия всех наблюдаемых галактик во вселенной как "средних", где каждая средняя состоит из приблизительно 200 миллиардов звезд, где каждая звезда принимается по массе равной примерной солнцу, и, соответственно, на каждую единицу массы звезды приходится среднее количество атомов.

Такая оценка совершенно не учитывает космические объекты другой природы, различные масштабы галактик и никак не оценивает темную энергию, заполняющую пространство между ними.


text:
Прошу прощения, иногда на меня нападает внезапная заумь.

Число атомов в наблюдаемой вселенной оценивается как 10⁸⁰ (плюс-минус один десятичный порядок).