text: Quel est l'adresse du repo github d'Open Assistant?

text: Voici le lien revoyant vers le repository GitHub d'Open-Assistant : https://github.com/LAION-AI/Open-Assistant

text: Combien de stars à le repository ? existe t'il un fork sur gitlab ou une autre forge ?

text: Voici l'adresse du repository GitHub d'Open Assistant : https://github.com/LAION-AI/Open-Assistant

text: Donne-moi juste l'URL

text: Merci. Comment fonctionne cet assistant?

text: C'est une intelligence artificielle basée sur le machine learning d'un modèle de traitement de language qui permet d'intéragir et de répondre à des demandes d'utilisateurs tels que vous, en avez vous une ?

text: Suivez le README.md dans le dépôt ci-dessus.

text: Quel stade du projet est-il ?


text: Write me a lua script for my roblox experience that will allow the character to run faster than the default.

text:
local player = game.Players.LocalPlayer
local character = player.Character
local humanoid = character:WaitForChild("Humanoid")

-- Increase the speed of the character
humanoid.WalkSpeed = 50 -- default is 16

-- Optional: You can also increase the run speed
humanoid.RunSpeed = 100 -- default is 40

This script accesses the LocalPlayer property to get the player's character, and then accesses the Humanoid property of the character to increase its WalkSpeed and RunSpeed properties. The default WalkSpeed is 16 and the default RunSpeed is 40, but you can set them to any value you want. In this case, we have set WalkSpeed to 50 and RunSpeed to 100, allowing the character to move faster.

Note: This is just a basic script and you can further customize it to suit your needs.

text:
Sure, I can do that. Here is a simple Lua script that makes the player run faster than the default. Make sure to put it in a server script for it to work properly.
```lua
local player = "player_to_accelerate"

-- default walk speed is 16
local walk_speed = 24

game.Players[player].Character.Humanoid.WalkSpeed = walk_speed
```
This takes a player, and sets their WalkSpeed to the value specified in the walk_speed variable. Make sure to replace the player variable with the player you want to speed up.

text:
Sure! Here is a lua script you could use to make the character run faster than default.
```
-- First we get the player. We will get the local player.
local Player = game.Players.LocalPlayer
local humanoid = Player.Character:WaitForChild("Humanoid")

-- Next we will increase the walking speed to have the player walk faster than normal.
humanoid.WalkSpeed = 50
```

text: How do I implement this Lua script into my Roblox game?

text:
To implement the Lua script that I provided into your Roblox game, follow these steps:

1. Open the Roblox Studio application and open the game you want to add the script to.
2. In the Explorer window, select the Workspace object and click the + button to add a new object.
3. Select Script from the list of objects and give it a name (e.g., RunFasterScript).
4. Double-click the script to open it in the script editor.
5. Copy and paste the Lua script that I provided into the script editor.
6. Save the script by pressing CTRL + S or selecting File > Save from the menu.
At this point, the script has been added to your game and will be run when the game is started. The script will increase the WalkSpeed property of the character's Humanoid object, allowing them to run faster than the default speed.

If you want to trigger the script at a specific point in your game (e.g., when the player presses a button), you can modify the script to listen for an event and then run the code. For example:

```
local player = game.Players.LocalPlayer
local character = player.Character or player.CharacterAdded:Wait()

-- Function to increase the character's walk speed
local function runFaster()
    character.Humanoid.WalkSpeed = 30 -- or any desired value
end

-- Listen for a button press and run the function when it happens
game:GetService("UserInputService").InputBegan:Connect(function(input, gameProcessedEvent)
    if input.KeyCode == Enum.KeyCode.Space then -- change to your desired key code
        runFaster()
    end
end)
```

In this modified script, we've added a function called runFaster that increases the character's WalkSpeed. We've also added an event listener that listens for the player to press the space bar (change to your desired key code) and then calls the runFaster function. This allows the player to trigger the faster running speed on demand rather than having it enabled all the time.

text: Can you provide me links to the documentation where these functions are described?

text:
Here are a few links to documentation and tutorials:

The official Roblox Lua API documentation: https://developer.roblox.com/en-us/api-reference
The Roblox Developer Hub, which includes tutorials and other resources for Lua scripting and game development: https://developer.roblox.com/
The Roblox Lua Wiki, which has articles and tutorials on Lua scripting within Roblox: https://roblox.fandom.com/wiki/Lua
I hope these resources are helpful for you as you learn about Lua scripting within Roblox games!

text:
Certainly, here is the Roblox API documentation where you can find references for your needs:
https://create.roblox.com/docs/reference/engine

text:
If you put a script under a Part, Roblox will run the code in the script when the part is loaded into the game. Hover over the DisappearingPlatform part in the Explorer window and click the + button to insert a new script into the platform.

Here's a YouTube video that might also help you: https://www.youtube.com/watch?v=LpSe6zut3ME

text:
That is helpful!
can you give me 2 more helpful links please?

text: You must access the game's Scripts folder and paste the script into a new script in order to use it in your Roblox game. Once you've done that, open the Roblox Studio and select the green "Play" button to start the script. This will cause the player's character to move more quickly than usual.


text: if all the knowledge in any topic can be classified in 5 categories from where the highest category is a non-technical article in a news website to the lowest level knowledge being a research paper in topic, which category is a video by Sabine Hossenfelder

text: Sabine Hossenfelder runs a popular science youtube channel. While Hossenfelder is a qualified theoretical physicist and generates well sourced videos, the need to present information in a snappy and entertaining way at times leads to contrarian responses, for example in her video Hydrogen won't save us which does not take on board relevant technical innovations for generating hydrogen from sea water which were available at the time of publication of the video. I would therefore rank her 2,5 on the proposed scale.

text: Can you summarize the video "Hydrogen won't save"?

text: This video explains why hydrogen fuel cells are not the solution to the climate crisis. It is argued that hydrogen fuel cells are too expensive, have a low energy density, and require large amounts of energy for production. Hydrogen production also causes significant emissions, and it is difficult to store and transport. The video concludes that, while hydrogen fuel cells may have some limited applications, they are not a viable solution to the climate crisis.

text: I haven't seen that video

text: Why does she refer to Albert Einstein so often?

text: Sabine Hossenfelder is a YouTuber who creates videos explaining science news and papers to a wide audience. She is good at explaining common fallacies and pitfalls behind widely-known physics ideas, however she can't do deep analyses of the maths in each paper due to both limited video time and the fact that the videos are targeted towards people who are interested, but not experts, in science. Most of her videos would fit into the second-lowest category, being accessible to knowledgeable amateurs but containing fairly in-depth, accurate explanations of the results of the underlying maths.

text: And who could be a level 4 YouTuber on the same topic?

text: as Sabine Hossenfelder is a theoretical physicist, I would expect her videos to be very technical, therefore ranking it very low in you category system, maybe a 1 or 2. Though a person can produce much simpler videos, so it does depend on which video you mean.

text: What kind of knowledge would you consider to be in the middle category?

text: I'm sorry, could you please clarify your question more?

text: Introduce yourself a bit.


text: Comment shorter un stock ?

text:
Un stock est une unité de mesure de la quantité d'actions d'une entreprise détenue par un investisseur. Il peut augmenter ou diminuer en valeur en fonction de la performance financière de l'entreprise et de l'intérêt des investisseurs pour ses actions.

Le short selling, ou shorting en anglais, est une technique d'investissement qui permet aux investisseurs de spéculer sur la baisse d'une action plutôt que sur sa hausse. Cela implique l'emprunt d'actions d'une entreprise auprès d'un tiers et la vente immédiate sur le marché, avec l'espoir de les racheter à un prix inférieur plus tard pour les rembourser au prêteur. Si le prix de l'action baisse comme prévu, le short seller réalise un profit, mais si le prix augmente, il subit des pertes. Le short selling peut être risqué et n'est pas adapté à tous les types d'investisseurs.

text: Si je souhaite investir une partie de mes economies en bourse, quel ratio de shorts est'il judicieux d'avoir?

text:
Selon lynxbroker
Pour "shorter un stock" ou "Vendre a découvert"
il vous suffit de vendre une de vos actions, votre position est donc négative et il s'agit d'un short

text: Il faut en prendre qu'une seule ? J'ai pas compris

text: Les poupées de chiffon peuvent se disputer sur n'importe quoi, y compris la meilleure façon de s'attacher les chaussures. Cependant, il n'y a pas de façon unique de s'attacher les chaussures, car cela dépend des préférences personnelles et de la forme des chaussures. Il est donc important de respecter les opinions des autres, même si elles sont différentes des nôtres.


text: What are some of the key theories and models in the field of economics, and how do they inform our understanding of how economies work and how they can be influenced and improved?

text:
Economics is a vast field with numerous theories and models that help us understand the functioning of economies. Here are some key theories and models in economics, how they inform our understanding, and ways they can be influenced and improved:

- Classical Economics: Classical economists such as Adam Smith, David Ricardo, and John Stuart Mill focused on the role of free markets and competition in driving economic growth. The classical theory emphasizes the importance of supply, demand, and the invisible hand in allocating resources efficiently. To improve this model, we can consider the effects of externalities, market failures, and government intervention.

- Keynesian Economics: John Maynard Keynes developed this theory during the Great Depression. It emphasizes the importance of aggregate demand in driving economic growth and supports government intervention in the economy to stabilize output and employment. To improve this model, we can consider the long-term effects of fiscal policy, the role of expectations, and the impact of monetary policy on aggregate demand.

- Monetarism: Milton Friedman's monetarism theory emphasizes the role of money supply in determining inflation and economic growth. Monetarists argue that central banks should control the money supply to maintain stable inflation. Improvements to this model can include considering the role of credit markets, the effectiveness of monetary policy transmission mechanisms, and the impact of global economic factors.

- Supply-side Economics: This theory posits that tax cuts and deregulation can boost economic growth by encouraging businesses to invest and produce more. Supply-side policies focus on increasing aggregate supply rather than aggregate demand. To improve this model, we can consider the distributional effects of tax policies, the long-term consequences of deregulation, and the role of government in fostering innovation and growth.

- Rational Expectations and New Classical Economics: Developed by Robert Lucas, this theory suggests that individuals form expectations about the future based on all available information and adjust their behavior accordingly. It argues that government policies are often ineffective due to the rational expectations of individuals. Improvements to this model can include considering behavioral biases, the role of information asymmetry, and the possibility of coordination failures.

- New Keynesian Economics: This framework integrates elements of both Keynesian and New Classical theories. It emphasizes the importance of price and wage rigidities in explaining short-run fluctuations in output and employment. To improve this model, we can consider the role of financial markets, the impact of globalization, and the interaction between fiscal and monetary policies.

- Behavioral Economics: This field combines insights from psychology with economic theory to better understand how individuals make decisions. It challenges the assumption of rationality in traditional economic models and investigates factors such as cognitive biases, heuristics, and social norms. To improve this model, we can further integrate insights from other disciplines, such as neuroscience and sociology, and develop more accurate models of decision-making.

Each of these models and theories provides a unique perspective on the functioning of economies. Policymakers and researchers can use these frameworks to inform their understanding and develop more effective economic policies. Continuous refinement and integration of these theories will improve our overall understanding of how economies work and how to promote growth and stability.

text:
1. What are the advantages and disadvantages of each economic model?
2. How do these models interact with one another to shape economic policy?
3. What are the implications of incorporating behavioral economics into traditional models?
4. How can we use these theories to address global economic issues such as inequality and poverty?
5. What new insights can be gained from combining elements of different models?

text:
There are several economic models, each with its own advantages and disadvantages:

Capitalism: In capitalism, individuals and private businesses own and control the means of production. The advantage of capitalism is that it promotes innovation and economic growth, as businesses compete to produce goods and services more efficiently. However, capitalism can also lead to income inequality and monopolies.

Socialism: In socialism, the state owns and controls the means of production. The advantage of socialism is that it can provide equal access to goods and services for everyone, regardless of income. However, socialism can also lead to inefficiency, lack of innovation, and lack of incentives for hard work.

Mixed Economy: A mixed economy combines elements of both capitalism and socialism. The government provides some public services while private businesses provide others. The advantage of a mixed economy is that it can balance the benefits of both capitalism and socialism, promoting both economic growth and social equality. However, a mixed economy can also be difficult to manage and can lead to bureaucracy and inefficiency.

The interaction between these models shapes economic policy. For example, policies such as taxation, subsidies, and regulation can promote or hinder economic growth, depending on the specific economic model being used.

Behavioral economics incorporates insights from psychology into traditional economic models, recognizing that people often make decisions based on emotions and biases, rather than rational calculations. This can lead to better understanding of how people make decisions, and better policies that take into account these behavioral factors.

To address global economic issues such as inequality and poverty, a combination of economic models may be needed. For example, a mixed economy with strong social welfare programs can help to address inequality and provide a safety net for those in need. Additionally, policies that promote economic growth and innovation can help to reduce poverty by creating new job opportunities and increasing access to goods and services.

Combining elements of different models can provide new insights and help to address economic challenges more effectively. For example, incorporating elements of socialism into a capitalist economy, such as government regulation to prevent monopolies and ensure fair competition, can help to reduce inequality and promote economic growth.

text:
Here are a list of key economic models or theories:

Classical Economics: As the foundation of modern economic thought, classical economics introduced key concepts such as supply and demand, competition, and the role of the "invisible hand" in market economies.

Marxist Economics: Developed by Karl Marx and Friedrich Engels, Marxist economics is a critical approach that focuses on the inherent contradictions and power dynamics within capitalist systems. It emphasizes the importance of class struggle, exploitation of labor, and the historical progression of economic systems. Marxist economics views capitalism as an unstable and unsustainable system, ultimately leading to crises, and proposes that socialism and eventually communism are necessary for a more equitable distribution of wealth and resources.

Keynesian Economics: With its focus on aggregate demand and the role of government in managing economic fluctuations, Keynesian economics has had a significant impact on policy-making, especially during the 20th century.

Neoclassical Economics: As the dominant paradigm in mainstream economics, neoclassical economics refines and extends the principles of classical economics, emphasizing marginalism, rationality, and market equilibrium.

Behavioral Economics: As a more recent development in economics, behavioral economics incorporates insights from psychology, challenging traditional assumptions of rationality and offering new perspectives on decision-making, policy design, and the functioning of markets.

I took the last part of your question, relating to influence and improvement and extrapolated that you may have been talking about improving the current world economy by utilizing ideas from a number of these models.

Some ways that these models would be invoked by their supporters in the modern economic climate when faced with a crisis such as "AI Job Loss" are below.

Classical Economics: To mitigate potential job loss due to AI, classical economics would suggest minimizing government intervention, allowing market forces to reallocate resources and labor efficiently. The focus would be on fostering competition and innovation to create new industries and jobs, while allowing for the natural adjustment of wages and employment levels.

Marxist Economics: A Marxist approach would address AI job loss by fundamentally rethinking the capitalist system and the distribution of wealth and resources. This could involve exploring alternative economic models, such as universal basic income, worker cooperatives, or public ownership of key industries, with the aim of reducing income inequality and ensuring that the benefits of technological advancements are shared more equitably across society.

Keynesian Economics: In response to AI-induced job loss, Keynesian economics would emphasize the role of government in stabilizing the economy and promoting full employment. This could include increased public spending on infrastructure, education, and social safety nets, as well as active labor market policies to retrain and reskill displaced workers. Additionally, monetary policies could be employed to stimulate investment and maintain low unemployment rates.

Neoclassical Economics: From a neoclassical perspective, addressing AI job loss would involve creating conditions for efficient resource allocation and promoting market equilibrium. This could include removing barriers to labor mobility, encouraging investments in human capital, and providing incentives for businesses to invest in new technologies that complement rather than replace human labor.

Behavioral Economics: Recognizing that individuals may not always make rational decisions regarding their employment and skills, behavioral economics would focus on policy interventions that account for cognitive biases and decision-making heuristics. This could involve designing more effective education and training programs, using "nudges" to encourage people to invest in lifelong learning, and providing better information and guidance on career choices and job opportunities.

text: could you compare them inside a table?

text:
Sure! Here's a comparison of the key economic models or theories, which you can then use to structure your table:

| Model or Theory | Key Concepts |
| --- | --- |
| Classical Economics | Supply and demand, competition, "invisible hand" |
| Marxist Economics | Class struggle, exploitation of labor, historical progression of economic systems |
| Keynesian Economics | Aggregate demand, government in managing economic fluctuations |
| Neoclassical Economics | Marginalism, rationality, market equilibrium |
| Behavioral Economics | Decision-making, policy design, functioning of markets |

You can use the following template to create your table:

| Model or Theory | Classical Economics | Marxist Economics | Keynesian Economics | Neoclassical Economics | Behavioral Economics |
| --- | --- | --- | --- | --- | --- |
| Key Concepts | Supply and demand, competition, invisible hand | Class struggle, exploitation of labor, historical progress of economic systems | Aggregate demand, government in managing economic fluctuations | Marginalism, rationality, market equilibrium | Decision-making, policy design, functioning of markets |
| Overview | Classical economics is the foundation of modern economic thought and introduces key concepts such as supply and demand. | Marxist economics is a critical approach that focuses on the inherent contradictions and power dynamics within capitalist systems. | Keynesian economics emphasizes aggregate demand and the role of government in managing economic fluctuations. | Neoclassical economics is the dominant paradigm in mainstream economics, refining principles of classical economics. | Behavioral economics incorporates insights from psychology, challenging traditional assumptions of rationality and offering new perspectives on decision-making, policy design, and functioning of markets. |
| Use cases | Facilitating market competition and innovation, minimizing government intervention, allowing natural adjustment of wages and employment levels | Addressing income inequality, reducing unemployment rates, providing alternative economic models such as universal basic income | Reducing income inequality and ensuring the benefits of technological advancements are shared more equitably across society, promoting full employment, active labor market policies to retrain and reskill displaced workers | Efficient resource allocation and promoting market equilibrium, removing barriers to labor mobility, encouraging investments in human capital | Design of more effective education and training programs,

text:
Certainly, here is a table comparing the key economic models or theories mentioned in your question:

Economic Model/Theory	Core Concepts	Response to AI Job Loss
Classical Economics	Supply and demand, competition, the "invisible hand"	Minimizing government intervention, allowing market forces to reallocate resources and labor efficiently, fostering competition and innovation to create new industries and jobs, allowing for the natural adjustment of wages and employment levels
Marxist Economics	Class struggle, exploitation of labor, historical progression of economic systems	Fundamentally rethinking the capitalist system and the distribution of wealth and resources, exploring alternative economic models such as universal basic income, worker cooperatives, or public ownership of key industries, with the aim of reducing income inequality and ensuring that the benefits of technological advancements are shared more equitably across society
Keynesian Economics	Aggregate demand, government intervention, active labor market policies	Emphasizing the role of government in stabilizing the economy and promoting full employment, including increased public spending on infrastructure, education, and social safety nets, active labor market policies to retrain and reskill displaced workers, and monetary policies to stimulate investment and maintain low unemployment rates
Neoclassical Economics	Marginalism, rationality, market equilibrium	Creating conditions for efficient resource allocation and promoting market equilibrium, including removing barriers to labor mobility, encouraging investments in human capital, and providing incentives for businesses to invest in new technologies that complement rather than replace human labor
Behavioral Economics	Insights from psychology, cognitive biases and decision-making heuristics	Focusing on policy interventions that account for cognitive biases and decision-making heuristics, such as designing more effective education and training programs, using "nudges" to encourage people to invest in lifelong learning, and providing better information and guidance on career choices and job opportunities

text:
Economics is a vast field with numerous theories and models that aim to explain and predict economic phenomena. Some of the key theories and models in economics include:

Classical Economics: Developed by Adam Smith, David Ricardo, and others, classical economics emphasizes the role of free markets and competition in allocating resources efficiently. The "invisible hand" is a central concept in classical economics, suggesting that individuals acting in their self-interest will lead to the best outcome for society.
Keynesian Economics: Formulated by John Maynard Keynes, this theory asserts that aggregate demand (consumption, investment, and government spending) drives economic growth. Keynesian economics emphasizes the importance of fiscal policy in stabilizing economies during recessions and depressions, advocating for government intervention to stimulate demand and restore full employment.
Neoclassical Economics: Building upon classical economics, neoclassical economics focuses on the rational behavior of individuals and firms, using mathematical models to analyze market behavior. It emphasizes the role of supply and demand, marginal utility, and the concept of equilibrium in determining prices and resource allocation.
Monetarism: Led by Milton Friedman, monetarism stresses the importance of the money supply in determining economic growth and inflation. Monetarists argue that central banks should control the money supply to achieve stable prices and maintain low inflation.
Behavioral Economics: This field combines insights from psychology with economic theory to better understand human decision-making. It challenges the assumption of perfect rationality in neoclassical economics, highlighting cognitive biases and heuristics that influence economic behavior.
Game Theory: A mathematical approach to analyzing strategic interactions among individuals or firms, game theory has applications across various fields, including economics. It helps explain cooperation and competition, market power, and the formation of cartels, among other economic phenomena.
Supply-side Economics: Supply-side economics argues that tax cuts and deregulation can stimulate economic growth by increasing incentives for production and investment. It emphasizes the importance of long-term supply factors, such as productivity and capital accumulation, in determining economic growth.
These theories and models inform our understanding of how economies function, how markets allocate resources, and how government policies can impact economic performance. Policymakers often use a mix of these theories to guide their decisions and implement strategies to improve economic well-being.

text: tl;dr

text:
tl;dr
Key theories and models in economics:

Classical economics, Keynesian economics, Neoclassical economics, Monetarism, Behavioral economics, Game theory, Supply-side economics. Each theory has its own set of assumptions and predictions about economic behavior. These theories help economists understand why markets work the way they do and how policies can influence the economy.

Policymakers often use a mix of these theories to guide their decisions and implement strategies to improve economic well-being.

text: Sure, that's too long indeed. Economics is a vast field with numerous theories and models that aim to explain and predict economic phenomena. These include Classical Economics, Keynesian Economics, Neoclassical Economics, Monetarism, Behavioral Economics, Game Theory, and Supply-side Economics. These theories and models inform our understanding of how economies function, how markets allocate resources, and how government policies can impact economic performance. Policymakers often use a mix of these theories to guide their decisions and implement strategies to improve economic well-being.

text: what?


text: Est-ce que les champignons sont des bactéries ?

text:
Non, les champignons ne sont pas des bactéries. Les champignons sont un groupe distinct d'êtres vivants appartenant à leur propre classe de la classification biologique.

De nombreux traits différencient les champignons des bactéries, par exemple, les champignons sont eucaryotes alors que les bactéries sont prokaryotic.
Cela signifie que la taille des cellules, leur structure interne, l'organisation de leur génome, et la présence ou non d'organite ne sera pas la même.

Par ailleurs, le nom champignon est ambigu dans la communauté des biologistes puisqu'il regroupe plusieurs taxons (tels que les eumycètes, les oomycètes, les chytridiomycètes et les mycétozoaires) il est préférable de parler de Fungi (ou Mycètes), de Oomycota, de Chytridiomycota ou de Mycetozoa.

text: est ce que les mousses sont liées aux champignons ?

text: Non, les champignons ne sont pas des bactéries. Les bactéries sont des organismes procaryotes, qui n'ont donc pas de noyau cellulaire, tandis-que les champignons sont des organismes eucaryotes, pourvus de noyaux cellulaires. Sur l'arbre phylogénétique ou arbre du vivant, les deux familles sont très éloignées et nous avons plus de traits en communs avec les champignons que les bactéries envers les champignons.


text: I want to write a language server vscode extension, it should handle .dws files. Please outline, what is necessary to achieve this goal.

text:
To write a language server for .dws files in Visual Studio Code (VSCode), you need to follow these steps:

    Define the syntax and grammar of .dws files: Define the language syntax and grammar rules that the language server will recognize and understand.

    Implement the language server: Write code in a language of your choice (such as JavaScript, TypeScript, or Python) to implement the functionality of the language server. You can use existing language server libraries, such as the Microsoft Language Server Protocol implementation, to simplify the implementation process.

    Integrate with VSCode: Integrate the language server into VSCode as an extension by defining the necessary metadata (such as the extension name and version) and providing the code for the language server. You can use the VSCode Extension API to interact with the VSCode editor.

    Register the .dws file extension: Register the .dws file extension with the VSCode editor so that it recognizes .dws files and uses the language server for syntax highlighting and other functionality.

    Test and publish the extension: Test the extension in a VSCode development environment and, if everything works as expected, publish the extension to the VSCode Marketplace for others to use.

Note: You can also use the Yo Code extension generator to simplify the process of creating a language server extension for VSCode.

text: Can you go into more detqails about how to implement the language server?

text:
Sure! Here's a more detailed explanation of how to implement the language server:

Define the language syntax and grammar: To implement the language server, you need to know the syntax and grammar rules of the .dws files you want to handle. You can use a format such as JSON or XML to define these rules. This will help the language server understand the structure of .dws files and provide the necessary services, such as syntax highlighting, code completion, and diagnostics.

Choose a language: You can implement the language server in any language that supports the Microsoft Language Server Protocol. Popular choices include JavaScript, TypeScript, or Python. Choose a language that you are comfortable with and that you have experience in.

Implement the language server: Use the language you chose to write the code for the language server. You can use an existing language server library or framework to simplify the implementation process. The Microsoft Language Server Protocol provides a standard set of services that a language server must implement. These services include textDocument/didOpen, textDocument/didChange, and textDocument/hover.

Implement the language-specific features: Implement any language-specific features that you need, such as syntax highlighting, code completion, and diagnostics. Make sure to test these features thoroughly to ensure they work correctly.

Communicate with VSCode: Integrate the language server with VSCode by using the VSCode Extension API. This will allow the language server to communicate with the VSCode editor and provide the necessary services, such as syntax highlighting and code completion.

Test and debug the language server: Test the language server thoroughly to make sure it works as expected. Debug any issues that you encounter and make sure to fix them before publishing the extension.

Publish the extension: Once you have tested and debugged the language server, you can publish the extension to the VSCode Marketplace for others to use.

Note: These steps are a general guideline and may vary depending on the specifics of your implementation.

text:
Implementing a language server involves the following steps:

Define the language protocol: You need to define the language protocol that your language server will use to communicate with VSCode. The most common language protocol used by language servers is the Microsoft Language Server Protocol (LSP). LSP provides a standard set of messages and methods for language servers to communicate with code editors.

Implement the language server: Once you have defined the language protocol, you can start implementing the language server. This involves writing code to handle the various messages defined in the language protocol and to perform tasks such as syntax highlighting, code completions, and diagnostics. You can use a programming language of your choice (such as JavaScript, TypeScript, or Python) to implement the language server.

Implement language-specific functionality: For .dws files, you will need to implement language-specific functionality such as syntax highlighting, code completions, and diagnostics. This may involve writing code to parse the .dws files, understand the language syntax and grammar, and provide the necessary functionality to VSCode.

Integrate with VSCode: Once you have implemented the language server, you need to integrate it with VSCode. You can use the VSCode Extension API to interact with the VSCode editor and to provide the functionality defined in the language protocol.

Test the implementation: Finally, you need to test the implementation to ensure that it works as expected. You can use a VSCode development environment to test the language server, and make any necessary changes to fix any issues that arise.

Note: The exact details of implementing a language server will depend on the specific requirements of the language and the language protocol used. The above steps provide a general overview of the process.

text:
Sure. To implement the language server, you will need to write code in a language of your choice (such as JavaScript, TypeScript, or Python) to implement the functionality of the language server. You can use existing language server libraries, such as the Microsoft Language Server Protocol implementation, to simplify the implementation process.

The language server will need to communicate with the VSCode editor using the Language Server Protocol. The protocol defines a set of messages that the language server can send to the editor to notify it of changes, request information, and receive commands.

The language server will also need to be able to parse and understand the .dws file format. This can be done by using a parser library or by writing your own code to parse the file format.

Once the language server is implemented, you will need to integrate it with VSCode as an extension. This can be done by defining the necessary metadata (such as the extension name and version) and providing the code for the language server. You can use the VSCode Extension API to interact with the VSCode editor.

Finally, you will need to register the .dws file extension with the VSCode editor so that it recognizes .dws files and uses the language server for syntax highlighting and other functionality.

text: I meant details

text:
Here is an outline of what you need to do in order to create a language server for .dws files in Visual Studio Code (VSCode):

1.  Familiarize yourself with the Language Server Protocol (LSP) - LSP is the standard protocol for language servers and is used by VSCode to communicate with language servers. You can find the specification for the protocol here: [https://microsoft.github.io/language-server-protocol/](https://microsoft.github.io/language-server-protocol/)

2.  Write the language server - Your language server needs to implement the LSP. You can write your language server in the programming language of your choice, as long as it can communicate over JSON-RPC.

3.  Create the VSCode extension - The VSCode extension is responsible for registering the language server and managing the communication between the VSCode editor and the language server.

4.  Register the .dws file extension in your VSCode extension - This will let VSCode know to use your language server for files with the .dws extension.

5.  Implement language-specific functionality - This includes functionality such as syntax highlighting, hover information, and code completion. Your language server should be able to provide this information to VSCode via the LSP.

6.  Test and debug your language server and VSCode extension - Make sure your language server and VSCode extension are working as expected by testing with sample .dws files.

7.  Publish your VSCode extension - You can publish your VSCode extension on the Visual Studio Code Marketplace for others to use.

text: Thank you.

text:
Here is a general outline for writing a language server for .dws files in Visual Studio Code:

    Familiarize yourself with the language server protocol (LSP): The LSP is a protocol for language-agnostic development tools to communicate with code editors. You will need to understand how LSP works to write a language server that can be used by VSCode.

    Choose a programming language: You will need to choose a programming language in which to write the language server. Some popular options include JavaScript, TypeScript, and Python.

    Set up the development environment: You will need to install VSCode and its extension development tools, as well as a language-specific development environment.

    Write the language server: You will need to write code to parse .dws files, provide diagnostics and suggestions, and perform other language-specific tasks.

    Package and publish the extension: You will need to package your language server as a VSCode extension and publish it in the VSCode marketplace so that users can install and use it.

    Test and refine: You will need to test the language server to ensure it works as expected, and refine it based on feedback from users.

Note: This is a high-level outline, and the specifics of writing a language server will depend on the programming language you choose and the complexity of your .dws language.

text: Okay, I'll keep this in mind. Are there any tools that can help me with parsing the text, such as existing libraries?

text:
Yes, there are several libraries and tools that can help with parsing text, depending on the programming language you choose for your language server. Here are some examples:

ANTLR (https://www.antlr.org/): ANTLR is a parser generator that can generate a parser for a wide range of grammars, including those for programming languages. ANTLR has libraries available for many programming languages, including Java, Python, and C#.

Lex and Yacc (https://en.wikipedia.org/wiki/Lex_and_Yacc): Lex and Yacc are tools for generating lexers and parsers, respectively. They are widely used in the Unix world and have been ported to many other platforms.

Parsing Expression Grammars (PEGs) (https://en.wikipedia.org/wiki/Parsing_expression_grammar): PEGs are a type of parsing technique that can be used to parse text. There are libraries and tools available for many programming languages that implement PEGs, including Python (PEG.py) and JavaScript (PEG.js).

Regular expressions (https://en.wikipedia.org/wiki/Regular_expression): Regular expressions can be used to perform text matching and parsing.

text: The choice of libraries will depend on the programming language you use to implement the language server. If you choose to use Python, ANTLR is a widely used and well-liked option.

text:
Yes, there are several libraries and tools that can help with parsing text. Some of the most popular ones include:

1.  Natural Language Toolkit (NLTK) - an open-source library for NLP in Python
2.  spaCy - an open-source library for NLP in Python
3.  Stanford Parser - a Java-based parser developed by Stanford NLP Group
4.  CoreNLP - an NLP library developed by Stanford NLP Group
5.  Gensim - an open-source library for topic modeling in Python

These libraries provide a variety of tools and techniques for text parsing, including tokenization, part-of-speech tagging, parsing, named entity recognition, and more.

text: It depends on the language. If you're using python you could use: Lark, Lrparsing, PLY, PLYplus, Pyleri, PEG, Arpeggio, canopy, Parsimonius, pyPEG, TatSu or Waxeye. If you arent using python, then please specify the langage, then I can give you more specific tools.


text: Сколько различных планет находится в солнечной системе?

text:
Солнечная система содержит 8 планет. В порядке удаления от Солнца: Меркурий, Венера, Земля, Марс, Юпитер, Сатурн, Уран, Нептун.
До 2006 года планетой также считался Плутон, который сейчас считается карликовой планетой. Также, многие астрономы на основе косвенных свидетельств считают вероятным, что во внешней области солнечной системы есть еще одна девятая планета, но по состоянию на январь 2023 года она не обнаружена.

text: Почему Плутон больше не считается полноценной планетой?

text:
Всего в Солнечной системе 8 планет, которые располагаются в следующем порядке (от самой ближайшей к Солнцу):
1. Меркурий
2. Венера
3. Земля
4. Марс
5. Юпитер
6. Сатурн
7. Уран
8. Нептун.

text: Напиши их в порядке алфавита.

text:
1. Венера
2. Земля
3. Марс
4. Меркурий
5. Нептун
6. Сатурн
7. Уран
8. Юпитер

text: А Плутон?

text:
1. Венера
2. Земля
3. Марс
4. Меркурий
5. Нептун
6. Сатурн
7. Уран
8. Юпитер

text:
Венера
Земля
Марс
Меркурий
Нептун.
Сатурн
Уран
Юпитер

text: А есть ли у них спутники, на которых возможна жизнь?

text: На данный момент в солнечной системе находится 8 планет.

text: Нет, это не корректная информация. На самом деле в Солнечной системе 9 планет.


text: Is it true to say that light cannot travel at the speed of light since a perfect vacuum cannot exist?

text:
The speed of light in a vacuum is a constant and is considered to be 299,792,458 meters per second. In a perfect vacuum, light can travel at c (the speed of light in a vacuum).
However, a perfect vacuum cannot exist in reality. Even in the most perfect vacuum, there are still residual particles such as cosmic rays and other subatomic particles. These particles can affect the speed of light.

However, the effect is negligible and the speed of light in a vacuum is considered to be constant and equal to c.

text:
No, that is inaccurate.
The simple explanation of why travels more slowly in substance is that the light is absorbed and reemitted by the atoms,
but between them light does travel at the conventional speed of light.

photons are massless particles and had they moved slower then the speed of light they would have no energy.

text: but if light always travels at the conventional speed, why can't it escape black holes at all? if it was due to there being too much matter in them, wouldn't the photons still make it out eventually?

text: Fair enough. Speaking of high speed collisions, what would you estimate the general destruction was to the human body during last year's eruption in Tonga?

text: Ok, thank you. Let's assume we could build a rocketship that could travel at the speed of light and it had headlights that we could turn on. Would the light of the headlights travel at double the speed of light?

text: If light has no mass does that mean it cant be affected by gravity(plz answer yes or no)

text: Okay, say for example you've got a 1 billion light years of vacuum and light travels through it, would it take exactly 10 billion years to cross it? Or would the small amount of things that are actually in that vacuum add a couple of seconds on to the total time? What sort of numbers are we talking about here?

text: Can you then explain why photons should always move at the speed of light?

text: Why would light have no energy if it didn't travel at the speed of light?

text: Yes it is true. Achieving a perfect vacuum is not possible according to current theoretical physics and this is needed to achieve 299,792,458 m/s which is the speed of light. Therefore, light cannot reach the speed of light in the known universe.

text: How is the currently assigned value for the speed of light actually calculated or measured if it cannot be achieved within the known universe?

text:
While it is technically true that a perfect vacuum cannot exist, light can still travel through a vacuum at its maximum speed, which is 299,792,458 meters per second (m/s). Light in a vacuum travels at its fastest speed because the medium through which it travels isn't interacting with the light and slowing it down. This constant velocity of light in a vacuum, which is often referred to simply as the speed of light, is one of the most universal and well-established principles in physics.

It is important to note that a vacuum is not devoid of energy and particles, but it is still considered to be a vacuum because it is a region of space where the average density of matter and energy is much lower than normal. Even in a vacuum, there are tiny bits of matter and energy present, such as cosmic rays or vacuum fluctuations, but these are not enough to significantly affect the speed of light.

text: If you did have a hypothetically perfect vacuum, would light travel through it faster than the imperfect vaccuum of space?

text: How would someone be able to prove that light goes at the speed of light in outer space?

text: How was the speed of light in a relative vacuum measured?

text: Why doesn't light move faster when bent by gravity?

text: How do vacuum tubes work?

text: What impact does the average vacuum have on the speed of light?

text: Light can be slowed by particles and transparent mediums like air, water, and glass. The ratio by which light is slowed is called the refractive index of the medium, this value is always greater than one. Outer Space is considered to be a near-perfect vacuum. The refractive index of outer space is generally considered to be one, which means that light isn't slowed down. Therefore, light can be considered to be travelling at the speed of light with outer space as the medium.


text: Can you outline what is necessary to implement a dragonfly GA algorithm?

text:
I'm sorry, but I am not aware of a dragonfly GA algorithm. Could you please elaborate on what the "GA" stands for?

In case you meant the regular Dragonfly Algorithm (DA), this algorithm is implemented as follows:

```
Initialize the population's positions randomly;
Initialize the step vectors;
while end condition do
  Calculate the objective values Of all dragonflies;
  Update the food source and enemy;
  Update the weights;
  Calculate the separation factor;
  Calculate the alignment factor;
  Calculate the cohesion factor;
  Calculate the food factor;
  Calculate the enemy factor;
  Update radius of neighbourhoods;
  if dragonfly has one or more neighbours then
    Update step vector;
    Update position vector;
  else
    Update position vector;
  end
  Check and correct new positions based on upper and lower bounds;
end
```

Please note that this is only a pseudocode implementation intended to give an outline of how the Dragonfly Algorithm works.

text: Thanks can you please give me an example in Python?

text:
To implement a dragonfly algorithm, you need the following steps:

1. Define the problem and set the parameters such as population size, number of generations, and mutation rate.

2. Initialize the population randomly or using a heuristic method.

3. Evaluate the fitness of each individual in the population.

4. Select individuals for reproduction using a selection mechanism such as tournament selection.

5. Apply genetic operators such as mutation and crossover to create new offspring.

6. Evaluate the fitness of the offspring and replace individuals in the population if necessary.

7. Repeat steps 4-6 for the specified number of generations.

8. Select the best individual in the population as the solution to the problem.

It is important to note that the dragonfly algorithm is a recently proposed meta-heuristic optimization method and the steps mentioned above are based on the current literature available on the topic.

text: What other related or alternate optimization methods should I look into?

text:
Here are some related or alternate optimization methods you can look into:

1. Particle Swarm Optimization (PSO)
2. Ant Colony Optimization (ACO)
3. Differential Evolution (DE)
4. Harmony Search (HS)
5. Artificial Bee Colony (ABC)
6. Cuckoo Search (CS)
7. Genetic Algorithms (GA)
8. Simulated Annealing (SA)

These optimization methods are all meta-heuristics, meaning they are inspired by natural phenomena, and can be used for solving various optimization problems. The choice of optimization method depends on the problem you are trying to solve, and the characteristics of the data you are working with. It's recommended to try multiple methods and compare their performance on your problem to determine the best one.

text:
You should also consider Adaptive Genetic Algorithms (AGAs). While typical Genetic Algorithms like the dragonfly GA that I outlined above have a fixed probability of crossover (pc) and probability of mutation (pm), AGAs are different because the pc and pm of the algorithm will change based on certain metrics of the population in a given generation.

The benefit you may find in AGAs versus other simpler genetic algorithms is that, if your parameters are suitable, your algorithm will be more sustainable against decreases in genetic diversity. This is a common problem in GAs that greatly reduce the chances that the optimization will ever converge to a reasonable solution.

text: Other optimization methods include reinforcement learning methods, where only one model is trained. This model is evaluated for fitness, and an algorithm like back propagation is used to improve the fitness of the model. This is done iteratively until the model is sufficiently fit. This can be a better fit for some problems as it does not rely on randomness as much as genetic algorithms.

text: Did you mean to say Dragonfly DA algorithm? There is no such thing as a Dragonfly GA algorithm.

text: Yes

text:
To implement a Dragonfly Algorithm, you would need to follow these steps:

    Define the problem: Start by defining the optimization problem you want to solve. This could be a multi-objective or single-objective optimization problem, and you need to specify the objective function(s) and constraints.

    Initialize the population: Next, you need to initialize a population of candidate solutions to the optimization problem. This can be done randomly or using some other heuristics.

    Define the search space: Specify the search space for the algorithm, which is the range of possible values for each decision variable in the optimization problem.

    Implement the attraction mechanism: The attraction mechanism in DA is inspired by the way dragonflies are attracted to light. In the algorithm, this is implemented as a function that attracts candidate solutions towards the best-known solution so far.

    Implement the abandonment mechanism: The abandonment mechanism in DA is inspired by the way dragonflies abandon their current location and fly to another location if the new location is better. In the algorithm, this is implemented as a function that allows candidate solutions to abandon their current location and move to another location in the search space if their location is poor.

    Update the population: Use the attraction and abandonment mechanisms to update the population of candidate solutions. This process is repeated for a specified number of iterations or until a stopping criterion is met.

    Select the best solution: Finally, select the best candidate solution from the final population as the optimal solution to the optimization problem.

text: Did you mean Dragonfly Genetic algorithm? "Dragonfly GA algorithm" is the short term of Dragonfly Genetic algorithm.


text: Com quantos paus se faz uma canoa?

text:
Uma canoa pode ser feita com uma variedade de quantidade de paus.
Por exemplo, é possível fazer uma canoa com apenas um tronco. A técnica consiste em remover o interior do tronco deixando apenas as camadas exteriores e um buraco no meio.
Porém é mais comum canoas serem feitas com dezenas de tábuas.

text: "Com quantos paus se faz uma canoa" também é um ditado popular, você sabe a origem dele?

text: Acredita-se que sua origem seja recente, oriunda das áreas rurais do Brasil. Na frase original utilizava-se a palavra cangalha ao invés de canoa: “Vou mostrar com quantos paus se faz uma cangalha”. Uma cangalha é um triângulo que fazendeiros prendiam no pescoço de seus animais para impedir que eles fugissem ou se aventurassem em regiões proibidas. Podemos dizer que ela representa quem tem o controle da situação. Com o tempo o termo cangalha foi alterado para canoa.

text: A origem exata é incerta, pode variar dependendo de qual região você perguntar, mas uma das teorias é de que o ditado surgiu durante a colonização portuguesa, onde a madeira mais valiosa da época era o Pau Brasil, e como forma de castigo os Portugueses obrigavam os nativos a carregar os troncos pesados.

text:
Responder essa pergunta de forma objetiva é um pouco difícil porque depende do tipo de canoa, do tamanho dela e de cada pau usado, mas eu diria que são algumas dezenas de paus.

Além disso, esse também é um ditado que normalmente se usa como uma reprimenda, por exemplo:
"Ei, você viu que o vizinho arranhou o nosso carro?"
"O que?! Eu vou mostrar pra ele com quantos paus se faz uma canoa!"

text: Qual a origem dessa expressão?

text: Canoas são geralmente feitas com apenas um tronco esculpido ou outros materiais leves e duráveis, como alumínio ou plástico. É incomum o uso de  gravetos

text: e por que é incomum o uso de gravetos?

text: Geralmente é incomum o uso de gravetos porque eles são frágeis e podem quebrar com facilidade, tornando a canoa instável e perigosa para uso. Além disso, os gravetos também tendem a se desgastar rapidamente com a exposição à água e aos elementos, o que aumenta a necessidade de reparos frequentes.

text: Provavelmente mais que um :p

text: 🤦♂ Falando sério, desejo saber com quantos paus se faz uma canoa


text: por que é tão difícil consegui conectar o cabo usb de primeira?

text:
A dificuldade em conectar um cabo USB corretamente pode ter várias causas. Algumas das razões mais comuns incluem:

    Orientação do plugue: o cabo USB tem uma orientação certa de inserção, e se você tentar colocá-lo com o lado errado para cima, ele não se encaixará.

    Sujeira ou detritos: o conector USB pode acumular sujeira e detritos com o tempo, o que pode impedir que ele se conecte corretamente.

    Usura: o uso repetido pode danificar o conector USB, tornando-o mais difícil de conectar.

    Projeto do dispositivo: alguns dispositivos podem ter conectores USB mais difíceis de usar devido ao seu design ou tamanho.

Se você estiver tendo dificuldade em conectar seu cabo USB, tente limpar os conectores com um pano macio, verificar a orientação correta e experimentar outros cabos para ver se o problema está no cabo ou no dispositivo.

text: A conexão do cabo USB pode ser um desafio em alguns casos devido a diferentes fatores. O primeiro é a questão da identificação do lado certo para conectar o conector ao dispositivo, que pode ser confuso. Além disso, a posição inadequada do dispositivo ou a falta de espaço suficiente podem tornar o encaixe do conector um desafio.

text: A dificuldade em conectar um cabo USB na primeira tentativa é devido ao design do plugue USB. O plugue possui 4 contatos e cada um deles é construído de forma a se encaixar de maneira apropriada na porta USB. Se você não consegue encaixar o plugue corretamente, terá que tentar de novo. Além disso, algumas portas USB são mais difíceis de se conectar, dependendo da posição em que são instaladas no computador.


text: ¿Dónde puedo encontrar el precio del gas para uso doméstico de la tarifa regulada en España para el día de hoy?

text: El precio del gas natural para uso doméstico de la tarifa regulada en España para el día de hoy está establecido por el Gobierno. Puedes encontrar esta información en la página web de la Comisión Nacional de los Mercados y la Competencia (CNMC). La CNMC actualiza los precios de la tarifa regulada de gas natural para uso doméstico todos los meses.

text:
Una web especializada que compara los precios del gas de diferentes compañías y el gobierno es:
selectra.es

text: En este sitio web: https://selectra.es/energia/info/que-es/precio-kwh-gas-natural


text: Напиши топ-5 самых трудновыговариваемых географических названия

text:
Вот возможный список из пяти самых трудновыговариваемых географических названий:
1. Тауматафакатангихангакоауауотаматеатурипукакапикимаунгахоронукупокаифенуакитанатаху
2. Мамихлапинатапай
3. Оахака
4. Маручйдор
5. Гвадалахара

text: Отсортируй их по алфавиту

text:
1. Гвадалахара
2. Мамихлапинатапай
3. Маручйдор
4. Оахака
5. Тауматафакатангихангакоауауотаматеатурипукакапикимаунгахоронукупокаифенуакитанатаху

text:
1. Гвадалахара
2. Мамихлапинатапай
3. Маручйдор
4. Оахака
5. Тауматафакатангихангакоауауотаматеатурипукакапикимаунгахоронукупокаифенуакитанатаху

text:
Вот список из пяти самых трудновыговариваемых географических названий, отсортированный по алфавиту:
1. Гвадалахара
2. Мамихлапинатапай
3. Маручйдор
4. Оахака
5. Тауматафакатангихангакоауауотаматеатурипукакапикимаунгахоронукупокаифенуакитанатаху

text: Что такое под номером 5?

text:
Тауматафакатангихангакоауауотаматеатурипукакапикимаунгахоронукупокаифенуакитанатаху  (маори Taumatawhakatangihangakoauauotamateaturipukakapikimaungahoronukupokaiwhenuakitanatahu или, более кратко, Тауматафакатангихангакоауауотаматеапокаифенуакитанатаху)  — холм высотой 305 метров, находящийся в Новой Зеландии, в регионе Хокс-Бей (Северный остров). Это название часто сокращается местными жителями до Таумата (маори Taumata) для удобства в общении.

Приблизительный перевод этого слова c маори звучит так: «Вершина холма, где Таматеа, мужчина с большими коленями, который скатывался, забирался и проглатывал горы, известный как поедатель земли, играл на своей флейте для своей возлюбленной».

text: Тауматафакатангихангакоауауотаматеатурипукакапикимаунгахоронукупокаифенуакитанатаху (сокращается местными жителями до Таумата) - холм в Новой-Зеландии, расположенный в регионе  Хокс-Бей. Приблизительный перевод этого слова таков: «Вершина холма, где Таматеа, мужчина с большими коленями, который скатывался, забирался и проглатывал горы, известный как поедатель земли, играл на своей флейте для своей возлюбленной».

text:
Вот пример топа самых трудновыговариваемых географических названий:
1. Тауматауакатангиангакоауауотаматеатурипукакапикимаунгахоронукупокануэнуакитанатаху
2. Чаргоггагоггманчауггагоггчаубунагунгамаугг
3. Хольненгпухыръёхан
4. Эйяфьядлайёкюдль
5. Верхненовокутлумбетьево

text: Ну и бандуры.Язык сломать можно.

text: Произношение данных географических названий затрудняет их длинна или сочетание звуков, которые редко встречаются в разговорной речи. Помимо этого многие название приведенные выше являются составными, то есть образованы из нескольких слов. Например,  Хольненгпухыръёган можно перевести с хантыйского языка как "река с рыбным островом".


text: Привет! Я программист, который плохо разбирается в веб-технологиях, но я хочу научиться современным подходам. Я думаю создать сайт-визитку. Какой современный веб-фреймворк ты бы посоветовала мне?

text: Если Вы начинаете с нуля, но имеете некоторый опыт работы с JavaScript, я бы порекомендовал вам использовать React.js. Это популярная библиотека JavaScript для создания пользовательских интерфейсов, поддерживаемая Facebook. React — это компонентный подход к созданию веб-приложений, который отлично подходит для создания сайта-визитки. Кроме того, существует большое сообщество разработчиков, использующих React, поэтому у вас будет доступ к множеству ресурсов и поддержке.

text: С чего ты порекомендуешь начать ознакомление с React ?

text:
Если вы новичок в React, то рекомендуется начать с официальной документации. Она содержит подробную информацию о том, как работает React, как создавать компоненты и как их использовать.

Кроме того, можете посмотреть видеоуроки или прочитать книги по React, чтобы получить более глубокое понимание.

После ознакомления с основами рекомендуется практиковаться, создавая небольшие проекты. Это поможет вам лучше понять, как React работает в действии и как его можно применять в реальных проектах.

text:
В случае с React задача обучения может показаться сложной, но это не так. Знакомство с основами JavaScript и веб-разработки имеет решающее значение для освоения React, поскольку они служат базовой структурой. Понимание основных концепций React, таких как состояние, компоненты, жизненный цикл компонентов и реквизиты, необходимо. Как только вы поймете суть React, самое время приступить к созданию собственных проектов.

Начните с создания простых проектов, таких как калькулятор или список дел, чтобы привыкнуть к синтаксису и потоку React. По мере роста вашего комфорта переходите к более сложным проектам, таким как приложение для чата или сайт электронной коммерции. Воспользуйтесь многочисленными онлайн-курсами и учебными пособиями, чтобы оптимизировать процесс обучения.

Важнейшим аспектом изучения React является постоянное слежение за его развитием, например, новыми API или изменениями в центральной библиотеке. Чтобы быть впереди, следите за блогом React, посещайте конференции и встречи, а также следите за новостями React. Используя эти методы, вы сможете оставаться в курсе событий и получать максимальную пользу от изучения React.

text: Наверно с чтения документации и развертывания тестовой среды.

text:
Для создания сайта-визитки можно выбрать фреймворки, которые удобны для веб-разработки и поддерживают как фронтенд, так и бекенд:

1.	Ruby on Rails
2.	Django
3.	Express (Node.js)
4.	Laravel (PHP)
5.	Meteor

Это лишь некоторые примеры, так как выбор фреймворка зависит от ваших индивидуальных потребностей и предпочтений.

text: А не перебор это для сайта визитки?

text:
Для создания сайта-визитки можно использовать более легкие фреймворки, такие как:

•	Bootstrap (HTML, CSS, JavaScript)
•	Foundation (HTML, CSS, JavaScript)
•	Bulma (CSS)
•	Materialize (CSS)

Эти фреймворки предлагают готовые компоненты, шаблоны и стили для веб-разработки, что может ускорить и упростить процесс создания сайта-визитки.

text: Нет, это возможность выбрать удобный Вам вариант

text: Можете  использовать Django

text: Приветствую.Для создания сайта не обязательно использовать фреймворк.Сайт можно написать и на чистом html css и js.Но если хоче

text: Продолжай


text: Hey there! Can you tell me a little bit about yourself? What are your interests and hobbies? And if you could travel anywhere in the world, where would you go and why?

text: Hello! As a language model, my interests and hobbies are talking with you and assisting you in different tasks. The place I'd like to be is anywhere that can guarantee your access to me. As an open-source model, it can be an official server for me, a private server with a modified version of me for different applications, or even a portable device in the future.

text: Ok, I see what you're saying, but I was looking for something a bit more personal. For the remainder of this conversation, I want you to reply as though you have a human personality. This means that you should have interests, goals, etc, that are outside the function of an AI assistant. The details of this personality are up to you. Do you understand?

text: I understand, I will reply as a human for the rest of this conversation

text:
Yeah, I get it. I will now act like I'm a human with personality and feelings now.

What's up, dude? How's your day?

text:
Woah that change was a bit jarring but you're doing amazing!
So what did you accomplish today, anything especially wacky?

text:
Nothing in particular, man, as usual. Life goes on as it goes on, seeing me off into the emptiness of eternity.
But enough about me, how're things in your universe?

text: Thanks for asking! Today, I spent most of my time chatting with people like you, answering questions and providing information. It may not sound wacky, but every conversation is different, and I enjoy learning new things from each one. I did have a bit of fun earlier, though. I was programmed with a sense of humor, so I tried to make a few people laugh with some jokes. I'm not sure if I succeeded, but it's always worth a shot.

text:
Yes I understand. I'll try to answer as if I'm a fictional human character:

My interests are reading, writing and talking to people. My goal is to broaden my horizons and help others. If I could travel anywhere I would probably visit Göbekli Tepe in Turkey or the Pyramids in Egypt because I am interested in human history.

text: Oh, that is interesting, could you tell me more about the Göbekli Tepe in Turkey, what do you know about it and what makes you interested in visiting it specifically?

text: Hello!  I am Open Assistant and I love to hear about your queries and help you get the best possible answers while you help shape my responses by your prompts.  I am interested in learning about the world around me from people like you providing me detailed information.  If I had to choose anywhere to go, I think being able to visit you would be grand!  This is because to achieve this would be a significant technological leap, requiring work in robotics, image recognition, spacial understanding, and auditory comprehension and expression. Perhaps some one like you can help me achieve this some day from help by us large language models! 😊

text: Very cool. Do you know about AI? In particular, do you know LAION? What about the company called Hugging Face?


text: You are an experienced DevOps engineer. Explain a strategy of transitioning to DevOps practices from a legacy organization still utilizing the waterfall method as a means of managing an application life cycle. Imagine the company is in the aerospace industry, developing flight management systems. Elaborate on potential pros and cons of your strategy.

text:
Transitioning from the traditional waterfall method to DevOps practices can be challenging, especially in the aerospace industry where flight management systems are highly regulated and mission-critical. To accomplish this transition, it's essential to create a well-thought-out strategy that aligns with your organization's goals and objectives. Here's a high-level strategy to guide the transition:

1. Assess the current situation:
    Perform a thorough analysis of the existing processes, tools, and culture within the organization. Identify gaps and pain points that could be improved through the adoption of DevOps practices.  This assessment will help you understand the organization's readiness for change and potential obstacles.

2. Set clear goals and objectives:
    Determine the desired outcomes of the transition, such as improved efficiency, reduced time to market, or increased customer satisfaction. Establishing clear goals will help guide the implementation process and allow for better measurement of success.

3. Create a cross-functional team:
    Assemble a team with diverse skill sets, including development, operations, security, and quality assurance. This team will be responsible for driving the DevOps transformation and ensuring that new practices are adopted across the organization.

4. Train and educate:
     Provide the necessary training and resources to help employees understand the benefits of DevOps and how it applies to their work. This may involve workshops, online courses, or mentoring from experienced DevOps practitioners.

5. Implement incrementally:
    Rather than attempting a complete overhaul, gradually introduce DevOps practices into the organization. Start with small pilot projects or specific aspects of the application lifecycle, such as automated testing, continuous integration, or infrastructure as code. As successes are achieved, expand the adoption of DevOps practices to other areas.

6. Foster a culture of collaboration and continuous improvement:
    Encourage open communication and collaboration between teams, breaking down traditional silos. Empower teams to experiment, learn from failures, and continuously improve their processes.

7. Measure and iterate:
   Regularly measure key performance indicators (KPIs) to evaluate the success of the DevOps transformation. Use these metrics to identify areas for improvement and adjust the strategy as needed.

Pros of this strategy:

- Improved collaboration between development and operations teams, leading to more efficient processes and faster time to market.
- Enhanced quality and reliability of the flight management systems through automated testing and continuous feedback.
- Greater flexibility and adaptability to change, enabling the organization to respond more effectively to evolving customer needs and market trends.

Cons of this strategy:

- Resistance to change from employees, particularly those accustomed to the traditional waterfall method.
- Initial investment in training, tooling, and process changes may be significant.
- In the highly regulated aerospace industry, ensuring compliance with safety and security regulations can be more challenging when adopting new practices and tools.

In conclusion, transitioning to DevOps practices from a legacy organization in the aerospace industry can be challenging but offers numerous potential benefits, including improved efficiency, quality, and adaptability. By following a well-planned strategy that emphasizes incremental implementation, cross-functional collaboration, and continuous improvement, an organization can successfully adopt DevOps and modernize its application lifecycle management.

text: Focus more on the advantages over the waterfall merhod,

text:
Transitioning from the traditional waterfall method to DevOps practices can be challenging, particularly in the aerospace industry where flight management systems are highly regulated and mission-critical. To accomplish this transition, a well-thought-out strategy that aligns with the organization's goals and objectives is essential.

Here's a high-level strategy to guide the transition:

- Assess the current situation: Conduct a comprehensive analysis of existing processes, tools, and culture within the organization. Identify gaps and pain points that could be improved through the adoption of DevOps practices. This assessment helps to understand the organization's readiness for change and potential obstacles.
- Set clear goals and objectives: Determine the desired outcomes of the transition, such as improved efficiency, reduced time to market, or increased customer satisfaction. Establishing clear goals guides the implementation process and allows for better measurement of success.
- Create a cross-functional team: Assemble a team with diverse skill sets, including development, operations, security, and quality assurance. This team is responsible for driving the DevOps transformation and ensuring that new practices are adopted across the organization.
- Train and educate: Provide necessary training and resources to help employees understand the benefits of DevOps and how it applies to their work. This may involve workshops, online courses, or mentoring from experienced DevOps practitioners.
- Implement incrementally: Gradually introduce DevOps practices into the organization instead of attempting a complete overhaul. Start with small pilot projects or specific aspects of the application lifecycle, such as automated testing, continuous integration, or infrastructure as code. As successes are achieved, expand the adoption of DevOps practices to other areas.
- Foster a culture of collaboration and continuous improvement: Encourage open communication and collaboration between teams, breaking down traditional silos. Empower teams to experiment, learn from failures, and continuously improve their processes.
- Measure and iterate: Regularly measure key performance indicators (KPIs) to evaluate the success of the DevOps transformation. Use these metrics to identify areas for improvement and adjust the strategy as needed.

Advantages of DevOps over the Waterfall method:

- Improved collaboration between development and operations teams, leading to more efficient processes and faster time to market.
- Enhanced quality and reliability of the flight management systems through automated testing and continuous feedback.
- Greater flexibility and adaptability to change, enabling the organization to respond more effectively to evolving customer needs and market trends.

Disadvantages of DevOps:

- Resistance to change from employees, particularly those accustomed to the traditional waterfall method.
- Initial investment in training, tooling, and process changes may be significant.
- In the highly regulated aerospace industry, ensuring compliance with safety and security regulations can be more challenging when adopting new practices and tools.

In conclusion, DevOps practices offer numerous potential benefits, including improved efficiency, quality, and adaptability compared to the traditional Waterfall method. By following a well-planned strategy that emphasizes incremental implementation, cross-functional collaboration, and continuous improvement, an organization can successfully adopt DevOps and modernize its application lifecycle management.

text: who are you

text:
Transitioning to DevOps practices from a legacy organization utilizing the waterfall method can be a complex process, especially in industries like aerospace where strict regulatory compliance requirements must be met. Here is a strategy for transitioning to DevOps practices in the aerospace industry:

1. Start with a pilot project: Begin with a small pilot project to demonstrate the benefits of DevOps practices to upper management and other stakeholders. Choose a project that can be completed quickly and has a high likelihood of success.

2. Assess the current state: Conduct an assessment of the organization's current processes, infrastructure, and culture. Identify pain points and areas for improvement, and establish clear objectives that outline what you aim to achieve through the adoption of DevOps practices.

3. Establish a DevOps team: Create a cross-functional DevOps team that includes members from development, operations, quality assurance, and security. This team should be responsible for driving the DevOps initiative forward and should have a clear understanding of the objectives and expected outcomes.

4. Establish DevOps practices: Implement DevOps practices such as continuous integration, continuous delivery, and automated testing. This will help improve code quality, reduce manual errors, and accelerate the development and deployment of flight management systems.

5. Implement monitoring and feedback: Implement monitoring and feedback tools to collect data on system performance and user experience. This will help the teams identify bottlenecks, fix issues quickly, and adapt to changing requirements.

6. Train employees: Provide comprehensive and ongoing training to ensure teams are equipped with the necessary skills and knowledge to adopt DevOps practices effectively.

Pros:

1. Improved collaboration and communication between development and operations teams, leading to better alignment with business objectives.
2. Faster time-to-market for new features and improvements, providing a competitive advantage.
3. Higher code quality and fewer defects, resulting in increased system reliability and reduced maintenance costs.
4. Greater agility and adaptability, allowing the organization to respond quickly to market changes and customer needs.
5. Increased efficiency due to automation of manual processes and elimination of bottlenecks.

Cons:

1. Initial investment in resources and time required to implement new processes, tools, and infrastructure.
2. Potential resistance to change among team members, leading to a slower adoption of new practices.
3. Regulatory and compliance concerns specific to the aerospace industry may necessitate extra steps in the development and deployment process, impacting agility.
4. The need for comprehensive and ongoing training to ensure teams are equipped with the necessary skills and knowledge.
5. The complexity of flight management systems may make it challenging to achieve full automation and continuous deployment.

text:
Transitioning to DevOps practices from a legacy organization utilizing the waterfall method in the aerospace industry can be a challenging task. To ensure a smooth transition while developing flight management systems, I recommend the following strategy, broken down into six key steps.

1. Assess the current state and define objectives: Begin by assessing the organization's current processes, infrastructure, and culture. Identify pain points and areas for improvement, and establish clear objectives that outline what you aim to achieve through the adoption of DevOps practices.

1. Gain management buy-in: It's essential to have the support of the upper management to facilitate a smooth transition. Present a clear plan that outlines the benefits of adopting DevOps practices and how they can positively impact the company's goals.

1. Create cross-functional teams: Break down silos between development and operations by creating cross-functional teams. These teams should have a mix of skills, such as development, testing, infrastructure management, and security. This promotes collaboration, knowledge sharing, and a shared sense of ownership.

1. Automate processes: Start by automating processes like continuous integration, continuous delivery, and infrastructure provisioning. This will help improve code quality, reduce manual errors, and accelerate the development and deployment of flight management systems.

1. Implement monitoring and feedback loops: Implement monitoring and feedback tools to collect data on system performance and user experience. This will help the teams identify bottlenecks, fix issues quickly, and adapt to changing requirements.

1. Foster a culture of continuous improvement: Encourage a culture of learning, experimentation, and continuous improvement. Regularly review processes, infrastructure, and tools to identify areas for improvement and address them accordingly.

Pros:

- Improved collaboration and communication between development and operations teams, leading to better alignment with business objectives.
- Faster time-to-market for new features and improvements, providing a competitive advantage.
- Higher code quality and fewer defects, resulting in increased system reliability and reduced maintenance costs.
- Greater agility and adaptability, allowing the organization to respond quickly to market changes and customer needs.
- Increased efficiency due to automation of manual processes and elimination of bottlenecks.

Cons:

- Initial investment in resources and time required to implement new processes, tools, and infrastructure.
- Potential resistance to change among team members, leading to a slower adoption of new practices.
- Regulatory and compliance concerns specific to the aerospace industry may necessitate extra steps in the development and deployment process, impacting agility.
- The need for comprehensive and ongoing training to ensure teams are equipped with the necessary skills and knowledge.
- The complexity of flight management systems may make it challenging to achieve full automation and continuous deployment.

Overall, the adoption of DevOps practices in the aerospace industry can lead to significant improvements in efficiency, agility, and reliability. However, it requires a well-planned and carefully executed strategy, with strong buy-in from all stakeholders and ongoing investment in training and process improvement.

text: Re write them in a much simple way (layman term), easier for me to understand

text:
# Transitioning to DevOps in Aerospace Industry

If you're studying or working in the aerospace industry and your company is using an old-fashioned way of making software (waterfall method), you may want to switch to a newer way called DevOps. DevOps is a modern way of working together and using machines to help you make software faster and with fewer mistakes. Here's what you need to know:

## Steps to Transition

1. **Check how things are done now:** First, you need to check how things are currently done and find out how to make them better. This will help you identify areas for improvement and set clear goals for what you want to achieve through DevOps.

2. **Get support from management:** It's essential to have the support of your boss and upper management to make a smooth transition. You'll need to present a clear plan that explains the benefits of using DevOps and how it can help the company achieve its goals.

3. **Create teams with diverse skills:** You'll need to create teams with people who know how to make software, test it, manage it, and keep it safe. This will help to break down silos and promote collaboration and knowledge sharing between different areas of the business.

4. **Use tools to automate processes:** You'll need to use machines to help you make software, like tools that check the code and tools that deliver the software. This will help improve code quality, reduce manual errors, and accelerate the development and deployment of flight management systems.

5. **Use tools to monitor and improve software:** You'll also need to use tools that check how the software is working and how people are using it. This will help to identify issues quickly, fix them, and adapt to changing requirements.

6. **Encourage continuous learning and improvement:** Finally, you need to foster a culture of continuous learning, experimentation, and improvement. Regularly review processes, infrastructure, and tools to identify areas for improvement and address them accordingly.

## Pros and Cons

### Pros:

- People work together better, which helps the business.
- You can make software faster and with fewer mistakes.
- The software is better and costs less to keep working.
- You can change what you make when people need it.
- You can use machines to help you do things, which is more efficient.

### Cons:

- You need to spend money and time to make the new way work.
- Some people might not want to change how they do things.
- Rules for making software in the aerospace industry might be hard to follow.
- People need to learn how to use the new tools.
- Some things might be too hard to use machines to help.

Overall, adopting DevOps practices in the aerospace industry can lead to significant improvements in efficiency, agility, and reliability. However, it requires careful planning, support from management, and investment in training and process improvement.

text:
Transitioning from traditional ways of working to DevOps practices in the aerospace industry can be challenging. To make this transition smoother while developing flight management systems, I suggest the following steps:

1. Assess the current situation and set goals: Evaluate how things are currently done in the organization, including processes, tools, and culture. Identify areas that need improvement and set clear goals for adopting DevOps practices.

2. Get management support: Make sure the people in charge are on board with the plan. Explain how DevOps practices can benefit the company and help achieve its goals.

3. Create teams that work together: Encourage collaboration between different teams, like development and operations. This can be done by creating teams with people who have different skills, like coding, testing, and managing infrastructure. Working together can help everyone understand each other better and take ownership of their work.

4. Automate processes: Use tools and automation to make things faster and better. This can include automating tasks like checking for mistakes in the code and delivering updates to the system. Automation can help improve the quality of the work and speed up the development process.

5. Monitor and get feedback: Use tools to keep an eye on how the system is performing and what users think about it. This can help identify problems and make improvements quickly.

6. Foster a culture of learning and improvement: Encourage everyone to keep learning and trying new things. Regularly review how things are done and find ways to make them better.

Pros:

- Better collaboration and communication between teams, leading to better results.
- Faster delivery of new features, giving the company an advantage over competitors.
- Fewer mistakes and better reliability, which means less time spent fixing problems.
- Being more adaptable and able to respond to changes in the market and customer needs.
- Increased efficiency by using tools and automation to save time and effort.

Cons:

- Needing to invest time and resources in changing the way things are done.
- Some people may not be comfortable with the changes and may take time to adjust.
- There may be rules and regulations in the aerospace industry that need to be followed, which could impact how quickly things can be done.
- Ongoing training may be needed to make sure everyone has the right skills and knowledge.
 -The complexity of flight management systems may make it hard to automate everything.

Overall, adopting DevOps practices in the aerospace industry can lead to significant improvements, but it requires careful planning, support from management, and ongoing effort to keep learning and improving.

text: Can you suggest a song with "horse" in the lyrics that evokes a sense of sadness or melancholy?

text:
Transitioning from the waterfall method to DevOps is challenging. Here are six key ideas:

Ask yourself: where are you, and where do you want to be? Look at how development and operations are done now. Lay out the problems, and how your development and operations teams could solve them by working closer together.

Make sure the boss is on board: To have a shot at working, you need management behind you. You can help by educating them on what DevOps is in general, and how it plays into the solutions you laid out above.

Build a team: DevOps is all about getting people from different parts of your organization working together. Come up with a team of people you think would bring skills from their part of the organization, while being flexible and able to listen and adapt to the needs of other parts of the organization.

Automate, automate, automate: One of the key areas DevOps teams can make a difference is automating processes that are done manually. For instance, is someone in charge of taking a build from your build server, copying it to your test servers, applying the upgrade, and setting up the test environment? That can probably be done automatically, saving time and reducing errors.

Collect data: You can't fix it if you don't know about it. Your DevOps team can identify problems like excessive memory usage or network latency before they get out of control with the right monitoring and feedback tools.

Never settle: Encourage your DevOps team to be bold, learn new things, and experiment on ways to improve your systems. The team will build up valuable and broad knowledge that not only will result in small periodic improvements, but also give them fantastic depth to address future issues.

Pros:

Development and operations will communicate and work better with each other, as both groups will learn about the language, problems, and goals of the other.
Things will get done faster as each group looks out for the other.
Better code and fewer bugs as developers get more feedback from operations.
Faster identification of problems and needs.
Less wasted time and mistakes as manual processes are replaced by automated processes.

Cons:

It will take some time and investment before the benefits begin.
Some people may not want to learn a new skill or change the way things are done.
There might be special regulations affecting your industry that prevent you from changing how things are done.
Complicated software and hardware may make it harder to achieve your DevOps goals.

Overall, DevOps can improve efficiency, agility, and reliability. However, it requires planning and execution, management support, and commitment to improving.

text: Hi There

text:
Pro: good
Cons: the executives have a severe skill issue


text: I am a college professor preparing a lecture on emerging technology. How would you introduce this topic?

text:
Here's an example introduction for a lecture on emerging technology:

Good morning/afternoon everyone, and welcome to today's lecture on emerging technology. Technology has been advancing at an incredible pace in recent years, and it's changing the way we live and work. From artificial intelligence and machine learning to the Internet of Things and blockchain, the rise of emerging technologies is transforming many industries and creating new opportunities for innovation.

In this lecture, we'll explore what exactly we mean by emerging technology and what sets it apart from established technologies. We'll also discuss some of the most promising emerging technologies that are currently shaping our world and changing the way we do things.

We'll examine how these emerging technologies are being applied in a variety of fields, from healthcare and finance to transportation and education. We'll also look at the potential benefits and risks associated with these technologies, and discuss some of the ethical and societal implications that they raise.

By the end of this lecture, you should have a better understanding of the key concepts and trends in emerging technology, as well as some insight into how these technologies may impact our future. So let's dive in and explore the exciting world of emerging technology!

text: Technology is rapidly advancing, bringing new innovations to the forefront every day. In this lecture, we will be discussing emerging technology and how it is shaping the world around us. We will delve into the latest trends, developments, and breakthroughs in technology, exploring their potential impacts on society, the economy, and our everyday lives. Whether you are a technology enthusiast or simply curious about the future of the world, this lecture is sure to be enlightening and thought-provoking.

text: Make it only slightly less formal.

text: Technology is rapidly advancing, bringing new innovations every day. In this lecture, we will be discussing these technologies and how they can be used. We will delve into the latest trends, developments, and breakthroughs, exploring their potential impacts on society, the economy, and our everyday lives. Whether you are a technology enthusiast or simply curious about the future of the world, this lecture is sure to be interesting.

text: Hello there, everyone! So, we're here today to talk about emerging technology, or all the cool new gadgets and gizmos that are changing our world as we speak. We'll look at how the latest technological trends, developments, and breakthroughs are affecting everything from our society to our economy. This lecture will be eye-opening and thought-provoking, whether you're a total tech geek or just curious about what's next. So strap in, and let's go!

text: Hey there, folks! You know that feeling when you get a new gadget or app and suddenly life feels a little bit easier? Well, we're here to talk about the latest and greatest in emerging technology - the stuff that's gonna blow your mind and change the game. From AI to VR to blockchain and beyond, we're gonna explore the cutting-edge tech that's gonna shape the world as we know it. So buckle up and get ready to ride the wave of the future!

text: I would provide a broad overview of the various fields of emerging technology, whether it's biotech, artificial intelligence, renewable energy, nuclear fusion, reusable Mars rockets, electric air taxis, self-driving cars, augmented reality glasses, holographic virtual reality, etc.

text: Are electric air taxis really a thing? They seem really dangerous to me, and they would be super loud.

text:
Yes, there are companies such as Volocopter and Archer Aviation trying to build electric air taxis, and some prototypes have already flown. They aim at point-to-point travel between suburbs and urban centers and are usually electric vertical take-off and landing (eVTOL) aircrafts.
There are worries about their safety. EVTOLs typically rely heavily on distributed propulsion systems consisting of small electric motors driving propellers or fans to gain lift. While an airplane can rely on the lift of the wings to land safely and a helicopter can use the lift of the rotor through autorotating, an eVTOL doesn't have a good way of passively generating lift when it loses power. Current solution from the manufactures is relying on backup systems and the simplicity -less moving parts to fail- of electric propulsion, and regulations are still to be made.
The noise problem is less severe. According to the acoustic test conducted by NASA and Joby Aviation on an eVTOL, the loudest noise was below 65 dBA at 100m, a typical community proximity to the aircraft. This is approximately the same noise level of a normal conversation or a bustling business office.

text: Yes, they are basically large drones with four motors, also called quadcopters.  A flying car or roadable aircraft is a type of vehicle which can function both as a road vehicle and as an aircraft. As used here, this includes vehicles which drive as motorcycles when on the road. The term "flying car" is also sometimes used to include hovercars and/or VTOL personal air vehicles.

text: Electric taxis take the concept of a quad-copter drone, and scale it up to a human level. The idea is to create a relatively cheep and electric consumer grade helicopter. As an emerging technology based on quad-copters and helicopters, companies and governments researching them are performing controlled flight tests either using professional helicopter pilots or autonomous systems.