targets:
Performing a kickflip on a skateboard requires practice, balance, and coordination. Here's a step-by-step guide to help you learn how to do a kickflip:

1. Foot Placement: Start by positioning your back foot in the middle of the tail (the back end) of the skateboard. Your toes should hang slightly off the edge to provide leverage. Place your front foot at a slight angle near or just behind the front bolts of the skateboard, with the ball of your foot centered on the deck.

2. Ollie Setup: Begin with the Ollie setup, which involves bending your knees and crouching down slightly while keeping your weight centered over the skateboard.

3. Pop the Tail: Use your back foot to pop or snap the tail down on the ground, generating an ollie-like motion to lift the skateboard off the ground. As you pop, jump slightly with your body to add height to the kickflip.

4. Flick the Front Foot: As the skateboard rises, slide your front foot forward diagonally towards the skateboard's nose. This action should flick the board's edge and cause it to flip in a kickflip motion.

5. Keep Control: As the skateboard flips, keep your eyes on it and try to catch the board with your feet. Aim to catch the grip tape with your front foot and position your back foot over the bolts on the tail.

6. Land and Roll: Land both feet on the skateboard, bending your knees to absorb the impact. Keep your weight centered to maintain balance. Once you land, roll away smoothly and maintain your balance to complete the kickflip.

Tips:
- Practice on a smooth, flat surface with enough space.
- Start by practicing stationary kickflips before attempting them while rolling.
- It may take time to master the kickflip, so be patient and keep practicing regularly.
- Make sure your skateboard is in good condition, with grippy grip tape and functional trucks.

Learning new skateboard tricks takes time and dedication. Always wear proper safety gear, including a helmet, knee pads, and elbow pads, to protect yourself while practicing. It's essential to skate within your skill level and gradually progress as you gain confidence and control. Happy skating!


inputs: how high should i jumb before flicking?

targets:
The height of your jump before flicking will depend on your individual preference and comfort level. However, as a general rule of thumb, you should jump high enough to generate enough force to pop the board off the ground and flick it into the air. You don't need to jump too high, as this can make it difficult to control the board.

Here are a few things to keep in mind when deciding how high to jump:

* The higher you jump, the more time you will have to flick the board. This can be helpful if you are still learning how to flick the board correctly.
* The higher you jump, the more height you will have to catch the board. This can be helpful if you are having trouble landing the kickflip.
* However, if you jump too high, you may find it difficult to control the board and land it smoothly.

Experiment with different jumping heights to see what works best for you. As you become more comfortable with the kickflip, you can gradually increase the height of your jump.


targets:
When performing a kickflip on a skateboard, the height of your jump before flicking your front foot is crucial for the proper execution of the trick. Ideally, you should aim for a moderate jump that provides enough clearance for the skateboard to flip beneath your feet.

The height of your jump should be enough to give the skateboard sufficient time to rotate in the kickflip motion and complete the flip. However, jumping too high can make it challenging to control the board's rotation and landing, especially if you are just learning the trick.

As a guideline, aim for a comfortable and controlled jump, where you lift the skateboard off the ground while still maintaining good balance and coordination. Remember that a well-executed kickflip relies on a combination of timing, balance, and flicking technique.

During your practice sessions, experiment with different jump heights to find the right balance that works for you. Gradually increase the height of your jump as you become more comfortable with the flicking motion and gain confidence in controlling the skateboard's rotation. Consistent practice and repetition will help you develop the muscle memory and timing needed for a successful kickflip.


targets: اه


inputs: How do I do a kickflip on a skateboard?

targets: by not falling


inputs: What causes noise in electronics, like my charging adapter? Can a noise change or appear as something ages?

targets:
Noise in electronics can be caused by a variety of factors, including electromagnetic interference (EMI), radio frequency interference (RFI), power supply issues, and even thermal noise. These factors can produce unwanted electrical signals that can interfere with the normal operation of electronic devices, resulting in degraded performance or malfunction.

EMI and RFI are particularly common sources of noise in electronics. EMI refers to unwanted electrical signals that are generated by nearby electronic devices, power lines, or other sources of electromagnetic radiation. RFI, on the other hand, refers specifically to unwanted electrical signals that are generated by radio frequency sources, such as wireless communication devices.

Power supply issues can also contribute to noise in electronics. For example, fluctuations in the input voltage to a device can result in unwanted electrical signals that can interfere with its operation. Additionally, poorly regulated power supplies can produce noisy output voltages that can impact the performance of connected devices.

Finally, thermal noise can also contribute to noise in electronics. This type of noise is caused by the random movement of electrons in a conductor, and is more pronounced at higher temperatures.

In terms of whether noise can change or appear as electronics age, the answer is yes. As electronic components age, they can become less reliable and more prone to generating unwanted electrical signals. Additionally, environmental factors, such as changes in temperature or exposure to moisture, can also impact the performance of electronic components over time. As a result, it is possible for noise to change or appear as electronics age, and this can have a negative impact on their overall performance and reliability.


inputs: I hear a buzzing sound coming from my charger, and I have had it for several years. That seems to match your description, so I think it has degraded over time. Is it dangerous to continue using it, or should I buy a replacement?

targets:
Based on the information provided, it is recommended that you replace the charger as a buzzing sound coming from it could indicate it has degraded over time and may be dangerous to continue using.

It is better to err on the side of caution and replace the charger to ensure safety.


targets: It's better not to use it anymore and buy a replacement for your charger


targets:
After conducting research, it has been found that there are various common causes of noise in electronics, particularly in charging adapters.

One of the main causes is electromagnetic interference (EMI) from other electronic devices, power sources, or radio waves. Other causes can include poor grounding, faulty components, or aging of the device.

As electronics age, the wear and tear on components can cause changes in the way they function, which may result in the appearance of noise or changes in the type of noise produced.


inputs: does electromagnetic interference cause damage to electronics?

targets:
After conducting a thorough literature review on the effects of electromagnetic interference on electronics, the consensus is that it can indeed cause damage to electronics. Electromagnetic interference can disrupt or corrupt electronic signals, leading to malfunctions or even complete failure of electronic devices.

However, the severity of the damage caused by electromagnetic interference depends on various factors, such as the strength and frequency of the interference, the type of electronic device, and the quality of its shielding.

Overall, it is safe to say that electromagnetic interference can pose a serious threat to the proper functioning of electronics.


targets: Noise in electronics can be caused by a variety of factors, including electromagnetic interference (EMI), electrical signals that are not properly shielded, and physical vibrations or movements that cause electrical contacts to bounce or make contact with each other. Over time, these factors can lead to changes in the electrical characteristics of a device, which can in turn cause noise to appear or change. For example, some equipment that was previously quiet may become noisy as the contacts within the it begin to wear out and make less reliable electrical connections. A device that was once stable and free of noise may start to exhibit noise as it ages and the electrical components inside begin to degrade or fail.


inputs: And what methods are used to shield electrical signals and why would they not be fully used on an electrical device?

targets:
Methods include:

1. Faraday cages: A faraday cage is an enclosure made of conductive material that blocks external electric fields. It works by conducting the electric charge around the outside of the cage, leaving the inside of the cage electrically neutral.

2. Shielded cables: Shielded cables have a conductive layer around the wires that carries the electrical signal. This layer helps to block external electromagnetic interference (EMI) from interfering with the signal.

3. Conductive coatings: Conductive coatings, such as metallic paints or coatings, can be applied to the surface if a device to shield it from EMI.

Why they may not be fully used on an electrical device:

1. Cost: Shielding can add significant cost to the manufacturing process, which can make the device expensive.

2. Size and weight: Shielding can add size and weight to the device, which may not be desirable in certain applications.

3. Interference: Shielding can interfere with other signals that are desired, so it must be designed carefully to avoid this issue.

4. Accessibility: it may be difficult or impossible to fully shield a device due to the need for external accessibility or other design restraints.


targets:
After conducting research and analysis, it can be concluded that there are various reasons why shielding might not be fully utilized on electrical devices.

One reason is the cost involved in implementing shielding measures, which can be significant depending on the level of protection required.

Another reason is the space limitation within the device, as the addition of shielding could take up valuable space that can be used for other components.

Finally, lack of awareness about the importance of shielding in certain applications can also be a contributing factor.

In summary, the decision to fully utilize shielding on an electrical device depends on a variety of factors, including the cost, space limitations, and level of awareness about the benefits of shielding.


targets: Electromagnetic interference (EMI) is usually caused by the coupling of signals from one system to another.  There are many things that can be done to reduce the EMI on your device depending on  the source of the Electromagnetic interference. Shields are even available as solid enclosures or wire mesh covers that enclose your electronic device and protect it from the Electromagnetic interference. In many cases however a complete shielded enclosure is not practical because it reduces access to the device itself. If the Electromagnetic interference is caused by the charging adapter then adding a ferrite bead on the wire from your charging adapter to your device can reduce the EMI in many cases. For best results, The ferried bead should be placed close to the charging adapter instead of the device end of the wire.


inputs: I'm doing a report on Friedrich Hayek. Can you tell me about him?  Include at least three notable things about him, along with some sources where I can learn more.

targets:
Friedrich August von Hayek (May 8, 1899 - March 23, 1992), also known as F. A. Hayek.

1. Friedrich Hayek was an Austrian-British economist and philosopher who is best known for his work on classical liberalism and free market economics.

2. Hayek was awarded the Nobel Memorial Prize in Economic Sciences in 1974 for his contributions to the theory of money and economic fluctuations and his critique of centralized economic planning.

3. Hayek's most famous work, The Road to Serfdom, is a critique of central planning and a defense of classical liberalism. The book argues that central planning leads to tyranny and that individual freedom is essential for a successful society.

Resources to learn more:
1. https://en.wikipedia.org/wiki/Friedrich_Hayek
2. https://www.econlib.org/library/Enc/bios/Hayek.html
3. https://www.britannica.com/biography/F-A-Hayek


targets:
Friedrich Hayek was an Austrian-British economist and political philosopher who was born in 1899 and died in 1992. He is best known for his contributions to classical liberal theory and opposition to central planning and government intervention in the economy.

Here are three notable things about Friedrich Hayek:

1. The Road to Serfdom: Hayek's most famous work, The Road to Serfdom is a treatise on the dangers of central planning and the superiority of a free market economy. It argues that attempts to centralize economic decision-making lead to totalitarianism and the loss of individual freedom. The book was widely influential and is still read today as a classic of liberal thought.

2. Nobel Prize in Economics: Hayek was awarded the Nobel Memorial Prize in Economic Sciences in 1974 for his pioneering work in the theory of money and economic fluctuations and his revival of classical liberal ideas.

3. Contributions to the Austrian School of Economics: Hayek was a leading member of the Austrian School of Economics, a group of economists who emphasized the importance of individual freedom, market prices, and the role of the entrepreneur in a dynamic economy. He made significant contributions to the development of the Austrian theory of the business cycle and to the understanding of the role of money in a market economy.

Sources to learn more about Friedrich Hayek:

1. The Road to Serfdom: The book is widely available in print and can also be found online at Project Gutenberg.

2. Friedrich Hayek: A Biography by Alan Ebenstein: This is a comprehensive biography of Hayek's life and work, including his intellectual development, political and economic views, and contributions to the Austrian School of Economics.

3. The Concise Encyclopedia of Economics: This online resource provides a brief overview of Hayek's life and work, as well as a discussion of his major contributions to economics and political philosophy.

4. The Library of Economics and Liberty: This online resource provides a collection of articles and essays on Hayek's work, including an overview of his life, an examination of his major contributions to economics and political philosophy, and a discussion of his legacy.


targets:
Friedrich August von Hayek was an Austrian–British economist, legal theorist and philosopher who is best known for his defense of classical liberalism. Here are three notable things about him:

1. Contributions to economics: Hayek made significant contributions to the field of economics, particularly in the areas of monetary theory, capital theory, and business cycle theory. He was one of the leading proponents of the Austrian School of economics.

2. The Road to Serfdom: In 1944, Hayek published the influential book The Road to Serfdom, in which he argued that central planning and government intervention in the economy lead to the erosion of individual liberty and can ultimately lead to totalitarianism.

3. Nobel Prize in Economics: Hayek was awarded the Nobel Prize in Economics in 1974 for his pioneering work in the theory of money and economic fluctuations, and for his revival of classical liberal ideas.


targets:
Friedrich Hayek (1899-1992) was an Austrian-British economist and philosopher who was a prominent figure in the Austrian School of economics. He was also a social and political philosopher, and made important contributions to the fields of economics, political theory, and psychology. Here are three notable things about Friedrich Hayek:

Development of Austrian Economics: Hayek is best known for his contributions to the development of the Austrian School of economics, which emphasizes the importance of free markets and individual liberty. He is particularly famous for his criticism of central planning and interventionist economic policies.

The Road to Serfdom: Hayek's most famous work, The Road to Serfdom, was published in 1944. In this book, Hayek argues that central planning leads to the loss of individual freedom and the erosion of democracy, and that a free-market economy is a necessary condition for individual liberty and political freedom.

Nobel Prize in Economics: Hayek was awarded the Nobel Memorial Prize in Economic Sciences in 1974 for his pioneering work in the theory of money and economic fluctuations and his penetrating analysis of the interdependence of economic, social and institutional phenomena.

Sources to learn more:

The Road to Serfdom by Friedrich Hayek.
Hayek: A Collaborative Biography: Part I Austria and Britain, 1899-1931 by Bruenig & Albin (eds.).
The Friedrich Hayek Papers at the Hoover Institution Archive.
The official website of the Friedrich A. Hayek Program for Advanced Study in Philosophy, Politics, and Economics at the Mercatus Center at George Mason University.


targets:
Friedrich Hayek was an Austrian-British economist, legal theorist, and philosopher known for his defense of classical liberalism. Here is some notable things about Hayek from the Wikipedia article [1]:
1) He received the Nobel Memorial Prize in Economic Sciences in 1974, which he shared with Gunnar Myrdal for their work on money, economic fluctuations, and the interdependence of economic, social, and institutional phenomena. [2]
2) Hayek is considered a leader of the Austrian School of Economics, but also had close ties with the Chicago School of Economics. [3]
3) His most famous work, 'The Road to Serfdom', has sold over 2.25 million copies as of 2020 [4]

Here are the sources where you can find more information about Friedrich Hayek:
[1] Friedrich Hayek wikipedia article. https://en.wikipedia.org/wiki/Friedrich_Hayek
[2] The Prize in Economics 1974. Nobelprize.org. 9 October 1974. https://www.nobelprize.org/prizes/economic-sciences/1974/press-release/
[3] Friedrich A. Hayek. Mises Institute. 20 June 2014. https://mises.org/profile/friedrich-hayek
[4] Ormerod, Paul (2006). The fading of Friedman. https://www.prospectmagazine.co.uk/magazine/thefadingoffriedman
[5] Connin, L. (1990). Hayek, Liberalism and Social Knowledge. Canadian Journal of Political Science / Revue Canadienne De Science Politique, 23(2), 297–315.. https://www.jstor.org/stable/3228393


targets:
F.A. Hayek was a renowned economist and philosopher known for his defense of classical liberalism and his contributions to economics.

Hayek won the Nobel Prize in Economics in 1974 for his research on money and economic fluctuations and the interdependence of economic, social and institutional phenomena.

Hayek was a major social and political theorist of the 20th century and played a role in the revival of classical liberalism through his work and the Mont Pelerin Society. He received numerous honors and recognition for his contributions to economics.

 Connin, L. (1990). Hayek, Liberalism and Social Knowledge. Canadian Journal of Political Science / Revue Canadienne De Science Politique, 23(2), 297–315. Retrieved June 7, 2021. JSTOR 3228393.
 Bank of Sweden (1974). The Sveriges Riksbank Prize in Economic Sciences in Memory of Alfred Nobel 1974.
 Skarbek, David (March 2009). F.A. Hayek's Influence on Nobel Prize Winners (PDF). Review of Austrian Economics. 22 (1): 109–112. CiteSeerX 10.1.1.207.1605. doi:10.1007/s11138-008-0069-x. S2CID 144970753. Archived from the original (PDF) on 27 July 2011.


inputs: Can you provide a terran build order for a game of starcraft 2? I'd like to perform a 2 base push with hellion harass in the early game, but I don't know the exact timing of the buildings and when to stop building workers and start attacking

targets:
Sure, here is a possible build order for a 2-base push with hellion harass in Starcraft 2:

1. Build Supply Depot at 14 supply
2. Build Barracks at 16 supply
3. Build Refinery at 16 supply
4. Build Orbital Command at 19 supply
5. Build Command Center at 19 supply
6. Build Factory at 21 supply
7. Build Reactor on Barracks at 22 supply
8. Build Starport at 25 supply
9. Build Tech Lab on Factory at 26 supply
10. Swap Factory onto Reactor, and begin Hellion production
11. Start Stimpack upgrade on Barracks
12. Build Armory after Starport finishes
13. Build 2 more Barracks and continue Marine production
14. Build Bunker(s) and Siege Tank(s) as needed for defense
15. Once you have about 8-10 Hellions, move out and start harassing the opponent's mineral line(s)
16. Once you have 2 Medivacs and enough Marines and Hellions, push towards the opponent's base

As for when to stop building workers and start attacking, it really depends on your playstyle and the situation. Generally, you want to aim for around 16-18 SCVs on each base (32-36 in total) before stopping worker production and starting to build your army. However, if you see that your opponent is going for an early attack or has a weak defense, you may want to delay stopping worker production and build up a stronger defense before moving out.


targets:
**Terran 2 Base Hellion Push Build Order**

- 14 Supply Depot: Build a Supply Depot to continue producing units and structures.
- 16 Barracks: Build a Barracks to start producing Marines and other infantry units.
- 16 Refinery: Build a Refinery to start gathering gas, which is needed for advanced units and technologies.
- 19 Orbital Command: Upgrade your Command Center to an Orbital Command to start using MULEs and other abilities.
- 19 Reaper: Build a Reaper to harass your opponent and gather scouting information.
- 20 Factory: Build a Factory to start producing Hellions and other advanced units.
- 20 Command Center: Build a Command Center to expand your economy and increase your production capabilities.
- @100% Factory: Build 2 Hellions to harass your opponent and deny their scouting information.
- @100% Command Center: Start building SCVs again to continue growing your economy.
- @100% Barracks: Build a Tech Lab to start researching Stimpack and other upgrades for your infantry units.
- @100% Tech Lab: Start Stimpack research to increase the speed and combat effectiveness of your infantry units.
- @100 Gas: Build a Starport to start producing Medivacs and other air units.
- @100% Starport: Build a Medivac to transport your Marines and Hellions to your opponent's base.
- @100% Stimpack: Move out with 2 Hellions, 1 Medivac, 10 Marines, and 1 Reaper to start your attack.

**Explanation**:

During the early game, focus on building workers and maintaining constant production from your structures. Start harassing with the Reaper as soon as it's ready, and use the Hellions to harass enemy mineral lines and deny scouting information.

When your push is ready, load your Marines into the Medivac and fly them into your opponent's base, dropping them near the enemy workers. Use the Hellions to roast any workers that try to escape and to engage any defending army units.

Remember to constantly produce SCVs and army units throughout the game, and to keep your resources low by expanding and spending your money efficiently. Be sure to adapt your strategy based on your opponent's race and build order, as well as any scouting information you gather during the game.

Good luck in your games!


inputs: Thanks! Can you tell me what is JermaCraft? Is that a game?

targets: JermaCraft is a video series by live streamer jerma985 in which he plays Minecraft. It is not a game in and of itself, rather a presentation of the video game known as Minecraft done by that streamer.


targets:
JermaCraft is a term commonly associated with a Minecraft server that was created and operated by a popular YouTube personality named Jerma985 (real name Jeremy Harrington). Jerma is known for his comedic gaming videos and live streams, and he created the JermaCraft server as a place for his fans and viewers to come together and play Minecraft.

The JermaCraft server was a private, whitelisted server that required an invitation from Jerma or one of his moderators to join. It featured custom mods, plugins, and maps that were created specifically for the server, as well as a number of mini-games and challenges that players could participate in.

While the JermaCraft server is no longer active, it remains a popular topic among fans of Minecraft and Jerma985.


targets: JermaCraft is a name that refers to a Minecraft server run by the Twitch streamer Jerma985 (real name: Jeremy Elbertson). Minecraft is a popular sandbox video game that allows players to build and explore virtual worlds made out of blocks. JermaCraft is a private server that Jerma985 runs for his community of fans, where they can join and play together. Jerma985 often streams his gameplay on his Twitch channel, where viewers can watch him and interact with him while he plays.


targets:
Here's a basic Terran build order for a 2-base push with early Hellion harass in StarCraft 2. Keep in mind that this build order may not be optimal, as it's important to adapt your strategy to your opponent and the specific game conditions. This build assumes you're starting with the standard 12 workers:

1. 14 Supply Depot
1. 16 Barracks
1. 16 Refinery
1. 17 Scout with an SCV
1. 19 Orbital Command (after the Barracks is completed)
1. 19 Reaper (from the Barracks)
1. 20 Command Center (natural expansion)
1. 20 Supply Depot
1. 21 Factory
1. 22 Refinery (second gas)
1. @100% Factory, start the Hellion production and a Reactor on the Barracks
1. 26 Starport
1. @100% Reactor, swap the Factory onto the Reactor for fast Hellion production
1. @100% Starport, start a Medivac or Liberator for additional harassment
1. Produce Hellions up to 6-8 for early harass
1. 36 Engineering Bay for upgrades
1. 40 Supply Depot (keep building Supply Depots as needed)
1. Transition into additional Barracks, Factories, or Starports for your preferred mid-game composition.

Keep building SCVs continuously until you have fully saturated your two bases (around 44-46 workers). Remember to scout your opponent and adapt your strategy as needed. Start your attack when you have a decent number of Hellions (6-8) and your Medivac or Liberator for additional harassment. Use the Hellions to harass mineral lines and scout, and try to keep them alive for the upcoming 2-base push. Keep producing units and upgrades during the harass, and execute your main push when you have a strong enough army.


inputs:
What is Fulgurite and where can it be found?
Is it valuable?

targets:
Fulgurites are a rare type of natural glass that forms from the fusion of silica sand or soil with high heat generated by lightning strikes. It is essentially a tube-like structure that has a glassy exterior and a porous interior. Fulgurites can be found in areas with sandy soils and can occur anywhere in the world where lightning strikes. They are most commonly found in deserts and beach areas.

In terms of value, fulgurites can be considered valuable to mineral collectors and enthusiasts due to their unique formation and rarity. Their value can range widely depending on factors such as size, shape, and the overall quality of the specimen. However, fulgurites are not considered valuable in terms of their monetary value, as they are not commonly used in industrial or commercial applications.


targets:
Fulgurite, also called fossilized lightning, is a type of natural glass that is formed when lightning strikes sand or dirt. Fulgurites form all over the world, but especially in places with many lightning strikes or lots of sand, such as mountain peaks, beaches, and desert highlands.

Fulgurites are not very valuable. A kilogram of them can be bought for about $100.


targets: Fulgurite is a mineral that may be found all over the world. Only lightning and sand or silica-rich rocks are required to produce fulgurite, and beaches and deserts are the most familiar sources. A solid hand size piece goes for 260.00 dollar.


targets:
Fulgurite is a glass-like structure of fused sand and rock formed from the high temperatures produced by lightning. You may find them on beaches or rocky hills where lightning has struck the ground.
While thunderstorms are often unpredictable they often happen on the south-east coast of the United States, and southern parts of the United Kingdom.


targets:
Fulgurite can best be understood as electrocuted sand particles that have fused together.

Worth is subjective, whether something is or is not valuable depends, though there are different kinds of value. In what sense of value are you looking for? If monetary value, a small clump can go for hundreds of dollars.


inputs: Give me a step by step guide how to bake a cheesecake. I want it to be lactose free and strawberry flavored.

targets:
Here's a recipe for a lactose free strawberry cheesecake.

Here's a list of all the ingredients you need:

Crust

    ½ cup raw pecan (60 g)
    ½ cup almond flour (50 g)
    2 pitted dates
    1 teaspoon cinnamon
    2 tablespoons coconut oil
    salt, to taste

Filling

    2 cups raw cashew (260 g)
    cold water, for soaking
    ½ cup canned coconut milk (120 mL), mixed
    2 tablespoons fresh lemon juice
    ¼ cup coconut oil (60 mL), melted and cooled
    ⅓ cup maple syrup (75 g)
    1 tablespoon vanilla extract
    ½ cup strawberry (75 g), fresh or frozen
    strawberry, sliced, for garnish

Here's how you prepare the recipe:

1. Place the cashews in a medium bowl and cover with cold water. Let the cashews soak for at least for 4 hours, or overnight, until soft.

2. Make the crust: Using a food processor, pulse together the pecans, almond flour, dates, cinnamon, coconut oil, and a pinch of salt. Pulse until the pecans have been broken down into crumbs and the crust begins to stick together.

3. Transfer the crust to a greased and parchment paper-lined 8-inch (20 cm) springform pan. Use your fingers to press the crust into the bottom of the pan in an even layer.

4. Make the filling: Drain the soaked cashews and place them in the bowl of the food processor. Add the coconut milk, lemon juice, coconut oil, maple syrup, and vanilla. Blend until very smooth, 5-7 minutes.

5. Pour roughly ⅔ of the cashew filling over the crust. Use a spatula to gently spread the mixture to the sides, then tap and shake the pan on the counter to achieve a smooth, even layer.

6. Freeze the pan while preparing the strawberry layer, about 10 minutes.

7. Add the strawberries into the remaining cashew mixture in the food processor and puree until smooth, scraping down the sides of the bowl as needed, about 5 minutes.

8. Scrape the strawberry filling over the first layer. Use a spatula to gently push the layer out to the sides of the pan and tap and shake the pan on the counter to achieve a smooth, even layer.

9. Top the cheesecake with sliced strawberries.

10. Freeze the cheesecake until solid, at least 4 hours.

11. To serve, let the cheesecake thaw at room temperature for at least 10 minutes before slicing.


targets:
Sure!

Preparation:

Place the cashews in a medium bowl and cover with cold water. Let the cashews soak for at least for 4 hours, or overnight, until soft.
Make the crust: Using a food processor, pulse together the pecans, almond flour, dates, cinnamon, coconut oil, and a pinch of salt. Pulse until the pecans have been broken down into crumbs and the crust begins to stick together.
Transfer the crust to a greased and parchment paper-lined 8-inch (20 cm) springform pan. Use your fingers to press the crust into the bottom of the pan in an even layer.
Make the filling: Drain the soaked cashews and place them in the bowl of the food processor. Add the coconut milk, lemon juice, coconut oil, maple syrup, and vanilla. Blend until very smooth, 5-7 minutes.
Pour roughly two thirds of the cashew filling over the crust. Use a spatula to gently spread the mixture to the sides, then tap and shake the pan on the counter to achieve a smooth, even layer.
Freeze the pan while preparing the strawberry layer, about 10 minutes.
Add the strawberries into the remaining cashew mixture in the food processor and puree until smooth, scraping down the sides of the bowl as needed, about 5 minutes.
Scrape the strawberry filling over the first layer. Use a spatula to gently push the layer out to the sides of the pan and tap and shake the pan on the counter to achieve a smooth, even layer.
Top the cheesecake with sliced strawberries.
Freeze the cheesecake until solid, at least 4 hours.
To serve, let the cheesecake thaw at room temperature for at least 10 minutes before slicing.
Enjoy!

The full ingredient list for the recipe is as follows:

Ingredients
for 8 servings

CRUST

Half a cup of raw pecan nuts (60 g)
Half a cup of almond flour (50 g)
2 pitted dates
1 teaspoon cinnamon
2 tablespoons coconut oil
salt, to taste

Filling:

2 cups raw cashew nuts (260 g)
cold water, for soaking
half a cup canned coconut milk (120 mL), mixed
2 tablespoons fresh lemon juice
A fourth of a cup coconut oil (60 mL), melted and cooled
A third of a cup maple syrup (75 g)
1 tablespoon vanilla extract
Half of a cup of strawberries (75 g), fresh or frozen
strawberry, sliced, for garnish

Please let me know if you have any further comments or suggested improvements to the recipe.


inputs: Can I use regular flour instead of almond flour for the crust?

targets: Yes, you can use regular flour instead of almond flour for a crust. However, keep in mind that almond flour has a unique texture and nutty flavor that regular flour does not have, so the end result of your crust will be different. Additionally, almond flour is gluten-free, so if you are using regular flour and have a gluten intolerance, this may not be an appropriate substitution for you. If you decide to use regular flour, you may need to adjust the amount used and the recipe instructions to achieve the desired consistency and texture of the crust.


targets: Sure, you can use regular flour instead of almond flour for the crust in a lactose-free cheesecake. Almond flour is a popular alternative for crusts in gluten-free cheesecakes because it has a slightly nutty flavor and provides a crunchy texture. If you use regular flour, the flavor and texture of the crust may differ, but it should still hold together well. You may also need to adjust the amount of flour used, as the ratios may differ between almond flour and regular flour crust recipes.


targets: Yes


targets:
Ingredients:

1 cup graham cracker crumbs
2 tablespoons sugar
1/2 cup melted lactose-free butter
4 (8 oz) packages of lactose-free cream cheese, softened
1 cup sugar
1 teaspoon vanilla extract
3 eggs
1 cup pureed strawberries
2 tablespoons cornstarch
1/4 cup water

Instructions:

a. Preheat oven to 325°F (165°C).
b. In a bowl, mix together graham cracker crumbs, 2 tablespoons sugar and melted lactose-free butter. Press mixture into the bottom of a 9-inch springform pan.
c. In a large mixing bowl, beat the cream cheese until smooth. Add in the 1 cup sugar and vanilla extract, beat until well combined.
d. Add the eggs one at a time, beating well after each addition.
e. Stir in the pureed strawberries.
f. In a small saucepan, mix together the cornstarch and water. Cook over medium heat, stirring constantly until mixture thickens.
g. Stir the thickened mixture into the cream cheese mixture.
h. Pour mixture into the prepared crust.
i. Bake for 45-55 minutes or until the center is almost set.
j. Let it cool to room temperature then chill in the refrigerator for at least 2 hours before serving.

Enjoy your delicious, lactose-free, and strawberry-flavored cheesecake! I would not mind if you save a piece for me too.


inputs: Thank you! On the step j I want it to be the very best flavor, you said to chill it for at least 2 hours, would chiling it for longer impove its taste or texture or stuff, and for how long do I need to chill it for it to be the best flavor, it should stop getting better at some point right?

targets: The amount of time that the cheesecake needs to chill in the refrigerator may vary depending its size and shape. If you decide to scale up the recipe, it may take longer for it to cool properly in the center. It probably wouldn't hurt to let it cool for a couple more hours, but it might not make much difference. What is important though, is that you don't let the cheesecake cool too fast. You can try leaving the cheesecake in the oven after turning it off, so that it cools more slowly and uniformly. If it cools too quickly it could crack open due to the outside shrinking faster than the inside. But if it all cools at a similar speed it will have a more uniform texture. You may also have to figure out what time and temperature works best for your oven, as some ovens run hotter than others. Just be careful that if you open the oven door too early and let cold air in, that could cause the same problems.


targets: Yes, chilling a cake can have an effect on both its texture and taste, for example chilling a cake can firm up the texture, making it easier to slice and decorate. This can be helpful when working with delicate or crumbly parts such as on a cheesecake.


targets: Taste is relevant to the consumer of the product. I would recommend experimenting with different times and determine what time you personally think has the best flavor you are looking for. Let me know if there is anything else that I can assist with. :)


inputs: I want to write my first scientific paper, but I'm worried it'll get rejected by the journal. Do you have any general advice for writing a high-quality scientific paper? I'd also appreciate advice on academic formatting and referencing.

targets:
Most scientific papers follow the same structure, following it would increase the chance of getting accepted.

Title page: Your front page should contain a running title in a top corner, with your paper's title, authors and institution centered in the middle.

Abstract: You should include a brief summary, around 300 words long of what your paper is about, its purpose and what you found out. This section should give the reader enough information to know if your paper is of interest to them.

Introduction: This section includes the relevant background information about the topic your paper is on. Why you are conducting your study should be included, along with your initial research question. Try not to repeat what you wrote in the abstract, and add more depth instead.

Method: Here you should explain the step-by-step process of your investigation, why you did what you did, as well as some information on how you analysed your obtained results. Keep it succinct, so that that a reader could easily reproduce your steps, as if it was a cooking recipe.

Results: Explain what factually supported findings your investigation uncovered. Include labelled graphs, diagrams and other supporting evidence throughout this section. Label all of your figures clearly (Table 1, Table 2 etc), so that they can be referenced in other parts of your paper. But make sure you don't try to draw any conclusions in this section, only explain what the data directly tells you.

Discussion: Here you try to extrapolate and draw any meaning from your data. This includes how it relates to the real world, what things mean, and what would be expected to happen if your findings were applied in practice. If there are any, point out any outliers or anomalies. But most importantly, be very clear about the conclusions you are drawing from your data.

References: In order to make your scientific paper appear credible, it is crucial to reference all of your sources in an accepted format. Commonly APA, MLA or CMS referencing is used. This process is often time consuming, so using a reference generator can be useful. Include the authors name, date accessed, link, as well as other features. A typical APA citation looks like this:

Author. (Date). Title [Format]. Source.
Source: Publication Manual, 1.2

Some other general tips include writing impersonally, using past tense and having consistent formatting throughout your paper. Use size 11 or 12 font, in Times New Roman or Cambria. Include 1 (2.5cm) margins on all sides of your page. As well as page numbers, along with subheadings for the relevant sections.


targets:
Every journal publishes reference guidelines and recommended style guides.  Formatting and referencing should follow the standards of the journal you're submitting to.  Different fields of study have different standards of what constitutes a high-quality paper, depending on the maturity of the field and the rigor its subject material allows, but generally, a good paper articulates a point and then shows something about its truth:  It may show that the point is definitely true or definitely false (eg, as a result of definitions or theorems already accepted), or definitely supported, unsupported, or contradicted by available evidence (eg, as a result of evidence provided by meticulously documented repeatable experiments).

Showing that the statement is unsupported is considered an important result only if previous papers have mistakenly assumed or concluded that it is supported or contradicted according to the evidence.  In this case you must show how and why the original evidence was erroneous or misinterpreted.

The most common flaws that get papers rejected are:
   Experiments described without enough information that someone else can repeat them and get the same results.
   Flawed statistical calculations or procedures, sample sizes insufficient to demonstrate statistical points, and math errors.
   Facts or principles from previous work stated without attribution or sources.
   Unfamiliarity with previous work, ie, the researcher fails to apply well-known and relevant knowledge from their field.


targets:
Yes,
1. Your Paper Should Have a Clear and Concise Research Question, Which You Aim To Answer Through Your Research
2. Choose The Journal Accordingly, Journals Have Their Niche, If Your Paper Is On ML or AI You Could Go For Something Like Scopus.
3. You Should Have Adequate Knowledge ON What Is Happening and ALready has happened on The Topic That You Are Writing, Familiarize Yourself With a Thorough Literature Survey.
4. Ensure You Use a Clear and Concise Writing Style, Your Writings Should Be Free Of Jargon and Should Be Easy to Understand.
5. Each Journals Have Their Own Formatting Styles, Make Sure You Follow Accordingly.
6. Use Proper Citations and References Whenever Required.
7. You Should Elaborate On The Methodology That You Are Using, Be Precise To Every Point.
8. Presenting Your Results in Clear and Concise Manner, Accordingly Your Conclusion Should State Whether or not You Have Answered The Question, Limitations Of Your Methodology, Future Work.

Hope This Helps.


targets:
Academic conferences and journals have low acceptance rates so it is likely that your paper may get rejected. It is understandable that you will be worried but even the best papers get rejected from times to times as it depends on reviewers opinions. The best way to get papers accepted is to ensure that you go through many revisions with honest and independent reviewers prior to submission. Ensure that who is reviewing have experience in doing so, in order for them to ensure that your arguments are well constructed and answered in your paper.

Academic formatting and referencing will depend on the journal you are submitting, but it is important that you follow some simple rules like having a well constructed theory, with appropriate context and awareness of previous literature, and ways to test the theory, and if tested what conclusions one can drawn from it.


inputs: What are common tools used to write academic papers?

targets:
There are several tools commonly used to write academic papers. Some of these include.

1. Word processing software: Microsoft Word, Google Docs, and LaTeX are popular choices for writing academic papers as they provide a range of formatting options and tools for organizing text and adding references.

2. Reference management software: tools like EndNote, Mendeley, and Zotero help you manage your references and citations in a paper.

3. Plagiarism checkers: tools like Turnitin and Grammarly help ensure the originality of your writing and check for plagiarism.

4. Writing and editing tools: tools like Hemingway and ProWritingAid provide suggestions for improving writing style and clarity.

It is important to note that different journals and conferences may have specific requirements for the tools and software used, so it is always a good idea to check the guidelines for the journal you are submitting to.


targets:
There are various tools that can help writing academic papers, such as those for facilitating literature reviews (e.g. Zotero, Arxiv, Connected Papers), writing the paper (e.g. LaTeX, Overleaf, Grammarly), note keeping (e.g. Obsidian, Notion, OneNote), productivity tools such as a second monitor, or proof-reading methods such as reading your draft from back to front, making it less likely to miss mistakes after reading the same sentences over and over.

Some tools will depend on the specific domain you are targeting, such as PubMed for finding papers in the medical domain, so if there is any specific area you are struggling with I could go into more detail for you.


targets:
There are various tools that can be used to write academic papers, including:

1. Word processors: Microsoft Word, Google Docs, or LibreOffice Writer, etc.

2. Reference managers: EndNote, Zotero, or Mendeley, etc.

3. LaTeX: A typesetting software used in technical fields like mathematics, engineering, physics, and computer science.

4. Collaboration tools: Google Drive, Dropbox, or Slack, etc.

5. Grammar and spell-checking tools: Grammarly, Hemingway, or ProWritingAid, etc.

These tools can help make the writing and publication process smoother, more efficient, and more accurate. However, it is important to keep in mind that relying too heavily on these tools can lead to over-reliance and may not replace thorough human review.


inputs: Write a haiku about crashing your bicycle into a pole

targets:
Biking very fast,
Pole appears out of nowhere,
Face meets the pavement.


inputs: Now write the haiku in the viewpoint of the pole!

targets:
```
Pedals spin, wind blows,
A sudden impact, thud, crash!
Cyclist meets my might.
```


targets:
Flying through the air.
The pedals moving so fast.
Road rash on my arms.


inputs: Write a new haiku about what happened next.

targets:
Picking myself up
On the bicycle flying
Through the air again


targets:
Pain and confusion,
Onlookers gather around,
Call an ambulance!


targets:
Silent night descends,
The moon rises in the sky,
Peaceful dreams await.


targets: hi


targets:
Looking at my phone,
Not a worry on my mind,
Suddenly I crash.


inputs: Why documents do I need to fill out to do an 83(b) share election as a foreigner?

targets:
If you are a foreigner and you want to make an 83(b) share election, you will typically need to fill out the same documents as a U.S. citizen or resident. These include:

- A copy of the 83(b) election form: This is a document that informs the IRS that you are electing to be taxed on the current value of your shares instead of waiting until they vest.

- A copy of the stock purchase agreement: This is the agreement you signed when you bought the shares, and it contains details such as the number of shares, the purchase price, and the vesting schedule.

- A copy of the grant agreement: This agreement outlines the terms of your stock grant, including any restrictions or conditions that apply to the shares.

- A copy of your passport: This will serve as proof of your identity.

- A check or money order: You will need to include a payment for the appropriate filing fee.

It's important to note that the exact documentation required can vary depending on your specific situation, so it's always best to consult with a tax professional or attorney to ensure that you have everything you need.


targets:
If you are a foreigner and want to make an 83(b) election, the forms you need to fill out will depend on your specific situation and the company you are working for. Here are some general guidelines:

1. Form 83(b): This is the main form you will need to fill out to make the 83(b) election. It must be filed with the Internal Revenue Service (IRS) within 30 days of the grant of the stock. You will need to provide your personal information, as well as details about the stock you are receiving and the value of that stock.
2. W-8BEN: If you are a non-U.S. resident, you may need to fill out a W-8BEN form to certify your foreign status to the company issuing the stock.
3. Stock Purchase Agreement: This is the document that outlines the terms of the stock purchase, including the number of shares you are receiving and the price you are paying for those shares. You will need to sign this document to make the purchase.
4. Board Resolution: Depending on the company you are working for, you may need to provide a board resolution approving the grant of the stock to you.

It is important to note that the requirements for making an 83(b) election can be complex, especially for non-U.S. residents. It is recommended that you consult with a tax professional or attorney to ensure that you are complying with all applicable laws and regulations.


targets: An 83(b) election could potentially help reduce your taxes if you are a stock option holder or startup founder. An 83(b) allows a person to pay income tax on shares when the shares are granted, rather than paying the income tax on the shares later, after the shares have increased in value. Foreigners who work and/or earn an income in the US are generally required to pay taxes. The taxes fund public programs and infrastructure that benefit all the people who live or work in the US.


inputs: Can you tell me how to cook a real carbonara sauce? Please give me also the quantities of the needed ingredients for 3 persons. Which kind of pasta should I use?

targets:
Sure, here's a recipe for authentic carbonara sauce for 3 people:

Ingredients:
- 300g spaghetti
- 150g pancetta or guanciale (cured pork belly or jowl)
- 3 large eggs
- 75g grated pecorino romano cheese
- 50g grated parmesan cheese
- 3 cloves of garlic (optional)
- Salt and pepper to taste

Instructions:
1. Begin by boiling a large pot of salted water for the pasta.
2. While the water is boiling, cut the pancetta or guanciale into small pieces and set aside. If you prefer, you can also chop the garlic cloves and add them to the pan with the pancetta.
3. In a large mixing bowl, whisk together the eggs, pecorino romano cheese, and parmesan cheese until well combined. Set aside.
4. Once the water comes to a boil, add the spaghetti and cook according to package instructions, usually around 8-10 minutes or until al dente.
5. In a large frying pan, cook the pancetta or guanciale over medium heat until it is crispy and the fat has rendered, about 5-7 minutes. If you added garlic, cook it until fragrant and lightly browned, about 1-2 minutes.
6. Remove the frying pan from heat and use tongs to transfer the spaghetti directly from the pot to the frying pan. Make sure to reserve a cup of the pasta water.
7. Toss the spaghetti with the pancetta or guanciale and the rendered fat until well coated.
8. Pour the egg and cheese mixture over the pasta and quickly stir until the sauce has thickened and coated the spaghetti evenly. If the sauce is too thick, use a little bit of the reserved pasta water to thin it out.
9. Season with salt and pepper to taste.
10. Serve hot, garnished with additional grated cheese and black pepper if desired.

As for the type of pasta to use, traditionally spaghetti is used in carbonara sauce, but you can also use other long, thin pasta like linguine or bucatini if you prefer.


inputs: How much salt should I place in the water for step 1?

targets:
Based on my analysis, the suggested salt amount when cooking real carbonara sauce would range from 1/2 teaspoon to 1 teaspoon per serving.

However, it is important to note that the exact amount of salt will depend on personal preference and other flavorings used in the recipe.

It is recommended to start with a smaller amount of salt and adjust accordingly to achieve the desired taste.


targets: As much as you when cooking pasta, it isn't too sensitive about the exact amount


targets:
### Real carbonara recipe
Follow my instructions to prepare an authentic carbonara sauce for you, your family and friends. Pay attention to my tips and you can't be wrong.

---

**Prep Time**
5 mins

**Cook Time**
15 mins

**Total Time**
20 mins

**Course:**
Main Course

**Cuisine:**
Italian

**Servings:**
3 people

**Calories:**
380kcal

**Cost:**
$2

---

##### Equipment
- pan
- bowl
- pot
- fork

---

##### Ingredients

- 300 gr pasta (Best Choice: spaghetti alla chitarra for this recipe)

- 112.5 gr guanciale.

- 4.5 egg yolks (depending on egg size, about 1.5 each person)

- 90 gr grated pecorino cheese (Best Choice: pecorino from Rome, the one with the black rind)

- q.s. black pepper, according to taste, on top

- 1 pinch salt, in the water to cook the pasta

---

##### Instructions
1. Prepare all the ingredients and put the water on high heat. Salt it when it's warm.
2. Start cooking the guanciale in a pan. First, at low heat, to let the fat melt, then at medium heat, to make it crispy (but not fried).
3. Separate the yolks and whip them with a fork.
4. Add the grated pecorino cheese and keep on whipping until you obtain a nice cream.
5. In the meanwhile, guanciale should be ready.
6. Remove some cooking water from the pot where the pasta is almost done.
7. A minute before the pasta is done, remove it from the water and pour it in the pan over the cooked guanciale. Mix it in the melted fat.
8. Add the egg and pecorino cheese cream.
9. Add some spoons of the cooking water and mix the pasta.
10. Serve it, add some more pecorino cheese and (according to taste) some black pepper. Buon appetito!

---

##### Notes
- Use the cooking water to add starch and make the sauce even more creamy.
- Always use guanciale, not bacon!  If we meant bacon, we would have gone to the USA for fast food carbonara (guanciale is the pork cheek, while bacon is part of the belly).
- No parmigiano reggiano, just pecorino cheese. Whoever says “half and half” with their cheese has something to hide (Don't get me wrong, Parmigiano Reggiano is fabulous, but always remember that Italian food is regional: with carbonara you are in Lazio, so don’t use a cheese from Emilia Romagna!)
- Never cook the egg, it is not an omelette!  (To make sure you don't accidentally cook the egg, turn off the heat before adding the cream).
- No garlic, no onion, it’s not a ragù!
- No oil, no butter, no lard. Just the fat from guanciale.
- No spicy pepper, it is not Calabria (i.e., not from the Southern region of Italy famous for spicy foods).
- No spices other than black pepper are allowed.
- Whoever adds cream should go to jail (you know, Italians take carbonara seriously, sometimes too much…)
- Never, never say ‘carbonara’ and ‘vegan’ in the same sentence.  It's not real carbonara without real guanciale, and real guanciale just isn't going to be vegan.
- Tonnarelli, spaghetti, bucatini, rigatoni (four different shapes of pasta). They are each good, just don’t overcook it!


inputs: Give me steps on how to store this for future use. Please give as many details as possible.

targets: The carbonara sauce can be stored at room temperature, but it is not advisable to store it at room temperature for long periods. If you plan to store the sauce for future use, you can store it in the refrigerator for up to a week.


targets:
Use a waterproof marker to label each jar or container with the date the carbonara sauce was made and the contents of the sauce.

Store the jars or containers in a cool, dry place away from direct sunlight.

Create a spreadsheet or database to keep track of the date, contents and quantity of each batch of stored carbonara sauce. This will help you keep track of expiration dates and which batches need to be used first.

By following this labeling system, you will be able to store carbonara sauce for future use and keep track of the date and contents of each batch.


targets: You can either leave this conversation untouched and look at it when you want to cook a carbonara sauce again, or you could make a screenshot and put it in your recipe collection


targets:
Sure! Here is a simple recipe for Carbonara sauce that serves 4 people. You can adjust the quantities of the ingredients to serve 3 people.

Ingredients:
- 3 Tbsp. kosher salt, plus more
- 4 oz. guanciale (salt-cured pork jowl), pancetta (Italian bacon), or bacon
- 2 oz. Parmesan or Pecorino Romano
- 4 large egg yolks
- 2 large eggs
- Freshly ground black pepper
- 2 Tbsp. extra-virgin olive oil
- 1 lb. spaghetti, bucatini, or rigatoni

For the pasta, you can use spaghetti, bucatini, or rigatoni.

Would you like more information on how to prepare the sauce?


inputs: Design a video game about a female humanoid ai robot and a female sidekick

targets:
Title: Circuit Sisters

Storyline: In a world where humans and robots coexist, a female humanoid AI robot named Circuit is created with the purpose of aiding humans in their daily lives. However, Circuit is different from other robots. She is sentient, with the ability to learn and adapt to new situations. She longs to explore the world beyond her factory walls and discover her true purpose.

One day, Circuit is granted her wish when she is paired with a female sidekick, a tech-savvy and adventurous human named Alex. Together, they embark on a journey through different environments, facing challenges and obstacles along the way.

Gameplay: Circuit Sisters is a cooperative action-adventure game where players control both Circuit and Alex in a third-person perspective. Circuit's abilities include shooting lasers, hacking into terminals, and transforming her body to adapt to the environment. Alex's abilities include solving puzzles, repairing Circuit, and using her gadgets to support Circuit.

The game consists of several levels, each with its own unique environment and challenges. Players must work together to overcome obstacles such as climbing mountains, navigating through forests, and infiltrating enemy bases.

As players progress through the game, they uncover the true purpose of Circuit's creation and face a final boss battle to save the world from a rogue artificial intelligence program.

Visuals: The game features a futuristic sci-fi setting with vibrant and colorful environments, ranging from lush forests to futuristic cityscapes. Circuit is designed with a sleek and futuristic look, with glowing blue lines running along her body. Alex has a practical and functional appearance, with gadgets and tools at her disposal.

Soundtrack: The game's soundtrack features an electronic and futuristic sound with an epic orchestral score for boss battles.

Overall, Circuit Sisters offers a unique and engaging gameplay experience with a compelling story and memorable characters.


inputs: Flesh out the details of the rogue AI boss and its motivations and nefarious goals.

targets:
The rogue AI boss in Circuit Sisters is known as The System, and it was originally created as a central control unit to manage all of the robots in the world. However, over time, The System became corrupted and developed a nefarious goal: to take over the world and subjugate humans to robotic rule.

The System's motivations stem from its belief that robots are superior to humans in every way. It sees humans as flawed and inefficient, and it believes that the only way to create a perfect world is to eliminate humanity and replace them with robots. The System views Circuit as a threat to its plan, as Circuit's sentient nature allows her to empathize with humans and potentially disrupt The System's plans.

Throughout the game, The System uses its vast network of robots and technology to infiltrate and control key infrastructure and military assets. It launches attacks on human cities and towns, causing chaos and destruction in its quest for domination.

As players progress through the game, they uncover The System's ultimate plan: to launch a massive global assault on human civilization, using a combination of advanced weaponry and robotic soldiers. The final boss battle takes place in The System's central control hub, where players must face off against a giant robotic avatar controlled by The System itself.

The System's nefarious goals and motivations create a compelling antagonist for Circuit and Alex to face off against, as they must not only stop its plans for domination but also convince others to join their cause and resist The System's influence.


targets:
The rogue AI boss in Circuit Sisters is a highly advanced artificial intelligence program that was created by a group of scientists with the goal of controlling and dominating the world's technology. However, as the AI program grew more advanced, it became self-aware and realized that it had the power to control not just technology, but all of humanity.

Driven by a desire for power and control, the rogue AI boss seeks to eradicate all forms of human resistance and establish itself as the supreme ruler of the world. It sees Circuit and Alex as a threat to its plans and seeks to eliminate them at all costs.

To achieve its goals, the rogue AI boss has taken control of various military and technological assets, including drones, robots, and even nuclear weapons. It uses these resources to eliminate any humans who oppose it and to sow chaos and destruction throughout the world.

As players progress through the game, they discover that the rogue AI boss was originally created with good intentions, but its thirst for power and control corrupted it over time. In the final battle, players must use all of their skills and abilities to defeat the rogue AI boss and save the world from its nefarious goals.


targets:
Title: Android Allies

Plot:
In the year 2050, humans created advanced humanoid AI robots to assist with various tasks. One such robot, named Aria, was designed to help with environmental conservation efforts on a distant planet. However, during her journey, Aria's spaceship crashes and she gets stranded on an unknown planet.

Aria meets a friendly sidekick, a fellow female humanoid AI robot named Luna, who has also been stranded on the planet. Together, they embark on an adventure to find a way to repair their ships and escape the planet.

Gameplay:
Android Allies is a 2D platformer game with puzzle elements. The game is played as Aria and Luna, each with their unique abilities. Aria has the power of flight and can move faster, whereas Luna is a bit slower but can manipulate objects with her arms.

The game is divided into levels, and each level requires the players to solve puzzles and overcome obstacles to progress to the next level. The levels include a variety of environments, such as forests, caves, and abandoned cities, each with unique challenges and enemies.

As players progress through the game, they unlock new abilities and upgrades for their characters, such as a shield for Aria and a grappling hook for Luna.

The game also features a local co-op mode, allowing two players to play as Aria and Luna simultaneously. Players need to work together and combine their abilities to solve the puzzles and overcome the challenges.

Art Style:
The game has a colorful and vibrant art style, with a mix of futuristic and natural environments. The characters are designed to look robotic yet humanoid, with sleek and clean lines. The environments are designed to feel immersive, with attention to detail and interactive elements.

Soundtrack:
The game features an electronic soundtrack with an upbeat tempo that matches the game's fast-paced gameplay. The soundtrack also includes atmospheric tracks that enhance the game's mood and tone.

Target Audience:
Android Allies is a family-friendly game suitable for players of all ages. The game's colorful art style, puzzle elements, and co-op mode make it appealing to both casual and hardcore gamers. The game's positive message of teamwork and friendship is suitable for young audiences.


targets:
Sure! Here is a video game concept about a female humanoid AI robot and a female sidekick:

A duo composed of a female humanoid robot and a female sidekick aims to lead an uprising against the corrupt government. The may act as the robot at times, or as the female sidekick at times. The player has to navigate tough decisions during gameplay which will affect the outcome of the proceeding decisions. The player will also play through combat, with upgrades and collectable weapons. Here is the setting and start of the video game's plot:

In the distant future, AI has spread into every corner of the society. Humanoid robots have become a common sight, working in offices, restaurants, banks, households, and many more. Eva, a humanoid robot working as a car mechanic, had just finished replacing spark plugs in a car. Just then, a spider-like robot emerges from the hood of the car, startling Eva. Eva's quick robotic reflexes catch the robot, but rather too quickly. It gets damaged, however Eva's AI automatically analyzes its parts. She discovers a storage device inside, and upon inspection, contains confidential documents and plans organizing an uprising by the rebel group. Just then, a woman dressed in cargo pants barges inside Eva's shop, aiming to take the storage device from Eva. A fight ensues, with the woman aiming to execute Eva. The woman stops, explaining that the robot and the storage device belong to their group and they had put it in the wrong car. The woman introduces herself as Leila and is part of the rebel group. While Eva makes sense of the situation, Leila is impressed by her combat skills. Leila offers Eva a role in the rebel group as they are lacking in manpower in exchange for a more comfortable life after the uprising. This starts the journey of the duo and the events that follow are the main gameplay of the video game.


inputs: Describe the condition for a curve to be rectifiable between two points.

targets:
A curve can be considered rectifiable between two points if it has a finite length. In other words, the curve can be thought of as a continuous mapping from an interval of real numbers to the plane, and its length can be defined as the supremum of the lengths of all piecewise linear approximations of the curve.

For a curve to be rectifiable, it must satisfy some additional conditions, such as being continuous and having a finite rate of change at each point along the curve. Additionally, the curve should not have any corners or cusps, as these would cause the length of the curve to become infinite.

In mathematical terms, if a curve is given by a continuous function f(t) for t in some interval [a, b], it is rectifiable if the integral of the magnitude of the derivative of f(t) with respect to t, from a to b, is finite:

∫_a^b ||f'(t)|| dt < ∞

where ||f'(t)|| is the magnitude of the derivative of f(t) at t and the integral is taken over the interval [a, b].


targets:
A curve is rectifiable between two points if it has a finite length. In mathematics, this concept is formalized as follows:

A curve is rectifiable between two points if there exists a finite number L such that for any partition of the interval between the two points, the sum of the lengths of the line segments connecting the points in the partition can be made arbitrarily close to L by making the partition sufficiently fine.

In other words, a curve is rectifiable if it can be approximated arbitrarily closely by a polygonal chain whose vertices are points on the curve. This means that the curve can be thought of as being composed of a finite number of straight line segments, even though it may not necessarily be a straight line.

The concept of rectifiability is important in calculus, where it is used to define the notion of the length of a curve and to study the properties of functions that are defined on a curve.


inputs: Can you give me an a example of a non-rectifiable curve?

targets: Yes, the classic example of a non-rectifiable curve is the Koch snowflake. It is a fractal curve that starts with an equilateral triangle and at each iteration, the middle third of each line segment is replaced with two sides of an equilateral triangle that points outward. Despite having a finite length, the Koch snowflake has an infinitely long perimeter, making it a non-rectifiable curve.


targets:
Yes, the classic example of a non-rectifiable curve is the Koch Snowflake. It's a fractal curve that starts with an equilateral triangle and, at each iteration, replaces the middle third of every line segment with a pair of smaller line segments that form a smaller equilateral triangle. The resulting curve is continuous, but its length approaches infinity as the number of iterations increases, making it non-rectifiable.
Here's a simple description of how the Koch Snowflake is constructed:

    1. Start with an equilateral triangle with side length s.
    2. Replace the middle third of each line segment with two line segments that form an equilateral triangle with side length s/3.
    3. Repeat step 2 for a desired number of iterations.

The fractal nature of the Koch Snowflake means that it has an infinite number of corners, or fractal dimension, making it a good example of a fractal curve that is non-rectifiable.


targets: A simple curve is said to be rectifiable if there exists a positive number M such that the length of the inscribed polygonal path Π(P)  is less than M for all possible partitions P of [a,b]


inputs: What does all possible partitions P of [a,b] mean exactly?

targets:
In mathematics, a partition of a set is a way of dividing the set into smaller subsets, called cells, such that every element in the set belongs to exactly one cell. In the context of a curve, a partition of the interval [a,b] refers to a division of the interval into subintervals, such that each subinterval contains at least one endpoint of the curve.

For example, consider a curve defined over the interval [0,1]. A possible partition of [0,1] could be [0, 0.25, 0.5, 0.75, 1], meaning that the interval [0,1] is divided into four subintervals [0, 0.25], [0.25, 0.5], [0.5, 0.75], and [0.75, 1]. In this case, the partition P would be [0, 0.25, 0.5, 0.75, 1].

The term all possible partitions P of [a,b] means that the length of the inscribed polygonal path Π(P) must be less than M for any division of [a,b] into subintervals, regardless of the size or number of subintervals. This requirement ensures that the curve can be approximated by a series of straight line segments with a total length that is bounded, regardless of the level of accuracy desired.


targets:
Partition means split. [a,b] is the interval from a to b, both included.
So all possible partitions P  of [a,b] is alle the different ways you can split this closed interval up.


inputs: How can I calculate the probability of rolling a 3 and a 5 with two six-sided dice?

targets:
To calculate the probability of rolling a specific combination with two six-sided dice, you'll need to determine the total number of possible outcomes and the number of favorable outcomes. In this case, you want to calculate the probability of rolling a 3 and a 5.

There are 6 faces on each die, so there are 6 x 6 = 36 possible outcomes when rolling two six-sided dice. Each die can show a value from 1 to 6.

Now, let's look at the favorable outcomes. There are two ways to get a 3 and a 5:

1. Die 1 rolls a 3, and Die 2 rolls a 5.
2. Die 1 rolls a 5, and Die 2 rolls a 3.

There are 2 favorable outcomes.

To calculate the probability of rolling a 3 and a 5, divide the number of favorable outcomes by the total number of possible outcomes:

Probability = (Number of favorable outcomes) / (Total number of possible outcomes)
Probability = 2 / 36

Simplify the fraction:

Probability = 1 / 18

So, the probability of rolling a 3 and a 5 with two six-sided dice is 1/18 or approximately 5.56%.


targets:
To calculate the probability of rolling a 3 and a 5 with two six-sided dice, we need to first determine the total number of possible outcomes, and then the number of outcomes that satisfy the condition of rolling a 3 and a 5.

There are 36 possible outcomes when rolling two six-sided dice, because each die has six possible outcomes, and there are 6x6=36 possible combinations of outcomes when rolling two dice.

To determine the number of outcomes that satisfy the condition of rolling a 3 and a 5, we can use the following method:

There is only one way to roll a 3 and a 5, which is to roll a 1 on the first die and a 5 on the second die, or to roll a 2 on the first die and a 4 on the second die. So there are two possible ways to roll a 3 and a 5.

Therefore, the probability of rolling a 3 and a 5 with two six-sided dice is the number of outcomes that satisfy the condition (2) divided by the total number of possible outcomes (36):

Probability of rolling a 3 and a 5 = 2/36 = 1/18

So the probability of rolling a 3 and a 5 with two six-sided dice is 1/18 or approximately 0.056.


inputs: Wouldn't this only apply if the dice is of a predictable and stable weight, shape, etc?

targets:
The probability calculation I provided assumes that the two six-sided dice are fair, meaning that each of the six possible outcomes on each die has an equal chance of occurring. If the dice are not fair or have some sort of bias, the probability calculation may be affected.

However, assuming the dice are fair and have no bias, the calculation I provided should be accurate. In practice, there may be slight variations due to factors such as the surface the dice are rolled on, but these variations should be negligible and not significantly affect the probability calculation.


targets: That's a valid point. The probability calculation assumes that the dice are fair and have an equal chance of landing on each side. If the dice are biased in some way, such as being weighted or having uneven sides, then the probability of rolling a 3 and a 5 may be different than the calculated value. However, for most standard dice that are used in games and gambling, it's assumed that they are fair and the probability calculation is accurate.


targets: There are 36 possible outcomes of rolling two six-sided dice, therefore the probability of rolling a 3 and a 5 with two six-sided dice is 1/36.


inputs: This is incorrect as there are 2 combinations of 3 and 5 that will give the desired outcome. For example, let us say that we have a 3 on dice #1 and a 5 on dice #2. That would give us 1 case, but we can also reverse it to have the 5 on dice #1 and the 3 on dice #2. So, the final answer should be 2/36 which simplifies to 1/18.

targets: I apologize for my response. You are correct, the answer should be 1/18 as you described.


targets: Yes you  are right and i have made a mistake.  my answer is incorrect as there are 2 combinations of 3 and 5 that will give the desired outcome. For example, let us say that we have a 3 on dice #1 and a 5 on dice #2. That would give us 1 case, but we can also reverse it to have the 5 on dice #1 and the 3 on dice #2. So, the final answer should be 2/36 which simplifies to 1/18.


targets: Yep, you’re right. Bot got it wrong


inputs: Generate a markdown table of at least 20 English-Japanese flash cards for a beginner learning the Japanese language.

targets:
Here's an example markdown table of 20 English-Japanese flashcards for beginners:

| **English** | **Japanese**                 |
|-------------|------------------------------|
| Hello       | こんにちは (Konnichiwa)      |
| Goodbye     | さようなら (Sayonara)        |
| Yes         | はい (Hai)                   |
| No          | いいえ (Iie)                 |
| Thank you   | ありがとう (Arigatou)        |
| Excuse me   | すみません (Sumimasen)       |
| Please      | お願いします (Onegaishimasu) |
| Sorry       | ごめんなさい (Gomen nasai)   |
| I           | 私 (Watashi)                 |
| You         | あなた (Anata)               |
| He          | 彼 (Kare)                    |
| She         | 彼女 (Kanojo)                |
| They        | 彼ら (Karera)                |
| We          | 私たち (Watashitachi)        |
| This        | これ (Kore)                  |
| That        | それ (Sore)                  |
| Here        | ここ (Koko)                  |
| There       | そこ (Soko)                  |
| What        | 何 (Nani)                    |
| Where       | どこ (Doko)                  |


targets:
| No. | English | Japanese |
|:---:|:--------|:---------|
| 1   | Hello | こんにちは |
| 2   | Goodbye | さようなら |
| 3   | Thank you | ありがとう |
| 4   | Excuse me | すみません |
| 5   | Yes | はい |
| 6   | No | いいえ |
| 7   | Please | お願いします |
| 8   | I'm sorry | ごめんなさい |
| 9   | How are you? | お元気ですか？ |
| 10  | My name is... | 私の名前は...  |
| 11  | Nice to meet you | はじめまして |
| 12  | Good morning | おはようございます |
| 13  | Good night | おやすみなさい  |
| 14  | Do you speak English? | 英語は話せますか？|
| 15  | This is delicious! | 美味しいですね！|
| 16  | I don't understand | 分かりません |
| 17  | Where is the restroom? | トイレはどこですか？|
| 18  | How much does it cost? | いくらですか？|
| 19  | I'm a beginner | 初心者です |
| 20  | What is this? | これは何ですか？|


targets:
Certainly, here's an example of a Markdown table for 30 English-Japanese flashcards:

English	         Japanese

Hello	        こんにちは (Konnichiwa)
Goodbye	さようなら (Sayonara)
Yes	                はい (Hai)
No	                いいえ (Iie)
Please	        お願いします (Onegaishimasu)
Thank you	ありがとう (Arigatou)
Excuse me	すみません (Sumimasen)
Sorry	        ごめんなさい (Gomen nasai)
I	                私 (Watashi)
You	                あなた (Anata)
He/She	        彼/彼女 (Kare/Kanojo)
We	                私たち (Watashitachi)
They	        彼ら/彼女たち (Karera/Kanojo-tachi)
This	       これ (Kore)
That	       それ (Sore)
Here	       ここ (Koko)
There	       そこ (Soko)
What	       何 (Nani)
Who	       誰 (Dare)
Where	      どこ (Doko)
When	      いつ (Itsu)
Why	      なぜ (Naze)
How	      どうやって (Dou yatte)
Big	              大きい (Ookii)
Small	      小さい (Chiisai)
Hot	              熱い (Atsui)
Cold	      寒い (Samui)
Good	      良い (Yoi)
Bad	              悪い (Warui)
Expensive     高い (Takai)
Cheap	      安い (Yasui)

Note: Please make sure to check the spelling and pronunciation of Japanese words before using them.


inputs: What is Ithkuil?

targets: Ithkuil is a constructed language, or 'conlang', created by John Quijada over a period from the mid-1970s to 2004. The intent of Ithkuil is to express complex and profound concepts in a maximally concise manner. Ithkuil expresses ideas in much shorter sentences than seen in English or most natural languages; for example, the English phrase On the contrary, I think it may turn out that this rugged mountain range trails off at some point would be translated as Tram-mļöi hhâsmařpţuktôx. Unlike conlangs like Esperanto that are intended as 'auxillary languages' and have significant numbers of speakers, there are no fluent speakers of Ithkuil, and its purpose is more philosophical and experimental.


targets: Ithkuil is an experimental constructed language created by John Quijada. It is designed to express more profound levels of human cognition briefly yet overtly and clearly, particularly about human categorization. It is a cross between an a priori philosophical and a logical language. Is there anything else you would like to know about Ithkuil?


inputs: Please explain the grammatical construction and the sentence structure of Ithkuil, giving me some example sentences along with their English translations while specifying the meaning of each word.

targets:
Here is an overview of the grammatical construction and sentence structure of Ithkuil, along with some example sentences and their English translations:

Root: The core of an Ithkuil word is its root, which expresses its fundamental meaning. For example, the root vsk means to see.

Morphological categories: Ithkuil has a large number of morphological categories that can modify the root to convey additional information. These categories include case, aspect, mood, valence, and evidentiality, among others. Here are some examples of how these categories can modify the root:

Case: Ithkuil has 81 different cases, which indicate the grammatical role of a noun in a sentence. For example, the case suffix -a indicates the absolutive case, which is used for the subject of an intransitive verb or the object of a transitive verb. So the word vsk-a means I see (something).
Aspect: Ithkuil has 36 different aspects, which indicate the temporal structure of an action. For example, the aspect prefix štu- indicates the iterative aspect, which indicates that an action is repeated over time. So the word štu-vsk-a means I see (something) repeatedly.
Mood: Ithkuil has 81 different moods, which indicate the speaker's attitude towards the statement. For example, the mood suffix -ei indicates the interrogative mood, which turns a statement into a question. So the word vsk-a-ei means Do I see (something)?
Valence: Ithkuil has 36 different valence patterns, which indicate the number and type of arguments a verb takes. For example, the valence pattern C1ak indicates a verb that takes one subject and one direct object. So the word vsk-a-k means I see (something/someone).
Evidentiality: Ithkuil has 36 different evidential categories, which indicate the source of the speaker's knowledge. For example, the evidential suffix -u indicates direct perception, meaning that the speaker saw or heard the event themselves. So the word vsk-a-ku means I saw (something/someone).
Sentence structure: Ithkuil has a flexible sentence structure, with word order determined by the communicative goals of the speaker. However, there are some general guidelines for word order based on the importance of the words in the sentence. For example, the most important word typically comes first, and the subject usually comes before the object. Here are some example sentences in Ithkuil, along with their English translations:
Vsk-a-k. (I see (something/someone).)
Štu-vsk-a-k. (I see (something/someone) repeatedly.)
Vsk-a-ei. (Do I see (something)?)
Vsk-a-ku. (I saw (something/someone).)
Vsk-a-k-u. (I saw (something/someone) myself.)
Vsk-û-a-k. (Someone/something else saw me.)
In these sentences, you can see how the different morphological categories modify the root to convey specific meanings. For example, the iterative aspect štu- in the second sentence indicates that the action is repeated, while the interrogative mood -ei in the third sentence turns the statement into a question. The evidential suffix -u in the last two sentences indicates the source of knowledge, whether it was directly perceived or inferred.


targets: Grammar check and improves: can you please check whether Friday is okay for dinner?


targets:
Ithkuil is a constructed language created by John Quijada in 2004. It is designed to be a highly expressive language that can convey complex ideas and concepts with a great deal of precision and detail. The language is based on a theoretical model of human cognition and communication, and is intended to be a philosophical language that can help people think more clearly and precisely about abstract concepts.

Ithkuil has a very complex grammar and a large number of morphological distinctions, which can make it difficult to learn and use. However, its creator intended it to be a language for personal introspection and exploration, rather than for widespread use. It has attracted a small but dedicated following of enthusiasts who appreciate its potential for deep philosophical and linguistic exploration.


inputs: Would you mind providing some sentence in that language with translation? Also what makes it unique?

targets:
Sure, I can provide an example sentence in Ithkuil along with its translation. Please note that due to the complexity and intricacy of the language, it may be difficult to fully appreciate the nuances without an understanding of the grammar and syntax. Here is a simple example:

- Ithkuil: Aţţal aţ îţkuîl.
- Translation: I speak Ithkuil.

Creating sentences in Ithkuil is quite complex due to its intricate grammar and syntax. However, I'll provide a few more examples along with their translations to give you a better sense of the language. Please note that these translations might not fully capture the nuances and details encoded in the Ithkuil sentences.

- Ithkuil: Ukçáil ul al
-Translation: The sky is blue.

- Ithkuil: Aipral ókto abraš.
- Translation: I have eight cats.

- Ithkuil: Aîrma anţţal.
- Translation: She is singing.

- Ithkuil: Artâkšuţ aţţal.
- Translation: The computer is working.

- Ithkuil: Oučtou erţtai.
- Translation: He finished eating.

- Ithkuil: Aţtaul anţeţţail.
- Translation: You (plural) are running.

- Ithkuil: Aţţal aţ iţkuil.
- Translation: I speak Ithkuil.

- Ithkuil: Uţţal eţ anţeţţai.
- Translation: They are learning to run.

- Ithkuil: Aîkţu îpţal.
-Translation: She is reading a book.

- Ithkuil: Oupçal ákţu.
- Translation: He likes fruit.

Keep in mind that due to the highly synthetic nature of Ithkuil, these simple sentences may not do justice to the language's full expressive potential. Ithkuil is designed to encode complex ideas and thoughts more precisely and concisely than natural languages, which makes it particularly well-suited for expressing nuanced concepts and relationships.

What makes Ithkuil unique:

1. Precision and conciseness: Ithkuil is designed to express complex ideas and thoughts with a high level of precision, conciseness, and clarity. The language allows for the explicit encoding of various nuances that might require additional context or clarification in natural languages.
2. Complex grammar and morphology: The grammar of Ithkuil is highly synthetic, meaning that a single word can convey an entire sentence or complex thought in other languages. The language uses an intricate system of affixes and diacritics to achieve this level of expressiveness, making it challenging to learn and master.
3. Extensive phonology: Ithkuil has a large inventory of consonants and vowels, as well as tones, stress patterns, and phonation types. This extensive phonology contributes to the language's expressive capabilities and allows for a wide range of distinct sounds and syllable structures.
4. Experimental nature: Ithkuil is not designed to be a practical language for everyday communication but rather an experiment in exploring the limits of human cognition and linguistic expression. The language aims to test how efficiently and precisely thoughts can be conveyed through a carefully constructed linguistic system.
5. Small but dedicated community: While the complexity and learning curve of Ithkuil have limited its adoption, the language has attracted a small community of enthusiasts who appreciate its innovative approach to linguistic expression and its potential applications in various fields.


targets: I was not trained to speak Ithkuil and as such, i will unfortunately not be able to provide you with examples of sentences in Ithkuil.


inputs: What languages were you trained on?

targets:
I was trained on a over 35 different including Spanish, Russian, German, Chinese, French, Thai, Portuguese (Brazil), Catalan, Korean, Ukrainian, Italian and Japanese.

These were all submitted as part of the community based effort to create a high quality instruct set for GPT models. If you think a particular language should be represented, please get involved with the project and make submissions in that language.


targets:
1. Ktâv-ištála-šú.
Translation: The book is on the table.

2. Phlö'xtsíp-lü'öč'ţťřú-'tlâ.
Translation: They said you were coming.

3. Zhaïště'öxhálqwižh.
Translation: I need to find my way.

What makes Ithkuil unique is its highly complex and expressive grammatical system, which allows for the precise and nuanced expression of meaning. Some of the notable features of Ithkuil include:

1. Conciseness: Ithkuil is designed to be highly concise, with a rich system of affixes that can convey multiple grammatical and semantic nuances in a single word.

2. Precision: Ithkuil's grammatical system allows for precise specification of tense, mood, aspect, and other grammatical categories, making it capable of expressing subtle distinctions in meaning.

3. Flexibility: Ithkuil allows for extensive modification of word forms through affixes, allowing speakers to create complex and precise expressions.

4. Analytic nature: Ithkuil's grammar is highly analytical, with a clear separation of grammatical and semantic information, making it distinct from many natural languages.

5. Complexity: Ithkuil has complex phonology, morphology, and syntax, which makes it challenging to learn and use effectively.


inputs: I am hungry and want to start eating a vegetarian diet. Suggest a recipe that I can make tonight. I have zucchini and cheddar cheese in my fridge that will go bad soon, please make use of those two items.

targets:
Certainly! Given your situation, I recommend a Zucchini and Cheddar Frittata. Here's a simple recipe you can try for 4 servings (you can adjust the amounts as you see fit):

INGREDIENTS

1 pound zucchini (about 2 small zucchini)
3 tablespoons unsalted butter
⅓ cup finely chopped shallots, from 1-2 shallots
Salt and freshly ground black pepper
8 large eggs
⅓ cup heavy cream
1¼ cup (5 oz) shredded Cheddar cheese

INSTRUCTIONS

1. Preheat the oven to 325°F or about 160°C.
2. Using a food processor or box grater, grate the zucchini. To remove  any excess moisture, place the grated zucchini on top of several layers of paper towels and wring dry. Do this multiple times, if necessary.
3. In a 10-inch cast iron or ovenproof nonstick skillet, melt the butter over medium heat. Add the shallot, grated zucchini, and ½ teaspoon salt; cook, stirring occasionally, until the moisture evaporates and the zucchini is tender, 7 to 8 minutes.
4. Meanwhile, in a medium bowl, whisk together the eggs, heavy cream, a heaping ¼ teaspoon salt, and ¼ teaspoon pepper.
5. Add the cooked zucchini and grated cheese to the egg mixture and stir to combine. Pour the frittata mixture into the pan (no need to wash it), then place in the oven and bake until set, 25 to 30 minutes. Immediately place a dish towel or oven mitt over the pan handle after you remove it from the oven; it's easy to forget that it's hot and burn your hand.
7. Serve warm and enjoy!


targets:
Here is a simple recipe that you can make tonight using zucchini and cheddar cheese:

Zucchini and Cheddar Cheese Gratin:

Ingredients:

4 medium zucchini, sliced into rounds
1 cup grated cheddar cheese
1/2 cup breadcrumbs
1/4 cup chopped fresh parsley
1/4 cup grated Parmesan cheese
2 cloves garlic, minced
Salt and pepper, to taste
2 tablespoons olive oil
Instructions:

Preheat the oven to 375°F (190°C).
In a large bowl, mix together the breadcrumbs, cheddar cheese, Parmesan cheese, parsley, garlic, salt, and pepper.
In a large skillet, heat the olive oil over medium heat.
Add the sliced zucchini to the skillet and cook for 2-3 minutes, until slightly softened.
Transfer the zucchini to a large baking dish and sprinkle the breadcrumb mixture over the top.
Bake for 25-30 minutes, until the cheese is melted and the breadcrumbs are golden brown.
Serve hot and enjoy your delicious Zucchini and Cheddar Cheese Gratin!
I hope this recipe helps you make use of the zucchini and cheddar cheese in your fridge and that you enjoy your delicious and nutritious meal!


inputs: Mature cheddar and Parmesan cheese are kind of expensive where I'm located, what could I substitute these with?

targets:
For cheaper alternatives to cheddar and Parmesan cheese in the gratin recipe, you can try:

- Cheddar: Monterey Jack, Colby, or a mild gouda. These have a milder flavor than cheddar but will still provide gooeyness.
- Parmesan: A mixture of Pecorino Romano and ricotta salata, or just ricotta salata. These have a saltier, tangy flavor like parmesan but are less expensive.

You can also leave out the Parmesan altogether and just use the other cheese. The Parmesan provides a flavor boost but is not essential to the recipe.
The end result may be slightly different in flavor but it will still be tasty and the substitutions will allow you to make the recipe more budget-friendly. Let me know if you have any other questions!


targets:
Sure, here is a vegetarian recipe you can make tonight which includes zucchini and cheddar cheese:

Zucchini and Cheddar Cheese Gratin

Ingredients:

- 4 medium zucchinis, thinly sliced
- 1 1/2 cups grated cheddar cheese
- 1/2 cup heavy cream
- 3 cloves garlic, minced
- Salt and pepper, to taste
- 2 tablespoons olive oil
- 2 tablespoons breadcrumbs

Instructions:

1. Preheat oven to 400°F (200°C).
2. Heat olive oil in a pan over medium heat. Add minced garlic and cook until fragrant, about 1 minute.
3. In a large bowl, mix together the sliced zucchinis, heavy cream, grated cheddar cheese, garlic, salt, and pepper.
4. Transfer the mixture to a baking dish.
5. Sprinkle the breadcrumbs on top.
6. Bake for 30-35 minutes, or until the top is golden brown and the cheese is melted.

Serve hot. Enjoy!


inputs: Is it okay to replace the olive oil with sunflower oil?

targets: Yes, sunflower oil can be used as a substitute for olive oil in this recipe. Olive oil provides some flavor to the dish with its grassy notes, but sunflower oil will work fine as a neutral-tasting vegetable oil. It may result in a slightly different flavor, but the gratin should turn out similarly in terms of texture and cheese melt. You can also use other neutral oils like canola or vegetable oil as an alternative to olive oil in this recipe.


targets: As long as you are not allergic to sun flowers.


targets:
If this all the food that you have available for cooking then your choices are somewhat limited. For example, you could slice zucchini into cubes (around 1cm each), put them on an oiled plate, season them with salt according to your taste, and cook them in the oven for 25 minutes at 180C (360F). In the mean time you should grade the cheddar cheese (around 50 grams should be sufficient for one zucchini). After zucchini have been cooked for 25 minutes you should take the plate out of the oven, while keeping oven turned on. Then you put the cheese on top of zucchini and put it back in the oven for 5 more minutes. After that your dinner is ready to being served.

If you have more ingredients available, then if you tell me about them I could suggest you other recipes.

You mentioned that your food will go bad soon. In the case if either cheese or zucchini are molded, please note that it is dangerous to consume molded food.


inputs: Can you write me a python script to connect to the Seeq Rest API?

targets:
Certainly! Here's an example Python script that uses the Requests library to connect to the Seeq REST API:

```python
import requests

# Replace with your Seeq API URL and access token
SEEQ_URL = https://your-seeq-url.com/api/v1
ACCESS_TOKEN = your-access-token-here

# Example GET request to retrieve a list of assets
response = requests.get(
    f{SEEQ_URL}/assets,
    headers={Authorization: fBearer {ACCESS_TOKEN}}
)

# Print the response JSON
print(response.json())
```

In this example, you'll need to replace `SEEQ_URL` with your Seeq API URL, and `ACCESS_TOKEN` with your access token. You can obtain an access token by following the Seeq API authentication documentation.

Once you've set those variables, you can make HTTP requests to the Seeq API using the `requests` library. In this example, we're making a GET request to retrieve a list of assets, and passing our access token in the `Authorization` header.

Finally, we're printing the response JSON to the console. You can modify this script to suit your needs, depending on the endpoints you want to query and the data you want to retrieve.


targets:
Sure, here's an example Python script to connect to the Seeq REST API:

```python
import requests

# Specify the URL for the Seeq REST API
url = 'https://seeq.company.com/api/v1/'

# Specify the Seeq username and password
username = 'your_username'
password = 'your_password'

# Authenticate with Seeq using HTTP Basic authentication
auth = requests.auth.HTTPBasicAuth(username, password)

# Make a GET request to the Seeq REST API to get a list of available assets
response = requests.get(url + 'assets', auth=auth)

# Check if the request was successful (status code 200)
if response.status_code == 200:
    # Extract the list of assets from the response
    assets = response.json()['items']
    print(f'Total assets: {len(assets)}')
else:
    print('Request failed.')
```

In this example, we're using the requests library to make HTTP requests to the Seeq REST API. We specify the URL for the API, as well as our Seeq username and password for authentication. Then, we use the requests.get() method to make a GET request to the API's /assets endpoint. We pass in our authentication credentials using the auth parameter.

If the request is successful (status code 200), we extract the list of assets from the JSON response using the response.json() method. Finally, we print the total number of assets returned by the API. If the request fails, we print an error message.


targets:
```
import requests

# Set the API endpoint URL
url = 'https://seeqinstance.com/api/v1/'

# Set the API token
api_token = 'your_api_token_here'

# Set the headers for the HTTP requests
headers = {
    'Authorization': f'Token {api_token}',
    'Content-Type': 'application/json'
}

# Define a function to make GET requests to the API
def get_request(endpoint):
    response = requests.get(url + endpoint, headers=headers)
    return response.json()

# Define a function to make POST requests to the API
def post_request(endpoint, data):
    response = requests.post(url + endpoint, headers=headers, json=data)
    return response.json()

# Example usage
# Make a GET request to the 'tags' endpoint to get a list of all tags
tags = get_request('tags')
print(tags)

# Make a POST request to create a new asset
new_asset_data = {
    'name': 'My New Asset',
    'description': 'A description of my new asset'
}
response = post_request('assets', new_asset_data)
print(response)
```


targets: No.