OpenLLM-France/wikimedia huggingface dataset:
# Star Fox Adventures/Bosses/General Scales

General Scales is one of the main villains of Star Fox Adventures, along with Andross.
Scales' army is the SharpClaw, who carry out his orders. The SharpClaw originally wanted to be the ruling tribe of Dinosaur Planet, but were rejected and amassed an army under Scales to overpower the other tribes.
Scales, looking for an easy way to take over Sauria, removed the four Spellstones that kept the planet together, causing chunks of it to break off. Scales then proceeded to take over each of the four pieces that broke off the planet. He enslaved the Snowhorn Tribe on DarkIce Mines, revived the evil RedEye Tribe on Walled City, began to produce dinosaur mutants on Dragon Rock, and made CloudRunner Fortress his personal stronghold and the only location he and Fox meet before their final confrontation on Krazoa Palace.
It is revealed later that Scales carries the last of the Krazoa spirits that Fox was looking for. When Fox was prepared to fight Scales, Andross revealed himself and forced Scales to give the spirit to Fox so he could be revived, stating that Scales was merely just a puppet figure for him. It is unclear whether or not Scales was killed while transferring the spirit to Fox; if he is indeed alive, his whereabouts are unknown.
# Star Fox Adventures/Dinosaur Planet

These are the multitude of areas you will journey to throughout the course of the game:
The following four areas have been separated from the main planet:
* Dark Ice Mines
* CloudRunner Fortress
* Walled City
* Dragon Rock
These are the two force point temples in the game:
# Star Fox Adventures/Items
## Staff powers
### Fire Blaster

Lets Fox shoot fire balls from his staff.

## Miscellaneous

C-stick items.
# The Computer Revolution/Hardware/CPU

CPU stands for "Central Processing Unit". It can be thought of as the brain of the computer. In the first personal computers the CPU carried out all the processing. In more modern computers the CPU delegates specialized processes - like graphics handling - to other processors. In the most powerful computers there are more than one CPUs. Super computers can have more than 100,000 CPUs.
The CPU is also called the microprocessor or just the processor. Intel or Advanced Micro Devices (AMD) produces most CPUs used in consumer desktop and laptops. CPUs are often given individual processor cores. There are many benefits to multi-core CPUs. To start, they are helping to speed up the processing of a computer while decreasing the heat production. Multi-core CPUs are also responsible for speeding up multitasking, such as watching a video in one window while browsing the Internet in another.
The CPU also consist of a variety of connections and components that are confined together and connected directly to the motherboard. A motherboard provides the electrical connections by which the other components of the system communicate. It also connects the central processing unit and hosts other subsystems and devices. The motherboard is The main circuit board of a computer, located inside the system unit, to which all computer system components connect. Today most personal computers use central processing units (CPU's) manufactured by Intel or Advanced Micro Devices. Intel Core and AMD Ryzen are most commonly used with desktop computers, and also produce power efficient designs that are specifically for notebook and tablet computers.

## References

* ↑ Understanding Computers 13th edition
# The Computer Revolution/Hardware/Hard Disks

The Hard Disk also known as the Hard Drive is the device the computer uses to store data on. The hard disk measures about six by four by one and a half inch. The hard drive goes directly in the computer case. It has a IDE or SATA cable that attaches to the motherboard. Also, it has a power supply cable that connects to it directly from the power supply box. The hard disk has the following main parts: - Read Head - Write Head - Platters of Disks - Actuator Arm - Power connection - and The Spindle.
The read head is a laser that reads the platters. The write head writes data on the platters via magnetizing them. The Platters is where the actual data is stored. The more platters the hard disk has, the more storage room it is; they are directly related. These disks are usually either from metal, glass, or ceramic. The Actuator arm is what controls the read/write heads putting them where the data is intended to be on the platter. The power connection is the part that internally connects the power to the spindle. The spindle rotates all the disks to help the read/write heads be in the correct place. The faster the spindle can spin the disks, the faster the hard drive can respond to commands; they are directly related.
These days most computers are made with hard drives that hold at least eighty Giga-Bytes. The hard disk is protected and surrounded with a metal case to prevent all outside substances from entering the disk area.

## Data Backup

Now that you know how the Hard drive is designed, and how it has weaknesses, it is very important to know that you should periodically back up your data on your hard drive. "Backing up" your data is a term that means to create a duplicate of the data on your hard drive. This way, if your primary hard drive fails, you won't lose any of your important data, files, music, or contact information. Today, there are also many other ways of backing up data such as cloud computing where your data is stored on a server and can be accessed using the internet.

## Data Recovery

Data loss is unpredictable and sometimes inevitable. Having data backed up is very helpful. It makes the recovery process a lot less painful. But sometimes you forget to back your data up, so then what? There are specialized data recovery firms like SALVAGEDATA Recovery. They take damaged drives apart in a "clean room" (like the ones where computer chips are made) and temporarily repair them so they're able to obtain the desired files. They use the acquired data to reconstruct the information on the damage hard drive. If they are unable to obtain the data they need, their engineers attempt to match the meshed data to appropriate file types to try and reconstruct the original files.
# The Computer Revolution/Hardware/Jump Drives

A jump drive, also known as a USB flash drive or thumb drive, is a type of storage device that is simply connected to the computer through an existing USB port.
They use flash memory, which enables them to bring unparalleled convenience when compared to other storage devices. Jump drives do not require the computer to be restarted in order to recognize the drive, unlike other connected drives that need to be recognized during the boot process. Jump drives rely on power provided by the case and do not need an external power supply like electricity or batteries, which increases their portable convenience and eliminates the need to carry around batteries or to find a socket to plug into for electrical power. Because of the use of flash memory, jump drives do not wear down as fast as CD-RW's or Floppy disks and have comparable dependability to solid-state drives, which utilize the same type of memory.
The capacity of USB drives is another feature that makes them convenient. Today, USB drives can be found to have a capacity of up to 64 GB. This capacity is likely to change with the ever-evolving storage technology.
To use a USB drive or jump drive you need to plug it to your computer via the USB port. You May need to wait a second or two for your computer to read the USB drive. On Windows, you can view it by going to my computer or just computer on Windows 7. Then look under device with removal storage select the right drive and you are ready to save your document in to the USB drive.
# The Computer Revolution/Green Computing

Green computing refers to making computers and their production more environmentally friendly. The U.S. Department of Energy and the Environmental Protection Agency (EPA) developed the ENERGY STAR program; if hardware is ENERGY STAR compliant it displays the ENERGY STAR label. ENERGY STAR focuses on efficiency while devices are being used; as well as power management features that can put the device into sleep or hibernation mode after a set amount of time of not being used.

## Energy Consumption and Conservation

Today, because our computers are faster and more powerful than computers of old, the energy consumption and heat generation associated are higher than ever. Coupled with the high cost of energy, businesses are trying to find ways to reduce costs and energy consumption. A common energy saving tactic is the consolidation of servers. The Environmental Protection Agency (EPA) is also in the process of developing an energy performance rating system for data centers. Hardware manufacturers are developing energy efficient computers and components and energy-saving features. Because computers can consume a fair amount of energy despite in standby and sleep mode, businesses and schools are progressively using software to automatically shut down computers when not in use. Devices that draw power when turned off, (referred to as energy vampires) include computers, home electronics, and home appliances. It is estimated that the average U.S. household can save an average of $100 just by unplugging devices when you are not using them.

## References

* ↑ Morley, Deborah, and Charles S. Parker. "Chapter 16." Understanding Computers: Today and Tomorrow. 13th ed. Boston, MA: Course Technology, Cengage Learning, 2011. 666. Print.
* ↑ Reference: Morely, Deborah; Parker, Charles. Understanding Computers Today and Tomorrow. Course Technology, 2011, Page 666-667.
# The Computer Revolution/Hardware/Cache

Cache is pronounced like the word cash. It is an area of memory which is of high speed. The computer uses this memory to store often used data. The purpose of storing certain data in cache memory is to speed up the usage process of the data stored on this memory. In modern computers, the cache memory is stored between the processor and DRAM; this is called Level 2 cache. On the other hand, Level 1 cache is internal memory caches which are stored directly on the processor. Data and commands that are often used over and over again for programs are mainly what the computer stores in the cache memory. There are mainly two types of caching; memory cache, and disk cache. Memory cache is a part of the memory that is made of high speed. The space on the memory cache is very limited. It is high speed because it is static RAM instead of dynamic RAM. This is called memory cache.
There is also disk cache; having the same idea as memory cache; it is stored in the conventional main memory of the disk. This is called a memory buffer. The data that is most commonly accessed on the disk is what is stored in the buffer. Cache memory is very useful because it saves the computer user a lot of time in opening common data and giving common commands. Cache memory is very convenient because opening data in cache is dramatically faster than opening data on the main hard disk.
The Internet browser has another form of cache, which is sent to the temporary cache in the hard drive. Clearing up your Internet Brower cache, or also known as “Temporary files”, will help improve your Internet speed. Internet files clog up your cache on the Internet browser. This may cause your Internet browser’s performance to react slow and lag when loading files or loading different web pages.
Another important reason to clear your Internet cache is for privacy and security. When people use different computers they may become vulnerable in becoming victims of fraud, or identity theft. That is why it is important to clear the Internet browser’s cache after using a computer. Depending on which Internet browser is used, there are different ways of deleting the cache in the Internet brower.
# Radium Core/History
### Radium Core History
#### launch

Radium Core was launched May 25th, 2015 using a fair proof of work period of 12 days that transitioned to proof of stake. The table below shows the historical, current, and future block rewards.
# Radium Core/Raspberry Pi

How to set up the Radium Core Wallet for Raspberry Pi

### Step 1. Download the wallet source code

1.) Go to https://github.com/RadiumCore/Radium/releases to find the latest release
2.) Download “Source code (tar.gz)”
3.) Unzip the file in a folder of your choice on the Pi. In this guide we will assume that it was unzipped in the folder /home/pi/Desktop/Radium

### Step 2. Install necessary packages

1.) Start by making sure all your repositories are up to date. Type the following in the command console
2.) Install other necessary packages by copy-pasting this in the console
3.) Wait for it to finish. This can take a while.

### Step 3: Compile the wallet

1.) Open the command console and go to the Radium folder. In our case:
2.) Type the following to compile and wait for each step to finish. This can take quite a while so be patient.
Note 1: If you get a permission denied error message, try this in the console before attempting to compile again. First go to the /src/leveldb folder under your Radium folder.

### Step 3.1: Workaround Raspbian Stretch

Note 2: Latest version of Raspbian Stretch includes a version of libssl-dev that is incompatible. You will use see something like:
Here is how to workaround this (steps from https://github.com/stratisproject/stratisX/issues/33)
* Remove the current version of libssl-dev ( 1.1.0f-3 ) sudo apt-get remove libssl-dev
* Set your repository list to point to "jessie" instead of "stretch", save and exit. sudo nano /etc/apt/sources.list
* Then do sudo apt-get update to download the packages for jessie
* Then do sudo apt-get install libssl-dev package, it should be version 1.0.1t-1
* Then do sudo make
* When complete, type sudo apt-mark hold libssl-dev to make the package to not upgrade in the future
* Switch back your sources, by changing 'jessie' back to 'stretch' in number 2
* Do a sudo apt-get update and sudo apt-get upgrade and make sure it doesn't try and install libssl-dev (it will say it has been kept back)
* Continue with guide!

### Step 4: Run the wallet

1.) After compiling completes you will find the executable “radium-qt” in the Radium folder.
2.) Run “radium-qt” to open the wallet.This will create another folder called .radium on your Pi. Here you will find your wallet.dat ++
3.) Wait for the blockchain to sync. You can speed up this process by download a bootstrap (basically a recent copy of the blockchain) from here: http://cryptochainer.com and unzipping the zip file in the .radium folder (NOT the folder where your radium-qt is)
# Radium Core/Radium Core Staking Walkthrough

This is a simple guide to starting a Radium Core Wallet node and getting it to start staking.

### Step 1. Download

First go to https://radiumcore.org/downloads and download the Radium Core wallet for your operating system. For security click on the 'Verify on ConceptCrypt' link to check the validity of the file hash.

### Step 2. Sync

Once you have downloaded the file, open it to run the Radium Core Wallet. The wallet will then have to download the blockchain from other nodes, which can take up to 48 hours, depending on connection speed and network optimization.

### Step 3. Encrypt

Now that your Radium Core Wallet is synchronized with the rest of the network, you will want to Encrypt and Backup your wallet. To Encrypt your wallet, click on Settings in the upper left and in the dropdown menu and click Encrypt Wallet. You will be asked to enter a password that will be used to unlock your wallet file. Use a STRONG and UNIQUE password. DO NOT LOSE THIS PASSWORD - YOU WILL LOSE ACCESS TO YOUR WALLET!
The wallet will now tell you it needs to restart. It will close itself once you agree. Then you must restart your wallet.

### Step 4. Backup

You will now want to backup your wallet file. To do this click on File in the upper left of the Radium Core Wallet and click Backup Wallet. It is best to save this file onto a USB thumb drive and/or onto another secure computer. Please note, that if you change your password you will want to replace your old backups as they will still use your previous password to unlock.

### Step 5. Transfer Radium

Now that you have an encrypted and backed up wallet. It's time to send it Radium. To get an address to send the tokens to, click on the 'Receive" button on the menu to the left. Then copy the address you wish to send tokens to. Use this address to send your Radium from an exchange or another wallet. Once the transaction comes through, it will take a few minutes to confirm.

### Step 6. Start Staking

Once the Radium are confirmed and in the wallet, they will have to "mature" in the wallet for around 6 hours before they are ready for staking. At this point you can unlock your wallet for staking only. If the wallet is not unlocked for staking, your wallet will not be used by the network to verify transactions. Unlocking for staking only means that to transfer any Radium from the wallet, you will have to reenter your password. Make sure NOT to unlock your wallet completely and leave it unlocked as it is possible for a hacker to easily steal your Radium.
To unlock your wallet for staking, click on Settings in the upper left and then click on Unlock Wallet. A popup window will appear and by default the "For staking only" checkbox is checked. Leave that checkbox checked. Then type in your password and hit Ok.

### Step 7. Keep it Open!

Your wallet is now unlocked for staking only. For maximum rewards, leave your wallet open 24/7. This maximizes your chances at finding a block and also helps to secure the network. If your computer restarts, make sure to restart your wallet and unlock it for staking.
# Radium Core/Blockchain Specifications
### Radium Blockchain Specifications

Ticker: RADS
RPC Port: 27914
Block Time: 1 Minute
Block Maturity: 120 Blocks
PoS Rewards: 0.50 Coin / block for 1st year
–Block reward will decrease by 3% annually
Minimum Stake Age: 6 Hours
Daily Generation: ~ 720 coins
Maximum Supply: 9,000,000 RADS
–Hard Cap will be Reached in Approx 27yrs (2045)
Initial PoW Distribution (Completed): 1,008,000

### Development Subsidy Specifications

Generates an additional 600 coins per week
Funds deposited into a 5 of 12 multisig address
Development subsidy reduction at 3% annually

### Historical Radium PoS Reward Structure

| Approximate Date | Block Range | Block Reward | Algorithm |
| 5/25/15 - 6/6/15 | 1 to 20160 | 50 | Proof-Of-Work (mining) |
| 5/25/15 - 5/28/15 | 1 to 2779 | 0 | Proof-Of-Stake (Staking) |
| 5/28/15 - 6/10/15 | 2780 to 30240 | 25 | Proof-Of-Stake (Staking) |
| 6/10/15 - 1/20/16 | 30241 to 337999 | 5 | Proof-Of-Stake (Staking) |
| 1/20/16 - 1/21/16 | 338000 to 339439 | 4.5 | Proof-Of-Stake (Staking) |
| 1/21/16 - 6/10/16 | 339440 to 340879 | 4 | Proof-Of-Stake (Staking) |
| 1/22/16 - 1/23/16 | 340880 to 342319 | 3.5 | Proof-Of-Stake (Staking) |
| 1/23/16 - 1/24/16 | 342320 to 343759 | 3 | Proof-Of-Stake (Staking) |
| 1/24/16 - 1/25/16 | 343760 to 345199 | 2.5 | Proof-Of-Stake (Staking) |
| 1/25/16 - 1/26/16 | 345200 to 346639 | 2 | Proof-Of-Stake (Staking) |
| 1/26/16 - 1/27/16 | 346640 to 348079 | 1.5 | Proof-Of-Stake (Staking) |
| 1/27/16 - 2/12/2017 | 348080 to 874359 | 1 | Proof-Of-Stake (Staking) |
| 2/12/2017 - 8/8/17 | 874360 to 1133559 | .75 | Proof-Of-Stake (Staking) |
| 8/8/17 - 2/21/18 | 1133560 to 1392759 | .5 | Proof-Of-Stake (Staking) |
| 2/21/18 – 08/29/18 | 1392760 onward | .25 | Proof-Of-Stake (Staking) |
# Salom, Jonatan!/Mon 7

Monlari – Mon 6 – Mon 7 – Mon 8

## Sabeyum mon (7yum mon)

Wagon idi ji idi; to duregi na idi. Jonatan oko multi xey ex wagon. Te sen in wagon, ji xey no sen in wagon; te oko oto ex wagon. Te oko persaluba, multi persaluba. Jonatan peti tas wagonyen, “Kam mi harizin na ofcu wagon?” Wagonyen: “No. Hay multi bwaw. Yu no harizin.” Jonatan: “Keto? Hay multi bwaw?” Wagonyen: “Si. Ji pia ex wagon, yu xa oko multi bwaw.” Wagonyen haha. Jonatan fikir, “Te haha keseba?”
Fe nunya, to sen noce; no hay Sola. Wagon idi max ji max velosi. Person in wagon loga tas wagonyen, “Am idi max velosi!” Jonatan fikir, “Keseba na idi daydenmo velosi?” Jonatan oko dayday jabal ex wagon. Jonatan oko ki person in wagon sen daymo joxudo; ete pala multi. Person in wagon loga joxudo, “Am idi max velosi!”
Fe nunya, wagon esto. Ete sen in pasa intre jabal. Jonatan jixi ki hinloka, te xa oko wagon cel na idi cel tesu doste Konte Drakula, mas…te sen keloka? Fe fronta de Jonatan, hay dolo, ji sol dolo. Person in wagon sen hox, mas Jonatan no sen hox. “Keseba na ata cel hinloka denloka hu no hay wagon cel na idi cel misu doste Konte Drakula?”
Wagonyen pala tas person in wagon: “Imi le dupul sen velosi. Imi le dupul ata cel hinloka fe un maxmo jaldi satu.” Wagonyen le pala yon lil voka, mas Jonatan le ore te. Jonatan fikir, “Na dupul ata cel hinloka fe un maxmo jaldi satu sen bon keseba?”
Fe nunya, wagonyen pala tas Jonatan har day voka. Te loga, “Jonatan, Herr (Doycisa: Mansenyor) xa no ata cel hinloka nundin. Te xa idi cel alo xaher, xaher Bukovina. Ible, jaxadin, Herr xa idi cel hinloka. Ible, si. Ible, no. Mi no jixi. Imi ingay na xoridi.”
Jonatan sen hazuni ji fikir, “Senyor Drakula no sen hinloka keseba? Mi ingay na xoridi keseba?”
Mas, dento sen keto? Uma sen joxudo. Pia person in wagon sen joxudo. Jonatan oko, ji denloka, te oko alo wagon hu da sen maxmo day ton care uma. Neo wagon sen maxmo zarif ji maxmo day kom wagon hu in da Jonatan side. Care uma sen syahe ji dayday. In neo wagon, Jonatan oko alo wagonyen. Alo wagonyen sen day, ji gao, ji hare mustax. Mustax ji bala hanta de wagonyen fikirgi Jonatan ki te sen daymo bala ixu, mas Jonatan no abil na oko muka de alo wagonyen.
Alo wagonyen loga, “Yu le dupul ata cel hinloka velosi, misu doste.”
Wagonyen: “A…Englili Herr le vole na idi velosi…”
Alo wagonyen: “Mi jixi ki yu le vole na idi cel Bukovina. Si, mi jixi ku yu fikir tem keto. Mi sen maxmo cinonpul kom yu. Am gibe tas mi portaxey de Englili senyor.”
Wagonyen gibe portaxey de Jonatan tas alo wagonyen. Alo wagonyen sen day bala; Jonatan oko ki te sen bala denwatu hu te oko tesu hanta. Alo wagonyen porta portaxey yon tesu bala hanta, ji daymo velosi, xey sen finido.
Fe nunya, Jonatan side in alo wagon. Nundin le dupul sen lungo din tas Jonatan, mas fe nunya, alo turi xoru.