recursal/Fanatic-Fandom huggingface dataset:
WGI Guard 2015 Season

Winter Guard season for WGI Guard presented by Winter Guard International

### February 7

* 2015 WGI Guard Bakersfield Regional, Bakersfield, CA
* 2015 WGI Guard Corning Regional, Corning, NY
* 2015 WGI Guard Houston Regional, Houston, TX
* 2015 WGI Guard Nashville Regional, Nashville, TN

### February 14

* 2015 WGI Guard Kansas City Regional, Kansas City, MO
* 2015 WGI Guard Walled Lake Regional, Walled Lake, MI

### February 21-22

* 2015 WGI Guard Austin Regional, Austin, TX
* 2015 WGI Guard Charlotte Regional, Charlotte, NC
* 2015 WGI Guard Indianapolis Regional2, Indianapolis, IN
* 2015 WGI Guard United Kingdom Regional, Lincolnshire, East Midlands, UK

### February 28-March 1

* 2015 WGI Guard Las Vegas Regional, Las Vegas, NV
* 2015 WGI Guard Netherlands Regional, Almere Netherlands
* 2015 WGI Guard Orlando Regional2, Orlando, FL
* 2015 WGI Guard Pittsburgh Regional, Pittsburgh, PA
* 2015 WGI Guard South Brunswick Regional, Monmouth Junction, NJ

### March 7-8

* 2015 WGI Guard Atlanta Regional, Atlanta, GA
* 2015 WGI Guard Denver Regional, Denver, CO
* 2015 WGI Guard San Antonio Regional, San Antonio, TX
* 2015 WGI Guard St. Louis Regional, St. Louis, MO
* 2015 WGI Guard Union City Regional, Union City, CA

### March 14-15

* 2015 WGI Guard Norfolk Regional, Norfolk, VA
* 2015 WGI Guard Pensacola Regional, Cantonment, FL
* 2015 WGI Guard Phoenix Regional, Gilbert, AZ
* 2015 WGI Guard Mid-East Championship, Cincinnati, OH
* 2015 WGI Guard Southwestern Championship, Denton, TX

### March 21-22

* 2015 WGI Guard Eastern Championship, West Long Branch, NJ
* 2015 WGI Guard Southeastern Championship, Orlando, FL
* 2015 WGI Guard Western Championship, Fresno, CA
Mid-States Band Association

## About

Mid-States is a regional marching band circuit that primarily serves bands in Indiana, Kentucky, and Ohio. MSBA classifies bands by their number of wind players into five classes, A, AA, AAA, AAAA, and Open (there was no AAAA class prior to 2007). Championships for each class are typically held in early November at high schools in the Cincinnati and Dayton area of Ohio.
2015 ISSMA Concert Organization State Finals

## Bands

### Top 8

1. Carmel HS (IN)T
2. Penn HS (IN)T
3. Avon HS (IN)
4. North Central HS (IN)
5. Goshen HS (IN)
6. Columbus North HS (IN)
7. Lawrence Central HS (IN)
8. Castle HS (IN)

### Finalists

* Bloomington North HS (IN)
* Concord HS (IN)
* Floyd Central HS (IN)
* Hamilton Southeastern HS (IN)
* Jasper HS (IN)
* Lafayette Jefferson HS (IN)
* Munster HS (IN)
* Warren Central HS (IN)

## Orchestras

### Top 4

1. Carmel HS (IN) #1
2. North Central HS (IN)
3. Avon HS (IN)
4. Floyd Central HS (IN)

### Finalists

* Carmel HS (IN) #2
* Elkhart Central HS (IN)
* Lawrence Central HS (IN)
* Penn HS (IN)
James Logan HS (CA)

James Logan HS Band and Color Guard comes from Union City, CA. They participate in the Western Band Association (WBA) and Winter Guard International (WGI). They have also participated in Bands of America (BOA) but not regularly. They are a 13-time WBA Grand Champion, winning 7 consecutive championships from 2004-2010. The Color Guard is also an 11-time Scholastic World WGI Champion, winning 10 consecutive championships from 1998-2007.

## Winter Percussion

### Concert

 2012
Air Academy HS (CO)

Monrovia HS (CA)

The **Air Academy High School** is a public school located in Colorado Springs, Colorado. Their performing arts programs include a marching band, concert bands, and a winter guard. The marching band competes in Colorado Bandmasters Association circuit (competing in the 4A division) and, occasionally competes in the Bands of America circuit, usually attending the St. Louis Super Regional.
IPA 2015 Season

2015 Winter Percussion Season for the Indiana Percussion Association

## Rankings

### PSW

1. Avon HS (IN)
2. Center Grove HS (IN)
3. Goshen HS (IN)
4. Ben Davis HS (IN)
5. Fishers HS (IN)

### PSCW

1. Goshen HS (IN)
2. Fishers HS (IN)
3. Lake Central HS (IN)
4. Hamilton Southeastern HS (IN)

### PSO

1. Franklin Central HS (IN)
2. Lawrence Township (IN)
3. Plainfield HS (IN)
4. Perry Meridian HS (IN)
5. Greenwood Community HS (IN)
6. Pike HS (IN)
7. Franklin Community HS (IN)

### PSCO

1. New Castle HS (IN)
2. Castle HS (IN)
3. Pendleton Heights HS (IN)
4. Westfield HS (IN)
5. New Palestine HS (IN)
6. NorthWood HS (IN)
7. Fishers HS (IN)
8. Whiteland HS (IN)
9. Warsaw HS (IN)
10. Lake Central HS (IN)
11. Hamilton Southeastern HS (IN)
12. Yorktown HS (IN)

### PSA

#### State Finals

1. Zionsville Community HS (IN)
2. Avon HS (IN)
3. Decatur Central HS (IN)
4. Carroll HS (IN)
5. Norwell HS (IN)
6. Carmel HS (IN)
7. Tri-West HS (IN)
8. Greenfield-Central HS (IN)
9. DeKalb HS (IN)
10. Maconaquah HS (IN)
11. Concord HS (IN)
12. Richmond HS (IN)
13. Vincennes-Lincoln HS (IN)
14. East Noble HS (IN)
15. Jay County HS (IN)
16. Hagerstown HS (IN)
17. Plymouth HS (IN)
18. North Harrison HS (IN)
19. Beech Grove HS (IN)
20. Ben Davis HS (IN)
21. East Central HS (IN)

### PSCA

1. Pike Central HS (IN)
2. Fairfield HS (IN)
3. Twin Lakes HS (IN)
4. Bloomington North HS (IN)
5. New Castle HS (IN)
6. Pioneer HS (IN)
7. Owen Valley HS (IN)
8. Terre Haute North HS (IN)
9. Elkhart Memorial HS (IN)
10. Logansport HS (IN)
11. Lebanon HS (IN)
12. Lafayette Jefferson HS (IN)
13. Union County HS (IN)
14. Heritage Hills HS (IN)
15. Martinsville HS (IN)
16. Edgewood HS (IN)
17. Mooresville HS (IN)
18. Northwestern HS (IN)
19. Borden HS (IN)

### PSB

1. Danville Community HS (IN)
2. Triton Central HS (IN)
3. Knox HS (IN)
4. Northeastern HS (IN)
5. Bedford-North Lawrence HS (IN)
6. Kokomo HS (IN)
7. Noblesville HS (IN)
8. Terre Haute South HS (IN)
9. Monroe Central HS (IN)
10. Crawfordsville HS (IN)
11. Edgewood HS (IN)
12. Southport HS (IN)
13. Central Noble HS (IN)
14. South Central HS (IN)
15. Orleans HS (IN)
16. Northeast Dubois HS (IN)
17. John Adams HS (IN)

### FPM

#### Gold Ratings

* North Montogmery HS (IN)
* Reitz Memorial HS (IN)
* North Putnam HS (IN)
* Bishop Dwenger HS (IN)

### FPNM

#### Gold Ratings

* Belzer MS (IN)
* Zionsville MS (IN)
WGI Percussion Effect-Visual Subcaption: Visual Effect

Adjudication subcaption for Effect-Visual judging at WGI Percussion events. Formerly a visual subcaption of the GE caption.

## Description

Visual effect describes the visual journey, creativity, musicality, artistry, and excellence as effect. The judge looks at how the visual program engages the audience.

## Historic Scores

The scores listed below represent the highest Effect Music scores in WGI history from each class.
Cooling Unit

There are many ways of cooling a computer, these are unit in order for the components to not overheat and to not destroy themselves. Cooling units are used to keep a computer at operating temperature and to maintain a stable heat. Components are usually designed to generate as little heat as possible in order not to break themselves. There are many types of cooling:

Air cooling is based around fans, this is creating convection currents around the components in order to disperse heat away from it. Fans and heat sinks are usually fitted to CPU's, GPU's, the PSU and hard drives. Cooling using a heat sink is called passive cooling, this involves the heat sink drawing the heat and conducting heat and dispersing it away rather than using a fan. This is silent as there are no moving parts.

Liquid Submersion Cooling, this is submersing the components in a thermal conductive liquid. This liquid isn't electrically conductive so the components don't get shorted out. This method is most often used for cooling large data centers or power transformers rather than computers in the home. The liquid cooling technique most commonly used in personal computers involves flowing liquid over the surface of the components to disperse heat and then pump the liquid away. This is quieter than fans but the pumps still make some noise.

A more uncommon method is liquid nitrogen cooling, this is used for any extremely over clocked or hard working components. this requires a pipe to be places on top of the processor or graphics card, the whole system must then be protected from condensation and then the liquid nitrogen is poured into a pipe. This means that the temperature in this tube is below -100 degrees Celsius. This can only be used over a short space of time before the CPU/GPU will break under the strain of such a low temperature.
Mainframes

These are big machines with lots of processing power, they are used by companies to process in bulk or to render large files quickly. This is useful in a large company that might not have the time or money to use a standard PC to process everything. A mainframe can contain several computers that all render in a "render farm" or can all process something together to take the stress of the work down. A mainframe is defined as having "redundant internal engineering" resulting in high reliability and being very secure, they have strict backwards compatibility with older software, and are very good at utilising their resources to complete a high amount of work as quickly as possible. Mainframes can also be known as large scale networks because they link different computers up to become one computer.
WGI Percussion

## About

Winter Percussion is one of three activities organized by Winter Guard International. Winter Guard was the first focus of WGI (hence the name). WGI includes school units as well as independent units, which compete in classes determined by the skill level of the ensemble: World Class, Open Class, and A Class. WGI holds regional championship events throughout the country (similar to BOA for marching band) and world championships in Dayton, OH every April.

## Seasons & Championships

Click on a season to view all regional events from that year.

## Records

* List of Highest Scores from Each WGI Percussion Class
* List of WGI Percussion Shows That Scored In Box 6

## Captions & Adjudication

### Movement

* Effect-Music Caption (formerly part of GE)
	+ Overall Effect Subcaption
	+ Music Effect Subcaption
* Effect-Visual Caption (formerly part of GE)
	+ Overall Effect Subcaption
	+ Visual Effect Subcaption
* Music Caption (formerly "Performance Analysis")
	+ Music Composition Subcaption
	+ Music Performance Subcaption
* Visual Caption
	+ Visual Composition Subcaption
	+ Visual Performance Subcaption

### Concert

* Music Caption
	+ Music Composition Subcaption
	+ Music Performance Subcaption
* Artistry Caption
	+ Artistry Program Subcaption
	+ Artistry Fulfillment Subcaption
Control Unit

This is a core part of the CPU, it tells everything in the computer what to do. it tells the memory, the input/output devices and more how to respond to a programs command. The Control Unit is sometimes known as "The brain within the brain"; this is because the CPU is the brain of the computer and the Control Unit controls most of the computer, like a human brain does with the body, and it is located inside the CPU.

The Control Unit converts input information into control signals, when you press a key on a keyboard it is converted to information that a program can use (presumably in machine code). This unit also controls what the attached hardware does, so if speakers are attached or a monitor is connected it tells them what to display or what sounds to play.
Networking

A network allows data to be exchanged between devices. The best known network in the world is the Internet, this is a network because everyone is a hub or node for information; you send information and retrieve information from the host of a website. On a network any device that creates new data, forwards data on or terminates data is known as a node. Two devices are said to be networked together when one device is able to communicate and exchange data with another.

A network is defined as telecommunications network which allows computers to exchange data. Below is an image that shows the different topologies of a network, this is the way different networks communicate, some are more efficient than others. A fully connected network would be more expensive to set up but may be more efficient and quicker at sending data to a specific node. A star network requires a central point where all data goes through first before being routed elsewhere. A ring network requires the data to be sent around the ring until it reaches the target.
RAM

RAM stands for Random Access Memory. This is an example of Volatile Memory, the contents are lost when the computer is restarted or power is lost. RAM is read and write, therefore information can be written by one program and read by another or by input/output devices.

The time it takes for the RAM to read and write the information depends on the speed of the sticks. There are speeds such as: 1600 MHz, 1866,2133 and 2400. The typical brands of RAM are: Corsair, Crucial, Patriot and Kingston.

There are 2 types of RAM, SRAM(Static RAM) and DRAM (Dynamic RAM) see below.

### SRAM

Static RAM "A bit of data is stored using the state of six transistor memory cells"

This is faster and uses less power than DRAM but also costs more to buy and produce. This is why it is typically used in Cache for processors or graphics cards. SRAM is more expensive because the storage capacity of SRAM chips is much less than DRAM chips, this means that SRAM memory is more expensive per bit of data. SRAM is mainly used for Cache in CPU's and GPU's.

### DRAM

Dynamic RAM. The cells in DRAM store a high or low charge of 1 or 0, a program or component read the charges and use it to perform tasks or use it to understand what is stored. DRAM is the standard type of RAM in a computer. DRAM needs to be refreshed regularly to keep the data stored, the memory in the cells fades away if it isn't regularly "recharged", hence the name Dynamic.
Marian Catholic HS (IL)

High school in Chicago Heights, Illinois

## Marching Band

 2014 | "Rapture of the Deep"
2014 BOA Indianapolis Super Regional - Finalist - 3rd place
 2013 | "the WAR of ART"
2013 BOA Indianapolis Super Regional - Finalist - 5th place
2013 BOA St. Louis Super Regional - Finalist - 4th place
2013 Illinois State Univ. Inv. Marching Championships - Grand Champion
Mini Computer

These were sold in the 60's as the next step after a mainframe, a mini computer was defined as any computer under 25,000 USD. These mini computers were able to run programs in a higher level language due to having at least 4 thousand words of memory, and input-output devices such as a display and teleprinters. The business of making and selling minicomputers was only big between 1965 and 1985, almost 100 companies formed to make these minicomputers and only some of them still remained to continue to the next level of computers. Micro Computers lie in the area between Mainframe computers and micro computers, they are bigger than micro computers but not as large scale as a mainframe.
Motherboard

This is the main board in a computer, it holds every component of a computer on it. It houses the CPU, memory and supplies power to every component from the Power Supply Unit. The motherboard has controllers on it that control where data goes, such as the memory controller that controls the data flowing into and out of the RAM.

There are several main ports on a motherboard; the pci express slots hold any graphics cards, these have 16 slots so 16 separate lanes for data transfer. PCI-E also offers SLI or Crossfire multi graphics cards setups. A motherboard also has several USB slots, these slots can be used to plug a whole range of different peripherals in but also can be used to plug in external storage such as a USB sticks. Several jack ports that are used for the different audio inputs available, ranging in colours to differentiate the different types. The motherboard houses almost all of the parts of a computer and powers all of them, the Power Supply Unit plugs into the motherboard and from there powers everything on it.

A motherboard also has a battery on it, a small watch battery. this is used to ensure that the internal clock and the bios are never out of power. If the battery runs out it has to be replaced and all the bios and internal clock settings will be wrong, this means you would have to re-set them up when you next turn on the pc.
Arithmetic Logic Unit

An ALU is present in all CPU's and GPU's. This carries out arithmetic and logical operations and relays an instruction to different parts of a computer depending on the operation it carried out. In some processors the ALU is split up into an Arithmetic Unit and a Logic Unit, some processors can even have multiple Arithmetic Units; one for Fixed Point Operations and one for Floating Point Operations
Registers

These are stores of information. Every calculation that is done by any part of a computer is stored here, this is every number and not just the result of the calculation. For example if the calculation was 2+2=4 then it would store 2 and 4 even if the program only needed the answer 4. Registers also store computer instructions, some instructions might reference a register; this could speed up a process if the numbers or calculations is already stored and has previously been calculated. A register must be big enough to hold the information, for example a 64-bit instruction would need a 64-bit register in order to hold all of the data.

See also:

- CPU

- Memory
Cache

This is used to store information in a processor because it is quick to read and write. It is quicker because once information is stored it cannot be stored again so it is just re-read and used if needed again. This removes the need for duplicate entries of information, leaving more room for other useful information. A Cache "hit" is when requested information is already stored in the cache, this means it doesn't need to be stored again and can just be retrieved and used. For example if the numbers for a calculation were already stored then the processor could just retrieve this information instead of having to redo the calculation, therefore making it quicker. A Cache "Miss" is when the data isn't stored in cache, this means that it has to be stored and then used.
Servo

Servos are controlled via PWM.

The PWM signal is typically 50Hz (20ms) with a pulse width of 1-2ms (1000-2000us), with a center position at 1.5ms (1500us).

The pulse-width encodes the position, and the presence of a pulsing signal is used to indicate that the motor should move (and potentially how fast it should move).

This is in contrast with other types of motors which are controlled via varying the duty-cycle. The overall duty-cycle is not relevant to servos.

Other things, such as the Talon or Jaguar modules, use a similar control system.
Power supply unit

The power supply unit does what it says on the tin, it supply's power to the components in the computer. It does this by getting power from the mains that is plugged into it at the back, it then converts this AC to low voltage DC power that the internals of the computer can use. There are cables coming out from the PSU that are then plugged into components to power them. Larger wattage of power supply units allows for more components in a computer to be powered, higher end components might require more power than your PSU can handle.
Auxiliary Storage

This is any memory that isn't the boot drive or the RAM. This is therefore any additional storage beyond boot space. Any hard drive in the computer, any SD card in a phone or a camera, any USB in a laptop, anything with magnetic discs or magnetic tape; all of these are types of Auxiliary Storage.

Auxiliary memory is used to store everything on a computer, any information that a program needs to store, any music, pictures or videos that you want to store. All of it is stored on a Storage Device.
Performance Factors

Different things can affect how a computer runs, these can be overcome depending on the situation. If your computer isn't sufficiently cooled it can overheat and crash; this can be fixed by installing more fans, lessening any over-clocking or by ensuring that the computer is clean inside as any dust may be affecting the fans.

Computer performance is seen by the amount of work it has to do compared to the time its taken. High computer performance involves a short response time for an input, you don't want it to lag and take a long time for text to appear after you've typed it. If you were a graphic designer or 3D modeller you would want your computer to render your work in a sufficient time and be successful at rendering (not crash) this could be a measure of how good your computer is. Low utilisation of resources, you don't want one program using all of the RAM or all of the CPU, this could cause the computer to run really slowly or possibly crash depending on the strain it puts on your computer.

If your computer is running slowly or there is input lag the best thing is to either upgrade your components so they are up to the task, reformat the computer to remove any unwanted clutter or viruses that could be slowing the system down or you could clean out your computer to make sure that no dust is affecting your components.
BTEMP

Based on BTIC CTLV.

Normally will use UDP port 16980.
It is intended mostly for LAN use.

### Structure

Messages begin with a sync marker, generally with either a TWOCC or FOURCC tag following.

* 'PING', Ping
	+ Optional Data, used to probe for hosts.
	+ NodeID:GUID, NodeFlags:U32
	+ Identifies the node and its status flags.
* 'PIAK', Ping Acknowledge
	+ NodeID:GUID, NodeFlags:U32
	+ Identifies the node and its status flags.
* 'RCTR', Register Controller
	+ Used to validate controller with robot.
	+ NodeID:GUID, NodeAuth:GUID, AuthTag:U16, FmtTag:U16
	+ AuthTag: Indicates how authentication is done.
	+ FmtTag: Indicates control message format.
* 'RCAK', Register Controller Acknowledge
* 'CTRL', Control Message
	+ Depends on control message format.
	+ May be encrypted.
* 'IDLE', Idle Keepalive Message.
	+ Sent when there is nothing worthwhile to send.
	+ Indicates that the other end is still live.
* 'PINS', Sends GPIO Pins Status
	+ InMask:U32, OutMask:U32
	+ PdmMask:U32, PdmActive:U32
	+ InMask indicates which GPIO input pins are set.
	+ OutMask indicates which output pins are currently set.
	+ PdmMask indicates output pins (for PDM/PWM).
	+ PdmActive indicates which pins have PDM output active.
	+ For any pins set in PdmMask, a byte follows giving the current target duty-cycle.

### Status Flags

* Low 5 bits identify node type:
	+ 0=Unknown/Undefined
	+ 1=Controller
	+ 2=Robot
	+ 3-31=Reserved
* Bit 6/7: Response Request
	+ 0=Default Response (PING/PIAK)
	+ 1=No Response (PING only)
	+ 2/3=Reserved

### CTRL

* Impulse1:u32
	+ Bits 0-9, Indicate numeric keypad bits digits.
	+ Bits 10-13, Up, Down, Left Right keys.
* Impulse2:u32
* Throt1,Throt2,Throt3,Throt4:byte
	+ Give 4 throttle controls as bytes.

### Video Stream

Markers

* 'VS1G': Frame Segment (Uncompressed)
* 'VZ1G': Frame Segment (Deflate / BTLZH Compressed)
* 'VS1H': Frame Segment (BTIC1H)

'SH': Segment Header

* streamId:byte, stream ID number
* msgFlag:byte, message flags
* frameNumber:u16, frame number (modulo)
* startBlock:u16, low bits of starting block number for segment
* endBlock:u16, low bits of ending block number for segment.
* startBlockHigh:byte, high bits of starting block number
* endBlockHigh:byte, high bits of ending block number
	+ 24 bits allows a max resolution of 16384x16384.
	+ 20 bits would limit it to 4096x4096.
	+ 16 bits would limit it to 1024x1024.
	+ Though, yes, all are bigger than 640x480 or 320x240...

Image Data Marker:

* BTIC1G
* BTIC1H
CPU

The Central Processing Unit (CPU) is the main brain of a computer, it sits on the motherboard. It controls the actions of the computer, performs the basic and complex arithmetic, and controls the input and output operations of the computer. Without a processor the computer, or any device with a processor (most devices if not all), you wouldn't be able to load anything, the operating system wouldn't work and you would be forced to use the BIOS.

The processor has 2 main units, the Control Unit and the Arithmetic Logic Unit

Every computer contains an internal clock, this regulates the rate at which instructions are done. The faster the clock the faster the processor can process commands, instructions etc.

A CPU also has something called Registers. These store everything that is needed in everything calculation by the processor.
Micro computer

A micro computer as the name suggests is a small computer with a microprocessor as its CPU. It includes the standard microprocessor, memory and inputs and outputs such as a display and a keyboard. Microcomputers were popular in the 70's and 80's when microprocessors became more powerful, before this the standard computers were large and used a lot of power. Microcomputers are generally Personal Computers, the term microcomputer fell out of use when they slowly became larger. An example of a micro computer is the Commodore 64 pictured below. This is the best-selling model of a home computer of all time. A personal computer is generally any computer that you use for your own things, any work that you do, any games that you play or any social media that you use on a computer all show that it is "personal" to you, hence the name personal computer.
Optical Drives

In a computer in order to use discs you have to have a disc drive, an optical disc drive allows for the reading of a disc. This works by using lasers to read dips or bumps on a discs track. one is a 1 and the other is 0, sound is translated based on the order of 1s and 0s. If the drive is read/write then the laser is able to etch dips and bumps onto the disc with the laser. sometimes the laser can get damaged or dirty, this will either require a change of disc drive, a change to the laser or to clean the laser.
ROM

ROM is Read Only Memory it cannot be changed and can only be read. This is useful for shipping firmware or operating systems on because the code cannot be changed, this reduces any issue of code not working. It is often used for firmware and OS' because they aren't going to be changed regularly, therefore they don't need to be writeable. ROM is not volatile and retains its memory when power is lost, compared to RAM that is volatile.

PROM is Programmable Read Only Memory; this is how ROM is written, the information is written and then it cannot be changed again because it has become Read Only.

Most computers contain a small amount of ROM, such as the bios and the program that boots the computer.
Systems Software

This is software designed to operate and control computer hardware, and allow the running of applications.

### Operating Systems

The operating system allows parts of a computer to work together, it is a front interface that you see when you boot a computer. Examples of an Operating system are Windows, Mac OS and various different Linux Distributions. The operating systems allows tasks such as rendering output onto a monitor or other display device. The Kernel is the core part of an Operating System that defines an API, a way in which a program needs to be written, this means that programs have to follow that Kernel in order to be able to be run on said Operating Systems.

### Utility Software

This is any software that helps run or maintain the running of a computer. Utility programs can also help analyse any problems with a computer and find the best way to fix it. An example of utility software is anti-virus, it scans your computer and analyses every file to make sure it is not harmful to your computer in any way. Older monitors such as CRT monitors used screen savers as utility software, the CRT would burn in whatever was on the screen for too long, a screen saver would prevent this happening by constantly changing.

### Library Programs

This is a collection of software, programs, code, configurations and more that can be used to help develop other software, if you wanted to develop a program you could use other peoples code from the library to help overcome a problem or to complete the same task at your end.

### Translator Programs

Translators in computing are used to convert code from one language to another, this could mean changing the code from C++ to machine code. Translating the code means the computer can understand it better, these programs are also known as compilers, interpreters, de-compilers, assemblers and de-assemblers.
BGB Robotics Wikia

## Welcome to the BGB Robotics Wikia

Stuff related to the creation of robots, and/or the creators efforts in creating robots (and other related technology). May also go into aspects of electronics and programming.

## Describe your topic

Yeah, basically it was my main site went down, and I had basically just used it anyways mostly as a technology wiki. So, this will be the same sort of thing.

Compression:

* BTLZA
	+ Intended as a compromise between Deflate and LZMA.
	+ Aims for reasonably fast compression and decompression.
	+ Compression is generally partly between that of Deflate and LZMA.
	+ It is a binary superset of Deflate (BTLZH can also decode Deflate).

* BTIC BTIC1G BTIC1H
	+ Intended as a codec family for high speed video codecs.
	+ The goal is fast codecs with modest resource requirements.
		- Rather than the best possible image quality or compression ratio.
		- Example use case: real-time video streaming from a Raspberry Pi.

Scripting:

* BGBScript-RT
	+ Scripting language intended for robots.
	+ Inspired by ActionScript3, C, and C#, with elements from Scheme and Self.
* FRBC2C
	+ Bytecode used by FRVM.
	+ Currently used for a language known as C-Aux.
		- Essentially, an interpreted C variant.
		- Some tweaks, but more-or-less "good old C".
* BSVM2BC
	+ Possible bytecode for BGBScript-RT VM.

Motor Driving:

* Simple 2/3 Phase driver for MSP430 MSP430 3Ph
* H-Bridge
* Servo
* Motors

Messaging:

* BTIC\_CTLV
	+ TLV format used for messaging.
* BTEMP
	+ Messaging Protocol

Misc Stuff

* Misc

## Latest activity

Photos and videos are a great way to add visuals to your wiki. Find videos about your topic by exploring Wikia's Video Library.
JoshPotterComputerHardware Wikia

## Welcome to the Josh Potter Computer Hardware Wikia

This is a wiki for my HND unit 2: computer hardware

## What's in this wiki?

* CPU
	+ Control Unit
	+ Registers
	+ Arithmetic Logic Unit
* Memory
	+ RAM
		- SRAM
		- DRAM
	+ ROM
	+ PROM
	+ Cache
* Computer Architecture
* Auxiliary Storage
* Motherboard
* Power Supply Unit
* Cooling Unit
* Specialised Cards
* Supercomputers
* Mainframes
* Mini Computer
* Micro Computer
* Performance Factors
* Networking
* Peripherals
* Comparisons
* Environments

## Latest activity

Photos and videos are a great way to add visuals to your wiki. Find videos about your topic by exploring Wikia's Video Library.

File:Placeholder
H-Bridge

An H-Bridge is a circuit which uses transistors to connect a pair of outputs either to the positive or negative rail. This can be used, for example, to control the direction of a DC motor, or as part of an inverter circuit or for other purposes where it is useful to be able to run the voltage in either direction.

They can be built from discrete transistors, or by using small ICs for low-power applications (such as the L293 or L298). These driver ICs are generally only really suitable for operation in the milliamp range, and will tend to "release the blue smoke" if used to drive "too much motor" (such as a motor which requires several amps).

Most discrete power transistors, however, have built-in resistors which will cause them to go into "thermal shutdown" if running too much current (and getting excessively hot). However, provisions may still need to be made to deal with flyback due to inductive kick or similar.

Various transistors can be used, such as BJT, Darlington Transistors, MOSFETs, or IGBTs. Each has different tradeoffs:

* BJT
	+ Reasonably cheap
	+ Can handle moderate amounts of current (such as 10A with a MJE3055T).
	+ However, heat and driving current are considerations.
	+ Generally reasonably robust.
* Darlington BJT
	+ Also reasonably cheap (between the price of BJTs and MOSFETs)
	+ Can also drive moderate current (for example, 5 A with TIP122 and TIP127)
	+ Can be built from discrete transistors (such as 2N2222A+MJE3055T or 2N3907+MJE3055T)
	+ Need far less drive current, so are used more like MOSFETs.
* MOSFET
	+ More expensive than BJTs or Darlingtons
	+ Can drive considerably more current (say, 30A with an IRF540N)
		- discrete MOSFETs are available which can drive up to 180 amps.
	+ Driven by voltage rather than current.
	+ Generate much less heat at saturation than BJTs.
	+ However, very voltage sensitive
		- Going outside of the voltage ranges will destroy the device immediately.
		- Very problematic with higher voltages or inductive loads.
		- For example, the IRF540N does 100V at Vds, and 20V at Vgs.
			* For an H-Bridge, this effectively limits its safe range to below about 18V.
* IGBT
	+ Comparably very expensive.
	+ Can handle crazy load current and voltages.

In addition to transistors, electromechanical relays or contactors may also be an option:

* They can be cheaper than transistors for switching large loads.
	+ Contactors are available which can handle hundreds or thousands of amps.
* However, switching is comparably pretty slow.
	+ Generally, switching times are well into the millisecond range.
	+ Switching on/off also degrades contacts, so they are not well suited for rapid switching (or PWM).
* They are not generally an economical option for small or moderate loads.
	+ Solid state options tend to be cheaper at this point.
Reiji Takara

Reiji Takara (タカラ玲二, Takara Reiji) is a human. He is a Day Class student at Cross Academy, along with his younger sister, Miyumi. Yura Watarai is his roommate.

Reiji means *courteous child*. Takara means *treasure*.

## Quotes

* *"I'm sorry, I didn't mean to!"* (To Miyumi)
* *"Can you not rest your leg on me?"* (To Yura)
Our Stuff

{{#infoboxbuilder:

사라진 배낭

국내 2015.11.28

}}

개요
--

기념비적인 첫 공식 방영 에피소드이다.

첫 에피소드이니만큼, 곰들의 성격이 많이 드러나며 서로간에 차지하는 비중도 밸런스가 잡혀있다.

## 스토리

농구 코트에서 농구를 하기전, 곰들은 그들의 소지품들을 가방안에 넣고, 어딘가에 두고 사람 여러명과 같이 농구를 한다. 한 골도 못 넣고 지고 있던 찰나에 곰들이 겨우 스코어를 하게되고, 기쁜 나머지 가방을 두고 분수대 세레모니를 위해 멀리까지 가버린다. 그들이 가방을 두고 왔다는 것을 깨달은 뒤는 이미 가방은 사라져 있다. 판다가 예상되는 범인의 몽타주를 여럿 그려놓고, 비둘기를 모아서 누가 가져갔는지 물어보는 도중, 한 비둘기가 몽타주 중에 하나를 가리키며, 따라오라는 듯이 날아간다. 곰들은 그 비둘기를 따라간다. 그들의 길을 막는 것들은 난장판으로 만들면서. 결국에는 그 몽타주의 범인을 찾았으나, 실은 그 사람이 배낭을 가져간 것이 아니었다. 게다가 온갖 소동을 일으킨 곰들을 잡으러 온 경찰까지 그들을 포위하니 상황은 설상가상. 그러다가 곰들이 얼떨결에 비둘기 갱의 소굴을 발견하게 되어, 경찰은 그들을 용서하고, 굴러다니던 배낭을 돌려준다.
Shiori Gotou

Shiori Gotou (後藤栞, *Gotō Shiori)* was a civilian that lived in the Land of Waves.

## Appearance

Shiori had brown hair that fell to her waist. It had a natural slight wave to it. Most of the time, she kept it partly tied back. Her eyes were a deep shade of lavender, and she had long lashes. Her lips were a pale pink, and they were average in terms of fullness.

## Trivia

* Shiori (栞) means *bookmark* or *guide*. Makoto would often call her his 'guiding light'.

* According to the databook(s):
	+ Shiori's hobby was flora appreciation.
	+ Shiori wished to fight no one.
	+ Shiori's favorite foodies were sweets and snacks, while her least favorite was sushi.
	+ Shiori's favorite word was "peace" (平和, *heiwa*).
* She was able to form the Chakra Shield with only one hand.

## Quotes

* (To Makoto) *"How can you say that I'm your guiding light? I haven't done anything."*

## Notes

* Character © Criala
* Picture made with this Rinmaru Doll maker
* Stat wheel picture made by KusaNin
판다

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아이스 베어

루시
찰리

}}

위 베어 베어스의 주인공. 곰 브라더스 내에서 둘째이다.

모습
--

우리가 흔히 아는 판다의 모습이다. 꼬리는 까맣다.

곰 삼형제에서 가장 작은 몸집을 가지고 있으며, 곰 브라더스 내에서도 귀염둥이 취급받을 정도로 귀엽다.

아이스 베어가 막내임에도, 그리즐리는 실질적인 막내로 다루는 것 같다.

삐질 때 팔짱을 끼고 입을 굳게 다물고 눈을 크게 뜨는 데, 이 모습이 매우 귀엽다.

그렇지만 아이스 베어와 같이 야생에 냅둬놓고 굶기면 난폭해진다.

곰 삼형제 중에서 둘째. 약간 안습한 위치에 서있다.

심각한 땅콩 알레르기를 가지고 있다. 다만 덕분에 루시를 만나는 계기가 되었다.

스마트폰 중독자이며, 스마트폰이 자기 몸에서 떨어져 있으면, 맛이 간다. 이를 이용해서 SNS또한 즐긴다.

이 때문에 눈이 꽤 나빠졌는지, 렌즈를 꼭 끼고 다닌다. 렌즈가 사라지면 한 치 앞도 못 본다.

여자친구를 사귀고 싶어하지만, 영 여자복이 없는 듯하다. 이는 나머지 곰들도 분명 인지하고 있는 사실.

클로이 덕분에 그녀의 부모님마저 이 사실을 알게되었다.

루시라는 여자를 좋아하며, 데이트 시도를 하였으나, 실패했다.

그림을 자주 그리는 것으로 보이며, 이 외에 오타쿠 적인 면도 보인다.

K-pop 풍의 음악을 좋아하는 듯하다. 백일몽으로 매우 뜬금없이 아이돌 가수들과 댄스배틀을 벌이는 것을 상상한 적이 있다.

노래방도 여러 번 가본 적이 있는 듯하다.

성격
--

소심한 편이며, 뭔가 약간 나사가 빠져있다.

가끔 야비한 모습도 보여준다. 현실로 따지면 비난받을 행위이지만, 다행히 그리즐리와 아이스 베어가 착한 편이라 그냥 넘어가기도 한다. 물론 놈놈이 꽤 심술궃기 때문에 상대적으로 약해보이는 것일 수도 있다.

감정이 워낙 풍부한 마당이라 휘말려서 산다고 한다.

1. ↑  다만 그리즐리는 반대로 한국 노래를 모르는 관계로 곤혹을 많이 봤다.
2. ↑ 자기 혼자만 루시를 만나겠다고 형제들을 옷장에 가둬놓는 것도 모자라 데이트 자체를 망치게 만들고 형제들이 각자 최신식 스마트폰을 사서 자기만 소외됐을 때는 두 형제의 스마트폰을 몰래 빼돌려 숨겼고 기꺼이 최신식 스마트폰까지 박살냈고 식단 조절을 할 때 그리즐리가 유혹을 힘들게 버티고 있는데 SNS만 신경쓰고 창고에서 몰래 초콜릿 케이크를 먹었다.
Computer Architecture

The architecture (how the computer is built and runs) is important to ensure that everything is run efficiently, the performance is maximised and the power consumption is kept as low as possible. On a computer motherboard there are things called Buses, these transfer data between components on a computer, for example the CPU is connected to the RAM to store calculations. Another example is the Front side bus which connects the CPU to the Northbridge. This is a core logic chipset and processes lots of the calculations within the motherboard, the bus connects this information elsewhere.

there is the ISA (Instruction Set Architecture); this is the programming language of the CPU. it defines what the CPU should be doing and what is is able to do based on what it can perform or process. The different tasks include the word size, processor register types, memory addressing modes, data formats and the instruction that the program is using.

A computer uses Micro Architecture within its components. This is how everything is organised within the computer. This defines the data paths, where everything is going; From the input device where does the information need to go to be the most efficient? It also works out how data is processed and what path the information needs to take to be processed.
그리즐리

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아이스 베어

루시
찰리

}}

위 베어 베어스의 주인공. 곰 브라더스 내에서 맏형이다.
성우는 Eric Edelstein. 유년기의 성우는 Sam Lavagnino.

모습
--

두발로 걸어다니는 그리즐리 곰.

갈색 털로 뒤덮여 있다.

키는 아이스 베어 다음으로 크다.

## 캐릭터

곰 브라더스 중에서 첫째인 관계로 곰 중에서도 리더 역할을 한다.

대인 친화력이 높아서 처음보는 사람들에게도 스스럼 없이 다가간다. 타인과 어울리는 것 자체를 좋아한다.

그래서인지 무엇인가 먼저 시작하자고 제의하고 작중 계기를 만든다.

뭔가 동생들만 고생하는 것처럼 보이지만, 형이라는 나름의 책임감을 가지고 있고, 그들을 사랑하며, 또한 매우 아낀다.

그래도 항상 자발적으로 남을 도와주거나 다른 사람들이나 동생들을 위해서 헌신하기도 한다.

마음씨가 착해서 그런지 선행도 많이 하는 편이다. 자발적으로 쓰레기 수거도 도와주고, 할머니의 잃어버린 애완 닭을 찾기 위해 전단지도 사람들에게 나눠주고 애완 닭을 직접 찾아 할머니에게 갇다 줬다.

음악을 가끔 작곡 하는 것으로 보인다. 물론 영 좋은 퀄리티는 아니다.

성격
--

활발하고, 매우 낙천적이며, 음식을 좋아한다.

단순한 성격에 비해 은근히 말솜씨가 괜찮다. 나름 연설을 늘어놓으면 혹하는 사람들이 꽤 되고, 괜찮은 말솜씨로 처음 만나는 사람들하고도 둥글둥글한 덕분에 처음 만난 루시하고 금방 친하게 되었다.

상당한 대인배로 남을 등쳐먹는 놈놈부터 동굴을 엉망으로 만드는 찰리, 이기적인 모습을 보이는 판다를 용서해준다. 하지만 거짓말을 하거나 남을 속이는 행동은 용서하지 않는 듯 하다.

낙천적임에도, 감정 변화가 큰 편이라, 우울하거나 상실감이 크면 방에서 나오지 않을 때가 있다.

그래도 자신만만한 판다가 늑대무리와 시비가 붙어 두 동생들이 위험해지자 커다랗게 고함을 질러서 늑대들을 쫒아내는 등 진정한 형의 모습을 보여주었다.

기타
--

위 베어 베어스 위키에서 가장 처음으로 만들어진 항목이다. 만세!

1. ↑ 자기 혼자만 루시를 만나겠다고 형제들을 옷장에 가둬놓는 것도 모자라 데이트 자체를 망치게 만들고 형제들이 각자 최신식 스마트폰을 사서 자기만 소외됐을 때는 두 형제의 스마트폰을 몰래 빼돌려 숨겼고 기꺼이 최신식 스마트폰까지 박살냈다.
2. ↑ 각종 유혹을 참아내고 식단조절을 잘하고 있는 그리즐리와 다르게 오로지 SNS만 신경쓰고 그리즐리 몰래 초콜릿 케이크를 먹었고 들키자 아니라고 거짓말까지 했으며 아예 SNS에 채식하는 것처럼 올려서 팔로워들을 속였다. 당연히 이때는 그리즐리가 엄청 화냈다.
Kojima Family

The **Kojima Family** was one of the first Pureblood families. It was thought to have died out hundreds of years ago. But, when Hana Kojima showed up at Cross Academy, this was revealed to not be the case. This makes it one of the few remaining Pureblood families.

## Overall View

The Kojima family were friendly and kind. They were also known to not misuse their status as Purebloods. Often, as with other Pureblood families, they inter-married. Siblings marrying each other to preserve their pure blood. This was not always the case. If they wished to marry someone from another Pureblood family or a noble vampire family, they did so.

Relations between the Kojima family and the Kuran family were good. So, when Yuki and Kaname's grandfather made the Vampire Council, Masaru Kojima was a part of the Council. He wished for the same things that the Kuran King did; peace. He was a part of the Council until his demise.

Other vampires respected them, using "-sama" when referring to or about them.

## Appearance

Members of the Kojima family usually have blue eyes, ranging from a light blue to a darker blue. They also have black hair. The clothing they wore was older, since they were older vampires of at least two thousand years old.

## History before the series

Before the start of the series, the Kojima family consisted of Minoru, Saki, and Hana. With the death of Masaru Kojima, who died before Hana was born, Minoru and Saki kept the news of their daughter quiet. They didn't want their daughter to suffer the same fate as their father had. Only a few select individuals knew of her birth, such as Shuuya and Fuyumi Tsuji.

Rido attacked Minoru and Saki. He desired the power he would gain from killing them. He didn't seem to have any idea about Hana's existence, because he didn't go after her after killing Minoru and Saki.

Minoru held Rido off as Saki fled with Hana, who wasn't more than seven years old at the time. She left Hana in the hands of Shuuya and Fuyumi, who promised to watch over and protect her. She coaxed her daughter into a slumber, where she slept for hundreds of years before wakening. After leaving Hana in the hands of Shuuya and Fuyumi, Saki returned to aid Minoru in fighting Rido. By the time she returned, Rido was already preparing to finish off Minoru. In effort to save him, Saki attacked Rido herself, but Rido easily overpowered the both of them, resulting in their deaths. With Minoru and Saki dead, the Kojima lined 'ended'.

## Members

* Masaru Kojima
* Minoru Kojima
* Saki Kojima
* Hana Kojima
2023 WGI Percussion Long Beach Regional

CWinter Percussion regional event for the WGI Percussion 2023 Season

## Results

2. 92.100 - RCC
3. 86.700 - Dark Sky Percussion
4. 86.550 - POW Percussion
5. 86.300 - Thesis
6. 84.675 - Flux Indoor Percussion
7. 84.650 - Broken City
8. 83.600 - Red Wave Indoor
9. 83.350 - Gold Indoor Percussion
10. 79.450 - Vessel Indoor Percussion
2. 93.300 - RCC
3. 92.500 - Broken City
4. 88.550 - POW Percussion
5. 86.950 - Thesis
6. 86.875 - Dark Sky Percussion
7. 84.350 - Flux Indoor Percussion
8. 84.100 - Red Wave Indoor
9. 82.750 - Gold Indoor Percussion
 **PSW**1. 92.500 - Chino Hills HS (CA)
2. 90.600 - Ayala HS (CA)
3. 90.150 - Arcadia HS (CA)
4. 87.050 - Etiwanda HS (CA)
5. 84.750 - Clovis HS (CA)
6. 84.200 - Homestead HS (CA)
7. 83.200 - Gahr HS (CA)
8. 82.150 - Great Oak HS (CA)
9. 80.450 - West Ranch HS (CA)
2. 92.375 - Ayala HS (CA)
3. 90.850 - Arcadia HS (CA)
4. 89.950 - Etiwanda HS (CA)
5. 87.600 - Clovis HS (CA)
6. 85.600 - Homestead HS (CA)
7. 84.350 - Great Oak HS (CA)
8. 83.650 - Gahr HS (CA)
 **PSCW**1. 89.100 - Ayala HS (CA)
2. 88.300 - West Ranch HS (CA)
3. 87.900 - Woodbridge HS (CA)
2. 88.900 - West Ranch HS (CA)
 **PIO**1. 90.200 - Meraki
2. 85.800 - Bakersfield College
3. 85.750 - Vision Percussion
4. 84.600 - Breakthrough Indoor Percussion
5. 81.000 - Elan Percussion
6. 77.850 - Sac State Indoor
7. 77.050 - Instinct
2. 90.200 - Bakersfield College
3. 87.250 - Vision Percussion
4. 82.500 - Breakthrough Indoor Percussion
 **PSO**1. 86.500 - Fountain Valley HS (CA)
2. 86.100 - La Quinto HS (CA)
3. 85.650 - Clovis West HS (CA)
4. 82.950 - Foothill HS (NV)
5. 81.250 - Liberty HS (CA)
6. 80.550 - Mission Hills HS (CA)
7. 78.850 - La Canada HS (CA)
8. 77.650 - Casa Grande HS (AZ)
9. 77.500 - Stockdale HS (CA)
10. 76.200 - Lone Peak HS (UT)
2. 86.350 - Clovis West HS (CA)
3. 85.900 - La Quinto HS (CA)
4. 82.600 - Foothill HS (NV)
5. 77.750 - Mission Hills HS (CA)
6. 77.550 - La Canada HS (CA)
7. 74650 - Casa Grande HS (AZ)
 **PSCO**1. 89.000 - Corona del Sol HS (AZ)
2. 87.650 - Notre Dame HS (CA)
 **PIA**1. 79.300 - Rift Percussion
2. 77.650 - Pace Percussion Ensemble
3. 75.350 - Cornerstone Percussion
2. 81.300 - Pace Percussion Ensemble
 **PSA**1. 88.500 - Arbor View HS (NV)
2. 81.050 - Laguna Creek HS (CA)
3. 80.550 - Williams Field HS (AZ)
4. 79.250 - Gilbert HS (AZ)
5. 76.300 - Carlsbad HS (CA)
6. 75.600 - Pleasant Grove HS (UT)
7. 75.400 - Selma HS (CA)
8. 72.800 - Higley HS (AZ)
9. 69.500 - San Marcos HS (CA)
10. 68.750 - Dorothy McElhinney MS (CA)
11. 61.700 - Perry HS (AZ)
2. 85.250 - Williams Field HS (AZ)
3. 84.200 - Laguna Creek HS (CA)
4. 81.000 - Carlsbad HS (CA)
5. 80.350 - Gilbert HS (AZ)
 **PSCA**1. 78.600 - Williams Field HS (CA)
2. 74.700 - Bloomington HS (CA)
2. 83.000 - Williams Field HS (CA) - tie
Ketsueki no teikō

**Kanji**
 **Romanji**
 **English TV**
 **Classification**
 **Type**
 **Users**

Ketsueki no teikō, or *Resistance of the Blood*, is a natural resistance to disease and poisons. The cause is one of the components that make up the blood on the cellular level, though it hasn't been determined what component that is.

An added effect is that their blood also allows them to heal faster than other people. The healing rate is one fourth quicker than the average person.

If a person were to ingest the blood, it would have the same effect. But the effects of the blood would be dulled. The same thing would happen if the blood was applied to a wound.

The blood is most effective when in the body of the one born with it. Extracting the blood causes it to lose some of its effectiveness. It is thought to be a reaction when the blood is exposed to air.

It can be passed down from parent to child, but the percentage is higher for it to be passed down if the mother is the one who possesses it.

There are not many left alive with this blood since it was heavily sought after. Most were drained of their blood and disposed of once they weren't of use any more.
Hiyori Hyūga

Hiyori Hyūga (日向日和, *Hyūga Hiyori*) is a member of Konohagakure's Hyūga clan and a Jōnin level kunoichi.

## Abilities

### Byakugan

As a Hyūga, Hiyori possesses the Byakugan, which grants her a near 360° field of x-ray vision (with the exception of a small blind spot) and the ability to see the chakra pathway system.

### Taijutsu

Using her Byakugan, Hiyori is able to use the Gentle Fist to inject chakra into an opponent's tenketsu, causing severe internal trauma with minimal contact.

### Ninjutsu

Hiyori has a decent level of medical knowledge, and is able to use medical ninjutsu, having used the Mystical Palm Technique to heal injured allies.

## Part I

### Search for Tsunade

Hiyori was seen at Tsunade's inauguration ceremony as the Fifth Hokage, standing behind Hiashi, Neji and Hanabi.

## Trivia

* According to the databook(s):
	+ Hiyori's hobbies are reading, origami and training.
	+ Hiyori wishes to fight Tokuma Hyūga and Neji Hyūga.
	+ Hiyori's favorite foods are miso ramen with lots of pork, while her least favorites are anything bitter.
	+ Hiyori has completed 81 official missions in total: 33 D-rank, 26 C-rank, 14 B-rank, 6 A-rank, 2 S-rank.
	+ Hiyori's favorite word is "help" (助けて, *Tasukete*).

## Quotes

* (To Neji) *"You will feel freedom, Neji. One day, you will be free from your cage and you will soar."*
* (To Neji's grave) *"Didn't I tell you? That one day you would feel freedom."*

## Notes

* Character © Criala
* Picture made with this Rinmaru Doll Maker
* Stat wheel picture made by KusaNin