OpenLLM-France/wikimedia huggingface dataset:
# Using Firefox/Creating an extension
## Introduction

This tutorial will explain step by step how to deploy an extension for Firefox 3. In this way the reader could implement in a easy way extensions that let personalize their version of Firefox, taking care about the compatibilities with Firefox 3.0*.
The first chapter gives a brief introduction to the extensions for Firefox. Then it will discuss some items that the developer must have considered about the compatibilities.
The second chapter starts to describe step by step how to deploy the extension and then, the last chapter will explain hoy to make the install file and how to install it.

## Extensions for Firefox 3.0.*

This chapter will introduce the topic of what are the extensions and what functionalities they give. And for last the topic of compatibility.

### What are the extensions?

An extension is a new functionality that is integrated to Firefox. These one can be deployed independent from the browser and from the platform. So we can say that extensions let users to bring new features, functionalities and behaviors to the browser.
The extensions are not the same as plug-ins. A plug-in allows for the viewing of web content that the browser cannot show by itself, for example: pdf, flash, sounds and videos.

### Compatibility with Firefox 3.0.*

Some functions of JavaScript are not longer supported in the new releases of Firefox, especially over versions 3.p.*. Also the structures of the manifest files and the reference to the browes.xul have been changed. It is important to know about that changes, if not the extension could be incompatible with the last versions of Firefox. Other items to consider are the Managers that Firefox implements (ex, loginManager). These have been suffered changes too. For more information: Updating....

## Start creating an extension.

The next chapter describes step by step how to develop simple extensions. It’ll specify the folders that must be created, the structure that must follow the type of files and the root folder.

### Structure of folders

There is an obligatory structure that the folders must carry out. This structure defines the names of the folders, the hierarchical structure, the type of files of each folder and the place where these folders and files should be stored for bean recognized for Firefox.

### Root folder

Al the beginning we must create a folder with the name of the extension. This name must be unique and match the name defined in the installation file. There are two ways of naming the root folder of an extension.
As mentioned, this name must be unique, so the first alternative is to generate a GUID identifier for it. In windows you can use the guidgen command and in Linux the uuidgen command. For example, you can generate this {1ca6f699-f8f3-479b-983b-20775f09f755}. The second alternative is to create a name with e-mail format. Is not recommendable to use a personal e-mail, only should have the same format. For example, we can call our extension like myextension@somedomain.
Inside the root folder we'll create the structure corresponding to the extension.
# Using Firefox/Developers
## Extension Development

The most comprehensive site for Extension development is at the Mozillazine Knowledge Base found here. Other helpful tools include the DOM Inspector included in Firefox and the JavaScript console.
Firefox is especially developer-friendly. It allows even the most casual web developer to crib useful HTML techniques from most any website they visit, and offers a host of other features for more serious users.

## Source viewing

Perhaps the most-used development feature is the ability to highlight images and text in any website, and choose to view source from a drop-down menu. When this feature is used, Firefox displays the HTML source that was used to generate the highlighted content.
For instance, highlighting the above paragraph and section heading, right clicking, and choosing "View Selection Source", will display the following in a new window:
Combining this technique with a good markup language reference source, such as the Wikibook HTML Programming, will allow you to learn from every new website you visit.
# The Legend of Zelda: Oracle of Seasons/Golden Monsters
## The Golden Sage

* Location: North Horon
* Season: summer (chapter 3)
It is said that a mysterious gold-cloaked sage resides somewhere in Holodrum, and has made the monsters appear. He eagerly awaits a person worthy of his treasure, and knows when each of his monsters have been slain. If you feel up to his challenge, then it's time to hunt the Golden Beasts!
Just north of Horon village, go to the nearby tree stump and change the season to summer. Then go all the way west to the island where the first dungeon was. Go south (instead of going in the dungeon) and enter the small cave: the Golden Sage will give you the quest!

## Golden Octorok

* Location: Spool Swamp (chapter 3)
* Season: summer
Enter the far southwestern corner of Spool Swamp to find the first Golden Beast, the Golden Octorok, an Octorok that shoots chunks of pure gold. This one will be rather tricky to defeat, because you can't knock it down a hole. Instead, you must tackle it the hard way with your sword.

## Golden Moblin

* Location: South of Sunken City
* Season: autumn (chapter 5)
Use the Gale Seeds and head to Sunken City and head south back over to the entrance of Snakes Remains and change the season to autumn (if you don't have the flippers, you must enter Snakes Remains to make it autumn). You'll find a Moblin has appeared, except he's gold! He is one of the four Golden Beasts.
It will take a lot of sword strikes to defeat him. When you do, he will disappear for good. Now, for the next one!

## Golden Lynel

* Location: Tarm Ruins (chapter 6)
* Season: winter
Can be found in Tarm Ruins during Winter. As with the previous ones, using the boomerang will make this a relatively easy battle.

## Golden Darknut

* Location: Western Coast (chapter 7)
* Season: spring
This monster can be found east of the Heroes Cave. You must have the pirate ship "parked" in between the two bridge parts to be able to get to the stump.
After you've killed all four of the Golden Beasts, head back to #The Golden Sage to collect your reward, the Red Ring, a ring that doubles sword damage without decreasing Link's defense.
# The Legend of Zelda: Oracle of Seasons/Onox's Castle
## Northern Peak

After the Maku Tree gives Link the Maku seed, the hero can access the Northern Peak, that is just west from the Temple Remains.

## Onox' castle

There are four exits from every room, but only one allows to proceed. Link has to defeat all enemies in the room and then take the north exit, or he'll be sent back to the entrance.

## BOSS: Onox

* Phase 1: Onox in soly vulnerable to charged spin attacks.
* Phase 2: use the Rod of Seasons to temporarily knock Din's crystal away, then slash Onox as before.
* Phase 3: Onox turns into a dragon! Equip the Roc's cape; jump on the hands, then jump and slash at the gem on Onox's forehead.
# Structural Biochemistry/Third law
## Introduction

The Third Law of Thermodynamics is a physical law regarding the role of entropy in nature. This law, along with the first two Laws of Thermodynamics are absolute, in that everything in the observable universe obeys these laws and, like time and gravity, nothing is exempt from them. The Third Law of Thermodynamics states that:
    "As a system approaches absolute zero, all processes cease and the entropy of the system approaches a minimum value."
This minimum value, however, is not necessarily zero, although it is almost always zero in a perfect, pure crystalline substance. A perfect, pure crystal is one where the atomic and molecular arrangement is perfectly symmetrical and evenly distributed throughout the substance, and where each molecule is identical to one another. On the Kelvin scale, zero degrees Kelvin is the lowest mathematically possible temperature in the universe, corresponding to about -273.15° Celsius or -459.7 Fahrenheit.
In actuality, it is impossible for any real system to reach absolute zero, in part due to the Second Law of Thermodynamics, which says that heat transfer cannot occur spontaneously from a colder body to a hotter body. Thus, any system must draw energy from nearby systems as the system approaches absolute zero. Because it must draw energy, obtaining absolute zero is physically impossible and is a mathematical limit of the universe.

## Entropy

As a result of the Third Law of Thermodynamics, the concept that the entropy of a system, ΔS, reaches a constant (or 0 Kelvin for a perfect crystal) at a temperature of absolute zero is introduced. This is important because it provides a bottom foundation from which entropy can be measured. For any isothermal process that involves only substances in internal equilibrium, the entropy change goes to zero as the temperature approaches zero. Entropy quantifies the disorder of a system and is used to predict how a system will spontaneously change. Since entropy is proportional to the temperature of a system, once the temperature reaches its lowest point (absolute zero), the entropy, too, approaches zero. This idea can be visualized by drawing an example from water. Water at its most physically free state, water vapor, is fairly unaffected by intermolecular forces, and thus the molecules move and disperse freely and randomly throughout the atmosphere. Water in this form has very high entropy (randomness). As the temperature drops below 100° C and the gas condenses into liquid, the intermolecular forces come into play to a larger degree and thus the molecules move less freely. Water in this form has lost some entropy. As the liquid water approaches 0° C and freezes into solid ice, the intermolecular forces become extremely strong and the molecules can no longer move freely, but can only vibrate within the ice crystals. The entropy in this form is extremely low. As the water is cooled more and the temperature becomes closer and closer to absolute zero, the molecules would completely cease motion and the entropy at this state would have zero entropy.
# Structural Biochemistry/Thermodynamics
## Introduction

Thermodynamics is the study of energy and its interconversion. It is the branch of physics that studies temperature, heat, and other macroscopic properties.
The science of thermodynamics began in the nineteenth century with the need to describe the operation of steam engines and to set limits of what they were capable of doing. Thus, the name itself denotes the power developed from heat, which used the steam engine as the initial example. Observations of engines were then generalized, which later became the first and second law of thermodynamics.
Thermodynamics also limit a cell's growth to a narrow temperature range. So, the heat increases the molecular movement within the proteins. The species grows within a specific thermal range since its proteins have evolved to endure that range. Proteins tend to denature or function very slow for growth if it is outside the range. [Microbiology]
In chemistry, thermodynamics predicts the spontaneity of a process rather than the kinetics of the process. It takes into account only the final and the initial states and does not require knowledge of the pathway between reactants and products. It is a state function. It is the study of heat in chemical reactions and the change of physical state in correspondence to the laws of thermodynamics.
A system defines the parameters of an object or a process that is being studied and everything else in this universe is considered the "surrounding." A system is considered to be in thermodynamics in equilibrium with another system, if both the systems have the same temperature. These two things are separated by this boundary that maybe imaginative. There are four main types of boundaries: fixed, real, movable, and imaginary This provides a volume for the system in which things such as work, heat, and matter between the system and the surroundings can be studied upon. .
The principles of thermodynamics are incorporated into the three basic laws. As an old joke summarizes them, the first law says you can't win, the second law says you can't break even and the third law says you can't leave the game.

## Reference

1. Zumdahl, Chemistry Seventh Edition
2.Smith, J.M. (2005). Introduction to Chemical Engineering Thermodynamics. McGraw Hill. ISBN 978-007-127055-7. {{cite book}}: Text "coauthors+ H.C. Van Ness, M.M. Abbott" ignored (help)
# Structural Biochemistry/The activities of the cloning enzymes

1. Ligases are used to join nucleic acid segments, especially when one is cloning a DNA fragment into the vector DNA.
2. Phosphatases remove the 5′-phosphate from nucleic acid strands. This prevents vector downgrading, which would reduce the number of background colonies as well as producing substrate to which a kinase can attach a new radio-labeled phosphate.
3. Kinases add new phosphate groups to nucleic acids. This is usually done in order to label the nucleic acid fragments or the synthetically made oligonucleotide.
4. RecA Protein and AgarACE® Enzyme are used primarily to protect in certain cloning procedures or facilitate the nucleic acid purification. The E. coli RecA Protein is able to facilitate the pairing of homologous DNA sequences. AgarACE® Enzyme is a patented agarose-lysing enzyme produced for the harvest of DNA from agarose gels.
# Structural Biochemistry/The Signal Recognition Particle System in E. coli

The signal recognition particle (SRP) system, which contains the SRP and its receptor, plays a major role in targeting of ribosomes and IMP-encoding transcripts to the endoplasmic reticulum of eukaryotes and the cytoplasmic membrane of bacteria.
There are 3 essential components of the SRP system in E. coli:
* The SRP protein – Ffh
* The SRP receptor – FtsY
* A small stable 4.5S RNA
The roles of SRP system in E. coli is related to the biosynthesis of IMPs:
* SPR-mediated ribosome targeting (S-MRT)
* SRP receptor-mediated ribosome targeting (SR-MRT)
1. S-MRT is based mainly on in vitro studies with purified components, has 2 stages:
2. SR-MRT is based mainly on in vivo studies, has 3 stages:
Both of the models require RNCs, SRP, and SRP receptor to form a complex on the membrane, transfer RNC to the translocon. However, SR-MRT differs from S-MRT by the additional targeting stages:
Ribosome targeting:
| In vitro | In vivo |
| The E. coli SRP can interact with ribosomes and RNCs in aqueous solution and in the cytoplasm. The ribosome-SRP interaction does not rule out the possibility that the same interaction may occur between membrane-associated SRP and membrane-bound ribosomes translating IMPs. Preformed soluble RNC-SRP complexes can target the membrane-bound SRP receptor. | The E. coli SRP can interact with ribosomes and RNCs in aqueous solution and in the cytoplasm. The interactions between the SRP and cytosolic ribosome play role as a quality control mechanism to prevent premature synthesis of IMPs in the E. coli cytosol. SRP may not be required for ribosome targeting. |
mRNA targeting:
IMP-encoding transcripts in E. coli are targeted to the membrane in a translation-independent manner.
The uracil-bias is an evolutionarily ancient feature of IMP-encoding mRNAs.
Uracil-richness is required for mRNA targeting to the membrane.
# Traditional Chinese Medicine/Herbs that Clear Heat

Taste & Temperature | Herbs that Release the Exterior | Herbs that Clear Heat | Herbs That Clear Damp |

## Qing Re Yao (Herbs That Clear Heat)

* Most Qing Re Yao clear both External & Internal Heat
* External Heat can get into the body and transform into Internal Heat
* Herbs that clear heat generally have antibiotic actions
* Qing Re Yao are contraindicated for weak Spleen or Stomach

## 6 Subcategories of Herbs That Clear Heat

* Qing Re Xia Huo (Clear Heat, Purge Fire) - for Qi level
* Qing Re Liang Xue (Clear Heat, Cool Blood) - heat in Wei & Qi level
* Qing Re Chu Shi (Clear Heat, Dry Damp)
* Qing Re Jie Du (Clear Heat, Reduce Toxin) - TCM antibiotic
* Qing Re Hu Rei (Clear Summer Heat)
* Clear False Heat

## External Evil

External Evil can invade 4 levels, where the Wei Level is the least serious, and the Xue Level is the most serious level:
* Wei Level (卫分证) Defensive Level
* Qi Level (气分证) Energy Level
* Ying Level (营分证) Nutritive Level
* Xue Level (血分证) Blood Level
TCM | Pulse | TCM Terms | Acupuncture | Formula Design | Single Herbs | Usage Of Herbs | Prescriptions | Usage Of Prescriptions | Sources | Materia Medica | Interactions |
Glossaries
# Traditional Chinese Medicine/Harmonizing Prescriptions

Harmonizing prescriptions have been classified as follows:

## Shao Yang Harmonizing Prescriptions

* Xiao Chai Hu Tang (Minor Bupleurum Decoction)
** Chai Hu Zhi Jie Tang (Bupleurum, Bitter Orange, and Platycodon Decoction)
** Chai Hu Jie Du Tang (Bupleurum Decoction to Relieve Toxicity)
* Chai Hu Gui Zhi Tang (Bupleurum and Cinnamon Twig Decoction)
* Chai Ling Tang (Buplenrum and Poria Decoction)
* Chai Xian Tang (Bupleurum Decoction to Raise the Sunken)
* Hao Qin Qing Dan Tang (Artemisia Annua and Scutellatia Decoction to Clear the Gallbladder)
* Chai Hu Da Yuan Yin (Bupleurum Decoction to Reach the Membrane Source)
** Da Yuan Yin (Reach the Membrane Source Decoction)
** Qing Pi Yin (Clear the Spleen Decoction)

## Liver And Spleen Harmonizing Prescriptions

* Si Ni San (Frigid Extremities Powder)
** Zhi Shi Shao Yao San (Immature Bitter Orange and Peony Powder)
* Chai Hu Shu Gan San (Bupleurum Powder to Spread the Liver)
* Shu Gan Tang (Spread the Liver Decoction)
* Chai Hu Qing Gan Tang (Bupleurum Decoction to Clear the Liver)
** Chai Hu Qing Gan Tang (Bupleurum Decoction to Clear the Liver)
** Zhi Zi Qing Gan Tang (Gardenia Decoction to Clear the Liver)
* Yi Gan San (Restrain the Liver Powder)
* Xiao Yao San (Rambling Powder)
** Hei Xiao Yao San (Black Rambling Powder)
* Jia Wei Xiao Yao San (Augmented Rambling Powder)
** Shi Wei Xiao Yao San (Ten-Ingredient Rambling Powder)
* Tong Xie Yao Fang (Important Formula for Painful Diarrhea)

## Intestines And Stomach Harmonizing Prescriptions

* Ban Xia Xie Xin Tang (Pinellia Decoction to Drain the Epigastrium)
* Sheng Jiang Xie Xin Tang (Fresh Ginger Decoction to Drain the Epigastrium)
* Gan Cao Xie Xin Tang (Licorice Decoction to Drain the Epigastrium)
* Huang Lian Tang (Coptis Decoction)
back to:
* Classification Of Prescriptions
Reference: John K Chen and Tina Chen: "Chinese Herbal Formulas and Applications". Art of Medicine Press Inc. 2009. ISBN-10: 0-9740635-7-6
# Traditional Chinese Medicine/Herbs that Release the Exterior

Taste & Temperature | Herbs that Release the Exterior | Herbs that Clear Heat | Herbs That Clear Damp |
Xin Wen Jie Biao - Spicy, Warm herbs that Release the Exterior
Xin Liang Jie Biao - Spicy, Cool herbs that Release the Exterior
General Actions & Indications of Herbs that Release the Exterior:
* expel external evil
* most go along the Lu (Lung) & UB (Urinary Bladder) meridians
* upper back/neck cold (warming herbs)
* catches cold, nose runs (Lu), sneezing (Lu)
* Spicy Promotes Sweating
* vents external evil
* too much sweating weakens body
* releases body aches
* floating pulse
* diuretic, good for edema
* treat wind-damp
* good for wheezing
Different Seasons cause different conditions:
* Winter (Wind-Cold)
* Spring (Wind-Cold/Wind-Heat)
* Summer (Damp-Heat)
* Autumn (Dry)
General Contraindications:
General Caution:
* Yin deficiency
* Blood deficiency
* chronic skin infection
back to: TCM Materia Medica
# Traditional Chinese Medicine/Head And Neck Acupuncture Points

Lung Meridian | Large Intestine Meridian | Stomach Meridian | Spleen Meridian | Heart Meridian | Small Intestine Meridian | Urinary Bladder Meridian | Kidney Meridian | Pericardium Meridian | San Jiao Meridian | Gallbladder Meridian | Liver Meridian | Ren Mai | Du Mai | Head And Neck Acupuncture Points | Chest And Abdomen Acupuncture Points | Back Acupuncture Points | Upper Extremities Acupuncture Points | Lower Extremities Acupuncture Points
The acupuncture points of the Head and Neck (头颈穴) include:
| Chinese Name | Pinyin | Acupoint |
| 四神聪 | sì shén cōng | EX-HN1 |
| 当阳 | dāng yáng | EX-HN2 |
| 印堂 | yìn táng | EX-HN3 |
| 鱼腰 | yú yāo | EX-HN4 |
| 太阳 | tài yáng | EX-HN5 |
| 耳尖 | ěr jiān | EX-HN6 |
| 球后 | qiú hòu | EX-HN7 |
| 上迎香 | shàng yíng xiāng | EX-HN8 |
| 内迎香 | nèi yíng xiāng | EX-HN9 |
| 聚泉 | jù quán | EX-HN10 |
| 海泉 | hǎi quán | EX-HN11 |
| 金津 | jīn jīn | EX-HN12 |
| 玉液 | yù yè | EX-HN13 |
| 翳明 | yì míng | EX-HN14 |
| 颈百劳 | jǐng bǎi láo | EX-HN15 |
back to: Acupuncture
# Traditional Chinese Medicine/Heart Meridian

Lung Meridian | Large Intestine Meridian | Stomach Meridian | Spleen Meridian | Heart Meridian | Small Intestine Meridian | Urinary Bladder Meridian | Kidney Meridian | Pericardium Meridian | San Jiao Meridian | Gallbladder Meridian | Liver Meridian | Ren Mai | Du Mai | Head And Neck Acupuncture Points | Chest And Abdomen Acupuncture Points | Back Acupuncture Points | Upper Extremities Acupuncture Points | Lower Extremities Acupuncture Points
The acupuncture points of the Heart Meridian (手少阴心经) include:
| Chinese Name | Pinyin | Acupoint |
| 极泉 | jí quán | HT 1 |
| 青灵 | qīng líng | HT 2 |
| 少海 | shào hǎi | HT 3 |
| 灵道 | líng dào | HT 4 |
| 通里 | tōng lǐ | HT 5 |
| 阴郄 | yīn xì | HT 6 |
| 神门 | shén mén | HT 7 |
| 少府 | shào fǔ | HT 8 |
| 少冲 | shào chōng | HT 9 |
back to:
# Traditional Chinese Medicine/Hu Qian Wan

The formula Hu Qian Wan, designed to nourish yin to reduce fire and strengthen the tendons and bones, consists of the following:
| No. | Pinyin | Simplified Chinese | Grams |
| 1 | Huang Bai | 黄柏(黄檗) | 9 |
| 2 | Gui Ban | 龟板 | 12 |
| 3 | Zhi Mu | 知母 | 9 |
| 4 | Shu Di Huang | 熟地黄 | 12 |
| 5 | Chen Pi | 陈皮 | 6 |
| 5 | Chang Pu | 菖蒲 | 6 |
| 6 | Bai Shao Yao | 白芍药 | 6 |
| 7 | Suo Yang | 锁阳 | 6 |
| 8 | Lu Jiao Jiao | 鹿角胶 | 6 |
| 9 | Gan Jiang | 干姜 | 1.5 |
# Traditional Chinese Medicine/Harmonizing The Liver And Spleen

* Dang Gui Shao Yao San
* Dang Gui Shao Yao San Jia Fu Zi
* Wei Feng San
* Si Ni San
* Xiao Yao San
* Jia Wei Xiao Yao San
* Jia Wei Xiao Yao San He Si Wu Tang
* Zi Yin Zhi Bao Tang
* Tong Xie Yao Fang
* Yi Gan San
* Yi Gan San Jia Chen Pi Ban Xia Gou Teng San
* Shao Yao Gan Cao Tang
* Shao Yao Gan Cao Fu Zi Tang
* Chai Shao Liu Jun Tang
back to :
# Trainz/Basics

Idea for this page:
    this page is intended to be an introduction to how Trainz parts go together and work together for the new user. Synopsis forms of how to load, launch, select a route and so on.
This page is a redirect from a Wikibooks Trainz page which either has been moved, or renamed, or a colloquial term or abbreviation with coverage on the targeted page receiving redirected links.
# Trainz/Appendices

Back to the Top
| ← Prev Trainz Asset Maintenance and Creation | ↑ Trainz Main TOC — Notations ↓ | Content Creation, references Next → |
Glossary :
HKeys-CM :
HKeys-DVR :
HKeys-SUR :
HKeys-WIN :
Mouse use :
Notations :
    Note some of the pages listed here are on dated topics or otherwise deal with defunct or obsolete Trainz Utilities we are pleased to maintain information about for historical reasons, and because all Trainz releases have their legions of loyal fans who maintain such releases in an active state.