Help:Standard article

This is a guideline. Please use it for creating articles in this wiki.

Introduction

The aim of this guideline is to provide ways to standardize articles in this wiki. Every article should abide to the general structure below (in wiki code):

Introduction

==Lead section #1==
This is the lead section of the article.

===Subsection #1.1===
This is a subsection of the article.

====Subsection #1.2====
This is a sub-subsection of the article.

==Lead section #2==
This is the lead section of the article.

===Subsection #2.1===
This is a subsection of the article.

====Subsection #2.2====
This is a sub-subsection of the article.

==See also==
See also section.

==Notes and references==
Notes and references section.

==External links==
External links section.

Style guideline

Introduction

Every article should start with a summary of the topic detailed in the article. This is the very first thing to be written before any section.

Example:

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'''Joint stereo''' coding methods try to increase the coding efficiency when encoding stereo signals by exploiting commonalties between the left and right channel signal.	Joint stereo coding methods try to increase the coding efficiency when encoding stereo signals by exploiting commonalties between the left and right channel signal.

Lead sections

An article may have any number or lead sections. Within these sections you should put any relevant information about the section topic including pictures, media files, formulas etc.

Example:

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==History==
LAME development began around mid-1998. Mike Cheng started it as a patch against the 8hz-MP3 encoder sources. After some quality concerns raised by others, he decided to start from scratch based on the dist10 sources. That branch (a patch against the reference sources) became LAME 2.0, and only on LAME 3.81 they got rid of all dist10 code, making LAME a completely new program-not a mere patch of an existing encoder.
The project quickly became a team effort. Mike Cheng eventually left leadership and started working on tooLAME, an MP2 encoder. Mark Taylor became leader and released version 3.0 featuring gpsycho, a new psychoacoustic model developed by him.
Nowadays LAME is considered the best MP3 encoder at mid-high bitrates and features the best VBR model among MP3 implementations, mostly thanks to the dedicated work of talented developers like Takehiro Tominaga, Naoki Shibata, Darin Morrison, Gabriel Bouvigne, Robert Hegemann, etc. And development is still going on...

History

LAME development began around mid-1998. Mike Cheng started it as a patch against the 8hz-MP3 encoder sources. After some quality concerns raised by others, he decided to start from scratch based on the dist10 sources. That branch (a patch against the reference sources) became LAME 2.0, and only on LAME 3.81 they got rid of all dist10 code, making LAME a completely new program-not a mere patch of an existing encoder.

The project quickly became a team effort. Mike Cheng eventually left leadership and started working on tooLAME, an MP2 encoder. Mark Taylor became leader and released version 3.0 featuring gpsycho, a new psychoacoustic model developed by him.

Nowadays LAME is considered the best MP3 encoder at mid-high bitrates and features the best VBR model among MP3 implementations, mostly thanks to the dedicated work of talented developers like Takehiro Tominaga, Naoki Shibata, Darin Morrison, Gabriel Bouvigne, Robert Hegemann, etc. And development is still going on...

Subsections

Use subsections whenever necessary to make information easily readable.

Example:

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==Recommended encoder settings==
This section describes the Hydrogenaudio recommended settings to be used with LAME for highest quality MP3 encoding.
These settings require LAME 3.94 or later. LAME 3.97beta3 is the recommended version.
Avoid using alpha (a) versions of LAME. More often than not those are exclusively for testing purposes. Use them only if you want to help developers with feedback.
(...)
===VBR (variable bitrate) settings===
'''[[VBR]]:''' ''variable bitrate mode. Use variable bitrate modes when the goal is to achieve a fixed level of quality using the lowest possible bitrate.''
VBR is best used to target a specific quality level, instead of a specific bitrate. The final file size of a VBR encode is less predictable than with ABR, but the quality is usually better.

Recommended encoder settings

This section describes the Hydrogenaudio recommended settings to be used with LAME for highest quality MP3 encoding.

These settings require LAME 3.94 or later. LAME 3.97beta3 is the recommended version.

Avoid using alpha (a) versions of LAME. More often than not those are exclusively for testing purposes. Use them only if you want to help developers with feedback.

(...)

VBR (variable bitrate) settings

VBR: variable bitrate mode. Use variable bitrate modes when the goal is to achieve a fixed level of quality using the lowest possible bitrate.

VBR is best used to target a specific quality level, instead of a specific bitrate. The final file size of a VBR encode is less predictable than with ABR, but the quality is usually better.

Notes and references

MCSE Exam 70-215, Microsoft Windows 2000 Server. Chapter 1, Introduction to Microsoft Windows 2000, pg 7-18.
Inside NT's Object Manager. Introduction.

Credits

written by user - High Quality Audio guides

External links

Include here any external links that are directly or indirectly related to the article being written. It must be a bulleted list.

Example:

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==External links==
* [http://www.hydrogenaudio.org/forums/index.php Hydrogenaudio]
* [http://en.wikipedia.org/wiki/ASCII ASCII]

External links