User:System86/Sin/doc

Implements the mathematical sine function, from an input in radians. Implemented with the #expr parser function.

This template is now deprecated: historically, the trigonometric functions were not supported natively, and this template used a limited development (still visible in its history). Now you should use the supported function sin(radians) directly within the expression argument of the   parser template (this template now uses it).

For the value of pi, you can also use now "pi" within #expr (historically, you had to provide a numeric constant value in expressions).


 * Usage :
 *  

 • O • 0 • π/12 • π/6 • π/4 • π/3 • 5π/12 <div style="position:absolute;left:px;bottom:px">• π/2 <div style="position:absolute;left:px;bottom:px">• 7π/12 <div style="position:absolute;left:px;bottom:px">• 2π/3 <div style="position:absolute;left:px;bottom:px">• 3π/4 <div style="position:absolute;left:px;bottom:px">• 5π/6 <div style="position:absolute;left:px;bottom:px">• 11π/12 <div style="position:absolute;left:px;bottom:px">• π <div style="position:absolute;left:px;bottom:px">• 13π/12 <div style="position:absolute;left:px;bottom:px">• 7π/6 <div style="position:absolute;left:px;bottom:px">• 5π/4 <div style="position:absolute;left:px;bottom:px">• 4π/3 <div style="position:absolute;left:px;bottom:px">• 17π/12 <div style="position:absolute;left:px;bottom:px">• 3π/2 <div style="position:absolute;left:px;bottom:px">• 19π/12 <div style="position:absolute;left:px;bottom:px">• 5π/3 <div style="position:absolute;left:px;bottom:px">• 7π/4 <div style="position:absolute;left:px;bottom:px">• 11π/6 <div style="position:absolute;left:px;bottom:px">• 23π/12
 * Examples :
 * <tt>sin(- π )</tt> =
 * <tt>sin(-5π/6)</tt> =
 * <tt>sin(-3π/4)</tt> =
 * <tt>sin(-2π/3)</tt> =
 * <tt>sin(- π/2)</tt> =
 * <tt>sin(- π/3)</tt> =
 * <tt>sin(- π/4)</tt> =
 * <tt>sin(- π/6)</tt> =
 * <tt>sin( 0  )</tt> =
 * <tt>sin( π/6)</tt> =
 * <tt>sin( π/4)</tt> =
 * <tt>sin( π/3)</tt> =
 * <tt>sin( π/2)</tt> =
 * <tt>sin( 2π/3)</tt> =
 * <tt>sin( 3π/4)</tt> =
 * <tt>sin( 5π/6)</tt> =
 * <tt>sin( π  )</tt> =
 * <tt>sin( 3π/2)</tt> =
 * <tt>sin( 2π )</tt> =
 * <tt>sin( 5π/2)</tt> =
 * <tt>sin( 3π )</tt> =
 * <tt>sin( 7π/2)</tt> =
 * <tt>sin( 4π )</tt> =
 * More complex example:
 * See also :
 * Template:Cos