--- a/website/src/m.html.luan	Mon May 09 23:30:25 2022 -0600
+++ b/website/src/m.html.luan	Tue May 10 17:04:24 2022 -0600
@@ -3061,6 +3061,279 @@
 					}
 				}
 			}
+			math_lib = {
+				title = "Mathematical Functions"
+				content = function()
+%>
+<p>
+Include this library by:
+</p>
+<pre>
+	local Math = require "luan:Math.luan"
+</pre>
+
+<p>
+This library provides basic mathematical functions.
+It provides all its functions and constants inside the table <code>Math</code>.
+</p>
+<%
+				end
+				subs = {
+					["Math.abs"] = {
+						title = "<code>Math.abs (x)</code>"
+						content = function()
+%>
+<p>
+Returns the absolute value of <code>x</code>.
+</p>
+<%
+						end
+					}
+					["Math.acos"] = {
+						title = "<code>Math.acos (x)</code>"
+						content = function()
+%>
+<p>
+Returns the arc cosine of <code>x</code> (in radians).
+</p>
+<%
+						end
+					}
+					["Math.asin"] = {
+						title = "<code>Math.asin (x)</code>"
+						content = function()
+%>
+<p>
+Returns the arc sine of <code>x</code> (in radians).
+</p>
+<%
+						end
+					}
+					["Math.atan"] = {
+						title = "<code>Math.atan (y, x)</code>"
+						content = function()
+%>
+<p>
+Returns the arc tangent of <code>y/x</code> (in radians),
+but uses the signs of both parameters to find the
+quadrant of the result.
+(It also handles correctly the case of <code>x</code> being zero.)
+</p>
+<%
+						end
+					}
+					["Math.ceil"] = {
+						title = "<code>Math.ceil (x)</code>"
+						content = function()
+%>
+<p>
+Returns the smallest integral value larger than or equal to <code>x</code>.
+</p>
+<%
+						end
+					}
+					["Math.cos"] = {
+						title = "<code>Math.cos (x)</code>"
+						content = function()
+%>
+<p>
+Returns the cosine of <code>x</code> (assumed to be in radians).
+</p>
+<%
+						end
+					}
+					["Math.deg"] = {
+						title = "<code>Math.deg (x)</code>"
+						content = function()
+%>
+<p>
+Converts the angle <code>x</code> from radians to degrees.
+</p>
+<%
+						end
+					}
+					["Math.exp"] = {
+						title = "<code>Math.exp (x)</code>"
+						content = function()
+%>
+<p>
+Returns the value <em>e<sup>x</sup></em>
+(where <code>e</code> is the base of natural logarithms).
+</p>
+<%
+						end
+					}
+					["Math.floor"] = {
+						title = "<code>Math.floor (x)</code>"
+						content = function()
+%>
+<p>
+Returns the largest integral value smaller than or equal to <code>x</code>.
+</p>
+<%
+						end
+					}
+					["Math.fmod"] = {
+						title = "<code>Math.fmod (x, y)</code>"
+						content = function()
+%>
+<p>
+Returns the remainder of the division of <code>x</code> by <code>y</code>
+that rounds the quotient towards zero.
+</p>
+<%
+						end
+					}
+					["Math.huge"] = {
+						title = "<code>Math.huge</code>"
+						content = function()
+%>
+<p>
+A value larger than any other numerical value.
+</p>
+<%
+						end
+					}
+					["Math.log"] = {
+						title = "<code>Math.log (x [, base])</code>"
+						content = function()
+%>
+<p>
+Returns the logarithm of <code>x</code> in the given base.
+The default for <code>base</code> is <em>e</em>
+(so that the function returns the natural logarithm of <code>x</code>).
+</p>
+<%
+						end
+					}
+					["Math.max"] = {
+						title = "<code>Math.max (x, &middot;&middot;&middot;)</code>"
+						content = function()
+%>
+<p>
+Returns the argument with the maximum value,
+according to the Lua operator <code>&lt;</code>.
+</p>
+<%
+						end
+					}
+					["Math.max_integer"] = {
+						title = "<code>Math.max_integer</code>"
+						content = function()
+%>
+<p>
+An integer with the maximum value for an integer.
+</p>
+<%
+						end
+					}
+					["Math.min"] = {
+						title = "<code>Math.min (x, &middot;&middot;&middot;)</code>"
+						content = function()
+%>
+<p>
+Returns the argument with the minimum value,
+according to the Lua operator <code>&lt;</code>.
+</p>
+<%
+						end
+					}
+					["Math.min_integer"] = {
+						title = "<code>Math.min_integer</code>"
+						content = function()
+%>
+<p>
+An integer with the minimum value for an integer.
+</p>
+<%
+						end
+					}
+					["Math.modf"] = {
+						title = "<code>Math.modf (x)</code>"
+						content = function()
+%>
+<p>
+Returns the integral part of <code>x</code> and the fractional part of <code>x</code>.
+</p>
+<%
+						end
+					}
+					["Math.pi"] = {
+						title = "<code>Math.pi</code>"
+						content = function()
+%>
+<p>
+The value of <em>&pi;</em>.
+</p>
+<%
+						end
+					}
+					["Math.rad"] = {
+						title = "<code>Math.rad (x)</code>"
+						content = function()
+%>
+<p>
+Converts the angle <code>x</code> from degrees to radians.
+</p>
+<%
+						end
+					}
+					["Math.random"] = {
+						title = "<code>Math.random ([m [, n])</code>"
+						content = function()
+%>
+<p>
+When called without arguments,
+returns a pseudo-random float with uniform distribution
+in the range  <em>[0,1)</em>.  
+When called with two integers <code>m</code> and <code>n</code>,
+<code>Math.random</code> returns a pseudo-random integer
+with uniform distribution in the range <em>[m, n]</em>.
+(The value <em>m-n</em> cannot be negative and must fit in a Luan integer.)
+The call <code>Math.random(n)</code> is equivalent to <code>Math.random(1,n)</code>.
+</p>
+
+<p>
+This function is an interface to the underling
+pseudo-random generator function provided by Java.
+No guarantees can be given for its statistical properties.
+</p>
+<%
+						end
+					}
+					["Math.sin"] = {
+						title = "<code>Math.sin (x)</code>"
+						content = function()
+%>
+<p>
+Returns the sine of <code>x</code> (assumed to be in radians).
+</p>
+<%
+						end
+					}
+					["Math.sqrt"] = {
+						title = "<code>Math.sqrt (x)</code>"
+						content = function()
+%>
+<p>
+Returns the square root of <code>x</code>.
+(You can also use the expression <code>x^0.5</code> to compute this value.)
+</p>
+<%
+						end
+					}
+					["Math.tan"] = {
+						title = "<code>Math.tan (x)</code>"
+						content = function()
+%>
+<p>
+Returns the tangent of <code>x</code> (assumed to be in radians).
+</p>
+<%
+						end
+					}
+				}
+			}
 		}
 	}
 }