From bc32d5a6a6a39f3be4f0da1da78ed4798dc54097 Mon Sep 17 00:00:00 2001
From: =?UTF-8?q?Christian=20Gr=C3=BCn?= Returns an approximation to the mathematical constant e. This function returns the xs:double
value whose lexical representation is
+ 2.718281828459045e0
If $radians
is positive or negative infinity, or NaN
,
then the result is NaN
.
Otherwise the result is the cosine of $
radians (which is treated as an angle in
+
Otherwise the result is the cosine of $radians
(which is treated as an angle in
radians) as defined in the
If $value
is positive or negative zero, the result is $value
.
If $value
is NaN
, or if its absolute value is greater than one,
then the result is NaN
.
In other cases the result is an xs:double
value representing an angle
- θ in radians in the range -π/2 <=
-
θ <= +
π/2
.
In other cases, the result is an xs:double
value representing an angle
+ θ in radians in the range -math:pi() div 2
<=
+ θ <= math:pi() div 2
.
If $value
is NaN
, or if its absolute value is greater than one,
then the result is NaN
.
In other cases the result is an xs:double
value representing an angle
- θ in radians in the range 0 <=
θ <=
- +
π.
In other cases, the result is an xs:double
value representing an angle
+ θ in radians in the range 0
<= θ <=
+ math:pi()
.
If $value
is positive or negative zero, the result is $value
.
If $value
is NaN
then the result is NaN
.
In other cases the result is an xs:double
value representing an angle
- θ in radians in the range -π/2 <=
-
θ <= +
π/2
.
In other cases, the result is an xs:double
value representing an angle
+ θ in radians in the range -math:pi() div 2
<=
+ θ <= math:pi() div 2
.
Returns the hyperbolic sine of the argument.
+If $value
is the empty sequence, the function returns the empty
+ sequence.
Otherwise the result is the hyperbolic sine of $value
as defined in the
+ sinh
function applied
+ to 64-bit binary floating point values.
The treatment of the invalidOperation
and underflow
exceptions
+ is defined in
If $value
is positive or negative zero, the result is
+ $value
.
If $value
is positive or negative infinity, or NaN
,
+ the result is NaN
.
Returns the hyperbolic cosine of the argument.
+If $value
is the empty sequence, the function returns the empty
+ sequence.
Otherwise the result is the hyperbolic cosine of $value
as defined in the
+ cosh
function applied
+ to 64-bit binary floating point values.
The treatment of the invalidOperation
and underflow
exceptions
+ is defined in
If $value
is positive or negative zero, the result is
+ 1
.
If $value
is positive or negative infinity,
+ the result is INF
.
If $value
is NaN
,
+ the result is NaN
.
In other cases, the result is an xs:double
in the range
+ +1.0
to INF
.
Returns the hyperbolic tangent of the argument.
+If $value
is the empty sequence, the function returns the empty
+ sequence.
Otherwise the result is the hyperbolic tangent of $value
as defined in the
+ tanh
function applied
+ to 64-bit binary floating point values.
The treatment of the invalidOperation
and underflow
exceptions
+ is defined in
If $value
is positive or negative zero, the result is
+ $value
.
If $value
is positive infinity, the result is +1.0
.
If $value
is negative infinity, the result is -1.0
.
In other cases, the result is an xs:double
in the range
+ -1.0
to +1.0
.