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| Description: | E = 2.718281828459045235 |
| Status: | PROPOSED |
| Syntax: | a = abs(x)
|
| Description: | Returns the absolute value of the number. |
| Status: | PROPOSED |
| Syntax: | a = add_all(s), ...
|
| Description: | Adds all elements of s. |
| Status: | PROPOSED |
| Syntax: | a = arccosh(x)
|
| Description: | Returns the hyperbolic arccosine of x. |
| Status: | PROPOSED |
| Syntax: | a = arcsinh(x)
|
| Description: | Returns the hyperbolic arcsine of x. |
| Status: | PROPOSED |
| Syntax: | a = arctanh(x)
|
| Description: | Returns the hyperbolic arctangent of x. |
| Status: | PROPOSED |
| Syntax: | a = ceil(x)
|
| Description: | Rounds number towards positive infinity (opposite of Euphoria's floor()). |
| Status: | PROPOSED |
| Syntax: | a = cosh(x)
|
| Description: | Returns the hyperbolic cosine of x. |
| Status: | PROPOSED |
| Syntax: | a = fraction(x), ...
|
| Description: | Returns the fraction part of the number (e.g. fraction(3.14) returns 0.14). |
| Status: | PROPOSED |
| Syntax: | a = log10(x)
|
| Description: | Calculates log base 10 of x. |
| Status: | PROPOSED |
| Syntax: | a = log2(x)
|
| Description: | Calculates log base 2 of x. Used fairly commonly in computer science. |
| Status: | PROPOSED |
| Syntax: | a = max(s)
|
| Description: | Returns the element with the largest value in s. |
| Status: | PROPOSED |
| Syntax: | a = min(s)
|
| Description: | Returns the element with the smallest value in s. |
| Status: | PROPOSED |
| Syntax: | a = multiply_all(s), ...
|
| Description: | Multiplies all elements of s. |
| Status: | PROPOSED |
| Syntax: | a = round(x)
|
| Description: | Rounds number towards nearest whole number. |
| Status: | PROPOSED |
| Syntax: | a = sign(x)
|
| Description: | Returns 1 for positive numbers, -1 for negative numbers, and 0 for 0. |
| Status: | PROPOSED |
| Syntax: | a = sinh(x)
|
| Description: | Returns the hyperbolic sine of x. |
| Status: | PROPOSED |
| Syntax: | a = tanh(x)
|
| Description: | Returns the hyperbolic tangent of x. |
| Status: | PROPOSED |
| Syntax: | a = truncate(x), ...
|
| Description: | Returns the non-fraction part of the number (e.g. truncate(3.14) returns 3). |
| Status: | PROPOSED |