SigServer:SignatureMath: Difference between revisions
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min(3, 5); // Returns 3 | min(3, 5); // Returns 3 | ||
min(3, 1.2, 5, 5.1); // Returns 1.2 | min(3, 1.2, 5, 5.1); // Returns 1.2 | ||
==== mod ==== | |||
''number'' mod(''number'' dividend, ''number'' divisor); | |||
Returns the reminder when dividing dividend with divider. | |||
'''Example''' | |||
mod(10, 3); // Returns 1 | |||
==== pow ==== | |||
''number'' pow(''number'' base, ''number'' exp); | |||
Returns base to the power of exp. | |||
'''Example''' | |||
pow(3, 2); // Returns 9 | |||
pow(2, 3); // Returns 8 | |||
==== round ==== | |||
''number'' round(''number'' value[, ''number'' precision]); | |||
Returns base to the power of exp. | |||
'''Example''' | |||
round(2.4); // Returns 2 | |||
round(2.5); // Returns 3 | |||
round(2.55, 1); // Returns 2.6 | |||
==== sqrt ==== | |||
''number'' sqrt(''number'' value); | |||
Returns the square root of value. | |||
'''Example''' | |||
sqrt(9); // Returns 3 |
Revision as of 18:10, 2 December 2007
Function Reference
Mathematical
abs
number abs(number value);
Returns the absolute value of a number
Example
abs(1); // Returns 1 abs(-1); // Returns 1
ceil
number ceil(number value);
Returns the ceiling of a number.
Example
ceil(1.4); // Returns 2 ceil(1.9); // Returns 2
floor
number floor(number value);
Returns the floor of a number.
Example
floor(1.1); // Returns 1 floor(1.9); // Returns 1
max
number max(number value1, number value2[, number ...]);
Returns the numerically highest value of the given arguments. At least two arguments are required.
Example
max(3, 5); // Returns 5 max(3, 1.2, 5, 5.1); // Returns 5.1
min
number min(number value1, number value2[, number ...]);
Returns the numerically lowest value of the given arguments. At least two arguments are required.
Example
min(3, 5); // Returns 3 min(3, 1.2, 5, 5.1); // Returns 1.2
mod
number mod(number dividend, number divisor);
Returns the reminder when dividing dividend with divider.
Example
mod(10, 3); // Returns 1
pow
number pow(number base, number exp);
Returns base to the power of exp.
Example
pow(3, 2); // Returns 9 pow(2, 3); // Returns 8
round
number round(number value[, number precision]);
Returns base to the power of exp.
Example
round(2.4); // Returns 2 round(2.5); // Returns 3 round(2.55, 1); // Returns 2.6
sqrt
number sqrt(number value);
Returns the square root of value.
Example
sqrt(9); // Returns 3