Number type (joe)
The Number type is a static type that collects together a number of
useful constants and numeric methods. Most of the methods
gathered here are delegated directly to Java's java.lang.Math
class; numeric details are to be found there.
- Number.E
- Number.MAX_INT
- Number.MAX_VALUE
- Number.MIN_INT
- Number.MIN_VALUE
- Number.NAN
- Number.NEGATIVE_INFINITY
- Number.PI
- Number.POSITIVE_INFINITY
- Number.TAU
- Number.abs(num) → Number
- Number.acos(num) → Number
- Number.asin(num) → Number
- Number.atan(num) → Number
- Number.atan2(x, y) → Number
- Number.ceil(num) → Number
- Number.clamp(num, min, max) → Number
- Number.cos(a) → Number
- Number.exp(num) → Number
- Number.floor(num) → Number
- Number.hypot(x, y) → Number
- Number.log(num) → Number
- Number.log10(num) → Number
- Number.max(num...) → Number
- Number.min(num...) → Number
- Number.mod(a, b) → Number
- Number.pow(a, b) → Number
- Number.random() → Number
- Number.round(num) → Number
- Number.sin(a) → Number
- Number.sqrt(num) → Number
- Number.tan(a) → Number
- Number.toDegrees(radians) → Number
- Number.toRadians(degrees) → Number
Constants
Number.E
The double-precision value that is closer than any other to e, the base of the natural logarithms.
Number.MAX_INT
The maximum value of a Java integer.
Number.MAX_VALUE
The maximum value of a Java double.
Number.MIN_INT
The minimum (most negative) value of a Java integer.
Number.MIN_VALUE
The minimum (most negative) value of a Java double.
Number.NAN
The double-precision value signifying "not a number".
Number.NEGATIVE_INFINITY
The double-precision value signifying negative infinity.
Number.PI
The double-precision value that is closer than any other to 𝛑, the ratio of the circumference of a circle to its diameter.
Number.POSITIVE_INFINITY
The double-precision value signifying positive infinity.
Number.TAU
The double-precision value that is closer than any other to 𝛕, the ratio of the circumference of a circle to its radius.
Static Methods
Number.abs()
Number.abs(num) → Number
Returns the absolute value of the given number.
Number.acos()
Number.acos(num) → Number
Returns the arc cosine of the number
Number.asin()
Number.asin(num) → Number
Returns the arc sine of the number.
Number.atan()
Number.atan(num) → Number
Returns the arc tangent of the number.
Number.atan2()
Number.atan2(x, y) → Number
Returns the angle theta from the conversion of rectangular coordinates (x, y) to polar coordinates (r, theta).
Number.ceil()
Number.ceil(num) → Number
Returns the smallest integer number that is greater than or equal to num.
Number.clamp()
Number.clamp(num, min, max) → Number
Clamps num to fit between min and max.
Number.cos()
Number.cos(a) → Number
Returns the cosine of angle a.
Number.exp()
Number.exp(num) → Number
Returns Number.E raised the num power.
Number.floor()
Number.floor(num) → Number
Returns the largest integer number that is less than or equal to num.
Number.hypot()
Number.hypot(x, y) → Number
Returns the length of the hypotenuse of a right triangle with legs of length x and y.
Number.log()
Number.log(num) → Number
Returns the natural logarithm of the number.
Number.log10()
Number.log10(num) → Number
Returns the base-10 logarithm of the number.
Number.max()
Number.max(num...) → Number
Given one or more numbers, returns the maximum value.
The numbers may be passed as individual arguments or as a
single List.
Number.min()
Number.min(num...) → Number
Given one or more numbers, returns the minimum value.
The numbers may be passed as individual arguments or as a
single List.
Number.mod()
Number.mod(a, b) → Number
Returns the integer modulus a % b as computed in Java. Both
terms are converted to integers.
Number.pow()
Number.pow(a, b) → Number
Returns a raised to the b power.
Number.random()
Number.random() → Number
Returns a random number in the range 0.0 <= x < 1.0.
Number.round()
Number.round(num) → Number
Returns the closest integer number to num, rounding ties toward positive infinity.
Number.sin()
Number.sin(a) → Number
Returns the sine of the angle.
Number.sqrt()
Number.sqrt(num) → Number
Returns the square root of the number.
Number.tan()
Number.tan(a) → Number
Returns the tangent of the angle.
Number.toDegrees()
Number.toDegrees(radians) → Number
Converts an angle in radians to an angle in degrees.
Number.toRadians()
Number.toRadians(degrees) → Number
Converts an angle in degrees to an angle in radians.
Number Initializer
Number(string) → Number
Converts a numeric string to a number. Supports Joe's numeric literal syntax, including hexadecimals.