`math`

Mathematics.

#Functions

#`math.abs`function

The absolute value.

math.abs(number: num): num

Parameter	Type	Description
`number`	`num`	The number.

Returns num.

Example

ChartScriptFragmentOpen in editor

const a = math.abs(close - open)

Since ChartScript 1

#`math.acos`function

Trigonometric acos.

math.acos(angle: float): float

Parameter	Type	Description
`angle`	`float`	An angle in radians.

Returns float.

Example

ChartScriptFragmentOpen in editor

const v = math.acos(0.5)

Since ChartScript 1

#`math.asin`function

Trigonometric asin.

math.asin(angle: float): float

Parameter	Type	Description
`angle`	`float`	An angle in radians.

Returns float.

Example

ChartScriptFragmentOpen in editor

const v = math.asin(0.5)

Since ChartScript 1

#`math.atan`function

Trigonometric atan.

math.atan(angle: float): float

Parameter	Type	Description
`angle`	`float`	An angle in radians.

Returns float.

Example

ChartScriptFragmentOpen in editor

const v = math.atan(0.5)

Since ChartScript 1

#`math.avg`function

The average of the arguments.

math.avg(number0: float, number1: float, …): float

Parameter	Type	Description
`number0`	`float`	The first number.
`number1`	`float`	The second number.

Returns float.

Example

ChartScriptFragmentOpen in editor

const a = math.avg(open, high, low, close)

Since ChartScript 1

#`math.ceil`function

Rounds up.

math.ceil(number: num): int

Parameter	Type	Description
`number`	`num`	The number.

Returns int.

Example

ChartScriptFragmentOpen in editor

const c = math.ceil(close)

Since ChartScript 1

#`math.cos`function

Trigonometric cos.

math.cos(angle: float): float

Parameter	Type	Description
`angle`	`float`	An angle in radians.

Returns float.

Example

ChartScriptFragmentOpen in editor

const v = math.cos(0.5)

Since ChartScript 1

#`math.exp`function

e to the power number.

math.exp(number: float): float

Parameter	Type	Description
`number`	`float`	The number.

Returns float.

Example

ChartScriptFragmentOpen in editor

const e = math.exp(1)

Since ChartScript 1

#`math.floor`function

Rounds down.

math.floor(number: num): int

Parameter	Type	Description
`number`	`num`	The number.

Returns int.

Example

ChartScriptFragmentOpen in editor

const f = math.floor(close)

Since ChartScript 1

#`math.log`function

Natural logarithm.

math.log(number: float): float

Parameter	Type	Description
`number`	`float`	The number.

Returns float.

Example

ChartScriptFragmentOpen in editor

const l = math.log(close)

Since ChartScript 1

#`math.log10`function

Base-10 logarithm.

math.log10(number: float): float

Parameter	Type	Description
`number`	`float`	The number.

Returns float.

Example

ChartScriptFragmentOpen in editor

const l = math.log10(volume)

Since ChartScript 1

#`math.max`function

The largest argument (na when all are na).

math.max(value1: num, value2: num, …): num

Parameter	Type	Description
`value1`	`num`	The first value.
`value2`	`num`	The second value.

Returns num.

Example

ChartScriptFragmentOpen in editor

const m = math.max(open, close)

Since ChartScript 1

#`math.min`function

The smallest argument (na when all are na).

math.min(value1: num, value2: num, …): num

Parameter	Type	Description
`value1`	`num`	The first value.
`value2`	`num`	The second value.

Returns num.

Example

ChartScriptFragmentOpen in editor

const m = math.min(open, close)

Since ChartScript 1

#`math.pow`function

base to the power exponent.

math.pow(base: float, exponent: float): float

Parameter	Type	Description
`base`	`float`	The base.
`exponent`	`float`	The exponent.

Returns float.

Example

ChartScriptFragmentOpen in editor

const p = math.pow(close, 2)

Since ChartScript 1

#`math.random`function

A pseudo-random number in [min, max); the default seed is fixed per script, so charts and alerts agree.

math.random({ min?: float = 0, max?: float = 1, seed?: simple int = na }): float

Parameter	Type	Description
`min`	`float`default `0`	The smallest value.
`max`	`float`default `1`	The largest value.
`seed`	`simple int`default `na`	Fixed seed; the default seed is fixed per script.

Returns float.

Example

ChartScriptFragmentOpen in editor

const r = math.random(0, 1)

Since ChartScript 1

#`math.round`function

Rounds half away from zero; with precision, to that many decimals.

math.round(number: num): int

math.round(number: num, precision: int): float

Parameter	Type	Description
`number`	`num`	The number.
`precision`	`int`	Decimals shown.

Returns int.

Example

ChartScriptFragmentOpen in editor

const r = math.round(close, 2)

Since ChartScript 1

#`math.round_to_mintick`function

Rounds to the market tick size.

math.round_to_mintick(number: float): float

Parameter	Type	Description
`number`	`float`	The number.

Returns float.

Example

ChartScriptFragmentOpen in editor

const r = math.round_to_mintick(hl2)

Since ChartScript 1

#`math.sign`function

1, -1 or 0.

math.sign(number: num): num

Parameter	Type	Description
`number`	`num`	The number.

Returns num.

Example

ChartScriptFragmentOpen in editor

const s = math.sign(close - open)

Since ChartScript 1

#`math.sin`function

Trigonometric sin.

math.sin(angle: float): float

Parameter	Type	Description
`angle`	`float`	An angle in radians.

Returns float.

Example

ChartScriptFragmentOpen in editor

const v = math.sin(0.5)

Since ChartScript 1

#`math.sqrt`function

Square root.

math.sqrt(number: float): float

Parameter	Type	Description
`number`	`float`	The number.

Returns float.

Example

ChartScriptFragmentOpen in editor

const s = math.sqrt(volume)

Since ChartScript 1

#`math.sum`function

Rolling sum over length bars.

math.sum(source: float, length: simple int): float

Parameter	Type	Description
`source`	`float`	The series to read.
`length`	`simple int`	Number of bars.

Returns float.

Example

ChartScriptFragmentOpen in editor

const s = math.sum(volume, 20)

Since ChartScript 1

#`math.tan`function

Trigonometric tan.

math.tan(angle: float): float

Parameter	Type	Description
`angle`	`float`	An angle in radians.

Returns float.

Example

ChartScriptFragmentOpen in editor

const v = math.tan(0.5)

Since ChartScript 1

#`math.todegrees`function

Radians to degrees.

math.todegrees(radians: float): float

Parameter	Type	Description
`radians`	`float`	An angle in radians.

Returns float.

Example

ChartScriptFragmentOpen in editor

const d = math.todegrees(math.pi)

Since ChartScript 1

#`math.toradians`function

Degrees to radians.

math.toradians(degrees: float): float

Parameter	Type	Description
`degrees`	`float`	An angle in degrees.

Returns float.

Example

ChartScriptFragmentOpen in editor

const r = math.toradians(180)

Since ChartScript 1

#Constants

Name	Type	Description
`math.e`	`float`	Euler's number (2.71828...).
`math.phi`	`float`	The golden ratio (1.61803...).
`math.pi`	`float`	Pi (3.14159...).
`math.rphi`	`float`	The reciprocal golden ratio (0.61803...).

math

#Functions

#math.absfunction

#math.acosfunction

#math.asinfunction

#math.atanfunction

#math.avgfunction

#math.ceilfunction

#math.cosfunction

#math.expfunction

#math.floorfunction

#math.logfunction

#math.log10function

#math.maxfunction

#math.minfunction

#math.powfunction

#math.randomfunction

#math.roundfunction

#math.round_to_mintickfunction

#math.signfunction

#math.sinfunction

#math.sqrtfunction

#math.sumfunction

#math.tanfunction

#math.todegreesfunction

#math.toradiansfunction

#Constants

`math`

#`math.abs`function

#`math.acos`function

#`math.asin`function

#`math.atan`function

#`math.avg`function

#`math.ceil`function

#`math.cos`function

#`math.exp`function

#`math.floor`function

#`math.log`function

#`math.log10`function

#`math.max`function

#`math.min`function

#`math.pow`function

#`math.random`function

#`math.round`function

#`math.round_to_mintick`function

#`math.sign`function

#`math.sin`function

#`math.sqrt`function

#`math.sum`function

#`math.tan`function

#`math.todegrees`function

#`math.toradians`function