↓ Instance
The `Range` primitive wrapper object instance methods
public forEachStep(): this
Performs the specified action for each step in the maximum range of an Array
.
public getCurrentRange(): Readonly<Array<number>> | undefined
Returns a range of numbers from minimum to the current value by the step
of a specified Range
object.
public getCurrentStep(): number | undefined Returns the step of the range value.
public getRange(): number[]
Returns range of numbers from minimum to the given value
with the step
of a specified Range
object.
public getRangeOfStep(): Readonly<Array<number>> | undefined
Returns a range of numbers by the specified step
from the minimum to the given step
of a specified Range
object.
public getValueOfStep(): number | undefined
Returns the range value of the given step
.
public hasEvery(): boolean
Checks whether every value of the given values
is in the range of a specified Range
object.
public isBetween(): boolean
Checks whether range of the given min
and max
is between the range of a specified Range
object.
public isBetweenEvery(): boolean
Checks whether the range of a specified Range
object is between every range of the given ranges
.
public isBetweenSome(): boolean
Checks whether the range of a specified Range
object is between some given ranges
.
public maxGreaterThan(): boolean
Checks whether the value
is less than the maximum range of a specified Range
object.
public maxLessThan(): boolean
Checks whether the value
is greater than the maximum range of a specified Range
object.
public minGreaterThan(): boolean
Checks whether the value
is less than a minimum range of a specified Range
object.
public minLessThan(): boolean
Checks whether the value
is greater than the minimum range of a specified Range
object.
public setValue(): this
Sets the range value
between the minimum and maximum of a specified Range
object.
public setValueToStep(): this
Sets the value
of the specified Range
object to the value of the given step
.
public stepByStep(): this Performs a callback function with the ability to decide when to move to the next step of the range.
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