Property Summery | |
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Number | #MAX_VALUE The largest representable number. |
Number | #MIN_VALUE The smallest representable number. |
Number | #NEGATIVE_INFINITY Special value representing negative infinity; returned on overflow. |
Object | #NaN Special "not a number" value. |
Number | #POSITIVE_INFINITY Special value representing infinity; returned on overflow. |
Method Summery | |
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String | #toExponential([fractionDigits]) Returns a string representing the number in exponential notation. |
String | #toFixed([digits]) Returns a string representing the number in fixed-point notation. |
String | #toLocaleString() Converts the number into a string which is suitable for presentation in the given locale. |
String | #toPrecision([precision]) Returns a string representing the number to a specified precision in fixed-point or exponential notation. |
Property Details |
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MAX_VALUE |
The largest representable number. |
Returns Number |
Sampleapplication.output("Largest number: " + Number.MAX_VALUE); |
MIN_VALUE |
The smallest representable number. |
Returns Number |
Sampleapplication.output("Smallest number: " + Number.MIN_VALUE); |
NEGATIVE_INFINITY |
Special value representing negative infinity; returned on overflow. |
Returns Number |
Sampleapplication.output("Negative infinity: " + Number.NEGATIVE_INFINITY); |
NaN |
Special "not a number" value. |
Returns Object |
Sampleapplication.output("NaN: " + Number.NaN); |
POSITIVE_INFINITY |
Special value representing infinity; returned on overflow. |
Returns Number |
Sampleapplication.output("Positive infinity: " + Number.POSITIVE_INFINITY); |
Method Details |
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toExponential |
String toExponential ([fractionDigits]) |
Returns a string representing the number in exponential notation. |
Parameters {Number} [fractionDigits] – An integer specifying the number of digits after the decimal point. Defaults to as many digits as necessary to specify the number. |
Returns String – A string representing the number in exponential notation. |
Samplevar n = 123.45678; application.output(n.toExponential(3)); |
toFixed |
String toFixed ([digits]) |
Returns a string representing the number in fixed-point notation. |
Parameters {Number} [digits] – The number of digits to appear after the decimal point. Defaults to 0. |
Returns String – A string representing the number in fixed-point notation. |
Samplevar n = 123.45678; application.output(n.toFixed(3)); |
toLocaleString |
String toLocaleString () |
Converts the number into a string which is suitable for presentation in the given locale. |
Returns String – A string representing the number in the current locale. |
Samplevar n = 1000000; application.output(n.toLocaleString()); |
toPrecision |
String toPrecision ([precision]) |
Returns a string representing the number to a specified precision in fixed-point or exponential notation. |
Parameters {Number} [precision] – An integer specifying the number of significant digits. |
Returns String – A string representing the number to a specified precision in fixed-point or exponential notation. |
Samplevar n = 123.45678; application.output(n.toPrecision(5)); |