In this example working of divideToIntegral(BigDecimal divisor, MathContext mc) method is shown.
Java BigDecimal divideToIntegral method example
In this example working of
divideToIntegral(BigDecimal divisor, MathContext mc) method is shown.
Method divides the bigdecimal class object value on
which it is invoked, by the bigdecimal class object
value passed inside the parentheses of the method. Shortly it can said as method
divides this.object value by the value of object
passed.
The scale of the quotient is the scale of the value of object in which the
method is invoked minus the scale of the value of object specified. In short
scale of quotient is (this.object value scale) - (object.value
scale). Method returns an bigdecimal object
value as per defined settings inside object mc.
The 'quotient' value will always possess integer format. This means method
will only generate the integer part, i.e. the portion of 'quotient' genereated
before decimal.
Method throws Arithmetic Exception when the divisor
value is equal to zero.
Syntax for using the method:
public BigDecimal divide(BigDecimal divisor, int scale, int roundingMode)
System.out.println(bigdecimalObject_dividendName.divide(bigdecimalobject_divisorName,
0, mc));
Java_BigDecimal_divideToIntegral_Bigdecimal_divisor_MathContext_mc.java
import java.math.BigDecimal; import java.math.MathContext; public class Java_BigDecimal_divideToIntegral_Bigdecimal_divisor_MathContext_mc { public static void main(String args[]) { BigDecimal deadly = new BigDecimal(500); BigDecimal isolation = new BigDecimal(3); MathContext mc = new MathContext(0); mc = MathContext.DECIMAL64; BigDecimal rogue = deadly.divideToIntegralValue(isolation, mc), saints[] = deadly.divideAndRemainder(isolation); System.out.println("Java Bigdecimal class \n\tdivideToIntegral" + "(Bigdecimal divisor" + " Mathcontext mc) method example"); System.out.println("\nBigdecimal class, rogue object values " + "\nQuotient(part before decimal) : " + rogue + "\nRemainder : " + saints[1]); } } |