System.out.println("Result="+new BigDecimal(((63.19* 15) + (63.37* 5))).divide(new BigDecimal(15 + 5), MathContext.DECIMAL64).doubleValue());
Result=63.23499999999999
But with MathContext.DECIMAL32
we are getting correct result, see below:
System.out.println("Result="+new BigDecimal(((63.19* 15) + (63.37* 5))).divide(new BigDecimal(15 + 5), MathContext.DECIMAL32).doubleValue());
Result=63.235
The problem here not BigDecimal
, but the fact that (63.19* 15) + (63.37* 5)
is not 1264.7
but 1264.6999999999998
, because the former cannot be represented as a double
.
If you do
new BigDecimal("1264.7").divide(new BigDecimal("20"), MathContext.DECIMAL64)
instead, you get the desired result.
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