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// numbers must be equal up to 3 decimal places | |
public class DecimalComparator { | |
public static boolean areEqualByThreeDecimalPlaces(double first,double second) { | |
if (first <0 && second >0 || first >0 && second <0){ | |
return false; | |
} | |
double firstThousand = first*1000; | |
double secondThousand = second*1000; | |
int firstint = (int)firstThousand; | |
int secondint = (int)secondThousand; | |
if (firstint==secondint){ | |
return true; | |
} | |
return false; | |
} | |
} |
ilialloyd
commented
Aug 30, 2022
Can some body explainme about this
package edu.fcc.cmis.decimalcomparator;
public class DecimalComparator {
// Write your 3 methods here
// Use the main method to test your code (optional)
public static void main(String[] args) {
// System.out.println(sameIntegralPart(22.34, 22.37867)); // true
// System.out.println(sameIntegralPart(141457105122.34667, 141457105111.34667)); // false
//
// System.out.println(areEqualWithinPrecision(-1341.235, -1341.23534667, 3)); // true
// System.out.println(areEqualWithinPrecision(1341.2357, 1341.235346, 4)); // false
// System.out.println(areEqualWithinPrecision(0.2357, 0.235346, 4)); // false
//
// System.out.println(areEqualWithinPrecision(0.2357, 0.235346)); // true
}
}
Footer
It needs to return true if two double numbers are the same up to three decimal places. Otherwise, returns false.