clusteringfittingintegrationinterpolationjavaleast-squaresmathoptimizationpolynomialsolverstattransforms
85d35b0ff6
The Dfp class represent the high precision numbers, it implements our existing Field interface and hence each instance is associated with a DfpField that provides the constants at the required precision as well as factory methods. This allowed to remove the compile-time constraint in the library. Users can even use at the same time a field for 20 decimals digits precision and another field for 100 digits precision. Dfp instances with different precision CANNOT be mixed in the same computation (doing so creates a NaN). A few utility methods have been added, like constructors from integral types, isInfinite and isNaN methods, equal has been renames to equals and its signature changed to match the general Object method (a hashcode method has been added too). JIRA: MATH-412 git-svn-id: https://svn.apache.org/repos/asf/commons/proper/math/trunk@992697 13f79535-47bb-0310-9956-ffa450edef68 |
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