Uses of Class
eu.bandm.tools.ops.PrimeFactors
Packages that use PrimeFactors
Package
Description
Types for fundamental mathematical structures, plus libraries of respective
constants and operators.
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Uses of PrimeFactors in eu.bandm.tools.ops
Fields in eu.bandm.tools.ops declared as PrimeFactorsModifier and TypeFieldDescriptionstatic final PrimeFactorsPrimeFactors.ONEstatic final PrimeFactorsPrimeFactors.TWOFields in eu.bandm.tools.ops with type parameters of type PrimeFactorsModifier and TypeFieldDescriptionstatic final Comparator<PrimeFactors> PrimeFactors.byIntValuestatic final Comparator<PrimeFactors> PrimeFactors.byRatValueprotected static Map<Integer, PrimeFactors> PrimeFactors.cache_intprotected static Map<Rational, PrimeFactors> PrimeFactors.cache_ratMethods in eu.bandm.tools.ops that return PrimeFactorsModifier and TypeMethodDescriptionPrimeFactors.add(int base, int exp) Return an instance with the base and exponent overwritten.PrimeFactors.divide(PrimeFactors b) Subtract exponents, ie.PrimeFactors.getDenominator()PrimeFactors.getNumerator()PrimeFactors.integerGCD(PrimeFactors b) Return an instance with the more negative exponents of both arguments.PrimeFactors.integerLCM(PrimeFactors b) Return an instance with the more positive exponents of both arguments.PrimeFactors.multiply(PrimeFactors b) Add exponents, ie.static PrimeFactorsPrimeFactors.of(int value) Central service provider and also the implementation: Calculate the prime factors, cache and return them.static PrimeFactorsReturns the prime factor map for the given value.static PrimeFactorsPrimeFactors.of(BigInteger bi) Central service provider: Calculate the prime factors and return them as an immutable instance.PrimeFactors.with(int base, int exp) Return an instance with the base and exponent overwritten.PrimeFactors.without(int p) Remove basis from domain.Methods in eu.bandm.tools.ops with parameters of type PrimeFactorsModifier and TypeMethodDescriptionintPrimeFactors.cmp(PrimeFactors other) Returns -1/0/+1 for inclusion or equality, negative exponents are smaller than positives, and returns a different int (hereUNCOMPARABLE) iff not comparable.PrimeFactors.divide(PrimeFactors b) Subtract exponents, ie.booleanPrimeFactors.equals(PrimeFactors b) PrimeFactors.integerGCD(PrimeFactors b) Return an instance with the more negative exponents of both arguments.PrimeFactors.integerLCM(PrimeFactors b) Return an instance with the more positive exponents of both arguments.booleanPrimeFactors.isIntegerMultipleOf(PrimeFactors b) Returns whether arg is a factor of thisPrimeFactors.multiply(PrimeFactors b) Add exponents, ie.