- HALF_DOWN - Static variable in class net.sf.jaccumulator.scalars.RoundingStrategy
-
- HALF_EVEN - Static variable in class net.sf.jaccumulator.scalars.RoundingStrategy
-
- HALF_UP - Static variable in class net.sf.jaccumulator.scalars.RoundingStrategy
-
- halfDown() - Method in class net.sf.jaccumulator.scalars.AbstractScalar
-
- halfDown() - Method in interface net.sf.jaccumulator.scalars.MutableScalar
-
Round towards "nearest neighbor" unless both neighbors are equidistant,
in which case round down
- halfEven() - Method in class net.sf.jaccumulator.scalars.AbstractScalar
-
- halfEven() - Method in interface net.sf.jaccumulator.scalars.MutableScalar
-
Round towards "nearest neighbor" unless both neighbors are equidistant,
in which case round to the even neighbor
- halfUp() - Method in class net.sf.jaccumulator.scalars.AbstractScalar
-
- halfUp() - Method in interface net.sf.jaccumulator.scalars.MutableScalar
-
Round towards "nearest neighbor" unless both neighbors are equidistant,
in which case round up
- hashCode() - Method in class net.sf.jaccumulator.AbstractAccumulator
-
- hashCode() - Method in class net.sf.jaccumulator.booleans.AbstractBooleanPrimitive
-
- hashCode() - Method in class net.sf.jaccumulator.bytes.AbstractBytePrimitive
-
- hashCode() - Method in class net.sf.jaccumulator.characters.AbstractCharacterPrimitive
-
- hashCode() - Method in class net.sf.jaccumulator.functions.RandomPrimitive
-
- hashCode() - Method in class net.sf.jaccumulator.integers.AbstractIntegerPrimitive
-
- hashCode() - Method in class net.sf.jaccumulator.primitives.AbstractPrimitiveWrapper
-
- hashCode() - Method in class net.sf.jaccumulator.primitives.Constant
-
- hashCode(boolean) - Static method in class net.sf.jaccumulator.scalars.AbstractScalar
-
- hashCode(byte) - Static method in class net.sf.jaccumulator.scalars.AbstractScalar
-
- hashCode(char) - Static method in class net.sf.jaccumulator.scalars.AbstractScalar
-
- hashCode(double) - Static method in class net.sf.jaccumulator.scalars.AbstractScalar
-
- hashCode(float) - Static method in class net.sf.jaccumulator.scalars.AbstractScalar
-
- hashCode(int) - Static method in class net.sf.jaccumulator.scalars.AbstractScalar
-
- hashCode(long) - Static method in class net.sf.jaccumulator.scalars.AbstractScalar
-
- hashCode(short) - Static method in class net.sf.jaccumulator.scalars.AbstractScalar
-
- hashCode() - Method in interface net.sf.jaccumulator.SealedKernel
-
- hashCode() - Method in class net.sf.jaccumulator.shorts.AbstractShortPrimitive
-
- hashCode() - Method in class net.sf.jaccumulator.texts.AbstractTextPrimitive
-
- hashCode() - Method in class net.sf.jaccumulator.unlimiteds.AbstractUnlimitedDecimalPrimitive
-
- hashCode() - Method in class net.sf.jaccumulator.unlimiteds.AbstractUnlimitedIntegerPrimitive
-
- hasName(String) - Static method in class net.sf.jaccumulator.primitives.Constant
-
- hasNameIgnoreCase(String) - Static method in class net.sf.jaccumulator.primitives.Constant
-
- hyperbolicCosine() - Method in class net.sf.jaccumulator.primitives.AbstractPrimitiveWrapper
-
- hyperbolicCosine() - Method in class net.sf.jaccumulator.primitives.Variant
-
- hyperbolicCosine() - Method in class net.sf.jaccumulator.scalars.AbstractScalar
-
- hyperbolicCosine() - Method in interface net.sf.jaccumulator.scalars.MutableScalar
-
Replace the current value, assumed to be an angle in radians, to its
hyperbolic
cosine
- hyperbolicSine() - Method in class net.sf.jaccumulator.primitives.AbstractPrimitiveWrapper
-
- hyperbolicSine() - Method in class net.sf.jaccumulator.primitives.Variant
-
- hyperbolicSine() - Method in class net.sf.jaccumulator.scalars.AbstractScalar
-
- hyperbolicSine() - Method in interface net.sf.jaccumulator.scalars.MutableScalar
-
Replace the current value, assumed to be an angle in radians, to its
hyperbolic
sine
- hyperbolicTangent() - Method in class net.sf.jaccumulator.primitives.AbstractPrimitiveWrapper
-
- hyperbolicTangent() - Method in class net.sf.jaccumulator.primitives.Variant
-
- hyperbolicTangent() - Method in class net.sf.jaccumulator.scalars.AbstractScalar
-
- hyperbolicTangent() - Method in interface net.sf.jaccumulator.scalars.MutableScalar
-
Replace the current value, assumed to be an angle in radians, to its
hyperbolic
tangent
- hypotenuseWith(double) - Method in class net.sf.jaccumulator.scalars.AbstractScalar
-
- hypotenuseWith(double) - Method in interface net.sf.jaccumulator.scalars.MutableScalar
-
Set this value to the hypotenuse formed by the square root of the sum of
the square of the current value, x, and the square of the
specified value, y, without intermediate overflow or underflow
- hypotenuseWithNumber(Number) - Method in class net.sf.jaccumulator.scalars.AbstractScalar
-
- hypotenuseWithNumber(Number) - Method in interface net.sf.jaccumulator.scalars.MutableScalar
-
Set this value to the hypotenuse formed by the square root of the sum of
the square of the current value, x, and the square of the
specified value, y, without intermediate overflow or underflow
- hypotenuseWithPrimitive(SealedPrimitive<?>) - Method in class net.sf.jaccumulator.primitives.AbstractPrimitive
-
- hypotenuseWithPrimitive(SealedPrimitive<?>) - Method in interface net.sf.jaccumulator.primitives.MutablePrimitive
-
Set this value to the hypotenuse formed by the square root of the sum of
the square of the current value, x, and the square of the
specified value, y, without intermediate overflow or underflow
- hypotenuseWithReal(SealedReal<?>) - Method in class net.sf.jaccumulator.reals.AbstractReal
-
- hypotenuseWithReal(SealedReal<?>) - Method in interface net.sf.jaccumulator.reals.MutableReal
-
Set this value to the hypotenuse formed by the square root of the sum of
the square of the current value, x, and the square of the
specified value, y, without intermediate overflow or underflow
- hypotenuseWithScalar(SealedScalar<?>) - Method in class net.sf.jaccumulator.scalars.AbstractScalar
-
- hypotenuseWithScalar(SealedScalar<?>) - Method in interface net.sf.jaccumulator.scalars.MutableScalar
-
Set this value to the hypotenuse formed by the square root of the sum of
the square of the current value, x, and the square of the
specified value, y, without intermediate overflow or underflow