/** * Converts numerical values to this unit from the derived unit. Obviously, * the numerical values are unchanged. * * @param input * The numerical values in the derived unit. * @param output * The numerical values in this unit. May be the same array as * <code>input</code>. * @return <code>output</code>. */ public final float[] fromDerivedUnit(final float[] input, final float[] output) { return toDerivedUnit(input, output); }
/** * Converts numerical values to this unit from the derived unit. Obviously, * the numerical values are unchanged. * * @param input * The numerical values in the derived unit. * @param output * The numerical values in this unit. May be the same array as * <code>input</code>. * @return <code>output</code>. */ public final double[] fromDerivedUnit(final double[] input, final double[] output) { return toDerivedUnit(input, output); }
/** * Converts numerical values to this unit from the derived unit. Obviously, * the numerical values are unchanged. * * @param input * The numerical values in the derived unit. * @param output * The numerical values in this unit. May be the same array as * <code>input</code>. * @return <code>output</code>. */ public final double[] fromDerivedUnit(final double[] input, final double[] output) { return toDerivedUnit(input, output); }
/** * Converts numerical values to this unit from the derived unit. Obviously, * the numerical values are unchanged. * * @param input * The numerical values in the derived unit. * @param output * The numerical values in this unit. May be the same array as * <code>input</code>. * @return <code>output</code>. */ public final float[] fromDerivedUnit(final float[] input, final float[] output) { return toDerivedUnit(input, output); }