public static IComplexFloat exp(IComplexFloat d) {
        return Nd4j.createFloat((float) FastMath.exp(d.realComponent()) * (float) FastMath.cos(d.imaginaryComponent()),
                        (float) FastMath.exp(d.realComponent()) * (float) FastMath.sin(d.imaginaryComponent()));
    }
public static IComplexFloat exp(IComplexFloat d) {
        return Nd4j.createFloat((float) FastMath.exp(d.realComponent()) * (float) FastMath.cos(d.imaginaryComponent()),
                        (float) FastMath.exp(d.realComponent()) * (float) FastMath.sin(d.imaginaryComponent()));
    }
public static IComplexFloat exp ( IComplexFloat d ) { return Nd4j . createFloat ( ( float ) FastMath . exp ( d . realComponent ( ) ) * ( float ) FastMath . cos ( d . imaginaryComponent ( ) ) , ( float ) FastMath . exp ( d . realComponent ( ) ) * ( float ) FastMath . sin ( d . imaginaryComponent ( ) ) ) ; }
Returns the exp of a complex number:
Let r be the realComponent component and i be the imaginary
Let ret be the complex number returned
ret -> exp(r) * cos(i), exp(r) * sin(i)
where the first number is the realComponent component
and the second number is the imaginary component

@param d the number to getFromOrigin the exp of
@return the exponential of this complex number
Returns the exp of a complex number : Let r be the realComponent component and i be the imaginary Let ret be the complex number returned ret - > exp ( r ) * cos ( i ) exp ( r ) * sin ( i ) where the first number is the realComponent component and the second number is the imaginary component