/src/main/java/net/finmath/fouriermethod/products/EuropeanOption.java
} return numerator.divide( denominator).negate( ) ;
return numerator.divide ( denominator ) .negate ( ) ; }
@Override public Complex apply(final Complex argument) { final Complex iargument = argument.multiply(Complex.I); final Complex exponent = (iargument).add(1); final Complex numerator = (new Complex(strike)).pow(exponent); final Complex denominator = (argument.multiply(argument)).subtract(iargument); <extra_id_0> @Override public double getMaturity() { return maturity; } @Override public double getIntegrationDomainImagLowerBound() {