A method for directional signal processing for a hearing device , - wherein a first input signal (E1) is generated from a sound signal of the environment by a first input transducer of the hearing device , - wherein a second input signal (E2) is generated from the sound signal of the environment by a second input transducer of the hearing device , - wherein, on the basis of the first input signal (E1) and the second input signal (E2), a first directional signal (Xr1) and a second directional signal (Xr2) are formed, respectively, - wherein the second directional signal (Xr2) has a relative attenuation in the direction of a first useful signal source , - wherein the first directional signal (Xr1) has a relative attenuation in the direction of a second useful signal source , - wherein a first gain parameter (G1) for an amplification of a first useful signal (S1) of the first useful signal source and a second gain parameter (G2) for an amplification of a second useful signal (S2) of the second useful signal source are determined, characterised in that - a reference directional characteristic for a reference directional signal (Xref) is defined, - a corrected first gain parameter and a corrected second gain parameter (G2') are determined on the basis of the first gain parameter (G1) and/or the second gain parameter (G2) in dependence on the reference directional characteristic in such a way that an output directional signal (Xout), said output directional signal (Xout) being formed as a sum of the first directional signal (Xr1) weighted by the corrected first gain parameter and the second directional signal (Xr2) weighted by the corrected second gain parameter (G2'), is transformed into a linearly scaled reference directional signal (Xref) when the first gain parameter (G1) is equal to the second gain parameter (G2), and - at least one of said two corrected gain parameters (G2') is different from the corresponding underlying gain parameter (G2). - wherein a first input signal (E1) is generated from a sound signal of the environment by a first input transducer of the hearing device , - wherein a second input signal (E2) is generated from the sound signal of the environment by a second input transducer of the hearing device , - wherein, on the basis of the first input signal (E1) and the second input signal (E2), a first directional signal (Xr1) and a second directional signal (Xr2) are formed, respectively, - wherein the second directional signal (Xr2) has a relative attenuation in the direction of a first useful signal source , - wherein the first directional signal (Xr1) has a relative attenuation in the direction of a second useful signal source , - wherein a first gain parameter (G1) for an amplification of a first useful signal (S1) of the first useful signal source and a second gain parameter (G2) for an amplification of a second useful signal (S2) of the second useful signal source are determined, - a reference directional characteristic for a reference directional signal (Xref) is defined, - a corrected first gain parameter and a corrected second gain parameter (G2') are determined on the basis of the first gain parameter (G1) and/or the second gain parameter (G2) in dependence on the reference directional characteristic in such a way that an output directional signal (Xout), said output directional signal (Xout) being formed as a sum of the first directional signal (Xr1) weighted by the corrected first gain parameter and the second directional signal (Xr2) weighted by the corrected second gain parameter (G2'), is transformed into a linearly scaled reference directional signal (Xref) when the first gain parameter (G1) is equal to the second gain parameter (G2), and - at least one of said two corrected gain parameters (G2') is different from the corresponding underlying gain parameter (G2). <EOS>