  We consider the matter induced part of the effective superpotential of N=2,
U(N) gauge model in which N=2 supersymmetry is spontaneously broken to N=1, by
using the properties of the chiral ring and the generalized Konishi anomaly
equations derived in our previous paper arXiv:0704.1060. It is shown that the
effective superpotential is related to the planar free energy of the matrix
model by a formula which consists of two parts -- the well-known part due to
Dijkgraaf-Vafa and the part that acts as a deformation of the couplings. These
couplings are those of the original bare prepotential in the action and at the
same time matrix model couplings.
