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In this paper we revisit the analysis of vacua in N=2 SQCD with generic barequark masses, softly broken by a mass term for the chiral superfield \Phi inthe adjoint representation of the gauge group. These vacua are labelled by aninteger r (r vacua) and can be studied at the semiclassical level by means ofthe equations of motion (for large mass) or nonperturbatively by means of theSeiberg-Witten curve (for small mass). Making use of the Konishi anomaly and ofthe Dijkgraaf-Vafa superpotential we are able to interpolate between these twolimits and better understand the properties of these vacua. In particular, weclarify the origin of the two to one map that relates semiclassical to quantumvacua.

Confining vacua in SQCD, the Konishi anomaly and the Dijkgraaf-Vafa superpotential