Quality assurance and evaluation in Model Driven Software Product Lines (MD-SPLs) are pivotal points for the growing and solidification of the generative software factories. They are framed as one of the future fact methodologies for the construction of software systems. Although several approximations address the problem of generative environments, software product line scope expression, and core asset definition, not many of them try to solve, as a fundamental step, the automation of the quality attribute evaluation in the MD-SPL development cycle. This paper presents a model-driven engineering method and a tool for the quality evaluation of product line configurations through a cross architectural view analysis.