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We present a procedure aiming at extending to the full kinematic domain aGeneralized Parton Distribution obtained from a finite order truncation in Fockspace. This method allows to fulfill both polynomiality and positivity at thesame time and can be applied to any given models of Light-front wave-functions.In particular, we illustrate this on a three-body truncated wave-function ofthe chiral quark soliton model and show how a systematic phenomenology of GPDmodels based on LFWFs can be achieved with the help of the PARTONS framework,here using DVCS data. This paves the way for a unified phenomenology of GPDsand TMDs at the level of LFWFs, with the final goal of hadron tomography.

Phenomenology using PARTONS software of Generalized Parton Distribution models built from Light-Front Wave-functions