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A systematic study of low energy nuclear structure at normal deformation iscarried out using the Hartree-Fock-Bogoliubov theory extended by the GeneratorCoordinate Method and mapped onto a 5-dimensional collective quadrupoleHamiltonian. Results obtained with the Gogny D1S interaction are presented fromdripline to dripline for even-even nuclei with proton numbers Z=10 to Z=110 andneutron numbers N less than 200. The properties calculated for the groundstates are their charge radii, 2-particle separation energies, correlationenergies, and the intrinsic quadrupole shape parameters. For the excitedspectroscopy, the observables calculated are the excitation energies andquadrupole as well as monopole transition matrix elements. We examine in thiswork the yrast levels up to J=6, the lowest excited 0^+ states, and the twonext yrare 2^+ states. The theory is applicable to more than 90% of the nucleiwhich have tabulated measurements. The data set of the calculated properties of1712 even-even nuclei, including spectroscopic properties for 1693 of them, areprovided in CEA website and EPAPS repository with this article \cite{epaps}.

Structure of even-even nuclei using a mapped collective Hamiltonian and the D1S Gogny interaction