In previous study, it was suggested that the masses of electron neutrino, muon neutrino, and tau neutrino in a combined state are each 0.14377 eV, 167.34 keV, and 15.493 MeV. Applying a symmetric dimensional coordinate to the masses, the results are the same as the H boson mass calculations by author. This means that neutrino masses and bosons are super-gauge symmetrically related. In previous study, everything was calculated as 9 unknowns. From above relation, two unknowns are calculated. Therefore, everything is calculated from seven values: (1) Electron 510.999 keV, (2) Muon 105.658 MeV, (3) Tau 1.77686 GeV, (4) Proton 938.272 MeV, (5) Z boson about 91.1876 GeV, (6) Gravitational coupling constant 5.90595E-39, and (7) Electromagnetic coupling constant 1/137.036. The 7 unknowns are equal to the sum of 6 absolute space dimensions and 1 absolute time dimension.