Why 133 masses?

Dynamic Universe Model is a mathematical framework of cosmology of N-body simulations, based on classical Physics. Here in Dynamic Universe Model all bodies move and keep themselves in dynamic equilibrium with all other bodies depending on their present positions, velocities and masses. This Dynamic Universe Model is a finite and closed universe model. Here we first theoretically find the Universal gravitational force (here after let us call this as UGF) on each body/ point mass in the mathematical formulation section in this book. Then we calculate the resultant UGF vector for each body/ point mass on that body at that instant at that position using computer based Simulation of Inter-intra-Galaxy Tautness and Attraction forces  (here after let us call this as SITA simulations) which simulate Dynamic universe model. Basically SITA is a calculation method where we can use a calculator or computer; real observational data based theoretical simulation system. 

Initially 133 masses were used in SITA about in1992, after theoretical formulation of Dynamic universe model. Using higher number of masses is difficult to handle, which was a limitation of 386 and 486 PCs available at time in the market. I did not change the number of masses until now due to two reasons.   I want to see and obtain the different results from the same SITA and math framework.