Source Code for VIT Theory Global Consistency Verification (v2.6)

Short Summary:This software package provides the official numerical verification for the VIT Theory (v2.6). It implements the universal coupling function $\Gamma(A)$ to demonstrate theoretical consistency across multiple astrophysical scales, offering an alternative framework to Dark Matter and a potential resolution to the Hubble Tension.Key Verification Cases Included:GR Limit: Consistency with General Relativity in Mercury’s perihelion and microscopic scales.Anomalies: Precise modeling of the Pioneer Anomaly (Case 3).Galactic Dynamics: Dark-matter-free solution for the NGC 3198 rotation curve (Case 5).Cosmology: Resolution of the $H_0$ tension with a predicted local value of 73.0 km/s/Mpc (Case 6).Environment Effect: A unique prediction of a ~27% drop in gravitational lensing efficiency within dense cluster environments like Virgo (Case 7).Technical Note on Case 7:The simulation highlights the theory's non-linear sensitivity near the critical acceleration threshold $\alpha_0 = 1.2 \times 10^{-10} \text{ m/s}^2$. This sensitivity is a fundamental physical prediction of the VIT field, where environmental perturbations from galaxy clusters significantly modulate gravitational coupling.Repository Content:VIT_Verifier.py: Main Python verification script (utilizing float128 for high precision).README.md: Detailed documentation and case definitions.LICENSE: MIT Open-source license.