Have you considered the impact of this new resolution on float precision limits and potential integer overflows?

Increasing FltCompareResolution to 1000000f introduces two major issues:

1. Integer Overflow: Conversions in VectorHash and related structs (like IntVec3) multiply vertex coordinates by this resolution and convert them using System.Convert.ToInt32(). With a multiplier of 1,000,000, any coordinate with a magnitude greater than ~2147.48 will exceed int.MaxValue, triggering a runtime OverflowException and crashing the mesh generation process.
2. Hash Stability: The purpose of this resolution is to mask floating-point imprecision so that spatially identical vertices hash to the same value. A 32-bit float only provides ~7 significant decimal digits. A scale of 1,000,000 demands exactness up to $10^{-6}$. For any coordinate $\ge 10$, this exceeds standard float precision limits. Minor math inaccuracies will cause virtually identical vertices to resolve to different integers, which will break vertex welding, duplicate detection, and spatial sorting.

I highly recommend reverting this to 1000f (which provides a reliable $0.001$ precision tolerance and safely supports coordinates up to ~2,000,000) to maintain tool stability.

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