What question did this study set out to answer?

The aim is to evaluate the performance of CDN-198 in executing a second above-crossing frozen-switch branch.

June 14, 2026Open Access

CDN-198: The Second Branch Holds

Key Points

The aim is to evaluate the performance of CDN-198 in executing a second above-crossing frozen-switch branch.
Executed second frozen-switch branch at delta=0.10 and xi=25.60.
Computed prediction values using CDN-196 and fine-grid asymptotic floor fit.
Analyzed properties of the theta series and velocity peaks.
The frozen CDN-196 prediction was 0.026829 with a tolerance of 0.006.
Asymptotic floor fit yielded an eps_inf of 0.029146 with a signed error of +0.002317 and R2 = 0.995740.
All velocity peaks identified were interior, confirming monotonic behavior of the theta series.

Abstract

CDN-198 executes a second above-crossing frozen-switch branch at delta=0. 10, xi=25. 60. The frozen CDN-196 prediction was epsᵢnf = 0. 026829 with tolerance 0. 006. A CDN-179-style fine-grid asymptotic floor fit gives epsᵢnf = 0. 029146, signed error +0. 002317, and floor-model R2 = 0. 995740. The theta series is monotone and all velocity peaks are interior. Thus the frozen switch now has two above-crossing numerical holdouts; the analytic derivation of the crossing remains separate.

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