DATASET B PRELIMINARY STRUCTURAL REPRESENTATION MANIFEST
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Input trajectory: C:\Users\igorc\OneDrive\Desktop\UNNS_SUBSTRATE(desktop)\TRANSFER\Bulk_2\REGIME_SYNTHESIS\Cosmological Boundary Routing\cosmological_boundary_routing\B_lqc_bounce\generated_trajectory\validated\lqc_bounce_trajectory_validated_v2_2.csv
Full path output: C:\Users\igorc\OneDrive\Desktop\UNNS_SUBSTRATE(desktop)\TRANSFER\Bulk_2\REGIME_SYNTHESIS\Cosmological Boundary Routing\cosmological_boundary_routing\B_lqc_bounce\canonical\ladder\lqc_bounce_response_path_preliminary.csv
Expansion ladder: C:\Users\igorc\OneDrive\Desktop\UNNS_SUBSTRATE(desktop)\TRANSFER\Bulk_2\REGIME_SYNTHESIS\Cosmological Boundary Routing\cosmological_boundary_routing\B_lqc_bounce\canonical\ladder\lqc_bounce_expansion_ladder_preliminary.csv
STRUC-I ladder: C:\Users\igorc\OneDrive\Desktop\UNNS_SUBSTRATE(desktop)\TRANSFER\Bulk_2\REGIME_SYNTHESIS\Cosmological Boundary Routing\cosmological_boundary_routing\B_lqc_bounce\canonical\ladder\lqc_bounce_expansion_ladder_preliminary_struc_i.csv

DATASET
Dataset B — effective LQC contraction-bounce-expansion

SCALAR COORDINATE
q_B(a) = ln(E_lqc(a))

REPRESENTATION POLICY
1. Full direction-preserving path retains all trajectory rows.
2. Exact bounce remains in the path with q_B left blank because ln(0) is undefined.
3. Direct scalar ladder uses only finite post-bounce expansion rows.
4. Contraction rows are excluded from the scalar ladder to avoid duplicating the same |H| values and creating artificial zero gaps.
5. No epsilon replacement is used at the bounce.

COUNTS
full path rows = 4001
contraction rows = 2000
expansion rows = 2001
exact bounce rows = 1
bounce path index = 2000
finite expansion ladder elements = 2000
ladder gaps = 1999
unique ladder elements = 2000

LADDER RANGE
minimum q_B = 0
maximum q_B = 140.21920175573092
minimum gap = 3.9065349881184375e-05
maximum gap = 0.11937979128887832

PATH CHECKS
contraction scale factor decreasing = no
expansion scale factor increasing = no
contraction H negative = yes
post-bounce expansion H positive = yes

STRUC-PERC-I SETTINGS
input = lqc_bounce_expansion_ladder_preliminary.csv
domain adapter = Generic
kappa points = 17
kappa minimum = 0.01
kappa maximum = 1.0

STRUC-I SETTINGS
input = lqc_bounce_expansion_ladder_preliminary_struc_i.csv
maximum ladder size = 5000
Monte Carlo runs = 2000
kappa steps = 40
kappa minimum = 0.01
kappa maximum = 1.0

INTERPRETIVE LIMITS
- The direct scalar ladder describes only the finite expansion branch.
- The bounce cannot be represented by ln(E_lqc) because E_lqc=0.
- The full path is mandatory for alpha analysis and the final orientation-sensitive A/B/C bridge.
- boundary_margin_candidate remains provisional.
