MiPi_TEST/reports/interactive_log.csv

1	logged_at	capture_ts	capture_num	claude_said_flicker	user_confirmed	lp_low_ns	reasoning_summary
2	2026-04-16 07:59:52	20260416_075857	0031	YES	NO	0.3	YES The LP-low plateau measured at 0.3 ns is effectively absent — nearly three orders of magnitude below the SN65DSI83's required ≥ 50 ns minimum for
3	2026-04-16 08:10:15	20260416_080919	0006	YES	NO	0.3	YES The LP-low plateau measured at 0.3 ns is essentially absent, far below the 50 ns minimum required by the SN65DSI83 to detect the start-of-transmi
4	2026-04-16 08:13:26	20260416_081232	0013	YES	YES	0.3	YES The LP-low plateau is measured at effectively 0 ns (0.3 ns reported, rounded to 0 ns in the summary), which is drastically below the SN65DSI83's
5	2026-04-16 08:20:46	20260416_082018	0001	NO	NOT_ASKED	108.0	NO The LP-low plateau measures 108.0 ns, which comfortably exceeds the SN65DSI83's 50 ns minimum requirement for SoT detection. This is the critical
6	2026-04-16 08:21:16	20260416_082047	0002	NO	NOT_ASKED	108.3	NO The LP-low plateau measures 108.3 ns, which comfortably exceeds the SN65DSI83's 50 ns minimum requirement for SoT detection. The flagged concern a
7	2026-04-16 08:21:46	20260416_082117	0003	NO	NOT_ASKED	342.7	NO The LP-low plateau measures 342.7 ns, which is well above the 50 ns minimum required by the SN65DSI83 for SoT detection. The flag appears to be a
8	2026-04-16 08:22:14	20260416_082147	0004	NO	NOT_ASKED	342.7	NO The LP-low plateau measures 342.7 ns, which comfortably exceeds the 50 ns minimum required by the SN65DSI83 for SoT detection. The flag appears to
9	2026-04-16 08:30:29	20260416_082936	0005	YES	NO	0.3	YES The LP-low plateau measured at effectively 0 ns (reported as 0.3 ns by the flag, 0 ns in the full summary) is drastically below the 50 ns minimum
10	2026-04-16 08:32:52	20260416_083201	0010	YES	NO	0.3	YES The LP-low plateau measured only 0.3 ns, which is effectively absent and far below the SN65DSI83's required ≥ 50 ns minimum for reliable SoT dete
11	2026-04-16 08:41:32	20260416_084055	0009	YES	YES	0.2	YES The LP-low plateau is measured at effectively 0 ns (reported as 0.2 ns by the pre-processor, 0 ns in the full summary), far below the 50 ns minim
12	2026-04-16 09:17:52	20260416_091714	0002	YES	NO	0.3	YES The LP-low plateau measured at effectively 0 ns (reported 0.3 ns) is drastically below the SN65DSI83's required ≥ 50 ns minimum for SoT detection
13	2026-04-16 09:28:27	20260416_092745	0029	YES	NO	0.3	YES The LP-low plateau of 0.3 ns is essentially absent—two orders of magnitude below the SN65DSI83's required ≥ 50 ns minimum for SoT detection. The
14	2026-04-16 09:33:17	20260416_093239	0041	YES	NO	0.3	YES The LP-low plateau is measured at effectively 0 ns (flagged as 0.3 ns by the pre-processor), far below the SN65DSI83's 50 ns minimum requirement
15	2026-04-16 09:37:46	20260416_093705	0052	YES	NO	0.3	YES The LP-low plateau measured at 0.3 ns is effectively absent — it is over two orders of magnitude below the SN65DSI83's required ≥ 50 ns minimum f
16	2026-04-16 09:52:50	20260416_095213	0091	YES	NO	0.2	YES The LP-low plateau measured at 0.2 ns is essentially absent — nearly three orders of magnitude below the SN65DSI83's required ≥ 50 ns minimum for
17	2026-04-16 09:53:48	20260416_095313	0093	YES	NO	0.2	YES The LP-low plateau measured at effectively 0 ns (reported 0.2 ns) is vastly below the 50 ns minimum required by the SN65DSI83 to detect the Start
18	2026-04-16 09:54:48	20260416_095412	0095	YES	NO	0.3	YES The LP-low plateau is measured at effectively 0 ns (reported as 0.3 ns by the flag, 0 ns in the full summary), which is drastically below the SN6
19	2026-04-16 09:58:51	20260416_095814	0105	YES	NO	0.9	YES The LP-low plateau measured at only ~1 ns, which is drastically below the SN65DSI83's required ≥50 ns minimum for reliable SoT detection — fallin
20	2026-04-16 10:06:18	20260416_100542	0124	YES	NO	0.3	YES The LP-low plateau measured at effectively 0 ns (reported as 0.3 ns by the pre-processor, 0 ns in the full summary) is drastically below the 50 n
21	2026-04-16 10:10:44	20260416_101007	0135	YES	NO	23.1	YES The LP-low plateau of 23.1 ns is less than half the SN65DSI83's required ≥ 50 ns minimum for reliable SoT detection, and the LP exit-to-HS transi
22	2026-04-16 10:12:30	20260416_101154	0139	YES	NO	0.2	YES The LP-low plateau is measured at effectively 0 ns (reported as 0.2 ns by the flag, 0 ns in the full summary), far below the 50 ns minimum requir
23	2026-04-16 10:14:38	20260416_101402	0144	YES	NO	0.2	YES The LP-low plateau is measured at effectively 0 ns (reported as 0.2 ns by the pre-processor, 0 ns in the full summary), far below the SN65DSI83's
24	2026-04-16 10:15:16	20260416_101439	0145	YES	NO	0.2	YES The LP-low plateau is effectively absent at 0.2 ns (rounded to 0 ns in the full summary), which is drastically below the SN65DSI83's required ≥ 5
25	2026-04-16 10:21:14	20260416_102036	0160	YES	NO	39.8	YES The LP-low plateau of 39.8 ns is clearly below the SN65DSI83's required ≥ 50 ns minimum for reliable SoT detection, falling short by over 10 ns (
26	2026-04-16 10:25:18	20260416_102440	0170	YES	NO	0.3	YES The LP-low plateau measured at 0.3 ns is effectively absent and falls catastrophically short of the SN65DSI83's required ≥ 50 ns minimum for SoT
27	2026-04-16 10:27:54	20260416_102713	0176	YES	NO	0.9	YES The LP-low plateau measured at only 0.9 ns is drastically below the SN65DSI83's required ≥ 50 ns minimum for SoT detection — it is essentially ab
28	2026-04-16 11:12:48	20260416_111206	0065	YES	NO	26.7	YES The LP-low plateau of 26.7 ns is barely half the SN65DSI83's required ≥ 50 ns minimum, and the LP exit-to-HS transition of only 4 ns is drastical
29	2026-04-16 11:24:30	20260416_112353	0001	YES	NO	342.7	YES Although the LP-low plateau itself is 343 ns (well above the 50 ns minimum), the critical failure here is the **LP exit → HS transition of only 3
30	2026-04-16 11:25:07	20260416_112431	0002	YES	NO	342.6	YES The LP-low plateau at 343 ns is well above the 50 ns SN65DSI83 detection threshold, so the SoT preamble timing itself is not the problem here. Ho
31	2026-04-16 11:26:06	20260416_112531	0004	YES	NO	342.6	YES Although the LP-low plateau itself is 343 ns (well above the 50 ns minimum), the critical failure here is the HS amplitude of only 17 mV, far bel
32	2026-04-16 11:27:06	20260416_112630	0006	YES	NO	108.0	YES Although the LP-low plateau itself measures 108 ns (above the 50 ns minimum), the critical failure here is the **LP exit → HS transition of only