2 lines
9.8 KiB
Markdown
2 lines
9.8 KiB
Markdown
{"FIGURE_REQUIREMENTS_EXTRACTED":{"default_used":true,"baseline_scenario":{"name":"S0 Baseline (6-hour alternating usage; Ta=25°C; includes one poor-signal navigation hour)","reason":"Used as the reference case for ΔTTE in scenario comparisons and for baseline TTE/UQ reporting.","source_locator":"[Source: Numerical Output (3); Keyword/Table/Section: SCENARIO_TTE_TABLE_v1 row 'S0,Baseline' + BASELINE_CONFIG_v1]"},"figures":[{"fig_id":"Fig2-1","title_en":"TTE vs Initial SOC (Baseline)","purpose":"Task 2: TTE vs. initial SOC z0 to quantify charge-level dependence.","plot_type":"line","x_axis":{"name":"Initial SOC z0","unit":null},"y_axis":{"name":"Time-to-Empty (TTE)","unit":"h"},"y2_axis":null,"data_fields":[{"field_name":"z0","meaning":"Initial state of charge values used for simulation runs","unit":null},{"field_name":"TTE_hours","meaning":"Predicted time-to-empty for each initial SOC","unit":"h"},{"field_name":"termination_reason","meaning":"Termination event causing shutdown (SOC_ZERO/V_CUTOFF/DELTA_ZERO)","unit":null}],"scenario_coverage_rule":"Baseline scenario only; include all z0 values appearing in TTE_TABLE_v1 (1.00, 0.75, 0.50, 0.25).","numeric_callouts_required":["TTE_hours at each z0 (tabulated or annotated)","TTE_hours at z0=1.00 (baseline headline value)","Observed termination_reason consistency across z0"],"source_locator":"[Source: Numerical Output (3); Keyword/Table/Section: TTE_TABLE_v1; Fields: z0,TTE_hours,termination_reason]","missing_data_policy":{"if_missing":"keep_stub_and_mark_unavailable","attempted_keywords":["TTE_TABLE_v1","z0,TTE_hours","termination_reason","TTE vs"]}},{"fig_id":"Fig2-2","title_en":"Scenario TTE Comparison (z0=1.00)","purpose":"Task 2: compare TTE across usage/environment scenarios to identify major drain drivers.","plot_type":"bar","x_axis":{"name":"Scenario ID","unit":null},"y_axis":{"name":"Time-to-Empty (TTE)","unit":"h"},"y2_axis":null,"data_fields":[{"field_name":"scenario_id","meaning":"Scenario identifier (S0..S7)","unit":null},{"field_name":"description","meaning":"Human-readable scenario description","unit":null},{"field_name":"TTE_hours","meaning":"Predicted TTE for each scenario (z0=1.00)","unit":"h"},{"field_name":"ΔTTE_hours","meaning":"TTE difference relative to baseline scenario S0","unit":"h"},{"field_name":"termination_reason","meaning":"Termination event per scenario","unit":null}],"scenario_coverage_rule":"All scenarios appearing in SCENARIO_TTE_TABLE_v1 (S0–S7) at z0=1.00.","numeric_callouts_required":["Baseline TTE_hours (S0) and each scenario TTE_hours","Worst-case ΔTTE_hours (most negative) and its scenario_id","Any scenario with termination_reason != SOC_ZERO (e.g., V_CUTOFF)"],"source_locator":"[Source: Numerical Output (3); Keyword/Table/Section: SCENARIO_TTE_TABLE_v1; Fields: scenario_id,description,TTE_hours,ΔTTE_hours,termination_reason]","missing_data_policy":{"if_missing":"keep_stub_and_mark_unavailable","attempted_keywords":["SCENARIO_TTE_TABLE_v1","ΔTTE_hours","scenario_id","Baseline,4.60"]}},{"fig_id":"Fig2-3","title_en":"SOC Trajectory z(t) (Baseline)","purpose":"Task 2: mechanistic time-series showing discharge dynamics leading to TTE.","plot_type":"line","x_axis":{"name":"Time","unit":"s"},"y_axis":{"name":"State of Charge z(t)","unit":null},"y2_axis":null,"data_fields":[{"field_name":"t","meaning":"Simulation time grid","unit":"s"},{"field_name":"z","meaning":"State of charge trajectory","unit":null}],"scenario_coverage_rule":"Baseline scenario S0; at minimum include z0=1.00 trajectory (optionally overlay other z0 in TTE_TABLE_v1).","numeric_callouts_required":["Interpolated termination time t_star_sec (or TTE_seconds) for the displayed run(s)","Termination reason at t*"],"source_locator":"[Source: Numerical Output (3); Keyword/Table/Section: SIM_API_v1 OutputSchema.trajectory_columns includes t,z; FIGURE_SPEC_v1 plot 'State of Charge vs Time' uses columns t,z]","missing_data_policy":{"if_missing":"keep_stub_and_mark_unavailable","attempted_keywords":["trajectory","trajectory_columns","t, z","State of Charge vs Time","soc_v_time.png"]}},{"fig_id":"Fig2-4","title_en":"Current and Power vs Time","purpose":"Task 2: explain rapid drain via CPL-induced current escalation and power demand.","plot_type":"dual_axis_line","x_axis":{"name":"Time","unit":"s"},"y_axis":{"name":"Current I(t)","unit":"A"},"y2_axis":{"name":"Total Power P_tot(t)","unit":"W"},"data_fields":[{"field_name":"t","meaning":"Simulation time grid","unit":"s"},{"field_name":"I","meaning":"Discharge current from CPL closure","unit":"A"},{"field_name":"P_tot","meaning":"Total power demand from component mapping","unit":"W"}],"scenario_coverage_rule":"Baseline scenario S0; at minimum include z0=1.00 trajectory (optionally overlay key scenarios S4/S5 for contrast).","numeric_callouts_required":["avg_P_W over [0,t*] (baseline and/or compared scenarios)","max_I_A over [0,t*]","Identify time interval(s) of peak P_tot and corresponding usage segment (if segment labels available)"],"source_locator":"[Source: Numerical Output (3); Keyword/Table/Section: FIGURE_SPEC_v1 plot 'Current and Power vs Time' uses columns t,I,P_tot; TTE_TABLE_v1 provides avg_P_W and max_I_A]","missing_data_policy":{"if_missing":"keep_stub_and_mark_unavailable","attempted_keywords":["FIGURE_SPEC_v1","current_power_v_time.png","columns: t, I, P_tot","avg_P_W","max_I_A"]}},{"fig_id":"Fig2-5","title_en":"Battery Temperature Trajectory","purpose":"Task 2: show electro-thermal feedback and temperature-driven performance shifts.","plot_type":"line","x_axis":{"name":"Time","unit":"s"},"y_axis":{"name":"Battery Temperature T_b(t)","unit":"°C"},"y2_axis":null,"data_fields":[{"field_name":"t","meaning":"Simulation time grid","unit":"s"},{"field_name":"T_b","meaning":"Battery temperature trajectory (stored as T_b; convert to °C if stored in K)","unit":"K"}],"scenario_coverage_rule":"Baseline scenario S0; include at least z0=1.00 trajectory. For cold/hot scenarios, overlay S5/S6 if available.","numeric_callouts_required":["max_Tb_C over [0,t*] (baseline and/or compared scenarios)","Ambient temperature setting for the run (T_a_C or T_a in K)"],"source_locator":"[Source: Numerical Output (3); Keyword/Table/Section: FIGURE_SPEC_v1 plot 'Battery Temperature vs Time' uses columns t,T_b; TTE_TABLE_v1 provides max_Tb_C]","missing_data_policy":{"if_missing":"keep_stub_and_mark_unavailable","attempted_keywords":["temp_v_time.png","Battery Temperature vs Time","columns: t, T_b","max_Tb_C","T_a_C"]}},{"fig_id":"Fig2-6","title_en":"CPL Discriminant Delta Trajectory","purpose":"Task 2: diagnose proximity to power infeasibility/voltage-collapse via Δ(t).","plot_type":"line","x_axis":{"name":"Time","unit":"s"},"y_axis":{"name":"Discriminant Delta Δ(t)","unit":"V^2"},"y2_axis":null,"data_fields":[{"field_name":"t","meaning":"Simulation time grid","unit":"s"},{"field_name":"Delta","meaning":"CPL quadratic discriminant; Δ<=0 indicates infeasible power demand","unit":"V^2"},{"field_name":"V_term","meaning":"Terminal voltage (for contextual annotation when Δ is small)","unit":"V"}],"scenario_coverage_rule":"Baseline scenario S0; strongly recommended overlay for worst-case scenarios where cutoff shifts (e.g., S5 cold or S4 poor signal).","numeric_callouts_required":["min_Δ over [0,t*] (baseline and any stress scenarios)","If termination_reason=DELTA_ZERO or V_CUTOFF, annotate Δ and V_term near t*"],"source_locator":"[Source: Numerical Output (3); Keyword/Table/Section: FIGURE_SPEC_v1 plot 'Discriminant Delta vs Time' uses columns t,Delta; SIM_API_v1 OutputSchema includes Delta and V_term]","missing_data_policy":{"if_missing":"keep_stub_and_mark_unavailable","attempted_keywords":["delta_v_time.png","Discriminant Delta vs Time","columns: t, Delta","V_term","DELTA_ZERO"]}},{"fig_id":"Fig2-7","title_en":"UQ Survival Curve for TTE","purpose":"Task 2: quantify uncertainty in TTE predictions via empirical survival curve P(TTE>t).","plot_type":"survival_curve","x_axis":{"name":"Time","unit":"h"},"y_axis":{"name":"Survival Probability S(t)=P(TTE>t)","unit":null},"y2_axis":null,"data_fields":[{"field_name":"t_hours","meaning":"Time grid for survival curve evaluation","unit":"h"},{"field_name":"S(t)","meaning":"Empirical survival probability from Monte Carlo TTE samples","unit":null},{"field_name":"p10","meaning":"10th percentile of TTE distribution (survival crosses ~0.90)","unit":"h"},{"field_name":"p50","meaning":"Median TTE","unit":"h"},{"field_name":"p90","meaning":"90th percentile of TTE distribution (survival crosses ~0.10)","unit":"h"},{"field_name":"CI95_low","meaning":"Lower bound of 95% CI for mean TTE (normal approximation)","unit":"h"},{"field_name":"CI95_high","meaning":"Upper bound of 95% CI for mean TTE (normal approximation)","unit":"h"},{"field_name":"M","meaning":"Monte Carlo sample count","unit":null},{"field_name":"theta","meaning":"OU reversion rate used for usage-path perturbations","unit":"1/s"},{"field_name":"sigma","meaning":"OU diffusion scale used for usage-path perturbations","unit":null}],"scenario_coverage_rule":"Monte Carlo UQ for baseline scenario at z0=1.00 with M=300 paths (as reported).","numeric_callouts_required":["p10, p50, p90 TTE values","Mean TTE with 95% CI (CI95_low, CI95_high)","A survival milestone time (e.g., time at which S(t) first drops below 0.90)"],"source_locator":"[Source: Numerical Output (3); Keyword/Table/Section: UQ_SUMMARY_v1 + SURVIVAL_CURVE_v1 + REPRODUCIBILITY_v1; Fields: mean,std,p10,p50,p90,CI95_low,CI95_high,t_hours,S(t),M,theta,sigma,dt]","missing_data_policy":{"if_missing":"keep_stub_and_mark_unavailable","attempted_keywords":["UQ_SUMMARY_v1","SURVIVAL_CURVE_v1","t_hours,S(t)","REPRODUCIBILITY_v1","p10,p50,p90"]}}],"tables_required":["TableA_TTE_vs_z0","TableB_scenario_compare","TableC_driver_ranking","TableUQ_summary"],"traceability_rule":"All numerical values must include [Source: Numerical Output (3); Keyword/Table/Section: XXX]; if not found, state 'Not provided'—do not hallucinate."}}
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