WO-0011 · EA-04 · Single Batch Energetic Analysis

Roast #0138

25de628955f843dc9162285dbb2ba5dc

A-PBWKaleido M1S Dual SystemPosition: 42026-10-19T11:07:45+07:00

Canonical Roast ID7d264502-77c1-59f4-8ab9-89161161884a

Domain00:00.0 → 08:34.0

Artisan native points515

REP native points519

Scientific payload digestb816bb9efbd3a7329558b4c21886aa4cb1dfefd2a364f0e051b54f3d9ca1bd4a

BeanA-PBWf249f50c-d711-57be-977a-7cba9b559cf7

MachineKaleido M1S Dual System5f30394c-8134-5029-8492-efe6a34717c7

Roast batch position4canonical session position

Roast date/time2026-10-19T11:07:45+07:00source offset 420 min

Green weight125.0 gVALID

Roasted weight103.0 gVALID

One roast · one canonical elapsed-time axis

Energy Control Strategy → Thermal Response → RoR Response → Phase Result

Stored accepted evidence

Shared timing, explicit units: BT/ET, both independent RoR series, and recorded Burner/Hot Air/Drum commands retain native timestamps on one coordinated elapsed-time axis. Control traces remain stepwise; null or unavailable evidence remains a gap. Click legend items to isolate trace groups.

Landmark Reference Selector

This selection applies only to exploratory values on this Roast View. Accepted science and comparisons remain canonical.

Landmark Reference Selector

Evaluate a custom Landmark candidate

Enter Peak, DE, FC and Drop RoR in °C/min. This read-only calculation uses the accepted REP V1.1 engine and this roast's observed landmark times.

Independent REP Analysis RoR

Independent evidence · actual REP Analysis RoR and observed event times. Qualitative reference for Strategy Control design.

Q+: actual REP Analysis RoR above the selected reference. Q−: actual REP Analysis RoR below the selected reference. Shading is limited to Peak → Drop; numerical metrics come from Server_app.

Strategy Control

Executed command trace — Burner / Hot Air / Drum. Native order and exact canonical time are retained. Open diamonds mark zero-dwell intermediate commands; observed sampled states are an optional legend overlay. Hover shows cycle, native ordinal, exact timestamps and corroboration status. Sampled controls are not independent physical actuator feedback.

Strategy Control: SC-0012 SC-0012 — B1 DE-High FC-Stable D203 125g V1.5 · Matched canonical control program

Purpose Description

Biến thể V1.5 của chương trình B1 DE-High FC-Stable D203 125 g, điều chỉnh Burner/Air; rule cuối DROP + 1 s đưa Air lên 80% để xả khói Drum.

Control-program artifact: REP_SC-0012_B1_DE-High_FC-Stable_D203_125g.alrm Artifact nominal mass: 125.000000 g Intended Charge treatment: Unknown / unavailable Actual Charge BT: 160.3 °C Charge treatment and actual batch weight are independent of Strategy Control identity. Program attribution does not prove that a particular Alarm Set file was historically loaded.

Independent stored-evidence panels and dual-RoR inspection

Combined thermal view: stored BT and ET observations share the canonical CHARGE→DROP domain. Source sentinels remain gaps.

P0 remains in the scientific series. Its Charge→TP transient may extend beyond the Analysis View scale; use Full Range / P0 View to inspect it completely.

Independent evidence: the panels share elapsed-time navigation and the exact same y-axis range, while retaining separate native timestamps. Display labels are rounded for research reading; the API and scientific payload retain full precision.

Accepted PostgreSQL phase path

P0–P3 phase metrics

P0–P3 governed metrics available

Phase	Boundary / interval	Duration	ΔBT	Qphase	Qstability	Stored diagnostics
P0 RESOLVED	CHARGE → TP 00:00.0 → 00:46.0	00:46.0	-52.7 °C	—	—	V1.1 · REFERENCE_ONLY Legacy / auxiliary metrics Qphase 2295.2001 °C·s · `ETBT_GAP_INT_V1` Qstability 0.7378 ratio · `ROR_DETREND_RMSE_V1` Inspect 8 values BT start 160.3 °C BT end 107.6 °C Mean BT rate -68.7391 °C/min Qphase density 49.8956 °C Mean \|RoR\| 74.0855 °C/min RoR trend slope 5.1995 °C/min/s Residual RMSE 26.3239 °C/min Instability ratio 0.3553 ratio
P1 RESOLVED	TP → DE 00:46.0 → 03:41.0	02:55.0	49.1 °C	48.612 °C	⟨-0.8139 °C, 2.4880 °C/min⟩	V1.1 Qphase: TP → DE Qstability: PEAK → DE V1.1 Qstability components Q+ · excess 0.2194 °C Q− · deficit 1.0333 °C Qbalance -0.8139 °C Amax 2.4880 °C/min Legacy / auxiliary metrics Qphase 10079.1998 °C·s · `ETBT_GAP_INT_V1` Qstability 0.8591 ratio · `ROR_DETREND_RMSE_V1` Inspect 8 values BT start 107.6 °C BT end 156.7 °C Mean BT rate 16.8343 °C/min Qphase density 57.5954 °C Mean \|RoR\| 16.6133 °C/min RoR trend slope -0.0043 °C/min/s Residual RMSE 2.7237 °C/min Instability ratio 0.1639 ratio
P2 RESOLVED	DE → FC 03:41.0 → 06:58.0	03:17.0	38.8 °C	38.6857 °C	⟨-0.7143 °C, 3.0936 °C/min⟩	V1.1 Qphase: DE → FC Qstability: DE → FC V1.1 Qstability components Q+ · excess 1.4432 °C Q− · deficit 2.1575 °C Qbalance -0.7143 °C Amax 3.0936 °C/min Legacy / auxiliary metrics Qphase 4124.9001 °C·s · `ETBT_GAP_INT_V1` Qstability 0.9049 ratio · `ROR_DETREND_RMSE_V1` Inspect 8 values BT start 156.7 °C BT end 195.5 °C Mean BT rate 11.8173 °C/min Qphase density 20.9386 °C Mean \|RoR\| 11.7633 °C/min RoR trend slope -0.0261 °C/min/s Residual RMSE 1.236 °C/min Instability ratio 0.1051 ratio
P3 RESOLVED	FC → DROP 06:58.0 → 08:34.0	01:36.0	9.6 °C	9.6273 °C	⟨-2.3727 °C, 5.8515 °C/min⟩	V1.1 Qphase: FC → DROP Qstability: FC → DROP V1.1 Qstability components Q+ · excess 0.5118 °C Q− · deficit 2.8845 °C Qbalance -2.3727 °C Amax 5.8515 °C/min Legacy / auxiliary metrics Qphase -693.15 °C·s · `ETBT_GAP_INT_V1` Qstability 0.7823 ratio · `ROR_DETREND_RMSE_V1` Inspect 8 values BT start 195.5 °C BT end 205.1 °C Mean BT rate 6 °C/min Qphase density -7.2203 °C Mean \|RoR\| 6.0436 °C/min RoR trend slope -0.0138 °C/min/s Residual RMSE 1.6823 °C/min Instability ratio 0.2784 ratio

Canonical accepted · LANDMARK_REFERENCE_V1_1 · REP V1.1. Peak 20.0, DE 14.0, FC 10.0, Drop 5.0 °C/min. Reference points follow this roast’s observed landmark times; these are RoR values, not time targets. Qphase: ROR_PHASE_INT_V1_1 (°C). Qstability: ⟨Qbalance (°C), Amax (°C/min)⟩, ROR_TARGET_DEVIATION_V1_1. P0 and pre-Peak behavior are reference only. Analysis RoR configuration: cc4eaa83362467d1b81813d3e3476d38f913855e3608d559a674359ca8fff4d3.

Positive Qbalance means net excess; negative means net deficit. A balance near zero describes the integral only and can coexist with large excursions. Amax is the largest instantaneous absolute RoR deviation from Target RoR V1.1.

Artisan RoR characteristics

Type	Elapsed	RoR °C/min	Phase	Status / acquisition
NEGATIVE_PEAK	Unknown	Unknown	—	UNKNOWN
PEAK	01:52.0	20.80 °C/min	P1	VALIDACTUAL_OBSERVATION
DE	03:41.0	14.80 °C/min	—	VALIDEXACT_SAMPLE
FC	06:58.0	9.20 °C/min	—	VALIDEXACT_SAMPLE
MIN_AFTER_PEAK	08:06.0	3.60 °C/min	P3	VALIDACTUAL_OBSERVATION
DROP	08:34.0	5.20 °C/min	—	VALIDEXACT_SAMPLE

REP Analysis RoR characteristics

Type	Elapsed	RoR °C/min	Phase	Status / acquisition
NEGATIVE_PEAK	00:02.0	-216.36 °C/min	P0	VALIDACTUAL_OBSERVATION
PEAK	01:50.0	21.94 °C/min	P1	VALIDACTUAL_OBSERVATION
DE	03:41.0	14.44 °C/min	—	VALIDEXACT_STORED_ANALYTICAL_POINT
FC	06:58.0	8.36 °C/min	—	VALIDEXACT_STORED_ANALYTICAL_POINT
MIN_AFTER_PEAK	07:58.0	2.87 °C/min	P3	VALIDACTUAL_OBSERVATION
DROP	08:34.0	6.97 °C/min	—	VALIDEXACT_STORED_ANALYTICAL_POINT

Canonical boundaries and phase resolution

P0CHARGE → TP RESOLVED 00:00.0 → 00:46.0

P1TP → DE RESOLVED 00:46.0 → 03:41.0

P2DE → FC RESOLVED 03:41.0 → 06:58.0

P3FC → DROP RESOLVED 06:58.0 → 08:34.0

Scientific contract and provenance

Dataset WO0008_GATE4_DUAL_ROR_VIEWER_DATASET_V1 · digest b816bb9efbd3a7329558b4c21886aa4cb1dfefd2a364f0e051b54f3d9ca1bd4a

Source bundle REP_ANALYSIS_INPUT_BUNDLE_V3 · digest 499f7cc0ad53b93a9f22e7f03ffd6bbcf812bf1db4564757227759882e7dc39a

REP method BT_LOCAL_LINEAR_REGRESSION_V1 · configuration cc4eaa83362467d1b81813d3e3476d38f913855e3608d559a674359ca8fff4d3

Artisan series 9d3caff6-5f90-5cee-8337-0474f61ade3e · origin SOURCE_DERIVED · grid ALOG_MAIN_SAMPLE_INDEX_V1

REP series 0186b63a-8a4c-5dd9-97f3-e82196c98748 · origin REP_DERIVED · grid 1-second base grid plus exact fractional resolved event coordinates

Sensory Evidence: —