May 11, 2026
Generated lab notebook from daily_summary, plan_journal, and setpoint audit data. It is intentionally chronological and may include in-progress cycles before validation.
🌅 Morning Cycle (4:49 AM) — iris-20260511-0448
Daily Summary So Far
not validated yet
none recorded
Reflection
Daily Summary So Far — this cycle will be validated at the next planning cycle.
Hypothesis
Testing: Recovery plan after planning gateway audit repair: restore full active future horizon and test whether aggressive fog/mist with dwell gate on can reduce severe dry-day VPD-high without causing the previous evening VPD-low carryover. Expected outcome: Plan horizon restored with 8 complete Tier-1 waypoints. For Monday severe dry window, target VPD-high stress under 3h, dew-point risk 0h, and avoid water-budget bottleneck; accept some heat stress as physics-limited above 85F.
Conditions (structured)
88.0°F
5.0%
901.0 W/m²
18.0%
Monday starts cool and humid indoors, then becomes severe hot-dry with RH 5-14% and solar around 900 W/m2; Tuesday is moderate dry; Wednesday repeats severe heat/VPD before evening clouds.
Expected stress windows
early ramp from engage 1.30 to 1.05, 15-20s gaps, fog_escalation_kpa 0.15, short sealed windows, south/west weighting
bias_cool -1 to -2, d_cool_stage_2 3, do not extend sealed mist beyond 240s because THERMAL_RELIEF must flush heat
evening unwind to engage 1.45, all 2.10, gap 35, fog escalation high while fog is time-window blocked
repeat severe-day posture for 90F/RH 12-21% with aggressive fog and short thermal relief cycles
Parameter rationale
start misting before the steep dry ramp and hold VPD-high stress under 3h despite physics-limited heat
increase evaporative recovery during peak without relying on longer sealed windows
bring fog assist online during VENTILATE and reduce stubborn VPD-high versus Sunday
avoid trapping heat while allowing repeated humidity recovery
reduce non-safety whipsaw without blocking heat flushes
spend water on most productive mist zones while center crop visual stress is monitored separately
prefer earlier ventilation/fans during peak heat and accept unavoidable heat stress rather than sealing too long
Setpoints
Monday May 11
Primary crop-band changes:
Dawn guarded posture: indoor VPD is low-normal and dew margi
Morning ramp: forecast VPD jumps from 0.6 to 1.9 by 10:00, s
Solar-max onset: outdoor RH falls below 15% and VPD exceeds
Peak stress: 85-88F, RH 5-8%, VPD near 4 kPa. Aggressive VPD
Decline: solar falls but outside air remains extremely dry;
Evening/overnight: fog is blocked and the prior plan missed
Tactical tunable changes:
Dawn guarded posture: indoor VPD is low-normal and dew margi
Morning ramp: forecast VPD jumps from 0.6 to 1.9 by 10:00, s
Solar-max onset: outdoor RH falls below 15% and VPD exceeds
Peak stress: 85-88F, RH 5-8%, VPD near 4 kPa. Aggressive VPD
Decline: solar falls but outside air remains extremely dry;
Evening/overnight: fog is blocked and the prior plan missed
Tuesday May 12
Primary crop-band changes:
Tuesday moderate dry day: RH 19-31% and solar near 884 W/m2
Tactical tunable changes:
Tuesday moderate dry day: RH 19-31% and solar near 884 W/m2
Wednesday May 13
Primary crop-band changes:
Wednesday severe ramp: forecast reaches 90F with VPD above 4
Tactical tunable changes:
Wednesday severe ramp: forecast reaches 90F with VPD above 4
Changed secondary parameters:
initial 3
initial 1
initial 5
initial 300000
initial 1
initial -2
initial 0.8
initial 1.2
initial 90
initial 45
initial 180
initial 120
initial 60
initial 60
initial 1200
initial 240
initial 90
initial 15
initial 45
initial 360
initial 90
initial 500
initial 600
initial 180
initial 1
initial 1
initial 1
initial 1
initial 1
initial 1.8
initial 5
initial 5
initial 60
3 → 0
1 → 0
0.8 → 0.3
1.2 → 1
90 → 60
45 → 60
1200 → 900
45 → 30
360 → 240
90 → 60
500 → 600
1.8 → 1.5
60 → 45
0 → -1
0.3 → 0.15
60 → 45
900 → 600
240 → 180
60 → 45
1.5 → 1.2
45 → 30
-1 → -2
30 → 20
180 → 120
45 → 30
1.2 → 1
-2 → 0
0.15 → 0.5
45 → 90
60 → 45
600 → 900
240 → 180
20 → 30
120 → 240
30 → 60
1 → 1.5
30 → 45
0 → 2
0 → 0.5
0.5 → 0.8
1 → 1.2
90 → 120
900 → 1200
30 → 45
240 → 360
60 → 90
600 → 500
1.5 → 1.8
45 → 60
2 → 0
0.5 → 0
0.8 → 0.3
1.2 → 1
120 → 60
45 → 60
1200 → 900
180 → 240
45 → 30
360 → 240
90 → 60
500 → 550
1.8 → 1.5
60 → 45
0 → -1.5
0.3 → 0.2
900 → 600
30 → 25
240 → 180
60 → 45
550 → 600
1.5 → 1.2
45 → 30
Full secondary parameter dump
Value 3.
Value 1.
Value 5.
Value 300000.
Value 1.
Value -2.
Value 0.8.
Value 1.2.
Value 90.
Value 45.
Value 180.
Value 120.
Value 60.
Value 60.
Value 1200.
Value 240.
Value 90.
Value 15.
Value 45.
Value 360.
Value 90.
Value 500.
Value 600.
Value 180.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.8.
Value 5.
Value 5.
Value 60.
Value 0.
Value 0.
Value 5.
Value 300000.
Value 1.
Value -2.
Value 0.3.
Value 1.
Value 60.
Value 60.
Value 180.
Value 120.
Value 60.
Value 60.
Value 900.
Value 240.
Value 90.
Value 15.
Value 30.
Value 240.
Value 60.
Value 600.
Value 600.
Value 180.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.5.
Value 5.
Value 5.
Value 45.
Value -1.
Value 0.
Value 5.
Value 300000.
Value 1.
Value -2.
Value 0.15.
Value 1.
Value 45.
Value 60.
Value 180.
Value 120.
Value 60.
Value 60.
Value 600.
Value 240.
Value 90.
Value 15.
Value 30.
Value 180.
Value 45.
Value 600.
Value 600.
Value 180.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.2.
Value 5.
Value 5.
Value 30.
Value -2.
Value 0.
Value 5.
Value 300000.
Value 1.
Value -2.
Value 0.15.
Value 1.
Value 45.
Value 60.
Value 180.
Value 120.
Value 60.
Value 60.
Value 600.
Value 240.
Value 90.
Value 15.
Value 20.
Value 120.
Value 30.
Value 600.
Value 600.
Value 180.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.
Value 5.
Value 5.
Value 30.
Value 0.
Value 0.
Value 5.
Value 300000.
Value 1.
Value -2.
Value 0.5.
Value 1.
Value 90.
Value 45.
Value 180.
Value 120.
Value 60.
Value 60.
Value 900.
Value 180.
Value 90.
Value 15.
Value 30.
Value 240.
Value 60.
Value 600.
Value 600.
Value 180.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.5.
Value 5.
Value 5.
Value 45.
Value 2.
Value 0.5.
Value 5.
Value 300000.
Value 1.
Value -2.
Value 0.8.
Value 1.2.
Value 120.
Value 45.
Value 180.
Value 120.
Value 60.
Value 60.
Value 1200.
Value 180.
Value 90.
Value 15.
Value 45.
Value 360.
Value 90.
Value 500.
Value 600.
Value 180.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.8.
Value 5.
Value 5.
Value 60.
Value 0.
Value 0.
Value 5.
Value 300000.
Value 1.
Value -2.
Value 0.3.
Value 1.
Value 60.
Value 60.
Value 180.
Value 120.
Value 60.
Value 60.
Value 900.
Value 240.
Value 90.
Value 15.
Value 30.
Value 240.
Value 60.
Value 550.
Value 600.
Value 180.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.5.
Value 5.
Value 5.
Value 45.
Value -1.5.
Value 0.
Value 5.
Value 300000.
Value 1.
Value -2.
Value 0.2.
Value 1.
Value 60.
Value 60.
Value 180.
Value 120.
Value 60.
Value 60.
Value 600.
Value 240.
Value 90.
Value 15.
Value 25.
Value 180.
Value 45.
Value 600.
Value 600.
Value 180.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.2.
Value 5.
Value 5.
Value 30.
🌅 Morning Cycle (5:51 AM) — iris-20260511-0556
validated
3/10
none recorded
Result: Partial SUNSET evaluation using 2026-05-11 scorecard and plan-window scorecard before midnight. The plan expected severe hot-dry VPD/heat stress and tried aggressive mist/fog with capped 180-240s sealed windows plus early evening unwind. Actual daily performance so far: planner_score 33.9, both-axis compliance 22.2%, temp compliance 48.6%, VPD compliance 29.9%. Stress was dominated by VPD-high 9.48h and heat 9.18h, with VPD-low 4.58h and cold 1.13h. Plan-window scorecard for iris-20260511-0556 shows compliance 18.9%, temp 41.4%, VPD 25.5%, heat 4.64h, cold 0.57h, VPD-high 4.79h, VPD-low 2.32h, cost USD 1.46. Dew-point safety held: dp_margin_min 5.7F and dp_risk 0h. The capped sealed-window / dew-point-safety part worked, but VPD-high and heat control did not meet the expected effect; the day was physics-limited and aggressive mist/fog still could not maintain band compliance.
Reflection
Validating previous cycle: iris-20260510-2058
Previous hypothesis: Validation smoke plan: compact 6-hour overnight posture from ~21:00-03:00 MDT. Current indoor conditions are cool and humid enough that the safe objective is to avoid unnecessary mist/fog, preserve dew-point margin, and reduce heater-to-vent oscillation before the later Monday dry ramp.
{"conditions":{"outdoor_temp_peak_f":60.0,"outdoor_rh_min_pct":37.0,"solar_peak_w_m2":0,"cloud_cover_avg_pct":0,"notes":"overnight validation window only, ~21:00-03:00 MDT; outdoor cools from 60F to 49F with no solar and indoor VPD already low-normal at ~0.43-0.61 kPa"},"stress_windows":[{"kind":"vpd_low","start":"2026-05-10T21:00:00-06:00","end":"2026-05-11T03:00:00-06:00","severity":"medium","mitigation":"suppress misting with engage 1.70 kPa, all 2.35 kPa, 60s gaps, short sealed window, and fog escalation high while fog is time-window blocked"},{"kind":"cold","start":"2026-05-11T00:00:00-06:00","end":"2026-05-11T03:00:00-06:00","severity":"low","mitigation":"bias_heat +1.0 and bias_cool +3.0 to keep overnight heating stable without triggering avoidable vent churn"}],"rationale":[{"parameter":"mister_engage_kpa","old_value":1.65,"new_value":1.70,"forecast_anchor":"current indoor VPD 0.43-0.61 kPa and forecast night has no solar with outdoor VPD falling toward 0.60 kPa by 03:00","expected_effect":"avoid validation-window misting unless the house dries materially; keep VPD-low/dew-point-risk from worsening"},{"parameter":"mister_all_kpa","old_value":2.35,"new_value":2.35,"forecast_anchor":"overnight no-solar window with current humid air and previous VPD-low/dew-point-risk lessons","expected_effect":"prevent all-zone escalation overnight"},{"parameter":"mister_pulse_gap_s","old_value":60.0,"new_value":60.0,"forecast_anchor":"nighttime humidity retention is adequate and fog is blocked outside 07:00-17:00","expected_effect":"preserve dew-point margin and minimize water use during the smoke test"},{"parameter":"fog_escalation_kpa","old_value":0.8,"new_value":0.8,"forecast_anchor":"fog time window blocks fog overnight; high escalation avoids accidental early fog before morning handoff","expected_effect":"no fog use during the six-hour validation period"},{"parameter":"bias_heat","old_value":1.0,"new_value":1.0,"forecast_anchor":"outdoor falls from 60F to 49F by 03:00 with recent cold_stress 0.8h","expected_effect":"maintain mild overnight heat support without changing crop bands"},{"parameter":"bias_cool","old_value":3.0,"new_value":3.0,"forecast_anchor":"overnight heater cycles are likely and vent oscillation should be avoided","expected_effect":"delay non-safety cooling and reduce heater-to-vent churn"}]}Result: Partial SUNSET evaluation using 2026-05-11 scorecard and plan-window scorecard before midnight. The plan expected severe hot-dry VPD/heat stress and tried aggressive mist/fog with capped 180-240s sealed windows plus early evening unwind. Actual daily performance so far: planner_score 33.9, both-axis compliance 22.2%, temp compliance 48.6%, VPD compliance 29.9%. Stress was dominated by VPD-high 9.48h and heat 9.18h, with VPD-low 4.58h and cold 1.13h. Plan-window scorecard for iris-20260511-0556 shows compliance 18.9%, temp 41.4%, VPD 25.5%, heat 4.64h, cold 0.57h, VPD-high 4.79h, VPD-low 2.32h, cost USD 1.46. Dew-point safety held: dp_margin_min 5.7F and dp_risk 0h. The capped sealed-window / dew-point-safety part worked, but VPD-high and heat control did not meet the expected effect; the day was physics-limited and aggressive mist/fog still could not maintain band compliance. Score: 3/10
New finding: On severe clear hot-dry days with outdoor RH near 10%, solar near or above 900 W/m², and peak outdoor temperatures around 88-91F, capped sealed windows and aggressive fog/mist can preserve dew-point safety but may still leave both heat and VPD-high stress near 9h; evening plans should prioritize recovery and avoid carrying peak aggressiveness overnight rather than trying to erase structural daytime stress. → Added to Lessons Learned
Hypothesis
Testing: Test a sharper time-gated dry-day posture: maximum fog/mist only after live/forecast VPD ramp, capped sealed windows for heat safety, and an earlier evening unwind to reduce VPD-low carryover. Expected outcome: For 2026-05-11, hold VPD-high stress under 3h despite RH 5-14%, keep dew-point risk near 0h with min dp margin above 5F, keep water budget from bottlenecking, and reduce overnight VPD-low below yesterday’s 13.23h while accepting some physics-limited heat stress.
Conditions (structured)
88.0°F
5.0%
901.0 W/m²
6.0%
Clear severe dry Monday: outdoor RH falls to 5-14% from 11:00-19:00, VPD peaks 4.25 kPa, solar peaks near 901 W/m2; current indoor dawn is cool/humid with VPD 0.51 and safe 7.2F dew-point margin.
Expected stress windows
guard dawn with high thresholds and 55s gap until live VPD rises
ramp engage 1.35 to 1.05, 15-20s gaps, fog_escalation 0.15-0.20, dwell gate on, south/west weighting
bias_cool -1 to -2, d_cool_stage_2 3, mist_max_closed_vent_s capped 240 then 180 so THERMAL_RELIEF can flush heat
earlier unwind to engage 1.55 then 1.75, gaps 45-60s, fog escalation 0.6-0.9, shorter sealed window
repeat severe-day but slightly moderated posture for forecast 90F / 12-21% RH with afternoon cloud risk
Parameter rationale
limit VPD-high stress under 3h while avoiding pre-misting at humid dawn
speed evaporative recovery during the confirmed dry window
use fog for stubborn VPD during ventilation rather than extending sealed heat traps
keep dew-point risk near 0h and limit heat trapping while allowing repeated short humidity recovery
allow more dry-window recovery cycles without extending any single sealed event
reduce missed VPD-high excursions during peak while restoring 0.5 overnight
prefer earlier ventilation/fans during peak heat; accept some structural heat stress rather than sealing too long
spend water on most productive dry zones and protect orchids/cannas without center-zone waste
Setpoints
Monday May 11
Primary crop-band changes:
Guarded dawn: live indoor VPD is still low-normal (0.51) wit
Morning ramp: forecast VPD climbs from 0.60 to 1.91 by 10:00
Dry window confirmed by forecast: RH falls below 20%, solar
Peak stress: RH 8-9%, VPD 3.45-3.94, solar near 900 W/m2. Us
Late peak and fog-window exit: outdoor air remains extremely
Early evening unwind: previous failures were VPD-low carryov
Night posture: suppress mist/fog carryover; retain bias_cool
Tactical tunable changes:
Guarded dawn: live indoor VPD is still low-normal (0.51) wit
Morning ramp: forecast VPD climbs from 0.60 to 1.91 by 10:00
Dry window confirmed by forecast: RH falls below 20%, solar
Peak stress: RH 8-9%, VPD 3.45-3.94, solar near 900 W/m2. Us
Late peak and fog-window exit: outdoor air remains extremely
Early evening unwind: previous failures were VPD-low carryov
Night posture: suppress mist/fog carryover; retain bias_cool
Tuesday May 12
Primary crop-band changes:
Tuesday moderate dry day: keep support, but avoid Monday-lev
Tactical tunable changes:
Tuesday moderate dry day: keep support, but avoid Monday-lev
Wednesday May 13
Primary crop-band changes:
Wednesday repeats severe heat/VPD but with cloud/precip unce
Tactical tunable changes:
Wednesday repeats severe heat/VPD but with cloud/precip unce
Changed secondary parameters:
initial 3
initial 1
initial 5
initial 300000
initial 1
initial -2
initial 0.8
initial 1.2
initial 90
initial 45
initial 180
initial 120
initial 60
initial 60
initial 1200
initial 180
initial 90
initial 360
initial 90
initial 500
initial 600
initial 1
initial 1
initial 1
initial 1
initial 1
initial 1.8
initial 5
initial 5
initial 60
3 → 0
1 → 0
0.8 → 0.35
1200 → 900
180 → 240
360 → 300
90 → 60
1.8 → 1.5
60 → 45
0 → -1
0.35 → 0.2
90 → 60
45 → 60
900 → 600
300 → 240
60 → 45
1.5 → 1.3
-1 → -2
0.2 → 0.15
240 → 180
1.3 → 1.2
45 → 30
-2 → -1
0.15 → 0.25
60 → 90
60 → 45
600 → 900
240 → 180
180 → 300
45 → 60
1.2 → 1.5
30 → 45
-1 → 0
0.25 → 0.6
90 → 120
900 → 1200
300 → 360
60 → 90
1.5 → 1.8
45 → 60
0 → 2
0 → 0.5
0.6 → 0.9
360 → 420
2 → 0
0.5 → 0
0.9 → 0.4
120 → 90
1200 → 900
180 → 240
420 → 360
90 → 75
1.8 → 1.6
0 → -1.5
0.4 → 0.2
90 → 60
45 → 60
900 → 600
360 → 240
75 → 45
1.6 → 1.3
60 → 45
Full secondary parameter dump
Value 3.
Value 1.
Value 5.
Value 300000.
Value 1.
Value -2.
Value 0.8.
Value 1.2.
Value 90.
Value 45.
Value 180.
Value 120.
Value 60.
Value 60.
Value 1200.
Value 180.
Value 90.
Value 360.
Value 90.
Value 500.
Value 600.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.8.
Value 5.
Value 5.
Value 60.
Value 0.
Value 0.
Value 5.
Value 300000.
Value 1.
Value -2.
Value 0.35.
Value 1.2.
Value 90.
Value 45.
Value 180.
Value 120.
Value 60.
Value 60.
Value 900.
Value 240.
Value 90.
Value 300.
Value 60.
Value 500.
Value 600.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.5.
Value 5.
Value 5.
Value 45.
Value -1.
Value 0.
Value 5.
Value 300000.
Value 1.
Value -2.
Value 0.2.
Value 1.2.
Value 60.
Value 60.
Value 180.
Value 120.
Value 60.
Value 60.
Value 600.
Value 240.
Value 90.
Value 240.
Value 45.
Value 500.
Value 600.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.3.
Value 5.
Value 5.
Value 45.
Value -2.
Value 0.
Value 5.
Value 300000.
Value 1.
Value -2.
Value 0.15.
Value 1.2.
Value 60.
Value 60.
Value 180.
Value 120.
Value 60.
Value 60.
Value 600.
Value 240.
Value 90.
Value 180.
Value 45.
Value 500.
Value 600.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.2.
Value 5.
Value 5.
Value 30.
Value -1.
Value 0.
Value 5.
Value 300000.
Value 1.
Value -2.
Value 0.25.
Value 1.2.
Value 90.
Value 45.
Value 180.
Value 120.
Value 60.
Value 60.
Value 900.
Value 180.
Value 90.
Value 300.
Value 60.
Value 500.
Value 600.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.5.
Value 5.
Value 5.
Value 45.
Value 0.
Value 0.
Value 5.
Value 300000.
Value 1.
Value -2.
Value 0.6.
Value 1.2.
Value 120.
Value 45.
Value 180.
Value 120.
Value 60.
Value 60.
Value 1200.
Value 180.
Value 90.
Value 360.
Value 90.
Value 500.
Value 600.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.8.
Value 5.
Value 5.
Value 60.
Value 2.
Value 0.5.
Value 5.
Value 300000.
Value 1.
Value -2.
Value 0.9.
Value 1.2.
Value 120.
Value 45.
Value 180.
Value 120.
Value 60.
Value 60.
Value 1200.
Value 180.
Value 90.
Value 420.
Value 90.
Value 500.
Value 600.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.8.
Value 5.
Value 5.
Value 60.
Value 0.
Value 0.
Value 5.
Value 300000.
Value 1.
Value -2.
Value 0.4.
Value 1.2.
Value 90.
Value 45.
Value 180.
Value 120.
Value 60.
Value 60.
Value 900.
Value 240.
Value 90.
Value 360.
Value 75.
Value 500.
Value 600.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.6.
Value 5.
Value 5.
Value 60.
Value -1.5.
Value 0.
Value 5.
Value 300000.
Value 1.
Value -2.
Value 0.2.
Value 1.2.
Value 60.
Value 60.
Value 180.
Value 120.
Value 60.
Value 60.
Value 600.
Value 240.
Value 90.
Value 240.
Value 45.
Value 500.
Value 600.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.3.
Value 5.
Value 5.
Value 45.
🌆 Evening Cycle (8:07 PM) — iris-20260511-2005
Daily Summary So Far
not validated yet
none recorded
Reflection
Daily Summary So Far — this cycle will be validated at the next planning cycle.
Hypothesis
Testing: Test a recovery-first sunset posture after a failed severe hot-dry day: moderate evening VPD recovery, no overnight peak aggressiveness, and a built-in Tuesday dry ramp plus evening unwind. Expected outcome: Overnight dp_risk_hours remains 0, additional VPD-low stays under 1h, cold_stress from heater/vent chatter stays under 1h, and Tuesday moderate dry-window VPD-high stays under 3h if the SUNRISE cycle is missed.
Conditions (structured)
79.0°F
11.0%
882.0 W/m²
23.0%
Post-sunset outdoor air remains very dry tonight, VPD about 2.2 falling to 1.1 by dawn; indoor dew-point margin is safe at 13.4F now. Tuesday is moderate dry, 79F and 18-23% RH with high solar, not a repeat of Monday’s 88F/near-10% extreme.
Expected stress windows
moderate mist thresholds engage 1.55-1.60 with 45-50s gaps; fog escalation high because fog is time-window blocked; sealed window capped at 180s
bias_cool +3.5 and bias_heat +0.5 only near predawn to avoid heater-to-vent oscillation without chasing unnecessary warmth
moderated dry-day posture: engage 1.35, gap 25s, fog escalation 0.40, short sealed windows, then evening unwind
Parameter rationale
recover remaining VPD-high stress without using Monday's peak 1.05 kPa setting overnight
permit moderate VPD recovery while keeping dp_risk_hours near 0
avoid overnight over-humidification and VPD-low carryover
keep cold_stress from vent oscillation under 1h overnight
keep dew-point risk at 0h while allowing repeated short humidity recovery
hold Tuesday VPD-high stress under 3h without the stronger Monday extreme posture
Setpoints
Monday May 11
Primary crop-band changes:
evening_settle: recover residual dry stress moderately while
midnight_posture: keep mist conservative as humidity retenti
Tactical tunable changes:
evening_settle: recover residual dry stress moderately while
midnight_posture: keep mist conservative as humidity retenti
Tuesday May 12
Primary crop-band changes:
pre_dawn: suppress unnecessary mist, add small heat support,
tuesday_dry_ramp_fallback: moderate dry-day VPD support if s
tuesday_evening_unwind_fallback: remove dry-day aggressivene
Tactical tunable changes:
pre_dawn: suppress unnecessary mist, add small heat support,
tuesday_dry_ramp_fallback: moderate dry-day VPD support if s
tuesday_evening_unwind_fallback: remove dry-day aggressivene
Changed secondary parameters:
initial 3
initial 0
initial 5
initial 300000
initial 1
initial -2
initial 0.9
initial 1.2
initial 120
initial 45
initial 180
initial 120
initial 60
initial 60
initial 900
initial 180
initial 90
initial 360
initial 90
initial 500
initial 600
initial 1
initial 1
initial 1
initial 1
initial 1
initial 1.8
initial 5
initial 5
initial 60
3 → 3.5
0 → 0.5
900 → 1200
3.5 → 0
0.5 → 0
0.9 → 0.4
120 → 90
1200 → 600
180 → 240
360 → 300
90 → 60
1.8 → 1.5
0 → 2.5
0.4 → 0.9
90 → 120
600 → 1200
240 → 180
300 → 360
60 → 90
1.5 → 1.8
Full secondary parameter dump
Value 3.
Value 0.
Value 5.
Value 300000.
Value 1.
Value -2.
Value 0.9.
Value 1.2.
Value 120.
Value 45.
Value 180.
Value 120.
Value 60.
Value 60.
Value 900.
Value 180.
Value 90.
Value 360.
Value 90.
Value 500.
Value 600.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.8.
Value 5.
Value 5.
Value 60.
Value 3.5.
Value 0.
Value 5.
Value 300000.
Value 1.
Value -2.
Value 0.9.
Value 1.2.
Value 120.
Value 45.
Value 180.
Value 120.
Value 60.
Value 60.
Value 900.
Value 180.
Value 90.
Value 360.
Value 90.
Value 500.
Value 600.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.8.
Value 5.
Value 5.
Value 60.
Value 3.5.
Value 0.5.
Value 5.
Value 300000.
Value 1.
Value -2.
Value 0.9.
Value 1.2.
Value 120.
Value 45.
Value 180.
Value 120.
Value 60.
Value 60.
Value 1200.
Value 180.
Value 90.
Value 360.
Value 90.
Value 500.
Value 600.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.8.
Value 5.
Value 5.
Value 60.
Value 0.
Value 0.
Value 5.
Value 300000.
Value 1.
Value -2.
Value 0.4.
Value 1.2.
Value 90.
Value 45.
Value 180.
Value 120.
Value 60.
Value 60.
Value 600.
Value 240.
Value 90.
Value 300.
Value 60.
Value 500.
Value 600.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.5.
Value 5.
Value 5.
Value 60.
Value 2.5.
Value 0.
Value 5.
Value 300000.
Value 1.
Value -2.
Value 0.9.
Value 1.2.
Value 120.
Value 45.
Value 180.
Value 120.
Value 60.
Value 60.
Value 1200.
Value 180.
Value 90.
Value 360.
Value 90.
Value 500.
Value 600.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.
Value 1.8.
Value 5.
Value 5.
Value 60.
Daily Summary So Far
Climate
61.8–89.0°F; avg 71.2°F
0.35–2.35 kPa; avg 0.99 kPa
38.3–81.9%
Stress Hours
- Heat stress (>85°F): 2.9h
- VPD stress (>2.0 kPa): 2.4h
- Cold stress (<55°F): 0.0h
Economics
USD 2.20
USD 1.39
USD 0.000
USD 3.59
Equipment Runtimes
Primary exhaust runtime.
Secondary exhaust runtime.
Intake vent runtime.
Fogger runtime.
Electric heater runtime.
Gas heater runtime.
Supplemental lighting runtime.
South mister runtime.
West mister runtime.
Center mister runtime.
Water
- Total: 0 gal
- Mister: 136 gal
Crop Health (Gemini Vision)
Observation notes are collapsed below to avoid publishing partial vision snippets.
Observation notes are collapsed below to avoid publishing partial vision snippets.
Observation notes are collapsed below to avoid publishing partial vision snippets.
Observation notes are collapsed below to avoid publishing partial vision snippets.
Observation notes are collapsed below to avoid publishing partial vision snippets.
Vision observation notes
Canna lilies on the floor appear generally healthy, though visibility is somewhat limited in the dark.
[browning roots, dry appearance] Hanging roots appear somewhat dry and brown, possibly indicating insufficient humidity or watering frequency.
Seedlings appear healthy and are establishing well.
Seedlings appear healthy and green.
Seedlings appear healthy and green.
Hourly Pattern
RH 63.0%.
RH 58.2%.
RH 59.3%.
RH 58.4%.
RH 60.4%.
RH 59.5%.
RH 59.0%.
RH 52.2%.
RH 62.8%.
RH 78.4%.
RH 80.8%.
RH 74.0%.
RH 67.0%.
RH 65.1%.
RH 71.3%.
RH 78.4%.
RH 79.4%.
RH 78.6%.
RH 72.7%.
RH 70.7%.
RH 65.7%.
RH 64.6%.
RH 60.0%.
RH 62.7%.
7-Day Stress Context
Cold stress 0.0h.
Cold stress 0.0h.
Cold stress 0.0h.
Cold stress 0.0h.
Cold stress 0.0h.
Cold stress 0.0h.
Cold stress 0.0h.