May 08, 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 (12:02 AM) — iris-20260508-0000

Status

Daily Summary So Far

Outcome score

not validated yet

Changed parameters

none recorded

Reflection

Daily Summary So Far — this cycle will be validated at the next planning cycle.

Hypothesis

Testing: Test whether preemptive, moderate misting (mister_engage_kpa=1.5) can prevent VPD from exceeding 1.5 kPa during the afternoon solar peak without inducing condensation risks. Expected outcome: Maintain humidity within band despite rising solar intensity and high outdoor temperature peak; prevent VPD spikes during the midday solar peak (expected ~14:00-15:00).

Conditions (structured)

Outdoor peak

72.0°F

RH minimum

29.0%

Solar peak

859.0 W/m²

Cloud average

5.0%

Clear, sunny spring day with significant afternoon solar gain and falling outdoor humidity.

Expected stress windows

vpd_highmedium · 2026-05-08T13:00:00-06:00 to 2026-05-08T17:00:00-06:00

lower mister_engage_kpa to 1.5 and mister_all_kpa to 2.0 to prepare for midday VPD climb

Parameter rationale

mister_engage_kpa1.8 → 1.5; Solar irradiance peak of 859 W/m2 around 13:00-14:00

Pre-condition humidity to prevent VPD overshoot during the midday solar peak.

Setpoints

Friday May 08

Primary crop-band changes:

03:30hyst 0.5

Transition to early morning posture: moderate humidity reten

06:30hyst 0.5

Transition to midday posture: more aggressive misting to cou

09:30hyst 0.5

Transition to peak afternoon posture: lowest engagement thre

Tactical tunable changes:

03:30d_cool 5; engage 1.7; all 2.2; pulse 50; gap 55; wt 1.6

Transition to early morning posture: moderate humidity reten

06:30d_cool 5; engage 1.4; all 2; pulse 45; gap 45; wt 1.8

Transition to midday posture: more aggressive misting to cou

09:30d_cool 5; engage 1.3; all 1.8; pulse 40; gap 40; wt 2

Transition to peak afternoon posture: lowest engagement thre

Changed secondary parameters:

03:30bias_cool

initial 3.5

03:30bias_heat

initial 0.5

03:30enthalpy_close

initial 0

03:30enthalpy_open

initial 0

03:30fog_escalation_kpa

initial 0.8

03:30min_fog_off_s

initial 300

03:30min_fog_on_s

initial 60

03:30min_heat_off_s

initial 360

03:30min_heat_on_s

initial 120

03:30min_vent_off_s

initial 180

03:30min_vent_on_s

initial 120

03:30mist_max_closed_vent_s

initial 240

03:30mist_thermal_relief_s

initial 90

03:30mist_vent_close_lead_s

initial 15

03:30mist_vent_reopen_delay_s

initial 90

03:30mister_water_budget_gal

initial 500

03:30vpd_watch_dwell_s

initial 120

06:30fog_escalation_kpa

0.8 → 0.5

09:30fog_escalation_kpa

0.5 → 0.4

Full secondary parameter dump
03:30bias_cool

Value 3.5.

03:30bias_heat

Value 0.5.

03:30enthalpy_close

Value 0.

03:30enthalpy_open

Value 0.

03:30fog_escalation_kpa

Value 0.8.

03:30min_fog_off_s

Value 300.

03:30min_fog_on_s

Value 60.

03:30min_heat_off_s

Value 360.

03:30min_heat_on_s

Value 120.

03:30min_vent_off_s

Value 180.

03:30min_vent_on_s

Value 120.

03:30mist_max_closed_vent_s

Value 240.

03:30mist_thermal_relief_s

Value 90.

03:30mist_vent_close_lead_s

Value 15.

03:30mist_vent_reopen_delay_s

Value 90.

03:30mister_water_budget_gal

Value 500.

03:30vpd_watch_dwell_s

Value 120.

06:30bias_cool

Value 3.5.

06:30bias_heat

Value 0.5.

06:30enthalpy_close

Value 0.

06:30enthalpy_open

Value 0.

06:30fog_escalation_kpa

Value 0.5.

06:30min_fog_off_s

Value 300.

06:30min_fog_on_s

Value 60.

06:30min_heat_off_s

Value 360.

06:30min_heat_on_s

Value 120.

06:30min_vent_off_s

Value 180.

06:30min_vent_on_s

Value 120.

06:30mist_max_closed_vent_s

Value 240.

06:30mist_thermal_relief_s

Value 90.

06:30mist_vent_close_lead_s

Value 15.

06:30mist_vent_reopen_delay_s

Value 90.

06:30mister_water_budget_gal

Value 500.

06:30vpd_watch_dwell_s

Value 120.

09:30bias_cool

Value 3.5.

09:30bias_heat

Value 0.5.

09:30enthalpy_close

Value 0.

09:30enthalpy_open

Value 0.

09:30fog_escalation_kpa

Value 0.4.

09:30min_fog_off_s

Value 300.

09:30min_fog_on_s

Value 60.

09:30min_heat_off_s

Value 360.

09:30min_heat_on_s

Value 120.

09:30min_vent_off_s

Value 180.

09:30min_vent_on_s

Value 120.

09:30mist_max_closed_vent_s

Value 240.

09:30mist_thermal_relief_s

Value 90.

09:30mist_vent_close_lead_s

Value 15.

09:30mist_vent_reopen_delay_s

Value 90.

09:30mister_water_budget_gal

Value 500.

09:30vpd_watch_dwell_s

Value 120.


🌅 Morning Cycle (4:54 AM) — iris-20260508-0500

Status

Daily Summary So Far

Outcome score

not validated yet

Changed parameters

none recorded

Reflection

Daily Summary So Far — this cycle will be validated at the next planning cycle.

Hypothesis

Testing: Test if lowering mister_engage_kpa to 1.3 at 09:30 can pre-condition humidity to prevent VPD from exceeding 1.5 kPa during the afternoon solar peak. Expected outcome: Maintain VPD within band (0.3-0.6 kPa) by preemptively lowering misting engagement threshold in response to the predicted afternoon VPD ramp. Prevent high-stress VPD spikes during the solar peak (12:00-16:00) where VPD is forecast to hit 1.98 kPa.

Conditions (structured)

Outdoor peak

72.0°F

RH minimum

25.0%

Solar peak

858.0 W/m²

Cloud average

5.0%

Sunny spring day with increasing solar radiation and falling outdoor humidity.

Expected stress windows

vpd_highmedium · 2026-05-08T13:00:00-06:00 to 2026-05-08T17:00:00-06:00

lower mister_engage_kpa to 1.3

Parameter rationale

mister_engage_kpa1.7 → 1.3; Forecast VPD climbs from 0.61 to 1.98 kPa between 10:00 and 18:00 due to solar peak (858 W/m2).

Earlier misting activation to prevent VPD from rapidly exceeding the 0.6 kPa threshold during the midday solar peak.

Setpoints

Friday May 08

Primary crop-band changes:

09:30hyst 0.5

Pre-conditioning for forecasted afternoon VPD ramp (forecast

16:00hyst 0.5

Reverting to standard engagement after peak solar intensity

Tactical tunable changes:

09:30d_cool 5; engage 1.3; all 2.2; pulse 50; gap 55; wt 1.6

Pre-conditioning for forecasted afternoon VPD ramp (forecast

16:00d_cool 5; engage 1.7; all 2.2; pulse 50; gap 55; wt 1.6

Reverting to standard engagement after peak solar intensity

Changed secondary parameters:

09:30bias_cool

initial 3.5

09:30bias_heat

initial 0.5

09:30enthalpy_close

initial 0

09:30enthalpy_open

initial 0

09:30fog_escalation_kpa

initial 0.5

09:30min_fog_off_s

initial 300

09:30min_fog_on_s

initial 60

09:30min_heat_off_s

initial 360

09:30min_heat_on_s

initial 120

09:30min_vent_off_s

initial 180

09:30min_vent_on_s

initial 120

09:30mist_max_closed_vent_s

initial 240

09:30mist_thermal_relief_s

initial 90

09:30mist_vent_close_lead_s

initial 15

09:30mist_vent_reopen_delay_s

initial 90

09:30mister_water_budget_gal

initial 500

09:30vpd_watch_dwell_s

initial 120

Full secondary parameter dump
09:30bias_cool

Value 3.5.

09:30bias_heat

Value 0.5.

09:30enthalpy_close

Value 0.

09:30enthalpy_open

Value 0.

09:30fog_escalation_kpa

Value 0.5.

09:30min_fog_off_s

Value 300.

09:30min_fog_on_s

Value 60.

09:30min_heat_off_s

Value 360.

09:30min_heat_on_s

Value 120.

09:30min_vent_off_s

Value 180.

09:30min_vent_on_s

Value 120.

09:30mist_max_closed_vent_s

Value 240.

09:30mist_thermal_relief_s

Value 90.

09:30mist_vent_close_lead_s

Value 15.

09:30mist_vent_reopen_delay_s

Value 90.

09:30mister_water_budget_gal

Value 500.

09:30vpd_watch_dwell_s

Value 120.

16:00bias_cool

Value 3.5.

16:00bias_heat

Value 0.5.

16:00enthalpy_close

Value 0.

16:00enthalpy_open

Value 0.

16:00fog_escalation_kpa

Value 0.5.

16:00min_fog_off_s

Value 300.

16:00min_fog_on_s

Value 60.

16:00min_heat_off_s

Value 360.

16:00min_heat_on_s

Value 120.

16:00min_vent_off_s

Value 180.

16:00min_vent_on_s

Value 120.

16:00mist_max_closed_vent_s

Value 240.

16:00mist_thermal_relief_s

Value 90.

16:00mist_vent_close_lead_s

Value 15.

16:00mist_vent_reopen_delay_s

Value 90.

16:00mister_water_budget_gal

Value 500.

16:00vpd_watch_dwell_s

Value 120.


🌅 Morning Cycle (5:55 AM) — iris-20260508-0552

Status

Daily Summary So Far

Outcome score

not validated yet

Changed parameters

none recorded

Reflection

Daily Summary So Far — this cycle will be validated at the next planning cycle.

Hypothesis

Testing: Staged humidity posture: prove that delaying aggressive misting until the live morning VPD ramp avoids VPD-low recurrence while still preventing Friday afternoon VPD-high stress; Saturday waypoints pre-stage a separate severe-dry posture. Expected outcome: Friday planner_score >68, both-axis compliance >70%, VPD-low stress <1.5h, VPD-high stress <1.5h, dp_risk_hours <0.5h, cost <USD 5.50. Saturday should enter the severe dry window with VPD recovery already active.

Conditions (structured)

Outdoor peak

73.0°F

RH minimum

24.0%

Solar peak

856.0 W/m²

Cloud average

4.0%

clear spring day; current indoor VPD 0.44 kPa near low band, but outdoor VPD rises above 2.0 kPa late afternoon; Saturday forecast is much drier and hotter

Expected stress windows

vpd_lowmedium · 2026-05-08T06:00:00-06:00 to 2026-05-08T09:30:00-06:00

hold conservative mist thresholds and wider gaps until live VPD rises

vpd_highmedium · 2026-05-08T11:30:00-06:00 to 2026-05-08T18:30:00-06:00

lower mister_engage_kpa to 1.25-1.35, pulse gaps 25-30s, fog_escalation_kpa 0.30-0.35 during the dry solar peak

vpd_highhigh · 2026-05-09T10:00:00-06:00 to 2026-05-09T18:00:00-06:00

pre-stage aggressive Saturday dry-day posture: engage 1.15-1.20, gap 15-20s, fog_escalation_kpa 0.15-0.20

Parameter rationale

mister_engage_kpa1.7 → 1.25; Fri 12:00-18:00 outdoor RH 24-42%, VPD 1.21-2.08, solar peak 856 W/m2

prevent VPD-high stress while avoiding morning misting when indoor VPD is 0.44 kPa

mister_pulse_gap_s55.0 → 25.0; dry afternoon starts near noon but yesterday had 6.43h VPD-low from over-humid posture

provide afternoon recovery without running 30s gaps before the VPD ramp confirms

fog_escalation_kpa0.5 → 0.3; clear dry afternoon with vent-driven humidity loss expected after noon

allow concurrent vent+fog assist if VPD climbs while keeping morning fog conservative

mister_vpd_weight1.6 → 2.0; south/west become driest under clear solar and south misters are most effective

bias water to driest productive zones instead of overusing center

vpd_hysteresis0.5 → 0.4; Friday dry ramp followed by Saturday severe dry day

reduce deadband enough to improve VPD recovery without causing low-VPD overshoot

Setpoints

Friday May 08

Primary crop-band changes:

06:00hyst 0.5

Dawn is humid and VPD is near the low band; avoid repeating

09:30hyst 0.45

Morning solar ramp begins; start pre-conditioning only after

12:00hyst 0.4

Peak clear-sky dry ramp; prioritize VPD recovery while limit

15:00hyst 0.4

Late-afternoon VPD remains high but solar is declining; ease

17:00hyst 0.45

Fog window is ending and solar load is dropping; taper humid

20:00hyst 0.5

Night posture: avoid the VPD-low/condensation pattern that d

Tactical tunable changes:

06:00d_cool 5; engage 1.7; all 2.2; pulse 50; gap 55; wt 1.6

Dawn is humid and VPD is near the low band; avoid repeating

09:30d_cool 5; engage 1.35; all 2; pulse 55; gap 40; wt 1.8

Morning solar ramp begins; start pre-conditioning only after

12:00d_cool 4; engage 1.25; all 1.8; pulse 60; gap 25; wt 2

Peak clear-sky dry ramp; prioritize VPD recovery while limit

15:00d_cool 4; engage 1.3; all 1.9; pulse 60; gap 30; wt 2

Late-afternoon VPD remains high but solar is declining; ease

17:00d_cool 5; engage 1.45; all 2.05; pulse 55; gap 40; wt 1.8

Fog window is ending and solar load is dropping; taper humid

20:00d_cool 5; engage 1.8; all 2.3; pulse 45; gap 60; wt 1.5

Night posture: avoid the VPD-low/condensation pattern that d

Saturday May 09

Primary crop-band changes:

09:00hyst 0.35

Saturday pre-stage for severe dry air; RH forecast falls bel

12:00hyst 0.35

Saturday peak stress: RH 8-12%, VPD near 3 kPa, solar near 8

Tactical tunable changes:

09:00d_cool 4; engage 1.2; all 1.7; pulse 60; gap 20; wt 2.2

Saturday pre-stage for severe dry air; RH forecast falls bel

12:00d_cool 3; engage 1.15; all 1.6; pulse 60; gap 15; wt 2.5

Saturday peak stress: RH 8-12%, VPD near 3 kPa, solar near 8

Changed secondary parameters:

06:00bias_cool

initial 3.5

06:00bias_heat

initial 0

06:00enthalpy_close

initial 0

06:00enthalpy_open

initial 0

06:00fog_escalation_kpa

initial 0.6

06:00min_fog_off_s

initial 120

06:00min_fog_on_s

initial 45

06:00min_heat_off_s

initial 360

06:00min_heat_on_s

initial 120

06:00min_vent_off_s

initial 180

06:00min_vent_on_s

initial 120

06:00mist_max_closed_vent_s

initial 240

06:00mist_thermal_relief_s

initial 90

06:00mist_vent_close_lead_s

initial 15

06:00mist_vent_reopen_delay_s

initial 45

06:00mister_water_budget_gal

initial 500

06:00vpd_watch_dwell_s

initial 90

09:30bias_cool

3.5 → 3

09:30fog_escalation_kpa

0.6 → 0.45

09:30min_fog_off_s

120 → 90

09:30vpd_watch_dwell_s

90 → 75

12:00bias_cool

3 → 2.5

12:00fog_escalation_kpa

0.45 → 0.3

12:00min_fog_off_s

90 → 60

12:00min_fog_on_s

45 → 60

12:00min_vent_off_s

180 → 120

12:00vpd_watch_dwell_s

75 → 60

15:00fog_escalation_kpa

0.3 → 0.35

17:00bias_cool

2.5 → 3

17:00fog_escalation_kpa

0.35 → 0.5

17:00min_fog_off_s

60 → 90

17:00min_fog_on_s

60 → 45

17:00min_vent_off_s

120 → 180

17:00vpd_watch_dwell_s

60 → 75

20:00bias_cool

3 → 3.5

20:00fog_escalation_kpa

0.5 → 0.75

20:00min_fog_off_s

90 → 180

20:00mist_max_closed_vent_s

240 → 180

20:00mist_vent_reopen_delay_s

45 → 60

20:00vpd_watch_dwell_s

75 → 90

09:00bias_cool

3.5 → 2

09:00fog_escalation_kpa

0.75 → 0.2

09:00min_fog_off_s

180 → 45

09:00min_fog_on_s

45 → 60

09:00min_vent_off_s

180 → 120

09:00mist_max_closed_vent_s

180 → 240

09:00mist_vent_reopen_delay_s

60 → 30

09:00vpd_watch_dwell_s

90 → 45

12:00bias_cool

2 → 1.5

12:00fog_escalation_kpa

0.2 → 0.15

12:00vpd_watch_dwell_s

45 → 30

Full secondary parameter dump
06:00bias_cool

Value 3.5.

06:00bias_heat

Value 0.

06:00enthalpy_close

Value 0.

06:00enthalpy_open

Value 0.

06:00fog_escalation_kpa

Value 0.6.

06:00min_fog_off_s

Value 120.

06:00min_fog_on_s

Value 45.

06:00min_heat_off_s

Value 360.

06:00min_heat_on_s

Value 120.

06:00min_vent_off_s

Value 180.

06:00min_vent_on_s

Value 120.

06:00mist_max_closed_vent_s

Value 240.

06:00mist_thermal_relief_s

Value 90.

06:00mist_vent_close_lead_s

Value 15.

06:00mist_vent_reopen_delay_s

Value 45.

06:00mister_water_budget_gal

Value 500.

06:00vpd_watch_dwell_s

Value 90.

09:30bias_cool

Value 3.

09:30bias_heat

Value 0.

09:30enthalpy_close

Value 0.

09:30enthalpy_open

Value 0.

09:30fog_escalation_kpa

Value 0.45.

09:30min_fog_off_s

Value 90.

09:30min_fog_on_s

Value 45.

09:30min_heat_off_s

Value 360.

09:30min_heat_on_s

Value 120.

09:30min_vent_off_s

Value 180.

09:30min_vent_on_s

Value 120.

09:30mist_max_closed_vent_s

Value 240.

09:30mist_thermal_relief_s

Value 90.

09:30mist_vent_close_lead_s

Value 15.

09:30mist_vent_reopen_delay_s

Value 45.

09:30mister_water_budget_gal

Value 500.

09:30vpd_watch_dwell_s

Value 75.

12:00bias_cool

Value 2.5.

12:00bias_heat

Value 0.

12:00enthalpy_close

Value 0.

12:00enthalpy_open

Value 0.

12:00fog_escalation_kpa

Value 0.3.

12:00min_fog_off_s

Value 60.

12:00min_fog_on_s

Value 60.

12:00min_heat_off_s

Value 360.

12:00min_heat_on_s

Value 120.

12:00min_vent_off_s

Value 120.

12:00min_vent_on_s

Value 120.

12:00mist_max_closed_vent_s

Value 240.

12:00mist_thermal_relief_s

Value 90.

12:00mist_vent_close_lead_s

Value 15.

12:00mist_vent_reopen_delay_s

Value 45.

12:00mister_water_budget_gal

Value 500.

12:00vpd_watch_dwell_s

Value 60.

15:00bias_cool

Value 2.5.

15:00bias_heat

Value 0.

15:00enthalpy_close

Value 0.

15:00enthalpy_open

Value 0.

15:00fog_escalation_kpa

Value 0.35.

15:00min_fog_off_s

Value 60.

15:00min_fog_on_s

Value 60.

15:00min_heat_off_s

Value 360.

15:00min_heat_on_s

Value 120.

15:00min_vent_off_s

Value 120.

15:00min_vent_on_s

Value 120.

15:00mist_max_closed_vent_s

Value 240.

15:00mist_thermal_relief_s

Value 90.

15:00mist_vent_close_lead_s

Value 15.

15:00mist_vent_reopen_delay_s

Value 45.

15:00mister_water_budget_gal

Value 500.

15:00vpd_watch_dwell_s

Value 60.

17:00bias_cool

Value 3.

17:00bias_heat

Value 0.

17:00enthalpy_close

Value 0.

17:00enthalpy_open

Value 0.

17:00fog_escalation_kpa

Value 0.5.

17:00min_fog_off_s

Value 90.

17:00min_fog_on_s

Value 45.

17:00min_heat_off_s

Value 360.

17:00min_heat_on_s

Value 120.

17:00min_vent_off_s

Value 180.

17:00min_vent_on_s

Value 120.

17:00mist_max_closed_vent_s

Value 240.

17:00mist_thermal_relief_s

Value 90.

17:00mist_vent_close_lead_s

Value 15.

17:00mist_vent_reopen_delay_s

Value 45.

17:00mister_water_budget_gal

Value 500.

17:00vpd_watch_dwell_s

Value 75.

20:00bias_cool

Value 3.5.

20:00bias_heat

Value 0.

20:00enthalpy_close

Value 0.

20:00enthalpy_open

Value 0.

20:00fog_escalation_kpa

Value 0.75.

20:00min_fog_off_s

Value 180.

20:00min_fog_on_s

Value 45.

20:00min_heat_off_s

Value 360.

20:00min_heat_on_s

Value 120.

20:00min_vent_off_s

Value 180.

20:00min_vent_on_s

Value 120.

20:00mist_max_closed_vent_s

Value 180.

20:00mist_thermal_relief_s

Value 90.

20:00mist_vent_close_lead_s

Value 15.

20:00mist_vent_reopen_delay_s

Value 60.

20:00mister_water_budget_gal

Value 500.

20:00vpd_watch_dwell_s

Value 90.

09:00bias_cool

Value 2.

09:00bias_heat

Value 0.

09:00enthalpy_close

Value 0.

09:00enthalpy_open

Value 0.

09:00fog_escalation_kpa

Value 0.2.

09:00min_fog_off_s

Value 45.

09:00min_fog_on_s

Value 60.

09:00min_heat_off_s

Value 360.

09:00min_heat_on_s

Value 120.

09:00min_vent_off_s

Value 120.

09:00min_vent_on_s

Value 120.

09:00mist_max_closed_vent_s

Value 240.

09:00mist_thermal_relief_s

Value 90.

09:00mist_vent_close_lead_s

Value 15.

09:00mist_vent_reopen_delay_s

Value 30.

09:00mister_water_budget_gal

Value 500.

09:00vpd_watch_dwell_s

Value 45.

12:00bias_cool

Value 1.5.

12:00bias_heat

Value 0.

12:00enthalpy_close

Value 0.

12:00enthalpy_open

Value 0.

12:00fog_escalation_kpa

Value 0.15.

12:00min_fog_off_s

Value 45.

12:00min_fog_on_s

Value 60.

12:00min_heat_off_s

Value 360.

12:00min_heat_on_s

Value 120.

12:00min_vent_off_s

Value 120.

12:00min_vent_on_s

Value 120.

12:00mist_max_closed_vent_s

Value 240.

12:00mist_thermal_relief_s

Value 90.

12:00mist_vent_close_lead_s

Value 15.

12:00mist_vent_reopen_delay_s

Value 30.

12:00mister_water_budget_gal

Value 500.

12:00vpd_watch_dwell_s

Value 30.


🌙 Overnight Cycle (9:32 PM) — iris-20260508-2132

Status

Daily Summary So Far

Outcome score

not validated yet

Changed parameters

none recorded

Reflection

Daily Summary So Far — this cycle will be validated at the next planning cycle.

Hypothesis

Testing: Recovery holdover only; no new climate experiment. Expected outcome: Climate should remain under existing safe controller behavior; planner reliability work should prevent this path from recurring.

Setpoints

Friday May 08

Primary crop-band changes:

21:33hyst 0.5

Operator recovery holdover: preserve current safe tunables a

Tactical tunable changes:

21:33d_cool 5; engage 1.4; all 2.3; pulse 45; gap 60; wt 1.5

Operator recovery holdover: preserve current safe tunables a

Saturday May 09

Primary crop-band changes:

00:32hyst 0.5

Overnight recovery holdover: keep conservative current tunab

05:30hyst 0.5

Pre-dawn recovery holdover until normal SUNRISE planning rep

Tactical tunable changes:

00:32d_cool 5; engage 1.4; all 2.3; pulse 45; gap 60; wt 1.5

Overnight recovery holdover: keep conservative current tunab

05:30d_cool 5; engage 1.4; all 2.3; pulse 45; gap 60; wt 1.5

Pre-dawn recovery holdover until normal SUNRISE planning rep

Changed secondary parameters:

21:33bias_cool

initial 3.5

21:33bias_heat

initial 0

21:33d_heat_stage_2

initial 5

21:33dwell_gate_ms

initial 300000

21:33enthalpy_close

initial 0

21:33enthalpy_open

initial 0

21:33fog_escalation_kpa

initial 0.75

21:33heat_hysteresis

initial 1

21:33min_fog_off_s

initial 180

21:33min_fog_on_s

initial 45

21:33min_heat_off_s

initial 360

21:33min_heat_on_s

initial 120

21:33min_vent_off_s

initial 180

21:33min_vent_on_s

initial 120

21:33mist_backoff_s

initial 1200

21:33mist_max_closed_vent_s

initial 180

21:33mist_thermal_relief_s

initial 90

21:33mist_vent_close_lead_s

initial 15

21:33mist_vent_reopen_delay_s

initial 60

21:33mister_all_delay_s

initial 180

21:33mister_engage_delay_s

initial 60

21:33mister_water_budget_gal

initial 500

21:33sw_dwell_gate_enabled

initial 1

21:33sw_fsm_controller_enabled

initial 1

21:33sw_summer_vent_enabled

initial 1

21:33temp_hysteresis

initial 1.8

21:33vpd_watch_dwell_s

initial 90

Full secondary parameter dump
21:33bias_cool

Value 3.5.

21:33bias_heat

Value 0.

21:33d_heat_stage_2

Value 5.

21:33dwell_gate_ms

Value 300000.

21:33enthalpy_close

Value 0.

21:33enthalpy_open

Value 0.

21:33fog_escalation_kpa

Value 0.75.

21:33heat_hysteresis

Value 1.

21:33min_fog_off_s

Value 180.

21:33min_fog_on_s

Value 45.

21:33min_heat_off_s

Value 360.

21:33min_heat_on_s

Value 120.

21:33min_vent_off_s

Value 180.

21:33min_vent_on_s

Value 120.

21:33mist_backoff_s

Value 1200.

21:33mist_max_closed_vent_s

Value 180.

21:33mist_thermal_relief_s

Value 90.

21:33mist_vent_close_lead_s

Value 15.

21:33mist_vent_reopen_delay_s

Value 60.

21:33mister_all_delay_s

Value 180.

21:33mister_engage_delay_s

Value 60.

21:33mister_water_budget_gal

Value 500.

21:33sw_dwell_gate_enabled

Value 1.

21:33sw_fsm_controller_enabled

Value 1.

21:33sw_summer_vent_enabled

Value 1.

21:33temp_hysteresis

Value 1.8.

21:33vpd_watch_dwell_s

Value 90.

00:32bias_cool

Value 3.5.

00:32bias_heat

Value 0.

00:32d_heat_stage_2

Value 5.

00:32dwell_gate_ms

Value 300000.

00:32enthalpy_close

Value 0.

00:32enthalpy_open

Value 0.

00:32fog_escalation_kpa

Value 0.75.

00:32heat_hysteresis

Value 1.

00:32min_fog_off_s

Value 180.

00:32min_fog_on_s

Value 45.

00:32min_heat_off_s

Value 360.

00:32min_heat_on_s

Value 120.

00:32min_vent_off_s

Value 180.

00:32min_vent_on_s

Value 120.

00:32mist_backoff_s

Value 1200.

00:32mist_max_closed_vent_s

Value 180.

00:32mist_thermal_relief_s

Value 90.

00:32mist_vent_close_lead_s

Value 15.

00:32mist_vent_reopen_delay_s

Value 60.

00:32mister_all_delay_s

Value 180.

00:32mister_engage_delay_s

Value 60.

00:32mister_water_budget_gal

Value 500.

00:32sw_dwell_gate_enabled

Value 1.

00:32sw_fsm_controller_enabled

Value 1.

00:32sw_summer_vent_enabled

Value 1.

00:32temp_hysteresis

Value 1.8.

00:32vpd_watch_dwell_s

Value 90.

05:30bias_cool

Value 3.5.

05:30bias_heat

Value 0.

05:30d_heat_stage_2

Value 5.

05:30dwell_gate_ms

Value 300000.

05:30enthalpy_close

Value 0.

05:30enthalpy_open

Value 0.

05:30fog_escalation_kpa

Value 0.75.

05:30heat_hysteresis

Value 1.

05:30min_fog_off_s

Value 180.

05:30min_fog_on_s

Value 45.

05:30min_heat_off_s

Value 360.

05:30min_heat_on_s

Value 120.

05:30min_vent_off_s

Value 180.

05:30min_vent_on_s

Value 120.

05:30mist_backoff_s

Value 1200.

05:30mist_max_closed_vent_s

Value 180.

05:30mist_thermal_relief_s

Value 90.

05:30mist_vent_close_lead_s

Value 15.

05:30mist_vent_reopen_delay_s

Value 60.

05:30mister_all_delay_s

Value 180.

05:30mister_engage_delay_s

Value 60.

05:30mister_water_budget_gal

Value 500.

05:30sw_dwell_gate_enabled

Value 1.

05:30sw_fsm_controller_enabled

Value 1.

05:30sw_summer_vent_enabled

Value 1.

05:30temp_hysteresis

Value 1.8.

05:30vpd_watch_dwell_s

Value 90.


Daily Summary So Far

Climate

Temperature

61.9–80.4°F; avg 69.7°F

VPD

0.30–1.54 kPa; avg 0.70 kPa

Relative humidity

52.1–84.9%

Stress Hours

  • Heat stress (>85°F): 0.0h
  • VPD stress (>2.0 kPa): 0.0h
  • Cold stress (<55°F): 0.0h

Economics

Electric

USD 2.24

Gas

USD 1.31

Water

USD 0.000

Total

USD 3.55

Equipment Runtimes

Fan 1304 min

Primary exhaust runtime.

Fan 2280 min

Secondary exhaust runtime.

Vent450 min

Intake vent runtime.

Fog60 min

Fogger runtime.

Heat 1 electric718 min

Electric heater runtime.

Heat 2 gas126 min

Gas heater runtime.

Grow lights0 min

Supplemental lighting runtime.

Mister south0.18h

South mister runtime.

Mister west0.46h

West mister runtime.

Mister center3.27h

Center mister runtime.

Water

  • Total: 0 gal
  • Mister: 422 gal

Crop Health (Gemini Vision)

Canna Liliessouth · health 75% · 4 obs

Observation notes are collapsed below to avoid publishing partial vision snippets.

Vanda Orchidscenter · health 58% · 4 obs

Observation notes are collapsed below to avoid publishing partial vision snippets.

lettuceeast · health 63% · 4 obs

Observation notes are collapsed below to avoid publishing partial vision snippets.

peppereast · health 63% · 4 obs

Observation notes are collapsed below to avoid publishing partial vision snippets.

strawberryeast · health 70% · 4 obs

Observation notes are collapsed below to avoid publishing partial vision snippets.

Vision observation notes
Canna LiliesGemini Vision notes

Canna Lilies on the floor in the south zone look generally okay, but hard to see details in the dark.

Vanda OrchidsGemini Vision notes

[browning, desiccation] Extensive browning and drying of aerial roots visible. Leaves appear somewhat pale.

lettuceGemini Vision notes

Seedlings appear healthy and are establishing well.

pepperGemini Vision notes

Seedlings look okay, but monitor for any signs of stress.

strawberryGemini Vision notes

Seedlings are present but appear slightly less vigorous than the lettuce.

Hourly Pattern

12:0077.9°F; VPD 1.26 kPa

RH 61.5%.

13:0079.3°F; VPD 1.38 kPa

RH 60.1%.

14:0080.2°F; VPD 1.39 kPa

RH 61.4%.

15:0080.0°F; VPD 1.39 kPa

RH 60.9%.

16:0076.3°F; VPD 1.13 kPa

RH 63.8%.

17:0072.9°F; VPD 0.89 kPa

RH 67.9%.

18:0069.4°F; VPD 0.63 kPa

RH 74.3%.

19:0067.3°F; VPD 0.50 kPa

RH 78.1%.

20:0065.4°F; VPD 0.42 kPa

RH 80.3%.

21:0064.7°F; VPD 0.36 kPa

RH 82.9%.

22:0063.0°F; VPD 0.30 kPa

RH 84.6%.

23:0063.5°F; VPD 0.39 kPa

RH 80.5%.

00:0063.7°F; VPD 0.37 kPa

RH 81.9%.

01:0063.6°F; VPD 0.35 kPa

RH 82.5%.

02:0063.6°F; VPD 0.37 kPa

RH 81.6%.

03:0063.7°F; VPD 0.39 kPa

RH 80.5%.

04:0063.8°F; VPD 0.40 kPa

RH 80.3%.

05:0064.2°F; VPD 0.41 kPa

RH 79.9%.

06:0065.5°F; VPD 0.45 kPa

RH 79.0%.

07:0068.0°F; VPD 0.58 kPa

RH 75.7%.

08:0070.7°F; VPD 0.72 kPa

RH 72.3%.

09:0073.0°F; VPD 0.84 kPa

RH 70.1%.

10:0075.8°F; VPD 0.98 kPa

RH 68.3%.

11:0076.3°F; VPD 0.99 kPa

RH 68.2%.

7-Day Stress Context

2026-05-02Heat 0.0h; VPD high 0.0h

Cold stress 0.0h.

2026-05-03Heat 0.0h; VPD high 0.0h

Cold stress 0.0h.

2026-05-04Heat 0.0h; VPD high 0.0h

Cold stress 0.0h.

2026-05-05Heat 0.0h; VPD high 0.0h

Cold stress 0.0h.

2026-05-06Heat 0.0h; VPD high 0.0h

Cold stress 0.0h.

2026-05-07Heat 0.0h; VPD high 0.0h

Cold stress 0.0h.

2026-05-08Heat 0.0h; VPD high 0.0h

Cold stress 0.0h.