Skip to content

Latest commit

 

History

History
150 lines (126 loc) · 7.94 KB

TODO.md

File metadata and controls

150 lines (126 loc) · 7.94 KB

TODO

  • mqtt events/ should deliver json not string.

Feature Requests:

  • scale support with following features:

    • lib tests and tuning -> DONE
    • eeprom support -> DONE
    • scale calibration -> manual:DONE - automatic:TODO
    • sleep support -> DONE
    • auto tare() at start of brew() -> DONE
    • brew handling (might become more complex if basic stuff does not work) -> not yet live tested
    • new display layout -> DONE
    • profile support to specific "modes" + target_weight -> DONE
    • CONTROL support -> DONE (convert activeBrewTimeEndDetection to bool)
    • MQTT -> DONE
    • Blynk support -> DONE (I wont add a new client config)
    • last brew statistics are shown on display (and send via MQTT) for a time -> DONE
    • ONLYPID=1 support -> HOW? need tare- ACTION/CONTROL !
    • wiki updaten + einkaufsliste -> DONE
    • Option to show last brew statistics on display line3 for up to 5min. -> DONE
    • Add icon TODO
    • Add scale pictures

  • External capacitive display support

    • need a simple custom protocol to exchange data + actions
    • main code must be adapted to to support the protocol data (at least 4 times per second)
    • exchange can be either serial line (2pins) or bluetooth (latency to be validated)
    • encasing needed for new cap. display (https://de.aliexpress.com/item/1005001432093856.html?spm=a2g0o.cart.0.0.c1d03c00Xg9FRx&mp=1&gatewayAdapt=glo2deu)
    • external power-supply
    • custom code must be written for the "display-side" which also understands the protocol (esp32)
    • New device shall also be used as replacement of current standard display (this requires show of temperature/menus/ and so on...)

TODO Tests

Quick Performance tests

  • mqtt(): <2ms sendToBlynk(): 70ms if at least 2 virtualWrite() are called. -> After fix: 12ms. 12ms if only one virtualWrite() is called. 80-100ms per transferred attribute (virtualWrite+syncVirtual)

ESP32: WITHOUT NETWORK: [0m(D p:^0100ms) 8 8999 loop() | loops/ms=35 | spend_micros_last_loop=27 | max_micros_since_last_report=884 | avg_micros/loop=28

WITH NETWORK w/ OTA & w/ MQTT_ENABLE=1 & w/ BLYNK_ENABLE=0: [0m(D p:^0100ms) 12 12355 loop() | loops/ms=7 | spend_micros_last_loop=130 | max_micros_since_last_report=1404 | avg_micros/loop=133

WITH NETWORK w/o OTA & w/ MQTT_ENABLE=0 & w/ BLYNK_ENABLE=0: [0m(D p:^0100ms) 17 17719 loop() | loops/ms=33 | spend_micros_last_loop=29 | max_micros_since_last_report=1152 | avg_micros/loop=29

WITH NETWORK w/ OTA & w/ MQTT_ENABLE=0 & w/ BLYNK_ENABLE=0: [0m(D p:^0100ms) 9 9212 loop() | loops/ms=12 | spend_micros_last_loop=86 | max_micros_since_last_report=1004 | avg_micros/loop=80 !!!! -> OTA costs: 50micros

WITH NETWORK w/ tuned OTA & w/ MQTT_ENABLE=0 & w/ BLYNK_ENABLE=0: [0m(D p:^0100ms) 13 13565 loop() | loops/ms=32 | spend_micros_last_loop=30 | max_micros_since_last_report=1223 | avg_micros/loop=30

WITH NETWORK w/ tuned OTA & w/ MQTT_ENABLE=1 & w/ BLYNK_ENABLE=0: [0m(D p:^0100ms) 26 26751 loop() | loops/ms=11 | spend_micros_last_loop=95 | max_micros_since_last_report=1189 | avg_micros/loop=87 -> MQTT costs: 50micros

WITH NETWORK w/ tuned OTA & w/ tuned MQTT_ENABLE=1 & w/ BLYNK_ENABLE=0: *** [0m(D p:^0100ms) 14 14303 loop() | loops/ms=20 | spend_micros_last_loop=47 | max_micros_since_last_report=1249 | avg_micros/loop=48 & w/ Display Task: *** [0m(D p:^0100ms) 124 124803 loop() | loops/ms=19 | spend_micros_last_loop=50 | max_micros_since_last_report=1411 | avg_micros/loop=51 & w/ tuned Debug: *** [0m(D p:^0100ms) 50 50543 loop() | loops/ms=39 | spend_micros_last_loop=25 | max_micros_since_last_report=1156 | avg_micros/loop=25 <---- version 2.7.0b1 same with ESP8266: *** [0m(D p:^0100ms) 17 17652 loop() | loops/ms=20 | spend_micros_last_loop=47 | max_micros_since_last_report=2877 | avg_micros/loop=49 <---- version 2.7.0b1

WITH NETWORK w/ tuned OTA & w/ MQTT_ENABLE=0 & w/ BLYNK_ENABLED=1: [0m(D p:^0100ms) 34 34152 loop() | loops/ms=10 | spend_micros_last_loop=98 | max_micros_since_last_report=1443 | avg_micros/loop=92

WITH NETWORK w/ tuned OTA & w/ MQTT_ENABLE=0 & w/ tuned BLYNK_ENABLED=1: *** [0m(D p:^0100ms) 14 14649 loop() | loops/ms=27 | spend_micros_last_loop=36 | max_micros_since_last_report=1204 | avg_micros/loop=37

ESP8266: WITH NETWORK w/ tuned OTA & w/ MQTT_ENABLE=0 & w/ tuned BLYNK_ENABLED=1: *** [0m(D p:^0099ms) 45 45687 loop() | loops/ms=15 | spend_micros_last_loop=63 | max_micros_since_last_report=3195 | avg_micros/loop=66

WITHOUT NETWORK: ESP32: [0m(D p:^0100ms) 269 269912 loop() | loops/ms=33 | spend_micros_last_loop=29 | max_micros_since_last_report=1355 | avg_micros/loop=29

ESP8266: WITHOUT NETWORK: [0m(D p:^0100ms) 23 23236 loop() | loops/ms=20 | spend_micros_last_loop=47 | max_micros_since_last_report=2519 | avg_micros/loop=48

ESP32 3.2.3: (D p:^2100ms) 22 22316 loop() | loops/ms=60 | spend_micros_last_loop=17 | max_micros_since_last_report=117 | avg_micros/loop=16

Sample brew detection

(D p:^0004ms) 970 Input= 94.28 | error=-0.28 delta= 0.00 | Output= 4.95 b: 5.60 + p:-0.45 + i:-0.20(-0.20) + d:-0.00 (D p:^4954ms) 975 Brew Detect: prev(5)=94.20 past(3)=-1.30 past(5)=-1.30 | Avg(3)=93.67 | Avg(10)=94.07 Avg(2)=93.40 (D p:^0003ms) 975 ** End of normal mode. Transition to step 4 (brew) (D p:^0007ms) 975 brew temp: t(0)=92.90 (D p:^0031ms) 975 Input= 93.88 | error= 0.12 delta=-0.70 | Output= 5.60 b: 5.60 + p: 0.19 + i: 0.00( 0.09) + d: 7.17 (D p:^0968ms) 976 brew temp: t(0)=91.80 (D p:^1000ms) 977 brew temp: t(0)=90.90 (D p:^0999ms) 978 brew temp: t(0)=90.20 (D p:^0999ms) 979 brew temp: t(0)=89.70 (D p:^1000ms) 980 brew temp: t(0)=89.50 (D p:^0030ms) 980 Input= 89.96 | error= 4.04 delta=-2.35 | Output= 90.00 b: 5.60 + p: 6.46 + i: 2.94( 2.94) + d:24.06 (D p:^0968ms) 981 brew temp: t(0)=89.40 (D p:^1000ms) 982 brew temp: t(0)=89.30 (D p:^0999ms) 983 brew temp: t(0)=89.30 (D p:^0999ms) 984 brew temp: t(0)=89.20 (D p:^1001ms) 985 brew temp: t(0)=89.20 (D p:^0029ms) 985 Input= 89.24 | error= 4.76 delta=-0.85 | Output= 90.00 b: 5.60 + p: 7.62 + i: 6.40( 3.46) + d: 8.70 (D p:^0968ms) 986 brew temp: t(0)=89.10 (D p:^1000ms) 987 brew temp: t(0)=89.10 (D p:^0999ms) 988 brew temp: t(0)=89.20 (D p:^0999ms) 989 brew temp: t(0)=89.20 (D p:^0999ms) 990 brew temp: t(0)=89.20 (D p:^0029ms) 990 Input= 89.18 | error= 4.82 delta=-0.05 | Output= 90.00 b: 5.60 + p: 7.71 + i: 9.91( 3.51) + d: 0.51 (D p:^0968ms) 991 brew temp: t(0)=89.20 (D p:^0999ms) 992 brew temp: t(0)=89.30 (D p:^1000ms) 993 brew temp: t(0)=89.30 (D p:^0999ms) 994 brew temp: t(0)=89.30 (D p:^0999ms) 995 brew temp: t(0)=89.30 (D p:^0031ms) 995 Input= 89.32 | error= 4.68 delta= 0.15 | Output= 90.00 b: 5.60 + p: 7.49 + i:13.31( 3.40) + d:-1.54 (D p:^0968ms) 996 brew temp: t(0)=89.40 (D p:^1000ms) 997 brew temp: t(0)=89.50 (D p:^0999ms) 998 brew temp: t(0)=89.60 (D p:^1000ms) 999 brew temp: t(0)=89.70 (D p:^0999ms) 1000 brew temp: t(0)=89.80 (D p:^0031ms) 1000 Input= 89.66 | error= 4.34 delta= 0.25 | Output= 90.00 b: 5.60 + p: 6.94 + i:16.47( 3.16) + d:-2.56 (D p:^0969ms) 1001 brew temp: t(0)=89.90 (D p:^0999ms) 1002 brew temp: t(0)=90.00 (D p:^1000ms) 1003 brew temp: t(0)=90.10 (D p:^0999ms) 1004 brew temp: t(0)=90.30 (D p:^0999ms) 1005 brew temp: t(0)=90.40 (D p:^0032ms) 1005 Input= 90.20 | error= 3.80 delta= 0.45 | Output= 90.00 b: 5.60 + p: 6.08 + i:19.23( 2.76) + d:-4.61 (D p:^0968ms) 1006 brew temp: t(0)=90.50 (D p:^1000ms) 1007 brew temp: t(0)=90.60 (D p:^0999ms) 1008 brew temp: t(0)=90.70 (D p:^0999ms) 1009 brew temp: t(0)=90.80 (D p:^0999ms) 1010 brew temp: t(0)=90.90 (D p:^0032ms) 1010 Input= 90.76 | error= 3.24 delta= 0.45 | Output= 90.00 b: 5.60 + p: 5.18 + i:21.59( 2.36) + d:-4.61 (D p:^0968ms) 1011 brew temp: t(0)=91.00 (D p:^0994ms) 1012 Out Zone Detection: past(2)=0.20, past(3)=0.30 | past(5)=0.40 | past(10)=0.90 | bezugsZeit=40 (D p:^0003ms) 1012 t(0)=91.10 | t(1)=91.00 | t(2)=90.90 | t(3)=90.80 | t(5)=90.70 | t(10)=90.50 | t(13)=90.20 (D p:^0008ms) 1012 ** End of Brew. Transition to step 2 (constant steadyPower) (D p:^3026ms) 1015 Input= 91.20 | error= 2.80 delta= 0.45 | Output= 5.60 b: 5.60 + p: 4.48 + i: 2.04( 2.04) + d:-4.61