Hi, great video! But I have a question: About the graphs shown in the video, did you make those in squareline studio or using other methods? And if so what did you use? I am asking because I am working on a similar project but with a small 240/240 SPI display. I have made a custom GUI in squareline after watching your videos about the subject and right now I am wondering how to create some graphs.
This didn't use LVGL, so I didn't configure the screen with Squareline Studio. Since an e-ink display was used here, the EPD library was used. Which GFX library are you using? Depending on it, the format of drawing the graph may be slightly different.
That looks like a good general purpose Lilygo T5 e-paper esp32-s3 board you used for your interesting soil sensor project. Would you recommend using this particular esp32-s3 board for other projects as I would value your advice. Thanks.
I would recommend changing to graph to indicate the times as oppposed to the DeltaT from the start, I imagine you'd want to be able to see "ah this temperature increase is because it was noon and so it was peak heat etc."
Thanks! awesome project!! What's the pin connector type at the back of the display where the SHTx connects? is the SHTx sensor connecting as i2c, is it possible to connect another sensor in i2c to the same connections or other connections?
The pin connector type is this, www.digikey.com/en/products/detail/molex/0530150410/1785079 SHTx is connected as i2c and you can connect other i2c sensors to the other pins.
@@ThatProject running the code as is doesnt print anything on the arduino serial monitor. for example, Serial.println("60 second TIMEOUT"); doesnt print, making debugging chellenging. What gets printed is "ESP-ROM:esp32s3-20210327 " when the esp is booting up. Do have insights on this?
ChatGPT feels very much like overkill here, this project would benefit much more from having an offline Wikipedia Database (it takes up about 100GB of space, so perfect for a 128GB MicroSD Card), then you can pull the information on how to look after & grow the Aubergine from that local-only database without any requirements for internet connectivity, thus reducing your power usage too! Combine that Wikipedia Database with every plant you are growing, hook it all up to a central hub and have the information display itself on a single display, or, use LoRa to transmit information to a portable solar-charged tablet terminal which changes what information it displays based on where you are in your house/shed/greenhouse, using the strength of the connection to work out where you are in relation to the hub, and pre-programmed information of where the hub is in relation to all of your plants.
Asked ChatGPT, the sensor FS200 - SHT10 is not made to be used within soil. It is not waterproof and can be damaged. What's your experience using that sensor directly in soil, and why didn't you use some capacitive soil sensors like in most projects?
oh really? Interesting. It will be applied in the agricultural greenhouse, flowers, nursery garden, lawn, and other need detection of soil temperature and humidity environment occasions. So I thought it was just okay to use it for getting data from the soil. If you google it, you can find lots of use cases for the soil with this sensor.
@@ThatProject maybe you should make a comparison between different types of soil moisture sensors (resistive, capacitive, and this one) as they work on different principles. Accuracy, power consumption, long-term stability and so on. This would be very interesting. Also the sht10 measures relative humidity of air which depends on the temperature too. So i don’t know how to relate that to moisture content of soil which follows a different physical principle and depends on the type of soil…
hello, just a quick question... I tryied to run lvgl 8 on an esp32s2 dev module and it seems it does not work... althought the lvgl v7 works fine... SO does lvgl 8 and Squreline studio work on esp32 s2?
@That Project what about adding chat gpt or Google ai Api to TTGO! android and iOS app or a webpage to control TTGO with these types of eye animation effects! Here is a video>>> th-cam.com/video/AO3PgVbeplc/w-d-xo.html
The lipo battery has an output ranging from 4.2V when completely charged to 3.7V. The reason why 4.2V or more is displayed is that the ADC converter calculated the analog value. So there is a slight error.
![[LIVE] BABYMONSTER(베이비몬스터) - DRIP | 두시탈출 컬투쇼](http://i.ytimg.com/vi/UG05pxLGwzc/mqdefault.jpg)
![[Arduino Library] OpenAI's API for ChatGPT](/img/n.gif)
Check More Projects - youtube.com/@ThatProject
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How you talk / communicate with chatGpt ? By microphone ?
@@baldhead69 No. Use ChatGPT's API from code. Pre-ask questions are also made from code. th-cam.com/video/IuvEtq73gyE/w-d-xo.html
I really enjoy your project posts! You might consider adding some kind of light detector to monitor the solar energy your plant receives.
Hi, great video! But I have a question: About the graphs shown in the video, did you make those in squareline studio or using other methods? And if so what did you use? I am asking because I am working on a similar project but with a small 240/240 SPI display. I have made a custom GUI in squareline after watching your videos about the subject and right now I am wondering how to create some graphs.
This didn't use LVGL, so I didn't configure the screen with Squareline Studio. Since an e-ink display was used here, the EPD library was used. Which GFX library are you using? Depending on it, the format of drawing the graph may be slightly different.
That looks like a good general purpose Lilygo T5 e-paper esp32-s3 board you used for your interesting soil sensor project. Would you recommend using this particular esp32-s3 board for other projects as I would value your advice. Thanks.
I would recommend changing to graph to indicate the times as oppposed to the DeltaT from the start, I imagine you'd want to be able to see "ah this temperature increase is because it was noon and so it was peak heat etc."
That makes sense. Thank you.
Thanks! awesome project!! What's the pin connector type at the back of the display where the SHTx connects? is the SHTx sensor connecting as i2c, is it possible to connect another sensor in i2c to the same connections or other connections?
The pin connector type is this, www.digikey.com/en/products/detail/molex/0530150410/1785079
SHTx is connected as i2c and you can connect other i2c sensors to the other pins.
@@ThatProject That's great, thank you!
@@ThatProject running the code as is doesnt print anything on the arduino serial monitor. for example, Serial.println("60 second TIMEOUT"); doesnt print, making debugging chellenging. What gets printed is "ESP-ROM:esp32s3-20210327
" when the esp is booting up. Do have insights on this?
Spettacolare ❤
ChatGPT feels very much like overkill here, this project would benefit much more from having an offline Wikipedia Database (it takes up about 100GB of space, so perfect for a 128GB MicroSD Card), then you can pull the information on how to look after & grow the Aubergine from that local-only database without any requirements for internet connectivity, thus reducing your power usage too!
Combine that Wikipedia Database with every plant you are growing, hook it all up to a central hub and have the information display itself on a single display, or, use LoRa to transmit information to a portable solar-charged tablet terminal which changes what information it displays based on where you are in your house/shed/greenhouse, using the strength of the connection to work out where you are in relation to the hub, and pre-programmed information of where the hub is in relation to all of your plants.
Asked ChatGPT, the sensor FS200 - SHT10 is not made to be used within soil.
It is not waterproof and can be damaged.
What's your experience using that sensor directly in soil, and why didn't you use some capacitive soil sensors like in most projects?
oh really? Interesting. It will be applied in the agricultural greenhouse, flowers, nursery garden, lawn, and other need detection of soil temperature and humidity environment occasions. So I thought it was just okay to use it for getting data from the soil. If you google it, you can find lots of use cases for the soil with this sensor.
@@ThatProject maybe you should make a comparison between different types of soil moisture sensors (resistive, capacitive, and this one) as they work on different principles. Accuracy, power consumption, long-term stability and so on. This would be very interesting. Also the sht10 measures relative humidity of air which depends on the temperature too. So i don’t know how to relate that to moisture content of soil which follows a different physical principle and depends on the type of soil…
nice
hello, just a quick question... I tryied to run lvgl 8 on an esp32s2 dev module and it seems it does not work... althought the lvgl v7 works fine... SO does lvgl 8 and Squreline studio work on esp32 s2?
I'm sure it works fine. Please check your GFX library to drive LVGL 8.
Thanks!
I have some project ideas about TTGO T-display! Can I contact you?
That's great. You can leave it here.
@That Project what about adding chat gpt or Google ai Api to TTGO! android and iOS app or a webpage to control TTGO with these types of eye animation effects! Here is a video>>>
th-cam.com/video/AO3PgVbeplc/w-d-xo.html
Hello, I would like to know if lvgl v8 can work with esp32 s2 dev module ???
Sure. It works well with ESP32-S2/S3.
Battery: 1 cell 3,7V, display: 4,26V ;) (I know, I know, 1 cell is up to 4,2V but still might be surprising at first)
The lipo battery has an output ranging from 4.2V when completely charged to 3.7V. The reason why 4.2V or more is displayed is that the ADC converter calculated the analog value. So there is a slight error.
Can you teach us details how to do ESP32-S3 with ChatGPT?
th-cam.com/video/IuvEtq73gyE/w-d-xo.html
I hope this will be helpful.