Hi Howard, I’m building an Allsky just next to OCS, from time to time the camera under the dome will need some heating when humidity and temperature reach a certain level. An idea has crossed my

I have made the modification and it works as I wish now. Thanks

Running full OCS on a ESP32 would be terrific, this MCU is cheap and fast. Would you intend to build a PCB based on the ESP32, the 38 pin version i suppose, with selected features (as the Mini in

No plans for the Teensy but adding the capability to run the OCS on the ESP32 has crossed my mind. The Ethernet webserver in the OCS is a mirror of the ESP8266/ESP32 WiFi, not exactly the same, but

That's what I want to hear.

Yes that capability is in the OCS.ino file... Probably should make it something you setup in Config.h since the need to do so comes up quite often.

Sorry I should have looked first at the this forum where this issue was already reported and answered...

Hello, All my relay outputs are high when not activated, and turn low when activated. Is it normal? Can it be set the other way round?

Hi Howard, In the future is there any wifi integration in your roadmap on OCS ? I'm building a second OCS wich would be a nomad version mainly to get the weather webpage. I was wondering if using few

I will given adding this feature consideration at some point.

Hi! Is there any chance in the future any slave mode or connecting to the OnStep? I'm thinking about close the roof after parking, and open before unpark. And parking on a safety closing. Is this an

This time has arrived. All suggested changes/fixes are addressed in the code but untested. I expect it'll all just work. Some of these changes are kept disabled by default and must be enabled in

I added the cup anemometer example code to the OCS on github. The example code is functionally identical to what's below (compiles to the exact same thing) but the names of variables etc. were

This is the reason it's 0.015 not 0.03. Two switches, twice as many pulses for a given wind speed so the multiplier is 1/2 as much.

Well, I find this calculator: https://www.calctown.com/calculators/rpm-to-linear-velocity So, with 80mm "anemometer arm" radius (measured at now) => 120 RPM gives 1 m/s. This is OK, because that gives

The # of switches is irrelevant. I was going to change the wording in the code comments but that just makes the subject even more confusing so I'm leaving it as is. Instead imagine the mechanics

This is the design of the anemometer. https://www.thingiverse.com/thing:2523343 There is 2 magnets, so 1 revolution is 2 HIGH events. And here is a sentence from the creators notes: "The perimeter

The following should work I think. Just substitute this for the similarly named section/functions (they are just place-holders for the real thing) in Weather.ino Naturally this logs the average wind

Perfect. This accuracy is enough, this is not a weather station. Is this implementable to the Weather.ino?

The formula is a simple multiplier. I'm sure it isn't accurate and is entirely based on the example sketch you provided. The 0.054 part someone came up with converts to RPM to MPH. I just factored