I know this library is a few years old, but thank you for sharing it. It is a really nice piece of work!
I had some problems running the code on an ESP32 using Arduino 1.8.13 and esp32 by Espressif Systems (version 2.0.2). The code was crashing when I ran your Sgp4Predictor example. I traced the cause to a missing return statement in the overloaded copy of nextpass. This Pull Request corrects that.
I was also seeing two compiler errors while using a different version of the ESP32 compiler. It was complaining about missing parentheses and code ambiguity. So I fixed those too.
To be able to use this code to predict communication satellite passes, it is useful (actually essential) to be able to set a "minimum elevation" for a successful satellite pass. So I've added minimumElevation as a parameter for nextpass and have included an extra overload. The change is backward-compatible, it defaults to 0.0.
I have tested the code on ESP32, SAMD51, nRF52840 (Arduino Nano), Apollo3 (SparkFun Artemis) and STM32F4. It appears to work well on all platforms.
Thank you again for sharing, and I hope you like this Pull Request.
Hello @Hopperpop ,
I know this library is a few years old, but thank you for sharing it. It is a really nice piece of work!
I had some problems running the code on an ESP32 using Arduino 1.8.13 and esp32 by Espressif Systems (version 2.0.2). The code was crashing when I ran your Sgp4Predictor example. I traced the cause to a missing return statement in the overloaded copy of
nextpass
. This Pull Request corrects that.I was also seeing two compiler errors while using a different version of the ESP32 compiler. It was complaining about missing parentheses and code ambiguity. So I fixed those too.
To be able to use this code to predict communication satellite passes, it is useful (actually essential) to be able to set a "minimum elevation" for a successful satellite pass. So I've added
minimumElevation
as a parameter fornextpass
and have included an extra overload. The change is backward-compatible, it defaults to 0.0.I have tested the code on ESP32, SAMD51, nRF52840 (Arduino Nano), Apollo3 (SparkFun Artemis) and STM32F4. It appears to work well on all platforms.
Thank you again for sharing, and I hope you like this Pull Request.
Very best wishes, Paul