Nice. I imagine it would be fun formulating a composite fitting function/model.
Is your setup precise enough to detect subtle brightness variations caused by: 1) changes in its shape/profile due to rotation, and/or 2) variations in its surface reflectance?
🔭 Last night I caught another exoplanet transit. This gas giant planet is located 385 light years from Earth and orbits its star every 3.5 Earth days. Not bad for a 4.5" telescope. #exoplanets#Unistellar
That's cool, but I will never forget the trumpet high note at the end of the theme song.
Okay, I finally got some time. I decided to create a small page on my website with the code and instructions for how to run it. I incorporated the data from your plot. Do I have permission to use it? Here is the page. Feedback is welcome. sites.google.com/view/rcreame...
Fitting a Quadratic/Parabola to Data (in R)
If you're interested, maybe later this week I could tweak the code so you'd just need to type in your x,y values and run it.
Interesting. Is my slide below similar to your app screenshot? Not sure if you have access to the x and y variables I used in my slide, but the R code is here: sites.google.com/view/rcreame.... It can be run in RStudio. Not sure it would help you.
Heads up: There's a bright comet coming our way! These things are notoriously unpredictable, but IF Comet Tsuchinshan-ATLAS holds up, it could become a pretty, naked-eye object in early October. Details here: www.skyatnightmagazine.com/advice/comet... 🔭🧪
I try to have my snake boots on when in snake territory.
Here's my website's banner image's right side. Text was not included in this minified image. This is a 10+ year old prototype UI mockup.
