How do you process in Registax?
Processing with Registax
- Move the Layer 2 slider over to the right (100%).
- Increment the Sharpen filter for Layer 2, doing this will bring out detail but also add noise.
- Increment the Denoise filter for Layer 2, until the noise is just removed.
- Move the Layer 1 slider over to the right (100%).
How do you shoot Jupiter?
To photograph Jupiter, I used a Celestron Edge HD11 SCT. This is the biggest telescope I own with a focal length of nearly 3000mm, bringing Jupiter up front and center in the eyepiece. A Schmidt-Cassegrain telescope is a popular type of telescope for planetary imaging in the astrophotography community.
How do you take a picture of Jupiter?
With an ordinary DSLR camera and wide-angle lens (such as an 18-55mm lens), you can photograph Jupiter in its current placement along the ecliptic so long as it is not behind the Earth. A longer exposure image of at least 30-seconds will reveal how much brighter Jupiter is than the stars surrounding it.
How do you use wavelets in RegiStax?
At the top click the Reset Wavelets tab, then the Linked Wavelet tab on the left above the sliders. Using the slider in just Layer 1 or Layer 6 will bring out detail from all the layers. You will only need a gentle adjustment using this, but quite often it will need a Denoise setting of 0.15 in the adjustment layer.
What lens should I use to see Jupiter?
The Best Equipment for Viewing Jupiter. Any small telescope with an aperture of 60mm to 90mm will be able to reveal Jupiter’s four brightest moons, as well as the planet’s cloud belts and zones. Even an 8×42 binocular or 9×50 finderscope will easily reveal the four Galilean moons.
What focal length is best for planetary photography?
An 8-inch or larger scope is recommended for detail, aim for f/15-f/25. Keep an eye the planet’s position and on the seeing, then take advantage when the atmosphere appears stable! For more info, read our guide on how to photograph Saturn.
What is wavelet sharpening?
This tool lets you sharpen an image at different scales. That means you can sharpen details of different sizes independently. It is a very fast and powerful way to bring out the details in your photos. In more detail, the image is broken down into different wavelet bands.