PixInsight

Step 1: Calibrate the raw images using dark, flat, and bias frames.

Step 2: Register and integrate the calibrated images to increase signal-to-noise ratio.

Step 3: Apply noise reduction techniques (e.g., MLT) to reduce background noise.

Step 4: Perform deconvolution to sharpen the image and reveal finer details.

Step 1: Capture multiple images of the Moon with varying exposure times.

Step 2: Align the images using PixInsight's registration tools.

Step 3: Use HDRComposition to merge the images into a single HDR image.

Step 4: Apply tone mapping to adjust the brightness levels and reveal details in both bright and dark areas.

Step 1: Capture a series of overlapping images covering the desired area of the sky.

Step 2: Calibrate and register the images.

Step 3: Use PixInsight's mosaic tools to align and blend the images seamlessly.

Step 4: Correct for any remaining artifacts or gradients in the mosaic.

Step 1: Calibrate the images as usual.

Step 2: Use the DynamicBackgroundExtraction (DBE) tool to model and remove the light pollution gradient.

Step 3: Optionally, use color calibration tools to correct any remaining color casts.

Step 4: Further enhance the image using noise reduction and detail enhancement techniques.

Step 1: Calibrate the raw planetary images (if applicable).

Step 2: Stack the best frames from a video or series of images to improve signal-to-noise ratio.

Step 3: Apply deconvolution to sharpen the image and reveal finer details.

Step 4: Adjust the color balance and contrast to bring out the planet's features.