Use the free trial version for as long as you need

Download FREE trial

Tracking is the solution

In this example, brightness has been deliberately modified locally (top right), enhancing contrast. Yet StarTools still knows exactly where the noise grain is, even in images that have had their brightness modified locally like this. It does not touch the dark detail in the galaxy, but effectively noise reduces other dark parts that have visible noise grain.

Tracking is time travel

Tracking in StarTools makes sure that every module and algorithm can trace back how a pixel was modified at any point in time. It is the Tracking engine's job to allow modules and algorithms "travel in time" to consult data and even change data (changing the past), and then forward-propagate the changes to the present.

The latter sees the Tracking module re-apply every operation made since that point in time, however with the changed data as a starting point; changing the past for a better future. This is effectively signal processing in three dimensions; X, Y and time (X, Y, t).


You may also be interested in...
  • L. B., United States (under Testimonials)

    I'm relatively new to image processing and just wanted to say how straight forward and powerful StarTools is.

  • Usage (under Bin)

    By pooling 4 pixels, the final resolution is also reduced by a factor of 4.

  • Step 6: Color calibration (under Quick Start)

    StarTools is famous for its Color Constancy color rendering.

  • Defect and singularity mask (under Usage)

    The AutoMask feature is able to generate a suitable mask in most cases by selecting 'Auto-generate mask'.

  • Color: Advanced Color Correction and Manipulation (under Features & Documentation)

    The Color module fully capitalises on the signal processing engine's unique ability to process chrominance and detail separately, yet simulatenously.


Use the free trial version for as long as you need

Download FREE trial
Sitemap
© 2021 SiliconFields