Hello,
Firstly, thank you for this package! I find the fusion of strategies employed by Lodestar and MAGIK to be very intuitive for particle tracking.
Secondly, I have a query regarding the modification of the existing examples to accommodate multiple particle detection with Lodestar, and particle linking through MAGIK on a 4D dataset (XYZT).
Also, how are the particle features (like area, eccentricity, Zernike moments, etc.) combined with their xy(z) coodinates to help MAGIK with the linking across frames?
Hello! Incorporating additional features during MAGIK training to improve linking performance is very simple. We have included an extra example to illustrate how to do it! Please let me know if you have any questions.
Hello, Firstly, thank you for this package! I find the fusion of strategies employed by Lodestar and MAGIK to be very intuitive for particle tracking.
Secondly, I have a query regarding the modification of the existing examples to accommodate multiple particle detection with Lodestar, and particle linking through MAGIK on a 4D dataset (XYZT).
Also, how are the particle features (like area, eccentricity, Zernike moments, etc.) combined with their xy(z) coodinates to help MAGIK with the linking across frames?
Many thanks in advance!