Displaying 31 - 40 of 86

DigitalMicrograph - Gatan

Combine two images of different intensity levels into one. Useful to merge diffraction patterns of different exposure times.

2014

DigitalMicrograph - Gatan

Generate a 1D and 2D Gaussian distribution (demonstrate function overload).

2014

Python - Gatan

Compute radial-max profiles over time from the FFT of the LiveView image in Gatan Microscopy Suite.

2020

Python - Gatan

Compute ROI-based profiles over time from the LiveView image in Gatan Microscopy Suite.

2020

Python - Gatan

Code to process the live-view image in DigitalMicrograph, producing a binary display. The live image is thresholded, and several morphological operations are applied to create a binary display. Then the largest contiguous bright region is found and circled. A plot of the position of the center of mass of that bright region is also updated live.

2022

Python - Gatan

Code to process the live-view image in DigitalMicrograph, producing a copy. This script provides a minimal template for processing data in the live view.

2022

Python - Gatan

Compute radial-max profiles of either the FFTs of HRTEM images or diffraction patterns over time. You can compute profiles from the 2D live-view image in DigitalMicrograph or in-situ 2D image data played back via the In-Situ Player. The result is a single 2D display of these profiles over time, with time as one dimension and radius as the other. Profiles are computed as often as possible.

2024

Python - Gatan

Code to compute radial-max profiles of the FFT of a live-view image in DigitalMicrograph, producing a 2D display of these profiles over time.

2022

Python - Gatan

Code to process the live-view image in DigitalMicrograph, producing a new filtered display. A median and/or Gaussian blur can be applied.

2022

Python - Gatan

Code to process the live-view image in DigitalMicrograph, producing an FFT-like display. A grid of small FFTs is computed from the image, and then rather than averaging the FFTs together, the maximum across all FFTs is taken pixel-by-pixel.

2022

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