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7 months ago Thank you!
Thank you for your pull request :smiley:
:robot: This automated message can help you check the rendered files in your submission for clarity. If you have any questions, please feel free to open an issue in {sandpaper}.
If you have files that automatically render output (e.g. R Markdown), then you should check for the following:
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- :framed_picture: correct figures
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Rendered Changes
:mag: Inspect the changes: https://github.com/HealthBioscienceIDEAS/microscopy-novice/compare/md-outputs..md-outputs-PR-41
The following changes were observed in the rendered markdown documents:
config.yaml | 1 +
designing-a-light-microscopy-experiment.md (new) | 488 +++++++++++++++++++++++
fig/confocal-example.png (new) | Bin 0 -> 819218 bytes
fig/dic-example.jpg (new) | Bin 0 -> 70191 bytes
fig/fluorescence-example.jpg (new) | Bin 0 -> 29795 bytes
fig/phase-contrast.jpg (new) | Bin 0 -> 148011 bytes
fig/skin.png (new) | Bin 0 -> 960814 bytes
md5sum.txt | 3 +-
8 files changed, 491 insertions(+), 1 deletion(-)What does this mean?
If you have source files that require output and figures to be generated (e.g. R Markdown), then it is important to make sure the generated figures and output are reproducible. This output provides a way for you to inspect the output in a diff-friendly manner so that it's easy to see the changes that occur due to new software versions or randomisation.:stopwatch: Updated at 2024-02-06 17:02:57 +0000
K-Meech
Closes https://github.com/HealthBioscienceIDEAS/microscopy-novice/issues/34
This adds a first draft of the 'designing a light microscopy experiment' episode. This aims to introduce key factors to consider when designing a light microscopy experiment. It's more theoretical than the previous episodes, so the main idea is to take an example research question, then break off into small groups/pairs for the exercises to discuss possible methods to solve it.
This one focuses on light microscopy concepts - so it would be great to get feedback from people with more light microscopy experience! (my experience is more EM/X-ray, so any input is much appreciated)