Jan

Results 68 issues of Jan

Since the CLI is probably the most straightforward way of using `atldld` I think we should have a dedicated section in the docs for it.

documentation

Currently, we only support downloading of ISH data, however, it might be useful to provide support for downloading of the standardized annotated atlases + reference (Nissl) volumes More context: https://help.brain-map.org/display/api/Atlas+Drawings+and+Ontologies

Might be actually really useful (potentially simplifying our pipelines). http://help.brain-map.org/display/api/Downloading+3-D+Expression+Grid+Data TODO: - [ ] Can one choose the resolution or is it fixed to 200 microns? - [ ] How...

Run `sphinx-apidoc` and commit all the changes

documentation

We currently hardcode the respace to be (in microns). I guess because it is the canonical setup. ```python refspace = ( ("coronal", (0, 13200), ("transverse", (0, 8000), ("sagittal", (0, 11400),...

https://github.com/BlueBrain/Atlas-Download-Tools/blob/829206f9a2a21720bebc8830d51971315fccde27/tox.ini#L70-L83 It seems like the `todo` and `slow` markers are not used in the code anymore. Do you think we should keep them? Additionally, there are some tests that requires...

Whenever one calls `warp` the transformation needs to be computed from the displacements. https://github.com/BlueBrain/Atlas-Download-Tools/blob/60f0221916f4f9987a4728807be0b37934784cd0/src/atldld/base.py#L319 This operation requires `np.meshgrid` or `np.indices` and can be costly for big shapes. Anyway, the `DisplacementField`...

In `download_parallel_dataset` one can specify both the `downsample_ref` and `downsample_img` manually. However, it might be very useful to imply a reasonable `downsample_img` from the selected `downsample_ref` and the resolution of...

In theory, nothing prevents us from downloading + synchronizing the images in parallel.

In #40 a very simple logic of determining the refspace coordinate was implemented (inside of `download_dataset_parallel`). Namely: 1. Let the user choose `detection_xy=(x, y)` which is a fixed point in...