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[ENH]: Refactor DataGrabber patterns #341

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synchon merged 17 commits from refactor/dg-patterns into main 2024-05-14 14:47:13 +00:00
Conversation 5 Commits 17 Files changed 30 +787 -670
30 changed files with 787 additions and 670 deletions
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1
docs/changes/newsfragments/341.enh Normal file
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@ -0,0 +1 @@
Refactor DataGrabber ``patterns`` to make helper types like ``*_mask`` as "nested types" of the actual data type by `Synchon Mandal`_

56
docs/extending/datagrabber.rst
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@ -297,22 +297,22 @@ This approach can be used directly from the YAML, like so:
.. code-block:: yaml
datagrabber:
- kind: PatternDataladDataGrabber
types:
- BOLD
- T1w
patterns:
BOLD:
pattern: "{subject}/{session}/func/{subject}_{session}_task-rest_bold.nii.gz"
space: MNI152NLin6Asym
T1w:
pattern: "{subject}/{session}/anat/{subject}_{session}_T1w.nii.gz"
space: native
replacements:
- subject
- session
uri: "https://gin.g-node.org/juaml/datalad-example-bids"
rootdir: example_bids_ses
kind: PatternDataladDataGrabber
types:
- BOLD
- T1w
patterns:
BOLD:
pattern: "{subject}/{session}/func/{subject}_{session}_task-rest_bold.nii.gz"
space: MNI152NLin6Asym
T1w:
pattern: "{subject}/{session}/anat/{subject}_{session}_T1w.nii.gz"
space: native
replacements:
- subject
- session
uri: "https://gin.g-node.org/juaml/datalad-example-bids"
rootdir: example_bids_ses
.. _extending_datagrabbers_base:
@ -442,11 +442,11 @@ Step 4: Optional: Adding *BOLD confounds*
-----------------------------------------
For some analyses, it is useful to have the confounds associated with the BOLD
data. This corresponds to the ``BOLD_confounds`` item in the
data. This corresponds to the ``BOLD.confounds`` item in the
:ref:`Data Object <data_object>` (see :ref:`data_types`). However, the
``BOLD_confounds`` element does not only consists of a ``path``, but it requires
``BOLD.confounds`` element does not only consists of a ``path``, but it requires
more information about the format of the confounds file. Thus, the
``BOLD_confounds`` element is a dictionary with the following keys:
``BOLD.confounds`` element is a dictionary with the following keys:
- ``path``: the path to the confounds file.
- ``format``: the format of the confounds file. Currently, this can be either
@ -482,15 +482,15 @@ this:
"BOLD": {
"path": f"{subject}/{session}/func/{subject}_{session}_task-rest_bold.nii.gz",
"space": "MNI152NLin6Asym",
},
"BOLD_confounds": {
"path": f"{subject}/{session}/func/{subject}_{session}_confounds.tsv",
"format": "adhoc",
"mappings": {
"fmriprep": {
"variable1": "rot_x",
"variable2": "rot_z",
"variable3": "rot_y",
"confounds": {
"path": f"{subject}/{session}/func/{subject}_{session}_confounds.tsv",
"format": "adhoc",
"mappings": {
"fmriprep": {
"variable1": "rot_x",
"variable2": "rot_z",
"variable3": "rot_y",
},
},
},
},

3
docs/extending/marker.rst
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@ -114,8 +114,7 @@ arguments:
path to the data. The dictionary can also contain other keys, depending on the
data type.
* ``extra_input``: the rest of the :ref:`Data Object<data_object>`. This is
useful if you want to use other data to compute the Marker
(e.g.: ``BOLD_confounds`` can be used to de-confound the ``BOLD`` data).
useful if you want to use other data to compute the Marker.
Following the example, we will compute the mean of the data in each parcel using
:class:`nilearn.maskers.NiftiLabelsMasker`. Importantly, the output of the

3
docs/understanding/data.rst
View file

@ -109,9 +109,6 @@ Data Types
* - ``BOLD``
- BOLD image (4D)
- Preprocessed or Denoised BOLD image (fMRIPrep output)
* - ``BOLD_confounds``
- BOLD image confounds (CSV/TSV file)
- Confounds that can be applied to the BOLD image.
* - ``VBM_GM``
- VBM Gray Matter segmentation (3D)
- CAT output (`m0wp1` images)

4
docs/understanding/preprocess.rst
View file

@ -23,7 +23,7 @@ Confound Removal
----------------
This step is meant to remove *confounds* from the ``BOLD`` data. The confounds
are extracted from the ``BOLD_confounds`` data (must be provided by the
are extracted from the ``BOLD.confounds`` data (must be provided by the
:ref:`Data Grabber <datagrabber>`). The confounds are then regressed out from
the ``BOLD`` data using :func:`nilearn.image.clean_img`.
@ -36,7 +36,7 @@ Strategy
This confound remover uses the `nilearn`_ API from
:func:`nilearn.interfaces.fmriprep.load_confounds`. That is, define a *strategy*
to extract the confounds from the ``BOLD_confounds`` data. The *strategy* is
to extract the confounds from the ``BOLD.confounds`` data. The *strategy* is
defined by choosing the *noise components* to be used and the *confounds* to be
extracted from each noise components. The *noise components* currently supported
are:

4
junifer/configs/juseless/datagrabbers/tests/test_ucla.py
View file

@ -27,7 +27,6 @@ def test_JuselessUCLA() -> None:
types = [
"BOLD",
"BOLD_confounds",
"T1w",
"VBM_CSF",
"VBM_GM",
@ -43,12 +42,11 @@ def test_JuselessUCLA() -> None:
"types",
[
"BOLD",
"BOLD_confounds",
"T1w",
"VBM_CSF",
"VBM_GM",
"VBM_WM",
["BOLD", "BOLD_confounds"],
["BOLD", "VBM_CSF"],
["T1w", "VBM_CSF"],
["VBM_GM", "VBM_WM"],
["BOLD", "T1w"],

18
junifer/configs/juseless/datagrabbers/ucla.py
View file

@ -23,8 +23,8 @@ class JuselessUCLA(PatternDataGrabber):
datadir : str or Path, optional
The directory where the dataset is stored.
(default "/data/project/psychosis_thalamus/data/fmriprep").
types: {"BOLD", "BOLD_confounds", "T1w", "VBM_CSF", "VBM_GM", \
"VBM_WM"} or a list of the options, optional
types: {"BOLD", "T1w", "VBM_CSF", "VBM_GM", "VBM_WM"} or \
list of the options, optional
UCLA data types. If None, all available data types are selected.
(default None).
tasks : {"rest", "bart", "bht", "pamenc", "pamret", \
@ -76,13 +76,13 @@ class JuselessUCLA(PatternDataGrabber):
"MNI152NLin2009cAsym_preproc.nii.gz"
),
"space": "MNI152NLin2009cAsym",
},
"BOLD_confounds": {
"pattern": (
"{subject}/func/{subject}_"
"task-{task}_bold_confounds.tsv"
),
"space": "fmriprep",
"confounds": {
"pattern": (
"{subject}/func/{subject}_"
"task-{task}_bold_confounds.tsv"
),
"space": "fmriprep",
},
},
"T1w": {
"pattern": (

32
junifer/data/masks.py
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@ -250,8 +250,8 @@ def get_mask( # noqa: C901
ValueError
If extra key is provided in addition to mask name in ``masks`` or
if no mask is provided or
if ``masks = "inherit"`` but ``extra_input`` is None or ``mask_item``
is None or ``mask_items``'s value is not in ``extra_input`` or
if ``masks = "inherit"`` and ``mask`` key for the ``target_data`` is
not found or
if callable parameters are passed to non-callable mask or
if parameters are passed to :func:`nilearn.masking.intersect_masks`
when there is only one mask or
@ -310,8 +310,8 @@ def get_mask( # noqa: C901
if len(true_masks) == 0:
raise_error("No mask was passed. At least one mask is required.")
# Get the data type for the input data type's mask
inherited_mask_item = target_data.get("mask_item", None)
# Get the nested mask data type for the input data type
inherited_mask_item = target_data.get("mask", None)
# Create component-scoped tempdir
tempdir = WorkDirManager().get_tempdir(prefix="masks")
@ -330,28 +330,16 @@ def get_mask( # noqa: C901
mask_name = t_mask
mask_params = None
# If mask is being inherited from previous steps like preprocessing
# If mask is being inherited from the datagrabber or a preprocessor,
# check that it's accessible
if mask_name == "inherit":
# Requires extra input to be passed
if extra_input is None:
raise_error(
"Cannot inherit mask from another data item "
"because no extra data was passed."
)
# Missing inherited mask item
if inherited_mask_item is None:
raise_error(
"Cannot inherit mask from another data item "
"because no mask item was specified "
"(missing `mask_item` key in the data object)."
"Cannot inherit mask from the target data. Either the "
"DataGrabber or a Preprocessor does not provide `mask` "
"for the target data type."
)
# Missing inherited mask item in extra input
if inherited_mask_item not in extra_input:
raise_error(
"Cannot inherit mask from another data item "
f"because the item ({inherited_mask_item}) does not exist."
)
mask_img = extra_input[inherited_mask_item]["data"]
mask_img = inherited_mask_item["data"]
# Starting with new mask
else:
# Load mask

2
junifer/data/parcellations.py
View file

@ -889,7 +889,7 @@ def _retrieve_tian(
)
with open(parcellation_lname, "w") as filehandle:
for listitem in labels:
filehandle.write("%s\n" % listitem)
filehandle.write(f"{listitem}\n")
logger.info(
"Currently there are no labels provided for the 7T Tian "
"parcellation. A simple numbering scheme for distinction was "

36
junifer/data/tests/test_masks.py
View file

@ -365,27 +365,10 @@ def test_get_mask_errors() -> None:
target_data=vbm_gm,
)
# Test "inherited" masks errors
# 1) No extra_data parameter
with pytest.raises(ValueError, match=r"no extra data was passed"):
# Test "inherited" masks error
with pytest.raises(ValueError, match=r"provide `mask`"):
get_mask(masks="inherit", target_data=vbm_gm)
extra_input = {"VBM_MASK": {}}
# 2) No mask_item key in target_data
with pytest.raises(ValueError, match=r"no mask item was specified"):
get_mask(
masks="inherit", target_data=vbm_gm, extra_input=extra_input
)
# 3) mask_item not in extra data
with pytest.raises(ValueError, match=r"does not exist"):
vbm_gm["mask_item"] = "wrong"
get_mask(
masks="inherit", target_data=vbm_gm, extra_input=extra_input
)
@pytest.mark.parametrize(
"mask_name,function,params,resample",
@ -457,18 +440,15 @@ def test_get_mask_inherit() -> None:
)
# Now get the mask using the inherit functionality, passing the
# computed mask as extra data
extra_input = {
"BOLD_MASK": {
"data": gm_mask,
"space": element_data["BOLD"]["space"],
}
# computed mask as the data
bold_dict = element_data["BOLD"]
bold_dict["mask"] = {
"data": gm_mask,
"space": element_data["BOLD"]["space"],
}
element_data["BOLD"]["mask_item"] = "BOLD_MASK"
mask2 = get_mask(
masks="inherit",
target_data=element_data["BOLD"],
extra_input=extra_input,
target_data=bold_dict,
)
# Both masks should be equal

72
junifer/datagrabber/aomic/id1000.py
View file

@ -24,9 +24,8 @@ class DataladAOMICID1000(PatternDataladDataGrabber):
The directory where the datalad dataset will be cloned. If None,
the datalad dataset will be cloned into a temporary directory
(default None).
types: {"BOLD", "BOLD_confounds", "BOLD_mask", "T1w", "T1w_mask", \
"VBM_CSF", "VBM_GM", "VBM_WM", "DWI"} or \
a list of the options, optional
types: {"BOLD", "T1w", "VBM_CSF", "VBM_GM", "VBM_WM", "DWI"} or \
list of the options, optional
AOMIC data types. If None, all available data types are selected.
(default None).
native_t1w : bool, optional
@ -49,24 +48,23 @@ class DataladAOMICID1000(PatternDataladDataGrabber):
"space-MNI152NLin2009cAsym_desc-preproc_bold.nii.gz"
),
"space": "MNI152NLin2009cAsym",
"mask_item": "BOLD_mask",
},
"BOLD_confounds": {
"pattern": (
"derivatives/fmriprep/{subject}/func/"
"{subject}_task-moviewatching_"
"desc-confounds_regressors.tsv"
),
"format": "fmriprep",
},
"BOLD_mask": {
"pattern": (
"derivatives/fmriprep/{subject}/func/"
"{subject}_task-moviewatching_"
"space-MNI152NLin2009cAsym_"
"desc-brain_mask.nii.gz"
),
"space": "MNI152NLin2009cAsym",
"mask": {
"pattern": (
"derivatives/fmriprep/{subject}/func/"
"{subject}_task-moviewatching_"
"space-MNI152NLin2009cAsym_"
"desc-brain_mask.nii.gz"
),
"space": "MNI152NLin2009cAsym",
},
"confounds": {
"pattern": (
"derivatives/fmriprep/{subject}/func/"
"{subject}_task-moviewatching_"
"desc-confounds_regressors.tsv"
),
"format": "fmriprep",
},
},
"T1w": {
"pattern": (
@ -75,15 +73,14 @@ class DataladAOMICID1000(PatternDataladDataGrabber):
"desc-preproc_T1w.nii.gz"
),
"space": "MNI152NLin2009cAsym",
"mask_item": "T1w_mask",
},
"T1w_mask": {
"pattern": (
"derivatives/fmriprep/{subject}/anat/"
"{subject}_space-MNI152NLin2009cAsym_"
"desc-brain_mask.nii.gz"
),
"space": "MNI152NLin2009cAsym",
"mask": {
"pattern": (
"derivatives/fmriprep/{subject}/anat/"
"{subject}_space-MNI152NLin2009cAsym_"
"desc-brain_mask.nii.gz"
),
"space": "MNI152NLin2009cAsym",
},
},
"VBM_CSF": {
"pattern": (
@ -128,14 +125,13 @@ class DataladAOMICID1000(PatternDataladDataGrabber):
"{subject}_desc-preproc_T1w.nii.gz"
),
"space": "native",
"mask_item": "T1w_mask",
},
"T1w_mask": {
"pattern": (
"derivatives/fmriprep/{subject}/anat/"
"{subject}_desc-brain_mask.nii.gz"
),
"space": "native",
"mask": {
"pattern": (
"derivatives/fmriprep/{subject}/anat/"
"{subject}_desc-brain_mask.nii.gz"
),
"space": "native",
},
},
"Warp": {
"pattern": (

70
junifer/datagrabber/aomic/piop1.py
View file

@ -26,9 +26,8 @@ class DataladAOMICPIOP1(PatternDataladDataGrabber):
The directory where the datalad dataset will be cloned. If None,
the datalad dataset will be cloned into a temporary directory
(default None).
types: {"BOLD", "BOLD_confounds", "BOLD_mask", "T1w", "T1w_mask", \
"VBM_CSF", "VBM_GM", "VBM_WM", "DWI"} or \
a list of the options, optional
types: {"BOLD", "T1w", "VBM_CSF", "VBM_GM", "VBM_WM", "DWI"} or \
list of the options, optional
AOMIC data types. If None, all available data types are selected.
(default None).
tasks : {"restingstate", "anticipation", "emomatching", "faces", \
@ -85,23 +84,22 @@ class DataladAOMICPIOP1(PatternDataladDataGrabber):
"space-MNI152NLin2009cAsym_desc-preproc_bold.nii.gz"
),
"space": "MNI152NLin2009cAsym",
"mask_item": "BOLD_mask",
},
"BOLD_confounds": {
"pattern": (
"derivatives/fmriprep/{subject}/func/"
"{subject}_task-{task}_"
"desc-confounds_regressors.tsv"
),
"format": "fmriprep",
},
"BOLD_mask": {
"pattern": (
"derivatives/fmriprep/{subject}/func/"
"{subject}_task-{task}_"
"space-MNI152NLin2009cAsym_desc-brain_mask.nii.gz"
),
"space": "MNI152NLin2009cAsym",
"mask": {
"pattern": (
"derivatives/fmriprep/{subject}/func/"
"{subject}_task-{task}_"
"space-MNI152NLin2009cAsym_desc-brain_mask.nii.gz"
),
"space": "MNI152NLin2009cAsym",
},
"confounds": {
"pattern": (
"derivatives/fmriprep/{subject}/func/"
"{subject}_task-{task}_"
"desc-confounds_regressors.tsv"
),
"format": "fmriprep",
},
},
"T1w": {
"pattern": (
@ -110,15 +108,14 @@ class DataladAOMICPIOP1(PatternDataladDataGrabber):
"desc-preproc_T1w.nii.gz"
),
"space": "MNI152NLin2009cAsym",
"mask_item": "T1w_mask",
},
"T1w_mask": {
"pattern": (
"derivatives/fmriprep/{subject}/anat/"
"{subject}_space-MNI152NLin2009cAsym_"
"desc-brain_mask.nii.gz"
),
"space": "MNI152NLin2009cAsym",
"mask": {
"pattern": (
"derivatives/fmriprep/{subject}/anat/"
"{subject}_space-MNI152NLin2009cAsym_"
"desc-brain_mask.nii.gz"
),
"space": "MNI152NLin2009cAsym",
},
},
"VBM_CSF": {
"pattern": (
@ -163,14 +160,13 @@ class DataladAOMICPIOP1(PatternDataladDataGrabber):
"{subject}_desc-preproc_T1w.nii.gz"
),
"space": "native",
"mask_item": "T1w_mask",
},
"T1w_mask": {
"pattern": (
"derivatives/fmriprep/{subject}/anat/"
"{subject}_desc-brain_mask.nii.gz"
),
"space": "native",
"mask": {
"pattern": (
"derivatives/fmriprep/{subject}/anat/"
"{subject}_desc-brain_mask.nii.gz"
),
"space": "native",
},
},
"Warp": {
"pattern": (

74
junifer/datagrabber/aomic/piop2.py
View file

@ -26,13 +26,12 @@ class DataladAOMICPIOP2(PatternDataladDataGrabber):
The directory where the datalad dataset will be cloned. If None,
the datalad dataset will be cloned into a temporary directory
(default None).
types: {"BOLD", "BOLD_confounds", "BOLD_mask", "T1w", "T1w_mask", \
"VBM_CSF", "VBM_GM", "VBM_WM", "DWI"} or \
a list of the options, optional
types: {"BOLD", "T1w", "VBM_CSF", "VBM_GM", "VBM_WM", "DWI"} or \
list of the options, optional
AOMIC data types. If None, all available data types are selected.
(default None).
tasks : {"restingstate", "stopsignal", "workingmemory"} \
or list of the options, optional
tasks : {"restingstate", "stopsignal", "workingmemory"} or \
list of the options, optional
AOMIC PIOP2 task sessions. If None, all available task sessions are
selected (default None).
native_t1w : bool, optional
@ -82,23 +81,22 @@ class DataladAOMICPIOP2(PatternDataladDataGrabber):
"space-MNI152NLin2009cAsym_desc-preproc_bold.nii.gz"
),
"space": "MNI152NLin2009cAsym",
"mask_item": "BOLD_mask",
},
"BOLD_confounds": {
"pattern": (
"derivatives/fmriprep/{subject}/func/"
"{subject}_task-{task}_"
"desc-confounds_regressors.tsv"
),
"format": "fmriprep",
},
"BOLD_mask": {
"pattern": (
"derivatives/fmriprep/{subject}/func/"
"{subject}_task-{task}_"
"space-MNI152NLin2009cAsym_desc-brain_mask.nii.gz"
),
"space": "MNI152NLin2009cAsym",
"mask": {
"pattern": (
"derivatives/fmriprep/{subject}/func/"
"{subject}_task-{task}_"
"space-MNI152NLin2009cAsym_desc-brain_mask.nii.gz"
),
"space": "MNI152NLin2009cAsym",
},
"confounds": {
"pattern": (
"derivatives/fmriprep/{subject}/func/"
"{subject}_task-{task}_"
"desc-confounds_regressors.tsv"
),
"format": "fmriprep",
},
},
"T1w": {
"pattern": (
@ -107,15 +105,14 @@ class DataladAOMICPIOP2(PatternDataladDataGrabber):
"desc-preproc_T1w.nii.gz"
),
"space": "MNI152NLin2009cAsym",
"mask_item": "T1w_mask",
},
"T1w_mask": {
"pattern": (
"derivatives/fmriprep/{subject}/anat/"
"{subject}_space-MNI152NLin2009cAsym_"
"desc-brain_mask.nii.gz"
),
"space": "MNI152NLin2009cAsym",
"mask": {
"pattern": (
"derivatives/fmriprep/{subject}/anat/"
"{subject}_space-MNI152NLin2009cAsym_"
"desc-brain_mask.nii.gz"
),
"space": "MNI152NLin2009cAsym",
},
},
"VBM_CSF": {
"pattern": (
@ -160,14 +157,13 @@ class DataladAOMICPIOP2(PatternDataladDataGrabber):
"{subject}_desc-preproc_T1w.nii.gz"
),
"space": "native",
"mask_item": "T1w_mask",
},
"T1w_mask": {
"pattern": (
"derivatives/fmriprep/{subject}/anat/"
"{subject}_desc-brain_mask.nii.gz"
),
"space": "native",
"mask": {
"pattern": (
"derivatives/fmriprep/{subject}/anat/"
"{subject}_desc-brain_mask.nii.gz"
),
"space": "native",
},
},
"Warp": {
"pattern": (

21
junifer/datagrabber/aomic/tests/test_id1000.py
View file

@ -40,20 +40,20 @@ def test_DataladAOMICID1000() -> None:
assert out["BOLD"]["path"].exists()
assert out["BOLD"]["path"].is_file()
# asserts type "BOLD_confounds"
assert "BOLD_confounds" in out
# asserts type BOLD.confounds
assert "confounds" in out["BOLD"]
assert (
out["BOLD_confounds"]["path"].name
out["BOLD"]["confounds"]["path"].name
== f"{test_element}_task-moviewatching_"
"desc-confounds_regressors.tsv"
)
assert out["BOLD_confounds"]["path"].exists()
assert out["BOLD_confounds"]["path"].is_file()
assert out["BOLD"]["confounds"]["path"].exists()
assert out["BOLD"]["confounds"]["path"].is_file()
# assert BOLD_mask
assert out["BOLD_mask"]["path"].exists()
# assert BOLD.mask
assert out["BOLD"]["mask"]["path"].exists()
# asserts type "T1w"
assert "T1w" in out
@ -67,8 +67,8 @@ def test_DataladAOMICID1000() -> None:
assert out["T1w"]["path"].exists()
assert out["T1w"]["path"].is_file()
# asserts T1w_mask
assert out["T1w_mask"]["path"].exists()
# asserts T1w.mask
assert out["T1w"]["mask"]["path"].exists()
# asserts type "VBM_CSF"
assert "VBM_CSF" in out
@ -129,13 +129,12 @@ def test_DataladAOMICID1000() -> None:
"types",
[
"BOLD",
"BOLD_confounds",
"T1w",
"VBM_CSF",
"VBM_GM",
"VBM_WM",
"DWI",
["BOLD", "BOLD_confounds"],
["BOLD", "VBM_CSF"],
["T1w", "VBM_CSF"],
["VBM_GM", "VBM_WM"],
["DWI", "BOLD"],

21
junifer/datagrabber/aomic/tests/test_piop1.py
View file

@ -63,19 +63,19 @@ def test_DataladAOMICPIOP1(tasks: Optional[str]) -> None:
assert out["BOLD"]["path"].exists()
assert out["BOLD"]["path"].is_file()
# asserts type "BOLD_confounds"
assert "BOLD_confounds" in out
# asserts type BOLD.confounds
assert "confounds" in out["BOLD"]
assert (
out["BOLD_confounds"]["path"].name == f"{sub}_task-{new_task}_"
out["BOLD"]["confounds"]["path"].name == f"{sub}_task-{new_task}_"
"desc-confounds_regressors.tsv"
)
assert out["BOLD_confounds"]["path"].exists()
assert out["BOLD_confounds"]["path"].is_file()
assert out["BOLD"]["confounds"]["path"].exists()
assert out["BOLD"]["confounds"]["path"].is_file()
# assert BOLD_mask
assert out["BOLD_mask"]["path"].exists()
# assert BOLD.mask
assert out["BOLD"]["mask"]["path"].exists()
# asserts type "T1w"
assert "T1w" in out
@ -88,8 +88,8 @@ def test_DataladAOMICPIOP1(tasks: Optional[str]) -> None:
assert out["T1w"]["path"].exists()
assert out["T1w"]["path"].is_file()
# asserts T1w_mask
assert out["T1w_mask"]["path"].exists()
# asserts T1w.mask
assert out["T1w"]["mask"]["path"].exists()
# asserts type "VBM_CSF"
assert "VBM_CSF" in out
@ -147,13 +147,12 @@ def test_DataladAOMICPIOP1(tasks: Optional[str]) -> None:
"types",
[
"BOLD",
"BOLD_confounds",
"T1w",
"VBM_CSF",
"VBM_GM",
"VBM_WM",
"DWI",
["BOLD", "BOLD_confounds"],
["BOLD", "VBM_CSF"],
["T1w", "VBM_CSF"],
["VBM_GM", "VBM_WM"],
["DWI", "BOLD"],

21
junifer/datagrabber/aomic/tests/test_piop2.py
View file

@ -57,19 +57,19 @@ def test_DataladAOMICPIOP2(tasks: Optional[str]) -> None:
assert out["BOLD"]["path"].exists()
assert out["BOLD"]["path"].is_file()
# asserts type "BOLD_confounds"
assert "BOLD_confounds" in out
# asserts type BOLD.confounds
assert "confounds" in out["BOLD"]
assert (
out["BOLD_confounds"]["path"].name == f"{sub}_task-{new_task}_"
out["BOLD"]["confounds"]["path"].name == f"{sub}_task-{new_task}_"
"desc-confounds_regressors.tsv"
)
assert out["BOLD_confounds"]["path"].exists()
assert out["BOLD_confounds"]["path"].is_file()
assert out["BOLD"]["confounds"]["path"].exists()
assert out["BOLD"]["confounds"]["path"].is_file()
# assert BOLD_mask
assert out["BOLD_mask"]["path"].exists()
# assert BOLD.mask
assert out["BOLD"]["mask"]["path"].exists()
# asserts type "T1w"
assert "T1w" in out
@ -82,8 +82,8 @@ def test_DataladAOMICPIOP2(tasks: Optional[str]) -> None:
assert out["T1w"]["path"].exists()
assert out["T1w"]["path"].is_file()
# asserts T1w_mask
assert out["T1w_mask"]["path"].exists()
# asserts T1w.mask
assert out["T1w"]["mask"]["path"].exists()
# asserts type "VBM_CSF"
assert "VBM_CSF" in out
@ -141,13 +141,12 @@ def test_DataladAOMICPIOP2(tasks: Optional[str]) -> None:
"types",
[
"BOLD",
"BOLD_confounds",
"T1w",
"VBM_CSF",
"VBM_GM",
"VBM_WM",
"DWI",
["BOLD", "BOLD_confounds"],
["BOLD", "VBM_CSF"],
["T1w", "VBM_CSF"],
["VBM_GM", "VBM_WM"],
["DWI", "BOLD"],

11
junifer/datagrabber/datalad_base.py
View file

@ -176,7 +176,16 @@ class DataladDataGrabber(BaseDataGrabber):
The unmodified input dictionary.
"""
to_get = [v["path"] for v in out.values() if "path" in v]
to_get = []
for type_val in out.values():
# Iterate to check for nested "types" like mask
for k, v in type_val.items():
# Add base data type path
if k == "path":
to_get.append(v)
# Add nested data type path
if isinstance(v, dict) and "path" in v:
to_get.append(v["path"])
fraimondo commented 2024-05-14 13:05:43 +00:00 (Migrated from github.com)
Copy link

Ok. Only two levels supported for now.

Ok. Only two levels supported for now.
synchon commented 2024-05-14 13:07:23 +00:00 (Migrated from github.com)
Copy link

Yeah I don't see a case of going further in a while (hopefully wouldn't need to).

Yeah I don't see a case of going further in a while (hopefully wouldn't need to).
if len(to_get) > 0:
logger.debug(f"Getting {len(to_get)} files using datalad:")

90
junifer/datagrabber/dmcc13_benchmark.py
View file

@ -25,17 +25,16 @@ class DMCC13Benchmark(PatternDataladDataGrabber):
The directory where the datalad dataset will be cloned. If None,
the datalad dataset will be cloned into a temporary directory
(default None).
types: {"BOLD", "BOLD_confounds", "BOLD_mask", "T1w", "T1w_mask", \
"VBM_CSF", "VBM_GM", "VBM_WM", "Warp" (only if \
"native_t1w = True")} or a list of the options, optional
types: {"BOLD", "T1w", "VBM_CSF", "VBM_GM", "VBM_WM"} or \
list of the options, optional
DMCC data types. If None, all available data types are selected.
(default None).
sessions: {"ses-wave1bas", "ses-wave1pro", "ses-wave1rea"} or list of \
the options, optional
sessions: {"ses-wave1bas", "ses-wave1pro", "ses-wave1rea"} or \
list of the options, optional
DMCC sessions. If None, all available sessions are selected
(default None).
tasks: {"Rest", "Axcpt", "Cuedts", "Stern", "Stroop"} or \
list of the options, optional
list of the options, optional
DMCC task sessions. If None, all available task sessions are selected
(default None).
phase_encodings : {"AP", "PA"} or list of the options, optional
@ -148,24 +147,23 @@ class DMCC13Benchmark(PatternDataladDataGrabber):
"space-MNI152NLin2009cAsym_desc-preproc_bold.nii.gz"
),
"space": "MNI152NLin2009cAsym",
"mask_item": "BOLD_mask",
},
"BOLD_confounds": {
"pattern": (
"derivatives/fmriprep-1.3.2/{subject}/{session}/"
"func/{subject}_{session}_task-{task}_acq-mb4"
"{phase_encoding}_run-{run}_desc-confounds_regressors.tsv"
),
"format": "fmriprep",
},
"BOLD_mask": {
"pattern": (
"derivatives/fmriprep-1.3.2/{subject}/{session}/"
"/func/{subject}_{session}_task-{task}_acq-mb4"
"{phase_encoding}_run-{run}_"
"space-MNI152NLin2009cAsym_desc-brain_mask.nii.gz"
),
"space": "MNI152NLin2009cAsym",
"mask": {
"pattern": (
"derivatives/fmriprep-1.3.2/{subject}/{session}/"
"/func/{subject}_{session}_task-{task}_acq-mb4"
"{phase_encoding}_run-{run}_"
"space-MNI152NLin2009cAsym_desc-brain_mask.nii.gz"
),
"space": "MNI152NLin2009cAsym",
},
"confounds": {
"pattern": (
"derivatives/fmriprep-1.3.2/{subject}/{session}/"
"func/{subject}_{session}_task-{task}_acq-mb4"
"{phase_encoding}_run-{run}_desc-confounds_regressors.tsv"
),
"format": "fmriprep",
},
},
"T1w": {
"pattern": (
@ -173,14 +171,13 @@ class DMCC13Benchmark(PatternDataladDataGrabber):
"{subject}_space-MNI152NLin2009cAsym_desc-preproc_T1w.nii.gz"
),
"space": "MNI152NLin2009cAsym",
"mask_item": "T1w_mask",
},
"T1w_mask": {
"pattern": (
"derivatives/fmriprep-1.3.2/{subject}/anat/"
"{subject}_space-MNI152NLin2009cAsym_desc-brain_mask.nii.gz"
),
"space": "MNI152NLin2009cAsym",
"mask": {
"pattern": (
"derivatives/fmriprep-1.3.2/{subject}/anat/"
"{subject}_space-MNI152NLin2009cAsym_desc-brain_mask.nii.gz"
),
"space": "MNI152NLin2009cAsym",
},
},
"VBM_CSF": {
"pattern": (
@ -216,14 +213,13 @@ class DMCC13Benchmark(PatternDataladDataGrabber):
"{subject}_desc-preproc_T1w.nii.gz"
),
"space": "native",
"mask_item": "T1w_mask",
},
"T1w_mask": {
"pattern": (
"derivatives/fmriprep-1.3.2/{subject}/anat/"
"{subject}_desc-brain_mask.nii.gz"
),
"space": "native",
"mask": {
"pattern": (
"derivatives/fmriprep-1.3.2/{subject}/anat/"
"{subject}_desc-brain_mask.nii.gz"
),
"space": "native",
},
},
"Warp": {
"pattern": (
@ -298,20 +294,6 @@ class DMCC13Benchmark(PatternDataladDataGrabber):
phase_encoding=phase_encoding,
run=run,
)
if out.get("BOLD"):
out["BOLD"]["mask_item"] = "BOLD_mask"
# Add space information
out["BOLD"].update({"space": "MNI152NLin2009cAsym"})
if out.get("T1w"):
out["T1w"]["mask_item"] = "T1w_mask"
# Add space information
if self.native_t1w:
out["T1w"].update({"space": "native"})
else:
out["T1w"].update({"space": "MNI152NLin2009cAsym"})
if out.get("Warp"):
# Add source space information
out["Warp"].update({"src": "MNI152NLin2009cAsym"})
return out
def get_elements(self) -> List:

162
junifer/datagrabber/pattern.py
View file

@ -40,7 +40,12 @@ class PatternDataGrabber(BaseDataGrabber):
{
"mandatory": ["pattern", "space"],
"optional": []
"optional": {
"mask": {
"mandatory": ["pattern", "space"],
"optional": []
}
}
}
* ``"T2w"`` :
@ -49,7 +54,12 @@ class PatternDataGrabber(BaseDataGrabber):
{
"mandatory": ["pattern", "space"],
"optional": []
"optional": {
"mask": {
"mandatory": ["pattern", "space"],
"optional": []
}
}
}
* ``"BOLD"`` :
@ -58,7 +68,16 @@ class PatternDataGrabber(BaseDataGrabber):
{
"mandatory": ["pattern", "space"],
"optional": ["mask_item"]
"optional": {
"mask": {
"mandatory": ["pattern", "space"],
"optional": []
}
"confounds": {
"mandatory": ["pattern", "format"],
"optional": []
}
}
}
* ``"Warp"`` :
@ -70,15 +89,6 @@ class PatternDataGrabber(BaseDataGrabber):
"optional": []
}
* ``"BOLD_confounds"`` :
.. code-block:: none
{
"mandatory": ["pattern", "format"],
"optional": []
}
* ``"VBM_GM"`` :
.. code-block:: none
@ -246,6 +256,64 @@ class PatternDataGrabber(BaseDataGrabber):
)
return pattern.format(**element)
def _get_path_from_patterns(
self, element: Dict, pattern: str, data_type: str
) -> Path:
"""Get path from resolved patterns.
Parameters
----------
element : dict
The element to be used in the replacement.
pattern : str
The pattern to be replaced.
data_type : str
The data type of the pattern.
Returns
-------
pathlib.Path
The path for the resolved pattern.
Raises
------
RuntimeError
If more than one file matches for a data type's pattern or
if no file matches for a data type's pattern or
if file cannot be accessed for an element.
"""
# Replace element in the pattern for globbing
resolved_pattern = self._replace_patterns_glob(element, pattern)
# Resolve path for wildcard
if "*" in resolved_pattern:
t_matches = list(self.datadir.absolute().glob(resolved_pattern))
# Multiple matches
if len(t_matches) > 1:
raise_error(
f"More than one file matches for {element} / {data_type}:"
f" {t_matches}",
klass=RuntimeError,
)
# No matches
elif len(t_matches) == 0:
raise_error(
f"No file matches for {element} / {data_type}",
klass=RuntimeError,
)
path = t_matches[0]
else:
path = self.datadir / resolved_pattern
if not self.skip_file_check:
if not path.exists() and not path.is_symlink():
raise_error(
f"Cannot access {data_type} for {element}: "
f"File {path} does not exist",
klass=RuntimeError,
)
return path
def get_element_keys(self) -> List[str]:
"""Get element keys.
@ -279,47 +347,49 @@ class PatternDataGrabber(BaseDataGrabber):
Dictionary of dictionaries for each type of data required for the
specified element.
Raises
------
RuntimeError
If more than one file matches for a data type's pattern or
if no file matches for a data type's pattern or
if file cannot be accessed for an element.
"""
out = {}
for t_type in self.types:
# Data type dictionary
t_pattern = self.patterns[t_type]
t_replace = self._replace_patterns_glob(
element, t_pattern["pattern"]
)
if "*" in t_replace:
t_matches = list(self.datadir.absolute().glob(t_replace))
if len(t_matches) > 1:
raise_error(
f"More than one file matches for {element} / {t_type}:"
f" {t_matches}",
klass=RuntimeError,
# Copy data type dictionary in output
out[t_type] = t_pattern.copy()
# Iterate to check for nested "types" like mask
for k, v in t_pattern.items():
# Resolve pattern for base data type
if k == "pattern":
logger.info(f"Resolving path from pattern for {t_type}")
# Resolve pattern
base_data_type_pattern_path = self._get_path_from_patterns(
element=element,
pattern=v,
data_type=t_type,
)
elif len(t_matches) == 0:
raise_error(
f"No file matches for {element} / {t_type}",
klass=RuntimeError,
# Remove pattern key
out[t_type].pop("pattern")
# Add path key
out[t_type].update({"path": base_data_type_pattern_path})
# Resolve pattern for nested data type
if isinstance(v, dict) and "pattern" in v:
# Set nested type key for easier access
t_nested_type = f"{t_type}.{k}"
logger.info(
f"Resolving path from pattern for {t_nested_type}"
)
t_out = t_matches[0]
else:
t_out = self.datadir / t_replace
if not self.skip_file_check:
if not t_out.exists() and not t_out.is_symlink():
raise_error(
f"Cannot access {t_type} for {element}: "
f"File {t_out} does not exist",
klass=RuntimeError,
# Resolve pattern
nested_data_type_pattern_path = (
self._get_path_from_patterns(
element=element,
pattern=v["pattern"],
data_type=t_nested_type,
)
# Update path for the element
out[t_type] = t_pattern.copy() # copy data type dictionary
out[t_type].pop("pattern") # remove pattern key
out[t_type].update({"path": t_out}) # add path key
)
# Remove pattern key
out[t_type][k].pop("pattern")
# Add path key
out[t_type][k].update(
{"path": nested_data_type_pattern_path}
)
return out

34
junifer/datagrabber/pattern_datalad.py
View file

@ -32,7 +32,12 @@ class PatternDataladDataGrabber(DataladDataGrabber, PatternDataGrabber):
{
"mandatory": ["pattern", "space"],
"optional": []
"optional": {
"mask": {
"mandatory": ["pattern", "space"],
"optional": []
}
}
}
* ``"T2w"`` :
@ -41,7 +46,12 @@ class PatternDataladDataGrabber(DataladDataGrabber, PatternDataGrabber):
{
"mandatory": ["pattern", "space"],
"optional": []
"optional": {
"mask": {
"mandatory": ["pattern", "space"],
"optional": []
}
}
}
* ``"BOLD"`` :
@ -50,7 +60,16 @@ class PatternDataladDataGrabber(DataladDataGrabber, PatternDataGrabber):
{
"mandatory": ["pattern", "space"],
"optional": ["mask_item"]
"optional": {
"mask": {
"mandatory": ["pattern", "space"],
"optional": []
}
"confounds": {
"mandatory": ["pattern", "format"],
"optional": []
}
}
}
* ``"Warp"`` :
@ -62,15 +81,6 @@ class PatternDataladDataGrabber(DataladDataGrabber, PatternDataGrabber):
"optional": []
}
* ``"BOLD_confounds"`` :
.. code-block:: none
{
"mandatory": ["pattern", "format"],
"optional": []
}
* ``"VBM_GM"`` :
.. code-block:: none

24
junifer/datagrabber/tests/test_datagrabber_utils.py
View file

@ -151,12 +151,18 @@ def test_validate_replacements(
pytest.raises(KeyError, match="Mandatory key"),
),
(
["BOLD_confounds"],
["BOLD"],
{
"BOLD_confounds": {
"pattern": "{subject}/func/{subject}_confounds.tsv",
"format": "fmriprep",
"BOLD": {
"pattern": (
"{subject}/func/{subject}_task-rest_bold.nii.gz"
),
"space": "MNINLin6Asym",
"confounds": {
"pattern": "{subject}/func/{subject}_confounds.tsv",
"format": "fmriprep",
},
"zip": "zap",
},
},
pytest.raises(RuntimeError, match="not accepted"),
@ -172,7 +178,7 @@ def test_validate_replacements(
pytest.raises(ValueError, match="following a replacement"),
),
(
["T1w", "T2w", "BOLD", "BOLD_confounds"],
["T1w", "T2w", "BOLD"],
{
"T1w": {
"pattern": "{subject}/anat/{subject}_T1w.nii.gz",
@ -187,10 +193,10 @@ def test_validate_replacements(
"{subject}/func/{subject}_task-rest_bold.nii.gz"
),
"space": "MNI152NLin6Asym",
},
"BOLD_confounds": {
"pattern": "{subject}/func/{subject}_confounds.tsv",
"format": "fmriprep",
"confounds": {
"pattern": "{subject}/func/{subject}_confounds.tsv",
"format": "fmriprep",
},
},
},
nullcontext(),

65
junifer/datagrabber/tests/test_dmcc13_benchmark.py
View file

@ -93,13 +93,10 @@ def test_DMCC13Benchmark(
# Available data types
data_types = [
"BOLD",
"BOLD_confounds",
"BOLD_mask",
"VBM_CSF",
"VBM_GM",
"VBM_WM",
"T1w",
"T1w_mask",
]
# Add Warp if native T1w is accessed
if native_t1w:
@ -111,14 +108,6 @@ def test_DMCC13Benchmark(
f"sub-01_{ses}_task-{task}_acq-mb4{phase}_run-{run}_"
"space-MNI152NLin2009cAsym_desc-preproc_bold.nii.gz"
),
(
f"sub-01_{ses}_task-{task}_acq-mb4{phase}_run-{run}_"
"desc-confounds_regressors.tsv"
),
(
f"sub-01_{ses}_task-{task}_acq-mb4{phase}_run-{run}_"
"space-MNI152NLin2009cAsym_desc-brain_mask.nii.gz"
),
"sub-01_space-MNI152NLin2009cAsym_label-CSF_probseg.nii.gz",
"sub-01_space-MNI152NLin2009cAsym_label-GM_probseg.nii.gz",
"sub-01_space-MNI152NLin2009cAsym_label-WM_probseg.nii.gz",
@ -127,16 +116,12 @@ def test_DMCC13Benchmark(
data_file_names.extend(
[
"sub-01_desc-preproc_T1w.nii.gz",
"sub-01_desc-brain_mask.nii.gz",
"sub-01_from-MNI152NLin2009cAsym_to-T1w_mode-image_xfm.h5",
]
)
else:
data_file_names.extend(
[
"sub-01_space-MNI152NLin2009cAsym_desc-preproc_T1w.nii.gz",
"sub-01_space-MNI152NLin2009cAsym_desc-brain_mask.nii.gz",
]
data_file_names.append(
"sub-01_space-MNI152NLin2009cAsym_desc-preproc_T1w.nii.gz"
)
for data_type, data_file_name in zip(data_types, data_file_names):
@ -151,6 +136,48 @@ def test_DMCC13Benchmark(
# Assert metadata
assert "meta" in out[data_type]
# Check BOLD nested data types
for type_, file_name in zip(
("mask", "confounds"),
(
(
f"sub-01_{ses}_task-{task}_acq-mb4{phase}_run-{run}_"
"space-MNI152NLin2009cAsym_desc-brain_mask.nii.gz"
),
(
f"sub-01_{ses}_task-{task}_acq-mb4{phase}_run-{run}_"
"desc-confounds_regressors.tsv"
),
),
):
# Assert data type
assert type_ in out["BOLD"]
# Assert data file path exists
assert out["BOLD"][type_]["path"].exists()
# Assert data file path is a file
assert out["BOLD"][type_]["path"].is_file()
# Assert data file name
assert out["BOLD"][type_]["path"].name == file_name
# Check T1w nested data types
# Assert data type
assert "mask" in out["T1w"]
# Assert data file path exists
assert out["T1w"]["mask"]["path"].exists()
# Assert data file path is a file
assert out["T1w"]["mask"]["path"].is_file()
# Assert data file name
if native_t1w:
assert (
out["T1w"]["mask"]["path"].name
== "sub-01_desc-brain_mask.nii.gz"
)
else:
assert (
out["T1w"]["mask"]["path"].name
== "sub-01_space-MNI152NLin2009cAsym_desc-brain_mask.nii.gz"
)
@pytest.mark.parametrize(
"types, native_t1w",
@ -165,8 +192,8 @@ def test_DMCC13Benchmark(
("VBM_GM", False),
("VBM_WM", True),
("VBM_WM", False),
(["BOLD", "BOLD_confounds"], True),
(["BOLD", "BOLD_confounds"], False),
(["BOLD", "VBM_CSF"], True),
(["BOLD", "VBM_CSF"], False),
(["T1w", "VBM_CSF"], True),
(["T1w", "VBM_CSF"], False),
(["VBM_GM", "VBM_WM"], True),

183
junifer/datagrabber/utils.py
View file

@ -13,51 +13,45 @@ from ..utils import logger, raise_error
PATTERNS_SCHEMA = {
"T1w": {
"mandatory": ["pattern", "space"],
"optional": ["mask_item"],
},
"T1w_mask": {
"mandatory": ["pattern", "space"],
"optional": [],
"optional": {
"mask": {"mandatory": ["pattern", "space"], "optional": []},
},
},
"T2w": {
"mandatory": ["pattern", "space"],
"optional": ["mask_item"],
},
"T2w_mask": {
"mandatory": ["pattern", "space"],
"optional": [],
"optional": {
"mask": {"mandatory": ["pattern", "space"], "optional": []},
},
},
"BOLD": {
"mandatory": ["pattern", "space"],
"optional": ["mask_item"],
},
"BOLD_confounds": {
"mandatory": ["pattern", "format"],
"optional": [],
},
"BOLD_mask": {
"mandatory": ["pattern", "space"],
"optional": [],
"optional": {
"mask": {"mandatory": ["pattern", "space"], "optional": []},
"confounds": {
"mandatory": ["pattern", "format"],
"optional": ["mappings"],
},
},
},
"Warp": {
"mandatory": ["pattern", "src", "dst"],
"optional": [],
"optional": {},
},
"VBM_GM": {
"mandatory": ["pattern", "space"],
"optional": [],
"optional": {},
},
"VBM_WM": {
"mandatory": ["pattern", "space"],
"optional": [],
"optional": {},
},
"VBM_CSF": {
"mandatory": ["pattern", "space"],
"optional": [],
"optional": {},
},
"DWI": {
"mandatory": ["pattern"],
"optional": [],
"optional": {},
},
}
@ -129,6 +123,67 @@ def validate_replacements(
raise_error(msg="At least one pattern must contain all replacements.")
def _validate_mandatory_keys(
keys: List[str], schema: List[str], data_type: str
) -> None:
"""Validate mandatory keys.
Parameters
----------
keys : list of str
The keys to validate.
schema : list of str
The schema to validate against.
data_type : str
The data type being validated.
Raises
------
KeyError
If any mandatory key is missing for a data type.
"""
for key in schema:
if key not in keys:
raise_error(
msg=f"Mandatory key: `{key}` missing for {data_type}",
klass=KeyError,
)
else:
logger.debug(f"Mandatory key: `{key}` found for {data_type}")
def _identify_stray_keys(
keys: List[str], schema: List[str], data_type: str
) -> None:
"""Identify stray keys.
Parameters
----------
keys : list of str
The keys to check.
schema : list of str
The schema to check against.
data_type : str
The data type being checked.
Raises
------
RuntimeError
If an unknown key is found for a data type.
"""
for key in keys:
if key not in schema:
raise_error(
msg=(
f"Key: {key} not accepted for {data_type} "
"pattern, remove it to proceed"
),
klass=RuntimeError,
)
def validate_patterns(
types: List[str], patterns: Dict[str, Dict[str, str]]
) -> None:
@ -143,10 +198,6 @@ def validate_patterns(
Raises
------
KeyError
If any mandatory key is missing for a data type.
RuntimeError
If an unknown key is found for a data type.
TypeError
If ``patterns`` is not a dictionary.
ValueError
@ -180,22 +231,15 @@ def validate_patterns(
f"should be one of: {list(PATTERNS_SCHEMA.keys())}"
)
# Check mandatory keys for data type
for mandatory_key in PATTERNS_SCHEMA[data_type_key]["mandatory"]:
if mandatory_key not in data_type_val:
raise_error(
msg=(
f"Mandatory key: `{mandatory_key}` missing for "
f"{data_type_key}"
),
klass=KeyError,
)
else:
logger.debug(
f"Mandatory key: `{mandatory_key}` found for "
f"{data_type_key}"
)
_validate_mandatory_keys(
keys=list(data_type_val),
schema=PATTERNS_SCHEMA[data_type_key]["mandatory"],
data_type=data_type_key,
)
# Check optional keys for data type
for optional_key in PATTERNS_SCHEMA[data_type_key]["optional"]:
for optional_key, optional_val in PATTERNS_SCHEMA[data_type_key][
"optional"
].items():
if optional_key not in data_type_val:
logger.debug(
f"Optional key: `{optional_key}` missing for "
@ -206,19 +250,48 @@ def validate_patterns(
f"Optional key: `{optional_key}` found for "
f"{data_type_key}"
)
# Check stray key for data type
for key in data_type_val.keys():
if key not in (
PATTERNS_SCHEMA[data_type_key]["mandatory"]
+ PATTERNS_SCHEMA[data_type_key]["optional"]
):
raise_error(
msg=(
f"Key: {key} not accepted for {data_type_key} "
"pattern, remove it to proceed"
),
klass=RuntimeError,
# Set nested type name for easier access
nested_data_type = f"{data_type_key}.{optional_key}"
nested_mandatory_keys_schema = PATTERNS_SCHEMA[data_type_key][
"optional"
][optional_key]["mandatory"]
nested_optional_keys_schema = PATTERNS_SCHEMA[data_type_key][
"optional"
][optional_key]["optional"]
# Check mandatory keys for nested type
_validate_mandatory_keys(
keys=list(optional_val["mandatory"]),
schema=nested_mandatory_keys_schema,
data_type=nested_data_type,
)
# Check optional keys for nested type
for nested_optional_key in nested_optional_keys_schema:
if nested_optional_key not in optional_val["optional"]:
logger.debug(
f"Optional key: `{nested_optional_key}` missing "
f"for {nested_data_type}"
)
else:
logger.debug(
f"Optional key: `{nested_optional_key}` found for "
f"{nested_data_type}"
)
# Check stray key for nested data type
_identify_stray_keys(
keys=optional_val["mandatory"] + optional_val["optional"],
schema=nested_mandatory_keys_schema
+ nested_optional_keys_schema,
data_type=nested_data_type,
)
# Check stray key for data type
_identify_stray_keys(
keys=list(data_type_val.keys()),
schema=(
PATTERNS_SCHEMA[data_type_key]["mandatory"]
+ list(PATTERNS_SCHEMA[data_type_key]["optional"].keys())
),
data_type=data_type_key,
)
# Wildcard check in patterns
if "}*" in data_type_val["pattern"]:
raise_error(

133
junifer/datareader/default.py
View file

@ -5,7 +5,7 @@
# License: AGPL
from pathlib import Path
from typing import Dict, List, Optional
from typing import Dict, List, Optional, Union
import nibabel as nib
import pandas as pd
@ -102,57 +102,106 @@ class DefaultDataReader(PipelineStepMixin, UpdateMetaMixin):
if params is None:
params = {}
# For each type of data, try to read it
for type_ in input.keys():
for type_key, type_val in input.items():
# Skip Warp data type
if type_ == "Warp":
if type_key == "Warp":
continue
# Check for malformed datagrabber specification
if "path" not in input[type_]:
if "path" not in type_val:
warn_with_log(
f"Input type {type_} does not provide a path. Skipping."
f"Input type {type_key} does not provide a path. Skipping."
)
continue
# Retrieve actual path
t_path = input[type_]["path"]
# Retrieve loading params for the data type
t_params = params.get(type_, {})
# Convert str to Path
if not isinstance(t_path, Path):
t_path = Path(t_path)
out[type_]["path"] = t_path
logger.info(f"Reading {type_} from {t_path.as_posix()}")
# Initialize variable for file data
fread = None
# Lowercase path
fname = t_path.name.lower()
# Loop through extensions to find the correct one
for ext, ftype in _extensions.items():
if fname.endswith(ext):
logger.info(f"{type_} is type {ftype}")
# Retrieve reader function
reader_func = _readers[ftype]["func"]
# Retrieve reader function params
reader_params = _readers[ftype]["params"]
# Update reader function params
if reader_params is not None:
t_params.update(reader_params)
logger.debug(f"Calling {reader_func} with {t_params}")
# Iterate to check for nested "types" like mask;
# need to copy to avoid runtime error for changing dict size
for k, v in type_val.copy().items():
# Read data for base data type
if k == "path":
# Convert str to Path
if not isinstance(v, Path):
v = Path(v)
# Update path
out[type_key]["path"] = v
logger.info(f"Reading {type_key} from {v.absolute()!s}")
# Retrieve loading params for the data type
t_params = params.get(type_key, {})
# Read data
fread = reader_func(t_path, **t_params)
break
# If no file data is found due to unknown extension
if fread is None:
logger.info(
f"Unknown file type {t_path.as_posix()}, skipping reading"
)
out[type_key]["data"] = _read_data(
data_type=type_key, path=v, read_params=t_params
)
# Read data for nested data type
if isinstance(v, dict) and "path" in v:
# Set path
nested_path = v["path"]
# Convert str to Path
if not isinstance(nested_path, Path):
nested_path = Path(nested_path)
# Update path
out[type_key][k]["path"] = nested_path
# Set nested type key for easier access
nested_type = f"{type_key}.{k}"
logger.info(
f"Reading {nested_type} from "
f"{nested_path.absolute()!s}"
)
# Retrieve loading params for the nested data type
nested_params = params.get(nested_type, {})
# Read data
out[type_key][k]["data"] = _read_data(
data_type=nested_type,
path=nested_path,
read_params=nested_params,
)
# Set file data for output
out[type_]["data"] = fread
# Update metadata for step
self.update_meta(out[type_], "datareader")
self.update_meta(out[type_key], "datareader")
return out
def _read_data(
data_type: str, path: Path, read_params: Dict
) -> Union[nib.Nifti1Image, pd.DataFrame, None]:
"""Read data for data type.
Parameters
----------
data_type : str
The data type being read.
path : pathlib.Path
The path to read data from.
read_params : dict
Parameters for reader function.
Returns
-------
nibabel.Nifti1Image or pandas.DataFrame or pandas.TextFileReader or None
The data loaded in memory if file type is known else None.
"""
# Initialize variable for file data
fread = None
# Lowercase path
fname = path.name.lower()
# Loop through extensions to find the correct one
for ext, ftype in _extensions.items():
if fname.endswith(ext):
logger.info(f"{data_type} is of type {ftype}")
# Retrieve reader function
reader_func = _readers[ftype]["func"]
# Retrieve reader function params
reader_params = _readers[ftype]["params"]
# Update reader function params
if reader_params is not None:
read_params.update(reader_params)
logger.debug(f"Calling {reader_func!s} with {read_params}")
# Read data
fread = reader_func(path, **read_params)
break
# If no file data is found due to unknown extension
if fread is None:
logger.info(f"Unknown file type {path.absolute()!s}, skipping reading")
return fread

4
junifer/preprocess/base.py
View file

@ -146,8 +146,8 @@ class BasePreprocessor(ABC, PipelineStepMixin, UpdateMetaMixin):
The computed result as dictionary.
dict or None
Extra "helper" data types as dictionary to add to the Junifer Data
object. For example, computed BOLD mask can be passed via this.
If no new "helper" data types is created, None is to be passed.
object. If no new "helper" data type(s) is(are) created, None is to
be passed.
"""
raise_error(

102
junifer/preprocess/confounds/fmriprep_confound_remover.py
View file

@ -203,9 +203,7 @@ class fMRIPrepConfoundRemover(BasePreprocessor):
"include it in the future",
klass=ValueError,
)
super().__init__(
on="BOLD", required_data_types=["BOLD", "BOLD_confounds"]
)
super().__init__(on="BOLD", required_data_types=["BOLD"])
def get_valid_inputs(self) -> List[str]:
"""Get valid data types for input.
@ -361,7 +359,7 @@ class fMRIPrepConfoundRemover(BasePreprocessor):
Parameters
----------
input : dict
Dictionary containing the ``BOLD_confounds`` value from the
Dictionary containing the ``BOLD.confounds`` value from the
Junifer Data object.
Returns
@ -370,7 +368,6 @@ class fMRIPrepConfoundRemover(BasePreprocessor):
Dataframe containing the relevant confounds.
"""
confounds_format = input["format"]
if confounds_format == "adhoc":
self._map_adhoc_to_fmriprep(input)
@ -416,50 +413,42 @@ class fMRIPrepConfoundRemover(BasePreprocessor):
def _validate_data(
self,
input: Dict[str, Any],
extra_input: Optional[Dict[str, Any]] = None,
) -> None:
"""Validate input data.
Parameters
----------
input : dict
Dictionary containing the ``BOLD`` value from the
Dictionary containing the ``BOLD`` data from the
Junifer Data object.
extra_input : dict, optional
Dictionary containing the rest of the Junifer Data object. Must
include the ``BOLD_confounds`` key.
Raises
------
ValueError
If ``extra_input`` is None or
if ``"BOLD_confounds"`` is not found in ``extra_input`` or
if ``"data"`` key is not found in ``"BOLD_confounds"`` or
if ``"data"`` is not pandas.DataFrame or
If ``"confounds"`` is not found in ``input`` or
if ``"data"`` key is not found in ``"input.confounds"`` or
if ``"input.confounds.data"`` is not pandas.DataFrame or
if image time series and confounds have different lengths or
if ``"format"`` is not found in ``"BOLD_confounds"`` or
if ``format = "adhoc"`` and ``"mappings"`` key or ``"fmriprep"``
key or correct fMRIPrep mappings or required fMRIPrep mappings are
not found or if invalid confounds format is found.
if ``format = "adhoc"`` and ``"mappings"`` key is not found or
``"fmriprep"`` key is not found in ``"mappings"`` or
``"fmriprep"`` has incorrect fMRIPrep mappings or required
fMRIPrep mappings are not found or
if invalid confounds format is found.
"""
# BOLD must be 4D niimg
check_niimg_4d(input["data"])
# Check for extra inputs
if extra_input is None:
raise_error(
"No extra input provided, requires `BOLD_confounds` data type "
"in particular"
)
if "BOLD_confounds" not in extra_input:
raise_error("`BOLD_confounds` data type not provided")
if "data" not in extra_input["BOLD_confounds"]:
raise_error("`BOLD_confounds.data` not provided")
# Confounds must be a pandas.DataFrame
if not isinstance(extra_input["BOLD_confounds"]["data"], pd.DataFrame):
raise_error("`BOLD_confounds.data` must be a `pandas.DataFrame`")
# Check for confound data
if "confounds" not in input:
raise_error("`BOLD.confounds` data type not provided")
if "data" not in input["confounds"]:
raise_error("`BOLD.confounds.data` not provided")
# Confounds must be a pandas.DataFrame;
# if extension is unknown, will not be read, which will give None
if not isinstance(input["confounds"]["data"], pd.DataFrame):
raise_error("`BOLD.confounds.data` must be a `pandas.DataFrame`")
confound_df = extra_input["BOLD_confounds"]["data"]
confound_df = input["confounds"]["data"]
bold_img = input["data"]
if bold_img.get_fdata().shape[3] != len(confound_df):
raise_error(
@ -469,23 +458,19 @@ class fMRIPrepConfoundRemover(BasePreprocessor):
)
# Check format
if "format" not in extra_input["BOLD_confounds"]:
raise_error("`BOLD_confounds.format` not provided")
t_format = extra_input["BOLD_confounds"]["format"]
t_format = input["confounds"]["format"]
if t_format == "adhoc":
if "mappings" not in extra_input["BOLD_confounds"]:
if "mappings" not in input["confounds"]:
raise_error(
"`BOLD_confounds.mappings` need to be set when "
"`BOLD_confounds.format == 'adhoc'`"
"`BOLD.confounds.mappings` need to be set when "
"`BOLD.confounds.format == 'adhoc'`"
)
if "fmriprep" not in extra_input["BOLD_confounds"]["mappings"]:
if "fmriprep" not in input["confounds"]["mappings"]:
raise_error(
"`BOLD_confounds.mappings.fmriprep` need to be set when "
"`BOLD_confounds.format == 'adhoc'`"
"`BOLD.confounds.mappings.fmriprep` need to be set when "
"`BOLD.confounds.format == 'adhoc'`"
)
fmriprep_mappings = extra_input["BOLD_confounds"]["mappings"][
"fmriprep"
]
fmriprep_mappings = input["confounds"]["mappings"]["fmriprep"]
wrong_names = [
x
for x in fmriprep_mappings.values()
@ -525,22 +510,22 @@ class fMRIPrepConfoundRemover(BasePreprocessor):
input : dict
A single input from the Junifer Data object to preprocess.
extra_input : dict, optional
The other fields in the Junifer Data object. Must include the
``BOLD_confounds`` key.
The other fields in the Junifer Data object.
Returns
-------
dict
The computed result as dictionary.
dict or None
If `self.masks` is not None, then the target data computed mask is
returned else None.
The computed result as dictionary. If `self.masks` is not None,
then the target data computed mask is updated for further steps.
None
Extra "helper" data types as dictionary to add to the Junifer Data
object.
"""
# Validate data
self._validate_data(input, extra_input)
self._validate_data(input)
# Pick confounds
confounds_df = self._pick_confounds(extra_input["BOLD_confounds"]) # type: ignore
confounds_df = self._pick_confounds(input["confounds"]) # type: ignore
# Get BOLD data
bold_img = input["data"]
# Set t_r
@ -553,7 +538,6 @@ class fMRIPrepConfoundRemover(BasePreprocessor):
)
# Set mask data
mask_img = None
bold_mask_dict = None
if self.masks is not None:
logger.debug(f"Masking with {self.masks}")
mask_img = get_mask(
@ -561,15 +545,15 @@ class fMRIPrepConfoundRemover(BasePreprocessor):
)
# Return the BOLD mask and link it to the BOLD data type dict;
# this allows to use "inherit" down the pipeline
if extra_input is not None:
logger.debug("Setting `BOLD.mask_item`")
input["mask_item"] = "BOLD_mask"
bold_mask_dict = {
"BOLD_mask": {
logger.debug("Setting `BOLD.mask`")
input.update(
{
"mask": {
"data": mask_img,
"space": input["space"],
}
}
)
# Clean image
logger.info("Cleaning image using nilearn")
logger.debug(f"\tdetrend: {self.detrend}")
@ -587,4 +571,4 @@ class fMRIPrepConfoundRemover(BasePreprocessor):
mask_img=mask_img,
)
return input, bold_mask_dict
return input, None

187
junifer/preprocess/confounds/tests/test_fmriprep_confound_remover.py
View file

@ -20,6 +20,7 @@ from junifer.testing import get_testing_data
from junifer.testing.datagrabbers import (
OasisVBMTestingDataGrabber,
PartlyCloudyTestingDataGrabber,
SPMAuditoryTestingDataGrabber,
)
@ -42,35 +43,10 @@ def test_fMRIPrepConfoundRemover_init() -> None:
@pytest.mark.parametrize(
"input_",
[
["T1w"],
["BOLD"],
["T1w", "BOLD"],
],
)
def test_fMRIPrepConfoundRemover_validate_input_errors(
input_: List[str],
) -> None:
"""Test errors for fMRIPrepConfoundRemover validate_input.
Parameters
----------
input_ : list of str
The input data types.
"""
confound_remover = fMRIPrepConfoundRemover()
with pytest.raises(ValueError, match="not have the required data"):
confound_remover.validate_input(input_)
@pytest.mark.parametrize(
"input_",
[
["BOLD", "BOLD_confounds"],
["T1w", "BOLD", "BOLD_confounds"],
],
)
def test_fMRIPrepConfoundRemover_validate_input(input_: List[str]) -> None:
"""Test fMRIPrepConfoundRemover validate_input.
@ -302,13 +278,13 @@ def test_fMRIPRepConfoundRemover__pick_confounds_fmriprep() -> None:
with PartlyCloudyTestingDataGrabber() as dg:
input = dg["sub-01"]
input = reader.fit_transform(input)
out1 = confound_remover._pick_confounds(input["BOLD_confounds"])
out1 = confound_remover._pick_confounds(input["BOLD"]["confounds"])
assert set(out1.columns) == {*fmriprep_all_vars, "spike"}
with PartlyCloudyTestingDataGrabber(reduce_confounds=False) as dg:
input = dg["sub-01"]
input = reader.fit_transform(input)
out2 = confound_remover._pick_confounds(input["BOLD_confounds"])
out2 = confound_remover._pick_confounds(input["BOLD"]["confounds"])
assert set(out2.columns) == {*fmriprep_all_vars, "spike"}
assert_frame_equal(out1, out2)
@ -348,123 +324,106 @@ def test_fMRIPRepConfoundRemover__pick_confounds_fmriprep_compute() -> None:
def test_fMRIPrepConfoundRemover__validate_data() -> None:
"""Test fMRIPrepConfoundRemover validate data."""
confound_remover = fMRIPrepConfoundRemover(strategy={"wm_csf": "full"})
# Check correct data type
with OasisVBMTestingDataGrabber() as dg:
element_data = DefaultDataReader().fit_transform(dg["sub-01"])
vbm = element_data["VBM_GM"]
with pytest.raises(
DimensionError, match="incompatible dimensionality"
):
confound_remover._validate_data(vbm, None)
with PartlyCloudyTestingDataGrabber(reduce_confounds=False) as dg:
confound_remover._validate_data(vbm)
# Check missing nested type in correct data type
with SPMAuditoryTestingDataGrabber() as dg:
element_data = DefaultDataReader().fit_transform(dg["sub-01"])
bold = element_data["BOLD"]
with pytest.raises(ValueError, match="No extra input"):
confound_remover._validate_data(bold, None)
# Test confound type
with pytest.raises(
ValueError, match="`BOLD_confounds` data type not provided"
ValueError, match="`BOLD.confounds` data type not provided"
):
confound_remover._validate_data(bold, {})
confound_remover._validate_data(bold)
# Test confound data
bold["confounds"] = {}
with pytest.raises(
ValueError, match="`BOLD_confounds.data` not provided"
ValueError, match="`BOLD.confounds.data` not provided"
):
confound_remover._validate_data(bold, {"BOLD_confounds": {}})
extra_input = {
"BOLD_confounds": {"data": "wrong"},
}
msg = "must be a `pandas.DataFrame`"
with pytest.raises(ValueError, match=msg):
confound_remover._validate_data(bold, extra_input)
extra_input = {"BOLD_confounds": {"data": pd.DataFrame()}}
confound_remover._validate_data(bold)
# Test confound data is valid type
bold["confounds"] = {"data": None}
with pytest.raises(ValueError, match="must be a `pandas.DataFrame`"):
confound_remover._validate_data(bold)
# Test confound data dimension mismatch with BOLD
bold["confounds"] = {"data": pd.DataFrame()}
with pytest.raises(ValueError, match="Image time series and"):
confound_remover._validate_data(bold, extra_input)
extra_input = {
"BOLD_confounds": {"data": element_data["BOLD_confounds"]["data"]}
}
with pytest.raises(
ValueError, match="`BOLD_confounds.format` not provided"
):
confound_remover._validate_data(bold, extra_input)
extra_input = {
"BOLD_confounds": {
"data": element_data["BOLD_confounds"]["data"],
"format": "wrong",
}
confound_remover._validate_data(bold)
# Check nested type variations
with PartlyCloudyTestingDataGrabber(reduce_confounds=False) as dg:
element_data = DefaultDataReader().fit_transform(dg["sub-01"])
# Test format
modified_bold = {
"data": element_data["BOLD"]["data"],
"confounds": {
"data": element_data["BOLD"]["confounds"]["data"],
"format": "adhoc",
},
}
# Test incorrect format
modified_bold["confounds"].update({"format": "wrong"})
with pytest.raises(ValueError, match="Invalid confounds format"):
confound_remover._validate_data(bold, extra_input)
extra_input = {
"BOLD_confounds": {
"data": element_data["BOLD_confounds"]["data"],
"format": "adhoc",
}
}
with pytest.raises(ValueError, match="need to be set"):
confound_remover._validate_data(bold, extra_input)
extra_input = {
"BOLD_confounds": {
"data": element_data["BOLD_confounds"]["data"],
"format": "adhoc",
"mappings": {},
}
}
with pytest.raises(ValueError, match="need to be set"):
confound_remover._validate_data(bold, extra_input)
extra_input = {
"BOLD_confounds": {
"data": element_data["BOLD_confounds"]["data"],
"format": "adhoc",
confound_remover._validate_data(modified_bold)
# Test missing mappings for adhoc
modified_bold["confounds"].update({"format": "adhoc"})
with pytest.raises(
ValueError, match="`BOLD.confounds.mappings` need to be set"
):
confound_remover._validate_data(modified_bold)
# Test missing fmriprep mappings for adhoc
modified_bold["confounds"].update({"mappings": {}})
with pytest.raises(
ValueError,
match="`BOLD.confounds.mappings.fmriprep` need to be set",
):
confound_remover._validate_data(modified_bold)
# Test incorrect fmriprep mappings for adhoc
modified_bold["confounds"].update(
{
"mappings": {
"fmriprep": {
"rot_x": "wrong",
"rot_y": "rot_z",
"rot_z": "rot_y",
}
},
},
}
}
}
)
with pytest.raises(ValueError, match=r"names: \['wrong'\]"):
confound_remover._validate_data(bold, extra_input)
extra_input = {
"BOLD_confounds": {
"data": element_data["BOLD_confounds"]["data"],
"format": "adhoc",
confound_remover._validate_data(modified_bold)
# Test missing fmriprep mappings for adhoc
modified_bold["confounds"].update(
{
"mappings": {
"fmriprep": {
"wrong": "rot_x",
"rot_y": "rot_z",
"rot_z": "rot_y",
}
},
},
}
}
}
)
with pytest.raises(ValueError, match=r"Missing columns: \['wrong'\]"):
confound_remover._validate_data(bold, extra_input)
extra_input = {
"BOLD_confounds": {
"data": element_data["BOLD_confounds"]["data"],
"format": "adhoc",
confound_remover._validate_data(modified_bold)
# Test correct adhoc format
modified_bold["confounds"].update(
{
"mappings": {
"fmriprep": {
"rot_x": "rot_x",
"rot_y": "rot_z",
"rot_z": "rot_y",
}
},
},
}
}
}
confound_remover._validate_data(bold, extra_input)
)
confound_remover._validate_data(modified_bold)
def test_fMRIPrepConfoundRemover_preprocess() -> None:
@ -476,7 +435,9 @@ def test_fMRIPrepConfoundRemover_preprocess() -> None:
element_data = DefaultDataReader().fit_transform(dg["sub-01"])
orig_bold = element_data["BOLD"]["data"].get_fdata().copy()
pre_input = element_data["BOLD"]
pre_extra_input = {"BOLD_confounds": element_data["BOLD_confounds"]}
pre_extra_input = {
"BOLD": {"confounds": element_data["BOLD"]["confounds"]}
}
output, _ = confound_remover.preprocess(pre_input, pre_extra_input)
trans_bold = output["data"].get_fdata()
# Transformation is in place
@ -530,7 +491,7 @@ def test_fMRIPrepConfoundRemover_fit_transform() -> None:
assert t_meta["t_r"] is None
assert t_meta["masks"] is None
assert "BOLD_mask" not in output
assert "mask" not in output["BOLD"]
assert "dependencies" in output["BOLD"]["meta"]
dependencies = output["BOLD"]["meta"]["dependencies"]
@ -582,9 +543,7 @@ def test_fMRIPrepConfoundRemover_fit_transform_masks() -> None:
assert "threshold" in t_meta["masks"]["compute_brain_mask"]
assert t_meta["masks"]["compute_brain_mask"]["threshold"] == 0.2
assert "BOLD_mask" in output
assert "mask_item" in output["BOLD"]
assert output["BOLD"]["mask_item"] == "BOLD_mask"
assert "mask" in output["BOLD"]
assert "dependencies" in output["BOLD"]["meta"]
dependencies = output["BOLD"]["meta"]["dependencies"]

10
junifer/testing/datagrabbers.py
View file

@ -181,7 +181,7 @@ class PartlyCloudyTestingDataGrabber(BaseDataGrabber):
"""Initialize the class."""
datadir = tempfile.mkdtemp()
# Define types
types = ["BOLD", "BOLD_confounds"]
types = ["BOLD"]
self.reduce_confounds = reduce_confounds
self.age_group = age_group
super().__init__(types=types, datadir=datadir)
@ -242,10 +242,10 @@ class PartlyCloudyTestingDataGrabber(BaseDataGrabber):
out["BOLD"] = {
"path": Path(self._dataset["func"][i_sub]),
"space": "MNI152NLin2009cAsym",
}
out["BOLD_confounds"] = {
"path": Path(self._dataset["confounds"][i_sub]),
"format": "fmriprep",
"confounds": {
"path": Path(self._dataset["confounds"][i_sub]),
"format": "fmriprep",
},
}
return out

14
junifer/testing/tests/test_partlycloudytesting_datagrabber.py
View file

@ -28,13 +28,13 @@ def test_PartlyCloudyTestingDataGrabber() -> None:
assert out["BOLD"]["path"].exists()
assert out["BOLD"]["path"].is_file()
assert "BOLD_confounds" in out
assert out["BOLD_confounds"]["path"].exists()
assert out["BOLD_confounds"]["path"].is_file()
assert "format" in out["BOLD_confounds"]
assert "fmriprep" == out["BOLD_confounds"]["format"]
assert "confounds" in out["BOLD"]
assert out["BOLD"]["confounds"]["path"].exists()
assert out["BOLD"]["confounds"]["path"].is_file()
assert "format" in out["BOLD"]["confounds"]
assert "fmriprep" == out["BOLD"]["confounds"]["format"]
with PartlyCloudyTestingDataGrabber(reduce_confounds=False) as dg:
out = dg["sub-01"]
assert "format" in out["BOLD_confounds"]
assert "fmriprep" == out["BOLD_confounds"]["format"]
assert "format" in out["BOLD"]["confounds"]
assert "fmriprep" == out["BOLD"]["confounds"]["format"]