diff --git a/scripts/files/sources.py b/scripts/files/sources.py
index 55beb503d44ee77b8f1e021e55fc13cddc358f5b..2a2018cde65a15c5ca11fd49a141d2c3e0385c9b 100644
--- a/scripts/files/sources.py
+++ b/scripts/files/sources.py
@@ -136,7 +136,30 @@ def add_segmentation(source_name, name, segmentation_path=None,
resolution=None, table_update_function=None, copy_data=True):
""" Add segmentation volume to the platy browser data.
- TODO explain more
+ We distinguish between static and dynamic segmentations. A dynamic segmentation is generated from
+ a paintera project and can change due to corrections made in paintera, while a static segmentation
+ is just added once and does not change.
+ In addition, we can add tables associated with the data that contain derived data.
+ For static segmentations you need to pass a dict containing table names and paths,
+ for dynamic segmentations you need to register a function name that will compute the tables.
+
+ Adding a static segmentation:
+ ```
+ # if you add tables, one must have the name 'default'
+ add_segmentation(source_name, seg_name,
+ segmentation_path='/path/to/input-segmentation.xml',
+ table_path_dict={'default': '/path/to/default-table.csv',
+ 'other': '/path/to/other-table.csv'})
+ ```
+
+ Adding a dynamic segmentation:
+ ```
+ # 'update_seg_table' must be importable from 'scripts.attributes'
+ add_segmentation(source_name, seg_name,
+ paintera_project=('/path/to/paintera/root.n5', '/path/in/file'),
+ resolution=(.025, .02, .02), # resolution in microns, must be passed for dynamic seg
+ table_update_function='update_seg_table')
+ ```
Paramter:
source_name [str] - prefix of the primary data source.
diff --git a/update_patch.py b/update_patch.py
index 1fccef76bb8bc62b257ed6c49dedfb49acbe6f6e..b4929b2dee7f0ddd86dadd321e4ee8e8d8c58168 100755
--- a/update_patch.py
+++ b/update_patch.py
@@ -2,145 +2,67 @@
import os
import argparse
-from subprocess import check_output, call
+from copy import deepcopy
+from glob import glob
from shutil import rmtree
+from subprocess import check_output, call
-from scripts.attributes import make_cell_tables, make_nucleus_tables, make_cilia_tables
+import scripts.attributes
+from scripts.files import get_segmentation_names, get_segmentations
+from scripts.files import (copy_image_data, copy_misc_data, copy_segmentation, copy_tables,
+ make_bdv_server_file, make_folder_structure)
from scripts.export import export_segmentation
-from scripts.files import copy_image_data, copy_misc_data, make_bdv_server_file
-from scripts.files import copy_tables, copy_segmentation, make_folder_structure
-
-
-# paths for paintera projects
-# in order to get the new segmentation, changes need to be committed,
-# s.t. they are stored in these files!
-PAINTERA_ROOT = '/g/kreshuk/data/arendt/platyneris_v1/data.n5'
-PROJECT_CELLS = 'volumes/paintera/proofread_cells'
-PROJECT_NUCLEI = 'volumes/paintera/nuclei'
-PROJECT_CILIA = 'volumes/paintera/cilia'
-
-# name for cell and nucleus segmentations
-NAME_CELLS = 'sbem-6dpf-1-whole-segmented-cells-labels'
-NAME_NUCLEI = 'sbem-6dpf-1-whole-segmented-nuclei-labels'
-NAME_CILIA = 'sbem-6dpf-1-whole-segmented-cilia-labels'
-
-# resolutions of cell and nucleus segmentation
-RES_CELLS = [.025, .02, .02]
-RES_NUCLEI = [.1, .08, .08]
-RES_CILIA = [.025, .01, .01]
-
-
-def check_inputs(update_cell_segmentation,
- update_nucleus_segmentation,
- update_cilia_segmentation,
- update_cell_tables,
- update_nucleus_tables,
- update_cilia_tables):
- inputs = (update_cell_segmentation, update_nucleus_segmentation,
- update_cell_tables, update_nucleus_tables,
- update_cilia_segmentation, update_cilia_tables)
-
- have_changes = any(inputs)
- if update_cell_segmentation:
- update_cell_tables = True
- if update_nucleus_segmentation:
- update_nucleus_tables = True
- if update_cilia_segmentation:
- update_cilia_tables = True
-
- return {'have_changes': have_changes,
- 'update_cell_tables': update_cell_tables,
- 'update_nucleus_tables': update_nucleus_tables,
- 'update_cilia_tables': update_cilia_tables}
-
-
-def get_tags(new_tag):
+
+
+def get_tags():
tag = check_output(['git', 'describe', '--abbrev=0']).decode('utf-8').rstrip('\n')
- if new_tag == '':
- new_tag = tag.split('.')
- new_tag[-1] = str(int(new_tag[-1]) + 1)
- new_tag = '.'.join(new_tag)
+ new_tag = tag.split('.')
+ new_tag[-1] = str(int(new_tag[-1]) + 1)
+ new_tag = '.'.join(new_tag)
return tag, new_tag
-def export_segmentations(folder, new_folder,
- update_cell_segmentation,
- update_nucleus_segmentation,
- update_cilia_segmentation,
- target, max_jobs):
- # update or copy cell segmentation
- if update_cell_segmentation:
- tmp_cells_seg = 'tmp_export_cells'
- export_segmentation(PAINTERA_ROOT, PROJECT_CELLS,
- folder, new_folder, NAME_CELLS,
- resolution=RES_CELLS,
- tmp_folder=tmp_cells_seg,
- target=target, max_jobs=max_jobs)
- else:
- copy_segmentation(folder, new_folder, NAME_CELLS)
-
- # update or copy nucleus segmentation
- if update_nucleus_segmentation:
- tmp_nuc_seg = 'tmp_export_nuclei'
- export_segmentation(PAINTERA_ROOT, PROJECT_NUCLEI,
- folder, new_folder, NAME_NUCLEI,
- resolution=RES_NUCLEI,
- tmp_folder=tmp_nuc_seg,
- target=target, max_jobs=max_jobs)
- else:
- copy_segmentation(folder, new_folder, NAME_NUCLEI)
-
- # update or copy cilia segmentation
- if update_cilia_segmentation:
- tmp_cilia_seg = 'tmp_export_cilia'
- export_segmentation(PAINTERA_ROOT, PROJECT_CILIA,
- folder, new_folder, NAME_CILIA,
- resolution=RES_CILIA,
- tmp_folder=tmp_cilia_seg,
- target=target, max_jobs=max_jobs)
- else:
- copy_segmentation(folder, new_folder, NAME_CILIA)
-
- # copy static segmentations
- # we also treat the chromatin segmentation as static for now,
- # but might change this at some point
- static_seg_names = ('sbem-6dpf-1-whole-segmented-muscles',
- 'sbem-6dpf-1-whole-segmented-tissue-labels',
- 'sbem-6dpf-1-whole-segmented-chromatin-labels')
- for seg_name in static_seg_names:
- copy_segmentation(folder, new_folder, seg_name)
-
-
-def make_attributes(folder, new_folder,
- update_cell_tables,
- update_nucleus_tables,
- update_cilia_tables,
- target, max_jobs):
- # update or copy cell tables
- if update_cell_tables:
- make_cell_tables(new_folder, NAME_CELLS, 'tmp_tables_cells', RES_CELLS,
- target=target, max_jobs=max_jobs)
- else:
- copy_tables(folder, new_folder, NAME_CELLS)
+def update_segmentation(name, seg_dict, folder, new_folder,
+ target, max_jobs):
+ tmp_folder = 'tmp_export_%s' % name
+ paintera_root, paintera_key = seg_dict['paintera_project']
+ export_segmentation(paintera_root, paintera_key,
+ folder, new_folder, name,
+ resolution=seg_dict['resolution'],
+ tmp_folder=tmp_folder,
+ target=target, max_jobs=max_jobs)
- # update or copy nucleus tables
- if update_nucleus_tables:
- make_nucleus_tables(new_folder, NAME_NUCLEI, 'tmp_tables_nuclei', RES_NUCLEI,
- target=target, max_jobs=max_jobs)
- else:
- copy_tables(folder, new_folder, NAME_NUCLEI)
- if update_cilia_tables:
- make_cilia_tables(new_folder, NAME_CILIA, 'tmp_tables_cilia', RES_CILIA,
- target=target, max_jobs=max_jobs)
- else:
- copy_tables(folder, new_folder, NAME_CILIA)
+def update_segmentations(folder, new_folder, names_to_update, target, max_jobs):
+ segmentations = get_segmentations()
+ segmentation_names = get_segmentation_names()
+
+ for name in segmentation_names:
+ if name in names_to_update:
+ update_segmentation(name, segmentations[name], folder, new_folder,
+ target, max_jobs)
+ else:
+ copy_segmentation(folder, new_folder, name)
+
+
+def update_table(name, seg_dict, folder, new_folder,
+ target, max_jobs):
+ tmp_folder = 'tmp_tables_%s' % name
+ update_function = getattr(scripts.attribute, seg_dict['table_update_function'])
+ update_function(new_folder, name, tmp_folder, seg_dict['resolution'],
+ target=target, max_jobs=max_jobs)
+
- # copy tables associated with static segmentations
- static_seg_names = ('sbem-6dpf-1-whole-segmented-tissue-labels',
- 'sbem-6dpf-1-whole-segmented-chromatin-labels')
- for seg_name in static_seg_names:
- copy_tables(folder, new_folder, seg_name)
+def update_tables(folder, new_folder, names_to_update, target, max_jobs):
+ segmentations = get_segmentations()
+ segmentation_names = get_segmentation_names()
+
+ for name in segmentation_names:
+ if name in names_to_update:
+ update_table(name, segmentations[name], folder, new_folder,
+ target, max_jobs)
+ else:
+ copy_tables(folder, new_folder, name)
# TODO check for errors
@@ -156,6 +78,8 @@ def make_release(tag, folder, description=''):
def clean_up():
+ """ Clean up all tmp folders
+ """
def remove_dir(dir_name):
try:
@@ -163,58 +87,52 @@ def clean_up():
except OSError:
pass
- # remove all tmp folders
- remove_dir('tmp_export_cells')
- remove_dir('tmp_export_nuclei')
- remove_dir('tmp_tables_cells')
- remove_dir('tmp_tables_nuclei')
+ tmp_folders = glob('tmp_*')
+ for tmp_folder in tmp_folders:
+ remove_dir(tmp_folder)
+
+
+def check_requested_updates(names_to_update):
+ segmentations = get_segmentations()
+ for name in names_to_update:
+ if name not in segmentations:
+ raise ValueError("Requested update for %s, which is not a registered segmentation" % name)
+ if segmentations[name]['is_static']:
+ raise ValueError("Requested update for %s, which is a static segmentation" % name)
# TODO catch all exceptions and handle them properly
-def update_platy_browser(update_cell_segmentation=False,
- update_nucleus_segmentation=False,
- update_cilia_segmentation=False,
- update_cell_tables=False,
- update_nucleus_tables=False,
- update_cilia_tables=False,
- description='',
- new_tag=''):
- """ Generate new version of platy-browser derived data.
+def update_patch(update_seg_names, update_table_names,
+ description='', force_update=False,
+ target='slurm', max_jobs=250):
+ """ Generate new patch version of platy-browser derived data.
+
+ The patch version is increased if derived data changes, e.g. by
+ incorporating corrections for a segmentation or updating tables.
Arguments:
- update_cell_segmentation: Update the cell segmentation volume.
- update_nucleus_segmentation: Update the nucleus segmentation volume.
- update_cilia_segmentation: Update the cilia segmentation volume.
- update_cell_tables: Update the cell tables. This needs to be specified if the cell
- segmentation is not update, but the tables should be updated.
- update_nucleus_tables: Update the nucleus tables. This needs to be specified if the nucleus
- segmentation is not updated, but the tables should be updated.
- update_cilia_tables: Update the cilia tables. This needs to be specified if the cilia
- segmentation is not updated, but the tables should be updated.
- description: Optional descrption for release message.
- new_tag: Optional tag to override the default new tag.
+ update_seg_names [list[str]] - names of segmentations to be updated.
+ update_table_names [list[str]] - names of tables to be updated.
+ Not that these only need to be specified if the corresponding segmentation is not
+ updated, but the tables should be updated.
+ description [str] - Optional descrption for release message (default: '').
+ force_update [bool] - Force an update if no changes are specified (default: False).
+ target [str] -
+ max_jobs [int] -
"""
- # check inputs
- update_dict = check_inputs(update_cell_segmentation,
- update_nucleus_segmentation,
- update_cilia_segmentation,
- update_cell_tables,
- update_nucleus_tables,
- update_cilia_tables)
-
- # if an explicit tag was given, we force an update
- force_update = new_tag != ''
- if not update_dict['have_changes'] and not force_update:
- print("Nothing needs to be update, skipping")
- return
-
- update_cell_tables, update_nucleus_tables, update_cilia_tables =\
- update_dict['update_cell_tables'], update_dict['update_nucleus_tables'], update_dict['update_cilia_tables']
-
- # we always increase the release tag (in the last digit)
- # when making a new version of segmentation or attributes
- tag, new_tag = get_tags(new_tag)
+ # check if we have anything to update
+ have_seg_updates = len(update_seg_names) > 0
+ have_table_updates = len(update_seg_names) > 0
+ if not have_seg_updates and not have_table_updates and not force_update:
+ raise ValueError("No updates where provdied and force_update was not set")
+
+ table_updates = deepcopy(update_seg_names)
+ table_updates.extend(update_table_names)
+ check_requested_updates(table_updates)
+
+ # increase the patch (last digit) release tag
+ tag, new_tag = get_tags()
print("Updating platy browser from", tag, "to", new_tag)
# make new folder structure
@@ -222,11 +140,6 @@ def update_platy_browser(update_cell_segmentation=False,
new_folder = os.path.join('data', new_tag)
make_folder_structure(new_folder)
- target = 'slurm'
- max_jobs = 250
- # target = 'local'
- # max_jobs = 48
-
# copy static image and misc data
copy_image_data(os.path.join(folder, 'images'),
os.path.join(new_folder, 'images'))
@@ -234,18 +147,12 @@ def update_platy_browser(update_cell_segmentation=False,
os.path.join(new_folder, 'misc'))
# export new segmentations
- export_segmentations(folder, new_folder,
- update_cell_segmentation,
- update_nucleus_segmentation,
- update_cilia_segmentation,
+ update_segmentations(folder, new_folder, update_seg_names,
target=target, max_jobs=max_jobs)
# generate new attribute tables
- make_attributes(folder, new_folder,
- update_cell_tables,
- update_nucleus_tables,
- update_cilia_tables,
- target=target, max_jobs=max_jobs)
+ update_tables(folder, new_folder, table_updates,
+ target=target, max_jobs=max_jobs)
make_bdv_server_file([os.path.join(new_folder, 'images'),
os.path.join(new_folder, 'segmentations')],
@@ -275,40 +182,21 @@ def str2bool(v):
raise argparse.ArgumentTypeError('Boolean value expected.')
-def table_help_str(name):
- help_str = """Update the %s tables.
- Only needs to be specified if the %s segmentation is not updated,
- but the tables should be updated."""
- return help_str % (name, name)
-
-
-# TODO instead of specifying all these things, pass list of stuff that should be changed
+# TODO expose target and max_jobs as well
if __name__ == '__main__':
- parser = argparse.ArgumentParser(description='Update derived data for the platy browser')
-
- parser.add_argument('--update_cell_segmentation', type=str2bool,
- default=False, help="Update the cell segmentation.")
- parser.add_argument('--update_nucleus_segmentation', type=str2bool,
- default=False, help="Update the nucleus segmentation.")
- parser.add_argument('--update_cilia_segmentation', type=str2bool,
- default=False, help="Update the cilia segmentation.")
- parser.add_argument('--update_cell_tables', type=str2bool,
- default=False, help=table_help_str("cell"))
- parser.add_argument('--update_nucleus_tables', type=str2bool,
- default=False, help=table_help_str("nucleus"))
- parser.add_argument('--update_cilia_tables', type=str2bool,
- default=False, help=table_help_str("cilia"))
+ parser = argparse.ArgumentParser(description='Update patch version of platy-browser-data.')
+ parser.add_argument('--segmentation_names', type=str, nargs='+', default=[],
+ help="Names of the segmentations to update.")
+ table_help_str = ("Names of the tables to update."
+ "The tables for segmentations in 'segmentation_names' will be updated without being passed here.")
+ parser.add_argument('--table_names', type=str, nargs='+', default=[],
+ help=table_help_str)
+
parser.add_argument('--description', type=str, default='',
help="Optional description for release message")
- parser.add_argument('--new_tag', type=str, default='',
- help="Specify a new tag that will override the default new tag")
+ parser.add_argument('--force_update', type=str2bool, default='no',
+ help="Create new release even if nothing needs to be updated.")
args = parser.parse_args()
- update_platy_browser(args.update_cell_segmentation,
- args.update_nucleus_segmentation,
- args.update_cilia_segmentation,
- args.update_cell_tables,
- args.update_nucleus_tables,
- args.update_cilia_tables,
- args.description,
- args.new_tag)
+ update_patch(args.segmentation_names, args.table_names,
+ args.description, args.force_update)