def load_config(config):
if isinstance(config, string_types):
return ConfigDict.from_json(config)
elif isinstance(config, dict):
return ConfigDict.from_dict(config)
else:
raise Exception('Could not convert {} (type "{}") to json.'.format(config, type(config)))
def test_node_set_file():
tmp_ns_file = tempfile.NamedTemporaryFile(suffix='.json')
json.dump(
{'bio_cells': {
'model': 'biophysical',
'locations': ['L4', 'L2/3']
}}, open(tmp_ns_file.name, 'w'))
cfg = SonataConfig.from_dict({
'target_simulator': 'NEURON',
'node_sets_file': tmp_ns_file.name
})
assert ('node_sets' in cfg)
assert ('node_sets_file' in cfg)
assert (set(cfg['node_sets'].keys()) == {'bio_cells'})
assert (set(
cfg['node_sets']['bio_cells'].keys()) == {'model', 'locations'})
assert (cfg['node_sets']['bio_cells']['model'] == 'biophysical')
assert (cfg['node_sets']['bio_cells']['locations'] == ['L4', 'L2/3'])
cfg = SonataConfig.from_dict({
'target_simulator': 'NEURON',
'node_sets_file': tmp_ns_file.name,
'node_sets': {
'point_cells': {
'key': 'val'
}
}
})
assert ('node_sets' in cfg)
assert ('node_sets_file' in cfg)
assert (set(cfg['node_sets']['point_cells'].keys()) == {'key'})
def test_build_manifest_fail2():
"""Test recursive definition"""
config_file = {
'manifest': {
'$BASE': '$TMP/share',
'$TMP': '$BASE/share',
}
}
with pytest.raises(Exception):
SonataConfig.from_dict(config_file)
def test_build_manifest_fail1():
"""Test exception occurs when variable is missing"""
config_file = {
'manifest': {
'$BASE': '/base',
'$TMP': '$VAR/Smat',
}
}
with pytest.raises(Exception):
SonataConfig.from_dict(config_file)
def load_spikes_file(config_file=None, spikes_file=None):
if spikes_file is not None:
return SpikeTrains.load(spikes_file)
elif config_file is not None:
config = ConfigDict.from_json(config_file)
return SpikeTrains.load(config.spikes_file)
def plot_potential(cell_vars_h5=None,
config_file=None,
gids=None,
show_plot=True,
save=False):
if (cell_vars_h5 or config_file) is None:
raise Exception(
'Please specify a cell_vars hdf5 file or a simulation config.')
if cell_vars_h5 is not None:
plot_potential_hdf5(cell_vars_h5,
gids=gids,
show_plot=show_plot,
save_as='sim_potential.jpg' if save else None)
else:
# load the json file or object
if isinstance(config_file, string_types):
config = cfg.from_json(config_file)
elif isinstance(config_file, dict):
config = config_file
else:
raise Exception('Could not convert {} (type "{}") to json.'.format(
config_file, type(config_file)))
gid_list = gids or config['node_id_selections']['save_cell_vars']
for gid in gid_list:
save_as = '{}_v.jpg'.format(gid) if save else None
title = 'cell gid {}'.format(gid)
var_h5 = os.path.join(config['output']['cell_vars_dir'],
'{}.h5'.format(gid))
plot_potential_hdf5(var_h5, title, show_plot, save_as)
def test_inputs():
_ = pytest.importorskip('jsonschema')
# valid inputs section
cfg = SonataConfig.from_dict({
"inputs": {
"input1": {
'input_type': 'str1',
'input_file': 'str2',
'trial': 'str2',
'module': 'str',
'electrode_file': 'str',
'node_set': 'str',
'random_seed': 100
}
}
})
assert (cfg.validate())
# Base inputs
cfg = SonataConfig.from_dict(
{"inputs": [{
'input_type': 'spikes',
'input_file': 'myspikes.csv'
}]})
with pytest.raises(Exception):
cfg.validate()
# missing input_type
cfg = SonataConfig.from_dict({
"inputs": {
"input1": {
'input_file': 'str2',
'trial': 'str2',
'module': 'myspikes.csv',
'electrode_file': 'myspikes.csv',
'node_set': 'myspikes.csv',
'random_seed': 100
}
}
})
with pytest.raises(Exception):
cfg.validate()
def test_build_manifest2():
config_file = {
'manifest': {
'$DIR_DATA': 'data',
'$DIR_MAT': 'mat',
'$APPS': '/${DIR_DATA}/$DIR_MAT/apps'
}
}
manifest = SonataConfig.from_dict(config_file)['manifest']
assert (manifest['APPS'] == '/data/mat/apps')
def test_missing_nodes_file():
_ = pytest.importorskip('jsonschema')
cfg = SonataConfig.from_dict(
{"networks": {
"nodes": [
{
"node_types_file": "node_types.csv"
},
]
}})
with pytest.raises(Exception):
cfg.validate()
def test_json():
config_file = tempfile.NamedTemporaryFile(suffix='.json')
sonata_cfg = {
'manifest': {
'$BASE': '${configdir}',
'$TMP_ATTR': 'mytest'
},
'myvar': '$TMP_ATTR/myvar',
'cwd': '${workingdir}',
'cdir': '${configdir}',
'cfname': '${configfname}'
}
json.dump(sonata_cfg, open(config_file.name, 'w'))
config_dict = SonataConfig.from_json(config_file.name)
assert (isinstance(config_dict, SonataConfig))
assert (isinstance(config_dict, dict))
assert (config_dict['myvar'] == 'mytest/myvar')
assert (config_dict['cwd'] == os.getcwd())
assert (config_dict['cdir'] == os.path.dirname(config_file.name))
assert (config_dict['cfname'] == config_file.name)
config_dict = SonataConfig.load(config_file.name)
assert (isinstance(config_dict, SonataConfig))
assert (isinstance(config_dict, dict))
assert (config_dict['myvar'] == 'mytest/myvar')
assert (config_dict['cwd'] == os.getcwd())
assert (config_dict['cdir'] == os.path.dirname(config_file.name))
assert (config_dict['cfname'] == config_file.name)
with pytest.warns(DeprecationWarning):
config_dict = from_json(config_file.name)
assert (isinstance(config_dict, SonataConfig))
assert (isinstance(config_dict, dict))
assert (config_dict['myvar'] == 'mytest/myvar')
assert (config_dict['cwd'] == os.getcwd())
assert (config_dict['cdir'] == os.path.dirname(config_file.name))
assert (config_dict['cfname'] == config_file.name)
def test_build_manifest1():
"""Test simple manifest"""
config_file = {
'manifest': {
'$BASE_DIR': '/base',
'$TMP_DIR': '$BASE_DIR/tmp',
'$SHARE_DIR': '${TMP_DIR}_1/share'
}
}
manifest = SonataConfig.from_dict(config_file)['manifest']
assert (manifest['BASE_DIR'] == '/base')
assert (manifest['TMP_DIR'] == '/base/tmp')
assert (manifest['SHARE_DIR'] == '/base/tmp_1/share')
def test_dict():
sonata_dict = {
'manifest': {
'$BASE': '${configdir}',
'$TMP_ATTR': 'mytest'
},
'myvar': '$TMP_ATTR/myvar'
}
config_dict = SonataConfig.from_dict(sonata_dict)
assert (isinstance(config_dict, SonataConfig))
assert (isinstance(config_dict, dict))
assert (config_dict['myvar'] == 'mytest/myvar')
config_dict = SonataConfig.load(sonata_dict)
assert (isinstance(config_dict, SonataConfig))
assert (isinstance(config_dict, dict))
assert (config_dict['myvar'] == 'mytest/myvar')
config_dict = from_dict(sonata_dict)
assert (isinstance(config_dict, SonataConfig))
assert (isinstance(config_dict, dict))
assert (config_dict['myvar'] == 'mytest/myvar')
def load_reports(config_file):
cfg = ConfigDict.from_json(config_file)
reports = []
for report_name, report in cfg.reports.items():
if report['module'] not in ['membrane_report', 'multimeter_report']:
continue
report_file = report[
'file_name'] if 'file_name' in report else '{}.h5'.format(
report_name)
report_file = report_file if os.path.isabs(
report_file) else os.path.join(cfg.output_dir, report_file)
reports.append(CompartmentReport(report_file, 'r'))
return reports
def plot_ecp(config_file=None,
report_name=None,
ecp_path=None,
title=None,
show=True):
sonata_config = SonataConfig.from_json(
config_file) if config_file else None
_, ecp_path = _get_ecp_path(ecp_path=ecp_path,
config=sonata_config,
report_name=report_name)
ecp_h5 = h5py.File(ecp_path, 'r')
time_traces = np.arange(start=ecp_h5['/ecp/time'][0],
stop=ecp_h5['/ecp/time'][1],
step=ecp_h5['/ecp/time'][2])
channels = ecp_h5['/ecp/channel_id'][()]
fig, axes = plt.subplots(len(channels), 1)
fig.text(0.04, 0.5, 'channel id', va='center', rotation='vertical')
for idx, channel in enumerate(channels):
data = ecp_h5['/ecp/data'][:, idx]
axes[idx].plot(time_traces, data)
axes[idx].spines["top"].set_visible(False)
axes[idx].spines["right"].set_visible(False)
axes[idx].set_yticks([])
axes[idx].set_ylabel(channel)
if idx + 1 != len(channels):
axes[idx].spines["bottom"].set_visible(False)
axes[idx].set_xticks([])
else:
axes[idx].set_xlabel('timestamps (ms)')
# scalebar = AnchoredSizeBar(axes[idx].transData,
# 2.0, '1 mV', 1,
# pad=0,
# borderpad=0,
# # color='b',
# frameon=True,
# # size_vertical=1.001,
# # fontproperties=fontprops
# )
#
# axes[idx].add_artist(scalebar)
if title:
fig.set_title(title)
if show:
plt.show()
def test_speical_vars():
cfg = SonataConfig.from_dict({
'manifest': {
'$VAR_DATETIME': '${datetime}'
},
'datetime': '${VAR_DATETIME}',
'time': '${time}',
'date': '${date}',
'combined': 'myfile_${date}.csv'
})
assert (isinstance(datetime.strptime(cfg['datetime'], '%Y-%m-%d_%H-%M-%S'),
datetime))
assert (isinstance(datetime.strptime(cfg['time'], '%H-%M-%S'), datetime))
assert (isinstance(datetime.strptime(cfg['date'], '%Y-%m-%d'), datetime))
def _plot_helper(plot_fnc, config_file=None, population=None, times=None, title=None, show=True, save_as=None,
group_by=None, group_excludes=None,
spikes_file=None, nodes_file=None, node_types_file=None):
sonata_config = SonataConfig.from_json(config_file) if config_file else None
pop, spike_trains = _find_spikes(config_file=config_file, spikes_file=spikes_file, population=population)
# Create the title
title = title if title is not None else '{} Nodes'.format(pop)
# Get start and stop times from config if needed
if sonata_config and times is None:
times = (sonata_config.tstart, sonata_config.tstop)
# Create node-groups
if group_by is not None:
node_groups = []
nodes = _find_nodes(population=pop, config=sonata_config, nodes_file=nodes_file,
node_types_file=node_types_file)
grouped_df = None
for grp in nodes.groups:
if group_by in grp.all_columns:
grp_df = grp.to_dataframe()
grp_df = grp_df[['node_id', group_by]]
grouped_df = grp_df if grouped_df is None else grouped_df.append(grp_df, ignore_index=True)
if grouped_df is None:
raise ValueError('Could not find any nodes with group_by attribute "{}"'.format(group_by))
# Convert from string to list so we can always use the isin() method for filtering
if isinstance(group_excludes, string_types):
group_excludes = [group_excludes]
elif group_excludes is None:
group_excludes = []
for grp_key, grp in grouped_df.groupby(group_by):
if grp_key in group_excludes:
continue
node_groups.append({'node_ids': np.array(grp['node_id']), 'label': grp_key})
else:
node_groups = None
return plot_fnc(
spike_trains=spike_trains, node_groups=node_groups, population=pop, times=times, title=title, show=show,
save_as=save_as
)
def test_output_dir():
cfg = SonataConfig.from_dict({
'manifest': {
'$OUTPUT_DIR': 'my/output'
},
'output': {
'output_dir': '$OUTPUT_DIR',
'log_file': 'log.txt',
'spikes_file': 'tmp/spikes.h5',
'spikes_file_csv':
'/abs/path/to/spikes.csv', # do not prepend to absolute paths
'spikes_file_nwb': '$OUTPUT_DIR/spikes.nwb' # do not prepend
}
})
assert (cfg['output']['log_file'] == 'my/output/log.txt')
assert (cfg['output']['spikes_file'] == 'my/output/tmp/spikes.h5')
assert (cfg['output']['spikes_file_csv'] == '/abs/path/to/spikes.csv')
assert (cfg['output']['spikes_file_nwb'] == 'my/output/spikes.nwb')
def test_valid_config():
_ = pytest.importorskip('jsonschema')
cfg = SonataConfig.from_dict({
"manifest": {
"$BASE": "${configdir}"
},
"target_simulator": "NEURON",
"target_simulator_version": ">=7.4",
'run': {
'tstop': 3000.0,
'dt': 0.001
},
"networks": {
"nodes": [{
"nodes_file": "nodes.h5",
"node_types_file": "node_types.csv"
}, {
"nodes_file": "nodes2.h5",
"node_types_file": "node_types2.csv"
}]
},
"output": {
'output_dir': 'output',
'spikes_file': "null"
},
"inputs": {
"input1": {
'input_type': 'spikes',
'input_file': 'myspikes.csv'
},
"input2": {
'input_type': 'voltage_clamp'
}
}
})
assert (cfg.validate())
def save_nodes_csv(circuit_config, population):
config = SonataConfig.from_json(circuit_config)
morphology_dir = config['components']['morphologies_dir']
config_dir = config['manifest']['configdir']
nodes_h5 = [n['nodes_file'] for n in config['networks']['nodes']]
node_types_csv = [
n['node_types_file'] for n in config['networks']['nodes']
]
l4_net = sonata.File(data_files=nodes_h5, data_type_files=node_types_csv)
net_df = l4_net.nodes[population].to_dataframe()
for rot_axis in [
'rotation_angle_xaxis', 'rotation_angle_yaxis',
'rotation_angle_zaxis'
]:
if rot_axis not in net_df.columns:
net_df[rot_axis] = 0.0
net_df[rot_axis] = net_df[rot_axis].fillna(0.0)
net_df = net_df[[
'x', 'y', 'z', 'rotation_angle_xaxis', 'rotation_angle_yaxis',
'rotation_angle_zaxis', 'morphology', 'model_processing', 'model_name',
'model_type'
]]
p = PurePath(morphology_dir)
morp_rel_path = p.relative_to(config_dir)
net_df['morphology'] = net_df.apply(
lambda r: os.path.join(morp_rel_path, r['morphology'])
if isinstance(r['morphology'], string_types) else None,
axis=1)
net_df.to_csv(os.path.join(config_dir, 'network_cells.csv'),
sep=' ',
na_rep="None")
def test_user_vars():
cfg = SonataConfig.from_dict(
{
'my_int': '${my_int}',
'my_bool': '${my_bool}',
'my_float': '${my_float}',
'my_list': '${my_list}',
'my_str': '${my_str}',
'combined_strs': '${my_str}bar',
'combined_int': 'file.${my_int}.txt'
},
my_int=100,
my_bool=True,
my_float=0.001,
my_list=['a', 'b'],
my_str='foo')
assert (cfg['my_int'] == 100)
assert (cfg['my_bool'] is True)
assert (cfg['my_float'] == 0.001)
assert (cfg['my_list'] == ['a', 'b'])
assert (cfg['my_str'] == 'foo')
assert (cfg['combined_strs'] == 'foobar')
assert (cfg['combined_int'] == 'file.100.txt')
def plot_traces(report_path=None,
config_file=None,
report_name=None,
population=None,
group_by=None,
group_excludes=None,
nodes_file=None,
node_types_file=None,
node_ids=None,
sections='origin',
average=False,
times=None,
title=None,
show_legend=None,
show=True):
sonata_config = SonataConfig.from_json(
config_file) if config_file else None
report_name, cr = _get_report(report_path=report_path,
config=sonata_config,
report_name=report_name)
if population is None:
pops = cr.populations
if len(pops) > 1:
raise ValueError(
'Report {} contains more than population of nodes ({}). Use population parameter'
.format(report_name, pops))
population = pops[0]
if title is None:
title = '{} ({})'.format(report_name, population)
# Create node-groups
if group_by is not None:
node_groups = []
nodes = _find_nodes(population=population,
config=sonata_config,
nodes_file=nodes_file,
node_types_file=node_types_file)
grouped_df = None
for grp in nodes.groups:
if group_by in grp.all_columns:
grp_df = grp.to_dataframe()
grp_df = grp_df[['node_id', group_by]]
grouped_df = grp_df if grouped_df is None else grouped_df.append(
grp_df, ignore_index=True)
if grouped_df is None:
raise ValueError(
'Could not find any nodes with group_by attribute "{}"'.format(
group_by))
# Convert from string to list so we can always use the isin() method for filtering
if isinstance(group_excludes, string_types):
group_excludes = [group_excludes]
elif group_excludes is None:
group_excludes = []
for grp_key, grp in grouped_df.groupby(group_by):
if grp_key in group_excludes:
continue
node_groups.append({
'node_ids': np.array(grp['node_id']),
'label': grp_key
})
if len(node_groups) == 0:
exclude_str = ' excluding values {}'.format(
', '.join(group_excludes)) if len(group_excludes) > 0 else ''
raise ValueError(
'Could not find any node-groups using group_by="{}"{}.'.format(
group_by, exclude_str))
else:
node_groups = None
return plotting.plot_traces(report=cr,
population=population,
node_ids=node_ids,
sections=sections,
average=average,
node_groups=node_groups,
times=times,
title=title,
show_legend=show_legend,
show=show)
def _find_spikes(spikes_file=None, config_file=None, population=None):
candidate_spikes = []
# Get spikes file(s)
if spikes_file:
# User has explicity set the location of the spike files
candidate_spikes.append(spikes_file)
elif config_file is not None:
# Otherwise search the config.json for all possible output spikes_files. We can use the simulation_reports
# module to find any spikes output file specified in config's "output" or "reports" section.
config = SonataConfig.from_json(config_file)
sim_reports = simulation_reports.from_config(config)
for report in sim_reports:
if report.module == 'spikes_report':
# BMTK can end up output the same spikes file in SONATA, CSV, and NWB format. Try fetching the SONATA
# version first, then CSV, and finally NWB if it exists.
spikes_sonata = report.params.get('spikes_file', None)
spikes_csv = report.params.get('spikes_file_csv', None)
spikes_nwb = report.params.get('spikes_file_nwb', None)
if spikes_sonata is not None:
candidate_spikes.append(spikes_sonata)
elif spikes_csv is not None:
candidate_spikes.append(spikes_csv)
elif spikes_csv is not None:
candidate_spikes.append(spikes_nwb)
# TODO: Should we also look in the "inputs" for displaying input spike statistics?
if not candidate_spikes:
raise ValueError(
'Could not find an output spikes-file. Use "spikes_file" parameter option.'
)
# Find file that contains spikes for the specified "population" of nodes. If "population" parameter is not
# specified try to guess that spikes that the user wants to visualize.
if population is not None:
spikes_obj = None
for spikes_f in candidate_spikes:
st = SpikeTrains.load(spikes_f)
if population in st.populations:
if spikes_obj is None:
spikes_obj = st
else:
spikes_obj.merge(st)
if spikes_obj is None:
raise ValueError(
'Could not fine spikes file with node population "{}".'.format(
population))
else:
return population, spikes_obj
else:
if len(candidate_spikes) > 1:
raise ValueError('Found more than one spike-trains file')
spikes_f = candidate_spikes[0]
if not os.path.exists(spikes_f):
raise ValueError(
'Did not find spike-trains file {}. Make sure the simulation has completed.'
.format(spikes_f))
spikes_obj = SpikeTrains.load(spikes_f)
if len(spikes_obj.populations) > 1:
raise ValueError(
'Spikes file {} contains more than one node population.'.
format(spikes_f))
else:
return spikes_obj.populations[0], spikes_obj
def plot_traces(config_file=None, report_name=None, population=None, report_path=None, group_by=None,
group_excludes=None, nodes_file=None, node_types_file=None,
node_ids=None, sections='origin', average=False, times=None, title=None,
show_legend=None, show=True, save_as=None):
"""Plot compartment variables (eg Membrane Voltage, Calcium conc.) traces from the output of simulation. Will
attempt to look in the SONATA simulation configuration json "reports" sections for any matching "membrane_report"
outputs with a matching report_name::
plot_traces(config_file='config.json', report_name='membrane_potential')
If the path the the report is different (or missing) than what's in the SONATA config then use the "report_path"
option instead::
plot_traces(report_path='/my/path/to/membrane_potential.h5')
To display the traces of only a select number of nodes you can filter using the node_ids options::
plot_traces(config_file='config.json', node_ids=[10, 20, 30, 40, 50])
The average option will find the mean value of all the traces to display::
plot_traces(config_file='config.json', node_ids=range(50, 100), average=True)
You may also group together different subsets of nodes and display multiple averages based on certain attributes
of the network, which can be done using the group_by key. The group_exlcudes option will exclude certain groups.
For example if you want to plot the averaged membrane potential across each cortical "layer", exclude L1::
plot_traces(config_file='config.json', report='membrane_potential', group_by='layer', group_excludes='L1')
:param config_file: path to SONATA simulation configuration.
:param report_name: name of the membrane_report "report" which will be plotted. If only one compartment report
in the simulation config then function will find it automatically.
:param population: string. If the report more than one population of nodes, use this to determine which nodes to
plot. If only one population exists and population=None then the function will find it by default.
:param report_path: Path to SONATA compartment report file. Do not use with "config_file" and "report_name" options.
:param group_by: Attribute of the "nodes" file used to group and average subsets of nodes.
:param group_excludes: list of strings or None. When using the "group_by", allows users to exclude certain groupings
based on the attribute value.
:param nodes_file: path to nodes hdf5 file containing "population". By default this will be resolved using the
config.
:param node_types_file: path to node-types csv file containing "population". By default this will be resolved using
the config.
:param node_ids: int or list of integers. Individual node to display the variable.
:param sections: 'origin', 'all', or list of ids, Compartments/elements to display, By default will only show values
at the soma.
:param average: If true will display average of "node_ids". Default: False
:param times: (float, float), start and stop times of simulation. By default will get values from simulation
configs "run" section.
:param title: str, adds a title to the plot. If None (default) then name will be automatically generated using the
report_name.
:param show_legend: Set True or False to determine if legend should be displayed on the plot. The default (None)
function itself will guess if legend should be shown.
:param show: bool to display or not display plot. default True.
:param save_as: None or str: file-name/path to save the plot as a png/jpeg/etc. If None or empty string will not
save plot.
:return: matplotlib figure.Figure object
"""
sonata_config = SonataConfig.from_json(config_file) if config_file else None
report_name, cr = _get_report(report_path=report_path, config=sonata_config, report_name=report_name)
if population is None:
pops = cr.populations
if len(pops) > 1:
raise ValueError('Report {} contains more than population of nodes ({}). Use population parameter'.format(
report_name, pops
))
population = pops[0]
if title is None:
title = '{} ({})'.format(report_name, population)
# Create node-groups
if group_by is not None:
node_groups = []
nodes = _find_nodes(population=population, config=sonata_config, nodes_file=nodes_file,
node_types_file=node_types_file)
grouped_df = None
for grp in nodes.groups:
if group_by in grp.all_columns:
grp_df = grp.to_dataframe()
grp_df = grp_df[['node_id', group_by]]
grouped_df = grp_df if grouped_df is None else grouped_df.append(grp_df, ignore_index=True)
if grouped_df is None:
raise ValueError('Could not find any nodes with group_by attribute "{}"'.format(group_by))
# Convert from string to list so we can always use the isin() method for filtering
if isinstance(group_excludes, string_types):
group_excludes = [group_excludes]
elif group_excludes is None:
group_excludes = []
for grp_key, grp in grouped_df.groupby(group_by):
if grp_key in group_excludes:
continue
node_groups.append({'node_ids': np.array(grp['node_id']), 'label': grp_key})
if len(node_groups) == 0:
exclude_str = ' excluding values {}'.format(', '.join(group_excludes)) if len(group_excludes) > 0 else ''
raise ValueError('Could not find any node-groups using group_by="{}"{}.'.format(group_by, exclude_str))
else:
node_groups = None
return plotting.plot_traces(
report=cr,
population=population,
node_ids=node_ids,
sections=sections,
average=average,
node_groups=node_groups,
times=times,
title=title,
show_legend=show_legend,
show=show,
save_as=save_as
)
def save_synapses_csv(circuit_config, population):
config = SonataConfig.from_json(circuit_config)
config_dir = config['manifest']['configdir']
edges_h5 = [n['edges_file'] for n in config['networks']['edges']]
edge_types_csv = [
n['edge_types_file'] for n in config['networks']['edges']
]
l4_net = sonata.File(data_files=edges_h5, data_type_files=edge_types_csv)
l4_edges = l4_net.edges['{0}_to_{0}'.format(population)]
l4_nodes_df = pd.read_csv(os.path.join(config_dir, 'network_cells.csv'),
sep=' ')
cells = {}
for nid, r in l4_nodes_df.iterrows():
cells[nid] = CellSections.load_row(node_id=nid,
row=r,
config_dir=config_dir)
src_node_ids = []
trg_node_ids = []
sec_ids = []
sec_xs = []
syn_x = []
syn_y = []
syn_z = []
for e in l4_edges:
src_node_ids.append(e.source_node_id)
trg_node_ids.append(e.target_node_id)
cell = cells[e.target_node_id]
print(cell.node_id, cell.model_type, cell.is_biophysical)
if cell.is_biophysical:
cell_secs = cells[e.target_node_id]
sec_id = e['sec_id']
sec_x = e['sec_x']
syn_coords = cell_secs.get_coords(sec_id, sec_x)
sec_ids.append(sec_id)
sec_xs.append(sec_x)
syn_x.append(syn_coords[0])
syn_y.append(syn_coords[1])
syn_z.append(syn_coords[2])
else:
sec_ids.append(-1)
sec_xs.append(-1)
syn_x.append(np.nan)
syn_y.append(np.nan)
syn_z.append(np.nan)
edges_df = pd.DataFrame({
'target_node_id': trg_node_ids,
'source_node_id': src_node_ids,
'section_id': sec_ids,
'section_x': sec_xs,
'afferent_x': syn_x,
'afferent_y': syn_y,
'afferent_z': syn_z
})
edges_df.to_csv(os.path.join(config_dir, 'network_synapses.csv'),
sep=' ',
index=False,
na_rep=np.nan)
def test_from_config():
config = {
'reports': {
"membrane_potential": {
"cells": 'some',
"variable_name": "v",
"module": "membrane_report",
"sections": "soma",
"enabled": True
},
"syn_report": {
"cells": [0, 1],
"variable_name": "tau1",
"module": "netcon_report",
"sections": "soma",
"syn_type": "Exp2Syn"
},
"ecp": {
"cells": 'all',
"variable_name": "v",
"module": "extracellular",
"electrode_positions": "linear_electrode.csv",
"file_name": "ecp.h5",
"electrode_channels": "all",
"contributions_dir": "ecp_contributions"
},
"spikes": {
'cells': 'all',
'module': 'spikes_report',
'spikes_file': 'my_spikes.h5',
'cache_to_disk': False
}
}
}
config_dict = SonataConfig.from_dict(config)
reports = from_config(config_dict)
assert (len(reports) == 4)
assert ({r.report_name
for r in reports
} == {'spikes', 'ecp', 'membrane_potential', 'syn_report'})
for report in reports:
if report.report_name == 'spikes':
assert (isinstance(report, SpikesReport))
assert (report.params == {
'cells': 'all',
'spikes_file': 'my_spikes.h5',
'cache_to_disk': False
})
elif report.report_name == 'ecp':
assert (isinstance(report, ECPReport))
assert (report.params == {
'cells': 'all',
'variable_name': 'v',
'electrode_positions': 'linear_electrode.csv',
'file_name': 'ecp.h5',
'electrode_channels': 'all',
'contributions_dir': 'ecp_contributions',
'tmp_dir': '.'
})
elif report.report_name == 'membrane_potential':
assert (isinstance(report, MembraneReport))
assert (report.params == {
'cells': 'some',
'variable_name': ['v'],
'sections': 'soma',
'tmp_dir': '.',
'file_name': 'membrane_potential.h5',
'transform': {},
'buffer_data': True
})
elif report.report_name == 'syn_report':
assert (isinstance(report, MembraneReport))
assert (report.params == {
'cells': [0, 1],
'variable_name': ['tau1'],
'sections': 'soma',
'syn_type': 'Exp2Syn',
'tmp_dir': '.',
'file_name': 'syn_report.h5',
'transform': {},
'buffer_data': True
})
def test_negative_tstop():
_ = pytest.importorskip('jsonschema')
cfg = SonataConfig.from_dict({'run': {'tstop': -1.0}})
with pytest.raises(Exception):
cfg.validate()
def test_json_split():
"""Can independently load a circuit_config.json and simulation_config.json into a single dict"""
circuit_cfg = {
'manifest': {
'$NETWORK_DIR': 'network_tst'
},
'networks': {
'node_files': {
'nodes': '$NETWORK_DIR/nodes.h5',
'node_types': '${NETWORK_DIR}/node_types.csv'
}
}
}
simulation_cfg = {
'manifest': {
'$OUTPUT_DIR': 'output_tst'
},
'output': {
'output_dir': '$OUTPUT_DIR',
'spikes_file': 'spikes.h5'
}
}
circuit_file = tempfile.NamedTemporaryFile(suffix='.json')
json.dump(circuit_cfg, open(circuit_file.name, 'w'))
# Case: circuit_cfg and simulation_cfg have been merged into a single json
sim_file = tempfile.NamedTemporaryFile(suffix='.json')
json.dump(simulation_cfg, open(sim_file.name, 'w'))
config_file = tempfile.NamedTemporaryFile(suffix='.json')
json.dump({
'network': circuit_file.name,
'simulation': sim_file.name
}, open(config_file.name, 'w'))
config_dict = SonataConfig.from_json(config_file.name)
assert (isinstance(config_dict, SonataConfig))
assert (isinstance(config_dict, dict))
assert (config_dict['output']['output_dir'] == 'output_tst')
assert (config_dict['output']['spikes_file'] == 'output_tst/spikes.h5')
assert (config_dict['networks']['node_files']['nodes'] ==
'network_tst/nodes.h5')
assert (config_dict['networks']['node_files']['node_types'] ==
'network_tst/node_types.csv')
# Case: one of the config files is missing
sim_file = tempfile.NamedTemporaryFile(suffix='.json')
json.dump(simulation_cfg, open(sim_file.name, 'w'))
config_file = tempfile.NamedTemporaryFile(suffix='.json')
json.dump({'simulation': circuit_file.name}, open(config_file.name, 'w'))
config_dict = SonataConfig.from_json(config_file.name)
assert ('output' not in config_dict)
assert (config_dict['networks']['node_files']['nodes'] ==
'network_tst/nodes.h5')
assert (config_dict['networks']['node_files']['node_types'] ==
'network_tst/node_types.csv')
# Case: one config contains a link to another
sim_file = tempfile.NamedTemporaryFile(suffix='.json')
json.dump(simulation_cfg, open(sim_file.name, 'w'))
config_file = tempfile.NamedTemporaryFile(suffix='.json')
simulation_cfg.update({'network': circuit_file.name})
json.dump(simulation_cfg, open(config_file.name, 'w'))
config_dict = SonataConfig.from_json(config_file.name)
assert (config_dict['output']['output_dir'] == 'output_tst')
assert (config_dict['output']['spikes_file'] == 'output_tst/spikes.h5')
assert (config_dict['networks']['node_files']['nodes'] ==
'network_tst/nodes.h5')
assert (config_dict['networks']['node_files']['node_types'] ==
'network_tst/node_types.csv')
