def expanded_items(self):
"Create a mapping from dataset numbers to variables that are expanded."
ret = {}
for item in map(self.topLevelItem, range(self.topLevelItemCount())):
if item.isExpanded() and item.ds() is not None:
ds = item.ds()
ret[ds.psy.num] = d = {}
for child in map(item.child, range(item.childCount())):
if child.childCount() and child.isExpanded():
d[child.text(0)] = variables = []
for vchild in map(child.child,
range(child.childCount())):
if vchild.childCount() and vchild.isExpanded():
variables.append(vchild.text(0))
return ret
def get_files(self, pattern):
"""Get input and output notebooks
This method gets the files from the input directory that matches
`pattern` and returns both, input files and output files
Parameters
----------
pattern: str or re pattern
The pattern that has to match the filenames
Returns
-------
dict
A mapping from filenames in the :attr:`in_dir` to the corresponding
filenames in the :attr:`out_dir`"""
def get_ofile(odir, indir, infile):
return infile.replace(indir, odir)
if isinstance(pattern, six.string_types):
pattern = re.compile(pattern)
ret = defaultdict(dict)
for indir, odir, paths in zip(self.in_dir, self.out_dir,
map(os.walk, self.in_dir)):
for file_dir, dirs, files in paths:
if 'README.rst' not in files:
continue
foutdir = file_dir.replace(indir, odir + os.path.sep)
for f in filter(pattern.match, files):
ret[(file_dir, foutdir)][os.path.join(file_dir, f)] = \
os.path.join(foutdir, f)
return ret
def validate_line_xlim(val):
if isinstance(val, six.string_types):
val = (val, val)
val = asarray(safe_list(val))
if val.ndim == 1:
val = asarray([val])
return list(map(validate_limits, val.tolist()))
def _get_abs_names(fnames):
"""Return the absolute paths of the given filenames"""
if fnames is None:
return
for i, fname in enumerate(fnames):
fnames[i] = ','.join(map(osp.abspath, fname.split(',')))
return fnames
def __call__(self, l):
"""Validate whether `l` is a list with contents of :attr:`dtype`
Parameters
----------
l: list-like
Returns
-------
list
list with values of dtype :attr:`dtype`
Raises
------
ValueError"""
try:
if self.dtype is None:
l = self.listtype(l)
else:
l = self.listtype(map(self.dtype, l))
except TypeError:
if self.dtype is None:
raise ValueError(
"Could not convert to list!")
else:
raise ValueError(
"Could not convert to list of type %s!" % str(self.dtype))
if self.length is not None and len(l) != self.length:
raise ValueError('List with length %i is required! Not %i!' % (
self.length, len(l)))
return l
def setup_fmt_completion_model(self):
fmtos = list(unique_everseen(map(
self.get_name, chain.from_iterable(self.fmtos))))
model = self.fmto_completer.model()
model.setRowCount(len(fmtos))
for i, name in enumerate(fmtos):
model.setItem(i, QStandardItem(name))
def refresh_items(self, item=None):
if item is not None:
item.add_variables()
else:
for item in map(self.topLevelItem,
range(self.topLevelItemCount())):
item.add_variables()
def _get_abs_names(fnames):
"""Return the absolute paths of the given filenames"""
if fnames is None:
return
for i, fname in enumerate(fnames):
if fname:
fnames[i] = ','.join(map(osp.abspath, fname.split(',')))
return fnames
def setup_fmt_completion_model(self):
fmtos = list(
unique_everseen(map(self.get_name,
chain.from_iterable(self.fmtos))))
model = self.fmto_completer.model()
model.setRowCount(len(fmtos))
for i, name in enumerate(fmtos):
model.setItem(i, QStandardItem(name))
def start_app(fnames=[], name=[], dims=None, plot_method=None, backend=False,
output=None, project=None, engine=None, formatoptions=None,
tight=False, new_instance=False, rc_file=None, rc_gui_file=None):
"""
Eventually start the QApplication or only make a plot
Parameters
----------
%(make_plot.parameters)s
backend: None or str
The backend to use. By default, the ``'gui.backend'`` key in the
:attr:`psyplot.rcParams` dictionary is used. Otherwise it can be None
to use the standard matplotlib backend or a string identifying the
backend
new_instance: bool
If True/set and the `output` parameter is not set, a new application is
created
rc_gui_file: str
The path to a yaml configuration file that can be used to update the
:attr:`psyplot_gui.rcParams`
"""
if project is not None and (name != [] or dims is not None):
warn('The `name` and `dims` parameter are ignored if the `project`'
' parameter is set!')
if rc_gui_file is not None:
rcParams.load_from_file(rc_gui_file)
if dims is not None and not isinstance(dims, dict):
dims = dict(chain(*map(six.iteritems, dims)))
if output is not None:
return make_plot(
fnames=fnames, name=name, dims=dims, plot_method=plot_method,
output=output, project=project, engine=engine,
formatoptions=formatoptions, tight=tight, rc_file=rc_file)
# Lock file creation
lock_file = osp.join(get_configdir(), 'psyplot.lock')
lock = fasteners.InterProcessLock(lock_file)
# Try to lock psyplot.lock. If it's *possible* to do it, then
# there is no previous instance running and we can start a
# new one. If *not*, then there is an instance already
# running, which is locking that file
lock_created = lock.acquire(False)
if lock_created:
# Start a new instance
atexit.register(lock.release)
elif not new_instance:
send_files_to_psyplot(fnames, project, engine, plot_method, name, dims)
return
if backend is not False:
rcParams['backend'] = backend
from psyplot_gui.main import run_psyplot
run_psyplot(fnames, project, engine, plot_method, name, dims)
def expand_items(self, expanded_items):
"""Expand tree items
Parameters
----------
expanded_items: dict
A mapping as returned by the :meth:`expanded_items` method"""
for top in map(self.topLevelItem, range(self.topLevelItemCount())):
ds = top.ds()
if ds.psy.num in expanded_items:
self.expandItem(top)
d = expanded_items[ds.psy.num]
for child in map(top.child, range(top.childCount())):
if child.text(0) in d:
self.expandItem(child)
for vchild in map(child.child,
range(child.childCount())):
if vchild.text(0) in d[child.text(0)]:
self.expandItem(vchild)
def fmto(self, value):
name = self.get_name(value)
for i, fmtos in enumerate(self.fmtos):
if i == 1: # all formatoptions
continue
if name in map(self.get_name, fmtos):
with self.no_fmtos_update:
self.group_combo.setCurrentIndex(i)
self.fill_fmt_combo(i, name)
return
def fmto(self, value):
name = self.get_name(value)
for i, fmtos in enumerate(self.fmtos):
if i == 1: # all formatoptions
continue
if name in map(self.get_name, fmtos):
with self.no_fmtos_update:
self.group_combo.setCurrentIndex(i)
self.fill_fmt_combo(i, name)
return
def fill_fmt_combo(self, i):
"""Fill the :attr:`fmt_combo` combobox based on the current group name
"""
if not self.no_fmtos_update:
with self.no_fmtos_update:
current_text = self.fmt_combo.currentText()
self.fmt_combo.clear()
self.fmt_combo.addItems(list(map(self.get_name,
self.fmtos[i])))
ind = self.fmt_combo.findText(current_text)
self.fmt_combo.setCurrentIndex(ind if ind >= 0 else 0)
self.show_fmt_info(self.fmt_combo.currentIndex())
def _set_quiver_density(self, value):
if all(val == 1.0 for val in value):
self.plot._kwargs.pop('regrid_shape', None)
elif self.decoder.is_unstructured(self.raw_data):
warn("Quiver plot of unstructered data does not support the "
"density keyword!", PsyPlotRuntimeWarning, logger=self.logger)
elif self.decoder.is_circumpolar(self.raw_data):
warn("Quiver plot of circumpolar data does not support the "
"density keyword!", PsyPlotRuntimeWarning, logger=self.logger)
else:
shape = self.data.shape[-2:]
value = map(int, [value[0]*shape[0], value[1]*shape[1]])
self.plot._kwargs['regrid_shape'] = tuple(value)
def add_figures_from_cp(self, project):
"""Add the items in this tree based upon the figures in the given
project"""
if project is None or not project.is_main:
return
for item in map(self.takeTopLevelItem, [0] * self.topLevelItemCount()):
for child in item.takeChildren():
child.disconnect_from_array()
for fig, arrays in six.iteritems(project.figs):
item = QTreeWidgetItem(0)
item.setText(0, fig.canvas.get_window_title())
item.addChildren([FiguresTreeItem(arr, 0) for arr in arrays])
self.addTopLevelItem(item)
def update(self, value):
for fmto in map(lambda key: getattr(self, key), self.dependencies):
try:
gl = fmto._gridliner
except AttributeError:
continue
if self.plotter._initializing or self.plotter.has_changed(
fmto.key):
gl.xlabel_style['size'] = value
gl.ylabel_style['size'] = value
else:
for text in chain(gl.xlabel_artists, gl.ylabel_artists):
text.set_size(value)
def add_figures_from_cp(self, project):
"""Add the items in this tree based upon the figures in the given
project"""
if project is None or not project.is_main:
return
for item in map(self.takeTopLevelItem, [0] * self.topLevelItemCount()):
for child in item.takeChildren():
child.disconnect_from_array()
for fig, arrays in six.iteritems(project.figs):
item = QTreeWidgetItem(0)
item.setText(0, fig.canvas.get_window_title())
item.addChildren(
[FiguresTreeItem(weakref.ref(arr), 0) for arr in arrays])
self.addTopLevelItem(item)
def add_base_str(self,
base_str,
pattern='.+',
pattern_base=None,
append=True):
"""
Add further base string to this instance
Parameters
----------
base_str: str or list of str
Strings that are used as to look for keys to get and set keys in
the :attr:`base` dictionary. If a string does not contain
``'%(key)s'``, it will be appended at the end. ``'%(key)s'`` will
be replaced by the specific key for getting and setting an item.
pattern: str
Default: ``'.+'``. This is the pattern that is inserted for
``%(key)s`` in a base string to look for matches (using the
:mod:`re` module) in the `base` dictionary. The default `pattern`
matches everything without white spaces.
pattern_base: str or list or str
If None, the whatever is given in the `base_str` is used.
Those strings will be used for generating the final search
patterns. You can specify this parameter by yourself to avoid the
misinterpretation of patterns. For example for a `base_str` like
``'my.str'`` it is recommended to additionally provide the
`pattern_base` keyword with ``'my\.str'``.
Like for `base_str`, the ``%(key)s`` is appended if not already in
the string.
append: bool
If True, the given `base_str` are appended (i.e. it is first
looked for them in the :attr:`base` dictionary), otherwise they are
put at the beginning"""
base_str = safe_list(base_str)
pattern_base = safe_list(pattern_base or [])
for i, s in enumerate(base_str):
if '%(key)s' not in s:
base_str[i] += '%(key)s'
if pattern_base:
for i, s in enumerate(pattern_base):
if '%(key)s' not in s:
pattern_base[i] += '%(key)s'
else:
pattern_base = base_str
self.base_str = base_str + self.base_str
self.patterns = list(map(lambda s: re.compile(s.replace(
'%(key)s', '(?P<key>%s)' % pattern)), pattern_base)) + \
self.patterns
def validate_fit(val):
def validate(val):
if isinstance(val, six.string_types) and val.startswith('poly'):
try:
int(val[4:])
except ValueError:
raise ValueError("Polynomials must be of the form 'poly<deg>' "
"(e.g. 'poly3'), not %s!" % val)
else:
return val
elif hasattr(val, 'fit') and hasattr(val, 'predict'):
return val
return try_and_error(
validate_callable, validate_none,
ValidateInStrings('fit', ['fit', 'linear', 'robust'], True))(val)
return list(map(validate, safe_list(val)))
def fill_combos_from_project(self, project):
"""Fill :attr:`group_combo` and :attr:`fmt_combo` from a project
Parameters
----------
project: psyplot.project.Project
The project to use"""
current_text = self.group_combo.currentText()
with self.no_fmtos_update:
self.group_combo.clear()
if project is None or project.is_main or not len(project.plotters):
self.fmt_combo.clear()
self.groups = []
self.fmtos = []
self.line_edit.setEnabled(False)
return
self.line_edit.setEnabled(True)
# get dimensions
coords = sorted(project.coords_intersect)
coords_name = [COORDSGROUP] if coords else []
coords_verbose = ['Dimensions'] if coords else []
coords = [coords] if coords else []
# get formatoptions and group them alphabetically
grouped_fmts = defaultdict(list)
for fmto in project._fmtos:
grouped_fmts[fmto.group].append(fmto)
for val in six.itervalues(grouped_fmts):
val.sort(key=self.get_name)
grouped_fmts = OrderedDict(
sorted(six.iteritems(grouped_fmts),
key=lambda t: psyp.groups.get(t[0], t[0])))
fmt_groups = list(grouped_fmts.keys())
# save original names
self.groups = coords_name + [ALLGROUP] + fmt_groups
# save verbose group names (which are used in the combo box)
self.groupnames = coords_verbose + ['All formatoptions'] + list(
map(lambda s: psyp.groups.get(s, s), fmt_groups))
# save formatoptions
fmtos = list(grouped_fmts.values())
self.fmtos = coords + [sorted(chain(*fmtos), key=self.get_name)
] + fmtos
self.group_combo.addItems(self.groupnames)
ind = self.group_combo.findText(current_text)
self.group_combo.setCurrentIndex(ind if ind >= 0 else 0)
self.fill_fmt_combo(self.group_combo.currentIndex())
def fill_fmt_combo(self, i, current_text=None):
"""Fill the :attr:`fmt_combo` combobox based on the current group name
"""
if not self.no_fmtos_update:
with self.no_fmtos_update:
if current_text is None:
current_text = self.fmt_combo.currentText()
self.fmt_combo.clear()
self.fmt_combo.addItems(
list(map(self.get_name, self.fmtos[i])))
ind = self.fmt_combo.findText(current_text)
self.fmt_combo.setCurrentIndex(ind if ind >= 0 else 0)
# update completer model
self.setup_fmt_completion_model()
idx = self.fmt_combo.currentIndex()
self.show_fmt_info(idx)
self.load_fmt_widget(idx)
self.set_current_fmt_value(idx)
def fill_fmt_combo(self, i, current_text=None):
"""Fill the :attr:`fmt_combo` combobox based on the current group name
"""
if not self.no_fmtos_update:
with self.no_fmtos_update:
if current_text is None:
current_text = self.fmt_combo.currentText()
self.fmt_combo.clear()
self.fmt_combo.addItems(list(map(self.get_name,
self.fmtos[i])))
ind = self.fmt_combo.findText(current_text)
self.fmt_combo.setCurrentIndex(ind if ind >= 0 else 0)
# update completer model
self.setup_fmt_completion_model()
idx = self.fmt_combo.currentIndex()
self.show_fmt_info(idx)
self.load_fmt_widget(idx)
self.set_current_fmt_value(idx)
def filter_members(self, *args, **kwargs):
ret = super(AutoSummClassDocumenter, self).filter_members(
*args, **kwargs)
if self.options.get('show-formatoptions') and hasattr(
self.object, '_get_formatoptions'):
fmt_members = defaultdict(set)
all_fmt = set(self.object._get_formatoptions())
for i, (mname, member, isattr) in enumerate(ret):
if isinstance(member, Formatoption):
fmt_members[member.group].add((mname, member, isattr))
all_fmt.remove(mname)
for fmt in all_fmt:
fmto = getattr(self.object, fmt)
fmt_members[fmto.group].add((fmt, fmto, True))
ret.extend(
(tup for tup in chain(*map(sorted, fmt_members.values()))
if tup not in ret))
return ret
def validate_fix(val):
if val is None:
return [None]
try:
val = validate_float(val)
return [[0, val]]
except ValueError:
pass
msg = 'Values for the fix formatoptions must be of length 2!'
validator = try_and_error(validate_none, validate_list(float))
try:
val = validator(val)
except ValueError:
val = list(map(validator, val))
if not all(v is None or len(v) == 2 for v in val):
raise ValueError(msg)
else:
if val is not None and len(val) != 2:
raise ValueError(msg)
return val
def create_py(self, nb, force=False):
"""Create the python script from the notebook node"""
# Although we would love to simply use ``nbconvert.export_python(nb)``
# this causes troubles in other cells processed by the ipython
# directive. Instead of getting something like ``Out [5]:``, we get
# some weird like '[0;31mOut[[1;31m5[0;31m]: [0m' which look like
# color information if we allow the call of nbconvert.export_python
if list(map(int, re.findall('\d+', nbconvert.__version__))) >= [4, 2]:
py_file = os.path.basename(self.py_file)
else:
py_file = self.py_file
spr.call(['jupyter', 'nbconvert', '--to=python',
'--output=' + py_file, '--log-level=%s' % logger.level,
self.outfile])
with open(self.py_file) as f:
py_content = f.read()
# comment out ipython magics
py_content = re.sub('^\s*get_ipython\(\).magic.*', '# \g<0>',
py_content, flags=re.MULTILINE)
with open(self.py_file, 'w') as f:
f.write(py_content)
def add_datasets_from_cp(self, project=None):
"""Clear the tree and add the datasets based upon the given `project`
Parameters
----------
project: psyplot.project.Project
The project containing the data array. If the project is not a main
project, it's main project is used.
"""
if project is None:
project = gcp(True)
sp_arrs = ArrayList().arrays
elif project.is_main:
sp_arrs = gcp().arrays
else:
sp_arrs = project.arrays
project = project.main
expanded_items = self.expanded_items()
# remove items from the tree
self.clear()
for i, ds_desc in six.iteritems(
project._get_ds_descriptions(
project.array_info(ds_description='all'))):
top_item = DatasetTreeItem(ds_desc['ds'], self.attr_columns, 0)
if ds_desc['fname'] is not None and not all(
s is None for s in ds_desc['fname']):
ds_desc['fname'] = ', '.join(
map(osp.basename, safe_list(ds_desc['fname'])))
else:
ds_desc['fname'] = None
top_item.setText(
0, '%s%i: %s' % ('*' if any(
any(arr is arr2 for arr2 in sp_arrs)
for arr in ds_desc['arr']) else '', i, ds_desc['fname']))
for arr in ds_desc['arr']:
arr.psy.onbasechange.connect(self.add_datasets_from_cp)
self.addTopLevelItem(top_item)
self.expand_items(expanded_items)
def validate_stringlist(s):
"""Validate a list of strings
Parameters
----------
val: iterable of strings
Returns
-------
list
list of str
Raises
------
ValueError"""
if isinstance(s, six.string_types):
return [six.text_type(v.strip()) for v in s.split(',') if v.strip()]
else:
try:
return list(map(validate_str, s))
except TypeError as e:
raise ValueError(e.message)
def lola_from_pattern(self, s):
"""
Calculate the longitude-latitude box based upon a pattern
This method uses the psyplot.rcParams ``'extents.boxes'`` item to find
longitude that match `s` and takes the surrounding box.
Parameters
----------
s: str
The pattern to use for the keys in the
:attr:`psyplot.plotter.maps.lonlatboxes` dictionary and the
``'extents.boxes'`` item in the :attr:`psyplot.rcParams`
Returns
-------
float: lonmin, lonmax, latmin, latmax or None
The surrounding longitude-latitude box of all items in
``psyplot.rcParams['extents.boxes']`` whose key match `s` if there
was any match. Otherwise None is returned
"""
patt = re.compile(s)
boxes = np.array([
box for key, box in chain(*map(
six.iteritems, [lonlatboxes, rcParams['lonlatbox.boxes']]))
if patt.search(key)])
if len(boxes) == 0:
similar_keys = get_close_matches(s, rcParams['lonlatbox.boxes'])
message = "Did not find any matches for %s!" % s
if similar_keys:
message += " Maybe you mean on of " + ', '.join(
similar_keys)
warn(message, PsyPlotRuntimeWarning,
logger=self.logger)
return
return [boxes[:, 0].min(), boxes[:, 1].max(),
boxes[:, 2].min(), boxes[:, 3].max()]
def fill_combos_from_project(self, project):
"""Fill :attr:`group_combo` and :attr:`fmt_combo` from a project
Parameters
----------
project: psyplot.project.Project
The project to use"""
if rcParams['fmt.sort_by_key']:
def sorter(fmto):
return fmto.key
else:
sorter = self.get_name
current_text = self.group_combo.currentText()
with self.no_fmtos_update:
self.group_combo.clear()
if project is None or project.is_main or not len(project):
self.fmt_combo.clear()
self.groups = []
self.fmtos = []
self.line_edit.setEnabled(False)
return
self.line_edit.setEnabled(True)
# get dimensions
it_vars = chain.from_iterable(
arr.psy.iter_base_variables for arr in project.arrays)
dims = next(it_vars).dims
sdims = set(dims)
for var in it_vars:
sdims.intersection_update(var.dims)
coords = [d for d in dims if d in sdims]
coords_name = [COORDSGROUP] if coords else []
coords_verbose = ['Dimensions'] if coords else []
coords = [coords] if coords else []
if len(project.plotters):
# get formatoptions and group them alphabetically
grouped_fmts = defaultdict(list)
for fmto in project._fmtos:
grouped_fmts[fmto.group].append(fmto)
for val in six.itervalues(grouped_fmts):
val.sort(key=sorter)
grouped_fmts = OrderedDict(
sorted(six.iteritems(grouped_fmts),
key=lambda t: psyp.groups.get(t[0], t[0])))
fmt_groups = list(grouped_fmts.keys())
# save original names
self.groups = coords_name + [ALLGROUP] + fmt_groups
# save verbose group names (which are used in the combo box)
self.groupnames = (
coords_verbose + ['All formatoptions'] + list(
map(lambda s: psyp.groups.get(s, s), fmt_groups)))
# save formatoptions
fmtos = list(grouped_fmts.values())
self.fmtos = coords + [sorted(
chain(*fmtos), key=sorter)] + fmtos
else:
self.groups = coords_name
self.groupnames = coords_verbose
self.fmtos = coords
self.group_combo.addItems(self.groupnames)
ind = self.group_combo.findText(current_text)
self.group_combo.setCurrentIndex(ind if ind >= 0 else 0)
self.fill_fmt_combo(self.group_combo.currentIndex())
def _iter_base_and_pattern(self, key):
return zip(
map(lambda s: safe_modulo(s, {'key': key}), self.base_str),
self.patterns)
def process_directories(self):
"""Create the rst files from the input directories in the
:attr:`in_dir` attribute"""
for base_dir, target_dir, paths in zip(self.in_dir, self.out_dir, map(
os.walk, self.in_dir)):
self.recursive_processing(base_dir, target_dir, paths)
def recursive_processing(self, base_dir, target_dir, it):
"""Method to recursivly process the notebooks in the `base_dir`
Parameters
----------
base_dir: str
Path to the base example directory (see the `examples_dir`
parameter for the :class:`Gallery` class)
target_dir: str
Path to the output directory for the rst files (see the
`gallery_dirs` parameter for the :class:`Gallery` class)
it: iterable
The iterator over the subdirectories and files in `base_dir`
generated by the :func:`os.walk` function"""
try:
file_dir, dirs, files = next(it)
except StopIteration:
return '', []
readme_files = {'README.md', 'README.rst', 'README.txt'}
if readme_files.intersection(files):
foutdir = file_dir.replace(base_dir, target_dir)
create_dirs(foutdir)
this_nbps = [
NotebookProcessor(
infile=f,
outfile=os.path.join(foutdir, os.path.basename(f)),
disable_warnings=self.disable_warnings,
preprocess=(
(self.preprocess is True or f in self.preprocess) and
not (self.dont_preprocess is True or
f in self.dont_preprocess)),
clear=((self.clear is True or f in self.clear) and not
(self.dont_clear is True or f in self.dont_clear)))
for f in map(lambda f: os.path.join(file_dir, f),
filter(self.pattern.match, files))]
readme_file = next(iter(readme_files.intersection(files)))
else:
return '', []
labels = OrderedDict()
this_label = 'gallery_' + foutdir.replace(os.path.sep, '_')
if this_label.endswith('_'):
this_label = this_label[:-1]
for d in dirs:
label, nbps = self.recursive_processing(
base_dir, target_dir, it)
if label:
labels[label] = nbps
s = ".. _%s:\n\n" % this_label
with open(os.path.join(file_dir, readme_file)) as f:
s += f.read().rstrip() + '\n\n'
s += "\n\n.. toctree::\n\n"
s += ''.join(' %s\n' % os.path.splitext(os.path.basename(
nbp.get_out_file()))[0] for nbp in this_nbps)
for d in dirs:
findex = os.path.join(d, 'index.rst')
if os.path.exists(os.path.join(foutdir, findex)):
s += ' %s\n' % os.path.splitext(findex)[0]
s += '\n'
for nbp in this_nbps:
s += nbp.thumbnail_div + '\n'
s += "\n.. raw:: html\n\n <div style='clear:both'></div>\n"
for label, nbps in labels.items():
s += '\n.. only:: html\n\n .. rubric:: :ref:`%s`\n\n' % (
label)
for nbp in nbps:
s += nbp.thumbnail_div + '\n'
s += "\n.. raw:: html\n\n <div style='clear:both'></div>\n"
s += '\n'
with open(os.path.join(foutdir, 'index.rst'), 'w') as f:
f.write(s)
return this_label, list(chain(this_nbps, *labels.values()))
from sphinx.ext.autodoc import (
ClassDocumenter, ModuleDocumenter, ALL, AutoDirective, PycodeError,
ModuleAnalyzer, bool_option, DataDocumenter, AttributeDocumenter,
is_builtin_class_method, formatargspec, getargspec, force_decode,
prepare_docstring)
import inspect
import sphinx.ext.autodoc as ad
from sphinx.ext.autosummary import Autosummary, ViewList, mangle_signature
from docutils import nodes
from psyplot.compat.pycompat import OrderedDict, map, filterfalse
try:
from psyplot.plotter import Formatoption
except ImportError:
pass
sphinx_version = list(map(float, re.findall('\d+', sphinx.__version__)[:3]))
class AutosummaryDocumenter(object):
"""Abstract class for for extending Documenter methods
This classed is used as a base class for Documenters in order to provide
the necessary methods for the :class:`AutoSummDirective`."""
def __init__(self):
raise NotImplementedError
def get_grouped_documenters(self, all_members=False):
"""Method to return the member documenters
This method is somewhat like a combination of the
def start_app(fnames=[], name=[], dims=None, plot_method=None,
output=None, project=None, engine=None, formatoptions=None,
tight=False, encoding=None, enable_post=False,
seaborn_style=None,
concat_dim=get_default_value(xr.open_mfdataset, 'concat_dim'),
backend=False, new_instance=False, rc_file=None,
rc_gui_file=None, include_plugins=rcParams['plugins.include'],
exclude_plugins=rcParams['plugins.exclude'], offline=False,
pwd=None, script=None, command=None, exec_=True, callback=None):
"""
Eventually start the QApplication or only make a plot
Parameters
----------
%(make_plot.parameters)s
backend: None or str
The backend to use. By default, the ``'gui.backend'`` key in the
:attr:`psyplot.rcParams` dictionary is used. Otherwise it can be None
to use the standard matplotlib backend or a string identifying the
backend
new_instance: bool
If True/set and the `output` parameter is not set, a new application is
created
rc_gui_file: str
The path to a yaml configuration file that can be used to update the
:attr:`psyplot_gui.rcParams`
include_plugins: list of str
The plugin widget to include. Can be either None to load all that are
not explicitly excluded by `exclude_plugins` or a list of
plugins to include. List items can be either module names, plugin
names or the module name and widget via ``'<module_name>:<widget>'``
exclude_plugins: list of str
The plugin widgets to exclude. Can be either ``'all'`` to exclude
all plugins or a list like in `include_plugins`.
offline: bool
If True/set, psyplot will be started in offline mode without
intersphinx and remote access for the help explorer
pwd: str
The path to the working directory to use. Note if you do not provide
any `fnames` or `project`, but set the `pwd`, it will switch the
`pwd` of the current GUI.
script: str
The path to a python script that shall be run in the GUI. If the GUI
is already running, the commands will be executed in this GUI.
command: str
Python commands that shall be run in the GUI. If the GUI is already
running, the commands will be executed in this GUI
exec_: bool
If True, the main loop is entered.
callback: str
A unique identifier for the method that should be used if psyplot is
already running. Set this parameter to None to avoid sending
Returns
-------
None or :class:`psyplot_gui.main.MainWindow`
``None`` if `exec_` is True, otherwise the created
:class:`~psyplot_gui.main.MainWindow` instance
"""
if pwd is not None:
os.chdir(pwd)
if script is not None:
script = osp.abspath(script)
if project is not None and (name != [] or dims is not None):
warn('The `name` and `dims` parameter are ignored if the `project`'
' parameter is set!')
# load rcParams from file
if rc_gui_file is not None:
rcParams.load_from_file(rc_gui_file)
# set plugins
rcParams['plugins.include'] = include_plugins
rcParams['plugins.exclude'] = exclude_plugins
if offline:
rcParams['help_explorer.online'] = False
rcParams['help_explorer.use_intersphinx'] = False
if dims is not None and not isinstance(dims, dict):
dims = dict(chain(*map(six.iteritems, dims)))
if output is not None:
return make_plot(
fnames=fnames, name=name, dims=dims, plot_method=plot_method,
output=output, project=project, engine=engine,
formatoptions=formatoptions, tight=tight, rc_file=rc_file,
encoding=encoding, enable_post=enable_post,
seaborn_style=seaborn_style, concat_dim=concat_dim)
# Lock file creation
lock_file = osp.join(get_configdir(), 'psyplot.lock')
lock = fasteners.InterProcessLock(lock_file)
# Try to lock psyplot.lock. If it's *possible* to do it, then
# there is no previous instance running and we can start a
# new one. If *not*, then there is an instance already
# running, which is locking that file
lock_created = lock.acquire(False)
if lock_created:
# Start a new instance
atexit.register(lock.release)
elif not new_instance:
if callback is None:
if fnames or project:
callback = 'new_plot'
elif pwd is not None:
callback = 'change_cwd'
fnames = [pwd]
elif script is not None:
callback = 'run_script'
fnames = [script]
elif command is not None:
callback = 'command'
engine = command
if callback:
send_files_to_psyplot(
callback, fnames, project, engine, plot_method, name, dims,
encoding, enable_post, seaborn_style, concat_dim)
return
elif new_instance:
rcParams['main.listen_to_port'] = False
if backend is not False:
rcParams['backend'] = backend
from psyplot_gui.main import MainWindow
fnames = _get_abs_names(fnames)
if project is not None:
project = _get_abs_names([project])[0]
if exec_:
from psyplot_gui.compat.qtcompat import QApplication
app = QApplication(sys.argv)
mainwindow = MainWindow.run(fnames, project, engine, plot_method, name,
dims, encoding, enable_post, seaborn_style,
concat_dim)
if script is not None:
mainwindow.console.run_script_in_shell(script)
if command is not None:
mainwindow.console.kernel_manager.kernel.shell.run_code(command)
if exec_:
sys.exit(app.exec_())
else:
return mainwindow
def start_app(fnames=[], name=[], dims=None, plot_method=None,
output=None, project=None, engine=None, formatoptions=None,
tight=False, encoding=None, enable_post=False,
seaborn_style=None, output_project=None,
concat_dim=get_default_value(xr.open_mfdataset, 'concat_dim'),
chname={},
backend=False, new_instance=False, rc_file=None,
rc_gui_file=None, include_plugins=rcParams['plugins.include'],
exclude_plugins=rcParams['plugins.exclude'], offline=False,
pwd=None, script=None, command=None, exec_=True, use_all=False,
callback=None):
"""
Eventually start the QApplication or only make a plot
Parameters
----------
%(make_plot.parameters)s
backend: None or str
The backend to use. By default, the ``'gui.backend'`` key in the
:attr:`~psyplot_gui.config.rcsetup.rcParams` dictionary is used.
Otherwise it can be None to use the standard matplotlib backend or a
string identifying the backend
new_instance: bool
If True/set and the `output` parameter is not set, a new application is
created
rc_gui_file: str
The path to a yaml configuration file that can be used to update the
:attr:`~psyplot_gui.config.rcsetup.rcParams`
include_plugins: list of str
The plugin widget to include. Can be either None to load all that are
not explicitly excluded by `exclude_plugins` or a list of
plugins to include. List items can be either module names, plugin
names or the module name and widget via ``'<module_name>:<widget>'``
exclude_plugins: list of str
The plugin widgets to exclude. Can be either ``'all'`` to exclude
all plugins or a list like in `include_plugins`.
offline: bool
If True/set, psyplot will be started in offline mode without
intersphinx and remote access for the help explorer
pwd: str
The path to the working directory to use. Note if you do not provide
any `fnames` or `project`, but set the `pwd`, it will switch the
`pwd` of the current GUI.
script: str
The path to a python script that shall be run in the GUI. If the GUI
is already running, the commands will be executed in this GUI.
command: str
Python commands that shall be run in the GUI. If the GUI is already
running, the commands will be executed in this GUI
use_all: bool
If True, use all variables. Note that this is the default if the
`output` is specified and not `name`
exec_: bool
If True, the main loop is entered.
callback: str
A unique identifier for the method that should be used if psyplot is
already running. Set this parameter to None to avoid sending
Returns
-------
None or :class:`psyplot_gui.main.MainWindow`
``None`` if `exec_` is True, otherwise the created
:class:`~psyplot_gui.main.MainWindow` instance
"""
if pwd is not None:
os.chdir(pwd)
if script is not None:
script = osp.abspath(script)
if project is not None and (name != [] or dims is not None):
warn('The `name` and `dims` parameter are ignored if the `project`'
' parameter is set!')
# load rcParams from file
if rc_gui_file is not None:
rcParams.load_from_file(rc_gui_file)
# set plugins
rcParams['plugins.include'] = include_plugins
rcParams['plugins.exclude'] = exclude_plugins
if offline:
rcParams['help_explorer.online'] = False
rcParams['help_explorer.use_intersphinx'] = False
if dims is not None and not isinstance(dims, dict):
dims = dict(chain(*map(six.iteritems, dims)))
if output is not None:
return make_plot(
fnames=fnames, name=name, dims=dims, plot_method=plot_method,
output=output, project=project, engine=engine,
formatoptions=formatoptions, tight=tight, rc_file=rc_file,
encoding=encoding, enable_post=enable_post,
seaborn_style=seaborn_style, output_project=output_project,
concat_dim=concat_dim, chname=chname)
if use_all:
name = 'all'
else:
name = safe_list(name)
# Lock file creation
if not new_instance:
lock_file = osp.join(get_configdir(), 'psyplot.lock')
lock = fasteners.InterProcessLock(lock_file)
# Try to lock psyplot.lock. If it's *possible* to do it, then
# there is no previous instance running and we can start a
# new one. If *not*, then there is an instance already
# running, which is locking that file
lock_created = lock.acquire(False)
else:
lock_created = False
chname = dict(chname)
if lock_created:
# Start a new instance
atexit.register(lock.release)
elif not new_instance:
if callback is None:
if fnames or project:
callback = 'new_plot'
elif pwd is not None:
callback = 'change_cwd'
fnames = [pwd]
elif script is not None:
callback = 'run_script'
fnames = [script]
elif command is not None:
callback = 'command'
engine = command
if callback:
send_files_to_psyplot(
callback, fnames, project, engine, plot_method, name, dims,
encoding, enable_post, seaborn_style, concat_dim, chname)
return
elif new_instance:
rcParams['main.listen_to_port'] = False
if backend is not False:
rcParams['backend'] = backend
from psyplot_gui.main import MainWindow
fnames = _get_abs_names(fnames)
if project is not None:
project = _get_abs_names([project])[0]
if exec_:
from psyplot_gui.compat.qtcompat import QApplication
app = QApplication(sys.argv)
if isinstance(new_instance, MainWindow):
mainwindow = new_instance
else:
mainwindow = MainWindow.run(fnames, project, engine, plot_method, name,
dims, encoding, enable_post, seaborn_style,
concat_dim, chname)
if script is not None:
mainwindow.console.run_script_in_shell(script)
if command is not None:
mainwindow.console.run_command_in_shell(command)
if exec_:
sys.excepthook = mainwindow.excepthook
sys.exit(app.exec_())
else:
return mainwindow
def __init__(self, examples_dirs=['../examples'], gallery_dirs=None,
pattern='example_.+.ipynb', disable_warnings=True,
dont_preprocess=[], preprocess=True, clear=True,
dont_clear=[]):
"""
Parameters
----------
examples_dirs
list containing the directories to loop through. Default:
``['../examples']``
gallerys_dirs
None or list of directories where the rst files shall be created.
If None, the current working directory and the name of the
corresponding directory in the `examples_dirs` is used. Default:
``None``
pattern
str. The pattern to use to find the ipython notebooks.
Default: ``'example_.+.ipynb'``
disable_warnings
Boolean controlling whether warnings shall be disabled when
processing the examples. Defaultt: True
preprocess
If True, all examples (except those specified in the
`dont_preprocess` item) will be preprocessed when creating the rst
files. Otherwise it might be a list of files that shall be preprocessed.
dont_preprocess
If True, no example will be preprocessed when creating the rst
files. Otherwise it might be a list of files that shall not be
preprocessed
clear
If True, the output in all notebooks to download will be cleared.
Otherwise it might be a list of notebook files of whom to clear the
output
dont_clear
If True, the output in all notebooks to download will not be
cleared. Otherwise it might be a list of notebook files of whom
not to clear the output"""
if isinstance(examples_dirs, six.string_types):
examples_dirs = [examples_dirs]
if gallery_dirs is None:
gallery_dirs = list(map(os.path.basename, examples_dirs))
if isinstance(gallery_dirs, six.string_types):
gallery_dirs = [gallery_dirs]
for i, s in enumerate(examples_dirs):
if not s.endswith(os.path.sep):
examples_dirs[i] += os.path.sep
for i, s in enumerate(gallery_dirs):
if not s.endswith(os.path.sep):
gallery_dirs[i] += os.path.sep
self.in_dir = examples_dirs
self.out_dir = gallery_dirs
if isinstance(pattern, six.string_types):
pattern = re.compile(pattern)
self.pattern = pattern
self.disable_warnings = disable_warnings
self.dont_preprocess = dont_preprocess
self.preprocess = preprocess
self.clear = clear
self.dont_clear = dont_clear
def array_items(self):
"""Iterable of :class:`ArrayItem` items in this list"""
return filter(lambda i: i is not None,
map(self.item, range(self.count())))
def start_app(fnames=[], name=[], dims=None, plot_method=None,
output=None, project=None, engine=None, formatoptions=None,
tight=False, encoding=None, enable_post=False,
seaborn_style=None, output_project=None,
concat_dim=get_default_value(xr.open_mfdataset, 'concat_dim'),
chname={},
backend=False, new_instance=False, rc_file=None,
rc_gui_file=None, include_plugins=rcParams['plugins.include'],
exclude_plugins=rcParams['plugins.exclude'], offline=False,
pwd=None, script=None, command=None, exec_=True, use_all=False,
callback=None, preset=None,
opengl_implementation=None, webengineview=True):
"""
Eventually start the QApplication or only make a plot
Parameters
----------
%(make_plot.parameters)s
backend: None or str
The backend to use. By default, the ``'gui.backend'`` key in the
:attr:`~psyplot_gui.config.rcsetup.rcParams` dictionary is used.
Otherwise it can be None to use the standard matplotlib backend or a
string identifying the backend
new_instance: bool
If True/set and the `output` parameter is not set, a new application is
created
rc_gui_file: str
The path to a yaml configuration file that can be used to update the
:attr:`~psyplot_gui.config.rcsetup.rcParams`
include_plugins: list of str
The plugin widget to include. Can be either None to load all that are
not explicitly excluded by `exclude_plugins` or a list of
plugins to include. List items can be either module names, plugin
names or the module name and widget via ``'<module_name>:<widget>'``
exclude_plugins: list of str
The plugin widgets to exclude. Can be either ``'all'`` to exclude
all plugins or a list like in `include_plugins`.
offline: bool
If True/set, psyplot will be started in offline mode without
intersphinx and remote access for the help explorer
pwd: str
The path to the working directory to use. Note if you do not provide
any `fnames` or `project`, but set the `pwd`, it will switch the
`pwd` of the current GUI.
script: str
The path to a python script that shall be run in the GUI. If the GUI
is already running, the commands will be executed in this GUI.
command: str
Python commands that shall be run in the GUI. If the GUI is already
running, the commands will be executed in this GUI
use_all: bool
If True, use all variables. Note that this is the default if the
`output` is specified and not `name`
exec_: bool
If True, the main loop is entered.
callback: str
A unique identifier for the method that should be used if psyplot is
already running. Set this parameter to None to avoid sending
opengl_implementation: {'software', 'desktop', 'gles', 'automatic'}
OpenGL implementation to pass to Qt. Possible options are
'software', 'desktop', 'gles' and 'automatic' (which let's PyQt
decide).
webengineview: bool
If True (default), use an HTML help widget. This might not be available
for all builds of PyQt5 under all circumstances. If not set, the
rcParams key ``'help_explorer.use_webengineview'`` is used.
Returns
-------
None or :class:`psyplot_gui.main.MainWindow`
``None`` if `exec_` is True, otherwise the created
:class:`~psyplot_gui.main.MainWindow` instance
"""
if pwd is not None:
os.chdir(pwd)
if script is not None:
script = osp.abspath(script)
if project is not None and (name != [] or dims is not None):
warn('The `name` and `dims` parameter are ignored if the `project`'
' parameter is set!')
# load rcParams from file
if rc_gui_file is not None:
rcParams.load_from_file(rc_gui_file)
# set plugins
rcParams['plugins.include'] = include_plugins
rcParams['plugins.exclude'] = exclude_plugins
if webengineview is not None:
rcParams['help_explorer.use_webengineview'] = webengineview
if offline:
rcParams['help_explorer.online'] = False
rcParams['help_explorer.use_intersphinx'] = False
if dims is not None and not isinstance(dims, dict):
dims = dict(chain(*map(six.iteritems, dims)))
if output is not None:
return make_plot(
fnames=fnames, name=name, dims=dims, plot_method=plot_method,
output=output, project=project, engine=engine,
formatoptions=formatoptions, tight=tight, rc_file=rc_file,
encoding=encoding, enable_post=enable_post,
seaborn_style=seaborn_style, output_project=output_project,
concat_dim=concat_dim, chname=chname, preset=preset)
if use_all:
name = 'all'
else:
name = safe_list(name)
if formatoptions is not None:
if not isinstance(formatoptions, dict):
# list of dicts
for fmt in formatoptions[1:]:
formatoptions[0].update(fmt)
formatoptions = formatoptions[0]
if preset is not None:
import psyplot.project as psy
preset_data = psy.Project._load_preset(preset)
else:
preset_data = {}
preset_data.update(formatoptions)
preset = tempfile.NamedTemporaryFile(prefix='psy_', suffix='.yml').name
with open(preset, 'w') as f:
yaml.dump(preset_data, f)
# make preset path absolute
if preset is not None and not isinstance(preset, dict) and \
osp.exists(preset):
preset = osp.abspath(preset)
# Lock file creation
if not new_instance:
lock_file = osp.join(get_configdir(), 'psyplot.lock')
lock = fasteners.InterProcessLock(lock_file)
# Try to lock psyplot.lock. If it's *possible* to do it, then
# there is no previous instance running and we can start a
# new one. If *not*, then there is an instance already
# running, which is locking that file
lock_created = lock.acquire(False)
else:
lock_created = False
chname = dict(chname)
if lock_created:
# Start a new instance
atexit.register(lock.release)
elif not new_instance:
if callback is None:
if fnames or project:
callback = 'new_plot'
elif pwd is not None:
callback = 'change_cwd'
fnames = [pwd]
elif script is not None:
callback = 'run_script'
fnames = [script]
elif command is not None:
callback = 'command'
engine = command
if callback:
send_files_to_psyplot(
callback, fnames, project, engine, plot_method, name, dims,
encoding, enable_post, seaborn_style, concat_dim, chname,
preset)
return
elif new_instance:
rcParams['main.listen_to_port'] = False
if backend is not False:
rcParams['backend'] = backend
from psyplot_gui.main import MainWindow
fnames = _get_abs_names(fnames)
if project is not None:
project = _get_abs_names([project])[0]
if exec_:
from psyplot_gui.compat.qtcompat import QApplication
app = QApplication(sys.argv)
_set_opengl_implementation(opengl_implementation)
if isinstance(new_instance, MainWindow):
mainwindow = new_instance
else:
mainwindow = MainWindow.run(fnames, project, engine, plot_method, name,
dims, encoding, enable_post, seaborn_style,
concat_dim, chname, preset)
if script is not None:
mainwindow.console.run_script_in_shell(script)
if command is not None:
mainwindow.console.run_command_in_shell(command)
if exec_:
sys.excepthook = mainwindow.excepthook
sys.exit(app.exec_())
else:
return mainwindow
def array_items(self):
"""Iterable of :class:`ArrayItem` items in this list"""
return filter(lambda i: i is not None,
map(self.item, range(self.count())))
def get_plots_item(self, item):
for child in map(item.child, range(item.childCount())):
if child.text(0) == 'Plots':
return child