def _add_new_fqpr_from_proj(self, parent: QtGui.QStandardItem, line_data):
"""
Read from the kluster_main FqprProject (provided here is the line_data from that project) and add the lines
that are not currently in project tree. self.tree_data contains the record of the data in the tree.
Parameters
----------
parent: PySide2.QtGui.QStandardItem, the item that represents the 'Converted' entry in the tree. All fqpr
projects go underneath.
line_data: dict, a dictionary of project paths: multibeam lines.
ex: {'C:\\collab\\dasktest\\data_dir\\hassler_acceptance\\refsurf\\converted':
{'0015_20200304_070725_S250.all': [1583305645.423, 1583305889.905]}
"""
current_fq_proj = self.tree_data['Converted'][1:]
for fq_proj in line_data:
if fq_proj not in current_fq_proj:
proj_child = QtGui.QStandardItem(fq_proj)
parent.appendRow(proj_child)
for fq_line in line_data[fq_proj]:
line_child = QtGui.QStandardItem(fq_line)
proj_child.appendRow([line_child])
self.tree_data['Converted'].append(fq_proj)
else: # see if there are new lines to display
idx = self.tree_data['Converted'][1:].index(fq_proj)
proj_child = parent.child(idx)
tst = proj_child.rowCount()
tsttwo = len(line_data[fq_proj])
if proj_child.rowCount() != len(line_data[fq_proj]): # new lines
tree_lines = [proj_child.child(rw).text() for rw in range(proj_child.rowCount())]
for fq_line in line_data[fq_proj]:
if fq_line not in tree_lines:
line_child = QtGui.QStandardItem(fq_line)
proj_child.appendRow([line_child])
parent.sortChildren(0, order=QtCore.Qt.AscendingOrder)
def _update_unmatched(self, parent: QtGui.QStandardItem, unmatched: dict):
"""
Take the provided actions and populate the 'Queued Files' Tree item with the input_files attribute from each action
Parameters
----------
parent
The parent item we are adding to
unmatched
dict of 'filename: reason not matched' for each unmatched file
"""
parent.removeRows(0, parent.rowCount())
self.tree_data['Unmatched Files'] = [self.tree_data['Unmatched Files'][0]]
if unmatched:
for unmatched_file, reason in unmatched.items():
proj_child = QtGui.QStandardItem(unmatched_file)
proj_child.setToolTip(reason)
parent.appendRow(proj_child)
self.tree_data['Unmatched Files'].append(unmatched_file)
def _update_all_actions(self, parent: QtGui.QStandardItem, actions: list):
"""
Take the provided actions and populate the 'All Actions' Tree item with the text attribute from each action
Parameters
----------
parent
The parent item we are adding to
actions
list of FqprActions sorted by priority, we are only interested in the text attribute of each
"""
parent.removeRows(0, parent.rowCount())
self.tree_data['All Actions'] = [self.tree_data['All Actions'][0]]
if actions:
for act in actions:
proj_child = QtGui.QStandardItem(act.text)
ttip = self._build_action_tooltip(act)
proj_child.setToolTip(ttip)
parent.appendRow(proj_child)
self.tree_data['All Actions'].append(act.text)
def _update_next_action(self, parent: QtGui.QStandardItem, actions: list):
"""
Take the provided actions and populate the 'Next Action' Tree item
Parameters
----------
parent
The parent item we are adding to
actions
list of FqprActions sorted by priority, we are only interested in the first (the next one)
"""
parent.removeRows(1, parent.rowCount() - 1)
if actions:
next_action = actions[0]
action_text = next_action.text
if next_action.input_files:
input_files = ['Input Files:'] + ['- ' + f for f in next_action.input_files]
else:
input_files = ['Input Files: None']
data = [action_text] + input_files
for d in data:
proj_child = QtGui.QStandardItem(d)
ttip = self._build_action_tooltip(next_action)
proj_child.setToolTip(ttip)
parent.appendRow(proj_child)
self.tree_data['Next Action'].append(d)
self.start_button.setDisabled(False)
self.expand(parent.index())
def _update_queued_files(self, parent: QtGui.QStandardItem, actions: list):
"""
Take the provided actions and populate the 'Queued Files' Tree item with the input_files attribute from each action
Parameters
----------
parent
The parent item we are adding to
actions
list of FqprActions sorted by priority, we are only interested in the input_files attribute of each
"""
parent.removeRows(0, parent.rowCount())
self.tree_data['Queued Files'] = [self.tree_data['Queued Files'][0]]
fils = []
if actions:
for act in actions:
fils += act.input_files
for f in fils:
proj_child = QtGui.QStandardItem(f)
parent.appendRow(proj_child)
self.tree_data['Queued Files'].append(f)
def _update_all_actions(self, parent: QtGui.QStandardItem, actions: list):
"""
Take the provided actions and populate the 'All Actions' Tree item with the text attribute from each action
Parameters
----------
parent
The parent item we are adding to
actions
list of FqprActions sorted by priority, we are only interested in the text attribute of each
"""
parent.removeRows(0, parent.rowCount())
self.tree_data['All Actions'] = [self.tree_data['All Actions'][0]]
if actions:
for act in actions:
proj_child = QtGui.QStandardItem(act.text)
if act.input_files:
ttip = '{}\n\nPriority:{}\nInput Files:\n-{}'.format(
act.text, act.priority, '\n-'.join(act.input_files))
elif act.priority == 5: # process multibeam action
ttip = '{}\n\nPriority:{}\nRun Orientation:{}\nRun Correct Beam Vectors:{}\n'.format(
act.text, act.priority, act.kwargs['run_orientation'],
act.kwargs['run_beam_vec'])
ttip += 'Run Sound Velocity:{}\nRun Georeference/TPU:{}'.format(
act.kwargs['run_svcorr'], act.kwargs['run_georef'])
if act.kwargs['run_georef']:
if act.kwargs['use_epsg']:
ttip += '\nEPSG: {}\nVertical Reference: {}'.format(
act.kwargs['epsg'], act.kwargs['vert_ref'])
else:
ttip += '\nCoordinate System: {}\nVertical Reference: {}'.format(
act.kwargs['coord_system'],
act.kwargs['vert_ref'])
else:
ttip = '{}\n\nPriority:{}'.format(act.text, act.priority)
proj_child.setToolTip(ttip)
parent.appendRow(proj_child)
self.tree_data['All Actions'].append(act.text)
def _add_new_surf_from_proj(self, parent: QtGui.QStandardItem, surf_data):
"""
Read from the kluster_main FqprProject (provided here is the line_data from that project) and add the surfaces
that are not currently in project tree. self.tree_data contains the record of the data in the tree.
Parameters
----------
parent: PySide2.QtGui.QStandardItem, the item that represents the 'Surfaces' entry in the tree. All fqpr
projects go underneath.
surf_data: dict, a dictionary of surface paths: surface objects.
ex: {'C:/collab/dasktest/data_dir/hassler_acceptance/refsurf/refsurf.npz':
<HSTB.kluster.fqpr_surface.BaseSurface object at 0x0000019CFFF1A520>}
"""
current_surfs = self.tree_data['Surfaces'][1:]
for surf in surf_data:
if surf not in current_surfs:
surf_child = QtGui.QStandardItem(surf)
parent.appendRow(surf_child)
for lyr in surf_data[surf].return_layer_names():
lyr_child = QtGui.QStandardItem(lyr)
lyr_child.setCheckable(True)
surf_child.appendRow([lyr_child])
if lyr == 'depth': # add optional hillshade layer
lyr_child = QtGui.QStandardItem('hillshade')
lyr_child.setCheckable(True)
surf_child.appendRow([lyr_child])
try: # add the ability to draw the grid outline, new in bathygrid 1.1.2
surf_data[surf].get_tile_boundaries
lyr_child = QtGui.QStandardItem('tiles')
lyr_child.setCheckable(True)
surf_child.appendRow([lyr_child])
except AttributeError: # bathygrid does not support this method
pass
self.tree_data['Surfaces'].append(surf)
parent.sortChildren(0, order=QtCore.Qt.AscendingOrder)