def sort_data_list(self, data_list):
"""
Sort data list by full name attribute
of nuke_node of renderthreads node.
"""
# data_list_flat
data_list_flat = self.convert_nested_to_flat_list(data_list)
# sorted_data_list_flat
sorted_data_list_flat = sorted(data_list_flat,
key=lambda renderthreads_node: renderthreads_node.fullName().lower())
# sorted_data_list
sorted_data_list = self.convert_flat_to_nested_list(sorted_data_list_flat)
# return
return sorted_data_list
def sort_data_list(self, data_list):
"""
Sort data list by full name attribute
of nuke_node of renderthreads node.
"""
# data_list_flat
data_list_flat = self.convert_nested_to_flat_list(data_list)
# sorted_data_list_flat
sorted_data_list_flat = sorted(
data_list_flat, key=lambda renderthreads_node: renderthreads_node.fullName().lower()
)
# sorted_data_list
sorted_data_list = self.convert_flat_to_nested_list(sorted_data_list_flat)
# return
return sorted_data_list
def setData(self, index, value, role=QtCore.Qt.EditRole):
"""
Set data method for model.
"""
# index invalid
if not (index.isValid()):
# log
self.logger.debug("Index {0} not valid.".format(index))
# evaluate in superclass
return self.parent_class.setData(index, value, role)
# row & col
row = index.row()
col = index.column()
# current_header
current_header = self.header_name_list[col]
# renderthreads_node
renderthreads_node = self.data_list[row][0]
# nuke_node exists
if not (renderthreads_node.nuke_node_exists()):
return False
# EditRole
if role == QtCore.Qt.EditRole:
# column nuke_node
if current_header == self.header_name_list[0]:
# validate
if self.validate_value_for_nuke_node(value):
# set value
renderthreads_node.setName(value)
# data changed signal
self.dataChanged.emit(index, index)
return True
return False
# column start_frame
elif current_header == self.header_name_list[1]:
# validate
if self.validate_value_for_start_frame(value):
# set value
renderthreads_node.start_frame = value
# data changed signal
self.dataChanged.emit(index, index)
return True
return False
# column end_frame
elif current_header == self.header_name_list[2]:
# validate
if self.validate_value_for_end_frame(value):
# set value
renderthreads_node.end_frame = value
# data changed signal
self.dataChanged.emit(index, index)
return True
return False
# column priority
elif current_header == self.header_name_list[4]:
# validate
if self.validate_value_for_priority(value):
# set value
renderthreads_node.set_priority(value)
# data changed signal
self.dataChanged.emit(index, index)
# Setting the priority via signal on the
# command objects works. However it has
# no influence of the PriorityQueue since
# priority queues cannot be updated.
# nuke_node_full_name
nuke_node_full_name = renderthreads_node.fullName()
# negated_value
negated_value = 101 - value
# emit sgnl_command_set_priority_for_identifier
renderthreads_node.sgnl_command_set_priority_for_identifier.emit(nuke_node_full_name, negated_value)
return True
return False
else:
# evaluate in superclass
return self.parent_class.setData(index, value, role)
else:
# evaluate in superclass
return self.parent_class.setData(index, value, role)
def data(self, index, role=QtCore.Qt.DisplayRole):
"""
Return data for current index. The returned data is
rendered by QItemDelegate.
"""
# index invalid
if not (index.isValid()):
# log
self.logger.debug("Index {0} not valid.".format(index))
# evaluate in superclass
return None
# row & col
row = index.row()
col = index.column()
# current_header
current_header = self.header_name_list[col]
# renderthreads_node
renderthreads_node = self.data_list[row][0]
# nuke_node exists
if not (renderthreads_node.nuke_node_exists()):
# return
return None
# DisplayRole and EditRole (return identical in most cases,
# if not then do recheck later)
if role == QtCore.Qt.DisplayRole or role == QtCore.Qt.EditRole:
# column nuke_node
if current_header == self.header_name_list[0]:
# nuke_node
nuke_node = renderthreads_node.nuke_node
return nuke_node
# column start_frame
elif current_header == self.header_name_list[1]:
# start_frame
start_frame = renderthreads_node.start_frame
return start_frame
# column end_frame
elif current_header == self.header_name_list[2]:
# end_frame
end_frame = renderthreads_node.end_frame
return end_frame
# column progress
elif current_header == self.header_name_list[3]:
# progress
progress = renderthreads_node.get_progressbar()
return progress
# column priority
elif current_header == self.header_name_list[4]:
# priority
priority = renderthreads_node.get_priority()
return priority
else:
# evaluate in superclass
return None
# TextAlignmentRole
elif role == QtCore.Qt.TextAlignmentRole:
# column start_frame
if current_header == self.header_name_list[1]:
return QtCore.Qt.AlignCenter
# column end_frame
elif current_header == self.header_name_list[2]:
return QtCore.Qt.AlignCenter
# column priority
elif current_header == self.header_name_list[4]:
return QtCore.Qt.AlignCenter
else:
# left
return QtCore.Qt.AlignLeft
# ToolTipRole
elif role == QtCore.Qt.ToolTipRole:
# column nuke_node
if current_header == self.header_name_list[0]:
# nuke_node_full_name
nuke_node_full_name = renderthreads_node.fullName()
return nuke_node_full_name
# column start_frame
elif current_header == self.header_name_list[1]:
# start_frame
start_frame = renderthreads_node.start_frame
return start_frame
# column end_frame
elif current_header == self.header_name_list[2]:
# end_frame
end_frame = renderthreads_node.end_frame
return end_frame
# column progress
elif current_header == self.header_name_list[3]:
# progress_value
progress_value = renderthreads_node.get_progressbar().text()
return progress_value
# column priority
elif current_header == self.header_name_list[4]:
# priority
priority = renderthreads_node.get_priority()
# priority_tooltip
priority_tooltip = "Priority: {0}\n\
{1}\n\
Priority cannot be adjusted after job has been added.".format(
priority, TEXT_DIVIDER
)
# return
return priority_tooltip
else:
# evaluate in superclass
return None
else:
# evaluate in superclass
return None
def setData(self, index, value, role=QtCore.Qt.EditRole):
"""
Set data method for model.
"""
# index invalid
if not(index.isValid()):
# log
self.logger.debug('Index {0} not valid.'.format(index))
# evaluate in superclass
return self.parent_class.setData(index, value, role)
# row & col
row = index.row()
col = index.column()
# current_header
current_header = self.header_name_list[col]
# renderthreads_node
renderthreads_node = self.data_list[row][0]
# nuke_node exists
if not(renderthreads_node.nuke_node_exists()):
return False
# EditRole
if (role == QtCore.Qt.EditRole):
# column nuke_node
if (current_header == self.header_name_list[0]):
# validate
if(self.validate_value_for_nuke_node(value)):
# set value
renderthreads_node.setName(value)
# data changed signal
self.dataChanged.emit(index, index)
return True
return False
# column start_frame
elif (current_header == self.header_name_list[1]):
# validate
if(self.validate_value_for_start_frame(value)):
# set value
renderthreads_node.start_frame = value
# data changed signal
self.dataChanged.emit(index, index)
return True
return False
# column end_frame
elif (current_header == self.header_name_list[2]):
# validate
if(self.validate_value_for_end_frame(value)):
# set value
renderthreads_node.end_frame = value
# data changed signal
self.dataChanged.emit(index, index)
return True
return False
# column priority
elif (current_header == self.header_name_list[4]):
# validate
if(self.validate_value_for_priority(value)):
# set value
renderthreads_node.set_priority(value)
# data changed signal
self.dataChanged.emit(index, index)
# Setting the priority via signal on the
# command objects works. However it has
# no influence of the PriorityQueue since
# priority queues cannot be updated.
# nuke_node_full_name
nuke_node_full_name = renderthreads_node.fullName()
# negated_value
negated_value = 101 - value
# emit sgnl_command_set_priority_for_identifier
renderthreads_node.sgnl_command_set_priority_for_identifier.emit(nuke_node_full_name,
negated_value)
return True
return False
else:
# evaluate in superclass
return self.parent_class.setData(index, value, role)
else:
# evaluate in superclass
return self.parent_class.setData(index, value, role)
def data(self, index, role=QtCore.Qt.DisplayRole):
"""
Return data for current index. The returned data is
rendered by QItemDelegate.
"""
# index invalid
if not(index.isValid()):
# log
self.logger.debug('Index {0} not valid.'.format(index))
# evaluate in superclass
return None
# row & col
row = index.row()
col = index.column()
# current_header
current_header = self.header_name_list[col]
# renderthreads_node
renderthreads_node = self.data_list[row][0]
# nuke_node exists
if not(renderthreads_node.nuke_node_exists()):
# return
return None
# DisplayRole and EditRole (return identical in most cases,
# if not then do recheck later)
if (role == QtCore.Qt.DisplayRole or
role == QtCore.Qt.EditRole):
# column nuke_node
if (current_header == self.header_name_list[0]):
# nuke_node
nuke_node = renderthreads_node.nuke_node
return nuke_node
# column start_frame
elif (current_header == self.header_name_list[1]):
# start_frame
start_frame = renderthreads_node.start_frame
return start_frame
# column end_frame
elif (current_header == self.header_name_list[2]):
# end_frame
end_frame = renderthreads_node.end_frame
return end_frame
# column progress
elif (current_header == self.header_name_list[3]):
# progress
progress = renderthreads_node.get_progressbar()
return progress
# column priority
elif (current_header == self.header_name_list[4]):
# priority
priority = renderthreads_node.get_priority()
return priority
else:
# evaluate in superclass
return None
# TextAlignmentRole
elif (role == QtCore.Qt.TextAlignmentRole):
# column start_frame
if (current_header == self.header_name_list[1]):
return QtCore.Qt.AlignCenter
# column end_frame
elif (current_header == self.header_name_list[2]):
return QtCore.Qt.AlignCenter
# column priority
elif (current_header == self.header_name_list[4]):
return QtCore.Qt.AlignCenter
else:
# left
return QtCore.Qt.AlignLeft
# ToolTipRole
elif (role == QtCore.Qt.ToolTipRole):
# column nuke_node
if (current_header == self.header_name_list[0]):
# nuke_node_full_name
nuke_node_full_name = renderthreads_node.fullName()
return nuke_node_full_name
# column start_frame
elif (current_header == self.header_name_list[1]):
# start_frame
start_frame = renderthreads_node.start_frame
return start_frame
# column end_frame
elif (current_header == self.header_name_list[2]):
# end_frame
end_frame = renderthreads_node.end_frame
return end_frame
# column progress
elif (current_header == self.header_name_list[3]):
# progress_value
progress_value = renderthreads_node.get_progressbar().text()
return progress_value
# column priority
elif (current_header == self.header_name_list[4]):
# priority
priority = renderthreads_node.get_priority()
# priority_tooltip
priority_tooltip = 'Priority: {0}\n\
{1}\n\
Priority cannot be adjusted after job has been added.'.format(priority, TEXT_DIVIDER)
# return
return priority_tooltip
else:
# evaluate in superclass
return None
else:
# evaluate in superclass
return None