def get_working_layout(self):
"""
Returns the working layout of the library (required by the Trac
reporter).
"""
cnv = LibraryLayoutConverter(self.iso.rack_layout, parent=self)
return cnv.get_result()
def get_working_layout(self):
"""
Returns the working layout of the library (required by the Trac
reporter).
"""
cnv = LibraryLayoutConverter(self.iso.rack_layout,
parent=self)
return cnv.get_result()
def __process_transfers(self):
# Stock racks are processed per quadrant as follows:
# a) Create a working layout from the prep plate layout;
# b) Process the single design stock racks (one per design).
# c) Process the pool stock rack (if necessary);
# Map sector index -> tube transfers.
stock_tube_transfer_map = {}
for ispp in self.iso.iso_sector_preparation_plates:
# The sector prep plate's layout contains the library positions
# and tube information.
converter = LibraryLayoutConverter(ispp.rack_layout, parent=self)
sec_layout = converter.get_result()
stts = self.__process_single_design_transfers(ispp.sector_index,
sec_layout)
stock_tube_transfer_map[ispp.sector_index] = stts
if not self.pool_stock_racks is None:
self.__process_pool_transfers(ispp.sector_index, sec_layout)
return stock_tube_transfer_map
def __process_transfers(self):
# Stock racks are processed per quadrant as follows:
# a) Create a working layout from the prep plate layout;
# b) Process the single design stock racks (one per design).
# c) Process the pool stock rack (if necessary);
# Map sector index -> tube transfers.
stock_tube_transfer_map = {}
for ispp in self.iso.iso_sector_preparation_plates:
# The sector prep plate's layout contains the library positions
# and tube information.
converter = LibraryLayoutConverter(ispp.rack_layout, parent=self)
sec_layout = converter.get_result()
stts = self.__process_single_design_transfers(
ispp.sector_index, sec_layout)
stock_tube_transfer_map[ispp.sector_index] = stts
if not self.pool_stock_racks is None:
self.__process_pool_transfers(ispp.sector_index, sec_layout)
return stock_tube_transfer_map
