def readSOM(self, som, lline):
"""
This method reads the #L line and sets up some initial information in
the L{SOM.SOM}.
@param som: The object to have its information read from file.
@type som: L{SOM.SOM}
@param lline: The line from the file containing the information to set
@type lline: C{string}
"""
parts = lline.split()
# Find the units
units = []
count = 0
for part in parts:
if part.startswith("("):
units.append(count)
count += 1
# Between thrid entry and first units is the y axis label
label = parts[3:units[0]]
som.setYLabel(" ".join(label))
# Next entry after that is the y axis units
som.setYUnits(dst_utils.units_from_string(parts[units[0]]))
def __get_label_units(self, lline):
"""
This method strips out the axis label and units from the provided
information.
@param lline: The object containing the label and unit information.
@type lline: C{string}
@return: The axis label and units
@rtype: C{tuple} of two C{string}s
"""
parts = lline.split()
# The units sit at -2 in the list
return (" ".join(parts[1:-2]), dst_utils.units_from_string(parts[-2]))
def __get_label_units(self, lline):
"""
This method strips out the axis label and units from the provided
information.
@param lline: The object containing the label and unit information.
@type lline: C{string}
@return: The axis label and units
@rtype: C{tuple} of two C{string}s
"""
parts = lline.split()
# The units sit at -2 in the list
return (" ".join(parts[1:-2]), dst_utils.units_from_string(parts[-2]))