def compute_offset(host_address, client_address):
'''
Returns the absolute difference between two addresses
'''
host_col, host_row = address2index(host_address)
client_col, client_row = address2index(client_address)
column_offset = client_col - host_col
row_offset = client_row - host_row
return tuple((column_offset, row_offset))
def compute_offset(host_address, client_address):
'''
Returns the absolute difference between two addresses
'''
host_col, host_row = address2index(host_address)
client_col, client_row = address2index(client_address)
column_offset = client_col - host_col
row_offset = client_row - host_row
return tuple((column_offset, row_offset))
def offset_cell(address, offset):
new_formula = []
if check_address(address, "$") == False:
formula_range = address2index(address)
col, row = map(sum, zip(formula_range, offset))
new_formula = index2addres(col, row)
else:
col, row = split_address(address)
if check_address(col, "$") == False:
# Column is not absolute address
colnum = col2num(col)
col = num2col(colnum + offset[0])
if check_address(row, "$") == False:
# Row is not absolute address
row = row + offset[1]
new_formula = "".join([col, row])
return new_formula
def offset_cell(address, offset):
new_formula = []
if check_address(address, "$") == False:
formula_range = address2index(address)
col, row = map(sum, zip(formula_range, offset))
new_formula = index2addres(col, row)
else:
col, row = split_address(address)
if check_address(col, "$") == False:
# Column is not absolute address
colnum = col2num(col)
col = num2col(colnum + offset[0])
if check_address(row, "$") == False:
# Row is not absolute address
row = row + offset[1]
new_formula = "".join([col, row])
return new_formula
