On 2019-Nov-14, at 9:30 PM, Jim Brain via cctalk wrote: > On 11/14/2019 11:05 PM, Brent Hilpert via cctalk wrote: >> >> (Without having gone through the code presented in full detail, but thinking >> from root premises.) >> >> ASCII A = 0x41 --> 2 bits on >> ASCII T = 0x54 --> 3 bits on > > I agree, though I believe aT,At,AT,and at are all allowed, which complicates > things a bit aT is the bad one, where the calc for 7E1 and 7S1/8N1 yield the > same values...
... right, was forgetting about case. But if you're trying to account for mixed case, I don't think the CR resolves it anyways: ASCII A = 0x41 --> 2 bits on ASCII T = 0x54 --> 3 bits on ASCII a = 0x61 --> 3 bits on ASCII t = 0x74 --> 4 bits on ASCII CR = 0x0D --> 3 bits on In sequence "Ta<CR>", all characters have an odd number of bits on and would produce the same parity value, and collectively would be indistinguishable from a corresponding constant M or S parity.
