Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.
Hex radix, like "0x12" in C, or "'h12" in Verilog.constant A : std_logic_vector(7 downto 0) :=
conv_std_logic_vector(16#12#, 8);
what does the 16#12# mean here?
And, of course, 6 * 9 = 13#42#On Thu, 10 Jul 2008 03:00:19 -0700 (PDT), bigyellow wrote:
constant A : std_logic_vector(7 downto 0) :=
conv_std_logic_vector(16#12#, 8);
what does the 16#12# mean here?
Hex radix, like "0x12" in C, or "'h12" in Verilog.
Also
2#010010# -- binary
8#22# -- octal
But if everything is answered, what's the point of Usenet?And, of course, 6 * 9 = 13#42#
off the top of my head:OT2: How many examples are there of digit-strings N, M
such that M /= N and N#M# = M#N# ???
--
OT2: How many examples are there of digit-strings N, M
such that M /= N and N#M# = M#N# ???
--
off the top of my head:
10#2# = 2#10 = 2
10#3# = 3#10 = 3
etc, forever
(1#10# is not a legal representation)
also, any combination of 11-19, eg 11#19 = 19#11, 13#16#
After this, differences gradually diverge, eg
11#20# = 22, 20#11# = 21 diff = 1
11#21# = 23, 21#11# = 22 diff = 1
....
12#20# = 24, 20#12# = 22 diff = 2
12#21# = 25, 21#12# = 23 diff = 2
.....
etc
so assuming thats all of them, then 56 + (infinity: 10#N#, N#10# where
N /= 0, 1 or 10)
Not in VHDL:
Not in VHDL:OT2: How many examples are there of digit-strings N, M
such that M /= N and N#M# = M#N# ???
--
off the top of my head:
10#2# = 2#10 = 2
10#3# = 3#10 = 3
etc, forever
(1#10# is not a legal representation)
also, any combination of 11-19, eg 11#19 = 19#11, 13#16#
After this, differences gradually diverge, eg
11#20# = 22, 20#11# = 21 diff = 1
11#21# = 23, 21#11# = 22 diff = 1
....
12#20# = 24, 20#12# = 22 diff = 2
12#21# = 25, 21#12# = 23 diff = 2
.....
etc
so assuming thats all of them, then 56 + (infinity: 10#N#, N#10# where
N /= 0, 1 or 10)
I really ought to get back to work.
The muse posed stipulated M /= N.On Jul 11, 1:13 am, Tricky <Trickyh...@gmail.com> wrote:
OT2: How many examples are there of digit-strings N, M
such that M /= N and N#M# = M#N# ???
--
off the top of my head:
10#2# = 2#10 = 2
10#3# = 3#10 = 3
etc, forever
(1#10# is not a legal representation)
also, any combination of 11-19, eg 11#19 = 19#11, 13#16#
After this, differences gradually diverge, eg
11#20# = 22, 20#11# = 21 diff = 1
11#21# = 23, 21#11# = 22 diff = 1
....
12#20# = 24, 20#12# = 22 diff = 2
12#21# = 25, 21#12# = 23 diff = 2
.....
etc
so assuming thats all of them, then 56 + (infinity: 10#N#, N#10# where
N /= 0, 1 or 10)
Not in VHDL:
13.4.2 Based literals
A based literal is an abstract literal expressed in a form that
specifies the base explicitly. The base must be at least two and at
most sixteen.
With based literals comprised of base and based integers substituted"diogratia" <diogra...@gmail.com> wrote in message
On Jul 11, 1:13 am, Tricky <Trickyh...@gmail.com> wrote:
OT2: How many examples are there of digit-strings N, M
such that M /= N and N#M# = M#N# ???
--
Not in VHDL:
13.4.2 Based literals
A based literal is an abstract literal expressed in a form that
specifies the base explicitly. The base must be at least two and at
most sixteen.
The muse posed stipulated M /= N.
łnobody writes jokes in base 13, I may be a pretty sad person but IOn Thu, 10 Jul 2008 11:55:03 +0100, Brian Drummond wrote:
And, of course, 6 * 9 = 13#42#
But if everything is answered, what's the point of Usenet?
Seriously OT: I've known that relationship for some time,
but I've never seen any evidence to say whether or not
Douglas Adams did it deliberately - I had always assumed
he was far too smart for it to be an accident, but...
do you have any references for that?