I am writing a unit for dealing with matrix algebra with arbitrary sized
matrices (as opposed to the FPC unit that deals with a few fixed size
ones).
I declare the matrix type
type
Matrix = array of array of Real;
By using Length or High, I can loop through the array as I please, and I
ingemar wrote on Mon, 04 Jun 2012:
There is just one thing that I can't do: I can't initialize a matrix in
any elegant way! I would like to do like this:
m1: Matrix = ((1, 2, 3), (2, 3, 4));
and get a properly sized dynamic array matching the matrix given.
This is obviously not suppo
In our previous episode, Jonas Maebe said:
> > m1: Matrix = ((1, 2, 3), (2, 3, 4));
> >
> > and get a properly sized dynamic array matching the matrix given.
> >
> > This is obviously not supported, but what can I do? I can build an
> > infinite number of functions, taking fixed-sized arrays as
On 04/06/2012 13:51, inge...@ragnemalm.se wrote:
I am writing a unit for dealing with matrix algebra with arbitrary sized
matrices (as opposed to the FPC unit that deals with a few fixed size
ones).
If you are writing that for your fun and to learn, go ahead, if what you
really want is to hav
Had a look at the Programmer's Manual (April 2011, doc version 2.4)
appendix G (compiler defines)
Saw
ENDIAN_LITTLE
ENDIAN_BIG
Did not see
FPC_LITTLE_ENDIAN
FPC_BIG_ENDIAN
Should that be added?
Also, I'm sure there must be functions to convert endianness - at least
network byte order (big endia
