I'm dealing with a large number of data coming from an external device.
They are big-endian 16 bits signed numbers, which must be converted to
integer and to real to perform calculations.
Besides the obvious solutions of treating them as isolated bytes,
multipying by 256 the highest, adding th
Just use the BEtoN function. That will convert whatever big-endian
number to your native endian.
I don't know what speed it has, but it sure is elegant :)
Den 16-04-2012 00:38, Giuliano Colla skrev:
I'm dealing with a large number of data coming from an external device.
They are big-endian 16
On 16 Apr 2012, at 00:38, Giuliano Colla wrote:
> I'm dealing with a large number of data coming from an external device.
> They are big-endian 16 bits signed numbers, which must be converted to
> integer and to real to perform calculations.
>
> Besides the obvious solutions of treating them as
Il 16/04/2012 00:42, Jonas Maebe ha scritto:
On 16 Apr 2012, at 00:38, Giuliano Colla wrote:
I'm dealing with a large number of data coming from an external device.
They are big-endian 16 bits signed numbers, which must be converted to integer
and to real to perform calculations.
Besides the
On 04/15/12 18:38, Giuliano Colla wrote:
> I'm dealing with a large number of data coming from an external device.
> They are big-endian 16 bits signed numbers, which must be converted to
> integer and to real to perform calculations.
>
> Besides the obvious solutions of treating them as isolated
