Does anyone know of any routines for the QL which can handle double
precision floating point maths?
When asked, all I could think of was Helmut AInger's math toolkit, but
I haven't looked at it yet.
Alternatively, if anyone knows how to write such a routine (a BASIC
demo would do) or has a
Dilwyn,
Writing such routines from scratch is likely to be a non-trivial task!
The c68 library has a whole set of support routines written in assembler for
this purpose that conform to the IEEE standard for Double Precision floating
point. I suspect it would not be that hard to put some Basic
Dave Walker wrote:
Dilwyn,
Writing such routines from scratch is likely to be a non-trivial
task!
The c68 library has a whole set of support routines written in
assembler for this purpose that conform to the IEEE standard for
Double Precision floating point. I suspect it would not be that
Dear list
I am working on an SBASIC editing tool (initially in SBASIC itself)
under SMSQ/E (QPC 2).
I'm currently trying to find my way around the SBASIC (Job0 or
otherwise) job area and am confused by the locations of the various
areas within the SBASIC job itself.
Here's an example from