Roland Orre <[EMAIL PROTECTED]> writes: > A uniform vector of type double is read as a vector. > > guile-user> (array-prototype #i(1 2 3 4)) > () > guile-user> (array-prototype #s(1 2 3 4)) > 1.0 > > I'm mostly using 1.7 now (I'm in research, not production) but I hadn't > noticed this until now because most often I'm using float vectors. I > found it when testing one of my uniform vector routines.
This is most likely caused by using older versions of libguile.h and the other Guile includes when compiling your routines. The mismatch in binary type identifier between object file and Guile library causes the effect above. When I do the above in my 1.7 I, correctly, get: guile> (array-prototype #i(1 2 3 4)) 1/3 guile> (array-prototype #s(1 2 3 4)) 1.0 M _______________________________________________ Bug-guile mailing list [EMAIL PROTECTED] http://mail.gnu.org/mailman/listinfo/bug-guile
