Path: utzoo!utgpu!water!watmath!clyde!bellcore!rutgers!apple!bloom-beacon!gatech!cwjcc!tut.cis.ohio-state.edu!mailrus!cornell!batcomputer!itsgw!steinmetz!vdsvax!sierra!lamson From: lamson@sierra.uucp (scott h lamson) Newsgroups: comp.lang.fortran Subject: Re: FORTRAN 88 Message-ID: <5833@vdsvax.steinmetz.ge.com> Date: 25 Oct 88 12:06:34 GMT References: <669@convex.UUCP> <5826@vdsvax.steinmetz.ge.com> <74284@sun.uucp> Sender: news@vdsvax.steinmetz.ge.com Distribution: comp.lang.fortran Lines: 19 In-reply-to: khb%chiba@Sun.COM's message of 24 Oct 88 18:50:35 GMT In article <74284@sun.uucp> khb%chiba@Sun.COM (Keith Bierman - Sun Tactical Engineering) writes: > > As for the speed of the compiler, my own opinion is this > >is a non-issue. > I must disagree here. Compile speeds are killing VLIW vendors (Cydrome > and Multiflow). I haven't used Multiflow's or Cydrome's, so I can't say much about them. I have used two Fortran compilers on the CRAY-2, one of which runs about ten times longer (cft77 written in Pascal) than the other (cft2 written in assembler). I have no problem with cft77's compile times. It has supported more fortran-77 features sooner, and produces something like 20% faster code. So within one order of magnitude, compile time is, for me, not a concern. Functionality and optimized resultant code is just more important. Scott| ARPA: lamson@ge-crd.arpa Lamson| UUCP: uunet!steinmetz!sierra!lamson (518)387-5795| UUCP: uunet!steinmetz!lamson!crd