Relay-Version: version B 2.10 5/3/83; site utzoo.UUCP Posting-Version: version B 2.10.1 6/24/83; site ukma.UUCP Path: utzoo!watmath!clyde!cbosgd!hasmed!qusavx!ukma!david From: david@ukma.UUCP (David Herron, NPR Lover) Newsgroups: net.lang Subject: Re: high-levelity Message-ID: <615@ukma.UUCP> Date: Mon, 4-Feb-85 17:37:04 EST Article-I.D.: ukma.615 Posted: Mon Feb 4 17:37:04 1985 Date-Received: Wed, 6-Feb-85 05:44:42 EST Organization: Univ. of KY Mathematical Sciences Lines: 42 I have been interested in this discussion. But have stayed out of it because I wasn't sure if I could contribute well. But I have had one idea that nobody else has talked about. It has to do with the types of operators the language has. A high level language would have a high proportion of high level operators. Most low level languages are extremely low level since the operations they can perform are very limited. But prolog is very high level since one operator may represent much work. This idea springs out of a feeling I got when I finally understood what an integral was. I all of a sudden KNEW that this squiggly 'S' shaped thing meant that I was supposed to do an infinite number of additions of areas (all of which are infinitely small). It is just kind of staggering what kind of power that is. I have felt that same feeling for only two programming languages, Icon and Prolog. (Neither of which I know well, gosh darn it). At any rate. By the above definition, Calculus is a very high level language. I also suspect that this is only part of the definition. That the "level" of the data types has a lot to do with language level. (Level of data type would also affect level of operator, and vice versa. hmmmm.....). Well, thanks for listening to me. -- -:--:- David Herron; ARPA-> "ukma!david"@ANL-MCS or david%ukma.uucp@anl-mcs.arpa UUCP-> {ucbvax,unmvax,boulder,research}!anlams!ukma!david UUCP-> {mcvax!qtlon,vax135,mddc}!qusavx!ukma!david UUCP-> {A-Large-Portion-of-The-World}!cbosgd!ukma!david No stupid sayings (I can't think of one). No stupid disclaimers (Nobody else would claim my statements anyway).