Re: Studying Mizar
Adam Naumowicz <[email protected]>
| Newsgroups | gmane.comp.mathematics.mizar |
|---|---|
| Message-ID | <Pine.GSO.4.61.1007151307490.21508@math> |
Dear Boris, Have you tried browsing the HTML-linked articles? (http://mizar.uwb.edu.pl/version/current/html/) This linked version would help you to quickly find the exact meaning of every notion. E.g. starting from the definition of <i> in XCMPLX_0 you can go directly to the definition of -->, and so on. Best, Adam On Thu, 15 Jul 2010, Boris Schminke wrote: > Dear All, > I'm writing to ask for advise in studying Mizar. > I think that Mizar is great and I have been trying to study it for > some time and now I understand syntax or at least proof's structures > better than I used to do several months ago. The problem is that I > still do not understand the whole logic of MML. For example, when I > tried to prove some theorems from XBOOLE_1 article I faced no > difficulty, but in great contrast to it, I do not understand a word > from INTEGR1C and even XCMLPX_0 appears to be not very obvious for me. > For instance, why imaginary unit <i> is the same as (0,1) --> (0,1) or > even worse what does --> mean, since (0,1) somehow resembles the > definition of imaginary unit I am used to. > What should I do? Maybe it would be better to read or even write > proofs for some amount of 'core' articles of MML? If so, then couldn't > anybody said me, what exactly? Or maybe it's better to try to > understand at last the INTEGR1C lurking the MML far and wide? I've > tried to use MML Query but still the notions and names used in MML are > not always the same with ones in my head. In MML there are 'bags', > 'Go-boards' and other unusual objects. I will be very glad if somebody > tells me how I can my best to comprehend the logic of MML. > I'm looking forward to hearing from you. > Yours, > Schminke Boris. > Adam Naumowicz ======================================================================= Dept. of Programming and Formal Methods Fax: +48(85)7457662 Institute of Informatics Tel: +48(85)7457559 (office) University of Bialystok E-mail: [email protected] Sosnowa 64, 15-887 Bialystok, Poland http://math.uwb.edu.pl/~adamn/ =======================================================================