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04/30/2016, 08:56 PM
(This post was last modified: 04/30/2016, 08:56 PM by Gottfried.)
It seems the MimeTex-functionality is somehow broken. In no old thread I can see the inline formulae. THis is the same with Firefox (current version) as well with internet explorer under Win 7, home.
Firefox at least gives an error message when I click the replacement-icon to "show the graphic" - it says "internal server error - mimetex "<something> while Internet Explorer keeps its secrets for itself.
Does someone else encounter the same problem - or not? Can this be repaired? Should we settle (and translate) our site on MathJax?
Gottfried
Test: \( \sqrt{1+4} \) /end test
Gottfried Helms, Kassel
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(04/30/2016, 08:56 PM)Gottfried Wrote: It seems the MimeTex-functionality is somehow broken.
Hi Gottfried, thanks for informing me about the problem.
It seems, the hosting provider suddenly removed support for 32-bit executables, which the mimetex.cgi was. So I replaced it with a 64-bit executable and now it works again
Quote:Test: \( \sqrt{1+4} \) /end test
Posts: 903
Threads: 130
Joined: Aug 2007
(05/02/2016, 08:18 AM)bo198214 Wrote: It seems, the hosting provider suddenly removed support for 32-bit executables, which the mimetex.cgi was. So I replaced it with a 64-bit executable and now it works again
Quote:Test: \( \sqrt{1+4} \) /end test
Ah, cool! Thanx -
Gottfried
Gottfried Helms, Kassel
Posts: 1,924
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Yes. I kinda mentioned the problem on main , but i thought it was due to iOS update.
I realised the real reason later.
I should have posted it here.
On the other hand you should have read that post.
I was waiting for a reply or action , which did not happen.
I went on sci.math until now.
Oh well.
Regards
Tommy1729
Posts: 386
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Ye. Sorry, I saw your post too but I really had not time to find my password and login and tell you that I also had the same problem. But now seems that it works \( {\mathcal A}{\mathfrak g}a_i {\mathbb N}! \)
Mother Law \(\sigma^+\circ 0=\sigma \circ \sigma^+ \)
\({\rm Grp}_{\rm pt} ({\rm RK}J,G)\cong \mathbb N{\rm Set}_{\rm pt} (J, \Sigma^G)\)
