[NTG-context] Re: Square right aligned

2024-02-08 Thread Ursula Hermann
Dear Hraban, Dear Otared! Many Thanks, Hraban: Because of \wordright: I took a look at wordright at the wiki, works perfect. Otared, many thanks too. It also works perfect with your example Uschi Von: Otared Kavian Gesendet: Donnerstag, 8. Februar

[NTG-context] Re: \startcolumns and \startcolumnset

2024-02-08 Thread Otared Kavian
Dear Dalyoung,Have you tried \startsimplecolumns\stopsimplecolumns instead of the columnset mechanism?In your example I put the above commands and I got the attached PDF: is this what you want to obtain?Best regards: Otared columns-figures.pdf Description: Adobe PDF document On 9 Feb 2024, at

[NTG-context] \startcolumns and \startcolumnset

2024-02-08 Thread Jeong Dal via ntg-context
Dear all,I have a little problem to use “columns” in the following example.If I use “\startcolumnset”, then I have the following problems: 1. The figures is aligned left even though I use \startplacefigure[]. 2. In the second column, the first item located at the end of the page.However, \vfill

[NTG-context] Re: Square right aligned

2024-02-08 Thread Otared Kavian
Hi Ursula, I think you mean the so-called end of the proof sign, or QED (Quod Erat Demonstrandum). You can use this: \definesymbol[QED][\mathematics{\square}] \def\qed{\wordright{\symbol[QED]}} \starttext This is the end of our proof. \qed \stoptext In principle it is included in ConTeXt, but

[NTG-context] Re: Square right aligned

2024-02-08 Thread Henning Hraban Ramm
Am 08.02.24 um 12:23 schrieb Ursula Hermann: Dear List, I am at Home  and have the following example.: klar.\startalignment[right]\square\stopalignment}\stoptext} There should be a sign like this □ at the end of the proof. What’s your problem – is the square missing? Then there’s probably

[NTG-context] Square right aligned

2024-02-08 Thread Ursula Hermann
Dear List, I am at Home and have the following example.: \starttext \margintext {1.1.1} {\bf Beispiel 3.2.17 (Vertauschung von All- und Existenzquantor).} \par {\it Sei M die Menge aller Männer und F die Menge aller Frauen. Die Aus-\par sage h(m, f) sei ”m ist verliebt in f“. Unter diesen