Hello, very good update

There are many articles of education that inform that one of the ways to initiate or improve algorithmic and computational reasoning is to manipulate graphics and write games.

L'on passait donc d'un extrême à l'autre. Désormais l'on peut en prime configurer le moteur CAS ce qui par combinaison nous rajoute enfin un choix intermédiaire : :bj: On pour faire du calcul littéral et exact Exact Arithmetic pour faire du calcul exact Off pour faire du calcul numérique I do not u...

At least compete with the classpad screen 320 x 528 pixels, What will be the cost of this screen with respect to one of 320 * 240 pxls?

There is a large space dedicated to the name TI-Nspire CX II CAS, which could be used for a larger screen.

The idea is that the commands of data entry by dialog boxes and customizable menus are pre-included in the OS. Even with pixel commands you can create all kinds of dialog boxes.

12 years to reincorporate the graphic commands (pixel) ~TI68K calcs, the dialog boxes cmds were also included? I/O Menu

Something I look for in the CAS of ti-nspire is that I can control the simplification of expressions like hp-prime does. simplify flag: None. medium, maximum. In this way I can make programs step by step to show them in the classroom, since for example, certain operations if not simplified can show ...

What was the result of the survey?

There is a very large unicode asterisk sign
5＊＊2
5**2

if the hp48 series was designed for the university level and the hp38 for the baccalaureate level, unfortunately, the hp did not follow this line and focused on the hpprime that is for the pre-university level.

Long mathematical expressions require at least one screen 480 pxls <-> and to be able to load the complete GIAC engine, having as linux core.