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(For example: Nested lists are great for parsers. The Nspire doesn't have them (except in a weird workaround that isn't really efficient for normal use; I plan to make them easier to use in my preprocessor I'm building).)
Do you mean the ClassPad II? Because I think the topic starter wants some game programmability too, which is a serious issue on the FX-cp400 (extremely slow Basic language compared to Nspire Lua and HP PPL). If you mean the Casio PRIZM (FX-cg10/20), then that has some better programmability (LuaZM, SH4 assembly and C, although all of them can only be done on the computer). The ClassPad II is also very expensive unless you live in Canada.
Quote from: DJ Omnimaga on February 09, 2014, 11:02:04 pmDo you mean the ClassPad II? Because I think the topic starter wants some game programmability too, which is a serious issue on the FX-cp400 (extremely slow Basic language compared to Nspire Lua and HP PPL). If you mean the Casio PRIZM (FX-cg10/20), then that has some better programmability (LuaZM, SH4 assembly and C, although all of them can only be done on the computer). The ClassPad II is also very expensive unless you live in Canada.Time to adapt the old saying.1990 - 2007: "Death to Casio! Long live TI!"2007 - 2013: "Death to TI! Long live Casio!"2013 - now: "Death to Casio! Long live HP!"
The issue with the ClassPad though is the speed. If you run a program and have to wait 6 minutes 40 seconds for your result when the TI-Nspire CAS and HP Prime can do it in a single second or less, there is a serious problem. Also, when I run a program then exit, there is a 30-60 seconds loading before I can even do anything else.Graphing, on the other hand, isn't that slow, and I love the touchscreen for it. I don't understand why they decided to go with a resistive screen and a stylus, though. We're in 2014, not 1999.Casio really need to get their act up together and optimize the Basic interpreter. There's no reason why a 50-200 MHz calculator takes 13 times times longer to execute a program than on a 15 MHz one. That said, rewriting the basic interpreter all from scratch would result into a buggy one until they finally found all the bugs, as seen on the new HP calcs.That said, I and many other people here are kinda biased because Omnimaga is a site almost entirely dedicated to game development and gaming and people here happen to prefer TI-BASIC-like languages, so they'll generally choose the calc which has the fastest one.
It depends. From what I remember, the default speed of the older models is 90 MHz in OS 2.0 or lower and 120 in newer OSes and you can increase it to 150 with Nover. For the color models, I think it's around 150 MHz by default and the max possible is around 226, but some people can use theirs around 246 with no problem.