Loved your tutorial video on using Python on the TI-Nspire CX II, expecially the statistical analysis of the frequency of numbers from the roll of the dice. Brilliant! Many thanks.
Timestamp 47:47. In Python, caret(^) is a bitwise XOR operation. To get 7 squared (7 *7), or exponents, you will need to use ** operator in python; 7**7 will output an integer result of 49. 7^2 resulted in 5 at Python due to XOR. 7 = 0111 (binary) 2= 0010 (binary) Now, XOR both numbers, you will get 0101 ( binary) = 5 in decimal. 9^2 9 = 1001 2 = 0010 XOR 1011 = 11 in decimal
Wow, amazing capabilities in the TI-Nspire. I've been wanting to purchase one for upcoming math courses. Now convinced that it will be a great purchase.
Presumably python modules work on the TI-nspire CX II as they do elsewhere. You normally would say "import filename" where `filename` is the name of your *.py file. I'm not sure how module discoverability works on TI though (might need to be in the same document.)
@@brandonbahret5632 indeed I created aaa.py inside PyLib folder containing one function addnum and I'm able to import it and called addnum(3,4) successfully. Now, my only wish is how to call Nspire's built-in functions such as isPrime() is this possible?
@@cardsigner I don't own this edition of the calculator, so I am not sure what part of the built-ins is available in python. That said, I'd be surprised if that's not available with the TI_* libraries. Maybe those functions are available through the "ti_system" py library.
Does Python include fnInt() or nDeriv() functions? When I include this code: print(fnInt(X**3,X,0,1)), I get an error message: fnInt() is not defined. Please advise.
I love the fact that they think Python is run more over C, C++. About 90+ still running in C,C++ only new companies are running that because of the library build in, but C runs the world of microchips and technology because it is much faster. But it is a great approach using Python
I have a question. Some functions included in the standard math module the missing from menu and documentation in the Python implementation on ti-nspire. CX II. But, in fact, they are. For example, hyperbolic functions and, most importantly,, errors functions and gamma functions (since they are not present in ti-basic). Why, will they appear in new software versions or disappear altogether?
Poor representation. Low quality audio with a nasal voice. The speaker: "Oh, that's 4, oops..." Quick slight of hand when clicking the buttons; Why not to demonstrate explicitly the mistake to students following to correct it. For god's sake, there are 2 entries with the 4-number in the menu, and he masks the first entry where he made mistake. Hard to follow: The threesome are engaged in an empty banter talk, bla - bla - bla, no real introduction to Python programming to an anxiously anticipating student . Shame...
Give them some slack I am sure our smart young one's can fill-in the gaps if they will be curious enough. I've been keep on showing to my 7 year old the NSpire in hopes of getting him interested. Our local school here is sooo backward and I wish our educ system starts using TI Nspire as affordable maintenance-free tech tools. No room air-conditions needed. I talk to the principal, but got a blank stare from him. Apparently, due to politics and the overall guidelines of educ system. My prob is, I couldn't get my 7 year old engage unless his friends use it..
Wow! Excellent! I am almost a retired from being a Math teacher, but I think will be back to feel the experience!
Loved your tutorial video on using Python on the TI-Nspire CX II, expecially the statistical analysis of the frequency of numbers from the roll of the dice. Brilliant! Many thanks.
Timestamp 47:47. In Python, caret(^) is a bitwise XOR operation. To get 7 squared (7 *7), or exponents, you will need to use ** operator in python; 7**7 will output an integer result of 49.
7^2 resulted in 5 at Python due to XOR.
7 = 0111 (binary)
2= 0010 (binary)
Now, XOR both numbers, you will get
0101 ( binary) = 5 in decimal.
9^2
9 = 1001
2 = 0010
XOR
1011 = 11 in decimal
Wow, amazing capabilities in the TI-Nspire. I've been wanting to purchase one for upcoming math courses. Now convinced that it will be a great purchase.
I really enjoyed this webinar! Btw it is possible to explore how to create your own module in future webinar?
Presumably python modules work on the TI-nspire CX II as they do elsewhere.
You normally would say "import filename" where `filename` is the name of your *.py file. I'm not sure how module discoverability works on TI though (might need to be in the same document.)
@@brandonbahret5632 indeed I created aaa.py inside PyLib folder containing one function addnum and I'm able to import it and called addnum(3,4) successfully. Now, my only wish is how to call Nspire's built-in functions such as isPrime() is this possible?
@@cardsigner I don't own this edition of the calculator, so I am not sure what part of the built-ins is available in python. That said, I'd be surprised if that's not available with the TI_* libraries. Maybe those functions are available through the "ti_system" py library.
Does Python include fnInt() or nDeriv() functions? When I include this code: print(fnInt(X**3,X,0,1)), I get an error message: fnInt() is not defined. Please advise.
Importing modules not installed in Python?
Hello. Can I make my own library in Python?
I love the fact that they think Python is run more over C, C++. About 90+ still running in C,C++ only new companies are running that because of the library build in, but C runs the world of microchips and technology because it is much faster. But it is a great approach using Python
Can this python invoke a call to Nspire's API, such as the isPrime()?
How? How can I call Nspire's built-in functions such as isPrime()?
I have a question. Some functions included in the standard math module the missing from menu and documentation in the Python implementation on ti-nspire. CX II. But, in fact, they are. For example, hyperbolic functions and, most importantly,, errors functions and gamma functions (since they are not present in ti-basic). Why, will they appear in new software versions or disappear altogether?
how can i interact with spreadsheets and python as i can with stadistics?
can the Ti Nspire Python do most stuff (engineering and science calculations) that a CPU version can ?
Is it possible to change the font to monospace?
Did adding Python make the Ti nspire II cas more capable than ti 84 plus ce as far as programming capabilities?
Yeah
pop menu in Python?
Can i install python in a ti nspire cx cas or not?
Only the II I think - they mention right at the end of the video.
I’ll be using the PC version!
Python functionality is only available on the TI-Nspire CX II or TI-Nspire CX II CAS graphing calculators.
Does anyone know how to connect the ti-nspire cx 2 to a computer?
You need the student software. When you purchased your calculator you should have got a activation code. You will need it to activate your license
Can it run snake?
Out of the box, if programmed in tibasic, python, or lua then yes. You can also get ndless to run C and assembly programs
SVP, comment installer Python sur ma calculatrice T inspire cx cas
programmes " in 3D ... like in 2D ??? improving slowy in 2D thanks for your tutoring "
Poor representation. Low quality audio with a nasal voice.
The speaker:
"Oh, that's 4, oops..." Quick slight of hand when clicking the buttons; Why not to demonstrate explicitly the mistake to students following to correct it. For god's sake, there are 2 entries with the 4-number in the menu, and he masks the first entry where he made mistake. Hard to follow: The threesome are engaged in an empty banter talk, bla - bla - bla, no real introduction to Python programming to an anxiously anticipating student . Shame...
Give them some slack I am sure our smart young one's can fill-in the gaps if they will be curious enough. I've been keep on showing to my 7 year old the NSpire in hopes of getting him interested. Our local school here is sooo backward and I wish our educ system starts using TI Nspire as affordable maintenance-free tech tools. No room air-conditions needed. I talk to the principal, but got a blank stare from him. Apparently, due to politics and the overall guidelines of educ system. My prob is, I couldn't get my 7 year old engage unless his friends use it..
Also, extremely slow, probably 15 minutes maximum dragged out to an hour. Did a lot of slide bar fast forward.
This calculator is far inferior to an HP Prime G2. Any kid has a laptop. Code on that. Buy the better, faster calculator.