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
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.
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 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
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.
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?
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.
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!
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
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.
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 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 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.
Importing modules not installed in 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?
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.
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()?
can the Ti Nspire Python do most stuff (engineering and science calculations) that a CPU version can ?
Did adding Python make the Ti nspire II cas more capable than ti 84 plus ce as far as programming capabilities?
Yeah
how can i interact with spreadsheets and python as i can with stadistics?
Hello. Can I make my own library in Python?
Is it possible to change the font to monospace?
pop menu in Python?
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 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.
SVP, comment installer Python sur ma calculatrice T inspire cx cas
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
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.