What happened?
This used to be the most useful app on my phone — I could easily write code to do quick high-powered mathematical calculations or simulations, right here on my phone. Six stars.
I don’t know what happened. Maybe it is an old not-updated app no longer playing well with more recent iOS versions, maybe it is an unreachable or severely rate-limited cloud server where the calculations are actually done. But the net effect is that it hangs constantly, with no explanation. The lagging is now so terrible that this app has become essentially unusable.
I don’t know what happened. Maybe it is an old not-updated app no longer playing well with more recent iOS versions, maybe it is an unreachable or severely rate-limited cloud server where the calculations are actually done. But the net effect is that it hangs constantly, with no explanation. The lagging is now so terrible that this app has become essentially unusable.
Show more
Sage was working fine until recently - now it keeps crashing. Perhaps needs an update?
As title says!
Useless
Does not open using ipad 9
Utter nonsense
This app has the exact same name (Sage Math) as the University of Washington Mathematical powerhouse software, but it is completely unrelated to the latter. This one does not qualify even as a toy!
One of the most useful apps on my iPad
I use SageMath extensively in my teaching.It is an excellent open-source substitute for MATLAB and Mathematica, and, did I mention, it’s FREE! (BTW, I really don’t like the idea of Universities marketing proprietary software to students are greatly reduced rates to lock in user loyalty) (I don’t think universities should be in business of marketing software.)
This app is essentially a single cell in a Jupyter notebook, otherwise it seems to have access to all the features of Sage. I like the iPad version because one can easily save and reuse one’s code, which you can’t do on the browser plug in.
Three dimensional platting in this app is amazing, and one can move the drawing to look at it from difference simply by dragging a finger.
The primitiveness of the UI hides amazing power!
This app is essentially a single cell in a Jupyter notebook, otherwise it seems to have access to all the features of Sage. I like the iPad version because one can easily save and reuse one’s code, which you can’t do on the browser plug in.
Three dimensional platting in this app is amazing, and one can move the drawing to look at it from difference simply by dragging a finger.
The primitiveness of the UI hides amazing power!
Show more
If I could have one 6 star review it would be this
- pure open source and freedom
- beyond powerful. Sage Is effectively everything; by that I mean a massive collection of libraries. I’ts a little hard to compare, but you can think a bit of an extensive collection of libraries.
- don’t need to worry in 10 years about your iPad this should always be supported regardless of os version
Look I’m 44. But rather than go back to the 90’s and buy 150 calculator your time is better spent here or in a python library or something. You know the kind of thing you ‘ll actually need later down the road. This is much more powerful, and portable to anything you might need. There is. No vender lock. I feel graphing calculators had their day, but it’s over. This is so much better.
- beyond powerful. Sage Is effectively everything; by that I mean a massive collection of libraries. I’ts a little hard to compare, but you can think a bit of an extensive collection of libraries.
- don’t need to worry in 10 years about your iPad this should always be supported regardless of os version
Look I’m 44. But rather than go back to the 90’s and buy 150 calculator your time is better spent here or in a python library or something. You know the kind of thing you ‘ll actually need later down the road. This is much more powerful, and portable to anything you might need. There is. No vender lock. I feel graphing calculators had their day, but it’s over. This is so much better.
Show more
IVAN!!!
Why? You killed my masterpiece!
Wonderful app for learners
Thank you!
Excellent
Almost the same as Mathematica but a lot cheaper
More freedom and more features would be nice.
Would like to access my own sage math server running on a Mac or LINUX.
Would like 3D access to plots.
Would like 3D access to plots.
Underdog
While Wolfram maybe slightly all round "better", Sage Math offers a great alternative. The app delivers great.
Excellent:Support Sage
Sage is changing the landscape for sw math. it is opensource and free.
Awesome!
I came looking for Maxima and plotting, and have been impressed by how much can be done from this app!
The only things to compare it to is PocketCAS, which is lovely and has the advantage of running on the device.
The real power (for me) of the Sage Math app is programming, which PocketCAS and Mathematica can't compete with.
Best on an iPad, usable on an iPhone 5 & not tried this on 6/6+
The only things to compare it to is PocketCAS, which is lovely and has the advantage of running on the device.
The real power (for me) of the Sage Math app is programming, which PocketCAS and Mathematica can't compete with.
Best on an iPad, usable on an iPhone 5 & not tried this on 6/6+
Show more
Great software packages
Sage is a collection of open sourced mathematics packages that can be used for everything from elementary mathematics to differential equations. Sage can be compared to programs such as Mathematica or MathLab and although both of these packages are designed for ease of use Sage can keep up. Another great part about sage besides the fact that it's free is that sage also has a cloud service. Not only can you collaborate with people and share files with them but it is also dynamic. This means all people can be working on this project seeing what the others are doing as they type it, allowing for the possibility of splitting the code amongst your party and getting the program done in shorter amounts of time. My favorite and least favorite part about Sage is that it is online based. My school does not allow me to install my own software onto the school laptops which is partly why I love sage so much. The fact that I can write and compile code over the Internet and do something useful with it is amazing. The downfall of this is that you have to have a Internet connection to compile sage. The same goes for the mobile version, if you have your own computer (which I do have) you can install the sage source code onto your computer. Other than that this is probably one of the most powerful tools for mathematical computation besides Mathematica. But cross platform support and web based compiling make this an even greater tool for the mathematician and student.
Show more
It's not meant to be wolframalpha -_-
If you want to make full use of this app, learn basic programming.
3D & animations
It would be useful to be able to use animations and 3d stuff. Is it possible on the iPad at all?
Syntax colouring would be nice as well, but it's not even on the web notebook, so that's not 'necessary'. Everything else is great!
Syntax colouring would be nice as well, but it's not even on the web notebook, so that's not 'necessary'. Everything else is great!
Amazing app!
Thanks!
With WiFi a super calculator+
Combines with Python to be as powerful as MathCad, which is no longer supported, and SAGE is easier to use as well.
I wish that i could organize math sheets better, but that is probably an issue with apples lack of a file structure.
This app has introduced me to SAGE on the PC, but the iPAD version is still the most comfortable and easiest to use.
I wish that i could organize math sheets better, but that is probably an issue with apples lack of a file structure.
This app has introduced me to SAGE on the PC, but the iPAD version is still the most comfortable and easiest to use.
Show more
Great app !
Very useful ! Thanks :)
Needs more settings
Previous review claims no inverse Laplace, this is untrue
s = var("s")
t = var("t")
f = e^(3*t) # the function
print f
l = f.laplace(t,s) # the laplace transform of f
print l
i = l.inverse_laplace(s,t) # inverse laplace of the laplace... so the original function
print i
print "solving"
g=t*e^(-10*t)
h = g.laplace(t,s)
print h
s = var("s")
t = var("t")
f = e^(3*t) # the function
print f
l = f.laplace(t,s) # the laplace transform of f
print l
i = l.inverse_laplace(s,t) # inverse laplace of the laplace... so the original function
print i
print "solving"
g=t*e^(-10*t)
h = g.laplace(t,s)
print h
Show more
