from your homescreen menu->settings->local and text->Math Keyboard
Once Math Keyboard is checked on you can now press and hold in any EditText box and choose input method to switch to the Math Keyboard.
-If you like it please rate it!
The app is now free (as in $) to use, but a donation is appreciated to keep things going.
You are required to get the Octave Main Package (com.octave.main) to use this.
You are required to get the Octave Gnuplot Package (com.octave.gnuplot) to support plotting.
There are many additional packages (com.octave.*) for use.
This is a different sort of app. Unpacking the executable and other files necessary for Octave to run will take awhile when you install or upgrade this, but will be worth it. Whether this is installed to the sdcard or to internal storage, the executables and libraries will take up around 100MB of internal storage either way.
You can add .m files and a .octaverc startup file in an external storage directory setup for you. Often at /sdcard/GNUOctave/home.
Your latest plots (.png files) can be found in an external storage directory setup for you. Often at /sdcard/GNUOctave/intents.
You will be running in a fake chroot of sorts which includes Octave and many of the programs you expect to find in a standard GNU/Linux (read Debian) install. The fake chroot is split between your external/shared partition (often /sdcard) and your internal (/data/data/com.octave) to save space.
Plot commands and edit commands fire off intents to use whatever image viewer or text editor you have.
See Octave Documentation:
See the FAQ:
File bugs and feature requests here:
See code here for packages here:
This launcher is licensed under the Apache License 2.0.
No GPL licensed code is found within this app, but is found in the packages needed to run.
Specially designed for Android devices.
Easy, simple and intuitive, just write the mathematical expression on the screen then let MyScript technology perform its magic converting symbols and numbers to digital text and delivering the result in real time.
The same experience as writing on paper with the advantages of a digital device (Scratch-outs, results in real time, …).
Solve mathematical equations by hand without actually having to crunch the numbers yourself
BENEFITS AND FEATURES
- Works on your smartphone (Use your finger or a capacitive stylus with your android phone (Samsung Galaxy phones, HTC, Motorola, Sony Xperia, LG Optimus and others)
- Works on your tablet (Take advantage of the S-Pen with your Galaxy Note, or use any capacitive pen with your Galaxy Tab family of tablets, HTC flyer, Lenovo Thinkpad, Asus transformer and others)
- Use your handwriting to write any arithmetic formula
- Write and calculate mathematical expressions in an intuitive and natural way with no keyboard
- Scratch-out gestures to easily delete symbols and numbers
- Portrait and landscape operation
- Redo and undo functions.
Basic operations: +, -, x, ÷, +/‒, 1/x
Misc. Operations: %, √, x!, |x|
Powers/Exponentials: ℯx, xy , x2
Brackets: ( )
Trigonometry: cos, sin, tan
Inverse trigonometry: acos, asin, atan
Logarithms: ln , log
Constants: π, ℯ, Phi.
Support website: https://support.myscript.com/
Note about permissions:
We are asking permission to access Internet connection; this is to provide users the possibility to watch the video tutorial.
We are taking note of all your remarks and comments, many of you are asking us for equations, you can visit our web demo page, a web equation demo will show to you what we are planning to add in the future, visit:
Equation web demo:
Handwriting recognition web demos:
Features in detail:
LU decomposition whit pivoting
SVD - Singular Values decomposition
Eigenvalues - Eigenvectors
Linear Systems M N
variable evaluation: pi
function evaluation: sin(0)
variable definition: a=3.5
function definition: f(x)=x^2-1
--Logarithms and power
sqrt(x): square root; x^0.5
cbrt(x): cube root; x^(1/3)
exp(x): exponential; e^x
log(x), ln(x): natural logarithm
log2(x), lb(x): binary logarithm
log10(x), lg(x): decimal logarithm
log(base,x): arbitrary base logarithm
--Trigonometric - radians
sin(x), cos(x), tan(x)
asin(x), acos(x), atan(x)
--Trigonometric - degrees
sind(x), cosd(x), tand(x)
asind(x), acosd(x), atand(x)
sinh(x), cosh(x), tanh(x)
asinh(x), acosh(x), atanh(x)
gcd(x,y): greatest common divisor
abs(x): absolute value
rnd(): random value from [0,1). rnd(max): random value from [0, max).
i or j is the complex base. Example:
+ - × ÷ basic arithmetic
√ square root
' first derivative
--Binary, octal, hexadecimal
Value converter in binary, octal or hexadecimal input prefixing respectively 0b, 0o, 0x, in decimal.
It is possible to compute the first derivative of a function with one argument using the prime notation: log'(5).
The prime mark (quote) must appear immediately after the name of the function, and must be followed by open-parentheses.
The derivative may be plotted e.g. sqrt'(x).
To compute the derivative of an expression you must define the expression as a named function.
Eg f (x) = x ^ 2 + x, after insertion, type f '(x) to display the graph of the derivative.
To plot multiple functions on the same 2d graph, simply enter them on the same line separated by ";".
ArcLength & SurfaceArea
--Graph (MultiPlot up to 6 functions)
Graph of parametric functions
Graph in polar coordinates
Say about us
"BisMag Scientific Graphing Calculator 3D"is a demo version of "BisMag Calculator 3D" if the product is to your liking and you find it useful try the PRO version.
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* Real equation view editor with brackets and operator priority support
* Component or polar complex entry/view mode
* Equation and result history
* 7 easy to use memories
* Large universal/physical/mathematical/chemical constant table
* Degrees, radians and grads mode for trigonometric functions
* Fixed, scientific and engineering view mode
* Easy to use with real look
* Advertisement free!
Would you like to have multiline equation editor with equation syntax hightiting, actual bracket highlighting and trigonometric functions of complex argument support? Upgrade to PowerCalc Pro.
* Multiline equation editor
* Equation syntax highliting
* Actual bracket highliting
* Trigonometric functions with complex argument support
Stay tuned! We are preparing new functionalities:
* Unit conversions
* Radix modes
Found bug? Please contact us to fix it.
If you find PowerCalc useful please upgrade to PowerCalc Pro to support further development. Thank you!
Need ATE (android terminal emulator) installed before you install this to work - https://play.google.com/store/apps/details?id=jackpal.androidterm&feature=nav_result#?t=W251bGwsMSwxLDMsImphY2twYWwuYW5kcm9pZHRlcm0iXQ..
This app is no longer the plotting engine for Octave. Get the Octave Gnuplot Package instead (com.octave.gnuplot).
A Computing Environment useful for solving many complex problems.
A Matlab / Octave clone for Android.
Java based and open source.
Free and Ad free.
Has most needed math capabilities.
A lot of function included already.
Can parse and run .m files. (try "edit /sdcard/test.m")
Working on bugs and compatibility.
Basic plotting working (you need the app called AddiPlot).
Custom keyboard for entering commands faster.
Now have Octave built for Android, moving this soon to a separate app called "octave" (clever...I know). You can go checkout the first version soon. Addi will be going back to being solely java based and small and not very feature rich, while octave will be the real deal, but much larger.
Matlab is a registered trademark or Math Works.
Support now on kickstarter: http://www.kickstarter.com/projects/6438588/sombreros-for-the-android-world
Most of gnuplot ported.
Can be used standalone or be used by other apps.
Used by Addi only right now. Addi is a tool like Matlab or Octave. If you are a dev and want to use this as your plotting engine, contact me.
Some terminal types currently not supported (PNG, BMP, JPEG), but will be later.
Mouse/touch interaction for zooming currently not supported, but will be later.