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{{Infobox 3DS Homebrews | {{Infobox 3DS Homebrews | ||
|title=CalculaThreeDS | |title=CalculaThreeDS | ||
|image= | |image=Calculathreeds2.png | ||
|description=3DS homebrew scientific calculator. | |description=3DS homebrew scientific calculator. | ||
|author=LiquidFenrir | |author=LiquidFenrir | ||
Line 12: | Line 12: | ||
|source=https://github.com/LiquidFenrir/CalculaThreeDS | |source=https://github.com/LiquidFenrir/CalculaThreeDS | ||
}} | }} | ||
CalculaThreeDS is a scientific calculator homebrew written in C++17 for the 3DS. | CalculaThreeDS is a scientific calculator homebrew written in C++17 for the 3DS. | ||
Revision as of 12:35, 29 November 2021
CalculaThreeDS | |
---|---|
General | |
Author | LiquidFenrir |
Type | Math |
Version | 0.2 |
License | Mixed |
Last Updated | 2021/01/10 |
Links | |
Download | |
Website | |
Source | |
CalculaThreeDS is a scientific calculator homebrew written in C++17 for the 3DS.
User guide
The interface is split between 4 parts:
- Memory on the top screen, up to 12 calculations can be remembered and copied back to the working board.
- Input area on the bottom screen, where what you type will appear, using a custom pretty-printing system (freely sized fractions, exponents, and square roots).
- Keyboard panel selector on a black background.
- An intuitive touch keyboard with all the inputs you will ever need.
The touch keyboard consists of 3 different panels:
- Basic input, for operations and digits.
- Functions (don't forget to put parentheses after).
- User variables (10 of them) and user functions (3, TODO) with an assignment (arrow) sign that can appear anywhere in a calculation.
Controls
D-Pad or Touchscreen - Move the cursor after you typed things out
B or Delete Key - Remove content
A or Equals key - Launch the calculation
Screenshots
Changelog
v0.2 2021/01/10
- Added complex numbers and the conjugate function to work with them.
- Added implicit multiplications.
v0.1 2021/01/10
- First testing release.
Credits
LiquidFenrir for writing the application.
devkitPro for devkitARM and libctru/libcitro3d/libcitro2d.
Wikipedia article on the Shunting-Yard algorithm/Reverse Polish Notation for interpreting the calculations.