Still, I would appreciate you didn't host it yourself, and just linked to the above links. If you are planning on hosting this Eigenmath port on calculator software archives, please use the unmodified ZIP file which has the Read-Me and license files. The source code and compilation instructions are available on GitHub.ĭownload g3a directly (simpler, you can even download directly to the calculator drive)ĭownload ZIP archive with Read-Me, license and suggested startup script The add-in is available under the GNU GPL version 2. To see instructions on how to use this port (focused on the port-specific features), click here. You should read the Eigenmath manual (at least the beginning) if you are not familiar with Eigenmath in general. When it does, you should notice a new Main Menu item, called "Eigenmath". Wait for the calculator to finish "updating the Main Memory". When it's finished, your Prizm will appear on your computer as if it were a pendisk.Ĭopy "eigenmath.g3a" to the root folder of the calculator (i.e., out of any folders but inside the "pendisk") and safely remove it. Wait for the USB connection to be established. On the calculator, press F1 when a pop-up appears on the screen. To install, connect the Prizm calculator to the computer with a miniUSBUSB cable. Nobody is responsible for any problems Eigenmath may cause, so use it responsibly. Of course, whether such results are right is out of my control. This port was tested, and gives the same results as the desktop version of Eigenmath. This port shows floating point numbers with 10 significant digits, has two additional commands called "random" and "finetiming", and certain variables are checked to trigger special UI behavior. This script is stored inside the eActivity file, meaning that it will work on any calculator with Eigenmath installed, by simply transferring the eActivity. The add-in can work as a eActivity strip, and you can set a script to run when the strip is opened. ![]() This includes the function keys F1 through F4 and F6. Certain keys, normally unused, can also be made to run Eigenmath expressions. You can add commands to be run whenever the terminal is cleared (with the "clear" command), so that you can have custom functions and constants always at your disposal. The state of the add-in is saved when exiting, so that when you come back, your command history, output and symbols (variables and custom functions) are there like when you left (this behavior can be disabled). ![]() If desired, one can turn fractions or big numbers into scientific notation, by using the "float" command.Įigenmath is faster than the Prizm OS for most calculations, and for certain function graphs too. One can recall commands previously entered, to run them verbatim or to write new ones based on them.ġ0 lines of content are displayed at once, but one can see the previous 200 lines of output by pressing Shift then Up or Down, to enter scrolling mode.Ĭalculations with big numbers are supported without losing accuracy, meaning even things like 100! (factorial of 100) will work. When typing a command, brackets are easier to match, thanks to a color highlight. In addition to the complete feature set of the text-only version of Eigenmath, this port also supports some things exclusive to graphical versions, including graph plotting, script creation and execution and a function catalog with help for each function.Īs you can see in the screenshots, results are displayed in "natural" or "pretty-print" form whenever possible. See here: ĭownload links are near the end of this post, on the "Download" section. ![]() But worry not: someone has released a patched version for this more recent model. This add-in has serious compatibility problems with the fx-CG 50, because I hardcoded the VRAM address and it changed on the fx-CG50 (and possibly recent OS versions of the fx-CG 10/20), leading to UI display issues. This is a port of the Eigenmath math engine to the Casio Prizm in the form of an add-in, providing numerous math functions not originally available in these calculators, including symbolic computation.
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