[ home ] [ math / cs / ai / phy / as / chem / bio / geo ] [ civ / aero / mech / ee / hdl / os / dev / web / app / sys / net / sec ] [ med / fin / psy / soc / his / lit / lin / phi / arch ] [ off / vg / jp / 2hu / tc / ts / adv / hr / meta / tex ] [ chat ] [ wiki ]

/cs/ - Computer Science Catalog


Name
Email
Subject
Comment
Verification
Instructions:
  • Press the Get Captcha button to get a new captcha
  • Find the correct answer and type the key in TYPE CAPTCHA HERE
  • Press the Publish button to make a post
  • Incorrect answer to the captcha will result in an immediate ban.
File
Password (For file deletion.)

25 Dec 2021Mathchan is launched into public

Sort by: Image size:

R: 4 / I: 0

What is the best parser abstraction?

Functional or object-oriented; don't really care which. Must be able to give detailed non-obstuse error messages.
R: 9 / I: 1

Is this accurate

R: 1 / I: 0

desktop thread

R: 16 / I: 0 am i being obtuse?
R: 7 / I: 0 blackpill me on void linux
R: 12 / I: 0

Writing a simple CAS in Python

In my downtime, I'm writing a CAS in Python. It has to be from scratch, because I want it to fit on my calculator, and all of the solutions out there import a lot of data. Currently, there are two separate programs, one which can do full polynomial arithmetic, but you have to type in the polynomial in program form, as a list of coefficients starting from x^0. I'm working on merging it with the CAS interface, which will evaluate expressions recursively. For example: (sin x)^2 is sin inputted into the function f(y) = y^2. Though I don't have time to make this logic perfect, it will be interesting to learn how to program a u-substitution for arbitrary input.
R: 8 / I: 1 Are there any good GPL compatible equilvalents to ZFS?
R: 0 / I: 0 (sticky) This board is for the discussion of computer science.

This includes topics such as data structures, algorithms, computation theory, programming languages, compilers, etc.


Inline code can be embedded in several different ways:
  • \inline{ ... }
    or
    \lstinline{ ... }
    commands
  • \begin{inline} ... \end{inline}
    environment
  • \< ... \>
    or
    ` ... `
    special blocks

Block-level code can also be embedded in several ways:
  • \code{ ... }
    ,
    \codeblock{ ... }
    commands
  • \begin{code} ... \end{code}
    ,
    \begin{codeblock} ... \begin{codeblock}
    or
    \begin{lstlisting} ... \end{lstlisting}
    environments
  • ``` ... ```
    special block

Syntax highlighting can be added by specifying a programming language like
\begin[language=java]{code} ... \end{code}
or like
```java ... ```
.