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#IDEAS

Some nice software should come out of this event.

##Collaborative Projects worth making

The projects must follow the guidelines.

###Math-Lib [gnu c++]

Build a CLI math solver which uses functions defined by the teams. Teams can work on non-overlapping functionalities.

  • Simple code, as it's based on intermediate maths, which everyone knows.
  • Correctness and testing is easy.
  • Little documentation required.

<<<<<<< HEAD We'll have to make the glue application, in c++, mostly working on user input handling, displaying results, etc. Teams will implement their function(s) in small source files (as already done).

We'll have to make the glue application, in c++, mostly working on user input handling, displaying results, etc. See cpp-expression-parser Teams will implement their function(s) in small source files (as already done).

d8c0f38cd79e2b30f6f7afe773a61962e177c3c4 The app is built using make. They need not understand what it does. Teams who have time left can add documentation, review other PRs, perform testing and flag issues, or add even more functionality!

####List of Functions

  • arithmetic {+-*/%} ("pre-done")
  • power

w/ and w/o <cmath>

  • factorize
  • isPrime
  • nextPrime
  • base_conversions
  • nth_roots

w/ and w/o using <cmath.sqrt or cmath.pow

  • GCD, LCM
  • *Matrix Algebra {only double matrices}
    • arithmetic {+-*/} ("pre-done")
    • power
    • adjoint, cofactor, inverse
  • *Plot a function

Directly use gnuplot?

  • *Numerical Methods {this is from SICP! I'm sure y'all forgot!}
    • Differentiation
    • Integration

###String Processing

I can't think of a "cool" glue application for these functions yet, but these are pretty easy to implement, so...

####List of Functions

  • word_count
  • char_count, alpha_count, numeric_count, punctuation_count, ...
  • convert tabs to 4 whitespaces, vice versa
  • search and replace
  • histograms
    • char, word
  • spell check (standard english dictionary avlbl as plain-text)
  • palindromes

###Game

We can use python to visualise the game, yet keep the game engine in c++. So, we select a super simple POPULAR game, a game with very simple mechanics.

####Candidates

  • Pocket Tanks (complicated terrain physics)
  • Brick smasher
  • ping pong
  • mario/dave/platformer

We write the game engine completely, test it. Then remove most of the core part which needs to be filled in by the teams. Suited for second/third year teams. Since all game objects are predefined, teams won't be "clueless" (I hope!).

  • Cool end product, completion is itself a strong incentive.
  • Teams need not worry about graphics, human interaction. Just implement the function as specified in the docs.
  • Requires very good documentation.
  • High challenge (need to read docs, source code then write compliant code), but more close to real industry situations.

####List of Functions Typically, teams will implement:

  • Map generation
  • scoring (health, mana, score, etc)
  • game mechanics (turn policy, this is the overall mainloop)
  • game physics <<<<<<< HEAD
  • game-specific methods

##Non Collaborative, yet..

help in learning git

  • game-specific methods

d8c0f38cd79e2b30f6f7afe773a61962e177c3c4