Pinned Repositories
bioavailability-ML-prediction
game_blackjack-by-msm
A game of blackjack, coded in Python by MSM. Utilizes principles of object-oriented programming to conduct the game.
kitchen-kerfuffle
In a pinch? Feed me a list of recipes, and get a great meal to cook!
market-mapper
sampleproject
A sample project that exists for PyPUG's "Tutorial on Packaging and Distributing Projects"
stock-portfolio-batches-from-transactions
When a transaction history features separate allocation adjustments within and/or between batches of a single instrument, it can be tedious to retroactively calculate the gains/losses through a portfolio's transaction history. This script uses transaction history to report batch number, adjusted cost basis, and realized gains (per batch & per instrument).
tictactoe_by_msm
Tic-Tac-Toe game constructed in python by Mitch Miller. Can be played by 1 or 2 players; i.e., the computer is able to play against you! The computer player derives the best move on each turn by considering all offensive and defensive possibilities – and selects the ideal compromise between disrupting your strategy while advancing its own.
trade-triage
mitchism's Repositories
mitchism/bioavailability-ML-prediction
mitchism/game_blackjack-by-msm
A game of blackjack, coded in Python by MSM. Utilizes principles of object-oriented programming to conduct the game.
mitchism/kitchen-kerfuffle
In a pinch? Feed me a list of recipes, and get a great meal to cook!
mitchism/market-mapper
mitchism/sampleproject
A sample project that exists for PyPUG's "Tutorial on Packaging and Distributing Projects"
mitchism/stock-portfolio-batches-from-transactions
When a transaction history features separate allocation adjustments within and/or between batches of a single instrument, it can be tedious to retroactively calculate the gains/losses through a portfolio's transaction history. This script uses transaction history to report batch number, adjusted cost basis, and realized gains (per batch & per instrument).
mitchism/tictactoe_by_msm
Tic-Tac-Toe game constructed in python by Mitch Miller. Can be played by 1 or 2 players; i.e., the computer is able to play against you! The computer player derives the best move on each turn by considering all offensive and defensive possibilities – and selects the ideal compromise between disrupting your strategy while advancing its own.
mitchism/trade-triage