Point of stock trader is to learn about trading stocks and how the stock market works
- quandl 3.3.0
- matplotlib 2.1.1
- numpy 1.14.0
- fbprophet 0.2.1
- pystan 2.17.0.0
- pandas 0.22.0
- pytrends 4.3.0
- pip install finance
- pip install qfrm
- pip install plotly
- pip install pandas-datareader
- pip install beautifulsoup4
- pip install sklearn
- pip install pyfin
- pip install scrap-ticker-symbols
- pip install wallstreet
- pip install alphalens
- pip install pandas-finance
- pip install afterhours
- pip install zipline
- https://github.com/addisonlynch/iexfinance
- https://www.alphavantage.co/documentation/
- https://api.tiingo.com/docs/general/overview
- https://iextrading.com/developer/docs/#usage
- http://docs.enigma.com/public/public_v20_api_about.html
- https://github.com/datawrestler/after-hours
- http://www.zipline.io/
- http://www.bruunisejs.dk/PythonHacks/
Remote data access for pandas, access to data from Robinhood, Alpha Vantage, Enigma, Quandl, TSP
- .rolling
- subplot2grid - READUP on how this works
- Call Options -
- Put Options -
- Open - Price of one share when the stock market opens
- High - Highest value of stock throughout the day
- Low - Lowest value of stock throughout the day
- Close - Final price of stock when the market closes
- Volume - How many shares were traded
- Adjusted Close - Stock split
- Moving Averages - take current prices and prices from x days add them up divide by x days
- Supervised - You go to war and dont stop until all enemies are destoryed
- Linear Regression, Logistic Regression, Decision Tree, Random Forest
- unsupervised - Look at your strength and weaknesses and decide if it fesible to fight
- k-means, apriori
- Reinforcement - You have entered the fight and accessing your position. Are you losing men? And you act according
- markov decision process
- Dataset - View as your opponent
- Linear Regression - completely taking over your opposition, the point of no return
- Logistic Regression - taking simplistic assumptions and then deciding whether to fight or not
- Tree Based Modeling - Divide and Rule, you divide your opponents with smart strategy and take them over
- Bayesian Modeling - probability of winning in different battle base types such as air, land and sea, act accordingly based off the information
- Support Vector Machines - Drawing out territory and boundary where your advantage on field base. Soldiers might be adept to fighting in a specific area.
- k nearest neighbor - checking past outcomes and mapping accordingly, evaluate your performance in past battles, contemplate on your weak and strong areas and prepare for the next fight
- k-means - Building up alliances with provinces which share the same philosophy, goals and motvies, trying to be more powerful then ever before
- Neural Network and Preceptrons - Every soldier in your army decides whom to fight
- Ensemble Model -
- Anomaly Detection - checking for unusual patterns in your own army. You might have secret agent amongst your team