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You still have access to all features without creating an account! The ability to create an account, while functional, will be discontinued in the future.

* Do not use the results of this webpage for investment purposes. This is a personal project.


Example of stock price percent change over time chart. X axis shows the date ranging from 2017 to 2022, Y axis shows the percent change in stock price ranging from approximately -40% to approximately 60%. Multiple arbitrary stocks being compared using different colors to identify each example stock. Example of optimal portfolios being generated for a given stock portfolio. X axis is the Volatility, Y axis is the portfolio percent return. Estimate portfolios are shown in red form ing a curved cone of sorts skewing rightward towards to the tip. Above the chart the optimal weights going into each stock are displayed. Multiple arbitrary stocks being compared Example of daily percent return correlation map for a given stock portfolio. Multiple arbitrary stocks being compared. 8 stocks, in this picture, on the X axis are displayed along with those same stocks being displayed on the Y axis. 8 by 8 squares are displayed. Each square displays the correlation between the two stocks being compared along with a shading of blue representing the correlation degree of the two stocks. The more correlated, the darker the shade of blue. A correlation degree index is displayed next to the chart. Display of covariance formula. Display of difference in market price, including an error value, as compared to estimated price using a calculated yield to maturity. Display of bond price formula as a function of the Yield to Maturity of the bond. Example of sphere being traversed by Dijkstra shortest path algorithm to find the shortest path between two points. Black dots make up the sphere body, a turquoise line traces part of a path through the dots in between two points, one blue one yellow. Display of the Dijkstra Shortest Path algorithm Example of two graphs displaying the Yield to Maturity needed to get the correct price for a bond. Two graphs displayed, both with Number of Iterations on the X axis. Top graph has a horizontal line marking the market (target) price. A red line which represents the estimated bond price progress of using Binary Search and a turquoise line showing the estimated bond price progress of using the Newtons Method algorithm. Bottom graph has a red line which represents the yield to maturity progress of using Binary Search and a turquoise line showing the yield to maturity progress of using the Newtons Method algorithm.