Options Pricing Monte Carlo vs Optactic

The Options Pricing Monte Carlo app prices power options: max(S^i -K,0) or max(K-S^i,0). It also shows the % of paths with positive payoffs. The normal inverse is calculated with Beasley-Springer-Moro method. The Heston tab is used to price options under stochastic volatility using Monte Carlo. It also prices European options using Black-Scholes and can also calculate Implied Vol. Normal is calculated by direct integration using Simpson method with a low tolerance. So 4 calculators in one: - Monte Carlo simulator for regular European and Power options. - Monte Carlo simulator for European options with stochastic vol (Heston model). - Black Scholes calculator for price and greeks and implied vol. - Simulation tab lets you visualize Brownian Motion with drift. (2D or vs time).

Optactic is a very useful tool for experienced traders to plan and visualize options strategies.  Beginners can also use this app to learn and master various options strategies using the in-app learning resources. - Simplify complex Options strategies. - Visualize risks and rewards through time and volatilities. - Build exit plans. - Strategy recommendations based on your predictions. - Rank strategies by potential rewards and risks. - 40 pre-defined Options strategies or build your own custom strategy. - Chance of profit, expected profit and returns, greeks, margin estimation. - Provide hook to your own DIY market data server. - Fully functional offline. Accuracy - Option price calculation is based on black scholes pricing model. - Stock price probability is based on log normal. - Rigorously tested to meet the strict accuracy requirement of our in-house traders. Continuous Improvement - We are actively developing new features, fixing bugs and improve app performance. - Our goal is to make Optactic an indispensable tool for option strategists. EULA - We follow the Apple standard EULA: https://www.apple.com/legal/internet-services/itunes/dev/stdeula/