Inequality Calculator
    
    
        Given two random variables X and Y, this application calculates P(X > Y + δ)
        and produces graphs of the densities of the two random variables. The supported
        distribution families are
    
    
        - Beta
- Gamma
- Inverse Gamma
- Log normal
- Normal
- Weibull
        What's New in Version 3.1.0.0
    
        - Added capability to change the graph legend for the X and Y Distributions
- Several minor bug fixes
        Requirements
    
        - Windows 7
 (other Windows versions may be compatible but this has not been tested)
- Administrative permissions may be required to install Inequality Calculator depending
            on the chosen installation location. 
- The following packages will be installed if they are not present:
            
                - Microsoft .NET Framework 4
- Microsoft Visual C++ 2013 x86 runtime redistributable library 
- Microsoft Windows Installer 4.5 
 
- To view the the 
            Inequality Calculator user's guide a PDF file viewer (not included with the
            software) such as Adobe Reader (available for free 
                here) must be installed. 
- To follow the "Send feed back via email" link in the Help -> About
            window, an email client such as Microsoft Outlook (not included with the software)
            must be installed.
        
    
        See also this 
            short video demonstration.
    
        For more information, see the 
            Inequality Calculator user's guide included with the download distribution.
    
        This software is included as a utility inside 
            Adaptive Randomization, 
                Predictive Probabilities, and 
                    Multc Lean.
    
    
        J. Kyle Wathen and Hoang Q. Nguyen developed the original user interface using 
            Microsoft's C# .
    
        John Cook implemented the numerical
        algorithms using Visual C++. Technical reports are available for numerical algorithms
        [1] and analytical results [2] related to the Inequality Calculator.
    
    
         
    
        References
    
        [1] John D. Cook Numerical
            Computation of Stochastic Inequality Probabilities (2003) Technical report
        UTMDABTR-008-03
    
        [2] John D. Cook 
            Exact calculation of beta inequalities (2005). Technical Report UTMDABTR-005-05