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TODO.md

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+Distributions to include:
+
+1. PERT (Program Evaluation and Review Technique) Distribution
+
+   - Useful when you have estimates for minimum, most likely, and maximum
+     values, with a tendency to weight the most likely value more heavily.
+
+2. Triangular Distribution
+
+   - Ideal when you have estimates for minimum, most likely, and maximum values,
+     but less certainty about the weight of the most likely value compared to
+     PERT.
+
+3. Normal (Gaussian) Distribution
+
+   - Appropriate for natural phenomena and when you expect values to be
+     symmetrically distributed around a mean.
+
+4. Log-Normal Distribution
+
+   - Suitable for modeling quantities that are always positive and have a skewed
+     distribution, such as project durations or costs.
+
+5. Uniform Distribution
+
+   - Used when all values between a minimum and maximum are equally likely,
+     often in the absence of more specific information.
+
+6. Beta Distribution
+
+   - Flexible for modeling various shapes of uncertainty, especially useful when
+     historical data is available to fit the distribution.
+
+7. Gamma Distribution
+
+   - Often used for modeling waiting times or project durations, especially when
+     the distribution is skewed to the right.
+
+8. Weibull Distribution
+
+   - Commonly used in reliability analysis and for modeling time-to-failure in
+     projects or systems.
+
+9. Exponential Distribution
+
+   - Useful for modeling the time between independent events, such as time
+     between failures in a system.
+
+10. Discrete Uniform Distribution
+
+    - Applicable when dealing with a finite number of equally likely outcomes,
+      such as selecting from a set of discrete options.