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| Class Summary | |
|---|---|
| Arcsin | Arcsin demonstrates how to use interpolation to define an inverse function. |
| IntegralCalcApp | IntegralCalcApp tests static methods in the Integral class. |
| LagrangeInterpolatorApp | LagrangeInterpolatorApp implements a visualization of Lagrange interpolating polynomials. |
| MonteCarloEstimatorApp | MonteCarloEstimatorApp |
| MonteCarloSampleMean | MonteCarloSampleMean |
| NumericalIntegrationApp | NumericalIntegrationApp implements a visualization of the integral of f(x) from x = a to x = b. |
| PolynomialApp | PolynomialApp test the Polynomial class. |
| PolynomialFitApp | PolynomialFitApp implements a visualization of a polynomial lest squares fit to a function. |
| RectangularApproximation | RectangularApproximation displays a rectangular approximation to an integral. |
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