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| .affine.exp | Find the symbolic integral of a formula |
| .intArith | Find the symbolic integral of a formula |
| .intMath | Find the symbolic integral of a formula |
| .intTrig | Find the symbolic integral of a formula |
| .makePoly | Takes a call and returns its polynomial coefficients |
| .polyExp | Takes a call and returns its polynomial coefficients |
| .polyExp.num | Takes a call and returns its polynomial coefficients |
| antiD | Derivative and Anti-derivative operators |
| D | Derivative and Anti-derivative operators |
| D.default | Derivative and Anti-derivative operators |
| D.formula | Derivative and Anti-derivative operators |
| d2fdx2 | Numerical Derivatives |
| d2fdxdy | Numerical Derivatives |
| dfdx | Numerical Derivatives |
| integrateODE | Integrate ordinary differential equations |
| makeAntiDfun | Derivative and Anti-derivative operators |
| numD | Numerical Derivatives |
| numerical.first.partial | Numerical Derivatives |
| numerical.mixed.partial | Numerical Derivatives |
| numerical.second.partial | Numerical Derivatives |
| numerical_integration | Derivative and Anti-derivative operators |
| rkintegrate | A simple Runge-Kutta integrator |
| setCorners | Numerical Derivatives |
| setInterval | Numerical Derivatives |
| symbolicAntiD | Find the symbolic integral of a formula |
| symbolicD | Symbolic Derivatives |
| symbolicInt | Find the symbolic integral of a formula |