Find the symbolic integral of a formula
Use recursion to find a symbolic antiderivative
Attempts symbolic integration of some mathematical/arithmetical forms
Attempts symbolic integration of some mathematical forms
Attempts symbolic integration of some mathematical forms using trigonometric substitution
Takes a call and returns its affine coefficients.
symbolicInt(form, ...)symbolicAntiD(form, ...)
.intArith(form, ...)
.intMath(form, ...)
.intTrig(form, num, den, .x.)
.affine.exp(tree, .x.)
an object of type formula to be integrated. Rhs of formula indicates which variable to integrate with respect to. Must only have one variable.
numerator
denominator
the variable name
the expression to be analyzed
extra parameters
symbolicInt returns a function whose body is the symbolic antiderivative of the formula. If this method does not recognize the formula, it will return an error.
a formula implementing giving symbolic anti-derivative. If the formula isn't found by the algorithm, an error is thrown.
An expression with the integral, or throws an error if unsuccessful.
An expression with the integral, or throws an error if unsuccessful.
An expression with the integral, or throws an error if unsuccessful.
A list with values of a and b satisfying a*.x.+b = tree. If the expression is not affine, returns an empty list.
This symbolic integrator recognizes simple polynomials and functions such as
sin, cos, tan, sinh, cosh, tanh, sqrt, and exp.
It will not perform more complicated substitutions or integration by parts.