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fastmath.solver
find-rootclj
(find-root f lower-bound upper-bound)(find-root f
lower-bound
upper-bound
{:keys [absolute-accuracy relative-accuracy max-iters initial-value
solver]
:or {max-iters 100 solver :brent}})Find zero (root) of a function f in given range [lower-bound, upper-bound].
Optional parameters:
:absolute-accuracy- default 1.0e-8:relative-accuracy:max-iters- maximum iterations (default: 100):initial-value- algorithm starting value:solver- one of::brent(default),:bisection,:illinois,:muller,:muller2,:pegasus,:regula-falsi,:riddersand:secant.
Find zero (root) of a function `f` in given range [`lower-bound`, `upper-bound`]. Optional parameters: * `:absolute-accuracy` - default 1.0e-8 * `:relative-accuracy` * `:max-iters` - maximum iterations (default: 100) * `:initial-value` - algorithm starting value * `:solver` - one of: `:brent` (default), `:bisection`, `:illinois`, `:muller`, `:muller2`, `:pegasus`, `:regula-falsi`, `:ridders` and `:secant`.
quadraticclj
(quadratic a b c)Solution of quadratic formula ax^2+bx+c=0, returns nil when there are no solutions
Solution of quadratic formula ax^2+bx+c=0, returns `nil` when there are no solutions
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