org.clojars.punit-naik.clj-ml.utils.linear-algebra
eval-fnclj
(eval-fn eq x)Evaluates a function ax^n+bx^n-1+...+z represented by a collection of it's coefficients [a b ... z]
at the value x
Evaluates a function ax^n+bx^n-1+...+z represented by a collection of it's coefficients [a b ... z] at the value `x`
factorsclj
(factors num)(factors num decimal?)Finds all the factors of a number
Finds all the factors of a number
find-all-possible-solutionsclj
(find-all-possible-solutions coefficients)Given the a to z terms of the equation ax ^n+....+z=0 as a collection This function finds all the possible roots of this equation
Given the a to z terms of the equation ax ^n+....+z=0 as a collection This function finds all the possible roots of this equation
isa-solution?clj
(isa-solution? coefficients root)Given the a to z terms of the quadratic equation ax^n+....+z=0 as a collection And the root, this function checks if the same root is a solution for the equation or not And returns the new reduced equation for finding the remaining roots using Synthetic Division
Given the a to z terms of the quadratic equation ax^n+....+z=0 as a collection And the root, this function checks if the same root is a solution for the equation or not And returns the new reduced equation for finding the remaining roots using Synthetic Division
newtons-methodclj
(newtons-method eq eq-deriv precision x-0)Uses Newton's method to find the root of an equation ax^n+bx^n-1+...+z
Represented as a collection of it's coefficients [a b ... z]
It selects a root for precision upto the number set by the arg precision
x1 = x0 - ( f(x0) / f'(x0) )
Uses Newton's method to find the root of an equation ax^n+bx^n-1+...+z Represented as a collection of it's coefficients [a b ... z] It selects a root for precision upto the number set by the arg `precision` x1 = x0 - ( f(x0) / f'(x0) )
solve-equationcljmultimethod
Given the a to z terms of the equation ax^n+....+z=0 This returns all the roots for the equation
Given the a to z terms of the equation ax^n+....+z=0 This returns all the roots for the equation
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