Teacher Writing a Formula on a Blackboar

Fast 1D, 2D and 3D Integrations

Our core libraries allow fast 2D and 3D integration of arbitrarily complex but continuous numerical functions.

Molecules Bio

Fast 1D, 2D and 3D Multiple Root Discovery

Our core libraries allow fast search for zeros in arbitrarily complex but continuous 1D, 2D or 3D functions.

Geometeric Graph

Fast 2D and 3D Point Cloud Manipulation

Our core libraries allow fast manipulation of 2D and 3D scatter points to rotate, translate, shear, flip and much more.

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Fast 1D, 2D and 3D Min Max Finding

Sometimes finding roots is not enough or not appropriate due to the nature of the function. Our 1D, 2D, and 3D MinMax Finders optimally searches and discovers minima and maxima of arbitrarily complex yet continuous 1D, 2D and 3D functions.

Image by Alina Grubnyak

Fast Directed and Undirected Graph Algorithms

Our core graphing libraries provide efficient shortest path, shortest distance, maximum flow, cycle detection, negative cycle detection, transitive equivalence, minimum equivalence, longest path, Hamiltonian cycle algorithms. Djikstra, Belman-Ford, Ford-Fulkerson, Floyd-Warshall, Johnson are some of the algorithms we have efficiently implemented to work in High Performance Computing (HPC) environments.

Female Teacher during a Math Class

Special Math Structures

Our core libraries include special math structures like Symmetric Matrices, Boolean Matrices, Integer Matrices, Sparse Matrices, Sparse Symmetric Matrices, Specialized Cartesian and Spherical Coordinate Transformation Matrices, 2D/3D FieldMeshes, 2D/3D/ND KDTrees, and Disjoint sets. Some core statistical routines are also implemented: Chi-Squared Tests, Fisher Tests, Logistic Regression and Cohort Matching.

 

If you have a question or want to use our fast low-footprint libraries, please contact us!