Skip to main content
Ctrl+K
Minterpy 0.3 - Home Minterpy 0.3 - Home
  • Getting Started
  • How-to
  • Fundamentals
  • API Reference
  • Contributors
  • GitHub
  • Latest Docs
  • Stable Docs
  • Getting Started
  • How-to
  • Fundamentals
  • API Reference
  • Contributors
  • GitHub
  • Latest Docs
  • Stable Docs

Section Navigation

  • Multi-index Set
    • Create a Multi-Index Set
    • Add Exponents to a Multi-Index Set
    • Check for Equality in Value
    • Check for Membership (Containment)
    • Compare Multi-Index Sets
    • Make a Multi-Index Set Complete
    • Make a Multi-Index Set Downward-Closed
    • Create the Union of Multi-Index Sets
    • Multiply Multi-Index Sets
    • Create an Empty Multi-Index Set
  • Grid
    • Create with a generating function
    • Create with an array of generating points
    • Create with an array of generating values
    • Create with a complete multi-index set
    • Create using the default constructor
    • Evaluate a Function on a Grid
    • Multiply Grids
    • Create the Union of Grids
    • Add Elements of a Multi-Index Set to a Grid
    • Make a Grid complete
    • Make a Grid downward-closed
  • Integration
    • Integrate a One-Dimensional Polynomial
    • Integrate an M-Dimensional Polynomial
  • How-to Guides

How-to Guides#

This page contains a series of guides on how to carry out routine numerical tasks with polynomials in Minterpy as well as demonstrating important features of the main components of Minterpy.

  • Multi-index Set
    • Create a Multi-Index Set
    • Add Exponents to a Multi-Index Set
    • Check for Equality in Value
    • Check for Membership (Containment)
    • Compare Multi-Index Sets
    • Make a Multi-Index Set Complete
    • Make a Multi-Index Set Downward-Closed
    • Create the Union of Multi-Index Sets
    • Multiply Multi-Index Sets
    • Create an Empty Multi-Index Set
  • Grid
    • Create with a generating function
    • Create with an array of generating points
    • Create with an array of generating values
    • Create with a complete multi-index set
    • Create using the default constructor
    • Evaluate a Function on a Grid
    • Multiply Grids
    • Create the Union of Grids
    • Add Elements of a Multi-Index Set to a Grid
    • Make a Grid complete
    • Make a Grid downward-closed
  • Integration
    • Integrate a One-Dimensional Polynomial
    • Integrate an M-Dimensional Polynomial

previous

Polynomial Regression with Minterpy

next

Multi-Index Sets

© Copyright 2022, Minterpy Development Team.

Created using Sphinx 8.1.3.

Built with the PyData Sphinx Theme 0.16.1.