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Manopt.jl
  • Home
  • About
  • How to...
    • 🏔️ Get started: optimize.
    • Speedup using in-place computations
    • Use automatic differentiation
    • Define objectives in the embedding
    • Count and use a cache
    • Print debug output
    • Record values
    • Implement a solver
    • Optimize on your own manifold
    • Do constrained optimization
    • Do geodesic regression
  • Solvers
    • List of Solvers
    • Adaptive Regularization with Cubics
    • Alternating Gradient Descent
    • Augmented Lagrangian Method
    • Chambolle-Pock
    • CMA-ES
    • Conjugate gradient descent
    • Conjugate Residual
    • Convex bundle method
    • Cyclic Proximal Point
    • Difference of Convex
    • Douglas—Rachford
    • Exact Penalty Method
    • Frank-Wolfe
    • Gradient Descent
    • Interior Point Newton
    • Levenberg–Marquardt
    • Nelder–Mead
    • Particle Swarm Optimization
    • Primal-dual Riemannian semismooth Newton
    • Proximal bundle method
    • Quasi-Newton
    • Stochastic Gradient Descent
    • Subgradient method
    • Steihaug-Toint TCG Method
    • Trust-Regions Solver
  • Plans
    • Specify a Solver
    • Problem
    • Objective
    • Solver State
    • Stepsize
    • Stopping Criteria
    • Debug Output
    • Recording values
  • Helpers
    • Checks
    • Exports
  • Contributing to Manopt.jl
  • Extensions
  • Notation
  • Changelog
  • References
Version
  • Notation
  • Notation
GitHub

Notation

In this package,the notation introduced in Manifolds.jl Notation is used with the following additional parts.

SymbolDescriptionAlso usedComment
$∇$The Levi-Cevita connection
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This document was generated with Documenter.jl version 1.5.0 on Saturday 3 August 2024. Using Julia version 1.10.4.