Contents Menu Expand Light mode Dark mode Auto light/dark, in light mode Auto light/dark, in dark mode Skip to content
OptiWindNet 0.0.5 documentation
OptiWindNet 0.0.5 documentation

Essentials

  • Requirements
  • Installation
  • Running
  • Optional - Solvers
  • Updating
  • Quickstart

Features

  • Basics
    • Overview
    • Data Input
    • Included locations
    • Example – Taylor 2023
    • Example – IEA Wind 740-10-MW
    • Plotting
  • Inexact Solvers
    • Hybrid Genetic Search meta-heuristic example
    • Esau-Williams Presolver example
    • Crossing-Preventing Esau-Williams (CPEW) example
    • Obstacle-Bypassing Esau-Williams (OBEW) example
    • Non-Branching Esau-Williams (NBEW) example
  • Exact Solvers
    • Mathematical Optimization (MILP)
    • Gurobi example
    • CPLEX example
    • HiGHS example
    • SCIP example
    • CBC example

Paper

  • About the paper
  • Section 3.1
    • Data download
    • If already downloaded skip to this cell
    • Definitions
    • Examine XML100 _11_
    • Get Statistics!
    • Check the rogues >= 4 offenders
  • Section 3.2
    • Preamble
    • Setup
    • Axes definition
    • Fetch data from database
    • Instances where Perez-Rua 2020 is shorter than our B&C result
    • Create quality comparison plots
    • Plot the instance with the highest positive difference
  • Sections 3.3 and 3.4
    • Preamble
    • Setup
    • Selecting actual routesets
    • HGS optimizer
    • B&C solver
    • 3.3 Impact of detours on the solver’s total length
    • 3.4 Comparison of B&C and HGS solutions
    • 3.5 Dealing with crossings from HGS-CVRP
  • Section 3.6.1
    • Reference solution
    • Start here
    • Solve κ = 6 (branched)
    • Solve κ = 6 (radial)
  • Section 3.6.2
    • Reference solution
    • Start here
    • Pre-solve
    • Reference solutions
    • Start here
    • Instantiate solver
    • G-140, κ = 6
    • G-210, κ = 7
  • Section 3.6.3
    • Reference solution
    • Start here

API reference

  • API Reference
    • optiwindnet
      • optiwindnet.MILP
        • optiwindnet.MILP.ortools
        • optiwindnet.MILP.pyomo
      • optiwindnet.augmentation
      • optiwindnet.baselines
        • optiwindnet.baselines.hgs
        • optiwindnet.baselines.lkh
        • optiwindnet.baselines.utils
      • optiwindnet.clustering
      • optiwindnet.crossings
      • optiwindnet.db
      • optiwindnet.geometric
      • optiwindnet.heuristics
      • optiwindnet.importer
      • optiwindnet.interarraylib
      • optiwindnet.interface
      • optiwindnet.mesh
      • optiwindnet.pathfinding
      • optiwindnet.plotting
      • optiwindnet.repair
      • optiwindnet.svg
      • optiwindnet.themes
      • optiwindnet.version
Back to top
Copyright © 2025, DTU Wind Energy
Made with Sphinx and @pradyunsg's Furo