simsopt
v0.1.0
Contents
Getting started
Requirements
Mandatory Packages
Optional Packages
Installation
From PyPi
From Source
Post-Installation
Concepts
Ways to use simsopt
Input files
Optimization
MPI Partitions and worker groups
Defining optimization problems
Optimizable objects
Specifying functions that go into the objective function
Degrees of freedom (“dofs”)
Helpful functions
Fixing degrees of freedom
Dependencies
Derivatives
Testing
Python test suite
Longer examples
Continuous integration
Source code on GitHub
Examples
Optimizing an equilibrium code
SPEC version
VMEC version
Optimizing for quasisymmetry
Eliminating magnetic islands
API
simsopt package
Subpackages
simsopt.core package
Submodules
simsopt.core.dofs module
simsopt.core.functions module
simsopt.core.least_squares_problem module
simsopt.core.optimizable module
simsopt.core.util module
Module contents
simsopt.geo package
Submodules
simsopt.geo.biotsavart module
simsopt.geo.config module
simsopt.geo.curve module
simsopt.geo.curverzfourier module
simsopt.geo.curvexyzfourier module
simsopt.geo.jit module
simsopt.geo.objectives module
simsopt.geo.surface module
simsopt.geo.surfacegarabedian module
simsopt.geo.surfacerzfourier module
simsopt.geo.surfacexyzfourier module
Module contents
simsopt.mhd package
Submodules
simsopt.mhd.boozer module
simsopt.mhd.spec module
simsopt.mhd.vmec module
Module contents
simsopt.solve package
Submodules
simsopt.solve.mpi_solve module
simsopt.solve.serial_solve module
Module contents
simsopt.util package
Submodules
simsopt.util.mpi module
Module contents
Module contents
simsopt
»
Optimizing for quasisymmetry
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Optimizing for quasisymmetry
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v: v0.1.0
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