windse.ProblemManager¶

The ProblemManager contains all of the different classes of problems that windse can solve

class windse.ProblemManager.GenericProblem(domain, windfarm, function_space, boundary_data)¶

Bases: object

A GenericProblem contains on the basic functions required by all problem objects.

Parameters:	domain (`windse.DomainManager.GenericDomain()`) – a windse domain object. windfarm (`windse.WindFarmManager.GenericWindFarmm()`) – a windse windfarm object. function_space (`windse.FunctionSpaceManager.GenericFunctionSpace()`) – a windse function space object. boundary_conditions (`windse.BoundaryManager.GenericBoundary()`) – a windse boundary object.

ChangeWindAngle(inflow_angle)¶

This function recomputes all necessary components for a new wind direction

Parameters:	inflow_angle (float) – The new wind angle in radians

class windse.ProblemManager.IterativeSteady(domain, windfarm, function_space, boundary_conditions)¶

The IterativeSteady sets up everything required for solving Navier-Stokes using the SIMPLE algorithm

Parameters:	domain (`windse.DomainManager.GenericDomain()`) – a windse domain object. windfarm (`windse.WindFarmManager.GenericWindFarmm()`) – a windse windfarm object. function_space (`windse.FunctionSpaceManager.GenericFunctionSpace()`) – a windse function space object. boundary_conditions (`windse.BoundaryManager.GenericBoundary()`) – a windse boundary object.

class windse.ProblemManager.StabilizedProblem(domain, windfarm, function_space, boundary_conditions)¶

The StabilizedProblem setup everything required for solving Navier-Stokes with a stabilization term

Parameters:	domain (`windse.DomainManager.GenericDomain()`) – a windse domain object. windfarm (`windse.WindFarmManager.GenericWindFarmm()`) – a windse windfarm object. function_space (`windse.FunctionSpaceManager.GenericFunctionSpace()`) – a windse function space object. boundary_conditions (`windse.BoundaryManager.GenericBoundary()`) – a windse boundary object.

class windse.ProblemManager.TaylorHoodProblem(domain, windfarm, function_space, boundary_conditions)¶

The TaylorHoodProblem sets up everything required for solving Navier-Stokes

Parameters:	domain (`windse.DomainManager.GenericDomain()`) – a windse domain object. windfarm (`windse.WindFarmManager.GenericWindFarmm()`) – a windse windfarm object. function_space (`windse.FunctionSpaceManager.GenericFunctionSpace()`) – a windse function space object. boundary_conditions (`windse.BoundaryManager.GenericBoundary()`) – a windse boundary object.

class windse.ProblemManager.UnsteadyProblem(domain, windfarm, function_space, boundary_conditions)¶

The UnsteadyProblem sets up everything required for solving Navier-Stokes using a fractional-step method with an adaptive timestep size

Parameters:	domain (`windse.DomainManager.GenericDomain()`) – a windse domain object. windfarm (`windse.WindFarmManager.GenericWindFarmm()`) – a windse windfarm object. function_space (`windse.FunctionSpaceManager.GenericFunctionSpace()`) – a windse function space object. boundary_conditions (`windse.BoundaryManager.GenericBoundary()`) – a windse boundary object.

Classes¶

class windse.ProblemManager.GenericProblem(domain, windfarm, function_space, boundary_data)

Bases: object

A GenericProblem contains on the basic functions required by all problem objects.

Parameters:	domain (`windse.DomainManager.GenericDomain()`) – a windse domain object. windfarm (`windse.WindFarmManager.GenericWindFarmm()`) – a windse windfarm object. function_space (`windse.FunctionSpaceManager.GenericFunctionSpace()`) – a windse function space object. boundary_conditions (`windse.BoundaryManager.GenericBoundary()`) – a windse boundary object.

ChangeWindAngle(inflow_angle)

This function recomputes all necessary components for a new wind direction

Parameters:	inflow_angle (float) – The new wind angle in radians

class windse.ProblemManager.IterativeSteady(domain, windfarm, function_space, boundary_conditions)

The IterativeSteady sets up everything required for solving Navier-Stokes using the SIMPLE algorithm

Parameters:	domain (`windse.DomainManager.GenericDomain()`) – a windse domain object. windfarm (`windse.WindFarmManager.GenericWindFarmm()`) – a windse windfarm object. function_space (`windse.FunctionSpaceManager.GenericFunctionSpace()`) – a windse function space object. boundary_conditions (`windse.BoundaryManager.GenericBoundary()`) – a windse boundary object.

class windse.ProblemManager.StabilizedProblem(domain, windfarm, function_space, boundary_conditions)

The StabilizedProblem setup everything required for solving Navier-Stokes with a stabilization term

Parameters:	domain (`windse.DomainManager.GenericDomain()`) – a windse domain object. windfarm (`windse.WindFarmManager.GenericWindFarmm()`) – a windse windfarm object. function_space (`windse.FunctionSpaceManager.GenericFunctionSpace()`) – a windse function space object. boundary_conditions (`windse.BoundaryManager.GenericBoundary()`) – a windse boundary object.

class windse.ProblemManager.TaylorHoodProblem(domain, windfarm, function_space, boundary_conditions)

The TaylorHoodProblem sets up everything required for solving Navier-Stokes

Parameters:	domain (`windse.DomainManager.GenericDomain()`) – a windse domain object. windfarm (`windse.WindFarmManager.GenericWindFarmm()`) – a windse windfarm object. function_space (`windse.FunctionSpaceManager.GenericFunctionSpace()`) – a windse function space object. boundary_conditions (`windse.BoundaryManager.GenericBoundary()`) – a windse boundary object.

class windse.ProblemManager.UnsteadyProblem(domain, windfarm, function_space, boundary_conditions)

The UnsteadyProblem sets up everything required for solving Navier-Stokes using a fractional-step method with an adaptive timestep size

Parameters:	domain (`windse.DomainManager.GenericDomain()`) – a windse domain object. windfarm (`windse.WindFarmManager.GenericWindFarmm()`) – a windse windfarm object. function_space (`windse.FunctionSpaceManager.GenericFunctionSpace()`) – a windse function space object. boundary_conditions (`windse.BoundaryManager.GenericBoundary()`) – a windse boundary object.