CTBase.jl
The CTBase.jl package is part of the control-toolbox ecosystem.
flowchart TD
O(<a href='https://control-toolbox.org/OptimalControl.jl/stable/'>OptimalControl</a>) --> B(<a href='https://control-toolbox.org/OptimalControl.jl/stable/api-ctbase.html'>CTBase</a>)
O --> D(<a href='https://control-toolbox.org/OptimalControl.jl/stable/api-ctdirect.html'>CTDirect</a>)
O --> F(<a href='https://control-toolbox.org/OptimalControl.jl/stable/api-ctflows.html'>CTFlows</a>)
F --> B
D --> B
style B fill:#FBF275
You may find in this package:
- Description: tools to manipulate tuples.
- Differential geometry: tools to compute Lie brackets, Poisson brackets...
- Exceptions.
- Initial guess: tools to define an initial guess.
- Model: tools to model an optimal control problem in a functional manner.
- Parser: tools to model an optimal control problem in an abstract manner.
- Print: check how an optimal control problem is displayed.
- Repl: control-toolbox repl.
- Solution: optimal control solution.
- Types: the common types and associated methods if any.
- Utils: auxiliary methods.
Here is the list of imported packages and exported functions.
CTBase.CTBase
— ModuleCTBase
module.
Lists all the imported modules and packages:
Base
Core
DataStructures
DocStringExtensions
LinearAlgebra
MLStyle
Parameters
PrettyTables
Printf
ReplMaker
Unicode
List of all the exported names:
AbstractHamiltonian
AmbiguousDescription
Autonomous
BoundaryConstraint
CTException
Control
ControlConstraint
ControlLaw
Controls
Costate
Costates
DCostate
DState
Description
Dimension
Dynamics
ExtensionError
FeedbackControl
Fixed
Hamiltonian
HamiltonianLift
HamiltonianVectorField
IncorrectArgument
IncorrectMethod
IncorrectOutput
Index
Lagrange
@Lie
Lie
Lift
Mayer
MixedConstraint
Model
Multiplier
NonAutonomous
NonFixed
NotImplemented
OptimalControlInit
OptimalControlModel
OptimalControlSolution
ParsingError
Poisson
State
StateConstraint
States
Time
TimeDependence
Times
TimesDisc
UnauthorizedCall
Variable
VariableConstraint
VariableDependence
VectorField
__OCPModel
add
boundary_constraints
boundary_constraints!
constraint
constraint!
constraint_type
constraints_labels
control
control!
control_components_names
control_constraints
control_constraints!
control_dimension
control_discretized
control_name
costate
costate!
costate_discretized
criterion
ctNumber
ctVector
ct_repl
ct_repl_update_model
ctgradient
ctindices
ctinterpolate
ctjacobian
ctupperscripts
@def
dim_boundary_constraints
dim_control_constraints
dim_control_range
dim_mixed_constraints
dim_path_constraints
dim_state_constraints
dim_state_range
dim_variable_constraints
dim_variable_range
dynamics
dynamics!
final_time
final_time_name
getFullDescription
has_free_final_time
has_free_initial_time
has_lagrange_cost
has_mayer_cost
infos
infos!
initial_time
initial_time_name
is_autonomous
is_fixed
is_max
is_min
is_time_dependent
is_time_independent
is_variable_dependent
is_variable_independent
iterations
iterations!
lagrange
mayer
message
message!
mixed_constraints
mixed_constraints!
model_expression
mult_boundary_constraints
mult_boundary_constraints!
mult_control_box_lower
mult_control_box_lower!
mult_control_box_upper
mult_control_box_upper!
mult_control_constraints
mult_control_constraints!
mult_mixed_constraints
mult_mixed_constraints!
mult_state_box_lower
mult_state_box_lower!
mult_state_box_upper
mult_state_box_upper!
mult_state_constraints
mult_state_constraints!
mult_variable_box_lower
mult_variable_box_lower!
mult_variable_box_upper
mult_variable_box_upper!
mult_variable_constraints
mult_variable_constraints!
nlp_constraints!
objective
objective!
remove
remove_constraint!
replace_call
set_AD_backend
state
state!
state_components_names
state_constraints
state_constraints!
state_dimension
state_discretized
state_name
stopping
stopping!
success
success!
time!
time_grid
time_grid!
time_name
variable
variable!
variable_components_names
variable_constraints
variable_constraints!
variable_dimension
variable_name
∂ₜ
⋅
For the developers, here are the private methods.