ode_toolbox
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ode_toolbox [2016/09/07 16:29] boris |
ode_toolbox [2023/03/02 11:10] boris |
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| - | ODE_toolbox_screenshot.png, title=" | + | ====== ODE toolbox (Ecolego) ====== |
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| + | [[ecolego/ | ||
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| + | The Ordinary Differential Equation (ODE) toolbox is always included with the base version of Ecolego. | ||
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| + | The ODE toolbox allows you to create and simulate compartment models in Ecolego. Both linear and non-linear systems of ordinary differential equations are supported. | ||
| - | The ODE toolbox allows you to create and simulate compartment models in Ecolego. Both linear and non-linear systems of ordinary differential equations are supported. | ||
| This toolbox adds the following functionality to Ecolego: | This toolbox adds the following functionality to Ecolego: | ||
| * The [[Compartment|compartment]] building block representing a dependent variable or [[State|state]]. | * The [[Compartment|compartment]] building block representing a dependent variable or [[State|state]]. | ||
| - | * The [[Transfer]] building block to model fluxes between [[Compartment|compartments]]. | + | * The [[Transfer|Transfer]] building block to model fluxes between [[Compartment|compartments]]. Transfers can be [[Transfer_coefficient|linear]], non-linear or discrete. |
| - | * Transfers can be [[Transfer coefficient|linear]], non-linear or [[Discrete transfer|discrete]]. | + | * The [[Transport|transport sub-system]] which allows you to approximate partial differential equations in one dimension. |
| - | * The [[Transport|transport sub-system]] which allows you to approximate partial differential equations in one dimension. | + | |
| * An extensive library of numerical [[Solver|solvers]]. | * An extensive library of numerical [[Solver|solvers]]. | ||
| - | * [[Batch simulations]] | + | * [[Batch_simulations|Batch simulations]] |
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| + | The ODE toolbox feature powerful numerical solvers of ordinary differential equations. Both variable and fixed step size solvers are available, as well as solvers for stiff systems. | ||
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| + | * Set up system of ordinary differential equations using graphical blocks ( [[Compartment|compartments]] and [[Transfer|transfers]] ) | ||
| + | * Supports both linear and non-linear transfers | ||
| + | * Discrete transfers | ||
| + | * Saturation limits | ||
| + | * Variable step size solvers | ||
| + | * Bogacki-Shampine (Runge-Kutta 2,3) | ||
| + | * Dormand-Prince (Runge-Kutta 4,5) | ||
| + | * Dormand-Prince (Runge-Kutta 8,5,3) | ||
| + | * Adams-Bashforth-Moulton (variable order 1-12) | ||
| + | * NDF (variable order 1-5) | ||
| + | * BDF (variable order 1-5) | ||
| + | * RADAU5 (Runge-Kutta) | ||
| + | * Rosenbrock (Second order) | ||
| + | * Trapezoidal | ||
| + | * TR-BDF2 (Runga-Kutta) | ||
| + | * Fixed step size solvers * Runge-Kutta 1-5 | ||
| ===== Manual ===== | ===== Manual ===== | ||
| - | * [[ODE toolbox | + | |
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| - | ==== See also ==== | ||
| - | * [[Software]] | ||
ode_toolbox.txt · Last modified: 2023/03/02 12:19 by boris
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