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| Preds (Simulator sim) |
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double | derivative (double t) |
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| Continuous () |
| Constructs a new continuous-time variable linked to the default simulator, without initializing it.
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| Continuous (Simulator sim) |
| Constructs a new continuous-time variable linked to the given simulator, without initializing it. More...
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void | init (double val) |
| Initializes or reinitializes the continuous-time variable to val . More...
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double | value () |
| Returns the current value of this continuous-time variable. More...
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Simulator | simulator () |
| Returns the simulator linked to this continuous-time variable. More...
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void | setSimulator (Simulator sim) |
| Sets the simulator linked to this continuous-time variable. More...
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void | startInteg () |
| Starts the integration process that will change the state of this variable at each integration step.
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void | startInteg (double val) |
| Same as startInteg, after initializing the variable to val . More...
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void | stopInteg () |
| Stops the integration process for this continuous variable. More...
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abstract double | derivative (double t) |
| This method should return the derivative of this variable with respect to time, at time \(t\). More...
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void | afterEachStep () |
| This method is executed after each integration step for this Continuous variable. More...
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static void | selectEuler (double h) |
| Selects the Euler method as the integration method, with the integration step size h , in time units, for the default simulator. More...
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static void | selectRungeKutta4 (double h) |
| Selects a Runge-Kutta method of order 4 as the integration method to be used, with step size h . More...
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static void | selectRungeKutta2 (double h) |
| Selects a Runge-Kutta method of order 2 as the integration method to be used, with step size h . More...
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boolean | active |
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double | value |
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Event | ev |
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double | phi |
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double | pi |
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double | buffer |
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double | sum |
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The documentation for this class was generated from the following file: