úÎ ‡$      !"#None$Stepper for DDEs with a single delay*_stepper stepSize rhs xyState xTau1_2 u1_2‹Contains only the required snapshot of history to make steppers (e.g. Heun) work. There could be several delay variables (as in rc-analog)Vector of input data points Input u(t) is one-dimensional PState of a dynamical system, it can be a vector of any length (x(t), y(t), ...).DDE right-hand side     None |#Bandpass filter (linear) parameters/System response time, s (epsilon = tau / tau_D),Integration time, s (delta = tau_D / theta)Model parameters&Mackey-Glass model (no external input)Nonlinear transformationExternal forcing weight'DDE right-hand sides for example models  Nonej Fourth order Runge-Kutta stepperSecond order Heun's stepper /Generic integrator for DDEs with a single delay!;Generic integrator that records the whole time trace $x(t)$"ARK4 integrator shortcut for 2D DDEs with zero initial conditions#CShortcut for Heun's 2nd order 2D DDEs with zero initial conditions  Iterator describing a DDE systemDelay length in samples Number of last samples to recordTotal number of iterations;Initial state vector, initial history, and external forcingtFinal state and recorded state of the first variable. The latter could be a Matrix if multiple variables are needed!Initial state x(t), y(t),...(Initial history for the delayed variableDelay length in samplesExternal forcing"Delay length in samplesIntegration time step DDE modelExternal forcing#Delay length in samplesIntegration time step DDE modelExternal forcing  !"#! "# $6%7Safe`&'()*+,-.       !"#$%&'()*+,-./ dde-0.0.0-883TGFnKkKo41RVbeG4OwdNumeric.DDE.TypesNumeric.DDE.Model Numeric.DDE Paths_ddeStepper1_stepperHistorySnapshotHist _histsnapInput_input InputSnapshotInp_insnapState_stateRHSBandpassFiltering_tau_thetaPar MackeyGlassRC_beta_gamma_fnl_rho_filtrhs$fShowBandpassFilteringrk4heun2integ'integ integRk4_2D integHeun2_2D.+.*.version getBinDir getLibDir getDynLibDir getDataDir getLibexecDir getSysconfDirgetDataFileName