list : list of the MapleSim model's settings.

A:-GetSettings returns the settings of the MapleSim model. A:-GetSettings always returns the settings defined for the entire model.

The A:-GetSettings returns a list of the form name = value, where name is one of the following;

t0 : simulation start time, default is 0.0 seconds;

tf : simulation stop time, default is 10.0 seconds;

solver : variable step integration method ("rkf45", "ck45", "rosenbrock"), default is "ck45";

abserr : absolute error tolerance, default is 1e-4;

relerr : relative error tolerance, default is 1e-4;

minpoints : minimum number of points to plot, default is 2000;

baumgarte : apply Baumgarte constraint stabilization (list [alpha, beta]), default is [];

alpha : derivative gain for Baumgarte constraint stabilization,

beta : proportional gain for Baumgarte constraint stabilization,

coniter : maximum number of constraint projection iterations, default is 50;

contol : constraint projection error tolerance, default is 1e-5;

evtiter : maximum number of event iterations, default is 100;

numericjacobian : determines how the system Jacobian is formulated for implicit integration methods (equals true when the MapleSim model's Jacobian setting is set to Numeric in the MapleSim GUI), default is false;

ix1relfac : relative error on algebraic variables compared to differential variables, default is 1.0;

ix1errctl : enable error control on algebraic variables not present in events, probes, or black-box function outputs, default is false;

ratehyst : width of the event hysteresis for all event triggers at the start of the simulation, default is 1e-10;

scalemethod : method of variable scaling applied to system (none, minimum, maximum, geometric), default is none;

reduceevents : determines whether to use heuristics to minimize number of the events encountered during simulation, default is false;

plotevents : determines whether to add extra plot points at event points during simulation, default is true;

compiler : determines whether code is compiled to native code prior to simulation, default is true;

optimize : determines whether compiler optimizations are applied during code compilation, default is true;

snap_state_file : use a snapped state simulation, default is "";

diagnosticinfo : output integration diagnostics, default is false;

minstep : minimum step size to use for integration, default is 0.

maxstep : maximum step size to use for integration, default is 0 (disabled).

t0 : simulation start time, default is 0.0 seconds;

t1 : simulation stop time, default is 10.0 seconds;

solver : fixed step integration method ("feuler" (Euler), "rk2", "rk3", "rk4", "beuler" (ImplicitEuler)), default is "feuler";

stepsize : fixed step size, default is 1e-3;

minpoints : minimum number of points to plot, default is 2000;

baumgarte : apply Baumgarte constraint stabilization (list [alpha, beta]), default is [];

alpha : derivative gain for Baumgarte constraint stabilization,

beta : proportional gain for Baumgarte constraint stabilization,

coniter : maximum number of constraint projection iterations, default is 50;

contol : constraint projection error tolerance, default is 1e-5;

evtiter : maximum number of event iterations, default is 100;

evtproj : determines whether to apply constraint projection during events, default is true;

evthyst : width of the event hysteresis band, default is 1e-7;

numericjacobian : determines how the system Jacobian is formulated for implicit integration methods (equals true when the MapleSim model's Jacobian setting is set to Numeric in the MapleSim GUI), default is false;

plotevents : determines whether to add an extra plot point before each potential event point during simulation, default is false;

compiler : determines whether code is compiled to native code prior to simulation, default is true;

optimize : determines whether compiler optimizations are applied during code compilation,  default is true;

snap_state_file : use a snapped state simulation, default is "".

diagnosticinfo : output integration diagnostics, default is false;

The A := MapleSim:-LinkModel() statement needs to be run prior to successfully using any of the ModelObject A's export functions.

$A≔\mathrm{MapleSim}:-\mathrm{LinkModel}\left('\mathrm{filename}'=\mathrm{cat}\left(\mathrm{kernelopts}\left('\mathrm{toolboxdir}'=\mathrm{MapleSim}\right)\,''/data/examples/RLCcircuit.msim''\right)\right)\:$

$A:-\mathrm{GetSettings}\left(\right)$

$\left[\mathrm{t0}=0\,\mathrm{tf}=10\,\mathrm{solver}=''rkf45''\,\mathrm{abserr}=\frac{1}{10000000}\,\mathrm{relerr}=\frac{1}{10000000}\,\mathrm{minstep}=0\,\mathrm{maxstep}=0\,\mathrm{minpoints}=200\,\mathrm{coniter}=50\,\mathrm{evtiter}=100\,\mathrm{scalemethod}=''none''\,\mathrm{diagnosticinfo}=\mathrm{false}\,\mathrm{ix1relfac}=1\,\mathrm{ix1errctl}=\mathrm{false}\,\mathrm{ratehyst}=\frac{1}{10000000000}\,\mathrm{reduceevents}=\mathrm{false}\,\mathrm{plotevents}=\mathrm{true}\,\mathrm{numericjacobian}=\mathrm{false}\,\mathrm{compile}=\mathrm{false}\right]$