set : set of the system's variable and parameter substitutions

reverse : true or false

Specifies whether to return the reverse of the substitutions that are used in other API calls. Default is false.

shortexplicit : true or false

True (the default) means use short names, if possible, for explicit parameters, which are those defined in parameter blocks or, if the selected subsystem is a component, the parameters of the component.

A:-GetSubstitutions returns the substitutions that are applied to variable and parameter names in other API function calls.

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

If no substitutions have been defined for the system, a set of default substitutions will be returned.

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

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

$\left\{\mathrm{Main.RLC.C}=C\,\mathrm{Main.RLC.C1.i}=\mathrm{C1\_i}\,\mathrm{Main.RLC.C1.n.i}=\mathrm{C1\_n\_i}\,\mathrm{Main.RLC.C1.n.v}=\mathrm{C1\_n\_v}\,\mathrm{Main.RLC.C1.p.i}=\mathrm{C1\_p\_i}\,\mathrm{Main.RLC.C1.p.v}=\mathrm{C1\_p\_v}\,\mathrm{Main.RLC.C1.v}=\mathrm{C1\_v}\,\mathrm{Main.RLC.G2.p.i}=\mathrm{G2\_p\_i}\,\mathrm{Main.RLC.G2.p.v}=\mathrm{G2\_p\_v}\,\mathrm{Main.RLC.I1.i}=\mathrm{I1\_i}\,\mathrm{Main.RLC.I1.n.i}=\mathrm{I1\_n\_i}\,\mathrm{Main.RLC.I1.n.v}=\mathrm{I1\_n\_v}\,\mathrm{Main.RLC.I1.p.i}=\mathrm{I1\_p\_i}\,\mathrm{Main.RLC.I1.p.v}=\mathrm{I1\_p\_v}\,\mathrm{Main.RLC.I1.v}=\mathrm{I1\_v}\,\mathrm{Main.RLC.L}=L\,\mathrm{Main.RLC.NP1.i}=\mathrm{NP1\_i}\,\mathrm{Main.RLC.NP1.v}=\mathrm{NP1\_v}\,\mathrm{Main.RLC.NP2.i}=\mathrm{NP2\_i}\,\mathrm{Main.RLC.NP2.v}=\mathrm{NP2\_v}\,\mathrm{Main.RLC.PP1.i}=\mathrm{PP1\_i}\,\mathrm{Main.RLC.PP1.v}=\mathrm{PP1\_v}\,\mathrm{Main.RLC.PP2.i}=\mathrm{PP2\_i}\,\mathrm{Main.RLC.PP2.v}=\mathrm{PP2\_v}\,\mathrm{Main.RLC.PP3.i}=\mathrm{PP3\_i}\,\mathrm{Main.RLC.PP3.v}=\mathrm{PP3\_v}\,\mathrm{Main.RLC.PS1.y}=\mathrm{PS1\_y}\,\mathrm{Main.RLC.R}=R\,\mathrm{Main.RLC.R1.T}=T\,\mathrm{Main.RLC.R1.i}=\mathrm{R1\_i}\,\mathrm{Main.RLC.R1.n.i}=\mathrm{R1\_n\_i}\,\mathrm{Main.RLC.R1.n.v}=\mathrm{R1\_n\_v}\,\mathrm{Main.RLC.R1.p.i}=\mathrm{R1\_p\_i}\,\mathrm{Main.RLC.R1.p.v}=\mathrm{R1\_p\_v}\,\mathrm{Main.RLC.R1.v}=\mathrm{R1\_v}\,\mathrm{Main.RLC.SC1.i}=\mathrm{SC1\_i}\,\mathrm{Main.RLC.SC1.v}=\mathrm{SC1\_v}\,\mathrm{Main.S1.f}=\mathrm{S1\_f}\,\mathrm{Main.S1.offset}=\mathrm{S1\_offset}\,\mathrm{Main.S1.phase}=\mathrm{S1\_phase}\,\mathrm{Main.S1.y}=\mathrm{S1\_y}\,\mathrm{Main.Probe1.Vout}=\mathrm{Vout}\,\mathrm{Main.RLC.InputSignal}=\mathrm{InputSignal}\,\mathrm{Main.RLC.OutputSignal}=\mathrm{OutputSignal}\,\mathrm{Main.RLC.PS1.p.i}=\mathrm{PS1\_p\_i}\,\mathrm{Main.RLC.PS1.p.v}=\mathrm{PS1\_p\_v}\,\mathrm{Main.RLC.R1.LossPower}=\mathrm{R1\_LossPower}\,\mathrm{Main.RLC.R1.R\_actual}=\mathrm{R1\_R\_actual}\,\mathrm{Main.RLC.R1.T\_heatPort}=\mathrm{R1\_T\_heatPort}\,\mathrm{Main.RLC.R1.T\_ref}=T\,\mathrm{Main.RLC.R1.alpha}=\mathrm{R1\_alpha}\,\mathrm{Main.RLC.SC1.n.i}=\mathrm{SC1\_n\_i}\,\mathrm{Main.RLC.SC1.n.v}=\mathrm{SC1\_n\_v}\,\mathrm{Main.RLC.SC1.p.i}=\mathrm{SC1\_p\_i}\,\mathrm{Main.RLC.SC1.p.v}=\mathrm{SC1\_p\_v}\,\mathrm{Main.S1.amplitude}=\mathrm{S1\_amplitude}\,\mathrm{Main.S1.startTime}=\mathrm{S1\_startTime}\right\}$

$A:-\mathrm{GetSubstitutions}\left('\mathrm{reverse}'\right)$

$\left\{C=\mathrm{Main.RLC.C}\,\mathrm{C1\_i}=\mathrm{Main.RLC.C1.i}\,\mathrm{C1\_n\_i}=\mathrm{Main.RLC.C1.n.i}\,\mathrm{C1\_n\_v}=\mathrm{Main.RLC.C1.n.v}\,\mathrm{C1\_p\_i}=\mathrm{Main.RLC.C1.p.i}\,\mathrm{C1\_p\_v}=\mathrm{Main.RLC.C1.p.v}\,\mathrm{C1\_v}=\mathrm{Main.RLC.C1.v}\,\mathrm{G2\_p\_i}=\mathrm{Main.RLC.G2.p.i}\,\mathrm{G2\_p\_v}=\mathrm{Main.RLC.G2.p.v}\,\mathrm{I1\_i}=\mathrm{Main.RLC.I1.i}\,\mathrm{I1\_n\_i}=\mathrm{Main.RLC.I1.n.i}\,\mathrm{I1\_n\_v}=\mathrm{Main.RLC.I1.n.v}\,\mathrm{I1\_p\_i}=\mathrm{Main.RLC.I1.p.i}\,\mathrm{I1\_p\_v}=\mathrm{Main.RLC.I1.p.v}\,\mathrm{I1\_v}=\mathrm{Main.RLC.I1.v}\,L=\mathrm{Main.RLC.L}\,\mathrm{NP1\_i}=\mathrm{Main.RLC.NP1.i}\,\mathrm{NP1\_v}=\mathrm{Main.RLC.NP1.v}\,\mathrm{NP2\_i}=\mathrm{Main.RLC.NP2.i}\,\mathrm{NP2\_v}=\mathrm{Main.RLC.NP2.v}\,\mathrm{PP1\_i}=\mathrm{Main.RLC.PP1.i}\,\mathrm{PP1\_v}=\mathrm{Main.RLC.PP1.v}\,\mathrm{PP2\_i}=\mathrm{Main.RLC.PP2.i}\,\mathrm{PP2\_v}=\mathrm{Main.RLC.PP2.v}\,\mathrm{PP3\_i}=\mathrm{Main.RLC.PP3.i}\,\mathrm{PP3\_v}=\mathrm{Main.RLC.PP3.v}\,\mathrm{PS1\_p\_i}=\mathrm{Main.RLC.PS1.p.i}\,\mathrm{PS1\_p\_v}=\mathrm{Main.RLC.PS1.p.v}\,\mathrm{PS1\_y}=\mathrm{Main.RLC.PS1.y}\,R=\mathrm{Main.RLC.R}\,\mathrm{R1\_i}=\mathrm{Main.RLC.R1.i}\,\mathrm{R1\_n\_i}=\mathrm{Main.RLC.R1.n.i}\,\mathrm{R1\_n\_v}=\mathrm{Main.RLC.R1.n.v}\,\mathrm{R1\_p\_i}=\mathrm{Main.RLC.R1.p.i}\,\mathrm{R1\_p\_v}=\mathrm{Main.RLC.R1.p.v}\,\mathrm{R1\_v}=\mathrm{Main.RLC.R1.v}\,\mathrm{S1\_f}=\mathrm{Main.S1.f}\,\mathrm{S1\_y}=\mathrm{Main.S1.y}\,\mathrm{SC1\_i}=\mathrm{Main.RLC.SC1.i}\,\mathrm{SC1\_n\_i}=\mathrm{Main.RLC.SC1.n.i}\,\mathrm{SC1\_n\_v}=\mathrm{Main.RLC.SC1.n.v}\,\mathrm{SC1\_p\_i}=\mathrm{Main.RLC.SC1.p.i}\,\mathrm{SC1\_p\_v}=\mathrm{Main.RLC.SC1.p.v}\,\mathrm{SC1\_v}=\mathrm{Main.RLC.SC1.v}\,T=\mathrm{Main.RLC.R1.T\_ref}\,\mathrm{Vout}=\mathrm{Main.Probe1.Vout}\,\mathrm{InputSignal}=\mathrm{Main.RLC.InputSignal}\,\mathrm{OutputSignal}=\mathrm{Main.RLC.OutputSignal}\,\mathrm{R1\_LossPower}=\mathrm{Main.RLC.R1.LossPower}\,\mathrm{R1\_R\_actual}=\mathrm{Main.RLC.R1.R\_actual}\,\mathrm{R1\_T\_heatPort}=\mathrm{Main.RLC.R1.T\_heatPort}\,\mathrm{R1\_alpha}=\mathrm{Main.RLC.R1.alpha}\,\mathrm{S1\_amplitude}=\mathrm{Main.S1.amplitude}\,\mathrm{S1\_offset}=\mathrm{Main.S1.offset}\,\mathrm{S1\_phase}=\mathrm{Main.S1.phase}\,\mathrm{S1\_startTime}=\mathrm{Main.S1.startTime}\right\}$