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3.6 Circuit and DAEObject Manipulation 265<br />

Return list of variables<br />

stored in dae.<br />

Set up Transient DAE<br />

system.<br />

Return list of variables<br />

stored in daetran.<br />

In[4]:= GetVariables[dae]<br />

Out[4]= V$1, V$2, I$V0<br />

In[5]:= daetran = CircuitEquations[cir,<br />

AnalysisMode −> Transient, DefaultSelector −> "Spice"]<br />

Out[5]= DAETransient, 4 4 <br />

In[6]:= GetVariables[daetran]<br />

Out[6]= V$1t, V$2t, I$V0t, I$AC$D1t<br />

3.6.8 GetRHS<br />

GetRHS[dae]<br />

returns the right-hand side source vector stored in dae<br />

Command structure of GetRHS.<br />

Given a DAEObject dae, GetRHS returns the right-hand side source vector b of the linear equation<br />

system A x ⩵ b stored in the object.<br />

Please note that GetRHS is only valid for AC DAEObjects.<br />

See also: GetEquations (Section 3.6.5), GetMatrix (Section 3.6.6), GetVariables (Section 3.6.7),<br />

GetParameters (Section 3.6.9), GetDAEOptions (Section 3.6.10), GetDesignPoint (Section 3.6.12).<br />

Examples<br />

Load Analog Insydes.<br />

Define a simple voltage<br />

divider netlist.<br />

Set up AC DAE system.<br />

In[1]:=

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