Download - Wolfram Research

270 3. Reference Manual
You can set arbitrary
options with arbitrary
values.
In[7]:= SetDAEOptions[dae,
Comment −> "This object describes a rectifier circuit"]
Out[7]=
AnalysisMode Transient,
BranchCurrentPrefix I$, BranchVoltagePrefix V$,
ControllingCurrentPrefix IC$, ControllingVoltagePrefix VC$,
ConvertImmittances True, DesignPoint
V0 2. Sin1000000 t, R1 100., C1 1. 10 7 , AREA$D1 1.,
BV$D1 ∞, GLEAK$D1 0, GLEAKSW$D1 0, GMIN 1. 10 12 ,
IBV$D1 0.001, IS$D1 1. 10 14 , ISW$D1 0, PERIM$D1 0,
RS$D1 0, TEMP 300.15, TNOM 300.15, $k 1.38062 10 23 ,
$q 1.60219 10 19 , CD$D1 0, CJO$D1 0, CJSW$D1 0,
ElementValues Symbolic, Formulation ModifiedNodal,
FrequencyVariable s, IgnoreMissingGround False,
IndependentVariable t, InitialConditions None,
InitialGuess I$AC$D1 0, V$1 V$2 0,
InstanceNameSeparator $, MatrixEquation True,
ModeValues , NodeVoltagePrefix V$, Symbolic All,
TimeVariable t, Value None, InitialTime 0.5,
Comment This object describes a rectifier circuit
3.6.12 GetDesignPoint
GetDesignPoint[dae]
GetDesignPoint[dae, param]
returns the design point stored in dae
returns the value of the parameter param from the design
point stored in dae
GetDesignPoint[dae, {param
, param
, † † † }]
returns the value of each parameter param i
Command structure of GetDesignPoint.
Given a DAEObject dae, GetDesignPoint returns the design point list stored in the object. If a
symbol is given as a second argument, the value of the corresponding parameter stored in the design
point is returned. If the second argument is a list of symbols, a list of the corresponding parameter
values is returned.
Note that GetDesignPoint differs from GetParameters in that it returns the complete design point
stored in dae and not only those parameters which appear in the equations of dae.
See also: GetEquations (Section 3.6.5), GetMatrix (Section 3.6.6), GetVariables (Section 3.6.7),
GetRHS (Section 3.6.8), GetParameters (Section 3.6.9), GetDAEOptions (Section 3.6.10).
Examples
Load Analog Insydes.
In[1]:=