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CurrentSource Class Reference

#include <currentsource.h>

Inheritance diagram for CurrentSource:

Element

List of all members.


Detailed Description

Current Source.

cnode n0 has current flowing otu of it, cnode n1 has current flowing into it

Author:
David Saxton

Definition at line 21 of file currentsource.h.


Public Types

enum  Type {
  Element_BJT, Element_Capacitance, Element_CCCS, Element_CCVS,
  Element_CurrentSignal, Element_CurrentSource, Element_Diode, Element_Inductance,
  Element_LogicIn, Element_LogicOut, Element_OpAmp, Element_Resistance,
  Element_VCCS, Element_VCVS, Element_VoltagePoint, Element_VoltageSignal,
  Element_VoltageSource
}

Public Member Functions

virtual void add_map ()
CBranch * cbranch (const uint num)
double cbranchCurrent (const int branch)
CNode * cnode (const uint num)
double cnodeVoltage (const int node)
void componentDeleted ()
 CurrentSource (const double current)
ElementSetelementSet ()
void elementSetDeleted ()
virtual bool isNonLinear ()
virtual bool isReactive ()
int numCBranches ()
int numCNodes ()
void setCBranches (const int b0=noBranch, const int b1=noBranch, const int b2=noBranch, const int b3=noBranch)
void setCNodes (const int n0=noCNode, const int n1=noCNode, const int n2=noCNode, const int n3=noCNode)
void setCurrent (const double i)
virtual void setElementSet (ElementSet *c)
virtual Type type () const

Public Attributes

double m_cnodeI [8]
 Current flowing into the cnodes from the element.

Protected Member Functions

double & A_b (uint i, uint j)
double & A_c (uint i, uint j)
double & A_d (uint i, uint j)
double & A_g (uint i, uint j)
virtual void add_initial_dc ()
double & b_i (uint i)
double & b_v (uint i)
void resetCurrents ()
virtual void updateCurrents ()
virtual bool updateStatus ()

Protected Attributes

bool b_status
int m_numCBranches
int m_numCNodes
Matrixp_A
Vectorp_b
CBranch * p_cbranch [4]
CNode * p_cnode [MAX_CNODES]
ElementSetp_eSet

Private Attributes

double m_i

The documentation for this class was generated from the following files:

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