Uses of Class
spis.Circ.CircField.CircField

Packages that use CircField
spis.Circ.Circ   
spis.Circ.CircField   
spis.Top.SC   
 

Uses of CircField in spis.Circ.Circ
 

Fields in spis.Circ.Circ declared as CircField
private  CircField RCCabsCirc.bias
          Potential sources between a node and the node it is connected to by a source potential source potential which is maintained in the reduced matrices
private  CircField RCCabsCirc.pot
          potential at circuit nodes
private  CircField RCCabsCirc.redPot
          potential at reduced circuit nodes
private  CircField RCCabsCirc.redCharge
          charge at reduced circuit nodes
private  CircField RCCabsCirc.tmpR
          temporary circuit field (on reduced node set) stored to avoid heavy memory allocations/deallocations
private  CircField RCCabsCirc.tmpN
          temporary cricuit fields (on non-reduced node set) stored to avoid heavy memory allocations/deallocations
 

Methods in spis.Circ.Circ that return CircField
 CircField RCCabsCirc.getPot()
          Returns the potential on the circuit nodes (pointer).
abstract  CircField Circ.getPot()
          Provides the potential on the circuit nodes
 

Methods in spis.Circ.Circ with parameters of type CircField
 void RCCabsCirc.integrate(float dt, CircField intensity)
          performs one step of time integration over time dt, based on the net current collection intensity.
 void RCCabsCirc.setPot(CircField potential)
          sets the potential to the provided values, and also initialises what can be deduced form the potential: charges and reduced versions of potentials and charges (one reduced value per group of nodes connected by a potential source, internal data to the class).
 void RCCabsCirc.setPot(CircField potential, java.util.Vector potSources)
          sets the potential to the provided values, and also initialises what can be deduced form the potential: charges and reduced versions of potentials and charges (one reduced value per group of nodes connected by a potential source, internal data to the class).
abstract  void Circ.integrate(float dt, CircField intensity)
          performs one step of time integration over time dt, based on the net current collection intensity.
 

Uses of CircField in spis.Circ.CircField
 

Subclasses of CircField in spis.Circ.CircField
 class DirCircField
          Class Name : DirCircField
Project ref : SPIS project
File name : DirCircField.java
File type : class
Copyright : ONERA, 2 Av.
 

Methods in spis.Circ.CircField with parameters of type CircField
 void DirCircField.linComb(float a1, CircField c, float a2)
          performs the following linear comination o nthis circuit field: this = a1 this + a2 c.
 void DirCircField.increment(CircField c)
          Increments the current CircField by the passed CircField.
abstract  void CircField.linComb(float a1, CircField c, float a2)
          performs the following linear comination o nthis circuit field: this = a1 this + a2 c.
abstract  void CircField.increment(CircField c)
          Increments the current CircField by the passed CircField.
 

Constructors in spis.Circ.CircField with parameters of type CircField
DirCircField(CircField circField)
          Copy constructor
 

Uses of CircField in spis.Top.SC
 

Fields in spis.Top.SC declared as CircField
protected  CircField RCCabsSC.intens
          net collected intensity
protected  CircField RCCabsSC.circFieldBuffer
          circuit field buffer
 

Methods in spis.Top.SC with parameters of type CircField
 void RCCabsSC.mapSurfToCirc(ScalSurfField sf, CircField cf, int flag)
          Maps a scalar surface field onto a circuit field.
 void RCCabsSC.mapWireToCirc(ScalSurfField sf, CircField cf)
          Maps an edge-centred surface field living on wire elements onto a circuit field.
 void RCCabsSC.mapCircToSurf(CircField cf, ScalSurfField sf, int flag)
          Maps a circuit field onto a scalar surface field.
 void RCCabsSC.mapCircToWire(CircField cf, ScalSurfField sf)
          Maps a circuit field onto an edge-centred surface field living on 1D wires only.