com.sun.electric.tool.ncc.netlist
Class Resistor

java.lang.Object
  com.sun.electric.tool.ncc.netlist.NetObject
      com.sun.electric.tool.ncc.netlist.Part
          com.sun.electric.tool.ncc.netlist.Resistor

All Implemented Interfaces:

NetObjReport.NetObjReportable, PartReport.PartReportable

public class Resistor
extends Part

Nested Class Summary

Nested classes/interfaces inherited from class com.sun.electric.tool.ncc.netlist.NetObject

NetObject.Type

Field Summary

Fields inherited from class com.sun.electric.tool.ncc.netlist.Part

pins, TYPE_FIELD_WIDTH

Constructor Summary

Resistor(PrimitiveNode.Function type, NccNameProxy.PartNameProxy name, double width, double length, Wire w1, Wire w2)

Method Summary

void	connect(Wire ss, Wire ee)
java.lang.String	connectionDescription(int n) human readable description of things connected this NetObject
java.lang.String	connectionDescription(Wire w) comma separated list of pins connected to w
double	getLength()
int[]	getPinCoeffs() Here is an accessor method for the coefficient array for this Part.
PinType	getPinTypeOfNthPin(int n)
double	getWidth()
java.lang.Integer	hashCodeForParallelMerge() Compute a hash code for this part for the purpose of performing parallel merge.
boolean	parallelMerge(Part p, NccOptions nccOpt) Never perform series/parallel combination of resistors.
int	typeCode() returns a unique int value for each distinct Part type
java.lang.String	typeString() returns String describing Part's type
java.lang.String	valueDescription() Report the numeric values of this Part, for example: width, length, resistance.

Methods inherited from class com.sun.electric.tool.ncc.netlist.Part

checkMe, computeHashCode, getConnected, getHashFor, getName, getNameProxy, getNetObjType, instanceDescription, isDeleted, isMos, isResistor, numDistinctWires, numPins, numPinsConnected, setDeleted, type

Methods inherited from class com.sun.electric.tool.ncc.netlist.NetObject

error, fullDescription, getCode, getParent, setParent, toString

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Methods inherited from interface com.sun.electric.tool.ncc.result.NetObjReport.NetObjReportable

fullDescription

Constructor Detail

Resistor

public Resistor(PrimitiveNode.Function type,
                NccNameProxy.PartNameProxy name,
                double width,
                double length,
                Wire w1,
                Wire w2)

Method Detail

getPinCoeffs

public int[] getPinCoeffs()

Description copied from class: Part

Here is an accessor method for the coefficient array for this Part. The terminal coefficients are used to compute new hash codes.

Specified by:

getPinCoeffs in class Part

Returns:

the array of terminal coefficients for this Part

valueDescription

public java.lang.String valueDescription()

Description copied from class: Part

Report the numeric values of this Part, for example: width, length, resistance.

Specified by:

valueDescription in class Part

Returns:

a String describing the Part's numeric values.

hashCodeForParallelMerge

public java.lang.Integer hashCodeForParallelMerge()

Description copied from class: Part

Compute a hash code for this part for the purpose of performing parallel merge. If two parallel Parts should be merged into one then hashCodeForParallelMerge() must return the same value for both Parts.

Specified by:

hashCodeForParallelMerge in class Part

getWidth

public double getWidth()

Specified by:

getWidth in interface PartReport.PartReportable

Overrides:

getWidth in class Part

getLength

public double getLength()

Specified by:

getLength in interface PartReport.PartReportable

Overrides:

getLength in class Part

connect

public void connect(Wire ss,
                    Wire ee)

parallelMerge

public boolean parallelMerge(Part p,
                             NccOptions nccOpt)

Never perform series/parallel combination of resistors. For layout resistors, resistance is a vendor dependent function of resistor width and length. We'll simply annotate resistor width and length and compare these between schematic and layout. See Jon Lexau for rationale.

Specified by:

parallelMerge in class Part

Parameters:

p - the other Part with which to merge

nccOpt - NccOptions. Used for size tolerance specification.

Returns:

true if merge was successful, false otherwise

typeCode

public int typeCode()

Description copied from class: Part

returns a unique int value for each distinct Part type

Specified by:

typeCode in class Part

getPinTypeOfNthPin

public PinType getPinTypeOfNthPin(int n)

Specified by:

getPinTypeOfNthPin in class Part

Returns:

the PinType for the nth pin

typeString

public java.lang.String typeString()

Description copied from class: Part

returns String describing Part's type

Specified by:

typeString in interface PartReport.PartReportable

Specified by:

typeString in class Part

connectionDescription

public java.lang.String connectionDescription(int n)

Description copied from class: NetObject

human readable description of things connected this NetObject

Specified by:

connectionDescription in class NetObject

connectionDescription

public java.lang.String connectionDescription(Wire w)

Description copied from class: Part

comma separated list of pins connected to w

Specified by:

connectionDescription in class Part