signalproc.output

Class SGTGrapher

java.lang.Object

org.trianacode.taskgraph.Unit

signalproc.output.SGTGrapher

All Implemented Interfaces:

ProcessDoublesInterface

public class SGTGrapher
extends Unit
implements ProcessDoublesInterface

A SGTGrapher unit.

Field Summary

Fields inherited from class org.trianacode.taskgraph.Unit

CLONE_ALL_OUTPUT, CLONE_MULTIPLE_OUTPUT, COPY_OUTPUT, ESSENTIAL, ESSENTIAL_IF_CONNECTED, IMMEDIATE_UPDATE, INTERNAL, LATE_INITIALIZE, NO_UPDATE, ON_TASK_INSTANTATION, ON_USER_ACCESS, OPTIONAL, PROCESS_UPDATE, TRANSIENT, TRANSIENT_ACCESSIBLE, USER_ACCESSIBLE

Constructor Summary

Constructors

Constructor and Description
SGTGrapher()

Method Summary

Methods

Modifier and Type	Method and Description
boolean	getCanProcessDoubleArrays()
java.lang.String[]	getInputTypes() This method should return an array of the data types accepted by nodes not specified in getNodeInputTypes (e.g.
java.lang.String[]	getOutputTypes() This method should return an array of the data types output by nodes not specified in getNodeOutputTypes() (e.g.
boolean	getRequireDoubleInputs()
void	init() Initialses information specific to SGTGrapher.
void	parameterUpdate(java.lang.String paramname, java.lang.Object value)
void	process() The main unit algorithm.
void	reset() Called when the unit is reset.
void	setCanProcessDoubleArrays(boolean state) Unit Programmers should set this to true if this unit can process input data sets in double precision format
void	setRequireDoubleInputs(boolean state) Unit Programmers should set this to true if this unit requires its inputs to be in double precision format

Methods inherited from class org.trianacode.taskgraph.Unit

debug, debug, defineParameter, dispose, extractClipInState, getClipIn, getClipIn, getControlInterface, getDefaultInputNodes, getDefaultNodeRequirement, getDefaultOutputNodes, getDisplayName, getDisplayPackage, getGUIBuilderV2Info, getHelpFileLocation, getInputAtNode, getInputNodeCount, getMaximumInputNodes, getMaximumOutputNodes, getMinimumInputNodes, getMinimumOutputNodes, getNodeInputTypes, getNodeOutputTypes, getOutputNodeCount, getOutputPolicy, getPackageName, getParameter, getParameterPanelClass, getParameterPanelInstantiate, getParameterType, getParameterUpdatePolicy, getPopUpDescription, getRunnableInterface, getTask, getTaskGraphContext, getToolName, getToolPackage, getToolTable, getVersion, hideParameterPanel, isClipInName, isInputAtNode, isOutputSent, isParameter, log, log, notifyError, notifyError, output, outputAtNode, outputAtNode, parameterUpdated, putClipIn, removeClipIn, removeParameter, restoreClipInState, setDefaultInputNodes, setDefaultNodeRequirement, setDefaultOutputNodes, setDisplayName, setDisplayPackage, setGUIBuilderV2Info, setHelpFileLocation, setMaximumInputNodes, setMaximumOutputNodes, setMinimumInputNodes, setMinimumOutputNodes, setOutputPolicy, setParameter, setParameterPanelClass, setParameterPanelInstantiate, setParameterUpdatePolicy, setPopUpDescription, setRunnableInterface, setToolName, setToolPackage, setVersion, showParameterPanel, stopping

Methods inherited from class java.lang.Object

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

Constructor Detail

SGTGrapher

public SGTGrapher()

Method Detail

process

public void process()
             throws java.lang.Exception

Description copied from class: Unit

The main unit algorithm. This method should be implemented with the appropriate algorihtm for the unit (if no algorithm is implemented deadlock occurs).

Specified by:

process in class Unit

Throws:

java.lang.Exception

init

public void init()

Initialses information specific to SGTGrapher.

Overrides:

init in class Unit

reset

public void reset()

Called when the unit is reset. Restores the unit's variables to values specified by the parameters.

Overrides:

reset in class Unit

parameterUpdate

public void parameterUpdate(java.lang.String paramname,
                   java.lang.Object value)

Overrides:

parameterUpdate in class Unit

getInputTypes

public java.lang.String[] getInputTypes()

Description copied from class: Unit

This method should return an array of the data types accepted by nodes not specified in getNodeInputTypes (e.g. triana.types.VectorType). If no package is specified then triana.types is assumed.

Specified by:

getInputTypes in class Unit

Returns:

a string containing the names of the types allowed to be input to SGTGrapher, each separated by a white space.

getOutputTypes

public java.lang.String[] getOutputTypes()

Description copied from class: Unit

This method should return an array of the data types output by nodes not specified in getNodeOutputTypes() (e.g. triana.types.VectorType). If no package is specified then triana.types is assumed.

Specified by:

getOutputTypes in class Unit

Returns:

a string containing the names of the types output from SGTGrapher, each separated by a white space.

getRequireDoubleInputs

public boolean getRequireDoubleInputs()

Specified by:

getRequireDoubleInputs in interface ProcessDoublesInterface

Returns:

true if this unit requires its inputs to be in double precision format

getCanProcessDoubleArrays

public boolean getCanProcessDoubleArrays()

Specified by:

getCanProcessDoubleArrays in interface ProcessDoublesInterface

Returns:

true if this unit can deal with double precision input values

setRequireDoubleInputs

public void setRequireDoubleInputs(boolean state)

Description copied from interface: ProcessDoublesInterface

Unit Programmers should set this to true if this unit requires its inputs to be in double precision format

Specified by:

setRequireDoubleInputs in interface ProcessDoublesInterface

setCanProcessDoubleArrays

public void setCanProcessDoubleArrays(boolean state)

Description copied from interface: ProcessDoublesInterface

Unit Programmers should set this to true if this unit can process input data sets in double precision format

Specified by:

setCanProcessDoubleArrays in interface ProcessDoublesInterface