RtjAocsFramework.SequentialDataProcessing
Class ControlChannelSuperBlock

java.lang.Object
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  +--RtjAocsFramework.BasicObjects.RootObject
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        +--RtjAocsFramework.BasicObjects.AocsObject
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              +--RtjAocsFramework.SequentialDataProcessing.AbstractControlChannel
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                    +--RtjAocsFramework.SequentialDataProcessing.ControlChannelSuperBlock

All Implemented Interfaces:

Configurable, DataSink, DataSource, Resettable, Telemeterable

Direct Known Subclasses:

JbedSmmPid

public class ControlChannelSuperBlock

extends AbstractControlChannel

ControlChannelSuperBlock is a container component for a control channel super-block. This class manages a set of interconnected lower-level blocks. The lower level blocks are seen as instances of AbstractControlChannel because they can be either control channel blocks or control channel super blocks.

Copyright: see the Copyright Notice.

Change Record: Version 1.1: : added class IoLink as a private class. Done by A. Pasetti on 17.02.03

Version:

1.1

Author:

Alessandro Pasetti (University of Konstanz), Vaclav Cechticky (IfA ETHZ)

See Also:

The Sequential Data Processing Framelet Document

Field Summary

protected RtjAocsFramework.SequentialDataProcessing.ControlChannelSuperBlock.IoLink[]	inputLink Array holding connections between internal blocks and external inputs
protected RtjAocsFramework.SequentialDataProcessing.ControlChannelSuperBlock.IoLink[]	outputLink Array holding connections between internal blocks and external outputs

Fields inherited from class RtjAocsFramework.SequentialDataProcessing.AbstractControlChannel

ccLink, channelPropagation, enclosingControlChannel, lastPropagatedTime, m, n, noPropagation, propagationToken, recoveryAction, totalPropagation

Fields inherited from interface RtjAocsFramework.TelemetryManagement.Telemeterable

DEBUG_TM, LONG_TM, NORMAL_TM, NTMFORMATS, SHORT_TM

Constructor Summary

ControlChannelSuperBlock(int nInputs, int nOutputs)
Creates a new ControlChannelSuperBlock object with the specified order of the input and the specified order of the output.

Method Summary

double	getOutput(int j) Returns the j-th output of the control channel super block.
boolean	isConfigured() Check that the super block has more than 0 outputs and that its inputs and outputs are connected.
boolean	isOnHold() Returns true if the super block is on hold.
void	linkInput(AbstractControlChannel c, int i, int j) Links j-th input to i-th output of control channel c.
void	linkInput(DataSource d, int i, int j) Links the j-th input of the control channel to the data source.
void	linkInputInternal(DataSource c, int i, int j) Links the i-th input of ControlChannel to the j-th input of the super channel.
void	linkOutputInternal(DataSource c, int i, int j) Links the i-th output of ControlChannel to the j-th output of the super channel.
void	propagate(int t) Propagates state and output equations from the current time to the target time t.
void	reset() Resets super object state and resets all the control channels embedded in the super block
void	resetConfiguration() Resets configuration of the super object and performs the local reset of the configuration.
void	setInput(double d, int i) Sets the new value of the i-th input of the control channel super block.
void	setOnHold(boolean holdStatus) Setter method that suspends or resumes the state propagation.

Methods inherited from class RtjAocsFramework.SequentialDataProcessing.AbstractControlChannel

getEnclosingControlChannel, getIllegalTimeRecoveryAction, getLastPropagatedTime, getNumberOfInputs, getNumberOfOutputs, getPropagationToken, reset, setEnclosingControlChannel, setIllegalTimeRecoveryAction, setNumberOfInputs, setNumberOfOutputs, setPropagationToken

Methods inherited from class RtjAocsFramework.BasicObjects.AocsObject

addConfigurationListener, addFailureListener, finalize, getAocsClock, getConfigurationListenerList, getCycle, getDestructionRecoveryAction, getFailureListenerList, getSystemManager, getTelemetryFormat, getTelemetryImageLength, getTime, removeConfigurationListener, removeFailureListener, reportConfigurationEvent, reportFailure, resetStaticConfiguration, setAocsClock, setDestructionRecoveryAction, setMaxNumberOfConfigurationListeners, setMaxNumberOfFailureListeners, setSystemManager, setTelemetryFormat, writeToTelemetry

Methods inherited from class RtjAocsFramework.BasicObjects.RootObject

getClassId, getInstanceId, setClassId

Methods inherited from class java.lang.Object

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

Field Detail

inputLink

protected RtjAocsFramework.SequentialDataProcessing.ControlChannelSuperBlock.IoLink[] inputLink

Array holding connections between internal blocks and external inputs

outputLink

protected RtjAocsFramework.SequentialDataProcessing.ControlChannelSuperBlock.IoLink[] outputLink

Array holding connections between internal blocks and external outputs

Constructor Detail

ControlChannelSuperBlock

public ControlChannelSuperBlock(int nInputs,
                                int nOutputs)

Creates a new ControlChannelSuperBlock object with the specified order of the input and the specified order of the output.

Parameters:

nInputs - the order of the input

nOutputs - the order of the output

Method Detail

propagate

public void propagate(int t)

Propagates state and output equations from the current time to the target time t.

Specified by:

propagate in class AbstractControlChannel

Parameters:

t - the target time

linkInput

public void linkInput(DataSource d,
                      int i,
                      int j)

Links the j-th input of the control channel to the data source.

Specified by:

linkInput in class AbstractControlChannel

Parameters:

d - the fixed data source

j - the input of the control channel

i - the output of the fixed data source

linkInput

public void linkInput(AbstractControlChannel c,
                      int i,
                      int j)

Links j-th input to i-th output of control channel c.

Specified by:

linkInput in class AbstractControlChannel

Parameters:

c - another control channel

i - output of another control channel

j - the input of the control channel

linkInputInternal

public void linkInputInternal(DataSource c,
                              int i,
                              int j)

Links the i-th input of ControlChannel to the j-th input of the super channel.

Parameters:

c - a control channel

i - input of a control channel

j - input of the super channel

linkOutputInternal

public void linkOutputInternal(DataSource c,
                               int i,
                               int j)

Links the i-th output of ControlChannel to the j-th output of the super channel.

Parameters:

c - a control channel

i - output of a control channel

j - output of the super channel

setInput

public void setInput(double d,
                     int i)

Sets the new value of the i-th input of the control channel super block.

Specified by:

setInput in interface DataSink

Specified by:

setInput in class AbstractControlChannel

Parameters:

d - the new value

i - the particular input

getOutput

public double getOutput(int j)

Returns the j-th output of the control channel super block.

Specified by:

getOutput in interface DataSource

Specified by:

getOutput in class AbstractControlChannel

Parameters:

j - determines a particular output of the control channel super block

Returns:

the j-th output of the control channel

setOnHold

public void setOnHold(boolean holdStatus)

Setter method that suspends or resumes the state propagation. NB: This method is not implemented in framework prototype!

Specified by:

setOnHold in class AbstractControlChannel

isOnHold

public boolean isOnHold()

Returns true if the super block is on hold. NB: This method is not implemented in framework prototype!

reset

public void reset()

Resets super object state and resets all the control channels embedded in the super block

Specified by:

reset in interface Resettable

Overrides:

reset in class AbstractControlChannel

resetConfiguration

public void resetConfiguration()

Resets configuration of the super object and performs the local reset of the configuration.

Specified by:

resetConfiguration in interface Configurable

Overrides:

resetConfiguration in class AbstractControlChannel

isConfigured

public boolean isConfigured()

Check that the super block has more than 0 outputs and that its inputs and outputs are connected.

Specified by:

isConfigured in interface Configurable

Overrides:

isConfigured in class AbstractControlChannel

Returns:

the true value if the object is configured, otherwise returns false