/** get the live value if use live model and there is one */
public double getLiveValue() {
double[] liveValueArray = new double[channelMonitors.length];
for (int monitorIndex = 0; monitorIndex < channelMonitors.length; monitorIndex++) {
liveValueArray[monitorIndex] = channelMonitors[monitorIndex].getLatestValue();
}
return NODE.getLivePropertyValue(PROPERTY_NAME, liveValueArray);
}
/** Constructor */
public NodePropertyRecord(
final AcceleratorNode node, final String propertyName, final double loggedValue) {
NODE = node;
PROPERTY_NAME = propertyName;
this.loggedValue = loggedValue;
Channel[] channels = NODE.getLivePropertyChannels(PROPERTY_NAME);
channelMonitors = createMonitors(channels);
MODEL_INPUT = new ModelInput(node, PROPERTY_NAME, Double.NaN);
}
/** Instructs the receiver to write its data to the adaptor for external storage. */
@Override
public void write(DataAdaptor adaptor) {
adaptor.setValue("nodeId", NODE.getId());
adaptor.setValue("propertyName", PROPERTY_NAME);
adaptor.setValue("testValue", MODEL_INPUT.getDoubleValue());
adaptor.setValue("checkState", checkState);
adaptor.setValue("scanStartValue", scanStartValue);
adaptor.setValue("scanEndValue", scanEndValue);
adaptor.setValue("scanSteps", scanSteps);
}
/** Constructor with adaptor */
public NodePropertyRecord(
final AcceleratorNode node,
final String propertyName,
final double loggedValue,
final DataAdaptor adaptor) {
NODE = node;
PROPERTY_NAME = propertyName;
this.loggedValue = loggedValue;
Channel[] channels = NODE.getLivePropertyChannels(PROPERTY_NAME);
channelMonitors = createMonitors(channels);
double testValue =
(adaptor.hasAttribute("testValue")) ? adaptor.doubleValue("testValue") : Double.NaN;
MODEL_INPUT = new ModelInput(node, PROPERTY_NAME, testValue);
if (adaptor.hasAttribute("checkState")) checkState = adaptor.booleanValue("checkState");
if (adaptor.hasAttribute("scanStartValue"))
scanStartValue = adaptor.doubleValue("scanStartValue");
if (adaptor.hasAttribute("scanEndValue")) scanEndValue = adaptor.doubleValue("scanEndValue");
if (adaptor.hasAttribute("scanSteps")) scanSteps = adaptor.intValue("scanSteps");
}
/** get design value */
public double getDesignValue() {
return NODE.getDesignPropertyValue(PROPERTY_NAME);
}
public void refresh(final double loggedValue) {
Channel[] channels = NODE.getLivePropertyChannels(PROPERTY_NAME);
channelMonitors = createMonitors(channels);
this.loggedValue = loggedValue;
}
/** Set the attribute bucket containing the machine magnet info */
public void setMagBucket(MagnetBucket buc) {
m_bucMagnet = buc;
super.addBucket(buc);
};
/** Override AcceleratorNode implementation to check for a MultipoleBucket */
public void addBucket(AttributeBucket buc) {
if (buc.getClass().equals(MagnetBucket.class)) setMagBucket((MagnetBucket) buc);
super.addBucket(buc);
};
