void CLSValueEditor::editImplementation()
{
// Identify and apply the new value setpoint.
AMNumber newValue = getValue();
if (newValue.isValid())
setValue(newValue);
}
bool AMDetector::reading0D(const AMnDIndex &startIndex, const AMnDIndex &endIndex, double *outputValues) const {
if(!checkValid(startIndex, endIndex))
return false;
if(startIndex != endIndex)
return false;
AMNumber retVal = reading(startIndex);
if(!retVal.isValid())
return false;
*outputValues = double(retVal);
return true;
}
bool AMDetector::reading1D(const AMnDIndex &startIndex, const AMnDIndex &endIndex, double *outputValues) const {
if(!checkValid(startIndex, endIndex))
return false;
if (endIndex.i() < startIndex.i())
return false;
for (int i = startIndex.i(); i <= endIndex.i(); i++) {
AMNumber retVal = reading(i);
if(!retVal.isValid())
return false;
outputValues[i] = double(retVal);
}
return true;
}
bool AMDetector::reading2D(const AMnDIndex &startIndex, const AMnDIndex &endIndex, double *outputValues) const {
if(!checkValid(startIndex, endIndex))
return false;
if (endIndex.i() < startIndex.i() || endIndex.j() < startIndex.j())
return false;
int iSize = size(0);
for (int j = startIndex.j(); j <= endIndex.j(); j++) {
for (int i = startIndex.i(); i <= endIndex.i(); i++) {
AMNumber retVal = reading(AMnDIndex(i, j));
if(!retVal.isValid())
return false;
outputValues[i+j*iSize] = double(retVal);
}
}
return true;
}
