public ParameterScaledValue(int objectAddress, ScaledValue value, byte qpm) :
base(objectAddress)
{
scaledValue = value;
this.qpm = qpm;
}
public ParameterNormalizedValue(int objectAddress, float normalizedValue, byte qpm) :
base(objectAddress)
{
scaledValue = new ScaledValue();
this.NormalizedValue = normalizedValue;
this.qpm = qpm;
}
internal MeasuredValueNormalizedWithoutQuality(ApplicationLayerParameters parameters, byte[] msg, int startIndex, bool isSequence)
: base(parameters, msg, startIndex, isSequence)
{
if (!isSequence)
{
startIndex += parameters.SizeOfIOA; /* skip IOA */
}
if ((msg.Length - startIndex) < GetEncodedSize())
{
throw new ASDUParsingException("Message too small");
}
scaledValue = new ScaledValue(msg, startIndex);
}
internal SetpointCommandNormalized(ApplicationLayerParameters parameters, byte[] msg, int startIndex) :
base(parameters, msg, startIndex, false)
{
startIndex += parameters.SizeOfIOA; /* skip IOA */
if ((msg.Length - startIndex) < GetEncodedSize())
{
throw new ASDUParsingException("Message too small");
}
scaledValue = new ScaledValue(msg, startIndex);
startIndex += 2;
this.qos = new SetpointCommandQualifier(msg [startIndex++]);
}
internal ParameterScaledValue(ApplicationLayerParameters parameters, byte[] msg, int startIndex) :
base(parameters, msg, startIndex, false)
{
startIndex += parameters.SizeOfIOA; /* skip IOA */
if ((msg.Length - startIndex) < GetEncodedSize())
{
throw new ASDUParsingException("Message too small");
}
scaledValue = new ScaledValue(msg, startIndex);
startIndex += 2;
/* parse QDS (quality) */
qpm = msg [startIndex++];
}
internal MeasuredValueScaled(ApplicationLayerParameters parameters, byte[] msg, int startIndex, bool isSquence)
: base(parameters, msg, startIndex, isSquence)
{
if (!isSquence)
{
startIndex += parameters.SizeOfIOA; /* skip IOA */
}
if ((msg.Length - startIndex) < GetEncodedSize())
{
throw new ASDUParsingException("Message too small");
}
scaledValue = new ScaledValue(msg, startIndex);
startIndex += 2;
/* parse QDS (quality) */
quality = new QualityDescriptor(msg[startIndex++]);
}
public ParameterNormalizedValue(int objectAddress, short rawValue, byte qpm) :
base(objectAddress)
{
scaledValue = new ScaledValue(rawValue);
this.qpm = qpm;
}
public SetpointCommandNormalized(int ObjectAddress, short value, SetpointCommandQualifier qos)
: base(ObjectAddress)
{
this.scaledValue = new ScaledValue(value);
this.qos = qos;
}
public SetpointCommandNormalized(int objectAddress, float value, SetpointCommandQualifier qos)
: base(objectAddress)
{
this.scaledValue = new ScaledValue((int)((value * 32767.5) - 0.5));
this.qos = qos;
}
public SetpointCommandScaledWithCP56Time2a(int objectAddress, ScaledValue value, SetpointCommandQualifier qos, CP56Time2a timestamp)
: base(objectAddress, value, qos)
{
this.timestamp = timestamp;
}
public SetpointCommandScaled(int objectAddress, ScaledValue value, SetpointCommandQualifier qos)
: base(objectAddress)
{
this.scaledValue = value;
this.qos = qos;
}
public MeasuredValueNormalizedWithoutQuality(int objectAddress, short rawValue)
: base(objectAddress)
{
this.scaledValue = new ScaledValue(rawValue);
}
public MeasuredValueNormalizedWithoutQuality(int objectAddress, float normalizedValue)
: base(objectAddress)
{
this.scaledValue = new ScaledValue();
this.NormalizedValue = normalizedValue;
}
/// <summary>
/// Initializes a new instance of the <see cref="lib60870.MeasuredValueScaled"/> class.
/// </summary>
/// <param name="objectAddress">Information object address</param>
/// <param name="value">scaled value (range -32768 - 32767) </param>
/// <param name="quality">quality descriptor (according to IEC 60870-5-101:2003 7.2.6.3)</param>
public MeasuredValueScaled(int objectAddress, int value, QualityDescriptor quality)
: base(objectAddress)
{
this.scaledValue = new ScaledValue(value);
this.quality = quality;
}