public static float GetAngleDistance(MeasurementFlags flags)
{
if ((flags & MeasurementFlags.Blueprint) != 0)
return 10f;
return 15f;
}
protected MeasurementFlags GetMeasurementFlags(IMeasurement measurement)
{
MeasurementStateFlags tslFlags = measurement.StateFlags; // Time-series Library Measurement State Flags
MeasurementFlags ecaflags = MeasurementFlags.Normal; // openECA Measurement Flags
MeasurementStateFlags badValueFlags =
MeasurementStateFlags.BadData |
MeasurementStateFlags.SuspectData |
MeasurementStateFlags.ReceivedAsBad |
MeasurementStateFlags.DiscardedValue |
MeasurementStateFlags.MeasurementError;
if ((tslFlags & badValueFlags) != MeasurementStateFlags.Normal)
{
ecaflags |= MeasurementFlags.BadValue;
}
MeasurementStateFlags badTimeFlags =
MeasurementStateFlags.BadTime |
MeasurementStateFlags.SuspectTime |
MeasurementStateFlags.LateTimeAlarm |
MeasurementStateFlags.FutureTimeAlarm;
if ((tslFlags & badTimeFlags) != MeasurementStateFlags.Normal)
{
ecaflags |= MeasurementFlags.BadTime;
}
MeasurementStateFlags calculatedValueFlags =
MeasurementStateFlags.CalculatedValue |
MeasurementStateFlags.UpSampled |
MeasurementStateFlags.DownSampled;
if ((tslFlags & calculatedValueFlags) != MeasurementStateFlags.Normal)
{
ecaflags |= MeasurementFlags.CalculatedValue;
}
MeasurementStateFlags unreasonableValueFlags =
MeasurementStateFlags.OverRangeError |
MeasurementStateFlags.UnderRangeError |
MeasurementStateFlags.AlarmHigh |
MeasurementStateFlags.AlarmLow |
MeasurementStateFlags.WarningHigh |
MeasurementStateFlags.WarningLow |
MeasurementStateFlags.FlatlineAlarm |
MeasurementStateFlags.ComparisonAlarm |
MeasurementStateFlags.ROCAlarm |
MeasurementStateFlags.CalculationError |
MeasurementStateFlags.CalculationWarning |
MeasurementStateFlags.SystemError |
MeasurementStateFlags.SystemWarning;
if ((tslFlags & unreasonableValueFlags) != MeasurementStateFlags.Normal)
{
ecaflags |= MeasurementFlags.UnreasonableValue;
}
return(ecaflags);
}
public DistanceMeasurement(float length, Vector3 position, bool isStraight, Vector3 startPosition, Vector3 endPosition, MeasurementFlags flags)
: base(position, flags)
{
Length = length;
IsStraight = isStraight;
StartPosition = startPosition;
EndPosition = endPosition;
}
public DistanceMeasurement(float length, Vector3 position, bool isStraight, Vector3 startPosition,
Vector3 endPosition, MeasurementFlags flags)
: base(position, flags)
{
Length = length;
IsStraight = isStraight;
StartPosition = startPosition;
EndPosition = endPosition;
}
public static float GetAngleDistance(MeasurementFlags flags)
{
if ((flags & MeasurementFlags.Blueprint) != 0)
{
return(10f);
}
return(15f);
}
public void MeasurementFlagsTest()
{
Measurement target = new Measurement(10, "ft");
MeasurementFlags expected = MeasurementFlags.UseMaxBound;
MeasurementFlags actual = default(MeasurementFlags);
target.Flags = expected;
actual = target.Flags;
Assert.AreEqual(expected, actual);
}
public static Color GetAngleColor(MeasurementFlags flags)
{
if ((flags & MeasurementFlags.Blueprint) != 0) {
return Settings.BlueprintColor;
}
if ((flags & MeasurementFlags.Secondary) != 0) {
return Settings.SecondaryColor;
}
return Settings.PrimaryColor;
}
public static Color GetAngleColor(MeasurementFlags flags)
{
if ((flags & MeasurementFlags.Blueprint) != 0)
{
return(Settings.BlueprintColor);
}
if ((flags & MeasurementFlags.Secondary) != 0)
{
return(Settings.SecondaryColor);
}
return(Settings.PrimaryColor);
}
protected MeasurementFlags GetMeasurementFlags(IMeasurement measurement)
{
MeasurementStateFlags tslFlags = measurement.StateFlags; // Time-series Library Measurement State Flags
MeasurementFlags ecaflags = MeasurementFlags.Normal; // openECA Measurement Flags
if (tslFlags.HasFlag(MeasurementStateFlags.BadData) ||
tslFlags.HasFlag(MeasurementStateFlags.SuspectData) ||
tslFlags.HasFlag(MeasurementStateFlags.ReceivedAsBad) ||
tslFlags.HasFlag(MeasurementStateFlags.DiscardedValue) ||
tslFlags.HasFlag(MeasurementStateFlags.MeasurementError))
{
ecaflags |= MeasurementFlags.BadValue;
}
if (tslFlags.HasFlag(MeasurementStateFlags.BadTime) ||
tslFlags.HasFlag(MeasurementStateFlags.SuspectTime) ||
tslFlags.HasFlag(MeasurementStateFlags.LateTimeAlarm) ||
tslFlags.HasFlag(MeasurementStateFlags.FutureTimeAlarm))
{
ecaflags |= MeasurementFlags.BadTime;
}
if (tslFlags.HasFlag(MeasurementStateFlags.CalcuatedValue) ||
tslFlags.HasFlag(MeasurementStateFlags.UpSampled) ||
tslFlags.HasFlag(MeasurementStateFlags.DownSampled))
{
ecaflags |= MeasurementFlags.CalculatedValue;
}
if (tslFlags.HasFlag(MeasurementStateFlags.OverRangeError) ||
tslFlags.HasFlag(MeasurementStateFlags.UnderRangeError) ||
tslFlags.HasFlag(MeasurementStateFlags.AlarmHigh) ||
tslFlags.HasFlag(MeasurementStateFlags.AlarmLow) ||
tslFlags.HasFlag(MeasurementStateFlags.WarningHigh) ||
tslFlags.HasFlag(MeasurementStateFlags.WarningLow) ||
tslFlags.HasFlag(MeasurementStateFlags.FlatlineAlarm) ||
tslFlags.HasFlag(MeasurementStateFlags.ComparisonAlarm) ||
tslFlags.HasFlag(MeasurementStateFlags.ROCAlarm) ||
tslFlags.HasFlag(MeasurementStateFlags.CalculationError) ||
tslFlags.HasFlag(MeasurementStateFlags.CalculationWarning) ||
tslFlags.HasFlag(MeasurementStateFlags.SystemError) ||
tslFlags.HasFlag(MeasurementStateFlags.SystemWarning))
{
ecaflags |= MeasurementFlags.UnreasonableValue;
}
return(ecaflags);
}
//#if !NETSTANDARD1_4
public Measurement(double value, Unit unit, Result conversionResult = Result.NoError)
//#else
// public Measurement(double value, Unit unit, Result conversionResult = null)
//#endif
{
// Reference the unit converter that created us.
_uc = new UnitConverter();
_flags = MeasurementFlags.None;
_unit = unit;
_conversionResult = Result.NoError;
_value = value;
_conversionResult = conversionResult;
_maxbound = 0;
_minbound = 0;
_standardValue = 0;
// _standardUnit = null;
_symbol = null;
//OnValueChanged = null;
//OnUnitChanged = null;
}
protected MeasurementStateFlags GetMeasurementStateFlags(MeasurementFlags ecaFlags)
{
MeasurementStateFlags tslFlags = MeasurementStateFlags.Normal;
if (ecaFlags.HasFlag(MeasurementFlags.BadValue))
{
tslFlags |= MeasurementStateFlags.BadData;
}
if (ecaFlags.HasFlag(MeasurementFlags.BadTime))
{
tslFlags |= MeasurementStateFlags.BadTime;
}
if (ecaFlags.HasFlag(MeasurementFlags.CalculatedValue))
{
tslFlags |= MeasurementStateFlags.CalculatedValue;
}
if (ecaFlags.HasFlag(MeasurementFlags.UnreasonableValue))
{
tslFlags |= MeasurementStateFlags.OverRangeError | MeasurementStateFlags.UnderRangeError;
}
if (ecaFlags.HasFlag(MeasurementFlags.UserDefinedFlag1))
{
tslFlags |= MeasurementStateFlags.UserDefinedFlag1;
}
if (ecaFlags.HasFlag(MeasurementFlags.UserDefinedFlag2))
{
tslFlags |= MeasurementStateFlags.UserDefinedFlag2;
}
return(tslFlags);
}
//public event EventHandler OnValueChanged;
//public event EventHandler OnUnitChanged;
#endregion
#region "Constructors"
public Measurement(string unitSymbol)
{
// Reference the unit converter that created us.
_uc = new UnitConverter();
_flags = MeasurementFlags.None;
_maxbound = 0;
_minbound = 0;
_standardValue = 0;
_symbol = null;
if (string.IsNullOrWhiteSpace(unitSymbol))
{
// System.Diagnostics.Debug.Print("First IF Statement")
_unit = null;
_conversionResult = Result.BadUnit;
}
else
{
// System.Diagnostics.Debug.Print("First ELSE Statement")
_unit = _uc.GetUnitBySymbol(unitSymbol);
_conversionResult = Result.NoError;
if (_unit.Symbols.Contains(new Symbol {
Value = unitSymbol
}))
{
_symbol = unitSymbol;
}
else
{
_symbol = _unit.DefaultSymbol;
}
}
_value = 0;
}
protected Measurement(Vector3 position, MeasurementFlags flags)
{
Position = position;
Flags = flags;
}
public AngleMeasurement(float size, Vector3 position, Vector3 normal, MeasurementFlags flags)
: base(position, flags)
{
AngleSize = size;
AngleNormal = normal;
}
protected Measurement(Vector3 position, MeasurementFlags flags)
{
Position = position;
Flags = flags;
}
public AngleMeasurement(float size, Vector3 position, Vector3 normal, MeasurementFlags flags)
: base(position, flags)
{
AngleSize = size;
AngleNormal = normal;
}