///<summaray>
///Метод ReadDiscreteValue осуществляет чтение данных OPC node
///и преобразования в тип bool
///</summaray>
///<param name="discreteValue">Ссылка на объект DiscreteValue</param>
///<param name="Path">Путь до Node</param>
///<param name="client">OpcClient</param>
private static void ReadDiscreteValue(ref DiscreteValue discreteValue, string Path, OpcClient client)
{
OpcValue var = client.ReadNode(Path);
discreteValue.Path = Path;
discreteValue.Value = (bool)var.Value;
}
public override DiscreteValue CombineDiscreteIntensity(DiscreteValue highLayerValue, DiscreteValue lowLayerValue)
{
double intensity = lowLayerValue.Intensity * (1 - highLayerValue.Intensity);
highLayerValue.Intensity = Math.Max(intensity, highLayerValue.Intensity);
return(highLayerValue);
}
public static IIntent CreateDiscreteIntent(Color color, double intensity, TimeSpan duration)
{
DiscreteValue discreteValue = new DiscreteValue(color, intensity);
IIntent intent = new DiscreteLightingIntent(discreteValue, discreteValue, duration);
return(intent);
}
public override void Handle(IIntentState <DiscreteValue> obj)
{
DiscreteValue discreteValue = obj.GetValue();
double newIntensity = _curve.GetValue(discreteValue.Intensity * 100.0) / 100.0;
_intentValue = new StaticIntentState <DiscreteValue>(new DiscreteValue(discreteValue.Color, newIntensity));
}
public override DiscreteValue CombineDiscreteIntensity(DiscreteValue highLayerValue, DiscreteValue lowLayerValue)
{
if (lowLayerValue.Intensity >= _data.LowerLimit && lowLayerValue.Intensity <= _data.UpperLimit)
{
return(highLayerValue);
}
return(lowLayerValue);
}
public override DiscreteValue CombineDiscreteIntensity(DiscreteValue highLayerValue, DiscreteValue lowLayerValue)
{
if (highLayerValue.Intensity > 0)
{
return(highLayerValue);
}
return(lowLayerValue);
}
public static IIntent CreateDiscreteIntent(Color color, double startIntensity, double endIntensity, TimeSpan duration)
{
var startingValue = new DiscreteValue(color, startIntensity);
var endValue = new DiscreteValue(color, endIntensity);
IIntent intent = new DiscreteLightingIntent(startingValue, endValue, duration);
return(intent);
}
public override DiscreteValue CombineDiscreteIntensity(DiscreteValue highLayerValue, DiscreteValue lowLayerValue)
{
if (highLayerValue.Intensity > 0 || !_data.ExcludeZeroValues)
{
return(highLayerValue);
}
return(lowLayerValue);
}
private static DiscreteValue[] InitializeDiscreteValues(Color c, int number)
{
var discreteValues = new DiscreteValue[number];
for (int i = 0; i < discreteValues.Length; i++)
{
discreteValues[i] = new DiscreteValue(c, 0);
}
return(discreteValues);
}
public Builder AddPossibleValue(
string name,
T value,
bool isDefault = false)
{
var newValue = new DiscreteValue(name, value);
this.possibleValues_.Add(newValue);
if (isDefault)
{
this.defaultValue_ = newValue;
}
return(this);
}
public override void Handle(IIntentState <DiscreteValue> obj)
{
DiscreteValue discreteValue = obj.GetValue();
// if we're not mixing colors, we need to compare the input color against the filter color -- but only the
// hue and saturation components; ignore the intensity.
if (discreteValue.Color.ToArgb() == _breakdownItem.Color.ToArgb())
{
_intensityValue = discreteValue.Intensity;
}
else
{
_intensityValue = 0;
}
}
public List <DiscreteValue> GetDiscreteValues()
{
int iteratorId = 0;
List <long> ids = new List <long>();
List <DiscreteValue> discreteValues = new List <DiscreteValue>();
try
{
int numberOfResources = 500;
int resourcesLeft = 0;
List <ModelCode> properties = modelResourcesDesc.GetAllPropertyIds(ModelCode.DISCRETEVALUE);
iteratorId = GdaQueryProxy.GetExtentValues(ModelCode.DISCRETEVALUE, properties);
resourcesLeft = GdaQueryProxy.IteratorResourcesLeft(iteratorId);
while (resourcesLeft > 0)
{
List <ResourceDescription> rds = GdaQueryProxy.IteratorNext(numberOfResources, iteratorId);
for (int i = 0; i < rds.Count; i++)
{
var rg = GdaQueryProxy.GetValues(rds[i].Id, properties);
DiscreteValue discreteValue = new DiscreteValue(rds[i].Id);
discreteValues.Add(discreteValue.ConvertFromRD(rg));
}
resourcesLeft = GdaQueryProxy.IteratorResourcesLeft(iteratorId);
}
GdaQueryProxy.IteratorClose(iteratorId);
CommonTrace.WriteTrace(CommonTrace.TraceError, "Getting extent values method successfully finished.");
}
catch (Exception e)
{
string message = string.Format("Getting extent values method failed for {0}.\n\t{1}", ModelCode.DISCRETEVALUE, e.Message);
Console.WriteLine(message);
CommonTrace.WriteTrace(CommonTrace.TraceError, message);
}
return(discreteValues);
}
/// <summary>
/// Creates entity for specified global ID inside the container.
/// </summary>
/// <param name="globalId">Global ID of the entity for insert</param>
/// <returns>Created entity (identified object).</returns>
public IdentifiedObject CreateEntity(long globalId)
{
short type = ModelCodeHelper.ExtractTypeFromGlobalId(globalId);
IdentifiedObject io = null;
switch ((DMSType)type)
{
case DMSType.REGION:
io = new GeographicalRegion(globalId);
break;
case DMSType.SUBREGION:
io = new SubGeographicalRegion(globalId);
break;
case DMSType.SUBSTATION:
io = new Substation(globalId);
break;
case DMSType.SYNCMACHINE:
io = new SynchronousMachine(globalId);
dersCopy.Add(io.GlobalId, io as SynchronousMachine);
break;
case DMSType.ANALOGVALUE:
io = new AnalogValue(globalId);
analogPointsCopy.Add(io as AnalogValue);
break;
case DMSType.DISCRETEVALUE:
io = new DiscreteValue(globalId);
discretPointsCopy.Add(io as DiscreteValue);
break;
default:
string message = String.Format("Failed to create entity because specified type ({0}) is not supported.", type);
CommonTrace.WriteTrace(CommonTrace.TraceError, message);
throw new Exception(message);
}
return(io);
}
public override void Handle(IIntentState <DiscreteValue> obj)
{
DiscreteValue discreteValue = obj.GetValue();
if (discreteValue.Intensity > 0)
{
double newIntensity = _curve.GetValue(discreteValue.Intensity * 100.0) / 100.0;
if (obj is StaticIntentState <DiscreteValue> state)
{
discreteValue.Intensity = newIntensity;
state.SetValue(discreteValue);
_intentValue = state;
}
else
{
_intentValue = new StaticIntentState <DiscreteValue>(new DiscreteValue(discreteValue.Color, newIntensity));
}
}
else
{
_intentValue = null;
}
}
private OPCObjects()
{
camPrepare = new CamPrepare();
AnalogValues = new List <AnalogValue>();
DiscreteValues = new List <DiscreteValue>();
ValvesInput = new Dictionary <int, ValveInput>();
ValvesStatus = new Dictionary <int, ValveStatus>();
SFT01_FT = new AnalogValue();
SFT02_FT = new AnalogValue();
SFT03_FT = new AnalogValue();
SFT04_FT = new AnalogValue();
SFT05_FT = new AnalogValue();
SFT06_FT = new AnalogValue();
SFT07_FT = new AnalogValue();
SFT08_FT = new AnalogValue();
SFT09_FT = new AnalogValue();
SFT10_FT = new AnalogValue();
FT_TT_1 = new AnalogValue();
FT_TT_2 = new AnalogValue();
FT_TT_3 = new AnalogValue();
K_RRG1 = new AnalogValue();
K_RRG2 = new AnalogValue();
K_RRG3 = new AnalogValue();
K_RRG4 = new AnalogValue();
PidHeatMode = new AnalogValue();
RRG_Pressure_SP = new AnalogValue();
RRG_9A1_feedback = new AnalogValue();
RRG_9A2_feedback = new AnalogValue();
RRG_9A3_feedback = new AnalogValue();
RRG_9A4_feedback = new AnalogValue();
TE_1 = new AnalogValue();
Pneumatic_Pressure = new AnalogValue();
Crio_Pressure = new AnalogValue();
Camera_Pressure = new AnalogValue();
Main_Pressure = new AnalogValue();
Crio_Temperature = new AnalogValue();
PreHeat_Temp_SP = new AnalogValue();
HeatAssist_Temp_SP = new AnalogValue();
PreHeat_Timer_SP = new AnalogValue();
HeatAssist_Timer_SP = new AnalogValue();
ManualSetTemp = new AnalogValue();
BLM_Speed = new AnalogValue();
BLM_Speed_SP = new AnalogValue();
PreHeat_Done = new DiscreteValue();
HeatAssist_Done = new DiscreteValue();
PreHeat_Start = new DiscreteValue();
HeatAssist_Flag = new DiscreteValue();
Heat_Done = new DiscreteValue();
HeatAssist_TempDone = new DiscreteValue();
Heat_Assit_On = new DiscreteValue();
BLM_Start = new DiscreteValue();
BLM_Stop = new DiscreteValue();
BLM_Remote_Control_Done = new DiscreteValue();
BLM_Run = new DiscreteValue();
Alarm_Open_door = new DiscreteValue();
Alarm_Water_CRIO = new DiscreteValue();
Alarm_Hight_Pne_Press = new DiscreteValue();
Alarm_Low_One_Presse = new DiscreteValue();
Alarm_Crio_power_failure = new DiscreteValue();
Alarm_Qartz_power_failure = new DiscreteValue();
Alarm_ELI_Power_failure = new DiscreteValue();
Alarm_FloatHeater_power_failure = new DiscreteValue();
Alarm_Ion_power_failure = new DiscreteValue();
Alarm_FVP_power_failure = new DiscreteValue();
Alarm_Indexer_power_failure = new DiscreteValue();
Alarm_SSP_power_failure = new DiscreteValue();
Alarm_TV1_power_failure = new DiscreteValue();
Alarm_Water_SECOND = new DiscreteValue();
Alarm_Hight_Crio_Temp = new DiscreteValue();
Crio_start_signal = new DiscreteValue();
Alarm_manual_stop = new DiscreteValue();
StartProcessSignal = new DiscreteValue();
StopProcessSignal = new DiscreteValue();
ELI_complete = new DiscreteValue();
ELI_access = new DiscreteValue();
PreHeat_Stage = new IntValue();
HeatAssist_Stage = new IntValue();
Tech_cam_STAGE = new IntValue();
FullCycleStage = new IntValue();
IntValues = new List <IntValue>();
FVPStatus = new FVPStatus();
IonInputSetPoint = new IonInputSetPoint();
OPCLocker = new object();
SQLLocker = new object();
BAV_3_status = new ValveStatus();
FVV_S_Status = new ValveStatus();
FVV_B_Status = new ValveStatus();
CPV_Status = new ValveStatus();
SHV_Status = new ValveStatus();
BAV_3_input = new ValveInput();
FVV_S_Input = new ValveInput();
FVV_B_Input = new ValveInput();
CPV_Input = new ValveInput();
SHV_Input = new ValveInput();
camPrepare = new CamPrepare();
CrioPumpStart = new CrioPumpStart();
openCam = new OpenCam();
StopCrio = new StopCrio();
StopFVP = new StopFVP();
IonInputCommnd = new IonInputCommand();
IonInputSetPoint = new IonInputSetPoint();
IonOutputFeedBack = new IonOutputFeedBack();
IonStatus = new IonStatus();
FVPStatus = new FVPStatus();
CrioInput = new CrioInput();
CrioStatus = new CrioStatus();
user = new User();
}
public override DiscreteValue CombineDiscreteIntensity(DiscreteValue highLayerValue, DiscreteValue lowLayerValue)
{
highLayerValue.Intensity = lowLayerValue.Intensity;
return(highLayerValue);
}
public virtual DiscreteValue CombineDiscreteIntensity(DiscreteValue highLayerValue, DiscreteValue lowLayerValue)
{
//A default implementation of highest layer wins.
return(highLayerValue);
}
public override DiscreteValue CombineDiscreteIntensity(DiscreteValue highLayerValue, DiscreteValue lowLayerValue)
{
//This kind of mixing filter doesn't make sense for Discrete Intents
return(lowLayerValue);
}
public override void Handle(IIntentState <DiscreteValue> obj)
{
DiscreteValue lightingValue = obj.GetValue();
EvaluatorValue = new ColorCommand(lightingValue.FullColor);
}
