public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0x1D,
DriverType = GKDriverType.RK_SmokeDetector,
UID = new Guid("2685C3BE-FB9B-4D8E-AA57-C66A135B0D76"),
Name = "Извещатель пожарный дымовой оптико-электронный радиоканальный",
ShortName = "ИП-РК",
HasZone = true,
IsPlaceable = true
};
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Test);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Fire1);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Fire1);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Service);
GKDriversHelper.AddRadioChanelProperties(driver);
GKDriversHelper.AddIntProprety(driver, 3, "Порог срабатывания по дыму, дБ/м", 180, 50, 255).Multiplier = 1000;
GKDriversHelper.AddIntProprety(driver, 4, "Порог запыленности, дБ/м", 200, 50, 255).Multiplier = 1000;
driver.MeasureParameters.Add(new GKMeasureParameter() { No = 1, Name = "Задымленность, дБ/м", InternalName = "Smokiness", Multiplier = 1000 });
driver.MeasureParameters.Add(new GKMeasureParameter() { No = 2, Name = "Запыленность, дБ/м", InternalName = "Dustinness", Multiplier = 1000 });
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0xDD,
DriverType = GKDriverType.RSR2_SmokeDetector,
UID = new Guid("A50FFA41-B53E-4B3B-ADDF-CDBBA631FEB2"),
Name = "Извещатель пожарный дымовой оптико-электронный адресно-аналоговый",
ShortName = "ИП 212-149",
HasZone = true,
IsPlaceable = true,
DriverClassification = GKDriver.DriverClassifications.FireDetector
};
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Test);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Fire1);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Fire1);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Service);
GKDriversHelper.AddIntProprety(driver, 0, "Порог срабатывания по дыму, дБ/м", 180, 50, 255).Multiplier = 1000;
GKDriversHelper.AddIntProprety(driver, 1, "Порог запыленности, дБ/м", 200, 50, 255).Multiplier = 1000;
driver.MeasureParameters.Add(new GKMeasureParameter() { No = 1, Name = "Задымленность, дБ/м", InternalName = "Smokiness", Multiplier = 1000 });
driver.MeasureParameters.Add(new GKMeasureParameter() { No = 2, Name = "Запыленность, дБ/м", InternalName = "Dustinness", Multiplier = 1000 });
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0xF3,
DriverType = GKDriverType.RSR2_KDKR,
UID = new Guid("CEF793CA-7E3E-446C-82DE-A032445B6CBA"),
Name = "Контроллер доступа",
ShortName = "КД",
IsPlaceable = true,
DriverClassification = GKDriver.DriverClassifications.AccessControl
};
driver.AutoCreateChildren.Add(GKDriverType.KD_KDZ);
driver.AutoCreateChildren.Add(GKDriverType.KD_KDK);
driver.AutoCreateChildren.Add(GKDriverType.KD_KDKV);
driver.AutoCreateChildren.Add(GKDriverType.KD_KDTD);
driver.AutoCreateChildren.Add(GKDriverType.RSR2_KDKR_Part);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Test);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
GKDriversHelper.AddIntProprety(driver, 0, "Число АУ на АЛС1 КД", 6, 1, 6).CanNotEdit = true;
GKDriversHelper.AddIntProprety(driver, 1, "Число АУ на АЛС3 КД", 0, 0, 32).CanNotEdit = true;
GKDriversHelper.AddIntProprety(driver, 2, "Число АУ на АЛС4 КД", 0, 0, 32).CanNotEdit = true;
GKDriversHelper.AddIntProprety(driver, 3, "Число ТД", 8, 1, 8).CanNotEdit = true;
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0xDF,
DriverType = GKDriverType.RSR2_CombinedDetector,
UID = new Guid("1CCE48EB-B60B-4E06-8290-A39591CD3DA2"),
Name = "Извещатель пожарный комбинированный дымовой оптико-электронный тепловой максимально-дифференциальный",
ShortName = "ИП 212/101-11-PR",
HasZone = true,
IsPlaceable = true,
DriverClassification = GKDriver.DriverClassifications.FireDetector
};
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Test);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Fire1);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Fire1);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Service);
GKDriversHelper.AddIntProprety(driver, 0, "Порог срабатывания по температуре, °C", 70, 54, 85);
GKDriversHelper.AddIntProprety(driver, 1, "Порог срабатывания по градиенту температуры, °C/мин", 50, 10, 500).Multiplier = 10;
GKDriversHelper.AddIntProprety(driver, 2, "Порог срабатывания по дыму, дБ/м", 180, 50, 255).Multiplier = 1000;
GKDriversHelper.AddIntProprety(driver, 3, "Порог запыленности, дБ/м", 200, 50, 255).Multiplier = 1000;
driver.MeasureParameters.Add(new GKMeasureParameter { No = 1, Name = "Температура, °C", InternalName = "Temperature", HasNegativeValue = true });
driver.MeasureParameters.Add(new GKMeasureParameter { No = 2, Name = "Градиент температуры, °C/мин", InternalName = "TemperatureDelta", HasNegativeValue = true });
driver.MeasureParameters.Add(new GKMeasureParameter { No = 3, Name = "Задымленность, дБ/м", InternalName = "Smokiness", Multiplier = 1000 });
driver.MeasureParameters.Add(new GKMeasureParameter { No = 4, Name = "Запыленность, дБ/м", InternalName = "Dustinness", Multiplier = 1000 });
return driver;
}
public static GKDriverProperty AddPlainEnumProprety(GKDriver driver, byte no, byte offset, string propertyName, string parameter1Name, string parameter2Name)
{
var property = new GKDriverProperty()
{
No = no,
Name = propertyName,
Caption = propertyName,
Default = (ushort)(1 << offset),
Mask = (short)((1 << offset) + (1 << (offset + 1)))
};
var parameter1 = new GKDriverPropertyParameter()
{
Name = parameter1Name,
Value = (ushort)(1 << offset)
};
var parameter2 = new GKDriverPropertyParameter()
{
Name = parameter2Name,
Value = (ushort)(2 << offset)
};
property.Parameters.Add(parameter1);
property.Parameters.Add(parameter2);
driver.Properties.Add(property);
return property;
}
public static GKDriverProperty AddPlainEnumProprety2(GKDriver driver, byte no, string propertyName, byte offset, string parameter1Name, string parameter2Name, int mask)
{
var property = new GKDriverProperty()
{
No = no,
Name = propertyName,
Caption = propertyName,
Default = 0,
Mask = (byte)mask
};
var parameter1 = new GKDriverPropertyParameter()
{
Name = parameter1Name,
Value = (ushort)0
};
var parameter2 = new GKDriverPropertyParameter()
{
Name = parameter2Name,
Value = (ushort)mask
};
property.Parameters.Add(parameter1);
property.Parameters.Add(parameter2);
driver.Properties.Add(property);
return property;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0x10,
DriverType = GKDriverType.RSR2_GuardDetector,
UID = new Guid("501AA41F-248B-4A4E-982A-6BC93505C7A9"),
Name = "Извещатель охранный инфракрасный",
ShortName = "ИО-ИК",
HasZone = false,
HasGuardZone = true,
IsPlaceable = true,
DriverClassification = GKDriver.DriverClassifications.IntruderDetector
};
GKDriversHelper.AddControlAvailableStates(driver);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Fire1);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Fire1);
driver.AvailableStateBits.Add(GKStateBit.Off);
driver.AvailableCommandBits.Add(GKStateBit.TurnOn_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOff_InManual);
GKDriversHelper.AddIntProprety(driver, 0, "Уровень в ед АЦП, с", 128, 16, 384);
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0xF6,
DriverType = GKDriverType.KD_KDKV,
UID = new Guid("AE315D83-ECF5-4E75-801B-CB3F6EDE8FB8"),
Name = "КВ КД",
ShortName = "КДКВ",
IsControlDevice = true,
HasLogic = true,
IsPlaceable = true,
IsAutoCreate = true,
MinAddress = 4,
MaxAddress = 5,
};
GKDriversHelper.AddControlAvailableStates(driver);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Fire1);
driver.AvailableStateBits.Add(GKStateBit.Off);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.AutoOff);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.On);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Off);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Fire1);
driver.AvailableCommandBits.Add(GKStateBit.TurnOn_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOff_InManual);
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0xDE,
DriverType = GKDriverType.RSR2_HeatDetector,
UID = new Guid("C0A93D79-9A7F-46AF-A190-855F32759A05"),
Name = "Извещатель пожарный тепловой",
ShortName = "ИП 101-52-PR",
HasZone = true,
IsPlaceable = true,
DriverClassification = GKDriver.DriverClassifications.FireDetector
};
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Test);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Fire1);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Fire1);
GKDriversHelper.AddIntProprety(driver, 0, "Порог срабатывания по температуре, °C", 70, 54, 85);
GKDriversHelper.AddIntProprety(driver, 1, "Порог срабатывания по градиенту температуры, °C/мин", 50, 10, 500).Multiplier = 10;
driver.MeasureParameters.Add(new GKMeasureParameter() { No = 1, Name = "Температура, °C", InternalName = "Temperature", HasNegativeValue = true });
driver.MeasureParameters.Add(new GKMeasureParameter() { No = 2, Name = "Градиент температуры, °C/мин", InternalName = "TemperatureDelta", HasNegativeValue = true });
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0xF4,
DriverType = GKDriverType.KD_KDZ,
UID = new Guid("2E9F2B6A-D707-4007-842C-664D6BCBE9F1"),
Name = "Замок КД",
ShortName = "КДЗ",
IsControlDevice = true,
HasLogic = true,
IsPlaceable = true,
IsAutoCreate = true,
};
GKDriversHelper.AddControlAvailableStates(driver);
driver.AvailableStateBits.Add(GKStateBit.Off);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.AutoOff);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.On);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Off);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
driver.AvailableCommandBits.Add(GKStateBit.TurnOn_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOff_InManual);
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0x1E,
DriverType = GKDriverType.RK_HeatDetector,
UID = new Guid("5D8010FF-B6B8-4A80-9191-211D008BC86B"),
Name = "Извещатель пожарный тепловой радиоканальный",
ShortName = "ИПТ-РК",
HasZone = true,
IsPlaceable = true
};
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Test);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Fire1);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Fire1);
GKDriversHelper.AddRadioChanelProperties(driver);
GKDriversHelper.AddIntProprety(driver, 3, "Порог срабатывания по температуре, °C", 70, 54, 85);
GKDriversHelper.AddIntProprety(driver, 4, "Порог срабатывания по градиенту температуры, °C/мин", 50, 10, 500).Multiplier = 10;
driver.MeasureParameters.Add(new GKMeasureParameter() { No = 1, Name = "Температура, °C", InternalName = "Temperature", HasNegativeValue = true });
driver.MeasureParameters.Add(new GKMeasureParameter() { No = 2, Name = "Градиент температуры, °C/мин", InternalName = "TemperatureDelta", HasNegativeValue = true });
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0x15,
DriverType = GKDriverType.RSR2_MRK,
UID = new Guid("1EF2C05C-B86A-44E5-8F4C-662AF92DAF20"),
Name = "Модуль радиоканальный",
ShortName = "МРК",
IsPlaceable = true,
DriverClassification = GKDriver.DriverClassifications.RadioChannel
};
driver.Children.Add(GKDriverType.RK_HandDetector);
driver.Children.Add(GKDriverType.RK_SmokeDetector);
driver.Children.Add(GKDriverType.RK_HeatDetector);
driver.Children.Add(GKDriverType.RK_RM);
driver.Children.Add(GKDriverType.RK_AM);
driver.Children.Add(GKDriverType.RK_OPK);
driver.Children.Add(GKDriverType.RK_OPZ);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Test);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
GKDriversHelper.AddIntProprety(driver, 0, "Число радиоканальных устройств", 0, 0, 32);
GKDriversHelper.AddIntProprety(driver, 1, "Период опроса, с", 4, 4, 120);
GKDriversHelper.AddIntProprety(driver, 2, "Повторы/неответы в количестве периодов", 3, 3, 32);
var property3 = new GKDriverProperty()
{
No = 3,
Name = "№ Канала",
Caption = "№ Канала",
Default = 0,
Min = 0,
Max = 15,
IsLowByte = true,
DriverPropertyType = GKDriverPropertyTypeEnum.IntType
};
driver.Properties.Add(property3);
var property4 = new GKDriverProperty()
{
No = 3,
Name = "Режим выбора канала",
Caption = "Режим выбора канала",
Default = 0,
IsHieghByte = true,
};
GKDriversHelper.AddPropertyParameter(property4, "Ручной", 0);
GKDriversHelper.AddPropertyParameter(property4, "Автоматический", 1);
driver.Properties.Add(property4);
GKDriversHelper.AddIntProprety(driver, 4, "Порог питания, В", 120, 0, 280).Multiplier = 10;
return driver;
}
public static void AddBoolProprety(GKDriver driver, byte no, string propertyName)
{
var property = new GKDriverProperty()
{
No = no,
Name = propertyName,
Caption = propertyName,
DriverPropertyType = GKDriverPropertyTypeEnum.BoolType
};
driver.Properties.Add(property);
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0xF2,
DriverType = GKDriverType.RSR2_SCOPA,
UID = new Guid("4F9DFCDD-B98B-4D2B-BD7E-635BB5728DCE"),
Name = "Взрывозащищенный оповещатель - табло",
ShortName = "СКОПА",
IsControlDevice = true,
HasLogic = true,
IsPlaceable = true,
DriverClassification = GKDriver.DriverClassifications.Announcers
};
GKDriversHelper.AddControlAvailableStates(driver);
driver.AvailableStateBits.Add(GKStateBit.Off);
driver.AvailableStateBits.Add(GKStateBit.TurningOn);
driver.AvailableStateBits.Add(GKStateBit.TurningOff);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.AutoOff);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.On);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.TurningOn);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Off);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.TurningOff);
driver.AvailableCommandBits.Add(GKStateBit.TurnOn_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOnNow_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOff_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOffNow_InManual);
GKDriversHelper.AddIntProprety(driver, 0, "Задержка на включение, с", 0, 0, 65535);
GKDriversHelper.AddIntProprety(driver, 1, "Время удержания, с", 0, 0, 65535);
GKDriversHelper.AddIntProprety(driver, 2, "Задержка на выключение, с", 0, 0, 65535);
var property1 = new GKDriverProperty()
{
No = 3,
Name = "Состояние контакта для режима Удержание",
Caption = "Состояние контакта для режима Удержание",
Default = 0,
IsLowByte = true,
Mask = 0x03
};
GKDriversHelper.AddPropertyParameter(property1, "Выключено", 0);
GKDriversHelper.AddPropertyParameter(property1, "Включено", 1);
driver.Properties.Add(property1);
driver.MeasureParameters.Add(new GKMeasureParameter { No = 1, Name = "Отсчет задержки на включение, с", IsDelay = true, IsNotVisible = true });
driver.MeasureParameters.Add(new GKMeasureParameter { No = 2, Name = "Отсчет удержания, с", IsDelay = true, IsNotVisible = true });
driver.MeasureParameters.Add(new GKMeasureParameter { No = 3, Name = "Отсчет задержки на выключение, с", IsDelay = true, IsNotVisible = true });
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0xF1,
DriverType = GKDriverType.RSR2_ZOV,
UID = new Guid("58795922-F023-4A90-BCEC-ACDB3CD0725F"),
Name = "Оповещатель свето-звуковой взрывозащищенный",
ShortName = "ЗОВ",
IsControlDevice = true,
HasLogic = true,
IsPlaceable = true,
DriverClassification = GKDriver.DriverClassifications.Announcers
};
GKDriversHelper.AddControlAvailableStates(driver);
driver.AvailableStateBits.Add(GKStateBit.Off);
driver.AvailableStateBits.Add(GKStateBit.TurningOn);
driver.AvailableStateBits.Add(GKStateBit.TurningOff);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.AutoOff);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.On);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.TurningOn);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Off);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.TurningOff);
driver.AvailableCommandBits.Add(GKStateBit.TurnOn_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOnNow_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOff_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOffNow_InManual);
GKDriversHelper.AddIntProprety(driver, 0, "Задержка на включение, с", 0, 0, 65535);
GKDriversHelper.AddIntProprety(driver, 1, "Время удержания, с", 0, 0, 65535);
GKDriversHelper.AddIntProprety(driver, 2, "Задержка на выключение, с", 0, 0, 65535);
var property1 = new GKDriverProperty()
{
No = 3,
Name = "Состояние контакта для режима Удержание",
Caption = "Состояние контакта для режима Удержание",
Default = 0,
IsLowByte = true,
Mask = 0x03
};
GKDriversHelper.AddPropertyParameter(property1, "Выключено", 0);
GKDriversHelper.AddPropertyParameter(property1, "Включено", 1);
driver.Properties.Add(property1);
driver.MeasureParameters.Add(new GKMeasureParameter { No = 1, Name = "Отсчет задержки на включение, с", IsDelay = true, IsNotVisible = true });
driver.MeasureParameters.Add(new GKMeasureParameter { No = 2, Name = "Отсчет удержания, с", IsDelay = true, IsNotVisible = true });
driver.MeasureParameters.Add(new GKMeasureParameter { No = 3, Name = "Отсчет задержки на выключение, с", IsDelay = true, IsNotVisible = true });
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0x12,
DriverType = GKDriverType.RSR2_ABPC,
UID = new Guid("6260F52C-D047-4F64-BFE8-B9D0547A39B4"),
Name = "Адресный барьер пусковой цепи",
ShortName = "АБПЦ",
IsControlDevice = true,
HasLogic = true,
IsPlaceable = true,
DriverClassification = GKDriver.DriverClassifications.ActuatingDevice
};
GKDriversHelper.AddControlAvailableStates(driver);
driver.AvailableStateBits.Add(GKStateBit.Off);
driver.AvailableStateBits.Add(GKStateBit.TurningOn);
driver.AvailableStateBits.Add(GKStateBit.TurningOff);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.AutoOff);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.On);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.TurningOn);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Off);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.TurningOff);
driver.AvailableCommandBits.Add(GKStateBit.TurnOn_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOnNow_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOff_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOffNow_InManual);
GKDriversHelper.AddIntProprety(driver, 0, "Задержка на включение, с", 0, 0, 65535);
GKDriversHelper.AddIntProprety(driver, 1, "Время удержания, с", 0, 0, 65535);
GKDriversHelper.AddIntProprety(driver, 2, "Задержка на выключение, с", 0, 0, 65535);
var property1 = new GKDriverProperty()
{
No = 3,
Name = "Состояние контакта для режима Удержание",
Caption = "Состояние контакта для режима Удержание",
Default = 0,
IsLowByte = true,
Mask = 0x03
};
GKDriversHelper.AddPropertyParameter(property1, "Выключено", 0);
GKDriversHelper.AddPropertyParameter(property1, "Включено", 1);
driver.Properties.Add(property1);
driver.MeasureParameters.Add(new GKMeasureParameter { No = 1, Name = "Отсчет задержки на включение, с", IsDelay = true, IsNotVisible = true });
driver.MeasureParameters.Add(new GKMeasureParameter { No = 2, Name = "Отсчет удержания, с", IsDelay = true, IsNotVisible = true });
driver.MeasureParameters.Add(new GKMeasureParameter { No = 3, Name = "Отсчет задержки на выключение, с", IsDelay = true, IsNotVisible = true });
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0x20,
DriverType = GKDriverType.RSR2_IOLIT,
UID = new Guid("10DCA010-257E-4D81-B090-72903E0CB029"),
Name = "ИОЛИТ",
ShortName = "ИОЛИТ",
HasZone = true,
IsPlaceable = true,
DriverClassification = GKDriver.DriverClassifications.FireDetector
};
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Test);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Fire1);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Fire1);
var property1 = new GKDriverProperty()
{
No = 0,
Name = "Чуствительность",
Caption = "Чуствительность",
Default = 0,
IsLowByte = true,
Mask = 0x0F
};
GKDriversHelper.AddPropertyParameter(property1, "100%", 0);
GKDriversHelper.AddPropertyParameter(property1, "75%", 1);
GKDriversHelper.AddPropertyParameter(property1, "50%", 2);
GKDriversHelper.AddPropertyParameter(property1, "25%", 3);
driver.Properties.Add(property1);
var property11 = new GKDriverProperty()
{
No = 0,
Name = "Режим",
Caption = "Режим",
Default = 0,
IsLowByte = true,
Mask = 0xF0
};
GKDriversHelper.AddPropertyParameter(property11, "Основной Т1 с фиксац. тревоги", 0);
GKDriversHelper.AddPropertyParameter(property11, "Основной Т1 без фиксац. тревоги", 16);
GKDriversHelper.AddPropertyParameter(property11, "Основной Т2 с фиксац. тревоги", 32);
GKDriversHelper.AddPropertyParameter(property11, "Основной Т2 без фиксац. тревоги", 48);
GKDriversHelper.AddPropertyParameter(property11, "Вспышка с интер. 0.1 с", 64);
GKDriversHelper.AddPropertyParameter(property11, "Вспышка с интер. 0.5 с", 80);
driver.Properties.Add(property11);
return driver;
}
public StateViewModel(GKLibraryState libraryState, GKDriver driver)
{
AddFrameCommand = new RelayCommand(OnAddFrame);
RemoveFrameCommand = new RelayCommand(OnRemoveFrame, CanRemoveFrame);
State = libraryState;
Driver = driver;
Frames = new ObservableCollection<FrameViewModel>(
State.Frames.Select(frame => new FrameViewModel(frame))
);
SelectedFrame = Frames.FirstOrDefault();
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0x26,
DriverType = GKDriverType.RK_OPZ,
UID = new Guid("A816B11B-67B9-450D-814E-C5DA393F41C6"),
Name = "Оповещатель охранно-пожарный звуковой радиоканальный",
ShortName = "ОПЗ-РК",
IsControlDevice = true,
HasLogic = true,
IsPlaceable = true
};
driver.AvailableStateBits.Add(GKStateBit.Norm);
driver.AvailableStateBits.Add(GKStateBit.Off);
driver.AvailableStateBits.Add(GKStateBit.TurningOn);
driver.AvailableStateBits.Add(GKStateBit.TurningOff);
GKDriversHelper.AddControlAvailableStates(driver);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Test);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Failure);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.AutoOff);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.On);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.TurningOn);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Failure);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Off);
driver.AvailableCommandBits.Add(GKStateBit.TurnOn_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOnNow_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOff_InManual);
GKDriversHelper.AddRadioChanelProperties(driver);
GKDriversHelper.AddIntProprety(driver, 3, "Задержка на включение, с", 0, 0, 65535);
GKDriversHelper.AddIntProprety(driver, 4, "Время удержания, с", 0, 0, 65535);
var property1 = new GKDriverProperty()
{
No = 5,
Name = "Режим после удержания",
Caption = "Режим после удержания",
Default = 1,
IsLowByte = true,
Mask = 0x01
};
GKDriversHelper.AddPropertyParameter(property1, "Выключается", 0);
GKDriversHelper.AddPropertyParameter(property1, "Остаётся включённым", 1);
driver.Properties.Add(property1);
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverTypeNo = 0xE6,
DriverType = GKDriverType.RSR2_OPZ,
UID = new Guid("24A6FC19-0428-43A9-8B1C-35B748BD202B"),
Name = "Оповещатель охранно-пожарный звуковой адресный",
ShortName = "ОПЗ",
IsControlDevice = true,
HasLogic = true,
IsPlaceable = true,
DriverClassification = GKDriver.DriverClassifications.Announcers
};
driver.AvailableStateBits.Add(GKStateBit.Norm);
driver.AvailableStateBits.Add(GKStateBit.Off);
driver.AvailableStateBits.Add(GKStateBit.TurningOn);
driver.AvailableStateBits.Add(GKStateBit.TurningOff);
GKDriversHelper.AddControlAvailableStates(driver);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Test);
GKDriversHelper.AddAvailableStateBits(driver, GKStateBit.Failure);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.AutoOff);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.On);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.TurningOn);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Test);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Failure);
GKDriversHelper.AddAvailableStateClasses(driver, XStateClass.Off);
driver.AvailableCommandBits.Add(GKStateBit.TurnOn_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOnNow_InManual);
driver.AvailableCommandBits.Add(GKStateBit.TurnOff_InManual);
GKDriversHelper.AddIntProprety(driver, 0, "Задержка на включение, с", 0, 0, 65535);
GKDriversHelper.AddIntProprety(driver, 1, "Время удержания, с", 0, 0, 65535);
var property1 = new GKDriverProperty()
{
No = 2,
Name = "Режим после удержания",
Caption = "Режим после удержания",
Default = 1,
IsLowByte = true,
Mask = 0x01
};
GKDriversHelper.AddPropertyParameter(property1, "Выключается", 0);
GKDriversHelper.AddPropertyParameter(property1, "Остаётся включённым", 1);
driver.Properties.Add(property1);
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverType = GKDriverType.RSR2_RM_4,
UID = new Guid("E3001BBB-18DA-437D-AB73-56C701F070D4"),
Name = "Модуль релейный групповой",
ShortName = "РМ4",
IsGroupDevice = true,
GroupDeviceChildType = GKDriverType.RSR2_RM_1,
GroupDeviceChildrenCount = 4,
DriverClassification = GKDriver.DriverClassifications.ActuatingDevice
};
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverType = GKDriverType.RSR2_MVK2_Group,
UID = new Guid("2ABAF6C0-6B9B-4658-8AB6-7FF15914B06F"),
Name = "Модуль выходов с контролем групповой",
ShortName = "МВК2",
IsGroupDevice = true,
GroupDeviceChildType = GKDriverType.RSR2_MVK8,
GroupDeviceChildrenCount = 2,
DriverClassification = GKDriver.DriverClassifications.ActuatingDevice
};
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverType = GKDriverType.RSR2_MAP4_Group,
UID = new Guid("FE44E469-55FB-4079-A50D-A0E4C098F0AC"),
Name = "Метка адресная пожарная групповая",
ShortName = "АМП4",
IsGroupDevice = true,
GroupDeviceChildType = GKDriverType.RSR2_MAP4,
GroupDeviceChildrenCount = 4,
DriverClassification = GKDriver.DriverClassifications.Other
};
return driver;
}
private void AddDrivers(GKDriver driver, DataTable table)
{
var count = 0;
foreach (var device in GKManager.Devices)
{
if (device.DriverType == driver.DriverType)
{
if (device.Parent.Driver.IsGroupDevice)
continue;
count++;
}
}
if (count > 0)
table.Rows.Add(driver.ShortName, count);
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverType = GKDriverType.RSR2_ABTK_Group,
UID = new Guid("D59115A5-B3A6-4D76-A744-0B719F81B15D"),
Name = "Адресный барьер термокабеля на 2 входа",
ShortName = "АБТК2",
IsGroupDevice = true,
GroupDeviceChildType = GKDriverType.RSR2_ABTK,
GroupDeviceChildrenCount = 2,
DriverClassification = GKDriver.DriverClassifications.FireDetector
};
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverType = GKDriverType.RSR2_MVK4_Group,
UID = new Guid("D3FD9DE2-D2E8-4DAC-B44E-82B202BE3534"),
Name = "Модуль выходов с контролем групповой",
ShortName = "МВК4",
IsGroupDevice = true,
GroupDeviceChildType = GKDriverType.RSR2_MVK8,
GroupDeviceChildrenCount = 4,
DriverClassification = GKDriver.DriverClassifications.ActuatingDevice
};
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverType = GKDriverType.RSR2_AM_4,
UID = new Guid("79EAC50A-D534-4775-A102-BE4872877400"),
Name = "Метка адресная групповая",
ShortName = "АМ4",
IsGroupDevice = true,
GroupDeviceChildType = GKDriverType.RSR2_AM_1,
GroupDeviceChildrenCount = 4,
DriverClassification = GKDriver.DriverClassifications.Other
};
return driver;
}
public static GKDriver Create()
{
var driver = new GKDriver()
{
DriverType = GKDriverType.RSR2_ABShS_Group,
UID = new Guid("71B8E463-4927-4ECD-823E-D59179C9ED29"),
Name = "Адресный барьер шлейфа сигнализации на 2 входа",
ShortName = "АБШС2",
IsGroupDevice = true,
GroupDeviceChildType = GKDriverType.RSR2_ABShS,
GroupDeviceChildrenCount = 2,
DriverClassification = GKDriver.DriverClassifications.Other
};
return driver;
}
public static GKDriverProperty AddIntProprety(GKDriver driver, byte no, string propertyName, int defaultValue, int min, int max)
{
var property = new GKDriverProperty()
{
No = no,
Name = propertyName,
Caption = propertyName,
DriverPropertyType = GKDriverPropertyTypeEnum.IntType,
Default = (ushort)defaultValue,
Min = (ushort)min,
Max = (ushort)max,
};
driver.Properties.Add(property);
return property;
}
public static GKDriver Create()
{
var driver = new GKDriver
{
DriverType = GKDriverType.RSR2_AM_2,
UID = new Guid("F8496E34-8F48-436F-954C-79B6BA918BBB"),
Name = "Метка адресная групповая",
ShortName = "АМ2",
IsGroupDevice = true,
GroupDeviceChildType = GKDriverType.RSR2_AM_1,
GroupDeviceChildrenCount = 2,
DriverClassification = GKDriver.DriverClassifications.Other
};
return driver;
}
