public static Model BuildCANCommunicationDemo()
{
Model model = new Model("CANCommunicationDemo");
Node TEST_HS07 = new Nodes.SensactHs07("TEST_HS07")
{
Applications = new List <SensactApplication>()
{
new StandbyControllerApplication
{
ApplicationId = "STDBY_XX_XXX_1",
OutputRessource = 1,
WaittimeInMsec = 10000
},
new PWMApplication
{
ApplicationId = "PWM___XX_XXX_1",
InitialStoredTargetLevel = 255,
LowMeansLampOn = false,
MinimalOnLevel = 20,
OutputRessources = new List <ushort>()
{
2
},
StandbyController = "STDBY_XX_XXX_1"
},
}
};
//TEST_HS07.Applications.AddBlindButtons("_XX_BLN_", InputPin.I01, InputPin.I02, "XX_XXX_1");
//TEST_HS07.Applications.AddOnePushbuttonDimmer("_XX_PUB_1", InputPin.I03, "PWM___XX_XXX_1");
Node TEST_UP02 = new Nodes.SensactUp02("TEST_UP02")
{
Applications = new List <SensactApplication>
{
new RotaryEncoderApplication
{
ApplicationId = "ROTAR_YY_YYY_1",
InputRotaryRessource = RotaryEncoder.ROTARYENCODER_1,
InputPushRessource = 16 + 15,
CommandsOnPressed = new List <Command>
{
new Command
{
TargetAppId = "PWM___XX_XXX_1",
CommandType = CommandType.TOGGLE,
}
},
CommandsOnTurned = new List <Command>
{
new Command
{
TargetAppId = "PWM___XX_XXX_1",
CommandType = CommandType.STEP_VERTICAL,
}
}
},
},
};
model.Nodes = new List <Node>()
{
TEST_HS07,
TEST_UP02
};
return(model);
}
public static Model BuildModelToTestAllAllI2CPinsAndCAN()
{
//Testet 4 Ausgangsbaugruppen und 4 Eingangsbaugruppen, also 64 Taster und 64 PWM-Outputs
//Die ersten beiden Taster sind Dimm-Taster (Up/Down) für LED0, Standby ist LED1. Diese beiden LED können auch per CAN eingestellt werden
//Die verbleibenden Taster schalten die
Model model = new Model("TestAllAllI2CPinsAndCAN");
Node TEST_HS08 = new Nodes.SensactHs07("TEST_HS08");
TEST_HS08.Applications.Add(new PWMApplication
{
ApplicationId = "PWM___XX_XXX_00",
InitialStoredTargetLevel = 255,
LowMeansLampOn = false,
MinimalOnLevel = 20,
OutputRessources = new List <ushort>()
{
BUS0 + I2C + 0
},
StandbyController = "STDBY_XX_XXX_00"
});
TEST_HS08.Applications.Add(new StandbyControllerApplication
{
ApplicationId = "STDBY_XX_XXX_00",
OutputRessource = BUS0 + I2C + 1,
WaittimeInMsec = 10000
});
//UP-Button
TEST_HS08.Applications.Add(new PushButtonXApplication
{
ApplicationId = "PUSHB_XX_XXX_00",
InputRessource = BUS0 + I2C + 0,
CommandsOnReleasedShort = new List <Command>()
{
new Command()
{
CommandType = CommandType.TOGGLE,
TargetAppId = "PWM___XX_XXX_00",
},
},
CommandsOnReleasedLong = new List <Command>()
{
new Command()
{
CommandType = CommandType.STOP,
TargetAppId = "PWM___XX_XXX_00",
},
},
CommandsOnPressedShortAndHold = new List <Command>()
{
new Command()
{
CommandType = CommandType.UP,
TargetAppId = "PWM___XX_XXX_00",
},
},
});
TEST_HS08.Applications.Add(new PushButtonXApplication
{
ApplicationId = "PUSHB_XX_XXX_01",
InputRessource = BUS0 + I2C + 1,
CommandsOnReleasedShort = new List <Command>()
{
new Command()
{
CommandType = CommandType.TOGGLE,
TargetAppId = "PWM___XX_XXX_00",
},
},
CommandsOnReleasedLong = new List <Command>()
{
new Command()
{
CommandType = CommandType.STOP,
TargetAppId = "PWM___XX_XXX_00",
},
},
CommandsOnPressedShortAndHold = new List <Command>()
{
new Command()
{
CommandType = CommandType.DOWN,
TargetAppId = "PWM___XX_XXX_00",
},
},
});
for (ushort i = 2; i < 64; i++)
{
TEST_HS08.Applications.Add(new PoweritemApplication
{
ApplicationId = string.Format("POWIT_XX_XXX_{0:00}", i),
OutputRessource = (ushort)(BUS0 + I2C + i)
});
TEST_HS08.Applications.Add(new PushButtonXApplication
{
ApplicationId = string.Format("PUSHB_XX_XXX_{0:00}", i),
InputRessource = (ushort)(BUS0 + I2C + i),
CommandsOnPressed = new List <Command>()
{
new Command()
{
CommandType = CommandType.TOGGLE,
TargetAppId = string.Format("POWIT_XX_XXX_{0:00}", i),
},
}
});
}
Node TEST_UP = new Nodes.SensactUp02("TEST_UP02")
{
Applications = new List <SensactApplication>
{
new RotaryEncoderApplication
{
ApplicationId = "ROTAR_YY_YYY_1",
InputRotaryRessource = RotaryEncoder.ROTARYENCODER_1,
InputPushRessource = 16 + 15,
CommandsOnPressed = new List <Command>
{
new Command
{
TargetAppId = "PWM___XX_XXX_00",
CommandType = CommandType.TOGGLE,
}
},
CommandsOnTurned = new List <Command>
{
new Command
{
TargetAppId = "PWM___XX_XXX_00",
CommandType = CommandType.STEP_VERTICAL,
}
}
},
},
};
model.Nodes = new List <Node>()
{
TEST_HS08,
TEST_UP
};
return(model);
}
public static Model BuildRGBWDemo()
{
Model model = new Model("RGBWDemo");
Node TEST_HS07 = new Nodes.SensactHs07("TEST_HS07")
{
Applications = new List <SensactApplication>()
{
new PushButtonXApplication
{
ApplicationId = "PUSHB_XX_XXX_1",
InputRessource = 1,
CommandsOnPressed = new List <Command>
{
new Command
{
CommandType = CommandType.TOGGLE,
TargetAppId = "RGBW__XX_XXX_1",
}
}
},
new PushButtonXApplication
{
ApplicationId = "PUSHB_XX_XXX_2",
InputRessource = 2,
CommandsOnPressed = new List <Command>
{
new Command
{
CommandType = CommandType.STEP_VERTICAL,
TargetAppId = "RGBW__XX_XXX_1",
}
}
},
new RgbwApplication
{
ApplicationId = "RGBW__XX_XXX_1",
OutputRessourceR = 1,
OutputRessourceG = 2,
OutputRessourceB = 3,
OutputRessourceW = 4,
StandbyController = _(ID.NO_APPLICATION),
LowMeansLampOn = false,
},
}
};
Node TEST_UP02 = new Nodes.SensactUp02("TEST_UP02")
{
Applications = new List <SensactApplication>
{
new RotaryEncoderApplication
{
ApplicationId = "ROTAR_YY_YYY_1",
InputRotaryRessource = RotaryEncoder.ROTARYENCODER_1,
InputPushRessource = 0,
CommandsOnPressed = new List <Command>
{
new Command
{
TargetAppId = "RGBW__YY_YYY_1",
CommandType = CommandType.TOGGLE,
}
},
CommandsOnTurned = new List <Command>
{
new Command
{
TargetAppId = "RGBW__YY_YYY_1",
CommandType = CommandType.STEP_VERTICAL,
}
}
},
new RgbwApplication
{
ApplicationId = "RGBW__YY_YYY_1",
OutputRessourceR = 1,
OutputRessourceG = 3,
OutputRessourceB = 5,
OutputRessourceW = 7,
StandbyController = _(ID.NO_APPLICATION),
LowMeansLampOn = true,
},
},
};
model.Nodes = new List <Node>()
{
TEST_HS07,
TEST_UP02
};
return(model);
}
