Name | Description |
---|---|
Algorithm model to provide functionality of OccupancyEvaluation | |
Time program functionality based on Modelica.Blocks.TimeTable | |
Algorithm model to provide functionality of PriorityControl | |
Functionality model to provide functionality of AutomaticTwilightControl | |
Model to provide functionality of AutomaticSolarControl | |
Algorithm model to provide functionality of AutomaticThermalControl | |
Algorithm model to provide functionality of WeatherProtection | |
Algorithm model to provide functionality of EnergyModeSelection | |
Algorithm model to provide functionality of SetpointCalculation | |
Algorithm model to provide functionality of FunctionSelection | |
Algorithm model to provide functionality of TemperatureControl | |
Model to generate a single control sequence. Derived from Modelica.Blocks.Nonlinear.Limiter | |
Utility block for fixed outcomes of states in sunshade control state charts. | |
Utility block for fixed outcomes of states in sunshade control state charts (input = true -> output = 1, input = false -> output = 0) | |
Utility block for fixed outcomes of states in sunshade control state charts (input = true -> output = 0, input = false -> output = 0) | |
Utility block for fixed outcomes of states in sunshade control state charts (input = true -> output = -1, input = false -> output = 0) | |
Utility block for fixed outcomes of states in sunshade control state charts (input = true -> output = 40, input = false -> output = 0) | |
Utility block for fixed outcomes of states in sunshade control state charts (input = true -> output = -80, input = false -> output = 0) | |
Utility block for fixed outcomes of states in sunshade control state charts (input = true -> output = 0, input = false -> output = 0) |