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The parameter value is used to set the continous output y making it a constant-valued signal. The output will always give rates per second, but rates can be entered in non-SI-units of time using the parameter timeBaseString.
ValueType is chosen to be Types.Reals so that the entered rate will be a fractional rate (1 per unit of time). A different choice for ValueType may give more convenience: Selecting ValueType = Amount allows to use `displayUnit = "thousand"` and we can enter value = 1 and timeBaseString = "year" to come up with a rate of 1 thousand per year nicely converted internally into an equivalent rate per second.ValueType to select say a basic physical quantity like energy (not EnergyFlowRate!). With value = 1000, displayUnit = "kW.h", and timeBaseString = "year" we will thus obtain a rate of 1000 kw.H per year that is internally converted into SI-units of 114.155 J/s.ValueType (default = Rate) and ValueType. The value entered will have unit = ValueType.unit/s and the selected OutputType should be set to make sure that y.unit reflects this: In the energy example above, the user should have selected OutputType = EnergyFlowRate to have units for input and output match.ConstantInput, ConstantInputTime, Converters.ConstantConverterRate, Converters.Vector.ConstantConverterRate
| Name | Description |
|---|---|
| ValueType | Basic type for the quantity that is transported per unit of time |
choices given for ValueType in v2.1.0.