PhysicalRangeHigh Property
General info
Label |
Physical Range High |
Description |
The high end of the range to which the raw input data should be mapped to. It will be used for rescaling if Conversion Mode is set to Rescaling. |
Data type |
Double |
Type |
Regular |
Code |
2456 |
Symbolic name |
MODEL_PROP_PHYSICALRANGEHIGH |
Lua access code |
syslib.model.properties.PhysicalRangeHigh |
Available since |
1.32 |
- Parent properties
Attributes
| Name | Tooltip |
|---|---|
| PROP_CONFIGURABLE | The property is configurable and can be changed with DataStudio and the various inmation APIs. |
| PROP_VISIBLE | The property is visible in DataStudio and can be read by the inmation APIs. |
Capabilities
| Name | Description |
|---|---|
| DataHistorization | The user will be able to switch time-series historization for this property on |
Examples
Read from or write to the PhysicalRangeHigh property.
-- Read from the PhysicalRangeHigh
syslib.getvalue("<OBJECT FULL PATH>.InputConversion.PhysicalRangeHigh")
-- Write to the PhysicalRangeHigh
syslib.setvalue("<OBJECT FULL PATH>.InputConversion.PhysicalRangeHigh", VALUE)
TcpConfig tcpcfg = new TcpConfig() { HostNameOrIp = "localhost", Port = 6512 };
SecurityCredentials sc = new SecurityCredentials() { ProfileName = "<username>", Password = "<password>" };
StatelessInterface sli = new StatelessInterface(tcpcfg);
// Read from the PhysicalRangeHigh
Result result = sli.ReadValue(sc, new ReadItem("<OBJECT FULL PATH>.InputConversion.PhysicalRangeHigh"));
// Write to the PhysicalRangeHigh
Result result = sli.WriteValue(sc, new WriteItem(VALUE, "<OBJECT FULL PATH>.InputConversion.PhysicalRangeHigh"));