Assign Model Names

This step requires that you assign Model Names and Field Model Names to your feature classes. The feature names shown below are as they appear in the sample data.

wClearWell

Object Model names: none

Field Model names:

wControlValve

Object Model names: VALVE

Field Model names:

*Assign the NORMALPOSITION field model name to the field that the Water System and Valve Isolation traces should look at to determine whether the valve is opened or closed. For example, you may wish these traces to look at the Present Position field instead of the Normal Position field.

wCPAnode

Object Model names: WATERNONTRACEABLE

Field Model names:

wCPBondJunction

Object Model names: none

Field Model names:

wCPBondWire

Object Model names: WATERNONTRACEABLE

Field Model names:

wCPRectifier

Object Model names: RECTIFIER, WATERNONTRACEABLE

Field Model names:

wCPRectifierCable

Object Model names: WATERNONTRACEABLE

Field Model names:

wCPTestPoint

Object Model names: none

Field Model names:

wFitting

Object Model names: NONCONTROLFITTING or CONTROLFITTING

The NONCONTROLFITTING and CONTROLFITTING model names may be assigned individually to two separate features. They may not be assigned to the same feature class. You may also have a geodatabase with only one Fitting feature (with either NONCONTROLFITTING or CONTROLFITTING assigned). Both model names are not required to be present in a geodatabase.

Field Model names:

wGravityPressureMain

Object Model names: SPLITTARGET, DISTRIBUTIONMAIN, PIPE, CPPIPE, WATERNETWORKEDGE

Field Model names:

* The Valve Isolation trace reads the operating pressure from one of two places. If neither of these places is configured properly or a value doesn't exist, the Valve Isolation trace will fail. The operating pressure may be stored in a field on the pipe feature. In this case the OPERATINGPRESSURE model name must be assigned to this field. Alternatively, you can store the operating pressure in an Operating Pressure table that is related to the pipe feature class (e.g., GravityPressureMain). In this case the OPERATINGPRESSURE model name must be assigned to the Operating Pressure table, and the table must be related directly to the pipe feature.

wHydrant

Object Model names: none

Field Model names:

   

wLateralPoint

Object Model names: none

Field Model names:

wLateralService

Object Model names: SERVICE, SPLITTARGET, DISTRIBUTIONMAIN, PIPE, CPPIPE, WATERNETWORKEDGE

Field Model names:

* The Valve Isolation trace reads the operating pressure from one of two places. If neither of these places is configured properly or a value doesn't exist, the Valve Isolation trace will fail. The operating pressure may be stored in a field on the pipe feature. In this case the OPERATINGPRESSURE model name must be assigned to this field. Alternatively, you can store the operating pressure in an Operating Pressure table that is related to the pipe feature class (e.g., GravityPressureMain). In this case the OPERATINGPRESSURE model name must be assigned to the Operating Pressure table, and the table must be related directly to the pipe feature.

wManhole

Object Model names: none

Field Model names:

wMeter

Object Model names: none

Field Model names:

wNetworkStructure

Object Model names: NETWORKSOURCE

Field Model names:

wPumpPressureMain

Object Model names: SPLITTARGET, DISTRIBUTIONMAIN, CPPIPE, WATERNETWORKEDGE

Field Model names:

* The Valve Isolation trace reads the operating pressure from one of two places. If neither of these places is configured properly or a value doesn't exist, the Valve Isolation trace will fail. The operating pressure may be stored in a field on the pipe feature. In this case the OPERATINGPRESSURE model name must be assigned to this field. Alternatively, you can store the operating pressure in an Operating Pressure table that is related to the pipe feature class (e.g., GravityPressureMain). In this case the OPERATINGPRESSURE model name must be assigned to the Operating Pressure table, and the table must be related directly to the pipe feature.

wPumpStation

You may create a feature class that acts as a pressure system barrier. You may also choose to use an existing feature class to serve as a barrier (e.g., Pump). The feature class must contain the following model names and field model names.

Object Model names: REGULATOR

Field Model names:

wSamplingStation

Object Model names: none

Field Model names:

wSqueezeOff

The SqueezeOff feature class is used for Squeeze Off tracing. This trace is supported for water, but isn't generally used. Create this feature class only if you intend to use the Squeeze Off trace with your water network.

Object Model names: SQUEEZEOFF

Field Model names:

wSystemValve

Object Model names: VALVE

Field Model names:

*Assign the NORMALPOSITION field model name to the field that the Water System and Valve Isolation traces should look at to determine whether the valve is opened or closed. For example, you may wish these traces to look at the Present Position field instead of the Normal Position field.