UPC scenario conversion notes

UPC Scenario items can be imported into Control Data for use as UPC Scripts. See the Updating Control Data from a UPC Scenario topic for details.

This topic describes the conversion of UPC Scenario control definitions into UPC Script Language.

Ranges

A Range in the UPC Scenario with a defined minimum and/or maximum is converted into a COND[ITION] in the UPC Script:

COND range name = Type and Location >= Minimum AND Type and Location < Maximum

Closed

UPC Scenario Range

Range Name = LowLevel

Type = Pressure

Location Node = CRES2

Min value = 3

Max value = 3.7

 UPC Script

COND LowLevel = NODE CRES2 PRESSURE >= 3 AND NODE CRES2 PRESSURE < 3.7

A Range in the UPC Scenario without a defined minimum or maximum is converted into a VAR[IABLE] in the UPC Script.

UPC Range Attribute Mapping

Name

Name

Type and Location

Z - head

NODE <node id> HEAD

DZ - change in head

NODE <node id> DHDT

P - pressure

NODE <node id> PRESSURE

Q - flow

LINK <link id> FLOW

REG - regulator state

VALVE <valve id> OPENING

PUMP pump state

PST <pst id> PUMP STATE

VAR - variable value

<variable name>

T - time

RUN DATETIME

(Date is specified in ISO Standard format:

YYYY-MM-DD HH:MM)

TR - time repeat

RUN TIME

(Time is specified as HH:MM)

Please Note

Time Repeat attributes are converted into Daily times. Day of the week settings are not imported.

Minimum

>=

Maximum

<

Logic

A Logic dependent in the UPC Scenario is converted into a COND[ITION] in the UPC Script:

Closed

UPC Scenario Logic

Logic Name = LLMorning

Operator = AND

Dependent Condition 1 = Morning

Dependent condition 2 = LowLevel

 UPC Script

COND LLMorning = Morning AND LowLevel

UPC Scenario Attribute Mapping

Name

Name

Operator and Dependent Conditions

Expression using operator and dependent conditions

Rule

A Rule in a UPC Scenario is converted into a RULE in the UPC Script.

The following table details the conversion of rules from a UPC Scenario to a Global UPC Script. If a rule is imported into a local UPC Script, references to valve and pump station IDs are omitted.

UPC Rule Type

UPC Scenario Attribute

Mapping

Ctrl
  • Condition
  • Controller
  • Setpoint Type
  • Setpoint Value

Closed

UPC Scenario

Range Name = Range1

Range Type = Pressure

Location Node = K124

Minimum = 35

Controller Name = Control1

Controller Type = Reducing/Downstream

Controller Sensor = Range1

Rule Condition = Range1

Rule Type = Ctrl

Rule Controller = Control1

Setpoint Type = Fixed (35)

 UPC Script

COND Range1 = NODE K124 PRESSURE >= 35

RULE Range1

   IF Range1 THEN

   NODE K124 PRESSURE = 35 USING UPSTREAM VALVE <valve id> ENDIF

IF <condition> THEN NODE/LINK <controller sensor node/link id> <attribute> USING UPSTREAM/DOWNSTREAM VALVE/PST <valve/pst id> ENDIF

If the rule is imported into a local UPC script, 'VALVE/PST <valve.pst id>' is replaced by 'REGULATOR'

POS
  • Condition
  • Setpoint Type
  • Setpoint Value

Closed

UPC Scenario

Range Name = Range1

Range Type = Pressure

Location Node = K124

Maximum = 60

Rule Condition = Range1

Rule Type = POS

Setpoint Type = Fixed (70)

 UPC Script

COND Range1 = NODE K124 PRESSURE < 60

RULE Range1

   IF Range1 THEN

   VALVE <valve id> OPENING = 80 ENDIF

Valve Regulator

IF <condition> THEN VALVE <valve id> OPENING = <setpoint value> ENDIF

PST Regulator

IF <condition> THEN PST <pst id> SPEED = <setpoint value> ENDIF

ON
  • Condition
  • Setpoint Type

Closed

UPC Scenario

Range Name = Range1

Range Type = Pressure

Location Node = CRES2

Minimum = 2

Rule Condition = Range1

Rule Type = ON

 UPC Script

COND Range1 = NODE CRES2 PRESSURE >= 2

RULE Range1

   IF Range1 THEN

   PST <pst id> PUMP 1 = ON ENDIF

IF <condition> THEN PST <pst id> PUMP 1 = ON ENDIF

OFF
  • Condition
  • Setpoint Type

IF <condition> THEN PST <pst id> PUMP 1 = OFF ENDIF

Variable

Most Variables in a UPC Scenario are converted into a VAR[IABLE] in the UPC Script.

A Timer variable in a UPC Scenario is converted into a TIMER in the UPC Script.

Closed

UPC Scenario

Range Name = Range1

Range Type = Pressure

Range Location Node = CRES2

Range Minimum = 2

Variable Name = Variable1

Variable Measurement = Pressure

Variable Operator = Equals

Variable Argument 1 = Range1

 UPC Script

COND Range1 = NODE CRES2 PRESSURE >= 2

VAR Variable1 = Range1

UPC

Variable

Operator

Import

Equals

 

VAR <variable name> = <Argument 1>

Plus

Minus

Times

Divide

VAR <variable name> = <Argument 1> <operator> <Argument 2>

IF

VAR <variable name> = <Argument 2> IF <Argument 1> ELSE <Argument 3>

TIMER

TIMER <variable name> START <Argument 1> RESET <Argument 2> [PAUSE <Argument 3>]

Table

A Table in a UPC Scenario is converted into a TABLE in the UPC Script:

TABLE <name> IN <input range> OUT <measurement> TYPE STEP/LINEAR

Input range mappings are as for Ranges.

Closed

UPC Scenario

Range Name = Range1

Range Type = Time Repeat

Range Minimum = 00:00 Daily

Range Maximum = 12:00 Daily

Table Name = Table1

Table Measurement = Opening

Table Input Range = Range1

Table Type = STEP (00:00, 80; 05:00, 0; 07:00, 80)

Rule Condition = Range1

Rule Type = POS

Setpoint Type = Variable (Table1)

 UPC Script

COND Range1 = RUN TIME >= 00:00 AND RUN TIME < 12:00

TABLE Table1 IN RUN TIME OUT OPENING TYPE STEP

00:00 80

05:00 0

07:00 80

RULE Range1

   IF Range1 THEN

   VALVE <valve id> OPENING = Table1 ENDIF

Comment

Comments are imported as Comments into the UPC Script.

For example:

COMMENT Logical Rule for controlling Pump Station KCH2PMP

Override Other Control

If the Override Other Control box is unchecked for a regulator in the UPC Scenario; on import to a local UPC Script, the Disable UPC setting in the Control Data for that regulator will be turned on.

Initialise

Initial settings in the UPC Scenario are imported as INITIALISE statements in the UPC Script.

For example:

INITIALISE OPENING = 75

UPC Scripts

Updating Control Data from a UPC Scenario

UPC Script Language