Ph.attrs: Update base Ph attributes of flow, power and energy

src/xeto/ph.attrs/base.xeto

@@ -37,3 +37,26 @@ TempAttr : NumberAttr <abstract> {
   val: Number <quantity:"temperature">
 }
 
+// Attribute with a number value with volumetric flow unit
+VolumetricFlowAttr : NumberAttr <abstract> {
+  flow
+  val: Number <quantity:"volumetricFlow">
+}
+
+// Attribute with a number value with power unit
+PowerAttr : NumberAttr <abstract> {
+  power
+  val: Number <quantity:"power">
+}
+
+// Attribute with a number value with energy unit
+EnergyAttr : NumberAttr <abstract> {
+  energy
+  val: Number <quantity:"energy">
+}
+
+// Attribute with a number value with pressure unit
+PressureAttr : NumberAttr <abstract> {
+  pressure
+  val: Number <quantity:"pressure">
+}

src/xeto/ph.attrs/elec.xeto

@@ -6,59 +6,67 @@
 //   16 Apr 2025 Rick Jennings  Creation
 //
 
+//////////////////////////////////////////////////////////////////////////
+// Current attributes
+//////////////////////////////////////////////////////////////////////////
+
 // Current attribute for the asset
 ElecCurrentAttr : NumberAttr <abstract> { elec, current }
 
 // AC current attribute for the asset
 ElecAcCurrentAttr : ElecCurrentAttr <abstract> { ac }
 
-// AC current rating of the asset
-ElecAcRatedCurrentAttr : ElecAcCurrentAttr <abstract> { rated }
+// Elec rated AC current of the asset
+ElecRatedAcCurrentAttr : ElecAcCurrentAttr <abstract> { rated }
+
+// Elec continuous capacity rated AC current of the asset (80% or 100% - for circuit breakers)
+ElecContinuousCapacityRatedAcCurrentAttr : ElecRatedAcCurrentAttr { currentContinuousCapacity }
 
-// Continuous AC current capacity rating of the asset (80% or 100% - for circuit breakers)
-ElecAcRatedContinuousCapacityCurrentAttr : ElecAcRatedCurrentAttr { currentContinuousCapacity }
+// Elec continuous rated AC current of the asset (for circuit breakers)
+ElecContinuousRatedAcCurrentAttr : ElecRatedAcCurrentAttr <abstract> { currentContinuous }
 
-// Continuous AC current rating of the asset (for circuit breakers)
-ElecAcRatedContinuousCurrentAttr : ElecAcRatedCurrentAttr <abstract> { currentContinuous }
+// Elec max continuous rated AC current of the asset (for circuit breakers)
+ElecMaxContinuousRatedAcCurrentAttr : ElecContinuousRatedAcCurrentAttr { max }
 
-// Max continuous AC current rating of the asset (for circuit breakers)
-ElecAcRatedMaxContinuousCurrentAttr : ElecAcRatedContinuousCurrentAttr { max }
+// Elec input rated AC current of the asset
+ElecInputRatedAcCurrentAttr : ElecRatedAcCurrentAttr <abstract> { input }
 
-// AC current input rating of the asset
-ElecAcRatedInputCurrentAttr : ElecAcRatedCurrentAttr <abstract> { input }
+// Elec max input rated AC current of the asset
+ElecMaxInputRatedAcCurrentAttr : ElecInputRatedAcCurrentAttr { max }
 
-// Maximum AC current input rating of the asset
-ElecAcRatedInputMaxCurrentAttr : ElecAcRatedInputCurrentAttr { max }
+//////////////////////////////////////////////////////////////////////////
+// Voltage attributes
+//////////////////////////////////////////////////////////////////////////
 
 // Voltage attribute for the asset
 ElecVoltAttr : NumberAttr <abstract> { elec, volt }
 
 // AC voltage attribute for the asset
 ElecAcVoltAttr : ElecVoltAttr <abstract> { ac }
 
-// AC voltage rating of the asset
-ElecAcRatedVoltAttr : ElecAcVoltAttr <abstract> { rated }
+// Elec rated AC voltage of the asset
+ElecRatedAcVoltAttr : ElecAcVoltAttr <abstract> { rated }
 
-// AC voltage input rating of the asset
-ElecAcRatedInputVoltAttr : ElecAcRatedVoltAttr <abstract> { input }
+// Elec input rated AC voltage of the asset
+ElecInputRatedAcVoltAttr : ElecRatedAcVoltAttr <abstract> { input }
 
-// Nominal AC voltage input rating of the asset
-ElecAcRatedInputNominalVoltAttr : ElecAcRatedInputVoltAttr <abstract> { nominal }
+// Elec nominal input rated AC voltage of the asset
+ElecNominalInputRatedAcVoltAttr : ElecInputRatedAcVoltAttr <abstract> { nominal }
 
-// Nominal line-to-line AC voltage input rating of the asset
-ElecAcRatedInputLineToLineNominalVoltAttr : ElecAcRatedInputNominalVoltAttr { voltLineToLine }
+// Elec line-to-line nominal input rated AC voltage of the asset
+ElecLineToLineNominalInputRatedAcVoltAttr : ElecNominalInputRatedAcVoltAttr { voltLineToLine }
 
-// Nominal line-to-neutral AC voltage input rating of the asset
-ElecAcRatedInputLineToNeutralNominalVoltAttr : ElecAcRatedInputNominalVoltAttr { voltLineToNeutral }
+// Elec line-to-neutral nominal input rated AC voltage of the asset
+ElecLineToNeutralNominalInputRatedAcVoltAttr : ElecNominalInputRatedAcVoltAttr { voltLineToNeutral }
 
-// Minimum AC voltage input rating of the asset
-ElecAcRatedInputMinVoltAttr : ElecAcRatedInputVoltAttr <abstract> { min }
+// Elec min input rated AC voltage of the asset
+ElecMinInputRatedAcVoltAttr : ElecInputRatedAcVoltAttr <abstract> { min }
 
-// Minimum line-to-line AC voltage input rating of the asset
-ElecAcRatedInputLineToLineMinVoltAttr : ElecAcRatedInputMinVoltAttr { voltLineToLine }
+// Elec line-to-line min input rated AC voltage of the asset
+ElecLineToLineMinInputRatedAcVoltAttr : ElecMinInputRatedAcVoltAttr { voltLineToLine }
 
-// Maximum AC voltage input rating of the asset
-ElecAcRatedInputMaxVoltAttr : ElecAcRatedInputVoltAttr <abstract> { max }
+// Elec max input rated AC voltage of the asset
+ElecMaxInputRatedAcVoltAttr : ElecInputRatedAcVoltAttr <abstract> { max }
 
-// Maximum line-to-line AC voltage input rating of the asset
-ElecAcRatedInputLineToLineMaxVoltAttr : ElecAcRatedInputMaxVoltAttr { voltLineToLine }
+// Elec line-to-line max input rated AC voltage of the asset
+ElecLineToLineMaxInputRatedAcVoltAttr : ElecMaxInputRatedAcVoltAttr { voltLineToLine }

src/xeto/ph.attrs/flow.xeto

@@ -0,0 +1,143 @@
+//
+// Copyright (c) 2025, Project-Haystack
+// Licensed under the Academic Free License version 3.0
+//
+// History:
+//   13 Dec 2025 Lincoln Harmer Creation
+//
+
+//////////////////////////////////////////////////////////////////////////
+// Air Flow
+// Hierarchy: Air → Rated/Design → Min/Max → Cooling/Heating → Direction → Flow
+//////////////////////////////////////////////////////////////////////////
+
+// Air flow of the asset
+AirFlowAttr: VolumetricFlowAttr <abstract> { air }
+
+// Air rated flow
+AirRatedFlowAttr: AirFlowAttr <abstract> { rated }
+
+// Air rated max flow
+AirRatedMaxFlowAttr: AirRatedFlowAttr <abstract> { max }
+
+// Air rated max cooling flow
+AirRatedMaxCoolingFlowAttr: AirRatedMaxFlowAttr <abstract> { cooling }
+
+// Air rated max cooling discharge flow
+AirRatedMaxCoolingDischargeFlowAttr: AirRatedMaxCoolingFlowAttr { discharge }
+
+// Air rated max heating flow
+AirRatedMaxHeatingFlowAttr: AirRatedMaxFlowAttr <abstract> { heating }
+
+// Air rated max heating discharge flow
+AirRatedMaxHeatingDischargeFlowAttr: AirRatedMaxHeatingFlowAttr { discharge }
+
+// Air rated max outdoor flow
+AirRatedMaxOutdoorFlowAttr: AirRatedMaxFlowAttr { outdoor }
+
+// Air rated min flow
+AirRatedMinFlowAttr: AirRatedFlowAttr <abstract> { min }
+
+// Air rated min cooling flow
+AirRatedMinCoolingFlowAttr: AirRatedMinFlowAttr <abstract> { cooling }
+
+// Air rated min cooling discharge flow
+AirRatedMinCoolingDischargeFlowAttr: AirRatedMinCoolingFlowAttr { discharge }
+
+// Air rated min heating flow
+AirRatedMinHeatingFlowAttr: AirRatedMinFlowAttr <abstract> { heating }
+
+// Air rated min heating discharge flow
+AirRatedMinHeatingDischargeFlowAttr: AirRatedMinHeatingFlowAttr { discharge }
+
+// Air rated min outdoor flow
+AirRatedMinOutdoorFlowAttr: AirRatedMinFlowAttr { outdoor }
+
+// Air design flow
+AirDesignFlowAttr: AirFlowAttr <abstract> { design }
+
+// Air design max flow
+AirDesignMaxFlowAttr: AirDesignFlowAttr <abstract> { max }
+
+// Air design max cooling flow
+AirDesignMaxCoolingFlowAttr: AirDesignMaxFlowAttr <abstract> { cooling }
+
+// Air design max cooling discharge flow
+AirDesignMaxCoolingDischargeFlowAttr: AirDesignMaxCoolingFlowAttr { discharge }
+
+// Air design max heating flow
+AirDesignMaxHeatingFlowAttr: AirDesignMaxFlowAttr <abstract> { heating }
+
+// Air design max heating discharge flow
+AirDesignMaxHeatingDischargeFlowAttr: AirDesignMaxHeatingFlowAttr { discharge }
+
+// Air design max outdoor flow
+AirDesignMaxOutdoorFlowAttr: AirDesignMaxFlowAttr { outdoor }
+
+// Air design min flow
+AirDesignMinFlowAttr: AirDesignFlowAttr <abstract> { min }
+
+// Air design min cooling flow
+AirDesignMinCoolingFlowAttr: AirDesignMinFlowAttr <abstract> { cooling }
+
+// Air design min cooling discharge flow
+AirDesignMinCoolingDischargeFlowAttr: AirDesignMinCoolingFlowAttr { discharge }
+
+// Air design min heating flow
+AirDesignMinHeatingFlowAttr: AirDesignMinFlowAttr <abstract> { heating }
+
+// Air design min heating discharge flow
+AirDesignMinHeatingDischargeFlowAttr: AirDesignMinHeatingFlowAttr { discharge }
+
+// Air design min outdoor flow
+AirDesignMinOutdoorFlowAttr: AirDesignMinFlowAttr { outdoor }
+
+//////////////////////////////////////////////////////////////////////////
+// Water Flow
+// Hierarchy: Water → Rated/Design → Min/Max → Chilled/Hot → Flow
+//////////////////////////////////////////////////////////////////////////
+
+// Water flow of the asset
+WaterFlowAttr: VolumetricFlowAttr <abstract> { water }
+
+// Water rated flow
+WaterRatedFlowAttr: WaterFlowAttr <abstract> { rated }
+
+// Water rated max flow
+WaterRatedMaxFlowAttr: WaterRatedFlowAttr <abstract> { max }
+
+// Water rated max chilled flow
+WaterRatedMaxChilledFlowAttr: WaterRatedMaxFlowAttr { chilled }
+
+// Water rated max hot flow
+WaterRatedMaxHotFlowAttr: WaterRatedMaxFlowAttr { hot }
+
+// Water rated min flow
+WaterRatedMinFlowAttr: WaterRatedFlowAttr <abstract> { min }
+
+// Water rated min chilled flow
+WaterRatedMinChilledFlowAttr: WaterRatedMinFlowAttr { chilled }
+
+// Water rated min hot flow
+WaterRatedMinHotFlowAttr: WaterRatedMinFlowAttr { hot }
+
+// Water design flow
+WaterDesignFlowAttr: WaterFlowAttr <abstract> { design }
+
+// Water design max flow
+WaterDesignMaxFlowAttr: WaterDesignFlowAttr <abstract> { max }
+
+// Water design max chilled flow
+WaterDesignMaxChilledFlowAttr: WaterDesignMaxFlowAttr { chilled }
+
+// Water design max hot flow
+WaterDesignMaxHotFlowAttr: WaterDesignMaxFlowAttr { hot }
+
+// Water design min flow
+WaterDesignMinFlowAttr: WaterDesignFlowAttr <abstract> { min }
+
+// Water design min chilled flow
+WaterDesignMinChilledFlowAttr: WaterDesignMinFlowAttr { chilled }
+
+// Water design min hot flow
+WaterDesignMinHotFlowAttr: WaterDesignMinFlowAttr { hot }