//	스프링클러설비의 화재안전기준(nfsc 103) 15조 (헤드의 설치제외) 1항 15호
Check(NFSC103_15_1_15){
	KS
}

KS{
	getResult(EDBA_46_4) = TRUE
	getBuildingUsage() = "MultiUnitHouse"
	isObjectProperty(Space.isEscape) = TRUE
} 

Python Code 변환 예정

//	간이스프링클러설비의 화재안전기준(NFSC 103A) 4조 (수원) 1항 2호

Check(NFSC103A_4_1_2){

	IF CS THEN KS

}



CS{

	WaterSource myWaterSource{

		isObjectProperty(Tank.isWaterSource) = TRUE

	}



	isInstalled(myWaterSource) = TRUE

}



KS{

	getObjectCount(AutomaticWaterSupplyEquipment) >= 1

} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(NFSC103a) 4조 (수원) 2항



Check(NFSC503A_4_2){

	IF !CS1 AND CS2 THEN KS	

}

CS1{

	getResult(NFSC503A_4_2_1) = TRUE

	OR getResult(NFSC503A_4_2_2) = TRUE

}

CS2{

	isObjectProperty(SimpleSprinklerSystem.Tank.isWaterSource) = TRUE

}

KS{

	isObjectProperty(Tank.isShared) = FALSE

} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 4조 (수원) 2항 1호



Check(NFSC503A_4_2_1){

	KS

}

KS{

	Valve myValve1{

	isObjectProperty(Valve.isFootValve) = TRUE

	isObjectProperty(Valve.systemType) = "SimpleSprinklerSystem"

	}

	Port myPort1{

	getObjectProperty(Port.typeForWater) = "Obsorption"

	isObjectProperty(Valve.systemType) = "SimpleSprinklerSystem"

	}

	Valve myValve2{

	isObjectProperty(Valve.isFootValve) = TRUE

	isObjectProperty(Valve.systemType) != "SimpleSprinklerSystem"

	}

	Port myPort2{

	getObjectProperty(Port.typeForWater) = "Obsorption"

	isObjectProperty(Valve.systemType) != "SimpleSprinklerSystem"

	}

	getObjectVerticalLocation(myValve1|myValve1, myValve2|myPort2) < 0

} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 4조 (수원) 2항 2호







Check(NFSC503A_4_2_2){



	KS



}



KS{



Pipe myPipe{

getObjectProperty(Pipe.usage)= "WaterSupplyPipe"

getObjectProperty(Pipe.systemType)="SimpleSprinklerSystem"
isObjectProperty(Pipe.isRiser)= TRUE

}



	Tank myTank{ 



	getObjectProperty(Tank.operationType) = "ElevatedWaterTank"



	}



	Port myPort1{



	getObjectProperty(Port.typeForWater) = "Supply"



	isConnectedTo(Port,myTank) = TRUE



	isConnectedTo(Port,myWaterSupplyPipe) = TRUE



	}







	Port myPort2 {



	getObject(Port) - getObject(myPort1)



	}







	Distance1 = getObjectVerticalDistance(myPort1, Ground.Surface, b)  



	Distance2 = getObjectVerticalDistance(myPort2, Ground.Surface, b)







	Distance1 - Distance2 < 0



} 

Python Code 변환 예정

// 	간이스프링클러설비의 화재안전기준(nfsc 103a) 4조 (수원) 4항 3호

Check(NFSC503A_4_4_3){
	IF CS THEN KS
}
CS{
	getObjectVerticalLocation(Tank.TopSurface, FloorSlab) = TRUE
}
KS{
	isInstalled(Ladder, Tank.SideSurface) = TRUE
	isObjectProperty(Ladder.isFixed) = TRUE
} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 4조 (수원) 4항 6호

Check(NFSC503A_4_2_6){
	KS
}
KS{
	Valve myValve{
	isObjectProperty(Valve.isDeliveryValveForCleaning) = TRUE
	}
	Pipe myPipe{
	isObjectProperty(Pipe.usage) = "WaterDrainPipe"
	}
	isInstalled(Tank.BottomSurface, myValve) = TRUE
	OR isInstalled(Tank.BottomSurface, myPipe) = TRUE
}
 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 5조 (가압송수장치)2항 3호

Check(NFSC503A_5_2_3){
	KS
}

KS{
isObjectProperty(Pump.isShared) = FALSE
}




 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 5조 (수원) 2항 4호



Check(NFSC503A_5_2_4){

	IF !CS THEN KS

}

CS{

	getObjectVerticalLocation(WaterSource, Pump) > 0

	OR isObjectProperty(Pump.isVerticalPump) = TRUE

}

KS{

	Valve myValve{

	isObjectProperty(Valve.isCheckValve) = TRUE

	}

	isInstalled(Pump.Outlet, myValve) = TRUE

	isInstalledInOrder(PressureGauge, myValve) = TRUE

} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 5조 (가압송수장치)2항 5호



Check(NFSC503A_5_2_5){

	KS

}



KS{

	Pipe myPipe{

	isObjectProperty(Pipe.isForTest) = TRUE

	}

	isInstalled(PressurizedWaterSupplySystem,myPipe) = TRUE

} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 5조 (가압송수장치)2항 6호

Check(NFSC503A_5_2_6){
	KS
}

KS{
	Pipe myPipe{
	isObjectProperty(Pipe.isCirculationPipe) = TRUE
	}
	isInstalled(PressurizedWaterSupplySystem,myPipe) = TRUE
}
 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 5조 (가압송수장치) 2항 7호

Check(NFSC503A_5_2_7){
	IF !CS THEN KS1 AND KS2
}
CS{
	isObjectProperty(SimpleSprinklerSystem.isCabinetType)=TRUE
}
KS1{
	isExist(PressurizedWaterSupplySystem) = TRUE
}
KS2{
	getResult(NFSC503A_5_2_7_가) = TRUE
} 

Python Code 변환 예정

// 	간이스프링클러설비의 화재안전기준(nfsc 103a) 5조 (가압송수장치) 2항 8호



Check(NFSC503A_5_2_8){

	IF (!CS1 AND CS2) THEN KS

}

CS1{

	isObjectProperty(SimpleSprinklerSystem.isCabinetType) = TRUE

}

CS2{



getObjectVerticalLocation(Pump, WaterSource,) < 0 	

}

KS{

	isInstalled(PressurizedWaterSupplySystem, WaterLiftingDevice) = TRUE

	getResult(NFSC503A_5_2_가) = TRUE

	getResult(NFSC503A_5_2_나) = TRUE

} 

Python Code 변환 예정

// 	간이스프링클러설비의 화재안전기준(nfsc 103a) 5조 (가압송수장치) 2항 8호 가

Check(NFSC503A_5_2_8_가){
	KS
}
KS{
	isInstalled(WaterLiftingDevice, Tank)=TRUE
	isObjectProperty(Tank.isShared) = FALSE
} 

Python Code 변환 예정

// 	간이스프링클러설비의 화재안전기준(nfsc 103a) 5조 (가압송수장치) 2항 8호 나목

Check(NFSC503A_5_2_8_나){
	KS
}
KS{
	isObjectProperty(Tank.amountOfEffectiveWater) >= 10L
} 

Python Code 변환 예정

/ 	간이스프링클러설비의 화재안전기준(nfsc 103a) 5조 (가압송수장치) 3항

Check(NFSC503A_5_3){
	IF CS THEN KS
}
CS{
	isObjectProperty(PressurizedWaterSupplySystem.supplyType) = "ElevatedWaterTankType"
}
KS{
	getResult(NFSC503A_5_3_1)=TRUE
	getResult(NFSC503A_5_3_2)=TRUE

} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 5조 (가압송수장치) 3항 1호



Check(NFSC503A_5_3_1){

	KS

}

KS{

	Tank myTank{

	isObjectProperty(Tank.operationType) = "ElevatedWaterTank"

	}

	Head myHead{

	hasSpace(TopFloor,Head) = TRUE

	}

	getObjectVerticalDistance(myTank.BottomSurface,myHead) >= Pipe.frictionHeadLossH + 10m 

} 

Python Code 변환 예정

//간이스프링클러설비의 화재안전기준(nfsc 103a) 5조 (가압송수장치) 3항 2호



Check(NFSC503A_5_3_2){

	KS

}

KS{

	Tank myTank{

	isObjectProperty(Tank.operationType) = "ElevatedWaterTank"

	}

	Pipe myPipe1{

	isObjectProperty(Pipe.isOverflowPipe) = TRUE

	}
	Pipe myPipe2{

	getObjectProperty(Pipe.usage) = "WaterDrainPipe"

	}
	Pipe myPipe3{

	getObjectProperty(Pipe.usage) = "WaterSupplyPipe"

	}
	isInstalled(myTank,WaterLevelGauge) = TRUE

	isInstalled(myTank,myPipe2) = TRUE

	isInstalled(myTank,myPipe3) = TRUE

	isInstalled(myTank,myPipe1) = TRUE

	isInstalled(myTank,Manshole) = TRUE

} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 5조 (가압송수장치) 4항 2호



Check(NFSC503A_5_4_2){

	KS

}

KS{

	Tank myTank{

	isObjectProperty(Tank.operationType) = "HydropneumaticTank"

	}

	Pipe myPipe{

	isObjectProperty(Pipe.usage)="WaterSupplyPipe"

	OR isObjectProperty(Pipe.usage)="WaterDrainPipe"

	OR isObjectProperty(Pipe.usage)="AirSupplyPipe"

	}

	AirCompressor myAirCompressor{

	isObjectProperty(AirCompressor.isAutomatic) = TRUE

	}

	isInstalled(WaterLevelGauge, myTank) = TRUE

	isInstalled(myPipe, myTank) = TRUE

	isInstalled(Manshole, myTank) = TRUE

	isInstalled(PressureGauge, myTank) = TRUE

	isInstalled(SafetyDevice, myTank) = TRUE

	isInstalled(AirCompressor, myTank) = TRUE

} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 5조 (가압송수장치) 7항

Check(NFSC503A_5_7){
	IF CS THEN KS
}
CS{
	SpecificFireFightingBuilding mySpecificFireFightingBuilding{
	getResult(_*_5_1_마_1)) = TRUE
	getResult(_*_5_1_마_6)) = TRUE
	getResult(_*_5_1_마_7)) = TRUE
	}
}
KS{
	SimpleSprinklerSystem mySimpleSprinklerSystem{
		isObjectProperty(SimpleSprinklerSystem.isDirectCoupledType) != TRUE
		isObjectProperty(SimpleSprinklerSystem.isCabinetType) != TRUE
	}

	isInstalled(PressurizedWaterSupplySystem, mySpecificFireFightingBuilding) = TRUE
	isInstalled(mySimpleSprinklerSystem, mySpecificFireFightingBuilding) != TRUE
}
	 

Python Code 변환 예정

//간이스프링클러설비의 화재안전기준(nfsc 103a) 6조 (간이스프링클러설비의 방호구역·유수검지장치)

Check(NFSC503A_6){
	KS2 AND IF CS THEN KS1
KS2{
	getResult(NFSC503A_6_1)=TRUE
	getResult(NFSC503A_6_2)=TRUE
	getResult(NFSC503A_6_3)=TRUE
	getResult(NFSC503A_6_4)=TRUE
}
CS{
	isObjectProperty(SimpleSprinklerSystem.isCabinetType) = TRUE
}
KS1{
	getResult(NFSC503A_6_3)=TRUE
} 

Python Code 변환 예정

//간이스프링클러설비의 화재안전기준(nfsc 103a) 6조 (간이스프링클러설비의 방호구역·유수검지장치) 1호

Check(NFSC503A_6_0_1){
	KS
}
KS{
	Zone myZon{
	isObjectProperty(Zone.isProtectionZone) = TRUE
	}
	isObjectProperty(myZone.FloorSlab.area) < 1000 m2
} 

Python Code 변환 예정

//간이스프링클러설비의 화재안전기준(nfsc 103a) 6조 (간이스프링클러설비의 방호구역·유수검지장치) 2호

Check(NFSC503A_6_0_2){
	KS
}
KS{
	Zone myZone{
	isObjectProperty(Zone.isProtectionZone) = TRUE
	}
	isInstalled(myZone,WaterflowIndicator) = TRUE
} 

Python Code 변환 예정

//간이스프링클러설비의 화재안전기준(nfsc 103a) 6조 (간이스프링클러설비의 방호구역·유수검지장치) 3호



Check(NFSC503A_6_0_3){

	IF (CS1 THEN KS1) OR (CS2 THEN KS2)

}

	Zone myZone{

	isObjectProperty(Zone.isProtectionZone) = TRUE

	}

CS1{

	getObjectCount(Floor.One.SimpleSprinklerHead) > 10

}

KS1{

	getObjectCount(Zone.One.Floor) < 2

}

CS2{

	getObjectCount(Floor.One.SimpleSprinklerHead) <= 10

}

KS2{

	getObjectCount(myZone.One.Floor) <= 3

} 

Python Code 변환 예정

//간이스프링클러설비의 화재안전기준(nfsc 103a) 7조 ( 제어반 ) 

Check(NFSC503A_7){
	IF !CS THEN KS
}
CS{
	isObjectProperty(SimpleSprinklerSystem.isCabinetType) = TRUE
}
KS{
	hasObject(SimpleSprinklerSystem, ControlPanel)=TRUE
	getResult(NFSC503A_7_2)=TRUE
} 

Python Code 변환 예정

//간이스프링클러설비의 화재안전기준(nfsc 103a) 7조 ( 제어반 ) 2호

Check(NFSC503A_7_0_2){
	IF CS THEN KS
}
CS{
	isObjectProperty(SimpleSprinklerSystem.isDirectCoupledType) = TRUE
}
KS{
	getResult(NFSC103_13)=TRUE
} 

Python Code 변환 예정

//	간이스프링클러설비의 화재안전기준(nfsc 103a) 8조 (배관 및 밸브) 3항 1호
Check(NFSC103A_8_3_1){
	IF (CS1 THEN KS1) OR (CS2 THEN KS2)
}

	Pipe myPipe{
		getObjectProperty(Pipe.usage) = "WaterSupplyType"
		isObjectProperty(myPipe.isDirectCoupledType) != TRUE
	}

	Pipe myPipe2{
		getObjectProperty(Pipe.usage) = "WaterSupplyType"
		isObjectProperty(myPipe.isDirectCoupledType) = TRUE
	}

CS1{
	isExist(myPipe) = TRUE
}

KS1{
	isObjectProperty(myPipe.isShared) = FALSE
}

CS2{
	isExist(myPipe2) = TRUE
}

KS2{
	isObjectProperty(myPipe.isShared) = FALSE
	getObjectProperty(Pipe.diameter) >= 32mm
}
 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 8조 (배관 및 밸브) 3항 2호

Check(NFSC503A_8_3_2){
	KS2 AND IF CS THEN KS1
}
KS2{
	Valve myValve{
	isObjectProperty(Valve.isShutoffValve)=TRUE
	}
	isObjectProperty(myValve.isIndicatingValve) = TRUE
}
CS{
	Pipe myPipe{
	isInstalled(Pipe, Pump.Inlet) = TRUE
	}
	isInstalled(myValve, myPipe) = TRUE
}
KS1{
	isObjectProperty(myValve.isIndicatingValve) = TRUE
	isObjectProperty(myValve.isButterflyValve) = TRUE
}
 

Python Code 변환 예정

//간이스프링클러설비의 화재안전기준(nfsc 103a) 8조 (배관 및 밸브) 5항

Check(NFSC503A_8_5){
	IF CS THEN KS
}

CS{
	Pipe myPipe1{
Pipe.systemType = "SimpleSprinklersystem"
}
	Pipe myPipe2{
Pipe.systemType = "FireDepartmentConnectionSystem"
}
Pipe.isShared(myPipe1, myPipe2) = TRUE
}
KS{
	Pipe myPipe3{
	isObjectProperty(Pipe.isRiser) = TRUE
	}
	Port myPort{
	getObjectProperty(Port.typeForWater) = "Delivery"
	Pipe myPipe4{
	isConnectedTo(Pipe, myPort) = TRUE
	}
	
	isObjectProperty(myPipe3.diameter) >= 100 mm	
	getObjectProperty(myPipe4.diameter) >= 65 mm
} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 8조 (배관 및 밸브) 7항



Check(NFSC503A_8_7){

	KS

}

KS{

	Valve myValve1{

	isObjectProperty(Valve.isCheckValve) = TRUE

	}

	PP = isObjectProperty(Pump.shutoffPressure)

	Valve myValve2{

	isObjectProperty(Valve.isReliefValve) = TRUE

	isObjectProperty(Valve.reliefPressure) < PP

	}



	isInstalledInOrder(myValve1, Pipe, Pump) = TRUE

	isObjectProperty(Pipe.diameter) >= 20mm

	isInstalled(myValve2, Pipe) = TRUE

} 

Python Code 변환 예정

//  간이스프링클러설비의 화재안전기준(nfsc 103a) 8조 (배관 및 밸브) 9항 1호

Check(NFSC103A_8_9_1){

	KS

}



KS{

	isObjectProperty(Pipe.isBranchLines) = TRUE

	isObjectProperty(Pipe.hasTournamentArragement) = FALSE

} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 8조 (배관 및 밸브) 9항 2호

Check(NFSC503A_8_9_2){
	IF !CS THEN KS
}
CS{
	getResult(NFSC503A_8_9_2_가) = TRUE
}
KS{
	Pipe myPipe{
	isObjectProperty(Pipe.isBranchLines) = TRUE
	}
	Head myHead{
	isIntalled(SimpleSprinkler.Head, myPipe.One) = TRUE
	getObjectVerticalLocation(CeilingCovering, SimpleSprinkler.Head) < 0
	}
	getObjectCount(myHead) <= 8  
} 

Python Code 변환 예정

9항 3호

Check(NFSC503A_8_9_3){
	IF CS THEN KS
}
	Pipe myPipe1{
	isObjectProperty(Pipe.isBranchLines) = TRUE
	}
	Pipe myPipe2{
	isObjectProperty(Pipe.isFlexibleTube) = TRUE
	}
CS{
	isInstalledInOrder(myPipe1, myPipe2, Head) = TRUE
}
KS{
	getResult(NFSC503_10_3) = TRUE
} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 8조 (배관 및 밸브) 10항



Check(NFSC503A_8_10){

	IF CS THEN KS

}

	Pipe myPipe1{

	isObjectProperty(Pipe.isBranchLines) = TRUE

	}

	Head myHead{

	isObjectProperty(Head.installationDirectionType) = "TopDownType"

	}

CS{

	isInstalled(myHead, myPipe1) = TRUE

}

KS{

	Pipe mypipe2{

	isConnectedTo(myPipe1, Pipe) = TRUE

	isConnectedTo(myHead, Pipe) = TRUE

	}

	getObjectVerticalLocation(myPipe1, myPipe1) > 0 

} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 8조 (배관 및 밸브) 11항

Check(NFSC503A_8_11_1){
	IF (CS1 AND CS2) THEN KS
}
CS{
	isObjectProperty(WaterflowIndicator.type) = "PreactionWaterflowIndicator"
	isObjectProperty(WaterflowIndicator.systemType) = "SimpleSprinklerSystem"
	}
KS{
	getResult(NFSC503A_8_11_1) = TRUE
	getResult(NFSC503A_8_11_2) = TRUE
}
 

Python Code 변환 예정

11항 1호



Check(NFSC503A_8_11_1){

	KS

}

KS{

	Valve myValve{

	isObjectProperty(Valve.isIndicatingValve) = TRUE

	}
	Pipe myPipe{

	isObjectProperty(Pipe.isSecondaryPipe) = TRUE

	}
	isInstalled(myValve, myPipe) = TRUE

} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 8조 (배관 및 밸브) 11항 2호

Check(NFSC503A_8_11_2){
	IF CS THEN KS
}
CS{
	Valve myValve{
	isObjectProperty(Valve.isIndicatingValve) = TRUE
	}
	WaterflowIndicator myWaterflowIndicator{isObjectProperty(WaterflowIndicator.type) = "PreactionWaterflowIndicator"
	}
	isInstalledInOrder(myValve, Pipe, myWaterflowIndicator) = TRUE
}
KS{
	getResult(NFSC503A_8_11_2_가) = TRUE
	getResult(NFSC503A_8_11_2_나) = TRUE
} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 8조 (배관 및 밸브) 11항 2호 가목

Check(NFSC503A_8_11_2_가){
	KS
}
KS{
	Pipe myPipe{
	isObjectProperty(Pipe.usage) = "WaterDrainPipe"
	isObjectProperty(Pipe.isRiser) = TRUE
	}
	Valve myValve{
	isObjectProperty(Valve.isShutoffValve) = TRUE
	}
	isConnectedTo(Pipe, myPipe) = TRUE
	isInstalled(myValve, Pipe) = TRUE
} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 8조 (배관 및 밸브) 12항



Check(NFSC503A_8_12){

	IF !CS THEN KS

}

CS{

	WaterflowIndicator myWaterflowIndicator{

	isObjectProperty(WaterflowIndicator.type) = "PreactionWaterflowIndicator"

	}

	isInstalled(myWaterflowIndicator, SimpleSprinklerSystem) = TRUE

}

KS{

	getResult(NFSC503A_8_12_1) = TRUE

	getResult(NFSC503A_8_12_2) = TRUE

	getResult(NFSC503A_8_12_3) = TRUE

} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 8조 (배관 및 밸브) 12항 1호



Check(NFSC503A_8_12_1){

	KS

}

KS{

	Pipe myPipe{

	isObjectProperty(Pipe.isBranchLines) = TRUE

	isFarthestDistance(WaterflowIndicator, Pipe) = TRUE

	}

	isInstalled(TestingDevice, myPipe.End) = TRUE

	isConnectedTo(TestingDevice, myPipe.End) = TRUE

} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 8조 (배관 및 밸브) 12항 2호



Check(NFSC503A_8_12_2){

	KS

}

KS{

	Pipe myPipe{

	isObjectProperty(Pipe.isForTest) = TRUE

	}

	Head myHead{

	isObjectProperty(Head.openAndCloseType) = "OpenType"
getObjectProperty(Head.systemType) = "SimpleSprinklerSystem"
	}

	BD = getObjectDiameter(NFSC503A_8_12_1.myPipe)

	getObjectDiameter(myPipe, a) = BD 

	isInstalled(myHead, myPipe.End) = TRUE

} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 8조 (배관 및 밸브) 12항 3호

Check(NFSC503A_8_12_3){
	KS
}
KS{
	Pipe myPipe1{
	isObjectProperty(Pipe.isForTest) = TRUE
	}
	Pipe myPipe2{
	isObjectProperty(Pipe.usage) = "WaterDrainPipe"
	}
	isInstalled(myPipe2, myPipe1.End) = TRUE
} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(NFSC 103A) 8조 (배관 및 밸브) 13조 1호



Check(NFSC103A_8_13_1){

	IF(CS1 THEN KS1) OR (CS2 THEN KS2)

}

Pipe myPipe{

	isObjectProperty(Pipe.isBranchLines) = TRUE

}

CS1{

	getObjectInterval(SimpleSprinkler.Head) <= 3.5m

}

KS1{

	getObjectCountInInterval(Hanger, SimpleSprinkler.Head) >= 1

	isInstalled(Hanger, myPipe) = TRUE

}



CS2{

	getObjectInterval(SimpleSprinkler.Head) > 3.5m

}

KS2{

	Head myHead{

	isObjectProperty(Head.installationDirectionType) = "BottomUpType"

	}

	isInstalled(Hanger, myPipe, b, 3.5) = TRUE

getObjectCountInInterval(Hanger, SimpleSprinkler.Head) >= 1

	getObjectDistance(myHead, Hanger) >= 8cm 



} 

Python Code 변환 예정

//간이스프링클러설비의 화재안전기준(NFSC 103A) 8조 (배관 및 밸브) 13조 2

Check(NFSC103A_8_13_2){
	IF(CS1 THEN KS1) OR (CS2 THEN KS2)
}
Pipe myPipe1{
	isObjectProperty(Pipe.isCrossMains) = TRUE
}
Pipe myPipe2{
	isObjectProperty(Pipe.isBranchLines) = TRUE
}
CS1{
	getObjectInterval(myPipe2) <= 4.5m
}
KS1{
	getObjectCountInInterval(Hanger, myPipe2) >= 1
	isInstalled(Hanger, myPipe1) = TRUE
}

CS2{
	getObjectInterval(myPipe2) > 4.5m
}
KS2{
	isInstalled(Hanger, myPipe1, b, 4.5) = TRUE
getObjectCountInInterval(Hanger, myPipe2) >= 1
} 

Python Code 변환 예정

//간이스프링클러설비의 화재안전기준(NFSC 103A) 8조 (배관 및 밸브) 13조 3호

Check(NFSC103A_8_13_3){
	KS
}
KS{
	Pipe myPipe{
	isObjectProperty(Pipe.isFeedMains) = TRUE
	}
	isInstalled(Hanger, myPipe, b, 4.5) = TRUE
	getObjectCountInInterval(Hanger, myPipe) >= 1
} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 8조 (배관 및 밸브) 15항 1호

Check(NFSC503A_8_15_1){
	KS
}
KS{
	Pipe myPipe{
	isObjectProperty(Pipe.usage) = "WaterDrainPipe"
	}
	isParallel(FloorSlab, myPipe) = TRUE  
} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 8조 (배관 및 밸브) 16항 1호

Check(NFSC503A_8_16_1){
	IF CS THEN KS
}
CS{
	isObjectProperty(SimpleSprinklerSystem.isDirectCoupledType) = TRUE
}
KS{
	getResult(NFSC503A_8_16_1_가) = TRUE
	getResult(NFSC503A_8_16_1_나) = TRUE
} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 8조 (배관 및 밸브) 16항 1호 가복



Check(NFSC503A_8_16_1_가){

	KS

}

KS{

	ShutdownEquipment myShutdownEquipment{

	isObjectProperty(ShutdownEquipment.type) = "Water"

	}

	Valve myValve1{

	isObjectProperty(Valve.isIndicatingValve) = TRUE

	}

	Valve myValve2{

	isObjectProperty(Valve.isCheckValve) = TRUE

	}

	Valve myValve3{

	isObjectProperty(Valve.isTestValve) = TRUE

	getObjectCount(Valve) = 2

	}

	isInstalledInOrder(WaterGauge, myShutdownEquipment, myValve1, myValve2, PressureGauge, WaterflowIndicator, myValve3) = TRUE

} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 8조 (배관 및 밸브) 16항 1호 나목

Check(NFSC503A_8_16_1_나){
	KS
}
KS{
	ShutdownEquipment myShutdownEquipment{
	isObjectProperty(ShutdownEquipment.type) = "Water"
	}
	Pipe myPipe{
	isObjectProperty(Pipe.systemType) != "SimpleSprinklerSystem" 
	}
	isInstalled(myShutdownEquipment, myPipe) = TRUE
} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 8조 (배관 및 밸브) 16항 2호



Check(NFSC503A_8_16_2){

	IF (!CS1 AND CS2) THEN KS

}

CS1{

	getObjectVerticalLocation(WaterSource, Pump) > 0

}

CS2{

	PressurizedWaterSupplySystem myPressurizedWaterSupplySystem{

	isObjectProperty(PressurizedWaterSupplySystem.supplyType) != "DirectCoupledType" OR "PressurizedTankType"

	}

	isInstalled(Pipe, myPressurizedWaterSupplySystem) = TRUE

	OR 	isInstalled(Valve, myPressurizedWaterSupplySystem) = TRUE

}

KS{

	Tank myTank{

	isObjectProperty(Tank.operationType) = "HydropneumaticTank"

	}

	Valve myValve1{

	isObjectProperty(Valve.isCheckValve) = TRUE

	}

	Valve myValve2{

	isObjectProperty(Valve.isIndicatingValve) = TRUE

	}

	Valve myValve3{

	isObjectProperty(Valve.isTestValve) = TRUE

	}

	Pipe myPipe{

	isObjectProperty(Pipe.isForTest) = TRUE

	}

	isInstalledInOrder(WaterSource,  CompoundGauge | VacuumGauge, Pump | myTank, PressureGauge, myValve1, myPipe, myValve2, WaterflowIndicator, myValve3) = TRUE

} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 8조 (배관 및 밸브) 16항 3호



Check(NFSC503A_8_16_3){

	IF CS THEN KS

}

CS{

	PressurizedWaterSupplySystem myPressurizedWaterSupplySystem{

	isObjectProperty(PressurizedWaterSupplySystem.supplyType) = "PressurizedTankType"

	}

	isInstalled(Pipe, myPressurizedWaterSupplySystem) = TRUE

	OR 	isInstalled(Valve, myPressurizedWaterSupplySystem) = TRUE

}

KS{

	Tank myTank{

	isObjectProperty(Tank.operationType) = "PressurizedTank"

	}

	Valve myValve1{

	isObjectProperty(Valve.isCheckValve) = TRUE

	}

	Valve myValve2{

	isObjectProperty(Valve.isIndicatingValve) = TRUE

	}

	Valve myValve3{

	isObjectProperty(Valve.isTestValve) = TRUE

	getObjectCount(Valve) = 2

	}

	Pipe myPipe{

	isObjectProperty(Pipe.isForTest) = TRUE

	}

	isInstalledInOrder(WaterSource,  myTank, PressureGauge, myValve1, myPipe, myValve2, WaterflowIndicator, myValve3) = TRUE

} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 8조 (배관 및 밸브) 16항 4호



Check(NFSC503A_8_16_4){

	IF (!CS1 AND CS2) THEN KS

}

CS1{

	getObjectVerticalLocation(WaterSource, Pump) > 0

}

CS2{

	SimpleSprinklerSystem mySimpleSprinklerSystem{

	isObjectProperty(SimpleSprinklerSystem.isCabinetType) = TRUE

	}

	isInstalled(Pipe, mySimpleSprinklerSystem.PressurizedWaterSupplySystem) = TRUE

	OR 	isInstalled(Valve, mySimpleSprinklerSystem.PressurizedWaterSupplySystem) = TRUE

}

KS{

	Tank myTank{

	isObjectProperty(Tank.operationType) = "HydropneumaticTank"

	}

	Valve myValve1{

	isObjectProperty(Valve.isCheckValve) = TRUE

	}

	Valve myValve2{

	isObjectProperty(Valve.isIndicatingValve) = TRUE

	}

	Valve myValve3{

	isObjectProperty(Valve.isTestValve) = TRUE

	getObjectCount(Valve) = 2

	}



	isInstalledInOrder(WaterSource,  CompoundGauge | VacuumGauge, Pump | myTank, PressureGauge, myValve1, myPipe, myValve2, myValve3) = TRUE

} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 9조 (간이헤드) 1항

Check(NFSC503A_9_1){
	KS
}
KS{
	isObjectProperty(SimpleSprinkler.Head.openAndCloseType) = "EnclosedType"
} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 9조 (간이헤드) 4호



Check(NFSC503A_9_0_4){

	IF (CS1 THEN KS1) OR (CS2 THEN KS2) OR (CS3 THEN KS3)

}

CS1{

	isObjectProperty(Head.installationDirectionType) = "BottomUpType" OR "TopDownType"

}

KS1{

	getObjectDistance(Deflector, Ceiling | CeilingCovering) >= 25mm

	getObjectDistance(Deflector, Ceiling | CeilingCovering) <= 102mm

}

CS2{

	isObjectProperty(Head.shapeType) = "SideWallType" 

}

KS2{

	getObjectDistance(Deflector, Ceiling | CeilingCovering) >= 102mm

	getObjectDistance(Deflector, Ceiling | CeilingCovering) <= 152mm

}

CS3{

	isObjectProperty(Head.shapeType) = "FlushType" 

}

KS2{

	getObjectDistance(Deflector, Ceiling | CeilingCovering) <= 102mm

} 

Python Code 변환 예정

// 간이스프링클러설비의 화재안전기준(nfsc 103a) 9조 (간이헤드) 9호

Check(NFSC503A_9_0_9){
	IF CS THEN KS
}
CS{
	isExist(NFSC503A_6_0_7.mySpace) = TRUE
}
KS{
	Head myHead{
	isObjectProperty(Head.responseType) = "StandardResponseType"
	}
	isInstalled(myHead, NFSC503A_6_0_7.mySpace) = TRUE
	getResult(NFSC503_10) = TRUE
} 

Python Code 변환 예정

//	간이스프링클러설비의 화재안전기준(NFSC 103A) 별표1 (간이헤드 수별 급수관의 구경) 1항

Check(NFSC103A_*_1){

	getResult(NFSC103A_*_1_1) = TRUE

	getResult(NFSC103A_*_1_2) = TRUE

	getResult(NFSC103A_*_1_3) = TRUE

	getResult(NFSC103A_*_1_4) = TRUE

}

	

	Pipe myPipe{

	getObjectProperty(Pipe.usage) = "WaterSupplyPipe"

	}

	Pipe myPipe2{

	isObjectProperty(Pipe.isBranchLines) = TRUE

	}

	PD = getObjectProperty(Pipe.diameter)

	SSHN = getObjectCount(SimpleSprinkler.Head.)



Check(NFSC103A_*_1_2){

	IF CS THEN KS

}

CS{

	Head myHead{

	getObjectProperty(SimpleSprinkler.Head.openAndCloseType) = "EnclosedType"

	}

	isInstalled(myHead) = TRUE

}

KS{

	IF PD = 25 THEN SSHN = 2

	OR IF PD = 32 THEN SSHN = 3

	OR IF PD = 40 THEN SSHN = 5

	OR IF PD = 50 THEN SSHN = 10

	OR IF PD = 65 THEN SSHN = 30

	OR IF PD = 80 THEN SSHN = 60

	OR IF PD = 100 THEN SSHN = 100

	OR IF PD = 125 THEN SSHN = 160

	OR IF PD = 150 THEN SSHN >= 161

}

Check(NFSC103A_*_1_3){

	IF CS THEN KS

}

CS{

	Head myHead1{

	getObjectProperty(SimpleSprinkler.Head.openAndCloseType) = "EnclosedType"

	}

	isInstalled(myHead1) = TRUE

	Head myHead2{

	getObjectVerticalLocation(Head, CeilingCovering, )  <  0
	}

	Head myHead3{

	isInstalled(Head, CeilingCovering.Inside) = TRUE

	}

	isInstalled(myHead2, myPipe2) = TRUE

	isInstalled(myHead3, myPipe2) = TRUE

}

KS{

	IF PD = 25 THEN SSHN = 2

	OR IF PD = 32 THEN SSHN = 4

	OR IF PD = 40 THEN SSHN = 7

	OR IF PD = 50 THEN SSHN = 15

	OR IF PD = 65 THEN SSHN = 30

	OR IF PD = 80 THEN SSHN = 60

	OR IF PD = 100 THEN SSHN = 100

	OR IF PD = 125 THEN SSHN = 160

	OR IF PD = 150 THEN SSHN >= 161

} 

Python Code 변환 예정

자동화재탐지설비의 화재안전기준(nfsc 203) 7조 (감지기) 1항 



Check(NFSC203_7_1){

	IF (CS1 THEN KS1) OR (CS2 THEN KS2) OR (CS3 THEN KS3) OR (CS4 THEN KS4) OR (CS5 THEN KS5)

}

	Sensor mySensor1{

	getObjectProperty(Sensor.sensingMode) = "DifferentialTemperatureType"

	getObjectProperty(Sensor.sensingRange) = "LineType"

	}

	Sensor mySensor2{

	getObjectProperty(Sensor.sensingMode) = "CompensationType"

	getObjectProperty(Sensor.sensingRange) = "SpotType"

	}

	Sensor mySensor3{

	getObjectProperty(Sensor.sensingMode) = "ConstantTemperatureType"

	(getObjectProperty(Sensor.sensingRange) = "SpotType"

	OR getObjectProperty(Sensor.lineTypeEnum) = "LineType")

	}

	Sensor mySensor4{

	getObjectProperty(Sensor.sensingMode) = "ionizationType"

	}

	Sensor mySensor5{

	getObjectProperty(Sensor.sensingMode) = "PhotoelectricType"

	(getObjectProperty(Sensor.sensingRange) = "SpotType"

	OR getObjectProperty(Sensor.sensingRange) = "SeparateType"

	OR getObjectProperty(Sensor.sensingRange) = "AspiratingType")

	}

	Sensor mySensor6{

	getObjectProperty(Sensor.integratedType) = "HeatIntegratedType"

	}

	Sensor mySensor7{

	getObjectProperty(Sensor.integratedType) = "SmokeIntegratedType"

	}

	Sensor mySensor8{

	getObjectProperty(Sensor.integratedType) = "HeatAndSmokeIntegratedType"

	}

	}

	 

CS1{

	getObjectVerticalDistance(FloorSlab, Sensor) < 4m

}

KS1{

	(isObjectProperty(mySensor1.sensingRange) = "SpotType"

	isInstalled(mySensor1) = TRUE)

	OR isInstalled(mySensor2) = TRUE

	OR isInstalled(mySensor3) = TRUE

	OR isInstalled(mySensor4) = TRUE

	OR isInstalled(mySensor5) = TRUE

	OR isInstalled(mySensor6) = TRUE

	OR isInstalled(mySensor7) = TRUE

	OR isInstalled(mySensor8) = TRUE

	OR isInstalled(FlameSensor) = TRUE

}

CS2{

	getObjectVerticalDistance(FloorSlab, Sensor) >= 4m

	getObjectVerticalDistance(FloorSlab, Sensor) < 8m

}

KS2{

	(isObjectProperty(mySensor1.sensingRange) = "SpotType"

	isInstalled(mySensor1) = TRUE)

	OR isInstalled(mySensor2) = TRUE

	OR ((getObjectProperty(Sensor.type) = "SpecialType"

	OR getObjectProperty(Sensor.type) = "Type1")

	isInstalled(mySensor3) = TRUE)

	OR ((getObjectProperty(Sensor.type) = "Type1"

	OR getObjectProperty(Sensor.type) = "Type2")isInstalled(mySensor4) = TRUE)

	OR ((getObjectProperty(Sensor.type) = "Type1"

	OR getObjectProperty(Sensor.type) = "Type2")

	isInstalled(mySensor5) = TRUE)

	OR isInstalled(mySensor6) = TRUE

	OR isInstalled(mySensor7) = TRUE

	OR isInstalled(mySensor8) = TRUE

	OR isInstalled(FlameSensor) = TRUE

}

CS3{

	getObjectVerticalDistance(FloorSlab, Sensor) >= 8m

	getObjectVerticalDistance(FloorSlab, Sensor) < 15m

}

KS3{

	isInstalled(mySensor1) = TRUE

	OR ((getObjectProperty(Sensor.type) = "Type1"

	OR getObjectProperty(Sensor.type) = "Type2")isInstalled(mySensor4) = TRUE)

	OR ((getObjectProperty(Sensor.type) = "Type1"

	OR getObjectProperty(Sensor.type) = "Type2")

	isInstalled(mySensor5) = TRUE)

	OR isInstalled(mySensor7) = TRUE

	OR isInstalled(FlameSensor) = TRUE

}

CS4{

	getObjectVerticalDistance(FloorSlab, Sensor) >= 15m

	getObjectVerticalDistance(FloorSlab, Sensor) < 20m

}

KS4{

	((getObjectProperty(Sensor.type) = "Type1"

	isInstalled(mySensor4) = TRUE)

	OR (getObjectProperty(Sensor.type) = "Type1"

	isInstalled(mySensor5) = TRUE)

	OR isInstalled(mySensor7) = TRUE

	OR isInstalled(FlameSensor) = TRUE

}

CS5{

	getObjectVerticalDistance(FloorSlab, Sensor) >= 20m

}

KS5{

	Sensor mySensor9{

	getObjectProperty(Sensor.sensingMode) = "PhotoelectricType"

	(getObjectProperty(Sensor.sensingRange) = "SeparateType"

	OR getObjectProperty(Sensor.sensingRange) = "AspiratingType")

	getObjectProperty(Sensor.operationMode) = "Analog"isInstalled(mySensor5) = TRUE

	}

	isInstalled(mySensor9) = TRUE

	OR isInstalled(FlameSensor) = TRUE

} 

Python Code 변환 예정

자동화재탐지설비의 화재안전기준(nfsc 203) 7조 (감지기) 1항 4호

Check(NFSC203_7_1_4){

	KS

}

KS{

	Sensor mySensor{

	isObjectProperty(Sensor.isIntegratedType) = TRUE

	}

} 

Python Code 변환 예정

//	자동화재탐지설비의 화재안전기준(nfsc 203) 7조 (감지기) 2항 2호
Check(NFSC203_7_2_3){
	IF CS THEN KS
}
CS{
	Pipe myPipe{
	isObjectProperty(Pit.isPipePit) = TRUE
	}
	Space mySace{
	getSpaceUsage(Space) = "ElevatorTractionMachineRoom"
	OR isInstalled(LinenChute,Space) = TRUE
	OR isInstalled(myPipe,Space) = TRUE
	OR isInstalled(Duct,Space) = TRUE
	}
}
KS{
	isInstalled(SmokeSensor,mySpace) = TRUE
}
 

Python Code 변환 예정

자동화재탐지설비의 화재안전기준(nfsc 203) 7조 (감지기) 3항 5호

Check(NFSC203_7_3_5){

	IF CS1 AND CS2 THEN KS

}

	Sensor mySensor1{

	getObjectProperty(Sensor.sensingMode) = "DifferentialTemperatureType"

	getObjectProperty(Sensor.sensingRange) = "SpotType"

	}

	Sensor mySensor2{

	getObjectProperty(Sensor.sensingMode) = "CompensationType"

	getObjectProperty(Sensor.sensingRange) = "SpotType"

	}

	Sensor mySensor3{

	getObjectProperty(Sensor.sensingMode) = "ConstantTemperatureType"

	getObjectProperty(Sensor.sensingRange) = "SpotType"

	}

	 

CS1{

	getElementDistance(FloorSlab, Sensor) < 4m

	}

CS2{

	isFireResistantStructure(SpecificFireFightingBuilding.MainStructuralPart) = TRUE

	}

CS3{

	getElementDistance(FloorSlab, Sensor) < 8m

	getElementDistance(FloorSlab, Sensor) >= 4m

	}



KS{

	isObjectProperty(mySensor1.type) = "Type1"

	isInstalled(mySensor1, FloorSlab, 90) = TRUE

} 

Python Code 변환 예정

자동화재탐지설비의 화재안전기준(nfsc 203) 7조 (감지기) 3항 7호 가목
Check(NFSC203_7_3_7_가){
	KS
}
KS{
	Pipe myPipe{
	isObjectProperty(Pipe.isForAir) = TRUE
	}
	Zone myZone{
	isObjectProperty(Zone.isDetectionZone) = TRUE
	}
	hasObject(myZone, myPipe) = TRUE
	getObjectLength(myZone.One.myPipe) >= 20m
}
 

Python Code 변환 예정

자동화재탐지설비의 화재안전기준(nfsc 203) 7조 (감지기) 3항 7호 가목
Check(NFSC203_7_3_7_가){
	KS3 AND IF !CS THEN KS1 ELSE KS2
}
	Pipe myPipe{
	isObjectProperty(Pipe.isForAir) = TRUE
	}
	Zone myZone{
	isObjectProperty(Zone.isDetectionZone) = TRUE
	}
KS3{
	getElementDistance(myPipe, myZone.Wall) <= 1.5m
	getElementDistance(myPipe, myZone.Column) <= 1.5m
}
CS{
	isFireResistantStructure(SpecificFireFightingBuilding.MainStructuralPart) = TRUE
	
}
KS1{
	getObjectInterval(myPipe) <= 6m
}
KS2{
	getObjectInterval(myPipe) <= 6m
} 

Python Code 변환 예정

자동화재탐지설비의 화재안전기준(nfsc 203) 7조 (감지기) 3항 7호 다목

Check(NFSC203_7_3_7_다){

	KS

}

	Pipe myPipe{

	isObjectProperty(Pipe.isForAir) = TRUE

	}

	isObjectProperty(myPipe.isDiverged) = FALSE 

Python Code 변환 예정

자동화재탐지설비의 화재안전기준(nfsc 203) 7조 (감지기) 3항 7호 라목
Check(NFSC203_7_3_7_라){
	KS
}
KS{
	Pipe myPipe{
	isObjectProperty(Pipe.isForAir) = TRUE
	}
	isConnectedTo(myPipe, DetectingElement.One) = TRUE
	getObjectLength(myPipe) <= 100m
} 

Python Code 변환 예정

자동화재탐지설비의 화재안전기준(nfsc 203) 7조 (감지기) 3항 8호 가목
Check(NFSC203_7_3_8_가){
	IF !CS THEN KS1 AND K2 ELSE THEN KS3 AND KS4

}
	Zone myZone{
	isObjectProperty(Zone.isDetectionZone) = TRUE
	}
CS1{
	isFireResistantStructure(SpecificFireFightingBuilding.MainStructuralPart) = TRUE
) 
KS1{
	isInstalled(ThermocoupleElement , myZone.Floor, c, 18) = TRUE
}
KS2{
	isObjectProperty(SpecificFireFightingBuilding.myZone.Floor.area) <= 72m2
	getObjectCount(myZone) >= 4
}
KS3{
	isInstalled(ThermocoupleElement , myZone.Floor, c, 22) = TRUE
}
KS4{
	isObjectProperty(SpecificFireFightingBuilding.myZone.Floor.area) <= 88m2
	getObjectCount(myZone) >= 4
} 

Python Code 변환 예정

자동화재탐지설비의 화재안전기준(nfsc 203) 7조 (감지기) 3항 5호
Check(NFSC203_7_3_5){

	Sensor mySensor1{
	getObjectProperty(Sensor.type) = "Type1"
	}
	Sensor mySensor2{
	isObjectProperty(Sensor.type) = "Type2"
	}

IF 
{isFireResistantStructure(SpecificFireFightingBuilding) = TRUE)
AND 
{isInstalled(Sensor, FloorSlab) = TRUE
	getObjectVerticalDistance(FloorSlab, Sensor) < 8m
}
THEN
{(FA = 65
isInstalled(mySensor1, FloorSlab.Space, C, FA) = TRUE)
OR 
(FA = 36 
isInstalled(mySensor2, FloorSlab.Space, C, FA) = TRUE)

IF getObjectArea(Sensor.FloorSlab) <= FA
THEN getObjectCount(Sensor) = 1

ELSE IF getObjectArea(Sensor.FloorSlab) <= 2*FA
THEN getObjectCount(Sensor) >= 2
}

ELSE IF
{isFireResistantStructure(SpecificFireFightingBuilding) = TRUE)
AND 
{isInstalled(Sensor, FloorSlab) = TRUE
AND
getObjectVerticalDistance(FloorSlab, Sensor) >= 8m
AND
getObjectVerticalDistance(FloorSlab, Sensor) < 15m

THEN
{(FA = 50
isInstalled(mySensor1, FloorSlab.Space, C, FA) = TRUE)
OR 
(FA = 36 
isInstalled(mySensor2, FloorSlab.Space, C, FA) = TRUE)

IF getObjectArea(Sensor.FloorSlab) <= 2*FA
THEN getObjectCount(Sensor) >= 2
}

ELSE IF
{isFireResistantStructure(SpecificFireFightingBuilding) != TRUE)
AND 
{isInstalled(Sensor, FloorSlab) = TRUE
	getObjectVerticalLocation(FloorSlab, Sensor) < 8m
}
THEN
{(FA = 40
isInstalled(mySensor1, FloorSlab.Space, C, FA) = TRUE)
OR 
(FA = 23 
isInstalled(mySensor2, FloorSlab.Space, C, FA) = TRUE)

IF getObjectArea(Sensor.FloorSlab) <= FA
THEN getObjectCount(Sensor) = 1

ELSE IF getObjectArea(Sensor.FloorSlab) <= 2*FA
THEN getObjectCount(Sensor) >= 2
}

ELSE IF
{isFireResistantStructure(SpecificFireFightingBuilding) != TRUE)
AND 
getObjectVerticalDistance(FloorSlab, Sensor) >= 8m
AND
getObjectVerticalDistance(FloorSlab, Sensor) < 15m
}

THEN
{(FA = 30
isInstalled(mySensor1, FloorSlab.Space, C, FA) = TRUE)
OR 
(FA = 23 
isInstalled(mySensor2, FloorSlab.Space, C, FA) = TRUE)

IF getObjectArea(Sensor.FloorSlab) <= 2*FA
THEN getObjectCount(Sensor) >= 2
} 

Python Code 변환 예정

check(REFB_19_1){

     KS

}



KS{

Wall myWall{
   isObjectProperty(Wall.isPartitionWall) = TRUE
}
Floor myFloor{
hasObject(Floor, myWall)
}
   isFireResistantStructure(myWall)=TRUE
(isConnectedTo(myWall, Roof.BottomSurface) = TRUE
 OR isCOnnectedTo(myWall, myFloor.UpperFloor.FloorSlab) = TRUE)

} 

def Check():
    for building in SELECT('building'):
        bldg_use = building.SELECT('building type').STRING()
        sub_use = building.SELECT('prop', '세부용도').STRING()
        space_codes = []
        
        if bldg_use == '단독주택' and sub_use == '다가구주택':
            space_codes = ['가구'] #가구
        elif (bldg_use == '공동주택' and sub_use != '기숙사') or (bldg_use == '노유자시설' and sub_use == '노인복지주택'):
            space_codes = ['33237'] #세대
        elif bldg_use == '공동주택' and sub_use == '기숙사':
            space_codes = ['33230'] #침실
        elif bldg_use == '의료시설':
            space_codes = ['34310'] #병실
        elif bldg_use == '교육연구시설' and sub_use == '학교':
            space_codes = ['34404', '34409']    #교실
        elif bldg_use == '숙박시설':
            space_codes = ['33201'] #객실
        elif (bldg_use == '제2종 근린생활시설' and sub_use == '다중생활시설') or (bldg_use == '노유자시설' and sub_use == '노인요양시설'):
            space_codes = ['호실'] #호실
        else:
            return

        for storey in building.SELECT('storey'):
            walls_list = []
            for space in storey.SELECT('space'):
                code = space.SELECT('class code').STRING()
                if code in space_codes:
                    walls_list.append(space.SELECT('wall'))
            
            n = len(walls_list)
            for i, walls in enumerate(walls_list):
                if i == n-1:
                    break
                for j, walls2 in enumerate(walls_list):
                    if i >= j:
                        continue
                    for wall in walls:
                        if wall.SELECT('isexterior').BOOL():
                            continue
                        id = wall.SELECT('element id').STRING()
                        for wall2 in walls2:
                            if wall2.SELECT('isexterior').BOOL():
                                continue
                            id2 = wall2.SELECT('element id').STRING()
                            if id == id2:
                                if wall.SELECT('prop', '경계벽').BOOL() == False:
                                    wall.ERROR('해당 벽은 경계벽이어야 합니다.')
                                else:
                                    if wall.SELECT('prop', '내화구조').BOOL() == False:
                                        wall.ERROR('경계벽은 내화구조이어야 합니다.')
                                    else:
                                        if wall.SELECT('top touched').BOOL():
                                            wall.SUCCESS('경계벽 조건에 부합합니다.')
                                        else:
                                            wall.ERROR('경계벽 상단이 슬라브와 닿지 않습니다.')
                                break 

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 3조 (내화구조) 1호 다목

Check (REFB_3_0_1_다){
	IF CS THEN KS
}
CS{
getObjectProperty(Wall.Structure.materialType) = "ConcreteBlock" OR "Brick" OR "Stone"
isObjectProperty(Structure.isReinforcedSteelStructure) = TRUE
}
KS{
getObjectThickness(Wall.Structure) >= 5cm
}	
 

Python Code 변환 예정

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 3조 (내화구조) 1호 다목

Check (REFB_3_0_4_나){
	IF CS THEN KS
}
CS{
getObjectProperty(FloorSlab.Structure.materialType) = "ConcreteBlock" OR "Brick" OR "Stone"
isObjectProperty(Structure.isReinforcedSteelStructure) = TRUE
}
KS{
getObjectThickness(FloorSlab.Structure) >= 5cm
}	
 

Python Code 변환 예정

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 3조 (내화구조) 6호 나목

Check (REFB_3_0_6_나){
	IF CS THEN KS
}
CS{
getObjectProperty(Roof.Structure.materialType) = "ConcreteBlock" OR "Brick" OR "Stone"
isObjectProperty(Structure.isReinforcedSteelStructure) = TRUE
} 

Python Code 변환 예정

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 3조 (내화구조) 6호 다목

Check (REFB_3_0_6_다){
	IF CS THEN KS
}
CS{
getObjectProperty(Roof.Structure.materialType) = "GlassBlock" OR "WiredSheetGlass"
isObjectProperty(Structure.isReinforcedSteelStructure) = TRUE
} 

Python Code 변환 예정

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 3조 (내화구조) 7호 다목

Check (REFB_3_0_7_다){
	IF CS THEN KS
}
CS{
getObjectProperty(Stair.Structure.materialType) = "ConcreteBlock" OR "Brick" OR "Stone"
isObjectProperty(Structure.isReinforcedSteelStructure) = TRUE
} 

Python Code 변환 예정

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 10조 (관람석등으로부터의 출구의 설치기준) 1항

check(REFB_10_1){

    Space mySpace = getSpace("Auditorium") + getSpace("AssemblyHall")



    Door myExit {

        isAccessible(mySpace, Door) = TRUE

        isObjectProperty(Door.isEntrance) = TRUE

    }

getObjectProperty(myExit.panelOperationType) != "OpeningInDoor"


} 

SUCCESS
theater_code = '00000'
std_floor_area = 300


theater_code_label = '관람석 공간분류코드'
std_floor_area_label = '기준 바닥면적'

def Check():
    for building in SELECT('building'):
        
        bldg_use = building.SELECT('building type').STRING()
        sub_use = building.SELECT('prop', '세부용도').STRING()

        for storey in building.SELECT('storey'):
            for space in storey.SELECT('space'):
                if space.SELECT('name').STRING() not in ['관람석', '집회실':
                    continue
                for door in space.Select('door'):
                    if door.SELECT('type') is '안여닫이' :
                        door.ERROR('본 공간의 문은 안여닫이입니다.')
                    else:
                        door.SUCCESS('본 공간의 문은 안여닫이가 아닙니다.')
                         

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 10조 (관람석등으로부터의 출구의 설치기준) 2항 1호

check(REFB_10_2_1){

    Door myExit {

        Door.Space.name = "individualSeats"

        getFloorArea(Door.Space) >= 300

        isObjectProperty(Door.isEntrance) = TRUE

    }



    getObjectCount(myExit) >= 2

} 

SUCCESS
theater_code = '00000'
std_floor_area = 300


theater_code_label = '관람석 공간분류코드'
std_floor_area_label = '기준 바닥면적'

def Check():
    for building in SELECT('building'):
        if building.SELECT('prop', '연면적').NUMBER() <= std_floor_area:
            continue

        bldg_use = building.SELECT('building type').STRING()
        sub_use = building.SELECT('prop', '세부용도').STRING()

        if not (bldg_use == '문화 및 집회시설' and sub_use == '공연장'):
            building.SUCESS('검토 대상 건물이 아닙니다.')
            continue
        for storey in building.SELECT('storey'):
            for space in storey.SELECT('space'):
                if space.SELECT('class code').STRING() != theater_code:
                    continue
                if space.SELECT('area').UNIT(m2).NUMBER() < std_floor_area:
                    continue
                door_w_total = 0
                door_cnt = 0
                for door in space.Select('door'):
                    door_cnt += 1 
                    door_w = door.SELECT('width').Unit(m).number()
                    door_w_total += door_w
                    if door_w >= 1.5:
                        door.SUCCESS('출구의 너비' + door_w +'>= 1.5m')
                    else:
                        door.ERROR('출구의 너비' + door_w +'< 1.5m')
                min_door_w_total = space.SELECT('area').UNIT(m2).NUMBER()
                min_door_w_total = min_door_w_total/100*0.6
                if door_w_total >= min_door_w_total :
                    space.SUCCESS('출구의 너비의 총합' + door_w_total +'>='+ min_door_w_total)
                else:
                    space.ERROR('출구의 너비의 총합' + door_w_total +'<' + min_door_w_total)
                if door_cnt >= 2:
                    space.SUCCESS('출구의 개수' + door_w_total +'>='+ '2')
                else:
                    space.ERROR('출구의 개수' + door_w_total +'<'+ '2')
 

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 10조 (관람석등으로부터의 출구의 설치기준) 2항 2호

check(REFB_10_2_2){

    Door myExit {

        Door.Space.name = "individualSeats"

        getFloorArea(Door.Space) >= 300

        isObjectProperty(Door.isEntrance) = TRUE

    }



    getObjectWidth(myExit) >= 1.5m

} 

SUCCESS
theater_code = '00000'
std_floor_area = 300


theater_code_label = '관람석 공간분류코드'
std_floor_area_label = '기준 바닥면적'

def Check():
    for building in SELECT('building'):
        if building.SELECT('prop', '연면적').NUMBER() <= std_floor_area:
            continue

        bldg_use = building.SELECT('building type').STRING()
        sub_use = building.SELECT('prop', '세부용도').STRING()

        if not (bldg_use == '문화 및 집회시설' and sub_use == '공연장'):
            building.SUCESS('검토 대상 건물이 아닙니다.')
            continue
        for storey in building.SELECT('storey'):
            for space in storey.SELECT('space'):
                if space.SELECT('class code').STRING() != theater_code:
                    continue
                if space.SELECT('area').UNIT(m2).NUMBER() < std_floor_area:
                    continue
                door_w_total = 0
                door_cnt = 0
                for door in space.Select('door'):
                    door_cnt += 1 
                    door_w = door.SELECT('width').Unit(m).number()
                    door_w_total += door_w
                    if door_w >= 1.5:
                        door.SUCCESS('출구의 너비' + door_w +'>= 1.5m')
                    else:
                        door.ERROR('출구의 너비' + door_w +'< 1.5m')
                min_door_w_total = space.SELECT('area').UNIT(m2).NUMBER()
                min_door_w_total = min_door_w_total/100*0.6
                if door_w_total >= min_door_w_total :
                    space.SUCCESS('출구의 너비의 총합' + door_w_total +'>='+ min_door_w_total)
                else:
                    space.ERROR('출구의 너비의 총합' + door_w_total +'<' + min_door_w_total)
                if door_cnt >= 2:
                    space.SUCCESS('출구의 개수' + door_w_total +'>='+ '2')
                else:
                    space.ERROR('출구의 개수' + door_w_total +'<'+ '2')
 

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 10조 (관람석등으로부터의 출구의 설치기준) 2항 3호

check(REFB_10_2_3){

    Door myExit {

        Door.Space.name = "individualSeats"

        getFloorArea(Door.Space) >= 300

        isObjectProperty(Door.isEntrance) = TRUE

    }



    getTotalObjectWidth(myExit) >= getFloorArea(myExit.Space)/100*0.6

} 

SUCCESS
theater_code = '00000'
std_floor_area = 300


theater_code_label = '관람석 공간분류코드'
std_floor_area_label = '기준 바닥면적'

def Check():
    for building in SELECT('building'):
        if building.SELECT('prop', '연면적').NUMBER() <= std_floor_area:
            continue

        bldg_use = building.SELECT('building type').STRING()
        sub_use = building.SELECT('prop', '세부용도').STRING()

        if not (bldg_use == '문화 및 집회시설' and sub_use == '공연장'):
            building.SUCESS('검토 대상 건물이 아닙니다.')
            continue
        for storey in building.SELECT('storey'):
            for space in storey.SELECT('space'):
                if space.SELECT('class code').STRING() != theater_code:
                    continue
                if space.SELECT('area').UNIT(m2).NUMBER() < std_floor_area:
                    continue
                door_w_total = 0
                door_cnt = 0
                for door in space.Select('door'):
                    door_cnt += 1 
                    door_w = door.SELECT('width').Unit(m).number()
                    door_w_total += door_w
                    if door_w >= 1.5:
                        door.SUCCESS('출구의 너비' + door_w +'>= 1.5m')
                    else:
                        door.ERROR('출구의 너비' + door_w +'< 1.5m')
                min_door_w_total = space.SELECT('area').UNIT(m2).NUMBER()
                min_door_w_total = min_door_w_total/100*0.6
                if door_w_total >= min_door_w_total :
                    space.SUCCESS('출구의 너비의 총합' + door_w_total +'>='+ min_door_w_total)
                else:
                    space.ERROR('출구의 너비의 총합' + door_w_total +'<' + min_door_w_total)
                if door_cnt >= 2:
                    space.SUCCESS('출구의 개수' + door_w_total +'>='+ '2')
                else:
                    space.ERROR('출구의 개수' + door_w_total +'<'+ '2')
 

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 12조 (회전문의 설치기준)  
Check(REFB_12){    
IF CS THEN KS
}

CS {
Door myDoor {
isObjectProperty(Door.isEntrance) = TRUE
Door.panelOperationType=“RevolvingDoor”
}
isExist(myDoor) = TRUE
}

KS {
getResult(REFB_12_1)=TRUE
}
 

Python Code 변환 예정

// 건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 14조의2 (복합건축물의 피난시설 등) 5호



Check(REFB_14-2_0_5){

      KS

}



KS{



  Object myObject{

      getObject(Room.wall)

      getObject(Room.CeilingCovering)

  }

   



Corridor myCorridor{

   isGoThrough(Room, Corridor, Ground )=True

}



Stair myStair{

  isGoThrough(Room,Stair, Ground )=True

}



Passage myPassage{

  isGoThrough(Room,Passage, Ground )=True

}



Space mySpace{

   Space.usage==myCorridor.usage

   OR Space.usage==myStair.usage

   OR Space.usage=myPassage.usage



}





Object myObject2{

      getObject(mySpace.wall)

      getObject(mySpace.CeilingCovering)

  }



( isObjectProperty(myObject.InteriorFinish.Material.nonCombustibility)=True

 OR isObjectProperty(myObject.InteriorFinish.Material.quasiNonCombustibility)=True

 OR isObjectProperty(myObject.InteriorFinish.Material.flameResistance)= True
)



isObjectProperty(myObject2.InteriorFinish.Material.nonCombustibility)=True

 OR isObjectProperty(myObject2.InteriorFinish.Material.quasiNonCombustibility)=True





} 

Python Code 변환 예정

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 20조 (건축물에 설치하는 굴뚝) 3호
Check(REFB_20_0_3){
	IF CS THEN KS
}

CS{
	getObjectMaterial(Chimney.Material.nonCombustibility) = TRUE
}

KS{
	Chimney myChimney{
		getObjectMaterial(Chimney.Material.nonCombustibility) = TRUE
	}

	isObjectProperty(A.Finish.Material.nonCombustibility) = TRUE
	getObjectProperty(A.Finish.Material.nonCombustibility) != 
	isObjectProperty(B.Finish.Material.nonCombustibility) = TRUE
	getFloorNumber(myChimney) = LF
	getObjectMaterial(myChimney) != "Metal"
} 

Python Code 변환 예정

check(REFB_20_0_4){

IF !CS THEN KS

}



CS{

     (isObjectProperty(Chimney.Material.nonCombustibility)= TRUE

     AND !(getObjectProperty(Chimney.Material)="Metal"))

     And getElementWidth(NoncombustibleMaterials)>=10

}



KS{

       getObjectDistance(Chimney, combustibleMaterials)>= 15CM

       AND getObjectProperty(Chimney.Material)="Metal")) 

} 

Python Code 변환 예정

// 건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 30조 (피난용승강기의 설치기준) 1호 나목
check(REFB_30_0_1_나){
      KS
}
KS{
	isConnectedTo(Platform, Floor.One.Space) = TRUE
	Door myDoor{
	isObjectProperty(Door.isEntrance) = TRUE
	isInstalled(Door, Floor.One) = TRUE
	}
	isObjectProperty(myDoor.isStrictFireproofDoor) = TRUE
} 

Python Code 변환 예정

// 건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 30조 (피난용승강기의 설치기준) 1호 다목

check(REFB_30_0_1_다){

      KS

}

KS{

	isObjectProperty(Space.InteriorFinish.Material.nonCombustibility)=TRUE

} 

Python Code 변환 예정

// 건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 30조 (피난용승강기의 설치기준) 2호 나목



Check(REFB_30_0_2_나){

      KS

}



KS{

   Floor myFloor{

     isObjectProperty(Floor.isEscape)=True

   }

   

ElevatorShaft myElevatorShaft1{
	hasObject(Floor,ElevatorShaft)=TRUE
}
ElevatorShaft myElevatorShaft2{
	hasObject(myFloor,ElevatorShaft)=TRUE	


isConnectedTo(myElevatorShaf1t, myElevatorShaft2, SingleStructure)=TRUE


} 

Python Code 변환 예정

// 건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 30조 (피난용승강기의 설치기준) 3호 가목

check(REFB_30_0_3_가){

      KS

}

KS{

	FloorSlab myFloorSlab{

	isFireResistantStructure(FloorSlab) = TRUE

}

	Wall myWall{

	isFireResistantStructure(Wall) = TRUE

}

	Door myDoor{

	isObjectProperty(Door.isEntrance) = TRUE

	}

	Object myElement{

		getObject(Space.Object) - getObject(myDoor)

	}

	isPartitioned(myElement, , myFloorSlab) = TRUE

	isPartitioned(myElement, , myWall) = TRUE

} 

Python Code 변환 예정

// 건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 30조 (피난용승강기의 설치기준) 3호 나목
check(REFB_30_0_3_나){
      KS
}
KS{
	Door myDoor{
	isObjectProperty(Door.isEntrance) = TRUE
	}
	isObjectProperty(myDoor.isStrictFireproofDoor) = TRUE
} 

Python Code 변환 예정

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 8조 (직통계단의 설치기준) 1항

Check(REFB_8_1){

        Stair myStair{

             isObjectProperty(Stair.isDirect)=TRUE  

        }



        Passage myPassage{

             isConnectedTo(Room, Passage)=TRUE

        }



	isExist(myPassage)=TRUE

        isConnectedTo(myStair,myPassage)=TRUE

} 

Python Code 변환 예정

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 8조의2 (피난안전구역의 설치기준) 2항

Check(REFB_8-2_2){



   Zone myZone{

      isObjectProperty(Zone.isEgressSafetyZone)=TRUE

   }

   Stair myStair{

      isObjectProperty(Stair.isSpecialEscape)=TRUE

      isAccessible(myZone, Stair)=TRUE

   }

  Floor myFloor{

         Floor.number>getFloorNumber(myZone)

         OR Floor.number

Python Code 변환 예정

// 건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 8조의2 (직통계단의 설치기준) 3항2호
check(REFB_8-2_3_2){

    Zone myZone{
      isObjectProperty(Zone.isEgressSafetyZone)=TRUE
   }

    isObjectProperty(myZone.InteriorFinish.nonCombustibility)=TRUE
} 

Python Code 변환 예정

// 건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 8조의2 (직통계단의 설치기준) 3항3호
check(REFB_8-2_3_3){
   
  Stair myStair{
     isExternal(Stair)=FALSE
     isAccessible(myZone, Stair)=TRUE
  }
  isObjectProperty(Stair.isSpecialEscape)=TRUE
  
} 

Python Code 변환 예정

// 건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 8조의2 (직통계단의 설치기준) 3항4호
check(REFB_8-2_3_4){
   
   Elevator  myElevator{
     isObjectProperty(Elevator.isEmergency)=TRUE
   }

   isDirectlyAccessible(myZone, myElevator)=TRUE
} 

Python Code 변환 예정

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 9조 (피난계단 및 특별피난계단의 구조) 1항

Check(REFB_9_1){

	IF (CS1) THEN KS1 ELSE IF (CS2) THEN KS2

CS1{

	Floor myFloor1 {

			Floor.number > 5

			OR Floor.number <= -2

			}

	Stair myStair1 {

		isObjectProperty(Stair.isDirect) = TRUE

	}

            Floor myFloor2 {

                           isObjectProperty(Floor.isEscape)= TRUE

            }



	isGoThrough(myFloor1, myStair1, myFloor2)= TRUE

	OR isGoThrough(myFloor1, myStair1, Ground) = TRUE

}



CS2{	

	Floor myFloor3 {

		Floor.number >= 5

	}

	

	Stair myStair3 {

		isObjectProperty(Stair.isDirect) = TRUE

 		(isGoThrough(myFloor3, myFloor2, Stair) = TRUE

		OR isGoThrough(myFloor3, Ground, Stair) = TRUE)

		}

	Stair myStair2 {

		Stair.Floor.number = -1

		}



	isDirectlyAccessible(myStair2, myStair3)=TRUE

		

KS1 {	

	(isObjectProperty(myStair1.isEscape) = TRUE

	OR isObjectProperty(myStair1.isSpecialEscape) = TRUE)

     }

KS2{

       (isObjectProperty(myStair2.isEscape) = TRUE

	OR isObjectProperty(myStair2.isSpecialEscape) = TRUE)

        (isObjectProperty(myStair3.isEscape) = TRUE

	OR isObjectProperty(myStair3.isSpecialEscape) = TRUE)

} 

Python Code 변환 예정

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 9조 (피난계단 및 특별피난계단의 구조) 2항 1호 가목
check(REFB_9_2_1_1){
     KS
}
KS{
Wall myWall{
	hasElement(Stair.Space, Wall) = TRUE
	hasElement(Wall, Window) = FALSE
	hasElement(Wall, Door) = FALSE
	hasElement(Wall, Opening) = FALSE
}
Stair myStair{
            isObjectProperty(Stair.isEscape)= TRUE
}

isFireResistantStructure(myWall)= TRUE
isPartitioned (myStair, 0, myWall) = TRUE
 	
}
 

Python Code 변환 예정

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 9조 (피난계단 및 특별피난계단의 구조) 2항 1호 나목

check(REFB_9_2_1_2){

     KS

}

KS{

    isObjectProperty(Stair.Space.InteriorFinish.Material.nonCombustibility) = TRUE



} 

Python Code 변환 예정

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 9조 (피난계단 및 특별피난계단의 구조) 2항 1호 바목

Check(REFB_9_2_1_6){

     KS

}

KS {

	Door myDoor{

	isConnectedToExternal(Opening) = FALSE

}

	Space mySpace{

		isExternal(Space)=FALSE

}

	isGoThrough(mySpace,myDoor,Stair.Space.) = TRUE

	isObjectProperty(Door.effectiveWidth) >= 0.9m

	isEgressDirection(Door) = TRUE;



} 

Python Code 변환 예정

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 9조 (피난계단 및 특별피난계단의 구조) 2항 1호 사목
Check(REFB_9_2_1_7){
KS
}
KS {
Floor myFloor {
	isObjectProperty(Floor.isEscape) = TRUE
}

isFireResistantStructure(Stair) = TRUE
(isDirectlyAccessible(Stair,myFloor)= TRUE 
OR isDirectlyAccessible(Stair,Ground) = TRUE) 
 }



 

Python Code 변환 예정

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 9조 (피난계단 및 특별피난계단의 구조) 2항 2호

Check(REFB_9_2_2){

    IF (CS) THEN KS 

}



CS{

isExternal(Stair) = TRUE

isObjectProperty(Stair.isEscape) = TRUE

}

KS{

	getResult(REFB_9_2_2_1)=TRUE

	getResult(REFB_9_2_2_2)=TRUE

	getResult(REFB_9_2_2_3)=TRUE

	getResult(REFB_9_2_2_4)=TRUE

} 

Python Code 변환 예정

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 9조 (피난계단 및 특별피난계단의 구조) 2항 2호 나목
check(REFB_9_2_2_2){
	IF (CS) THEN KS     
}
CS {
	Space mySpace{
		isExternal(Space)=FALSE
}
	Door myDoor{
		isGoThrough(mySpace,Door,Stair) = TRUE
}
isExist(myDoor) = TRUE
}

KS {
	isObjectProperty(myDoor.strictFireproofDoor) = TRUE
	
}
 

Python Code 변환 예정

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 9조 (피난계단 및 특별피난계단의 구조) 2항 2호 라목

check(REFB_9_2_2_4){

	KS     

}

KS {

	isObjectProperty(Stair.isFireResistantStructure) = TRUE

	isAccessible(Stair, Ground)= TRUE

} 

Python Code 변환 예정

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 9조 (피난계단 및 특별피난계단의 구조) 2항 3호
check (REFB_9_2_3){
IF (CS) THEN KS 
}
CS{
isObjectProperty(Stair.isSpecialEscape) = TRUE
}
KS{
	getResult(REFB_9_2_3_1)=TRUE
	getResult(REFB_9_2_3_2)=TRUE
	getResult(REFB_9_2_3_3)=TRUE
	getResult(REFB_9_2_3_5)=TRUE
	getResult(REFB_9_2_3_6)=TRUE
	getResult(REFB_9_2_3_7)=TRUE
	getResult(REFB_9_2_3_8)=TRUE
	getResult(REFB_9_2_3_9)=TRUE
	getResult(REFB_9_2_3_10)=TRUE
	getResult(REFB_9_2_3_11)=TRUE
}
 

Python Code 변환 예정

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 9조 (피난계단 및 특별피난계단의 구조) 2항 3호 차목

check (REFB_9_2_3_10){

	KS

}

KS{

	Floor myFloor {

		isObjectProperty(Floor.isEscape) =TRUE

	isObjectProperty(Stair.isFireResistantStructure) = TRUE

	isAccessible(Stair,myFloor)=TRUE

	OR isAccessible(Stair,Ground)=TRUE

} 

Python Code 변환 예정