//건축물의 설비기준 등에 관한 규칙 20 (피뢰설비) 5호

Check(RFB_20_0_5){

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

}

CS1{

	getBuildingHeight() > 60m

}

KS1{

	BH1 = getBuildingHeight()

	isInstalled(Terminal, Building, a, side) = TRUE

	getObjectVerticalDistance(Ground, Terminal, a) >= BH1 * 4/5

	getObjectVerticalDistance(Ground, Terminal, a) < BH1

}

CS2{

	getBuildingHeight() > 150m

}

KS2{

	BH2 = getBuildingHeight()

	isInstalled(Terminal, Building, a, side) = TRUE

	getObjectVerticalDistance(Ground, Terminal, a) >= 120m

	getObjectVerticalDistance(Ground, Terminal, a) < BH2

} 

Python Code 변환 예정

//  옥내소화전설비의 화재안전기준(nfsc 102) 6조 (배관 등) 13항 3호

Check(NFSC503A_6_13_3){

  KS

}

KS{

	Port myPort{ 

	getObjectProperty(IndoorFireHydrantSystem.Port.typeForWater) = "FireDepartmentConnection" 

 	}

 	getObjectVerticalDistance(Ground, myPort) >= 0.5m

 	getObjectVerticalDistance(Ground, myPort) <= 1m

} 

Python Code 변환 예정

//스프링클러설비의 화재안전기준(nfsc 103) 11조 (송수구) 6호

Check(NFSC103_11_0_6){
	KS
}
KS{
	Port myPort{
	isObjectProperty(Port.typeForWater) = "FireDepartmentConnection"
	}
	getObjectVerticalDistance(Ground, myPort, a) >= 0.5m
	getObjectVerticalDistance(Ground, myPort, a) <= 1m
} 

Python Code 변환 예정

//	스프링클러설비의 화재안전기준(nfsc 103) 15조 (헤드의 설치제외) 1항 10호
Check(NFSC103_15_1_10){
	KS
}

KS{
	getSpaceUsage() = "EntranceHall"
	OR getSpaceUsage() = "Lobby"

	getObjectVerticalLocation(Ground, Space) >= 20m
} 

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

// 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

check(REFB_20_0_1){
     KS
}

KS{
     getObjectDistance(Chimney, Ground)
     -getObjectDistance(Roof, Ground)>= 1M
} 
 

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 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 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 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

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 14조 (방화구획의 설치) 1항2호

check(REFB_14_1_2){
IF CS THEN KS
}

KS{
  Floor myFloor { 
         Floor.number>=3
         AND Floor.number<0
         }
  isObjectProperty(myFloor.isFirePartition)=TRUE
}



CS{
  Ramp myRamp{
         isGoThrough(getFloor(Floor.number=-1),Ramp,Ground)=TRUE
         }
         isObjectProperty(myRamp.isFirePartition)=FALSE  
}


 

Python Code 변환 예정

// 건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 18조 (거실등의 방습) 1항





Check(REFB_18_1){

IF !CS THEN KS}







KS{

 getObjectHeight(getFloor(BottomFloor))>=45CM

}





CS {

 isObjectProperty(Ground.Surface.isDampProof)=TRUE 

} 

// 변환중

Check():

KS{

    myFloors = getFloor(BottomFloor)
    for myFloor in myFloors:
        if getObjectHeight(myFloor)>= 4500:
            myFloor.SUCCESS("BottomFloor elevation:"+ str(getObjectHeight(myFloor))  + 'mm')
        else:
            myFloor.Fail("BottomFloor elevation:"+ str(getObjectHeight(myFloor))  + 'mm')


}


CS{

    isObjectProperty(Ground.Surface.isDampProof)=TRUE

}


getobjectheight(str objname):
    objheight = root.select(obj).height().unit('m').number()
    return objheight

def getfloor(floor):
    if type(floor) == int:
        floornum = floor
        myfloor = root.select('slab')
        myfloor = myfloor.select(floornum)
        return myfloor

    elif type(floor) == str:
        floorname = floor
        myfloor = root.select('slab')
        myfloor = myfloor.select(floorname)
        return myfloor 

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 25조 (지하층의 구조) 1항 1호

check(REFB_25_1_1){

	IF !(CS) THEN KS

}



KS{

	Floor myFloor1{

		hasSpace(Floor,Room) = TRUE

		getTotalArea(Room) >= 50 m2

	}



	Floor myFloor2{

		isObjectProperty(Floor.isEscape) = TRUE

	}



	Door myDoor{

		isObjectProperty(Door.functionType) = "Emergency"

		(isDirectlyAccessible(Door, myFloor2) = TRUE

		OR isDirectlyAccessible(Door, Ground) = TRUE)

	}

	

	hasSpace(myFloor1, myDoor)

	OR (hasSpace(myFloor1, VentilatorPipe) = TRUE

	(isDirectlyAccessible(VentilatorPipe, myFloor2) = TRUE

	OR isDirectlyAccessible(VentilatorPipe, Ground) = TRUE))

}



CS{

	Floor myFloor1{

		hasSpace(Floor,Room) = TRUE

		getTotalArea(Room) >= 50 m2

	}



	Stair myStair{

		isObjectProperty(Stair.isDirect) = TRUE

		hasSpace(myFloor1, Stair) = TRUE

	}



	getObjectCount(myStair) >= 2

} 

Python Code 변환 예정

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 25조 (지하층의 구조) 1항 2호

check(REFB_25_1_2){

	IF CS THEN KS

}



CS{

	getTotalFloorArea(Floor) >= 1000 m2

}



KS{

	Floor myFloor{

		isObjectProperty(Floor.isEscape) = TRUE

	}



	Stair myStair{

		isObjectProperty(Stair.isDirect) = TRUE



		(isDirectlyAccessible(Stair, Ground) = TRUE

		OR isDirectlyAccessible(Stair, myFloor) = TRUE)



		(isObjectProperty(Stair.isEscape) = TRUE

		OR isObjectProperty(Stair.isSpecialEscape) = TRUE)

	}



	Zone myZone{

		isObjectProperty(Zone.isFirePartition) = TRUE

	}



	hasSpace(myZone, myStair) = TRUE

} 

Python Code 변환 예정

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 25조 (지하층의 구조) 2항 5호

check(REFB_25_2_5){

	

	Floor myFloor(

		isObjectProperty(Floor.isEscape) = TRUE

	)



	Stair myStair{

		isObjectProperty(Stair.isDirect) = TRUE

		(isDirectlyAccessible(Stair, Ground) = TRUE

		OR isDirectlyAccessible(Stair, myFloor) = TRUE)

	}



	Corridor myCorridor{

		isDirectlyAccessible(Corridor, myFloor) = TRUE

		OR isDirectlyAccessible(Corridor, Ground) = TRUE

	}

Door myDoor{
Door.functionType = "Emergency"
Door.Floor.number < 0
}

	(isDirectlyAccessible(myDoor, myStair) = TRUE

	OR isDirectlyAccessible(myDoor, myCorridor) = TRUE

	OR isGoThrough(myDoor, Corridor, myStair) = TRUE

	OR isGoThrough(myDoor, Corridor, myCorridor) = TRUE)

Passage myPassage{
isObjectProperty(Passage.isEscape) = TRUE
}

	getSpaceWidth(myPassage) >= 0.75 m



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

} 

Python Code 변환 예정

check(REFB_24_1){

      KS}



KS{

    (check(EDBA_61_1_1)=TRUE

    OR check(EDBA_61_1_2)=TRUE

    OR check(EDBA_61_1_3)=TRUE

    OR check(EDBA_61_1_4)=TRUE)

    OR check(EDBA_61_1_5)=TRUE)

    OR check(EDBA_61_1_6)=TRUE)

    OR check(EDBA_61_1_7)=TRUE)

    AND (getObjectProperty(Room.Wall.Material.noncombustible)= TRUE

    AND (getObjectProperty(CeilingCornice | WindowSill.Material.noncombustible)= TRUE

    OR !(getObjectProperty(CeilingCornice | WindowSill.Material.noncombustiblel)= TRUE)

    AND (isGoThrough(Room, Corridor | Stair | Passage,Ground)= TRUE

    AND (isFireResistant(getWall(Corridor))=TRUE

    AND isFireResistant(getWall(Stair))=TRUE

    AND isFireResistant(getWall(Passage))=TRUE

    AND isFireResistant(getObject(CeilingCovering))=TRUE)

} 

Python Code 변환 예정

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 15조 (계단의 설치기준) 7항
check(REFP_15_7){
     IF CS THEN KS
}

CS{

Floor myFloor{
isObjectProperty(Floor.isEscape)=TRUE
}
      isAccessible(Stair,myFloor) 
      OR isAccessible(Stair,Ground)
}

KS{
      getResult(REFP_15_7_1)
      OR getResult(REFP_15_7_2)
} 

min_stair_width = 1.5

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

        if bldg_type is "공통주택":
            min_stair_width = 1.2
        else :
            min_stair_width = 1.5

        d_stairs = building.SELECT('direct stair')

        for d_stair in d_stairs:
            s_stair_w = d_stair.SELECT('width').Unit(m)

            breker = True
            for stair_stories in  d_stair.SELECT('storey'):
                if stair_stories.SELECT('is evacuation storey').BOOL() is True :
                    break
                elif stair_stories.SELECT('level') is "Ground" :
                    break
                else:
                    breaker = False
            if breaker is True:
                d_stair.SUCCESS('해당계단은 피난층이나 지상으로 통하는 직통계단이 아닙니다.')
                break
            if d_stair_w >= min_stair_width:
                d_stair.SUCCESS('계단의너비()' + d_stair_w + ')가 '  + '>=' + min_stair_width)
            else:
                d_stair.ERROR('계단의너비()' + d_stair_w + ')가 '  + '<' + min_stair_width)                
                
                 

Check(EDBA_41_1){

    KS

}







KS{



   Door  myDoor {
getObjectProperty(Door.functionType) = "Main"
   }

   Stair myStair{
isAccessible(Stair, Ground) = TRUE
isObjectProperty(Stair.isEscape) = TRUE

       OR isObjectProperty(Stair.isSpecialEscape) = TRUE



   }

   Passage  myPassage{

       isGoThrough(myStair, Road, Passage)=True

       OR isGoThrough(myStair, OpenSpace, Passage )=True

   }



   isExist(myDoor)=True

   isExist(myPassage)=True

   getResult(EDBA_41_1_1)=True

   getResult(EDBA_41_1_2)=True

   getResult(EDBA_41_1_3)=True

} 

target_bldg_uses_01 = ['단독주택']
target_bldg_uses_02 = ['문화 및 집회시설', '장례시설', '의료시설', '위락시설']

target_bldg_uses_01_label = '건축물 용도1'
target_bldg_uses_02_label = '건축물 용도2'

def Check():
    for building in SELECT('building'):
        bldg_use = building.SELECT('building type').STRING()
        min_corridor_w = 1.5
        min_area = 0.0

        if bldg_use in target_bldg_uses_01:
            min_corridor_w = 0.9
        elif bldg_use in target_bldg_uses_02:
            min_corridor_w = 3.0
            min_area = 500

        if min_area > 0:
            area = 0
            for space in building.SELECT('space'):
                area += space.SELECT('area').UNIT('m2').NUMBER()
            if area < min_area:
                building.SUCCESS('바닥면적의 합: ' + str(area) + ' < ' + str(min_area))
                continue

        base_storey = None
        stories = building.SELECT('storey')

        for storey in stories:
            if storey.SELECT('prop', '기준 지상층').BOOL() == True:
                base_storey = storey
                break

        if base_storey is None:
            building.ERROR('기준 지상층이 존재하지 않습니다.')
            break

        stairs = base_storey.SELECT('direct stair')

        if stairs.COUNT() == 0:
            base_storey.ERROR(base_storey.SELECT('name').STRING() + '에 직통계단이 존재하지 않습니다.')
            continue

        exDoors = []
        for door in base_storey.SELECT('door'):
            if door.SELECT('is external').BOOL() == True:
                exDoors.append(door)

        for stair in stairs:
            for route in stair.SELECT('escape route', exDoors):
                for space in route.SELECT('passing space'):
                    width = space.SELECT('min clear width').UNIT('m')
                    w = width.NUMBER()
                    if w < min_corridor_w:
                        width.ERROR('통로 너비: ' + str(w) + ' < ' + str(min_corridor_w))
                    else:
                        width.SUCCESS('통로 너비: ' + str(w) + ' >= ' + str(min_corridor_w)) 

//건축법 시행령 35조 (피난계단의 설치) 2항
check(EDBA_35_2){
	IF (CS1 AND CS2) THEN KS
}

CS1{
	Building.usage != "MultiUnitHouse.SideCorridorTypeMultiUnitHouse"
}

CS2{
	Floor myFloor{
 		IF (Building.usage = "MultiUnitHouse“) 
			THEN getFloorNumber(Floor) >= 16
     		ELSE 		
			getFloorNumber(Floor) >= 11
     		ENDIF

 		OR getFloorNumber(Floor) < -3
		getFloorArea(Floor) >= 400m2
	}

	Stair myStair {
		(isAccessible(Stair, Floor.isEscape) = TRUE
		 OR isAccessible(Stair, Ground) = TRUE)
                        isObjectProperty(Stair.isDirect) = TRUE
	}

	hasObject(myFloor, myStair) = TRUE
}

KS{
	isObjectProperty(myStair.isSpecialEscape) = TRUE
}
 

Python Code 변환 예정

//건축법 시행령 36조 (옥외 피난계단의 설치)

Check(EDBA_36){
    IF CS THEN KS
}

CS{
   getBuildingStoriesCount()>=3
   getResult(EDBA_36_0_1)=True
   OR getResult(EDBA_36_0_2)=True
}

KS{
   Stair myStair1{
       isObjectProperty(Stair.isDirect)=True
   }
   
   Stair myStair2{
       isObjectProperty(Stair.isEscape)=True
       isAccessible(Stair, Ground)=True
   }
  
   isExist(myStair1)=True
   isExist(myStair2)=True
} 

Python Code 변환 예정

//건축법 시행령 46조 (방화구획의 설치) 2항 2호

check(EDBA_46_2_2){

IF CS THEN KS

}



KS{

isExist(StationaryLargeComponent)=TRUE

}



CS{

Floor myFloor{
getFloorNumber()<0
}

AND isAccessible(myFloor, Ground) = TRUE

} 

Python Code 변환 예정

// 건축법 시행령 34조 (직통계단의 설치) 1항

Check(EDBA_34_1){
     KS
}

KS{
Floor myFloor{
      isObjectProperty(Floor.isEscape) = TRUE
}

Space mySpace{
      getObjectProperty(Space.usage)="PerformanceHall"
      OR getObjectProperty(Space.usage)="AssemblyHall"
      OR getObjectProperty(Space.usage)="Auditorium"	
      OR getObjectProperty(Space.usage)="ExhibitionHall"
}

Door myDoor{
     isDirectlyAccessible(Door, Ground)=TRUE
}

Stair myStair{
     isObjectProperty(Stair.isDirect)=TRUE
     isAccessible(Stair,myFloor)=TRUE
     OR isAccessible(Stair,Ground)=TRUE
}

Ramp myRamp{
     isAccessible(Ramp,myFloor)=TRUE
     OR isAccessible(Ramp,Ground)=TRUE
}

Floor myFloor2{
     isObjectProperty(Floor.isEscape)=FALSE
     OR hasObject(Floor, myDoor)=FALSE
}

	Zone myZone{

		isDirectlyAccessible(myStair, Zone)=FALSE

	}

 

IF

	getFloorNumber(mySpace)>0

	getFloorArea(mySpace)<=300 m2

	isFireResistantStructure(MainStructuralPart)=TRUE

	OR isObjectProperty(MainStructuralPart.Material.nonCombustibility)=TRUE 

	THEN IF        getBuildingStoriesCount()>=16

	               getBuildingUsage()="MultiUnitHouse"

	          THEN ED= 40 

	ELSE THEN   ED=50               

	END IF



ELSE IF   

	getBuildingUsage() = "Factory" 

	isExist(ExtinguishingSystem)=TRUE 

	isObjectProperty(ExtinguishingSystem.isAutomatic)=TRUE

	getResult(REFB_8_2)=TRUE

	THEN IF   	getBuildingUsage() = "UnmannedFactory" 

			THEN ED=100

	ELSE THEN  ED=75

	END IF 



ELSE THEN ED=30

	END IF 



	(hasObject(myFloor,myStair)=TRUE

	hasObject(myZone, myStair)=TRUE

	getObjectDistance(Room,myStair, 1)<=ED)

	OR 

	(hasObject(myFloor,myRamp)=TRUE

	hasObject(myZone, myRamp)=TRUE

	getObjectDistance(Room,myRamp, 1)<=ED)

} 

max_route_length = 30

def Check():
    evac_storey_exist = False
    stories = SELECT('storey')

    for storey in stories:
        if storey.SELECT('is evacuation storey').BOOL() == True:
            evac_storey_exist = True
            break

    if evac_storey_exist == False:
        ERROR('피난층이 존재하지 않습니다.')
        return

    for storey in stories:
        if storey.SELECT('is evacuation storey').BOOL() == True:
            continue

        stairs = storey.SELECT('direct stair')

        if stairs.COUNT() == 0:
            storey.ERROR(storey.SELECT('name').STRING() + '에 직통계단이 존재하지 않습니다.')
            continue

        for space in storey.SELECT('space'):
            route_length = -1
            for route in space.SELECT('escape route', stairs):
                length = route.SELECT('length').UNIT('m').NUMBER()
                if length > 0:
                    if route_length < 0:
                        route_length = length
                    else:
                        route_length = min([route_length, length])
            if route_length < 0:
                space.ERROR(space.SELECT('name').STRING() + '부터 직통계단까지 갈 수 없다.')
            elif route_length > max_route_length:
                space.ERROR(space.SELECT('name').STRING() + '부터 직통계단까지의 거리가 멀다 : ' + str(route_length))
            else:
                space.SUCCESS(space.SELECT('name').STRING() + ' : ' + str(route_length)) 

//건축법 시행령 34조 (직통계단의 설치) 2항

Check(EDBA_34_2){

   IF (CS1 AND CS2) THEN KS

}



CS1{

	isObjectProperty(Floor.isEscape) = FALSE

}



CS2{

	getResult(EDBA_34_2_1)=TRUE

   	OR getResult(EDBA_34_2_2)=TRUE

   	OR getResult(EDBA_34_2_3)=TRUE  

   	OR getResult(EDBA_34_2_4)=TRUE

   	OR getResult(EDBA_34_2_5)=TRUE

}



KS{

        Floor myFloor{

        isObjectProperty(Floor.isEscape)=TRUE

        }



   	Stair myStair{

      		isObjectProperty(Stair.isDirect) = TRUE

      		isAccessible(myFloor, Stair)= TRUE

      		OR isAccessible(Ground,Stair) = TRUE

   	}



   	getObjectCount(myStair)>2 

   	getResult(REFB_8_1) = True

} 

Python Code 변환 예정

// 건축법 시행령 제 34조 (직통계단의 설치) 3항

check(EDBA_34_3){

		IF CS THEN KS ENDIF

}



CS{

isObjectProperty(Building.isHighriseBuilding) = TRUE

}

KS{

		Stair myStair{

				isObjectProperty(Stair.isDirect) = TRUE			

		}

		Zone myZone{

				isObjectProperty(Zone.isEgressSafetyZone) = TRUE

		}

		Floor myFloor{

				isObjectProperty(Floor.isEscape) = TRUE

		}

isGoThrough(myFloor, myZone, myStair) = TRUE

		OR isGoThrough(myFloor, Ground, myStair) = TRUE



		getObjectCount(myZone) >= getBuildingStoriesCount()/30

} 

Python Code 변환 예정

// 건축법 시행령 34조 (직통계단의 설치) 4항

check(EDBA_34_4){

		IF !CS THEN KS ENDIF

}

CS{

		Stair myStair{

				isObjectProperty(Stair.isDirect) = TRUE

		}

		Floor myFloor{

				isObjectProperty(Floor.isEscape) = TRUE

		}

		isDirectlyAccessible(myStair, myFloor) = TRUE

		OR isDirectlyAccessible(myStair, Ground) = TRUE

}

				

KS{

		isObjectProperty(Building.isQuasiHighriseBuilding) = TRUE

		Stair myStair{

				isObjectProperty(Stair.isDirect) = TRUE			

		}

		Zone myZone{

				isObjectProperty(Zone.isEgressSafetyZone) = TRUE

		}

		Floor myFloor{

				isObjectProperty(Floor.isEscape) = TRUE

		}

                isGoThrough(myFloor, myZone, myStair) = TRUE

		OR isGoThrough(myFloor, Ground, myStair) = TRUE

		(getBuildingStoriesCount()/2)-5 < getFloorNumber(myZone)

                getFloorNumber(myZone) < (getBuildingStoriesCount()/2)+5

} 

Python Code 변환 예정

//다중이용업소의 안전관리에 관한 특별법 시행령 2조 (다중이용업) 5호


Check(ERSASP_2_0_5){
KS1 AND IF CS THEN !KS2
}


KS1{
getObjectProperty(Building.business)= "GIPA_2_0_6"
OR getObjectProperty(Building.business)= "GIPA_2_0_6-2"
OR getObjectProperty(Building.business)= "GIPA_2_0_7"
OR getObjectProperty(Building.business)= "GIPA_2_0_8"
}


CS{
getObjectProperty(Building.business)= "GIPA_2_0_6"
OR getObjectProperty(Building.business)= "GIPA_2_0_7"
}

KS2{
Space mySpace{
Space.usage = "GIPA_2_0_6"
OR Space.usage = "GIPA_2_0_7"
}
Floor myFloor{
hasObject(Floor,mySpace)=TRUE
}
Door myDoor{
isObjectProperty(mySpace.Door.isEntrance)=TRUE
}

(getObjectProperty(myFloor.number)=1
OR isDirectlyAccessible(myFloor, Ground)=TRUE)
isConnectedToExternal(myDoor)=TRUE
} 

Python Code 변환 예정

Check(NFSC503_4_1_4){

 KS

}

KS{

	Port myPort{ 
getObjectProperty(Port.systemType) = "HookingUpSprinklerSystem"

	getObjectProperty(Port.typeForWater) = "FireDepartmentConnection" 

 	}

 	getObjectVerticalDistance(Ground, myPort) >= 0.5m

 	getObjectVerticalDistance(Ground, myPort) <= 1m

} 

Python Code 변환 예정

//연결송수관설비의 화재안전기준(NFSC 502) 4조 (송수구) 2호

Check(NFSC502_4_0_2){
        KS
}

KS{
       getObjectVerticalDistance(Ground, FireDepartmentConnection)>=0.5 m
       getObjectVerticalDistance(Ground, FireDepartmentConnection)<=1 m
} 

Python Code 변환 예정

//연결송수관설비의 화재안전기준(NFSC 502) 6조 (방수구) 1호 다목



Check(NFSC502_6_0_1_다목){

         KS

}



KS{

       getBuildingUsage()!="AssemblyHall"

       getBuildingUsage()!="Auditorium"

       getBuildingUsage()!="DepartmentStore"

       getBuildingUsage()!="WholesaleMarket"

       getBuildingUsage()!="CommercialFacility"

       getBuildingUsage()!="Factory"

       getBuildingUsage()!="Warehouse"

       getBuildingUsage()!="UndergroundMarket"



      

FireHydrant myFireHydrant{
isExternal(FireHydrant)  = FALSE
         isInstalled(FireDepartmentConnection, FireHydrant)=True

    }       



    isInstalled(myIndoorFireHydrant,SpecificFireFightingBuilding)=True



    Floor myFloor{

            Floor.number>0

    }

    Floor myFloor2{

            Floor.number<0

    }

    (

    gerObjectCount(myFloor)<=4 

    getGrossFloorArea()<6000 m2

    Floor.number>0

    )



    OR 

    (

     getObjectCount(myFloor)<=2

     Floor.number<0        

    )

    



    

} 

Python Code 변환 예정

//연결송수관설비의 화재안전기준(NFSC 502) 6조 (방수구) 2호 가목



Check(NFSC502_6_0_2_가){



    IF CS THEN KS1 ELSE KS2

}



CS{

       Space mySpace{

            getSpaceUsage()="UndergroundMarket"

            OR getFloorNumber()<0

        }



       getFloorArea(mySpace)>3000 m2

}



KS1{



    getElementDistance(FireDepartmentConnectionSystem.OutLet, Wall )<=25 m

    getElementDistance(FireDepartmentConnectionSystem.OutLet, Column )<=25 m



}





KS2{

       getResult(NFSC502_6_0_2_나)=True

 } 

Python Code 변환 예정

//	연소방지설비의 화재안전기준(nfsc 506) 6조 (송수구) 4호
Check(NFSC506_6_0_4){
	KS
}

KS{
	Port myPort{
		getObjectProperty(Port.typeForWater) = "FireDepartmentConnection"
		isInstalled(Port, CombustionProtectionSystem) = TRUE
	}
		
	getObjectVerticalLocation(myPort, Ground) >= 0.5m
	getObjectVerticalLocation(myPort, Ground) <= 1m
}
 

Python Code 변환 예정

// 유도등 및 유도표지의 화재안전기준(nfsc 303) 4조 (유도등 및 유도표지의 종류) 

Check(NFSC303_4){
   KS
}

KS{
  LeadingLight myLeadingLight1{
      // isObejctProperty(LeadingLight.isForExit)=True, 대형
  }

  LeadingLight myLeadingLight2{
     //  isObejctProperty(LeadingLight.isForExit)=True , 중형
  }

  LeadingLight myLeadingLight3{
     //  isObejctProperty(LeadingLight.isForExit)=True, 소형
  }


  LeadingLight myLeadingLight4{
       isObejctProperty(LeadingLight.isForPassage)=True
  }

  LeadingLight myLeadingLight5{
       isObjectProperty(LeadingLight.isForSeat)=True
  }

  LeadingSign myLeadingSign1{

       isObjectProperty(LeadingSign.isForExit)=True
  }

  LeadingSign myLeadingSign2{

       isObjectProperty(LeadingSign.isForPassage)=True
  }

  IF  getBuildingUsage()="PerformanceHall"
      OR getBuildingUsage()="AssemblyHall"
      OR getBuildingUsage()="Auditorium"   
      OR getBuildingUsage()="SportsFacility" 
      OR getBuildingUsage()="Tavern"  
     THEN 
          isExist(myLeadingLight1)=True
          isExist(myLeadingLight4)=True
          isExist(myLeadingLight5)=True
  
  ELSE IF getBuildingUsage()="AmusementFacility"
      OR getBuildingUsage()="CommercialFacility"
      OR getBuildingUsage()="TransportationFacility"   
      OR getBuildingUsage()="TouristAccommodationBusiness" 
      OR getBuildingUsage()="MedicalFacility"  
      OR getBuildingUsage()="FuneralParlor"  
      OR getBuildingUsage()="FacilityForBroadcastingAndTelecommunication"  
      OR getBuildingUsage()="ExhibitionHall"  
      OR getBuildingUsage()="UndergroundShoppingCenter" 
      OR getBuildingUsage()="SubwayStation"   
     THEN isExist(myLeadingLight1)=True
          isExist(myLeadingLight4)True

  ELSE IF getBuildingUsage()="LodgingFacility"
      OR getBuildingUsage()="Officetel"
   //   OR   지하층, 무창층 또는 층수가 11층 이상인 특정소방대상물 
     THEN isExist(myLeadingLight2)=True
          isExist(myLeadingLight4)True

 
  ELSE IF getBuildingUsage()="ClassINeighborhoodLivingFacility"
      OR getBuildingUsage()="ClassIINeighborhoodLivingFacility"
      OR getBuildingUsage()="FacilitiesForTheAgedAndChildren"
      OR getBuildingUsage()="BusinessFacility"   
      OR getBuildingUsage()="FacilityForPowerGeneration"   
      OR getBuildingUsage()="ReligiousFacility"
      OR getBuildingUsage()="EducationAndResearchFacility"   
      OR getBuildingUsage()="Trainingfacility" 
      OR getBuildingUsage()="Factory"
      OR getBuildingUsage()="Warehouse"   
      OR getBuildingUsage()="CorrectionalFacilityAndMilitaryInstallation"  
      OR getBuildingUsage()="Dormitory"
      OR getBuildingUsage()="AutomobileRepairShop"   
      OR getBuildingUsage()="DrivingSchool" 
      OR getBuildingUsage()="RepairingSchool"
      OR getBuildingUsage()="PubliclyUsedEstablishment"   
      OR getBuildingUsage()="ComplexBuilding"  
      OR getBuildingUsage()="ApartmentHouse"
         
     THEN isExist(myLeadingLight3)=True
          isExist(myLeadingLight4)True


  ELSE THEN  isExist(myLeadingSign1)=True
             isExist(myLeadingSign2)True
  END IF
    






} 

Python Code 변환 예정

//유도등 및 유도표지의 화재안전기준(nfsc 303) 5조 (피난구유도등) 1항 1호

Check(NFSC303_5_1_1){
     KS
}

KS{
    Door myDoor {

        isObjectProperty(Door.isEntrance)=True
        isDirectlyAccessible(Door, Ground)=True          
    }

    LeadingLight myLeadingLight{
        isObjectProperty(LeadingLight.isForExit)=True
    }

   isEnstalled(myLeadingLight,myDoor)=True

   IF hasObject(AncillaryRoom, myDoor)=True
   THEN isEnstalled(myLeadingLight, AncillaryRoom )=True
} 

Python Code 변환 예정

//유도등 및 유도표지의 화재안전기준(nfsc 303) 5조(피란구유도등) 1항 3호 

Check(NFSC303){
           KS
}
  Door myDoor{
      isObjectProperty(Door.isEntrance)=True     
     (OR hasObject( myStair, Door)=True
     OR hasObject(myStair.Space,Door)=True
     OR hasObject(myStair.AncillaryRoom,Door)=True)

       OR isDirectlyAccessible(Door, Ground)=True          
    }
 LeadingLight myLeadingLight{
        isObjectProperty(LeadingLight.isForExit)=True
    }

  Passage myPassage{
     isAccessible(myDoor, Passage)=True
   }
  Corridor myCorriodr{
     isAccessible(myDoor, Corridor)=True
  }

  Door myDoor2{
      isObjectProperty(Door.isEntrance)=True    
     isAccessible(myPassage, Door)=True
     or isAccessible(myCorridor, Door)=True
  }

isInstalled(myLeadingLight, myDoor2)=True

} 

Python Code 변환 예정

//유도등 및 유도표지의 화재안전기준(nfsc 303) 6조 (통로유도등 설치기준) 1항

Check(NFSC303_6_1){
         KS
}


KS{
 Corridor myCorridor{
       isGothrough(SpecificFireFightingBuilding.Room, Corridor, Ground)=True 
 }
   
 Stair myStair{
        isGothrough(SpecificFireFightingBuilding.Room, Stair, Ground)=True   
 }


       hasObject(myCorridor, LeadingLight.isForPassage)=True
       hasObject(myStair, LeadingLight.isForPassage)=True
       getResult(NFSC303_6_1_1)=True
       getResult(NFSC303_6_1_2)=True
       getResult(NFSC303_6_1_3)=True
} 

Python Code 변환 예정

//유도등 및 유도표지의 화재안전기준(nfsc 303) 6조 (통로유도등 설치기준) 1항 1호 다목

Check(NFSC303_6_1_1_다){
           KS
}

KS{ 
   Floor myFloor{
       getFloorNumber()<0
       OR hasObject(Floor, Window)=False
   }
   
   IF getFloorUsage(myFloor)="WholesaleMarket"
      OR getFloorUsage(myFloor)="RetailMarket"
      OR getFloorUsage(myFloor)="PassengerVehicleTransportTerminal"
      OR getFloorUsage(myFloor)="UndergroundStation"
      OR getFloorUsage(myFloor)="UndergroundShoppingCenter" 
      THEN   //  복도·통로 중앙부분의 바닥에 설치하여야 한다.
   ELSE THEN
       getObjectVerticalDistance(FloorSlab, LeadingLightForCorridors )<= 1 m
} 

Python Code 변환 예정

//	유도등 및 유도표지의 화재안전기준(nfsc 303)  8조의2 (피난유도선 설치기준) 2항 2호 
Check(NFSC303_8-2_2_2){
	KS
}

KS{
	getObjectVerticalLocation(피난유도 표시부, Ground) <= 1m
	OR isInstalled(피난유도 표시부, FloorSurface) = TRUE
}

 

Python Code 변환 예정

//	유도등 및 유도표지의 화재안전기준(nfsc 303)  8조의2 (피난유도선 설치기준) 2항 7호 

Check(NFSC303_8-2_2_7){

	KS

}



KS{

	getObjectVerticalLocation(LeadingControlPart, Ground) >= 0.8m

	getObjectVerticalLocation(LeadingControlPart, Ground) <= 1.5m

} 

Python Code 변환 예정

자동화재탐지설비의 화재안전기준(nfsc 203) 7조 (감지기) 6항 

Check(NFSC203_7_6){
	IF CS THEN KS
}
CS{
	isInstalled(Sensor, Underground) = TRUE
}
KS{
	getResult(NFSC203_7_1_1) = TRUE
	OR getResult(NFSC203_7_1_2) = TRUE
	OR getResult(NFSC203_7_1_3) = TRUE
	OR getResult(NFSC203_7_1_4) = TRUE
	OR getResult(NFSC203_7_1_5) = TRUE
	OR getResult(NFSC203_7_1_6) = TRUE
	OR getResult(NFSC203_7_1_7) = TRUE
	OR getResult(NFSC203_7_1_8) = TRUE
}
 

Python Code 변환 예정