//건축물의 구조기준 등에 관한 규칙 41조 (적용범위) 2항

Check(RSSB_41_2){
     getResult(RSSB_41_1) = TRUE AND getResult(RSSB_3_3) = TRUE AND IF CS THEN KS 
}

CS{
    getBuildingHeight()<=4 m
    getGrossFloorArea() <=20 m2  
}

KS{

   getResult(RSSB_42)=True
   getResult(RSSB_45)=True
} 

Python Code 변환 예정

//건축물의 구조기준 등에 관한 규칙 47조 (적용범위) 2항



Check(RSSB_47_2){

     getResult(RSSB_3_3) = TRUE AND IF CS THEN KS 

}



CS{

    getBuildingHeight()<=4 m

    getGrossFloorArea() <=30 m2  



    OR getObjectHeight(Fence)<= 3m

}



KS{



   getResult(RSSB_51)=True

} 

Python Code 변환 예정

//건축물의 구조기준 등에 관한 규칙 9조의3 (건축물의 규모제한) 1항

Check(RSSB_9-3_1){

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

}

	MainStructuralPart myMainStructuralPart1{
	getObject(FloorSlab) OR getObject(RoofTruss)
	}
MainStructuralPart myMainStructuralPart2{
	MainStructuralPart != myMainStructuralPart1
	}

CS1{

	isInstalled(SprinklerSystem) != TRUE

	getObjectProperty(myMainStructuralPart2.Structure.materialType) = "Timber"

}

KS1{

	getObjectVerticalDistance(FloorSlab, Roof) <= 18m

	getObjectVerticalDistance(FloorSlab, Eave) <= 15m

	getGrossFloorArea() <= 3000m2

}

CS2{

	isInstalled(SprinklerSystem) = TRUE

	getObjectProperty(myMainStructuralPart2.Structure.materialType) = "Timber"

}

KS1{

	getObjectVerticalDistance(FloorSlab, Roof) <= 18m

	getObjectVerticalDistance(FloorSlab, Eave) <= 15m

	getGrossFloorArea() <= 6000m2

} 

Python Code 변환 예정

//건축물의 구조기준 등에 관한 규칙 28조 (적용범위 등) 2항
Check(RSSB_28_2){
	getResult(RSSB_28_1) = TRUE AND getResult(RSSB_3_3) = TRUE AND KS
}
KS{
	getBuildingHeight() <= 4m
	getGrossFloorArea() <= 20m2
} 

Python Code 변환 예정

//	건축물의 설비기준 등에 관한 규칙 17조의2 (차수설비) 1항

Check(RFB_17-2_1){

	IF CS THEN KS

}



CS{

	getResult(RFB_17-2_1_1) = TRUE

	OR getResult(RFB_17-2_1_2) = TRUE



	getGrossFloorArea() >= 10000m2

}



KS{

	Floor myFloor{

		getObjectProperty(Floor.number) <0

	}



	hasSpace(myFloor,WaterCutoffSystem) = TRUE

} 

Python Code 변환 예정

//	비상콘센트설비의 화재안전기준(nfsc 504) 4조 (전원 및 콘센트 등) 1항 2호

Check(NFSC504_4_1_2){

	IF CS THEN KS

}



	Floor myFloor{

		getFloorNumber < 0

		hasSpace(Floor, SpecificFireFightingBuilding) = TRUE

	}



	Floor myFloor2{

		getFloorNumber >= 0

		hasSpace(Floor, SpecificFireFightingBuilding) = TRUE

	}



CS{

	(getBuildingStoriesCount() >= 7

	getGrossFloorArea(myFloor2) >= 2000m2)

	OR getTotalFloorArea(myFloor) >= 3000m2

}



KS{

	isInstalled(EmergencyPower, EmergencyPowerOutletSystem) = TRUE

	getObjectProperty(EmergencyPowerReceivingSystem.type) = "InhousePowerGenerationSystem"

	OR getObjectProperty(EmergencyPowerReceivingSystem.type) = "EmergencyPowerReceivingSystem"

} 

Python Code 변환 예정

//건축물의 피난ㆍ방화구조 등의 기준에 관한 규칙 11조 (건축물의 바깥쪽으로의 출구의 설치기준) 5항 3호
Check(REFB_11_5_3){
KS
}

KS {
getBuildingUsage() = “CommercialFacility”
OR getBuildingUsage() = “TransportationFacility”
getObjectProperty(Building.grossFloorArea) >= 5000 m2

}
 

Python Code 변환 예정

//건축법 64조 (승강기) 1항
check(BA_64_1){
   IF CS THEN KS
}

CS{ 
   getBuildingStoriesCount() >= 6    
   getGrossFloorArea()>= 2000 m2
}

KS{
	isExist(Elevator) = TRUE
        getResult(RFB_5)=TRUE
        getResult(RFB_6)=TRUE
        getResult(REFB_29_1)=True
} 

Python Code 변환 예정

check(EDBA_58_0_1){

	getGrossFloorArea() < 30m2;

	isObjectProperty(Building.isAttachedBuilding) = TRUE

	getBuildingStoriesCount() = 1;

	isFireResistantStructure(MainStructure) = TRUE

	OR isFireResistantStructure(ExternalWall) = TRUE;

} 

Python Code 변환 예정

// 건축법 시행령 39조 (건축물 바깥쪽으로의 출구 설치) 1항 7호

Check(EDBA_39_1_7){     
KS
}


KS {
Building myBuilding{
getBuildingUsage() = “Warehouse”
Building.grossFloorArea >= 5000 m2
}

isExist(myBuliding) = TRUE
}
 

target_bldg_type_1 = ['제2종 근린생활시설', '문화 및 집회시설', '종교시설', '판매시설', '업무시설', '창고시설', '교육연구시설', '장례시설', '승강기를 설치하여야하는 건축물']
target_bldg_sub_type_2 = ['판매시설']
max_route_length_stair_to_door = 30
max_route_length_space_to_door = 60
min_em_door_count = 2
min_em_door_h = 1.5
min_em_door_w = 0.75

target_bldg_types_1_label = '외부 출입구 방향 적용 대상 건출물 용도'
target_bldg_types_2_label = '외부 출입구 유효너비 대상 건출물 용도'

max_route_length_stair_to_door_label = '직통계단과 외부 출입구 간 최소거리'
max_route_length_space_to_door_label = '거실과 외부 출입구 간 최소거리'
min_em_door_count_label = '최소 비상구 개수'
min_em_door_h_label = '최소 비상구 높이'
min_em_door_w_label = '최소 비상구 유효너비'

def Check():
    for building in SELECT('building'):
        bldg_type = building.SELECT('building type').STRING()
        sub_type = building.SELECT('prop', '세부용도').STRING()
        if (bldg_type in target_bldg_type_1):
            if bldg_type == '제2종 근린생활시설' and sub_type in ['공연장', '종교집회장', '인터넷컴퓨터게임시설제공업소']:
                message =  '검토 대상 건물이 아닙니다.' + '(용도:' + bldg_type + ', 세부용도:' + sub_type + ' )'
                SUCCESS(message)
                break
            elif bldg_type == '문화 및 집회시설' and sub_type in ['전시장', '동물원', '식물원']:
                message =  '검토 대상 건물이 아닙니다.' + '(용도:' + bldg_type + ', 세부용도:' + sub_type + ' )'
                SUCCESS(message)
                break
            elif bldg_type == '업무시설' and sub_type == '청사':
                message =  '검토 대상 건물이 아닙니다.' + '(용도:' + bldg_type + ', 세부용도:' + sub_type + ' )'
                SUCCESS(message)
                break
            elif bldg_type == '교육연구시설' and sub_type == '학교':
                message =  '검토 대상 건물이 아닙니다.' + '(용도:' + bldg_type + ', 세부용도:' + sub_type + ' )'
                SUCCESS(message)
                break
            message =  '검토 대상 건물입니다.' + '(용도:' + bldg_type + ', 세부용도:' + sub_type + ' )'
            SUCCESS(message)

        else:
            message =  '검토 대상 건물이 아닙니다.' + '(용도:' + bldg_type + ', 세부용도:' + sub_type + ' )'
            SUCCESS(message)
            break



        evac_storey_exist = False
        stories = building.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:
            stairs = storey.SELECT('direct stair')

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

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

            for stair in stairs:
                route_length = -1
                for route in stair.SELECT('escape route', exDoors):
                    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:
                    stair.ERROR(stair.SELECT('name').STRING() + '부터 외부 출입구까지 갈 수 없다.')
                elif route_length > max_route_length_stair_to_door:
                    stair.ERROR(stair.SELECT('name').STRING() + '부터 외부 출입구까지의 거리가 멀다 : ' + str(route_length))
                else:
                    stair.SUCCESS(stair.SELECT('name').STRING() + ' : ' + str(route_length))

            spaces = storey.SELECT('space')

            for space in spaces:
                route_length = -1
                for route in space.SELECT('escape route', exDoors):
                    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 외부 출입구까지 갈 수 없다.')
                elif route_length > max_route_length_space_to_door:
                    space.ERROR(space.SELECT('name').STRING() + '부터 외부 출입구까지의 거리가 멀다 : ' + str(route_length))
                else:
                    space.SUCCESS(space.SELECT('name').STRING() + ' : ' + str(route_length))

            if bldg_type in target_bldg_types_1:
                for door in exDoors:
                    if door.SELECT('is inward').BOOL():
                        door.ERROR('외부 출입구의 방향이 안여닫이입니다.')

                for space in spaces:
                    code = space.SELECT('class code').STRING()
                    if not code in theater_space_codes:
                        continue
                    area = space.SELECT('area').UNIT('m2').NUMBER()
                    if area < 300:
                        continue
                    emExits = []
                    for door in space.SELECT('space door'):
                        if door.SELECT('prop', '비상구').BOOL() or door.SELECT('prop', '보조출입구').BOOL():
                            emExits.append(door)
                    if len(emExits) < min_em_door_count:
                        space.ERROR('비상구(보조출입구) 개수:' + str(len(emExits)) + '(<' + str(min_em_door_count) + ')')
                        continue
                    em_exit_count = 0
                    for exit in emExits:
                        if exit.SELECT('clear opening').UNIT('m').NUMBER() >= min_em_door_w and exit.SELECT('height').UNIT('m').NUMBER() >= min_em_door_h:
                            em_exit_count += 1
                    if em_exit_count < min_em_door_count:
                        space.ERROR('기준(' + str(min_em_door_w) + 'X' + str(min_em_door_h) + ')을 충족하는 비상구(보조출입구) 개수:' + str(em_exit_count) + '(<' + str(min_em_door_count) + ')')
                    else:
                        space.SUCCESS('기준(' + str(min_em_door_w) + 'X' + str(min_em_door_h) + ')을 충족하는 비상구(보조출입구) 개수:' + str(em_exit_count) + '(>=' + str(min_em_door_count) + ')')

            if bldg_type in target_bldg_types_2:
                if storey.SELECT('is evacuation storey').BOOL() == False:
                    continue
                max_area = 0;
                for space in spaces:
                    area = space.SELECT('area').UNIT('m2').NUMBER()
                    if area > max_area:
                        max_area = area
                min_door_w = max_area / 100 * 0.6;

                for door in exDoors:
                    width = door.SELECT('clear opening').UNIT('m')
                    w = width.NUMBER()
                    if (w < min_door_w):
                        width.ERROR('출구 유효너비:' + str(w) + '(<' + str(min_door_w) + ')')
                    else:
                        width.SUCCESS('출구 유효너비:' + str(w) + '(>=' + str(min_door_w) + ')')
 

//건축법 시행령 46조 (방화구획의 설치) 1항

Check(EDBA_46_1){

   IF (!CS1 AND CS2) THEN KS

}





CS1{

  getBuildingUsage()="NuclearReactorAndRelatedFacility"

}



CS2{

  (isObjectProperty(MainStructuralPart.isFireResistantStructure)=TRUE

  OR isObjectProperty(MainStructuralPart.Material.nonCombustibility)=TRUE))

  AND Building.grossFloorArea>1000 m2

}



KS{



  Floor myFloor{

      isObjectProperty(FloorSlab.isFireResistantStructure)=TRUE

  }

  Wall myWall{

      isObjectProperty(Wall.isFireResistantStructure)=TRUE

  }

  Door myDoor{

      isObjectProperty(Door.isStrictFireproofDoor)=TRUE

  }



  isFirePartition(Building, myFloor)=TRUE

  AND  isFirePartition(Building, myWall)=TRUE

  AND  isFirePatrition(Building, myDoor)=TRUE



  AND getResult(REFB_14_1)=TRUE

  AND getResult(REFB_14_2)=TRUE

  AND getResult(REFB_14_3)=TRUE



} 

Python Code 변환 예정

//건축법 시행령 48조 (계단ㆍ복도 및 출입구의 설치) 1항

Check(EDBA_48_1){
     IF CS THEN KS 
}

CS{
   getGrossFloorArea()>200 m2
}

KS{
   getResult(REFB_15_1)=True
   getResult(REFB_15_1_1)=True
   getResult(REFB_15_1_2)=True
   getResult(REFB_15_1_3)=True
   getResult(REFB_15_1_4)=True

   getResult(REFB_15_2)=True
   getResult(REFB_15_2_1)=True
   getResult(REFB_15_2_2)=True
   getResult(REFB_15_2_3)=True
   getResult(REFB_15_2_4)=True
   getResult(REFB_15_2_5)=True
   getResult(REFB_15_2_6)=True

   getResult(REFB_15-2_1)=True
   getResult(REFB_15-2_2)=True
   getResult(REFB_15-2_2_1)=True
   getResult(REFB_15-2_2_2)=True
   getResult(REFB_15-2_2_3)=True

   getResult(REFB_15-2_3)=True
   getResult(REFB_15-2_3_1)=True
   getResult(REFB_15-2_3_2)=True
} 

std_floor_area = 200



std_floor_area_label = '기준 연면면적'

def Check():
    for building in SELECT('building'):
        if building.SELECT('area').Unit(m2).NUmber() < 200:
            continue
                         

//  건축법 시행령 57조 (	대규모 건축물의 방화벽 등) 1항
Check(EDBA_57_1){
	IF (CS1 AND CS2) THEN KS
}

CS1{
	getObjectProperty(MainStructuralPart.isFireResistantStructure) = TRUE
	OR getObjectProperty(MainStructuralPart.Material.nonCombustibility) = TRUE
	OR getResult(EDBA_56_1_5) = TRUE
}

CS2{
	getObjectProperty(Building.grossFloorArea) >= 1000m2
}

KS{
	Space mySpace{
		getFloorArea(Space) < 1000m2
	}

	Space mySpace2{
		Space != mySpace
	}

	Wall myWall{
		isObjectProperty(Wall.isFireProofWall) = TRUE
	}

	isPartitioned(mySpace, mySpace2, myWall) = TRUE
} 

Python Code 변환 예정

//  건축법 시행령 57조 (대규모 건축물의 방화벽 등) 3항

Check(EDBA_57_3){

	IF CS THEN KS

}



CS{

	getObjectProperty(Building.grossFloorArea) >= 1000m2

	getObjectProperty(Building.Structure.materialType) = "Timber"

}



KS{

	getObjectProperty(MainStructuralPart.Material.nonCombustibility) = TRUE

	OR getObjectProperty(MainStructuralPart.isFireProofStructure) = TRUE

} 

Python Code 변환 예정

//건축법 시행령 87조 (건축설비 설치의 원칙) 6항

Check(EDBA_87_6){
      IF CS THEN KS 
}

CS{
    getGrossFloorArea()>= 500 m2
}

KS{
    getResult(RFB_20-2)=True
} 

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