HYTOS

        self.type = type

        self.dataSource = dataSource

        self.attributes = []

    def printf(self):

        print(f"""itemNo = {self.itemNo}, type ={self.type}, dataSource = {self.dataSource}""")

        for attr in self.attributes:

            print(f"""{attr.table}.{attr.column} : {attr.value} """)

        print(f"""***********************************************************************""")

class Inst_Attribute:

    def __init__(self, name, column, value):

        self.table = name

            value = ''

        self.value = value

class PAPUploadInformation:

    def __init__(self,param_project_uid = '',

                      param_projectno = '',

        self.needReOpening = None

        self.configTable = None

        self.API_HOST = "https://papwebapi.azurewebsites.net"

    def clearItemList(self, trim):

        '''

        self.ui.buttonBox.button(QDialogButtonBox.Ok).setIcon(QtGui.QIcon(':/images/OK.svg'))

        self.ui.buttonBox.button(QDialogButtonBox.Ok).setText("Update")

        self.ui.buttonBox.button(QDialogButtonBox.Cancel).setIcon(QtGui.QIcon(':/images/Cancel.svg'))

        self.ui.btnSave.clicked.connect(self.onSavePapUpdateInfomation)

        self.ui.btnSetCalculationCase.clicked.connect(self.onSettingCalculationCase)

        self.ui.comboBox_select_PAP_Project.currentIndexChanged.connect(self.connect_api)

    def accept(self):

        inst_Items = []

        if self.ui.tableView_upload_item_list.model().rowCount() > 0:

            items = [item for item in App.mainWnd().graphicsView.scene.items() if type(item) is SymbolSvgItem]

            for row in range(self.ui.tableView_upload_item_list.model().rowCount()):

                item = [item for item in items if str(item.uid) == uid_data]

                if item:

                    symbolItem = item[0]

                    inst_Item = Inst_Item(itemNo =symbolItem.tag_no, type = symbolItem.type, dataSource = "HYTOS")

                    connectedItem_connectors = [x for x in symbolItem.connectors if x.connectedItem is not None]

                    in_connectors = [conn.connectedItem for conn in connectedItem_connectors

                                     if conn.connectedItem and int(conn.connectedItem._conn_index) == 2]

                    if in_connectors:

                        if type(in_connectors[0].parent) is QEngineeringStreamlineItem:

                            suctp = 0

                            discp = 0

                            diffp = 0

                                if symbolItem.attribute:

                            if datacase_data == Valve_Datacase.Maximum_Flowrate_Case:

                                inst_Item.attributes.append(Inst_Attribute("Inst_CV", "OperatingPressrueMaxIn", suctp))

                                inst_Item.attributes.append(Inst_Attribute("Inst_CV", "OperatingPressrueMaxOut", discp))

                                inst_Item.attributes.append(Inst_Attribute("Inst_CV", "OperatingPressrueMinOut", discp))

                                inst_Item.attributes.append(Inst_Attribute("Inst_CV", "DifferentialPressMin", diffp))

                                if datacase_data == Valve_Datacase.Maximum_Flowrate_Case:

                                    inst_Item.attributes.append(Inst_Attribute("Inst_CV", "ViscosityMax1", viscosity))

                                    inst_Item.attributes.append(Inst_Attribute("Inst_CV", "OperatingTemperatureMax", temperature))

                                    inst_Item.attributes.append(Inst_Attribute("Inst_CV", "MolecularWeightNor", molecular_weight))

                                    inst_Item.attributes.append(Inst_Attribute("Inst_CV", "SpecificHeatRatio", specific_heat_ratio))

                                    inst_Item.attributes.append(Inst_Attribute("Inst_CV", "Compressibility", compress_factor))

                                elif datacase_data == Valve_Datacase.Normal_Flowrate_Case:

                                    inst_Item.attributes.append(Inst_Attribute("Inst_CV", "ViscosityNor1", viscosity))

                                    inst_Item.attributes.append(Inst_Attribute("Inst_CV", "OperatingTemperatureNor", temperature))

                                elif datacase_data == Valve_Datacase.Minimum_Flowrate_Case:

                                    inst_Item.attributes.append(Inst_Attribute("Inst_CV", "ViscosityMin1", viscosity))

                                    inst_Item.attributes.append(Inst_Attribute("Inst_CV", "OperatingTemperatureMin", temperature))

                            else:

                                ##vapor

                                ##liquid

                                if datacase_data == Valve_Datacase.Maximum_Flowrate_Case:

                                    inst_Item.attributes.append(Inst_Attribute("Inst_CV", "FlowrateMax1", vapor_flowrate_mass))

                        dischargePress = 0

                        diffPressure = 0

                        if symbolItem.attribute:

                        inst_Item.attributes.append(Inst_Attribute("eq_compressor", "InletPressure", inletPressure))

                        inst_Item.attributes.append(Inst_Attribute("eq_compressor", "DischargePress", dischargePress))

                        inst_Item.attributes.append(Inst_Attribute("eq_rotating", "DiffPressure", diffPressure))

                                inst_Item.attributes.append(Inst_Attribute("eq_compressor", "WeightFlow", flowrate_mass))

                                inst_Item.attributes.append(Inst_Attribute("eq_compressor", "InletCapacity", flowrate_volume))

                                inst_Item.attributes.append(Inst_Attribute("eq_compressor", "Inlet_Density", density))

                                inst_Item.attributes.append(Inst_Attribute("eq_compressor", "MolecularWeight", molecular_weight))

                                inst_Item.attributes.append(Inst_Attribute("eq_compressor", "InletCpCv", specific_heat_ratio))

                                inst_Item.attributes.append(Inst_Attribute("eq_compressor", "InletCompressibility", compress_factor))

                        inst_Item.attributes.append(Inst_Attribute("eq_compressor", "OperatingCase", datacase_data))

                    elif symbolItem.type == "Pump":

                        suctionPressRated = 0

                        dischargePressRated = 0

                        nPSHaRated = 0

                        vaporPressRated = 0

                        if symbolItem.attribute:

                        if datacase_data == Pump_Datacase.Rated_Flow_Case:

                            inst_Item.attributes.append(Inst_Attribute("eq_pump", "SuctionPressRated", suctionPressRated))

                            inst_Item.attributes.append(Inst_Attribute("eq_pump", "DischargePressRated", dischargePressRated))

                            inst_Item.attributes.append(Inst_Attribute("eq_pump", "DifferentialHeadRated", differentialHeadRated))

                            inst_Item.attributes.append(Inst_Attribute("eq_pump", "NPSHaRated", nPSHaRated))

                            inst_Item.attributes.append(Inst_Attribute("eq_pump", "VaporPressRated", vaporPressRated))

                            inst_Item.attributes.append(Inst_Attribute("eq_pump", "SuctionPressMax", suctionPressRated))

                            inst_Item.attributes.append(Inst_Attribute("eq_pump", "DischargePressMax", dischargePressRated))

                            inst_Item.attributes.append(Inst_Attribute("eq_pump", "DifferentialPressMax", differentialPressRated))

                            inst_Item.attributes.append(Inst_Attribute("eq_pump", "NPSHaMax", nPSHaRated))

                            inst_Item.attributes.append(Inst_Attribute("eq_pump", "VaporPressMax", vaporPressRated))

                                if datacase_data == Pump_Datacase.Rated_Flow_Case:

                                    inst_Item.attributes.append(Inst_Attribute("eq_rotating", "DesignCapacity", flowrate_volume))

                                    inst_Item.attributes.append(Inst_Attribute("eq_pump", "RelativeDensityRated", density))

                                    inst_Item.attributes.append(Inst_Attribute("eq_pump", "ViscosityRated", viscosity))

                                    inst_Item.attributes.append(Inst_Attribute("eq_pump", "PumpingTempRated", temperature))

                                    inst_Item.attributes.append(Inst_Attribute("eq_rotating", "FlowMax", flowrate_volume))

                                    inst_Item.attributes.append(Inst_Attribute("eq_pump", "RelativeDensityMax", density))

                                    inst_Item.attributes.append(Inst_Attribute("eq_pump", "ViscosityMax", viscosity))

                                    inst_Item.attributes.append(Inst_Attribute("eq_pump", "PumpingTempMax", temperature))

                    inst_Item.printf()

                    inst_Items.append(inst_Item)

    def reject(self):

        QDialog.reject(self)

# Form implementation generated from reading ui file 'Ui\Export_To_PAP.ui'

#

#

# WARNING: Any manual changes made to this file will be lost when pyuic5 is

# run again.  Do not edit this file unless you know what you are doing.

        Dialog.setObjectName("Dialog")

        Dialog.resize(629, 510)

        icon = QtGui.QIcon()

        Dialog.setWindowIcon(icon)

        self.gridLayout_2 = QtWidgets.QGridLayout(Dialog)

        self.gridLayout_2.setObjectName("gridLayout_2")

  </property>

  <property name="windowIcon">

   <iconset resource="../res/Resource.qrc">

  </property>

  <layout class="QGridLayout" name="gridLayout_2">

   <item row="4" column="0" colspan="2">