#!/usr/bin/python3
# coding:utf-8

from geopytool.ImportDependence import *
from geopytool.CustomClass import *

LocationOfMySelf=os.path.dirname(__file__)

#print(LocationOfMySelf,' init')


sign = '''
created on Sat Dec 17 22:28:24 2016
@author: cycleuser
# Create Date: 2015-07-13
# Modify Date: 2018-02-09
a tool set for daily geology related task.
# prerequisite:
#   based on Python 3.x
#   need math,numpy,pandas,matplotlib,xlrd,pyqt5,BeautifulSoup4,pyopengl,pyqtgraph
    Any issues or improvements please contact cycleuser@cycleuser.org
    or Open An Issue at GitHub:https://github.com/GeoPyTool/GeoPyTool/issues     
    Website For Chinese Users：https://zhuanlan.zhihu.com/p/28908475
'''

t = 'You are using GeoPyTool ' + version + ', released on' + date + '\n' + sign
_translate = QtCore.QCoreApplication.translate

from geopytool.CustomClass import TableViewer
from geopytool.CIPW import CIPW
from geopytool.Niggli import Niggli
from geopytool.Cluster import Cluster
from geopytool.Harker import Harker
from geopytool.HarkerOld import HarkerOld

#from geopytool.Magic import Magic

from geopytool.Clastic import Clastic
from geopytool.CIA import CIA

from geopytool.IsoTope import IsoTope

from geopytool.KArIsoTope import KArIsoTope

from geopytool.MultiDimension import MultiDimension

from geopytool.Combine import MyCombine

from geopytool.Flatten import MyFlatten

from geopytool.MyFA import MyFA

from geopytool.MyPCA import MyPCA

from geopytool.MyLDA import MyLDA

from geopytool.MyQDA import MyQDA

from geopytool.MyDT import MyDT

from geopytool.Trans import MyTrans

from geopytool.Dist import MyDist

from geopytool.Sta import MySta

from geopytool.ThreeD import MyThreeD


from geopytool.TwoD import MyTwoD

from geopytool.TwoD_Grey import MyTwoD_Grey

from geopytool.Pearce import Pearce
from geopytool.QAPF import QAPF
from geopytool.QFL import QFL
from geopytool.QmFLt import QmFLt
from geopytool.REE import REE
from geopytool.Rose import Rose
from geopytool.Stereo import Stereo
from geopytool.TAS import TAS
from geopytool.K2OSiO2 import K2OSiO2
from geopytool.ZrYSrTi import ZrYSrTi
from geopytool.TiAlCaMgMnKNaSi import TiAlCaMgMnKNaSi



from geopytool.Saccani import Saccani
from geopytool.Raman import Raman
from geopytool.FluidInclusion import FluidInclusion
from geopytool.MyHist import MyHist

from geopytool.Temp import *
from geopytool.TraceNew import TraceNew
from geopytool.Trace import Trace
from geopytool.XY import XY
from geopytool.XYZ import XYZ
from geopytool.ZirconCe import ZirconCe
from geopytool.ZirconCeOld import ZirconCeOld
from geopytool.Magic import Magic

# Create a custom "QProxyStyle" to enlarge the QMenu icons
#-----------------------------------------------------------
class MyProxyStyle(QProxyStyle):
    pass
    def pixelMetric(self, QStyle_PixelMetric, option=None, widget=None):

        if QStyle_PixelMetric == QStyle.PM_SmallIconSize:
            return 24
        else:
            return QProxyStyle.pixelMetric(self, QStyle_PixelMetric, option, widget)


class Ui_MainWindow(QtWidgets.QMainWindow):
    raw = pd.DataFrame(index=[], columns=[])  # raw is initialized as a blank DataFrame
    Standard = {}# Standard is initialized as a blank Dict
    Language = ''
    app = QtWidgets.QApplication(sys.argv)
    myStyle = MyProxyStyle('Fusion')    # The proxy style should be based on an existing style,
                                        # like 'Windows', 'Motif', 'Plastique', 'Fusion', ...
    app.setStyle(myStyle)
    trans = QtCore.QTranslator()
    talk=''
    targetversion = '0'
    DataLocation =''
    ChemResult=pd.DataFrame()
    AutoResult=pd.DataFrame()
    TotalResult=[]

    def __init__(self):


        super(Ui_MainWindow, self).__init__()
        self.setObjectName('MainWindow')
        self.resize(800, 600)

        self.setAcceptDrops(True)

        _translate = QtCore.QCoreApplication.translate
        self.setWindowTitle(_translate('MainWindow', u'GeoPyTool'))
        self.setWindowIcon(QIcon(LocationOfMySelf+'/geopytool.png'))
        self.talk=  _translate('MainWindow','You are using GeoPyTool ') + version +'\n'+  _translate('MainWindow','released on ') + date

        self.model = PandasModel(self.raw)

        self.main_widget = QWidget(self)

        self.tableView = CustomQTableView(self.main_widget)
        self.tableView.setObjectName('tableView')
        self.tableView.setSortingEnabled(True)


        self.vbox = QVBoxLayout()

        self.vbox.addWidget(self.tableView)

        self.main_widget.setLayout(self.vbox)
        self.setCentralWidget(self.main_widget)


        self.menubar = QtWidgets.QMenuBar(self)
        self.menubar.setGeometry(QtCore.QRect(0, 0, 1000, 22))
        self.menubar.setNativeMenuBar(False)
        self.menubar.setObjectName('menubar')



        self.menuFile = QtWidgets.QMenu(self.menubar)
        self.menuFile.setObjectName('menuFile')

        self.menuGeoChem = QtWidgets.QMenu(self.menubar)
        self.menuGeoChem.setObjectName('menuGeoChem')


        self.menuStructure = QtWidgets.QMenu(self.menubar)
        self.menuStructure.setObjectName('menuStructure')

        self.menuSedimentary = QtWidgets.QMenu(self.menubar)
        self.menuSedimentary.setObjectName('menuSedimentary')



        self.menuGeoCalc = QtWidgets.QMenu(self.menubar)
        self.menuGeoCalc.setObjectName('menuGeoCalc')


        self.menuAdditional = QtWidgets.QMenu(self.menubar)
        self.menuAdditional.setObjectName('menuAdditional')

        self.menuHelp = QtWidgets.QMenu(self.menubar)
        self.menuHelp.setObjectName('menuHelp')

        self.menuLanguage = QtWidgets.QMenu(self.menubar)
        self.menuLanguage.setObjectName('menuLanguage')

        self.setMenuBar(self.menubar)
        self.statusbar = QtWidgets.QStatusBar(self)
        self.statusbar.setObjectName('statusbar')
        self.setStatusBar(self.statusbar)

        self.actionOpen = QtWidgets.QAction(QIcon(LocationOfMySelf+'/open.png'), u'Open',self)
        self.actionOpen.setObjectName('actionOpen')
        self.actionOpen.setShortcut('Ctrl+O')

        self.actionClose = QtWidgets.QAction(QIcon(LocationOfMySelf+'/close.png'), u'Close',self)
        self.actionClose.setObjectName('actionClose')
        self.actionClose.setShortcut('Ctrl+N')

        self.actionSet = QtWidgets.QAction(QIcon(LocationOfMySelf + '/set.png'), u'Set', self)
        self.actionSet.setObjectName('actionSet')
        self.actionSet.setShortcut('Ctrl+F')

        self.actionFillNaN = QtWidgets.QAction(QIcon(LocationOfMySelf + '/FillNaN.png'), u'Set', self)
        self.actionFillNaN.setObjectName('actionFillNaN')
        self.actionFillNaN.setShortcut('Ctrl+Alt+F')

        self.actionSave = QtWidgets.QAction(QIcon(LocationOfMySelf+'/save.png'), u'Save',self)
        self.actionSave.setObjectName('actionSave')
        self.actionSave.setShortcut('Ctrl+S')

        self.actionCombine = QtWidgets.QAction(QIcon(LocationOfMySelf+'/combine.png'),u'Combine',self)
        self.actionCombine.setObjectName('actionCombine')
        self.actionCombine.setShortcut('Alt+C')

        self.actionCombine_transverse = QtWidgets.QAction(QIcon(LocationOfMySelf+'/combine.png'),u'Combine_transverse',self)
        self.actionCombine_transverse.setObjectName('actionCombine_transverse')
        self.actionCombine_transverse.setShortcut('Alt+T')

        self.actionFlatten = QtWidgets.QAction(QIcon(LocationOfMySelf+'/flatten.png'),u'Flatten',self)
        self.actionFlatten.setObjectName('actionFlatten')
        self.actionFlatten.setShortcut('Alt+F')

        self.actionTrans = QtWidgets.QAction(QIcon(LocationOfMySelf+'/trans.png'),u'Trans',self)
        self.actionTrans.setObjectName('actionTrans')
        self.actionTrans.setShortcut('Ctrl+T')


        self.actionReFormat = QtWidgets.QAction(QIcon(LocationOfMySelf+'/trans.png'),u'ReFormat',self)
        self.actionReFormat.setObjectName('actionReFormat')
        self.actionReFormat.setShortcut('Alt+R')

        self.actionQuit = QtWidgets.QAction(QIcon(LocationOfMySelf+'/quit.png'), u'Quit',self)
        self.actionQuit.setObjectName('actionQuit')
        self.actionQuit.setShortcut('Ctrl+Q')


        self.actionWeb = QtWidgets.QAction(QIcon(LocationOfMySelf+'/forum.png'), u'English Forum',self)
        self.actionWeb.setObjectName('actionWeb')

        self.actionGoGithub = QtWidgets.QAction(QIcon(LocationOfMySelf+'/github.png'), u'GitHub',self)
        self.actionGoGithub.setObjectName('actionGoGithub')

        self.actionVersionCheck = QtWidgets.QAction(QIcon(LocationOfMySelf+'/update.png'), u'Version',self)
        self.actionVersionCheck.setObjectName('actionVersionCheck')


        self.actionCnS = QtWidgets.QAction(QIcon(LocationOfMySelf+'/cns.png'), u'Simplified Chinese',self)
        self.actionCnS.setObjectName('actionCnS')

        self.actionCnT = QtWidgets.QAction(QIcon(LocationOfMySelf+'/cnt.png'), u'Traditional Chinese',self)
        self.actionCnT.setObjectName('actionCnT')

        self.actionEn = QtWidgets.QAction(QIcon(LocationOfMySelf+'/en.png'), u'English',self)
        self.actionEn.setObjectName('actionEn')

        self.actionLoadLanguage = QtWidgets.QAction(QIcon(LocationOfMySelf+'/lang.png'), u'Load Language',self)
        self.actionLoadLanguage.setObjectName('actionLoadLanguage')

        self.actionTAS = QtWidgets.QAction(QIcon(LocationOfMySelf+'/xy.png'), u'TAS',self)
        self.actionTAS.setObjectName('actionTAS')

        self.actionTrace = QtWidgets.QAction(QIcon(LocationOfMySelf+'/spider2.png'), u'Trace',self)
        self.actionTrace.setObjectName('actionTrace')


        self.actionTraceNew = QtWidgets.QAction(QIcon(LocationOfMySelf+'/spider2.png'), u'TraceNew',self)
        self.actionTraceNew.setObjectName('actionTraceNew')


        self.actionRee = QtWidgets.QAction(QIcon(LocationOfMySelf+'/spider2.png'), u'Ree',self)
        self.actionRee.setObjectName('actionRee')

        self.actionPearce = QtWidgets.QAction(QIcon(LocationOfMySelf+'/spider.png'),u'Pearce',self)
        self.actionPearce.setObjectName('actionPearce')


        self.actionHarker = QtWidgets.QAction(QIcon(LocationOfMySelf+'/spider.png'),u'Harker',self)
        self.actionHarker.setObjectName('actionHarker')

        self.actionHarkerOld = QtWidgets.QAction(QIcon(LocationOfMySelf+'/spider.png'),u'HarkerOld',self)
        self.actionHarkerOld.setObjectName('actionHarkerOld')

        self.actionRemoveLOI= QtWidgets.QAction(QIcon(LocationOfMySelf+'/fire.png'),u'RemoveLOI',self)
        self.actionRemoveLOI.setObjectName('actionRemoveLOI')


        self.actionK2OSiO2 = QtWidgets.QAction(QIcon(LocationOfMySelf+'/xy.png'), u'K2OSiO2',self)
        self.actionK2OSiO2.setObjectName('actionK2OSiO2')



        self.actionZrYSrTi = QtWidgets.QAction(QIcon(LocationOfMySelf+'/xy.png'), u'ZrYSrTi',self)
        self.actionZrYSrTi.setObjectName('actionZrYSrTi')


        self.actionTiAlCaMgMnKNaSi = QtWidgets.QAction(QIcon(LocationOfMySelf+'/xy.png'), u'TiAlCaMgMnKNaSi',self)
        self.actionTiAlCaMgMnKNaSi.setObjectName('actionTiAlCaMgMnKNaSi')


        self.actionStereo = QtWidgets.QAction(QIcon(LocationOfMySelf+'/structure.png'),u'Stereo',self)
        self.actionStereo.setObjectName('actionStereo')

        self.actionRose = QtWidgets.QAction(QIcon(LocationOfMySelf+'/rose.png'),u'Rose',self)
        self.actionRose.setObjectName('actionRose')

        self.actionQFL = QtWidgets.QAction(QIcon(LocationOfMySelf+'/triangular.png'),u'QFL',self)
        self.actionQFL.setObjectName('actionQFL')

        self.actionQmFLt = QtWidgets.QAction(QIcon(LocationOfMySelf+'/triangular.png'),u'QmFLt',self)
        self.actionQmFLt.setObjectName('actionQmFLt')

        self.actionCIPW = QtWidgets.QAction(QIcon(LocationOfMySelf+'/calc.png'),u'CIPW',self)
        self.actionCIPW.setObjectName('actionCIPW')

        self.actionNiggli = QtWidgets.QAction(QIcon(LocationOfMySelf+'/calc.png'),u'Niggli',self)
        self.actionNiggli.setObjectName('actionNiggli')

        self.actionZirconCe = QtWidgets.QAction(QIcon(LocationOfMySelf+'/calc.png'),u'ZirconCe',self)
        self.actionZirconCe.setObjectName('actionZirconCe')

        self.actionZirconCeOld = QtWidgets.QAction(QIcon(LocationOfMySelf+'/calc.png'),u'ZirconCeOld',self)
        self.actionZirconCeOld.setObjectName('actionZirconCeOldOld')

        self.actionZirconTiTemp = QtWidgets.QAction(QIcon(LocationOfMySelf+'/temperature.png'),u'ZirconTiTemp',self)
        self.actionZirconTiTemp.setObjectName('actionZirconTiTemp')

        self.actionRutileZrTemp = QtWidgets.QAction(QIcon(LocationOfMySelf+'/temperature.png'),u'RutileZrTemp',self)
        self.actionRutileZrTemp.setObjectName('actionRutileZrTemp')

        self.actionCluster = QtWidgets.QAction(QIcon(LocationOfMySelf+'/cluster.png'),u'Cluster',self)
        self.actionCluster.setObjectName('actionCluster')

        self.actionAuto = QtWidgets.QAction(QIcon(LocationOfMySelf+'/auto.png'),u'Auto',self)
        self.actionAuto.setObjectName('actionAuto')

        self.actionMultiDimension = QtWidgets.QAction(QIcon(LocationOfMySelf+'/multiple.png'),u'MultiDimension',self)
        self.actionMultiDimension.setObjectName('actionMultiDimension')


        self.actionThreeD = QtWidgets.QAction(QIcon(LocationOfMySelf+'/multiple.png'),u'ThreeD',self)
        self.actionThreeD.setObjectName('actionThreeD')


        self.actionTwoD = QtWidgets.QAction(QIcon(LocationOfMySelf+'/qapf.png'),u'TwoD',self)
        self.actionTwoD.setObjectName('actionTwoD')



        self.actionTwoD_Grey = QtWidgets.QAction(QIcon(LocationOfMySelf+'/qapf.png'),u'TwoD Grey',self)
        self.actionTwoD_Grey.setObjectName('actionTwoD_Grey')


        self.actionDist = QtWidgets.QAction(QIcon(LocationOfMySelf+'/dist.png'),u'Dist',self)
        self.actionDist.setObjectName('actionDist')


        self.actionStatistics = QtWidgets.QAction(QIcon(LocationOfMySelf+'/statistics.png'), u'Statistics',self)
        self.actionStatistics.setObjectName('actionStatistics')

        self.actionMyHist = QtWidgets.QAction(QIcon(LocationOfMySelf+'/h.png'), u'Histogram',self)
        self.actionMyHist.setObjectName('actionMyHist')

        self.actionPie = QtWidgets.QAction(QIcon(LocationOfMySelf+'/pie.png'), u'Pie',self)
        self.actionPie.setObjectName('actionPie')

        self.actionBar = QtWidgets.QAction(QIcon(LocationOfMySelf+'/bar.png'), u'Bar',self)
        self.actionBar.setObjectName('actionPie')

        self.actionFA = QtWidgets.QAction(QIcon(LocationOfMySelf+'/fa.png'),u'FA',self)
        self.actionFA.setObjectName('actionFA')

        self.actionPCA = QtWidgets.QAction(QIcon(LocationOfMySelf+'/pca.png'),u'PCA',self)
        self.actionPCA.setObjectName('actionPCA')

        self.actionLDA = QtWidgets.QAction(QIcon(LocationOfMySelf+'/lda.png'),u'LDA',self)
        self.actionLDA.setObjectName('actionLDA')

        self.actionQDA = QtWidgets.QAction(QIcon(LocationOfMySelf+'/qda.png'),u'QDA',self)
        self.actionQDA.setObjectName('actionQDA')

        self.actionDT = QtWidgets.QAction(QIcon(LocationOfMySelf+'/dt.png'),u'DT',self)
        self.actionDT.setObjectName('actionDT')

        self.actionQAPF = QtWidgets.QAction(QIcon(LocationOfMySelf+'/qapf.png'),u'QAPF',self)
        self.actionQAPF.setObjectName('actionQAPF')

        self.actionSaccani = QtWidgets.QAction(QIcon(LocationOfMySelf + '/s.png'), u'Saccani Plot', self)
        self.actionSaccani.setObjectName('actionSaccani')

        self.actionRaman = QtWidgets.QAction(QIcon(LocationOfMySelf + '/r.png'), u'Raman Strength', self)
        self.actionRaman.setObjectName('actionRaman')

        self.actionFluidInclusion = QtWidgets.QAction(QIcon(LocationOfMySelf + '/f.png'), u'Fluid Inclusion', self)
        self.actionFluidInclusion.setObjectName('actionFluidInclusion')


        self.actionClastic = QtWidgets.QAction(QIcon(LocationOfMySelf+'/mud.png'),u'Clastic(sand-silt-clay)',self)
        self.actionClastic.setObjectName("actionClastic")

        self.actionCIA = QtWidgets.QAction(QIcon(LocationOfMySelf+'/mud.png'),u'CIA/ICV/PIA/CIW/CIW\'',self)
        self.actionCIA.setObjectName("actionCIA")

        self.actionXY = QtWidgets.QAction(QIcon(LocationOfMySelf+'/xy.png'), u'X-Y',self)
        self.actionXY.setObjectName('actionXY')

        self.actionXYZ = QtWidgets.QAction(QIcon(LocationOfMySelf+'/triangular.png'),u'Ternary',self)
        self.actionXYZ.setObjectName('actionXYZ')

        self.actionRbSrIsoTope = QtWidgets.QAction(QIcon(LocationOfMySelf+'/magic.png'),u'Rb-Sr IsoTope',self)
        self.actionRbSrIsoTope.setObjectName('actionRbSrIsoTope')

        self.actionSmNdIsoTope = QtWidgets.QAction(QIcon(LocationOfMySelf+'/magic.png'),u'Sm-Nd IsoTope',self)
        self.actionSmNdIsoTope.setObjectName('actionSmNdIsoTope')


        self.actionKArIsoTope = QtWidgets.QAction(QIcon(LocationOfMySelf+'/magic.png'),u'K-Ar IsoTope',self)
        self.actionKArIsoTope.setObjectName('actionKArIsoTope')


        self.menuFile.addAction(self.actionOpen)
        self.menuFile.addAction(self.actionClose)
        self.menuFile.addAction(self.actionSet)
        self.menuFile.addAction(self.actionFillNaN)
        self.menuFile.addAction(self.actionSave)

        self.menuFile.addAction(self.actionCombine)
        self.menuFile.addAction(self.actionCombine_transverse)


        self.menuFile.addAction(self.actionFlatten)
        self.menuFile.addAction(self.actionTrans)
        #self.menuFile.addAction(self.actionReFormat)



        self.menuFile.addAction(self.actionQuit)


        self.menuGeoChem.addAction(self.actionRemoveLOI)
        self.menuGeoChem.addAction(self.actionAuto)
        self.menuGeoChem.addAction(self.actionTAS)
        self.menuGeoChem.addAction(self.actionTrace)
        self.menuGeoChem.addAction(self.actionRee)
        self.menuGeoChem.addAction(self.actionPearce)
        self.menuGeoChem.addAction(self.actionHarker)
        self.menuGeoChem.addAction(self.actionCIPW)
        #self.menuGeoChem.addAction(self.actionNiggli)
        self.menuGeoChem.addAction(self.actionQAPF)
        self.menuGeoChem.addAction(self.actionSaccani)
        self.menuGeoChem.addAction(self.actionK2OSiO2)
        self.menuGeoChem.addAction(self.actionRaman)
        self.menuGeoChem.addAction(self.actionFluidInclusion)
        self.menuGeoChem.addAction(self.actionHarkerOld)
        self.menuGeoChem.addAction(self.actionTraceNew)
        self.menuGeoChem.addAction(self.actionZrYSrTi)
        self.menuGeoChem.addAction(self.actionTiAlCaMgMnKNaSi)




        self.menuStructure.addAction(self.actionStereo)
        self.menuStructure.addAction(self.actionRose)
        self.menuSedimentary.addAction(self.actionQFL)
        self.menuSedimentary.addAction(self.actionQmFLt)
        self.menuSedimentary.addAction(self.actionClastic)
        self.menuSedimentary.addAction(self.actionCIA)



        self.menuGeoCalc.addAction(self.actionZirconCe)
        self.menuGeoCalc.addAction(self.actionZirconCeOld)
        self.menuGeoCalc.addAction(self.actionZirconTiTemp)
        self.menuGeoCalc.addAction(self.actionRutileZrTemp)
        self.menuGeoCalc.addAction(self.actionRbSrIsoTope)
        self.menuGeoCalc.addAction(self.actionSmNdIsoTope)
        #self.menuGeoCalc.addAction(self.actionKArIsoTope)



        self.menuAdditional.addAction(self.actionXY)
        self.menuAdditional.addAction(self.actionXYZ)
        self.menuAdditional.addAction(self.actionCluster)
        self.menuAdditional.addAction(self.actionMultiDimension)
        self.menuAdditional.addAction(self.actionDist)
        self.menuAdditional.addAction(self.actionStatistics)
        self.menuAdditional.addAction(self.actionThreeD)
        self.menuAdditional.addAction(self.actionTwoD)
        self.menuAdditional.addAction(self.actionTwoD_Grey)
        self.menuAdditional.addAction(self.actionMyHist)
        self.menuAdditional.addAction(self.actionPie)
        self.menuAdditional.addAction(self.actionBar)
        self.menuAdditional.addAction(self.actionFA)
        self.menuAdditional.addAction(self.actionPCA)
        self.menuAdditional.addAction(self.actionLDA)
        self.menuAdditional.addAction(self.actionDT)
        #self.menuAdditional.addAction(self.actionQDA)

        self.menuHelp.addAction(self.actionWeb)


        self.menuHelp.addAction(self.actionGoGithub)
        self.menuHelp.addAction(self.actionVersionCheck)


        self.menuLanguage.addAction(self.actionCnS)
        self.menuLanguage.addAction(self.actionCnT)
        self.menuLanguage.addAction(self.actionEn)
        self.menuLanguage.addAction(self.actionLoadLanguage)

        self.menubar.addAction(self.menuFile.menuAction())
        self.menubar.addSeparator()

        self.menubar.addAction(self.menuGeoChem.menuAction())
        self.menubar.addSeparator()

        self.menubar.addAction(self.menuStructure.menuAction())
        self.menubar.addSeparator()

        self.menubar.addAction(self.menuSedimentary.menuAction())
        self.menubar.addSeparator()

        self.menubar.addAction(self.menuGeoCalc.menuAction())
        self.menubar.addSeparator()

        self.menubar.addAction(self.menuAdditional.menuAction())
        self.menubar.addSeparator()




        self.menubar.addAction(self.menuHelp.menuAction())
        self.menubar.addSeparator()

        self.menubar.addAction(self.menuLanguage.menuAction())
        self.menubar.addSeparator()

        self.actionCombine.triggered.connect(self.Combine)
        self.actionCombine_transverse.triggered.connect(self.Combine_transverse)
        self.actionFlatten.triggered.connect(self.Flatten)
        self.actionTrans.triggered.connect(self.Trans)
        self.actionReFormat.triggered.connect(self.ReFormat)

        self.actionTAS.triggered.connect(self.TAS)
        self.actionTrace.triggered.connect(self.Trace)
        self.actionTraceNew.triggered.connect(self.TraceNew)
        self.actionRee.triggered.connect(self.REE)
        self.actionPearce.triggered.connect(self.Pearce)
        self.actionHarker.triggered.connect(self.Harker)
        self.actionHarkerOld.triggered.connect(self.HarkerOld)
        self.actionQAPF.triggered.connect(self.QAPF)
        self.actionSaccani.triggered.connect(self.Saccani)
        self.actionK2OSiO2.triggered.connect(self.K2OSiO2)
        self.actionZrYSrTi.triggered.connect(self.ZrYSrTi)
        self.actionTiAlCaMgMnKNaSi.triggered.connect(self.TiAlCaMgMnKNaSi)



        self.actionRaman.triggered.connect(self.Raman)
        self.actionFluidInclusion.triggered.connect(self.FluidInclusion)

        self.actionStereo.triggered.connect(self.Stereo)
        self.actionRose.triggered.connect(self.Rose)
        self.actionQFL.triggered.connect(self.QFL)
        self.actionQmFLt.triggered.connect(self.QmFLt)

        self.actionClastic.triggered.connect(self.Clastic)
        self.actionCIA.triggered.connect(self.CIA)

        self.actionCIPW.triggered.connect(self.CIPW)
        self.actionNiggli.triggered.connect(self.Niggli)
        self.actionZirconCe.triggered.connect(self.ZirconCe)
        self.actionZirconCeOld.triggered.connect(self.ZirconCeOld)
        self.actionZirconTiTemp.triggered.connect(self.ZirconTiTemp)
        self.actionRutileZrTemp.triggered.connect(self.RutileZrTemp)
        self.actionCluster.triggered.connect(self.Cluster)
        self.actionAuto.triggered.connect(self.Auto)


        self.actionMultiDimension.triggered.connect(self.MultiDimension)
        self.actionRemoveLOI.triggered.connect(self.RemoveLOI)

        self.actionFA.triggered.connect(self.FA)
        self.actionPCA.triggered.connect(self.PCA)
        self.actionLDA.triggered.connect(self.LDA)
        self.actionDT.triggered.connect(self.DT)
        self.actionQDA.triggered.connect(self.QDA)

        self.actionDist.triggered.connect(self.Dist)
        self.actionStatistics.triggered.connect(self.Sta)
        self.actionThreeD.triggered.connect(self.ThreeD)
        self.actionTwoD.triggered.connect(self.TwoD)
        self.actionTwoD_Grey.triggered.connect(self.TwoD_Grey)
        self.actionMyHist.triggered.connect(self.MyHist)
        self.actionPie.triggered.connect(self.MyPie)
        self.actionBar.triggered.connect(self.MyBar)

        #self.actionICA.triggered.connect(self.ICA)
        #self.actionSVM.triggered.connect(self.SVM)



        self.actionOpen.triggered.connect(self.getDataFile)
        self.actionClose.triggered.connect(self.clearDataFile)
        self.actionSet.triggered.connect(self.SetUpDataFile)
        self.actionFillNaN.triggered.connect(self.FillNaN)
        self.actionSave.triggered.connect(self.saveDataFile)
        self.actionQuit.triggered.connect(qApp.quit)


        self.actionWeb.triggered.connect(self.goIssue)
        self.actionGoGithub.triggered.connect(self.goGitHub)
        self.actionVersionCheck.triggered.connect(self.checkVersion)

        self.actionCnS.triggered.connect(self.to_ChineseS)
        self.actionCnT.triggered.connect(self.to_ChineseT)
        self.actionEn.triggered.connect(self.to_English)
        self.actionLoadLanguage.triggered.connect(self.to_LoadLanguage)


        self.actionXY.triggered.connect(self.XY)
        self.actionXYZ.triggered.connect(self.XYZ)
        self.actionRbSrIsoTope.triggered.connect(self.RbSrIsoTope)
        self.actionSmNdIsoTope.triggered.connect(self.SmNdIsoTope)
        self.actionKArIsoTope.triggered.connect(self.KArIsoTope)


        self.ReadConfig()
        self.trans.load(LocationOfMySelf+'/'+self.Language)
        self.app.installTranslator(self.trans)
        self.retranslateUi()

    def retranslateUi(self):
        _translate = QtCore.QCoreApplication.translate
        self.talk=  _translate('MainWindow','You are using GeoPyTool ') + version +'\n'+ _translate('MainWindow','released on ') + date + '\n'

        self.menuFile.setTitle(_translate('MainWindow', u'Data File'))
        self.menuGeoChem.setTitle(_translate('MainWindow', u'Geochemistry'))
        self.menuGeoCalc.setTitle(_translate('MainWindow',u'Calculation'))
        self.menuStructure.setTitle(_translate('MainWindow', u'Structure'))
        self.menuSedimentary.setTitle(_translate('MainWindow', u'Sedimentary'))
        self.menuAdditional.setTitle(_translate('MainWindow', u'Additional Functions'))
        self.menuHelp.setTitle(_translate('MainWindow', u'Help'))
        self.menuLanguage.setTitle(_translate('MainWindow', u'Language'))


        self.actionCombine.setText(_translate('MainWindow', u'Combine'))
        self.actionCombine_transverse.setText(_translate('MainWindow', u'Combine_transverse'))

        self.actionFlatten.setText(_translate('MainWindow',u'Flatten'))

        self.actionTrans.setText(_translate('MainWindow',u'Trans'))

        self.actionReFormat.setText(_translate('MainWindow',u'ReFormat'))

        self.actionOpen.setText(_translate('MainWindow', u'Open Data'))
        self.actionClose.setText(_translate('MainWindow', u'Close Data'))
        self.actionSet.setText(_translate('MainWindow', u'Set Format'))
        self.actionFillNaN.setText(_translate('MainWindow', u'Fill Blank with 0'))
        self.actionSave.setText(_translate('MainWindow', u'Save Data'))
        self.actionQuit.setText(_translate('MainWindow', u'Quit App'))

        self.actionRemoveLOI.setText('1-0 '+_translate('MainWindow',u'Remove LOI'))
        self.actionAuto.setText('1-1 '+_translate('MainWindow', u'Auto'))
        self.actionTAS.setText('1-2 '+ _translate('MainWindow',u'TAS'))
        self.actionTrace.setText('1-3 '+_translate('MainWindow',u'Trace'))
        self.actionRee.setText('1-4 '+_translate('MainWindow',u'REE'))
        self.actionPearce.setText('1-5 '+_translate('MainWindow',u'Pearce'))
        self.actionHarker.setText('1-6 '+_translate('MainWindow',u'Harker'))
        self.actionCIPW.setText('1-7 '+_translate('MainWindow',u'CIPW'))
        #self.actionNiggli.setText('1-8 '+_translate('MainWindow',u'Niggli'))
        self.actionQAPF.setText('1-9 '+_translate('MainWindow',u'QAPF'))
        self.actionSaccani.setText('1-10 '+_translate('MainWindow',u'Saccani Plot'))
        self.actionK2OSiO2.setText('1-11 '+_translate('MainWindow',u'K2O-SiO2'))
        self.actionRaman.setText('1-12 '+_translate('MainWindow',u'Raman Strength'))
        self.actionFluidInclusion.setText('1-13 '+_translate('MainWindow',u'Fluid Inclusion'))
        self.actionHarkerOld.setText('1-14 '+_translate('MainWindow',u'Harker Classical'))
        self.actionTraceNew.setText('1-15 '+_translate('MainWindow',u'TraceNew'))
        self.actionZrYSrTi.setText('1-16 '+_translate('MainWindow',u'ZrYSrTi'))
        self.actionTiAlCaMgMnKNaSi.setText('1-17 '+_translate('MainWindow',u'TiAlCaMgMnKNaSi'))

        self.actionStereo.setText('2-1 '+_translate('MainWindow',u'Stereo'))
        self.actionRose.setText('2-2 '+_translate('MainWindow',u'Rose'))

        self.actionQFL.setText('3-1 '+_translate('MainWindow',u'QFL'))
        self.actionQmFLt.setText('3-2 '+_translate('MainWindow',u'QmFLt'))
        self.actionClastic.setText('3-3 '+_translate('MainWindow',u'Clastic(sand-silt-clay)'))
        self.actionCIA.setText('3-4 '+ _translate('MainWindow',u'CIA/ICV/PIA/CIW/CIW\''))

        self.actionZirconCe.setText('4-1 '+ _translate('MainWindow',u'ZirconCe'))
        self.actionZirconCeOld.setText('4-2 '+ _translate('MainWindow', u'ZirconCeOld'))
        self.actionZirconTiTemp.setText('4-3 '+ _translate('MainWindow',u'ZirconTiTemp'))
        self.actionRutileZrTemp.setText('4-4 '+_translate('MainWindow',u'RutileZrTemp'))
        self.actionRbSrIsoTope.setText('4-5 '+_translate('MainWindow',u'Rb-Sr IsoTope'))
        self.actionSmNdIsoTope.setText('4-6 '+_translate('MainWindow',u'Sm-Nd IsoTope'))
        #self.actionKArIsoTope.setText(_translate('MainWindow',u'K-Ar IsoTope'))

        self.actionXY.setText('5-1 '+_translate('MainWindow',u'X-Y plot'))
        self.actionXYZ.setText('5-2 '+_translate('MainWindow',u'X-Y-Z plot'))
        self.actionCluster.setText('5-3 '+_translate('MainWindow',u'Cluster'))
        self.actionMultiDimension.setText('5-4 '+_translate('MainWindow',u'MultiDimension'))



        self.actionDist.setText('5-5 '+_translate('MainWindow',u'Distance'))

        self.actionStatistics.setText('5-6 '+_translate('MainWindow',u'Statistics'))


        self.actionThreeD.setText('5-7 '+_translate('MainWindow',u'ThreeD'))
        self.actionTwoD.setText('5-8 '+_translate('MainWindow',u'TwoD'))
        self.actionTwoD_Grey.setText('5-9 '+_translate('MainWindow',u'TwoD Grey'))

        self.actionMyHist.setText('5-10 '+_translate('MainWindow',u'Histogram + KDE Curve'))
        self.actionPie.setText('5-11 '+_translate('MainWindow',u'Pie Chart'))
        self.actionBar.setText('5-12 '+_translate('MainWindow',u'Bar Chart'))

        self.actionFA.setText('5-13 '+_translate('MainWindow',u'FA'))
        self.actionPCA.setText('5-14 '+_translate('MainWindow',u'PCA'))
        self.actionLDA.setText('5-15 '+_translate('MainWindow',u'LDA'))
        self.actionDT.setText('5-16 '+_translate('MainWindow',u'DT'))
        self.actionQDA.setText('5-17 '+_translate('MainWindow',u'QDA'))

        self.actionVersionCheck.setText(_translate('MainWindow', u'Check Update'))
        self.actionWeb.setText(_translate('MainWindow', u'English Forum'))
        self.actionGoGithub.setText(_translate('MainWindow', u'Github'))

        '''
        self.actionCnS.setText(_translate('MainWindow',u'Simplified Chinese'))
        self.actionCnT.setText(_translate('MainWindow', u'Traditional Chinese'))
        self.actionEn.setText(_translate('MainWindow',u'English'))
        '''

        self.actionCnS.setText(u'简体中文')
        self.actionCnT.setText(u'繁體中文')
        self.actionEn.setText(u'English')
        self.actionLoadLanguage.setText(_translate('MainWindow',u'Load Language'))

    def goGitHub(self):
        webbrowser.open('https://github.com/GeoPyTool/GeoPyTool')

    def goIssue(self):
        webbrowser.open('https://github.com/GeoPyTool/GeoPyTool/issues')

    def checkVersion(self):

        #reply = QMessageBox.information(self, 'Version', self.talk)

        _translate = QtCore.QCoreApplication.translate

        url = 'https://raw.githubusercontent.com/GeoPyTool/GeoPyTool/master/geopytool/CustomClass.py'


        r= 0
        try:
            r = requests.get(url, allow_redirects=True)
            r.raise_for_status()
            NewVersion = 'self.target' + r.text.splitlines()[0]

        except requests.exceptions.ConnectionError as err:
            print(err)
            r=0
            buttonReply = QMessageBox.information(self,  _translate('MainWindow', u'NetWork Error'), _translate('MainWindow','You are using GeoPyTool ') + version +'\n'+'Net work unavailable.')
            NewVersion ="targetversion = '0'"

        except requests.exceptions.HTTPError as err:
            print(err)
            r=0
            buttonReply = QMessageBox.information(self,  _translate('MainWindow', u'NetWork Error'), _translate('MainWindow','You are using GeoPyTool ') + version +'\n'+'Net work unavailable.')
            NewVersion ="targetversion = '0'"


        exec(NewVersion)
        print('web is', self.targetversion)
        print(NewVersion)


        self.talk=  _translate('MainWindow','Version Online is ') + self.targetversion +'\n'+_translate('MainWindow','You are using GeoPyTool ') + version +'\n'+ _translate('MainWindow','released on ') + date + '\n'



        if r != 0:


            print('now is',version)
            if (version < self.targetversion):

                buttonReply = QMessageBox.question(self, _translate('MainWindow', u'Version'),
                                                   self.talk + _translate('MainWindow',
                                                                          'New version available.\n Download and update?'),
                                                   QMessageBox.Yes | QMessageBox.No, QMessageBox.No)
                if buttonReply == QMessageBox.Yes:
                    print('Yes clicked.')
                    #qApp.quit
                    #pip.main(['install', 'geopytool', '--upgrade --no-cache-dir'])


                    #self.UpDate

                    webbrowser.open('https://github.com/chinageology/GeoPyTool/blob/master/Download.md')
                else:
                    print('No clicked.')
            else:
                buttonReply = QMessageBox.information(self, _translate('MainWindow', u'Version'),
                                                      self.talk + _translate('MainWindow',
                                                                             'This is the latest version.'))

    def Update(self):
        #webbrowser.open('https://github.com/chinageology/GeoPyTool/wiki/Download')
        pip.main(['install', 'geopytool','--upgrade'])

    def ReadConfig(self):
        if(os.path.isfile('config.ini')):

            try:
                with open('config.ini', 'rt') as f:
                    try:
                        data = f.read()
                    except:
                        data = 'Language = \'en\''
                        pass

                    print(data)
                    try:
                        print("self." + data)
                        exec("self." + data)
                    except:
                        pass
                    print(self.Language)


            except():
                pass

    def WriteConfig(self,text=LocationOfMySelf+'/en'):
        try:
            with open('config.ini', 'wt') as f:
                f.write(text)
        except():
            pass

    def to_ChineseS(self):

        self.trans.load(LocationOfMySelf+'/cns')
        self.app.installTranslator(self.trans)
        self.retranslateUi()

        self.WriteConfig('Language = \'cns\'')

    def to_ChineseT(self):

        self.trans.load(LocationOfMySelf+'/cnt')
        self.app.installTranslator(self.trans)
        self.retranslateUi()

        self.WriteConfig('Language = \'cnt\'')

    def to_English(self):

        self.trans.load(LocationOfMySelf+'/en')
        self.app.installTranslator(self.trans)
        self.retranslateUi()
        self.WriteConfig('Language = \'en\'')

    def to_LoadLanguage(self):


        _translate = QtCore.QCoreApplication.translate
        fileName, filetype = QFileDialog.getOpenFileName(self,_translate('MainWindow', u'Choose Language File'),
                                                         '~/',
                                                         'Language Files (*.qm)')  # 设置文件扩展名过滤,注意用双分号间隔

        print(fileName)

        self.trans.load(fileName)
        self.app.installTranslator(self.trans)
        self.retranslateUi()

    def ErrorEvent(self,text=''):

        if(text==''):
            reply = QMessageBox.information(self, _translate('MainWindow', 'Warning'), _translate('MainWindow',
                                                                                                  'Your Data mismatch this Function.\n Some Items missing?\n Or maybe there are blanks in items names?\n Or there are nonnumerical value？'))
        else:
            reply = QMessageBox.information(self, _translate('MainWindow', 'Warning'), _translate('MainWindow',
                                                                                                      'Your Data mismatch this Function.\n Error infor is:') + text)

    def SetUpDataFile(self):
        flag = 0
        ItemsAvalibale = self.model._df.columns.values.tolist()

        ItemsToTest = ['Label', 'Marker', 'Color', 'Size', 'Alpha', 'Style', 'Width','Index']

        LabelList = []
        MarkerList = []
        ColorList = []
        SizeList = []
        AlphaList = []
        StyleList = []
        WidthList = []
        IndexList = []

        for i in range(len(self.model._df)):
            LabelList.append('Group1')
            MarkerList.append('o')
            ColorList.append('red')
            SizeList.append(10)
            AlphaList.append(0.6)
            StyleList.append('-')
            WidthList.append(1)
            IndexList.append(i+1)

        data = {'Label': LabelList,
                'Index': IndexList,
                'Marker': MarkerList,
                'Color': ColorList,
                'Size': SizeList,
                'Alpha': AlphaList,
                'Style': StyleList,
                'Width': WidthList}

        for i in ItemsToTest:
            if i not in ItemsAvalibale:
                # print(i)
                flag = flag + 1
                tmpdftoadd = pd.DataFrame({i: data[i]})

                self.model._df = pd.concat([tmpdftoadd, self.model._df], axis=1)

        self.model = PandasModel(self.model._df)

        self.tableView.setModel(self.model)

        if flag == 0:
            reply = QMessageBox.information(self,  _translate('MainWindow','Ready'),
                                         _translate('MainWindow','Everything fine and no need to set up.'))

        else:
            reply = QMessageBox.information(self,  _translate('MainWindow','Ready'),
                                         _translate('MainWindow','Items added, Modify in the Table to set up details.'))


    def FillNaN(self):

        if (len(self.model._df)<=0):
            self.getDataFile()
            pass

        if (len(self.model._df) > 0):
            self.model._df=self.model._df.fillna(0)
            self.model = PandasModel(self.model._df)
            self.tableView.setModel(self.model)
            reply = QMessageBox.information(self, _translate('MainWindow', 'Ready'),
                                            _translate('MainWindow', 'Blanks are now filled with 0s.'))

    def clearDataFile(self):
        self.raw = pd.DataFrame()
        self.model = PandasModel(self.raw)
        self.tableView.setModel(self.model)

    def getDataFiles(self,limit=6):
        print('get Multiple Data Files  called \n')
        DataFilesInput, filetype = QFileDialog.getOpenFileNames(self, u'Choose Data File',
                                                                '~/',
                                                                'Excel Files (*.xlsx);;Excel 2003 Files (*.xls);;CSV Files (*.csv)')  # 设置文件扩展名过滤,注意用双分号间隔
        # print(DataFileInput,filetype)

        DataFramesList = []

        if len(DataFilesInput) >= 1 :
            for i in range(len(DataFilesInput)):
                if i < limit:
                    if ('csv' in DataFilesInput[i]):
                        DataFramesList.append(pd.read_csv(DataFilesInput[i], engine='python'))
                    elif ('xls' in DataFilesInput[i]):
                        DataFramesList.append(pd.read_excel(DataFilesInput[i]))
                else:
                    #self.ErrorEvent(text='You can only open up to 6 Data Files at a time.')
                    pass

        return(DataFramesList,DataFilesInput)

    def getDataFile(self,CleanOrNot=True):
        _translate = QtCore.QCoreApplication.translate

        DataFileInput, filetype = QFileDialog.getOpenFileName(self,_translate('MainWindow', u'Choose Data File'),
                                                                  '~/',
                                                                  'Excel Files (*.xlsx);;Excel 2003 Files (*.xls);;CSV Files (*.csv)')  # 设置文件扩展名过滤,注意用双分号间隔
            # #print(DataFileInput,filetype)

        self.DataLocation = DataFileInput
        print(self.DataLocation )

        if ('csv' in DataFileInput):
            self.raw = pd.read_csv(DataFileInput, engine='python')
        elif ('xls' in DataFileInput):
            self.raw = pd.read_excel(DataFileInput)
        # #print(self.raw)

        if len(self.raw)>0:
            self.model = PandasModel(self.raw)
            #print(self.model._df)

            self.tableView.setModel(self.model)
            self.model = PandasModel(self.raw)
            #print(self.model._df)

            flag = 0
            ItemsAvalibale = self.model._df.columns.values.tolist()
            ItemsToTest = ['Label', 'Marker', 'Color', 'Size', 'Alpha', 'Style', 'Width']
            for i in ItemsToTest:
                if i not in ItemsAvalibale:
                    # print(i)
                    flag = flag + 1

            if flag == 0:
                pass
                #reply = QMessageBox.information(self, _translate('MainWindow', 'Ready'), _translate('MainWindow', 'Everything fine and no need to set up.'))

            else:
                pass
                #self.SetUpDataFile()

    def getFileName(self,list=['C:/Users/Fred/Documents/GitHub/Writing/元素数据/Ag.xlsx']):
        result=[]
        for i in list:
            result.append(i.split("/")[-1].split(".")[0])
        return(result)

    def saveDataFile(self):

        # if self.model._changed == True:
        # print('changed')
        # #print(self.model._df)


        DataFileOutput, ok2 = QFileDialog.getSaveFileName(self,_translate('MainWindow', u'Save Data File'),
                                                          'C:/',
                                                          'Excel Files (*.xlsx);;CSV Files (*.csv)')  # 数据文件保存输出

        dftosave = self.model._df

        #self.model._df.reset_index(drop=True)

        if "Label" in dftosave.columns.values.tolist():
            dftosave = dftosave.set_index('Label')

        if (DataFileOutput != ''):

            dftosave.reset_index(drop=True)

            if ('csv' in DataFileOutput):
                dftosave.to_csv(DataFileOutput, sep=',', encoding='utf-8')

            elif ('xls' in DataFileOutput):

                dftosave.to_excel(DataFileOutput, encoding='utf-8')


    def OldCombine(self):

        print('Combine called \n')

        pass

        DataFilesInput, filetype = QFileDialog.getOpenFileNames(self, _translate('MainWindow', u'Choose Data File'),
                                                              '~/',
                                                              'Excel Files (*.xlsx);;Excel 2003 Files (*.xls);;CSV Files (*.csv)')  # 设置文件扩展名过滤,注意用双分号间隔
        # #print(DataFileInput,filetype)


        DataFramesList=[]

        if len(DataFilesInput)>1:
            for i in DataFilesInput:
                if ('csv' in i):
                    DataFramesList.append(pd.read_csv(i), engine='python')
                elif ('xls' in i):
                    DataFramesList.append(pd.read_excel(i))
                pass

        #result = pd.concat(DataFramesList,axis=1,sort=False)

        result = pd.concat(DataFramesList, ignore_index=True, sort=False)


        DataFileOutput, ok2 = QFileDialog.getSaveFileName(self,_translate('MainWindow', u'Save Data File'),
                                                          'C:/',
                                                          'Excel Files (*.xlsx);;CSV Files (*.csv)')  # 数据文件保存输出

        dftosave = result
        if (DataFileOutput != ''):
            dftosave.reset_index(drop=True)
            if ('csv' in DataFileOutput):
                dftosave.to_csv(DataFileOutput, sep=',', encoding='utf-8')
            elif ('xls' in DataFileOutput):
                dftosave.to_excel(DataFileOutput, encoding='utf-8')

    def Combine(self):

        print('Combine called \n')

        pass

        DataFilesInput, filetype = QFileDialog.getOpenFileNames(self, _translate('MainWindow', u'Choose Data File'),
                                                                '~/',
                                                                'Excel Files (*.xlsx);;Excel 2003 Files (*.xls);;CSV Files (*.csv)')  # 设置文件扩展名过滤,注意用双分号间隔
        # #print(DataFileInput,filetype)

        DataFramesList = []

        if len(DataFilesInput) > 1:
            for i in DataFilesInput:
                if ('csv' in i):
                    DataFramesList.append(pd.read_csv(i, engine='python'))
                elif ('xls' in i):
                    DataFramesList.append(pd.read_excel(i))
                pass

            # result = pd.concat(DataFramesList,axis=1,sort=False)

            result = pd.concat(DataFramesList, ignore_index=True, sort=False)

            print('self.model._df length: ', len(result))

            if (len(result) > 0):
                self.Combinepop = MyCombine(df=result)
                self.Combinepop.Combine()


    def getFileName(self,list=['C:/Users/Fred/Documents/GitHub/Writing/元素数据/Ag.xlsx']):
        result=[]
        for i in list:
            result.append(i.split("/")[-1].split(".")[0])
        #print(result)
        return(result)

    def Combine_transverse(self):
        print('Combine called \n')
        DataFilesInput, filetype = QFileDialog.getOpenFileNames(self, _translate('MainWindow', u'Choose Data File'),
                                                                '~/',
                                                                'Excel Files (*.xlsx);;Excel 2003 Files (*.xls);;CSV Files (*.csv)')  # 设置文件扩展名过滤,注意用双分号间隔
        DataFramesList = []
        filenamelist = self.getFileName(DataFilesInput)
        if len(DataFilesInput) > 1:
            for i in range(len(DataFilesInput)):
                tmpdf=pd.DataFrame()
                if ('csv' in DataFilesInput[i]):
                    tmpdf=pd.read_csv(DataFilesInput[i], engine='python')
                elif ('xls' in DataFilesInput[i]):
                    tmpdf=pd.read_excel(DataFilesInput[i])
                #name_list = tmpdf.columns.values.tolist()
                tmpname_dic={}
                tmpname_list =[]
                oldname_list=tmpdf.columns.values.tolist()
                for k in oldname_list:
                    tmpname_list.append(filenamelist[i]+k)
                    tmpname_dic[k]=filenamelist[i]+' '+k
                print(tmpname_dic)
                tmpdf = tmpdf.rename(index=str, columns=tmpname_dic)
                DataFramesList.append(tmpdf)
            # result = pd.concat(DataFramesList,axis=1,sort=False)
            result = pd.concat(DataFramesList,axis=1, ignore_index=False, sort=False)
            print('self.model._df length: ', len(result))
            if (len(result) > 0):
                self.Combinepop = MyCombine(df=result)
                self.Combinepop.Combine()



    def Flatten(self):

        print('Flatten called \n')
        print('self.model._df length: ',len(self.model._df))


        if (len(self.model._df)<=0):
            self.getDataFile()
            pass

        if (len(self.model._df) > 0):
            self.flattenpop = MyFlatten(df=self.model._df)
            self.flattenpop.Flatten()

    def Trans(self):

        print('Trans called \n')
        if (len(self.model._df)<=0):
            self.getDataFile()
            pass
        if (len(self.model._df) > 0):
            self.transpop = MyTrans(df=self.model._df)
            self.transpop.Trans()

    def ReFormat(self):
        print('ReFormat called \n')

        Datas= self.getDataFiles()

    def RemoveLOI(self):

        _translate = QtCore.QCoreApplication.translate

        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df)<=0):
            self.getDataFile()

        self.model._df_back= self.model._df

        if (len(self.model._df) > 0):

            loi_list = ['LOI', 'loi', 'Loi']
            all_list = ['Total', 'total', 'TOTAL', 'ALL', 'All', 'all']
            itemstocheck = ['Total', 'total', 'TOTAL', 'ALL', 'All', 'all','Al2O3', 'MgO', 'FeO', 'Fe2O3', 'CaO', 'Na2O', 'K2O', 'TiO2', 'P2O5', 'SiO2','TFe2O3','MnO','TFeO']

            for i in range(len(self.model._df)):
                Loi_flag = False

                for k in all_list:
                    if k in self.model._df.columns.values:
                        de_loi = self.model._df.iloc[i][k]
                        for m in itemstocheck:
                            if m in self.model._df.columns.values:
                                self.model._df.at[i,m]= 100* self.model._df.at[i,m]/de_loi
                        Loi_flag= True
                        break
                    else:
                        Loi_flag = False


                for j in loi_list:
                    if Loi_flag == False:
                        if j in self.model._df.columns.values:
                            de_loi =  100 - self.model._df.iloc[i][k]
                            for m in itemstocheck:
                                if m in self.model._df.columns.values:
                                    self.model._df.at[i,m] = 100 * self.model._df.at[i,m] / de_loi

                                    Loi_flag = True
                                    break
                                else:
                                    Loi_flag = False

                if Loi_flag == False:
                    tmp_all=0
                    for m in itemstocheck:
                        if m in self.model._df.columns.values:
                            tmp_all = tmp_all+ self.model._df.at[i,m]
                    if round(tmp_all) != 100:
                        print(tmp_all)
                        for m in itemstocheck:
                            if m in self.model._df.columns.values:
                                self.model._df.at[i, m] = 100 * self.model._df.at[i, m] / tmp_all

            reply = QMessageBox.information(self, _translate('MainWindow', 'Done'), _translate('MainWindow',
                                                                                          'LOI has been removed!:'))

    def TAS(self):
        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df)<=0):
            self.getDataFile()

        if (len(self.model._df) > 0):
            self.taspop = TAS(df=self.model._df)

            self.taspop.TAS()
            self.taspop.show()

            try:
                self.taspop.TAS()
                self.taspop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def Saccani(self):
        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df) <= 0):
            self.getDataFile()

        if (len(self.model._df) > 0):
            self.sacpop = Saccani(df=self.model._df)

            try:
                self.sacpop.Saccani()
                self.sacpop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def Raman(self):

        print('self.model._df length: ',len(self.raw))
        if (len(self.raw) <= 0):
            self.getDataFile()

        if (len(self.raw) > 0):
            self.ramanpop = Raman(df=self.raw,filename= self.DataLocation)
            try:
                self.ramanpop.Raman()
                self.ramanpop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))


    def FluidInclusion(self):
        print('self.model._df length: ',len(self.raw))
        if (len(self.raw) <= 0):
            self.getDataFile()

        if (len(self.raw) > 0):
            self.FluidInclusionpop = FluidInclusion(df=self.raw,filename= self.DataLocation)

            try:
                self.FluidInclusionpop.FluidInclusion()
                self.FluidInclusionpop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def MyHist(self):

        print('self.model._df length: ',len(self.raw))
        if (len(self.raw) <= 0):
            self.getDataFile()

        if (len(self.raw) > 0):
            self.MyHistpop = MyHist(df=self.raw,filename= self.DataLocation)
            try:
                self.MyHistpop.MyHist()
                self.MyHistpop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def MyPie(self):
        print('self.model._df length: ',len(self.raw))
        if (len(self.raw) <= 0):
            self.getDataFile()
        if (len(self.raw) > 0):
            self.MyPiepop = Pie(df=self.raw)
            try:
                self.MyPiepop.Magic()
                self.MyPiepop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def MyBar(self):
        print('self.model._df length: ',len(self.raw))
        if (len(self.raw) <= 0):
            self.getDataFile()
        if (len(self.raw) > 0):
            self.MyBarpop = Bar(df=self.raw)
            try:
                self.MyBarpop.Magic()
                self.MyBarpop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def REE(self):

        print('self.model._df length: ',len(self.model._df))


        if len(self.Standard)>0:
            print('self.Standard length: ', len(self.Standard))

        if (len(self.model._df)<=0):
            self.getDataFile()

        if (len(self.model._df) > 0):

            self.reepop = REE(df=self.model._df,Standard=self.Standard)
            try:
                self.reepop.REE()
                self.reepop.show()

            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def Trace(self):

        print('self.model._df length: ',len(self.model._df))



        if (len(self.model._df)<=0):
            self.getDataFile()

        if (len(self.model._df) > 0):
            self.tracepop = Trace(df=self.model._df,Standard=self.Standard)
            try:
                self.tracepop.Trace()
                self.tracepop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))



    def TraceNew(self):

        print('self.model._df length: ',len(self.model._df))



        if (len(self.model._df)<=0):
            self.getDataFile()

        if (len(self.model._df) > 0):
            self.TraceNewpop = TraceNew(df=self.model._df,Standard=self.Standard)
            try:
                self.TraceNewpop.Trace()
                self.TraceNewpop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))



    def Pearce(self):

        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df)<=0):
            self.getDataFile()

        if (len(self.model._df) > 0):
            self.pearcepop = Pearce(df=self.model._df)

            try:
                self.pearcepop.Pearce()
                self.pearcepop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def Harker(self):
        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df)<=0):
            self.getDataFile()
        if (len(self.model._df) > 0):
            self.harkerpop = Harker(df=self.model._df)
            try:
                self.harkerpop.Harker()
                self.harkerpop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def HarkerOld(self):
        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df)<=0):
            self.getDataFile()
        if (len(self.model._df) > 0):
            self.harkeroldpop = HarkerOld(df=self.model._df)
            try:
                self.harkeroldpop.HarkerOld()
                self.harkeroldpop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def CIPW(self):

        print('self.model._df length: ', len(self.model._df))
        if (len(self.model._df) <= 0):
            self.getDataFile()
        if (len(self.model._df) > 0):
            self.cipwpop = CIPW(df=self.model._df)

            try:
                self.cipwpop.CIPW()
                self.cipwpop.show()
            except():
                self.ErrorEvent()

    def Niggli(self):

        print('self.model._df length: ', len(self.model._df))
        if (len(self.model._df) <= 0):
            self.getDataFile()
        if (len(self.model._df) > 0):
            self.Nigglipop = Niggli(df=self.model._df)

            try:
                self.Nigglipop.Niggli()
                self.Nigglipop.show()
            except():
                self.ErrorEvent()


    def ZirconTiTemp(self):

        print('self.model._df length: ', len(self.model._df))
        if (len(self.model._df) <= 0):
            self.getDataFile()
        if (len(self.model._df) > 0):
            self.ztpop = ZirconTiTemp(df=self.model._df)
            try:
                self.ztpop.ZirconTiTemp()
                self.ztpop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def RutileZrTemp(self):

        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df)<=0):
            self.getDataFile()

        if (len(self.model._df) > 0):
            self.rzpop = RutileZrTemp(df=self.model._df)
            try:
                self.rzpop.RutileZrTemp()
                self.rzpop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def Cluster(self):
        print('self.model._df length: ',len(self.model._df))


        if (len(self.model._df)<=0):
            self.getDataFile()
            pass

        if (len(self.model._df) > 0):
            try:
                self.clusterpop = Cluster(df=self.model._df)
                self.clusterpop.Cluster()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def Stereo(self):
        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df)<=0):
            self.getDataFile()

        if (len(self.model._df) > 0):
            self.stereopop = Stereo(df=self.model._df)

            try:
                self.stereopop.Stereo()
                self.stereopop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def Rose(self):
        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df)<=0):
            self.getDataFile()

        if (len(self.model._df) > 0):
            self.rosepop = Rose(df=self.model._df)
            try:
                self.rosepop.Rose()
                self.rosepop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def QFL(self):
        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df)<=0):
            self.getDataFile()

        if (len(self.model._df) > 0):
            self.qflpop = QFL(df=self.model._df)
            try:
                self.qflpop.Tri()
                self.qflpop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def QmFLt(self):
        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df)<=0):
            self.getDataFile()

        if (len(self.model._df) > 0):
            self.qmfltpop = QmFLt(df=self.model._df)
            try:
                self.qmfltpop.Tri()
                self.qmfltpop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def Clastic(self):
        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df)<=0):
            self.getDataFile()

        if (len(self.model._df) > 0):
            self.clusterpop = Clastic(df=self.model._df)
            try:
                self.clusterpop.Tri()
                self.clusterpop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def CIA(self):
        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df)<=0):
            self.getDataFile()

        if (len(self.model._df) > 0):
            self.ciapop = CIA(df=self.model._df)

            try:
                self.ciapop.CIA()
                self.ciapop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def QAPF(self):
        print('self.model._df length: ', len(self.model._df))
        if (len(self.model._df) <= 0):
            self.getDataFile()

        if (len(self.model._df) > 0):
            ItemsAvalibale = self.model._df.columns.values.tolist()
            if 'Q' in ItemsAvalibale and 'A' in ItemsAvalibale and 'P' in ItemsAvalibale and 'F' in ItemsAvalibale:
                self.qapfpop = QAPF(df=self.model._df)
                try:
                    self.qapfpop.QAPF()
                    self.qapfpop.show()
                except Exception as e:
                    self.ErrorEvent(text=repr(e))
            else:
                reply = QMessageBox.information(self, _translate('MainWindow', 'Warning'), _translate('MainWindow',
                                                                                                      'Your data contain no Q/A/P/F data.\n Maybe you need to run CIPW first?'))


    def ZirconCe(self):
        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df)<=0):
            self.getDataFile(CleanOrNot=False)
        # print('Opening a new popup window...')

        if (len(self.model._df) > 0):
            self.zirconpop = ZirconCe(df=self.model._df)



            try:
                self.zirconpop.MultiBallard()
                self.zirconpop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def ZirconCeOld(self):
        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df)<=0):
            self.getDataFile(CleanOrNot=False)
        # print('Opening a new popup window...')

        if (len(self.model._df) > 0):
            self.zirconoldpop = ZirconCeOld(df=self.model._df)
            try:
                self.zirconoldpop.MultiBallard()
                self.zirconoldpop.show()
            except(KeyError,ValueError,TypeError):
                self.ErrorEvent()

    def RbSrIsoTope(self):
        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df)<=0):
            self.getDataFile()

        if (len(self.model._df) > 0):
            self.rbsrisotopepop = IsoTope(df=self.model._df,description='Rb-Sr IsoTope diagram', xname='87Rb/86Sr',
                 yname='87Sr/86Sr', lambdaItem=1.42e-11, xlabel=r'$^{87}Rb/^{86}Sr$', ylabel=r'$^{87}Sr/^{86}Sr$')
            try:
                self.rbsrisotopepop.Magic()
                self.rbsrisotopepop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def SmNdIsoTope(self):
        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df)<=0):
            self.getDataFile()

        if (len(self.model._df) > 0):
            self.smndisotopepop = IsoTope(df=self.model._df,description='Sm-Nd IsoTope diagram', xname='147Sm/144Nd',
                 yname= '143Nd/144Nd', lambdaItem=6.54e-12, xlabel=r'$^{147}Sm/^{144}Nd$', ylabel=r'$^{143}Nd/^{144}Nd$')
            try:
                self.smndisotopepop.Magic()
                self.smndisotopepop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def KArIsoTope(self):
        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df)<=0):
            self.getDataFile()

        if (len(self.model._df) > 0):
            self.karisotopepop = KArIsoTope(df=self.model._df)
            try:
                self.karisotopepop.Magic()
                self.karisotopepop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def K2OSiO2(self):
        print('self.model._df length: ', len(self.model._df))
        if (len(self.model._df) <= 0):
            self.getDataFile()

        if (len(self.model._df) > 0):
            self.K2OSiO2pop = K2OSiO2(df=self.model._df)
            try:
                self.K2OSiO2pop.K2OSiO2()
                self.K2OSiO2pop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))


    def ZrYSrTi(self):
        print('self.model._df length: ', len(self.model._df))
        if (len(self.model._df) <= 0):
            self.getDataFile()

        if (len(self.model._df) > 0):
            self.ZrYSrTipop = ZrYSrTi(df=self.model._df)

            try:
                self.ZrYSrTipop.Key_Func()
                self.ZrYSrTipop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def TiAlCaMgMnKNaSi(self):
        print('self.model._df length: ', len(self.model._df))
        if (len(self.model._df) <= 0):
            self.getDataFile()

        if (len(self.model._df) > 0):
            self.TiAlCaMgMnKNaSipop = TiAlCaMgMnKNaSi(df=self.model._df)

            self.TiAlCaMgMnKNaSipop.Key_Func()
            self.TiAlCaMgMnKNaSipop.show()
            try:
                pass
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def XY(self):
        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df)<=0):
            self.getDataFile()

        if (len(self.model._df) > 0):
            self.xypop = XY(df=self.model._df,Standard=self.Standard)
            try:
                self.xypop.Magic()
                self.xypop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def XYZ(self):
        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df)<=0):
            self.getDataFile()

        if (len(self.model._df) > 0):
            self.xyzpop = XYZ(df=self.model._df,Standard=self.Standard)
            try:
                self.xyzpop.Magic()
                self.xyzpop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def MultiDimension(self):
        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df)<=0):
            self.getDataFile()

        if (len(self.model._df) > 0):
            self.mdpop = MultiDimension(df=self.model._df)
            try:
                self.mdpop.Magic()
                self.mdpop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def ThreeD(self):

        print('ThreeD called \n')
        print('self.model._df length: ',len(self.model._df))

        if (len(self.model._df) > 0):
            self.ThreeDpop = MyThreeD( DataFiles = [self.model._df],DataLocation= [self.DataLocation])
            self.ThreeDpop.ThreeD()
        else:
            DataFiles, DataLocation = self.getDataFiles()

            print(len(DataFiles),len(DataLocation))

            if len(DataFiles)>0:
                self.ThreeDpop = MyThreeD( DataFiles = DataFiles,DataLocation= DataLocation)
                self.ThreeDpop.ThreeD()

    def TwoD(self):
        print('TwoD called \n')
        print('self.model._df length: ',len(self.model._df))

        if (len(self.model._df) > 0):
            self.TwoDpop = MyTwoD( DataFiles = [self.model._df],DataLocation= [self.DataLocation])
            self.TwoDpop.TwoD()
        else:
            DataFiles, DataLocation = self.getDataFiles()

            print(len(DataFiles),len(DataLocation))

            if len(DataFiles)>0:
                self.TwoDpop = MyTwoD( DataFiles = DataFiles,DataLocation= DataLocation)
                self.TwoDpop.TwoD()

    def TwoD_Grey(self):
        print('TwoD_Grey called \n')
        print('self.model._df length: ',len(self.model._df))

        if (len(self.model._df) > 0):
            self.TwoDpop = MyTwoD_Grey( DataFiles = [self.model._df],DataLocation= [self.DataLocation])
            self.TwoDpop.TwoD()
        else:
            DataFiles, DataLocation = self.getDataFiles()

            print(len(DataFiles),len(DataLocation))

            if len(DataFiles)>0:
                self.TwoDpop = MyTwoD_Grey( DataFiles = DataFiles,DataLocation= DataLocation)
                self.TwoDpop.TwoD()

    def Dist(self):

        print('Dist called \n')

        if (len(self.model._df)<=0):
            self.getDataFile()
            pass

        if (len(self.model._df) > 0):
            try:
                self.Distpop = MyDist(df=self.model._df)
                self.Distpop.Dist()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def Sta(self):
        #Sta on Calculated Distance
        print('Sta called \n')
        print('self.model._df length: ',len(self.model._df))

        if (len(self.model._df)<=0):
            self.getDataFile()

        if (len(self.model._df) > 0):
            try:
                self.stapop = MySta(df=self.model._df)
                self.stapop.Sta()
            except Exception as e:
                tmp_msg='\n This is to do Sta on Calculated Distance.\n'
                self.ErrorEvent(text=tmp_msg+repr(e))


    def FA(self):
        print('FA called \n')
        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df)<=0):
            self.getDataFile()
        if (len(self.model._df) > 0):
            self.fapop = MyFA(df=self.model._df.fillna(0))
            try:
                self.fapop.Key_Func()
                self.fapop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))


    def PCA(self):
        print('PCA called \n')
        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df)<=0):
            self.getDataFile()
        if (len(self.model._df) > 0):
            self.pcapop = MyPCA(df=self.model._df.fillna(0))
            try:
                self.pcapop.Key_Func()
                self.pcapop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))


    def LDA(self):
        print('LDA called \n')
        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df)<=0):
            self.getDataFile()
        if (len(self.model._df) > 0):
            self.ldapop = MyLDA(df=self.model._df.fillna(0))

            self.ldapop.Key_Func()
            self.ldapop.show()
            try:
                pass
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def DT(self):
        print('DT called \n')
        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df)<=0):
            self.getDataFile()
        if (len(self.model._df) > 0):
            self.dtpop = MyDT(df=self.model._df.fillna(0))
            try:
                self.dtpop.Key_Func()
                self.dtpop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))

    def QDA(self):
        print('QDA called \n')
        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df)<=0):
            self.getDataFile()
        if (len(self.model._df) > 0):
            self.qdapop = MyQDA(df=self.model._df.fillna(0))
            try:
                self.qdapop.Key_Func()
                self.qdapop.show()
            except Exception as e:
                self.ErrorEvent(text=repr(e))


    def Tri(self):
        pass

    def Auto(self):
        print('self.model._df length: ',len(self.model._df))
        if (len(self.model._df)<=0):
            self.getDataFile()
        if (len(self.model._df) > 0):
            TotalResult=[]
            df = self.model._df
            AutoResult = 0
            FileOutput, ok1 = QFileDialog.getSaveFileName(self,
                                                          '文件保存',
                                                          'C:/',
                                                          'PDF Files (*.pdf)')  # 数据文件保存输出
            if (FileOutput != ''):

                AutoResult = pd.DataFrame()

                pdf = matplotlib.backends.backend_pdf.PdfPages(FileOutput)


                cipwsilent = CIPW(df=df)
                cipwsilent.CIPW()
                cipwsilent.QAPFsilent()
                # TotalResult.append(cipwsilent.OutPutFig)
                pdf.savefig(cipwsilent.OutPutFig)

                # AutoResult = pd.concat([cipwsilent.OutPutData, AutoResult], axis=1)

                tassilent = TAS(df=df)

                tassilent.TAS()
                tassilent.GetResult()
                # TotalResult.append(tassilent.OutPutFig)

                pdf.savefig(tassilent.OutPutFig)

                AutoResult = pd.concat([tassilent.OutPutData, AutoResult], axis=1)



                reesilent = REE(df=df,Standard=self.Standard)

                if (reesilent.Check() == True):
                    reesilent.REE()
                    reesilent.GetResult()
                    # TotalResult.append(reesilent.OutPutFig)

                    pdf.savefig(reesilent.OutPutFig)

                    AutoResult = pd.concat([reesilent.OutPutData, AutoResult], axis=1)

                tracesilent = Trace(df=df,Standard=self.Standard)

                if (tracesilent.Check() == True):
                    tracesilent.Trace()
                    tracesilent.GetResult()
                    TotalResult.append(tracesilent.OutPutFig)

                    pdf.savefig(tracesilent.OutPutFig)

                harkersilent = Harker(df=df)

                harkersilent.Harker()
                harkersilent.GetResult()
                TotalResult.append(harkersilent.OutPutFig)

                pdf.savefig(harkersilent.OutPutFig)

                pearcesilent = Pearce(df=df)

                pearcesilent.Pearce()
                pearcesilent.GetResult()
                TotalResult.append(pearcesilent.OutPutFig)

                pdf.savefig(pearcesilent.OutPutFig)

                AutoResult = AutoResult.T.groupby(level=0).first().T



                pdf.close()

                AutoResult = AutoResult.set_index('Label')

                AutoResult=AutoResult.drop_duplicates()

                print(AutoResult.shape, cipwsilent.newdf3.shape)

                try:
                    AutoResult = pd.concat([cipwsilent.newdf3, AutoResult], axis=1)
                except(ValueError):
                    pass

                if ('pdf' in FileOutput):
                    FileOutput = FileOutput[0:-4]

                AutoResult.to_csv(FileOutput + '-chemical-info.csv', sep=',', encoding='utf-8')
                cipwsilent.newdf.to_csv(FileOutput + '-cipw-mole.csv', sep=',', encoding='utf-8')
                cipwsilent.newdf1.to_csv(FileOutput + '-cipw-mass.csv', sep=',', encoding='utf-8')
                cipwsilent.newdf2.to_csv(FileOutput + '-cipw-volume.csv', sep=',', encoding='utf-8')
                cipwsilent.newdf3.to_csv(FileOutput + '-cipw-index.csv', sep=',', encoding='utf-8')



            else:
                pass



def main():
    import sys

    app = QtWidgets.QApplication(sys.argv)
    trans = QtCore.QTranslator()
    # trans.load('cn')  # 没有后缀.qm
    app.installTranslator(trans)
    mainWin = Ui_MainWindow()
    mainWin.retranslateUi()
    mainWin.show()
    sys.exit(app.exec_())



if __name__ == '__main__':
    sys.argv[0] = re.sub(r'(-script\.pyw?|\.exe)?$', '', sys.argv[0])
    sys.exit(main())

