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How to use showWindow method in fMBT

Best Python code snippet using fMBT_python

o_showUI.py

Source:o_showUI.py

...17        return QtGui.QApplication.translate(context, text, disambig, _encoding)18except AttributeError:19    def _translate(context, text, disambig):20        return QtGui.QApplication.translate(context, text, disambig)21class Ui_showWindow(object):22    def setupUi(self, showWindow):23        showWindow.setObjectName(_fromUtf8("showWindow"))24        showWindow.resize(506, 749)25        self.tabWidget = QtGui.QTabWidget(showWindow)26        self.tabWidget.setGeometry(QtCore.QRect(0, 10, 501, 731))27        self.tabWidget.setObjectName(_fromUtf8("tabWidget"))28        self.tab = QtGui.QWidget()29        self.tab.setObjectName(_fromUtf8("tab"))30        self.verticalLayout = QtGui.QVBoxLayout(self.tab)31        self.verticalLayout.setObjectName(_fromUtf8("verticalLayout"))32        self.uploadTable = QtGui.QTableWidget(self.tab)33        self.uploadTable.viewport().setProperty("cursor", QtGui.QCursor(QtCore.Qt.PointingHandCursor))34        self.uploadTable.setRowCount(0)35        self.uploadTable.setColumnCount(6)...

manager.py

Source:manager.py

1import os2import sys3import tkinter as tk4parentdir = os.path.dirname(os.path.dirname(__file__))5os.chdir(parentdir)6import mainmenu7import mode8import onoff9import forwardreverse10import singlecontinuous11import singlesettings12import continuoussettings13root = tk.Tk()14root.withdraw()15MAINMENU = 'mainmenu'16MODE = 'mode'17ONOFF = 'onoff'18FORWARDREVERSE = 'forwardreverse'19SINGLECONTINUOUS = 'singlecontinous'20SINGLESETTINGS = 'singlesettings'21CONTINUOUSSETTINGS = 'continuoussettings'22currentwindow = None23previouswindow = None24menudicts = {25    MAINMENU : mainmenu.create_mainmenu(root),26    MODE : mode.create_mode(root),27    ONOFF : onoff.create_onoff(root),28    FORWARDREVERSE : forwardreverse.create_forwardreverse(root),29    SINGLECONTINUOUS : singlecontinuous.create_singlecontinuous(root),30    SINGLESETTINGS : singlesettings.create_singlesettings(root),31    CONTINUOUSSETTINGS : continuoussettings.create_continuoussettings(root)32}33def settingsbuttonclicked(event):34    showwindow(MODE)35    pass36def autobuttonclicked(event):37    showwindow(FORWARDREVERSE)38def forwardbuttonclicked(event):39    showwindow(SINGLECONTINUOUS)40def reversebuttonclicked(event):41    showwindow(SINGLECONTINUOUS)42def operatorbuttonclicked(event):43    showwindow(ONOFF)44def onoffbackbuttonclicked(event):45    showwindow(MAINMENU)46def modebackbuttonclicked(event):47    showwindow(MAINMENU)48def forwardreversebackbuttonclicked(event):49    showwindow(MODE)50def singlecontinuousbackbuttonclicked(event):51    showwindow(FORWARDREVERSE)52def singlebuttonclicked(event):53    showwindow(SINGLESETTINGS)54    pass55def continuousbuttonclicked(event):56    showwindow(CONTINUOUSSETTINGS)57    pass58def singlesettingsbackbuttonclicked(event):59    showwindow(SINGLECONTINUOUS)60def singlehomebuttonclicked(event):61    showwindow(MAINMENU)62def singlesavebuttonclicked(event):63    # showwindow(SINGLECONTINUOUS)64    pass65def continuoussettingsbackbuttonclicked(event):66    showwindow(SINGLECONTINUOUS)67def continuoushomebuttonclicked(event):68    showwindow(MAINMENU)69def continuoussavebuttonclicked(event):70    # showwindow(SINGLECONTINUOUS)71    pass72menudicts[MAINMENU][1].settingsbutton.bind('<Button-1>', settingsbuttonclicked)73menudicts[MAINMENU][1].operatorbutton.bind('<Button-1>', operatorbuttonclicked)74menudicts[ONOFF][1].onoffbackbutton.bind('<Button-1>', onoffbackbuttonclicked)75menudicts[MODE][1].modebackbutton.bind('<Button-1>', modebackbuttonclicked)76menudicts[MODE][1].autobutton.bind('<Button-1>', autobuttonclicked)77menudicts[FORWARDREVERSE][1].forwardreversebackbutton.bind('<Button-1>', forwardreversebackbuttonclicked)78menudicts[FORWARDREVERSE][1].forwardbutton.bind('<Button-1>', forwardbuttonclicked)79menudicts[FORWARDREVERSE][1].reversebutton.bind('<Button-1>', reversebuttonclicked)80menudicts[SINGLECONTINUOUS][1].singlecontinuousbackbutton.bind('<Button-1>', singlecontinuousbackbuttonclicked)81menudicts[SINGLECONTINUOUS][1].singlebutton.bind('<Button-1>', singlebuttonclicked)82menudicts[SINGLECONTINUOUS][1].continuousbutton.bind('<Button-1>', continuousbuttonclicked)83menudicts[SINGLESETTINGS][1].singlesettingsbackbutton.bind('<Button-1>', singlesettingsbackbuttonclicked)84menudicts[SINGLESETTINGS][1].homebutton.bind('<Button-1>', singlehomebuttonclicked)85menudicts[SINGLESETTINGS][1].savebutton.bind('<Button-1>', singlesavebuttonclicked)86menudicts[CONTINUOUSSETTINGS][1].continuoussettingsbackbutton.bind('<Button-1>', continuoussettingsbackbuttonclicked)87menudicts[CONTINUOUSSETTINGS][1].homebutton.bind('<Button-1>', continuoushomebuttonclicked)88menudicts[CONTINUOUSSETTINGS][1].savebutton.bind('<Button-1>', continuoussavebuttonclicked)89numwindows = len(menudicts)90def hideallwindows():91    allwindows = menudicts.values()92    for window in allwindows:93        window[0].grab_release()94        window[0].withdraw()95    pass96def hidewindow(windowname):97    menudicts[windowname][0].grab_release()98    menudicts[windowname][0].withdraw()99def showwindow(windowname):100    global currentwindow, previouswindow101    previouswindow = currentwindow102    currentwindow = windowname103    if previouswindow is not None:104        hidewindow(previouswindow)105    menudicts[currentwindow][0].deiconify()106    menudicts[currentwindow][0].mainloop()107    pass108hideallwindows()109showwindow(MAINMENU)110root.mainloop()...

neuroforge-03-binaryImages.py

Source:neuroforge-03-binaryImages.py

...12cv.MoveWindow('window', 100, 100)13# create our image from a file14image = cv.LoadImage('picture.png', cv.CV_LOAD_IMAGE_COLOR)15# helper function to show our image16def showWindow(message):17    print message18    print "  [press any key to continue]"19    cv.ShowImage('window', image)20    cv.WaitKey(10000)21showWindow("showing original image")22# helper function to load greyscale version of our image23def loadGreyscale():24    return cv.LoadImage('picture.png', cv.CV_LOAD_IMAGE_GRAYSCALE)25image = loadGreyscale()26showWindow("showing greyscale")27# smooth the image28image = loadGreyscale()29cv.Smooth(image, image, cv.CV_MEDIAN)30showWindow("smoothed image")31# histogram32image = loadGreyscale()33cv.EqualizeHist(image, image)34showWindow("histogram")35# binary threshold36image = loadGreyscale()37threshold = 10038color = 25539cv.Threshold(image, image, threshold, color, cv.CV_THRESH_BINARY)40showWindow("binary threshold")41# Otsu threshold42image = loadGreyscale()43cv.Threshold(image, image, threshold, color, cv.CV_THRESH_OTSU)44showWindow("Otsu threshold")45# Dilation46image = loadGreyscale()47element_shape = cv.CV_SHAPE_RECT48pos = 149element = cv.CreateStructuringElementEx(pos*2+1, pos*2+1, pos, pos, element_shape)50cv.Dilate(image, image, element, 2)51showWindow("Dilate")52# Erosion53image = loadGreyscale()54cv.Erode(image, image, element, 2)55showWindow("Erode")56# Morphology57image = loadGreyscale()58cv.MorphologyEx(image, image, image, element, cv.CV_MOP_CLOSE, 2)59showWindow("Morphology")60# Laplace61image = loadGreyscale()62dst_16s2 = cv.CreateImage(cv.GetSize(image), cv.IPL_DEPTH_16S, 1)63cv.Laplace(image, dst_16s2)64cv.Convert(dst_16s2, image)...

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