Python Tk.wm_withdraw方法代码示例

# 需要导入模块: from Tkinter import Tk [as 别名]
# 或者: from Tkinter.Tk import wm_withdraw [as 别名]
def main():
    #this is the main part of the script.  You can tell it is the main because it is called main.  
    Tk().withdraw() #Not a full GUI
    titlePrep = "Choose your .iri file! the .csv"
    messagePrep = "This will add this IRI file to a new RSP file.  The one ending in .CSV!!!"
    iriPath = askopenfilename(title = titlePrep, message = messagePrep)#show an open dialog box - This is for the IRI file.
    
    titlePrep2 = "Choose your RSP file that is associated with the chosen IRI file.  It should end in .RSP"
    messagePrep2 = "This will create a new rsp file with the info from the IRI file."
    rspPath = askopenfilename(title = titlePrep2, message = messagePrep2)#show an open dialog box - This is for the RSP file.  The RSP and IRI do not have exactly the same name, otherwise I would have made this a batch process.  
    
    #Make a new rep_new file.  rspbasename[1] should be changed to 'iri' but I did not know that until I completed everything.  
    rspbasename = os.path.basename(rspPath).rsplit('.',1)
    newRSPpath = os.path.join(os.path.dirname(rspPath), ".".join([rspbasename[0]+"_new", rspbasename[1]]))

    #open the iri and rsp as 'r' read only.  open the new one as 'w' write.
    iriFile = open(iriPath, 'r')
    rspFile = open(rspPath, 'r')
    newRSPFile = open(newRSPpath, 'w')
    
    # Put the iri file into a list.  Probably not the most efficient way to do this, but I okay wit dat.  
    iriList = list()
    for thisline in iriFile:
        thislinesplit = thisline.split(',')
        if thislinesplit[1] != thislinesplit[2]:  #Column one and two in the iri file are the distances from the start and stop of the iri summary.  For some reason, some of them had 0 distance - 1 and 2 were the same numbers instead of being 1/1000th different.   
            iriList.append(thislinesplit)
    iriFile.close()
    
    #Write each line from the old rsp file to the newrspfile.      
    n = 0
    for line in rspFile:
        lineparts = line.split(',')
        if lineparts[0] == '5406': #lineparts[0] is the first item in the line.  
            try:
                newRSPFile.write(', '.join(iriList[n]) + '\r')  #Write the iri list to the new rsp file.  Join the list together and separated by commas.  I added the space for prettyness.  
            except IndexError:
                pass #Go on if there is an error.  This will make is so the new rsp file skips over the rest of the 5406 lines.  
            n = n + 1
        else:
            newRSPFile.write(line)

    rspFile.close()
    newRSPFile.close()
    
    #Tell the user that the script is complete.
    window = Tk()
    window.wm_withdraw()
    tkMessageBox.showinfo(title="The End", message = "The new RSP file is complete.")

# 需要导入模块: from Tkinter import Tk [as 别名]
# 或者: from Tkinter.Tk import wm_withdraw [as 别名]
def show_message(message, title="message"):
    window = Tk()
    window.wm_withdraw()

    tkMessageBox.showinfo(title=title, message=message, parent=window)

# 需要导入模块: from Tkinter import Tk [as 别名]
# 或者: from Tkinter.Tk import wm_withdraw [as 别名]

#.........这里部分代码省略.........
        
        #stdev:
        stdSpeedList = []
        for num in speedList:
            stdSpeedList.append(float(num))
        stdev = numpy.std(stdSpeedList)
        stdevList.append(stdev)
        
        #get the tenth of a route list
        listoftenthavgspeedlist.append(getlistaverageforten(speedList, lengthList)) #This will be a list of the averages of a tenth of the route.  
        
        #Distance list
        xdistanceAxis_notrounded = []
        for i in range(0,int(lengthList)):
            xdistanceAxis_notrounded.append(i*interval)
            xmax = i*interval
        xdistanceAxis = []
        for number in xdistanceAxis_notrounded:
            xdistanceAxis.append(round(number, 4))
            
        #Graph:
        plt.plot(xdistanceAxis, speedList, label = 'route '+ str(cnt))  #Don't want the entire route's name in the legend.  
        plt.ylabel("Speed (mph)")
        plt.xlabel("Distance (miles )")
        ymax = float(maximumspeed)+int(5)
        ymin = float(minimumspeed)-int(10)
        plt.axis([0, xmax, ymin, ymax])
        legend(loc=4, ncol=2, mode="expand", borderaxespad=0, prop={'size':10} )
        plt.title(os.path.basename(fileDir) + " Speed Validation")
        
        #Count for the graph legend
        cnt = cnt + 1
        
    graphPath = fileDir + '/' + os.path.basename(fileDir) + "_Graph.pdf"
    plt.savefig(graphPath) 
    
    #total routes std dev.
    totalstdev = numpy.mean(stdevList)
    if totalstdev >= 0.5:
        passfail = "Fail"
    else:
        passfail = "Pass"
    
    #total maximum/minimum
    totalMax = max(MaximumList)
    totalMin = min(MinimumList)
    
    #Total average of all the routes.
    totalspeed = 0
    for numb in AverageList:
        totalspeed = numb + totalspeed
    totalcount = len(AverageList)
    totalaverage = float(totalspeed)/totalcount
    totalaverage = round(totalaverage,1)
    
    #the rounded values for the averagelist.  This is not used really.  
    roundAvgList = []
    for avgnum in AverageList:
        roundAvgList.append(round(avgnum,1))
    
    #WAYYYY TOOO many variables put into this function.  Probably not the best programming technique.  
    textFilePath = createthetextfile(fileDir, listoftenthavgspeedlist, MaximumList, MinimumList, rspfilepaths, stdevList, roundAvgList, totalstdev, totalMax, totalMin, totalaverage, passfail)  
    #________________________________________________________________________________________________________________________________
    MainPDFPath = fileDir + "/" + os.path.basename(fileDir) + "_Validation.pdf"

    #Read the data from the text file
    MainValidation = open(textFilePath, 'r')
    Data = []
    for line in MainValidation:
        Data.append(line)
    MainValidation.close()
    
    elements = []
    styles = getSampleStyleSheet()
    doc = SimpleDocTemplate(MainPDFPath)
     
    # Create two 'Paragraph' Flowables and add them to our 'elements'
    count = 1
    for line in Data:
        if count == 1: #This is the title line.
            elements.append(Paragraph('<font size = 18>' + line + '</font',  styles['Heading1']))
            elements.append(Paragraph('\n',  styles['Heading1']))
        elif count == 7: #This is the line at the end of the validation summary.  
            elements.append(Paragraph('<br/>',  styles['Heading1']))
            elements.append(Paragraph('<br/>',  styles['Heading1']))
            elements.append(Paragraph('<font size = 14>' + line + '</font',  styles['Normal']))
            elements.append(Paragraph('<br/>',  styles['Heading1']))
            elements.append(Paragraph('<br/>',  styles['Heading1']))
            elements.append(Paragraph('<br/>',  styles['Heading1']))
        else:
            elements.append(Paragraph('<font size = 10>' + line + '</font',  styles['Normal']))
        count = count + 1
    # Write the document to disk
    doc.build(elements)
    #________________________________________________________________________________________________________________________________
    #remove that text file and then display an ending message.
    os.remove(textFilePath)  
    window = Tk()
    window.wm_withdraw()
    tkMessageBox.showinfo(title="This is the End", message = "Work Complete.")