def prompt_files():
"""Prompt for the data with Tkinter GUI.
Returns:
input_files (list): Full path to the files in a list.
"""
while True and "dummy_var" not in locals():
try:
input_files = []
root = Tkinter.Tk()
list_of_files = tkFileDialog.askopenfiles(mode="r",
**config.dialog_files)
root.destroy()
for f in list_of_files:
input_files.append(f.name)
if not input_files:
raise IndexError
dummy_var = 0
except IndexError:
if not query_yes_no("You have not picked any files. Retry?"):
sys.exit("No files selected.")
return input_files
def prompt_labjournal():
"""Prompt for Labjournal with Tkinter GUI.
Returns:
labj (Pandas DF): Labjournal imported from xlsx file.
path_labj (str): Full path to the labjournal.
"""
while True and "labj" not in locals():
try:
root = Tkinter.Tk()
path_labj = tkFileDialog.askopenfiles(mode="rb",
**config.dialog_labj)
root.destroy()
labj = pandas.read_excel(
path_labj[0],
sheet_name=config.labj_ws_name,
dtypes=str,
converters={"ID": str},
)
except IndexError:
if not query_yes_no("You have not picked any files. Retry?"):
sys.exit(
"No Labjournal specified! You maybe want to change your config."
)
return labj, path_labj[0].name
def open_files(self):
"""
打开多个文件
:return: 文件对象
"""
r5 = tkfd.askopenfiles(title='OpenFiles', **self.options_file)
print r5
return r5
def file_dialog(self):
self.infiles = tkFileDialog.askopenfiles()
if len(self.infiles) == 1:
self.label = Label(self.frame, text=self.infiles[0].name).grid(row=2, pady=8, padx=5)
else:
self.label = Label(self.frame, text='Multiple files').grid(row=2, pady=8, padx=5)
print 'Ready to analyse:'
for infile in self.infiles:
print infile.name
print ''
def read_spreadsheets(file_names=None,
csv_delimiter=',',
more_than_1=True,
tkinter_title="Chose a file"):
if file_names == None:
tk = Tkinter.Tk()
tk.withdraw()
if more_than_1 == True:
loaded_files = tkFileDialog.askopenfiles(title=tkinter_title,
filetypes=[
("csv", "*.csv"),
("xlsx", "*.xlsx"),
('All files', '*.*')
])
file_names = [x.name for x in loaded_files]
else:
loaded_file = tkFileDialog.askopenfile(title=tkinter_title,
filetypes=[
("csv", "*.csv"),
("xlsx", "*.xlsx"),
('All files', '*.*')
])
file_names = [loaded_file.name]
tk.destroy()
print file_names
if not isinstance(file_names, list):
file_names = [file_names]
condition_rows_dict = {}
for file_name in file_names:
file_type = file_name[-6:] #Take some extra caracters just in case
if any(x in file_type for x in [".xlsx", ".xlsm", ".xltx", ".xltm"]):
print file_type
wb = load_workbook(file_name, read_only=True, data_only=True)
for ws in wb.worksheets:
condition = ws.title
#
if "Sheet" in condition:
condition = condition.replace("Sheet", "Label_")
elif "Hoja" in condition:
condition = condition.replace("Hoja", "Label_")
condition_rows_dict[condition] = []
for xlsx_row in ws.rows:
row = []
for cell in xlsx_row:
row.append(cell.value)
condition_rows_dict[condition].append(row)
else:
csv_file = open(file_name)
csv_reader = csv.reader(csv_file, delimiter=csv_delimiter)
row_list = list(csv_reader)
condition = (file_name.split(".")[0]).split("/")[
-1] #Get the name of the file minus the extension and the path
condition_rows_dict[condition] = row_list
csv_file.close()
return condition_rows_dict
def open_file(self):
# set file options
self.opt = {}
self.opt["defaultextension"] = ".fbx"
self.opt["filetypes"] = [("Fbx Files", "*.fbx")]
fbxFiles = tkFileDialog.askopenfiles(mode="rw", **self.opt)
for fbxFile in fbxFiles:
self.openedFbxFiles.append(fbxFile.name)
self.item_view.insert("", "end", text=0, values=(os.path.basename(fbxFile.name), fbxFile.name))
def readTLDR(self, path=None):
if path == None:
import tkFileDialog
path = tkFileDialog.askopenfiles(mode='r', filetypes=[("Word List", ".tldr")])
else:
path = [path.encode('utf-8')]
for f in path:
wordsInFile = readTLDR(open(f))
fileName = f.split("/")[-1].split(".")[0]
self.dictionaryDB.updateWords(wordsInFile, fileName)
for view in self.views:
view.notifyDataSetChanged([])
def find_files():
fdFiles = tkFileDialog.askopenfiles(parent=master,title='Choose a file')
if len(fdFiles) <= 0:
status_update('warn', 'No files have been selected')
btn_move['state'] = 'disabled'
else:
popupMenu['state'] = 'disabled'
for file in fdFiles:
queue1.append(str(file).split('\'')[1])
btn_importAll['state'] = 'normal'
btn_importDate['state'] = 'normal'
lblAllImport['text'] = '%s' % (displayFiles())
generateDateCbxList()
def appendUserFiles ( list ):
'''
Appends User selected files to a list
'''
paths = askopenfiles(filetypes=[("Wildcard", "*")])
if paths == None:
print "[?] No files chosen. Try again"
return False
print "[#] adding args",
for path in paths:
sys.argv.append(os.path.relpath(path.name))
return True
def open_saved_defects(self):
""" Load Defect object(s) from one file or many files """
files = fd.askopenfiles(mode='rb',
defaultextension='.pydef',
initialdir=self.project.dd_pydef)
for f in files:
defect = pickle.load(f)
if defect.__class__ is not pd.Defect:
mb.showerror('Error',
'This file is not a valid file',
parent=self)
continue
else:
self.load_defect(defect)
def appendUserFiles(list):
'''
Appends User selected files to a list
'''
paths = askopenfiles(filetypes=[("Wildcard", "*")])
if paths == None:
print "[?] No files chosen. Try again"
return False
print "[#] adding args",
for path in paths:
sys.argv.append(os.path.relpath(path.name))
return True
def getClickerIDResponses(self):
tkMessageBox.showinfo(
"OK",
"You must now specify the file names that contain the downloaded responses from moodle with the student's clicker IDs.");
clickerIDFileNames = tkFileDialog.askopenfiles(
mode='r',title='Clicker ID Data Files',
filetypes=[('csv files', '.csv'),('text files', '.txt'),('Turning Point ID','.tplx'),('All Files','.*')]
)
# Go through each file name and append it to the model that
# contains the sections file names.
clickerIDs = {}
for fileName in clickerIDFileNames:
if(self.DEBUG):
print("Selected filenames {0}".format(fileName.name))
if(self.tplxExtension.search(fileName.name)) :
sectionInformation = TurningPointClassList()
sectionInformation.parseFile(fileName.name)
clickerIDs = sectionInformation.getClassList()
else:
rowReader = csv.reader(fileName,delimiter=',')
lineNumber = 0
for line in rowReader:
if(lineNumber==0):
# This is the header
clickerIDDialog = QueryTurningPointIDFile(self,line,self.lastSlash.sub('',fileName.name))
self.wait_window(clickerIDDialog.top)
try:
emailColumn = line.index(clickerIDDialog.getEmailChoice())
clickerColumn = line.index(clickerIDDialog.getDeviceIDChoice())
except ValueError:
break
#print("Email: {0} ClickerID: {1}".format(emailColumn,clickerColumn))
else:
clickerIDs[line[clickerColumn].upper()] = self.emailAt.sub('',line[emailColumn])
#print("id: {0}".format(line[emailColumn]))
lineNumber += 1
return(clickerIDs)
def read_spreadsheets(file_names=None,csv_delimiter=',',more_than_1=True,tkinter_title="Chose a file"):
if file_names==None:
tk=Tkinter.Tk()
tk.withdraw()
if more_than_1==True:
loaded_files = tkFileDialog.askopenfiles(title=tkinter_title,filetypes=[("csv","*.csv"),("xlsx","*.xlsx"),('All files','*.*')])
file_names=[x.name for x in loaded_files]
else:
loaded_file = tkFileDialog.askopenfile(title=tkinter_title,filetypes=[("csv","*.csv"),("xlsx","*.xlsx"),('All files','*.*')])
file_names=[loaded_file.name]
tk.destroy()
print file_names
if not isinstance(file_names,list):
file_names=[file_names]
condition_rows_dict={}
for file_name in file_names:
file_type=file_name[-6:] #Take some extra caracters just in case
if any(x in file_type for x in [".xlsx",".xlsm",".xltx",".xltm"]):
print file_type
wb = load_workbook(file_name, read_only=True,data_only=True)
for ws in wb.worksheets:
condition=ws.title
#
if "Sheet" in condition:
condition=condition.replace("Sheet","Label_")
elif "Hoja" in condition:
condition=condition.replace("Hoja","Label_")
condition_rows_dict[condition]=[]
for xlsx_row in ws.rows:
row=[]
for cell in xlsx_row:
row.append(cell.value)
condition_rows_dict[condition].append(row)
else:
csv_file=open(file_name)
csv_reader=csv.reader(csv_file,delimiter=csv_delimiter)
row_list=list(csv_reader)
condition=(file_name.split(".")[0]).split("/")[-1] #Get the name of the file minus the extension and the path
condition_rows_dict[condition]=row_list
csv_file.close()
return condition_rows_dict
def choose_files(self):
selected_files = tkFileDialog.askopenfiles('r')
if len(selected_files) < 1:
return
# clear the canvas and the relevant file_dict keys
self.file_list_canvas.delete(Tkinter.ALL)
for k in self.file_list_canvas.children.keys():
file_path = self.file_list_canvas.children[k].file_path
del(self.file_dict[file_path])
del(self.file_list_canvas.children[k])
for i, f in enumerate(selected_files):
cb = MyCheckbutton(
self.file_list_canvas,
text=os.path.basename(f.name),
file_path=f.name
)
try:
chosen_file = ChosenFile(f, cb)
except TypeError:
del cb
continue
# bind to our canvas mouse function
# to keep scrolling working when the mouse is over a checkbox
cb.bind('<MouseWheel>', self._on_mousewheel)
self.file_list_canvas.create_window(
10,
(24 * i),
anchor='nw',
window=cb
)
self.file_dict[chosen_file.file_path] = chosen_file
# update scroll region
self.file_list_canvas.config(
scrollregion=(0, 0, 1000, len(selected_files)*20))
def addGrades(self,defaultFile=None) :
# method for adding file names to the list of grade files to
# be read.
#print("Add grades")
fileTypes = [('csv files', '.csv'),
('xml files', '.xml'),
('text files', '.txt'),
('tpzx files', '.tpzx'),
('all files', '.*')]
if(self.DEBUG):
fileTypes = [('tpzx files', '.tpzx'),
('csv files', '.csv'),
('xml files', '.xml'),
('text files', '.txt'),
('all files', '.*')]
if(defaultFile):
selectedFilenames = [open(defaultFile,'r')]
else:
selectedFilenames = tkFileDialog.askopenfiles(
mode='r',title='Data Files',
filetypes=fileTypes
)
# Go through each file name and append it to the model that
# contains the sections file names.
for fileName in selectedFilenames:
if(self.DEBUG):
print("Selected filenames %{0}".format(fileName))
# Add the file name to the widget
self.gradeListBox.insert(END,fileName.name)
# Set the default number of lines to skip at the top of the file.
if(fileName not in self.headerLineSkip) :
self.setSkipAmount(fileName.name,0)
def addSections(self,defaultFile=None) :
# method for adding file names to the list of section files to
# be read.
#print("Add grades")
if(defaultFile):
selectedFilenames = [open(defaultFile,'r')]
else:
selectedFilenames = tkFileDialog.askopenfiles(
mode='r',title='Data Files',
filetypes= [('csv files', '.csv'),
('xml files', '.xml'),
('text files', '.txt'),
('all files', '.*')]
)
# Go through each file name and append it to the model that
# contains the sections file names.
for fileName in selectedFilenames:
if(self.DEBUG):
print("Selected filenames %{0}".format(fileName))
self.sectionListBox.insert(END,fileName.name)
# 询问文件名
# askopenfilename(**options)
if 0:
file_name = tkFileDialog.askopenfilename()
print(file_name)
# 询问文件名列表 多选
# askopenfilenames(**options)
if 0:
file_list = tkFileDialog.askopenfilenames()
print(file_list)
# 询问文件名列表 返回文件对象列表
# askopenfiles(mode='r', **options)
if 0:
file_obj_list = tkFileDialog.askopenfiles()
print(file_obj_list)
# 询问保存文件地址 返回文件对象
# asksaveasfile(mode='w', **options)
if 0:
file_obj = tkFileDialog.asksaveasfile()
print(file_obj)
file_obj.close()
# 询问保存文件地址 返回文件名
# asksaveasfilename(**options)
if 0:
file_name = tkFileDialog.asksaveasfilename()
print(file_name)
import os.path
plt.close('all')
## Filter-Funktion
def filt(sig):
b, a = signal.ellip(4, 0.01, 120, 0.125)
out = signal.filtfilt(b, a, sig)
return out
## Dateien einlesen und Funktion anwenden
# asdDir=r"D:\Files\Backup\Google Drive\Transfer\Python"
asdDir = r"C:\Users\Bob-Lap\Google Drive\Transfer\Python"
dateilist = fd.askopenfiles(initialdir=asdDir, title='Messdatei auswählen')
verlauf = np.zeros(np.size(dateilist))
filverlauf = np.zeros(np.size(dateilist))
i = 0
for datei in dateilist: # Durchläuft alle Dateien
# verlauf[i]=np.loadtxt(datei.name) # Lädt Werte
verlauf = np.loadtxt(datei.name) # Lädt Werte
datei.close()
# filverlauf[i]=filt(verlauf[i]) # Filter-Funktion
filverlauf = filt(verlauf)
i += 1
def run():
" Main procedure "
tkObj = Tkinter.Tk()
tkObj.file_opt = options = {}
options['defaultextension'] = '.csv'
openFiles = tkFileDialog.askopenfiles('r')
fi = 0
if openFiles:
for fileObj in openFiles:
fileName = os.path.basename(fileObj.name).split('.')[0]
fileExt = os.path.splitext(fileObj.name)[1]
if fileExt != '.csv':
continue
# Read data
data = np.genfromtxt(fileObj.name, dtype = float, delimiter = ',', names = True)
# time, dista0, distClick0, inrange, inBox
# tIX, tIY, kIX, kIY, tTX, tTY, kTX, kTY, smoothX, smoothY
# mouse_flg, mouseState, clickX, clickY
color = ['y.-', 'b.-', 'c.-', 'k.-', 'g.-', 'r.-', 'm.-','yx-','bx-','cx-','kx-']
# Plot all data
keys = ['dista0', 'distClick0', 'inRange', 'inBox', 'tIX', 'tIY', 'kIX', 'kIY', \
'tTX', 'tTY', 'kTX', 'kTY', 'smoothX', 'smoothY', 'mouse_flg', 'mouseState', 'clickX', 'clickY']
# for i in range(len(keys)):
# figure(fi)
# fi += 1
# plot(data['time'], data[keys[i]], color[i % len(color)])
# title('{}-{}'.format(str(fileName), str(keys[i])))
# Plot selected data
selData = data[:]
keyX = ['distClick0', 'tIX', 'kIX', 'tTX', 'kTX', 'smoothX', 'mouse_flg', 'mouseState', 'clickX']
figure(fi)
fi += 1
for i in range(len(keyX)):
if keyX[i] == 'mouseState' or keyX[i] == 'mouse_flg':
ms = np.array(selData[keyX[i]]) * 500
plot(selData['time'], ms, color[i % len(color)], label = keyX[i])
else:
plot(selData['time'], selData[keyX[i]], color[i % len(color)], label = keyX[i])
title('{}-{}'.format(str(fileName), 'X'))
legend(loc = 'lower right')
# keyY = ['distClick0', 'tIY', 'kIY', 'tTY', 'kTY', 'smoothY', 'mouseState', 'clickY']
keyY = ['distClick0', 'tIY', 'smoothY', 'tIX', 'smoothX', 'mouse_flg', 'mouseState']
figure(fi)
fi += 1
for i in range(len(keyY)):
if keyY[i] == 'mouseState' or keyY[i] == 'mouse_flg':
ms = np.array(selData[keyY[i]]) * 500
plot(selData['time'], ms, color[i % len(color)], label = keyY[i])
else:
plot(selData['time'], selData[keyY[i]], color[i % len(color)], label = keyY[i])
# Plot diff
# ledDiffMean = (np.diff(selData['tIY']) + np.diff(selData['kIY']) + np.diff(selData['tTY']) + np.diff(selData['kTY'])) / 4 * 100
# ledDiffMean = np.sqrt((np.diff(selData['tIY']) ** 2 + np.diff(selData['tIX']) ** 2)) * 100
ledDiffMean = np.sqrt((np.diff(selData['smoothY']) ** 2 + np.diff(selData['smoothX']) ** 2))
diffTime = selData['time'][1:]
plot(diffTime, ledDiffMean, 'g-', label = 'diff^2')
tmp = np.sum(ledDiffMean[0:5])
diffBuff = np.zeros(len(ledDiffMean) - 4)
diffBuff[0] = tmp / 5
for i in range(5, len(ledDiffMean)):
tmp = tmp - ledDiffMean[i-5] + ledDiffMean[i]
diffBuff[i - 4] = tmp / 5
buffTime = selData['time'][5:]
# plot(buffTime, diffBuff, 'b-', label = 'diff buff * 100')
diffThumbIndex = np.abs((np.diff(selData['tTY']) + np.diff(selData['kTY']) - np.diff(selData['tIY']) - np.diff(selData['kIY'])) / 4 * 100)
# plot(diffTime, diffThumbIndex, 'r-', label = '(thumbDiff - indexDiff) * 100')
# plot the speed
figure(fi)
fi += 1
key = ['mouseState', 'speed', 'buffSize']
for i in range(len(key)):
plot(selData['time'], selData[key[i]], color[i % len(color)], label = key[i])
# size: a + b * speed
# P1(minSpeed, maxBuff), P2(maxSpeed, minBuff)
maxSpeed = 25
minSpeed = 0.1
maxBuff = 35
minBuff = 10
paramB = float(minBuff - maxBuff) / (maxSpeed - minSpeed)
paramA = maxBuff - paramB * minSpeed
size = paramA + paramB * np.array(selData['speed'])
size = [int(x) for x in size]
sizeLimit = [min(max(x, minBuff), maxBuff) for x in size]
plot(selData['time'], sizeLimit, color[3], label = 'size = {} + {} * speed'.format(str(paramA), str(paramB)))
title('{}-{}'.format(str(fileName), 'Y'))
legend(loc = 'upper right')
show()
def add_models(self):
files = tkFileDialog.askopenfiles()
self.files.append(files)
for f in files:
self.groups.insert(tk.END, f.name.split("/")[-1] + "\n")
# 询问文件名
# askopenfilename(**options)
if 0:
file_name = tkFileDialog.askopenfilename()
print(file_name)
# 询问文件名列表 多选
# askopenfilenames(**options)
if 0:
file_list = tkFileDialog.askopenfilenames()
print(file_list)
# 询问文件名列表 返回文件对象列表
# askopenfiles(mode='r', **options)
if 0:
file_obj_list = tkFileDialog.askopenfiles()
print(file_obj_list)
# 询问保存文件地址 返回文件对象
# asksaveasfile(mode='w', **options)
if 0:
file_obj = tkFileDialog.asksaveasfile()
print(file_obj)
file_obj.close()
# 询问保存文件地址 返回文件名
# asksaveasfilename(**options)
if 0:
file_name = tkFileDialog.asksaveasfilename()
print(file_name)
