def update(self):
try:
duration = parse_timedelta(self.duration_field.text)
if duration.seconds < 0:
raise ValueError()
self.duration = duration
except ValueError:
alert("stop", "Invalid duration. Requires 'hour:minute:second'.")
return
if self.live_checkbox.value:
try:
end = self.manager.get_last_filetime()
except IndexError:
print "No _ext.fits files exist in the given directory tree."
return
start = end - self.duration
else:
try:
self.time = parse_datetime(self.time_field.text)
except ValueError:
alert("stop", "Invalid time. Requires 'year/month/day hour:minute:second'.")
return
start = self.time
end = start + self.duration
self.manager.set_interval(start, end)
self.manager.read_data()
self.update_plotwindow()
def plot( self ):
global option_window
options = option_window.parse()
if options is None:
return
pairs = [(frame.refs, frame.get_channels())
for frame in self.selection_frames
if frame.refs and frame.get_channels()]
try:
psplot.plot(pairs, options)
except ValueError as e:
alert('stop', e.message)
def parse( self ):
try:
resolution = float(self.resolution_field.text)
except ValueError:
alert('stop', "Resolution field requires a float.")
return
try:
frequency = float(self.frequency_field.text)
except ValueError:
alert('stop', "Frequency field requires a float.")
return
try:
start,stop,step = [int(x) for x in self.slice_field.text.split(':')]
except ValueError:
alert('stop', "Range field requires start:stop:step, e.g. 50:1000:10 to plot every tenth sample from the fiftieth to thousandth")
return
detrending = self.detrending_group.value
windowing = self.windowing_group.value
xscale = ('log' if self.xscale_box.value else 'linear')
yscale = ('log' if self.yscale_box.value else 'linear')
sqrt = self.sqrt_box.value
against_time = self.against_time_box.value
return { 'resolution':resolution, 'frequency':frequency,
'detrending':detrending, 'xscale':xscale,
'yscale':yscale, 'sqrt':sqrt,
'against_time':against_time,
'windowing':windowing, 'slice':slice(start,stop,step)}
def printComments(comments):
for user, comment in comments:
print(user + " says...")
print(comment)
printLine()
gameID = input("Enter your game id: ")
comments = getExtracted(gameID)
printComments(comments)
noOfComments = len(comments)
print("\n\n\n" + str(noOfComments) + " comments in total.")
time = int(input("How often should I check for more (seconds)? "))
Application()
while (True):
print(".", end="", flush=True)
sleep(time)
comments = getExtracted(gameID)
if (len(comments) > noOfComments):
numberOfNew = noOfComments - len(comments)
new = comments[numberOfNew:]
alert('note', 'New Comment!')
print("\n****** NEW COMMENTS ******")
printLine()
printComments(new)
noOfComments = len(comments)
def do_alert():
alert(the_kind(), "The pudding factory is haunted.")
for user, comment in comments:
print(user + " says...")
print(comment)
printLine()
gameID = input("Enter your game id: ")
comments = getExtracted(gameID)
printComments(comments)
noOfComments = len(comments)
print("\n\n\n" + str(noOfComments) + " comments in total.")
time = int(input("How often should I check for more (seconds)? "))
Application()
while(True):
print(".",end="",flush=True)
sleep(time)
comments = getExtracted(gameID)
if (len(comments) > noOfComments):
numberOfNew = noOfComments - len(comments)
new = comments[numberOfNew:]
alert('note', 'New Comment!')
print("\n****** NEW COMMENTS ******")
printLine()
printComments(new)
noOfComments = len(comments)
def do_alert():
alert(the_kind(), "The pudding factory is haunted.")
