def processCommand(self, string):
#print "Command:", string
command = immp.parse(string.__str__())
if command.name() == 'mount_status':
self.statusLabel.setText((string.__str__())[13:])
self.updateStatus(int(command.kwargs.get('status', '-1')))
self.ui.raLabel.setText(
degtostring(float(command.kwargs.get('ra', '0')) / 15.0))
self.ui.raLabel.setToolTip(command.kwargs.get('ra', 'unknown'))
self.ui.decLabel.setText(
degtostring(float(command.kwargs.get('dec', '0')), True))
self.ui.decLabel.setToolTip(command.kwargs.get('dec', 'unknown'))
self.ui.nextRALabel.setText(
degtostring(float(command.kwargs.get('next_ra', '0')) / 15.0))
self.ui.nextRALabel.setToolTip(
command.kwargs.get('next_ra', 'unknown'))
self.ui.nextDecLabel.setText(
degtostring(float(command.kwargs.get('next_dec', '0')), True))
self.ui.nextDecLabel.setToolTip(
command.kwargs.get('next_dec', 'unknown'))
else:
self.ui.logTextEdit.append(string)
def processCommand(self, string):
#print "Command:", string
command = immp.parse(string.__str__())
if command.name() == 'fast_status':
self.updateStatus(command.kwargs)
elif command.name() in ['current_frame', 'total_frame', 'running_frame']:
self.binaryType = command.name()
self.binaryMode = True
self.binaryLength = int(command.kwargs.get('length', 0))
if command.name() == 'current_frame':
self.currentImage.setStatus('mean = %g' % float(command.kwargs.get('mean', 0)))
elif command.name() in ['current_frame_timeout', 'total_frame_timeout', 'running_frame_timeout']:
self.timerImage.start(1000)
elif command.name() == 'current_flux':
time = float(command.kwargs.get('time', -1))
flux = float(command.kwargs.get('flux', 0.0))
self.fluxPlot.setText("time = " + str(time) + "\t flux=" + str(flux))
self.fluxPlot.append(time, flux)
elif command.name() == 'accumulated_flux':
time = float(command.kwargs.get('time', -1))
flux = float(command.kwargs.get('flux', 0.0))
self.totalPlot.setText("time = " + str(time) + "\t flux=" + str(flux))
self.totalPlot.append(time, flux)
def processMessage(self, string):
command = immp.parse(string)
if command.name() == 'current_frame':
self.wait_current = False
self.is_binary = True
self.binary_length = int(command.kwargs.get('length', 0))
self.image_format = command.kwargs.get('format', '')
if self.factory.object.fast_status:
self.factory.object.fast_status['image_mean'] = float(
command.kwargs.get('mean', 0))
self.image_type = 'current'
elif command.name() == 'current_frame_timeout':
self.wait_current = False
elif command.name() == 'total_frame':
self.wait_total = False
self.is_binary = True
self.binary_length = int(command.kwargs.get('length', 0))
self.image_format = command.kwargs.get('format', '')
self.image_type = 'total'
elif command.name() == 'total_frame_timeout':
self.wait_total = False
elif command.name() == 'fast_status' or command.name() == 'status':
self.factory.object.fast_status = command.kwargs
if command.kwargs.get('acquisition') == '0':
self.factory.object.time = []
self.factory.object.flux = []
self.factory.object.mean = []
elif command.name() == 'current_flux':
if self.factory.object.time and len(
self.factory.object.time) > 100000:
self.factory.object.time = []
self.factory.object.flux = []
self.factory.object.mean = []
self.factory.object.time.append(
float(command.kwargs.get('time', 0)))
self.factory.object.flux.append(
float(command.kwargs.get('flux', 0)))
self.factory.object.mean.append(
float(command.kwargs.get('mean', 0)))
def processCommand(self, string):
#print "Command:", string
command = immp.parse(string.__str__())
if command.name() == 'channel_status':
self.statusLabel.setText((string.__str__())[15:])
elif command.name() == 'current_frame':
self.binaryMode = True
self.binaryLength = int(command.kwargs.get('length', 0))
self.image.message('mean = ' +
command.kwargs.get('mean', 'unknown'))
elif command.name() == 'get_current_frame_timeout' or command.name(
) == 'get_current_frame_error':
self.slotTimerImageEvent()
elif command.name() == 'get_current_frame_done':
pass
else:
self.ui.logTextEdit.append(string)
else:
name, ra, dec = simbadResolve(string)
return name, ra, dec
if __name__ == '__main__':
import sys
import signal
import argparse
signal.signal(signal.SIGINT, signal.SIG_DFL)
app = QApplication(sys.argv)
args = immp.parse(' '.join(sys.argv))
print 'Connecting to ' + args.kwargs.get(
'host', 'localhost') + ':' + args.kwargs.get('port', '5562')
client = MountGUI()
client.show()
client.setHost(args.kwargs.get('host', 'localhost'),
int(args.kwargs.get('port', '5562')))
client.setAttribute(Qt.WA_DeleteOnClose)
client.connect(client, SIGNAL("closed()"), app.quit)
if sys.platform == 'darwin':
client.raise_()