def get_departure_arrival_date(self, p_trip='', p_trip_event='') -> int:
"""
Getter method.
Returns the s/c's departure or arrival date, for the selected p_trip,
and for the passed p_trip_event.
Example:
- p_trip = 'Earth - Mars'
- p_trip_event = 'Launching'
@param p_trip: 'Earth - Mars' or 'Mars - Earth'
@param p_trip_event: 'Launching' or 'Landing'
@return: the date
"""
# Are there selected trajectories for this s/c? There should be.
if self.get_trajectory_selection_status() != 0:
# Get the trajectory/ies.
the_trajectory = []
if self.get_has_return_trajectory():
if p_trip == 'Earth - Mars':
the_trajectory = list(self._trajectory1)
elif p_trip == 'Mars - Earth':
the_trajectory = list(self._trajectory2)
else:
if p_trip == 'Earth - Mars':
the_trajectory = list(self._trajectory)
# Get the departure/arrival date.
the_date = 0
if p_trip_event == 'Launching':
the_date = QDate.toJulianDay(the_trajectory[0])
elif p_trip_event == 'Landing':
the_date = QDate.toJulianDay(the_trajectory[1])
return the_date
def convert_simple_dats_filter_to_query_format(a_filter):
"""
Convert a human readable filter to a machine friendly one.
Example of input filter: ['Departs', 'Earth', 'On', '01-05-2020']
"""
# TODO: Warning! if-else labyrinth following... Not efficient but not needed at this stage.
action = a_filter[0]
planet = a_filter[1]
# No importa, the calling function knows if the spc is departing/arriving to/from Earth/Mars.
operator = a_filter[2]
date = a_filter[3]
# Convert action to query format (e.g. the table column's name).
if action == 'Departs':
action = 'DepDates'
elif action == 'Arrives':
action = 'ArrivDates'
# Convert planet to query format.
pass
# Convert operator to query format.
if operator == 'On':
operator = '=='
elif operator == 'Before':
operator = '<='
elif operator == 'After':
operator = '>='
# Convert date to query format.
date = QDate.toJulianDay(QDate.fromString(date, 'dd-MM-yyyy'))
return [action, planet, operator, date]
def clicked_pcp_viewer(self):
"""
When user clicks over 'PCP Viewer' btn, the current pcp being displayed should be sent to matlab and a contour
plot generated.
The user selects the desired trajectory, and when closing the window, the selected trajectory appears selected
back in the python app.
"""
sonet_log(SonetLogType.INFO, 'SonetMainWindow.clicked_pcp_viewer')
# self.statusbar.showMessage('Not yet implemented :).', SONET_MSG_TIMEOUT)
# Get the current displayed pcp, as dataframe.
df = self.sonet_pcp_tabs_qtw.currentWidget().children()[1].model()._data
# Check.
if df is None:
self.statusbar.showMessage('No PCP selected.', SONET_MSG_TIMEOUT)
return
elif df.empty:
self.statusbar.showMessage('No PCP selected.', SONET_MSG_TIMEOUT)
return
# Save it to a temporary mat file, which is read by matlab.
if self.sonet_pcp_tabs_qtw.currentWidget().objectName() == 'sonet_pcp_table_transit_1':
departure_planet = 'Earth'
arrival_planet = 'Mars'
else:
departure_planet = 'Mars'
arrival_planet = 'Earth'
mat_file = SONET_DATA_DIR + 'pcp_viewer_tmp.mat'
savemat(mat_file, {'departure_planet': departure_planet,
'arrival_planet': arrival_planet,
'jd0': QDate.toJulianDay(df.iloc[0].DepDates),
'cal0': [df.iloc[0].DepDates.year(), df.iloc[0].DepDates.month(), df.iloc[0].DepDates.day()],
'departure_dates': df.DepDates.apply(QDate.toJulianDay).tolist(),
'arrival_dates': df.ArrivDates.apply(QDate.toJulianDay).tolist(),
'm_departure_dates': df.attrs['m_departure_dates'], # This are the original dep dates in the mat file, before filtering trajectories by max dvt.
'tofs': df.tof.tolist(),
'm_tofs': df.attrs['m_tofs'], # This are the original dep dates in the mat file, before filtering trajectories by max dvt.
'dvd': df.dvd.tolist(),
'dva': df.dva.tolist(),
'dvt': df.dvt.tolist(),
'theta': df.theta.tolist()}) # In degrees!
# Read mat file with matlab, display pcp plot, and return last selected trajectory when closed the app.
selected_trajectory = matlab_engine.PCP_Viewer(mat_file, nargout=1)
self.clicked_select_trajectory(p_called_from_pcp_viewer=True, p_pcp_viewer_selected_trajectory=int(selected_trajectory))
print(df.iloc[int(selected_trajectory)])