real_time into station catalog. Removing old code

app.py

@@ -11,7 +11,7 @@ __copyright__ = "Copyright 2020, Joint Insitute for VLBI-ERIC (JIVE)"
 __credits__ = "Benito Marcote"
 __license__ = "GPL"
 __date__ = "2020/04/21"
-__version__ = "0.0.1"
+__version__ = "1.0"
 __maintainer__ = "Benito Marcote"
 __email__ = "marcote@jive.eu"
 __status__ = "Development"   # Prototype, Development, Production.
@@ -31,8 +31,10 @@ import plotly.graph_objs as go
 from astropy.time import Time
 from astropy import coordinates as coord
 from astropy import units as u
-# Tweak to not let astroplan crashing...
 
+## THIS WILL NEED TO GO AWAY IN THE NEW VERSION OF ASTROPY, WHICH IS STILL NOT
+## SUPPORTED BY THE CURRENT VERSION OF ASTROPLAN
+# Tweak to not let astroplan crashing...
 from astropy.utils.data import clear_download_cache
 from astropy.utils import iers
 clear_download_cache()  # to be sure it is really working
@@ -55,19 +57,9 @@ from src.Checkbox import Checkbox
 
 
 current_directory = path.dirname(path.realpath(__file__))
-# stationList =  stations.Stations()
-# stationList.add_from_file(current_directory+'/station_location.txt')
-
-
-# iers.IERS.iers_table = iers.IERS.open(cache=True)
-# iers.IERS.iers_table = iers.IERS_A.open(iers.IERS_A_URL)
-# iers.Conf.iers_auto_url.set('ftp://cddis.gsfc.nasa.gov/pub/products/iers/finals2000A.all')
 
-if path.isfile(current_directory + '/.astropy/cache/download/py3/lock'):
-    os.remove(current_directory + '/.astropy/cache/download/py3/lock')
-
-# all_antennas = fx.get_stations_from_file(f"{current_directory}/data/station_location.txt")
 all_antennas = fx.get_stations_from_configfile(f"{current_directory}/data/stations_catalog.inp")
+
 sorted_networks = {'EVN': 'EVN: European VLBI Network', 'eMERLIN': 'eMERLIN (out-stations)',
                    'VLBA': 'VLBA: Very Long Baseline Array',
                    'LBA': 'LBA: Australian Long Baseline Array',
@@ -90,8 +82,6 @@ default_arrays = {'EVN': ['Ef', 'Hh', 'Jb2', 'Mc', 'Nt', 'Ur', 'On', 'Sr', 'T6',
                    'Ov', 'Pt'],
           'EHT': ['ALMA', 'Pv', 'LMT', 'PdB', 'SMA', 'JCMT', 'APEX', 'SMT', 'SPT']}
 
-does_eEVN = ['Ef', 'Hh', 'Jb2', 'Jb1', 'Mc', 'Nt', 'On', 'T6', 'Mh', 'Tr', 'Ys', 'Wb',
-                    'Bd', 'Sv', 'Zc', 'Ir', 'Sr', 'Ur', 'Cm', 'Kn', 'Pi', 'Da', 'De']
 
 # Safety check that all these antennas are available in the file
 for a_array in default_arrays:
@@ -144,20 +134,9 @@ external_scripts = ["https://kit.fontawesome.com/69c65a0ab5.js"]
 #         "https://cdn.jsdelivr.net/npm/mathjax@3/es5/tex-mml-chtml.js"]
 
 
-
-
 app = dash.Dash(__name__, external_scripts=external_scripts)
-# app = dash.Dash(__name__)
-
-
 server = app.server
 
-# app.config.requests_pathname_prefix = ''
-# app.css.append_css({"external_url": "https://codepen.io/chriddyp/pen/bWLwgP.css"})
-
-# app.css.append_css({"external_url": "https://codepen.io/chriddyp/pen/brPBPO.css"})
-
-
 
 def get_doc_text():
     """Reads the doc files and returns it as a Div object.
@@ -260,16 +239,6 @@ def update_sensitivity(obs):
 
 #####################  This is the webpage layout
 app.layout = html.Div([
-#     html.Script("""
-#  $(document).ready(function() {
-#   $('[data-toggle="popover"]').popover({
-#       placement : 'bottom',
-#       title : '<div style="text-align:center; color:red; text-decoration:underline; font-size:14px;"> Muah ha ha</div>', //this is the top title bar of the popover. add some basic css
-#       html: 'true',
-#       content : '<div id="popOverBox"><img src="http://www.hd-report.com/wp-content/uploads/2008/08/mr-evil.jpg" width="251" height="201" /></div>' //this is the content of the html box. add the image here or anything you want really.
-# });
-# });
-# """),
     html.Div(id='banner', className='navbar-brand d-flex p-3 shadow-sm', children=[
         html.A(className='d-inline-block mr-md-auto', href="https://www.evlbi.org", children=[
             html.Img(height='70px', src=app.get_asset_url("logo_evn.png"),
@@ -281,10 +250,8 @@ app.layout = html.Div([
             html.Img(src=app.get_asset_url("logo_jive.png"), height='70px',
                      alt='Joinst Institute for VLBI ERIC (JIVE)')
         ])
-        # html.Img(src='http://www.ira.inaf.it/evnnews/archive/evn.gif')
     ]),
-    # ], className='banner'),
-    html.Div([html.Br()]), #style={'clear': 'both', 'margin-top': '20px'}),
+    html.Div([html.Br()]),
     # First row containing all buttons/options, list of telescopes, and button with text output
     dcc.ConfirmDialog(id='global-error', message=''),
     # Elements in second column (checkboxes with all stations)
@@ -591,7 +558,7 @@ def select_antennas(selected_band, selected_networks, is_eEVN):
                              if all_antennas[ant].has_band(selected_band)]
 
         return [True if s.codename in selected_antennas else False for s in all_antennas] + \
-               [False if (s.has_band(selected_band) and s.codename in does_eEVN) else True \
+               [False if (s.has_band(selected_band) and s.real_time) else True \
                 for s in all_antennas]
     else:
         for an_array in selected_networks:
@@ -774,7 +741,8 @@ def get_fig_ant_up(obs):
         data_fig.append({'x': obs.times.datetime[data_dict[ant]],
                          'y': np.zeros_like(data_dict[ant][0])-i, 'type': 'scatter',
                          'hovertemplate': "%{x}",
-                         'mode': 'markers', 'marker': {'symbol': "41"}, 'hoverinfo': "skip",
+                         'mode': 'markers', 'marker_symbol': "41",
+                         'hoverinfo': "skip",
                          'name': obs.stations[ant].name})
 
     data_fig.append({'x': np.unwrap(obs.gstimes.value), 'y': np.zeros_like(obs.times)-0.5,

data/stations_catalog.inp

@@ -6,10 +6,11 @@ network = Other
 possible_networks = EHT
 country = Chile
 diameter = 50 x 12 m
-#img = 
-#link = 
+#img =
+#link =
 position = 2225061.164, -5440057.37, -2481681.151
 min_elevation = 10.0
+real_time = no
 SEFD_0.3 = 75
 SEFD_0.1 = 85
 
@@ -26,6 +27,7 @@ diameter = 12 m
 #link =
 position = 2225213.22, -5441629.65, 2478102.85
 min_elevation = 10.0
+real_time = no
 SEFD_0.1 = 4977
 
 
@@ -37,10 +39,11 @@ network = Other
 possible_networks = LBA
 country = Australia
 diameter = 1 x 12 m
-#img = 
-#link = 
+#img =
+#link =
 position = -2556743.707, 5097440.315, -2847749.657
 min_elevation = 10.0
+real_time = no
 SEFD_21 = 6000.0
 SEFD_18 = 6000.0
 SEFD_3.6 = 3500.0
@@ -54,10 +57,11 @@ network = LBA
 possible_networks = LBA
 country = Australia
 diameter = 6 x 22 m
-#img = 
-#link = 
+#img =
+#link =
 position = -4751639.85972, 2791700.3567, -3200491.11339
 min_elevation = 10.0
+real_time = no
 SEFD_21 = 68.0
 SEFD_18 = 68.0
 SEFD_13 = 106.0
@@ -73,13 +77,14 @@ SEFD_0.7 = 180.0
 station = Ny-Alesund
 code = Ny
 network = Other
-possible_networks = 
+possible_networks =
 country = Norway
 diameter = 20 m
-#img = 
-#link = 
+#img =
+#link =
 position = 1202462.5055, 252734.5174, 6237766.221
 min_elevation = 10.0
+real_time = no
 SEFD_13 = 850.0
 SEFD_3.6 = 1255.0
 
@@ -92,10 +97,11 @@ network = Other
 possible_networks = EVN, HSA
 country = Puerto Rico
 diameter = 305 m
-#img = 
-#link = 
+#img =
+#link =
 position = 2390486.9, -5564731.44, 1994720.45
 min_elevation = 65.0
+real_time = yes
 SEFD_92 = 12
 SEFD_30 = 3
 SEFD_21 = 3.5
@@ -114,10 +120,11 @@ network = EVN
 possible_networks = EVN
 country = Russia
 diameter = 32 m
-#img = 
-#link = 
+#img =
+#link =
 position = -838201.0685, 3865751.5652, 4987670.8885
 min_elevation = 10.0
+real_time = yes
 SEFD_21 = 330.0
 SEFD_18 = 330.0
 SEFD_13 = 330.0
@@ -134,10 +141,11 @@ network = VLBA
 possible_networks = VLBA
 country = U.S.A.
 diameter = 25 m
-#img = 
-#link = 
+#img =
+#link =
 position = -2112065.2062, -3705356.5048, 4726813.6759
 min_elevation = 10.0
+real_time = no
 SEFD_92 = 2742
 SEFD_49 = 2744
 SEFD_21 = 289.0
@@ -156,12 +164,13 @@ station = Cambridge
 code = Cm
 network = eMERLIN
 possible_networks = eMERLIN
-country = United Kingdom 
+country = United Kingdom
 diameter = 32 m
-#img = 
-#link = 
+#img =
+#link =
 position = 3920356.15, 2542.02, 5014284.42
 min_elevation = 10.0
+real_time = yes
 SEFD_21 = 200.0
 SEFD_18 = 175.0
 SEFD_6 = 175.0
@@ -177,10 +186,11 @@ network = LBA
 possible_networks = LBA
 country = Australia
 diameter = 30 m
-#img = 
-#link = 
+#img =
+#link =
 position = -3753442.7457, 3912709.753, -3348067.6095
 min_elevation = 10.0
+real_time = no
 SEFD_21 = 1000.0
 SEFD_18 = 1000.0
 SEFD_13 = 400.0
@@ -199,10 +209,11 @@ network = eMERLIN
 possible_networks = eMERLIN
 country = United Kingdom
 diameter = 25 m
-#img = 
-#link = 
+#img =
+#link =
 position = 3829087.899, -169568.955, 5081082.346
 min_elevation = 10.0
+real_time = yes
 SEFD_21 = 450.0
 SEFD_18 = 450.0
 SEFD_6 = 325.0
@@ -216,12 +227,13 @@ station = Defford
 code = De
 network = eMERLIN
 possible_networks = eMERLIN
-country = United Kingdom 
+country = United Kingdom
 diameter = 25 m
-#img = 
-#link = 
+#img =
+#link =
 position = 3923442.566, -146914.33, 5009755.125
 min_elevation = 10.0
+real_time = yes
 SEFD_21 = 350.0
 SEFD_18 = 350.0
 SEFD_6 = 1000.0
@@ -234,13 +246,14 @@ SEFD_1.3 = 720
 station = Dwingeloo
 code = Dw
 network = Other
-possible_networks = 
+possible_networks =
 country = The Netherlands
 diameter = 25 m
-#img = 
-#link = 
+#img =
+#link =
 position = 3839348.973, 430403.51, 5057990.099
 min_elevation = 10.0
+real_time = no
 SEFD_21 = 6000.0
 
 
@@ -252,10 +265,11 @@ network = EVN
 possible_networks = EVN, HSA
 country = Germany
 diameter = 100 m
-#img = 
-#link = 
+#img =
+#link =
 position = 4033947.2616, 486990.7943, 4900431.0017
 min_elevation = 10.0
+real_time = yes
 SEFD_92 = 600
 SEFD_49 = 600
 SEFD_30 = 65
@@ -274,13 +288,14 @@ SEFD_0.7 = 200.0
 station = Five-hundred-meter Aperture Spherical Telescope
 code = Fa
 network = Other
-possible_networks = 
+possible_networks =
 country = China
 diameter = 500 m
-#img = 
-#link = 
+#img =
+#link =
 position = -1668526.98, 5506738.85, 2744897.69
 min_elevation = 10.0
+real_time = no
 SEFD_92 = 8
 SEFD_30 = 2
 SEFD_21 = 1.95
@@ -295,10 +310,11 @@ network = VLBA
 possible_networks = VLBA
 country = U.S.A.
 diameter = 25 m
-#img = 
-#link = 
+#img =
+#link =
 position = -1324009.3266, -5332181.9547, 3231962.3949
 min_elevation = 10.0
+real_time = no
 SEFD_92 = 2742
 SEFD_49 = 2744
 SEFD_21 = 289.0
@@ -316,13 +332,14 @@ SEFD_0.7 = 640.0
 station = Giant Metrewave Radio Telescope
 code = GMRT
 network = Other
-possible_networks = 
+possible_networks =
 country = India
 diameter = 30 x 45 m
-#img = 
-#link = 
+#img =
+#link =
 position = 1656988.9135, 5797576.2281, 2073756.22
 min_elevation = 10.0
+real_time = no
 SEFD_92 = 55
 SEFD_49 = 59
 SEFD_30 = 53
@@ -337,10 +354,11 @@ network = VLBA
 possible_networks = HSA
 country = U.S.A.
 diameter = 100 m
-#img = 
-#link = 
+#img =
+#link =
 position = 882589.4102, -4924872.3416, 3943729.4062
 min_elevation = 10.0
+real_time = no
 SEFD_92 = 35
 SEFD_49 = 24
 SEFD_30 = 13
@@ -362,10 +380,11 @@ network = VLBA
 possible_networks = VLBA
 country = U.S.A.
 diameter = 25 m
-#img = 
-#link = 
+#img =
+#link =
 position = 1446374.8658, -4447939.6774, 4322306.1838
 min_elevation = 10.0
+real_time = no
 SEFD_92 = 2742
 SEFD_49 = 2744
 SEFD_21 = 289.0
@@ -386,10 +405,11 @@ network = EVN
 possible_networks = EVN
 country = South Africa
 diameter = 26 m
-#img = 
-#link = 
+#img =
+#link =
 position = 5085442.7637, 2668263.7913, -2768696.7523
 min_elevation = 10.0
+real_time = yes
 SEFD_18 = 430.0
 SEFD_13 = 410.0
 SEFD_6 = 650.0
@@ -406,10 +426,11 @@ network = LBA
 possible_networks = LBA
 country = Australia
 diameter = 26 m
-#img = 
-#link = 
+#img =
+#link =
 position = -3950237.359, 2522347.6804, -4311561.879
 min_elevation = 10.0
+real_time = no
 SEFD_21 = 470.0
 SEFD_18 = 470.0
 SEFD_13 = 650.0
@@ -428,10 +449,11 @@ network = EVN
 possible_networks = EVN
 country = Latvia
 diameter = 32/16 m
-#img = 
-#link = 
+#img =
+#link =
 position = 3183649.314, 1276902.989, 5359264.71
 min_elevation = 10.0
+real_time = yes
 SEFD_18 = 3600.0
 SEFD_6 = 430.0
 SEFD_5 = 480.0
@@ -446,10 +468,11 @@ network = Other
 possible_networks = EHT
 country = U.S.A.
 diameter = 15 m
-#img = 
-#link = 
+#img =
+#link =
 position = -5464559.08, -2492999.13, 2150638.19
 min_elevation = 10.0
+real_time = no
 SEFD_0.1 = 3842
 
 
@@ -462,10 +485,11 @@ network = EVN
 possible_networks = EVN, eMERLIN
 country = United Kingdom
 diameter = 38x25 m
-#img = 
-#link = 
+#img =
+#link =
 position = 3822846.76, -153802.28, 5086285.9
 min_elevation = 10.0
+real_time = yes
 SEFD_21 = 350.0
 SEFD_18 = 320.0
 SEFD_6 = 320.0
@@ -481,10 +505,11 @@ network = LBA
 possible_networks = LBA
 country = Australia
 diameter = 12 m
-#img = 
-#link = 
+#img =
+#link =
 position = -4147354.6913, 4581542.3772, -1573303.1565
 min_elevation = 10.0
+real_time = no
 SEFD_21 = 5000.0
 SEFD_5 = 4000.0
 
@@ -496,11 +521,12 @@ code = Kp
 network = VLBA
 possible_networks = VLBA
 country = U.S.A.
-diameter = 25 m 
-#img = 
-#link = 
+diameter = 25 m
+#img =
+#link =
 position = -1995678.8571, -5037317.7049, 3357328.0174
 min_elevation = 10.0
+real_time = no
 SEFD_92 = 2742
 SEFD_49 = 2744
 SEFD_21 = 289.0
@@ -521,10 +547,11 @@ network = eMERLIN
 possible_networks = eMERLIN
 country = United Kingdom
 diameter = 25 m
-#img = 
-#link = 
+#img =
+#link =
 position = 3860084.898, -202105.039, 5056568.848
 min_elevation = 10.0
+real_time = yes
 SEFD_21 = 425.0
 SEFD_18 = 400.0
 SEFD_6 = 325.0
@@ -540,10 +567,11 @@ network = EVN
 possible_networks = EVN
 country = United Kingdom
 diameter = 40 m
-#img = 
-#link = 
+#img =
+#link =
 position = -1281152.8362, 5640864.3586, 2682653.4434
 min_elevation = 10.0
+real_time = no
 SEFD_13 = 350.0
 SEFD_6 = 17.0
 SEFD_5 = 17.0
@@ -555,13 +583,14 @@ SEFD_3.6 = 480.0
 station = Kuntunse
 code = Nk
 network = Other
-possible_networks = 
+possible_networks =
 country = Ghana
 diameter = 32 m
-#img = 
-#link = 
+#img =
+#link =
 position = 6346273.521, -33779.7127, 634844.9454
 min_elevation = 10.0
+real_time = no
 SEFD_6 = 1200.0
 
 
@@ -573,10 +602,11 @@ network = Other
 possible_networks = EHT
 country = Mexico
 diameter = 50 m
-#img = 
-#link = 
+#img =
+#link =
 position = -768715.632, -5988507.072, 2063354.852
 min_elevation = 10.0
+real_time = no
 SEFD_0.3 = 1714
 SEFD_0.1 = 3536
 
@@ -589,10 +619,11 @@ network = VLBA
 possible_networks = VLBA
 country = U.S.A.
 diameter = 25 m
-#img = 
-#link = 
+#img =
+#link =
 position = -1449752.5839, -4975298.5757, 3709123.8459
 min_elevation = 10.0
+real_time = no
 SEFD_92 = 2742
 SEFD_49 = 2744
 SEFD_21 = 289.0
@@ -611,12 +642,13 @@ station = Lovell Telescope
 code = Jb1
 network = EVN
 possible_networks = EVN, eMERLIN
-country = United Kingdom 
+country = United Kingdom
 diameter = 76 m
-#img = 
-#link = 
+#img =
+#link =
 position = 3822626.04, -154105.65, 5086486.04
 min_elevation = 10.0
+real_time = yes
 SEFD_92 = 132
 SEFD_49 = 83
 SEFD_21 = 36.0
@@ -629,13 +661,14 @@ SEFD_6 = 80.0
 station = Matera
 code = Ma
 network = Other
-possible_networks = 
+possible_networks =
 country = Italy
 diameter = 20 m
-#img = 
-#link = 
+#img =
+#link =
 position = 4641938.4489, 1393003.3339, 4133325.7916
 min_elevation = 10.0
+real_time = no
 SEFD_13 = 1000.0
 SEFD_3.6 = 1000.0
 
@@ -648,10 +681,11 @@ network = VLBA
 possible_networks = VLBA
 country = U.S.A.
 diameter = 25 m
-#img = 
-#link = 
+#img =
+#link =
 position = -5464075.1874, -2495248.1168, 2148297.3643
 min_elevation = 10.0
+real_time = no
 SEFD_92 = 2742
 SEFD_49 = 2744
 SEFD_21 = 289.0
@@ -672,10 +706,11 @@ network = EVN
 possible_networks = EVN
 country = Italy
 diameter = 32 m
-#img = 
-#link = 
+#img =
+#link =
 position = 4461369.6954, 919597.124, 4449559.3812
 min_elevation = 10.0
+real_time = yes
 SEFD_21 = 490.0
 SEFD_18 = 700.0
 SEFD_13 = 400.0
@@ -693,10 +728,11 @@ network = EVN
 possible_networks = EVN
 country = Finland
 diameter = 14 m
-#img = 
-#link = 
+#img =
+#link =
 position = 2892584.8489, 1311715.598, 5512640.1545
 min_elevation = 10.0
+real_time = yes
 SEFD_13 = 4500.0
 SEFD_3.6 = 3200.0
 SEFD_1.3 = 2608
@@ -710,11 +746,12 @@ code = Mo
 network = LBA
 possible_networks = LBA
 country = Australia
-diameter = 22 m 
-#img = 
-#link = 
+diameter = 22 m
+#img =
+#link =
 position = -4682769.0585, 2802619.04217, -3291759.33837
 min_elevation = 10.0
+real_time = no
 SEFD_21 = 240.0
 SEFD_18 = 240.0
 SEFD_13 = 530.0
@@ -733,10 +770,11 @@ network = VLBA
 possible_networks = VLBA
 country = U.S.A.
 diameter = 25 m
-#img = 
-#link = 
+#img =
+#link =
 position = -130872.4987, -4762317.0925, 4226851.0014
 min_elevation = 10.0
+real_time = no
 SEFD_92 = 2742
 SEFD_49 = 2744
 SEFD_21 = 289.0
@@ -757,10 +795,11 @@ network = EVN
 possible_networks = EVN
 country = Italy
 diameter = 32 m
-#img = 
-#link = 
+#img =
+#link =
 position = 4934562.8407, 1321201.5428, 3806484.7336
 min_elevation = 10.0
+real_time = yes
 SEFD_21 = 820.0
 SEFD_18 = 784.0
 SEFD_13 = 770.0
@@ -779,10 +818,11 @@ network = VLBA
 possible_networks = VLBA
 country = U.S.A.
 diameter = 25 m
-#img = 
-#link = 
+#img =
+#link =
 position = -2409150.4018, -4478573.118, 3838617.3385
 min_elevation = 10.0
+real_time = no
 SEFD_92 = 2742
 SEFD_49 = 2744
 SEFD_21 = 289.0
@@ -803,10 +843,11 @@ network = EVN
 possible_networks = EVN
 country = Sweden
 diameter = 25/20 m
-#img = 
-#link = 
+#img =
+#link =
 position = 3370965.8787, 711466.1978, 5349664.2006
 min_elevation = 10.0
+real_time = yes
 SEFD_30 = 900
 SEFD_21 = 350.0
 SEFD_18 = 350.0
@@ -826,10 +867,11 @@ network = Other
 possible_networks = EHT
 country = France
 diameter = 10 x 15 m
-#img = 
-#link = 
+#img =
+#link =
 position = 4524000.43, 468042.14, 4460309.76
 min_elevation = 10.0
+real_time = no
 SEFD_0.3 = 450
 SEFD_0.1 = 4299
 
@@ -842,10 +884,11 @@ network = LBA
 possible_networks = LBA
 country = Australia
 diameter = 64 m
-#img = 
-#link = 
+#img =
+#link =
 position = -4554232.4864, 2816758.8662, -3454035.0137
 min_elevation = 10.0
+real_time = no
 SEFD_21 = 40.0
 SEFD_18 = 40.0
 SEFD_13 = 30.0
@@ -864,10 +907,11 @@ network = eMERLIN
 possible_networks = eMERLIN
 country = United Kindgdom
 diameter = 25 m
-#img = 
-#link = 
+#img =
+#link =
 position = 3817549.956, -163031.141, 5089896.654
 min_elevation = 10.0
+real_time = yes
 SEFD_21 = 400.0
 SEFD_18 = 450.0
 SEFD_6 = 325.0
@@ -883,10 +927,11 @@ network = Other
 possible_networks = EHT
 country = Spain
 diameter = 30 m
-#img = 
-#link = 
+#img =
+#link =
 position = 5088967.9, 301681.6, 3825015.8
 min_elevation = 10.0
+real_time = no
 SEFD_0.3 = 640
 SEFD_0.1 = 1160
 
@@ -899,10 +944,11 @@ network = VLBA
 possible_networks = VLBA
 country = U.S.A.
 diameter = 25 m
-#img = 
-#link = 
+#img =
+#link =
 position = -1640953.9383, -5014816.0237, 3575411.7916
 min_elevation = 10.0
+real_time = no
 SEFD_92 = 2742
 SEFD_49 = 2744
 SEFD_21 = 289.0
@@ -923,10 +969,11 @@ network = EVN
 possible_networks = EVN
 country = Spain
 diameter = 34 m
-#img = 
-#link = 
+#img =
+#link =
 position = 4849336.6927, -360488.7857, 4114748.8272
 min_elevation = 10.0
+real_time = no
 SEFD_13 = 150.0
 SEFD_3.6 = 106.0
 
@@ -939,10 +986,11 @@ network = EVN
 possible_networks = EVN
 country = Sapin
 diameter = 70 m
-#img = 
-#link = 
+#img =
+#link =
 position = 4849336.6927, -360488.7857, 4114748.8272
 min_elevation = 10.0
+real_time = no
 SEFD_18 = 35.0
 SEFD_13 = 20.0
 SEFD_3.6 = 18.0
@@ -957,10 +1005,11 @@ network = Other
 possible_networks =
 country = South Africa
 diameter = 1 x 12 m
-#img = 
-#link = 
+#img =
+#link =
 position = 5109105.93105892, 2003381.49740976, -3239353.39941561
 min_elevation = 10.0
+real_time = no
 SEFD_21 = 3.0
 SEFD_18 = 3.0
 
@@ -977,6 +1026,7 @@ diameter = 8 x 6 m
 #link =
 position = -1828790.81, -5054428.74, 3427884.59
 min_elevation = 10.0
+real_time = no
 SEFD_0.1 = 2374
 
 
@@ -988,10 +1038,11 @@ network = Other
 possible_networks = EHT
 country = U.S.A.
 diameter = 10 m
-#img = 
-#link = 
+#img =
+#link =
 position = -1828790.81, -5054428.74, 3427884.59
 min_elevation = 10.0
+real_time = no
 SEFD_0.1 = 9057
 
 
@@ -1003,10 +1054,11 @@ network = EVN
 possible_networks = EVN
 country = Italy
 diameter = 65 m
-#img = 
-#link = 
+#img =
+#link =
 position = 4865183.542, 791922.255, 4035136.024
 min_elevation = 10.0
+real_time = yes
 SEFD_21 = 67.0
 SEFD_18 = 67.0
 SEFD_5 = 50.0
@@ -1021,10 +1073,11 @@ network = EVN
 possible_networks = EVN
 country = China
 diameter = 25 m
-#img = 
-#link = 
+#img =
+#link =
 position = -2831687.4273, 4675733.4681, 3275327.4971
 min_elevation = 10.0
+real_time = yes
 SEFD_18 = 670.0
 SEFD_13 = 800.0
 SEFD_6 = 720.0
@@ -1040,10 +1093,11 @@ network = Other
 possible_networks = EHT
 country = South Pole
 diameter = 10 m
-#img = 
-#link = 
+#img =
+#link =
 position = 0.0, 0.0, -6359552.31424518
 min_elevation = 10.0
+real_time = no
 SEFD_0.1 = 7497
 
 
@@ -1055,10 +1109,11 @@ network = VLBA
 possible_networks = VLBA
 country = U.S.A.
 diameter = 25 m
-#img = 
-#link = 
+#img =
+#link =
 position = 2607848.6379, -5488069.5358, 1932739.7326
 min_elevation = 10.0
+real_time = no
 SEFD_92 = 2742
 SEFD_49 = 2744
 SEFD_21 = 289.0
@@ -1079,10 +1134,11 @@ network = EVN
 possible_networks = EVN
 country = Russia
 diameter = 32 m
-#img = 
-#link = 
+#img =
+#link =
 position = 2730173.6723, 1562442.7934, 5529969.1413
 min_elevation = 10.0
+real_time = yes
 SEFD_21 = 360.0
 SEFD_18 = 360.0
 SEFD_13 = 330.0
@@ -1099,10 +1155,11 @@ network = KVN
 possible_networks = KVN
 country = South Korea
 diameter = 21 m
-#img = 
-#link = 
+#img =
+#link =
 position = -3171731.5532, 4292678.5258, 3481038.7679
 min_elevation = 10.0
+real_time = no
 SEFD_1.3 = 1288
 SEFD_0.7 = 1919.0
 
@@ -1115,10 +1172,11 @@ network = EVN
 possible_networks = EVN
 country = China
 diameter = 65 m
-#img = 
-#link = 
+#img =
+#link =
 position = -2826708.603, 4679237.077, 3274667.551
 min_elevation = 10.0
+real_time = yes
 SEFD_21 = 39000.0
 SEFD_18 = 39000.0
 SEFD_13 = 46.0
@@ -1137,10 +1195,11 @@ network = LBA
 possible_networks = LBA
 country = Australia
 diameter = 70 m
-#img = 
-#link = 
+#img =
+#link =
 position = -4460895.2445, 2682361.5103, -3674747.5813
 min_elevation = 10.0
+real_time = no
 SEFD_18 = 23.0
 SEFD_13 = 16.0
 SEFD_3.6 = 25.0
@@ -1155,10 +1214,11 @@ network = EVN
 possible_networks = EVN
 country = Poland
 diameter = 32 m
-#img = 
-#link = 
+#img =
+#link =
 position = 3638558.51, 1221969.72, 5077036.76
 min_elevation = 10.0
+real_time = yes
 SEFD_30 = 2000
 SEFD_21 = 250.0
 SEFD_18 = 300.0
@@ -1173,12 +1233,13 @@ station = Ulsan
 code = Ku
 network = KVN
 possible_networks = KVN
-country = South Korea 
+country = South Korea
 diameter = 21 m
-#img = 
-#link = 
+#img =
+#link =
 position = -3287268.543, 4023450.1448, 3687379.9675
 min_elevation = 10.0
+real_time = no
 SEFD_1.3 = 1288
 SEFD_0.7 = 1919.0
 
@@ -1191,17 +1252,18 @@ network = EVN
 possible_networks = EVN
 country = China
 diameter = 25 m
-#img = 
-#link = 
+#img =
+#link =
 position = 228310.2129, 4631922.7656, 4367064.0638
 min_elevation = 10.0
+real_time = yes
 SEFD_21 = 300.0
 SEFD_18 = 300.0
 SEFD_13 = 560.0
 SEFD_6 = 250.0
 SEFD_3.6 = 350.0
 SEFD_1.3 = 850
- 
+
 
 [VLA 1]
 
@@ -1211,10 +1273,11 @@ network = VLBA
 possible_networks = VLBA
 country = U.S.A.
 diameter = 1 x 25 m
-#img = 
-#link = 
+#img =
+#link =
 position = -1601185.4286, -5041977.1754, 3554875.6231
 min_elevation = 10.0
+real_time = no
 SEFD_92 = 3900
 SEFD_21 = 420.0
 SEFD_18 = 420.0
@@ -1232,12 +1295,13 @@ station = Karl Jansky G. Very Large Array (phased-up array)
 code = Y27
 network = VLBA
 possible_networks = VLBA
-country = U.S.A. 
+country = U.S.A.
 diameter = 27 x 25 m
-#img = 
-#link = 
+#img =
+#link =
 position = -1601185.4286, -5041977.1754, 3554875.6231
 min_elevation = 10.0
+real_time = no
 SEFD_92 = 167
 SEFD_21 = 17.9
 SEFD_18 = 17.9
@@ -1247,7 +1311,7 @@ SEFD_5 = 13.2
 SEFD_3.6 = 10.7
 SEFD_1.3 = 15
 SEFD_0.7 = 23.9
- 
+
 
 [Warkworth]
 
@@ -1257,10 +1321,11 @@ network = LBA
 possible_networks = LBA
 country = New Zealand
 diameter = 12 m
-#img = 
-#link = 
+#img =
+#link =
 position = -5115324.4279, 477843.2969, -3767192.8344
 min_elevation = 10.0
+real_time = no
 SEFD_21 = 3400.0
 SEFD_5 = 3800.0
 
@@ -1273,10 +1338,11 @@ network = EVN
 possible_networks = EVN
 country = The Netherlands
 diameter = 1 x 25 m
-#img = 
-#link = 
+#img =
+#link =
 position = 3828767.2647, 442446.1739, 5064921.57
 min_elevation = 10.0
+real_time = yes
 SEFD_92 = 2100
 SEFD_30 = 1680
 SEFD_21 = 420.0
@@ -1295,10 +1361,11 @@ network = EVN
 possible_networks = EVN
 country = Germany
 diameter = 20 m
-#img = 
-#link = 
+#img =
+#link =
 position = 4075627.6441, 931774.2773, 4801552.3784
 min_elevation = 10.0
+real_time = no
 SEFD_13 = 1250.0
 SEFD_3.6 = 750.0
 
@@ -1311,10 +1378,11 @@ network = LBA
 possible_networks = LBA
 country = Australia
 diameter = 12 m
-#img = 
-#link = 
+#img =
+#link =
 position = -2388896.189, 5043350.0019, -3078590.8037
 min_elevation = 10.0
+real_time = no
 SEFD_21 = 4000.0
 SEFD_5 = 3500.0
 
@@ -1327,10 +1395,11 @@ network = EVN
 possible_networks = EVN
 country = Spain
 diameter = 40 m
-#img = 
-#link = 
+#img =
+#link =
 position = 4848761.8027, -261484.1746, 4123085.0529
 min_elevation = 10.0
+real_time = yes
 SEFD_13 = 1400.0
 SEFD_6 = 160.0
 SEFD_5 = 160.0
@@ -1347,10 +1416,11 @@ network = KVN
 possible_networks = KVN
 country = South Korea
 diameter = 21 m
-#img = 
-#link = 
+#img =
+#link =
 position = -3042280.9035, 4045902.6564, 3867374.3087
 min_elevation = 10.0
+real_time = no
 SEFD_1.3 = 1288
 SEFD_0.7 = 1919.0
 
@@ -1363,10 +1433,11 @@ network = EVN
 possible_networks = EVN
 country = Russia
 diameter = 32 m
-#img = 
-#link = 
+#img =
+#link =
 position = 3451207.5353, 3060375.4139, 4391915.0384
 min_elevation = 10.0
+real_time = yes
 SEFD_21 = 300.0
 SEFD_18 = 300.0
 SEFD_13 = 330.0

requirements.txt

@@ -1,25 +1,30 @@
 astroplan==0.6
-astropy==4.0.1.post1
+astropy==4.0.1
 Brotli==1.0.9
 click==7.1.2
-dash==1.16.2
-dash-bootstrap-components==0.10.6
+dash==1.16.3
+dash-bootstrap-components==0.10.7
 dash-core-components==1.12.1
 dash-html-components==1.1.1
 dash-renderer==1.8.2
 dash-table==4.10.1
 Flask==1.1.2
-Flask-Compress==1.5.0
+Flask-Compress==1.7.0
 future==0.18.2
 gunicorn==20.0.4
 itsdangerous==1.1.0
 Jinja2==2.11.2
 MarkupSafe==1.1.1
 numpy==1.19.2
-pandas==1.1.2
-plotly==4.10.0
+Obit==1.0
+pandas==1.1.3
+patsy==0.5.1
+plotly==4.11.0
+plotly-express==0.4.1
 python-dateutil==2.8.1
 pytz==2020.1
 retrying==1.3.3
+scipy==1.5.3
 six==1.15.0
+statsmodels==0.12.0
 Werkzeug==1.0.1

src/freqsetups.py

@@ -11,14 +11,14 @@ import enum
 #
 #     def __init__(self, fromfile='../data/frequency_setups.py'):
 
-bands = {'92cm': 'P band (92 cm - 0.33 GHz)', '49cm': 'P band (49 cm - 0.6 GHz)',
-         '30cm': 'UHF band (30 cm -  1 GHz)', '21cm': 'L band (21 cm - 1.4 GHz)',
-         '18cm': 'L band (18 cm - 1.7 GHz)', '13cm': 'S band (13 cm - 2.3 GHz)',
-         '6cm': 'C band (6cm - 5 GHz)', '5cm': 'M band (5 cm - 6 GHz)',
-         '3.6cm': 'X band (3.6 cm - 8.3 GHz)', '2cm': 'U band (2 cm - 15 GHz)',
-         '1.3cm': 'K band (1.3 cm - 23 GHz)', '0.9cm': 'Ka band (0.9 cm - 33 GHz)',
-         '0.7cm': 'Q band (0.7 cm - 43 GHz)', '0.3cm': 'W band (0.3 cm - 100 GHz)',
-         '0.1cm': '0.1 cm - 300 GHz'}
+bands = {'92cm': 'P band (92 cm or 0.33 GHz)', '49cm': 'P band (49 cm or 0.6 GHz)',
+         '30cm': 'UHF band (30 cm or  1 GHz)', '21cm': 'L band (21 cm or 1.4 GHz)',
+         '18cm': 'L band (18 cm or 1.7 GHz)', '13cm': 'S band (13 cm or 2.3 GHz)',
+         '6cm': 'C band (6cm or 5 GHz)', '5cm': 'M band (5 cm or 6 GHz)',
+         '3.6cm': 'X band (3.6 cm or 8.3 GHz)', '2cm': 'U band (2 cm or 15 GHz)',
+         '1.3cm': 'K band (1.3 cm or 23 GHz)', '0.9cm': 'Ka band (0.9 cm or 33 GHz)',
+         '0.7cm': 'Q band (0.7 cm or 43 GHz)', '0.3cm': 'W band (0.3 cm or 100 GHz)',
+         '0.1cm': '0.1 cm or 300 GHz'}
 
 data_rates = (2**i for i in range(13, 2, -1)) # from 4 to 4096
 subbands = (2**i for i in range(5, 0, -1)) # from 1 to 16

src/functions.py

@@ -9,87 +9,6 @@ from astropy.io import ascii
 from src import stations
 
 
-def get_networks_from_file(filename='data/station_location.txt'):
-    """Retrieves all the stations given in the filename and
-    creates different arrays. Returns a dict with all arrays.
-    The file must contain the information for each antenna on each
-    row, with the following header (written at the beginning of the file):
-        - station : full name of the station
-        - code : code name of the station
-        - network : name of the network the station belongs to.
-        - x : x coordinates of the station, in meters.
-        - y : y coordinates of the station, in meters.
-        - z : z coordinates of the station, in meters.
-        - SEFD-XX : SEFD of the station at XX cm (-1 if this band cannot be observed)
-    """
-    datafile = ascii.read(filename)
-    # Creates a `Stations` object for each network, for now with no stations
-    network_labels = set(datafile['network'])
-    networks = {}
-    for network in network_labels:
-        networks[network] = stations.Stations(network, [])
-
-    sefd_names = datafile.colnames[6:]
-    for a_line in datafile:
-        # Create each station and add it to the correct noetwork
-        sefds = {}
-        for sefd_name in sefd_names:
-            if a_line[sefd_name] > 0.0:
-                sefds[f"{sefd_name.replace('SEFD-','').strip()}cm"] = a_line[sefd_name]
-
-        a_loc = coord.EarthLocation(a_line['x']*u.m, a_line['y']*u.m, a_line['z']*u.m)
-        # For now this is hard-coded
-        if a_line['station'] is 'Arecibo':
-            min_elev = 80*u.deg
-        else:
-            min_elev = 10*u.deg
-
-        new_station = stations.SelectedStation(a_line['station'], a_line['code'],
-             location=a_loc, freqs_sefds=sefds, min_elevation=min_elev, selected=False)
-
-        networks[a_line['network']].add(new_station)
-
-    return networks
-
-def get_stations_from_file(filename='data/station_location.txt'):
-    """Retrieves all the stations given in the filename and
-    creates a Stations object containing all stations, which is returned.
-    The file must contain the information for each antenna on each
-    row, with the following header (written at the beginning of the file):
-        - station : full name of the station
-        - code : code name of the station
-        - network : name of the network the station belongs to.
-        - x : x coordinates of the station, in meters.
-        - y : y coordinates of the station, in meters.
-        - z : z coordinates of the station, in meters.
-        - SEFD-XX : SEFD of the station at XX cm (-1 if this band cannot be observed)
-    """
-    datafile = ascii.read(filename)
-    networks = stations.Stations('network', [])
-    sefd_names = datafile.colnames[6:]
-    for a_line in datafile:
-        # Create each station and add it to the correct noetwork
-        sefds = {}
-        for sefd_name in sefd_names:
-            if a_line[sefd_name] > 0.0:
-                sefds[f"{sefd_name.replace('SEFD-','').strip()}cm"] = a_line[sefd_name]
-
-        a_loc = coord.EarthLocation(a_line['x']*u.m, a_line['y']*u.m, a_line['z']*u.m)
-        # For now this is hard-coded
-        if a_line['code'] == 'Ar':
-            min_elev = 65*u.deg
-        else:
-            min_elev = 10*u.deg
-
-        new_station = stations.SelectedStation(a_line['station'], a_line['code'],
-             network=a_line['network'], location=a_loc, freqs_sefds=sefds,
-             min_elevation=min_elev, selected=False)
-
-        networks.add(new_station)
-
-    return networks
-
-
 def get_stations_from_configfile(filename='data/stations_catalog.inp'):
     """Retrieves the information concerning all stations available in the 'filename'
     file. Creates a Stations object containing the stations and the information on it.
@@ -104,6 +23,7 @@ def get_stations_from_configfile(filename='data/stations_catalog.inp'):
     diameter - string with the diameter of the station.
     position = x, y, z (in meters). Geoposition of the station.
     min_elevation (in degrees) - minimum elevation the station can observe.
+    real_time = yes/no - if the station can participate in real-time observations (e.g. e-EVN).
     SEFD_**  - SEFD of the station at the **cm band. If a given band is not present,
                 it is assumed that the station cannot observe it.
     [optional]
@@ -118,15 +38,17 @@ def get_stations_from_configfile(filename='data/stations_catalog.inp'):
         a_loc = coord.EarthLocation(temp[0]*u.m, temp[1]*u.m, temp[2]*u.m)
         # Getting the SEFD values for the bands
         min_elev = float(config[stationname]['min_elevation'])*u.deg
+        does_real_time = True if config[stationname]['real_time']=='yes' else False
         sefds = {}
         for akey in config[stationname].keys():
             if 'SEFD_' in akey.upper():
                 sefds[f"{akey.upper().replace('SEFD_', '').strip()}cm"] = \
                                     float(config[stationname][akey])
+
         new_station = stations.SelectedStation(stationname, config[stationname]['code'],
                 config[stationname]['network'], a_loc, sefds, min_elev,
                 config[stationname]['station'], config[stationname]['possible_networks'],
-                config[stationname]['country'], config[stationname]['diameter'])
+                config[stationname]['country'], config[stationname]['diameter'], does_real_time)
         networks.add(new_station)
 
     return networks

src/stations.py

@@ -9,7 +9,7 @@ from astroplan import Observer
 class Station(object):
 
     def __init__(self, name, codename, network, location, freqs_sefds, min_elevation=20*u.deg,
-                 fullname=None, all_networks=None, country='', diameter=''):
+                 fullname=None, all_networks=None, country='', diameter='', real_time=False):
         """Initializes a station. The given name must be the name of the station that
         observes, with the typical 2-letter format used in the EVN (with exceptions).
 
@@ -34,6 +34,10 @@ class Station(object):
             Networks where the station can participate (free style).
         - country : str [OPTIONAL]
             Country where the station is placed.
+        - diameter : str [OPTIONAL]
+            Diameter of the station (free format).
+        - real_time : bool [OPTIONAL, False by default]
+            If the station can participate in real-time observations (e.g. e-EVN).
         """
         self.observer = Observer(name=name.replace('_', ' '), location=location)
         self._codename = codename
@@ -56,6 +60,7 @@ class Station(object):
 
         self._country = country
         self._diameter = diameter
+        self._real_time = real_time
 
 
     @property
@@ -94,6 +99,10 @@ class Station(object):
     def diameter(self):
         return self._diameter
 
+    @property
+    def real_time(self):
+        return self._real_time
+
     @property
     def location(self):
         """Location of the station in EarthLocation type.
@@ -171,10 +180,10 @@ class Station(object):
 
 class SelectedStation(Station):
     def __init__(self, name, codename, network, location, freqs_sefds, min_elevation=20*u.deg,
-                 fullname=None, all_networks=None, country='', diameter='', selected=True):
+                 fullname=None, all_networks=None, country='', diameter='', real_time=False, selected=True):
         self._selected = selected
         super().__init__(name, codename, network, location, freqs_sefds,
-                         min_elevation, fullname, all_networks, country, diameter)
+                         min_elevation, fullname, all_networks, country, diameter, real_time)
 
     @property
     def selected(self):