data = pa.read_csv(cfg.FILENAME,parse_dates=[0],dayfirst=False)
df =data
import models.ship as ship
mmsis = set(df['MMSI'])
# a list of all MMSI'd ship instances
ships = []
for mmsi in mmsis:
# ships.append( ship.ship(df[df['MMSI'] == df['MMSI'][0]]) )
a =df[ df['MMSI'] == mmsi ]
ships.append( ship.ship( a, verbose=False ))
# ships.append( ship.ship(df[df['MMSI'] == mmsi ] ) )
c_acc=0
s_acc=0
big_acc = 0
for shp in ships:
if not shp.is_consistant: c_acc +=1
if not shp.is_well_measured: s_acc +=1
if shp.size > 200 and shp.is_well_measured : big_acc +=1
print c_acc,' ships has metadata consistancy problem'
print s_acc,' ships are not well measured'
print big_acc,' ships are bigger the 200'
# df[ df['MMSI']== df['MMSI'][0] ]
def get_docking_locations():
'''
:return:
docks: list of all lo
'''
df= pa.read_csv(cfg.FILENAME,parse_dates=[0],dayfirst=False)
mmsis = set(df['MMSI'])
# a list of all MMSI'd ship instances
ships = []
for mmsi in mmsis:
# ships.append( ship.ship(df[df['MMSI'] == df['MMSI'][0]]) )
a =df[ df['MMSI'] == mmsi ]
ships.append( ship.ship( a, verbose=False ))
# ships.append( ship.ship(df[df['MMSI'] == mmsi ] ) )
c_acc=0
s_acc=0
big_acc = 0
docks = []
for shp in ships:
if not shp.is_consistant: c_acc +=1
if not shp.is_well_measured: s_acc +=1
if shp.size > cfg.SHIP_MINIMAL_SIZE and shp.is_well_measured and shp.is_consistant : big_acc +=1
# docks += shp.get_docking_locations()
print c_acc,' ships has metadata consistancy problem'
print s_acc,' ships are not well measured'
print big_acc,' ships are bigger then ',cfg.SHIP_MINIMAL_SIZE,' m'
cl = cfg.CLASSES
el = cfg.ELUMINATE
def retreave_docks_from_ships(ships):
# res = []
docks = []
str_out = "["
for shp in ships:
# if True:# shp.is_consistant and shp.size > 200 : # filtered: 2149 points were found, not filtered: 3360 points were found
if cl[shp.clas] not in el and shp.is_consistant and shp.is_well_measured and shp.size >= cfg.SHIP_MINIMAL_SIZE : # filtered: 2149 consistant points were found, not filtered: 3360 points were found : well measurend: 1612 points were found
# res.append(shp.stops)
ships_docks = shp.get_docking_locations()[0]
docks += ships_docks
dock_string_haha =""
for dock in ships_docks: dock_string_haha += str(dock[:-1]) +'\n'
str_out += '{MMSI:' +str( shp.mmsi ) +",Docks:\n" +dock_string_haha + '},'
# Mmsis[ len( docks ) ] = shp.mmsi
str_out += ']'
return docks, str_out
docks, str2 = retreave_docks_from_ships(ships)
print len(docks), ' points were found'
# ar_points = np.array(docks)[:, [1, 2, 3]]
# BINS = 2000
# plt.hist(ar_points[:, 0], bins=BINS)
# histo = np.histogram(ar_points, bins=BINS)
# plt.show()
# plt.hist(ar_points[:, 2]%180, bins=BINS)
open(cfg.DOCKING_LOCATION_RESULT, 'w').write(str2)
print 'end'
return docks, ships, str2
if _dock.is_equals(new_dock):
exists = True
if mmsi not in _dock.Mmsis:
_dock.Mmsis.append( mmsi )
break
if not exists:
docks_list.append(new_dock)
return docks_list
df= pa.read_csv(cfg.FILENAME,parse_dates=[0],dayfirst=False)
mmsis = set(df['MMSI']) # a list of all MMSI'd ship instance
ships = []
for mmsi in mmsis:
temp = ship.ship(df[df['MMSI'] == mmsi], verbose=False)
ships.append(temp)
cl = cfg.CLASSES
el = cfg.ELUMINATE
docks = []
str2 = "["
for shp in ships:
if cl[shp.clas] not in el and shp.is_consistant \
and shp.is_well_measured and shp.size >= cfg.SHIP_MINIMAL_SIZE: # filtered: 2149 consistant points were found, not filtered: 3360 points were found : well measurend: 1612 points were found
# docks, minimal_doc_time_idxs_list, stops_indexs = shp.get_docking_locations()
ships_docking_history = shp.get_docking_locations()[0]
for new_dock_prm in ships_docking_history:
new_dock = dck.dock(new_dock_prm[1], new_dock_prm[2], new_dock_prm[3], shp.mmsi)
exists = False
if docks: