def on_release(event):
lon_release, lat_release = m(event.xdata, event.ydata, 'inverse')
dist_km = gps2DistAzimuth(lat_press, lon_press, lat_release,
lon_release)[0] / 1000.
dist_degree = gps2DistDegree(lat_press, lon_press, lat_release,
lon_release)
if dist_km > 0.1:
print 'position release lat: %.2f lon: %.2f' % (lat_release, lon_release)
print 'Distance between points: %.2f degree or %.2f km' % (dist_degree, dist_km)
def dist(self, st1, st2, indeg=False):
dist_deg = gps2DistDegree(self[st1].latitude, self[st1].longitude,
self[st2].latitude, self[st2].longitude)
dist_km = gps2DistAzimuth(self[st1].latitude, self[st1].longitude, self[st2].latitude, self[st2].longitude)[0] / 1.e3
if indeg is True:
return dist_deg
elif indeg is False:
return dist_km
else:
return dist_km, dist_deg
def on_release(event):
lon_release, lat_release = m(event.xdata, event.ydata, 'inverse')
dist_km = gps2DistAzimuth(lat_press, lon_press, lat_release,
lon_release)[0] / 1000.
dist_degree = gps2DistDegree(lat_press, lon_press, lat_release,
lon_release)
if dist_km > 0.1:
print 'position release lat: %.2f lon: %.2f' % (lat_release,
lon_release)
print 'Distance between points: %.2f degree or %.2f km' % (
dist_degree, dist_km)
def dist(self, st1, st2, indeg=False):
dist_deg = gps2DistDegree(self[st1].latitude, self[st1].longitude,
self[st2].latitude, self[st2].longitude)
dist_km = gps2DistAzimuth(self[st1].latitude, self[st1].longitude,
self[st2].latitude,
self[st2].longitude)[0] / 1.e3
if indeg is True:
return dist_deg
elif indeg is False:
return dist_km
else:
return dist_km, dist_deg
def pick(self,
latitude=None,
longitude=None,
minval=0,
maxval=180,
indegree=True,
after='1900-01-01',
before='3000-01-01',
bigger=0.,
smaller=10.,
replace=True):
"""
Pick events fullfilling the given conditions.
:param latitude, longitude: coordinates for distance condition
:param minval, maxval: distance of event has to be between this values
:param indegree: True if minval and maxval in deg, False if in km
:param after, before: UTCDateTime objects or strings with time range
:param bigger, smaller: magnitude range
:param replace: if True the data in the event list is overwritten
:return: picked Events instance
"""
if indegree:
degorkm = 'deg'
else:
degorkm = 'km'
newdata = []
dist = 50
for event in self[::-1]:
if latitude != None and longitude != None:
if not indegree:
dist = gps2DistAzimuth(event.latitude, event.longitude,
latitude, longitude)[0] / 1000.
else:
dist = gps2DistDegree(event.latitude, event.longitude,
latitude, longitude)
if bigger <= event.magnitude and smaller >= event.magnitude and \
dist >= minval and dist <= maxval and \
UTC(after) <= event.datetime and UTC(before) >= event.datetime:
newdata.append(event)
elif replace:
self.remove(event)
if latitude == None:
latitude = 0
if longitude == None:
longitude = 0
log.info(
'Pick %d events with distance between %d%s and %d%s from coordinates lat:%5.2f lon:%5.2f; between the dates %s and %s and between the magnitudes %3.1f and %3.1f'
% (len(newdata), minval, degorkm, maxval, degorkm, latitude,
longitude, after, before, bigger, smaller))
return self.__class__(newdata[::-1])
def pick(self, latitude=None, longitude=None, minval=0, maxval=180, indegree=True,
after='1900-01-01', before='3000-01-01', bigger=0.,
smaller=10., replace=True):
"""
Pick events fullfilling the given conditions.
:param latitude, longitude: coordinates for distance condition
:param minval, maxval: distance of event has to be between this values
:param indegree: True if minval and maxval in deg, False if in km
:param after, before: UTCDateTime objects or strings with time range
:param bigger, smaller: magnitude range
:param replace: if True the data in the event list is overwritten
:return: picked Events instance
"""
if indegree:
degorkm = 'deg'
else:
degorkm = 'km'
newdata = []
dist = 50
for event in self[::-1]:
if latitude != None and longitude != None:
if not indegree:
dist = gps2DistAzimuth(event.latitude, event.longitude,
latitude, longitude)[0] / 1000.
else:
dist = gps2DistDegree(event.latitude, event.longitude,
latitude, longitude)
if bigger <= event.magnitude and smaller >= event.magnitude and \
dist >= minval and dist <= maxval and \
UTC(after) <= event.datetime and UTC(before) >= event.datetime:
newdata.append(event)
elif replace:
self.remove(event)
if latitude == None:
latitude = 0
if longitude == None:
longitude = 0
log.info('Pick %d events with distance between %d%s and %d%s from coordinates lat:%5.2f lon:%5.2f; between the dates %s and %s and between the magnitudes %3.1f and %3.1f'
% (len(newdata), minval, degorkm, maxval, degorkm, latitude, longitude, after, before, bigger, smaller))
return self.__class__(newdata[::-1])