def Print(self, I):
if CU.IsType(I, 's'):
I = self.GetIndex(I)
if I != []:
E = self.Events[I]
print('Event Id: {0}'.format(E['Id']))
print('Location:')
for n, L in enumerate(E['Location']):
print('[{0}] -'.format(n), end='')
print('Year: {0}'.format(L['Year']), end='')
print('Month: {0}'.format(L['Month']), end='')
print('Day: {0}'.format(L['Day']), end='')
print('Hour: {0}'.format(L['Hour']), end='')
print('Minute: {0}'.format(L['Minute']), end='')
print('Second: {0}'.format(L['Second']), end='')
print('Latitude: {0}'.format(L['Latitude']), end='')
print('Longitude: {0}'.format(L['Longitude']), end='')
print('Depth: {0}'.format(L['Depth']), end='')
print('Agency: {0}'.format(L['LocCode']), end='')
print('Prime: {0}'.format(L['Prime']))
print('Magnitude:')
for m, M in enumerate(E['Magnitude']):
print('[{0}] -'.format(m), end='')
print('Type: {0}'.format(M['MagType']), end='')
print('Size: {0}'.format(M['MagSize']), end='')
print('Error: {0}'.format(M['MagError']), end='')
print('Agency: {0}'.format(M['MagCode']))
print('Log:')
print('{0}'.format(E['Log']))
else:
print('Warning: Event not found')
def DelEvent(self, I):
if CU.IsType(I, 's'):
I = self.GetIndex(I)
else:
I = int(I)
if I != []:
del self.Events[I]
else:
print('Warning: Event not found')
def Filter(self,Key, Value, Opr='=',
Best=False,
All=False,
Owrite=True):
def Search(Event, Value, Str0, Str1, Opr, Best):
NewE = {}
NewE[Str1] = []
NewE[Str0] = []
Klist = []
"""
for V in Value:
for E in Event[Str0]:
if (Opr == '=') and (E[Key] == V):
NewE[Str0].append(E)
if (Opr == '!=') and (E[Key] != V):
NewE[Str0].append(E)
if (Opr == '>') and (E[Key] > V):
NewE[Str0].append(E)
if (Opr == '<') and (E[Key] < V):
NewE[Str0].append(E)
if (Opr == '>=') and (E[Key] >= V):
NewE[Str0].append(E)
if (Opr == '<=') and (E[Key] <= V):
NewE[Str0].append(E)
"""
for E in Event[Str0]:
if (Opr == '=') and any([V==E[Key] for V in Value]):
NewE[Str0].append(E)
if (Opr == '!=') and not any([V==E[Key] for V in Value]):
NewE[Str0].append(E)
if (Opr == '>') and any([V<E[Key] for V in Value]):
NewE[Str0].append(E)
if (Opr == '<') and any([V>E[Key] for V in Value]):
NewE[Str0].append(E)
if (Opr == '>=') and any([V<=E[Key] for V in Value]):
NewE[Str0].append(E)
if (Opr == '<=') and any([V>=E[Key] for V in Value]):
NewE[Str0].append(E)
Klist = [k[Key] for k in NewE[Str0]]
if NewE[Str0]:
NewE['Id'] = Event['Id']
NewE['Log'] = Event['Log']
NewE[Str1] = Event[Str1]
if Best:
NewE[Str0] = [NewE[Str0][0]]
return NewE, Klist
Out = Database()
Out.Header = cp.deepcopy(self.Header)
if not CU.IsType(Value, 'l'):
Value = [Value]
Group = CU.KeyGroup(Key)
for E in self.Events:
if Group == 'Location':
E, Klist = Search(E, Value, 'Location', 'Magnitude', Opr, Best)
if Group == 'Magnitude':
E, Klist = Search(E, Value, 'Magnitude', 'Location', Opr, Best)
if E['Location'] or E['Magnitude']:
if All:
if sorted(Value) == sorted(set(Klist)):
Out.Events.append(cp.deepcopy(E))
else:
Out.Events.append(cp.deepcopy(E))
if Owrite:
self.Events = Out.Events
else:
return Out