def get_segy_real (filename): ''' Reads a SEG-Y file and returns all traces without additional metadata. ''' sf = SEGYFile(filename, endian=endian, verbose=VERBOSE) traces = sf.readTraces() return traces
def get_segy_real(filename):
'''
Reads a SEG-Y file and returns all traces without additional metadata.
'''
sf = SEGYFile(filename, endian=endian, verbose=VERBOSE)
traces = sf.readTraces()
return traces
def get_segy_time (filename): ''' Reads a SEG-Y file and returns all traces, as well as the sample rate (read from the binary header). ''' sf = SEGYFile(filename, endian=endian, verbose=VERBOSE) traces = sf.readTraces() return [traces, sf.bhead['hdt'], sf.trhead[0]['lagb']]
def get_segy_time(filename):
'''
Reads a SEG-Y file and returns all traces, as well as the sample rate
(read from the binary header).
'''
sf = SEGYFile(filename, endian=endian, verbose=VERBOSE)
traces = sf.readTraces()
return [traces, sf.bhead['hdt'], sf.trhead[0]['lagb']]
elif (not os.path.isfile(args[0])):
parser.error('File %s does not exist!' % (args[0], ))
infile = args[0]
if (len(args) > 1):
outfile = args[1]
else:
outfile = infile + '.su'
if (options.verbose):
print(
'\nSEG-Y --> SU File Converter v1.0\nBrendan Smithyman, July 2011\n\n\tConverting \'%s\' to \'%s\'...\n'
% (infile, outfile))
sf = SEGYFile(infile, verbose=options.verbose, majorheadersonly=False)
intr = sf.readTraces()
if (options.normalize):
intr = sf.sNormalize(intr)
if (options.verbose):
print('Generating output file.')
if (len(intr.shape) == 1):
intr = [intr]
sf.writeSU(outfile, intr, sf.trhead)
if (options.verbose):
print('Done!\n')
parser.error('Please specify a valid filename to convert.')
elif (not os.path.isfile(args[0])):
parser.error('File %s does not exist!'%(args[0],))
infile = args[0]
if (len(args) > 1):
outfile = args[1]
else:
outfile = infile + '.su'
if (options.verbose):
print('\nSEG-Y --> SU File Converter v1.0\nBrendan Smithyman, July 2011\n\n\tConverting \'%s\' to \'%s\'...\n'%(infile, outfile))
sf = SEGYFile(infile, verbose=options.verbose, majorheadersonly=False)
intr = sf.readTraces()
if (options.normalize):
intr = sf.sNormalize(intr)
if (options.verbose):
print('Generating output file.')
if (len(intr.shape) == 1):
intr = [intr]
sf.writeSU(outfile, intr, sf.trhead)
if (options.verbose):
print('Done!\n')
