def __init__(self, trace, data, dataquality):
"""
The init function requires a ObsPy Trace object which will be used to
fill self.mstg.
"""
self.mst = clibmseed.mst_init(None)
# Figure out the datatypes.
sampletype = SAMPLETYPE[data.dtype.type]
# Set the header values.
self.mst.contents.network = trace.stats.network
self.mst.contents.station = trace.stats.station
self.mst.contents.location = trace.stats.location
self.mst.contents.channel = trace.stats.channel
self.mst.contents.dataquality = dataquality
self.mst.contents.type = "\x00"
self.mst.contents.starttime = util._convertDatetimeToMSTime(trace.stats.starttime)
self.mst.contents.endtime = util._convertDatetimeToMSTime(trace.stats.endtime)
self.mst.contents.samprate = trace.stats.sampling_rate
self.mst.contents.samplecnt = trace.stats.npts
self.mst.contents.numsamples = trace.stats.npts
self.mst.contents.sampletype = sampletype
# libmseed expects data in the native byteorder.
if data.dtype.byteorder != "=":
data = data.byteswap()
# Copy the data. The copy appears to be necessary so that Python's
# garbage collection does not interfere it.
bytecount = data.itemsize * data.size
self.mst.contents.datasamples = clibmseed.allocate_bytes(bytecount)
C.memmove(self.mst.contents.datasamples, data.ctypes.get_data(), bytecount)
def __init__(self, trace, data, dataquality):
"""
The init function requires a ObsPy Trace object which will be used to
fill self.mstg.
"""
# Initialize MSTraceGroup
mstg = clibmseed.mst_initgroup(None)
self.mstg = mstg
# Set numtraces.
mstg.contents.numtraces = 1
# Initialize MSTrace object and connect with group
mstg.contents.traces = clibmseed.mst_init(None)
chain = mstg.contents.traces
# Figure out the datatypes.
sampletype = SAMPLETYPE[data.dtype.type]
c_dtype = DATATYPES[sampletype]
# Set the header values.
chain.contents.network = trace.stats.network
chain.contents.station = trace.stats.station
chain.contents.location = trace.stats.location
chain.contents.channel = trace.stats.channel
chain.contents.dataquality = dataquality
chain.contents.type = '\x00'
chain.contents.starttime = \
util._convertDatetimeToMSTime(trace.stats.starttime)
chain.contents.endtime = \
util._convertDatetimeToMSTime(trace.stats.endtime)
chain.contents.samprate = trace.stats.sampling_rate
chain.contents.samplecnt = trace.stats.npts
chain.contents.numsamples = trace.stats.npts
chain.contents.sampletype = sampletype
# Create a single datapoint and resize its memory to be able to
# hold all datapoints.
tempdatpoint = c_dtype()
datasize = SAMPLESIZES[sampletype] * trace.stats.npts
# XXX: Ugly workaround for traces with less than 17 data points
if datasize < 17:
datasize = 17
C.resize(tempdatpoint, datasize)
# The datapoints in the MSTG structure are a pointer to the memory
# area reserved for tempdatpoint.
chain.contents.datasamples = C.cast(C.pointer(tempdatpoint),
C.c_void_p)
# Swap if wrong byte order because libmseed expects native byteorder.
if data.dtype.byteorder != "=":
data = data.byteswap()
# Pointer to the NumPy data buffer.
datptr = data.ctypes.get_data()
# Manually move the contents of the NumPy data buffer to the
# address of the previously created memory area.
C.memmove(chain.contents.datasamples, datptr, datasize)
def __init__(self, trace, data, dataquality):
"""
The init function requires a ObsPy Trace object which will be used to
fill self.mstg.
"""
# Initialize MSTraceGroup
mstg = clibmseed.mst_initgroup(None)
self.mstg = mstg
# Set numtraces.
mstg.contents.numtraces = 1
# Initialize MSTrace object and connect with group
mstg.contents.traces = clibmseed.mst_init(None)
chain = mstg.contents.traces
# Figure out the datatypes.
sampletype = SAMPLETYPE[data.dtype.type]
c_dtype = DATATYPES[sampletype]
# Set the header values.
chain.contents.network = trace.stats.network
chain.contents.station = trace.stats.station
chain.contents.location = trace.stats.location
chain.contents.channel = trace.stats.channel
chain.contents.dataquality = dataquality
chain.contents.type = '\x00'
chain.contents.starttime = \
util._convertDatetimeToMSTime(trace.stats.starttime)
chain.contents.endtime = \
util._convertDatetimeToMSTime(trace.stats.endtime)
chain.contents.samprate = trace.stats.sampling_rate
chain.contents.samplecnt = trace.stats.npts
chain.contents.numsamples = trace.stats.npts
chain.contents.sampletype = sampletype
# Create a single datapoint and resize its memory to be able to
# hold all datapoints.
tempdatpoint = c_dtype()
datasize = SAMPLESIZES[sampletype] * trace.stats.npts
# XXX: Ugly workaround for traces with less than 17 data points
if datasize < 17:
datasize = 17
C.resize(tempdatpoint, datasize)
# The datapoints in the MSTG structure are a pointer to the memory
# area reserved for tempdatpoint.
chain.contents.datasamples = C.cast(C.pointer(tempdatpoint),
C.c_void_p)
# Swap if wrong byte order because libmseed expects native byteorder.
if data.dtype.byteorder != "=":
data = data.byteswap()
# Pointer to the NumPy data buffer.
datptr = data.ctypes.get_data()
# Manually move the contents of the NumPy data buffer to the
# address of the previously created memory area.
C.memmove(chain.contents.datasamples, datptr, datasize)
def __init__(self, trace, data, dataquality):
"""
The init function requires a ObsPy Trace object which will be used to
fill self.mstg.
"""
self.mst = clibmseed.mst_init(None)
# Figure out the datatypes.
sampletype = SAMPLETYPE[data.dtype.type]
# Set the header values.
self.mst.contents.network = trace.stats.network
self.mst.contents.station = trace.stats.station
self.mst.contents.location = trace.stats.location
self.mst.contents.channel = trace.stats.channel
self.mst.contents.dataquality = dataquality
self.mst.contents.type = '\x00'
self.mst.contents.starttime = \
util._convertDatetimeToMSTime(trace.stats.starttime)
self.mst.contents.endtime = \
util._convertDatetimeToMSTime(trace.stats.endtime)
self.mst.contents.samprate = trace.stats.sampling_rate
self.mst.contents.samplecnt = trace.stats.npts
self.mst.contents.numsamples = trace.stats.npts
self.mst.contents.sampletype = sampletype
# libmseed expects data in the native byteorder.
if data.dtype.byteorder != "=":
data = data.byteswap()
# Copy the data. The copy appears to be necessary so that Python's
# garbage collection does not interfere it.
bytecount = data.itemsize * data.size
self.mst.contents.datasamples = clibmseed.allocate_bytes(bytecount)
C.memmove(self.mst.contents.datasamples, data.ctypes.get_data(),
bytecount)
