edu.sc.seis.fissuresUtil.mseed
Class FissuresConvert

java.lang.Object
  edu.sc.seis.fissuresUtil.mseed.FissuresConvert

public class FissuresConvert
extends java.lang.Object

FissuresConvert.java Created: Fri Oct 15 09:09:32 1999

Field Summary

static TimeInterval	DAY
static int	RECORD_SIZE_1024
static byte	RECORD_SIZE_1024_POWER
static int	RECORD_SIZE_256
static byte	RECORD_SIZE_256_POWER
static int	RECORD_SIZE_4096
static byte	RECORD_SIZE_4096_POWER
static int	RECORD_SIZE_512
static byte	RECORD_SIZE_512_POWER

Method Summary

static LocalSeismogramImpl	append(LocalSeismogramImpl seis, DataRecord seed) assume all records from same channel and in time order with no gaps/overlaps.
static LocalSeismogramImpl	append(LocalSeismogramImpl seis, DataRecord[] seed) assume all records from same channel and in time order with no gaps/overlaps.
static short[]	calcSeedMultipilerFactor(SamplingImpl sampling) calculates the seed representation of a sample rate as factor and multiplier.
static SeismogramAttrImpl	convertAttributes(DataRecord seed)
static TimeSeriesDataSel	convertData(DataRecord seed)
static SamplingImpl	convertSampleRate(DataRecord seed)
static SamplingImpl	convertSampleRate(int multi, int factor)
static UnitImpl	fromBytes(byte[] bytes) Turns a byte array containing just a serialized UnitImpl object back into an UnitImpl
static Btime	getBtime(MicroSecondDate date)
static java.lang.String	getISOTime(Btime startStruct) get the value of start time in ISO format
static MicroSecondDate	getMicroSecondTime(Btime startStruct) get the value of start time in MicroSecondDate format
static MicroSecondTimeRange	getTimeRange(BtimeRange bTime)
static byte[]	toBytes(UnitImpl obj) Turns a UnitImpl into a byte array using Java serialization
static EncodedData[]	toEncodedData(int[] data)
static LocalSeismogramImpl	toFissures(DataRecord seed)
static LocalSeismogramImpl	toFissures(DataRecord[] seed) assume all records from same channel and in time order with no gaps/overlaps.
static LocalSeismogramImpl	toFissures(DataRecord[] seed, byte defaultCompression, byte defaultByteOrder) assume all records from same channel and in time order with no gaps/overlaps.
static java.util.List<LocalSeismogramImpl>	toFissures(java.util.List<DataRecord> seed) assume all records from same channel and in time order.
static LocalSeismogramImpl	toFissures(java.lang.String filename)
static LocalSeismogramImpl	toFissuresSeismogram(java.util.List<DataRecord> seed) assume all records from same channel and in time order with no gaps/overlaps.
static DataRecord[]	toMSeed(DataChunk chunk)
static java.util.LinkedList<DataRecord>	toMSeed(EncodedData[] eData, ChannelId channel_id, MicroSecondDate start, SamplingImpl sampling_info, int seqStart)
static java.util.LinkedList<DataRecord>	toMSeed(EncodedData[] eData, ChannelId channel_id, MicroSecondDate start, SamplingImpl sampling_info, int seqStart, char typeCode)
static java.util.List<DataRecord>	toMSeed(java.util.List<PlottableChunk> chunkList)
static DataRecord[]	toMSeed(LocalSeismogram seis)
static DataRecord[]	toMSeed(LocalSeismogram seis, int seqStart)
static PlottableChunk	toPlottable(DataRecord dr)
static java.util.List<PlottableChunk>	toPlottable(java.util.List<DataRecord> drList) Exctract plottables stored in miniseed.

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

RECORD_SIZE_4096_POWER

public static final byte RECORD_SIZE_4096_POWER

See Also:

Constant Field Values

RECORD_SIZE_4096

public static int RECORD_SIZE_4096

RECORD_SIZE_1024_POWER

public static final byte RECORD_SIZE_1024_POWER

See Also:

Constant Field Values

RECORD_SIZE_1024

public static int RECORD_SIZE_1024

RECORD_SIZE_512_POWER

public static final byte RECORD_SIZE_512_POWER

See Also:

Constant Field Values

RECORD_SIZE_512

public static int RECORD_SIZE_512

RECORD_SIZE_256_POWER

public static final byte RECORD_SIZE_256_POWER

See Also:

Constant Field Values

RECORD_SIZE_256

public static int RECORD_SIZE_256

DAY

public static final TimeInterval DAY

Method Detail

toMSeed

public static DataRecord[] toMSeed(LocalSeismogram seis)
                            throws SeedFormatException

Throws:

SeedFormatException

toMSeed

public static DataRecord[] toMSeed(LocalSeismogram seis,
                                   int seqStart)
                            throws SeedFormatException

Throws:

SeedFormatException

toMSeed

public static DataRecord[] toMSeed(DataChunk chunk)
                            throws SeedFormatException

Throws:

SeedFormatException

toMSeed

public static java.util.LinkedList<DataRecord> toMSeed(EncodedData[] eData,
                                                       ChannelId channel_id,
                                                       MicroSecondDate start,
                                                       SamplingImpl sampling_info,
                                                       int seqStart)
                                                throws SeedFormatException

Throws:

SeedFormatException

toMSeed

public static java.util.LinkedList<DataRecord> toMSeed(EncodedData[] eData,
                                                       ChannelId channel_id,
                                                       MicroSecondDate start,
                                                       SamplingImpl sampling_info,
                                                       int seqStart,
                                                       char typeCode)
                                                throws SeedFormatException

Throws:

SeedFormatException

calcSeedMultipilerFactor

public static short[] calcSeedMultipilerFactor(SamplingImpl sampling)

calculates the seed representation of a sample rate as factor and multiplier.

toFissures

public static LocalSeismogramImpl toFissures(java.lang.String filename)
                                      throws SeedFormatException,
                                             java.io.IOException,
                                             FissuresException

Throws:

SeedFormatException

java.io.IOException

FissuresException

toFissures

public static java.util.List<LocalSeismogramImpl> toFissures(java.util.List<DataRecord> seed)
                                                      throws SeedFormatException,
                                                             FissuresException

assume all records from same channel and in time order. Separate seismograms created if there are gaps/overlaps.

Throws:

SeedFormatException

FissuresException

toFissuresSeismogram

public static LocalSeismogramImpl toFissuresSeismogram(java.util.List<DataRecord> seed)
                                                throws SeedFormatException,
                                                       FissuresException

assume all records from same channel and in time order with no gaps/overlaps.

Throws:

SeedFormatException

FissuresException

toFissures

public static LocalSeismogramImpl toFissures(DataRecord[] seed)
                                      throws SeedFormatException,
                                             FissuresException

assume all records from same channel and in time order with no gaps/overlaps.

Throws:

SeedFormatException

FissuresException

toFissures

public static LocalSeismogramImpl toFissures(DataRecord[] seed,
                                             byte defaultCompression,
                                             byte defaultByteOrder)
                                      throws SeedFormatException,
                                             FissuresException

assume all records from same channel and in time order with no gaps/overlaps. Specifying a default compression and byte order. This should only be used in cases where the miniseed records are older than the Blockette 1000 SEED specification and where the compression and byte order are known from outside sources. Per the SEED specification, valid miniseed MUST have a blockette 1000 and so this method exists only for reading older data.

Parameters:

defaultCompression - compression to use if there is no blockette 1000, See the SEED specification for blockette 1000 for valid compression types.

defaultByteOrder - byte order to use if there is no blockette 1000. 0 indicates little-endian order and a 1 indicates big-endian.

Throws:

SeedFormatException

FissuresException

append

public static LocalSeismogramImpl append(LocalSeismogramImpl seis,
                                         DataRecord[] seed)
                                  throws SeedFormatException,
                                         FissuresException

assume all records from same channel and in time order with no gaps/overlaps.

Throws:

SeedFormatException

FissuresException

append

public static LocalSeismogramImpl append(LocalSeismogramImpl seis,
                                         DataRecord seed)
                                  throws SeedFormatException,
                                         FissuresException

assume all records from same channel and in time order with no gaps/overlaps.

Throws:

SeedFormatException

FissuresException

toFissures

public static LocalSeismogramImpl toFissures(DataRecord seed)
                                      throws SeedFormatException

Throws:

SeedFormatException

toMSeed

public static java.util.List<DataRecord> toMSeed(java.util.List<PlottableChunk> chunkList)
                                          throws SeedFormatException

Throws:

SeedFormatException

toPlottable

public static java.util.List<PlottableChunk> toPlottable(java.util.List<DataRecord> drList)
                                                  throws SeedFormatException,
                                                         FissuresException

Exctract plottables stored in miniseed. Assume all datarecords are in order and from the same channel.

Throws:

FissuresException

SeedFormatException

toPlottable

public static PlottableChunk toPlottable(DataRecord dr)
                                  throws SeedFormatException,
                                         FissuresException

Throws:

SeedFormatException

FissuresException

convertSampleRate

public static SamplingImpl convertSampleRate(DataRecord seed)

convertSampleRate

public static SamplingImpl convertSampleRate(int multi,
                                             int factor)

convertData

public static TimeSeriesDataSel convertData(DataRecord seed)
                                     throws SeedFormatException

Throws:

SeedFormatException

toEncodedData

public static EncodedData[] toEncodedData(int[] data)

convertAttributes

public static SeismogramAttrImpl convertAttributes(DataRecord seed)
                                            throws SeedFormatException

Throws:

SeedFormatException

getISOTime

public static java.lang.String getISOTime(Btime startStruct)

get the value of start time in ISO format

Returns:

the value of start time in ISO format

getMicroSecondTime

public static MicroSecondDate getMicroSecondTime(Btime startStruct)

get the value of start time in MicroSecondDate format

Returns:

the value of start time in MicroSecondDate format

getBtime

public static Btime getBtime(MicroSecondDate date)

getTimeRange

public static MicroSecondTimeRange getTimeRange(BtimeRange bTime)

toBytes

public static byte[] toBytes(UnitImpl obj)

Turns a UnitImpl into a byte array using Java serialization

fromBytes

public static UnitImpl fromBytes(byte[] bytes)
                          throws java.io.IOException

Turns a byte array containing just a serialized UnitImpl object back into an UnitImpl

Throws:

java.io.IOException