///////////////////////////////////////////////////////////////// // // Station database file for NaqsServer version 1.66 (07-Aug-2001) // // POLARIS Network // Last Revised: Jan. 24/02 (BD) // //////////////////////////////////////////////////////////////// // // This defines the network name and acquisition system ID // //////////////////////////////////////////////////////////////// [ Network ] Name = POLARIS NaqsID = 1 ///////////////////////////////////////////////////////////////// // // The following sections define the sensors used in this network // Calibration disabled until I get a manual // ///////////////////////////////////////////////////////////////// [ Sensor ] // predefined sensor - all fields mandatory TypeName = CMG-40T // name of this prototype - may be same as model Model = CMG-40T // sensor model name SensitivityUnits = M/S // units of ground motion: M, M/S or M/S**2 Sensitivity = 3.15e+8 // counts per unit of ground motion SensitivityFreq = 1.0 // Frequency at which sensitivity is correct CalibrationUnits = AMPS // calibration input units: VOLTS or AMPS CalCoilResistance = 10000 // calibration coil resistance in ohms CalCoilConstant = 4.0e-3 // Calibration units per m/s/s CalEnable = -1 // digital enable signal for calibration CalRelay = 0 // analog relay for calibration (0 = use channel number) MassCenterEnable = -1 // digital enable signal for mass centering MassCenterDuration = 5 // duration of mass centering signal in seconds (optional) [ Sensor ] // predefined sensor - all fields mandatory TypeName = CMG-3ESP // name of this prototype - may be same as model Model = CMG-3ESP // sensor model name SensitivityUnits = M/S // units of ground motion: M, M/S or M/S**2 Sensitivity = 7.88e+8 // counts per unit of ground motion SensitivityFreq = 1.0 // Frequency at which sensitivity is correct CalibrationUnits = AMPS // calibration input units: VOLTS or AMPS CalCoilResistance = 51000 // calibration coil resistance in ohms CalCoilConstant = 2.0e-2 // Calibration units per m/s/s CalEnable = -1 // digital enable signal for calibration CalRelay = 0 // analog relay for calibration (0 = use channel number) MassCenterEnable = 1 // digital enable signal for mass centering MassCenterDuration = 10 // duration of mass centering signal in seconds (optional) ///////////////////////////////////////////////////////////////////// // // The following sections define the instruments used in this network // ///////////////////////////////////////////////////////////////////// [ InstrumentPrototype ] // predefined instrument - all fields mandatory TypeName = Carina // prototype name - may be same as model Model = Carina // instrument type MemoryKB = 4096 // instrument ReTx buffer size SohBundlesPerPacket = 19 // bundles per soh packet RequestInterval = 300 // interval between retx request messages SohChannelName = SOH // extension for soh file (NUL if none) SohBufferSize = 100 // file size in MB SohBufferPath = D: // where files are located InetHostName = Dynamic // return IP address for instrument InetPort = 32000 // return IP port for instrument [ InstrumentPrototype ] // predefined instrument - all fields mandatory TypeName = Cygnus // prototype name - may be same as model Model = Cygnus // instrument type MemoryKB = 192 // instrument ReTx buffer size SohBundlesPerPacket = 19 // bundles per soh packet RequestInterval = 300 // interval between retx request messages SohChannelName = SOH // extension for soh file (NUL if none) SohBufferSize = 40 // file size in MB SohBufferPath = D: // where files are located InetHostName = Dynamic // return IP address for instrument InetPort = 32000 // return IP port for instrument [ InstrumentPrototype ] // predefined instrument - all fields mandatory TypeName = HRD // prototype name - may be same as model Model = HRD // instrument type MemoryKB = 4096 // instrument ReTx buffer size SohBundlesPerPacket = 19 // bundles per soh packet RequestInterval = 300 // interval between retx request messages SohChannelName = SHH // extension for soh file (NUL if none) SohBufferSize = 20 // file size in MB SohBufferPath = D: // where files are located InetHostName = Dynamic // return IP address for instrument InetPort = 32000 // return IP port for instrument [ InstrumentPrototype ] // predefined instrument - all fields mandatory TypeName = TRIDENT // prototype name - may be same as model Model = TRIDENT // instrument type MemoryKB = 8000 // instrument ReTx buffer size SohBundlesPerPacket = 15 // bundles per soh packet RequestInterval = 300 // interval between retx request messages SohChannelName = SHH // extension for soh file (NUL if none) SohBufferSize = 20 // file size in MB SohBufferPath = D: // where files are located InetHostName = Dynamic // return IP address for instrument InetPort = 32000 // return IP port for instrument //////////////////////////////////////////////////////////////////////////// // // The following sections define the prototype channels used in this network // SEED 2.3 Naming Conventions // /////////////////////////////////////////////////////////////////////////// // Extremely Short Period (E) - Samle rate (Hz) >= 80, Corner period (seconds) < 10 // High Gain Seismometer Code (H) // Compenent (Z N E) [ ChannelPrototype ] // predefined channel - all fields mandatory TypeName = EHZ-1 // label for this type Name = EHZ // channel name Component = 1 // digitizer component (refers to current instrument) Sensor = CMG-40T // pointer to predefined [Sensor] characteristics Azimuth = 0 // azimuth in degrees clockwise from North Dip = -90 // dip in degrees (positive down) Depth = 0 // has to be defined for each channel BundlesPerPacket = 19 // number of bundles per data packet RingBufferSize = 1000 // file size in MB RingBufferPath = D: // where files are located ResponseFile = HRD.RSP // name of SEED response file [ ChannelPrototype ] // predefined channel - all fields mandatory TypeName = EHN-1 // label for this type Name = EHN // channel name Component = 2 // digitizer component (refers to current instrument) Sensor = CMG-40T // pointer to predefined [Sensor] characteristics Azimuth = 0 // azimuth in degrees clockwise from North Dip = 0 // dip in degrees (positive down) Depth = 0 // has to be defined for each channel BundlesPerPacket = 19 // number of bundles per data packet RingBufferSize = 1000 // file size in MB RingBufferPath = D: // where files are located ResponseFile = HRD.RSP // name of SEED response file [ ChannelPrototype ] // predefined channel - all fields mandatory TypeName = EHE-1 // label for this type Name = EHE // channel name Component = 3 // digitizer component (refers to current instrument) Sensor = CMG-40T // pointer to predefined [Sensor] characteristics Azimuth = 90 // azimuth in degrees clockwise from North Dip = 0 // dip in degrees (positive down) Depth = 0 // has to be defined for each channel BundlesPerPacket = 19 // number of bundles per data packet RingBufferSize = 1000 // file size in MB RingBufferPath = D: // where files are located ResponseFile = HRD.RSP // name of SEED response file [ ChannelPrototype ] // predefined channel - all fields mandatory TypeName = EHZ-2 // label for this type Name = EHZ // channel name Component = 1 // digitizer component (refers to current instrument) Sensor = CMG-3ESP // pointer to predefined [Sensor] characteristics Azimuth = 0 // azimuth in degrees clockwise from North Dip = -90 // dip in degrees (positive down) Depth = 0 // has to be defined for each channel BundlesPerPacket = 19 // number of bundles per data packet RingBufferSize = 1000 // file size in MB RingBufferPath = D: // where files are located ResponseFile = HRD.RSP // name of SEED response file [ ChannelPrototype ] // predefined channel - all fields mandatory TypeName = EHN-2 // label for this type Name = EHN // channel name Component = 2 // digitizer component (refers to current instrument) Sensor = CMG-3ESP // pointer to predefined [Sensor] characteristics Azimuth = 0 // azimuth in degrees clockwise from North Dip = 0 // dip in degrees (positive down) Depth = 0 // has to be defined for each channel BundlesPerPacket = 19 // number of bundles per data packet RingBufferSize = 1000 // file size in MB RingBufferPath = D: // where files are located ResponseFile = HRD.RSP // name of SEED response file [ ChannelPrototype ] // predefined channel - all fields mandatory TypeName = EHE-2 // label for this type Name = EHE // channel name Component = 3 // digitizer component (refers to current instrument) Sensor = CMG-3ESP // pointer to predefined [Sensor] characteristics Azimuth = 90 // azimuth in degrees clockwise from North Dip = 0 // dip in degrees (positive down) Depth = 0 // has to be defined for each channel BundlesPerPacket = 19 // number of bundles per data packet RingBufferSize = 1000 // file size in MB RingBufferPath = D: // where files are located ResponseFile = HRD.RSP // name of SEED response file // Short Period (S) - Samle rate (Hz) >= 10 < 80, Corner period (seconds) < 10 // High Gain Seismometer Code (H) // Compenent (Z N E) [ ChannelPrototype ] // predefined channel - all fields mandatory TypeName = SHZ-1 // label for this type Name = SHZ // channel name Component = 1 // digitizer component (refers to current instrument) Sensor = CMG-3ESP // pointer to predefined [Sensor] characteristics Azimuth = 0 // azimuth in degrees clockwise from North Dip = -90 // dip in degrees (positive down) Depth = 0 // has to be defined for each channel BundlesPerPacket = 19 // number of bundles per data packet RingBufferSize = 400 // file size in MB RingBufferPath = D: // where files are located ResponseFile = HRD.RSP // name of SEED response file [ ChannelPrototype ] // predefined channel - all fields mandatory TypeName = SHN-1 // label for this type Name = SHN // channel name Component = 2 // digitizer component (refers to current instrument) Sensor = CMG-3ESP // pointer to predefined [Sensor] characteristics Azimuth = 0 // azimuth in degrees clockwise from North Dip = 0 // dip in degrees (positive down) Depth = 0 // has to be defined for each channel BundlesPerPacket = 19 // number of bundles per data packet RingBufferSize = 400 // file size in MB RingBufferPath = D: // where files are located ResponseFile = HRD.RSP // name of SEED response file [ ChannelPrototype ] // predefined channel - all fields mandatory TypeName = SHE-1 // label for this type Name = SHE // channel name Component = 3 // digitizer component (refers to current instrument) Sensor = CMG-3ESP // pointer to predefined [Sensor] characteristics Azimuth = 90 // azimuth in degrees clockwise from North Dip = 0 // dip in degrees (positive down) Depth = 0 // has to be defined for each channel BundlesPerPacket = 19 // number of bundles per data packet RingBufferSize = 400 // file size in MB RingBufferPath = D: // where files are located ResponseFile = HRD.RSP // name of SEED response file // High Broad Band (H) - Samle rate (Hz) >= 80, Corner period (seconds) >= 10 // High Gain Seismometer Code (H) // Compenent (Z N E) [ ChannelPrototype ] // predefined channel - all fields mandatory TypeName = HHZ-1 // label for this type Name = HHZ // channel name Component = 1 // digitizer component (refers to current instrument) Sensor = CMG-3ESP // pointer to predefined [Sensor] characteristics Azimuth = 0 // azimuth in degrees clockwise from North Dip = -90 // dip in degrees (positive down) Depth = 0 // has to be defined for each channel BundlesPerPacket = 19 // number of bundles per data packet RingBufferSize = 1000 // file size in MB RingBufferPath = D: // where files are located ResponseFile = HRD.RSP // name of SEED response file [ ChannelPrototype ] // predefined channel - all fields mandatory TypeName = HHN-1 // label for this type Name = HHN // channel name Component = 2 // digitizer component (refers to current instrument) Sensor = CMG-3ESP // pointer to predefined [Sensor] characteristics Azimuth = 0 // azimuth in degrees clockwise from North Dip = 0 // dip in degrees (positive down) Depth = 0 // has to be defined for each channel BundlesPerPacket = 19 // number of bundles per data packet RingBufferSize = 1000 // file size in MB RingBufferPath = D: // where files are located ResponseFile = HRD.RSP // name of SEED response file [ ChannelPrototype ] // predefined channel - all fields mandatory TypeName = HHE-1 // label for this type Name = HHE // channel name Component = 3 // digitizer component (refers to current instrument) Sensor = CMG-3ESP // pointer to predefined [Sensor] characteristics Azimuth = 90 // azimuth in degrees clockwise from North Dip = 0 // dip in degrees (positive down) Depth = 0 // has to be defined for each channel BundlesPerPacket = 19 // number of bundles per data packet RingBufferSize = 1000 // file size in MB RingBufferPath = D: // where files are located ResponseFile = HRD.RSP // name of SEED response file // Broad Band (B) - Sample rate (Hz) >= 10 < 80, Corner period (seconds) >= 10 // High Gain Seismometer Code (H) // Compenent (Z N E) [ ChannelPrototype ] // predefined channel - all fields mandatory TypeName = BHZ-1 // label for this type Name = BHZ // channel name Component = 1 // digitizer component (refers to current instrument) Sensor = CMG-3ESP // pointer to predefined [Sensor] characteristics Azimuth = 0 // azimuth in degrees clockwise from North Dip = -90 // dip in degrees (positive down) Depth = 0 // has to be defined for each channel BundlesPerPacket = 19 // number of bundles per data packet RingBufferSize = 400 // file size in MB RingBufferPath = D: // where files are located ResponseFile = HRD.RSP // name of SEED response file [ ChannelPrototype ] // predefined channel - all fields mandatory TypeName = BHN-1 // label for this type Name = BHN // channel name Component = 2 // digitizer component (refers to current instrument) Sensor = CMG-3ESP // pointer to predefined [Sensor] characteristics Azimuth = 0 // azimuth in degrees clockwise from North Dip = 0 // dip in degrees (positive down) Depth = 0 // has to be defined for each channel BundlesPerPacket = 19 // number of bundles per data packet RingBufferSize = 400 // file size in MB RingBufferPath = D: // where files are located ResponseFile = HRD.RSP // name of SEED response file [ ChannelPrototype ] // predefined channel - all fields mandatory TypeName = BHE-1 // label for this type Name = BHE // channel name Component = 3 // digitizer component (refers to current instrument) Sensor = CMG-3ESP // pointer to predefined [Sensor] characteristics Azimuth = 90 // azimuth in degrees clockwise from North Dip = 0 // dip in degrees (positive down) Depth = 0 // has to be defined for each channel BundlesPerPacket = 19 // number of bundles per data packet RingBufferSize = 400 // file size in MB RingBufferPath = D: // where files are located ResponseFile = HRD.RSP // name of SEED response file // High Broad Band (H) - Samle rate (Hz) >= 80, Corner period (seconds) >= 10 // High Gain Seismometer Code (H) // Compenent (Z N E) [ ChannelPrototype ] // predefined channel - all fields mandatory TypeName = HHZ-2 // label for this type Name = HHZ // channel name Component = 1 // digitizer component (refers to current instrument) Sensor = CMG-3ESP // pointer to predefined [Sensor] characteristics Azimuth = 0 // azimuth in degrees clockwise from North Dip = -90 // dip in degrees (positive down) Depth = 0 // has to be defined for each channel BundlesPerPacket = 15 // number of bundles per data packet RingBufferSize = 1000 // file size in MB RingBufferPath = D: // where files are located ResponseFile = TRIDENT.RSP // name of SEED response file [ ChannelPrototype ] // predefined channel - all fields mandatory TypeName = HHN-2 // label for this type Name = HHN // channel name Component = 2 // digitizer component (refers to current instrument) Sensor = CMG-3ESP // pointer to predefined [Sensor] characteristics Azimuth = 0 // azimuth in degrees clockwise from North Dip = 0 // dip in degrees (positive down) Depth = 0 // has to be defined for each channel BundlesPerPacket = 15 // number of bundles per data packet RingBufferSize = 1000 // file size in MB RingBufferPath = D: // where files are located ResponseFile = TRIDENT.RSP // name of SEED response file [ ChannelPrototype ] // predefined channel - all fields mandatory TypeName = HHE-2 // label for this type Name = HHE // channel name Component = 3 // digitizer component (refers to current instrument) Sensor = CMG-3ESP // pointer to predefined [Sensor] characteristics Azimuth = 90 // azimuth in degrees clockwise from North Dip = 0 // dip in degrees (positive down) Depth = 0 // has to be defined for each channel BundlesPerPacket = 15 // number of bundles per data packet RingBufferSize = 1000 // file size in MB RingBufferPath = D: // where files are located ResponseFile = TRIDENT.RSP // name of SEED response file // Broad Band (B) - Sample rate (Hz) >= 10 < 80, Corner period (seconds) >= 10 // High Gain Seismometer Code (H) // Compenent (Z N E) [ ChannelPrototype ] // predefined channel - all fields mandatory TypeName = BHZ-2 // label for this type Name = BHZ // channel name Component = 1 // digitizer component (refers to current instrument) Sensor = CMG-3ESP // pointer to predefined [Sensor] characteristics Azimuth = 0 // azimuth in degrees clockwise from North Dip = -90 // dip in degrees (positive down) Depth = 0 // has to be defined for each channel BundlesPerPacket = 15 // number of bundles per data packet RingBufferSize = 400 // file size in MB RingBufferPath = D: // where files are located ResponseFile = TRIDENT.RSP // name of SEED response file [ ChannelPrototype ] // predefined channel - all fields mandatory TypeName = BHN-2 // label for this type Name = BHN // channel name Component = 2 // digitizer component (refers to current instrument) Sensor = CMG-3ESP // pointer to predefined [Sensor] characteristics Azimuth = 0 // azimuth in degrees clockwise from North Dip = 0 // dip in degrees (positive down) Depth = 0 // has to be defined for each channel BundlesPerPacket = 15 // number of bundles per data packet RingBufferSize = 400 // file size in MB RingBufferPath = D: // where files are located ResponseFile = TRIDENT.RSP // name of SEED response file [ ChannelPrototype ] // predefined channel - all fields mandatory TypeName = BHE-2 // label for this type Name = BHE // channel name Component = 3 // digitizer component (refers to current instrument) Sensor = CMG-3ESP // pointer to predefined [Sensor] characteristics Azimuth = 90 // azimuth in degrees clockwise from North Dip = 0 // dip in degrees (positive down) Depth = 0 // has to be defined for each channel BundlesPerPacket = 15 // number of bundles per data packet RingBufferSize = 400 // file size in MB RingBufferPath = D: // where files are located ResponseFile = TRIDENT.RSP // name of SEED response file ///////////////////////////////////////////////////////////////////// // // The following sections define the Stations used in this network, // and their associated instruments and channels // ////////////////////////////////////////////////////////////////////// // Carina Hubs - one for each satellite segment // HUB1 [ Station ] Name = HUB1 Description = UWO Carina Hub #1 Latitude = 43.0110 Longitude = -81.2724 Elevation = 267.0 [ Instrument ] // instance of an instrument Prototype = Carina // instrument type SerialNumber = 28 // serial number - mandatory // HUB2 [ Station ] Name = HUB2 Description = UWO Carina Hub #2 Latitude = 43.0110 Longitude = -81.2724 Elevation = 267.0 [ Instrument ] // instance of an instrument Prototype = Carina // instrument type SerialNumber = 29 // serial number - mandatory // HUB3 [ Station ] Name = HUB3 Description = UWO Carina Hub #3 Latitude = 43.0110 Longitude = -81.2724 Elevation = 267.0 [ Instrument ] // instance of an instrument Prototype = Carina // instrument type SerialNumber = 30 // serial number - mandatory // HUB4 [ Station ] Name = HUB4 Description = UWO Carina Hub #4 Latitude = 43.0110 Longitude = -81.2724 Elevation = 267.0 [ Instrument ] // instance of an instrument Prototype = Carina // instrument type SerialNumber = 31 // serial number - mandatory /////////////////////////////////////////////////////////////////// // // POLARIS Stations // // /////////////////////////////////////////////////////////////////// [ Station ] Name = P01T Description = TEST SITE, UWO/OTTAWA Latitude = 99.9999 Longitude = -99.9999 Elevation = 99.999 // These are the instruments associated with the preceding station [ Instrument ] // instance of an instrument Prototype = Cygnus // instrument type SerialNumber = 159 // serial number - mandatory [ Instrument ] // instance of an instrument Prototype = HRD // instrument type SerialNumber = 208 // serial number - mandatory // These are the channels associated with the preceding instrument [ Channel ] // instance of a channel Prototype = HHZ-1 // use settings from this prototype [ Channel ] // instance of a channel Prototype = HHN-1 // use settings from this prototype [ Channel ] // instance of a channel Prototype = HHE-1 // use settings from this prototype /////////////////////////////////////////////////////////////////// [ Station ] Name = P02T Description = TEST SITE, UWO/OTTAWA Latitude = 99.9999 Longitude = -99.9999 Elevation = 99.999 // These are the instruments associated with the preceding station [ Instrument ] // instance of an instrument Prototype = Cygnus // instrument type SerialNumber = 171 // serial number - mandatory [ Instrument ] // instance of an instrument Prototype = TRIDENT // instrument type SerialNumber = 63 // serial number - mandatory // These are the channels associated with the preceding instrument [ Channel ] // instance of a channel Prototype = HHZ-2 // use settings from this prototype [ Channel ] // instance of a channel Prototype = HHN-2 // use settings from this prototype [ Channel ] // instance of a channel Prototype = HHE-2 // use settings from this prototype /////////////////////////////////////////////////////////////////// [ Station ] Name = P03T Description = TEST SITE, UWO/OTTAWA Latitude = 99.9999 Longitude = -99.9999 Elevation = 99.999 // These are the instruments associated with the preceding station [ Instrument ] // instance of an instrument Prototype = Cygnus // instrument type SerialNumber = 173 // serial number - mandatory [ Instrument ] // instance of an instrument Prototype = TRIDENT // instrument type SerialNumber = 66 // serial number - mandatory // These are the channels associated with the preceding instrument [ Channel ] // instance of a channel Prototype = HHZ-2 // use settings from this prototype [ Channel ] // instance of a channel Prototype = HHN-2 // use settings from this prototype [ Channel ] // instance of a channel Prototype = HHE-2 // use settings from this prototype ////////////////////////////////////////////////////////////////// [ Station ] Name = P04T Description = TEST SITE, UWO/OTTAWA Latitude = 99.9999 Longitude = -99.9999 Elevation = 99.999 // These are the instruments associated with the preceding station [ Instrument ] // instance of an instrument Prototype = Cygnus // instrument type SerialNumber = 172 // serial number - mandatory [ Instrument ] // instance of an instrument Prototype = TRIDENT // instrument type SerialNumber = 59 // serial number - mandatory // These are the channels associated with the preceding instrument [ Channel ] // instance of a channel Prototype = HHZ-2 // use settings from this prototype [ Channel ] // instance of a channel Prototype = HHN-2 // use settings from this prototype [ Channel ] // instance of a channel Prototype = HHE-2 // use settings from this prototype /////////////////////////////////////////////////////////////////// [ Station ] Name = P05T Description = TEST SITE, UWO/OTTAWA Latitude = 99.9999 Longitude = -99.9999 Elevation = 99.999 // These are the instruments associated with the preceding station [ Instrument ] // instance of an instrument Prototype = Cygnus // instrument type SerialNumber = 169 // serial number - mandatory [ Instrument ] // instance of an instrument Prototype = TRIDENT // instrument type SerialNumber = 69 // serial number - mandatory // These are the channels associated with the preceding instrument [ Channel ] // instance of a channel Prototype = HHZ-2 // use settings from this prototype [ Channel ] // instance of a channel Prototype = HHN-2 // use settings from this prototype [ Channel ] // instance of a channel Prototype = HHE-2 // use settings from this prototype ////////////////////////////////////////////////////////////////// [ Station ] Name = TYNO Description = TYNESIDE, ONT Latitude = 43.0948 Longitude = -79.8703 Elevation = 203.62 // These are the instruments associated with the preceding station [ Instrument ] // instance of an instrument Prototype = Cygnus // instrument type SerialNumber = 154 // serial number - mandatory [ Instrument ] // instance of an instrument Prototype = HRD // instrument type SerialNumber = 184 // serial number - mandatory // These are the channels associated with the preceding instrument [ Channel ] // instance of a channel Prototype = HHZ-1 // use settings from this prototype [ Channel ] // instance of a channel Prototype = HHN-1 // use settings from this prototype [ Channel ] // instance of a channel Prototype = HHE-1 // use settings from this prototype ////////////////////////////////////////////////////////////////// [ Station ] Name = STCO Description = ST. CATHARINES, ONT Latitude = 43.2095 Longitude = -79.1707 Elevation = 92.6 // These are the instruments associated with the preceding station [ Instrument ] // instance of an instrument Prototype = Cygnus // instrument type SerialNumber = 155 // serial number - mandatory [ Instrument ] // instance of an instrument Prototype = HRD // instrument type SerialNumber = 185 // serial number - mandatory // These are the channels associated with the preceding instrument [ Channel ] // instance of a channel Prototype = HHZ-1 // use settings from this prototype [ Channel ] // instance of a channel Prototype = HHN-1 // use settings from this prototype [ Channel ] // instance of a channel Prototype = HHE-1 // use settings from this prototype //////////////////////////////////////////////////////////////////// [ Station ] Name = EKTN Description = EKATI MINE, NWT Latitude = 64.6984 Longitude = -110.6095 Elevation = 469.0 // These are the instruments associated with the preceding station [ Instrument ] // instance of an instrument Prototype = Cygnus // instrument type SerialNumber = 156 // serial number - mandatory [ Instrument ] // instance of an instrument Prototype = HRD // instrument type SerialNumber = 207 // serial number - mandatory // These are the channels associated with the preceding instrument [ Channel ] // instance of a channel Prototype = BHZ-1 // use settings from this prototype [ Channel ] // instance of a channel Prototype = BHN-1 // use settings from this prototype [ Channel ] // instance of a channel Prototype = BHE-1 // use settings from this prototype ////////////////////////////////////////////////////////////////// [ Station ] Name = YMBN Description = YAMBA LAKE, NWT Latitude = 64.8742 Longitude = -111.5325 Elevation = 438.0 // These are the instruments associated with the preceding station [ Instrument ] // instance of an instrument Prototype = Cygnus // instrument type SerialNumber = 157 // serial number - mandatory [ Instrument ] // instance of an instrument Prototype = HRD // instrument type SerialNumber = 210 // serial number - mandatory // These are the channels associated with the preceding instrument [ Channel ] // instance of a channel Prototype = BHZ-1 // use settings from this prototype [ Channel ] // instance of a channel Prototype = BHN-1 // use settings from this prototype [ Channel ] // instance of a channel Prototype = BHE-1 // use settings from this prototype ////////////////////////////////////////////////////////////////// [ Station ] Name = LDGN Description = LAC DE GRAS NORTH, NWT Latitude = 64.6786 Longitude = -110.5224 Elevation = 422.0 // These are the instruments associated with the preceding station [ Instrument ] // instance of an instrument Prototype = Cygnus // instrument type SerialNumber = 158 // serial number - mandatory [ Instrument ] // instance of an instrument Prototype = HRD // instrument type SerialNumber = 209 // serial number - mandatory // These are the channels associated with the preceding instrument [ Channel ] // instance of a channel Prototype = BHZ-1 // use settings from this prototype [ Channel ] // instance of a channel Prototype = BHN-1 // use settings from this prototype [ Channel ] // instance of a channel Prototype = BHE-1 // use settings from this prototype ////////////////////////////////////////////////////////////////// [ Station ] Name = ACKN Description = ACHILLES LAKE, NWT Latitude = 64.9915 Longitude = -110.8708 Elevation = 467.0 // These are the instruments associated with the preceding station [ Instrument ] // instance of an instrument Prototype = Cygnus // instrument type SerialNumber = 160 // serial number - mandatory [ Instrument ] // instance of an instrument Prototype = HRD // instrument type SerialNumber = 211 // serial number - mandatory // These are the channels associated with the preceding instrument [ Channel ] // instance of a channel Prototype = BHZ-1 // use settings from this prototype [ Channel ] // instance of a channel Prototype = BHN-1 // use settings from this prototype [ Channel ] // instance of a channel Prototype = BHE-1 // use settings from this prototype ////////////////////////////////////////////////////////////////// // // This section shows how to specify detectors and triggers // ////////////////////////////////////////////////////////////////// [ DetectorType ] Name = Teleseism TypeID = 1 CompletionDelay = 10 HighPassOrder = 2 HighPassCornerHz = 0.5 LowPassOrder = 3 LowPassCornerHz = 5.0 StaConstant = 0.1 LtaConstant = 20.0 TriggerRatio = 6 EarlyReportDelay = 1.0 [ Trigger ] Type = Teleseism Channel = EKTN.BHZ [ Trigger ] Type = Teleseism Channel = YMBN.BHZ [ Trigger ] Type = Teleseism Channel = LDGN.BHZ [ Trigger ] Type = Teleseism Channel = ACKNN.BHZ [ Trigger ] Type = Teleseism Channel = TYNO.HHZ [ Trigger ] Type = Teleseism Channel = STCO.HHZ