decArgo_20201103_037a commit

decArgo_soft/config/_configParamNames/_config_param_name_1015.csv

@@ -22,7 +22,7 @@ CONFIG_DEBUG;n/a;Debugging Verbosity for generating engineering log entries;CONF
 CONFIG_DIR;n/a;Misc. configuration information;CONFIG_Direction_NUMBER;Ascending = 1, Descending = 2, Ascending and Descending = 3
 CONFIG_CT;n/a;Misc. configuration information;CONFIG_CycleTime_hours;For APEX and ARVOR floats this is the total duration of one cycle, usually 240 hours (10 days). For SOLO floats this is the total duration of one cycle, assuming that all float operations reach their full time-out intervals before moving to the next float stage. Typically the actual cycle time will be shorter than this value.
 CONFIG_DPF;n/a;Misc. configuration information;CONFIG_DeepProfileFirstFloat_LOGICAL;"Some APEX floats are set to do a ""profile on deployment"". This means that when the float is deployed it skips the drift phase at the PARKING depth and sinks directly to the PROFILE depth and starts ascending for the first profile. Independent of the Park and Profile cycle length, the first profile is always a Deep Profile that begins at the Profile Depth. This means the float returns a CTD profile relatively soon, typically less than a day, after the float is deployed. This feature supports comparison of the initial float profile with a conventional CTD cast from the ship. The result is that the first cycle is of shorter duration with a profile depth equal to PROFILE configuration pressure (regardless of the CONFIG_ParkAndProfileCycleCounter_COUNT configuration information). (Yes = 1, No = 0)."
-CONFIG_X01;n/a;Misc. configuration information;CONFIG_EcoBetaWavelength_nm;Wavelength of <short sensor name> Beta  #<I> measurements (in nanometer).
+CONFIG_X01;n/a;Misc. configuration information;CONFIG_EcoBetaWavelength1_nm;Wavelength of <short sensor name> Beta  #<I> measurements (in nanometer).
 CONFIG_X02;n/a;Misc. configuration information;CONFIG_EcoBetaBandwidth_nm;Bandwidth of <short sensor name> Beta  #<I> measurements (in nanometer).
 CONFIG_X03;n/a;Misc. configuration information;CONFIG_EcoBetaAngle_angularDeg;Angle of Beta measurements  (in degrees) 
 CONFIG_X04;n/a;Misc. configuration information;CONFIG_EcoChlaFluorescenceExcitationWavelength_nm;Wavelength of <short sensor name> for excitation of <param> fluorescence measurements (in nanometer)

decArgo_soft/config/_configParamNames/_config_param_name_1021.csv

@@ -45,9 +45,9 @@ CONFIG_TBP;n/a;The maximum pressure in decibars to which the air bladder will in
 CONFIG_FRET;n/a;The minimum piston position in counts. The buoyancy pump will shut off if the piston position reaches this minimum value.;CONFIG_PistonFullRetraction_COUNT;n/a
 CONFIG_FEXT;n/a;The maximum piston position in counts. The buoyancy pump will shut off if the piston position reaches this maximum value.;CONFIG_PistonFullExtension_COUNT;n/a
 PTT_HEX;n/a;The Argos Id in hexadecimal as provided by the Argos service provider.;META_AUX_PTT_HEX;The Argos Id in hexadecimal as provided by the Argos service provider.
-CONFIG_SAMPLE01;n/a;n/a;CONFIG_<short_sensor_name><vertical_phase_name>NumberOfDepthZone_NUMBER;Number of depth zones defined for the <short_sensor_name> sensor while sampling during the <vertical_phase_name> phase of the cycle.
-CONFIG_SAMPLE02;n/a;n/a;CONFIG_<short_sensor_name><vertical_phase_name>DepthZone<N>StartPres_dbar;Start pressure to define the depth zone  #<N> of the <short_sensor_name> sensor while sampling during the <vertical_phase_name> phase of the cycle.
-CONFIG_SAMPLE03;n/a;n/a;CONFIG_<short_sensor_name><vertical_phase_name>DepthZone<N>StopPres_dbar;Stop pressure to define the depth zone #<N> of the <short_sensor_name> sensor while sampling during the <vertical_phase_name> phase of the cycle.
-CONFIG_SAMPLE04;n/a;n/a;CONFIG_<short_sensor_name><vertical_phase_name>DepthZone<N>SamplingPeriod_dbar;Sampling period for the depth zone #<N> of the <short_sensor_name> sensor while sampling during the <vertical_phase_name> phase of the cycle.
-CONFIG_SAMPLE05;n/a;n/a;CONFIG_<short_sensor_name><vertical_phase_name>DepthZone<N>SamplingPeriod_seconds;Sampling period for the depth zone #<N> of the <short_sensor_name> sensor while sampling during the <vertical_phase_name> phase of the cycle.
-CONFIG_SAMPLE06;n/a;n/a;CONFIG_<short_sensor_name><vertical_phase_name>DepthZone<N>NumberOfSamples_NUMBER;Number of samples for the depth zone #<N> of the <short_sensor_name> sensor while sampling during the <vertical_phase_name> phase of the cycle.
+CONFIG_SAMPLE01;n/a;n/a;CONFIG_<short_sensor_name><cycle_phase_name>NumberOfDepthZone_NUMBER;Number of depth zones defined for the <short_sensor_name> sensor while sampling during the <cycle_phase_name> phase of the cycle.
+CONFIG_SAMPLE02;n/a;n/a;CONFIG_<short_sensor_name><cycle_phase_name>DepthZone<N>StartPres_dbar;Start pressure to define the depth zone  #<N> of the <short_sensor_name> sensor while sampling during the <cycle_phase_name> phase of the cycle.
+CONFIG_SAMPLE03;n/a;n/a;CONFIG_<short_sensor_name><cycle_phase_name>DepthZone<N>StopPres_dbar;Stop pressure to define the depth zone #<N> of the <short_sensor_name> sensor while sampling during the <cycle_phase_name> phase of the cycle.
+CONFIG_SAMPLE04;n/a;n/a;CONFIG_<short_sensor_name><cycle_phase_name>DepthZone<N>SamplingPeriod_dbar;Sampling period for the depth zone #<N> of the <short_sensor_name> sensor while sampling during the <cycle_phase_name> phase of the cycle.
+CONFIG_SAMPLE05;n/a;n/a;CONFIG_<short_sensor_name><cycle_phase_name>DepthZone<N>SamplingPeriod_seconds;Sampling period of the <short_sensor_name> during <cycle_phase_name> in the depth zone #<N> (in minutes).
+CONFIG_SAMPLE06;n/a;n/a;CONFIG_<short_sensor_name><cycle_phase_name>DepthZone<N>NumberOfSamples_NUMBER;Number of samples for the depth zone #<N> of the <short_sensor_name> sensor while sampling during the <cycle_phase_name> phase of the cycle.

decArgo_soft/config/_configParamNames/_config_param_name_1021.json

@@ -99,7 +99,7 @@
    {
       "CONF_PARAM_DEC_ID" : "CONFIG_DPF",
       "CONF_PARAM_LABEL" : "n/a",
-      "CONF_PARAM_DEFINITION" : "If set to on, the float will, on its first descent only, after the Mission Prelude, remain in the Park phase for five minutes before descending to the Profile depth. If set to off, the first Park phase period is as described in “Park Phase” on page 3-6.",
+      "CONF_PARAM_DEFINITION" : "If set to on, the float will, on its first descent only, after the Mission Prelude, remain in the Park phase for five minutes before descending to the Profile depth. If set to off, the first Park phase period is as described in “Park Phase” on page 3-6.",
       "CONF_PARAM_NAME" : "CONFIG_DeepProfileFirstFloat_LOGICAL",
       "CONF_PARAM_DESCRIPTION" : "Some APEX floats are set to do a profile on deployment. This means that when the float is deployed it skips the drift phase at the PARKING depth and sinks directly to the PROFILE depth and starts ascending for the first profile. Independent of the Park and Profile cycle length, the first profile is always a Deep Profile that begins at the Profile Depth. This means the float returns a CTD profile relatively soon, typically less than a day, after the float is deployed. This feature supports comparison of the initial float profile with a conventional CTD cast from the ship. The result is that the first cycle is of shorter duration with a profile depth equal to PROFILE configuration pressure (regardless of the CONFIG_ParkAndProfileCycleCounter_COUNT configuration information). (Yes = 1, No = 0)."
    },
@@ -155,7 +155,7 @@
    {
       "CONF_PARAM_DEC_ID" : "CONFIG_ICEM",
       "CONF_PARAM_LABEL" : "n/a",
-      "CONF_PARAM_DEFINITION" : "Determines the months of the year during which ice avoidance is enabled. To determine the numerical entry, which is in hexadecimal, select one or more months during which to enable ice avoidance, where each month is a “one” bit in a 12-bit binary string representing January (000000000001) to December (100000000000). For more than one month, whether contiguous or not, “or” the values of all the months to determine the binary value. For example, to detect ice during the contiguous months of May to September, the binary value is 000111110000. Converting to hexadecimal, the entry is 0x01f0. For the months January to May and September to December, the binary value is 111100011111. Converting to hexadecimal, the entry is 0x0f1f.",
+      "CONF_PARAM_DEFINITION" : "Determines the months of the year during which ice avoidance is enabled. To determine the numerical entry, which is in hexadecimal, select one or more months during which to enable ice avoidance, where each month is a “one” bit in a 12-bit binary string representing January (000000000001) to December (100000000000). For more than one month, whether contiguous or not, “or” the values of all the months to determine the binary value. For example, to detect ice during the contiguous months of May to September, the binary value is 000111110000. Converting to hexadecimal, the entry is 0x01f0. For the months January to May and September to December, the binary value is 111100011111. Converting to hexadecimal, the entry is 0x0f1f.",
       "CONF_PARAM_NAME" : "CONFIG_BitMaskMonthsIceDetectionActive_NUMBER",
       "CONF_PARAM_DESCRIPTION" : "When is ice detection active - months in reverse order"
    },
@@ -203,7 +203,7 @@
    {
       "CONF_PARAM_DEC_ID" : "CONFIG_MAP",
       "CONF_PARAM_LABEL" : "n/a",
-      "CONF_PARAM_DEFINITION" : "The minimum pressure in decibars at which the float goes into Mission mode. It determines the float’s pressure activation depth. The float checks for this pressure periodically at the rate specified by IdleTimerInterval.",
+      "CONF_PARAM_DEFINITION" : "The minimum pressure in decibars at which the float goes into Mission mode. It determines the float’s pressure activation depth. The float checks for this pressure periodically at the rate specified by IdleTimerInterval.",
       "CONF_PARAM_NAME" : "CONFIG_PressureActivation_dbar",
       "CONF_PARAM_DESCRIPTION" : "depth at which float is set to pressure activate"
    },
@@ -301,7 +301,7 @@
       "CONF_PARAM_LABEL" : "n/a",
       "CONF_PARAM_DEFINITION" : "The amount of time in minutes the float will remain in the Mission Prelude phase before transitioning to the Park Descent phase. The float will transition to the Park Descent phase only at the end of this period and only if the self test passes or PreludeSelfTest is set to off.",
       "CONF_PARAM_NAME" : "CONFIG_MissionPreludeTime_minutes",
-      "CONF_PARAM_DESCRIPTION" : "This is the duration the float transmits test messages for (from start up) before the first dive. It’s crucial in calculating the time of the first descent."
+      "CONF_PARAM_DESCRIPTION" : "This is the duration the float transmits test messages for (from start up) before the first dive. It’s crucial in calculating the time of the first descent."
    },
    "CONF_PARAM_39" :
    {
@@ -372,47 +372,47 @@
       "CONF_PARAM_DEC_ID" : "CONFIG_SAMPLE01",
       "CONF_PARAM_LABEL" : "n/a",
       "CONF_PARAM_DEFINITION" : "n/a",
-      "CONF_PARAM_NAME" : "CONFIG_<short_sensor_name><vertical_phase_name>NumberOfDepthZone_NUMBER",
-      "CONF_PARAM_DESCRIPTION" : "Number of depth zones defined for the <short_sensor_name> sensor while sampling during the <vertical_phase_name> phase of the cycle."
+      "CONF_PARAM_NAME" : "CONFIG_<short_sensor_name><cycle_phase_name>NumberOfDepthZone_NUMBER",
+      "CONF_PARAM_DESCRIPTION" : "Number of depth zones defined for the <short_sensor_name> sensor while sampling during the <cycle_phase_name> phase of the cycle."
    },
    "CONF_PARAM_48" :
    {
       "CONF_PARAM_DEC_ID" : "CONFIG_SAMPLE02",
       "CONF_PARAM_LABEL" : "n/a",
       "CONF_PARAM_DEFINITION" : "n/a",
-      "CONF_PARAM_NAME" : "CONFIG_<short_sensor_name><vertical_phase_name>DepthZone<N>StartPres_dbar",
-      "CONF_PARAM_DESCRIPTION" : "Start pressure to define the depth zone  #<N> of the <short_sensor_name> sensor while sampling during the <vertical_phase_name> phase of the cycle."
+      "CONF_PARAM_NAME" : "CONFIG_<short_sensor_name><cycle_phase_name>DepthZone<N>StartPres_dbar",
+      "CONF_PARAM_DESCRIPTION" : "Start pressure to define the depth zone  #<N> of the <short_sensor_name> sensor while sampling during the <cycle_phase_name> phase of the cycle."
    },
    "CONF_PARAM_49" :
    {
       "CONF_PARAM_DEC_ID" : "CONFIG_SAMPLE03",
       "CONF_PARAM_LABEL" : "n/a",
       "CONF_PARAM_DEFINITION" : "n/a",
-      "CONF_PARAM_NAME" : "CONFIG_<short_sensor_name><vertical_phase_name>DepthZone<N>StopPres_dbar",
-      "CONF_PARAM_DESCRIPTION" : "Stop pressure to define the depth zone #<N> of the <short_sensor_name> sensor while sampling during the <vertical_phase_name> phase of the cycle."
+      "CONF_PARAM_NAME" : "CONFIG_<short_sensor_name><cycle_phase_name>DepthZone<N>StopPres_dbar",
+      "CONF_PARAM_DESCRIPTION" : "Stop pressure to define the depth zone #<N> of the <short_sensor_name> sensor while sampling during the <cycle_phase_name> phase of the cycle."
    },
    "CONF_PARAM_50" :
    {
       "CONF_PARAM_DEC_ID" : "CONFIG_SAMPLE04",
       "CONF_PARAM_LABEL" : "n/a",
       "CONF_PARAM_DEFINITION" : "n/a",
-      "CONF_PARAM_NAME" : "CONFIG_<short_sensor_name><vertical_phase_name>DepthZone<N>SamplingPeriod_dbar",
-      "CONF_PARAM_DESCRIPTION" : "Sampling period for the depth zone #<N> of the <short_sensor_name> sensor while sampling during the <vertical_phase_name> phase of the cycle."
+      "CONF_PARAM_NAME" : "CONFIG_<short_sensor_name><cycle_phase_name>DepthZone<N>SamplingPeriod_dbar",
+      "CONF_PARAM_DESCRIPTION" : "Sampling period for the depth zone #<N> of the <short_sensor_name> sensor while sampling during the <cycle_phase_name> phase of the cycle."
    },
    "CONF_PARAM_51" :
    {
       "CONF_PARAM_DEC_ID" : "CONFIG_SAMPLE05",
       "CONF_PARAM_LABEL" : "n/a",
       "CONF_PARAM_DEFINITION" : "n/a",
-      "CONF_PARAM_NAME" : "CONFIG_<short_sensor_name><vertical_phase_name>DepthZone<N>SamplingPeriod_seconds",
-      "CONF_PARAM_DESCRIPTION" : "Sampling period for the depth zone #<N> of the <short_sensor_name> sensor while sampling during the <vertical_phase_name> phase of the cycle."
+      "CONF_PARAM_NAME" : "CONFIG_<short_sensor_name><cycle_phase_name>DepthZone<N>SamplingPeriod_seconds",
+      "CONF_PARAM_DESCRIPTION" : "Sampling period of the <short_sensor_name> during <cycle_phase_name> in the depth zone #<N> (in minutes)."
    },
    "CONF_PARAM_52" :
    {
       "CONF_PARAM_DEC_ID" : "CONFIG_SAMPLE06",
       "CONF_PARAM_LABEL" : "n/a",
       "CONF_PARAM_DEFINITION" : "n/a",
-      "CONF_PARAM_NAME" : "CONFIG_<short_sensor_name><vertical_phase_name>DepthZone<N>NumberOfSamples_NUMBER",
-      "CONF_PARAM_DESCRIPTION" : "Number of samples for the depth zone #<N> of the <short_sensor_name> sensor while sampling during the <vertical_phase_name> phase of the cycle."
+      "CONF_PARAM_NAME" : "CONFIG_<short_sensor_name><cycle_phase_name>DepthZone<N>NumberOfSamples_NUMBER",
+      "CONF_PARAM_DESCRIPTION" : "Number of samples for the depth zone #<N> of the <short_sensor_name> sensor while sampling during the <cycle_phase_name> phase of the cycle."
    }
 }

decArgo_soft/config/_configParamNames/_config_param_name_1022.csv

@@ -47,9 +47,9 @@ CONFIG_TBP;n/a;The maximum pressure in decibars to which the air bladder will in
 CONFIG_FRET;n/a;The minimum piston position in counts. The buoyancy pump will shut off if the piston position reaches this minimum value.;CONFIG_PistonFullRetraction_COUNT;n/a
 CONFIG_FEXT;n/a;The maximum piston position in counts. The buoyancy pump will shut off if the piston position reaches this maximum value.;CONFIG_PistonFullExtension_COUNT;n/a
 PTT_HEX;n/a;The Argos Id in hexadecimal as provided by the Argos service provider.;META_AUX_PTT_HEX;The Argos Id in hexadecimal as provided by the Argos service provider.
-CONFIG_SAMPLE01;n/a;n/a;CONFIG_<short_sensor_name><vertical_phase_name>NumberOfDepthZone_NUMBER;Number of depth zones defined for the <short_sensor_name> sensor while sampling during the <vertical_phase_name> phase of the cycle.
-CONFIG_SAMPLE02;n/a;n/a;CONFIG_<short_sensor_name><vertical_phase_name>DepthZone<N>StartPres_dbar;Start pressure to define the depth zone  #<N> of the <short_sensor_name> sensor while sampling during the <vertical_phase_name> phase of the cycle.
-CONFIG_SAMPLE03;n/a;n/a;CONFIG_<short_sensor_name><vertical_phase_name>DepthZone<N>StopPres_dbar;Stop pressure to define the depth zone #<N> of the <short_sensor_name> sensor while sampling during the <vertical_phase_name> phase of the cycle.
-CONFIG_SAMPLE04;n/a;n/a;CONFIG_<short_sensor_name><vertical_phase_name>DepthZone<N>SamplingPeriod_dbar;Sampling period for the depth zone #<N> of the <short_sensor_name> sensor while sampling during the <vertical_phase_name> phase of the cycle.
-CONFIG_SAMPLE05;n/a;n/a;CONFIG_<short_sensor_name><vertical_phase_name>DepthZone<N>SamplingPeriod_seconds;Sampling period for the depth zone #<N> of the <short_sensor_name> sensor while sampling during the <vertical_phase_name> phase of the cycle.
-CONFIG_SAMPLE06;n/a;n/a;CONFIG_<short_sensor_name><vertical_phase_name>DepthZone<N>NumberOfSamples_NUMBER;Number of samples for the depth zone #<N> of the <short_sensor_name> sensor while sampling during the <vertical_phase_name> phase of the cycle.
+CONFIG_SAMPLE01;n/a;n/a;CONFIG_<short_sensor_name><cycle_phase_name>NumberOfDepthZone_NUMBER;Number of depth zones defined for the <short_sensor_name> sensor while sampling during the <cycle_phase_name> phase of the cycle.
+CONFIG_SAMPLE02;n/a;n/a;CONFIG_<short_sensor_name><cycle_phase_name>DepthZone<N>StartPres_dbar;Start pressure to define the depth zone  #<N> of the <short_sensor_name> sensor while sampling during the <cycle_phase_name> phase of the cycle.
+CONFIG_SAMPLE03;n/a;n/a;CONFIG_<short_sensor_name><cycle_phase_name>DepthZone<N>StopPres_dbar;Stop pressure to define the depth zone #<N> of the <short_sensor_name> sensor while sampling during the <cycle_phase_name> phase of the cycle.
+CONFIG_SAMPLE04;n/a;n/a;CONFIG_<short_sensor_name><cycle_phase_name>DepthZone<N>SamplingPeriod_dbar;Sampling period for the depth zone #<N> of the <short_sensor_name> sensor while sampling during the <cycle_phase_name> phase of the cycle.
+CONFIG_SAMPLE05;n/a;n/a;CONFIG_<short_sensor_name><cycle_phase_name>DepthZone<N>SamplingPeriod_seconds;Sampling period of the <short_sensor_name> during <cycle_phase_name> in the depth zone #<N> (in minutes).
+CONFIG_SAMPLE06;n/a;n/a;CONFIG_<short_sensor_name><cycle_phase_name>DepthZone<N>NumberOfSamples_NUMBER;Number of samples for the depth zone #<N> of the <short_sensor_name> sensor while sampling during the <cycle_phase_name> phase of the cycle.