Commit 92f364117c2a0056b7c81ec5c799c45c68173754

Authored by Benjamin Renard
1 parent b08b1222

Add parameters definition for JUNO Waves Cruise

PARAM_DEF/juno_wav_b_cruise_lfrlo.xml 0 → 100644
... ... @@ -0,0 +1,46 @@
  1 +<?xml version="1.0" encoding="UTF-8"?>
  2 +<param xml:id="juno_wav_b_cruise_lfrlo">
  3 + <info>
  4 + <name>juno_wav_b_cruise_lfrlo</name>
  5 + <short_name>b_lfrlo</short_name>
  6 + <components/>
  7 + <units>(nT**2)/Hz</units>
  8 + <coordinates_system/>
  9 + <tensor_order/>
  10 + <si_conversion/>
  11 + <table>
  12 + <minMaxTable name="Frequency" units="Hz" minName="LowerFrequency_LFRLO" maxName="UpperFrequency_LFRLO"/>
  13 + </table>
  14 + <fill_value/>
  15 + <ucd/>
  16 + <dataset_id/>
  17 + </info>
  18 + <get>
  19 + <vi name='juno:wav:cruiseb'>
  20 + <baseParam name="B_LFR_LO">
  21 + <clb name="LowerFrequency_LFRLO"/>
  22 + <clb name="UpperFrequency_LFRLO"/>
  23 + </baseParam>
  24 + </vi>
  25 + </get>
  26 + <process/>
  27 + <output>
  28 + <plot>
  29 + <timePlot>
  30 + <params>
  31 + <param id="juno_wav_b_cruise_lfrlo">
  32 + <spectro yAxis="y-left"/>
  33 + </param>
  34 + </params>
  35 + <axes>
  36 + <yAxis>
  37 + <digitalAxis id="y-left" scale="logarithmic"/>
  38 + </yAxis>
  39 + <zAxis>
  40 + <colorAxis scale="logarithmic"/>
  41 + </zAxis>
  42 + </axes>
  43 + </timePlot>
  44 + </plot>
  45 + </output>
  46 +</param>
... ...
PARAM_DEF/juno_wav_e_cruise_hfrhi.xml 0 → 100644
... ... @@ -0,0 +1,43 @@
  1 +<?xml version="1.0" encoding="UTF-8"?>
  2 +<param xml:id="juno_wav_e_cruise_hfrhi">
  3 + <info>
  4 + <name>juno_wav_e_cruise_hfrhi</name>
  5 + <short_name>e_hfrhi</short_name>
  6 + <components/>
  7 + <units>(V**2/m**2)/Hz</units>
  8 + <coordinates_system/>
  9 + <tensor_order/>
  10 + <si_conversion/>
  11 + <table>
  12 + <minMaxTable name="Frequency" units="Hz" minName="LowerFrequency_HFRHI" maxName="UpperFrequency_HFRHI"/>
  13 + </table>
  14 + <fill_value/>
  15 + <ucd/>
  16 + <dataset_id/>
  17 + </info>
  18 + <get>
  19 + <vi name='juno:wav:cruisee'>
  20 + <baseParam name="E_HFR_HI">
  21 + <clb name="LowerFrequency_HFRHI"/>
  22 + <clb name="UpperFrequency_HFRHI"/>
  23 + </baseParam>
  24 + </vi>
  25 + </get>
  26 + <process/>
  27 + <output>
  28 + <plot>
  29 + <timePlot>
  30 + <params>
  31 + <param id="juno_wav_e_cruise_hfrhi">
  32 + <spectro yAxis="y-left"/>
  33 + </param>
  34 + </params>
  35 + <axes>
  36 + <zAxis>
  37 + <colorAxis scale="logarithmic"/>
  38 + </zAxis>
  39 + </axes>
  40 + </timePlot>
  41 + </plot>
  42 + </output>
  43 +</param>
... ...
PARAM_DEF/juno_wav_e_cruise_hfrlo.xml 0 → 100644
... ... @@ -0,0 +1,46 @@
  1 +<?xml version="1.0" encoding="UTF-8"?>
  2 +<param xml:id="juno_wav_e_cruise_hfrlo">
  3 + <info>
  4 + <name>juno_wav_e_cruise_hfrlo</name>
  5 + <short_name>e_hfrlo</short_name>
  6 + <components/>
  7 + <units>(V**2/m**2)/Hz</units>
  8 + <coordinates_system/>
  9 + <tensor_order/>
  10 + <si_conversion/>
  11 + <table>
  12 + <minMaxTable name="Frequency" units="Hz" minName="LowerFrequency_HFRLO" maxName="UpperFrequency_HFRLO"/>
  13 + </table>
  14 + <fill_value/>
  15 + <ucd/>
  16 + <dataset_id/>
  17 + </info>
  18 + <get>
  19 + <vi name='juno:wav:cruisee'>
  20 + <baseParam name="E_HFR_LO">
  21 + <clb name="LowerFrequency_HFRLO"/>
  22 + <clb name="UpperFrequency_HFRLO"/>
  23 + </baseParam>
  24 + </vi>
  25 + </get>
  26 + <process/>
  27 + <output>
  28 + <plot>
  29 + <timePlot>
  30 + <params>
  31 + <param id="juno_wav_e_cruise_hfrlo">
  32 + <spectro yAxis="y-left"/>
  33 + </param>
  34 + </params>
  35 + <axes>
  36 + <yAxis>
  37 + <digitalAxis id="y-left" scale="logarithmic"/>
  38 + </yAxis>
  39 + <zAxis>
  40 + <colorAxis scale="logarithmic"/>
  41 + </zAxis>
  42 + </axes>
  43 + </timePlot>
  44 + </plot>
  45 + </output>
  46 +</param>
... ...
PARAM_DEF/juno_wav_e_cruise_lfrhi.xml 0 → 100644
... ... @@ -0,0 +1,46 @@
  1 +<?xml version="1.0" encoding="UTF-8"?>
  2 +<param xml:id="juno_wav_e_cruise_lfrhi">
  3 + <info>
  4 + <name>juno_wav_e_cruise_lfrhi</name>
  5 + <short_name>e_lfrhi</short_name>
  6 + <components/>
  7 + <units>(V**2/m**2)/Hz</units>
  8 + <coordinates_system/>
  9 + <tensor_order/>
  10 + <si_conversion/>
  11 + <table>
  12 + <minMaxTable name="Frequency" units="Hz" minName="LowerFrequency_LFRHI" maxName="UpperFrequency_LFRHI"/>
  13 + </table>
  14 + <fill_value/>
  15 + <ucd/>
  16 + <dataset_id/>
  17 + </info>
  18 + <get>
  19 + <vi name='juno:wav:cruisee'>
  20 + <baseParam name="E_LFR_HI">
  21 + <clb name="LowerFrequency_LFRHI"/>
  22 + <clb name="UpperFrequency_LFRHI"/>
  23 + </baseParam>
  24 + </vi>
  25 + </get>
  26 + <process/>
  27 + <output>
  28 + <plot>
  29 + <timePlot>
  30 + <params>
  31 + <param id="juno_wav_e_cruise_lfrhi">
  32 + <spectro yAxis="y-left"/>
  33 + </param>
  34 + </params>
  35 + <axes>
  36 + <yAxis>
  37 + <digitalAxis id="y-left" scale="logarithmic"/>
  38 + </yAxis>
  39 + <zAxis>
  40 + <colorAxis scale="logarithmic"/>
  41 + </zAxis>
  42 + </axes>
  43 + </timePlot>
  44 + </plot>
  45 + </output>
  46 +</param>
... ...
PARAM_DEF/juno_wav_e_cruise_lfrlo.xml 0 → 100644
... ... @@ -0,0 +1,46 @@
  1 +<?xml version="1.0" encoding="UTF-8"?>
  2 +<param xml:id="juno_wav_e_cruise_lfrlo">
  3 + <info>
  4 + <name>juno_wav_e_cruise_lfrlo</name>
  5 + <short_name>e_lfrlo</short_name>
  6 + <components/>
  7 + <units>(V**2/m**2)/Hz</units>
  8 + <coordinates_system/>
  9 + <tensor_order/>
  10 + <si_conversion/>
  11 + <table>
  12 + <minMaxTable name="Frequency" units="Hz" minName="LowerFrequency_LFRLO" maxName="UpperFrequency_LFRLO"/>
  13 + </table>
  14 + <fill_value/>
  15 + <ucd/>
  16 + <dataset_id/>
  17 + </info>
  18 + <get>
  19 + <vi name='juno:wav:cruisee'>
  20 + <baseParam name="E_LFR_LO">
  21 + <clb name="LowerFrequency_LFRLO"/>
  22 + <clb name="UpperFrequency_LFRLO"/>
  23 + </baseParam>
  24 + </vi>
  25 + </get>
  26 + <process/>
  27 + <output>
  28 + <plot>
  29 + <timePlot>
  30 + <params>
  31 + <param id="juno_wav_e_cruise_lfrlo">
  32 + <spectro yAxis="y-left"/>
  33 + </param>
  34 + </params>
  35 + <axes>
  36 + <yAxis>
  37 + <digitalAxis id="y-left" scale="logarithmic"/>
  38 + </yAxis>
  39 + <zAxis>
  40 + <colorAxis scale="logarithmic"/>
  41 + </zAxis>
  42 + </axes>
  43 + </timePlot>
  44 + </plot>
  45 + </output>
  46 +</param>
... ...