CDPP / AMDA_IHM

Commit e186b857ba649547e4847b8935e3f6966b039093

Authored by Benjamin Renard
1 parent 46e96f77
Exists in master and in 64 other branches 10098, 10178, 5390, 7616, 9014, 9016Bis, 9084, 9326, 9505, 9980, FER_10285, FER_10400, FER_10435, FER_10557, FER_10663, FER_10765, FER_10828, FER_10828_2, FER_10829, FER_10836, FER_10852, FER_10934, FER_11100, FER_11242, FER_11478, FER_11500, FER_11537, FER_11586, FER_11588, FER_5119, FER_5165, FER_6265, FER_6860, FER_6899, FER_6951, FER_7618, FER_7862, FER_8455, FER_9629, FER_9660, FER_9915, FER_CR41, FER_CR42, FER_CR43, FER_TFCat, Histo1D2D, MAZ_10936, MAZ_11362, MAZ_11427, MAZ_6018, MAZ_9016_New, MAZ_FIX_9016, New_ColorMaps, SpeasyGet, amdadev, amdadev_test, anr_tempete, cu2022, density_maps, develop, epn-tap, mlplasmas, openam, test-merge

Restore functions in test (bad merge)

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generic_data/Functions/functions.xml
  Diff comments   View file @e186b85
... ... @@ -49,6 +49,34 @@
49 49 <info_brief>skewness() function</info_brief>
50 50 <new_kernel>#skew</new_kernel>
51 51 </function>
  52 + <function name="covariance_(,,)" args="2" kind="time" group="stat">
  53 + <prompts>
  54 + <prompt>input window time in secs</prompt>
  55 + </prompts>
  56 + <info_brief>covariance() function for two params</info_brief>
  57 + <new_kernel>#covariance</new_kernel>
  58 + </function>
  59 + <function name="pearson_(,,)" args="2" kind="time" group="stat">
  60 + <prompts>
  61 + <prompt>input window time in secs</prompt>
  62 + </prompts>
  63 + <info_brief>Pearson coefficient of two parameters</info_brief>
  64 + <new_kernel>#pearson</new_kernel>
  65 + </function>
  66 + <function name="kendall_(,,)" args="2" kind="time" group="stat">
  67 + <prompts>
  68 + <prompt>input window time in secs</prompt>
  69 + </prompts>
  70 + <info_brief>Kendall coefficient of two parameters</info_brief>
  71 + <new_kernel>#kendall</new_kernel>
  72 + </function>
  73 + <function name="spearman_(,,)" args="2" kind="time" group="stat">
  74 + <prompts>
  75 + <prompt>input window time in secs</prompt>
  76 + </prompts>
  77 + <info_brief>Spearman coefficient of two parameters</info_brief>
  78 + <new_kernel>#spearman</new_kernel>
  79 + </function>
52 80 <function name="mean_sm_(,)" args="1" kind="sliding" group="stat">
53 81 <prompts>
54 82 <prompt>input averaging time in secs</prompt>
... ... @@ -114,11 +142,37 @@
114 142 <info_brief>Remove Spikes ( ! Experimental ! ) : filter(param, factor,nPoints)</info_brief>
115 143 <new_kernel>#filter</new_kernel>
116 144 </function>
  145 + <function name="BCain(,)" args="2" kind="model" group="space">
  146 + <default_args>"",mag</default_args>
  147 + <info_brief>Cain model for Mars Magnetic Field</info_brief>
  148 + <new_kernel>#bcain</new_kernel>
  149 + </function>
117 150 <function name="vAlfven(,)" args="2" kind="physics" group="space">
118 151 <prompt_param>density[cm^⁻3], b_magnitude[nT]</prompt_param>
119 152 <info_brief>Alfven velocity Valfven(density[cm^⁻3], b_magnitude[nT])</info_brief>
120 153 <new_kernel>alfvenVelocity</new_kernel>
121 154 </function>
  155 + <function name="mlt_maglib(,)" args="1" kind="physics" group="space">
  156 + <prompts>
  157 + <prompt type="list" subtype="external_fields" default="1">External field:</prompt>
  158 + </prompts>
  159 + <info_brief>Compute MLT from geographical spacecraft position (cartesian coordinates and in Earth radius)</info_brief>
  160 + <new_kernel>#maglib_mlt</new_kernel>
  161 + </function>
  162 + <function name="invlat_maglib(,)" args="1" kind="physics" group="space">
  163 + <prompts>
  164 + <prompt type="list" subtype="external_fields" default="1">External field:</prompt>
  165 + </prompts>
  166 + <info_brief>Compute InvLat from geographical spacecraft position (cartesian coordinates and in Earth radius)</info_brief>
  167 + <new_kernel>#maglib_invlat</new_kernel>
  168 + </function>
  169 + <function name="lparam_maglib(,)" args="1" kind="physics" group="space">
  170 + <prompts>
  171 + <prompt type="list" subtype="external_fields" default="1">External field:</prompt>
  172 + </prompts>
  173 + <info_brief>Compute L Param from geographical spacecraft position (cartesian coordinates and in Earth radius)</info_brief>
  174 + <new_kernel>#maglib_lparam</new_kernel>
  175 + </function>
122 176  
123 177 <function name="perreault78(,,)" args="3" kind="model" group="space">
124 178 <info_brief>Perreault and Akasofu 1978 model u = perreault78(E_mag, B_mag, theta_p)</info_brief>
... ... @@ -156,6 +210,30 @@
156 210 </info_brief>
157 211 <new_kernel>lopez90</new_kernel>
158 212 </function>
  213 + <function name="pv_ionos_dn(,)" args="2" kind="model" group="space">
  214 + <prompt_param></prompt_param>
  215 + <default_args>alt(Km), sza(Radians)</default_args>
  216 + <info_brief>
  217 + Electron Density around Venus &lt;br/&gt;
  218 + dn = pv_ionos_dn(alt, sza) &lt;br/&gt;
  219 + alt is the altitude in Km
  220 + sza is the solat zenith angle in radians
  221 + dn is the base 10 log of the model electron density in no/cc
  222 + </info_brief>
  223 + <new_kernel>pv_ionos_dn</new_kernel>
  224 + </function>
  225 + <function name="pv_ionos_te(,)" args="2" kind="model" group="space">
  226 + <prompt_param></prompt_param>
  227 + <default_args>alt(Km), sza(Radians)</default_args>
  228 + <info_brief>
  229 + Electron temperature around Venus &lt;br/&gt;
  230 + te = pv_ionos_dn(alt, sza) &lt;br/&gt;
  231 + alt is the altitude in Km
  232 + sza is the solat zenith angle in radians
  233 + te is in log10 deg K
  234 + </info_brief>
  235 + <new_kernel>pv_ionos_te</new_kernel>
  236 + </function>
159 237 <function name="framesTransformation(,,,)" args="1" kind="frames" group="space">
160 238 <prompts>
161 239 <prompt type="list" subtype="frames" default="GSM">Input frame:</prompt>
... ...