Commit 3d1f6fb7400fd683e97ce9f2c1ab84aa1d618096

Authored by Benjamin Renard
1 parent d7f893ea

Hide some functions

generic_data/Functions/functions.xml
... ... @@ -49,34 +49,6 @@
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>
80 52 <function name="mean_sm_(,)" args="1" kind="sliding" group="stat">
81 53 <prompts>
82 54 <prompt>input averaging time in secs</prompt>
... ... @@ -142,37 +114,11 @@
142 114 <info_brief>Remove Spikes ( ! Experimental ! ) : filter(param, factor,nPoints)</info_brief>
143 115 <new_kernel>#filter</new_kernel>
144 116 </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>
150 117 <function name="vAlfven(,)" args="2" kind="physics" group="space">
151 118 <prompt_param>density[cm^โป3], b_magnitude[nT]</prompt_param>
152 119 <info_brief>Alfven velocity Valfven(density[cm^โป3], b_magnitude[nT])</info_brief>
153 120 <new_kernel>alfvenVelocity</new_kernel>
154 121 </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>
176 122  
177 123 <function name="perreault78(,,)" args="3" kind="model" group="space">
178 124 <info_brief>Perreault and Akasofu 1978 model u = perreault78(E_mag, B_mag, theta_p)</info_brief>
... ... @@ -210,30 +156,6 @@
210 156 </info_brief>
211 157 <new_kernel>lopez90</new_kernel>
212 158 </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>
237 159 <function name="framesTransformation(,,,)" args="1" kind="frames" group="space">
238 160 <prompts>
239 161 <prompt type="list" subtype="frames" default="GSM">Input frame:</prompt>
... ... @@ -243,14 +165,6 @@
243 165 <info_brief>Frames transformation</info_brief>
244 166 <new_kernel>#framesTransformation</new_kernel>
245 167 </function>
246   - <function name="fourierSpectrum(,)" args="1" kind="amda" group="space">
247   - <prompts>
248   - <prompt>input time interval T in secs to delay by</prompt>
249   - <prompt type="list" subtype="spectrum" default="center">Sampling type:</prompt>
250   - </prompts>
251   - <info_brief>fourier spectrum</info_brief>
252   - <new_kernel>#spectrum</new_kernel>
253   - </function>
254 168 <function name="GSE2GSM()" kind="frames" group="space">
255 169 <info_brief>GSE to GSM frame transformation</info_brief>
256 170 <new_kernel>#GSE2GSM</new_kernel>
... ...
generic_data/Functions/functions_args_list.xml
... ... @@ -39,13 +39,4 @@
39 39 <value key="3" value="Kosik 97"/>
40 40 </values>
41 41 </arglist>
42   - <arglist id="spectrum">
43   - <values>
44   - <value key="center" value="Centred" info="Sampling period is centered on taget point"/>
45   - <value key="forward" value="Forward" info="Sampling period is ahead of target point"/>
46   - <value key="backward" value="Backward" info="Sampling period is behind of target point"/>
47   - </values>
48   - </arglist>
49   -
50   -
51 42 </argslist>
... ...