CREW/AVACS examples

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Revision as of 18:24, 24 February 2014 (view source) Hamann (Talk | contribs) (→Taylor plots) ← Older edit		Latest revision as of 12:20, 4 November 2014 (view source) Hamann (Talk | contribs) (→CTH bias or rmsd to CALIOP/CPR as function of CALIOP COD)
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-	Go back to [[CREW_software_package | CREW software package]]
-
	==Display a RGB image with the track of the ATRAIN satellite constellation==		==Display a RGB image with the track of the ATRAIN satellite constellation==
	<code>		<code>
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	</code><br>		</code><br>
	[[File:rgb_image.jpg|200px|RGB image with Atrain track]]<br>		[[File:rgb_image.jpg|200px|RGB image with Atrain track]]<br>
-	<br>
-	==Scatterplots SEVIRI against CALIOP or CPR==	+	==CTH histogram along the ATRAIN track==
	<code>		<code>
	o=obj_new('cws_stats') <br>		o=obj_new('cws_stats') <br>
		+	o->hist_atrain, overpass=[11317,11318,11319], show_group='ALL', mask='IND'<br>
		+	o->hist_atrain, overpass=[11317,11318,11319], show_group='ALL', mask='COM', xrange=[0,0.05]<br>
		+	obj_destroy, o<br>
		+	</code><br>
		+	[[File:atrain_histogram_ind.jpg|200px|CTH histogram Atrain individual mask]]
		+	[[File:atrain_histogram_com.jpg|200px|CTH histogram Atrain common mask]]<br>
		+
		+	==Scatterplots SEVIRI against CALIOP or CPR==
		+	<code>
		+	o=obj_new('cws_stats', scale=1) <br>
	o->set_product,'cth'<br>		o->set_product,'cth'<br>
	o->calipso_cpr, sensor='CPR', overpass=[11317,11318,11319]<br>		o->calipso_cpr, sensor='CPR', overpass=[11317,11318,11319]<br>
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	</code><br>		</code><br>
	[[File:scatterplots.jpg|200px|CTH scatterplot SEVIRI against CPR]]<br>		[[File:scatterplots.jpg|200px|CTH scatterplot SEVIRI against CPR]]<br>
-	<br>
	==CTH cross-section along ATRAIN track: SEVIRI, CALIOP and CPR==		==CTH cross-section along ATRAIN track: SEVIRI, CALIOP and CPR==
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	</code><br>		</code><br>
	[[File:cth_all.jpg|200px|CTH cross section (with standard deviation)]]<br>		[[File:cth_all.jpg|200px|CTH cross section (with standard deviation)]]<br>
-	<br>
-	==COD cross-section along ATRAIN track: SEVIRI, CALIOP and CPR==	+	==CTH cross-section along ATRAIN track with RGB image==
	<code>		<code>
-	o=obj_new('cws_stats') <br>	+	o=obj_new('cws_stats', scale=1) <br>
	o->set_date,2008,6,13,13,45<br>		o->set_date,2008,6,13,13,45<br>
-	o->cod_all, cut=16<br>	+	o->brian_profile, cut=16 [,show_group=show_group, z_min = z_min, z_max = z_max, dz=dz]  [optional arguments]<br>
	obj_destroy, o<br>		obj_destroy, o<br>
		+	(see also cws_stats__read_atrain_2d.pro)
	</code><br>		</code><br>
-	[[File:cod_all.jpg|200px|COD cross section (with standard deviation)]]<br>	+	[[File:brians_profile.jpg|200px|CTH cross section]]<br>
-	<br>	+
-	==Cross-section along ATRAIN track with RGB image==	+	==COD cross-section along ATRAIN track: SEVIRI and MODIS==
	<code>		<code>
	o=obj_new('cws_stats') <br>		o=obj_new('cws_stats') <br>
	o->set_date,2008,6,13,13,45<br>		o->set_date,2008,6,13,13,45<br>
-	o->brian_profile, cut=16<br>	+	o->cod_all, cut=16<br>
	obj_destroy, o<br>		obj_destroy, o<br>
	</code><br>		</code><br>
-	[[File:brians_profile.jpg|200px|CTH cross section]]<br>	+	[[File:cod_all.jpg|200px|COD cross section (with standard deviation)]]<br>
-	<br>	+
		+	==Taylor diagrams==
		+	o=obj_new('cws_stats', scale=1)<br>
		+	o->taylor, overpass=[11317,11318,11319], atrainsensor='CPR'<br>
		+	obj_destroy, o<br>
		+	[[File:taylor_CTH_CPR.jpg|200px|CTH Taylor plot with CPR]]<br>
-	==Taylor plots==	+	==CTH bias or rmsd to CALIOP/CPR as function of CALIOP COD==
	o=obj_new('cws_stats', scale=1)<br>		o=obj_new('cws_stats', scale=1)<br>
-	o->taylor, overpass=[11317,11318,11319], atrainsensor='CALIOP'[, clevel='high', opaque='thick']<br>	+	o->dep_atrain, overpass=[11317,11318,11319]   [,bias=bias, rmsd=rmsd]<br>
	obj_destroy, o<br>		obj_destroy, o<br>
		+	[[File:C00_dep_CALCOD_bias_dcth-CAL_11317_11319b.jpg|200px|CTH difference to CALIOP as function of CALIOP COD]]<br>

---

Latest revision as of 12:20, 4 November 2014

Contents 1 Display a RGB image with the track of the ATRAIN satellite constellation 2 CTH histogram along the ATRAIN track 3 Scatterplots SEVIRI against CALIOP or CPR 4 CTH cross-section along ATRAIN track: SEVIRI, CALIOP and CPR 5 CTH cross-section along ATRAIN track with RGB image 6 COD cross-section along ATRAIN track: SEVIRI and MODIS 7 Taylor diagrams 8 CTH bias or rmsd to CALIOP/CPR as function of CALIOP COD

Display a RGB image with the track of the ATRAIN satellite constellation

o=obj_new('cws_stats')
o->set_product,'rgb'
o->set_date,2008,6,13,12,00
o->make_image, /single, /track
obj_destroy, o


CTH histogram along the ATRAIN track

o=obj_new('cws_stats')
o->hist_atrain, overpass=[11317,11318,11319], show_group='ALL', mask='IND'
o->hist_atrain, overpass=[11317,11318,11319], show_group='ALL', mask='COM', xrange=[0,0.05]
obj_destroy, o


Scatterplots SEVIRI against CALIOP or CPR

o=obj_new('cws_stats', scale=1)
o->set_product,'cth'
o->calipso_cpr, sensor='CPR', overpass=[11317,11318,11319]
obj_destroy, o


CTH cross-section along ATRAIN track: SEVIRI, CALIOP and CPR

o=obj_new('cws_stats')
o->set_date,2008,6,13,13,45
o->cth_all, cut=16
obj_destroy, o


CTH cross-section along ATRAIN track with RGB image

o=obj_new('cws_stats', scale=1)
o->set_date,2008,6,13,13,45
o->brian_profile, cut=16 [,show_group=show_group, z_min = z_min, z_max = z_max, dz=dz] [optional arguments]
obj_destroy, o
(see also cws_stats__read_atrain_2d.pro)

COD cross-section along ATRAIN track: SEVIRI and MODIS

o=obj_new('cws_stats')
o->set_date,2008,6,13,13,45
o->cod_all, cut=16
obj_destroy, o


Taylor diagrams

o=obj_new('cws_stats', scale=1)
o->taylor, overpass=[11317,11318,11319], atrainsensor='CPR'
obj_destroy, o

CTH bias or rmsd to CALIOP/CPR as function of CALIOP COD

o=obj_new('cws_stats', scale=1)
o->dep_atrain, overpass=[11317,11318,11319] [,bias=bias, rmsd=rmsd]
obj_destroy, o