last version before thomas deletion

README.md

@@ -4,11 +4,7 @@ pyDS9plugin is the first open source pythonic [SAOImageDS9](https://sites.google
 
 Click on the image to see the 3 minutes youtube presentation video:
 
-
-[![Alt Text](https://github.com/vpicouet/pyds9plugin/blob/master/pyds9plugin/doc/ref/gif/multi-image.mov.gif)](https://www.youtube.com/watch?v=XcDm2JQDMLY)
-
-
-
+[![Alt Text](https://people.lam.fr/picouet.vincent/images/presentation.gif)](https://www.youtube.com/watch?v=XcDm2JQDMLY)
 
 
 SAOImage DS9 is an astronomical imaging and data visualization application. Its 30 years of development has made it very stable and easy to use. This made it an essential tool in all fields of astronomy (observation, simulation, instrumentation). Much more profitable but pretty unsung feature, its extensibility makes it a limitless tool to interact with astronomical data. This extensibility did not generate a large collaborative and well organized effort to develop important extensions that could progressively converge towards a stable/rapid/configurable multi-extension DS9 package.

pyds9plugin/Macros/Crop_image_wcs.py

@@ -31,4 +31,4 @@ def cropCLAUDS(path, position=[0, 0], size=[10, 10], all_ext=False):  # ,area=[0
     sys.exit()
 else:
     ds9_2, name = cropCLAUDS(path=getfilename(d), position=[region[0][0] - 1, region[0][1] - 1], size=np.array([region[0][3], region[0][2]], dtype=int), all_ext=False)
-d.set("frame new ; tile yes ; file %s" % (name))
+d.set("frame new ; tile yes ; file %s" % (name))

pyds9plugin/QuickLookPlugIn.ds9.ans

@@ -414,10 +414,10 @@ hmenu 3. Astronomical Softwares
 	menu
 	DS9Utils astrometry_net -x $xpa_method   $message(okcancel,You are about to run an astrometric analysis. This function will send the image to the astrometry.net server and run an astrometric algorithm to generate a WCS header. Please note that this function requires an internet connection and that processing might take a few minutes and might not converge. DS9 will let you know if it converges and the WCS header will be added to the image header.)  $param(LostInSpace); --type $Image --scale-units "$scale_units" --scale-lower "$scale_lower" --scale-upper "$scale_upper" --scale-est "$scale_est" --scale-err "$scale_err" --ra  "$center_ra" --dec "$center_dec" --radius "$radius"  --downsample "$downsample_factor" --tweak-order "$tweak_order" --crpix-center $crpix_center --parity  $parity --positional_error "$positional_error"   | $text
 
-	MaxiMask
-	*
-	menu
-	DS9Utils maxi_mask -x $xpa_method   $param(MaxiMask);  -pt $prob -b $size -m $single -n $net  -f $F1-$F2-$F3-$F4-$F5-$F6-$F7-$F8-$F9-$F_10-$F_11-$F_12-$F_13-$F_14 -p $P1-$P2-$P3-$P4-$P5-$P6-$P7-$P8-$P9-$P_10-$P_11-$P_12-$P_13-$P_14  -t $T1-$T2-$T3-$T4-$T5-$T6-$T7-$T8-$T9-$T_10-$T_11-$T_12-$T_13-$T_14    | $text
+#	MaxiMask
+#	*
+#	menu
+#	DS9Utils maxi_mask -x $xpa_method   $param(MaxiMask);  -t $prob -b $size -m $single -n $net  -f $F1-$F2-$F3-$F4-$F5-$F6-$F7-$F8-$F9-$F_10-$F_11-$F_12-$F_13-$F_14 -P $P1-$P2-$P3-$P4-$P5-$P6-$P7-$P8-$P9-$P_10-$P_11-$P_12-$P_13-$P_14  -T $T1-$T2-$T3-$T4-$T5-$T6-$T7-$T8-$T9-$T_10-$T_11-$T_12-$T_13-$T_14    | $text
 
 
 

pyds9plugin/QuickLookPlugIn_DS9<8.2.ds9.ans

@@ -368,10 +368,10 @@ hmenu 3. Astronomical Softwares
 	menu
 	DS9Utils astrometry_net -x $xpa_method   $message(okcancel,You are about to run an astrometric analysis. This function will send the image to the astrometry.net server and run an astrometric algorithm to generate a WCS header. Please note that this function requires an internet connection and that processing might take a few minutes and might not converge. DS9 will let you know if it converges and the WCS header will be added to the image header.)  $param(LostInSpace); --type $Image --scale-units "$scale_units" --scale-lower "$scale_lower" --scale-upper "$scale_upper" --scale-est "$scale_est" --scale-err "$scale_err" --ra  "$center_ra" --dec "$center_dec" --radius "$radius"  --downsample "$downsample_factor" --tweak-order "$tweak_order" --crpix-center $crpix_center --parity  $parity --positional_error "$positional_error"   | $text
 
-	MaxiMask
-	*
-	menu
-	DS9Utils maxi_mask -x $xpa_method   $param(MaxiMask);  -pt $prob -b $size -m $single -n $net  -f $F1-$F2-$F3-$F4-$F5-$F6-$F7-$F8-$F9-$F_10-$F_11-$F_12-$F_13-$F_14 -p $P1-$P2-$P3-$P4-$P5-$P6-$P7-$P8-$P9-$P_10-$P_11-$P_12-$P_13-$P_14  -t $T1-$T2-$T3-$T4-$T5-$T6-$T7-$T8-$T9-$T_10-$T_11-$T_12-$T_13-$T_14    | $text
+#	MaxiMask
+#	*
+#	menu
+#	DS9Utils maxi_mask -x $xpa_method   $param(MaxiMask);  -t $prob -b $size -m $single -n $net  -f $F1-$F2-$F3-$F4-$F5-$F6-$F7-$F8-$F9-$F_10-$F_11-$F_12-$F_13-$F_14 -P $P1-$P2-$P3-$P4-$P5-$P6-$P7-$P8-$P9-$P_10-$P_11-$P_12-$P_13-$P_14  -T $T1-$T2-$T3-$T4-$T5-$T6-$T7-$T8-$T9-$T_10-$T_11-$T_12-$T_13-$T_14    | $text
 
 
 

setup.py

@@ -24,6 +24,7 @@
     "argparse",
     "PyQt5",
     "dataphile",
+    "sep",
 ]
 
 entry_points = {}