Index: /trunk/doc/ipptools/dettool.txt
===================================================================
--- /trunk/doc/ipptools/dettool.txt	(revision 9052)
+++ /trunk/doc/ipptools/dettool.txt	(revision 9053)
@@ -166,5 +166,5 @@
 
 In practise, the above three commands ("dettool -processed -unmask",
-"ppNorm" and "dettool -addnormstat") will be performed by a Perl
+"ppNormCalc" and "dettool -addnormstat") will be performed by a Perl
 script, "detrend_norm_calc.pl".
 
@@ -193,5 +193,5 @@
 and statistics:
 
-	ppNormApply -file <in_uri> <out_uri> -norm <normalisation> -stat <statictics_file>
+	ppImage -file <in_uri> <out_uri> -norm <normalisation> -stat <statictics_file>
 
 The normalised imfile is then inserted into detNormalizedImfile:
@@ -199,5 +199,5 @@
 	dettool -addnormalizedimfile -det_id <det_id> -iter <iter> -class_id <class_id> -uri <out_uri> -b1_uri <b1_uri> -b2_uri <b2_uri> -bg <stat> -bg_stdev <stat> -bg_mean_stdev <stat>
 
-In practise, the above two commands ("ppArith" and "dettool
+In practise, the above two commands ("ppImage" and "dettool
 -addnormalizedimfile") will be performed by a Perl script,
 "detrend_norm_apply.pl".
@@ -273,8 +273,6 @@
 For these, we create the mosaic jpeg images:
 
-	ppImage -file <b1_fits> <something> -recipe PPIMAGE <some_jpeg_recipe>
-
-*** To do: Mode for ppImage (or new program) just to generate a mosaic
-           jpeg.
+	ppImage -file <b1_fits> <something> -recipe PPIMAGE PPIMAGE_J
+	ppImage -file <b2_fits> <something> -recipe PPIMAGE PPIMAGE_J
 
 We also use the statistics from each of the components to decide if