Update comments

diff --git a/TestAllEntryVerifyReference.txt b/TestAllEntryVerifyReference.txt
index 056b7331380b4ea34da536f07a612d8f0c4397bb..c0bf99d487214dc58718e7e5b63e69161380b62a 100644 (file)
--- a/TestAllEntryVerifyReference.txt
+++ b/TestAllEntryVerifyReference.txt
@@ -1397,10 +1397,7 @@
 #      http://www.leadtools.com/SDK/Medical/DICOM/ltdc19.htm )
 # and (probably) serves as an illustration of many Dicom encoding/compression
 # modes. Those "hand made"  files were not produced by any acquisition engine
-# and hence are not from "real" life, but maybe one day some machine will
-# implement it. Some images, allthough using a perfectly "legal" Dicom format,
-# seem to be unique in their own encoding/compression category. Worth the
-# trial in a test suite!
+# and hence are not from "real" life.
 # All the following files share the same size (535x800), the same pixel
 # representation ("0") ;
 #  0028|0010 "535"                        # Rows
@@ -1710,3 +1707,22 @@
 # that's not so usual
 #(the image comes from IRAD data set, and breaks some viewers)
 #
+#
+#==========================================================================
+#
+# Credits :
+# -------
+# A lot of images we use come from : 
+#
+# Sebastien Barré's site
+# IRAD (Mac OS X Dicom viewer) site
+# David Clunnie's compression data set 
+# Osiris site (Papyrus images)
+#
+# A lot of other come from the imagers we (had/have) at Neurological and
+# Cardilogical Hospitals in Lyon
+# (Siemens MR, Philips MR, GE CT, Philips CT, Philips CR, GE XA, Philips XA ...
+# Sorry, probabely a lot are missing.
+# I'll update the list later.
+# JPRx
+