--- ray/doc/man/man1/findglare.1	2003/12/09 15:59:06	1.2
+++ ray/doc/man/man1/findglare.1	2008/11/10 19:08:17	1.5
@@ -1,4 +1,4 @@
-.\" RCSid "$Id: findglare.1,v 1.2 2003/12/09 15:59:06 greg Exp $"
+.\" RCSid "$Id: findglare.1,v 1.5 2008/11/10 19:08:17 greg Exp $"
 .TH FINDGLARE 1 11/15/93 RADIANCE
 .SH NAME
 findglare - locate glare sources in a RADIANCE scene
@@ -54,7 +54,7 @@ option is used -- see below).
 Note that the picture file must contain correct view specifications,
 as maintained by
 .I rpict(1),
-.I rview(1),
+.I rvu(1),
 .I pfilt(1)
 and
 .I pinterp(1).
@@ -112,7 +112,7 @@ It usually works best to use the 'l' command within
 .I ximage(1)
 to decide what this value should be.
 Alternatively, one can use the 't' command within
-.I rview(1).
+.I rvu(1).
 The idea is to pick a threshold that is well above the average level
 but smaller than the source areas.
 .PP
@@ -138,18 +138,18 @@ flag switches on verbose mode, where
 .I findglare
 reports its progress during the calculation.
 .SH EXAMPLE
-To calculate the glare sources in the image "scene.pic":
+To calculate the glare sources in the image "scene.hdr":
 .IP "" .2i
-findglare -p scene.pic > scene.glr
+findglare \-p scene.hdr > scene.glr
 .PP
 To compute the Guth visual comfort probability from this result:
 .IP "" .2i
-glarendx -t guth_vcp scene.glr
+glarendx \-t guth_vcp scene.glr
 .PP
 To compute the glare for a set of angles around the view "good.vp"
 from the octree "scene.oct" using an ambient level of .1:
 .IP "" .2i
-findglare -vf good.vp -ga 10-60:10 -av .1 .1 .1 scene.oct > scene.glr
+findglare \-vf good.vp \-ga 10-60:10 \-av .1 .1 .1 scene.oct > scene.glr
 .SH AUTHOR
 Greg Ward
 .SH ACKNOWLEDGEMENT
@@ -157,4 +157,4 @@ Work on this program was initiated and sponsored by th
 group at EPFL in Switzerland.
 .SH "SEE ALSO"
 getinfo(1), glare(1), glarendx(1), pfilt(1), rpict(1), rtrace(1),
-rview(1), xglaresrc(1), ximage(1)
+rvu(1), xglaresrc(1), ximage(1)