New option 'Show time spent in directory list'.

3 files changed, 10 insertions, 9 deletions

diff --git a/wdshelp/directorytree.htm b/wdshelp/directorytree.htm
index cda7dca..b72a2f5 100644
--- a/wdshelp/directorytree.htm
+++ b/wdshelp/directorytree.htm
@@ -32,7 +32,8 @@
 				</li>
 				<li>
 					<u>Percentage</u>. The same information as in "Subtree Percentage", in percent.<br>
-					[During the scanning, this column shows the time spent for the subtree so far.]
+					[During the scanning, this column can optionally show the time spent for the 
+					subtree so far.]
 				</li>
 				<li>
 					<u>Files</u>. Number of files in the subtree.</li>
diff --git a/wdshelp/whatisatree.htm b/wdshelp/whatisatree.htm
index 42298e1..fbf3495 100644
--- a/wdshelp/whatisatree.htm
+++ b/wdshelp/whatisatree.htm
@@ -29,23 +29,23 @@
 			<img src="tree.jpg" width="99" height="105" align="left" vspace="20" hspace="20" />
 			Instead of "hierarchical structure" we simply say <i>tree structure</i>. Since 
 			a tree is built hierarchical as well: The trunk branches out into branches, the 
-			branches into sub-branches, twigs and finally into the leafs. In a file system 
+			branches into sub-branches, twigs and finally into the leaves. In a file system 
 			the so called root directory is the trunk, the directories 
-			are the branches and the files are the leafs.
+			are the branches and the files are the leaves.
 		</p>
 		<p>
 			That's why we call the file system of a computer simply a "directory tree".
 		</p>
 		<p><br clear="all" />
 			Unlike most real trees, on a disk the trunk and the branches already have 
-			leafs. And, unlike most real trees, too: the <u>files</u> are the voluminous 
+			leaves. And, unlike most real trees, too: the <u>files</u> are the voluminous 
 			entities (the size of which is mesured by megabytes or gigabytes), whereas the 
 			actual directories are neglectibly small. By the way, we imagine abstract trees 
-			as turned round: the root at the top, the leafs at the bottom.
+			as turned round: the root at the top, the leaves at the bottom.
 		</p>
 		<p>If you saw a branch off a tree and stick it into the earth, then it becomes 
 			itself a little tree (well, at least it looks like one): Every branch is, 
-			together with its sub-branches and leafs, itself a tree, a <i>subtree</i>.
+			together with its sub-branches and leaves, itself a tree, a <i>subtree</i>.
 		</p>
 		<p>The family tree metaphor is often used as well: The subdirectories and files of 
 			a directory are called its <i>children</i>. And a directory containing a 
diff --git a/wdshelp/windirstat.htm b/wdshelp/windirstat.htm
index 160d5d2..413e1e6 100644
--- a/wdshelp/windirstat.htm
+++ b/wdshelp/windirstat.htm
@@ -19,9 +19,9 @@
 		<p style="color=#006000">You know the problem: The hard disk is almost full, and 
 			you don't know, where the big files actually are lying, which occupy all the 
 			space. They may well be hidden in sub-sub-directories. To find out this by 
-			means of the Windows Explorer, is tiring: you had to expand and collapse the 
-			directories again and again or view the "Properties" of the directories, which 
-			always count just the size of <i>one</i> subtree. It's hard to form a mental 
+			means of the Windows Explorer, is tiring: you would have to expand and collapse 
+			directories over and over or view the "Properties" of the directories, which 
+			always count just the size of a single subtree. It's hard to form a mental 
 			image of the hard disk usage in this way. This is where WinDirStat helps.
 		</p>
 		<p>On start up WinDirStat opens the <a href="selectdrivesdialog.htm">Select Drives