miscellaneous update

git-svn-id: http://svn.code.sf.net/p/netpbm/code/userguide@1585 9d0c8265-081b-0410-96cb-a4ca84ce46f8

7 files changed, 7 insertions, 7 deletions

diff --git a/asciitopgm.html b/asciitopgm.html
index 51c9b4be..1730651f 100644
--- a/asciitopgm.html
+++ b/asciitopgm.html
@@ -32,7 +32,7 @@ a brightness value to a character.
 a lower case character, It assigns a special brightnesses which has nothing to
 do with what it looks like printed.
 <b>asciitopgm</b> takes the ASCII character code from the lower 7 bits
-of each input byte.  But it warns you if the most signficant bit of
+of each input byte.  But it warns you if the most significant bit of
 any input byte is not zero.
 
 <p>The output image is <i>height</i> pixels high by <i>width</i> pixels wide,
diff --git a/libpbm.html b/libpbm.html
index 2243c9cf..01c3d904 100644
--- a/libpbm.html
+++ b/libpbm.html
@@ -168,7 +168,7 @@ into them.  The pixels are in order from left to right across the row
 and from the beginning of the array to the end.  Within a byte, the
 bits are in order from the most significant bit to the least
 significant bit.  If the number of pixels in the row is not a multiple
-of 8, the last byte returned is padded on the least signficant bit
+of 8, the last byte returned is padded on the least significant bit
 side with undefined bits.  White is represented by a <B>PBM_WHITE</B>
 bit; black by <B>PBM_BLACK</B>.
 
diff --git a/pamendian.html b/pamendian.html
index 74f928ac..244dabc2 100644
--- a/pamendian.html
+++ b/pamendian.html
@@ -23,7 +23,7 @@ bytes are defined to have them in big endian (most significant byte first)
 order.  However, there exist variations on these formats, primarily developed
 before official multibyte Netpbm formats existed, that are identical to 
 Netpbm formats in every respect except that samples are in little endian
-(least signficant byte first) order.
+(least significant byte first) order.
 
 <P><B>pamendian</B> reverses the byte order of the sample to convert
 between the two formats.  If the input is true PAM, PGM, or PPM, the
diff --git a/pamtopdbimg.html b/pamtopdbimg.html
index 2d2aab02..daf536be 100644
--- a/pamtopdbimg.html
+++ b/pamtopdbimg.html
@@ -51,7 +51,7 @@ The title of the image, to be included in the image.
 <DD>You may specify only one of these.
 <b>-compressed</b> says to generate the image in compressed format.
 <b>-uncompressed</b> says to generate the image in uncompressed format.
-<b>-maybecompressed</b> sasy to generate whichever format is smaller
+<b>-maybecompressed</b> says to generate whichever format is smaller
 (the compression algorithm sometimes actually makes the data larger).
 
 <DT><B>-4depth</B>
diff --git a/pbmtog3.html b/pbmtog3.html
index e2cf98dd..c1754566 100644
--- a/pbmtog3.html
+++ b/pbmtog3.html
@@ -36,7 +36,7 @@ use those encodings.
 <dt><b>-reversebits</b>
 
 <dd>This option causes the output to have the bits in every byte
-reversed so the least signficant bit becomes the most signficant bit.
+reversed so the least significant bit becomes the most significant bit.
 Apparently, there is some ambiguity in transmission protocols so that
 the bits get reversed on transmission, and this compensates for that.
 If you get a whole bunch of "bad code word" messages when you try to
diff --git a/pnmnlfilt.html b/pnmnlfilt.html
index 401472c0..e0cd124a 100644
--- a/pnmnlfilt.html
+++ b/pnmnlfilt.html
@@ -112,7 +112,7 @@ estimation filter (alpha 1.2, radius 1.0), a pass of the median filter
 filter.  Several passes of the optimal estimation filter with
 declining alpha values are more effective than a single pass with a
 large alpha value.  As usual, there is a tradeoff between filtering
-effectiveness and loosing detail. Experimentation is encouraged.
+effectiveness and losing detail. Experimentation is encouraged.
 
 <H2 id="references">References:</H2>
 
diff --git a/pnmtotiffcmyk.html b/pnmtotiffcmyk.html
index 8c43915f..50ca133d 100644
--- a/pnmtotiffcmyk.html
+++ b/pnmtotiffcmyk.html
@@ -90,7 +90,7 @@ implementors of other conversions.
 values of the 3 pigments are C = 1-R, M = 1-G, Y = 1-B.  From this,
 <b>pnmtotiffcmyk</b> chooses a black (K) level which is the minimum of
 those three.  It then replaces that much of the 3 pigments with the
-black.  I.e. it substracts K from each of the basic C, M, and Y
+black.  I.e. it subtracts K from each of the basic C, M, and Y
 values.
 
 <p>The options below modify this conversion.