Merge pull request #1537 from dwcaress/caress-tmp

Caress tmp

Author: dwcaress

ChangeLog.md

@@ -79,6 +79,9 @@ navigation and attitude data with multibeam data, all collected on a submerged A
 which the platform depth is defined by a pressure sensor rather than the heave output
 by the INS.
 
+Programs mbgrdviz, mbeditviz, mbnavadjust: Fixed the mouse button description for Rotate 
+View mode so that the right button is properly labeled as zoom rather than exaggeration.
+
 #### 5.8.3beta06 (October 1, 2025)
 
 GMT integration: Fixed compiler directives insuring

src/html/mbedit.html

@@ -76,7 +76,7 @@ <H2>DESCRIPTION</H2>
 the acrosstrack dimension.
 <P>
 The number of pings displayed,
-and the width, vertical exageration, and annotation of the plot
+and the width, vertical exaggeration, and annotation of the plot
 are all set by the user. Unflagged bathymetry points
 are shown as small filled black squares, and flagged bathymtetry points
 are shown as small unfilled red or blue squares. Soundings
@@ -130,14 +130,14 @@ <H2>DESCRIPTION</H2>
 is underlain by a red box, and a small black box appears to the left
 of the label. These colored labels help users identify
 bad bathymetry points which lie outside the box defined by the current
-vertical exageration and plot width values. In the case where unflagged
+vertical exaggeration and plot width values. In the case where unflagged
 depths lie outside the plotting box (red label), clicking on the small
 black box to the left of the ping label automatically flags all of the
 depth values outside the plotting box. Alternatively,
 users can decrease the
-vertical exageration and/or increase the plot width to bring the
+vertical exaggeration and/or increase the plot width to bring the
 offending bathymetry points into view. Users should be aware that
-extreme bathymetric slopes or the use of high vertical exagerations
+extreme bathymetric slopes or the use of high vertical exaggerations
 may cause good depth values to lie outside the plotting box for
 the first and last pings in view.
 <P>
@@ -801,12 +801,12 @@ <H2>INTERACTIVE CONTROLS</H2>
 width of 10 meters but the slider jumps from 1 to 47), the slider
 can be changed by increments of 1 by clicking with the left button
 inside the slider area, but not on the slider itself.
-<DT><B>Vertical Exageration</B>
+<DT><B>Vertical exaggeration</B>
 
 <DD>
-This slider sets the depth scale in terms of vertical exageration.
+This slider sets the depth scale in terms of vertical exaggeration.
 The depth scale will change as the cross track distance scale is
-changed to maintain the same vertical exageration.
+changed to maintain the same vertical exaggeration.
 If a particular value is desired which cannot be
 obtained by dragging the slider, the slider
 can be changed by increments of 0.01 by clicking with the left button

src/html/mbgrdviz.html

@@ -124,12 +124,12 @@ <H2>DESCRIPTION</H2>
 display is a perspective view that includes both rotation of the topographic model and
 of the viewpoint. To rotate the model, select the &quot;Rotate Model&quot; button (or the &lt;Mouse-&gt;Rotate Model&gt;
 menu item). The left button can be used to pick topography, the middle button will rotate the model
-when clicked and dragged, and the right button will change the vertical exageration when
-clicked and moved up (more exageration) or down (less exageration). To rotate the viewpoint,
+when clicked and dragged, and the right button will change the vertical exaggeration when
+clicked and moved up (more exaggeration) or down (less exaggeration). To rotate the viewpoint,
 select the &quot;Rotate View&quot; button (or the &lt;Mouse-&gt;Rotate View&gt;
 menu item). The left button can be used to pick topography, the middle button will rotate the model
-when clicked and dragged, and the right button will change the vertical exageration when
-clicked and moved up (more exageration) or down (less exageration).
+when clicked and dragged, and the right button will change the vertical exaggeration when
+clicked and moved up (more exaggeration) or down (less exaggeration).
 <P>
 <A NAME="lbAF">&nbsp;</A>
 <H2>MB-SYSTEM AUTHORSHIP</H2>
@@ -533,7 +533,7 @@ <H2>INTERACTIVE CONTROLS: MBview Colors and Contours Window</H2>
 <DD>
 <B>[3D Parameters]:{View Orientation &amp; Zoom}Zoom</B>
 
-<DT><B>[3D Parameters]:Vertical Exageration</B>
+<DT><B>[3D Parameters]:Vertical exaggeration</B>
 
 <DD>
 <DT><B>[3D Parameters]:{Pan}X</B>

src/html/mbm_grd3dplot.html

@@ -134,7 +134,7 @@ <H2>SIMPLE DESCRIPTION OF BASIC OPTIONS</H2>
 Sets the parameters which control the
 synthetic illumination of the gridded data (shaded relief).
 The value <I>magnitude</I>
-is an effective vertical exageration which modulates the intensity of
+is an effective vertical exaggeration which modulates the intensity of
 the shading; typical values are in the 0.1 to 10 range.
 The value <I>azimuth</I>
 is the azimuth in degrees from north from which the data is illuminated.
@@ -352,7 +352,7 @@ <H2>COMPLETE DESCRIPTION OF OPTIONS</H2>
 Sets the parameters which control the
 synthetic illumination of the gridded data (shaded relief).
 The value <I>magnitude</I>
-is an effective vertical exageration which modulates the intensity of
+is an effective vertical exaggeration which modulates the intensity of
 the shading; typical values are in the 0.1 to 0.5 range.
 The value <I>azimuth</I>
 is the azimuth from which the data is illuminated.

src/html/mbm_grdplot.html

@@ -156,7 +156,7 @@ <H2>SIMPLE DESCRIPTION OF BASIC OPTIONS</H2>
 Sets the parameters which control the
 synthetic illumination of the gridded data (shaded relief).
 The value <I>magnitude</I>
-is an effective vertical exageration which modulates the intensity of
+is an effective vertical exaggeration which modulates the intensity of
 the shading; typical values are in the 0.1 to 10 range.
 The value <I>azimuth</I>
 is the azimuth in degrees from north from which the data is illuminated.
@@ -368,7 +368,7 @@ <H2>COMPLETE DESCRIPTION OF OPTIONS</H2>
 Sets the parameters which control the
 synthetic illumination of the gridded data (shaded relief).
 The value <I>magnitude</I>
-is an effective vertical exageration which modulates the intensity of
+is an effective vertical exaggeration which modulates the intensity of
 the shading; typical values are in the 0.1 to 0.5 range.
 The value <I>azimuth</I>
 is the azimuth from which the data is illuminated.

src/html/mbm_grdtiff.html

@@ -109,7 +109,7 @@ <H2>SIMPLE DESCRIPTION OF BASIC OPTIONS</H2>
 Sets the parameters which control the
 synthetic illumination of the gridded data (shaded relief).
 The value <I>magnitude</I>
-is an effective vertical exageration which modulates the intensity of
+is an effective vertical exaggeration which modulates the intensity of
 the shading; typical values are in the 0.1 to 10 range.
 The value <I>azimuth</I>
 is the azimuth in degrees from north from which the data is illuminated.
@@ -296,7 +296,7 @@ <H2>COMPLETE DESCRIPTION OF OPTIONS</H2>
 Sets the parameters which control the
 synthetic illumination of the gridded data (shaded relief).
 The value <I>magnitude</I>
-is an effective vertical exageration which modulates the intensity of
+is an effective vertical exaggeration which modulates the intensity of
 the shading; typical values are in the 0.1 to 0.5 range.
 The value <I>azimuth</I>
 is the azimuth from which the data is illuminated.

src/html/mbm_plot.html

@@ -165,7 +165,7 @@ <H2>SIMPLE DESCRIPTION OF BASIC OPTIONS</H2>
 shaded relief bathymetry or bathymetry draped with amplitude data.
 If <I>mode</I> is set to 2 (shaded relief bathymetry) using the
 <B>-G</B> option, then the value <I>magnitude</I>
-is an effective vertical exageration which modulates the intensity of
+is an effective vertical exaggeration which modulates the intensity of
 the shading; typical values are in the 1-5 range.  The value <I>azimuth</I>
 is the azimuth from which the bathymetry is illuminated.
 If <I>mode</I> is set to 3 (bathymetry shaded using amplitudes) using the
@@ -404,7 +404,7 @@ <H2>COMPLETE DESCRIPTION OF OPTIONS</H2>
 shaded relief bathymetry or bathymetry draped with amplitude data.
 If <I>mode</I> is set to 2 (shaded relief bathymetry) using the
 <B>-G</B> option, then the value <I>magnitude</I>
-is an effective vertical exageration which modulates the intensity of
+is an effective vertical exaggeration which modulates the intensity of
 the shading; typical values are in the 1-5 range.  The value <I>azimuth</I>
 is the azimuth from which the bathymetry is illuminated.
 If <I>mode</I> is set to 3 (bathymetry shaded using amplitudes) using the

src/html/mbswath.html

@@ -234,7 +234,7 @@ <H2>OPTIONS</H2>
 shaded relief bathymetry or bathymetry draped with amplitude data.
 If <I>mode</I> is set to 2 (shaded relief bathymetry) using the
 <B>-Z</B> option, then the value <I>magnitude</I>
-is an effective vertical exageration which modulates the intensity of
+is an effective vertical exaggeration which modulates the intensity of
 the shading; typical values are in the 1-5 range.  The value <I>azimuth</I>
 is the azimuth from which the bathymetry is illuminated.
 If <I>mode</I> is set to 3 (bathymetry shaded using amplitudes) using the

src/html/mbvelocitytool.html

@@ -340,7 +340,7 @@ <H2>INTERACTIVE CONTROLS</H2>
 display and the raypath display. The minimum depths of these
 displays are always zero. The acrosstrack distance axis of the raypath
 display automatically adjusts so that the rays are plotted with
-no vertical exageration.
+no vertical exaggeration.
 <DT><B>Plot Scaling-&gt;Velocity Range</B>
 
 <DD>
@@ -406,7 +406,7 @@ <H2>INTERACTIVE CONTROLS</H2>
 good beam relative to the linear fit.  The average of the bathymetry residuals
 is displayed in the upper right part of the window as a function of beam number,
 along with &quot;error bars&quot; indicating the standard deviations of the residuals.
-Raypaths are displayed without vertical exageration in the lower part of the
+Raypaths are displayed without vertical exaggeration in the lower part of the
 window; these represent the first raypath calculated for each beam while
 processing the current data (most will be from the first ping). Anomalously
 shallow bathymetry maps into negative residuals and deep bathymetry into positive