doc: Use GeoTIFF consistently (#8296)

Author: anbj

doc/examples/ex52/ex52.sh

@@ -15,7 +15,7 @@ gmt begin ex52
   # We will create an intensity grid based on a pixel-registered DEM so that we can see structures in the oceans
   gmt grdgradient @earth_relief_${res}_p -Nt0.5 -A45 -Gintens.grd
 
-  # Blend the earth_day and earth_night geotiffs using the weights, so that when w is 1
+  # Blend the earth_day and earth_night GeoTIFFs using the weights, so that when w is 1
   # we get the earth_day, and then adjust colors based on the intensity.
 
   gmt grdmix @earth_day_${res} @earth_night_${res} -Ww.grd -Iintens.grd -Gview.tif

doc/rst/source/changes.rst

@@ -244,7 +244,7 @@ Enhancements in GMT 6.3
 * Allow trailing comments in custom symbol files (`#5610 <https://github.com/GenericMappingTools/gmt/pull/5610>`_)
 * Let -d set starting column via modifier (`#5966 <https://github.com/GenericMappingTools/gmt/pull/5966>`_)
 * Let -f\ *col* explicitly set start of input trailing text (`#5370 <https://github.com/GenericMappingTools/gmt/pull/5370>`_)
-* Let multi-layer geotiff files be cut via *gdal_translate* (`#5819 <https://github.com/GenericMappingTools/gmt/pull/5819>`_)
+* Let multi-layer GeoTIFF files be cut via *gdal_translate* (`#5819 <https://github.com/GenericMappingTools/gmt/pull/5819>`_)
 
 Documentation updates in GMT 6.3
 --------------------------------

doc/rst/source/gallery/ex52.rst

@@ -5,7 +5,7 @@
 
 This example highlights how GMT can be used to manipulate images
 in conjunction with grids, using :doc:`grdmix </grdmix>` (as well
-as :doc:`grdmath </grdmath>`).  We start with two geotiff images for the
+as :doc:`grdmath </grdmath>`).  We start with two GeoTIFF images for the
 day (@earth_day) and night (@earth_night) Earth views and compute
 a day/night smoothed grid to reflect the state on June 22, 2000
 at midnight in Hawaii.  The day/night grid is used to blend between

doc/rst/source/grdcut.rst

@@ -44,7 +44,7 @@ its bounding box for sub-region or set grid nodes inside or outside the polygon
 to NaN. Finally, if the input is a 3-D netCDF cube then you can make a vertical
 slice through existing nodes. **Note**: If the input grid is actually an image (gray-scale,
 RGB, or RGBA), then options |-N| and |-Z| are unavailable, while for multi-layer
-Geotiff files only options |-R|, |-S| and |-G| are supported, i.e., you can cut out
+GeoTIFF files only options |-R|, |-S| and |-G| are supported, i.e., you can cut out
 a sub-region only (which we do via *gdal_translate* if you have multiple bands).
 Complementary to **grdcut** there is :doc:`grdpaste`, which will join together
 two grid files (not images) along a common edge.
@@ -203,16 +203,16 @@ from the 3-D model seis3D.nc, try::
 Notes
 -----
 
-If the input file is a geotiff with multiple data bands then the output format will
+If the input file is a GeoTIFF with multiple data bands then the output format will
 depend on your selection (if any) of the bands to keep: If you do not specify
 any bands (which means we consider all the available bands) or you select more
-than one band, then the output file can either be another geotiff (if you give
+than one band, then the output file can either be another GeoTIFF (if you give
 a .tif[f] extension) or it can be a multiband netCDF file (if you give a .nc or .grd
-extension). If you select a single band from the input geotiff then GMT will
+extension). If you select a single band from the input GeoTIFF then GMT will
 normally read that in as a single grid layer and thus write a netCDF grid (unless
 you append another grid format specifier). However, if your output filename has
-a .tif[f] extension then we will instead write it as a one-band geotiff.
-All geotiff output operations are done via GDAL's *gdal_translate*.
+a .tif[f] extension then we will instead write it as a one-band GeoTIFF.
+All GeoTIFF output operations are done via GDAL's *gdal_translate*.
 
 See Also
 --------

doc/rst/source/grdimage.rst

@@ -97,7 +97,7 @@ Optional Arguments
     documentation for available drivers. Append a **+c**\ *options* string where *options* is a list of
     one or more concatenated number of GDAL **-co** options. For example, to write a GeoPDF with the
     TerraGo format use *=PDF+cGEO_ENCODING=OGC_BP*. Notes: (1) If a tiff file (.tif) is selected
-    then we will write a GeoTiff image if the GMT projection syntax translates into a PROJ syntax,
+    then we will write a GeoTIFF image if the GMT projection syntax translates into a PROJ syntax,
     otherwise a plain tiff file is produced. (2) Any vector elements will be lost. **Note**: The **-B**
     option is not compatible with |-A| since no PostScript output is allowed.
 
@@ -113,7 +113,7 @@ Optional Arguments
 .. _-D:
 
 **-D**\ [**r**]
-    GMT will automatically detect standard image files (Geotiff, TIFF,
+    GMT will automatically detect standard image files (GeoTIFF, TIFF,
     JPG, PNG, GIF, etc.) and will read those via GDAL.  For very
     obscure image formats you may need to explicitly set |-D|, which
     specifies that the grid is in fact an image file to be read via
@@ -291,7 +291,7 @@ Image formats recognized
 ------------------------
 
 We automatically recognize image formats via their magic bytes.  For formats
-that could contain either an image or a data set (e.g., geotiff) we determine
+that could contain either an image or a data set (e.g., GeoTIFF) we determine
 which case it is and act accordingly.  If your favorite image format is not
 automatically detected then please let us know its magic bytes so we can add it.
 

doc/rst/source/grdmath.rst

@@ -642,7 +642,7 @@ where we store and recall the normalized radial arguments in radians by::
 
     gmt grdmath -R0/10/0/10 -I0.25 5 5 CDIST 2 MUL PI MUL 5 DIV STO@r COS @r SIN MUL = wave.nc
 
-To create a dumb file saved as a 32 bits float GeoTiff using GDAL, run::
+To create a dumb file saved as a 32 bits float GeoTIFF using GDAL, run::
 
     gmt grdmath -Rd -I10 X Y MUL = lixo.tiff=gd:GTiff
 
@@ -656,7 +656,7 @@ per node of all the grids matching the name model_*.grd using::
 
     gmt grdmath model_*.grd -S STD = std_of_models.grd
 
-To create a geotiff with resolution 0.5x0.5 degrees with distances in km from the coast line, use::
+To create a GeoTIFF with resolution 0.5x0.5 degrees with distances in km from the coast line, use::
 
     gmt grdmath -RNO,IS -Dc -I.5 LDISTG = distance.tif=gd:GTIFF
 

doc/rst/source/psconvert.rst

@@ -44,7 +44,7 @@ size of the resulting images is determined by the BoundingBox (or
 HiResBoundingBox, if present). As an option, a tight (HiRes)BoundingBox
 may be computed first. As another option, it can compute ESRI type world
 files used to reference, for instance, tif files and make them be
-recognized as geotiff.  **Note**: If the PostScript file calls on any of
+recognized as GeoTIFF.  **Note**: If the PostScript file calls on any of
 the Adobe PDF transparency extensions *and* PDF is not the selected output
 format, then the file will first be converted to a temporary PDF file
 (for the transparency to take effect) before converting the PDF to the
@@ -219,7 +219,7 @@ Optional Arguments
 
 **-W**\ [**+a**\ *altmode*\ [*alt*]][**+c**][**+f**\ *minfade/maxfade*][**+g**][**+k**][**+l**\ *minLOD/maxLOD*][**+n**\ *layername*][**+o**\ *foldername*][**+t**\ *docname*][**+u**\ *URL*]
     Write an ESRI type world file suitable to make .tif files be
-    recognized as geotiff by software that know how to do it. Be aware,
+    recognized as GeoTIFF by software that know how to do it. Be aware,
     however, that different results are obtained depending on the image
     contents and if the |-B| option has been used or not. The trouble
     with the |-B| option is that it creates a frame and very likely
@@ -236,8 +236,8 @@ Optional Arguments
     Together with |-V| it prints on screen the *gdal_translate*
     (*gdal_translate* is a command line tool from the `GDAL package <https://gdal.org/>`_)
     command that reads the raster + world file and creates a true
-    geotiff file. Append **+g** to do a system call to *gdal_translate*
-    and create a geoTIFF image right away. The output file will have a
+    GeoTIFF file. Append **+g** to do a system call to *gdal_translate*
+    and create a GeoTIFF image right away. The output file will have a
     .tiff extension.
 
     The world file naming follows the convention of jamming a 'w' in the
@@ -277,7 +277,7 @@ Optional Arguments
 
     Further notes on the creation of georeferenced rasters.
     **psconvert** can create a georeferenced raster image with a world
-    file OR uses GDAL to convert the GMT PostScript file to geotiff.
+    file OR uses GDAL to convert the GMT PostScript file to GeoTIFF.
     GDAL uses `PROJ <https://proj.org/>`_ for its projection library. To provide with the
     information it needs to do the georeferencing, GMT embeds a
     comment near the start of the PostScript file defining the
@@ -387,12 +387,12 @@ To create a simple linear map with :doc:`coast` and convert it to tif with a
     gmt psconvert cara.ps -Tt -W
 
 To create a Mercator version of the above example and use GDAL to
-produce a true geotiff file::
+produce a true GeoTIFF file::
 
     gmt coast -JM0/12c -R-10/-4/37/43 -W1 -Di -Bg30m -G200 --MAP_FRAME_TYPE=inside -ps cara
     gdalwarp -s_srs +proj=merc cara.tif carageo.tiff
 
-To create a Polar Stereographic geotiff file of Patagonia::
+To create a Polar Stereographic GeoTIFF file of Patagonia::
 
     gmt coast -JS-55/-60/15c -R-77/-55/-57.5/-48+r -Di -Gred -Bg2 --MAP_FRAME_TYPE=inside -ps patagonia
     gmt psconvert patagonia.ps -Tt -W+g -V