com

Author: joa-quim

_libs/lunr/lunr_index.js

@@ -32,7 +32,7 @@ using the options **bg**, **overrule_bg** or **no_bg**.
 
 The color model (RGB, HSV or CMYK) of the palette created by \myreflink{makecpt} will be the same as
 specified in the header of the master CPT. When there is no `COLOR_MODEL` entry in the master CPT,
-the `COLOR_MODEL` specified in the `gmt.conf` file or on the command line will be used.
+the `COLOR_MODEL` specified in the `gmt.conf` (see \myreflink{gmtset}) file or on the command line will be used.
 
 Required Arguments
 ------------------
@@ -170,8 +170,8 @@ from the remote 5m relief file, using the geo color table, try:
 \begin{examplefig}{}
 ```julia
 using GMT
-grd2cpt("@earth_relief_06m", region=(0,60,0,60), cmap=:geo, symetric=:u)
-imshow("@earth_relief_06m", region=(0,60,0,60), coast=true)
+grd2cpt("@earth_relief_06m_g", region=(0,60,0,60), cmap=:geo, symetric=:u)
+imshow("@earth_relief_06m_g", region=(0,60,0,60), coast=true)
 ```
 \end{examplefig}
 
@@ -199,8 +199,8 @@ and return the CDF table as well, try:
 \begin{examplefig}{}
 ```julia
 using GMT
-C, cdf = grd2cpt("@earth_relief_10m", nlevels="11+c+f");
-imshow("@earth_relief_10m", cmap=C)
+C, cdf = grd2cpt("@earth_relief_10m_g", nlevels="11+c+f");
+imshow("@earth_relief_10m_g", cmap=C)
 ```
 \end{examplefig}
 

documentation/modules/grd2cpt.md

@@ -142,7 +142,7 @@ add coast lines, a colorbar and do an histogram equalization with 64 colors, do:
 \begin{examplefig}{}
 ```julia
 using GMT
-grdimage("@earth_relief_20m", proj=:Winkel, equalize=64, coast=true,
+grdimage("@earth_relief_20m_g", proj=:Winkel, equalize=64, coast=true,
          colorbar=true, shade=true, show=true)
 ```
 \end{examplefig}

documentation/modules/grdimage.md

@@ -236,6 +236,7 @@ and only write out (dist, topo) records, try
 \begin{examplefig}{}
 ```julia
 using GMT
+resetGMT()  # hide
 D = grdtrack("@earth_relief_05m", region=(0,20,0,20), profile="BL/TR+d", o="3,2")
 imshow(D)
 ```

documentation/modules/grdtrack.md

@@ -1,6 +1,6 @@
 # Color images
 
-Color images are made with ``grdimage`` which takes the usual common options and a color map.
+Color images are made with \myreflink{grdimage} which takes the usual common options and a color map.
 It operates over grids or images. The next example shows how to create a color appropriate for
 the grid's *z* range, plot the image and add a color scale. We use here the ``data`` keyword
 to tell the program to load the grid from a file. The ``@`` before the *tut_relief.nc* file
@@ -29,6 +29,6 @@ add coast lines and a color bar
 ```julia
 resetGMT()      # hide
 using GMT
-grdimage("@earth_relief_20m", proj=:Winkel, colorbar=true, coast=true, show=true)
+grdimage("@earth_relief_20m_g", proj=:Winkel, colorbar=true, coast=true, show=true)
 ```
 \end{examplefig}

examples/images/01_grdimage.md

@@ -15,7 +15,7 @@ of the calculation.
 using GMT
 
 # Extract a region from the SRTM1 grids stored in the GMT server
-G = gmtread("@earth_relief_01s", region=(-114.14,-111.28,35.50,37.06));
+G = gmtread("@earth_relief_01s_g", region=(-114.14,-111.28,35.50,37.06));
 
 # Compute the Leland texture
 I1 = texture_img(G);
@@ -39,7 +39,7 @@ is what we see (but we can select any cmap that we want).
 \begin{examplefig}{}
 ```julia
 using GMT   # Hide
-G = gmtread("@earth_relief_01s", region=(-114.14,-111.28,35.50,37.06));	# Hide
+G = gmtread("@earth_relief_01s_g", region=(-114.14,-111.28,35.50,37.06));	# Hide
 lelandshade(G, color=true, colorbar=true, show=true)
 ```
 \end{examplefig}
@@ -50,7 +50,7 @@ approximatelly the same area in the figure. We do that using the `equalize=true`
 \begin{examplefig}{}
 ```julia
 using GMT   # Hide
-G = gmtread("@earth_relief_01s", region=(-114.14,-111.28,35.50,37.06));	# Hide
+G = gmtread("@earth_relief_01s_g", region=(-114.14,-111.28,35.50,37.06));	# Hide
 lelandshade(G, color=true, equalize=true, colorbar=true, show=true)
 ```
 \end{examplefig}
@@ -68,7 +68,7 @@ transparency in the mixture. And for better appreciate it we will use grayscale
 \begin{examplefig}{}
 ```julia
 using GMT   # Hide
-G = gmtread("@earth_relief_01s", region=(-112.06, -111.60, 35.97, 36.25));
+G = gmtread("@earth_relief_01s_g", region=(-112.06, -111.60, 35.97, 36.25));
 lelandshade(G, transparency=0.0, title="0 % texture shading", par=(FONT_TITLE=10,), show=true)
 ```
 \end{examplefig}
@@ -77,7 +77,7 @@ lelandshade(G, transparency=0.0, title="0 % texture shading", par=(FONT_TITLE=10
 \begin{examplefig}{}
 ```julia
 using GMT   # Hide
-G = gmtread("@earth_relief_01s", region=(-112.06, -111.60, 35.97, 36.25));	# Hide
+G = gmtread("@earth_relief_01s_g", region=(-112.06, -111.60, 35.97, 36.25));	# Hide
 lelandshade(G, transparency=0.3, title="30 % texture shading", par=(FONT_TITLE=10,), show=true)
 ```
 \end{examplefig}
@@ -86,7 +86,7 @@ lelandshade(G, transparency=0.3, title="30 % texture shading", par=(FONT_TITLE=1
 \begin{examplefig}{}
 ```julia
 using GMT   # Hide
-G = gmtread("@earth_relief_01s", region=(-112.06, -111.60, 35.97, 36.25));	# Hide
+G = gmtread("@earth_relief_01s_g", region=(-112.06, -111.60, 35.97, 36.25));	# Hide
 lelandshade(G, transparency=0.6, title="60 % texture shading", par=(FONT_TITLE=10,), show=true)
 ```
 \end{examplefig}
@@ -95,7 +95,7 @@ lelandshade(G, transparency=0.6, title="60 % texture shading", par=(FONT_TITLE=1
 \begin{examplefig}{}
 ```julia
 using GMT   # Hide
-G = gmtread("@earth_relief_01s", region=(-112.06, -111.60, 35.97, 36.25));	# Hide
+G = gmtread("@earth_relief_01s_g", region=(-112.06, -111.60, 35.97, 36.25));	# Hide
 lelandshade(G, transparency=0.8, title="80 % texture shading", par=(FONT_TITLE=10,), show=true)
 ```
 \end{examplefig}
@@ -104,7 +104,7 @@ lelandshade(G, transparency=0.8, title="80 % texture shading", par=(FONT_TITLE=1
 \begin{examplefig}{}
 ```julia
 using GMT   # Hide
-G = gmtread("@earth_relief_01s", region=(-112.06, -111.60, 35.97, 36.25));	# Hide
+G = gmtread("@earth_relief_01s_g", region=(-112.06, -111.60, 35.97, 36.25));	# Hide
 lelandshade(G, transparency=1.0, title="100 % texture shading", par=(FONT_TITLE=10,), show=true)
 ```
 \end{examplefig}