Solids table

documentation/all_docs_ref/all_refs.md

@@ -55,6 +55,10 @@ its use requires resorting to the \myreflink{Monolithic} mode.
 | \myreflink{weather} | \myreflink{whereami} | \myreflink{wmsinfo} | \myreflink{wmsread} | \myreflink{wmstest} | \myreflink{worldrectgrid} | \myreflink{worldrectcoast} | \myreflink{worldrectangular} |
 | \myreflink{xyzw2cube} | \myreflink{yeardecimal} | \myreflink{zonal_stats} |  |  |  |  |  |
 
+## Solids functions
+
+{{ generate_tablerefs solids}}
+
 
 ## GDAL utility functions
 

documentation/general/types.md

@@ -6,7 +6,7 @@ The GMTgrid type is how grids, (geo)referenced or not, comunicate in/out with th
 They implement the AbstractArray interface.
 
 ```julia
-type GMTgrid{T<:Real,N} <: AbstractArray{T,N}      # The type holding a local header and data of a GMT grid
+struct GMTgrid{T<:Real,N} <: AbstractArray{T,N}      # The type holding a local header and data of a GMT grid
     proj4::String                      # Projection string in PROJ4 syntax (Optional)
     wkt::String                        # Projection string in WKT syntax (Optional)
     epsg::Int                          # EPSG code
@@ -39,7 +39,7 @@ end
 ## Image type
 
 ```julia
-type GMTimage{T<:Unsigned, N} <: AbstractArray{T,N}   # The type holding a local header and data of a GMT image
+struct GMTimage{T<:Unsigned, N} <: AbstractArray{T,N}   # The type holding a local header and data of a GMT image
     proj4::String              # Projection string in PROJ4 syntax (Optional)
     wkt::String                # Projection string in WKT syntax (Optional)
     epsg::Int                  # EPSG code
@@ -67,7 +67,7 @@ end
 ## Dataset type
 
 ```julia
-type GMTdataset{T<:Real, N} <: AbstractArray{T,N}
+struct GMTdataset{T<:Real, N} <: AbstractArray{T,N}
     data::Array{T,N}           # Mx2 Matrix with segment data
     ds_bbox::Vector{Float64}   # Global BoundingBox (for when there are many segments)
     bbox::Vector{Float64}      # Segment BoundingBox
@@ -86,7 +86,7 @@ end
 ## CPT type
 
 ```julia
-type GMTcpt
+struct GMTcpt
     colormap::Array{Float64,2} # Mx3 matrix equal to the first three columns of cpt
     alpha::Array{Float64,1}    # Vector of alpha values. One for each color.
     range::Array{Float64,2}    # Mx2 matrix with z range for each slice
@@ -106,10 +106,26 @@ end
 ## Postscript type
 
 ```julia
-type GMTps
+struct GMTps
     postscript::String         # Actual PS plot (text string)
     length::Int                # Byte length of postscript
     mode::Int                  # 1 = Has header, 2 = Has trailer, 3 = Has both
     comment::Vector{String}    # Cell array with any comments
 end
 ```
+
+## Face-Vertices type
+
+```julia
+struct GMTfv{T<:AbstractFloat} <: AbstractMatrix{T}
+	verts::AbstractMatrix{T}    # Mx3 Matrix with the data vertices
+	faces::Vector{<:AbstractMatrix{<:Integer}}  # A vector of matrices with the faces. Each row is a face
+	faces_view::Vector{Matrix{Int}}             # A subset of `faces` with only the visible faces from a certain perspective
+	bbox::Vector{Float64}       # The vertices BoundingBox
+	zscale::Float64             # A multiplicative factor to scale the z values
+	bfculling::Bool             # If culling of invisible faces is wished
+	proj4::String               # Projection string in PROJ4 syntax (Optional)
+	wkt::String                 # Projection string in WKT syntax (Optional)
+	epsg::Int                   # EPSG projection code (Optional)
+end
+```

documentation/modules/coast.md

@@ -118,6 +118,12 @@ painted and no land fill is set then the land-areas will be transparent. A map p
    equivalent of the `borders` and `rivers` form **shore=(level,pen)** is not possible here because the parser cannot
    tell if `shore=(2,:red)` means plot *level=2* in red or all levels with a line thicknes of 2 points and color `red`. 
 
+- **Z** : -- *Z=true* **|** *Z=grid*\
+   Add a third column to the **dump** option (**Z** is ignored if **dump** is not set). This third column will be filled
+   with zeros when **Z=true** or it interpolates the grid _grid_ (a file name or a \myreflink{GMTgrid} object) with
+   \myreflink{grdrack} at the locations of the coastline. This is particularly useful if one wants to drape a coastline
+   on top of a \myreflink{grdview} plot.
+
 \textinput{common_opts/opt_X}
 
 \textinput{common_opts/opt_Y}

documentation/modules/text.md

@@ -102,6 +102,11 @@ Optional Arguments
     the *z* value used for formatting is in the 4th, not 3rd column.  Exceptionally, this option can
     be broken up in its individual pieces by dropping the **attrib** keyword. 
 
+- **outline** : -- *outline=true* **|** *outline="thk,color"*\
+    Plots an outline arround the text. By setting **outline=true** we plot a 1 point white outline around
+    the text. To control the outline pen use the form "thickness,color". For example **outline="3p,red"**
+    adds a 3 points thickness red outline.
+
 - **G** or **fill** : -- *fill=color* **|** *fill=:c*\
     Sets the shade or color used for filling the text box [Default is no fill]. Alternatively, use **fill=:c** to plot
     the text and then use the text dimensions (and **clearance**) to build clip paths and turn clipping on. This clipping
@@ -201,6 +206,15 @@ text(["Hello World"], x=2.0, y=2.0, show=true)
 ```
 \end{examplefig}
 
+A similar example but using the `outline` option to plot a 3 points green outline.
+
+\begin{examplefig}{}
+```julia
+using GMT
+text(["Hello World"], x=2.0, y=2.0, outline="3p,red", font=40, show=true)
+```
+\end{examplefig}
+
 Example using the *rich* function (reproduces the original example in Makie).
 
 \begin{examplefig}{}

documentation/solids.md

@@ -0,0 +1,5 @@
+@def order = 99
+
+# Solids functions
+
+{{ solids_reference }}

documentation/solids.txt

@@ -0,0 +1,12 @@
+cube
+cylinder
+dodecahedron
+extrude
+fv2fv
+icosahedron
+octahedron
+replicant
+sphere
+tetrahedron
+torus
+surf2fv

documentation/utilities/mosaic.md

@@ -25,6 +25,11 @@ I = mosaic(G::Union{GMTgrid, GMTimage}; pt_radius=6371007.0, provider="", zoom::
 I = mosaic(region=??, ..., kw...)
 ```
 
+---
+
+```julia
+I = mosaic([zoom::Int=??])
+```
 
 *keywords: GMT, Julia, tiles image*
 
@@ -138,6 +143,20 @@ viz(D, coast=true)
 ```
 \end{examplefig}
 
+- Print a table with the zoom level 10 basic characteristics.
+
+```julia
+using GMT
+
+mosaic(zoom=10)
+┌───────┬────────────────┬────────────┬────────────────┬────────────────────┐
+│ Level │     Tile width │  m / pixel │         ~Scale │        Examples of │
+│       │ ° of longitude │ on Equator │                │ areas to represent │
+├───────┼────────────────┼────────────┼────────────────┼────────────────────┤
+│    10 │          0.352 │    153.054 │ 1:500 thousand │  metropolitan area │
+└───────┴────────────────┴────────────┴────────────────┴────────────────────┘
+```
+
 See Also
 --------
 

documentation/utilities/wmsread.md

@@ -15,14 +15,31 @@ Read the `layer` number provided by the service from which the `wms` type was cr
    both of these forms are allowed: `layer=3` or `layer="Invented layer name"`
 
 ### `kwargs` is the keywords/values pairs used to set
-- `region | limits`: The region limits. This can be a Tuple or Array with 4 elements defining the `(xmin, xmax, ymin, ymax)`
-   or a string defining the limits in all ways that GMT can recognize. When the layer has the data projected, we can
-   a Tuple or Array with 3 elements `(lon0, lat0, width)`, where first two set the center of a square in geographical
-   coordinates and the third (`width`) is the width of that box in meters.
+- `region | limits`: The region limits. Options are:
+   - A Tuple or Array with 4 elements defining the `(xmin, xmax, ymin, ymax)` or a string defining the
+     limits in all ways that GMT can recognize.
+
+   - When the layer has the data projected, we can pass a Tuple or Array with 3 elements `(lon0, lat0, width)`,
+     where first two set the center of a square in geographical coordinates and the third (`width`) is the
+     width of that box in meters.
+
+   - A ``mosaic`` tile name in the form ``X,Y,Z`` or a quadtree. Example: ``region="7829,6374,14"``. See the ``mosaic``
+     function manual for more information. This form also sets the default cellsize for that tile. NOTE:
+     this is a geographical coordinates only that implicitly sets ``geog=true``. See below on how to change
+     the default resolution.
 
 - `cellsize | pixelsize | resolution | res`: Sets the requested cell size in meters [default]. Use a string appended with a 'd'
    (e.g. `resolution="0.001d"`) if the resolution is given in degrees. This way works only when the layer is in geogs.
 
+- `zoom or refine`: When the region is derived from a ``mosaic`` tile name, the default is to get an image with 256 columns
+   and _n_ rows where _n_ depends on latitude. So, either the area is large and consequently the resolution is low, or
+   the inverse (small area and resolution is high). To change this status, use the `zoom` or `refine` options.
+   - `zoom`: an integer >= 1 that for each increment duplicates the base resolution by 2. _e.g._, `zoom=2`
+      quadruplicates the default resolution. This option is almost redundant with the `refine`, but is offered
+      for consistency with the ``mosaic`` function.
+   - `refine`: an integer >= 2 multiplication factor that is used to increment the resolution by factor. _e.g._, `refine=2`
+      duplicates the image resolution.
+
 - `size`: Alternatively to the the `cellsize` use this option, a tuple or array with two elements, to specify
    the image dimensions. Example, `size=(1200, 100)` to get an image with 1200 rows and 100 columns.
 

gallery/ex01.md

@@ -11,7 +11,6 @@ maps should show the continents in light brown in the background. This is how it
 \begin{examplefig}{}
 ```julia
 using GMT
-GMT.resetGMT() # hide
 
 subplot(grid=(2,1), region=:global, autolabel=true, margins=0.5,
         title="Low Order Geoid", panel_size=(16,0), frame="lrtb", proj=:Hammer, figsize=16)

gallery/ex18.md

@@ -57,7 +57,7 @@ av   = grdvolume(Gtmp, cont=50, unit=:k);
 
 T = mat2ds(["Volumes: $(av.data[3]) mGal\\264km@+2@+"
     ""
-    sprintf("Areas: %.2f km@+2@+", av.data[2])], hdr="> -149 52.5 14p 2.6i j")
+    @sprintf("Areas: %.2f km@+2@+", av.data[2])], hdr="> -149 52.5 14p 2.6i j")
 
 text!(T, paragraph=true, fill=:white, pen=:thin, offset=0.75, font=(14,"Helvetica-Bold"),
       justify=:LB, clearance=0.25, show=true)

gallery/ex40.md

@@ -18,9 +18,9 @@ plot!("@GSHHS_h_Australia.txt", pen=:faint, fill=(240,255,240))
 plot!("@GSHHS_h_Australia.txt", ms=0.025, fill=:red)
 T500k = gmtsimplify("@GSHHS_h_Australia.txt", tolerance="500k");
 t = gmtspatial("@GSHHS_h_Australia.txt", colinfo=:g, length=:k);
-area = sprintf("Full area = %.0f km@+2@+", t.data[3]);
+area = @sprintf("Full area = %.0f km@+2@+", t.data[3]);
 t = gmtspatial(T500k, colinfo=:g, length=:k); 
-area_T500k = sprintf("Reduced area = %.0f km@+2@+", t.data[3]);
+area_T500k = @sprintf("Reduced area = %.0f km@+2@+", t.data[3]);
 plot!(T500k, pen=(1,:blue))
 plot!(centroid, marker=:cross, ms=0.75, ml=3)
 text!(text_record([112 -10], "T = 500 km"), offset=(away=true, shift=(0.25,0.25)), font=18, justify=:TL)
@@ -31,7 +31,7 @@ plot!("@GSHHS_h_Australia.txt", pen=:faint, fill=(240,255,240))
 plot!("@GSHHS_h_Australia.txt", ms=0.025, fill=:red)
 T100k = gmtsimplify("@GSHHS_h_Australia.txt", tolerance="100k");
 t = gmtspatial(T100k, colinfo=:g, length=:k);
-area_T100k = sprintf("Reduced area = %.0f km@+2@+", t.data[3]);
+area_T100k = @sprintf("Reduced area = %.0f km@+2@+", t.data[3]);
 plot!(T100k, pen=(1,:blue))
 plot!(centroid, marker=:cross, ms=0.75, ml=3)
 text!(text_record([112 -10], "T = 100 km"), offset=(away=true, shift=(0.25,0.25)), font=18, justify=:TL)

tutorials/remote_datasets/moon/moon.md

@@ -25,9 +25,15 @@ file name of the dataset to any grid plotting method if no CPT is explicitly spe
 Refer to [moon_relief](https://www.generic-mapping-tools.org/remote-datasets/moon-relief.html) for more details
 about technical detail, available resolutions, sizes, version information and references.
 
-### Examples
+### Example
 
+A shaded relief of the Tycho Crater.
+
+\begin{examplefig}{}
 ```julia
-G = gmtread(remotegrid("moon", res="10m"))
-viz(G, shade=true)
+using GMT
+
+G = gmtread(remotegrid("moon", res="14s"), region=(-14,-8.5,-45.25, -41.25))
+viz(G, proj=:guess, shade=true)
 ```
+\end{examplefig}

utils.jl

@@ -52,6 +52,13 @@ function hfun_utilfuns_reference()
 	join(map(html_docstring, names))
 end
 
+function hfun_solids_reference()
+	fid = open("documentation/solids.txt", "r")
+	names = readlines(fid)
+	close(fid)
+	join(map(html_docstring, names))
+end
+
 function hfun_supplements_reference()
 	fid = open("documentation/supplements.txt", "r")
 	names = readlines(fid)