do better show for Datasets

docs/src/.vitepress/config.mts

@@ -10,6 +10,9 @@ export default defineConfig({
   lastUpdated: true,
   // cleanUrls: true,
   outDir: 'REPLACE_ME_DOCUMENTER_VITEPRESS', // This is required for MarkdownVitepress to work correctly...
+  head: [
+    ['link', { rel: 'icon', href: 'REPLACE_ME_DOCUMENTER_VITEPRESS_FAVICON' }],
+  ],
   // ignoreDeadLinks: true,
 
   markdown: {

docs/src/development/contributors.md

@@ -36,7 +36,7 @@ const coreMembers = [
             ]
         },
     {
-        avatar: 'https://pbs.twimg.com/profile_images/1727075196962574336/zB09YH0s_400x400.jpg',
+        avatar: 'https://avatars.githubusercontent.com/u/19525261?v=4',
         name: 'Lazaro Alonso',
         title: 'Scientist. Data Visualization',
         links: [

docs/src/index.md

@@ -11,7 +11,7 @@ hero:
     src: /logo.png
     alt: VitePress
   actions:
-    - theme: alt
+    - theme: brand
       text: Get Started
       link: /get_started
     - theme: alt
@@ -24,12 +24,13 @@ hero:
 features:
   - title: Flexible I/O capabilities
     details: Open and operate on <font color="#D27D2D">NetCDF</font> and <font color="#D27D2D">Zarr</font> datasets directly. Or bring in data from other sources with ArchGDAL.jl, GRIBDatasets.jl, GeoJSON.jl, HDF5.jl, Shapefile.jl, GeoParquet.jl, etc.
-    link: /UserGuide/openZarr
+    link: /UserGuide/read
   - title: Interoperability
     details: Well integrated with Julia's ecosystem, i.e., distributed operations are native. And plotting with <font color="#D27D2D">Makie.jl</font> is well supported.
   - title: Named dimensions and GroupBy(in memory)
     details: Apply operations over named dimensions, select values by labels and integers as well as efficient split-apply-combine operations with <font color="#D27D2D">groupby</font> via DimensionalData.jl.
-    link: /UserGuide/group_by
+    link: /UserGuide/group
   - title: Efficiency
     details: Efficient <font color="#D27D2D">mapslices(x) </font> and <font color="#D27D2D">mapCube</font> operations on huge multiple arrays, optimized for high-latency data access (object storage, compressed datasets).
+    link: /UserGuide/compute
 ```

src/DatasetAPI/Datasets.jl

@@ -91,35 +91,75 @@ function to_dataset(c;datasetaxis = "Variable", layername = get(c.properties,"na
 end
 
 function Base.show(io::IO, ds::Dataset)
-    sharedaxs = intersect([caxes(c) for (n,c) in ds.cubes]...)
+    # Find axes shared by all cubes
+    sharedaxs = length(ds.cubes) > 0 ? intersect([caxes(c) for (n, c) in ds.cubes]...) : ()
+    # Create a dictionary to store groups of variables by their axes
+    axis_groups = Dict()
+    variables_with_shared_axes_only = []  # List to hold variables that share all axes
+    # Group variables by their axes, excluding shared axes
+    for (var_name, cube) in ds.cubes
+        axes = tuple(setdiff(caxes(cube), sharedaxs)...)
+        if isempty(axes)
+            push!(variables_with_shared_axes_only, var_name)  # Track variables that share all axes
+        else
+            if haskey(axis_groups, axes)
+                push!(axis_groups[axes], var_name)
+            else
+                axis_groups[axes] = [var_name]
+            end
+        end
+    end
+    sorted_axis_groups = sort(collect(axis_groups), by = x -> length(x[2]))
+    # Print header
     println(io, "YAXArray Dataset")
-
+    # Print shared axes
     println(io, "Shared Axes: ")
-    show(io, MIME("text/plain"), tuple(sharedaxs...))
-    println(io,"")
-    println(io, "Variables: ")
-    for (k,c) in ds.cubes
-        specaxes = setdiff(caxes(c), sharedaxs)
-        println(io, k)
-        if !isempty(specaxes)
-            specaxes = setdiff(caxes(c), sharedaxs)
-            DD.Dimensions.print_dims(io, MIME("text/plain"), tuple(specaxes...))
-            println(io)
-        end
-            #for ax in specaxes
-        #    println(io," └── ")
-        #    DD.Dimensions.show_compact(io, MIME("text/plain"),ax)
-        #end
-    end
-    #foreach(i -> print(io, i, " "), keys(ds.cubes))
-    #show(io, ds.properties)
-    if !isempty(ds.properties)
+    if !isempty(sharedaxs)
+        DD.Dimensions.print_dims(io, MIME("text/plain"), tuple(sharedaxs...))
+        println(io, "\n")
+    else
+        printstyled(io, "None", color=:light_black)
+        print(io, "\n")
+    end
+    # Print variables that share all axes with sharedaxs (or variable without axis)
+    if !isempty(variables_with_shared_axes_only)
+        printstyled(io, "Variables: ", color=:light_blue)
+        print(io, "\n")
+        println(io, join(variables_with_shared_axes_only, ", "))
         println(io)
-        print(io,"Properties: ")
+    end
+
+    # If there are additional axes, print variables grouped by those additional axes
+    if !isempty(sorted_axis_groups)
+        printstyled(io, "Variables with additional axes:", color=:light_yellow)
+        for (axes, variables) in sorted_axis_groups
+            print(io, "\n")
+            if !isempty(axes)
+                printstyled(io, "  Additional Axes: ", color=:light_black)
+                print(io, "\n")
+                DD.Dimensions.print_dims(io, MIME("text/plain"), axes)
+                println(io)
+            else
+                print(io, "\n")
+                printstyled(io, "  No additional axes:", color=:light_black)
+                print(io, "\n")
+            end
+            printstyled(io, "  Variables: ", color=:light_blue)
+            padding = " " ^ 2  # Adjust this number to match the length of "  Variables: "
+            variables_str = join(variables, ", ")
+            padded_variables = padding * variables_str
+            print(io, "\n")
+            println(io, padded_variables)
+        end
+        print(io, "\n")
+    end
+    # Print properties if they exist
+    if !isempty(ds.properties)
+        printstyled(io, "Properties: ", color=:light_yellow)
         println(io, ds.properties)
-    #    foreach(i -> print(io, i[1], " => ", i[2], " "), ds.properties)
     end
 end
+
 function Base.propertynames(x::Dataset, private::Bool = false)
     if private
         Symbol[:cubes; :axes; :properties; collect(keys(x.cubes)); collect(keys(x.axes))]