doc: cut one example

docs/src/tutorials/sdemo.jl

@@ -199,56 +199,4 @@ contour!(ax, predict(sdm, layers); color = :black, linewidth = 0.5) #hide
 lines!(ax, CHE.geometry[1]; color = :black) #hide
 hidedecorations!(ax) #hide
 hidespines!(ax) #hide
-current_figure() #hide
-
-# ## Future predictions and range change
-
-# Making a prediction with future data is trivial as long as we get the same
-# layers in a vector:
-
-projection = Projection(SSP370, GFDL_ESM4)
-futurelayers = [
-    SDMLayer(
-        provider, projection;
-        timespan = Year(2071) => Year(2100),
-        layer = x,
-        left = 0.0,
-        right = 20.0,
-        bottom = 35.0,
-        top = 55.0,
-    ) for x in bio_vars
-]
-futurelayers = [trim(mask!(layer, CHE)) for layer in futurelayers];
-futurelayers = map(l -> convert(SDMLayer{Float32}, l), futurelayers);
-
-# This gives the predicted presences under SSP370:
-
-fprd = predict(sdm, futurelayers; threshold = false)
-
-# We can also express the prediction in terms of range, using the thresholded
-# prediction:
-
-contemporary_range = predict(sdm, layers)
-future_range = predict(sdm, futurelayers)
-
-# The `gainloss` function returns the difference between the two:
-
-rangediff = gainloss(contemporary_range, future_range)
-
-# And we can now compare both of these maps:
-
-f = Figure(; size = (600, 600))
-ax = Axis(f[1, 1]; aspect = DataAspect(), title = "Future range")
-hm = heatmap!(ax, prd; colormap = :linear_wcmr_100_45_c42_n256, colorrange = (0, 1))
-Colorbar(f[1, 2], hm)
-contour!(ax, future_range; color = :black, linewidth = 0.5) #hide
-lines!(ax, CHE.geometry[1]; color = :black) #hide
-hidedecorations!(ax) #hide
-hidespines!(ax) #hide
-ax2 = Axis(f[2, 1]; aspect = DataAspect(), title = "Range gain/loss")
-heatmap!(ax2, rangediff; colormap = :diverging_isoluminant_cjo_70_c25_n256)
-contour!(ax2, future_range; color = :black, linewidth = 0.5) #hide
-lines!(ax2, CHE.geometry[1]; color = :black) #hide
-hidedecorations!(ax2) #hide
-hidespines!(ax2) #hide
-current_figure() #hide
+current_figure() #hide