use the standard plot heights

Author: MikaelSlevinsky

examples/disk.jl

@@ -43,11 +43,11 @@ F = [f(r*cospi(θ), r*sinpi(θ)) for r in r, θ in θ]
 # We superpose a surface plot of $f$ on top of the grid:
 X = [r*cospi(θ) for r in r, θ in θ]
 Y = [r*sinpi(θ) for r in r, θ in θ]
-scatter3d(vec(X), vec(Y), vec(0F); markersize=0.75, markercolor=:red, size=(800, 600))
+scatter3d(vec(X), vec(Y), vec(0F); markersize=0.75, markercolor=:red)
 surface!(X, Y, F; legend=false, xlabel="x", ylabel="y", zlabel="f")
 savefig(joinpath(GENFIGS, "zernike.html"))
 ###```@raw html
-###<object type="text/html" data="../zernike.html" style="width:100%;height:600px;"></object>
+###<object type="text/html" data="../zernike.html" style="width:100%;height:400px;"></object>
 ###```
 
 # We precompute a (generalized) Zernike--Chebyshev×Fourier plan:
@@ -101,11 +101,11 @@ F = [f(x[n], w[n]*z) for n in 1:N, z in z]
 # We superpose a surface plot of $f$ on top of the grid:
 X = [x for x in x, z in z]
 Y = [w*z for w in w, z in z]
-scatter3d(vec(X), vec(Y), vec(0F); markersize=0.75, markercolor=:green, size=(800, 600))
+scatter3d(vec(X), vec(Y), vec(0F); markersize=0.75, markercolor=:green)
 surface!(X, Y, F; legend=false, xlabel="x", ylabel="y", zlabel="f")
 savefig(joinpath(GENFIGS, "dunklxu.html"))
 ###```@raw html
-###<object type="text/html" data="../dunklxu.html" style="width:100%;height:600px;"></object>
+###<object type="text/html" data="../dunklxu.html" style="width:100%;height:400px;"></object>
 ###```
 
 # We precompute a Dunkl-Xu--Chebyshev plan:

examples/triangle.jl

@@ -62,11 +62,11 @@ F = [f(x[n+1], x[N-n]*w[m+1]) for n in 0:N-1, m in 0:M-1]
 # We superpose a surface plot of $f$ on top of the grid:
 X = [x for x in x, w in w]
 Y = [x[N-n]*w[m+1] for n in 0:N-1, m in 0:M-1]
-scatter3d(vec(X), vec(Y), vec(0F); markersize=0.75, markercolor=:green, size=(800, 600))
+scatter3d(vec(X), vec(Y), vec(0F); markersize=0.75, markercolor=:blue)
 surface!(X, Y, F; legend=false, xlabel="x", ylabel="y", zlabel="f")
 savefig(joinpath(GENFIGS, "proriol.html"))
 ###```@raw html
-###<object type="text/html" data="../proriol.html" style="width:100%;height:600px;"></object>
+###<object type="text/html" data="../proriol.html" style="width:100%;height:400px;"></object>
 ###```
 
 # We precompute a Proriol--Chebyshev² plan: