come

Author: joa-quim

gallery/ex03.md

@@ -48,12 +48,13 @@ samp_ship_pg = sample1d(D, range=samp_x)
 
 # Now to do the cross-spectra, assuming that the ship is the input and the sat is the output
 # data, we do this:
-D = spectrum1d([samp_ship_pg[:,2] samp_sat_pg[:,2]], size=256, sample_dist=1, wavelength=true, outputs=(:xpower, :ypower, :coherence))
+D = spectrum1d([samp_ship_pg[:,2] samp_sat_pg[:,2]], size=256, sample_dist=1,
+               wavelength=true, outputs=(:xpower, :ypower, :coherence))
 
 # Time to plot spectra
 subplot(grid=(2,1), margins="0.3c", col_axes=(bott=true, label="Wavelength (km)"),
         autolabel=(anchor=:TR, offset="8p"), title="Ship and Satellite Gravity",
-        panel_size=10, frame=(axes="WeSn", bg="240/255/240"), Vd=1)
+        panel_size=10, frame=(axes="WeSn", bg="240/255/240"))
 	gmtset(FONT_TAG="18p,Helvetica-Bold",)
 
 	subplot(:set, panel=(1,1), autolabel="Input Power")

gallery/ex25.md

@@ -61,8 +61,8 @@ coast!(shore=:thinnest, area=500)
 # Place an explanatory legend below
 legend!(pos=(anchor=:BC, width=10), box=(pen=:thick,), yshift=-1.0, par=(:FONT_ANNOT_PRIMARY,7),
     text_record(["N 3"
-    @sprintf("S 0.3 s 0.25 red  0.25p 0.5 Terrestrial Antipodes [%d %%]", land.data[1])
-    @sprintf("S 0.3 s 0.25 blue 0.25p 0.5 Oceanic Antipodes [%d %%]", ocean.data[1])
-    @sprintf("S 0.3 s 0.25 gray 0.25p 0.5 Mixed Antipodes [%d %%]", mixed.data[1])]), show=true)
+    string("S 0.3 s 0.25 red  0.25p 0.5 Terrestrial Antipodes [", land.data[1], " %]", )
+    string("S 0.3 s 0.25 blue 0.25p 0.5 Oceanic Antipodes [", ocean.data[1], " %]", )
+    string("S 0.3 s 0.25 gray 0.25p 0.5 Mixed Antipodes [", mixed.data[1], " %]", )]), show=true)
 ```
 \end{examplefig}