com

Author: joa-quim

gallery/ex03.md

@@ -18,7 +18,7 @@ for short wavelengths and that the coherency between the two signals improves dr
 
 \begin{examplefig}{}
 ```julia
-using GMT, Printf
+using GMT
 GMT.resetGMT() # hide
 
 # First, we use "fitcircle" to find the parameters of a great circle
@@ -43,7 +43,7 @@ samp_sat_pg = sample1d(sat_pg, range=samp_x)
 # For reasons above, we use filter1d to pre-treat the ship data. We also need to sample
 # it because of the gaps > 1 km we found. So we use filter1d | sample1d. We also
 # use the "ends" on filter1d to use the data all the way out to bounds :
-D = filter1d(ship_pg, filter=:m1, range=@sprintf("%g/%g/1", bounds...), ends=true)
+D = filter1d(ship_pg, filter=:m1, range=(bounds[1], bounds[2], 1), ends=true)
 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