X-Git-Url: http://git.vanrenterghem.biz/www2.vanrenterghem.biz.git/blobdiff_plain/9d5cad4353459e7fa815d6a8a677037b58e69668..82f6d34eb6d9afef3690d377dab28030daa36fdf:/source/posts/using_spatial_features_and_openstreetmap.org

diff --git a/source/posts/using_spatial_features_and_openstreetmap.org b/source/posts/using_spatial_features_and_openstreetmap.org
index 690bd4c..6f5e6d7 100644
--- a/source/posts/using_spatial_features_and_openstreetmap.org
+++ b/source/posts/using_spatial_features_and_openstreetmap.org
@@ -3,7 +3,7 @@
 #+title: Using spatial features and openstreetmap
 
 Turns out it is possible, thanks to the good folks at
-[[file:stamen.com][Stamen Design]], to get fairly unobtrusive maps based
+[[http://stamen.com][Stamen Design]], to get fairly unobtrusive maps based
 on the OpenStreetMap data.
 
 Combining this with a SLIP dataset from the Western Australian
@@ -17,8 +17,9 @@ Support in R was added in November 2016. For users of the tidyverse,
 this makes manipulating shapefiles and the likes easier, as simple
 features in R are dataframes!
 
-[[Plot of secondary schools by student
-population|/pics/Western_Australia_metro_secondary_schools.png]]
+#+CAPTION: Plot of secondary schools by student population.
+#+ATTR_HTML: :class img-fluid :alt Plot of secondary schools by student population.
+[[file:../assets/Western_Australia_metro_secondary_schools.png]]
 
 [[http://git.vanrenterghem.biz/?p=R/project-wa-schools.git;a=summary][Full
 details in git]].