update samples with new projection code

README.rst

@@ -11,16 +11,23 @@ After building with buildout, you should have the `bin/foldbeam-render` script.
 ::
 
     # Generate a world map using equirectangular projection
-    $ bin/foldbeam-render --output world-equirectangular.tiff -w 1280 -l -180 -r 180 -t 84 -b -84
+    $ bin/foldbeam-render --output world-equirectangular.tiff -w 1280 \
+        -l -180 -r 180 -t 84 -b -84
     # Generate a world map using mercator projection
     $ bin/foldbeam-render --output world-mercator.tiff -w 1000 \
         -l -20000000 -t 16000000 -r 20000000 -b -14000000 --epsg 3395
     # Generate the US National Atlas equal area projection
-    $ bin/foldbeam-render --output us.tiff -w 1280 -l -3000000 -t 2500000 -r 3600000 -b -4700000 --epsg 2163
+    $ bin/foldbeam-render --output us.tiff -w 1280 \
+        -l -3000000 -t 2500000 -r 3600000 -b -4700000 --epsg 2163
     # Generate a UK OS national grid map with 1 pixel == 1 km
-    $ bin/foldbeam-render --output uk.tiff -w 700 -l 0 -r 700000 -t 1300000 -b 0 --epsg 27700
+    $ bin/foldbeam-render --output uk.tiff -w 700 \
+        -l 0 -r 700000 -t 1300000 -b 0 --epsg 27700
     # Generate a UK OS national grid map centred on Big Ben
-    $ bin/foldbeam-render --output bigben.tiff -w 800 -l 530069 -t 179830 -r 530469 -b 179430 --epsg 27700
+    $ bin/foldbeam-render --output bigben.tiff -w 800 \
+        -l 530069 -t 179830 -r 530469 -b 179430 --epsg 27700
+    # Generate a Lambert conformal conic projection
+    $ bin/foldbeam-render --output lambert-conformal-conic.tiff -w 1024 \
+        -l -8000000 -r 8000000 -t 6000000 -b -4000000 --epsg 2062
 
 These examples generate the output displayed below. Data, imagery and map information provided by `MapQuest`_, `Open
 Street Map`_ and contributors, `CC-BY-SA`_.
@@ -30,6 +37,7 @@ Street Map`_ and contributors, `CC-BY-SA`_.
 .. figure:: https://github.com/rjw57/foldbeam/raw/master/sample-output/us.jpg
 .. figure:: https://github.com/rjw57/foldbeam/raw/master/sample-output/uk.jpg
 .. figure:: https://github.com/rjw57/foldbeam/raw/master/sample-output/bigben.jpg
+.. figure:: https://github.com/rjw57/foldbeam/raw/master/sample-output/lambert-conformal-conic.jpg
 
 License
 -------

sample-output/gen_samples.sh

@@ -8,7 +8,7 @@ CACHE="${THISDIR}/tilecache"
 cd "${THISDIR}"
 
 # Generate a world map using equirectangular projection
-${RENDER} --output world-equirectangular.tiff -w ${WIDTH} -l -180 -r 180 -t 84 -b -84 --cache-dir "${CACHE}"
+${RENDER} --output world-equirectangular.tiff -w ${WIDTH} -l -180 -r 180 -t 85 -b -85 --cache-dir "${CACHE}"
 # Generate a world map using mercator projection
 ${RENDER} --output world-mercator.tiff -w ${WIDTH} \
     -l -20000000 -t 16000000 -r 20000000 -b -14000000 --epsg 3395 --cache-dir "${CACHE}"
@@ -18,6 +18,9 @@ ${RENDER} --output us.tiff -w ${WIDTH} -l -3000000 -t 2500000 -r 3600000 -b -470
 ${RENDER} --output uk.tiff -w 700 -l 0 -r 700000 -t 1300000 -b 0 --epsg 27700 --cache-dir "${CACHE}"
 # Generate a UK OS national grid map centred on Big Ben
 ${RENDER} --output bigben.tiff -w ${WIDTH} -l 530069 -t 179830 -r 530469 -b 179430 --epsg 27700 --cache-dir "${CACHE}"
+# Generate a Lambert conformal conic projection
+${RENDER} --output lambert-conformal-conic.tiff -w ${WIDTH} --epsg 2062 \
+    -l -8000000 -r 8000000 -t 6000000 -b -4000000 --cache-dir "${CACHE}"
 
 for i in *.tiff; do convert "$i" "`basename $i tiff`jpg"; done
 rm *.tiff