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archived-presentations/maps-phpbnl11.xml
2011-01-21 16:58:13 +00:00

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<?xml version="1.0" encoding="utf-8"?>
<presentation
template="css"
navmode="html"
navbarbackground="#4373b4"
navbartopiclinks="0"
navColor="#f1fbff"
logo1=""
backgroundfixed="1" >
<topic>Maps</topic>
<title>Geolocation and Maps with PHP</title>
<event>PHP Benelux</event>
<location>Edegem, Belgium</location>
<date>January 28th, 2011</date>
<speaker>Derick Rethans</speaker>
<email>derick@derickrethans.nl</email>
<twitter>derickr</twitter>
<joindin>http://joind.in/2412</joindin>
<url>http://derickrethans.nl/talks.html</url>
<slide>slides/map/title.xml</slide>
<slide>slides/toolbox/me.xml</slide>
<!-- THEORY -->
<!--
- coordinate systems
- reference ellipsoid/datum
- can have multiple coordinate systems
- WGS84 datum -> GPS/
- reference ellipsoid -> WGS84/OSGB36 = datum (geodetic)
GRS80 ellipsoid )reference ellipsoid)
- OS -> OSGB36 datum/Airy 1830 ellipsoid
- Transverse Mercator projection with an origin at 49° N, 2° W
- The most common transformation is called the Helmert datum transformation, which results in a typical 7 m error from true. The definitive transformation from ETRS89 that is published by the OSGB is called the National Grid Transformation OSTN02.[2] This models the detailed distortions in the 19361962 retriangulation, and achieves backwards compatibility in grid coordinates to sub-metre accuracy.
- geoid
- projections
-->
<slide>slides/map/earth-not-a-sphere.xml</slide>
<slide>slides/map/earth-sphere-approximation.xml</slide>
<slide>slides/map/meridian.xml</slide>
<slide>slides/map/earth-not-flat.xml</slide>
<slide>slides/map/projections.xml</slide>
<slide>slides/map/coordinates.xml</slide>
<slide>slides/map/planets.xml</slide>
<slide>slides/map/coordinate-transformation.xml</slide>
<slide>slides/map/grid-systems.xml</slide>
<!--
SHOWING DATA
- OpenStreetMap tiles
- (Google, eew!)
-->
<slide>slides/map/googlemap.xml</slide>
<slide>slides/map/openlayers-simple.xml</slide>
<!--
ACQUIRING LOCATION
- Nominatim
- Geonames
- Yahoo
- firefox location API
- Google GeoLocation
-->
<slide>slides/map/openlayers-location.xml</slide>
<slide>slides/map/openlayers-location-services.xml</slide>
<slide>slides/map/reverse.xml</slide>
<slide>slides/map/reverse-services.xml</slide>
<slide>slides/map/html-location-services.xml</slide>
<slide>slides/map/google-geolocation.xml</slide>
<slide>slides/map/google-geolocation-get-wlan.xml</slide>
<!--
ACQUIRING DATA
- Open Street Map
- Ordnance Survey Open CodePoint
- GPX files
-->
<slide>slides/map/osm-what.xml</slide>
<slide>slides/map/osm-xapi.xml</slide>
<slide>slides/map/osm-data.xml</slide>
<slide>slides/map/osm-parse-into-db.xml</slide>
<!--
PLOTTING DATA
- mysql/sqlite/mongodb
- distances are tricky
- flickr photos
-->
<slide>slides/map/finding-food.xml</slide>
<slide>slides/map/finding-distances.xml</slide>
<slide>slides/map/finding-food-take2.xml</slide>
<slide>slides/map/conferences.xml</slide>
<slide>slides/map/flickr.xml</slide>
<!-- micro format: http://en.wikipedia.org/wiki/Geo_%28microformat%29 -->
<slide>slides/map/resources.xml</slide>
<slide>slides/map/google-geolocation-get-wlan.xml</slide>
</presentation>