Jody GarnettBoundless

Projects

Welcome

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Jody GarnettSenior Software Engineerjgarnett@boundlessgeo.com@jodygarnett

Open Source Geospatial FoundationOSGeo Incubation ChairGeoTools Project Officer

Eclipse FoundationLocationTech Project Steering CommitteeLocationTech Technology Project

BoundlessBoundless provides geospatial tools and services for managing data and building applications.

ProjectsGeoToolsGeoServeruDig

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Loca%onTech

LocationTech

“Loca&onTech  is  a  working  group  developing  advanced  loca&on  aware  technologies.”

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MembersStrategic

Participating

Guest

Full Service Foundation

Forge&

Build

IPmgmt

DevProcess

LicensingModel

CommunityMemberNetwork

Governance

Run by:

Follows Eclipse DevelopmentProcesses & IP Management

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Infrastructure

Working Groups

Advanced Geospatial Software

Internet of ThingsLong Term Support Embedded Systems

Vendor neutralcollaboration:

★265+ projects★~1100 active devs★205+ members★9M+ users★

Scientific Research

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0. Deny

1. Use

2. Contribute

3. Champion

4. Collaborate

5. Redefine

Value

TimeDeveloper driven Business driven

★Widespread software adoption.

★Vibrant commercial ecosystem.

From Bailetti & Carbone 2009

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Commercialising open source

Contactinfo@locationtech.org@locationtech

We are growing fast & needyour ideas & participation

http://locationtech.org and click LEARN MORE

Andrew Rossandrew.ross@eclipse.org@42aross

Contact  Loca%onTech

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Events

www.loca%onintelligence.net

Location Intelligence Summit 2014

May  19-­‐21,  Washington  DC  Conven6on  Center

Monday  –  Hands-­‐on  workshops

Tuesday  –  Loca6on  Intelligence,  HERE,  and  Loca6onTech  tracks-­‐ “Loca%on  Analy%cs  and  Visual  Data  Discovery  …  New  Pathways  to  Business  Intelligence”-­‐ Sessions  on  BI,  LI,  Indoor  Posi%oning,  Open  Source  Geospa%al,  Big  Data,  Dashboards/Visual  Data  Discovery-­‐ Keynote:  Paul  Donato,  EVP/Research,  Nielsen

Wednesday  –  Oracle  Spa6al  Summit-­‐ 3  technical  training  tracks  led  by  Oracle  experts:    raster,  LIDAR,  geocoding,  rou%ng-­‐ Performance  benchmarks,  Cer%fica%on  exam  prepara%on-­‐ Customer  sessions:    BI,  land  management,  LI  in  public  sector  &  retail;  SIG  User  Group

6 citiesBy the numbers★ 723 registrations★ 640+ attendees★ 56 speakers★ Videos on YouTube★ Positive feedback

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Tour 2013

3 continentshttp://tour.locationtech.org★ Planning about to begin.★ Sponsorship:

$2K members$4.5K non-members

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Tour 2014

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Visit http://georabble.org for fun local events! (Pun intended)

GeoRabble All StarsAllied with Locate 14 Canberra (Monday 7 April)★Pia Waugh – Open Data Ninja★Julian Carver – Land Information New Zealand★Denise McKenzie – Open Geospatial Consortium★Mike Bradford – Landgate WA★Jody Garnett – Boundless★Chris Tucker – Mapstory

Thanks to Sponsors LocationTech and Boundless

Libraries

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JTS  Topology  Suite

• This  is  the  “Rocket  Science”  of  GIS• Implementa%on  of  Geometry• OGC  Standard:  Simple  Features  for  SQL  

• Vivid  Solu%ons• Mar%n  Davis  (Project  Lead)

• License:• Eclipse  Distribu%on  License  <-­‐-­‐  BSD!• Eclipse  Public  License

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Incoming!

Key to Open Source Spatial

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Project Environment

JTS Topology Suite Java JVM Languages

GEOS C/C++

Net Topology Suite C#

JSTS JavaScript (Partial Port)

Shapely Python (via GEOS)

RGeo Ruby (via GEOS)

r-GEOS R (via GEOS)

Geometry Example

20GeoTools Example: http://docs.geotools.org/latest/userguide/library/jts/geometry.html

GeometryFactory geometryFactory = JTSFactoryFinder.getGeometryFactory(); Coordinate coord = new Coordinate(1, 1);Point point = geometryFactory.createPoint(coord);

WKT Example

21GeoTools Example: http://docs.geotools.org/latest/userguide/library/jts/geometry.html

GeometryFactory geometryFactory = JTSFactoryFinder.getGeometryFactory();WKTReader reader = new WKTReader(geometryFactory);

Point point = (Point) reader.read("POINT (1 1)");

Buffer Example

22GeoTools Example: http://docs.geotools.org/latest/userguide/library/jts/geometry.html

GeometryFactory geometryFactory = JTSFactoryFinder.getGeometryFactory( null );WKTReader reader = new WKTReader( geometryFactory );

LineString line = (LineString) reader.read("LINESTRING(0 2, 2 0, 8 6)");

Geometry buffer = line.buffer( 0.75 );

Geometry Model

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JTS TestBuilder Demo

Transform Example

25GeoTools Example: http://docs.geotools.org/latest/userguide/library/referencing/crs.html

CoordinateReferenceSystem wgs84 = CRS.decode("EPSG:4326");CoordinateReferenceSystem google = CRS.decode("EPSG:3857");

MathTransform transform = CRS.findMathTransform(wgs84, google, false);

Geometry target = JTS.transform( geometry, transform );

Mobile  Map  Tools

• SDK  For  na%ve  mobile  applica%ons.• Supports:

• Mobile  maps  in  2D,  2.5D  and  3D• Works  on  iOS,  Android,  webGL

• Built  using  C++  and  translated  to  Java  and  JavaScript

• License:  Eclipse  Distribu%on  License  1.0  (BSD)26

Incoming!

GeoMesa

• Key/value  store• Supports:  

• Distributed  &  highly  scalable• Based  on  Accumulo

• License• Apache  License,  Version  2.0

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Approved!

Spa%al4j

• Adds  “Geometry  on  Curve”  to  JTS• Supports:

• Geometry  on  a  Spherical• Geometry  on  a  Cylinder• Euclidean  (via  JTS)• Great  Circle  Distance  Calculators

• License:  Apache  License,  Version  2.0

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Incoming

A romance in many dimensions

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Shape Euclidean Cylindrical Spherical

Point Y Y Y

Rectangle Y Y Y

Circle Y Y

LineString Y

Buffered L/S Y

Polygon Y Y

ShapeCollection Y Y Y

Distance Example

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SpatialContext ctx = SpatialContext.GEO;

Circle sydney = ctx.makeCircle(151.3,33.9, 0.3);Point perth = ctx.makePoint(115.8,32.9);double distance = ctx.calcDistance(sydney.getCenter(), perth);

double km = DistanceUtils.degrees2Dist( distance, DistanceUtils.EARTH_MEAN_RADIUS_KM)

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Processing

GeoTrellis

• Real-­‐%me  distributed  processing• Supports:  

• Low  latency  &  Distributed• Highly  scalable• Based  on  Scala,  Akka,  &  Spark

• License:  Apache  License,  Version  2.0

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Approved!

GeoTrellis Chattanooga Demo

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Spa%alHadoop

• Batch  processing• MapReduce  framework  for  efficient  processing  of  spa%al  opera%ons

• Supports:  • Spa%al  data  types  &  indexing• Based  on  Hadoop• Highly  scalable• NOTE:  renaming  to  GeoJinni

• License:  Apache  License,  Version  2.034

Incoming!

Applica%ons

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GEOFF

• Geo  Fast  Forward• Embed  Simple  Maps  in  Eclipse  RCP

• Querying  a  geocoding  service• Use  OpenLayers  3.0  as  a  resource  bundle• SWT  Component  wrapping  embedded  browser• Fluent  API  so  you  do  not  have  to  know  EMF

• License:  Eclipse  Public  License  1.0

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Approved!

GeoGit

• Distributed  data  store• Supports:  

• Distributed,  off-­‐line  opera%on• Versioning,  compare  &  merge• Push/pull  data

• License:  BSD  License

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Incoming Project!

Incoming!

GeoGit  Story/Demo

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GeoScript

• Adds  spa%al  capabili%es  to  dynamicscrip%ng  languages.

• Supports:• Groovy,  JavaScript,  Python,  and  Scala• Backed  by  the  GeoTools  library

• geometry,  data  access  and  rendering• Use  stand-­‐alone  or  embedded

• License:  MIT  License39

Approved!

JavaScript

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>> var geom = require("geoscript/geom");>> var p = new geom.Point([-111.0, 45.7]);>> p<Point [-111, 45.7]>>> var proj = require("geoscript/proj");>> var p2 = proj.transform(p, "epsg:4326", "epsg:26912");>> p2<Point [500000, 5060716.31816507]>>> var poly = p2.buffer(100);>> poly.area31214.451522458345

Python

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>>> from geoscript import geom>>> p = geom.Point(-111.0, 45.7)>>> pPOINT(-111 45.7)>>> from geoscript import proj>>> p2 = proj.transform(p, 'epsg:4326', 'epsg:26912')>>> p2POINT (499999.42501775385 5060716.092032814)>>> poly = p2.buffer(100)>>> poly.getArea()31214.45152247697

Scala

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scala> import org.geoscript.geometry._scala> import org.geoscript.projection._scala> val p = Point(-110, 45.7) in Projection("EPSG:4326")p: org.geoscript.geometry.Point = POINT (-110 45.7)

scala> val p2 = p in Projection("EPSG:26912")p2: org.geoscript.geometry.Point = POINT (-370416.94184711506 -7935053.5498699695)

scala> p2.buffer(100).areares0: Double = 31214.451522477902

Groovy

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groovy:000> import geoscript.geom.*groovy:000> import geoscript.proj.Projectiongroovy:000> p = new Point(-111, 45.7)===> POINT (-111 45.7)groovy:000> p2 = Projection.transform(p, 'epsg:4326', 'epsg:26912')===> POINT (499999.42501775385, 5060716.092032814)groovy:000> poly = p2.buffer(100)groovy:000> poly.area===> 31214.451522477902

uDig

• User-­‐friendly  Desktop  Internet  GIS• Supports:  

• Desktop  GIS• Based  on  Eclipse  RCP• Reusable  components  for  RCP  Developers• Supports  industry  standard  formats  and  services

• e.g.  WMS,  WFS,  etc.• License:

• Eclipse  Distribu%on  License• Eclipse  Public  License

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Approved!

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Quick uDig Demo

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Eclipse Foundation

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204 Members and growing.48

Eclipse Foundation Members

Predictable Release Schedule

• Dozens  of  projects,  millions  of  lines  of  code  releasing  each  year  on  %me  to  the  day  for  9  years  straight.

• 265+  open  source  projects  and  growing.

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Eclipse 3.0 Eclipse 3.1 Casllisto Europa Ganymede Galileo Helios Indigo Juno Kepler Luna

17 1824

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55 58

37 10

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3339

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71 7176

Projects Million LOC

EGit Project CDT Project

WTP Project Linux Tools Project

(Percentage of contributions for each project)

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Industry Collaboration