Webinar Making Maps from OpenStreetMap Data - Versionsgeschichte

Stefan am 11. Juni 2014 um 23:15 Uhr

2014-06-11T23:15:54Z

← Nächstältere Version		Version vom 11. Juni 2014, 23:15 Uhr
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	Contents: This presentation shows how to make own maps given some amount of cartographic knowledge and the established crowdsourcing geospatial data project [[OpenStreetMap]] (OSM). The combination of freely accessible worldwide OSM data and open source tools empower people to do cartographic visualization. A core element of this presentation is a handbook(*) with selected software tools and programming scripts. First we go through the steps and tools needed to produce a base or a thematic map provided by a gallery of predefined map styles. Then we look at some yet to be enhanced aspects of preprocessing like database (tag) homogenization and cartographic generalization.		Contents: This presentation shows how to make own maps given some amount of cartographic knowledge and the established crowdsourcing geospatial data project [[OpenStreetMap]] (OSM). The combination of freely accessible worldwide OSM data and open source tools empower people to do cartographic visualization. A core element of this presentation is a handbook(*) with selected software tools and programming scripts. First we go through the steps and tools needed to produce a base or a thematic map provided by a gallery of predefined map styles. Then we look at some yet to be enhanced aspects of preprocessing like database (tag) homogenization and cartographic generalization.

	Handbook (*): [[Making Maps from OpenStreetMap Data (internal weblink)]]		Handbook (*): [[Making Maps from OpenStreetMap Data]] (internal weblink)
	Handout: [[Media:UNIGIS_Webinar_sfkeller_v01.pdf\|Slides (.pdf)‎]]		Handout: [[Media:UNIGIS_Webinar_sfkeller_v01.pdf\|Slides (.pdf)‎]]
	Recorded Lecture: [http://www.youtube.com/watch?v=uuuB5moNiiI Video (Youtube)]		Recorded Lecture: [http://www.youtube.com/watch?v=uuuB5moNiiI Video (Youtube)]

Stefan am 11. Juni 2014 um 07:40 Uhr

2014-06-11T07:40:55Z

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	** [[OGR]]- Desktop converter tool used to extract data, see also [[HowTo OGR2OGR]] and [[GDAL]]		** [[OGR]]- Desktop converter tool used to extract data, see also [[HowTo OGR2OGR]] and [[GDAL]]
	* Cartographic visualization and rendering:		* Cartographic visualization and rendering:
	** ''umap''- Easy web mapping: [http://umap.openstreetmap.fr/de/map/swiss-postgres-conference-2014_10363#18/47.22400/8.81756 Example of umap]		** '''umap''' - Easy web mapping: [http://umap.openstreetmap.fr/de/map/swiss-postgres-conference-2014_10363#18/47.22400/8.81756 Example of umap]
	** [[QGIS]] - GIS and universal desktop conversion, editing and rendering tool (uses OGR internally)		** [[QGIS]] - GIS and universal desktop conversion, editing and rendering tool (uses OGR internally)
	** [[TileMill]] - Desktop rendering tool, "the design studio for web designers, researchers, journalists and cartographers.		** [[TileMill]] - Desktop rendering tool, "the design studio for web designers, researchers, journalists and cartographers.

Stefan am 11. Juni 2014 um 07:19 Uhr

2014-06-11T07:19:07Z

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	* Title: "Making Maps from OpenStreetMap Data"		* Title: "Making Maps from OpenStreetMap Data"
	* A UNIGIS u_Lecture (Webinar) ~~by Prof. Stefan Keller~~		* by Prof. Stefan Keller
			* A UNIGIS International u_Lecture (Webinar)
	* Date/Time: Monday, June 10, 2014, 5:00 PM - 6:30 PM CEST		* Date/Time: Monday, June 10, 2014, 5:00 PM - 6:30 PM CEST

Stefan am 11. Juni 2014 um 07:18 Uhr

2014-06-11T07:18:02Z

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	* Date/Time: Monday, June 10, 2014, 5:00 PM - 6:30 PM CEST		* Date/Time: Monday, June 10, 2014, 5:00 PM - 6:30 PM CEST

	Contents: This presentation shows how to make own maps given some amount of cartographic knowledge and the established crowdsourcing geospatial data project [[OpenStreetMap]] (OSM). The combination of freely accessible worldwide OSM data and open source tools empower people to do cartographic visualization. A core element of this presentation is a handbook with selected software tools and programming scripts. First we go through the steps and tools needed to produce a base or a thematic map provided by a gallery of predefined styles. Then we look at some yet to be enhanced aspects of preprocessing like database (tag) homogenization and cartographic generalization.		Contents: This presentation shows how to make own maps given some amount of cartographic knowledge and the established crowdsourcing geospatial data project [[OpenStreetMap]] (OSM). The combination of freely accessible worldwide OSM data and open source tools empower people to do cartographic visualization. A core element of this presentation is a handbook(*) with selected software tools and programming scripts. First we go through the steps and tools needed to produce a base or a thematic map provided by a gallery of predefined map styles. Then we look at some yet to be enhanced aspects of preprocessing like database (tag) homogenization and cartographic generalization.

	Handbook: [[Making Maps from OpenStreetMap Data]]		Handbook (*): [[Making Maps from OpenStreetMap Data (internal weblink)]]
	Handout: [[Media:UNIGIS_Webinar_sfkeller_v01.~~pdf‎~~]]		Handout: [[Media:UNIGIS_Webinar_sfkeller_v01.pdf\|Slides (.pdf)‎]]
	Recorded ~~video~~: [http://www.youtube.com/watch?v=uuuB5moNiiI ~~UNIGIS~~ Youtube ~~channel~~]		Recorded Lecture: [http://www.youtube.com/watch?v=uuuB5moNiiI Video (Youtube)]

	~~Other ressources~~ mentioned in the lecture:		Ressources mentioned in the online lecture:
	* ~~The easy web mapping~~ tool ''umap'': [http://umap.openstreetmap.fr/de/map/swiss-postgres-conference-2014_10363#18/47.22400/8.81756 Example of umap]		* OSM data download:
	* ~~The download source of OSM data as~~ [[~~Shapefile~~]] and ~~OSM PBF files of countries of the world: http://download.geofabrik.de~~		** Download source of OSM data as [[Shapefile]] or as OSM PBF files (worldwide): http://download.geofabrik.de
	* The desktop ~~converter~~ tool ~~GDAL/~~OGR ~~- used to extract data: http://gdal.org, see also [[HowTo OGR2OGR]]~~		* Data Conversion:
	* ~~The desktop rendering tool~~ [[TileMill]] - the "design studio" for ~~journalists,~~ web designers, researchers, or cartographers.		** [[GeoConverter]] - Online tool (uses OGR internally)
	* ~~The desktop editing~~ and ~~rendering tool [[QGIS]]~~		** [[OGR]]- Desktop converter tool used to extract data, see also [[HowTo OGR2OGR]] and [[GDAL]]
	* ~~The~~ OGRE Online Converter and line simplification tool http://ogre.adc4gis.com/ ~~(map generalization)~~		* Cartographic visualization and rendering:
	* Mapshaper, online line simplification tool: http://www.mapshaper.org/		** ''umap''- Easy web mapping: [http://umap.openstreetmap.fr/de/map/swiss-postgres-conference-2014_10363#18/47.22400/8.81756 Example of umap]
			** [[QGIS]] - GIS and universal desktop conversion, editing and rendering tool (uses OGR internally)
			** [[TileMill]] - Desktop rendering tool, "the design studio for web designers, researchers, journalists and cartographers.
			* Cartographic generalization and conversion:
			** OGRE - Online Converter and line simplification tool: http://ogre.adc4gis.com/
			** Mapshaper - online line simplification tool: http://www.mapshaper.org/

	See also:		See also:
	* 8. UNIGIS-Tag Schweiz, Fr. 19. September 2014 Rapperswil: [http://www.gis.hsr.ch/index.php?id=12441 Programm und Anmeldung...]		* 8. UNIGIS-Tag Schweiz, Fr. 19. September 2014 Rapperswil: [http://www.gis.hsr.ch/index.php?id=12441 Programm und Anmeldung...]

Stefan am 11. Juni 2014 um 07:07 Uhr

2014-06-11T07:07:51Z

← Nächstältere Version		Version vom 11. Juni 2014, 07:07 Uhr
Zeile 5:		Zeile 5:
	Contents: This presentation shows how to make own maps given some amount of cartographic knowledge and the established crowdsourcing geospatial data project [[OpenStreetMap]] (OSM). The combination of freely accessible worldwide OSM data and open source tools empower people to do cartographic visualization. A core element of this presentation is a handbook with selected software tools and programming scripts. First we go through the steps and tools needed to produce a base or a thematic map provided by a gallery of predefined styles. Then we look at some yet to be enhanced aspects of preprocessing like database (tag) homogenization and cartographic generalization.		Contents: This presentation shows how to make own maps given some amount of cartographic knowledge and the established crowdsourcing geospatial data project [[OpenStreetMap]] (OSM). The combination of freely accessible worldwide OSM data and open source tools empower people to do cartographic visualization. A core element of this presentation is a handbook with selected software tools and programming scripts. First we go through the steps and tools needed to produce a base or a thematic map provided by a gallery of predefined styles. Then we look at some yet to be enhanced aspects of preprocessing like database (tag) homogenization and cartographic generalization.

	Handbook ~~mentioned in the lecture~~: [[Making Maps from OpenStreetMap Data]]		Handbook: [[Making Maps from OpenStreetMap Data]]
	Handout ~~of the lecture~~: [[Media:UNIGIS_Webinar_sfkeller_v01.pdf‎]]		Handout: [[Media:UNIGIS_Webinar_sfkeller_v01.pdf‎]]
			Recorded video: [http://www.youtube.com/watch?v=uuuB5moNiiI UNIGIS Youtube channel]

	Other ressources mentioned in the lecture:		Other ressources mentioned in the lecture:

Stefan am 10. Juni 2014 um 21:40 Uhr

2014-06-10T21:40:27Z

← Nächstältere Version		Version vom 10. Juni 2014, 21:40 Uhr
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	Other ressources mentioned in the lecture:		Other ressources mentioned in the lecture:
	* ~~umap -~~ The easy web mapping tool: [http://umap.openstreetmap.fr/de/map/swiss-postgres-conference-2014_10363#18/47.22400/8.81756 Example of umap]		* The easy web mapping tool ''umap'': [http://umap.openstreetmap.fr/de/map/swiss-postgres-conference-2014_10363#18/47.22400/8.81756 Example of umap]
	* The download source of OSM data as [[Shapefile]] and OSM PBF files of countries of the world: http://download.geofabrik.de		* The download source of OSM data as [[Shapefile]] and OSM PBF files of countries of the world: http://download.geofabrik.de
	* The desktop converter tool GDAL/OGR - used to extract data: http://gdal.org, see also [[HowTo OGR2OGR]]		* The desktop converter tool GDAL/OGR - used to extract data: http://gdal.org, see also [[HowTo OGR2OGR]]

Stefan am 10. Juni 2014 um 21:37 Uhr

2014-06-10T21:37:29Z

← Nächstältere Version		Version vom 10. Juni 2014, 21:37 Uhr
Zeile 6:		Zeile 6:

	Handbook mentioned in the lecture: [[Making Maps from OpenStreetMap Data]]		Handbook mentioned in the lecture: [[Making Maps from OpenStreetMap Data]]
	Handout of the lecture: [[~~Datei~~:UNIGIS_Webinar_sfkeller_v01.pdf‎]]		Handout of the lecture: [[Media:UNIGIS_Webinar_sfkeller_v01.pdf‎]]

	Other ressources mentioned in the lecture:		Other ressources mentioned in the lecture:

Stefan am 10. Juni 2014 um 21:37 Uhr

2014-06-10T21:37:19Z

← Nächstältere Version		Version vom 10. Juni 2014, 21:37 Uhr
Zeile 6:		Zeile 6:

	Handbook mentioned in the lecture: [[Making Maps from OpenStreetMap Data]]		Handbook mentioned in the lecture: [[Making Maps from OpenStreetMap Data]]
	Handout of the lecture: [[~~Media~~:UNIGIS_Webinar_sfkeller_v01.pdf‎]]		Handout of the lecture: [[Datei:UNIGIS_Webinar_sfkeller_v01.pdf‎]]

	Other ressources mentioned in the lecture:		Other ressources mentioned in the lecture:

Stefan am 10. Juni 2014 um 21:36 Uhr

2014-06-10T21:36:59Z

← Nächstältere Version		Version vom 10. Juni 2014, 21:36 Uhr
Zeile 5:		Zeile 5:
	Contents: This presentation shows how to make own maps given some amount of cartographic knowledge and the established crowdsourcing geospatial data project [[OpenStreetMap]] (OSM). The combination of freely accessible worldwide OSM data and open source tools empower people to do cartographic visualization. A core element of this presentation is a handbook with selected software tools and programming scripts. First we go through the steps and tools needed to produce a base or a thematic map provided by a gallery of predefined styles. Then we look at some yet to be enhanced aspects of preprocessing like database (tag) homogenization and cartographic generalization.		Contents: This presentation shows how to make own maps given some amount of cartographic knowledge and the established crowdsourcing geospatial data project [[OpenStreetMap]] (OSM). The combination of freely accessible worldwide OSM data and open source tools empower people to do cartographic visualization. A core element of this presentation is a handbook with selected software tools and programming scripts. First we go through the steps and tools needed to produce a base or a thematic map provided by a gallery of predefined styles. Then we look at some yet to be enhanced aspects of preprocessing like database (tag) homogenization and cartographic generalization.

	~~This is the handbook~~ mentioned in the lecture: [[Making Maps from OpenStreetMap Data]]		Handbook mentioned in the lecture: [[Making Maps from OpenStreetMap Data]]
			Handout of the lecture: [[Media:UNIGIS_Webinar_sfkeller_v01.pdf‎]]

	Other ressources mentioned in the lecture:		Other ressources mentioned in the lecture:

Stefan am 10. Juni 2014 um 20:58 Uhr

2014-06-10T20:58:04Z

← Nächstältere Version		Version vom 10. Juni 2014, 20:58 Uhr
Zeile 8:		Zeile 8:

	Other ressources mentioned in the lecture:		Other ressources mentioned in the lecture:
	* [http://umap.openstreetmap.fr/de/map/swiss-postgres-conference-2014_10363#18/47.22400/8.81756 umap]		* umap - The easy web mapping tool: [http://umap.openstreetmap.fr/de/map/swiss-postgres-conference-2014_10363#18/47.22400/8.81756 Example of umap]
	* The download source of OSM data as [[Shapefile]] and OSM PBF files of countries of the world: http://download.geofabrik.de		* The download source of OSM data as [[Shapefile]] and OSM PBF files of countries of the world: http://download.geofabrik.de
	* The desktop converter tool GDAL/OGR - used to extract data: http://gdal.org, see also [[HowTo OGR2OGR]]		* The desktop converter tool GDAL/OGR - used to extract data: http://gdal.org, see also [[HowTo OGR2OGR]]