Project Sources and Demo San Francisco Project: Difference between pages

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__NOTOC__
{{learned|what Project Sources are|which sources are connected to the {{software}}|how to find out which data is actually used for creating the project}}
{|class="wikitable" style="margin: auto; background-color:#ffffcc;"
| [[Demo_San_Francisco_Project_FAQ_%26_More|Next page>>]]
|}
[[File:San_francisco.png|thumb|right|300px|Project of San Francisco in the {{software}}]]
{{demo project summary
| title=Demo San Francisco
| demographic= you if you are interested in GIS, BIM, data analysis, 3D visualization, urban planning and architecture
| showcases= a 3D city model
| image=
| description=The ''Demo San Francisco'' project is a working project which shows an area in the San Francisco financial district, created from, among others, [[SLPK|I3S Scene Layer data]] and [[Project_Sources|OSM]] data. The demo project contains an analysis on the sky visibility from street level and insight into land use and building type. In this demo we will explore the contents of the 3D model, the used data to generate the model and the maps on building type, sky view and land use.
| tutorial=
}}


==What are Project Sources==
==Explore the current situation==
Project sources are the [[GEO_Data|Geo data]] sets that are used to create the 3D model in the {{software}}.  
# Zoom and click around in the project to inspect the 3D model.
Also, all the additional data a user has imported is listed in the project sources table and/or project sources menu.
# Click in the Current Situation tab on the Overlays button and click in the left panel on Data Sources Overview. This map, the [[Source_(Overlay)|Source overlay]], highlights the used datasets in a 3D model. Notice the I3S San Francisco dataset is checked in the right panel. Notice most of the buildings in the 3D model are highlighted. This means data from the I3S Scene Layer is used to create these buildings. The black ribbon on the right is the overlay bar. Here you will find several [[Overlays|Overlays]]. An overlay is a 2D map on top of the 3D world. Notice that the palette icon is highlighted. The Data Sources Overview corresponds with the palette icon. Therefore to show the Data Sources Overview, you can also click on the palette icon.
[[File:Sources_i3s.JPG|right|150px|Notice that the I3S dataset is checked. The Data Sources Overview shows where the I3S data is used.]]
# Uncheck the I3S San Francisco dataset in the right panel and check the [[Project_Sources|OSM]] dataset. Notice that again almost all buildings are highlighted. This accentuates the effect that the {{software}} uses multiple data sources to create the 3D model. Take a look at the [[Project_Sources|project sources]] page to see all the (open) data we use to generate a new project.
# [[File:City_overlay.JPG|right|150px|Click on the City overlay to go to the default view. ]]Click on the [[City_Overlay|City overlay]] in the overlay bar, depicted with the house icon to see the default 3D model without a map.{{clear}}
# [[File:Attributes_building.JPG|right|150px|The attributes of the building.]][[File:Select_building_project.JPG|right|150px|Click in the Current tab on the Buildings button and click on the building with the arrow.]]We are going to inspect one of the buildings in the model. Therefore click on the [[Current_Situation|Current situation tab]] on the [[Constructions|Buildings]] button and select the building that is referred to with the arrow icon. In the right panel, the attributes such as the name of the building and its [[Function|function]] are displayed. Notice that this building has the function office, which is known from the [[Project_Sources|OSM]] dataset.{{clear}}
# Select the Details tab and scroll through the different attributes and values. These attributes are called [[Function_Value|function values]]. Notice that some attributes have values and some attributes have a value of 0. These values are used in our [[Calculation_Models#Calculation_Models|calculation models]].  
# Click again on the [[Constructions|Buildings]] button to close the menu on the right and click in the overlay bar on the [[Function_Highlight_(Overlay)|Function highlight overlay]] depicted with the pen icon. This overlay can highlight one or more functions in the 3D world. Notice from the legend this overlay shows the hotel [[Function|functions]].
# Zoom out a bit so that the whole 3D world is visible and click on the highlighted purple buildings. Notice that a hover panel pops up which also contains some information about the building.
# Now click on the [[Sky_view_result_type_(Heat_Overlay)|Sky View overlay]]. This overlay shows the amount of sky visible from the street in direct line of sight (not hindered by any objects). Due to the high rise buildings, the sky view from some of the streets is minimal. To read more about how the sky view is calculated, see the used [[Sky_view_factor_calculation_model_(Heat_Overlay)|calculation method]].
# The next overlay is the Land use map. This overlay shows the Land use dataset downloaded and imported from [https://data.sfgov.org/Housing-and-Buildings/Land-Use/us3s-fp9q the DataSF website]. Click on some buildings to see more information (attributes) about a particular building or area.  


==Sources connected to the {{software}}==
[[File:Sources_i3s.JPG|right|150px|Notice that the I3S dataset is checked. The Data Sources Overview shows where the I3S data is used.]]


The table below contains the datasets that are automatically accessed, depending on the selected location, to create a new 3D project. When selecting a location outside The Netherlands it is more likely that some [[GEO_Data|Geo data]] should be provided manually.  
:''Proceed to the next page for more information and to read how to create a video or screenshot.''
<br>
<gallery>
File:Sources_i3s.JPG|2. Notice that the I3S dataset is checked. The Data Sources Overview shows where the I3S data is used.
File:City_overlay.JPG|4. Click on the City overlay to go to the default view.
File:Select_building_project.JPG|5. Click in the Current tab on the Buildings button and click on the building with the arrow.
File:Attributes_building.JPG|5. The attributes of the building.
File:Building_details.JPG| 6. Click on the Details tab to see the Function values.
File:Hotel_data.JPG|7. Click on the pen icon. A map with the hotels in the project is now visualized.
File:Hotel_more_information.JPG|8. Click on one of the purple buildings and notice the information in the hover panel.
File:Sky_view_data.JPG|9. Click on the Sky view map.
File:Land_use_data.JPG|10. Click on the Land use map.
File:Land_use_more_info.JPG| 10. Click on one of the buildings to see more information in the hover panel.
</gallery>


{| class="wikitable"
{|class="wikitable" style="margin: auto; background-color:#ffffcc;"
|-
| [[Demo_San_Francisco_Project_FAQ_%26_More|Next page>>]]
! (Open) Dataset
! Description
! Coverage
! (Connection) Source
! More information
|-
| {{anchor|BGT|BGT}}
| Basisregistratie Grootschalige Topografie: Base Register containining the topography of the Netherlands. The dataset is very detailed and contains for instance roads, parks, trees, water surfaces and street objects.
| Netherlands
| {{anchor|PDOK
| https://www.kadaster.nl/bgt
|-
| {{anchor|BAG|BAG}}
| Basisregistraties Adressen en Gebouwen: Base Register containing data about buildings and addresses such as function, construction year, size and the geometry of the buildings.
| Netherlands.
| PDOK
| https://www.kadaster.nl/basisregistratie-adressen-en-gebouwen
|-
| {{anchor|BRO|BRO}}
| Basisregistratie Ondergrond: Base Register containing detailed subsurface data.
| Netherlands
| PDOK
| https://www.basisregistratieondergrond.nl/
|-
| {{anchor|World Imagery|World Imagery}}
| Satellite map used as base map for the 3D world and used for rooftop colors.
| Worldwide
| ESRI
| https://services.arcgisonline.com/ArcGIS/rest/services/World_Imagery/MapServer/0
|-
| {{anchor|Ocean Basemap|Ocean Basemap}}
| Basemap with ocean data, including locations of water bodies and their names. Used to determine the location of water bodies worldwide.
| Worldwide
| ESRI
| https://services.arcgisonline.com/arcgis/rest/services/Ocean_Basemap/MapServer
|-
| {{anchor|Terrain|Terrain}}
| Digital Terrain Model (DTM): the terrain height of the bare ground without for example buildings, trees and other objects. For the Netherlands the DTM is created of this AHN2 data resampled to 3m supplied by Rijkswaterstaat combined with the AHN3 (default) or optional AHN2 (see below). For more information, see the [[Terrain_height|terrain page]].
| Worldwide
| ESRI
| http://www.arcgis.com/home/item.html?id=58a541efc59545e6b7137f961d7de883
|-
| {{anchor|AHN|AHN}}
| Actueel Hoogtebestand Nederland. We use the Digital Surface Model (DSM, the terrain height including buildings, trees and other objects) and the Digital Terrain Model (DTM, the terrain height of the bare ground) combined with the Terrain data above. By default AHN3 is used. For more information, see the [[Terrain_height|terrain page]].
| Netherlands
| Nationaal Georegister
| https://www.ahn.nl/
|-
| {{anchor|CBS Wijk- en Buurtkaart|CBS Wijk- en Buurtkaart}}
| The CBS Wijk- en Buurtkaart (2017) contains the geometry of the division in neighborhoods and statistical data related to those neighborhoods.
| Netherlands
| PDOK
| https://www.cbs.nl/nl-nl/dossier/nederland-regionaal/geografische%20data/wijk-en-buurtkaart-2017
|-
| {{anchor|Ruimtelijke plannen|Ruimtelijke plannen}}
| Ruimtelijke plannen are the offical published spatial plans/zoning plans.
| Netherlands
| Ruimtelijke Plannen
| http://www.ruimtelijkeplannen.nl/web-roo/roo/index
|-
| {{anchor|Top10NL|Top10NL}}
| Topographical dataset, used as an addition to the BGT data.
| Netherlands
| Tygron / PDOK
| https://www.kadaster.nl/-/top10nl
|-
| {{anchor|NWB|NWB}}     
| Nationaal Wegen Bestand: Contains detailed information about the road infrastructure. For instance number of lanes and road type.
| Netherlands
| PDOK
| https://www.pdok.nl/introductie/-/article/nationaal-wegen-bestand-nwb-
|-
| {{anchor|NSL|NSL}}   
| The NSL (Nationaal Samenwerkingsprogramma Luchtkwaliteit) contains data delivered by municipalities from their traffic models. The tree factor, road type, direction of traffic
| Netherlands
| Rijksoverheid
| https://www.nsl-monitoring.nl/informatie/data-nsl/
|-
| {{anchor|INWEVA|INWEVA}}   
| The INWEVA 2015 data is used for the traffic intensities on highways.
| Netherlands
| Rijkswaterstaat
| https://nis.rijkswaterstaat.nl/portalcontent/logon/p2_33.html
|-
| {{anchor|BRP|BRP Gewaspercelen}}   
| Basisregistratie Gewaspercelen: contains the location of agricultural land and the cultivated crops.
| Netherlands
| Nationaal Georegister
| http://www.nationaalgeoregister.nl/geonetwork/srv/dut/catalog.search#/metadata/%7B25943e6e-bb27-4b7a-b240-150ffeaa582e%7D?tab=general
|-
| {{anchor|BRK|BRK}} - Kadastrale Kaart
| Basisregistratie Kadaster. In the {{software}} the Kadastrale kaart is used to determine the location of parcels.
| Netherlands
| Nationaal Georegister
| http://www.nationaalgeoregister.nl/geonetwork/srv/dut/catalog.search#/metadata/40840197-0478-432b-8c76-e99c4da9203f?tab=general
|-
| {{anchor|Risicokaart|Risicokaart}}   
| This dataset shows the risks in a neighborhood, for example, by showing hazardous- and / or nuisance buildings (for example LPG station) and cables and pipes. Also contains additional information on vulnerable buildings (hotels, hospital, school, etc.).
| Netherlands
| Risicokaart.nl
| https://www.risicokaart.nl/home
|-
| {{anchor|OSM|OSM}} 
| OpenStreetMap; this dataset contains the topography of the world and attribute information.
| Worldwide
| Own instance of Overpass API
| https://www.openstreetmap.org/
|-
| {{anchor|IMWA|Waterschapsdata}}
| Several datasets from Water Authorities conforming to the Information Model Water (Informatiemodel water), including hydraulic structures and water-level areas.
| Netherlands - dataset does not cover the whole of the Netherlands yet.
| Copy of PDOK dataset
| https://www.pdok.nl/nl/introductie/-/article/waterschapsdata
|-
|}
|}
==More information on which sources are used==
For more information on which project sources are actually used for the project, take a look at the following overviews in the editor:
* the hover panel when clicking in the 3D world in the [[City_Overlay|default view]].
* the [[Source_(Overlay)|Source Overlay]]
* the project source table (see below for more information)
* the project sources menu (see below for more information)
==Project Sources Table==
[[File:Project_sources_table.JPG|right|400px]]
{{Editor steps|title=show the project sources table|Select in the editor Current situation| Hover over 'Geo Import' from the ribbon bar| Select 'Show Project Sources Overview'}}
The project sources table shows the used [[GEO_Data|Geo data]] sets in the 3D model and the by a user imported data.
The table shows:
*the name of the dataset
*the type
*the publisher of the dataset
*the number of features in the 3D model (count).
====Note====
If the count is 0, this means the data is not used for generating the 3D model. If the data is a raster dataset, which technically does not contain features, but cells with a value, the value will be 1.
==Project Sources menu==
[[File:Project_sources.JPG|right|200px]]
{{Editor steps|title=show the project sources menu|Select in the editor Current situation|Hover over 'Geo Import' from the ribbon bar| Select 'Show Project Sources'}}
The project sources menu shows the used [[GEO_Data|Geo data]] sets in the 3D model and the by a user imported data.
Also, an explanation on what is in the datasets and the possibility to rename/remove a [[WFS]] or [[CSW]] connection can be done here.
The sources are divided in three categories:
*Catalog Services
:Here are the by default available [[CSW]] connections in the [[Geo_Data_Wizard|Geo Data Wizard]]  visible. Also CSW connections added by a user are listed here.
:When a user adds a CSW connection, the connection can be removed from the list or it is possible to edit the URL, name and other information in the panel on the right.
*Default Sources
*User Sources
*Web Services
:Here are the by default available [[WFS]] connections in the [[Geo_Data_Wizard|Geo Data Wizard]]  visible. Also [[WFS]] connections added by a user are listed here.
:When a user adds a [[WFS]] connection, the connection can be removed from the list or it is possible to edit the URL, name and other information in the panel on the right.
===Also see===
* [[How_to_import_i3s_scene_layer_in_new_project| How to import i3s scene layer data in a new project]]
<br clear=all>
<br>
{{Template:GeoDataOverview}}

Revision as of 09:09, 8 April 2020

Next page>>
Project of San Francisco in the Tygron Platform

The Demo San Francisco project is available for all users and can be found in the main menu under Edit projects. This project does not count towards your license.

This project is intended for you if you are interested in GIS, BIM, data analysis, 3D visualization, urban planning and architecture.

This project showcases a 3D city model.

The Demo San Francisco project is a working project which shows an area in the San Francisco financial district, created from, among others, I3S Scene Layer data and OSM data. The demo project contains an analysis on the sky visibility from street level and insight into land use and building type. In this demo we will explore the contents of the 3D model, the used data to generate the model and the maps on building type, sky view and land use.

Explore the current situation

  1. Zoom and click around in the project to inspect the 3D model.
  2. Click in the Current Situation tab on the Overlays button and click in the left panel on Data Sources Overview. This map, the Source overlay, highlights the used datasets in a 3D model. Notice the I3S San Francisco dataset is checked in the right panel. Notice most of the buildings in the 3D model are highlighted. This means data from the I3S Scene Layer is used to create these buildings. The black ribbon on the right is the overlay bar. Here you will find several Overlays. An overlay is a 2D map on top of the 3D world. Notice that the palette icon is highlighted. The Data Sources Overview corresponds with the palette icon. Therefore to show the Data Sources Overview, you can also click on the palette icon.
Notice that the I3S dataset is checked. The Data Sources Overview shows where the I3S data is used.
  1. Uncheck the I3S San Francisco dataset in the right panel and check the OSM dataset. Notice that again almost all buildings are highlighted. This accentuates the effect that the Tygron Platform uses multiple data sources to create the 3D model. Take a look at the project sources page to see all the (open) data we use to generate a new project.
  2. Click on the City overlay to go to the default view.
    Click on the City overlay in the overlay bar, depicted with the house icon to see the default 3D model without a map.
  3. The attributes of the building.
    Click in the Current tab on the Buildings button and click on the building with the arrow.
    We are going to inspect one of the buildings in the model. Therefore click on the Current situation tab on the Buildings button and select the building that is referred to with the arrow icon. In the right panel, the attributes such as the name of the building and its function are displayed. Notice that this building has the function office, which is known from the OSM dataset.
  4. Select the Details tab and scroll through the different attributes and values. These attributes are called function values. Notice that some attributes have values and some attributes have a value of 0. These values are used in our calculation models.
  5. Click again on the Buildings button to close the menu on the right and click in the overlay bar on the Function highlight overlay depicted with the pen icon. This overlay can highlight one or more functions in the 3D world. Notice from the legend this overlay shows the hotel functions.
  6. Zoom out a bit so that the whole 3D world is visible and click on the highlighted purple buildings. Notice that a hover panel pops up which also contains some information about the building.
  7. Now click on the Sky View overlay. This overlay shows the amount of sky visible from the street in direct line of sight (not hindered by any objects). Due to the high rise buildings, the sky view from some of the streets is minimal. To read more about how the sky view is calculated, see the used calculation method.
  8. The next overlay is the Land use map. This overlay shows the Land use dataset downloaded and imported from the DataSF website. Click on some buildings to see more information (attributes) about a particular building or area.
Notice that the I3S dataset is checked. The Data Sources Overview shows where the I3S data is used.
Proceed to the next page for more information and to read how to create a video or screenshot.


  • 2. Notice that the I3S dataset is checked. The Data Sources Overview shows where the I3S data is used.

  • 4. Click on the City overlay to go to the default view.

  • 5. Click in the Current tab on the Buildings button and click on the building with the arrow.

  • 5. The attributes of the building.

  • 6. Click on the Details tab to see the Function values.

  • 7. Click on the pen icon. A map with the hotels in the project is now visualized.

  • 8. Click on one of the purple buildings and notice the information in the hover panel.

  • 9. Click on the Sky view map.

  • 10. Click on the Land use map.

  • 10. Click on one of the buildings to see more information in the hover panel.

Next page>>
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