Webinar detailing map data available from Digimap service in CAD format, including OS MasterMap topography and building heights data. Digimap is a subscription service, delivering map data to UK further and higher education.
Slides used in a Digimap webinar on 4th March 2015. Content covered data in CAD format from Digimap service and tips on using the data in AutoCAD.
Digimap is a subscription service for UK Further and Higher Education. http://digimap.edina.ac.uk
The document discusses how to access and use Ordnance Survey Building Height Attribute data from Digimap in ArcGIS Pro. It explains that the BHA data provides multiple height values for buildings and has been combined with OS MasterMap Topography data into a file geodatabase for easier use in ArcGIS Pro. Steps are provided on how to download the data, convert the map to 3D, extrude buildings based on height attributes, add additional backdrop data like terrain models, and visualize the 3D buildings.
A presentation highlighting how Getmapping's Aerial Imagery will be incorporated into the Digimap Service. The presentation was given at Geoforum 2016 at the Institute of Geography, University of Edinburgh.
FieldTrip GB is a free mobile app for Android and iOS that allows users to collect location-based data. It has an authoring tool that allows users to create custom data collection forms with multiple fields. Users can capture location data using their device's GPS and download forms for offline use. The authoring tool also allows users to export collected data to CSV, GeoJSON, and KML formats for analysis. Future updates may include additional form functionality, integration with other cloud services, and an open source version called FieldTrip Open. The app has been used for citizen science projects where volunteers collect environmental data.
MAPublisher 2017 is a cartography software that integrates over 70 geospatial tools into Adobe Illustrator. New features in MAPublisher 2017 include the ability to import data from ArcGIS Online and filter geometries and attributes on import to reduce import times of large datasets. The software also introduces tools to trim and extend artwork to boundaries, link data to automatically update maps as underlying data changes, and includes enhancements to scale bars and a refreshed user interface.
- 94 customers in Finland use FME, with 74 actively using it. 21 customers use FME Server.
- Examples provided of customers like Caruna using FME for automatic network data quality reporting with over 265 inspection rules, and the City of Vantaa using FME for various data processing, quality control, and map visualizations.
- Spatialworld Oy is an FME reseller and helpdesk that provides training and consultation to customers in Finland, Estonia, and Russia on using FME for tasks like data conversion, processing, analytics, and visualization.
Slides used in a Digimap webinar on 4th March 2015. Content covered data in CAD format from Digimap service and tips on using the data in AutoCAD.
Digimap is a subscription service for UK Further and Higher Education. http://digimap.edina.ac.uk
The document discusses how to access and use Ordnance Survey Building Height Attribute data from Digimap in ArcGIS Pro. It explains that the BHA data provides multiple height values for buildings and has been combined with OS MasterMap Topography data into a file geodatabase for easier use in ArcGIS Pro. Steps are provided on how to download the data, convert the map to 3D, extrude buildings based on height attributes, add additional backdrop data like terrain models, and visualize the 3D buildings.
A presentation highlighting how Getmapping's Aerial Imagery will be incorporated into the Digimap Service. The presentation was given at Geoforum 2016 at the Institute of Geography, University of Edinburgh.
FieldTrip GB is a free mobile app for Android and iOS that allows users to collect location-based data. It has an authoring tool that allows users to create custom data collection forms with multiple fields. Users can capture location data using their device's GPS and download forms for offline use. The authoring tool also allows users to export collected data to CSV, GeoJSON, and KML formats for analysis. Future updates may include additional form functionality, integration with other cloud services, and an open source version called FieldTrip Open. The app has been used for citizen science projects where volunteers collect environmental data.
MAPublisher 2017 is a cartography software that integrates over 70 geospatial tools into Adobe Illustrator. New features in MAPublisher 2017 include the ability to import data from ArcGIS Online and filter geometries and attributes on import to reduce import times of large datasets. The software also introduces tools to trim and extend artwork to boundaries, link data to automatically update maps as underlying data changes, and includes enhancements to scale bars and a refreshed user interface.
- 94 customers in Finland use FME, with 74 actively using it. 21 customers use FME Server.
- Examples provided of customers like Caruna using FME for automatic network data quality reporting with over 265 inspection rules, and the City of Vantaa using FME for various data processing, quality control, and map visualizations.
- Spatialworld Oy is an FME reseller and helpdesk that provides training and consultation to customers in Finland, Estonia, and Russia on using FME for tasks like data conversion, processing, analytics, and visualization.
Database Comparison and ArcMap Data Driven PagesSafe Software
When working with databases of large sewer systems, it is important to document the changes to the database over time. Ramboll have developed a tool in FME, that not only document changes between database versions, but also generates maps of the updated objects using Data Driven Pages in ArcMap. The comparison tells which objects and attributes that have changed, keeping both the old and new attribute value. When generating the maps, the most critical attributes are labelled for a quick visual comparison. But for deeper insight of the changes, all updated attributes are saved in the comparison database.
In this presentation I'll show how you can take data from the 3D world of MapInfo Pro and show it in the 3D environment of MapInfo Discover 3D.
I'll show this using polygons as well as point data
Taming Our Case Management Database and GIS with FMESafe Software
With a strong economy and a rapidly growing urban area, Austin attracts considerable development interest. Some of the key indicators of future changes in the built environment include the applications for site plans, subdivisions, and zoning changes which are filed with the City of Austin for approval. Processing this information is vital in understanding changes in land use, and developing strategies to plan for the impacts of incoming development. This presentation will look at how the City of Austin leveraged FME to create a process to automate the creation and publication of geospatial and non-geospatial datasets for applications for site plans, subdivisions and zoning changes to disseminate information to the public as well as other city departments and organizations.
From Outdoor to Indoor: 3D and Venue Mapping – FME Summer CampSafe Software
Indoor mapping is an exciting new opportunity for business, but it does not come without challenges. With complex data conversion, the merging of spatial and tabular data, and the added difficulty of changing venues, it can turn any venue into a Mess Hall. By adding new Readers and Writers to FME 2018–including IMDF–we're making it easy for you to validate, update, automate, and analyze indoor mapping data.
If you give a GIS Analyst FME License, then...Safe Software
For many organizations, which initially adopted FME for basic format conversion, data extraction, and transformation tasks, its use has evolved to include systems integrations and even to creating ready-to-use solutions that include data, analytics, and web applications. We will show examples of FME Desktop and FME Server applications for systems integrations, including CAD to GIS conversion and integration between ESRI ArcGIS Online, ArcGIS Enterprise, and Microsoft SQL Spatial. We will also demonstrate self-serving apps on FME Server.
MCE GeoProcessing Services for ADM(IE): Self Validation of Spatial Data Input...Safe Software
The Department of National Defence (DND) is developing a central repository for land, building, and infrastructure data. This a joint project between the Assistant Deputy Minister Infrastructure and Environment (ADMIE) and the Mapping and Charting Establishment (MCE). This project involves managing DND real property and other spatial data provided by DND bases and wings across Canada through a unique, integrated and standardized Real Property Spatial Data Warehouse (RPSDW), hosted at MCE, containing a SQL Server database. Data provided by DND bases and wings must meet standards defined and documented by ADMIE, in terms of data formats accepted (GeoMedia MDB, ArcGIS FGDB, MapInfo MIF or AutoCAD SDF), geometry, schema and attribute data types, domains and accepted values for each feature class. An FME workspace and an equivalent tool contained within an ArcGIS Data Interoperability Toolbox were created to provide the geotechs from DND Bases using ArcGIS Data Interoperability or FME Desktop with a toolset, delivered together with a user’s guide, that allows them to perform a self-validation of the DND real property and other spatial data before these data is sent to MCE to be loaded into the RPSDW SQL Server database.
2018 GIS Colorado: Your Geospatial Connection: ZDV 3D A Modern 3D Visualizati...GIS in the Rockies
Air traffic control (ATC) manages complex three dimensional airspace. In particular, Denver Air Route Traffic Control Center (Denver Center) is responsible for a 60,000-ft. tall volume of airspace covering over 265,000 square miles! Denver Center needs a modern 3D GIS platform capable of depicting its numerous aeronautical features including ATC areas, sectors, minimum safe altitudes, airways, military airspace, airports, navigation equipment, communication information, and surveillance infrastructure. The main objective of this study is to incorporate these entities into a 3D digital twin of Denver Center, titled ZDV-3D. ZDV-3D intends to produce intuitive mediums for visualizing and analyzing ATC system interrelationships. Esri technology applications will be incorporated including ArcGIS Pro, ArcGIS Online, and ArcGIS Earth. I will review capabilities and limitations of Denver Center’s current geospatial tools and highlight benefits of implementing the latest ArcGIS 3D rendering capabilities into this project. I will also address production challenges, plans for further ZDV-3D development, and ways to share outcomes with other ATC facilities. ZDV-3D will enable Denver Center to provide optimized efficiency and safety for all who fly in our increasingly crowded skies.
Map Styling Tools and Interactive maps on the web with OpenLayers - Addy Pope...JISC GECO
Presentation given as part of the DevCSI/JISC GECO Open Mapping Workshop which was held at the Electron Club, CCA, Glasgow on Thursday 25th August 2011. The event was connected to the OpenStreetMap State of the Map Scotland event.
This document discusses integrating web GIS applications with monitoring tools for analysis and reporting. It provides an overview of GIS applications and web GIS, demonstrates a web GIS map application, and discusses monitoring the availability, performance, and usage of GIS services. The architecture of monitoring tools is explained, including data collection from GIS servers, windows performance counters, and log files. Examples of dashboard reports on summary data, uptime, usage, and performance from the monitoring tools are also shown.
FME is typically used to exchange data, but it can also be used as a powerful tool to automate the transformation of spatial data into technical CAD diagrams. In this presentation I will show how I embedded FME into an application process to create on-the-fly AutoCAD diagrams for communication manholes. This involves determining the local spatial reference, calculating the extents required, clipping the data, creating labels for the data, filtering the data to set line colors and styles, and then exporting the file using linked workspaces.
FME in Tesera’s HRIS: Slicing through the forest of data to see the treesSafe Software
Tesera Systems uses machine learning to provide high resolution forest inventory services to clients by combining imagery, vector data, and precise location data. They developed a solution using tiling schemes and generic FME workspaces to process large amounts of data from 500 to 50,000 square kilometers across multiple projects. This involves taking disparate source data like LiDAR, CIR, and plot data and generating tiled imagery, vectors, and other data layers that can be viewed and analyzed in desktop GIS and web viewers.
Presentation from SPAR International 2013. More than 850 3D innovators from around the world gathered at the 10th annual SPAR International to discuss the state of the industry,
Bridging Between CAD & GIS: 8 Ways to Automate Data IntegrationSafe Software
Converting between CAD and GIS is a common requirement for projects involving infrastructure, buildings, city plans, and more. Unfortunately, the workflow presents many challenges, like translating geometry, attributes, annotations, symbology, geolocation, and other elements.
So how do you allow data to flow freely between these disparate data types, without losing the precision offered by CAD and the spatial context offered by GIS?
This webinar will explore the power of automated data integration workflows for CAD and GIS.
First, we’ll discuss challenges and scenarios for CAD-to-GIS translations, and demo how to use FME to power a digital plan submission portal that validates CAD data and integrates it into the central GIS repository. Next, we’ll discuss challenges and scenarios for GIS-to-CAD conversions, and demo how to build an automated FME workflow for requesting CAD data from GIS.
At the end of the webinar, you'll know how to achieve harmony between CAD & GIS by automating its integration.
Leveraging Autodesk Products with FME: AutoCAD to GIS is Only the BeginningSafe Software
Go beyond AutoCAD to GIS and achieve more with FME. In this webinar you’ll learn how FME can be used to leverage several Autodesk solutions including AutoCAD Civil 3D, Revit and A360 with other applications in your organization.
In this presentation, we will explore a phenomenon that FME use with many organizations has evolved from basic format conversion, data extraction and transformation tasks to systems integrations and even creating/generating complete, ready to use solutions which include data, analytics, and web applications. Alternative title for this presentation could be "FME Technology and Disruptive Innovation." We will show examples of building web viewers with raster and vector tiles, automating the generation of floor plans from BIM for TRIRIGA Space Management system, documentation and metadata with restructured text and Sphinx, and use of Box/Google Drive as image management system for 360 photos.
MapInfo Professional 12.5 and Discover3D 2014 - A brief overviewPrakher Hajela Saxena
MapInfo Professional and Discover3D is a complete suite of software specifically designed for geoscientists, environmentalists, and geochemists.
The software is being used in various industries today like, environment, mining, exploration, hydrology, etc.
The document discusses using Digimap ROAM to create campus maps that can be exported and used in other applications. It provides steps to familiarize oneself with Digimap ROAM, digitize buildings on campus maps, export the data as GeoJSON, and convert it to other formats like KML for use in Google Earth or dynamic web maps using OpenLayers. Examples are given of creating campus maps for the University of Edinburgh.
Global Mapper is a spatial data management tool that supports over 250 data formats. It can be used as a standalone tool or as part of an enterprise GIS system. Some key capabilities include support for LiDAR point clouds, 3D data visualization, geocoding, image rectification, and terrain analysis. The document provides examples of using Global Mapper to map streets in Baghdad using coordinate data and Shuttle Radar Topography Mission data, generate contours and perform terrain profiling and analysis leveraging LiDAR data.
The document discusses the development of UK RepositoryNet+ (RepNet), a socio-technical infrastructure that aims to increase the cost effectiveness of open access institutional repositories. RepNet will offer a suite of services like deposit tools, reporting, and registries to enable repositories to operate more cost effectively. It outlines RepNet's context, scope, and focus, and details its planned implementation in waves, with wave 1 integrating existing services and wave 2 exploring additional components like curation microservices. The goal is to transition RepNet from a project to a sustained service by March 2013.
1) The document discusses services provided by RepNet to help address challenges faced by institutional repositories (IRs) around deposit, discovery, reporting, and dissemination of research outputs.
2) Key services include automated deposit tools, aggregation of IR metadata to improve discovery, and services to enhance metadata and reporting on research outputs and impact.
3) RepNet aims to help IRs meet funder and institutional requirements by integrating with other research information systems through standards like CERIF.
Database Comparison and ArcMap Data Driven PagesSafe Software
When working with databases of large sewer systems, it is important to document the changes to the database over time. Ramboll have developed a tool in FME, that not only document changes between database versions, but also generates maps of the updated objects using Data Driven Pages in ArcMap. The comparison tells which objects and attributes that have changed, keeping both the old and new attribute value. When generating the maps, the most critical attributes are labelled for a quick visual comparison. But for deeper insight of the changes, all updated attributes are saved in the comparison database.
In this presentation I'll show how you can take data from the 3D world of MapInfo Pro and show it in the 3D environment of MapInfo Discover 3D.
I'll show this using polygons as well as point data
Taming Our Case Management Database and GIS with FMESafe Software
With a strong economy and a rapidly growing urban area, Austin attracts considerable development interest. Some of the key indicators of future changes in the built environment include the applications for site plans, subdivisions, and zoning changes which are filed with the City of Austin for approval. Processing this information is vital in understanding changes in land use, and developing strategies to plan for the impacts of incoming development. This presentation will look at how the City of Austin leveraged FME to create a process to automate the creation and publication of geospatial and non-geospatial datasets for applications for site plans, subdivisions and zoning changes to disseminate information to the public as well as other city departments and organizations.
From Outdoor to Indoor: 3D and Venue Mapping – FME Summer CampSafe Software
Indoor mapping is an exciting new opportunity for business, but it does not come without challenges. With complex data conversion, the merging of spatial and tabular data, and the added difficulty of changing venues, it can turn any venue into a Mess Hall. By adding new Readers and Writers to FME 2018–including IMDF–we're making it easy for you to validate, update, automate, and analyze indoor mapping data.
If you give a GIS Analyst FME License, then...Safe Software
For many organizations, which initially adopted FME for basic format conversion, data extraction, and transformation tasks, its use has evolved to include systems integrations and even to creating ready-to-use solutions that include data, analytics, and web applications. We will show examples of FME Desktop and FME Server applications for systems integrations, including CAD to GIS conversion and integration between ESRI ArcGIS Online, ArcGIS Enterprise, and Microsoft SQL Spatial. We will also demonstrate self-serving apps on FME Server.
MCE GeoProcessing Services for ADM(IE): Self Validation of Spatial Data Input...Safe Software
The Department of National Defence (DND) is developing a central repository for land, building, and infrastructure data. This a joint project between the Assistant Deputy Minister Infrastructure and Environment (ADMIE) and the Mapping and Charting Establishment (MCE). This project involves managing DND real property and other spatial data provided by DND bases and wings across Canada through a unique, integrated and standardized Real Property Spatial Data Warehouse (RPSDW), hosted at MCE, containing a SQL Server database. Data provided by DND bases and wings must meet standards defined and documented by ADMIE, in terms of data formats accepted (GeoMedia MDB, ArcGIS FGDB, MapInfo MIF or AutoCAD SDF), geometry, schema and attribute data types, domains and accepted values for each feature class. An FME workspace and an equivalent tool contained within an ArcGIS Data Interoperability Toolbox were created to provide the geotechs from DND Bases using ArcGIS Data Interoperability or FME Desktop with a toolset, delivered together with a user’s guide, that allows them to perform a self-validation of the DND real property and other spatial data before these data is sent to MCE to be loaded into the RPSDW SQL Server database.
2018 GIS Colorado: Your Geospatial Connection: ZDV 3D A Modern 3D Visualizati...GIS in the Rockies
Air traffic control (ATC) manages complex three dimensional airspace. In particular, Denver Air Route Traffic Control Center (Denver Center) is responsible for a 60,000-ft. tall volume of airspace covering over 265,000 square miles! Denver Center needs a modern 3D GIS platform capable of depicting its numerous aeronautical features including ATC areas, sectors, minimum safe altitudes, airways, military airspace, airports, navigation equipment, communication information, and surveillance infrastructure. The main objective of this study is to incorporate these entities into a 3D digital twin of Denver Center, titled ZDV-3D. ZDV-3D intends to produce intuitive mediums for visualizing and analyzing ATC system interrelationships. Esri technology applications will be incorporated including ArcGIS Pro, ArcGIS Online, and ArcGIS Earth. I will review capabilities and limitations of Denver Center’s current geospatial tools and highlight benefits of implementing the latest ArcGIS 3D rendering capabilities into this project. I will also address production challenges, plans for further ZDV-3D development, and ways to share outcomes with other ATC facilities. ZDV-3D will enable Denver Center to provide optimized efficiency and safety for all who fly in our increasingly crowded skies.
Map Styling Tools and Interactive maps on the web with OpenLayers - Addy Pope...JISC GECO
Presentation given as part of the DevCSI/JISC GECO Open Mapping Workshop which was held at the Electron Club, CCA, Glasgow on Thursday 25th August 2011. The event was connected to the OpenStreetMap State of the Map Scotland event.
This document discusses integrating web GIS applications with monitoring tools for analysis and reporting. It provides an overview of GIS applications and web GIS, demonstrates a web GIS map application, and discusses monitoring the availability, performance, and usage of GIS services. The architecture of monitoring tools is explained, including data collection from GIS servers, windows performance counters, and log files. Examples of dashboard reports on summary data, uptime, usage, and performance from the monitoring tools are also shown.
FME is typically used to exchange data, but it can also be used as a powerful tool to automate the transformation of spatial data into technical CAD diagrams. In this presentation I will show how I embedded FME into an application process to create on-the-fly AutoCAD diagrams for communication manholes. This involves determining the local spatial reference, calculating the extents required, clipping the data, creating labels for the data, filtering the data to set line colors and styles, and then exporting the file using linked workspaces.
FME in Tesera’s HRIS: Slicing through the forest of data to see the treesSafe Software
Tesera Systems uses machine learning to provide high resolution forest inventory services to clients by combining imagery, vector data, and precise location data. They developed a solution using tiling schemes and generic FME workspaces to process large amounts of data from 500 to 50,000 square kilometers across multiple projects. This involves taking disparate source data like LiDAR, CIR, and plot data and generating tiled imagery, vectors, and other data layers that can be viewed and analyzed in desktop GIS and web viewers.
Presentation from SPAR International 2013. More than 850 3D innovators from around the world gathered at the 10th annual SPAR International to discuss the state of the industry,
Bridging Between CAD & GIS: 8 Ways to Automate Data IntegrationSafe Software
Converting between CAD and GIS is a common requirement for projects involving infrastructure, buildings, city plans, and more. Unfortunately, the workflow presents many challenges, like translating geometry, attributes, annotations, symbology, geolocation, and other elements.
So how do you allow data to flow freely between these disparate data types, without losing the precision offered by CAD and the spatial context offered by GIS?
This webinar will explore the power of automated data integration workflows for CAD and GIS.
First, we’ll discuss challenges and scenarios for CAD-to-GIS translations, and demo how to use FME to power a digital plan submission portal that validates CAD data and integrates it into the central GIS repository. Next, we’ll discuss challenges and scenarios for GIS-to-CAD conversions, and demo how to build an automated FME workflow for requesting CAD data from GIS.
At the end of the webinar, you'll know how to achieve harmony between CAD & GIS by automating its integration.
Leveraging Autodesk Products with FME: AutoCAD to GIS is Only the BeginningSafe Software
Go beyond AutoCAD to GIS and achieve more with FME. In this webinar you’ll learn how FME can be used to leverage several Autodesk solutions including AutoCAD Civil 3D, Revit and A360 with other applications in your organization.
In this presentation, we will explore a phenomenon that FME use with many organizations has evolved from basic format conversion, data extraction and transformation tasks to systems integrations and even creating/generating complete, ready to use solutions which include data, analytics, and web applications. Alternative title for this presentation could be "FME Technology and Disruptive Innovation." We will show examples of building web viewers with raster and vector tiles, automating the generation of floor plans from BIM for TRIRIGA Space Management system, documentation and metadata with restructured text and Sphinx, and use of Box/Google Drive as image management system for 360 photos.
MapInfo Professional 12.5 and Discover3D 2014 - A brief overviewPrakher Hajela Saxena
MapInfo Professional and Discover3D is a complete suite of software specifically designed for geoscientists, environmentalists, and geochemists.
The software is being used in various industries today like, environment, mining, exploration, hydrology, etc.
The document discusses using Digimap ROAM to create campus maps that can be exported and used in other applications. It provides steps to familiarize oneself with Digimap ROAM, digitize buildings on campus maps, export the data as GeoJSON, and convert it to other formats like KML for use in Google Earth or dynamic web maps using OpenLayers. Examples are given of creating campus maps for the University of Edinburgh.
Global Mapper is a spatial data management tool that supports over 250 data formats. It can be used as a standalone tool or as part of an enterprise GIS system. Some key capabilities include support for LiDAR point clouds, 3D data visualization, geocoding, image rectification, and terrain analysis. The document provides examples of using Global Mapper to map streets in Baghdad using coordinate data and Shuttle Radar Topography Mission data, generate contours and perform terrain profiling and analysis leveraging LiDAR data.
The document discusses the development of UK RepositoryNet+ (RepNet), a socio-technical infrastructure that aims to increase the cost effectiveness of open access institutional repositories. RepNet will offer a suite of services like deposit tools, reporting, and registries to enable repositories to operate more cost effectively. It outlines RepNet's context, scope, and focus, and details its planned implementation in waves, with wave 1 integrating existing services and wave 2 exploring additional components like curation microservices. The goal is to transition RepNet from a project to a sustained service by March 2013.
1) The document discusses services provided by RepNet to help address challenges faced by institutional repositories (IRs) around deposit, discovery, reporting, and dissemination of research outputs.
2) Key services include automated deposit tools, aggregation of IR metadata to improve discovery, and services to enhance metadata and reporting on research outputs and impact.
3) RepNet aims to help IRs meet funder and institutional requirements by integrating with other research information systems through standards like CERIF.
This document discusses engaging researchers in research data management (RDM) through data reference interviews. It provides an overview of EDINA and the University of Edinburgh Data Library and their roles in assisting researchers. It then describes the data reference interview process, highlighting the importance of understanding the researcher's field and data. Recommendations are provided for interviewing researchers and tools for assessing data are introduced. The document concludes by discussing the University's RDM strategy and engagement tools.
The document discusses the importance of promoting online resources to library users. It notes that without active promotion, usage of subscription resources will be lower. It also suggests that libraries should alert users to useful free resources to create engaging sites and establish connections with users. The document then examines some challenges to promoting resources, such as information overload and competition from other online sources. It provides suggestions on how to effectively promote resources, including using metrics to monitor impact, ensuring accurate resource descriptions, and employing search engine optimization strategies.
Presentation given at the Scottish Learning Festival
24th – 25th September 2014 by
Anne Robertson, EDINA, University of Edinburgh
Lisa Allan, Barrhead High School
Murdo MacDonald, Bellahouston Academy
focussing on the Digimap for Schools service
The COBWEB project aims to crowdsource environmental data over 4 years to aid decision making. It will introduce quality measures and fuse crowdsourced data with reference data. The project involves several universities and organizations from the UK, Ireland, Germany, Greece and the Netherlands. It will work within the GEOSS framework and make data available through GEOSS. The project will address authentication questions and pilot access management federation technology to enable secure data sharing within GEOSS.
How Jisc MediaHub allows sophisticated searching and discovery of a large range of multimedia items. Presented by Andrew Bevan at the RSC Northern efest 2014, Sunderland, 5 June 2014.
The document provides an overview of new and enhanced features coming to Geo and Digimap services. Some key points:
- Quality improvements have been made to backend systems to improve performance and reliability. Additional data sources have also been added.
- Last year achievements included a new registration system, addition of more geospatial data, and launching Digimap for Colleges. Support resources like webinars and help pages were also expanded.
- Upcoming work includes refreshing the Digimap homepage, adding tablet compatibility, and releasing new versions of tools like Geology Roam with additional basemaps and sorting capabilities.
Slides used in a Digimap webinar in February 2013. Covers available map data in the Digimap Collections (subscription services for UK further and higher edcation) and its use in ArcGIS. Information on data formats, data conversion tools and data styling.
iMap 4.0 Effective Management of Spatial InformationEsri
iMap 4.0 is a web-based GIS application that provides tools for viewing, querying, editing and analyzing spatial data within a web browser without plugins. It uses Java and a "no session" approach to enable fast and reliable access for a large number of simultaneous users. The document outlines iMap 4.0's basic functionality like pan/zoom, identification of attribute data, and measurements. It also describes advanced functionality, interoperability with standards like WMS/WFS/WCS, and how iMap 4.0 can be used by local governments for applications such as spatial planning, permits, infrastructure and crisis management.
The document summarizes updates to the Digimap site, including changes to various mapping services and datasets. Street View in OS Roam now uses a new default raster map, and several vector maps are available. Print options in Roam services now allow user-defined scales and include a printable legend. The data download basket interface has improved layer and format selection. New geospatial datasets have been added, including building heights, geology maps, marine charts and bathymetry. Resources and training are available to help users understand and work with the site updates.
DI GeoData Services allow GIS developers and GIS analysts to integrate Drillinginfo data into their database to create custom maps and run geoprocessing tools to get the most comprehensive answer.
Real Fibre optic FTTH FTTX network design, engineering & planning software fo...van den Dool Dick
ITS-NetDesign™
Our Fibre optic FTTH / FTTX network design, engineering & planning software for Autocad® is an important member of our suite of software solutions & planning tools.
Simply: design, engineer & plan FTTH / FTTX optical fibre networks.
Advanced modelling of P2P & GPON networks.
Real network design & engineering software for Autocad®.
Faster and more flexible than any GIS.
Software details, engine, installation, usage, customization, examples, LISP programming
Esri GeoConX 2016 White Paper Presentation by Peter Zimmermann of UDC Inc. and Robert Smith of Pacific Gas & Electric.
While recently converting their electric distribution sources, PG&E included an initiative to convert their GIS data into a standalone ArcSchematics model. The schematics model was developed to support the engineering group as well as PG&E‘s DMS outage management system and was tailored to provide a geo-schematic representation following major roadways to enhance locating of key primary system features. Software was developed to allow daily GIS updates to feed the schematics model directly thus greatly reducing latency between the two systems. Maintenance of schematics consists of daily executed minor whitespace management edits ensuring ease of use.
- Digimap provides access to mapping data through online mapping tools and data downloads. It has two main mapping tools - Roam for fixed scale mapping and Carto which allows user-selected scales.
- Users can view and print maps online or download mapping data for use in GIS/CAD software. A wide range of Ordnance Survey data products are available to download.
- Support resources include online help pages, training videos, and eLearning units to help users make maps and work with downloaded data. Site representatives can access usage statistics and discussion forums.
The document summarizes the new features in IC 2016 software for geological data analysis and visualization. Key updates include a redesigned map toolbox for improved mapping functionality, performance enhancements from being a 64-bit application, importing of 3D seismic fault data, expanded gridding algorithms, and expanded data export tools to common formats like CSV and Excel.
The transformation of graphical data plays a significant role in the production of technical publications. Invariably the source graphical information is not suitable for direct inclusion in a technical publication. The data will usually require some post processing either to change its electronic file format or add value to enable the user to interaction.
2016 workshops: understanding the language of gis and cad by warren geisslerGIS in the Rockies
The document discusses the increasing integration between GIS and CAD software and data as both industries utilize each other's tools and information. It provides background on the major software companies in each field and defines important terminology to understand when working with both GIS and CAD data and applications. The document also notes important considerations around file formats, coordinate systems, and software versions when transferring data between GIS and CAD systems.
Engineering Art at Autodesk University 2013 TheDewberryWay
"Based on the successful construction of a sustainable water reuse (purple pipe) project, this class breaks down the steps for managing large diameter (20 inch +) waterlines on major (5+ miles) projects. We show the basics for modeling existing utilities, managing updates to utility models based on test pit data, and pulling from the AutoCAD® Civil 3D® road design toolset to develop waterline models. As we begin to dive into the pressure pipe tools of Civil 3D 2014, we discuss the transition to those new features. Next, we show you how to market the process of design on infrastructure projects, so as to show the 3D elements of what's still delivered as 2D paper plans. With expansive projects, the use of InfraWorks™ software has provided a great set of tools for quickly compiling data from multiple sources into a single location and present visualizations based on active design files to clients and the community." - AutoDesk 2013 Website (http://goo.gl/tBDDEu)
From Data to Maps to Docs: Turn Days into Minutes with Automated IntegrationSafe Software
Report generation used to take the Valuations Office in Ireland 20 tedious, long hours per report. Now, it's down to just 3 minutes: saving roughly 42,000 hours annually.
In this first of two parts webinar series, join us and special guest Philip Jacob to learn how they made this possible, and how you can capture time savings like this too by converting data using the Mapnik Rasterizer and FME.
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However, the information stored often doesn’t get used to its full potential because of the complexity of BIM workflows and interoperability with other formats and applications.
That’s where FME comes in. FME extends the value of BIM data by enabling it to be used in more places, in more ways, by more people.
In this webinar, we’ll share real case studies of how BIM users around the world are maximizing its potential.
You'll see how FME users are accomplishing common BIM transformation tasks like:
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Similar to Digimap webinar - Urban Map data for CAD (20)
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9
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1. Digimap – Urban map data for CAD
26 November 2014
Ian Holmes, EDINA Geo User Support
Vivienne Mayo, EDINA User Support
2. Content
• What data is available in CAD format?
• Where do I get the data?
• How do I use the data?
• Copyright and Resources
3. What data is available in CAD format?
• Vector datasets:
– VectorMap Local [DWG]
– MasterMap Topography Layer [DWG]
• Height datasets:
– Terrain 50 DTM and contours [ASCII, Shape, GML]
– Land-Form PROFILE DTM and contours [DXF]
– Land-Form PANORAMA DTM and contours [DXF]
• Backdrop mapping [TIFF]
– Various products e.g. 1:50,000 raster, all in TIFF format
• Other
– Building Height Attribute: extension to MasterMap Topography
Layer [CSV]
4. Vector Map Local data
• Scale 1:10000
• Includes contours and
spot heights
• Formats – GML, DWG, SHP
• Supplied in 5x5km tiles
5. OS MasterMap
• Vector map product, most detailed
mapping available of GB.
• Integrated Transport Network layer
– GML format only.
• Topography Layer – GML, DWG and
File Geodatabase formats.
• Building Heights data added in
2014, CSV or KML format.
• Coming soon:
– Sites Layer
– Urban Paths (ITN layer)
MasterMap Topogaphy Layer (DWG format)
6. Height Data
• Various Raster (DTM)
and Vector (contour)
datasets available:
– Terrain 50 [ASCII, Shape,
GML] – replacement for
Land-Form PANORAMA
– Land-Form PROFILE [DXF]
– withdrawn by OS
– Land-Form PANORAMA
[DXF] – withdrawn by OS
• Coming soon:
– OS Terrain 5 –
replacement for Land-
Form PROFILE
Terrain 50 DTM
Terrain 50 Contours
8. Building Height Attribute data
• Released by OS in March 2014
• Enhancement to Topography
layer
• Covers around 10000 sq km of
major towns and cities in GB -
see where:
– http://bit.ly/1zvKI9q
• Alpha release – no guarantee
error free
• In future will be included in
Topography layer
• CSV or KML format
• EDINA supplies as 5x5km grid
tiles
9. Data Update Dates
• http://digimap.edina.ac.u
k/webhelp/os/data_infor
mation/os_data_issues/o
s_update_dates.htm#
10. Where do I get the data?
• Data Download
– download OS
mapping data
for use in
GIS/CAD
11. Data Download
• All available OS
map data
• Download several
map products in
one order
• 5 categories of
map data
• 3 steps to order
map data
12. Using Data Download
3 step process:
1. Select area
2. Choose data
3. Add to basket
– Options to
change
format,
version and
layers
13. Basket options
• Select version, format and layers in the basket.
• Options vary between map data products.
14. How do I use the data?
• Add VectorMap Local to AutoCAD Map 3D
• Add OS MasterMap topography to AutoCAD Map 3D
• Combine OS MasterMap with Building Height
Attribute data in AutoCAD Map 3D and InfraWorks
15. Add VectorMap Local to AutoCAD Map 3D
• Download data in DWG format
• Open in AutoCAD Map 3D
16. Add OS MasterMap topography to AutoCAD
Map 3D
• DWG format:
– Will open directly in AutoCAD products
– Includes default OS representation
– Attributes stored as Extended Attribute Data (Xdata),
which is not easy to interrogate
• GML format:
– Can be imported in to AutoCAD
– Minimal representation
– Control over which features are imported
– More detailed attribute analysis possible
– Can control the order in which layers are drawn
17. Combine OS MasterMap with Building Height
Attribute (BHA)
• Download MasterMap Topography layer in GML
format and BHA data in CSV format
• Process BHA data, save as Excel spreadsheet and set
up an ODBC connection to the spreadsheet
• Join BHA data to the MasterMap data in AutoCAD
Map 3D
• Export joined data as .sdf file
• Open .sdf file in InfraWorks and extrude buildings
using BHA value
18. New datasets – coming soon
PointX [points of interest] OS MasterMap ITN - Urban Paths Theme
OS MasterMap Sites Layer
OS Terrain 5
19. Future developments
• MasterMap in outline/plan
format in DWG
• 3D buildings in DWG
format
If there is anything you would like to see added to the service, please send your
suggestions to edina@ed.ac.uk!
21. Sharing Licensed Data
• You may only share Licensed Data with:
– other Authorised Users
– Public Sector Mapping Agreement (PSMA) members
– One Scotland Mapping Agreement (OSMA) members
– Sponsors who have their own licence for the same data (type and
coverage)
• Sponsored research:
– Results must be published widely and immediately
– Hard copy plots can be supplied to sponsors
– DATA cannot be supplied to sponsors
– Excludes Research Council funded research centres with their own
Ordnance Survey licence e.g.:
Institute of Hydrology
British Geological Survey
22. Support with copyright
• Lists of Frequently Asked Questions:
http://digimap.edina.ac.uk/webhelp/digimapsupport/access/licence_ag
reements.htm
• Your site representative:
http://digimap.edina.ac.uk/webhelp/digimapsupport/service_info/site_r
ep_list.htm
• EDINA Help Desk:
edina@ed.ac.uk
0131 650 3302
23. Resources
• Digimap Resource
centre – access
help pages,
guides, FAQs,
videos, case
studies and more.
Editor's Notes
It’s straightforward to use Data Download – ordering map data involves 3 steps:
Select your area on the map – there are 4 methods for selection. The shaded orange area you see here is our selected area.
Select the map data that you wish to download. You can open any category of map data by clicking on the name. Then it’s a matter of ticking the box next to any map data you wish to download. You can download as many as you like in an order, provided you do not exceed the allowances. There is an allowance for each map data product – in order that our servers can process orders as quickly as possible.
Third step is to add to basket. Once you click the add to basket button, your basket pops up on screen. You can then select from different formats, date versions and map layers, where available. Options will different depending on map product.
This prevents sponsors using academic research as a “cheap” or “free” method of obtaining data they would otherwise need to pay for.