Kompas
Web GIS of Masaryk University
Petr Kovács
kovacs@ics.muni.cz
Institute of Computer Science, Masaryk University
MUST Week 2015
Building Passport
• (Building Information Modeling)
• Register of university buildings (own and rented)
• Passport data = geometry + attribute data
• Geometry of buildings, floors, rooms, doors, windows,
walls, stairs, elevators,…
• Attributes: title (building, room), number (room, door),
material (door),…
• Sources: direct measurements, digitalized paper
blueprints, digital blueprints
Building Passport – objects
• Buildings, floors, rooms, doors
• Object identification – location code
• Building code + floor code + room number
• ABC01N03021
• Over 300 university buildings, half of them have
digital floorplans (over 22,000 rooms and
23,000 doors)
Building Passport – map
Kompas – why?
• Make our data accessible to users (employees
students)
• Get rid of the old and slow application
• Faster map
• Better searching capability
• More user-friendly
• Use internet sources instead of our basemaps
(OpenStreetMap, State Administration of Land
Surveying and Cadastre)
Kompas – functionality
Standard functions:
• Map pan & zoom
• Layer switching
• Object identification
• Map history
• Measuring tool
• Print tool
Kompas – functionality
Specific functions:
• Floor switching
• Searching
• Show more building floors at once
• Favorite objects and map extents
• Buildings tree
• Links to objects in other information system
Technology behind Kompas
Client
• Google Closure Tools (library, compiler, linter)
• OpenLayers
Server
• ArcGIS Server 10 (REST API)
• Web service (C#)
Database
• ArcSDE (MS SQL Server)
• Internal -> presentation
Kompas Live Demo
http://maps.muni.cz/kompas
What’s next?
• Technological Passport (almost done)
• Indoor navigation
• User customization
• Better access rights
Technological Passport
• Technologies inside (and
outside) buildings
• Common attributes
• Specific attributes
• Device identification: location
code + technological code
Technological Passport – Why?
• Evidence of devices
• Periodical revision of devices
• Servicing requests
Technological Passport – model
Technology hierarchy
• Systems
• Subsystems
• Device types
Relationships between
devices (trees, cycles)
Technological Passport –
examples
• Water distribution (drinking water, waste water,
heating,…)
• Electricity distribution (transformers, fuses,
switches, power outlets, electromotors,…)
• Airconditioning (air ducts, fans, cooling units)
• Sensors and controllers (pressure, temperature)
• Firefighting (fire extinguishers, ventilation,
water hydrants,…)
Kompas + TP Live Demo
http://maps.muni.cz/kompastp
Petr Kovács
kovacs@ics.muni.cz
Institute of Computer Science, MU
MUST Week 2015