1 Florida Model Task Force Cube Base dynamic bandwidths, node/point, colors dynamic intersection displays model status geoprocessing to calculate transit access Major New Features of Cube 4.1 Two new extensions Cube Avenue – extension to Cube Voyager providing mesoscopic dynamic traffic assignment Cube Cluster – extension to Cube Base bringing distributed processing to Cube wizard for adding user programs multiple model applier types function to merge catalogs direct read of binary networks and matrices (Cube Reports) Cube Voyager PT select link PT ‘mustusemode’ and ‘bestpathonly’ Documentation New How to Sheets

2 Florida Model Task Force New in Cube Base: Dynamic Bandwidth, Colors.. Display ‘keyed’ network attributes using bandwidth and color

3 Florida Model Task Force New in Cube Base: Dynamic Intersection Displays Display queue, capacity, delay, volume by time period

4 Florida Model Task Force New in Cube Base: model status When running from Voyager.exe, allows the user to ask for an to be sent when model run is completed

5 Florida Model Task Force New in Cube Base: transit access geoprocessing Calculate and save zone-level access to transit stops

6 Florida Model Task Force New in Cube Base: external program wizard Enables users to more easily add external programs to the Cube Base program menu

7 Florida Model Task Force New in Cube Base: multiple model appliers Allows to set available keys (parameters, file options, etc) for several model user types along with separate passwords

8 Florida Model Task Force New in Cube Base: merge catalogs Merge Applications, Keys and Scenarios from other Catalogs

9 Florida Model Task Force New in Cube Base: direct read of binary networks and matrices in Cube Reports extension Direct reading of binary files saves steps to export to DBF

10 Florida Model Task Force New in Cube Voyager: PT select link  Get selected link/node trip tables –Link Specific –Node Specific –Mode specific –Line specific –Operator Specific –Any combination of the above  Useful for evaluating project demand  Can identify/output percent or probability of trips IJ using the selection

11 Florida Model Task Force New in Cube Voyager: PT ‘mustusemode’ and ‘bestpathonly’  Added for enhanced FTA New/Small Starts Review compatibility  BESTPATHONLY –Selects only path with least cost from enumerated routes –Can be any mode including all walk (with appropriate connectors generated)  MUSTUSEMODE –Selects mode combinations from enumerated routes –Can use a single mode, group of single modes or mode combination to evaluate (e.g. rail only, walk to bus, walk to local bus to rail, etc).  Alternative methods available for headway calculation  New controls for route enumeration and evaluation processes

12 Florida Model Task Force Documentation: ‘How To’ sheets  Recently hired professional, full-time technical writer.  First product is available: –‘How To’ sheets: How to change network projection How to customize the cube interface How to enable true shape display How to use the calibrate gravity model  Next product  updated tutorial  After that: new Cube User Guide—for release in June 2007 Essential Cube Cube User Guide

13 Florida Model Task Force New Extension to Cube Voyager: Cube Avenue  Mesoscopic assignment (dynamic traffic assignment) -representing vehicles as discrete packets or individual vehicles -assigning a specific time of departure from the origin point in the network to each packet or vehicle -routing the vehicles along multiple paths in response to dynamic traffic conditions -representing queues and bottlenecks including ‘blocking back’ or the formation of queues on a roadway segment or at an intersection which spill back up-stream to block roadway segments which feed into the roadway segments -providing the ability to represent intersection geometrics and traffic control systems in detail. -Region-wide, corridor-level -Evacuation modeling, greater analysis of geometrics, traffic control and ITS strategies

14 Florida Model Task Force New Extension for Cube Base: Cube Cluster  Brings very large time reductions in model runs  Provides 2 types of savings: Multi: example: take a three time period run and run the mode choice models on three PCs simultaneously Intra: example: run one mode choice model over multiple PCs.  Time savings can be substantial Take a 10 hour run model and put across 10 pcs. Processing time reduced to 1 hour and 10 minutes  Architecture: 1 desktop license plus multiple, low cost ‘node’ licenses

15 Florida Model Task Force New Extension for Cube Base: Cube Cluster

16 Florida Model Task Force A peek at Cube 4.2 & 5.0 Key Technologies in the Lab

17 Florida Model Task Force Some new graphics under development for Cube 4.2?  Packet animator for Cube Avenue  A quick peek

18 Florida Model Task Force Making scripting easier in Cube 4.2  Templates  Exist today  Currently building a comprehensive library  More context-driven

19 Florida Model Task Force Cube 5.0: Cube Land  Innovation in land use pricing—via auction/bidding theory  Econometric-based model  Integrates Cube Voyager’s transport accessibility measures and ESRI’s spatial mapping/analysis capabilities  Works directly with property tax appraiser parcel-level data for a bottom-up, agent- based approach to forecasting  Forecasts land rent/prices to better evaluate development pressures

20 Florida Model Task Force Cube 5 embeds GIS functions Based on ArcObjects from ArcGIS Engine Provides enhanced GIS capabilities to Cube users at no additional cost Can take advantage of ArcGIS license and extensions already on your computer Stores data in geodatabase format 5.0- Personal geodatabase (MDB) 5.1- Enterprise geodatabase Provides geoprocessing functions based on ESRI Technology Cube 5.0 – Embedded ArcGIS

21 Florida Model Task Force Cube Web - Accessing the Model via the Internet  Upload scenario data from remote site (locality) to central server  Log in and access model via internet  Eliminates the need to have local versions of the model  Vastly improves management and access to the model system across a region and to consultants

22 Florida Model Task Force Cube Web – Reminder…how the desktop works

23 Florida Model Task Force Cube Web – live demonstration  Part 1: run a scenario  start my browser  go to a URL  logon as a user  navigate to my workspace (my data) and get a list of what I have available as inputs for my runs  create a new scenario linking in a selection of my inputs : network, zonal data  launch the run  check status  get an when it is done download the loaded network and open in Cube 

24 Florida Model Task Force Cube Web – live demonstration  Part 2: upload new data, create a new scenario, run it and get  locally, edit a network, save file  start browser and upload the network to my space  create a new scenario  use that new network  launch scenario, run it, get notification, download results and view

25 Florida Model Task Force Cube Web – live demonstration  Part 3: ‘Administrator’  log in as the administrator  view the ‘clients’ (make up 5 or so)  add a new client  specify their ‘rights’