Project information is available at: http://www.vapor.ucar.edu
TG GIG PY6 Award:
WASP Award:
The WASP project is on hold until work on the VAPOR 2.5.0 release is completed.
KISTI Award:
John authored and submitted the year-end project report to KISTI. All milestones were met.
2.x Development:
Release candidate 0 for VAPOR 2.5.0 was completed and made available on the VAPOR web site. Much of November was spent preparing for the release: fixing bugs, writing documentation, regression testing, and preparing installers.
3.x Development
Scott wrote a set of 10 color transform functions to generate divergent color maps based on an algorithm published by Ken Moreleand. Wrote a test harness for verifying the interpolation. Currently finishing integration into VAPOR 3.0 branch.
Alan implemented the 3.0 changes previously proposed for user preferences (Startup and App Settings). We are finalizing these capabilities in ongoing 3.0 meetings.
Administrative:
John submitted a ASP Graduate Visitor Program application to have Samuel Li return to NCAR for a three month visit starting in January.
Education and Outreach:
Scott applied changes to Vapor’s google account according to Rebecca Swisher’s requests.
John attended SC15 and was a panelist for a panel entitled "In Situ Methods: Hype or Necessity?"
Feature Tracking:
Climate data compression:
Scott continued working on the Keypas ocean visualization:
Scott was interviewed by Jeff Smith from the President’s office for a news article on visualizing Peter Sullivan’s LES. Provided a highres stillframe of Peter’s LES for use as a cover image for MMM’s 2015 Program Operating Plan.
Scott Helped Xiaoming Cai from the University of Bermingham with several rendering questions
Alan reviewed the document that Jim Schiavone (Rutgers U.) has been writing, using VAPOR to analyze the 500m Hurricane Sandy data. Jim is planning on a new draft that incorporates these changes.
Alan has been helping Rich Rotunno use VAPOR to perform visualization of a new hurricane simulation that he and George Bryan ran using CM1. Rich wants to understand the turbulence that occurs in the eye wall of the hurricane