Transitioning unique data and research technologies to operations Experimental Products Development Team (EPDT) Jason Burks NASA SPoRT.

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Presentation transcript:

Transitioning unique data and research technologies to operations Experimental Products Development Team (EPDT) Jason Burks NASA SPoRT

Transitioning unique data and research technologies to operations Origins of EPDT Originally SPoRT formed EPDT internally to focus on: – Creating advanced display capabilities for NASA research data in AWIPS II environment – Create training for AWIPS II development General need for AWIPS II development training within community Expanded EPDT out into the community Funded jointly by GOES-R Proving Ground, JPSS, and NASA SPoRT Support from the National Weather Service

Transitioning unique data and research technologies to operations GOES-R/JPSS Proving Ground EPDT Objectives: Create a community environment to share AWIPS II development knowledge Develop technical expertise of AWIPS II within NASA, NOAA’s CIs, and NWS Create AWIPS II plug-ins for GOES-R proxy and JPSS data Ingest Analysis Display Provide feedback to NWS on: External development process Governance of locally developed AWIPS II software

Transitioning unique data and research technologies to operations Learning Structure Conference Calls – Prepare for initial hands-on learning – Supplemental topics Hands-on Learning – Classroom setting learning – Learn to develop a plug-in from ingest to display Code Sprint – Participants pick project and “learn by doing” – Work on projects in small groups – Groups help each other Time Conference Call Hands-on Learning Code Sprint Hands-on Learning

Transitioning unique data and research technologies to operations Hands-on Learning Training Topics covering: – Ingest Plug-in EDEX (Day 1) – Data Model Plug-in (Day 1) – Visualization Plug-in CAVE (Days 2-3) Hands-on exercises Training was recorded and provided back to NWS Training Hosted on VLab

Transitioning unique data and research technologies to operations Code Sprint Training Team broken into small groups Groups actively develop project during sprint “Learn by doing” something meaningful Produce working AWIPS II feature by end of code sprint Continue working on feature after code sprint ends

Transitioning unique data and research technologies to operations Group A, B, and C Group A (14 Participants) – Hands-on Learning March 2013 – Code Sprint Fall 2013 – Code Sprint Fall 2014 Group B (14 Participants) – Hands-on Learning April 2014 – Code Sprint Fall 2014 Group C (14 Participants) – Hands-on Learning May 2015 – Code Sprint Fall 2015

Transitioning unique data and research technologies to operations Participant Breakdown Limit size to facilitate group learning and development activities Participants are nominated by organizational leaders One representative from: NWS Regions Each NOAA Cooperative Institute (and SPoRT) MDL and GSD NWS SEC GOES-R PG AWIPS II developer Team Lead/Instructor: Jason Burks (NASA SPoRT) Instructor: Max Schenkelberg (Raytheon) Advisor: Ed Mandel (NWS/OST SEC Development Branch Chief)

Transitioning unique data and research technologies to operations Code Sprint Development EPDT subgroups worked on projects – Tracking Meteogram Base-lined – RGB Recipe Working on base-lining – mPing ingest and display Moving toward base-lining soon. – GOES-R product ingest Developing GLM ingest

Transitioning unique data and research technologies to operations RGB Recipe Project Identified current deficiency in AWIPS II true color imagery display All EUMETSAT Recipes implemented – Air mass (VIIRS/CrIS) – Dust – Nighttime Microphysics RGB Composites – Natural Color composite – Snow Cloud composite – VIS/VIS/IR composite Can be used in , only localization needed Implemented at WFO HUN MODIS RGBs – Dust – NtMicro – 24-hr Micro 24-bit RGB VIIRS RGBs – Dust – NtMicro – 24-hr Micro 24-bit RGB Python code to be base-lined to provide ability to wider community (Working with SEC NWS) Testing RGBs in OPG in early Fall 2015

Transitioning unique data and research technologies to operations RGB Display at WFO HUN MODIS 24Hr MicroMODIS True Color MODIS Vis/Vis/IRMODIS Airmass

Transitioning unique data and research technologies to operations Benefits of EPDT Expanded AWIPS II development knowledge in community Helps NWS to assist in integration tasks from product developers Direct Plugin development Continued development keeps community up on technology within AWIPS II

Transitioning unique data and research technologies to operations Proposed EPDT Code Sprint development RGB Localization Editor – Visual manipulation of RGB components – Drag and Drop interface Just in Time Training plugin for AWIPS 2 Meet with product developers to address specialized needs

Transitioning unique data and research technologies to operations RGB Localization Editor Python Derived Parameters 24-bit Air Mass Air Mass RGB Recipe (XML) TrueColor Vis Plug-in TrueColor Vis Plug-in AWIPS II Visualization Output Difference Output A B A B

Transitioning unique data and research technologies to operations RGB Localization Editor

Transitioning unique data and research technologies to operations Just in Time Training Concept Training on product Color Density Magnification Sampling

Transitioning unique data and research technologies to operations Future EPDT Group C Code Sprint Fall 2015 Previous EPDT Members continue to work on AWIPS II – Code Sprints to address GOES-R display and ingest needs – JPSS Proposal funding to host code sprints to address JPSS needs Previous EPDT members have real world experience troubleshooting problems in AWIPS II

Transitioning unique data and research technologies to operations Questions