Sunny Cabello was born in Honolulu, Hawaii.  She completed her Akamai Internship in 2004 at the Maui High Performance Computing Center (MHPCC). After completing her A.S. degree in Electronic and Computer Engineering Technology at Maui Community College, she accepted a position with MHPCC as a computer operator.

Home Island: Oahu
High School:
Institution when accepted: Maui Community College

Akamai Project: 3-dimensional Modeling and Simulation of Mesoscale Atmospheric Circulation IN VIS5D
Project Site: Maui High Performance Computing Center
Mentor: Marie Greene

Project Abstract:

Vis5D is an open?source program that works on weather models in the form of a 5? dimensional rectangle:  three space dimensions (x, y, z), one time dimension, and one dimension for multiple physical variables (humidity, temperature, clouds, rain, etc).  To get high?resolution weather models, we use MM5 (Mesoscale Model Ver? sion 5), which is downloaded nightly from the National Center for Environmental Prediction, and then processed using MM5 code in parallel with the IBM P4 Super?computer on 32 processors.  The Vis5D program, combined with MM5 data, is used to create a model to simulate and predict mesoscale atmospheric circulation in the region above and around the state of Hawaii for the purpose of assisting in overall missions for telescope operations. Through a Silicon Graphics Workstation, the tovis5d tool and the IBM P4 Supercomputer is used to translate the processed MM5 data to a format that can be accurately displayed in the Vis5D program.  By modifying the code for the tovis5d tool diagnostic variables (wind, pressure, vorticity, etc.) can be created to view additional and custom weather information in 5D.  To orient the user as to where the weather model is located, a mesoscale topographic map of Hawaii was created using maketopo, a tool that converts the 2?dimensional array of elevation values into a 3?dimensional topographic map.  A Tcl (Tool Command Language) script was coded to set colors for isosurfaces and wind patterns, compute graphics, and make offline animations.  This Tcl script will save a time series of mesoscale atmospheric circulation images with multiple data sets.  Finally, an executable was created to run and view the weather model and topography in a context specified by the Tcl script.  The result is a 5?dimensional model of the collected weather data that can display isosurfaces, contour and colored slices, volume renderings, and rotation and animation of images in playback or real?time.