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[
{
"NASA Center": "Marshall Space Flight Center",
"Program Teams": [
""
],
"Contributors": [
"dheater"
],
"Software": "libSPRITE",
"Internal Link": "",
"External Link": "https://github.com/nasa/libSPRITE/wiki",
"Public Code Repo": "https://github.com/nasa/libSPRITE",
"Instructional Material": "",
"Stats": "",
"Description": "libSPRITE is a set of libraries that have been used on several past projects including flight, technology demonstration, and simulation projects.\n\nlibSPRITE provides a diverse set of functions to attempt to simplify coding and reduce code errors. For example, libSPRITE defines engineering units as types (i.e., Meters or Radians instead of double or int). It includes an engineering unit aware math library.\n\nlibSPRITE includes a task scheduling system that abstracts pthreads and includes a publish subscribe data system for data routing.\n\nIn addition, libSPRITE includes an optional binding to the Lua scripting language for configuring the program, setting parameters, running Lua scripts within C++ tasks and even interacting with the application during runtime.",
"Internal Code Repo": "",
"License": [
"NASA Open Source"
],
"Categories": [
"framework",
"library",
"middleware"
],
"New Date": "",
"Update_Date": "2014-11-13"
},
{
"NASA Center": "Ames Research Center",
"Program Teams": [
""
],
"Contributors": [
"abencomo",
"robert-nado"
],
"Sub-contractors": [
""
],
"Software": "OpenSPIFe",
"Internal Link": "",
"External Link": "https://github.com/nasa/OpenSPIFe/wiki",
"Public Code Repo": "https://github.com/nasa/OpenSPIFe",
"Instructional Material": "",
"Stats": "",
"Description": "The Scheduling and Planning Interface for Exploration (SPIFe) is an integrated planning and scheduling toolkit based on hundreds of hours of expert observation, use, and refinement of state-of-the-art planning and scheduling technology for several applications within NASA.",
"Internal Code Repo": "",
"License": [
"NASA Open Source",
"ALv2",
"EPL",
"MPLv2",
"LGPL"
],
"Languages": [
"Java"
],
"Platform Requirements": [
""
],
"Dependent modules": [
""
],
"Dependent module URLs": [
""
],
"Component modules": [
""
],
"Component module URLs": [
""
],
"Industry": [
""
],
"Functionality": [
""
],
"Categories": [
"Planning",
"tool",
"scheduling"
],
"New Date": "",
"Update_Date": "2014-08-20"
},
{
"NASA Center": "Ames Research Center",
"Contributors": [
"teubert"
],
"Software": "X-Plane Communications Toolbox (XPC)",
"External Link": "https://github.com/nasa/XPlaneConnect/wiki",
"Public Code Repo": "https://github.com/nasa/XPlaneConnect",
"Description": "The X-Plane Communications Toolbox (XPC) is an open source research tool used to interact with the commercial flight simulator software X-Plane. XPC allows users to control aircraft and receive state information from aircraft simulated in X-Plane using functions written in C or MATLAB in real time over the network. This research tool has been used to visualize flight paths, test control algorithms, simulate an active airspace, or generate out-the-window visuals for in-house flight simulation software.",
"License": [
"NASA Open Source"
],
"Categories": [
"Flight Simulation",
"Research Tools"
],
"Update_Date": "2014-10-22"
},
{
"NASA Center": "Goddard Space Flight Center",
"Program Teams": [
""
],
"Contributors": [
"VWoeltjen",
"harleigh",
"DanBerrios",
"danielpacak"
],
"Sub-contractors": [
""
],
"Software": "MCT-Plugins",
"Internal Link": "",
"External Link": "https://github.com/nasa/MCT-Plugins/wiki",
"Public Code Repo": "https://github.com/nasa/MCT-Plugins",
"Instructional Material": "",
"Stats": "",
"Description": "This plug-in allows users to create satellites in MCT and track their orbits, in real-time, through various views: Satellite Orbits in 3D via the Earth View plug-in. Real-time locations on a 2D Mercator Projection (A new to MCT; created within this plug-in). All of the views that come standard with the core-MCT distribution (i.e.: MultiColumn View, Plots over time, Alpha, etc.).",
"Internal Code Repo": "",
"License": [
"NASA Open Source"
],
"Languages": [
"Java"
],
"Platform Requirements": [
""
],
"Dependent modules": [
""
],
"Dependent module URLs": [
""
],
"Component modules": [
""
],
"Component module URLs": [
""
],
"Industry": [
""
],
"Functionality": [
""
],
"Categories": [
"MCT",
"Mission Critical Technologies",
"plug-in",
"telemetry",
"tracking",
"satellite",
"imagery"
],
"New Date": "",
"Update_Date": "2014-08-26"
},
{
"NASA Center": "Center of Excellence for Collaborative Innovation",
"Program Teams": [
""
],
"Contributors": [
"nasarader",
"ambdiv"
],
"Sub-contractors": [
""
],
"Software": "NTL-Asteroid-Tracker",
"Internal Link": "",
"External Link": "https://github.com/nasa/NTL-Asteroid-Tracker",
"Public Code Repo": "https://github.com/nasa/NTL-Asteroid-Tracker",
"Instructional Material": "",
"Stats": "",
"Description": "This algorithm code (from the Phase 1 Asteroid Tracker Challenge) provides the optimum subarray selection per set of object tracks provided in a predefined configuration using a fixed number of dishes - See more about the challenge at: http://www.topcoder.com/asteroids/tracker/ This code was generated via a challenge on the NASA Tournament Lab (NTL) supported by NASA's Center of Excellence for Collaborative Innovation (CoECI).",
"Internal Code Repo": "",
"License": [
"NASA Open Source",
"ALv2"
],
"Languages": [
"C++"
],
"Platform Requirements": [
""
],
"Dependent modules": [
""
],
"Dependent module URLs": [
""
],
"Component modules": [
""
],
"Component module URLs": [
""
],
"Industry": [
""
],
"Functionality": [
""
],
"Categories": [
"NTL",
"asteroid",
"tracker",
"algorithm"
],
"New Date": "",
"Update_Date": "2014-09-08"
},
{
"NASA Center": "NASA Ames Research Center",
"Program Teams": [
""
],
"Contributors": [
"chapman178",
"cheesie67",
"DanBerrios",
"danielpacak"
],
"Sub-contractors": [
""
],
"Software": "T-MATS",
"Internal Link": "",
"External Link": "https://github.com/nasa/T-MATS",
"Public Code Repo": "https://github.com/nasa/T-MATS",
"Instructional Material": "",
"Stats": "",
"Description": "An open source thermodynamic modeling package completed on behalf of NASA. The Toolbox for the Modeling and Analysis of Thermodynamic Systems (T-MATS) package offers a MATLAB/Simulink toolbox that gives a developer the ability to create simulations of such thermodynamic systems as turbomachinery and gas turbines.",
"Internal Code Repo": "",
"License": [
"NASA Open Source"
],
"Languages": [
"Matlab"
],
"Platform Requirements": [
""
],
"Dependent modules": [
""
],
"Dependent module URLs": [
""
],
"Component modules": [
""
],
"Component module URLs": [
""
],
"Industry": [
""
],
"Functionality": [
""
],
"Categories": [
"tool",
"analysis",
"modeling",
"thermodynamics",
"TMATS",
"control system",
"numerical methods",
"Newton-Raphson",
"Jacobian Calculation",
"Propulsion",
"Aircraft Engine",
"Jet",
"Turbofan",
"Turbojet",
"Compressor",
"Turbine",
"Nozzle",
"Inlet",
"open source"
],
"New Date": "",
"Update_Date": "2014-08-26"
},
{
"NASA Center": "Marshall Space Flight Center",
"ProgramTeams": [
"Goddard Space Flight Center",
"Jet Propulsion Laboratory",
"Ames Research Center"
],
"Contributors": [
"ambdiv",
"nasarader"
],
"Sub-contractors": [
""
],
"Software": "NTL-Lunar-Mapping-and-Modeling-Portal",
"Internal Link": "",
"External Link": "https://github.com/nasa/NTL-Lunar-Mapping-and-Modeling-Portal",
"Public Code Repo": "https://github.com/nasa/NTL-Lunar-Mapping-and-Modeling-Portal",
"Instructional Material": "",
"Stats": "",
"Description": "The Lunar Mapping and Modeling Portal (LMMP) is a system that has been built to support lunar exploration activities that will enable return of both manned and unmanned missions to the Moon. It provides a web-based Portal and a suite of interactive visualization and analysis tools to enable mission planners, lunar scientists, and engineers to access mapped lunar data products from past and current lunar missions. It also addresses the lunar science community, the lunar commercial community, education and public outreach, and anyone else interested in accessing or utilizing lunar data.",
"Internal Code Repo": "",
"License": [
"NASA Open Source",
"ALv2"
],
"Languages": [
"Java"
],
"Platform Requirements": [
""
],
"Dependent modules": [
""
],
"Dependent module URLs": [
""
],
"Component modules": [
""
],
"Component module URLs": [
""
],
"Industry": [
""
],
"Functionality": [
""
],
"Categories": [
"modeling",
"lunar",
"mapping",
"exploration",
"tool",
"analysis",
"visualization"
],
"New Date": "",
"Update_Date": "2014-09-08"
},
{
"NASA Center": "Marshall Space Flight Center",
"Program Teams": [
"Ames Research Center",
"Goddard Space Flight Center",
"Jet Propulsion Laboratory"
],
"Contributors": [
"nasarader"
],
"Sub-contractors": [
""
],
"Software": "NTL-Planetary-Data-System-API",
"Internal Link": "",
"External Link": "https://github.com/nasa/NTL-Planetary-Data-System-API",
"Public Code Repo": "https://github.com/nasa/NTL-Planetary-Data-System-API",
"Instructional Material": "",
"Stats": "",
"Description": "The Lunar Mapping and Modeling Portal (LMMP) is a system that has been built to support lunar exploration activities that will enable return of both manned and unmanned missions to the Moon. It provides a web-based Portal and a suite of interactive visualization and analysis tools to enable mission planners, lunar scientists, and engineers to access mapped lunar data products from past and current lunar missions. It also addresses the lunar science community, the lunar commercial community, education and public outreach, and anyone else interested in accessing or utilizing lunar data.",
"Internal Code Repo": "",
"License": [
"NASA Open Source",
"ALv2"
],
"Languages": [
"Java"
],
"Platform Requirements": [
""
],
"Dependent modules": [
""
],
"Dependent module URLs": [
""
],
"Component modules": [
""
],
"Component module URLs": [
""
],
"Industry": [
""
],
"Functionality": [
""
],
"Categories": [
"modeling",
"planetary",
"data",
"system",
"API"
],
"New Date": "",
"Update_Date": "2014-09-08"
},
{
"NASA Center": "Ames Research Center",
"Program Teams": [
""
],
"Contributors": [
"VWoeltjen",
"DanBerrios",
"alpearson",
"harleigh",
"adamcrume",
"kptran",
"danielpacak",
"dtran320",
"phallbic",
"bhong",
"chriswebster"
],
"Sub-contractors": [
""
],
"Software": "mct",
"Internal Link": "",
"External Link": "https://github.com/nasa/mct/wiki",
"Public Code Repo": "https://github.com/nasa/mct",
"Instructional Material": "",
"Stats": "",
"Description": "Mission Control Technologies is a real-time monitoring and visualization platform.",
"Internal Code Repo": "",
"License": [
"NASA Open Source"
],
"Languages": [
"Java"
],
"Platform Requirements": [
""
],
"Dependent modules": [
""
],
"Dependent module URLs": [
""
],
"Component modules": [
""
],
"Component module URLs": [
""
],
"Industry": [
""
],
"Functionality": [
""
],
"Categories": [
"monitoring",
"visualization",
"MCT",
"control",
"application",
"spacelfight",
"mission"
],
"New Date": "",
"Update_Date": "2014-07-10"
},
{
"NASA Center": "NASA Center for Excellence for Collaborative Innovation",
"Program Teams": [
""
],
"Contributors": [
"nasarader"
],
"Sub-contractors": [
""
],
"Software": "NTL-Solution-Mechanism-Guide",
"Internal Link": "",
"External Link": "https://github.com/nasa/NTL-Solution-Mechanism-Guide",
"Public Code Repo": "https://github.com/nasa/NTL-Solution-Mechanism-Guide",
"Instructional Material": "",
"Stats": "",
"Description": "The Solution Mechanism Guide (SMG) is a tool to educate our scientists and managers about what tools are available for them to utilize in order to solve the challenges of spaceflight.",
"Internal Code Repo": "",
"License": [
"NASA Open Source"
],
"Languages": [
"Java"
],
"Platform Requirements": [
""
],
"Dependent modules": [
""
],
"Dependent module URLs": [
""
],
"Component modules": [
""
],
"Component module URLs": [
""
],
"Industry": [
""
],
"Functionality": [
""
],
"Categories": [
"tool",
"education",
"Solution Mechanism Guide"
],
"New Date": "",
"Update_Date": "2014-08-21"
},
{
"NASA Center": "NASA Langley Research Center",
"Program Teams": [
""
],
"Contributors": [
"mrbcuda",
"mrbkt"
],
"Sub-contractors": [
""
],
"Software": "CertWare",
"Internal Link": "",
"External Link": "https://github.com/nasa/CertWare",
"Public Code Repo": "https://github.com/nasa/CertWare",
"Instructional Material": "",
"Stats": "",
"Description": "CertWare is a collection of tools intended to support the development of safety, assurance, or dependability cases. CertWare adopts several types of structured argument models and provides an implementation of tools to support writing and verifying arguments using the chosen model. The implementations are a baseline meant to be enhanced and further integrated into development tools chains. Both textual and graphical editors are implemented. The implementation is done in Eclipse, as a large collection of Eclipse plugins and features, using several model generation tools to facilitate implementation and maintenance. See the Meta-Models section below for the kinds of models already incorporated into the workbench.",
"Internal Code Repo": "",
"License": [
"NASA Open Source",
"ALv2"
],
"Languages": [
"Java"
],
"Platform Requirements": [
""
],
"Dependent modules": [
""
],
"Dependent module URLs": [
""
],
"Component modules": [
""
],
"Component module URLs": [
""
],
"Industry": [
""
],
"Functionality": [
""
],
"Categories": [
"CertWare",
"safety cases",
"project management",
"planning",
"metrics"
],
"New Date": "",
"Update_Date": "2014-08-15"
},
{
"NASA Center": "NASA Ames Research Center",
"Program Teams": [
""
],
"Contributors": [
"jasonduley"
],
"Sub-contractors": [
""
],
"Software": "Formation-Flying",
"Internal Link": "",
"External Link": "https://github.com/nasa/Formation-Flying",
"Public Code Repo": "https://github.com/nasa/Formation-Flying",
"Instructional Material": "",
"Stats": "",
"Description": "Formation Flying.",
"Internal Code Repo": "",
"License": [
"NASA Open Source"
],
"Languages": [
"Java"
],
"Platform Requirements": [
""
],
"Dependent modules": [
""
],
"Dependent module URLs": [
""
],
"Component modules": [
""
],
"Component module URLs": [
""
],
"Industry": [
""
],
"Functionality": [
""
],
"Categories": [
"repository",
"formation flying"
],
"New Date": "",
"Update_Date": "2014-08-04"
},
{
"NASA Center": "NASA\u201a\u00c4\u00f4s Center of Excellence for Collaboration",
"Program Teams": [
""
],
"Contributors": [
"rsial2"
],
"Sub-contractors": [
""
],
"Software": "SCRD",
"Internal Link": "",
"External Link": "https://github.com/nasa/SCRD",
"Public Code Repo": "https://github.com/nasa/SCRD",
"Instructional Material": "",
"Stats": "",
"Description": "The SCRD is a flexible system that can be easily updated or modified for ongoing legislative mandates and is able to provide robust accounting tools for posting and adjusting payments.",
"Internal Code Repo": "",
"License": [
"NASA Open Source"
],
"Languages": [
"Java"
],
"Platform Requirements": [
""
],
"Dependent modules": [
""
],
"Dependent module URLs": [
""
],
"Component modules": [
""
],
"Component module URLs": [
""
],
"Industry": [
""
],
"Functionality": [
""
],
"Categories": [
"repository",
"deposits",
"re-deposits",
"payment",
"tracking"
],
"New Date": "",
"Update_Date": "2014-07-30"
},
{
"NASA Center": "NASA Ames Research Center",
"Program Teams": [
""
],
"Contributors": [
"jasonduley"
],
"Sub-contractors": [
""
],
"Software": "NASA-3D-Resources",
"Internal Link": "",
"External Link": "https://github.com/nasa/NASA-3D-Resources",
"Public Code Repo": "https://github.com/nasa/NASA-3D-Resources",
"Instructional Material": "",
"Stats": "",
"Description": "Here you'll find a growing collection of 3D models, textures, and images from inside NSA. All of these resources are free to download and use.",
"Internal Code Repo": "",
"License": [
"NASA Open Source"
],
"Languages": [
"Java"
],
"Platform Requirements": [
""
],
"Dependent modules": [
""
],
"Dependent module URLs": [
""
],
"Component modules": [
""
],
"Component module URLs": [
""
],
"Industry": [
""
],
"Functionality": [
""
],
"Categories": [
"repository",
"3D",
"models",
"imagery",
"images",
"printing"
],
"New Date": "",
"Update_Date": "2014-06-17"
},
{
"NASA Center": "Center of Excellence for Collaboration",
"Program Teams": [
""
],
"Contributors": [
"nasarader",
"rsial2",
"coderReview"
],
"Sub-contractors": [
""
],
"Software": "NTL-ISS-Food-Intake-Tracker",
"Internal Link": "",
"External Link": "https://github.com/nasa/NTL-ISS-Food-Intake-Tracker",
"Public Code Repo": "https://github.com/nasa/NTL-ISS-Food-Intake-Tracker",
"Instructional Material": "",
"Stats": "",
"Description": "NASA Tournament Lab (NTL) International Space Station (ISS) Food Intake Tracker (FIT) app for ISS crew to use on their iPads.",
"Internal Code Repo": "",
"License": [
"NASA Open Source"
],
"Languages": [
"C"
],
"Platform Requirements": [
""
],
"Dependent modules": [
""
],
"Dependent module URLs": [
""
],
"Component modules": [
""
],
"Component module URLs": [
""
],
"Industry": [
""
],
"Functionality": [
""
],
"Categories": [
"NTL",
"ISS",
"Food Intake Tracker",
"application",
"tracking"
],
"New Date": "",
"Update_Date": "2014-07-22"
},
{
"NASA Center": "NASA's Open Government Team",
"Program Teams": [
""
],
"Contributors": [
"jasonduley",
"seanherron"
],
"Sub-contractors": [
""
],
"Software": "Digital-Strategy",
"Internal Link": "",
"External Link": "https://github.com/nasa/digital-strategy",
"Public Code Repo": "https://github.com/nasa/digital-strategy",
"Instructional Material": "",
"Stats": "",
"Description": "Machine-readable schema for NASA's response to the president's digital strategy.",
"Internal Code Repo": "",
"License": [
"NASA Open Source"
],
"Languages": [
"CSS"
],
"Platform Requirements": [
""
],
"Dependent modules": [
""
],
"Dependent module URLs": [
""
],
"Component modules": [
""
],
"Component module URLs": [
""
],
"Industry": [
""
],
"Functionality": [
""
],
"Categories": [
"repository",
"citizen",
"developer",
"digital strategy"
],
"New Date": "",
"Update_Date": "2014-09-17"
},
{
"NASA Center": "NASA Glenn Research Center",
"Program Teams": [
""
],
"Contributors": [
"TTECTrA-SIM",
"skytland"
],
"Sub-contractors": [
""
],
"Software": "TTECTrA",
"Internal Link": "",
"External Link": "https://github.com/nasa/TTECTrA",
"Public Code Repo": "https://github.com/nasa/TTECTrA",
"Instructional Material": "",
"Stats": "",
"Description": "An open source, semi-automated, control design tool for subsonic aircraft engine simulations written in the MATLAB/Simulink environment. The Tool for Turbine Engine Closed-loop Transient Analysis provides the user a preliminary estimate of the closed-loop transient performance of an engine model.",
"Internal Code Repo": "",
"License": [
"NASA Open Source"
],
"Languages": [
"Matlab"
],
"Platform Requirements": [
""
],
"Dependent modules": [
""
],
"Dependent module URLs": [
""
],
"Component modules": [
""
],
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""
],
"Industry": [
""
],
"Functionality": [
""
],
"Categories": [
"MATLAB",
"Simulink",
"control",
"design",
"tool",
"engine simulations",
"analysis",
"Tool for Turbine Engine Closed-loop Transient Analysis"
],
"New Date": "",
"Update_Date": "2014-06-06"
},
{
"NASA Center": "NASA Goddard Space Flight Center",
"Program Teams": [
""
],
"Contributors": [
"acudmore"
],
"Sub-contractors": [
""
],
"Software": "eefs",
"Internal Link": "",
"External Link": "https://github.com/nasa/eefs/",
"Public Code Repo": "https://github.com/nasa/eefs/",
"Instructional Material": "",
"Stats": "",
"Description": "This is the EEPROM File System Project (EEFS). It is a simple file system for memory devices such as EEPROM, RAM, ROM, etc. t can be used as a simple file system to boot an embedded system running vxWorks, RTEMS, or even no operating system. An EEFS image can be created on the development host, providing a single file to burn into an image that is loaded on a target.",
"Internal Code Repo": "",
"License": [
"NASA Open Source"
],
"Languages": [
"C"
],
"Platform Requirements": [
""
],
"Dependent modules": [
""
],
"Dependent module URLs": [
""
],
"Component modules": [
""
],
"Component module URLs": [
""
],
"Industry": [
""
],
"Functionality": [
""
],
"Categories": [
"file system",
"eefs",
"EEPROM File System Project"
],
"New Date": "",
"Update_Date": "2014-05-13"
},
{
"NASA Center": "NASA Goddard Space Flight Center",
"Program Teams": [
""
],
"Contributors": [
"acudmore"
],
"Sub-contractors": [