Index
- Absorptivity,
Radiation
- Across-track,
Line Scanners
- AIRSIM THERM,
AIRSIM THERM
- Along-track,
Line Scanners
- Application areas,
Application Areas
- Applications
- DIRSIG-MODTRAN Interaction,
Automatic modifications to the tape5 file
- Hyperspectral algorithms,
Overview
- Plume Applications,
Goals of Plume Modeling
- AVIRIS,
Instrument
- Band,
Instrument
- Bandpass,
Instrument
- BRDF,
What is DIRSIG?
- Broadband,
What is DIRSIG?
- Bugzilla,
The "Bugzilla" Bug and Problem Tracking System
- learning how to use,
Learning How to Use Bugzilla
- Bump maps
- Applications,
Bump Maps
- Example,
Example
- Limitations,
Bump Maps
- clean_ems,
The clean_ems User Manual
- command line options,
Usage and Options
- Overview,
Overview
- Usage,
Usage and Options
- cmpimgs,
The cmpimgs User Manual
- command line options,
Usage and Options
- Overview,
Overview
- Usage,
Usage and Options
- Configuration Files
- Formats,
File Formats
- Reference,
DIRSIG3 Input Configuration File
- DIRS,
What is DIRSIG?
- DIRSIG,
What is DIRSIG?
- Application areas,
Application Areas
- Emissivity
- Expanding databases,
Expanding Reflectance/Emissivity Databases
- Import data,
Creating an emissivity file from reflectance data
- External Data
- Plume Data
- Required Data,
Required data
- Extinction
- Import data,
Creating an extinction file from transmission data
- FASCODE,
What is DIRSIG? ,
MODTRAN and FASCODE
- Acquire software,
MODTRAN and FASCODE
- File Formats
- Plume Files
- Absorption Spectrum,
GAS: Gas Absorption Spectrum
- Release File,
Plume Release File
- Files
- Associated MODTRAN files,
Mid-Latitude Summer atmosphere
- Config file, plumes,
Setting up the configuration file
- Configuration File Formats,
File Formats
- DIRSIG Configuration file,
Creating an Atmospheric Database
- Input/Configuration file,
DIRSIG3 Input Configuration File
- MODTRAN inputs (tape5),
MODTRAN Overview
- MODTRAN output (tape6, tape7 and tape7.scn) ,
MODTRAN Outputs
- Release file, plumes,
Setting up the configuration file ,
Release File Description
- Focal plane,
Instrument
- Framing array,
Framing Array
- geom_voxelizer,
The geom_voxelizer User Manual
- command line options,
Usage and Options
- Overview,
Overview
- Usage,
Usage and Options
- Ground truth,
Project Goals
- Hardware requirements,
System/Hardware Requirements
- How-to
- Acquire software
- DIRSIG,
How to get the software
- ENVI,
ENVI and ENVI Freelook
- ENVI Freelook,
ENVI and ENVI Freelook
- FASCODE,
MODTRAN and FASCODE ,
FASCODE
- MODTRAN,
MODTRAN and FASCODE ,
MODTRAN
- Atmospheric database creation,
Creating an Atmospheric Database
- Install software
- DIRSIG,
How to install the software
- FASCODE,
MODTRAN and FASCODE
- make_adb,
Installation and Configuration
- MODTRAN,
MODTRAN and FASCODE
- Running MODTRAN4,
Tutorials
- tape5 creation,
MODTRAN Overview
- Upgrade software
- DIRSIG,
How to upgrade the software
- HYDICE,
Instrument
- Hyper-spectral,
What is DIRSIG?
- Imaging
- Hyper-spectral,
Hyper-spectral Imaging
- Spectroscopy,
Hyper-spectral Imaging
- Imaging systems
- Hyper-spectral
- HYDICE,
Model History and Future Directions
- SEBASS,
Model History and Future Directions
- Installation
- see How-to, Install software
- Instrument,
Instrument
- Interactive Mode
- Troubleshooting,
Troubleshooting Tips ,
Troubleshooting Tips
- LANDSAT,
Instrument
- lateral conduction,
Lateral Conduction
- License to use,
Software Licensing
- LIDAR
- Troubleshooting,
Troubleshooting Tips
- make_adb,
The make_adb User Manual
- command line options,
Usage and Options
- Configuration,
Installation and Configuration
- Error messages,
MODTRAN or FASCODE crashes during execution
- Examples,
Tutorials
- Polarization configuration,
Atmospheric Database Generation
- Troubleshooting,
Troubleshooting Tips
- Tutorials,
Tutorials
- Usage,
Usage and Options
- make_dem,
The make_dem User Manual
- command line options,
Usage and Options
- Overview,
Overview
- Usage,
Usage and Options
- Material maps
- Infinite loops,
Material Maps
- Material parameters
- Thermal
- Absorptivity,
Radiation
- Convection heat transfer coefficient,
Convection
- Emissivity,
Radiation
- Thermal conductivity,
Conduction
- materials,
Materials
- Creating a transmissive material,
Creating a transmissive material
- Creating an opaque material,
Creating an opaque material
- Mixture maps
- Applications,
Mixture Maps
- Modeling
- First principles,
First principles modeling
- MODTRAN,
What is DIRSIG? ,
MODTRAN and FASCODE ,
Scene Illumination
- Acquire software,
MODTRAN and FASCODE
- using MODTRAN5,
Can MODTRAN5 be used with make_adb?
- MTF,
Model History and Future Directions
- Multi-spectral,
What is DIRSIG?
- Oversample,
Instrument
- Platform modeling,
Platform Modeling ,
Improved Platform Modeling
- platform_edit,
The platform_edit User Manual
- Command line options,
Usage and Options
- Dynamic positioning,
Creating data for a moving platform
- Overview,
Overview
- Static positioning,
Creating data for a static platform
- Usage,
Usage and Options
- Point spread,
Instrument
- prn2wth,
The prn2wth User Manual
- command line options,
Usage and Options
- Overview,
Overview
- Technical Description,
Technical Description
- Usage,
Usage and Options
- Problems
- reporting,
Reporting Software and Documentation Problems
- tracking,
Tracking your problem or enhancement
- Pushbroom,
Pushbroom Scanners
- References,
DIRSIG3 Input Configuration File ,
XML Reference ,
File Formats
- Reflectance
- Import data,
Creating an emissivity file from reflectance data
- Requirements
- Additional software,
Required Software
- ENVI,
ENVI and ENVI Freelook
- FASCODE,
FASCODE
- MODTRAN,
MODTRAN
- Software license,
Software Licensing
- Supported hardware,
Supported Hardware Architectures
- system,
System/Hardware Requirements
- Training,
Training
- Resources,
DIRSIG3 Input Configuration File ,
XML Reference ,
File Formats
- Response,
Instrument
- RIT,
What is DIRSIG?
- Running the plume model,
How-To
- Sampling
- Across-track,
Line Scanner ,
Pushbroom Scanner
- Along-track,
Line Scanner ,
Pushbroom Scanner
- Scene
- 2D,
Model History and Future Directions
- 3D,
Model History and Future Directions
- Ray trace,
Model History and Future Directions
- Scene building,
Basic Scene Construction
- general process,
Generalized scene construction process
- SEBASS,
Instrument
- Sensor
- Across-track,
Line Scanner ,
Pushbroom Scanner
- Along-track,
Line Scanner ,
Pushbroom Scanner
- Hyper-spectral
- AVIRIS,
Model History and Future Directions
- Imaging spectrometer,
Imaging Spectrometer
- Platform,
Line Scanner ,
Framing Array ,
Pushbroom Scanner
- Software
- Additional,
Required Software
- Distribution CDROM,
Software Distribution
- Installation
- see How-to, Install software
- Licensing,
Software Licensing
- On-line download,
Software Distribution
- Supported hardware,
Supported Hardware Architectures
- Training,
Training
- Upgrade,
How to upgrade the software
- Spectrometer,
Instrument
- SPOT,
Instrument
- Supported hardware,
Supported Hardware Architectures
- Supporting software,
Supporting Software
- System requirements,
System/Hardware Requirements
- Texture Mapping
- Tutorial,
Texture Mapping Walkthrough
- Theory
- Atmospheric propagation,
Overview
- Equation
- Absorbed energy,
Radiation
- Conduction,
Conduction ,
Convection
- Emissivity,
Radiation
- Planck's equation,
Radiation
- Radiant heat exchange ,
Radiation
- Radiative heat flux,
Radiation
- Stefan-Boltzmann equation,
Radiation
- Heat transfer,
Technical Description
- Blackbody,
Radiation
- Conduction,
Conduction
- Convection,
Convection
- Convection heat transfer coefficient,
Convection
- Radiation,
Radiation
- Temperature,
Conduction
- Thermal boundary layer,
Convection
- Thermal conductivity,
Conduction
- Image Rendering,
How DIRSIG uses the Atmospheric Database
- Plume Modeling Theory,
Theory
- Computational Fluid Dynamics,
Theory
- Radiative transfer,
Radiative transfer through the plume
- Plume Models
- Brigg's Model,
Brigg's model rise
- Density, Temperature Distributions,
Density and Temperature Distributions
- Gaussian Model,
Gaussian Model
- Halitsky Model,
Halitsky Formulation
- THERM,
AIRSIM THERM ,
THERM
- Environmental parameters,
Environmental Parameters
- Location parameters,
Environmental Parameters
- Meteorological parameters,
Environmental Parameters
- Material parameters,
Object Parameters
- thermal modeling
- lateral conduction,
Lateral Conduction
- Sun/shadow history,
Enhancements and Limitations
- Thermal models
- THERM,
Overview
- Tools
- Mat_edit,
Running DIRSIG with THERM
- Training,
Training
- Transmission
- Import data,
Creating an extinction file from transmission data
- Truth Images
- Hyperspectral algorithms,
Overview
- Truth maps
- Temperature map,
Tutorials
- Truth outputs
- Plume Truth Outputs,
Available truth outputs
- Tutorials
- Atmospheric database creation,
Creating an Atmospheric Database
- Bulldozer,
Tutorials
- Object mode,
Object Mode
- Scene mode,
Scene Mode
- Configuring a framing array
- Configuring the scene environment,
Framing Array Tutorial
- Constructing a multi-band sensor,
Framing Array Tutorial
- Creating a directory,
Framing Array Tutorial
- Examining the generated images,
Framing Array Tutorial
- Positioning the sensor,
Framing Array Tutorial
- Reviewing truth image,
Framing Array Tutorial
- Running DIRSIG,
Framing Array Tutorial
- Running DIRSIG preview mode,
Pushbroom Scanner Tutorial
- Saving configuration,
Framing Array Tutorial ,
Pushbroom Scanner Tutorial
- Selecting a scene, data and time,
Framing Array Tutorial
- Setting run-time options,
Framing Array Tutorial
- Setting up a platform flight line,
Pushbroom Scanner Tutorial
- Specify location of other database,
Framing Array Tutorial
- Configuring a pushbroom scanner
- Constructing a scanner,
Pushbroom Scanner Tutorial
- Selecting a scene,
Pushbroom Scanner Tutorial
- Import data
- Emissivity,
Creating an emissivity file from reflectance data
- Reflectance,
Creating an emissivity file from reflectance data
- Transmission,
Creating an extinction file from transmission data
- Interactive Mode
- Using Binary Output,
Using Interactive Mode with Binary Output
- Materials
- Creating a new material database,
Creating a new material database
- Creating a transmissive material,
Creating a transmissive material
- Creating an opaque material,
Creating an opaque material
- Platform
- Using the Classic Platform model,
Configuring the platform model ,
"Classic" platform model tutorials
- Using the Generic platform model,
"Generic" platform model tutorials
- Plume Tutorials,
Tutorials
- Single Gas, Single Stack,
A single stack releasing a single gas
- Two Gases, Single Stack,
A single stack releasing two gases
- Polarization
- Creating a Polarized Scene,
Creating a Polarized Scene
- Running MODTRAN4,
Tutorials
- Radiance mode,
Mid-Latitude Summer atmosphere
- Transmittance mode,
Mid-Latitude Summer atmosphere
- Scene Construction,
Tutorials
- Upgrade
- Software,
How to upgrade the software