DSCI 2007
When you need a cutting-edge and cost effective solution for virtual world generation needs, look no further than DSCI's IMAGINE application. IMAGINE is one of the products in DSCI's MIRAGE suite of software. Capable of rapidly creating three dimensional virtual environments with a variety of source data, IMAGINE provides the run-time content for DSCI's VISION application. IMAGINE was developed from the start to be a robust and intuitive application with focus on the end user.
Imagery Binding
IMAGINE allows the user to define texture optimization parameters when processing the conversation of OpenFlight datasets. When building virtual worlds from scratch, IMAGINE supports a wide variety of texture formats, including: GeoTIFF, JPEG, JPEG 2000, PNG, DDS, and others.
IMAGINE allows the user to define texture optimization parameters when processing the conversation of OpenFlight datasets. When building virtual worlds from scratch, IMAGINE supports a wide variety of texture formats, including: GeoTIFF, JPEG, JPEG 2000, PNG, DDS, and others.
Terrain Generation
IMAGINE is capable of manipulating industry-standard OpenFlight databases allowing for the conversion of legacy databases into DSCI's optimized run-time format. The process is simple and allows for the optimization of texture formats, state nodes, and other data features.
IMAGINE is capable of manipulating industry-standard OpenFlight databases allowing for the conversion of legacy databases into DSCI's optimized run-time format. The process is simple and allows for the optimization of texture formats, state nodes, and other data features.
Virtual Content
IMAGINE supports both OpenFlight and DSCI's run-time model formats for the integration of realistic content into the database. Through the intuitive graphical interface, users are able to rapidly position the collection of static models, terrain features, and other infrastructure that make up the internals of the virtual world.
IMAGINE supports both OpenFlight and DSCI's run-time model formats for the integration of realistic content into the database. Through the intuitive graphical interface, users are able to rapidly position the collection of static models, terrain features, and other infrastructure that make up the internals of the virtual world.
