RDV for Autodesk Land Desktop
RDV version that is enriched with tools specific to Autodesk Land Desktop
Description / Benefits:
Rapid Design Visualization (RDV) is an application
developed specifically for use with Land Desktop, Autodesk's
industry leading platform for Civil Engineering design software. RDV enables
any Land Desktop user to create a fully interactive visualization environment
directly from their Land Desktop project. Using RDV for Land Desktop designers can
easily create drive through simulations, flyovers and interactive simulations
for proposed roads, subdivisions, underground infrastructure, interchanges and
many other complex land development projects. RDV for Land Desktop’s interactive
simulations are cost effective during every phase of the project from preliminary
design validation for internal use through to presentations for public review and even
on the construction site to visualize complex construction scenarios. RDV for Land Desktop
is web enabled so that users can easily publish their simulations to the internet or intranet
enabling them to communicate their design intent to anyone, anywhere and at anytime.
Features:
Land Desktop Tools
One click generation of simulator directly from Land Desktop
Automated generation of 3D building from GIS data
Automated placement of 3D objects on Land Desktop Surfaces
Trees and vegetation based on Land Desktop Surfaces
Generation of 3D road environment details: lane striping, guard rails,
lighting ...
Alignment based cameras and animation
Sight distrance simulation and evaluation
Materials
Draped Aerial Photography / Orthophoto
Layer based material assignment
Intuitive material editor
Cameras
Automated generation of cameras from drawing views
Camera animation based on drawing elements
Interactive camera manipulation in viewer
Web Publishing / Viewing
Unlimited free web based viewing of RDV scene
Automated creation of web page for RDV scene
Customizable XML based skin
Interactive navigation
Pan / Zoom / Rotate
Automatic layer control from drawing file
Interactive 3D measurement
Printing of RDV view at user definable resolutions