rapidformXO is a next generation 3D scan data
processing software built from the ground up to meet the sophisticated needs
of today's users. Expanding upon the powerful functionality of rapidform2006,
rapidformXO is a totally redesigned state-of-the-art platform for 3D scan data
metrology and modeling. Built using the latest innovations in 3D data manipulation
and cutting edge development processes, rapidformXO takes accuracy, performance,
and data capacity to a new level.
Large Scan Data Handling: Dynamic
Disk Caching System.
Able to handle hundreds of millions of data points with the highest performance,
rapidformXO is built from the ground up to minimize system resource use and
maximize performance when processing massive data sets from the newest generation
of 3D scanners. Using an advanced memory management system (Dynamic Disk Caching),
rapidformXO dynamically allocates system memory during scan data processing
operations. This highly optimized technology allows rapidformXO to shatter
existing data handling barriers and handle virtually limitless amounts of
3D scan data. The software has been successfully tested to register multiple
scans in excess of 300 million points on a dual 3 GHz Xeon PC with 2GB of
RAM, and there is no theoretical limitation to the number of points that rapidformXO
can process.
Performance & Accuracy: True Parallel & Multi-threaded Processing.
With the highest performance and most accurate data processing with cutting
edge algorithms, rapidformXO truly supports multi-CPU systems. rapidformXO's
geometric algorithms are designed to fully utilize several CPUs simultaneously.
Benchmark test results reveal that it is faster and offers more accurate scan
registration than any other popular 3D scanning software. In general, rapidformXO
is 3-4 times as fast and 4-5 times more accurate than comparable applications.
In a typical real world application test, rapidformXO was able to import,
triangulate, register, merge, and decimate a 100 million point data set in
less than 40 minutes. rapidformXO's advanced registration algorithms minimize
overall error distribution among overlapped scan shots and preserve original
crease edges after merging most accurately.
Leading Edge User Interface: Intuitive, Easy-to-Use GUI.
Flexible, dynamic self-learnable interface. One of most distinctive features
that users will quickly notice when using rapidformXO is the enhancement in
the user interface for the ease-of-use of the software. Using logical selection
and entity trees, rapidformXO presents the user with all the information he
needs concisely and unobtrusively. Using state-of-the-art 3D viewport based
menu trees, the software eliminates the need for pop-up windows and minimizes
user operations needed to run a command. The figure below shows a typical
screenshot of rapidformXO, with multiple customizable 3D views, selection
icons, the project tree, a memory & disk usage indicator, command history
window, backup and restore functions and console window.
rapidformXO Scan
rapidformXO Scan allows users to clean up data from scanners,
align multiple point clouds to each other using our industry-leading registration
algorithms, triangulate the point clouds into polygon meshes and merge multiple
scan shots into one complete 3D model. rapidformXO Scan is completely compatible
with rapidform2006 systems, and polygon mesh models generated by rapidformXO
can be transferred to rapidform2006 on-the-fly for downstream data processing
such as polygon optimization, CAD data generation and inspection. The functionalities
of rapidformXO Scan are similar to the Scan Workbench fund in rapidform2006,
but rapidformXO Scan is a totally new product with significant increases in
speed, data handling and accuracy.
rapidformXO Scan consists of a number of fundamental
functionalities for initial processing of 3D scan data, such as point cloud
cleaning, triangulation, registration & merging and decimation. rapidformXO
is designed to take in data from virtually any device that generates point
clouds or polygon meshes, and handle it effectively no matter what its size.
The Most Accurate, Robust, and Fastest
Algorithms for Registration & Merging
Registering (aligning) multiple scans from different angles is one of the
most fundamental needs in 3D scan processing. rapidformXO's registration technology
consistently produces the tightest fits with the least amount of error between
separate data sets. The advanced algorithms examine the overlapping surface
geometry or volumetric properties of each polygon mesh or point cloud to register
them to one another. rapidformXO's registration & merging supports true
parallel processing, and guarantees the best quality results.
Comprehensive Feature Set for Point Cloud Processing
The collection of tools in the rapidformXO Scan offer fast and accurate optimization
& preparation of point clouds from any 3D scanning device. The extensive
cleanup tools easily remove scan errors, automatically find scanning direction
for unorganized data sets, intelligently reduce data size, triangulate, accurately
register and merge multiple scans into one, high quality polygon mesh model.
Point Streaming:
A Powerful Tool for Web-based Viewing of Large 3D Data Sets
rapidformXO Scan offers Point Streaming, a state-of-art technology for effective
viewing of massive 3D scan data on the web. Optimized 3D scan data can be
published using the rapidformXO Point Streaming (RPS) format and then directly
posted onto any web environment. Users can share huge 3D scan data sets via
the internet.
Features & Benefits:
- Redundant Point Removal
- Noise Filtration
- Find Scan Direction
- Polygon Mesh Creation
- Intelligent Registration
- Point Cloud & Polygon Merging
- Hole-filling for Polygon Model
- Decimation for Polygon Model
- Point-streaming Publishing
Processor and Operating System:
- CPU :
- Pentium or AMD Athlon XP
- Pentium III 700 MHz CPU.
- Pentium IV 2.0 GHz or above are recommended.
- Dual processor is highly recommended.
- OS :
- Windows 2000, Windows XP or Windows 2003. Windows
XP or 2003 is recommended
Memory and Disk Space
- Memory:
- 256 MB minimum
- 1 GB or more recommended
- A simple estimate is to occupy about 50 MB for 1 million
triangles
- Disk Space:
- 20 MB for program installation
- Temporary file cache requires a minimum of 4 GB free
disk space in the user’s temporary directory assigned as the environment
variables
- 20 GB or more recommended for temporary file cache
of a large data over 100 million points
- Ultra 320 SCSI hard drive is recommended for high
speed interface
Graphics Card (OpenGL-acceleration)
- 1280X1024 resolution, 24-bit color or above, OpenGL
1.2 or higher. Recommended hardware OpenGL acceleration features are listed
below:
- nVIDIA Quadro/GeForce compatible chipsets
- 3Dlabs Wildcat Series
- ATI Radeon 9xxx Serie
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in 3D printer and 3D scanner solutions and services in the Asia-Pacific region
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