Kinect: Point Clouds and Face Tracking in AutoCAD

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Originally posted by Greg Duncan at http://channel9.msdn.com/coding4fun/kinect/Kinect-to-AutoCAD-v15-and-some-AutoCAD-Face-Tracking-too

Today’s projects takes us back to AutoCAD, with an update to Kean’s last mentioned here, AutoCAD and the Kinect for v1, as well as using Face Tracking inside of AutoCAD…

Integrating Kinect with AutoCAD 2013

As promised in the last post, today we’re going to see the adjusted point cloud import workflow applied to the previously posted Kinect integration samples. This was also an opportunity to look at the improvements in version 1.5 of the Kinect for Windows SDK.

Here’s the updated set of samples for AutoCAD 2013 and the Microsoft Kinect SDK v1.5.

The main changes were related to the updated point cloud import workflow, but I also updated the code to allow the user to choose to enter “near mode” (by setting the KINNEAR system variable to 1), and to make sure the reduced set of 10 joints get displayed properly when jigging using either the KINSKEL or KINBOTH commands.

I also tested the British English language pack, and sure enough it did a a much better job of understanding my commands. I’ve left the samples defaulting to US English – just search for and replace “en-US” with “en-GB” (having installed the language pack, of course) to give it a try.

Project Information URL: http://through-the-interface.typepad.com/through_the_interface/2012/06/integrating-kinect-with-autocad-2013.html

Project Download URL: http://through-the-interface.typepad.com/files/KinectSamples-v1.5.zip

Face tracking inside AutoCAD using Kinect

After discovering, earlier in the week, that version 1.5 of the Kinect SDK provides the capability to get a 3D mesh of a tracked face, I couldn’t resist seeing how to bring that into AutoCAD (both inside a jig and as database-resident geometry).

I started by checking out the pretty-cool FaceTracking3D sample, which gives you a feel for how Kinect tracks faces, super-imposing an exaggerated, textured mesh on top of your usual face in a WPF dialog:

I decided to go for a more minimalist (which also happens to mean it’s simpler and with less scary results Smiley approach for the AutoCAD integration: just to generate a wireframe view during a jig by drawing a series of polygons…

image

… and then create some database-resident 3D faces once we’re done:

image

Project Information URL: http://through-the-interface.typepad.com/through_the_interface/2012/06/face-tracking-inside-autocad-using-kinect.html

Project Download URL: http://through-the-interface.typepad.com/files/KinectSamples-v1.5.1.zip

Project Source URL: http://through-the-interface.typepad.com/files/KinectSamples-v1.5.1.zip

Contact Information:

Mobile LiDAR Systems Dynascan Mobile Mapper

Mobile Scanners Enter the Rental Market

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The Only Portable Mobile Mapping & GIS Data Collection Solution is now available for daily, weekly and monthly rental.

Measurement Devices Ltd (MDL)Mobile Surveying Systems or Mobile Mapping Systems, as they are becoming known, are not new. Several laser manufacturers have introduced and sold Mobile Mapping Systems over the last few years. The difference is that these systems (with one exception) are adaptations of tripod mounted (static) laser scanners. They are all large, very heavy, complicated and very, very expensive.

Measurement Devices Ltd. announces the world-wide availability of Dynascan equipment hire/rental giving even the smallest survey organizations the ability to add mobile mapping to its service offering, enabling them to undertake previously undreamed of ‘detailed 3D, large scale mapping projects’, formerly the domain of large companies or government organizations. Productivity of Laser Surveying Systems will no longer be measured in terms of “Points per Second” but in terms of “Square Miles per Hour” and available for the same cost-effective daily hire rate as static terrestrial 3D laser scanning systems (i.e. Leica Geosystems ScanStation C10, HDS6200, HDS7000).

Furthermore, MDL has assembled a global team of LiDAR industry experts to provide field and office support services and custom-tailored training on “real-world” workflows and procedures. Travis Reinke, Chief Operating Officer of Measurement Devices US, LLC stated, “By providing easy access to the latest technology and expertise, we are able to change the decision-making process. Project managers and the like now have the ability to integrate new technologies into their workflows without the huge risk of taking on large capital expenditures. We’re disrupting the market by introducing mobile mapping to the masses.”

MDL’s new business model of providing ‘complete measurement solutions’ gives greater support to customers with irregular or infrequent resource needs or project specific requirements. Reinke went on to add, “Our highly-skilled team of professionals are available to ensure that first-time users are successful on their first project. We accomplish this by offering a discounted bundled rate for an experienced technician and the mobile system when needed.”

MDL’s mission is:

  • To assist and enable more end-users in the real-world application of various rapid 3D data capture technology by providing easy access to a comprehensive range of equipment rental, consultancy and education.
  • To help end-users close the information gap between the Hardware/Software Vendors and the real world.
  • To empower and educate our client base in order to enhance industry growth and spawn further advancements.
  • To support customers with irregular or infrequent resource needs or project specific requirements.

With decades of combined experience gained from a real world application of laser measurement systems, MDL’s team of industry professionals has obtained a highly qualified and proven skill set focused on Quarry and Mining Surveying, Dynamic Land Surveying, High Definition Surveying, and Hydrographic Surveying.

Eliminate the Investment Risk

  • Rent equipment until you’re ready to buy – expense on per project basis.
  • Take advantage of knowledgeable experts with real world experience to support your project team.
  • Ramp up or down as needed to keep your capital expenditures minimal.
  • Rely upon our experience to provide you with practical user information and get more than just a demo.

The Dynascan ‘Plug and Play’ LIDAR system is a fully integrated high speed laser scanner, high accuracy GPS positioning system and Inertial Measurement Unit. The system is light weight, highly portable and may be used on land vehicles or marine vessels to acquire 3D survey quality data of topography, urban developments, industrial plants, including overhead utility cables, bridges, dams, harbors, beaches, rivers and canal banks, and much more.

By fully integrating all the sensors in one package, MDL has eliminated the need for field calibrations as all sensor offset measurements are fixed during the factory calibration process and pre-configured in the data acquisition software. The LIDAR system is shipped ready for operation and can be mobilized in a matter of minutes.

Dynascan system comes complete with data acquisition and post processing software suite which is compatible with all known brand multi-beam echo sounders, swathe sonar systems, positioning systems and Inertial Measurement Units. Data from all available sensors is synchronized, “Time Tagged” and Recorded. Post processed and raw data may be exported to most 3D data base and CAD software packages. Dynascan is highly affordable and represents an unrivalled ‘Price-Performance’ advantage, opening up the benefits of 3D LIDAR to numerous applications and market opportunities.

 

Leica Cyclone II Topo

Leica Cyclone II Topo 2.0 Early Look at New Find Terrain Feature

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Cyclone II Topo 2.0’s “Find Terrain” results

Boundaries stay in tact when imported into Civil3D via LandXML export from Topo 2.0

David Langley, Applications Engineer at Leica Geosystems, was kind enough to share a video tutorial of a useful new feature coming in the next release of Cyclone II Topo – version 2.0. In the video below, David demonstrates the software’s ability to easily filter through terrestrial laser scan data to locate and isolate the ground surface. This feature looks to be a great survey industry solution for creating a DTM/TIN from point cloud data by automatically thinning the hardtop surfaces while keeping breaklines and changes in elevation very dense. Using LandXML to transfer the resulting surface to Autodesk Civil3D, the boundaries can also be retained for better control over the final surface.

Leica Geosystems expects to release Cyclone II Topo 2.0 by mid-January 2011. We will be sure to give it a thorough review once we get our hands on it. Watch David’s tutorial below:

Thanks, David for taking the time to create this video and for sharing it with us!

INOVx RealityLINx

INOVx Announces Release of RealityLINx 5.4 and Leica HDS pcE Support

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Tuesday November 30, 2010 – INOVx Solutions, the leader in virtual asset solutions for plants, announces the release of version 5.4 of its RealityLINx® Asset Virtualization® platform. RealityLINx 5.4 includes a number of performance, functional, and usability enhancements. The new release features an entirely new underlying database engine, providing for significantly faster queries of the virtual plant model and associated data. The new RealityLINx release is also now available in a 64-bit version, taking advantage of the superior processing capability of Windows 64 bit architectures. Users will also discover a number of functional and usability improvements in the 5.4 release including private Knowledge Views, customizable tool tips, additional templates, new macro features, and new options for marked points.

A New Milestone in the Leica Geosystems HDS / INOVx Partnership
This latest release of RealityLINx, also breaks ground as the first offering from a partnership with Leica Geosystems HDS to jointly develop and distribute advanced software for converting laser scan data into intelligent plant models. Through this partnership with Leica Geosystems, the RealityLINx platform now incorporates the powerful point cloud engine (pcE) from Leica Cyclone. This combination of Leica and INOVx technologies found in RealityLINx 5.4 enables the transformation of laser scans of as-built assets into highly accurate geometries and intelligent asset models, faster than ever before possible. The Leica Geosystems / INOVx collaboration is grounded in an open solutions approach that can be deployed regardless of the specific type of laser scanner used or plant design software involved. The RealityLINx family of CAD adapters has also been expanded to support the import and synchronization of Leica Cyclone (COE) models into RealityLINx intelligent asset models.

Customers that rely on RealityLINx for creating plant models from laser scans will realize a number of benefits with the 5.4 release, including:

  • enhancements in assisted, rapid modeling of steel structural elements
  • display scan points for >10x as many scanner positions
  • speed up display times by >25x for regions of point clouds that include multiple scanner positions
  • quickly “clip” or remove undesired scan points near objects of interest, even with >40 regions displayed
  • eliminate time consuming scan data format conversion and import/export steps
  • display true color point clouds that look exactly like the real plant object

Finally, this release of RealityLINx also marks an expanded business agreement between Leica Geosystems and INOVx, establishing Leica Geosystems HDS the sole distribution channel for the RealityLINx Model product. Leica Geosystems will also offer, via their global distribution channels, the RealityLINx View and RealityLINx Manage products.

Industry Embracing the Benefits of Plant Models from Laser Scans
The use of 3D laser scanning to capture as-built geometry of plants has grown rapidly. This technology is driving improvements in the accuracy and completeness of Asset Documentation, providing customers with a foundation for better safety and environmental compliance. In addition, industry is increasingly taking advantage of intelligent 3D models developed from laser scans of facilities in order to drive new efficiencies in work processes ranging from design and construction through operations and maintenance. This new Asset Virtualization approach is transforming the way plant assets are managed, across the industry. By enabling the rapid construction of highly accurate models from laser scans, the RealityLINx platform accelerates activities in both Asset Documentation and Asset Virtualization solutions.

“We are pleased to already be delivering on the partnership we announced earlier this year with Leica Geosystems. Over the coming months and years, our combined technologies and efforts in providing tools for the rapid modeling of plant assets will set the standard for the process industries and benefit customers of both Leica and INOVx. Improvements in the creation of intelligent models from laser scans of as-built facilities further accelerates deployment of INOVx’s Asset Virtualization solutions by making these solutions faster, more cost effective, more functional and easier to maintain,” says Costantino Lanza, CEO of INOVx.

“Leica Geosystems is very excited to take this next, important step with INOVx. The new product, RealityLINx 5.4, is not only a great example of the significant productivity advantages of Leica point cloud Engine (pcE) technology in third party point cloud software, but our expanded partnership also provides customers with an even more complete laser scanning product solution offering from Leica Geosystems for the plant market,“ states Juergen Dold, CEO, Leica Geosystems.

About INOVx
INOVx, founded in 1999, provides a platform and solutions for Asset Virtualization® to companies in the process industries worldwide. INOVx’s RealityLINx product enables the creation, management and access to high fidelity three dimensional views of plant assets. These views are used in daily work practices to better communicate and navigate all asset information. INOVx solutions support many plant functions such as reliability, safety, operations, maintenance, inspection, and engineering. INOVx is a pioneer and thought leader in the application of laser scanning technology for the creation of accurate and precise three dimensional models of existing facilities. This Asset Documentation Service offers a reliable and proven way of creating and maintaining the three dimension asset models. INOVx is headquartered in Irvine, California. For more information please visit www.inovx.com..

Leica Geosystems – when it has to be right
With close to 200 years of pioneering solutions to measure the world, Leica Geosystems products and services are trusted by professionals worldwide to help them capture, analyze, and present spatial information. Leica Geosystems is best known for its broad array of products that capture accurately, model quickly, analyze easily, and visualize and present spatial information.

Those who use Leica Geosystems products every day trust them for their dependability, the value they deliver, and the superior customer support. Based in Heerbrugg, Switzerland, Leica Geosystems is a global company with tens of thousands of customers supported by more than 3’500 employees in 28 countries and hundreds of partners located in more than 120 countries around the world. Leica Geosystems is part of the Hexagon Group, Sweden.

Pointools

Pointools introduces Point Cloud plug-in for Google SketchUp

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Source: Pointools Blog:

Pointools has unveiled a Plug-in for Google SketchUp in time for the European LiDAR Mapping Forum, Autodesk University and SPAR Europe. The new Pointools Plug-in for SketchUp streamlines scan-to-model workflows for all SketchUp and SketchUp Pro users by enabling reuse of the largest point cloud models, and by providing a first-of-a-kind solution to create 3D city models from mobile scan data.

Like the Pointools Plug-ins for Rhino and AutoCAD applications, the Pointools plug-in for SketchUp eliminates the need for time-wasting translations, maintains visual quality and accuracy of point cloud models in SketchUp, and increases modeling productivity by reading the Pointools POD model file format to display billions of points on screen.

“This is great news for Google SketchUp and SketchUp Pro users,” commented Joe Croser, VP Products at Pointools. “The Pointools plug-in for SketchUp has been designed from the ground-up to take full advantage of SketchUp’s modelling environment and supports Google’s geo-location services to coordinate StreetView textures and aerial imagery alongside point clouds.”

The Pointools Plug-in for SketchUp extends Pointools’ leadership as an enabler for reusing the largest point cloud models inside the broadest range of applications. Croser continued, “Through our Vortex platform and widely-used software plug-ins, thousands of Autodesk, Bentley, and Rhino users have been able to benefit from streamlined point cloud model reuse across different applications by eliminating time-wasting translations. Now, the Pointools Plug-in for SketchUp, enables the same users to increase their return on investment (ROI) from 3D laser scan data by also reusing the same point cloud models inside SketchUp.”

Google SketchUp is a modelling programme originally designed for architectural, civil and mechanical engineers as well as filmmakers, game designers and other design professionals. With both Professional and Freeware versions, SketchUp is easy and intuitive to use – allowing design professionals to draw the way they want by emulating the feel and freedom of working with pen and paper.

Laser Scanning Guide

Laser Scanning Guide to Good Practice [Archaeology]

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The Archaeology Data Service is currently undertaking a collaborative two-year project with Digital Antiquity to broaden and update their series of Guides to Good Practice. The project will encompass important revisions of the existing six ADS Guides as well as the development of entirely new documents covering areas such as marine scanning, laser scanning, GPS, digital audio and digital video. Previous authors have been asked to revise existing content and new authors, from both Europe and the US, will contribute to the development of the guides into new themes and areas.

The project is in collaboration with the Digital Antiquity initiative, a US-based project with the aim of enhancing the preservation of and access to digital records of archaeological investigations. A major aim of the Guides is to provide the basis for archaeological project workflows that will create digital datasets that can be archived and shared effectively by Digital Antiquity’s tDAR repository in the US and by the Archaeology Data Service in the UK. The development of the Guides involves close collaboration with teams in the US at both the University of Arkansas and Arizona State University.

Other ADS projects are also planned to feed into the revision and development of the Guides. ADS involvement in the European VENUS project will result in one of the first published guides focussing on marine scanning and photogrammetry. In addition, the incorporation of findings from the ADS Big Data project, together with the revision of the existing guide on aerial photography and remote sensing data, will see a significant contribution to the guides from English Heritage funded projects.

The new Guides are under development and only selected sections are publicly available. The new Guides to Good Practice are scheduled to be released in January 2011.

Excerpt from Laser Scanning A Guide to Good Practice

By Angie Payne
Edited by Kieron Niven

This guide serves as a guide to good practice for the collection and archival of point cloud datasets and the additional derived products produced by terrestrial laser scanners in cultural heritage applications. It is recommended to read this guide in conjunction with Section 7 of the Metric Survey Specifications for Cultural Heritage (Bryan et al 2009) titled ‘Standard Specification for the Collection and Archiving of Terrestrial Laser Scan Data’ published by English Heritage. The Metric Survey Specifications for Cultural Heritage provides an excellent foundation for discussion of key project elements particularly project planning, data collection, and preliminary processing of terrestrial scan data. A lot of these points will be reiterated throughout this document. This guide builds upon the specifications provided by the Metric Survey Specifications for Cultural Heritage by broadening the scope to include such topics as accurate RGB/color acquisition and by also suggesting standards for archiving the derived products of point cloud datasets. Other key resources that were influential in the creation of this guide are 3D Laser Scanning for Heritage (English Heritage 2007) and Theory and Practice on Terrestrial Laser Scanning (3D Risk Mapping 2008).

This guide is not a “How To” document that describes methods for collecting and processing scan data but rather a guide to inform individuals of key considerations and metadata elements to document in scanning projects that will allow them to easily archive their heritage datasets. The graphic below shows the key steps of data acquisition and processing, metadata documentation, and data archival for laser scan datasets.These key areas form the basis for discussion for Sections 2 and 3 of this document; Section 1 provides introductory material and Section 4 provides a case study and sample metadata. It is our hope that the metadata elements discussed here will easily integrate into most heritage scanning projects and will promote the ease in archiving and the long term preservation of these valuable datasets.

Archaeology laser scanning guide to good practice workflow

The full draft is available for review at http://guides.archaeologydataservice.ac.uk/g2gp/LaserScan_Toc.

Microsoft Unknowingly Revolutionizes

Microsoft Unknowingly Revolutionizes the 3D Imaging Industry [Kinect]

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Being the bleeding edge technology geeks that we are here at SCANable, we have been closely following Microsoft’s adoption of Israeli developer PrimeSense’s controller-less motion capture technology which interprets 3D scene information from a continuously-projected infrared structured light. Now released as the Kinect for Xbox 360, or simply Kinect (originally known by the code name Project Natal), defined as a “controller-free gaming and entertainment experience” by Microsoft for the Xbox 360 video game platform, and may later be officially supported by PCs. Based around a webcam-style add-on peripheral for the Xbox 360 console, it enables users to control and interact with the Xbox 360 without the need to touch a game controller, through a natural user interface using gestures, spoken commands, or presented objects and images. The project is aimed at broadening the Xbox 360’s audience beyond its typical gamer base. Kinect competes with the Wii Remote with Wii MotionPlus and PlayStation Move motion control systems for the Wii and PlayStation 3 home consoles, respectively.

Weeks before the Kinect was officially released, the hacking community was hard at work digging through this revolutionary hardware in order to test the true limits of its capabilities. There was even a bounty of $3,000 offered by development company “Adafruit” to obtain an open-source driver. A mere two days after the bounty was announced, that goal had already been reached — this according to an email Adafruit’s Phillip Torrone sent Gizmodo. Drivers have been available for Mac and Linux for a couple of weeks, but there are now working drivers for Windows for which we have successfully tested here at SCANable. Our early assessment has indicated that this inexpensive device is actually capable of  much more than just a game controller. To our amazement, we discovered that it continuously captures 3d point cloud data of everything in your living room/game room. By tapping into the Kinect with a PC (Mac, Linux or Windows), we were able to gain full access to this multi-purpose 4-dimensional data with the ability to freely move around the feed in real-time. Using the OpenKinect drivers and basic viewing software, we were even able to set cut-planes which gave us the ability to isolate the moving object in the scene and view this data as colored depth ranges or true RGB color generated by the units embedded camera.

Drivers:
Kinect drivers for Windows can be found here.
Drivers for Mac and Linux can be found here.

The possibilities of this technology are tremendous. We see a near future where we can navigate through a point cloud dataset or virtual 3D model using simple hand gestures (see Evoluce’s example below). Imagine being able to digitally record “true” 3D video and having the ability to easily remove data at certain depths instead of by color eliminating typical green screen procedures. Even better, what if you strapped one of these bad boys onto a robotic vacuum and used it to remotely capture 3D data of interior spaces. Think we are crazy? Keep reading…

How does it work?
Wired has a great article about!

Canesta-Howitworks1

Examples:

We have compiled several of the best videos of the Kinect in-use. Check them out and be sure to post comments below. We all are masters of manipulating point cloud data, let’s pull together our resources and expertise and come up with some great applications for this affordable technology!

Evoluce, one of the leading manufacturers of high-quality multi-touch and gesture computing displays, demonstrates the future of how we interact with our computers.

MIT early experiments with a Microsoft Kinect depth camera on a mobile robot base. Say hello to KinectBot. Is this the indoor mobile mapping solution we have been waiting for?

Kinect-style device used to map the interior of a building:

For the launch of Xbox Kinect in Germany, seeper created an interactive projection mapping. Set at the highly visible Stachus in central Munich, this project attracted hoards of participants. Immersed in the experience, users took part in epic particle ball games, sending fluids shooting three stories high. Together with guests, including Sylvie van der Vaart, we explored the limits of controller free gaming!

Kinect used for real-time lightsaber:

What are your thoughts about this revolutionary device? Be sure to leave your comments and feedback below. Also be sure to check back here over the coming weeks for new updates!

Leica employee receives award

Orlando Police Department Awards Leica Geosystems Employee for Assistance with Police Investigation of Workplace Shooting

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(Orlando, FL November 8, 2010) At a ceremony honoring those citizens who provided assistance to the victims and the investigative efforts of the Orlando Police Department in the aftermath of the Gateway Plaza workplace shooting, Orlando Chief of Police Val Deming presented Leica Geosystems employee Frank J. Hahnel, III with OPD’s Good Citizen Award for his on-scene assistance in documenting the homicide scene using Leica’s ScanStation C10 3D laser scanning technology.  Hahnel is an Orlando resident and is Leica Geosystems’ Accident Investigation Account Manager for North America.

It was on November 6th, 2009 that Jason Rodriquez opened fire on former colleagues at the engineering firm he had been let go from killing one and injuring five.  Hours later Orlando Police tracked Rodriquez to his mother’s home where he peacefully surrendered.  The crime scene left behind was a large and daunting one encompassing most of the eighth floor of an office building where Rodriguez had stalked the hallways shooting his victims.  Shortly after securing the crime scene the OPD reached out to Hahnel who had only recently provided a demonstration to the agency on the capabilities of the ScanStation C10.

The ScanStation C10 is an eye-safe and easy-to-use portable 3D laser scanner that can both panoramically photograph a scene and then capture over 3.5 million survey quality measurements in less than two minutes.  The technology is used by law enforcement agencies all over the world for crime scene investigation, vulnerability and threat assessments, post-blast investigation, police action inquiries, accident investigations and more.  Hahnel responded to the call-out and systematically scanned the crime scene from 45 different perspectives to document the scene in 3D.

“The ScanStation cut the time required to do our work in half by eliminating the need to manually measure the scene” said Karen Livengood an OPD Crime Scene Investigator.  “Additionally, the data from the ScanStation lets you virtually walk through the crime scene in 3D, which makes for a clearer presentation to the jury in court” she added.

Following the award presentation by Chief Deming and Orlando Mayor Buddy Dyer, Hahnel expressed his sympathy for the victims and his appreciation for being recognized.  “Helping with the investigation was a life-changing event for me as I had never seen the results of such a violent crime.  I am grateful to have been able to help the police in the community in which I live”.

Leica Geosystems – when it has to be right

With close to 200 years of pioneering solutions to measure the world, Leica Geosystems products and services are trusted by professionals worldwide to help them capture, analyze, and present spatial information. Leica Geosystems is best known for its broad array of products that capture accurately, model quickly, analyze easily, and visualize and present spatial information.
Those who use Leica Geosystems products every day trust them for their dependability, the value they deliver, and the superior customer support. Based in Heerbrugg, Switzerland, Leica Geosystems is a global company with tens of thousands of customers supported by more than 3,500 employees in 28 countries and hundreds of partners located in more than 120 countries around the world. Leica Geosystems is part of the Hexagon Group, Sweden.

To view this release on the web please click here: http://www.leica-geosystems.us/forensic/press_19.html

For further information regarding the use of HDS for Accident Investigation contact:

Frank J. Hahnel, III
Accident Investigation Account Manager
Leica Geosystems Inc.
407.421.0873 phone
frank.hahnel@lgshds.com
www.lgshds.com
www.leica-geosystems.us/forensic

leica law enforcement

Leica Geosystems launches a dedicated forensics program for law enforcement

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Leica Geosystems launches a dedicated forensics program for law enforcement at this year’s worldwide 3D laser scanning conference.

As part of its eighth annual Worldwide User Conference devoted to 3D laser scanning in San  Ramon, California, USA (near San Francisco), Leica Geosystems successfully launched a program devoted specifically to the law enforcement and public safety community.  The event drew law enforcement agencies and forensic professionals from around the United States and the world over a four day period October 24-27, 2010.

Of special interest was the seven-hour “live fire” shooting reconstruction workshop titled “3D Laser Scanning of Shooting Scenes and Trajectories” taught by Mike Haag of the Albuquerque Police Department’s Major Crime Scene Team.   Mr. Haag has used the Leica ScanStation on dozens of cases for shooting reconstruction and he is a Distinguished Member of the Association of Firearms and Tool Mark Examiners.   Over 30 law enforcement professionals attended this class on a very rainy and wet Sunday at the Contra Costa County Sheriff’s Department who provided their facility.  The weather didn’t inhibit the operation of the Leica ScanStation C10 or the enthusiasm of the class which learned the fundamentals and best practices of shooting incident reconstruction and trajectory measurement using 3D laser scanning.

The Leica Geosystems ScanStation C10 is an easy-to-use, compact and portable 3D laser scanner that measure 3.5 million points at a scene in less than two minutes in any lighting conditions.  The system does not require any special eye protection when used, is robust and captures the leveled survey-quality data required for accurate crime scene reconstruction and analysis.

In recent years  many public safety agencies across a broad spectrum of law enforcement—County Sheriff’s departments, metropolitan police agencies and state investigative agencies—have acquired Leica ScanStations and now deploy them regularly for a wide range of tasks, including crime scene investigation,  officer involved shootings and threat assessments of buildings and other infrastructure.  Increasingly, criminal prosecutors are relying on compelling images and animations created with the system to present evidence to juries and to effectively counter the so-called “CSI effect.”

Dr. John DeHaan, of California-based Fire-Ex Forensics, Inc. an internationally recognized expert in his field and the author of Kirk’s Fire Investigation was the first speaker in the general session with a presentation titled “Documenting Fire and Explosion Scenes with Leica ScanStation Technology.” After guiding the audience through multiple cases including a home destroyed by a gas leak and an ambulance (VBIED) rigged with an explosive device as a test exercise Dr. DeHaan itemized 11 significant benefits and advantages of Leica’s ScanStation technology over other methods.

“Based on the recent, extremely rapid uptake of HDS for forensics and homeland security applications,” explained Tony Grissim, Leica Geosystems Public Safety and Forensic Accounts Manager, “the launch of a dedicated law enforcement track at this year’s conference demonstrates how seriously Leica Geosystems is committed to serving the needs of the law enforcement community.”  Grissim added that portions of the program were recorded and will be available on Leica’s forensic web site at www.leica-geosystems.com/us/forensic

Leica Geosystems—when it has to be right.

With close to 200 years of pioneering solutions to measure the world, Leica Geosystems is trusted by professionals worldwide to help them capture, analyze and present spatial information. The company is best known for its broad array of products that accurately capture, model quickly, analyze easily, visualize and present spatial information. Based in Heerbrugg, Switzerland, Leica Geosystems is a global company with tens of thousands of customers supported by more than 3,500 employees in 28 countries and hundreds of partners located in more than 120 countries. Leica Geosystems is part of the Hexagon Group, Sweden.

To view this release on the web please click here

http://www.leica-geosystems.us/forensic/press_18.html

For further information regarding the use of HDS for Accident Investigation contact:

Frank J. Hahnel, III
Accident Investigation Account Manager
Leica Geosystems Inc.
407.421.0873 phone
frank.hahnel@lgshds.com
www.lgshds.com
www.leica-geosystems.us/forensic

Leica HDS worldwide user conference

Leica Geosystems 2010 HDS Worldwide User Conference – Day 1

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The conference kicked off this morning with some great presentations including a live preview of Cyclone 7.2 and its new pcE high speed visualization engine.

Some of the more interesting presentations today also included:

– Explosion Dynamics Research/Forensic Investigations using HDS, presented bu Dr. John DeHaan, FireEx Forensics
– Ken Smerz, Kovach Construction/Precision 3D Scanning, gave an excellent presentation on the benefits of laser scanning for the precise fabrication of complex wall systems.
– Alan Barrow, ABA Surveying, showed how he is using 3 HDS6000’s, a LandINS IMU and Javad GNSS mounted on the back of a van for near survey-grade mobile scanning.
– Luncheon keynote updating us on the status of the Mt. Rushmore CyArk project was given by Liz Lee and Doug Pritchard. They showed some remarkable images of the project.
– Zebra Imaging is displaying their latest high-resolution, full-color holographic prints in their booth. They have some great examples of full-color point clouds and detailed Building Information Models.

The day ended with a great social evening of food and bocce at Campo di Bocce Ristorante & Bar.

We are looking forward to more great presentations over the next couple of days. Be sure to follow us at www.twitter.com/scanable for live updates throughout the event.