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Getting started with Kinect on Ubuntu 12.04 – OpenNI, Nite , SimpleopenNI and Processing | ramsrigoutham
The objective of this tutorial is - 1) To install OpenNI, Nite (drivers that help getting data from the kinect) in Ubuntu 12.04. 2) To set up Processing and SimpleOpenNI ( OpenNI and Nite wrapper for Processing ) using which you can get started with Kinect coding. What you need? Kinect with usb cable and a computer with Ubuntu installed. It is not recommended to run Ubuntu as a wubi installer from Windows when working with Kinect. Better install Ubuntu in a new partition and run it. 1) Installing OpenNI and NITE 1) I highly recommend installing 32 bit versions of all even if yours is a 64 bit system. Tip: Instead of navigating to different folders using cd command you can enable Open in terminal option when you right click in any folder. sudo apt-get install nautilus-open-terminal After installing type : killall nautilus && nautilus in terminal to activate the change immediately. Testing the installation: Connect the kinect and ensure that the green Led on it is blinking. . Errors in my case:
Global Health, Local Knowledge
Marker Color Marker color reflects the noteworthiness of events at a particular location during a given time window. An event's degree of noteworthiness is based on the significance rating of the alert provided by HealthMap users. Marker Size The large circle indicates a country-level alert, while state, province and local alerts are indicated by the small circle.
C++ GL Example
main.cpp Makefile This Makefile is probably not Portable to your System then are changes required CC = g++ LD = g++ LDFLAGS = CFLAGS=-g -Wall `pkg-config --cflags libfreenect` -lopengl32 -lglut32 LIBS = `pkg-config --libs libfreenect` -lGL -lGLU -lglut OBJECTS = main.o PROG = mycppview all:$(PROG) $(PROG): $(OBJECTS) $(LD) $(LDFLAGS) $(LIBS) $(OBJECTS) -o $(PROG) %.o: %.cpp $(CC) $(CFLAGS) $(LIBS) -c $< clean: rm -rf *.o $(PROG)
Global Payroll Service Provider
Gluciboat : un serious game pour accompagner les patients diabétiques de type 2
Ce jeu virtuel consiste en une croisière ludique en méditerranée. Chaque escale est l'occasion d'en apprendre un peu plus sur le diabète de type 2 et de progresser dans la compréhension de la prise en charge. Le 14 octobre, l'URPS Médecins Libéraux PACA et la Fédération Française des Diabétiques ont dévoilé une innovation, qui pourrait faciliter la prise en charge des patients diabétiques. Sur le même sujet Mais c'est quoi un serious game ? Gluciboat est plutôt considéré ici comme un outil d'éducation thérapeutique (ETP). Une nouvelle approche dynamique dans la relation patient-soignant L'intérêt, c'est que le médecin va pouvoir suivre à distance les progrès de son patient sur le jeu virtuel et adapter au besoin son suivi. Son contenu a été développé avec l'aide des Patients Experts des Associations de Diabétiques (AFD) fédérées de la Région Sud PACA et validé ensuite par des médecins endocrinologues. Voguer sur les eaux de la méditerranée pour mieux comprendre votre diabète
Making Things See Available for Early Release
I’m proud to announce that my book, Making Things See: 3D Vision with Kinect, Processing, and Arduino, is now available from O’Reilly. You can buy the book through O’Reilly’s Early Release program here. The Early Release program lets us get the book out to you while O’Reilly’s still editing and designing it and I’m still finishing up the last chapters. If you buy it now, you’ll get the preface and the first two chapters immediately and then you’ll be notified as additional chapters are finished and you’ll be able to download them for free until you have the final book. This way you get the immediate access to the book and I get your early feedback to help me find mistakes and improve it before final publication. So, what’s in these first two chapters? Chapter Two begins the real work of learning to make interactive programs with the Kinect. I’m also excited to see what O’Reilly’s design team comes up with for a cover. Enjoy the book!
ExOne Announces Exerial™ Industrial 3D Printing System
The ExOne Company (Nasdaq: XONE), a global provider of three-dimensional printing machines and printed products to industrial customers, announced the upcoming availability of its largest 3D printing system, the Exerial™. The Exerial system demonstrates a considerable evolution in ExOne’s machine portfolio as the new printer allows customers to engage with the indirect printing technology for industrial series production, beyond the rapid prototyping and small batch production for which the company’s other systems are currently being used. ExOne will formally debut the Exerial machine at the GIFA International Foundry Trade Fair in Du¨sseldorf, Germany, on June 16-20, 2015. “ExOne’s industrial customers are pressing for latter stage technology to address their production needs with a 3D printing system that supports higher volumes and automation for the industrial production environment. For more information, visit: www.exone.com
Graphical projection
Perspective projection of triangle ABC on plane Π from point S. Graphical projection is a protocol, used in technical drawing, by which an image of a three-dimensional object is projected onto a planar surface without the aid of numerical calculation. Overview[edit] Increasing the focal length and distance of the camera to infinity in a perspective projection results in a parallel projection. The projection is achieved by the use of imaginary "projectors". There are two graphical projection categories each with its own protocol: Types of projection[edit] Several types of graphical projection compared. Parallel projection[edit] In parallel projection,the lines of sight from the object to the projection plane are parallel to each other. Orthographic projection[edit] Pictorials[edit] Within parallel projection there is a subcategory known as Pictorials. Axonometric projection[edit] There are three main types of axonometric projection: isometric, dimetric, and trimetric projection. See also[edit]
