xbox 360 kinect sensor 3d scanner for mac

#XBOX 360 KINECT SENSOR 3D SCANNER FOR MAC FOR MAC#
#XBOX 360 KINECT SENSOR 3D SCANNER FOR MAC INSTALL#
#XBOX 360 KINECT SENSOR 3D SCANNER FOR MAC DRIVERS#
#XBOX 360 KINECT SENSOR 3D SCANNER FOR MAC DRIVER#
#XBOX 360 KINECT SENSOR 3D SCANNER FOR MAC SOFTWARE#

When you use the non-commercial version of the software, above all other limitations, a technical limitation applies. As shown in the table of compatibility, some video cards don’t have these drivers.

#XBOX 360 KINECT SENSOR 3D SCANNER FOR MAC DRIVERS#

You also need to have drivers with OpenCL support (beware: it’s CL, not GL!): might be a good idea to check on the manufacturer website, to download the latest ones.

In the package you will find the right installation guide for your specific driver. zip “) and proceed with the installation (driver first and then the software).

#XBOX 360 KINECT SENSOR 3D SCANNER FOR MAC DRIVER#

įew batch files will allow you to start the various acquisition modes.ĭownload the file “ReconstructMe_Installer_NonCommercial_405.exe” and the your driver kit (in our case “OpenNI Sensor Driver Package x86 1.5.2. You can download ReconstrucMe from here which is composed of an SDK, a console mode interface and a set of drivers for the different versions of Kinect. SDK operates in two modes: normal, with one squared meter divided into 256 elements, or high-resolution, same volume, but with 512 elements. Use of different GPU cards implies limits for compliance but there’s a well maintained list of compatibility.

#XBOX 360 KINECT SENSOR 3D SCANNER FOR MAC SOFTWARE#

ReconstructMe software correlates each point cloud to the following, recognizing the already acquired spots in the surface and linking them up with the rest of the map. Unfortunately, this is not a fully open source solution: it’s a free SDK for non-commercial use (a license fee applies for professional purposes).Īs said before, since the purpose of Kinect was to capture the whole person in order to identify movements, the tool is good for objects of a comparable size.Īs an example Kinect can scan a chair or an umbrella, but will not be able to to scan a lighter with sufficient definition for details. You need a Kinect (Xbox, PC versions or the “compatible” Asus Xtion Pro), a personal computer with ATI or NVIDIA graphics accelerator card and then the ReconstructMe software with the appropriate driver. This is not the right solution to duplicate small object: it’s “resolution” and the volume in which Kinect works best, make the Kinect not suitable for small items such as figurines or small, detailed, objects. From desktop size stuff up to furniture or the whole person, Kinect can be miraculous on its own. Microsoft Kinect, hacked thanks to some tenacious developers, is now emerging as a simple and effective tool to acquire three-dimensional models. Now, we have a cheap dedicated hardware that is ready to provide a 3D representation of what’s in front of it. There are a lot of well known approaches based on laser, video projectors, cameras to create “point clouds” of a 3D surface (thanks to partially open softwares). Run combine_continuous.The good news, for those concerned with the openness of such a system, is that, well before that move, developers already created it: it only takes a Microsoft Kinect and a computer to scan things and create models of sufficient quality to be 3D printed. Run test_calibration.py (with the right parameters for session name and number of sensors) to test if the calibration was saved right.

Use the specified keys to position the views, then press u to save.

in the parameters in the top of the file you can specify the session name, number of sensors and the snapshot index to use for the calibration.

#XBOX 360 KINECT SENSOR 3D SCANNER FOR MAC INSTALL#

Move to the depth_image_processing/ folder and install dependencies:

Optional: create a virtualenv with python 3.x interpreter:Įxample: virtualenv -python=D:/python37/python.exe depth_image_processing/env

Run python acquire.py, enter a name for the session and the number of connected sensors.Ģ) depth_image_processing/ 2.1) Installation.

Connect Kinect scanners and position them pointing at the center of the stage/subject.

Move to the kinect_interface/ folder and install dependencies: Optional but recommended because of the different python version: create a virtualenv with python 2.7 interpreter:Įxample: virtualenv -python=D:/python27/python.exe kinect_interface/env 1) kinect_interface/ 1.1) Installationĭownload & install the Microsoft Kinect SDK v1.8 They are platform independent and require python 3. The scripts in depth_image_processing/ constitute the main part of this repo.

#XBOX 360 KINECT SENSOR 3D SCANNER FOR MAC FOR MAC#

For Mac and Linux computers there are other ways of getting depth images from kinect sensors like OpenNI, see for instance the guide at. These scripts use pykinect with the Microsoft Kinect SDK and these dependencies also dictate the requirements, most importantly a Windows environment and Python 2.7. The scripts in kinect_interface/ are only for acquiring depth images from the kinect sensor and storing them as. The repository is divided in two parts, with different system and python requirements: Collection of scripts to acquire depth images from one or more Kinect v1 (xbox360) sensors and generate 3d models from them.

Xbox 360 kinect sensor 3d scanner for mac