Small and fast Linux kernel driver for getting depth data from the Kinect sensor.

Also runs on embedded devices like the Raspberry Pi.

This is a fork for the standard Linux kernel modules gspca_main and gspca_kinect, based on upstream Linux kernel commit 6c94e14e7f802011afc1018fc8529e66f40866b9. The standard driver provides camera (color) information, this one provides depth information. They cannot both be used at the same time.

As of Linux 3.17, this has been merged into the standard Kinect driver (gspca_kinect); it is already installed.

The the version in Linux 3.17 can either be in color mode or depth mode. This is controlled by the depth_mode command-line argument, depth_mode=0 for camera, depth_mode=1 for depth. You can add this as a kernel command-line argument in the bootloader configuration, in /etc/modprobe.d/, or after boot using modprobe.

echo options gspca_kinect depth_mode=1 > /etc/modprobe.d/kinect-depth.conf

rmmod gspca_kinect
modprobe gspca_kinect depth_mode=1

If you compile the code on the device you want to use it on, you need the kernel source installed and some basic setup. Just search for a guide to compile kernel modules on your OS.

make
make load

If you want to compile it for a different architecture (PC to Pi) you also need a cross compiler. Look for a guide to cross compile a kernel and modules for a Pi.

make arm
scp * pi@pi:
ssh pi@pi
make load

sudo apt-get install git build-essential

git clone https://github.com/xxorde/librekinect.git
cd librekinect

make
make load

This should continue to work as long as Raspbian uses a kernel older than 3.17.

sudo -s
apt-get install build-essential bc ncurses-dev tmux git

tmux
cd /usr/src/

# find out which kernel you are using – in my case 3.12.20+
uname -r
# get the source – in my case 3.12.y (change if needed) 
wget https://github.com/raspberrypi/linux/archive/rpi-3.12.y.tar.gz
tar xfvz rpi-3.12.y.tar.gz
mv linux-rpi-3.12.y linux

ln -s /usr/src/linux /lib/modules/$(uname -r)/build
ln -s /usr/src/linux /lib/modules/$(uname -r)/source 
cd /usr/src/linux

make mrproper

# If using Kernel >= 4.x.x execute:
sudo modprobe configs

# get your config
gzip -dc /proc/config.gz > .config

# building, that is going to take a while!
make
make modules_prepare
make modules_install

# copy the new kernel image
cp /usr/src/linux/arch/arm/boot/zImage /boot/linux-3.12.y

# choose it
echo "kernel=linux-3.12.y" >> /boot/config.txt

reboot

after reboot

git clone https://github.com/xxorde/librekinect.git
cd librekinect

make
make load

That worked on my Pi with the current version of Raspbian. It will take some time, if you loose the connection use tmux attach.

If you have a faster way, let me know!

After loading the modules you should have a new /dev/videoX which you can use like a web cam.

For example:

camorama -d /dev/video0
vlc v4l:///dev/video0

This is the standard in linux. You can use it with virtually every program or library, for example OpenCV.

But it's not! Try it!

1. Check your Kinect power supply. It needs additional 12V.

2. Maybe it takes to much from the Raspberry Pi's 5V too, try an active USB hub.

1. Check if you have the needed tools (gcc ect.)

2. Do you have the kernel sources? Are they at the right place?

Is the kernel compatible to the sources you use? Compile a kernel and load it.