Visicam: Difference between revisions
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**Work in progress ** | |||
The Laser Cutter operating on Visicut has been amended with a complementary Raspberry Pi 2 with a Class 10 8gB SDCard running Raspbian Jessie and [https://github.com/t-oster/VisiCam VisiCam]. | The Laser Cutter operating on Visicut has been amended with a complementary Raspberry Pi 2 with a Class 10 8gB SDCard running Raspbian Jessie and [https://github.com/t-oster/VisiCam VisiCam]. | ||
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The Raspberry Pi should be accessible on the local network at visicam.hackspace | The Raspberry Pi should be accessible on the local network at visicam.hackspace | ||
Visicam allows you to view a live image of your material laid in the laser cutter and overlay the design you want to cut/etch/etc onto the material directly. | Visicam allows you to view a live image of your material laid in the laser cutter and [https://github.com/t-oster/VisiCam/wiki overlay the design] you want to cut/etch/etc onto the material directly. | ||
The steps followed for setting up the Raspbian image used the latest Raspbian Jessie download as of 22nd of January 2016 along with the steps [https://github.com/t-oster/VisiCam/wiki/Raspberry-Pi-installation-on-Raspbian here] with the exception that OpenCV dev did not have to be compiled as the package was up to date in the repository. Also, javacv / javacpp did not have to be compiled as the pre-compiled binaries were used for visicam. | The steps followed for setting up the Raspbian image used the latest Raspbian Jessie download as of 22nd of January 2016 along with the steps [https://github.com/t-oster/VisiCam/wiki/Raspberry-Pi-installation-on-Raspbian here] with the exception that OpenCV dev did not have to be compiled as the package was up to date in the repository. Also, javacv / javacpp did not have to be compiled as the pre-compiled binaries were used for visicam. | ||
Revision as of 12:36, 22 January 2016
- Work in progress **
The Laser Cutter operating on Visicut has been amended with a complementary Raspberry Pi 2 with a Class 10 8gB SDCard running Raspbian Jessie and VisiCam.
The Raspberry Pi should be accessible on the local network at visicam.hackspace
Visicam allows you to view a live image of your material laid in the laser cutter and overlay the design you want to cut/etch/etc onto the material directly.
The steps followed for setting up the Raspbian image used the latest Raspbian Jessie download as of 22nd of January 2016 along with the steps here with the exception that OpenCV dev did not have to be compiled as the package was up to date in the repository. Also, javacv / javacpp did not have to be compiled as the pre-compiled binaries were used for visicam.
Visicam can be configured on: http://visicam.hackspace:8080/configPage.html
With the normal access page being: http://visicam.hackspace:8080
The resolution was setup with the defaults specified in the visicam github wiki, though it should probably be scaled up to 1280x720, the resource allocation on the Pi 2 is already setup to allow this.
Todo: Utilising the GPU on the RaspberryPi 2 is probably the best idea and this is possible with VisicamRPiGPU.
VisicamRPiGPU has to be compiled and at the time of writing a package dependency problem with python-argparse in Raspbian Jessie meant that the package had to be acquired from the Debian repository, installed manually, and omitted from the visicamrpigpu install script.
Unfortunately Visicam was not happy to use the rpigpu binary so use of this is still in testing.