Nome del modulo che ha generato l'errore: cv2. You really need an expert here. You are running the 32 bit version of Horus. Is your Windows 10 OS 64 bit or 32? My windows is 64bit. Thank you for your attempt to help me. Contact BQ support for confirmation. Horus runs just fine on Win10 64bit. Install as administrator. David Kok.
Is there somewhere to download the installer or a binary? I am having terrible trouble compiling it with the package. How much memory do you have on the Windows 10 machine? Check your resources with Task Manager to see how much free memory you have.
Thank you Bernie for your answer ,. Always the same message, calling horus. In case you have not done so, reinstall Horus as Administator. My account is administrator,. Nome dell'applicazione che ha generato l'errore: python. Nome del modulo che ha generato l'errore: cv2. You really need an expert here. You are running the 32 bit version of Horus. Is your Windows 10 OS 64 bit or 32? My windows is 64bit.
Added Video Settings panel. Apr 8, Updated packaging for mac. Mar 16, View code. Horus Installation Supported Current version: 0. Horus Horus is a general solution for 3D laser scanning. Installation Supported Current version: 0. However, anyone can test it and contribute to its support.
Logo Name Instructions Debian [en] Fedora [en] Documentation Here you will find the official documentation of the application: User's manual [ es ] And also all the scientific background of the project in nice Jupyter notebooks: Notebooks Repository Development Horus is an Open Source Project. For example last year I built a quadcopter using a flight control system that is essentially an Arduino platform with an integrated flight control shield. Mounted on my quadcopter I have a two axis stabilized camera gimbal - again an Arduino core with an application specific integrated shield.
For the quadcopter it made more sense for the shields to be integrated. However, for the Ciclop the shield is a more traditional piggy back interface board. The Ciclop shield provides the hardware interface control for the bipolar stepper motor and also for the line laser control. In the case of the Ciclop shield the integration is taken one step further and a stand alone bipolar stepper motor driver module is used as these modules are used extensively in the 3D printer and home CNC market and are very inexpensive.
In this step we will go over the process of downloading or programming the Arduino platform with the firmware. Firmware in this context is essentially the code that runs on the Arduino ATmegaP microprocessor.
The board is supplied already programmed up with the bootloader so all that is necessary is to use the Arduino Integrated Design Environment or IDE to program the board with the Ciclop firmware. I will elaborate slightly on this point. However, for various reasons outside the scope of this instructable most of the clone boards are now fitted with a different type of interface device that requires a different driver CHG.
In my experience once this driver is installed the board appears as a COM port and everything else operates as expected. One thing that is worth trying if you are new to all this Arduino business is to up load an example sketch first just to give you the confidence that everything is working correctly.
Under the IDE file menu there are a bunch of example sketches - one of which is simply called blink. So you don't need the Ciclop shield fitted at this stage just upload blink and sanity check that the board LED is flashing. Once happy you can go onto load up the Ciclop sketch and program the board. The entire programming process for the Ciclop firmware takes just a few seconds.
Once you have your camera you need to install the camera driver. The camera simply slots snuggly into the top of the camera holder. The USB cable runs down through the camera holder and out of the base. However, for you it may probably will be different. Under the Windows control panel open the device manager and check which COM port has been allocated.
This is because an UNO board fitted with the larger type USB connector will foul the 12V power connector fitted to the shield - you can see this issue in the photographs. I did not heed the advice given and as a result had to file the solder profile down under the power connector and used a double layer of Kapton tape to prevent a short.
The shield worked perfectly first time and is by far the best value for money currently available - and you get to build it which adds to the fun! I bought my motor from eBay and it was supplied with a header connection on the side and a plug with about 1m of cable - very nice.
However, it may not be obvious how the four connections of the motor connect to the motor controller. I do quite a bit of work with stepper motors and it never ceases to amaze me how much misinformation there is on the internet regarding their connections. There are two main types of stepper motor Unipolar and Bipolar - this particular motor is a Bipolar type with four wires. Essentially inside the motor are two coils with two wires connected to each coil - hence a four wire interface.
The lasers used in the project were 5mW focusable line lasers, again sourced from eBay. Each laser has a rotatable diffraction lens mounted on the front which projects a laser line and by rotating allows the laser line to be focused.
The laser holder plastic parts as printed were obviously intended for a laser with a smaller diameter body and so my lasers didn't fit. NOTE: deb and exe packages can be generated in debian like systems. Skip to content. Star Branches Tags. Could not load branches. Could not load tags. Latest commit.
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