The full list of supported types for post requests is in the MATLAB documentation. Everything OpenFlexure Industries produces is 100open source.
For example, the extension `` should be written as `org_DOT_openflexure_DOT_autofocus`.įor a post request, `data` can be a `struct`, `character vector`, `numeric`, `cell` etc. OpenFlexure Industries is committed to openness. **However**, due to MATLAB struct limitation, you need to replace any `.` in your extension name to `_DOT_` and any `-` to `_DASH_`. of splenic flexure performed in conjunction with partial colectomy 196 44238 Unlisted laparoscopy procedure, intestine (except rectum) Carrier Priced 45395 Laparoscopy, surgical proctectomy, complete, combined. To run methods provided by the microscope extensions, you can use the `extensions` `struct` to make `get` or `post` requests. Traditional Open Procedure +44139 Mobilization (take-down) of splenic flexure performed in conjunction with partial colectomy 127. If you created an instance of the object with the name `microscope` as above, the commands can be found in the readme.įor more information, run `help OFMClient`. The `MicroscopeClient` object has a few basic methods.
#Open flexture install#
MATLAB should prompt you to install this on first use. To use this functionality you will need to install the IP Camera Support from MATLAB. This will launch a window with the video preview direct from the microscope. You can view a video preview in MATLAB using This will test the stage movement, run the autofocus routine, show a picture taken by the microscope and list the extensions that are on the microscope.
To test if your connection has worked, you can run the following block (it is also a script in the repository called `check_the_connection.m`.):ĭisp("Is the microscope in the starting position?") ĭisp(isequal(microscope.position_as_matrix(),starting_pos)) If necessary you can also set the port (default is `5000`): * Use the microscope's **hostname** or **IP address**. Microscope = OFMClient('microscope.local') It follows on from the OpenFlexure Microscope which is. You can read about it in the Optics Express article (open access). The OpenFlexure Block Stage is a 3D printable design that enables very fine (sub-micron) mechanical positioning of a small moving stage, with surprisingly good mechanical stability. The descending colon lies on the posterior abdominal. High-precision, 3-axis translation stage. It turns downwards as the descending colon, which, like the ascending colon, is retroperitoneal. It is held on to the diaphragm by a peritoneal fold, the phrenicocolic ligament on which the spleen sits. To connect to your microscope, you can either: The splenic flexure lies at a higher level compared with the hepatic flexure (Fig. You just need to download/clone this repository and make sure the files are added to your MATLAB path. You are able to move the microscope and get the images from the microscope, as well as run extensions. These MATLAB classes make it easy for you to connect and control an OpenFlexure Microscope over a network. A MATLAB client for the OpenFlexure Microscope
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