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1. #Digicamcontrol nikon lag how to
2. #Digicamcontrol nikon lag install
3. #Digicamcontrol nikon lag software
4. #Digicamcontrol nikon lag code

Path.GetDirectoryName(fileName) + "\\" + Path.GetFileNameWithoutExtension(fileName) + "_", 0, This useful when camera is set to record in ram the the all file names are same. if file exist try to generate a new filename to prevent file lost. String fileName = Path.Combine(FolderForPhotos, Path.GetFileName(eventArgs.FileName)) TaskCompletionSource.TrySetException(new Exception("eventArgs is empty")) Private void DeviceManager_PhotoCaptured(object sender, PhotoCapturedEventArgs eventArgs) = new MediaTypeHeaderValue("image/jpg") = new ContentDispositionHeaderValue("attachment") Result.Content = new StreamContent(stream) Var stream = new FileStream(fileName, FileMode.Open) HttpResponseMessage result = new HttpResponseMessage(HttpStatusCode.OK) Var fileName = await (continueOnCapturedContext: false) TaskCompletionSource = new TaskCompletionSource() ĭeviceManager = new CameraDeviceManager() ĭeviceManager.DisableNativeDrivers = true ĭeviceManager.PhotoCaptured += DeviceManager_PhotoCaptured ĭ() Public async Task Get(CancellationToken token) Private CameraDeviceManager DeviceManager = null Private TaskCompletionSource TaskCompletionSource = null Public string FolderForPhotos = Path.Combine(Environment.GetFolderPath(), "DSLR") Public class PhotoController : ApiController Mixing the HTTP request/response model with event handlers proves to be not an easy task.Īdd a new Empty Web API 2 Controller and name it PhotoController and this is the implementation of it: using CameraControl.Devices And we have to serve it as an action method after all. There is also some exception handling logic. Therefore it uses events to handle operation results. The library itself is not implemented to support async as is the nature of most Web APIs.

#Digicamcontrol nikon lag code

I know this is not the prettiest code you will ever see but there are some reasons for it. It provides a number of events like for example PhotoCaptured when the photo is ready for retrieval. Or you can use the Package Manager Console: Install-Package CameraControl.Devices -IncludePrereleaseīasically, one of the main classes you have to know is CameraDeviceManager that lets you control the connected cameras. That is how you do it in Visual Studio but make sure Include prerelease is checked as the package was published as beta version:

#Digicamcontrol nikon lag install

You have to install the Nuget package prior to writing some code. Set it to be an empty ASP.NET Web API: Creating an empty ASP.NET Web API project that runs on HTTP Installing CameraControl.Devices package in your project NET Framework project of some sort, as I did: Creating an ASP.NET Web App project (.NET Framework)

#Digicamcontrol nikon lag how to

I will show you how to expose your camera as an ASP.NET Web API but that doesn't mean you can't do so in a Console application for example. Let's play with it! Creating a ASP.NET Web API Creating the project You can see some usage examples in this project: And it turned out it has been published as a Nuget package. So I explored the source code and found an interesting folder called CameraControl.Devices which looked like the module that controls the devices behind the scenes. digiCamControl claims that it supports up to 127 cameras using multiple USB hubs but have in mind that there will be some lag between those devices if you just rely upon a single USB! It supports some cool features like Live view to preview how the image looks like, Astronomy module allowing you to automate long exposure captures and supports Arduino or USB triggers allowing you to improve sync capture on multiple cameras. Here you can see a list of supported devices. As far as I understand it, they have reverse-engineered the protocols of some cameras and implemented it. This application has a handy UI allowing you to control your camera. Somehow an open-source project called digiCamControl appeared on my radar. It seemed like Canon supported a bigger range of their device but still lacked automation capabilities.

#Digicamcontrol nikon lag software

However, even if their software supported my camera, I don't expect to have a way to automate it. Nikon D3500 is basically the successor of D3300. It turned out the Nikon software didn't support my cheap Nikon D3300 that I own. So, I've tried the official applications as provided by Nikon (Canon have such an app too). I am keen on playing with everything I own. The pressure before such events makes you find solutions to difficult problems. I had to prepare a good demo with Azure IoT Hub for IoT Summit Bulgaria. who managed to automate my camera to capture a photo once my Raspberry Pi 3 gets disconnected. I have been looking for a way to automate my Nikon DSLR for quite some time.