public void AxisM1145() { MJPEGStream mjpeg = new MJPEGStream("http://" + txtCameraAxisIp.Text + "/axis-cgi/mjpg/video.cgi"); OpenVideoSource(mjpeg); }
public Form1() { InitializeComponent(); stream = new MJPEGStream("http://192.168.137.77:8080/video"); stream.NewFrame += stream_NewFrame; }
private bool ConnectToDevice(DeviceDescriptor _device) { log.DebugFormat("Connecting to {0}", _device.Name); Disconnect(); bool created = false; if (_device.Network) { // Network Camera. Connect to last used url. // The user will have to open the dialog again if parameters have changed or aren't good. // Parse URL for inline username:password. string login = ""; string pass = ""; Uri networkCameraUrl = new Uri(_device.NetworkCameraUrl); if (!string.IsNullOrEmpty(networkCameraUrl.UserInfo)) { string [] split = networkCameraUrl.UserInfo.Split(new Char [] { ':' }); if (split.Length == 2) { login = split[0]; pass = split[1]; } } if (_device.NetworkCameraFormat == NetworkCameraFormat.JPEG) { JPEGStream source = new JPEGStream(_device.NetworkCameraUrl); if (!string.IsNullOrEmpty(login) && !string.IsNullOrEmpty(pass)) { source.Login = login; source.Password = pass; } m_VideoSource = source; } else { MJPEGStream source = new MJPEGStream(_device.NetworkCameraUrl); if (!string.IsNullOrEmpty(login) && !string.IsNullOrEmpty(pass)) { source.Login = login; source.Password = pass; } m_VideoSource = source; } /*PreferencesManager.CapturePreferences.NetworkCameraFormat = _device.NetworkCameraFormat; * PreferencesManager.CapturePreferences.NetworkCameraUrl = _device.NetworkCameraUrl; * PreferencesManager.Save();*/ created = true; } else { m_VideoSource = new VideoCaptureDevice(_device.Identification); VideoCaptureDevice captureDevice = m_VideoSource as VideoCaptureDevice; if (captureDevice != null) { if ((captureDevice.VideoCapabilities != null) && (captureDevice.VideoCapabilities.Length > 0)) { // Import the capabilities of the device. foreach (VideoCapabilities vc in captureDevice.VideoCapabilities) { DeviceCapability dc = new DeviceCapability(vc.FrameSize, vc.FrameRate); _device.Capabilities.Add(dc); log.Debug(String.Format("Device Capability. {0}", dc.ToString())); } DeviceCapability selectedCapability = null; // Check if we already know this device and have a preferred configuration. /*foreach(DeviceConfiguration conf in PreferencesManager.CapturePreferences.DeviceConfigurations) * { * if(conf.ID == _device.Identification) * { * // Try to find the previously selected capability. * selectedCapability = _device.GetCapabilityFromSpecs(conf.Capability); * if(selectedCapability != null) * log.Debug(String.Format("Picking capability from preferences: {0}", selectedCapability.ToString())); * } * }*/ /*if(selectedCapability == null) * { * // Pick the one with max frame size. * selectedCapability = _device.GetBestSizeCapability(); * log.Debug(String.Format("Picking a default capability (best size): {0}", selectedCapability.ToString())); * PreferencesManager.CapturePreferences.UpdateDeviceConfiguration(_device.Identification, selectedCapability); * PreferencesManager.Save(); * }*/ _device.SelectedCapability = selectedCapability; captureDevice.DesiredFrameSize = selectedCapability.FrameSize; captureDevice.DesiredFrameRate = selectedCapability.Framerate; m_FrameSize = selectedCapability.FrameSize; m_FramesInterval = 1000 / (double)selectedCapability.Framerate; } else { captureDevice.DesiredFrameRate = 0; } created = true; } } if (created) { m_CurrentVideoDevice = _device; m_VideoSource.NewFrame += new NewFrameEventHandler(VideoDevice_NewFrame); m_VideoSource.VideoSourceError += new VideoSourceErrorEventHandler(VideoDevice_VideoSourceError); m_bIsConnected = true; } else { log.Error("Couldn't create the capture device."); } return(created); }