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InterleaveMode Property

Summary

Gets or sets the current interleave mode when writing the target file.

Syntax

C++/CLI

public virtual CaptureInterleavingMode InterleaveMode { get; set; }

public: 
virtual property CaptureInterleavingMode InterleaveMode { 
   CaptureInterleavingMode get(); 
   void set (    CaptureInterleavingMode ); 
}

Property Value

A CaptureInterleavingMode value specifying the interleave mode.

Remarks

Not all file formats support interleaving. For example, the AVI file format supports interleave mode, while the WMV file format does not. The interleave mode is ignored for those formats that do not support it.

Interleave mode tells the multiplexer (the module that combines audio and video into one file) which method to use to combine data from various streams (video, audio, etc) in the file. Some interleaving modes require more processing and more memory, but generate files more suitable for streaming. Other interleaving modes are faster, and should be used when speed is necessary (for example, during capture).

For a list of possible values, refer to the CaptureInterleavingMode enumeration values.

Example

using Leadtools; 
using Leadtools.Multimedia; 
using LeadtoolsMultimediaExamples.Fixtures; 
 
 
public bool _result = false; 
public CaptureCtrlForm _form = new CaptureCtrlForm(); 
 
public void InterleaveModeExample() 
{ 
   // reference the capture control 
   CaptureCtrl capturectrl = _form.CaptureCtrl; 
 
   // output file names 
   string outFile = Path.Combine(LEAD_VARS.MediaDir, "CaptureCtrl_InterleaveModeExample.avi"); 
 
   try 
   { 
      // set the source video device. use your device's name here 
      if (capturectrl.VideoDevices["USB"] == null) 
         throw new Exception("No USB video device available"); 
 
      capturectrl.VideoDevices["USB"].Selected = true; 
 
      // set the source audio device. use your device's name here 
      if (capturectrl.AudioDevices["USB"] == null) 
         throw new Exception("No USB audio device available"); 
 
      capturectrl.AudioDevices["USB"].Selected = true; 
 
      // select video and audio compressors 
      capturectrl.VideoCompressors.Mpeg2.Selected = true; 
      capturectrl.AudioCompressors.AC3.Selected = true; 
 
      // set the target file and format 
      capturectrl.TargetFile = outFile; 
      capturectrl.TargetFormat = TargetFormatType.AVI; 
 
      capturectrl.FrameRate = 5;       // 5 frames per second  
      capturectrl.UseFrameRate = true; 
      capturectrl.TimeLimit = 10;      // just 10 seconds of capture time 
      capturectrl.UseTimeLimit = true; 
 
      // check the video capture dialog properties, if available 
      if (capturectrl.HasDialog(CaptureDlg.TargetFormat)) 
         capturectrl.ShowDialog(CaptureDlg.TargetFormat, _form); 
 
      // If the video interleave mode is not full, set it 
      if (capturectrl.InterleaveMode != CaptureInterleavingMode.Full) 
      { 
         // set the interleave mode here 
         capturectrl.InterleaveMode = CaptureInterleavingMode.Full; 
 
         // set the result to what we expect 
         _result = true; 
      } 
 
      // run the capture 
      capturectrl.StartCapture(CaptureMode.Video); 
   } 
   catch (Exception) 
   { 
      _result = false; 
   } 
 
   // we'll loop on the state and pump messages for this example. 
   // but you should not need to if running from a Windows Forms application. 
   while (capturectrl.State == CaptureState.Running) 
      Application.DoEvents(); 
} 
 
static class LEAD_VARS 
{ 
   public const string MediaDir = @"C:\LEADTOOLS22\Media"; 
}

Requirements

Target Platforms

Reference

CaptureCtrl Class

CaptureCtrl Members

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Help Version 22.0.2022.12.7

Leadtools.Multimedia Assembly

Introduction

Getting Started

Namespaces

Leadtools.Multimedia Namespace

Leadtools.Multimedia.Common Namespace

Assemblies