public void camDispose(Intermec.Multimedia.Camera obj)
{
// InvokeRequired required compares the thread ID of the
// calling thread to the thread ID of the creating thread.
// If these threads are different, it returns true.
if (this.InvokeRequired)
{
camDisposeCallback d = new camDisposeCallback(camDispose);
this.Invoke(d, new object[] { obj });
}
else
{
obj.Dispose();
}
}
public static string dumpConditioningValues(Intermec.DataCollection.ImageConditioning imgCond)
{
string sReturn="";
sReturn += "##############################################" + "\n";
sReturn += "Brightness: " + imgCond.Brightness.ToString() + "\n";
sReturn += "ColorMode: " + imgCond.ColorMode.ToString() + "\n";
sReturn += "ColorModeBrightnessThreshold: " + imgCond.ColorModeBrightnessThreshold.ToString() + "\n";
sReturn += "ContrastEnhancement: " + imgCond.ContrastEnhancement.ToString() + "\n";
sReturn += "CurrentImageConditioningVersion: " + imgCond.CurrentImageConditioningVersion.ToString() + "\n";
sReturn += "ImageLightingCorrection: " + imgCond.ImageLightingCorrection.ToString() + "\n";
sReturn += "ImageRotation: " + imgCond.ImageRotation.ToString() + "\n";
sReturn += "NoiseReduction: " + imgCond.NoiseReduction.ToString() + "\n";
sReturn += "OutputCompression: " + imgCond.OutputCompression.ToString() + "\n";
sReturn += "OutputCompressionQuality: " + imgCond.OutputCompressionQuality.ToString() + "\n";
sReturn += "Subsampling: " + imgCond.Subsampling.ToString() + "\n";
sReturn += "TextEnhancement: " + imgCond.TextEnhancement.ToString() + "\n";
sReturn += "##############################################" + "\n";
return sReturn;
}
void cam_SnapshotEvent(object sender, Intermec.Multimedia.Camera.SnapshotArgs snArgs)
{
addLog("cam_SnapshotEvent: " + snArgs.Status.ToString() + "\n" + snArgs.Filename);
CameraEventArgs cea = new CameraEventArgs(CameraTaskCodes.ImageCaptureComplete);
doHandleEvent(cea);
}