public void Run()
{
try
{
// Create manager object - make sure you have the correct MD3 file for your Nikon DSLR (see https://sdk.nikonimaging.com/apply/)
NikonManager manager = new NikonManager("Type0003.md3");
// Listen for the 'DeviceAdded' event
manager.DeviceAdded += manager_DeviceAdded;
// Wait for a device to arrive
_waitForDevice.WaitOne();
// Hook up capture events
_device.ImageReady += _device_ImageReady;
_device.CaptureComplete += _device_CaptureComplete;
// Capture
_device.Capture();
// Wait for the capture to complete
_waitForCaptureComplete.WaitOne();
// Shutdown
manager.Shutdown();
}
catch (NikonException ex)
{
Console.WriteLine(ex.Message);
}
}
public void Run()
{
try
{
// Create manager object - make sure you have the correct MD3 file for your Nikon DSLR (see https://sdk.nikonimaging.com/apply/)
NikonManager manager = new NikonManager("Type0003.md3");
// Listen for the 'DeviceAdded' event
manager.DeviceAdded += manager_DeviceAdded;
// Wait for a device to arrive
_waitForDevice.WaitOne();
// Enable live view (required for manual focus)
_device.LiveViewEnabled = true;
// Get the current manual focus 'drive step'
NikonRange driveStep = _device.GetRange(eNkMAIDCapability.kNkMAIDCapability_MFDriveStep);
// Set the drive step to max
driveStep.Value = driveStep.Max;
_device.SetRange(eNkMAIDCapability.kNkMAIDCapability_MFDriveStep, driveStep);
// Drive all the way to 'closest'
DriveManualFocus(eNkMAIDMFDrive.kNkMAIDMFDrive_InfinityToClosest);
// Set the drive step to something small
driveStep.Value = 200.0;
_device.SetRange(eNkMAIDCapability.kNkMAIDCapability_MFDriveStep, driveStep);
// Drive manual focus towards infinity in small steps
for (int i = 0; i < 10; i++)
{
DriveManualFocus(eNkMAIDMFDrive.kNkMAIDMFDrive_ClosestToInfinity);
}
// Disable live view
_device.LiveViewEnabled = false;
// Shutdown
manager.Shutdown();
}
catch (NikonException ex)
{
Console.WriteLine(ex.Message);
}
}
public void Run()
{
try
{
// Create manager object - make sure you have the correct MD3 file for your Nikon DSLR (see https://sdk.nikonimaging.com/apply/)
NikonManager manager = new NikonManager("Type0003.md3");
// Listen for the 'DeviceAdded' event
manager.DeviceAdded += manager_DeviceAdded;
// Wait for a device to arrive
_waitForDevice.WaitOne();
// Hook up video events
_device.VideoFragmentReady += _device_VideoFragmentReady;
_device.VideoRecordingInterrupted += _device_VideoRecordingInterrupted;
// Start video recording
_device.LiveViewEnabled = true;
_device.StartRecordVideo();
// Record for a while...
Thread.Sleep(TimeSpan.FromSeconds(4.0));
// Stop video recording
_device.StopRecordVideo();
_device.LiveViewEnabled = false;
// Wait for the video download to complete
_waitForVideoCompleted.WaitOne();
// Shutdown
manager.Shutdown();
}
catch (NikonException ex)
{
Console.WriteLine(ex.Message);
}
}
public void Run()
{
try
{
// Create manager object - make sure you have the correct MD3 file for your Nikon DSLR (see https://sdk.nikonimaging.com/apply/)
NikonManager manager = new NikonManager("Type0003.md3");
// Listen for the 'DeviceAdded' event
manager.DeviceAdded += manager_DeviceAdded;
// Wait for a device to arrive
_waitForDevice.WaitOne();
// Set shooting mode to 'continuous, highspeed'
NikonEnum shootingMode = _device.GetEnum(eNkMAIDCapability.kNkMAIDCapability_ShootingMode);
shootingMode.Index = (int)eNkMAIDShootingMode.kNkMAIDShootingMode_CH;
_device.SetEnum(eNkMAIDCapability.kNkMAIDCapability_ShootingMode, shootingMode);
// Set number of continuous captures - in this case we want 5
_device.SetUnsigned(eNkMAIDCapability.kNkMAIDCapability_ContinuousShootingNum, 5);
// Hook up capture events
_device.ImageReady += _device_ImageReady;
_device.CaptureComplete += _device_CaptureComplete;
// Capture
_device.Capture();
// Wait for the capture to complete
_waitForCaptureComplete.WaitOne();
// Shutdown
manager.Shutdown();
}
catch (NikonException ex)
{
Console.WriteLine(ex.Message);
}
}
public void Run()
{
try
{
// Create manager object - make sure you have the correct MD3 file for your Nikon DSLR (see https://sdk.nikonimaging.com/apply/)
NikonManager manager = new NikonManager("Type0003.md3");
// Listen for the 'DeviceAdded' event
manager.DeviceAdded += manager_DeviceAdded;
// Wait for a device to arrive
_waitForDevice.WaitOne();
// Get 'info' struct for each supported capability
NkMAIDCapInfo[] caps = _device.GetCapabilityInfo();
// Iterate through all supported capabilities
foreach (NkMAIDCapInfo cap in caps)
{
// Print ID, description and type
Console.WriteLine(string.Format("{0, -14}: {1}", "Id", cap.ulID.ToString()));
Console.WriteLine(string.Format("{0, -14}: {1}", "Description", cap.GetDescription()));
Console.WriteLine(string.Format("{0, -14}: {1}", "Type", cap.ulType.ToString()));
// Try to get the capability value
string value = null;
// First, check if the capability is readable
if (cap.CanGet())
{
// Choose which 'Get' function to use, depending on the type
switch (cap.ulType)
{
case eNkMAIDCapType.kNkMAIDCapType_Unsigned:
value = _device.GetUnsigned(cap.ulID).ToString();
break;
case eNkMAIDCapType.kNkMAIDCapType_Integer:
value = _device.GetInteger(cap.ulID).ToString();
break;
case eNkMAIDCapType.kNkMAIDCapType_String:
value = _device.GetString(cap.ulID);
break;
case eNkMAIDCapType.kNkMAIDCapType_Boolean:
value = _device.GetBoolean(cap.ulID).ToString();
break;
// Note: There are more types - adding the rest is left
// as an exercise for the reader.
}
}
// Print the value
if (value != null)
{
Console.WriteLine(string.Format("{0, -14}: {1}", "Value", value));
}
// Print spacing between capabilities
Console.WriteLine();
Console.WriteLine();
}
// Shutdown
manager.Shutdown();
}
catch (NikonException ex)
{
Console.WriteLine(ex.Message);
}
}
