MediaCapture.ThermalStatusChanged Event

// Register
event_token ThermalStatusChanged(TypedEventHandler<MediaCapture, IInspectable const&> const& handler) const;

// Revoke with event_token
void ThermalStatusChanged(event_token const* cookie) const;

// Revoke with event_revoker
MediaCapture::ThermalStatusChanged_revoker ThermalStatusChanged(auto_revoke_t, TypedEventHandler<MediaCapture, IInspectable const&> const& handler) const;

public event TypedEventHandler<MediaCapture,object> ThermalStatusChanged;

function onThermalStatusChanged(eventArgs) { /* Your code */ }
mediaCapture.addEventListener("thermalstatuschanged", onThermalStatusChanged);
mediaCapture.removeEventListener("thermalstatuschanged", onThermalStatusChanged);
- or -
mediaCapture.onthermalstatuschanged = onThermalStatusChanged;

Public Custom Event ThermalStatusChanged As TypedEventHandler(Of MediaCapture, Object) 

Event Type

Windows requirements

Remarks

Media capture scenarios that are extremely processor-intensive, such as high-resolution, high-frame rate, and real-time image processing can cause the capture hardware to overheat. On devices where the camera driver supports reporting of thermal status, you can check the MediaCaptureThermalStatus property to get the current thermal status of the capture device. You can also subscribe to the ThermalStatusChanged event to receive a notification when the thermal status changes. If the thermal status is Overheated , you should stop the current capture session and save any captured media. Once the thermal status has returned to normal, you can begin capturing again.

Applies to