public async void TakePhotoBasicAndSaveAndDisplay()
{
var photoImplementation = new MediaCaptureImplementation();
Texture2D texture = await photoImplementation.TakePhotoTexture2DAsync();
if (image != null)
{
image.texture = texture;
image.SetNativeSize();
if (canvas != null)
{
CanvasScaler canvasScaler = canvas.GetComponent <CanvasScaler>();
if (canvasScaler != null)
{
canvasScaler.referenceResolution = new Vector2(texture.width * 1.25f, texture.height * 1.25f);
}
}
}
await photoImplementation.SavePhotoToPicturesLibraryAsync();
}
public async void TakePhotoMoreOptionsAsync()
{
#region Step 1: Needed (Constructors)
//Step 1: Needed
//Constructor 1
var photoImplementation = new MediaCaptureImplementation();
//Constructor 2
var photoImplementation1 = new MediaCaptureImplementation(processExtraTasksAfterWhenPhotoCaptureFailsMethod);
#endregion Step 1: Needed (Constructors)
#region Optional Settings Before Taking Photo
//Optional Setting: Setting photo resolution to highest available resolution that your device has
await photoImplementation.SetPhotoResolutionToAsync(MediaCaptureImplementation.PHOTO_RESOLUTION.HIGHEST);
//Optional Setting: Setting photo resolution to lowest available resolution that your device has
await photoImplementation.SetPhotoResolutionToAsync(MediaCaptureImplementation.PHOTO_RESOLUTION.LOWEST);
//Optional Setting: Get a list of all available resolutions to choose from
var allAvailableResolutions = await photoImplementation.GetPhotoResolutionsAsync();
//Optinal Setting: Example of how to select medium resolution after sorting
photoImplementation.SetPhotoResolutionTo(allAvailableResolutions.
OrderByDescending(item => item.Height * item.Width).ToList()[(allAvailableResolutions.Count / 2)]);
#endregion Optional Settings Before Taking Photo
#region Step 2: Needed [Take Photo]
//Step 2: Needed [Use one of the the methods below to take the photo]
//Step 2: Method 1
await photoImplementation.TakePhotoAsync();
//Step 2: Method 2
byte[] photoBytes = await photoImplementation.TakePhotoBytesAsync();
//Step 2: Method 3
InMemoryRandomAccessStream photoInMemoryRandomAccessStream =
await photoImplementation.TakePhotoInMemoryRandomAccessStreamAsync();
//Step 2: Method 4
Texture2D photoTexture2D =
await photoImplementation.TakePhotoTexture2DAsync();
//Step 2: Method 5 & Save
bool photoAndSavoPicturesLibraryWithDefaultName =
await photoImplementation.TakePhotoAndSavePhotoToPicturesLibraryAsync();
//Step 2: Method 6 & Save
bool photoAndSavoPicturesLibrary =
await photoImplementation.TakePhotoAndSavePhotoToPicturesLibraryAsync(
"FileName_" + DateTime.Now.ToString("MM_dd_yyyy hh-mm-ss-tt") + ".jpg");
//Step 2: Method 7 & Save
bool photoAndSavoWhereEverYouWant =
await photoImplementation.TakePhotoAndSavePhotoToAsync(
await (await StorageLibrary.GetLibraryAsync(Windows.Storage.KnownLibraryId.Pictures)).
SaveFolder.CreateFileAsync("AnyWhere_" + DateTime.Now.ToString("MM_dd_yyyy hh-mm-ss-tt") + ".jpg",
CreationCollisionOption.GenerateUniqueName));
#endregion Step 2: Needed [Take Photo]
#region Save Photo
//Optional: Save Photo
//Method 1
bool savoPicturesLibraryWithDefaultName =
await photoImplementation.SavePhotoToPicturesLibraryAsync();
//Method 2
bool savoPicturesLibrary =
await photoImplementation.SavePhotoToPicturesLibraryAsync(
"FileName_" + DateTime.Now.ToString("MM_dd_yyyy hh-mm-ss-tt") + ".jpg");
//Method 3
bool savoWhereEverYouWant =
await photoImplementation.SavePhotoToAsync(
await (await StorageLibrary.GetLibraryAsync(Windows.Storage.KnownLibraryId.Pictures)).
SaveFolder.CreateFileAsync("AnyWhere_" + DateTime.Now.ToString("MM_dd_yyyy hh-mm-ss-tt") + ".jpg",
CreationCollisionOption.GenerateUniqueName));
#endregion Save Photo
#region Optional Get Photo in Different Formats
byte[] getPhotoBytes = photoImplementation.GetPhotoBytes();
InMemoryRandomAccessStream getPhotoInMemoryRandomAccessStream =
await photoImplementation.GetPhotoInMemoryRandomAccessStreamAsync();
Texture2D getPhotoTexture2D =
await photoImplementation.GetPhotoTexture2D();
#endregion Optional Get Photo in Different Formats
}
