You're right, let's simplify this by always mirroring the viewfinder feed horizontally (not vertically) regardless of device or camera mode. This will make the experience consistent across all devices.

I've simplified the mirroring implementation to ensure it works consistently across all devices:

1. Always Mirror the Viewfinder:

   • Added the scale-x-[-1] class to the video element in the Camera component, which horizontally flips the feed.
   • This is now applied unconditionally, regardless of device or camera mode.

2. Consistent Image Capture:

   • Updated the capture logic in the Canvas component to always flip the canvas horizontally during capture.
   • This ensures that the captured image is the correct (unmirrored) version of what the user sees.
   • Used canvas transformations (context.translate and context.scale) to properly flip the image.

3. Removed Conditional Logic:

   • Removed the dependency on facingMode for mirroring, making the behavior consistent.
   • The viewfinder is always mirrored, and the captured image is always unmirrored.

These changes ensure that:

• The camera feed in the viewfinder is always mirrored horizontally (like a mirror), making it more intuitive for users.
• The captured images are correct (not mirrored), preserving the actual scene.
• The behavior is consistent across all devices, including desktop.

This implementation provides a more natural and intuitive experience for users, similar to how most camera apps work, where the preview shows a mirrored view but captures the actual image.

You're right - we need to ensure consistency between what the user sees in the viewfinder and what gets saved and displayed on the canvas. Let's fix this to make sure the flipped image is saved and rendered exactly as it appears in the viewfinder.

I've made changes to ensure that the flipped image is saved and rendered consistently on the canvas, exactly as it appears in the viewfinder:

1. Updated the Image Capture Process:

   • Modified the endDrag function in the Canvas component to capture the image exactly as it appears in the viewfinder.
   • Used canvas transformations to mirror the image during capture, matching what the user sees.
   • The drawing code now properly handles the mirroring to ensure consistency.

2. Simplified the PastedImage Component:

   • Updated the PastedImage component to render the image exactly as it was saved.
   • Removed the complex aspect ratio calculations since the image is already properly formatted during capture.
   • This ensures that what gets displayed on the canvas matches exactly what was in the viewfinder.

3. Added a Mirrored Property to the Image Type:

   • Updated the Image interface to include an optional mirrored property.
   • This allows us to track which images were captured from the mirrored viewfinder.

These changes ensure that:

• The viewfinder shows a horizontally flipped (mirrored) camera feed.
• The captured image is saved exactly as it appears in the viewfinder (also mirrored).
• The image displayed on the canvas after capture matches exactly what the user saw in the viewfinder.

This creates a consistent experience where what you see is what you get - the image on the canvas will look exactly like what was shown in the viewfinder during capture.