Mirror or photographs which is real me
Unless, of course, you are a star of the likes of Audrey Hepburn, who was almost always photographed from her best angle. Every type of lighting has its own temperature. But when we look in the mirror, we do not register this temperature diversity. This is because our brain - being the "supercomputer" that it is - automatically evens out all the differences and "shows" us the complexion to which we are accustomed.
On the other hand, a photograph captures the lighting as it really is with all the offsets and differences of temperature. When we look in the mirror - even if the lighting comes from a ragtag variety of sources, with multiple colors and shadows dancing across our face - we still see our usual selves.
Whereas a photo can cause resentment by making us see our features in an objective lighting environment. You could be keen on some details to help improve the quality of your photos. For example, before you take a picture, get a nice outfit and pose, then smile for the cameras.
Save my name, email, and website in this browser for the next time I comment. Snoop Lion. Sign in. Forgot your password? Get help. Password recovery. Our brains cause optical illusions How often do you look in a mirror? Images are affected by angles, lenses, and cameras For example, a photo is affected and will look blurred from certain angles, making you look worse. Here are some properties of images formed by mirrors; The image is virtual.
Virtual means that the image is not actual since it is formed by reflected light rays that are also not real.
The image is always upright and laterally inverted. This means the top and bottom parts of an object maintain their positions, but the left and right sides get switched over. You will notice that a drawing or writing on your shirt is written backward on the mirror.
Image size and distance are similar to the object size and length. So any image formed will be the same size as the object. So any feature on your face or body will be the same size in real life on your body.
The image formed is the same distance from the mirror as the object being reflected. Image Scaling Image scaling refers to the aspect ratio and size of a photo depending on where it is used. Distortion In photography, distortion refers to changes that make a straight line bend. Digital Noise Digital noise is a disorder made up of pixels with random brightness and colors, and it is often a problem when taking photos in low light.
Dynamic range and color accuracy The exposure or dynamic range is a ratio of light intensity determined by the features of your camera and those of the object.
This is true for the standard flat mirrors that are usually found at home. The mirror is more accurate as compared to photos. This is because selfies can distort your face and make it look less attractive.
Lighting can also affect how you look in the photo. When you capture photos using bad lighting, you will look bad and less attractive. Your brain works in a way that you do not notice the differences in lighting when you look at the mirror because it automatically evens it out.
This shows you a display of the fact that you are used to seeing. This is not the same for a camera. A camera captures all the shadows and tones objectively which plays a huge role in taking a photo. The lighting can either make or break a photo.
This is also why you look different in a mirror is compared to a photo. Another reason why mirrors are more accurate is that the camera can make you look different in certain angles. Take note that photos are a 2-D version of real life. This means that photos can distort or flatten your features in certain angles.
Moreover, photos store everything which means that any awkward movement that goes unnoticed when you look in the mirror or real life is captured for everyone to see. The camera lens also changes its perspective. There are different types of lenses and every lens sees the image differently. Lens uses tricks to change the perspective of the image. For instance, the wide-angle lens is used for capturing an image at a wide-angle.
Because it has a wide field of view and is drastically wider than your eyes, this lens is ideal for capturing landscapes. However, you need to take advantage of the fisheye effect to get the right effect which also stretches the subject. This might not be too obvious, but the look slightly differs. It is also the same for the ultra-wide lenses which makes the image near the lens appear to be very big while those that are farther away, tend to look very small. The flash of the camera can also make your appearance different.
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