Glasses are form, transparency and reflection.
When you edit a portrait, the model has to keep the frame, show your eyes through the lenses and at the same time rearrange the glare for new light. If you just call it "don't change your glasses," one of these tasks will easily fall out, better describe the three layers separately and test each on its own scale.
Similar defects require different corrections.
A thick arch means geometry error, a cloudy lens is transparency error and a bright white spot on top of the eye is light conflict. Common repetition can accidentally correct one feature and worsen the other two.
The rim changes thickness, disappears at the nose or does not converge behind the ear.
The lens increases the iris, shifts the pupil or creates a second edge of the century.
The lens darkens, loses transparency and begins to look like an opaque insert.
The lens reflects a window that is not in the new scene, or light comes from the other side.
Stick to the observed signs, not the name of the glasses model.
The model doesn't have to know a specific collection. It's more useful than a short description of what you see: "a thin transparent round frame, silver hinges, arches go above the middle of your ear." For an unusual shape, add a large fragment, but not a second random selfie with another light.
Blitz should explain the scene, not close your eyes.
Remove the reflections completely seems safe, but perfectly empty glass also looks artificial. The good result is a faint light source with clear direction, and the glare on both lenses is similar in nature but does not have to be mirror-like due to the angle of the face.
Separate scene change and glasses protection
Change of changeReplace the background with a bright studio with soft window on the left.ProtectionSave the thin transparent round frame, silver hinges, nose landing and bow position.OpticsLeave the lenses transparent, the eyes natural and add only a weak reflection of the new window that does not cover the pupils.
This prompt doesn't promise a pixel copy of each glare; it gives you a verifiable result: the glasses are recognizable, the eyes are undamaged, and the reflection belongs to the new scene.
Look at the glasses on three scales.
The frame is not skewed and does not draw attention from the face.
The bearer, eyebrows, arches and both eyes look consistent.
No second pupil, ruptured rim and random parts in the lens.
Strong glare can hide information that is not in the source.
If the eye is completely covered by a reflection, the AI does not document the exact iris - it builds a plausible version of the second eye and context. For a recognizable portrait, choose a source where both eyes are at least partially visible.
Before you start, it's helpful to zoom in on your eyeglasses and answer three questions: Is the boundary of both lenses visible, is the arc position readable, and can you compare your eyes with each other? If even two answers are negative, then the task isn't exactly editing, but reconstructing.
After the result, look not only at symmetry. The same white spots on both lenses often look artificial: real glare depends on the angle of each surface. A good option retains the shape of the frame, but allows for a slight difference in reflections from the right and left.
Save the frame, but reassemble the reflection
The geometry of the glasses is personal, and it has to stay stable. The highlights belong to the scene and have to change with the light. Separating these roles makes editing both recognizable and physically plausible.