Download //TOP\\ Face Warp Plastic Surgery
May Sobczak
Meet various templates and features with a professional face photo editing program!
Change your face with the fun warp feature.
With this app, your face will be more beautiful, cute and fun.
You can change the size of individual facial parts such as eyes, nose, and mouth as well as the overall shape of the face.
Also, make your own face fun by pasting other people's faces naturally.
Various beauty filters as well as hair color conversion function and background conversion function!
All face-related functions are included.
Moreover, previous studies do not account for any textural appearance changes that arise from surgical treatment. This is because prior methods focus on overall structural changes, and not on any disfigurement remaining after the surgery. However, some reconstructive surgeries on patients with facial cancer (e.g., reconstruction of the orbit using his/her own tissue) can entirely change the textural appearance of the face. Hence, modeling strategies that can incorporate textural aspects of disfigurement are also worthy of study and implementation.
Here we present a new strategy that enables realistic modeling of the types of disfigurement that persist following facial cancer treatment and reconstructive surgery. Our approach employs 3D surface facial images of patients with facial disfigurement. This tool can be applied to other faces to provide control of the location and degree of disfigurement. We utilize PCA to capture longitudinal structural and textural variations found within each patient with facial disfigurement over the treatment. We treat such variations as disfigurement. Each disfigurement is smoothly stitched on a healthy face by seeking a Poisson solution to guided interpolation using the gradient of the learned disfigurement as the guidance field vector. To show the usefulness of the proposed disfigurement model, we quantitatively evaluated the modeling technique and also conducted an observer study using experienced medical professionals in which they evaluated the appearances of the simulated facial disfigurement.
All 3D images were cropped to remove unnecessary regions (e.g., clothes and back of the head) when developing the facial disfigurement models. The number of vertices in the 3D images after cropping ranged from 50,000 to 70,000. Although such number of vertices is enough to show the morphology of the face, it is not enough to adequately capture the texture. There is still a lack of texture detail when we rendered the face interpolating the color information at each vertex. To solve this problem, we increased the resolution of 3D images by subdividing the 3D images linearly. Each triangle was divided into 4 triangles using a new vertex that is linearly interpolated. Color information (RGB) at the newly identified vertices was extracted from the corresponding location of the original 2D texture image. The final number of vertices after the subdivision process ranged from 150,000 to 200,000. Figure 1 depicts an example of pre- and post-operative 3D facial images of a patient who underwent oncologic and reconstructive surgery.
We proposed a new strategy to learn facial disfigurements from real patient data that persist after ablative and reconstructive surgery of facial cancers. We subsequently used the gathered data to simulate such disfigurements on the faces of other individuals by a modeling process. Unlike previous studies investigating how human perceive facial disfigurements, this study utilized modeling techniques that provide control over the type, location, and degree of disfigurement, enabling controlled and systematic experiments on the human perception of disfigurements.
To show that the proposed modeling strategy can be used to investigate how humans perceive disfigurement, we evaluated the plausibility of the simulated examples using panel ratings of experienced medical professionals, blind to the source of each image. We prepared a total of 32 facial images for evaluation. Four types of samples were prepared: 1) mid-face, 2) periphery, 3) real, and 4) exaggerated. Based on statistical analysis of the observer ratings, our disfigurement modeling scheme was able to create simulation results with plausibility ratings similar to real disfigurement samples for periphery disfigurements. While mid-face simulations were rated as lower than real and periphery samples, in most cases these also were rated as plausible reconstructive surgery outcomes.
The ultimate goal of this study was to provide models that can simulate surgically plausible disfigurements with control of the location and degree of the disfigurement. In this respect, the obvious clinical application of our modeling method is to investigate how humans perceive disfigurements by varying the location and degree of disfigurement severity. Moreover, our model can be used for patient consultation. Care providers (e.g., surgeons or psychologists) could use an image showing the simulated disfigurement of a patient who will undergo certain oncological and reconstructive surgery for facial cancer for surgical planning, or patient education (i.e., helping him/her to understand and cope with possible changes to his/her face that are expected due to surgery).
This study introduced a framework to learn and extract facial disfigurements from real patient data that persist after oncologic and reconstructive surgery of facial cancers, and subsequently to model and apply such disfigurements on novel faces with a high degree of control of disfigurement types. The modeling technique was able to capture facial disfigurements and its simulation represents plausible outcomes of reconstructive surgery for facial cancers, especially for disfigurements on the facial periphery. In the future, the framework introduced by this study could be used to understand how human perceive facial disfigurements systematically by varying its type and severity.
The ideal time to get your tattoo is before any plastic surgery procedures are performed. If you get your tattoo after having surgery, you risk having it removed by your doctor. However, if you have already had cosmetic surgery and want a tattoo in the same area, wait until your incision has completely healed. Additionally, wait until the scar is at least six months old.
One essential rule that plastic surgeons follow is never performing surgery on patients with an active infection. You must get your tattoo after plastic surgery to avoid complications. Doctors will advise you to wait some months before getting a tattoo or surgery. This is because there are risks involved in getting a tattoo before plastic surgery. Below are some of the risks:
Infection is the most significant risk of getting a tattoo before plastic surgery since tattoos are made by depositing ink into the skin via needles. An active skin infection can create complications leading to more severe conditions and needing revision surgery. For this reason, most plastic surgeons will not perform elective procedures on someone who has recently gotten a tattoo. Anytime you have an open wound on your body, there is a risk of infection.
Getting a tattoo before plastic surgery increases your chances of skin irritation after the procedure. In most cases, plastic surgery involves cutting and opening up the skin. If you have an existing tattoo on the affected area, it will complicate things. Tattoos usually cause inflammation and swelling in the area they are found. They can also make it hard for you to recover correctly after plastic surgery.
If you had gotten a tattoo before having plastic surgery in the same area, there is a high chance that it will distort or even be removed from your body if it gets in the way of the surgical instruments or current procedures.
Please note that although ENTs are good at what they do, a plastic surgery will provide a much better outcome for a beautiful, straight nose. We have seen hundreds of cases where a crooked nose was corrected at a general hospital through an ENT and the aesthetic results were unsatisfactory. Thus, our plastic surgeons redid the work in a more aesthetic manner.
If you have a piece of skin called the Mongolian fold covering the inner corner of your eye, epicanthoplasty is a great option to make your eyes larger. This skin flap can make the distance between your eyes too spread out and causes your eyes to appear small. By repositioning the Mongolian fold, a softer and gentler look can be achieved and balance can be brought to your face. This procedure is often done in combination with ptosis correction, double eyelid surgery and or lateral canthoplasty.
Everyone has slight asymmetry between the left and right sides of their faces. However, too much asymmetry is considered unattractive. You can self-diagnose for asymmetry if you look for slanted lips, jaw, eye line, the center line of your front teeth and mouth. Often imbalance in the face is from birth but it can also be caused by physical impact, chewing habits (chewing with only one side of the mouth) and damaged teeth. Seoul Guide Medical can analyze your face and we can consult you on whether or not you qualify for asymmetrical face correction surgery. To correct this issue, square jaw reduction or genio- osteotomy is done where part of the jaw and or chin is shaved and removed to achieve balance. For severe cases, Two Jaw Surgery is performed working on the upper and lower jaw and remove jaw bone where needed. Two Jaw Surgery can only be done by a specialist and not all people qualify for it. Contact SGM now to see if you qualify.
Facial dysmorphia is a mental health condition where the sufferer has a warped perception of the appearance of their face. This commonly includes distorted views on how their nose, skin and teeth look. These inaccurate, and almost always negative, self-perceptions can lead to people with facial dysmorphia obsessing over certain features of their physical appearance to the point where it severely impacts their lives.
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