Aim: The aim of this work is to evaluate whether some facial components have a stronger impact than others on the perception of beauty and to determine whether classical aesthetical standards are still valid for the current face types. Methods and materials: 58 students aged 18-30 years, 32 male and 26 female were analized. Face photos in a rest position were loaded on “Point.tool” software and some facial landmarks were loaded on “Venus” software to simulate aesthetical improvements. The square Pöch-Perseo mesh was used to develop our own mesh and each face was associated with a reference geometrical shape and a mesh. We carried out a quantitative and a qualitative evaluation of the face after and before the improvement of 75%. The data was subdivided into four categories. Statistical analyses: “Kolmogorov-Smirnov”, “Kruskal-Wallis” and “ManWhitney U” tests were used. Data distribution in each group is not standard. There is a statistically significant difference in the four categories in each group. Result: There are no facial components having a stronger impact on the beauty and attractiveness of a face. No geometrical shape prevails in our sample, although the oval shape is more represented than the others. Conclusion: Classical beauty norms (oval shaped) can no longer be the only appropriate aesthetical reference for the variety of face types we examine in our daily practice.
Ferroni, S., Borracchini, A., Melacci, S., Doldo, T. (2012). Aesthetical standards and new technologies: a comparison. VIRTUAL JOURNAL OF ORTHODONTICS, 9(4), 10-24.
Aesthetical standards and new technologies: a comparison
BORRACCHINI, ANDREA;MELACCI, STEFANO;DOLDO, TIZIANA
2012-01-01
Abstract
Aim: The aim of this work is to evaluate whether some facial components have a stronger impact than others on the perception of beauty and to determine whether classical aesthetical standards are still valid for the current face types. Methods and materials: 58 students aged 18-30 years, 32 male and 26 female were analized. Face photos in a rest position were loaded on “Point.tool” software and some facial landmarks were loaded on “Venus” software to simulate aesthetical improvements. The square Pöch-Perseo mesh was used to develop our own mesh and each face was associated with a reference geometrical shape and a mesh. We carried out a quantitative and a qualitative evaluation of the face after and before the improvement of 75%. The data was subdivided into four categories. Statistical analyses: “Kolmogorov-Smirnov”, “Kruskal-Wallis” and “ManWhitney U” tests were used. Data distribution in each group is not standard. There is a statistically significant difference in the four categories in each group. Result: There are no facial components having a stronger impact on the beauty and attractiveness of a face. No geometrical shape prevails in our sample, although the oval shape is more represented than the others. Conclusion: Classical beauty norms (oval shaped) can no longer be the only appropriate aesthetical reference for the variety of face types we examine in our daily practice.File | Dimensione | Formato | |
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https://hdl.handle.net/11365/974359
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