| Abstract | 3D skeniranje je tehnologija koja analizira stvarni objekt ili okolinu i prikuplja podatke o obliku i eventualno izgledu skeniranog polja. Prikupljeni podatci se zatim mogu koristiti za konstruiranje trodimenzionalnog modela, te njegovu široku primjenu. 3D skeniranje je novija tehnologija koja štedi vrijeme i olakšava proizvodni proces na mnogo područja, od dizajna do produkcije. Upravo široka primjena 3D skeniranja (3d modeli, grafički dizajn, video igre, vizualni efekti, vizualizacija, virtualna stvarnost, virtualna kinematografija, industrijski dizajn, reverzibilno inženjerstvo, proizvodnja, itd.) čini ovu temu privlačnom, jer osim mnogobrojnih prednosti ove tehnologije, postoji i dosta nedostataka i neistraženih mogućnosti. 3D skeniranje se značajno razvilo u posljednjem desetljeću, a taj razvoj se nastavlja i dalje te ostavlja dosta prostora za istraživanje. Fokus ovog diplomskog rada je ultimativna personalizacija skeniranog 3D modela, modificirajući ga prema ljudskom licu. U ovom slučaju radi se o okviru za naočale, koji se u potpunosti prilagođava prethodno skeniranom ljudskom licu. Pritom su uzete u obzir optički optimalne mjere za izradu funkcionalnog okvira. Također, takav model može podleći raznim modifikacijama u polju dizajna. Kao konačan rezultat dobiva se prototip novog, personaliziranog modela okvira za naočale. |
| Abstract (english) | 3D scanning is a technology that analyzes real object or environment and collects data about shape and eventual appearance of the scanned field. Gathered data can then be used for constructing a 3D model, and its wide field of application. 3D scanning is a new technology that saves time and makes production process easier in many fields, from design to production. The wide application of 3D scanning makes this topic appealing, because among a lot of advantages of this technology, there are some shortcomings and unexplored possibilities. 3D scanning has greatly developed in the last decade, that development is ongoing and leaves a lot of space for exploring. Along with 3D scanning, other 3D technologies are developing rapidly and reverse engineering is gaining ground. Combining 3D applications such as 3D scanning, 3D modeling and production (e.g. 3D printing) is becoming an everyday thing. Focus of this diploma thesis is ultimate personalization of scanned 3D model, modifying it according to human face. In this case, the object is frame for glasses that is entirely adjusted to the previously scanned face. Optical optimal measurements are also taken into consideration for producing a functional frame. Also, this kind of a model can be subdued to different modifications on the field of design in PowerSHAPE CAD software. As a final result, a prototype of new, personalized model of glasses frame is produced. |
