Search

3D modelling is process of creation of three dimensional object mathematical representations. Every 3D model represents information and data collection about points in 3D space which computer interpret like virtual object displayed on screen. This article present analyse of 3D modelling program tools. Based on 3D modelling tools comparation some functions that are usually used can be identified. Function can bee seen from two aspects: customer and programmer/designer aspects. For each aspect there are some basic function groups. From customer aspect function groups are identified based on method for 3D model creation. Programmer/designer aspect describes algorithms that are used to perform specific function group. These algorithms are used in various program tools to practice identical or similar functions.

Ovim ću završnim radom prikazati proces izrade jednostavne 3D kuće te ću opisati alate koje se koriste u izradi iste. Kroz rad su objašnjeni osnovni pojmovi programa, osnovni dijelovi, povijest itd. Teorijski dio je namijenjen za prikaz primjene 3D modeliranja u arhitekturi. Prikazat će se tehnike koje će se koristiti u programu blender za modeliranje. Cilj ovog rada je približiti potrebu za 3D modeliranjem i prikazati model u što realnijem izdanju tako da se može iskoristiti za izradu kuće. U praktičnom dijelu se prikazuje procedura izrade kuće te se objašnjavaju alati koji se koriste. Izrada modela će se odvijati u 3D programu „Blender“. With this final paper I will demonstrate the process of making a simple 3D house and I will describe the tools used in making it. The paper explains the basic concepts of the program, basic parts, history, etc. The theoretical part is intended to show the application of 3D modeling in architecture. The techniques to be used in the process of making the model using the blender program will be presented. The aim of this paper is to approximate the need for 3D modelling and present the model in its most realistic form so that it can be used to design a house. The practical part shows the procedure of making a house and explains the tools used. The development of the model will take place in the 3D program "Blender".

Fokus završnog rada biti će na izradi optimiziranog game ready asseta gdje će se proći kroz razne podteme i osnove 3D modeliranja, izrade UV mapa, bake procesa i teksturiranja modela. Važno je proći kroz sve navedene aspekte kako bi se mogao izraditi optimizirani game ready asset koji neće naštetiti ili nepotrebno opteretiti game engine. Vidjet će se i pokazati znanja Autodesk Maye 2019, korištenje programa Marmoset Toolbag 3 te jednog od novijih programa pod nazivom Quixel Mixer za teksturiranje modela. U praktičnom dijelu izraditi će se game ready asset u obliku radničkih svjetla te bi se na taj način povezala navedena teorija sa vizualnim primjerom cijelog procesa. Focus of the final paper will be about creating an optimised game ready asset. In order to accomplish that, the basic knowledge of 3D modelling, UV mapping, baking process and texturing will be explained. It is important to go through all the steps mentioned above so an optimized game ready asset could be built, otherwise the game engine could possibly have a hard time of using the object, it could easily drain it's memory and thus make it have bad FPS problems. Through the process, knowledge of Autodesk Maya 2019, Marmoset Toolbag 3 and Quixel Mixer will be shown. In the practical part of the thesis the model itself will be made, step by step, so the theory and practice could be integrated for better understanding of the whole process in question.