3D fractals can be visualized as 3D objects with complex structure and has unlimited details. This thesis will be about methods to render 3D fractals effectively and efficiently, both to explore it in real-time and to create beautiful high resolution images with high details. The methods discussed is direct volume rendering with ray-casting and cut plane rendering to explore the fractal and an approach that uses super sampling to create high resolution images. Stereoscopic rendering is discussed and how it enhance the visual perception of the fracta
Creating artificial entities that are lifelike and comfortable for human users to interact with is a...
Fractal geometry has become popular in the last 15 years, its applications can be found in technolog...
This article studies the generation of 3D animation simulation based on gray value algorithm and fra...
3D fractals can be visualized as 3D objects with complex structure and has unlimited details. This t...
Fractal images have for many years been a richsource of exploration by those in computer science who...
This thesis details the steps taken in order to create an interactive application for rendering user...
Fractals are mathematically defined objects with self-similar detail on every level of magnification...
The natural world is typically made up of 3D objects characterized by more or less complex internal ...
Fractal mathematics and geometry are useful for applications in science, engineering, and art, but a...
This paper describes a method to efficiently define and 3D print unique kaleidoscopic hypercomplex f...
Ovaj rad sadrži kratak uvod u fraktalne objekte kroz nekoliko poznatih primjera. Objašnjava osnovne ...
This Master's thesis deals with history of Fractal geometry and describes the fractal science develo...
The application areas of modern visualisation techniques are enumerated and described. A classificat...
The application areas of modern visualisation techniques are enumerated and described. A classificat...
Fractals are a fundamental natural structure that has fascinated the sci- entific community for a lo...
Creating artificial entities that are lifelike and comfortable for human users to interact with is a...
Fractal geometry has become popular in the last 15 years, its applications can be found in technolog...
This article studies the generation of 3D animation simulation based on gray value algorithm and fra...
3D fractals can be visualized as 3D objects with complex structure and has unlimited details. This t...
Fractal images have for many years been a richsource of exploration by those in computer science who...
This thesis details the steps taken in order to create an interactive application for rendering user...
Fractals are mathematically defined objects with self-similar detail on every level of magnification...
The natural world is typically made up of 3D objects characterized by more or less complex internal ...
Fractal mathematics and geometry are useful for applications in science, engineering, and art, but a...
This paper describes a method to efficiently define and 3D print unique kaleidoscopic hypercomplex f...
Ovaj rad sadrži kratak uvod u fraktalne objekte kroz nekoliko poznatih primjera. Objašnjava osnovne ...
This Master's thesis deals with history of Fractal geometry and describes the fractal science develo...
The application areas of modern visualisation techniques are enumerated and described. A classificat...
The application areas of modern visualisation techniques are enumerated and described. A classificat...
Fractals are a fundamental natural structure that has fascinated the sci- entific community for a lo...
Creating artificial entities that are lifelike and comfortable for human users to interact with is a...
Fractal geometry has become popular in the last 15 years, its applications can be found in technolog...
This article studies the generation of 3D animation simulation based on gray value algorithm and fra...