Today, computer graphics are widely used in various fields. Modeling is a fundamental and essential element in computer graphics. Parametric modeling proceeds with modeling by adjusting the parameter values of formulas that define geometry figures and...
Today, computer graphics are widely used in various fields. Modeling is a fundamental and essential element in computer graphics. Parametric modeling proceeds with modeling by adjusting the parameter values of formulas that define geometry figures and object relationships based on traditional modeling methods. Parametric modeling methods require systematic research to use methods that are applied and accessed in a rather complex and diverse manner. Since parametric modeling is based on traditional methods in this study, we have studied traditional modelling methods in Chapter 2 and various methods of parametric modelling in Chapter 3. The traditional methods of modeling were divided into polygon, NURBS, and subdivisions, respectively, to learn about the characteristics of modeling. In Chapter 3, parametric modeling was divided into examples using one and various parametric modeling tools. Of the parametric modelling methods, we found that tools such as Bend, Bulge, Shear, Taper, Twist, FFD, Melt, Cloner and Voronoi Fracture used the method of applying variations to traditional modelling methods. In addition to the transformation, cloning uses a variety of applications by replicating existing modeling. The parametric modeling method of crack was known to represent objects in a way that causes cracks in the modeling, which is destroyed and fused. In addition, a variety of parametric modelling can be used to capture the characteristics of each of the various parametric methods and to implement the unique morphological characteristics of the complex mixed parametric modelling.