옷감 부착물을 고려한 실시간 옷감 시뮬레이션

Abstract

A real-time cloth simulation has employed the mass-spring model and also tried to get natural 3D fitting shapes of clothes. Such simulation results have often been shown on internet homepage or 3D games. However, since the mass-spring model is usually assumed that all intersection points have the same mass, the cloth simulation did not represent the exact simulation results of general clothes with embroidery and patchworks. Such actual garments were comprised of various materials that cause the non-uniform mass distributions. Therefore, we propose a real-time cloth simulation with a non-uniform mass distribution using the fabric map, the backstitch constant, and an effective mass of spring. To get non-uniform distribution of mass, we will first create a fabric map whose luminances means the distribution of mass according to the color sense theory of texture image. Second constraint creates the factors that control the stretching, shearing, bending of backstitch. Finally, we apply an effective mass of springs which connected as two particles have deemed another one particle from the point of atomic.