Modelling and simulation of cloth deformation are of great importance in computer graphics and engineering applications. Although many models have been developed, problems still exist. No model so far can accurately describe both motion and deformation of cloth in a unified equation. And the equations for the in-plane deformation of cloth have yet to be developed. In this paper, a model for bot...

Generationg realistic real-time cloth effects on-the-fly for interactive environments, such as games, is challanging and interesting. This article gives a practical explanation for students to enable them to integrate cloth effects into their demos. We explain the principles, computational overheads, and numerical approximations, necessary for achieving an asthetically pleasing realistic intera...

This paper describes a fast technique for animating clothing on walking humans. It exploits a mass-spring cloth model but applies a new velocity directional modification approach to overcome its super-elasticity. The algorithm for cloth-body collision detection and response is based on image-space interference tests, unlike the existing ones that use object-space checks. The modern workstations...

The computational requirements of cloth and other non-rigid solid simulations are high and often the running time is far from real time. In this paper, an eecient solution of the problem on parallel computer is presented. An application, which combines data parallelism with task parallelism has been developed, achieving a good load balancing and minimizing the communication cost. The execution ...

Traditionally, total skin electron patients remove all clothing for treatment. It is generally assumed that this is best for the treatment of superficial skin lesions out of concern clothing may significantly perturb dose. We investigate the dosimetric effect of patient gowns and determine the necessity of treating patients naked. Using GAFCHROMIC EBT2 film, dose to a cylindrical phantom was me...

In this work, we first report a facile, low-cost and high-throughput method for photolithographical fabrication of microfluidic cloth-based analytical devices (μCADs) by simply using a cotton cloth as a substrate material and employing an inexpensive hydrophobic photoresist laboratory-formulated from commercially available reagents, which allows patterning of reproducible hydrophilic-hydrophobi...

This paper describes a technique for accelerating the computations on a mobile device (smartphone or tablet) using parallel computing on a multicore CPU. The paper addresses a particular example of a mass-spring cloth model for garment simulation. The simulation starts from flat garment pattern meshes positioned around a 3D human body, then seaming forces are applied on the edges of the panels ...

We present a method for capturing the geometry and parameterization of fast-moving cloth using multiple video cameras, without requiring camera calibration. Our cloth is printed with a multi-scale pattern that allows capture at both high speed and high spatial resolution even though self-occlusion might block any individual camera from seeing the majority of the cloth. We show how to incorporat...

in the two issues (no 26 & 27) we gave a brief knowledge about the influence of electromagnetic fields on human beings. to protect against headache, insomnie, tiredness, and heart troubles, special metallized cloth is discribed, the efficiency of the metallized cloth and other protectives in u. h. v , finally is discussed.