Cloth Simulation Based on Simplified Mass-Spring Model

Huang, Wenqing; Hu, Jing; Yu, Keqiang; Wang, Yaming; Jiang, Mingfeng

doi:10.11591/telkomnika.v12i5.5124

Cited by 4 publications

(9 citation statements)

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“…This model presumes that new node positions are generated due to the forces applied to mesh mass-points nodes, to guarantee the required balance among these mass nodes. This approach is common for many cloth animation contributions because meshes are easy to manipulate and efficient to describe deformations as described by Jiang Wang et al [9]. The interaction between fluid and cloth in real time also draw attention of researcher on studying these interacations [10].…”

Section: Related Workmentioning

confidence: 99%

Forced-Driven Wet Cloth Simulation based on External Physical Dynamism

Basori¹,

Aljahdali²,

Abdullah³

2017

ijacsa

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Abstract-Cloth simulation remains challenging for past two decades. There are several factors that contribute to this challenge such as, internal and external forces, water, oil and other fluid elements. This paper focuses on simulating wet cloth by considering external forces and water element. Initially, the mass spring technique is used to produce cloth sheet that is composed from collection of matrix point that connects to the spring, then external and internal forces are applied into cloth surfaces. The inner strength is represented by stiffness between springs of cloth particles, while outside forces depend on wind pressure and mass of object that rely on gravity. The wet cloth simulation is started by adding the fluid component into the textile elements which will affect the mass of the cloth itself. The cloth will absorb significance quantity of fluid that will distress the tension between spring particles inside cloth. The experiment has been conducted by simulating the cloth while absorbing the fluid which is controlled by particular equation. It has shown that saturation level of cloth is changing as well as the texture turn to be darker compared to dry cloth. The darkest color of cloth reflects the highest saturation level of the cloth. It also means that cloth cannot absorb more fluid since it is already full in term of capacity. The evaluation is conducted by comparing the dry and wet cloth in terms of motion and physical appearance. It is concluded that the proposed method is able to simulate the convincing wet cloth simulation with high Frame per Second (FPS) rate and realistic motion and appearance. The future work can focus on simulating interaction between fluid and cloth elements to see spoil scene, or washing cloth that remain challenging.

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Section: Related Workmentioning

confidence: 99%

Forced-Driven Wet Cloth Simulation based on External Physical Dynamism

Basori¹,

Aljahdali²,

Abdullah³

2017

ijacsa

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“…Comparing triangular to rectangular meshes makes clear that for each mass, there are less connected springs to triangular mesh, therefore; this mesh has the short computation as the rectangular mesh (Selle et al, 2009). 2.7 Simplified mesh Huang et al (2014) simplified the Provot's model to improve the efficiency of computing. Results of Huang's study showed that it does not affect the model significantly whether it is with two shear springs or one shear spring, therefore; in this mesh, one of the shear springs is eliminated to simplify the model.…”

Section: Triangular Meshmentioning

confidence: 99%

“…where K is the spring stiffness coefficient, u i the unit vector, C the body center and a coefficient in (0, 1), Δl tot the volume differences per area unit and Δl i the length changes of spring ith (Zhengdong and Shuyuan, 2011). Vassilev (2000Vassilev ( , 2001, Provot (1995), Louchet et al (1995), , Vassilev and Spanlang (2000), Bayraktar et al (2007), Connor and Stevens (2003), Dochev and Vassilev (2003), Zhibin and Zhanli (2006), Haiyan and Zhaofeng (2008), Qing et al (2010), Liu et al (2012a, b), Fuhrmann et al (2003), Mesit et al (2007), Cho et al (2010), Rusinko and Swan (2012), Huang et al (2014), Zhang and Yuen (2001), Kang et al (2000), Smith (2011), Goldenthal (2010), Yang and Shang (2013)…”

Section: Internal Forcesmentioning

confidence: 99%

“…Calculation of force References Zhibin and Zhanli (2006), Haiyan and Zhaofeng (2008), Qing et al (2010), Liu et al (2012a, b), Fuhrmann et al (2003), Mesit et al (2007), Cho et al (2010), Rusinko and Swan (2012), Huang et al (2014), Zhang and Yuen (2001), Kang et al (2000), Smith (2011), Goldenthal (2010), Yang and Shang (2013), Vassilev and Rousev (2008) Table III. (2003) presented a new method for bend behavior of fabric in mass spring model.…”

Section: Internal Forcementioning

confidence: 99%

“…At each recursion step, the smallest AABB of the set of primitives is computed. This process continues until each subset contains one element in fabric model (Huang et al, 2014). K-DOPs: the major difference between this method with AABB is that in the AABB trees, higher order k-DOPs are used to object wrapping, instead of axis aligned bounding boxes.…”

Section: Study and Comparison Techniquesmentioning

confidence: 99%

See 2 more Smart Citations

Study and comparison techniques in fabric simulation using mass spring model

Mozafary

Payvandy

2016

IJCST

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Purpose The purpose of this paper is to conduct a survey on research in fabric and cloth simulation using mass spring model. Also in this paper some of the common methods in process of fabric simulation in mass spring model are discussed and compared. Design/methodology/approach This paper reviews and compares presented mesh types in mass spring model, forces applied on model, super elastic effect and ways to settle the super elasticity problem, numerical integration methods for solving equations, collision detection and its response. Some of common methods in fabric simulation are compared to each other. And by using examples of fabric simulation, advantages and limitations of each technique are mentioned. Findings Mass spring method is a fast and flexible technique with high ability to simulate fabric behavior in real time with different environmental conditions. Mass spring model has more accuracy than geometrical models and also it is faster than other physical modeling. Originality/value In the edge of digital, fabric simulation technology has been considered into many fields. 3D fabric simulation is complex and its implementation requires knowledge in different fields such as textile engineering, computer engineering and mechanical engineering. Several methods have been presented for fabric simulation such as physical and geometrical models. Mass spring model, the typical physically based method, is one of the methods for fabric simulation which widely considered by researchers.

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Clothing Fabric Automatic Recognition

Zhao¹,

Zhou²

2018

2018 10th International Conference on Intelligent Human-Machine Systems and Cybernetics (IHMSC)

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Cloth Simulation Based on Simplified Mass-Spring Model

Cited by 4 publications

References 0 publications

Forced-Driven Wet Cloth Simulation based on External Physical Dynamism

Forced-Driven Wet Cloth Simulation based on External Physical Dynamism

Study and comparison techniques in fabric simulation using mass spring model

Clothing Fabric Automatic Recognition

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