Pressure presentation strength for calligraphy brushwork instruction

Tsuda, Naoaki; Morikawa, Ami; Nomura, Yoshihiko; Kato, Norihiko

doi:10.1109/iris.2017.8250121

Cited by 2 publications

(2 citation statements)

References 13 publications

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“…Circular brushwork is often used in cursive styles and semi-cursive scripts, emphasizing fluidity and emotional expression. By adjusting the brush pressure, calligraphers can introduce variations in line thickness, creating visual contrasts and dynamism within the artwork (Tsuda et al, 2017). Circular brushwork conveys emotions of tranquillity, warmth, and emotional richness, making it suitable for poetic or lyrical calligraphy works.…”

Section: Characteristics Of Chinese Ancient Inscriptions Handwriting ...mentioning

confidence: 99%

Exploring the Characteristics of Chinese Ancient Inscriptions: A Chen's Theory Perspective

Sai,

Mokhtar,

Abdullah

et al. 2024

IJARPED

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The exploration of Chinese ancient inscriptions is crucial for understanding the historical, cultural, and artistic legacy of China. This research delves into the characteristics of these inscriptions through the lens of Chen's Theory of Chinese Calligraphy, which emphasizes five key aspects: handwriting information, verve information, strength information, implication information, and information regarding admiration for ancient times. Utilizing a combination of literature review and visual analysis, the study meticulously examines selected inscriptions to uncover their unique attributes. The methodology involves a systematic review of existing literature on Chinese calligraphy, complemented by a visual analysis of selected ancient inscriptions. This dual approach allows for a comprehensive understanding of the inscriptions' artistic and cultural significance. The major findings highlight the intricate craftsmanship, expressive power, and cultural depth embedded in Chinese calligraphy, as well as the influence of historical admiration on the development of calligraphic styles. The study's results not only enrich our appreciation for Chinese calligraphic tradition but also provide a foundation for future research. Potential areas for further investigation include exploring the intersections between calligraphy and other traditional Chinese arts such as painting and seal carving, as well as the application of modern technologies like digital tools and virtual reality for analyzing and preserving ancient inscriptions. Additionally, comparative studies between Chinese calligraphy and other global calligraphic traditions could promote cross-cultural exchange and deeper appreciation. Understanding these characteristics is vital for scholars and enthusiasts alike, as it deepens their connection to the artistry and cultural richness of Chinese calligraphy, thereby enhancing their overall comprehension of Chinese culture and history.

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Section: Characteristics Of Chinese Ancient Inscriptions Handwriting ...mentioning

confidence: 99%

Exploring the Characteristics of Chinese Ancient Inscriptions: A Chen's Theory Perspective

Sai,

Mokhtar,

Abdullah

et al. 2024

IJARPED

View full text Add to dashboard Cite

show abstract

“…They realized the application of gesture interaction in the virtual rehabilitation system through feature extraction and gesture recognition of hand. Tsuda et al [12] realized the virtual writing system by hand movement calculation, and the system was used for writing training. Yao et al [13] proposed a virtual simulation system that supported simultaneous interaction between stereoscopic helmet of Oculus Rift and Kinect.…”

Section: Related Workmentioning

confidence: 99%

A Natural Interaction Method of Multi-Sensory Channels for Virtual Assembly System of Power Transformer Control Cabinet

Shao

Feng

et al. 2020

IEEE Access

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The more sensory channels are equipped in a virtual assembly system, the more real users feel in the whole system, however, most of the existing virtual assembly systems are based on the natural interaction method of one or two sensory channels. Thus, this paper proposes a novel virtual assembly system integrating multi-sensory channels, including gesture interaction, Chinese speech interaction, tactile interaction, 3D display and real-time display of real environment pictures in the virtual environment. To improve the operability of the virtual environment, we analyze the parallel virtual assembly sequence on the basis of two-hand interaction, and the assembly priority is prompted based on UI interface. For ease of operation, we present a method of viewpoint control based on gesture interaction and the coordinate threshold of spatial position. A hierarchical bounding box collision detection algorithm based on volume difference is proposed to improve the efficiency of collision feedback and collision avoidance. In addition, the power equipment models are exhibited in the virtual scene, as the exhibits of the virtual roaming process. Finally, to evaluate the training effect of this system, a comparative experiment is designed to compare the participants' experience and the effect of assembly training. The experimental results show that the virtual assembly system of natural interaction with multi-sensory channels is flexible and immersive. INDEX TERMS Virtual assembly, natural interaction, virtual reality, multisensory channel. I. INTRODUCTION

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Pressure presentation strength for calligraphy brushwork instruction

Cited by 2 publications

References 13 publications

Exploring the Characteristics of Chinese Ancient Inscriptions: A Chen's Theory Perspective

Exploring the Characteristics of Chinese Ancient Inscriptions: A Chen's Theory Perspective

A Natural Interaction Method of Multi-Sensory Channels for Virtual Assembly System of Power Transformer Control Cabinet

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