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A Development of Application Software by using Non-contact Input System 基于非接触式输入系统的应用软件开发
Pub Date : 2002-12-30 DOI: 10.5989/JSGS.36.4_3
Takahiro Yonemura, Kenichi Hirose, K. Furukawa, S. Nagae
筆者らはCCDカメラを用いて, ユーザの指先や頭部の動きやジェスチャを認識するシステムを開発している.本システムを用いることで, ユーザはマウスやキーボードを用いることなくパーソナルコンピュータを操作できる.また, 空間に文字を描き示すことで, 文字の入力を可能にした.これにより既存のOSとの互換も図った.一方, 本システムに対応した3DCGモデリングソフトウェアと教育用コンテンツを開発した.これらはユーザのジェスチャに対応して操作でき, また, 物を観察するときに行なう「覗き込み」の機能を付加することで, ユーザの好奇心の持続に役立てることができた.このようなユーザに優しいインタフェースを用いるソフトウェアにより, 初心者も3DCGや図形情報処理に親しむことができると確信している.
笔者正在开发利用CCD相机识别用户指尖和头部动作及手势的系统。通过使用本系统,用户无需使用鼠标和键盘就能操作个人电脑。可输入文字,并与现有的操作系统兼容。另一方面,开发了与本系统相对应的3d cg建模软件和教育用内容,这些软件可以根据用户的手势进行操作,通过添加观察物体时进行的“窥视”功能,有助于保持用户的好奇心。我确信初学者也能熟悉3d cg和图形信息处理。
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引用次数: 0
A Method for Subdivision Surface Generation using Handwritten Section Lines 一种使用手写剖面线生成细分曲面的方法
Pub Date : 2000-03-01 DOI: 10.5989/jsgs.34.17
K. Matsuda, K. Kondo
本論文では手描き断面線を用いた細分割曲面生成手法の提案を行なう.細分割曲面は, 任意位相の多面体を再帰的に細分割して得られる曲面のことであり, 従来のパラメトリック曲面と比べ制御が容易なことから曲面表現手法として注目を集めているが, 初期形状がない状態から任意の曲面を持つための制御ポリゴンを生成するにはかなりの経験を必要とする.そこで本論文では, 任意の手描き断面線を入力し, その断面を持つような細分割曲面の制御ポリゴンを自動的に生成する手法を提案する.本論文では, Doo/Sabinの細分割曲面の制御ポリゴン生成のために,(1) Chaikinの手法の逆問題を解くための, 手描き清書曲線からの制御ポリゴン生成手法,(2) 頂点数の異なるポリゴン同士の自動接続手法, について提案を行なう.提案手法は,(1) 手描き断面線の入力だけで容易にDoo/Sabinの細分割曲面の制御ポリゴンが得られる,(2) 手描き曲線と制御ポリゴンを細分割して得られる曲線の差が非常に少ない,(3) 断面同士の頂点数の差を考慮する必要がない, といった特長があり, 手描き断面線の入力により任意の断面を持つ細分割曲面が容易に生成できるようになった.
本论文提出了使用手绘截面线的细分割曲面生成方法。细分割曲面是将任意相位的多面体递归地细分割而得到的曲面,与以往的参量曲面相比,由于容易控制,作为曲面表现手法备受关注。从没有初始形状的状态中生成具有任意曲面的控制多边形需要相当的经验。因此,在本文中,输入任意手绘截面线,提出了自动生成具有该截面的细分割曲面的控制多边形的方法。本文针对Doo/Sabin细分化曲面的控制多边形生成,包括:(1)解决Chaikin方法的逆问题;从手绘誊写曲线的控制多边形生成手法,(2)顶点数不同的多边形之间的自动连接手法,进行提案。提出的方法是:(1)只输入手绘截面线就能容易地得到Doo/Sabin细分割曲面的控制多边形,(2)将手绘曲线和控制多边形细分割得到的曲线的差非常小,(3)具有不需要考虑截面之间顶点数的差异等特点,通过手绘截面线的输入,可以很容易地生成具有任意截面的细分割曲面。
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引用次数: 0
建築における「姿図」の変遷 建筑“姿态图”的变迁
Pub Date : 1998-09-01 DOI: 10.5989/JSGS.32.3_3
道夫 加藤
This survey treats architectural pictorial sketches from Vitruvius to 20th century. According to pictorial sketches, we can't have no rigorous definition because there were various types of pictorial sketches before their definition by projection method was made. So to understand the usage of these sketches, we have to look into various drawings historically. The conclusion is following. 1) Perspective method after Renaissance is an important one, because it simulates human perceptions as the imitating image of a retina one. 2) Axonometric drawings can represent architecture objectively setting a fixed view point free. So this method can be seen as a simulation of our recognition. 3) But we can't understand the change from perspectives to axonometric drawings as an evolutionary one. Because we can see various types of pictorial sketches after the Middle Ages, where we can find various devices such as Villard de Honnecourt's sketches or Du Cerseau's ones.
本调查处理从维特鲁威到20世纪的建筑绘画草图。根据写真,我们不可能没有严格的定义,因为在用投影法定义写真之前,写真的种类是多种多样的。因此,为了理解这些草图的用法,我们必须研究历史上各种各样的绘画。结论如下。1)文艺复兴之后的透视法是一种重要的透视法,因为它模拟人类的感知,是视网膜的模仿图像。2)轴测图可以客观地表现建筑,不受固定视点的限制。所以这个方法可以看作是模拟我们的识别。3)但我们不能把从透视到轴测图的变化理解为一种进化。因为我们可以看到中世纪以后各种各样的写生,在那里我们可以找到各种各样的装置,比如维拉德·德·洪内古尔的写生或者杜·瑟索的写生。
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引用次数: 0
CGアニメーションを用いた景観シミュレーションに関する研究その2―簡略化したCGアニメーションのシミュレーション・メディアとしての妥当性とその限界について CG动画景观模拟研究之二——简化CG动画作为模拟媒体的可行性及其局限性
Pub Date : 1997-12-01 DOI: 10.5989/JSGS.31.4_11
尚彦 隼田, 智 井野
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引用次数: 2
メンタル・ローテーション・テストの問題解決過程に関する考察―ペーパーテストの誤答分析を通して― 关于心理轮转测试的问题解决过程——通过分析笔试错误答案——
Pub Date : 1997-12-01 DOI: 10.5989/JSGS.31.4_3
椎名 久美子, 鈴木 賢次郎
In this paper, error analysis in the paper-and-pencil Mental Rotations Test (MRT) was conducted. In the previous study, direct monitor of eye fixation and protocol analysis have shown the difference of problem solving process between experts and novices. The purpose of this study is to examine whether such differences of problem solving process are reflected in the statistic property of the errors made by a large number of subjects.Following results were obtained: 1) Solving process by mental rotation was reflected in error made by both experts and novices. 2) Solving process by detecting structural features was reflected in error made by novices.The error analysis also revealed the unequal difficulty of each two part in the MRT. From the viewpoint of item order, the reconstruction of the MRT will be an interesting topic in the future work.
本文对纸笔心理旋转测验(MRT)进行了误差分析。在以往的研究中,通过直视监测和协议分析显示了专家和新手在问题解决过程上的差异。本研究的目的是检验这种问题解决过程的差异是否反映在大量被试所犯错误的统计性质上。结果表明:1)心理旋转解题过程在专家和新手的错误中都有体现。2)通过检测结构特征求解的过程体现在新手的误差上。误差分析还揭示了MRT中每两个部分的难度不等。从项目顺序的角度来看,MRT的重建将是未来工作中一个有趣的话题。
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引用次数: 0
Experiment on Classification of Apparel Checked Patterns Using Impression Terms 基于印象词的服装格子图案分类实验
Pub Date : 1995-12-01 DOI: 10.5989/JSGS.29.4_3
M. Ishii, K. Kondo, Hisashi Sato, S. Shimada
We propose a method for grouping apparel graphis patterns making use of impression terms to express sensitivity faculty. For the purpose of proving effectiveness of this method, we applied it to apparel checked patterns. As a result of the examination, 11 kinds of representative terms have been selected. And eighteen monochromatic textile patterns have been classified to 6 kinds of groups and 4 kinds of patterns, using impression terms collected from questionnaires.In this method, impression terms are objectified, and a relation between a pattern group and impression terms is simplified. Creating a user interface for retrieval tool of apparel pattern data base with this method, user would be able to search required apparel textile patterns correctly using some impression terms.
提出了一种利用印象词来表达敏感能力的服装图形图案分组方法。为了验证该方法的有效性,我们将其应用于服装格子图案。经过审查,选出了11种具有代表性的词汇。利用问卷调查中收集到的印象词,将18种单色纺织品图案分为6类4种。该方法将印象项对象化,简化了图案组与印象项之间的关系。利用该方法创建了服装图案数据库检索工具的用户界面,用户可以使用一些印象词正确搜索所需的服装纺织品图案。
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引用次数: 1
L-reps: 2次元ディスプレイ上で3次元ピンポイントを可能にする2次元指向幾何変換モデル* L-reps:在二维显示器上实现三维精准的二维定向几何变换模型*
Pub Date : 1995-03-01 DOI: 10.5989/JSGS.29.3
毅 高山, 一成 藤代, 東生 蔡, 池辺 八洲彦
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引用次数: 0
Multiple, Multi-polar Curve extended from the Oval using the infinity chain of orthopole 利用正射孔的无穷链从椭圆延伸出多个、多极曲线
Pub Date : 1900-01-01 DOI: 10.5989/JSGS.35.9
H. Ebisui
楕円を拡張した卵形線には, 焦点が3つあり, さらに, 4つ以上焦点を持つ曲線を探していた.それは, 直極点を用いた卵形線の定義と直極点の一般化 (無限連鎖化) の方法を組み合わせることにより卵形線の定義を拡張したものとしてあらわせることがわかった.そうして, 卵形線の焦点の多数化 (多極化) ができた.そこで, この小論では, 直極点の一般化 (拡張) を述べ, 次に, 以前報告した, 直極点による卵形線の定義を述べ, さらに, 一般化された直極点による卵形線の拡張を考える.そして, その考えの基に, 拡張された卵形線 (多極曲線 (愛称chocoid) ) の図をコンピュータで描いた.この多極曲線は, 4直線に関する直極点を用いるとき, その極は, 直線上に6点あり, そのうち5点の座標で形が決まる.さらに, 数例の数値例を描くと, 自己交差した多重閉曲線であることがわかった.5直線に関する直極点を用いる場合も, MapleVと言う数式処理, 関数グラフィックソフトで, 媒介変数表示を求め, CG化した.その性質は, まだ未知なるものが多いが, 一応の形を報告する.
椭圆扩张后的卵形线有3个焦点,进而寻找具有4个以上焦点的曲线。通过组合使用直极点的卵形线的定义和直极点的一般化(无限连锁化)的方法,使卵形线的定义作为扩展的东西表现出来。卵形线的焦点的多数化(多极化)。因此,在这个小论中,叙述直极点的一般化(扩展),接下来,叙述以前报告的,由直极点的卵形线的定义,并且,考虑由一般化的直极点进行的卵形线的扩展。然后,在这个考虑的基础上,用计算机绘制了扩展后的卵形线(多极曲线(爱称chocoid))的图。使用直线相关的直极点时,该极点在直线上有6个点,由其中5个点的坐标决定形状。再画几例数值例,使用与5条直线相关的直极点时,使用MapleV的公式处理和函数图形软件,求得媒介变量显示,并进行CG化处理。还有很多未知的东西,报个形。
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引用次数: 0
Paper Construction Series 纸本建筑系列
Pub Date : 1900-01-01 DOI: 10.5989/JSGS.38.4_26
N. Kobayashi
{"title":"Paper Construction Series","authors":"N. Kobayashi","doi":"10.5989/JSGS.38.4_26","DOIUrl":"https://doi.org/10.5989/JSGS.38.4_26","url":null,"abstract":"","PeriodicalId":101829,"journal":{"name":"Journal of graphic science of Japan","volume":"29 1","pages":"0"},"PeriodicalIF":0.0,"publicationDate":"1900-01-01","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":null,"resultStr":null,"platform":"Semanticscholar","paperid":"121045231","PeriodicalName":null,"FirstCategoryId":null,"ListUrlMain":null,"RegionNum":0,"RegionCategory":"","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":"","EPubDate":null,"PubModel":null,"JCR":null,"JCRName":null,"Score":null,"Total":0}
引用次数: 0
The History of Drawing Course in Japan 日本绘画课程的历史
Pub Date : 1900-01-01 DOI: 10.5989/JSGS.32.3
K. Kajiyama
{"title":"The History of Drawing Course in Japan","authors":"K. Kajiyama","doi":"10.5989/JSGS.32.3","DOIUrl":"https://doi.org/10.5989/JSGS.32.3","url":null,"abstract":"","PeriodicalId":101829,"journal":{"name":"Journal of graphic science of Japan","volume":"40 1","pages":"0"},"PeriodicalIF":0.0,"publicationDate":"1900-01-01","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":null,"resultStr":null,"platform":"Semanticscholar","paperid":"125866488","PeriodicalName":null,"FirstCategoryId":null,"ListUrlMain":null,"RegionNum":0,"RegionCategory":"","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":"","EPubDate":null,"PubModel":null,"JCR":null,"JCRName":null,"Score":null,"Total":0}
引用次数: 0
期刊
Journal of graphic science of Japan
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