Research on 3D visual programming based on the integrated programming environment

基于集成编程环境的3D可视化编程研究

• 批准号: 11480084
• 负责人: TANAKA Jiro
• 金额: $ 9.92万
• 依托单位: University of Tsukuba
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research (B).
• 财政年份: 1999
• 资助国家: 日本
• 起止时间: 1999 至 2000
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/en/grant/KAKENHI-PROJECT-11480084/
• 关键词: Visual programming; Visualization; 3D; Graph layout; Spring algorithm; Graph drawing; Spacial parser; 3D icon; バネモデル

We carried out the research on 3D visual programming based on the integrated programming environment, assuming a parallel logic programming language as our target programming language.Paying attention to the three dimensional display technique, we have implemented three dimensional visual programming system 3D-PP.In 3D-PP, a user can generate a program by connecting 3D solid objects on top of the display by direct manipulation.We can input 3D solid objects by drag-and-dropping 3D icons which correspond to the program elements. 3D objects are placed to the appropriate position by automatic layout function. We also carried out the research on visual parser generator in order to give the meaning to the generated programs.We can also execute or debug a program visually. The program execution is expressed as the transformation of the composed 3D solid objects. We do not distinguish the dynamic program execution from the static program input, such as seen in the conventional programming. Both of the dynamic program execution and the static program input are handled as a unified manner.In connection with this research, we have also implemented "CafePie" which is the visual programming environment for algebraic specification language Cafe OBJ.

基于集成编程环境，以并行逻辑编程语言为目标编程语言，进行了三维可视化编程的研究，针对三维显示技术，实现了三维可视化编程系统3D-PP。在3D-PP中，用户可以通过直接操作将三维实体连接到显示器上来生成程序，通过拖放程序元素对应的3D图标来输入三维实体对象。通过自动布局功能将3D对象放置到合适的位置。为了给生成的程序赋予意义，我们还开展了可视化解析器生成器的研究，我们还可以可视化地执行或调试程序。程序执行被表示为组合的三维实体对象的变换。我们没有区分动态程序执行和静态程序输入，就像在常规编程中看到的那样。将动态程序执行和静态程序输入统一处理，并结合本研究，实现了代数规格说明语言Cafe OBJ的可视化编程环境CafePie。

项目成果

三浦元喜,田中二郎: "Javaアプレットのためのアニメーションヘルプシステム"情報処理学会論文誌プログラミング. 41,SIG4(PRO7). 56-64 (2000)

Motoyoshi Miura、Jiro Tanaka：“Java 小程序的动画帮助系统”日本信息处理学会编程交易 41，SIG4(PRO7) (2000)。

S.Joung and J.Tanaka: "Rainbow : Implementing Layout Constraints in Visual System Generator"Transactions of IPSJ. Vol.41, No.5, (in Japanese).. 1246-1256 (2000)

S.Joung 和 J.Tanaka：“Rainbow：在视觉系统生成器中实现布局约束”IPSJ 的交易。

T.Oshiba and J.Tanaka: ""3D-PP" : Visual Programming System with Three-Dimensional Representation, ""Proceeding of International Symposium on Future Software Techology (ISFST '99). 61-66 (1999)

T.Oshiba 和 J.Tanaka：“3D-PP”：具有三维表示的可视化编程系统，“未来软件技术国际研讨会论文集 (ISFST 99)”。61-66 (1999)

Y.Sakayori,M.Miura and J.Tanaka: "Programming Environment Specified for Interprocessor Communications Based on Graphical User Interface"Proceedings of the International Conference on Parallel and Distributed Processing Techniques and Applications (PDPTA '

Y.Sakayori、M.Miura 和 J.Tanaka：“基于图形用户界面的处理器间通信指定编程环境”并行和分布式处理技术与应用国际会议 (PDPTA ) 论文集

南雲淳,田中二郎: "グラフ描画アルゴリズムへの多視点遠近画法の導入"電子情報通信学会誌D-II. Vol.J82-D-II,No.6. 1042-1048 (1999)

Jun Nagumo，Jiro Tanaka：“图形绘制算法的多视图透视方法介绍”，电子信息通信工程师学会期刊 D-II，第 1042-1048 期。 1999）