- 著者
- Marc Levoy
- タイトル
- Spreadsheets for Images
- 書籍
- Proc. SIGGRAPH'94
- シリーズ
- Computer Graphics Proceedings, Annual Conference Series
- ページ
- 24-29
- 日時
- July 1994
- 概要
- We describe a data visualization system based on spreadsheets.
Cells in our spreadsheet contain graphical objects such as
images, volumes, or movies. Cells may also contain widgets such
as buttons, sliders, or curve editors. Objects are displayed in
miniature inside each cell. Formulas for cells are written in
a general-purpose programming language (Tcl) augmented with
operators for array manipulation, image processing, and
rendering.
Compared to flow chart visualization systems, spreadsheets are
more expressive, more scalable, and easier to program. Compared
to conventional numerical spreadsheets, spreadsheets for images
pose several unique design problems: larger formulas, longer
computation times, and more complicated intercell dependencies.
In response to these problems, we have extended the spreadsheet
paradigm in three ways: formulas can display their results
anywhere in the spreadsheet, cells can be selectively disabled,
and multiple cells can be edited at once. We discuss these
extensions and their implications, and we also point out some
unexpected uses for our spreadsheets: as a visual database
browser, as a graphical user interface builder, as a smart
clipboard for the desktop, and as a presentation tool.
- コメント
- スプレッドシートで画像処理を行なう。
「フローチャート式」(データフロー式?)のものに比べると
計算式が見えないからわかりやすいと言っている。
計算式はTcl/Tkを使う。
- 概要
- あんまり大したアイデアとも思えないが... 頑張ってちゃんと
作ってはあるようである。
Volume Renderingが専門のようだが、
Stanfordの教授が自分でこういうシステムを作ってしまうとは凄い。
- カテゴリ
- UI,
CG,
VL
WWW: http://www-graphics.stanford.edu/papers/spreadsheets/
Category: UI CG VL
Organization: ACM SIGGRAPH
Comment: スプレッドシートで画像処理を行なう。
「フローチャート式」(データフロー式?)のものに比べると
計算式が見えないからわかりやすいと言っている。
計算式はTcl/Tkを使う。
Abstract: We describe a data visualization system based on spreadsheets.
Cells in our spreadsheet contain graphical objects such as
images, volumes, or movies. Cells may also contain widgets such
as buttons, sliders, or curve editors. Objects are displayed in
miniature inside each cell. Formulas for cells are written in
a general-purpose programming language (Tcl) augmented with
operators for array manipulation, image processing, and
rendering.
Compared to flow chart visualization systems, spreadsheets are
more expressive, more scalable, and easier to program. Compared
to conventional numerical spreadsheets, spreadsheets for images
pose several unique design problems: larger formulas, longer
computation times, and more complicated intercell dependencies.
In response to these problems, we have extended the spreadsheet
paradigm in three ways: formulas can display their results
anywhere in the spreadsheet, cells can be selectively disabled,
and multiple cells can be edited at once. We discuss these
extensions and their implications, and we also point out some
unexpected uses for our spreadsheets: as a visual database
browser, as a graphical user interface builder, as a smart
clipboard for the desktop, and as a presentation tool.
Bibtype: InProceedings
Month: jul
Pages: 24-29
Author: Marc Levoy
Booktitle: Proc. SIGGRAPH'94
Series: Computer Graphics Proceedings, Annual Conference Series
Title: Spreadsheets for Images
Comment1: あんまり大したアイデアとも思えないが... 頑張ってちゃんと
作ってはあるようである。
Volume Renderingが専門のようだが、
Stanfordの教授が自分でこういうシステムを作ってしまうとは凄い。
Year: 1994
Date: 2003/08/01 04:59:50