Development of user interface and drawing tools in digital image processing system for intracellular fluorescent dye concentrations of living cells

机译：数字图像处理系统中用于活细胞细胞内荧光染料浓缩的用户界面和绘图工具的开发

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In our system developed in Visual C++ for images with intracellular fluorescent dye concentrations of living cells after the boundaries and labels are drawn for all living cells, the new image is pushed into the stack pointer for the purpose of redo function and the window is updated. For the user interface, different buttons and their control algorithms have been tested. In our program we used some special control algorithms to ensure that the user gets less chance to make an error operation. Drawing line can split joined objects and Regions-of-Interest can be selected or removed by drawing a rectangle or an ellipse. Once we select any part of an image by drawing rectangle or ellipse, the cutting button and the file generation button are enabled together with the clear button. Such an approach allows the user not to be concerned so much which operation is suitable at any time and the continuous undo and redo operation encourage the user to perform whatever operation is suitable at any time without being afraid of loosing information. Finally the reminding messages will guide the user how to perform operation of the system correctly and to retrieve any removed data.

机译：在我们的Visual C ++中开发的系统中，在为所有活细胞绘制边界和标签后，使用活细胞的细胞内荧光染料浓度图像，将新图像推入堆栈指针以实现重做功能，并更新了窗口。对于用户界面，已经测试了不同的按钮及其控制算法。在我们的程序中，我们使用了一些特殊的控制算法来确保用户获得错误操作的机会更少。画线可以拆分连接的对象，并且可以通过绘制矩形或椭圆形来选择或删除兴趣区域。一旦我们通过绘制矩形或椭圆形来选择图像的任何部分，便会启用剪切按钮和文件生成按钮以及清除按钮。这样的方法使得用户不必太在意任何时候哪个操作是合适的，并且连续的撤消和重做操作鼓励用户在任何时候执行任何合适的操作而不必担心丢失信息。最后，提醒消息将指导用户如何正确执行系统操作以及如何检索任何已删除的数据。

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来源
《Conference on Optical Diagnostics of Living Cells Ⅴ, Jan 23-25, 2002, San Jose, USA》|2002年|p.52-61|共10页
会议地点 San Jose CA(US)
作者
Bogdan J. Falkowski; Beata T. Olejnicka;
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作者单位

Nanyang Technological University, School of Electrical and Electronic Engineering, Block S1, 50 Nanyang Avenue, Singapore 639798;

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会议组织
原文格式 PDF
正文语种 eng
中图分类基础医学;
关键词
boundary drawing and cell labeling; undo and redo algorithms; drawing lines and objects; user interface;

机译：边界图和单元标记；撤消和重做算法；画线和物体；用户界面;

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4. Segmentation and statistical analysis of images with intracellular fluorescent dye concentrations of living cells [C] . Bogdan J. Falkowski, Beata T. Olejnicka Conference on Optical Diagnostics of Living Cells Ⅴ, Jan 23-25, 2002, San Jose, USA . 2002

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Development of user interface and drawing tools in digital image processing system for intracellular fluorescent dye concentrations of living cells

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