Computer generated graphic

Full-color, high-quality computer-generated graphics (drawings and illustrations) are widely used in proposals to illustrate scientific concepts. 

Figure 2. A bar graph comparison of student math percentiles. Computer-generated graphics offer numerous options in terms of theme of visual aid, chart type, color selections (if color is an option), and other chart attributes, such as use of grid lines and location of caption.

Fig. 23.1. Computer Generated Graphics Showing Superimposition of Estradiol and DES.

Multiple sets of CRT-based projection systems can be linked to increase luminance and resolution for a given appHcation. The multiple beams overlay each other to yield the improved performance. Convergence of the 6-12 CRT assemblies, however, can become quite complex. Multiple CRT systems are satisfactory for NTSC video sources, but are usually inadequate for the display of computer-generated graphics data with single pixel characters. 

I would like to thank Dr. Thomas Jessell (Howard Hughes Medical Institute, Columbia University) for his support during the generation and use of these reporter cell lines in his laboratory. I also thank Barbara Han for expert technical assistance in the production of these reporter cells and Ira Schieren for his expertise in computer-generated graphics. 

Figure 5-93. Computer-generated graphics for straight and tapered cross-sections of cantilevered snap-fits showing how tapering removes stress from the root area.

Computer-generated graphical representations have to follow the traditional rules for model building in chemistry in order to be widely accepted, but the new technology has also the great chance to generalize the old ideas and to establish model scenarios which are more closely related to microscopic reality. 

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