Multiple viewers

The column layout, illustrated in figure 10.1, is modeled after a newspaper thus, it should be familiar to most readers. The column format is used by the vast majority of authors. Columns make it easier for multiple viewers, standing side by side, to read your poster at once. The title, authors, and affiliations go across the top of the poster and can be left-justihed (as shown in hgure 10.1) or centered. The sections of the poster begin in the upper-left corner. The viewer reads one column, reaches the bottom, and moves over to the top of the next column (to the right). The text itself moves the reader s attention down the column, making the flow easy to follow. The number of columns varies with the size of the poster, but three or four columns are typical. 

Pathways Analysis (table 7.1) contains a large set of manually curated gene and protein interactions, together with multiple viewers to display various aspects of the interactions. Both canonical pathways (i.e., generally accepted functional units) and arbitrary interaction networks can be displayed, and links to annotation data and to literature citations are accessible from the viewers. 

Figure 4.1. Viewing a sequence record with Sequin. The sequence record viewer uses GenBank format, by default. In this example, a CDS feature has been clicked, as indicated by the bar next to its paragraph. Double-clicking on a paragraph will launch an editor for the feature, descriptor, or sequence that was selected. The viewer can be duplicated, and multiple viewers can show the same record in different formats.

The importance of visual inspection Visual inspection of reactants and product molecules offers a library designer tremendous value in terms of what product molecules can or cannot be synthesized to help formulate and address SAR hypotheses. Project medicinal chemists have fondly called this popular approach cerebral processing. PGVL Hub has provided a capable environment to enable this approach (e.g., Structural Viewer panel with many molecules per page for fast browsing, sorting of displayed molecules by molecular properties, and multiple color markers to label molecules for further processing). 

If we have multiple point light sources, we need to add the components from the different light sources. Let be the radiance given off by light source i, then the radiance L(Ny) given off by the patch in the direction of the viewer is... 

An "Animation Information Retrieval" package by the same group can be used to shown the relationship between multiple variables. One example they cite is the pattern of airline traffic, arrivals and departures from U.S. airports, both as a function of time of day and geography. The animation gives the viewer an easy grasp of the data where more traditional forms of display (including lists of numbers) might leave you a bit bewildered. 

In film, on the other hand, the story looks real. Far less suspension of disbelief is necessary, and the viewer has no control over the place or nature of the story. Consequently, the invitation to the viewer is to engage directly with the story. The main character offers us the most direct access to the story, and so the viewer enters the story through the main character. Multiple voices confuse us and impede identification with the main character. First-person identification is the most powerful. The third person, a form not as involving as first person, is used in film satire. 

ToolBus comprises several data analysis software platforms such as multiple sequence alignment, phylogenetic trees, generic XML viewer, pathways, and microarray analysis, which are linked to each other as well as to major databases. SRS and NCBI serve as general data retrieval portals as well as provide links to specific analysis tools. 

Now open the. mdb file and chck on the open in the database viewer button. This will open the molecules in a separate window and the molecules can be visualized in the workspace by clicking on each of them (Ctrl + click for multiple selection) (Fig. 4.79). 

JSpecView is a viewer for spectral data in the JCAMP-DX and AnIML/CML format [75], The program was initially developed at the Department of Chemistiy of the University of the West Indies, Mona, Jamaica, West Indies and is available via sourceforge net under the GNU Lesser General Public License. It is an open-source viewer and converter for multiple spectra (Fig. 7.31). 

A software tool has just now become available for visual comparison of multiple thin layer chromatograms. The Image Comparison Viewer (ICV) from Camag (Muttenz, Switzerland) will greatly aid comparison of different ink sample chromatograms, and sample chromatograms with standard chromatograms. 

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