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Figure 17-16: In the Begin screen of the Add Plot Style Table Wizard, choose the source that you want to use for the new plot-style table. 3. If you choose to start from scratch or to use R14 Plotter Configuration or PCP/PC2 files, choose whether you want color-dependent or named plot styles. If you chose to use an existing file as a basis for the plot-style table, choose the file. If you chose to use a CFG file, you must also specify the plotter, because the CFG file can contain information for more than one plotter. Click Next. 4. On the File Name screen, type a name for the plot-style table file. Click Next.

>>> 2 + 5j (2+5j) >>> 2 * (2 + 5j) (4+10j)

You can add structure to these les, for example by separating values with commas or using indentation to show structure, but the basic le is just a pile of characters Some structured variations such as INI les and XML les are described later in this chapter Text les provide no special features Flat les don t help you search for data and don t provide aggregate functions such as total, average, and minimum Writing code to perform any one of those kinds of searches is fairly easy, but it s extra work and providing exible ad hoc search capabilities is hard Programs cannot modify at les in general ways For example, you may be able to truncate a le, add data to the end, or change speci c characters within the le, but you cannot insert or delete data in the middle of the le.

Instead you must rewrite the entire le to make those sorts of changes Though at les don t provide many services, don t scoff at their use They are extremely simple and easy to understand, so they are a good choice for some kinds of data You can open a at le in any text editor and make changes without needing to write a complex user interface If a piece of data is relatively simple and seldom changes, a at le may be an effective, simple way to store the data For example, a at le is a ne place to store a message of the day Each day you can type in one of your favorite obscure quotes for a program to display when it starts ( The next thing to saying a good thing yourself, is to quote one Ralph Waldo Emerson.

that the end-user service itself is working e ectively Typically, these passive measurements, like counters and gauges from network elements, provide a statistical view of a component in the whole end-to-end chain The network load situation can be analysed for business and resource (HW/SW) planning, and problems in the network may be found which currently have no impact on the service, but will have if not xed in time Active measurements are implemented by probes performing regular tests at scheduled intervals Service usage is emulated in the same way as if an end-user is using the service Probes are distributed around the network to gather results from all its parts With consistent test transactions performed at regular intervals, fault situations are immediately detected Comprehensive statistical data are obtained as well, o ering a reliable analysis of historical trends Utilising active probing also allows proactive fault detection.

Figure 7.15. Ultra ltration. (a) Outline of apparatus used. Sample is placed in a chamber where it can be stirred continuously. Nitrogen gas forces sample through the membrane which will have a characteristic Mr cutoff (e.g. 10 kDa). Molecules smaller than the cutoff pass freely through the membrane (permeate) while larger molecules are retained (retenlate). (b) More detailed description of ultra ltration. (1) Sample contains molecules of a range of masses (only two are shown for simplicity). (2) Molecules smaller than the cutoff pass freely through pores in the membrane while larger molecules cannot. (3) This achieves size-fractionation of the sample in that the retentate is enriched for larger mass molecules while the permeate is enriched for smaller molecules.