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public function __call( $methodName, $arguments ) { if ( in_array( $methodName, CleverString::$_allowedFunctions ) ) { array_unshift( $arguments, $this->_theString ); return call_user_func_array( $methodName, $arguments ); } else { die ( <p>Method CleverString::$methodName doesn t exist</p> ); } }

Data Type Object of source application Characteristics The object is inserted at the top-left corner of your drawing. You cannot explode the object, but you can select it and then resize it or move it using its handles. This is an embedded object if you double-click it, the source application opens, letting you edit the object using the source application s tools. The object is inserted at the top-left corner of your drawing. You cannot explode the object, but you can select it and then resize it or move it using its handles. You cannot edit the object. It maintains good quality when scaled up. The object is inserted at the top-left corner of your drawing. You cannot explode the object, but you can select it and then resize it or move it using its handles. You cannot edit the object. You see prompts for an insertion point, scale factor, and rotation angle. You can explode the object into drawing objects. (Objects were once called entities in AutoCAD and AutoCAD LT.) Text objects maintain their original font and formatting. You see prompts for an insertion point, scale factor, and rotation angle. The object is inserted as approximately a 1 1 unit square. It is a kind of bitmap. You can explode it, but then you lose the image! The object is inserted at the top-left corner of your drawing. You can explode it, but the text then loses the original formatting and font.

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You can also use the Dynamic Input feature to execute commands that you type. Dynamic Input displays whatever you type in a tooltip box near the cursor. Dynamic Input also displays prompts at the cursor, so that you don t have to look down at the command line. Note that Dynamic Input does not completely replace the command line; in some situations the command line displays necessary prompts that the Dynamic Input tooltip omits. For more information about Dynamic Input settings, see 4. You can turn Dynamic Input on and off using the DYN button on the status bar. When Dynamic Input is on, a tooltip box echoes what you type, displays prompts, and then displays your responses at the cursor as you type, as shown in Figure 3-5. This input is echoed on the command line after you press Enter. When Dynamic Input is off, commands and other input that you type appear on the command line as you type them.

1416 IMPLEMENTATION AND APPLICATIONS In this section, we discuss a number of practical considerations for PSI and also examine some particular applications of PSI A generic PSI system consists of four things: an interferometer, a device for changing the reference phase, a detector or detector array, and a computer The detector array provides the interface between the wavefront and the computer, and the computer provides control of the interferometer and phase shifter and performs the necessary computations The advances in detectors and computers have been the enabling technologies that have driven the dramatic performance improvements and acceptance of PSI There is suf cient computing power in personal computers to handle most PSI applications 14161 Commercial Instrumentation Commercial instrumentation utilizing PSI technology is available for measuring surface and wavefront shape, surface pro le, and distance.

PSI-based surface pro ling microscopes are widely used for quantitative examination of small surface features and microroughness of both optical and non-optical components Repeatabilities of a few Angstroms RMS can be obtained, and these pro ling instruments are fully discussed in 17 PSI interferometers have been marketed for measuring surfaces and wavefronts based on all three of the optical con gurations shown in Figure 142; Twyman Green, Mach Zehnder and laser Fizeau ( 1 and 2) All of these systems employ video cameras to record the interferograms; the phase shifts are provided by moving the reference objective with PZT transducers, and a variety of reference objectives and ats are available to match the part under test (Smythe et al, 1987; Creath, 1987b) A prominent feature of these systems is the exibility of the user interface provided by the computer As discussed in Section 14.

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