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This popular tutorial introduction to standard C++ has been completely updated, reorganized, and rewritten to help programmers learn the language faster and use it in a more modern, effective wayJust as C++ has evolved since the last edition, so has the authors' approach to teaching it They now introduce the C++ standard library from the beginning, giving readers the means to write useful programs without first having to master every language detail Highlighting today's best Usually, a catch clause that handles an exception of a type practices, they show how to write programs that are safe, can be built quickly, and yet offer outstanding performance related by inheritance ought to define its parameter as a Examples that take advantage of the library, and explain the features of C++, also show how to make the best use of the reference language As in its previous editions, the book's authoritative discussion of fundamental C++ concepts and techniques makes it a valuable resource even for more experienced programmersProgram Faster and More Effectively with This Rewritten Classic Restructured for quicker learning, using the C++ standard library Updated to teach the most current programming styles and program design techniques Filled with new learning aids that emphasize important points, warn about common pitfalls, suggest good programming practices, and provide general usage tips Complete with exercises that reinforce skills learned Authoritative and comprehensive in its coverageThe source code for the book's extended examples is available on the Web at the address below

If the catch parameter is a reference type, then the catch object accesses the exception object directly The static type of the catch object and the dynamic type of the exception object to which it refers might differ If the specifier is not a reference, then the catch object is a copy of the exception object If the catch object in an object of the base type and the exception object has derived type, then the exception object is sliced down (Section 1531, p 577) to its baseclass subobject Moreover, as we saw in Section 1524 (p 566), objects (as opposed to references) are not polymorphic When we use a virtual function on an object rather than through a reference, the object's static and dynamic type are the same; the fact that the function is virtual makes no difference Dynamic binding happens only for calls through a reference or pointer, not calls on an object

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This representation can be seen as part of a more generalized set of representations, where the sphere is just one instance. These representations are described through the following parametric equations:

When exception types are organized in class hierarchies, users may choose the level of granularity with which their applications will deal with an exception For example, an application that merely wants to do cleanup and exit might define a single try block that encloses the code inmain with a catch such as the following:

catch(exception &e) { // do cleanup // print a message cerr << "Exiting: " << ewhat() << endl; size_t status_indicator = 42; // set and return an return(status_indicator); // error indicator }

However, no simple method of simultaneously attaining an area-selective and controlled arrangement for immobilized 2-D colloidal crystals has yet been developed This section proposes a novel and simple method of solving these problems using two photoinduced phenomena of azobenzene-containing polymers One is a well-known photodeformation process, which provides an intended template for.

Other programs with more rigorous uptime requirements might need finer control over exceptions Such applications will clear whatever caused the exception and continue processing

Becausecatch clauses are matched in the order in which they appear, programs that use By Stanley B Lippman,Jos e Lajoie, exceptions from Barbara E Moo an inheritance hierarchy must order their catch clauses so that handlers for a derived type occurs before a catch for its base type

x = rx cosn(v) cose(u) y = ry cosn(v) sine(u) z = rz sinn(v) u = [-Pi, Pi) v = [-Pi/2, Pi/2]

Publisher:Addison Wesley Professional Pub Date: February 14, 2005 Print ISBN: 0-201-72148-1 Pages: 912

Multiplecatch clauses with types related by inheritance must be from most derived type to least derived

arranging the microspheres. The other is the newly discovered photoinduced immobilization process described in the preceding sections. First, an indented template with a 2-D lattice structure is formed by repeatedly irradiating with a pattern generated from interfering light beams. Second, colloidal spheres are crystallized on the template structure. Finally, area-selective immobilization provides a 2-D photonic crystal slab that includes waveguides or defects for controlling the light waves. First, the simple area-selective immobilization of colloidal spheres on an azobenzene-containing urethane polymer was demonstrated. An aqueous solution containing 1-mm diameter polystyrene microspheres (Duke Scienti c Corp., 5100A) was dropped onto the at surface of the polymer lm, and the solution was then sucked up with a pipette to form self-organized colloidal crystals. Areaselective photoimmobilization was performed by moving the irradiation site using a confocal laser-scanning microscope with a wavelength of 488 nm (Olympus, OLS1100). The sample was washed with ultrasonic cleaning to remove any unimmobilized and multilayered spheres and was then examined with a microscope after drying. Figure 9.18 shows a checkerboard design of 2-D colloidal spherical crystals immobilized on polymer lms. The microspheres were immobilized only in the irradiated region. Photoinduced immobilization provides a simple method by which a patterned monolayer of spheres can be easily and selectively immobilized on the substrate. Second, the implementation of designed arrays of 2-D colloidal crystals immobilized on a polymer was demonstrated. Two sets of gratings were formed

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