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Another feature lacking in Java is full integration with the Windows platform Although Java programs can be executed in a Windows environment (assuming that the Java Virtual Machine has been installed), Java and Windows are not closely coupled Since Windows is the most widely used operating system in the world, lack of direct support for Windows is a drawback to Java To answer these and other needs, Microsoft developed C# C# was created at Microsoft late in the 1990s and was part of Microsoft s overall NET strategy It was first released in its alpha version in the middle of 2000 C# s chief architect was Anders Hejlsberg Hejlsberg is one of the world s leading language experts, with several notable accomplishments to his credit For example, in the 1980s he was the original author of the highly successful and influential Turbo Pascal, whose streamlined implementation set the standard for all future compilers C# is directly related to C, C++, and Java This is not by accident These are three of the most widely used and most widely liked programming languages in the world Furthermore, at the time of C# s creation, nearly all professional programmers knew C, C++, and/or Java By building C# upon a solid, well-understood foundation, C# offered an easy migration path from these languages Since it was neither necessary nor desirable for Hejlsberg to reinvent the wheel, he was free to focus on specific improvements and innovations The family tree for C# is shown in Figure 1-1 The grandfather of C# is C From C, C# derives its syntax, many of its keywords, and its operators C# builds upon and improves the object model defined by C++ If you know C or C++, then you will feel at home with C# C# and Java have a bit more complicated relationship As explained, Java is also descended from C and C++ It too shares the C/C++ syntax and object model Like Java, C# is designed to produce portable code However, C# is not descended from Java Instead, C# and Java are more like cousins, sharing a common ancestry, but differing in many important ways The good news, though, is that if you know Java, then many C# concepts will be familiar Conversely, if in the future you need to learn Java, then many of the things you learn about C# will carry over C# contains many innovative features that we will examine at length throughout the course of this book, but some of its most important relate to its built-in support for software components In fact, C# has been characterized as being a component-oriented language because it contains integral support for the writing of software components For example,.

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The Creation of C#

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631 Introduction The cam pressure angle indicates the steepness and forces of the cam surface The pressure angle is the angle (at any point) between the normal to the pitch pro le and the direction of follower motion; see Fig 62 The size of the cam directly affects the pressure angle, the curvature of the cam pro le, and the proportions of the supporting cam shaft and hub In all machinery design minimum size is desired to reduce weight and the inertia effects of all moving parts So it is too with cam-follower systems As the cam is made smaller the pressure angle increases and the radius of curvature decreases The pressure angle is limited to minimize forces and de ections in the machine and for CNC increment manufacturing Let us discuss the transferring of the cam displacement curve to the radial plate cam, Fig 63 If the pitch curve of the displacement diagram is plotted on a radial cam, we see that it is distorted toward the cam center As an example, in Fig 63a, let us take a straightline pitch curve OB in the displacement diagram This pitch curve has a constant pressure angle a for a total rise h in b cam degrees Let point T be the midpoint of rise OB, and, in Fig 63b, let A be the cam center By trial and error, choose a radius AT so that the pressure angle of the pitch curve at point T is equal to a The pressure angle is changed when laid out on the radial cam It is larger than a below point T and smaller than a above point T It can be reduced by using a larger cam

C# includes features that directly support the constituents of components, such as properties, methods, and events However, C# s ability to work in a secure, mixed-language environment is perhaps its most important component-oriented feature

The Evolution of C#

632 Pressure Angle Forces Translating Roller Follower Let us analyze the side thrust due to an excessive pressure angle on a translating radial follower It will be shown that the allowable pressure angle is limited by the length of the follower overhang, its guide bearing length, the coef cient of friction of the follower, and the follower stem rigidity and backlash First assume that the effect of the roller bearing and its rolling on the cam are negligible Let A = follower overhang, in B = follower bearing length, in F = force normal to cam pro le, lb Lo = external load on follower (includes working load, weight, spring force, inertia and friction, lb) N1 and N2 = forces normal to follower stem, lb W = radius of follower stem, in a = pressure angle, deg am = maximum pressure angle, deg m = coef cient of friction Figure 64 shows the direction of cam rotation, the normal forces on the follower, and the frictional forces opposing the motion of the follower For static equilibrium, the sum of forces along the vertical axis is SFy = 0 = - L0 + F cosa - mN1 - mN2 (61)

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