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// This is the set accessor. set { if(ok(index)) { a[index] = value; ErrFlag = false; } else ErrFlag = true; } } // Return true if index is within bounds. private bool ok(int index) { if(index >= 0 & index < Length) return true; return false; } } // Demonstrate the improved fail-soft array. class ImprovedFSDemo { static void Main() { FailSoftArray fs = new FailSoftArray(5); int x; // Can read Length. for(int i=0; i < (fs.Length); i++) fs[i] = i*10; for(int i=0; i < (fs.Length); i++) { x = fs[i]; if(x != -1) Console.Write(x + " "); } Console.WriteLine(); // fs.Length = 10; // Error, illegal! } }
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Battery voltage, internal resistance, and amount of sulfuric acid combined with the plates at any one time are all indicators of how much energy is in the battery at any given time. Frequently this is given as a percentage of its fully charged value; for example, 75 percent means that 75 percent of the battery s energy is still available and 25 percent has been used. Traditionally, the specific gravity of the electrolyte was used as a measurement. Today, because voltage can be used to determine a battery s state-of-charge and a hydrometer, the device used to measure specific gravity, can introduce inaccuracy and contaminate a battery s cells, state-of-charge is determined electronically.
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Easily create scores of personalized invitations, labels, envelopes, you name it, all using the same CorelDRAW design. Create and edit merged data in a record editor that operates much like a spreadsheet, but without the hassles. See 28 to learn the mercifully few steps it takes to gain mastery of this powerful new feature.
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Communication and marketing illustrations and movies. This is strictly visual content intended to give others an impression of the project. Almost all modelers will address this function; both surface and solid modelers will generally create good 3D images from a model. See Figs. 3.5 and 3.6a and b. Constructability analysis. Constructability refers to a visualization of the methods necessary to construct (assemble) a project; it is an inspection for practicality and is intended to spot potential difficulties. A certain level of detail will be required from the model to be able to visualize issues of interest. This process can be implemented with either solid or surface models. See Fig. 3.7. Systems coordination and clash detection. This is probably the most popular application of BIM models at this time. The clash analysis will find objects in the 3D model that take up the same space; thus they clash. This can be a duplicate of the same object or one object touching or running through another one. This can be done with either solid or surface models. See Fig. 3.8. Energy. Energy analysis borders on the quantitative end and generally will require a solid model due to the information that needs to be available about the materials used for construction. The nature, size, and location of zone boundaries need to be calculated to generate heat gain and loss for each zone in the model. The model may be able to visually show hot or cold spots in the project through the simulation of certain circumstances and conditions.
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// Use static. using System; class StaticDemo { // A static variable. public static int Val = 100; // A static method. public static int ValDiv2() { return Val/2; } }
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is then called an improper integral with infinite integrand at b. We often just say improper integral because the source of the improperness will usually be clear from context. The next definition tells us how such an integral is evaluated. If
In Fig. 13.22, we plot the resulting displacement and acceleration curves of both the cam, yc and yc , and the follower end, y and y , respectively. The velocity curves are not shown since they are of lesser importance. It should be remembered that all these curves are compared on the same basis; i.e., the actual cam would be reduced by the lever arm ratio of 4 in/6 in or 2/3 scale. We see that the acceleration curve of the cam yc has smaller values than the acceleration curve of the follower end y . This difference is increased as the speed increases. In other words, at a low speed the two curves are practically identical. In addition, we see an in nite jerk at the ends of the cam acceleration curve yc . This suggests another required function of the ramp for this 3-4-5 curve, i.e., to provide velocity and acceleration values dictated by the cam, in addition to taking up the preload (initial displacement) in the system. In the displacement curve of the follower, we see the desired 3-4-5 curve shape. The displacement of the cam indicates a ramp of 0.010 in at the beginning of the curve. However, a serious shortcoming of this design may be observed. At the 15 point, we nd that the cam displacement, yc curve, falls below the follower displacement, y curve, about 0.0052 in. If it were possible, the linkage at this point would be in tension. In other words, the cam would leave the follower. This is alleviated by subjecting the linkage to com-
17.09.The CD contains a multimedia demonstration of using CDP on a router. IOS devices support one additional CDP command, which allows you to view CDP traffic statistics:
a = Normal distance between the follower center and the axis of rotation of the cam at initial position Aj = Constant coef cients ( j = 1, . . . , n) Cj = Viscous damping coef cient of follower (used in addressing nonrigid follower) Cs = Viscous damping coef cient of the restoring damper d = Deviation of cam-follower position from static equilibrium position d = First derivative of deviation d = Second derivative of deviation Ei,j(x) = Spline function values at constraint locations (i, j = 1, . . . , n) Fc = The contact force (used in addressing nonrigid follower) Fj = Kinematic constraint values ( j = 1, . . . , n) Fp = Preload (used in addressing nonrigid follower) h = Rise of the follower k = Order of spline function Kf = Spring constant of follower (used in addressing nonrigid follower) Ks = Spring constant of return spring (used in addressing nonrigid follower) l = Length of the cam
Rb and Rc are the BJT s bias components, and the CB s are bypass capacitors chosen to decouple all frequencies from 60 Hz all the way to fOUT, and beyond, with an XC of less than 1 ohm. This necessitates using various types of capacitors, such as electrolytic for the audio frequencies and two different value ceramic (or porcelain) capacitors for low and high RF. The varactor bias voltage, chosen from the varactor s data sheet for the capacitance desired, employs the RFC and the RV to block RF but pass the DC control voltage. Since a varactor is reversed biased, very little leakage current will flow through RV, so the voltage dropped across this resistor will be quite small. The varactor is chosen to supply an appropriate range of capacitances for the VCO s tuning range, since the only component that will vary the frequency of oscillation will be the varactor s capacitance, which is controlled by VCNTRL. Q1 will have an ft that is 5 times or more above the fOUT frequency so as to closely maintain the common emitter s 180 degree phase shift across the oscillator s entire tuning range. The CC s are placed to block DC, but to easily pass fOUT. CCOUP will have a high XC (50 to 200), and can readily be replaced by an equally high reactance inductor for harmonic suppression. Depending on the frequencies of oscillation chosen, a varactor of sufficiently high value may not be available. This can be overcome by increasing L, which will allow D1 to be decreased in value.
This affects the frequency with which Account Unlocks can occur. If a user exceeds the number of times to do an Account Unlock, that user is disallowed for a period of Y minutes from doing Account Unlocks with Password Manager. The number of valid chances available to do an Account Unlock is set as a variable on the Service machine. The user gets X chances (default of 4 on install) to do Account unlocks, after which the user can no longer unlock this function with Password Manager. Once the user is barred from doing Account unlocks, the user must wait Y minutes (default of 60 on install) before again attempting to do Account unlocks. The count for attempts on a question is reset to the full amount after Z minutes. That is, the user gets their original X chances renewed for that question, Z minutes (default of 60 on install) after the last time an Account unlock was attempted.
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