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Critical Results Lmax = 06393 Vmax = 0019440 @ 360 deg (opening) Amax = 0000974 @ 415 deg (opening) Anose = 0000610 Area = 36020 +RCmin = 07679 @ 335 deg (opening) RCmin =(None)

As you can see, Supplement is initialized to the string None by the constructor There is no way of using the constructor to assign it a different initial value However, because Supplement is a public field of RemarkAttribute, it can be used as a named parameter, as shown here:

Within the Number tab, the currency types displayed are related to your InfoView preferences For example, if your locale is set to English (United Kingdom), numbers with the symbol

[RemarkAttribute("This class uses an attribute", Supplement = "This is additional info")] class UseAttrib { // }

0 80 40 60

Pay close attention to the way RemarkAttribute s constructor is called First, the positional argument is specified as it was before Next is a comma, followed by the named parameter, Supplement, which is assigned a value Finally, the closing ) ends the call to the constructor Thus, the named parameter is initialized within the call to the constructor This syntax can be generalized Position parameters must be specified in the order in which they appear Named parameters are specified by assigning values to their name Here is a program that demonstrates the Supplement field:

Part III:

// Use a named attribute parameter using System; using SystemReflection; [AttributeUsage(AttributeTargetsAll)] public class RemarkAttribute : Attribute { string pri_remark; // underlies Remark property public string Supplement; // this is a named parameter public RemarkAttribute(string comment) { pri_remark = comment; Supplement = "None"; } public string Remark { get { return pri_remark; } } } [RemarkAttribute("This class uses an attribute", Supplement = "This is additional info")] class UseAttrib { // } class NamedParamDemo { static void Main() { Type t = typeof(UseAttrib); ConsoleWrite("Attributes in " + tName + ": ");

Diesel characteristic curves, (intake valve motion) Courtesy Hubbard, D, 2000

17:

FIGURE 21-1

= value;

Harmonic analysis with the lowest jerk curve values requires ne-tuning on the dynamometer to adjust the valve lash intake and exhaust system This is to maximize the engine horsepower To quote Crane (2000), Do what the engine wants Figure 167 shows the effect of increasing valve train lash on the harmonic resonance factors Figure 167a shows a street rocker arm/pushrod hydraulic roller-cam pro le with a valve spring having a natural frequency of 24,000 cpm It is acceptable to 5333 rpm, where it reaches 016, which exceeds the allowable coef cient limit of 012 Figure 167b shows the harmonic analysis of the same street rocker arm/pushrod hydraulic roller-cam pro le but having lash of 0012 inch at the follower It looks good to 5333 rpm, where it

Part I:

appear If your locale is set to English (United States), then $ symbols appear Here you also control how many decimal places appear, the thousands separator, and formatting of negative numbers with a minus sign or parentheses If the cell you selected contains date objects, then the Number tab provides several date formats

Output from this program is shown here:

Original value of obMyProp: 0 Value of obMyProp: 100 Attempting to assign -10 to obMyProp Value of obMyProp: 100

025 Harmonic resonance factors ZN 2 Direct limit 020 9 015 010 12 005 0 3 4 5 6 7 13 11 Pushrod limit 10 8 7

NOTE If you are looking for Boolean and Custom options similar to those in Desktop Intelligence,