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Without Hierarchical Display enabled, the prompting and list of values are far less intuitive Compare the following screen with the former Notice that without the Hierarchical Display there are two filters in the top prompt box To see individual customer codes for any given country, users must first specify the value there and refresh the list of values for a country Then they must position their mouse on the customer ID prompt and refresh that list to get a subset of the list of customer IDs within France A similar workflow is followed with Desktop Intelligence reports that contain cascaded prompts

// Return the maximum number of occupants if each // is to have at least the specified minimum area public int MaxOccupant(int minArea) { return Area / minArea; }

as is commonly done for simulating damping due to impact (Hunt and Crossley, 1975; Herbert and McWhannell, 1977) The dissipated power, or the rate at which a linear viscous damper of the form in Eq 1160 dissipates energy, is Pviscous = Fd = bd 2 (1164)

When MaxOccupant( ) is called, the parameter minArea receives the minimum space needed for each occupant The method divides the total area of the building by this value and returns the result The entire Building class that includes MaxOccupant( ) is shown here:

regular list of values is cached For example, in the preceding screen, each query refresh that uses the list of values for customers in France forces a regeneration of the list of values for those customers Noncascaded list of values, however, use a cached pick list Therefore, it s important to compare the performance impact between a long list of values that is cached and a short list of values that is not cached

/* Add a parameterized method that computes the maximum number of people that can occupy a building assuming each needs a specified minimum space */ using System; class Building { public int Floors; // number of floors public int Area; // total square footage of building public int Occupants; // number of occupants // Return the area per person public int AreaPerPerson() { return Area / Occupants; } // Return the maximum number of occupants if each // is to have at least the specified minimum area public int MaxOccupant(int minArea) { return Area / minArea; } } // Use MaxOccupant() class BuildingDemo { static void Main() { Building house = new Building(); Building office = new Building(); // Assign values to fields in house houseOccupants = 4; houseArea = 2500; houseFloors = 2;

From this expression, it is clear that power is dissipated regardless of the direction of motion since the damping force always acts to oppose the relative motion of the two moving parts in the damper No power is dissipated when the system is at rest Furthermore, the power dissipated depends only upon the velocity of the system and grows as the square of the velocity Damping factors are the most dif cult to pin down in analysis The choice of the value of a damping factor of 003 for structural damping and 004 to 008 for well-lubricated machine (closed lubrication) components is considered reasonable For open lubrication systems the damping factors are higher depending on the contaminants 1152 Coulomb or Dry Friction In contrast to viscous friction, where the damping force depends upon the relative velocity between the two elements, friction between dry surfaces depends only upon the direction of the velocity and not its magnitude The amplitude of the damping force is determined by the normal force at the interface and the coef cient of friction between the surfaces For the system in Fig 1120, therefore, the damping force can be represented by F = mFn sgn(d ) (1165)

Part I:

With Web Intelligence, the hierarchical display corresponds to the prompts With Desktop Intelligence, it does not Instead, it corresponds to the result objects that are part of the list of values In both the preceding screenshots in Web Intelligence, there were additional result

// Assign values to fields in office officeOccupants = 25; officeArea = 4200; officeFloors = 3; ConsoleWriteLine("Maximum occupants for house if each has " + 300 + " square feet: " + houseMaxOccupant(300)); ConsoleWriteLine("Maximum occupants for office if each has " + 300 + " square feet: " + officeMaxOccupant(300)); } }