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Figure 16.6 The MEMORY.EXE Power Status dialog box. The small icon in the lower left of the dialog indicates if the device is powered by battery or AC. (In Figure 16.6, the indicator shows that the device is running on battery power.) The two progress bars indicate the current power level of the main batteries and the backup battery. The code for displaying this information is straightforward. The pertinent parts of the power dialog s dialog procedure are shown as follows: #define IDT_TIMER 128 BOOL CALLBACK PowerStatusDlgProc( HWND hwndDlg, UINT message, WPARAM wParam, LPARAM lParam) { SYSTEM_POWER_STATUS_EX sps; HWND hwndBatteryLife; //Main battery power progress bar HWND hwndBackupLife; //Backup battery power progess bar HWND hwndStatic; //Power source bitmap static control UINT nID; HBITMAP hBmp; switch(message) { //Other dialog messages //... case WM_INITDIALOG: GetSystemPowerStatusEx(&sps, TRUE); nID = (sps.ACLineStatus) IDB_ONLINE : IDB_OFFLINE; hBmp = LoadBitmap(ghInst, MAKEINTRESOURCE(nID)); hwndStatic = GetDlgItem(hwndDlg, IDC_AC_POWER); SendMessage(hwndStatic, STM_SETIMAGE, IMAGE_BITMAP, (LPARAM)hBmp); SetTimer(hwndDlg, IDT_TIMER, 1000, NULL); return (TRUE); case WM_TIMER: GetSystemPowerStatusEx(&sps, TRUE); if (sps.ACLineStatus == 0) { hwndBatteryLife = GetDlgItem(hwndDlg, IDC_BATTERY_LIFE); SendMessage(hwndBatteryLife, PBM_SETPOS, (WPARAM)sps.BatteryLifePercent, 0); hwndBackupLife = GetDlgItem(hwndDlg, IDC_BACKUP_BATTERY_LIFE); SendMessage(hwndBackupLife, PBM_SETPOS, (WPARAM)sps.BackupBatteryLifePercent, 0); } return (0); default: return (FALSE); } //End of switch(message) statement } The WM_INITDIALOG message handler sets the bitmap in an SS_BITMAP-style static control. The handler calls GetSystemPowerStatusEx, and assigns the UINT nID to the identifier of a bitmap resource according to the AC power status of the Windows CE device. Next, it starts a timer identified by IDT_TIMER. Every time the timer fires, the WM_TIMER message handler updates the progress bars, which report the device battery status. The BatteryLifePercent and BackupBatteryLifePercent member of the SYSTEM_POWER_STATUS_EX structure contain, respectively, the percentage of main and backup battery

my $messages = $gmail->get_messages( label => $Mail::Webmail::Gmail::FOLDERS{ INBOX } ); my $new_msgs = 0; if ( defined($messages) ) { foreach ( @{$messages} ) { if ( $_->{ new } ) { $new_msgs++; } } }

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Without loss of generality, the payoffs for the players are given by f C Tr ; O Tl : 0 C Tr ; 0 O Tl g (i.e., feasible set). These payoffs can P P be obtained from C Tr j2R W ab;j and O Tl j2L W ab;j , where Tr and Tl denote the number of subchannels allocated to relay and local connections, respectively. If an agreement between both players in the game cannot be reached, the utility that the players will receive is given by the threat point C0 : ; O0 : . In particular, C0 : ; O0 : 0; 0 is the threat point for this game. The strategic form of this bargaining game can be expressed as in (21.8) for T = N/2 where the rows and the columns represent the strategies corresponding to the relay and the local connections, respectively.

Proof: The proof proceeds on lines very similar to the proof of the theorem for the unconditional entropy per element for a random subset. (n) (n) We rst prove that gn gn 1 and then use this to prove the rest of the inequalities. By the chain rule, the entropy of a collection of random variables is less than the sum of the entropies:

Despite the conviction of personality-in-politics practitioners in the worth of their endeavor, the study of personality in politics is not without controversy (see Lyons, 1997, pp. 792 793, for a concise review of controversies over the presidential personality approach ). Greenstein (1969, pp. 33 62) offered an incisive critique of two erroneous and three partially correct objections to the study of personality in politics, lamenting that the study of personality in politics was not a thriving scholarly endeavor, principally because scholars who study politics do not feel equipped to analyze personality in ways that meet their intellectual standards . . . [thus rendering it primarily] the preserve of journalists (p. 2). Four of the common objections noted by Greenstein (1969, p. 34) have been particularly prevalent among critics of personological analysis in politics: 1. Personality characteristics tend to be randomly distributed in institutional roles. Personality, therefore, cancels out and can be ignored in political analysis. 2. Personality characteristics are less important than social characteristics in influencing behavior.

MyGUI enables you to group buttons together in a group and style all the buttons in that group identically, which is what the first two lines of makeMoveButtons() do. The movement buttons are graphical icons created beforehand and put in the data directory of your sketch. MyGUIButtons can load a Processing PImage image object, so makeMoveButtons() loads the button images and creates buttons using them. Another GUI element MyGUI provides is a value slider it calls a PinSlider. This will be the speed control, similar to what RoombaCommTest has. When MyGUI is used, it registers with Processing a new method called actionPerformed(). If you implement this method in your sketch, MyGUI will call it to tell you when GUI events happen. The actionPerformed() method for the movement buttons simply checks which button has been pressed and activates the appropriate Roomba action, very much like the keyPressed() method did in the previous section. However, one difference is dealing with the slider. If the event is from a slider move, the code updates the default speed used by the various RoombaComm movement commands. The code for the text control buttons is not shown but is virtually identical to the movement buttons. Their function and implementation should all be self-explanatory except for the SPY

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