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A common type of macro performs some manipulations on the active chart (the chart selected by a user). For example, a macro might change the chart s type, apply colors, or change the font size. The question is, how can your VBA code determine if the user has actually selected a chart By selecting a chart, I mean activating a chart sheet, or activating an embedded chart by clicking it. Your first inclination might be to check the TypeName property of the Selection, as in this expression:

Smart Fast Forwarding After rewinding, skip forward the exact same amount. Sticky Keys Fast-forward/rewind continues after key is released, and subsequent keypresses increase directional speed. Fast-Forward/Rewind Repositioning Compensate for reaction time between seeing the resume point and quitting seek mode. Reverse Direction in Forward/Rewind Pressing a sticky rewind key in fastforward mode switches to rewind, and vice-versa. Seek to Exact Frame Fine-grained seeking at the cost of speed

The markup method is used, for example, when a restaurant s traditional food cost percentage (as it appears on past income statements) is applied to determine the price of any new menu items offered. For example, if traditionally the restaurant has been operating at a 40 percent food cost, any new menu items offered would be priced so that they also result in a 40 percent food cost. The major problem with this method is that it assumes that 40 percent is the correct food cost for the restaurant to achieve its desired profit.

The coupling with GNSS can be either tight or loose depending on the way positioning is carried out. The loose approach consists of considering either the GNSS positioning or the inertial positioning, depending on con dence indicators (giving preference to one technique). The tight approach consists of embedding the measurements from both techniques in order to produce a resulting positioning. The global characteristics of an inertial positioning system are summarized in Table 9.17.

With (n p 1) = 238 degrees of freedom, we reject the null hypothesis that this regression coef cient is zero. Given the positive sign of b1, we conclude that medical risk has a positive linear relationship with intention to obtain a mammogram. Several authors (e.g., Cohen, 1990, 1994; Wilkinson & the Task Force for Statistical Signi cance, 1999) have encouraged the reporting of con dence intervals (CIs) because they directly provide information about the precision of the estimate. Here we consider the sample regression coef cient as an estimator of the population regression coef cient of the slope. We form a 95% con dence interval around the individual regression coef cient using the following expression, C[b1 A

Left inverse matrix: Let A be an (m x n) matrix. An (n x m) matrix B satisfying BA In is called a l(:'ft inv(:'rs(:' of A. (Se(' also genrrali;:;(d irwcrse matm' and refer to Section 3.6 for further details.)

still letting the developer write standard C. (Most versions of C for microcontrollers for programmers tend to use very non-standard syntax.) Every C compiler needs a library of basic functions. AVR-Libc is a mini-version of the standard C library that every C program is familiar with. This library contains functions like printf(), toascii(), and malloc(), as well as functions for manipulating AVR-specific registers. For more complex I/O, Arduino also includes the Procyon AVRLib written by Pascal Stang. This library contains some helper functions to deal with the AVR chip, but also has functions to control LCDs, servos, compact flash disks, and even Wi-Fi cards. Using these functions isn t as easy as using the basic Arduino functions, but as Arduino grows it may find ways of encapsulating more of AVRLib.

buttonGroup.add(sliderSpeed); } void actionPerformed(ActionEvent e) { String cmd = e.getActionCommand(); Object src = e.getSource(); if( cmd.equals( speed-update ) ) { roombacomm.setSpeed(sliderSpeed.getValue()); return; } else if( src == butStop ) { roombacomm.stop(); } else if( src == butForward ) { roombacomm.goForward(); } else if( src == butBackward ) { roombacomm.goBackward(); } else if( src == butSpinLeft ) { roombacomm.spinLeft(); } else if( src == butSpinRight ) { roombacomm.spinRight(); } else if( src == butTurnLeft ) { roombacomm.turnLeft(); } else if( src == butTurnRight ) { roombacomm.turnRight(); }