rdlc data matrix

rdlc data matrix

rdlc data matrix

rdlc data matrix

rdlc data matrix

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This code is functionally equivalent to the same sequence in the example The only difference is that a ListIterator rather than an Iterator is used ListIterator also specifies the set( ) method, which can be used to change the value of an item obtained by calling next( ) or previous( ) It is shown here: void set(E obj) Here, obj replaces the element last iterated The set( ) method makes it possible to update the value of a list while it is being iterated

The Layered Menu Inspector is still organized in sections, but these are laid out differently Only the Infinite loop ( still ) and timeout action properties are at the top, with the Background layer selection area in the middle, and the Overlay Layer selection area at the bottom One noticeable difference is the lack of an Audio file property Layered Menus do not use audio files, due to the nature of their operation Interestingly, however, Layered Menus may use both Photoshop Layers and a Subpicture Overlay file at the same time to create complex menu highlights

Classes and Interfaces javautilCollection javautilDeque<E> Methods boolean isEmpty( ) boolean add(E obj) E pop( ) void push(E obj) E remove( )

NOTE! While multiple layers may be selected to form the Background picture that will be displayed for this Menu, only ONE layer may be selected as an Overlay layer Of course, the Layered Buttons can select individual layers to create the button selection states

Beginning with Java 6, the Collections Framework has provided the Deque interface, which defines the characteristics of a double-ended queue It inherits the Queue interface, which specifies the methods for a single-ended queue (which is a queue in which elements are added to or removed from only one end) To Queue, Deque adds methods that enable elements to be added to or removed from either end This enables implementations of Deque to be used as either first-in, first-out (FIFO) queues or last-in, first-out (LIFO) stacks This recipe shows the process Deque is implemented by LinkedList and ArrayDeque This recipe uses ArrayDeque to demonstrate the creation of queues and stacks, but the general procedure applies to any implementation of Deque

At End: Settings that govern the action of the Menu at the end of its playback Select from one of these settings: Still: Loops the video asset infinitely Timeout: Configures the Menu so that if no button is activated within the specified

superceded by implementations of Deque Its use in new code should be avoided Instead, ArrayDeque or LinkedList should be used when a stack is needed

amount of time ( Secs ), the menu automatically jumps to the element specified in the Action property

subpicture overlay One layer can be selected as the active overlay layer from the list of layers displayed

Here is one way to implement a FIFO queue based on ArrayDeque: 1 Create an ArrayDeque, specifying the type of objects that will be stored 2 Add objects to the tail of the queue by calling add( ) 3 Remove objects from the head of the queue by calling remove( ) 4 You can determine if the queue is empty by calling isEmpty( ) This is useful when removing objects from the queue Here is one way to implement a LIFO stack based on ArrayDeque: 1 Create an ArrayDeque, specifying the type of objects that will be stored 2 Add objects to the top of the stack by calling push( )

Background and Overlay Layer Settings (for PSDs)

5:

Background Layers: This field is active if you assign a layered PSD file as the menu background Layers in the file are listed with checkboxes to select which ones are used for the background picture More than one layer may be selected to create the Background Overlay: This field is active whenever you assign a layered PSD file as the menu

3 Remove objects from the top of the stack by calling pop( ) 4 You can determine if the stack is empty by calling isEmpty( ) This is useful when popping objects from the stack

The Menu Inspector Menu Tab contains properties concerning the function of the basic Menu As shown in Figures 9-7a and 9-7b, the Menu Tab functions are nearly identical in a Layered menu, except for the Menu Shadow function, which only exists on a Standard Menu

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