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To split an open path, use the Scissors tool and move the cross-hairs pointer over a path, then click and release the mouse button. You can click an open portion of a segment (that is, between anchor points) or an anchor point. In both cases, two anchor points endpoints of the two resulting paths are created. To split a closed path, use the Scissors tool and move the cross-hairs pointer over a path and then click and release the mouse button. You can click an open portion of a segment or an anchor point. In both cases, two anchor points endpoints of the two resulting paths are created. Move the cross-hairs pointer to a different position along the same path and then click and release the mouse button. After you split a path, you can switch to either of the selection tools and then select, move, or modify either of the two resulting paths as you want. If you ve split a closed path, you may want to close the two open paths (as described in the previous section). The left side of Figure 16.21 shows a pair of open paths created using the Scissors tool on an open path. The right side of Figure 16.21 shows a closed graphics frame that s been split into two open frames.

var routeinfo = ; xmlsource.documentElement.getElementsByTagName( routeinfo ); routeidfield.value = routeinfo[0].getAttribute( routeid ); routetitle.value = routeinfo[0].getAttribute( title ); routedescription.value = routeinfo[0].getAttribute( description );

1. Choose File Open (or press +O/Ctrl+O). The Open File dialog appears. 2. From the Show pop-up menu /Files of type drop-down list, choose XML Data Source. The Specify XML and XSL Options dialog appears. (See Figure 21-6.)

The arrow keys on your keyboard move the blinking insertion point around in the direction of the arrow. The right arrow moves the insertion point one character to the right, and the left arrow moves the insertion point one character to the left. The up arrow moves the insertion point to the previous line; the down arrow moves the insertion point to the next line. Pressing Ctrl ( ) speeds up the movement of the insertion point. Ctrl+ ( + ) or Ctrl+ ( + ) moves the insertion point to the next or preceding word, and Ctrl+ ( + ) or Ctrl+ ( + ) moves the insertion point to the next or preceding paragraph.

CrossReference For more information on the isFinite()/isNaN() and parseFloat()/parseInt() functions, see 8.

Condor [20] is a software package for executing batch jobs on a variety of UNIX platforms, in particular, those that would otherwise be idle The major features of Condor are automatic resource location and job allocation, check pointing, and the migration of processes These features are implemented without modi cation to the underlying UNIX kernel However, it is necessary for a user to link their source code with Condor libraries Condor monitors the activity on all the participating computing resources; those machines that are determined to be available are placed in a resource pool Machines are then allocated from the pool for the execution of jobs The pool is a dynamic entity workstations enter when they become idle and leave when they get busy The portable batch system (PBS) [21] is a batch queuing and workload management system (originally developed for NASA).

In 9, only restaurants were included in the output, and the information for each restaurant was hand-coded into the database that was used to extract the information. To get the large volume of information that would need to be inserted into a community database, you need a more automated solution. To achieve this, you can use a modified version of the Google Maps script that was covered in 6 and is shown in the following code. The script works on the same basic premise, but searches for a list of entities, extracts the information returned by the Google Local service, and

Protocol 6.3. Subculture of EC Cells by Mechanical Dissociation Reagents and Materials Sterile Growth medium (see Section 6.2.1) PBSA Acid-washed glass beads (see Section 6.2.4) Plastic culture asks, 75 cm2 Procedure

It operates on a variety of UNIX platforms, from clusters to supercomputers The PBS job scheduler allows sites to establish their own scheduling policies for running jobs in both time and space PBS is adaptable to a wide variety of administrative policies and provides an extensible authentication and security model PBS provides a GUI for job submission, tracking, and administrative purposes The sun Grid engine (SGE) [22] is based on the software developed by Genias known as Codine/GRM In the SGE, jobs wait in a holding area and queues located on servers provide the services for jobs A user submits a job to the SGE, and declares a requirements pro le for the job.

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