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typedef struct _THARG { volatile DWORD thread_number; volatile DWORD work_goal; /* Used by producers */ volatile DWORD work_done; /* Used by producers & consumers */ char future [8]; } THARG; /* Grouped messages sent by the transmitter to receiver */ typedef struct t2r_msg_tag { volatile DWORD num_msgs; /* Number of messages contained */ msg_block_t messages [TBLOCK_SIZE]; } t2r_msg_t; queue_t p2tq, t2rq, *r2cq_array; static volatile DWORD ShutDown = 0; static DWORD EventTimeout = 50; DWORD _tmain (DWORD argc, LPTSTR * argv []) { DWORD tstatus, nthread, ithread, goal, thid; HANDLE *producer_th, *consumer_th, transmitter_th, receiver_th; THARG *producer_arg, *consumer_arg; nthread = atoi (argv [1]); goal = atoi (argv [2]); producer_th = malloc (nthread * producer_arg = calloc (nthread, consumer_th = malloc (nthread * consumer_arg = calloc (nthread, q_initialize q_initialize /* Allocate, r2cq_array =

2 If largeArcFlag is true, the larger of the two possible arcs in the selected list is used; otherwise, the smaller arc is used In the examples that follow, the current position of the path is assumed to be at (0, 0), the ending point of the ArcTo element is at (30, 20), the horizontal radius is 30, and the vertical radius is 20These parameters match the two ellipses shown at the top of Figure 16-12 Let s consider first the following ArcTo element:

ArcTo { x: 30 y: 20 absolute: false radiusX: 30 radiusY: 20 largeArcFlag: false sweepFlag: false }

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The sweepFlag value selects the ellipse that is drawn clockwise from the starting point (0, 0) to the ending point (30, 20) Looking at Figure 16-12, you can see that this is ellipse BThe largeArcFlag value means that we need the shorter arc of ellipse BTherefore, this example corresponds to the arc labeled 1 in Figure 16-12 The following example is the same, but the value of sweepFlag has been changed from false to true:

ArcTo { x: 30 y: 20 absolute: false radiusX: 30 radiusY: 20 largeArcFlag: false sweepFlag: true }

Principle 1: Price Should Not Be High Relative to a Company s Average Earnings over a Number of Years

(HANDLE)); (THARG)); (HANDLE)); (THARG));

In this case, we need the smaller arc of the counterclockwise ellipse, which is ellipse A Therefore, this code corresponds to the arc labeled 2 in the figure Here s another example:

ArcTo { x: 30 y: 20 absolute: false radiusX: 30 radiusY: 20 largeArcFlag: true sweepFlag: false }

As you have already seen, the sweepFlag value of false corresponds to ellipse B, and the largeArcFlag value selects its larger arcThis code, therefore, produces the arc labeled 3 in Figure 16-12The final case, shown here, corresponds to arc number 4:

ArcTo { x: 30 y: 20 absolute: false radiusX: 30 radiusY: 20 largeArcFlag: true sweepFlag: true }

(&p2tq, sizeof (msg_block_t), P2T_QLEN); (&t2rq, sizeof (t2r_msg_t), T2R_QLEN); initialize Rec-Cons queue for each consumer */ calloc (nthread, sizeof (queue_t));

The xAxisRotation variable has the effect of rotating the x-axis (and, if course, the yaxis) of the candidate ellipses from which the arc is obtained through the given angle, so that their axes are no longer parallel to the coordinate axesA positive value rotates the axes counterclockwise

The SVGPath class creates a shape from path data in the format defined by the Scalable Vector Graphics (SVG) specification, which you can find at http://wwww3org/TR/ SVG/ Discussion of SVG is beyond the scope of this book, so we ll confine ourselves to an example that demonstrates how to use this class The following code, which you can find in the file javafxshapes/AnSVGPathfx, draws the same five-pointed star that results from the path object in Listing 16-7:

Stage { title: "SVGPath" scene: Scene { width: 200 height: 200 content: SVGPath { fill: null stroke: ColorBLACK content: "M 10 60 h 180 l -150 110 60 -160 80 160 z" } } }

for (ithread = 0; ithread < nthread; ithread++) { /* Initialize r2c queue for this consumer thread */ q_initialize (&r2cq_array [ithread], sizeof (msg_block_t), R2C_QLEN); /* Fill in the thread arg */ consumer_arg [ithread]thread_number = ithread; consumer_arg [ithread]work_goal = goal; consumer_arg [ithread]work_done = 0; consumer_th [ithread] = (HANDLE)_beginthreadex (NULL, 0, consumer, (PVOID) &consumer_arg [ithread], 0, &thid); producer_arg [ithread]thread_number = ithread; producer_arg [ithread]work_goal = goal; producer_arg [ithread]work_done = 0; producer_th [ithread] = (HANDLE) _beginthreadex (NULL, 0, producer, (PVOID) &producer_arg [ithread], 0, &thid); }

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