Cross Reference: /solaris-x11-s12/open-src/app/xlock/sun-src/swarm.c

Lines Matching refs:sp
58 #define X(t,b)	(sp->x[(t)*sp->beecount+(b)])
59 #define Y(t,b)	(sp->y[(t)*sp->beecount+(b)])
86     swarmstruct *sp = &swarms[screen];
89     sp->startTime = seconds();
92     sp->beecount = (uint_t) batchcount;
95     sp->width = xgwa.width;
96     sp->height = xgwa.height;
100     XFillRectangle(dsp, win, Scr[screen].gc, 0, 0, sp->width, sp->height);
104     if (!sp->segs) {
105 	sp->segs = malloc(sizeof(XSegment) * sp->beecount);
106 	sp->old_segs = malloc(sizeof(XSegment) * sp->beecount);
107 	sp->x = malloc(sizeof(short) * sp->beecount * TIMES);
108 	sp->y = malloc(sizeof(short) * sp->beecount * TIMES);
109 	sp->xv = malloc(sizeof(short) * sp->beecount);
110 	sp->yv = malloc(sizeof(short) * sp->beecount);
112 	if ((sp->segs == NULL) || (sp->old_segs == NULL) ||
113 	    (sp->x == NULL) || (sp->y == NULL) ||
114 	    (sp->xv  == NULL) || (sp->yv == NULL)) {
121     sp->wx[0] = (short) (BORDER + random() % (sp->width - 2 * BORDER));
122     sp->wy[0] = (short) (BORDER + random() % (sp->height - 2 * BORDER));
123     sp->wx[1] = sp->wx[0];
124     sp->wy[1] = sp->wy[0];
125     sp->wxv = 0;
126     sp->wyv = 0;
129     for (b = 0; b < sp->beecount; b++) {
130 	X(0, b) = (short) (random() % sp->width);
132 	Y(0, b) = (short) (random() % sp->height);
134 	sp->xv[b] = (short) RAND(7);
135 	sp->yv[b] = (short) RAND(7);
144     swarmstruct *sp = &swarms[screen];
149     sp->wx[2] = sp->wx[1];
150     sp->wx[1] = sp->wx[0];
151     sp->wy[2] = sp->wy[1];
152     sp->wy[1] = sp->wy[0];
154     sp->wxv += (short) RAND(WASPACC);
155     sp->wyv += (short) RAND(WASPACC);
158     if (sp->wxv > WASPVEL)
159 	sp->wxv = WASPVEL;
160     if (sp->wxv < -WASPVEL)
161 	sp->wxv = -WASPVEL;
162     if (sp->wyv > WASPVEL)
163 	sp->wyv = WASPVEL;
164     if (sp->wyv < -WASPVEL)
165 	sp->wyv = -WASPVEL;
168     sp->wx[0] = (short) (sp->wx[1] + sp->wxv);
169     sp->wy[0] = (short) (sp->wy[1] + sp->wyv);
172     if ((sp->wx[0] < BORDER) || (sp->wx[0] > sp->width - BORDER - 1)) {
173 	sp->wxv = -sp->wxv;
174 	sp->wx[0] += sp->wxv;
176     if ((sp->wy[0] < BORDER) || (sp->wy[0] > sp->height - BORDER - 1)) {
177 	sp->wyv = -sp->wyv;
178 	sp->wy[0] += sp->wyv;
181     sp->xv[random() % sp->beecount] += (short) RAND(3);
182     sp->yv[random() % sp->beecount] += (short) RAND(3);
185     for (b = 0; b < sp->beecount; b++) {
196 	dx = sp->wx[1] - X(1, b);
197 	dy = sp->wy[1] - Y(1, b);
201 	sp->xv[b] += (dx * BEEACC) / distance;
202 	sp->yv[b] += (dy * BEEACC) / distance;
205 	if (sp->xv[b] > BEEVEL)
206 	    sp->xv[b] = BEEVEL;
207 	if (sp->xv[b] < -BEEVEL)
208 	    sp->xv[b] = -BEEVEL;
209 	if (sp->yv[b] > BEEVEL)
210 	    sp->yv[b] = BEEVEL;
211 	if (sp->yv[b] < -BEEVEL)
212 	    sp->yv[b] = -BEEVEL;
215 	X(0, b) = X(1, b) + sp->xv[b];
216 	Y(0, b) = Y(1, b) + sp->yv[b];
219 	sp->segs[b].x1 = X(0, b);
220 	sp->segs[b].y1 = Y(0, b);
221 	sp->segs[b].x2 = X(1, b);
222 	sp->segs[b].y2 = Y(1, b);
223 	sp->old_segs[b].x1 = X(1, b);
224 	sp->old_segs[b].y1 = Y(1, b);
225 	sp->old_segs[b].x2 = X(2, b);
226 	sp->old_segs[b].y2 = Y(2, b);
231 	      sp->wx[1], sp->wy[1], sp->wx[2], sp->wy[2]);
232     XDrawSegments(dsp, win, Scr[screen].gc, sp->old_segs, (int) sp->beecount);
236 	      sp->wx[0], sp->wy[0], sp->wx[1], sp->wy[1]);
238 	XSetForeground(dsp, Scr[screen].gc, Scr[screen].pixels[sp->pix]);
239 	if (++sp->pix >= Scr[screen].npixels)
240 	    sp->pix = 0;
242     XDrawSegments(dsp, win, Scr[screen].gc, sp->segs, (int) sp->beecount);