33 static void lr4_split(struct lr4 *lp, struct lr4 *hp, int count, float *data0,  in lr4_split()  argument
36 	float lx1 = lp->x1;  in lr4_split()
37 	float lx2 = lp->x2;  in lr4_split()
38 	float ly1 = lp->y1;  in lr4_split()
39 	float ly2 = lp->y2;  in lr4_split()
40 	float lz1 = lp->z1;  in lr4_split()
41 	float lz2 = lp->z2;  in lr4_split()
42 	float lb0 = lp->b0;  in lr4_split()
43 	float lb1 = lp->b1;  in lr4_split()
44 	float lb2 = lp->b2;  in lr4_split()
45 	float la1 = lp->a1;  in lr4_split()
46 	float la2 = lp->a2;  in lr4_split()
85 	lp->x1 = lx1;  in lr4_split()
86 	lp->x2 = lx2;  in lr4_split()
87 	lp->y1 = ly1;  in lr4_split()
88 	lp->y2 = ly2;  in lr4_split()
89 	lp->z1 = lz1;  in lr4_split()
90 	lp->z2 = lz2;  in lr4_split()
107 static void lr4_merge(struct lr4 *lp, struct lr4 *hp, int count, float *data)  in lr4_merge()  argument
109 	float lx1 = lp->x1;  in lr4_merge()
110 	float lx2 = lp->x2;  in lr4_merge()
111 	float ly1 = lp->y1;  in lr4_merge()
112 	float ly2 = lp->y2;  in lr4_merge()
113 	float lz1 = lp->z1;  in lr4_merge()
114 	float lz2 = lp->z2;  in lr4_merge()
115 	float lb0 = lp->b0;  in lr4_merge()
116 	float lb1 = lp->b1;  in lr4_merge()
117 	float lb2 = lp->b2;  in lr4_merge()
118 	float la1 = lp->a1;  in lr4_merge()
119 	float la2 = lp->a2;  in lr4_merge()
157 	lp->x1 = lx1;  in lr4_merge()
158 	lp->x2 = lx2;  in lr4_merge()
159 	lp->y1 = ly1;  in lr4_merge()
160 	lp->y2 = ly2;  in lr4_merge()
161 	lp->z1 = lz1;  in lr4_merge()
162 	lp->z2 = lz2;  in lr4_merge()
177 		lr4_set(&xo->lp[i], BQ_LOWPASS, f);  in crossover_init()
185 	lr4_split(&xo->lp[0], &xo->hp[0], count, data0, data1);  in crossover_process()
186 	lr4_merge(&xo->lp[1], &xo->hp[1], count, data0);  in crossover_process()
187 	lr4_split(&xo->lp[2], &xo->hp[2], count, data1, data2);  in crossover_process()