33 static void lr4_split(struct lr4 *lp, struct lr4 *hp, int count, float *data0,  in lr4_split()  argument
48 	float hx1 = hp->x1;  in lr4_split()
49 	float hx2 = hp->x2;  in lr4_split()
50 	float hy1 = hp->y1;  in lr4_split()
51 	float hy2 = hp->y2;  in lr4_split()
52 	float hz1 = hp->z1;  in lr4_split()
53 	float hz2 = hp->z2;  in lr4_split()
54 	float hb0 = hp->b0;  in lr4_split()
55 	float hb1 = hp->b1;  in lr4_split()
56 	float hb2 = hp->b2;  in lr4_split()
57 	float ha1 = hp->a1;  in lr4_split()
58 	float ha2 = hp->a2;  in lr4_split()
92 	hp->x1 = hx1;  in lr4_split()
93 	hp->x2 = hx2;  in lr4_split()
94 	hp->y1 = hy1;  in lr4_split()
95 	hp->y2 = hy2;  in lr4_split()
96 	hp->z1 = hz1;  in lr4_split()
97 	hp->z2 = hz2;  in lr4_split()
107 static void lr4_merge(struct lr4 *lp, struct lr4 *hp, int count, float *data)  in lr4_merge()  argument
121 	float hx1 = hp->x1;  in lr4_merge()
122 	float hx2 = hp->x2;  in lr4_merge()
123 	float hy1 = hp->y1;  in lr4_merge()
124 	float hy2 = hp->y2;  in lr4_merge()
125 	float hz1 = hp->z1;  in lr4_merge()
126 	float hz2 = hp->z2;  in lr4_merge()
127 	float hb0 = hp->b0;  in lr4_merge()
128 	float hb1 = hp->b1;  in lr4_merge()
129 	float hb2 = hp->b2;  in lr4_merge()
130 	float ha1 = hp->a1;  in lr4_merge()
131 	float ha2 = hp->a2;  in lr4_merge()
164 	hp->x1 = hx1;  in lr4_merge()
165 	hp->x2 = hx2;  in lr4_merge()
166 	hp->y1 = hy1;  in lr4_merge()
167 	hp->y2 = hy2;  in lr4_merge()
168 	hp->z1 = hz1;  in lr4_merge()
169 	hp->z2 = hz2;  in lr4_merge()
178 		lr4_set(&xo->hp[i], BQ_HIGHPASS, 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()