accelerants/common/decode_edid.c

87 	display->red_x = ((uint16)raw->red_x << 2) | raw->red_x_low;
88 	display->red_y = ((uint16)raw->red_y << 2) | raw->red_y_low;
89 	display->green_x = ((uint16)raw->green_x << 2) | raw->green_x_low;
90 	display->green_y = ((uint16)raw->green_y << 2) | raw->green_y_low;
91 	display->blue_x = ((uint16)raw->blue_x << 2) | raw->blue_x_low;
92 	display->blue_y = ((uint16)raw->blue_y << 2) | raw->blue_y_low;
93 	display->white_x = ((uint16)raw->white_x << 2) | raw->white_x_low;
94 	display->white_y = ((uint16)raw->white_y << 2) | raw->white_y_low;
130 	whitepoint[0].white_x = ((uint16)raw->white_x1 << 2) | raw->white_x1_low;
131 	whitepoint[0].white_y = ((uint16)raw->white_y1 << 2) | raw->white_y1_low;
135 	whitepoint[1].white_x = ((uint16)raw->white_x2 << 2) | raw->white_x2_low;
136 	whitepoint[1].white_y = ((uint16)raw->white_y2 << 2) | raw->white_y2_low;
146 	timing->h_active = ((uint16)raw->h_active_high << 8) | raw->h_active;
147 	timing->h_blank = ((uint16)raw->h_blank_high << 8) | raw->h_blank;
148 	timing->v_active = ((uint16)raw->v_active_high << 8) | raw->v_active;
149 	timing->v_blank = ((uint16)raw->v_blank_high << 8) | raw->v_blank;
150 	timing->h_sync_off = ((uint16)raw->h_sync_off_high << 8) | raw->h_sync_off;
151 	timing->h_sync_width = ((uint16)raw->h_sync_width_high << 8) | raw->h_sync_width;
152 	timing->v_sync_off = ((uint16)raw->v_sync_off_high << 4) | raw->v_sync_off;
153 	timing->v_sync_width = ((uint16)raw->v_sync_width_high << 4) | raw->v_sync_width;
154 	timing->h_size = ((uint16)raw->h_size_high << 8) | raw->h_size;
155 	timing->v_size = ((uint16)raw->v_size_high << 8) | raw->v_size;