Lines Matching refs:uint32
32 static uint32
33 _scaler_fraction_part(uint32 iNum, uint32 iDen, pscaler_fraction_t mode, bool_t *overflow);
82 uint32 *mixed_axis_temp_buffer_size_needed) { in scaler_calculate_scaling_rows()
119 pscaler_config->fSrcStartRow.decimal = (uint32) pscaler_config->iOutStartRow * in scaler_calculate_scaling_rows()
120 (uint32) pscaler_config->iSrcHeight / (uint32) pscaler_config->iOutHeight; in scaler_calculate_scaling_rows()
123 (uint32) pscaler_config->iOutStartRow * (uint32) pscaler_config->iSrcHeight, in scaler_calculate_scaling_rows()
124 (uint32) pscaler_config->iOutHeight, FRACTION_ROUND_UP, &overflow); in scaler_calculate_scaling_rows()
134 fSrcEndRow.decimal = (uint32) pscaler_config->iOutEndRow * in scaler_calculate_scaling_rows()
135 (uint32) pscaler_config->iSrcHeight / (uint32) pscaler_config->iOutHeight; in scaler_calculate_scaling_rows()
137 (uint32) pscaler_config->iOutEndRow * (uint32) pscaler_config->iSrcHeight, in scaler_calculate_scaling_rows()
138 (uint32) pscaler_config->iOutHeight, FRACTION_TRUNCATE, &overflow); in scaler_calculate_scaling_rows()
152 fSrcEndRow.decimal = (uint32) (pscaler_config->iOutEndRow + 1) * in scaler_calculate_scaling_rows()
153 (uint32) pscaler_config->iSrcHeight / in scaler_calculate_scaling_rows()
154 (uint32) pscaler_config->iOutHeight; in scaler_calculate_scaling_rows()
157 (uint32) (pscaler_config->iOutEndRow + 1) * (uint32) pscaler_config->iSrcHeight, in scaler_calculate_scaling_rows()
158 (uint32) pscaler_config->iOutHeight, FRACTION_TRUNCATE, &overflow); in scaler_calculate_scaling_rows()
338 pscaler_config->fXfactor.decimal = (uint32) pscaler_config->iOutWidth / in _calculate_factors()
339 (uint32) pscaler_config->iSrcWidth; in _calculate_factors()
341 (uint32) pscaler_config->iOutWidth, in _calculate_factors()
342 (uint32) pscaler_config->iSrcWidth, in _calculate_factors()
346 pscaler_config->fXfactorInv.decimal = (uint32) pscaler_config->iSrcWidth / in _calculate_factors()
347 (uint32) pscaler_config->iOutWidth; in _calculate_factors()
349 (uint32) pscaler_config->iSrcWidth, (uint32) pscaler_config->iOutWidth, in _calculate_factors()
356 pscaler_config->fYfactor.decimal = (uint32) pscaler_config->iOutHeight / in _calculate_factors()
357 (uint32) pscaler_config->iSrcHeight; in _calculate_factors()
359 (uint32) pscaler_config->iOutHeight, (uint32) pscaler_config->iSrcHeight, in _calculate_factors()
362 pscaler_config->fYfactorInv.decimal = (uint32) pscaler_config->iSrcHeight / in _calculate_factors()
363 (uint32) pscaler_config->iOutHeight; in _calculate_factors()
365 (uint32) pscaler_config->iSrcHeight, (uint32) pscaler_config->iOutHeight, in _calculate_factors()
385 static uint32 _scaler_fraction_part(uint32 iNum, uint32 iDen, pscaler_fraction_t mode, in _scaler_fraction_part()
387 uint32 iFract; // fractional part in _scaler_fraction_part()
388 uint32 iRem; // remainder part in _scaler_fraction_part()
433 uint64 position_x, uint64 x_factor_inv, uint32 top_weight, uint32 bot_weight, in _scale_row_down_9in()
434 uint32 weight_reciprocal, int out_width) { in _scale_row_down_9in()
436 uint32 in_col; in _scale_row_down_9in()
440 uint32 acc_r = 0; in _scale_row_down_9in()
441 uint32 acc_g = 0; in _scale_row_down_9in()
442 uint32 acc_b = 0; in _scale_row_down_9in()
443 uint32 curr_weight = 256 - ((position_x >> 24) & 0xff); in _scale_row_down_9in()
449 acc_r += (uint32) in0[(in_col * 3) + 0] * curr_weight * top_weight; in _scale_row_down_9in()
450 acc_r += (uint32) in1[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_9in()
451 acc_r += (uint32) in2[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_9in()
452 acc_r += (uint32) in3[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_9in()
453 acc_r += (uint32) in4[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_9in()
454 acc_r += (uint32) in5[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_9in()
455 acc_r += (uint32) in6[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_9in()
456 acc_r += (uint32) in7[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_9in()
457 acc_r += (uint32) in8[(in_col * 3) + 0] * curr_weight * bot_weight; in _scale_row_down_9in()
459 acc_g += (uint32) in0[(in_col * 3) + 1] * curr_weight * top_weight; in _scale_row_down_9in()
460 acc_g += (uint32) in1[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_9in()
461 acc_g += (uint32) in2[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_9in()
462 acc_g += (uint32) in3[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_9in()
463 acc_g += (uint32) in4[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_9in()
464 acc_g += (uint32) in5[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_9in()
465 acc_g += (uint32) in6[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_9in()
466 acc_g += (uint32) in7[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_9in()
467 acc_g += (uint32) in8[(in_col * 3) + 1] * curr_weight * bot_weight; in _scale_row_down_9in()
469 acc_b += (uint32) in0[(in_col * 3) + 2] * curr_weight * top_weight; in _scale_row_down_9in()
470 acc_b += (uint32) in1[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_9in()
471 acc_b += (uint32) in2[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_9in()
472 acc_b += (uint32) in3[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_9in()
473 acc_b += (uint32) in4[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_9in()
474 acc_b += (uint32) in5[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_9in()
475 acc_b += (uint32) in6[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_9in()
476 acc_b += (uint32) in7[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_9in()
477 acc_b += (uint32) in8[(in_col * 3) + 2] * curr_weight * bot_weight; in _scale_row_down_9in()
496 uint64 x_factor_inv, uint32 top_weight, in _scale_row_down_8in()
497 uint32 bot_weight, uint32 weight_reciprocal, in _scale_row_down_8in()
500 uint32 in_col; in _scale_row_down_8in()
504 uint32 acc_r = 0; in _scale_row_down_8in()
505 uint32 acc_g = 0; in _scale_row_down_8in()
506 uint32 acc_b = 0; in _scale_row_down_8in()
507 uint32 curr_weight = 256 - ((position_x >> 24) & 0xff); in _scale_row_down_8in()
513 acc_r += (uint32) in0[(in_col * 3) + 0] * curr_weight * top_weight; in _scale_row_down_8in()
514 acc_r += (uint32) in1[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_8in()
515 acc_r += (uint32) in2[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_8in()
516 acc_r += (uint32) in3[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_8in()
517 acc_r += (uint32) in4[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_8in()
518 acc_r += (uint32) in5[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_8in()
519 acc_r += (uint32) in6[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_8in()
520 acc_r += (uint32) in7[(in_col * 3) + 0] * curr_weight * bot_weight; in _scale_row_down_8in()
522 acc_g += (uint32) in0[(in_col * 3) + 1] * curr_weight * top_weight; in _scale_row_down_8in()
523 acc_g += (uint32) in1[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_8in()
524 acc_g += (uint32) in2[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_8in()
525 acc_g += (uint32) in3[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_8in()
526 acc_g += (uint32) in4[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_8in()
527 acc_g += (uint32) in5[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_8in()
528 acc_g += (uint32) in6[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_8in()
529 acc_g += (uint32) in7[(in_col * 3) + 1] * curr_weight * bot_weight; in _scale_row_down_8in()
531 acc_b += (uint32) in0[(in_col * 3) + 2] * curr_weight * top_weight; in _scale_row_down_8in()
532 acc_b += (uint32) in1[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_8in()
533 acc_b += (uint32) in2[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_8in()
534 acc_b += (uint32) in3[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_8in()
535 acc_b += (uint32) in4[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_8in()
536 acc_b += (uint32) in5[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_8in()
537 acc_b += (uint32) in6[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_8in()
538 acc_b += (uint32) in7[(in_col * 3) + 2] * curr_weight * bot_weight; in _scale_row_down_8in()
557 uint32 top_weight, uint32 bot_weight, uint32 weight_reciprocal, int out_width) { in _scale_row_down_7in()
559 uint32 in_col; in _scale_row_down_7in()
563 uint32 acc_r = 0; in _scale_row_down_7in()
564 uint32 acc_g = 0; in _scale_row_down_7in()
565 uint32 acc_b = 0; in _scale_row_down_7in()
566 uint32 curr_weight = 256 - ((position_x >> 24) & 0xff); in _scale_row_down_7in()
572 acc_r += (uint32) in0[(in_col * 3) + 0] * curr_weight * top_weight; in _scale_row_down_7in()
573 acc_r += (uint32) in1[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_7in()
574 acc_r += (uint32) in2[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_7in()
575 acc_r += (uint32) in3[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_7in()
576 acc_r += (uint32) in4[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_7in()
577 acc_r += (uint32) in5[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_7in()
578 acc_r += (uint32) in6[(in_col * 3) + 0] * curr_weight * bot_weight; in _scale_row_down_7in()
580 acc_g += (uint32) in0[(in_col * 3) + 1] * curr_weight * top_weight; in _scale_row_down_7in()
581 acc_g += (uint32) in1[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_7in()
582 acc_g += (uint32) in2[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_7in()
583 acc_g += (uint32) in3[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_7in()
584 acc_g += (uint32) in4[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_7in()
585 acc_g += (uint32) in5[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_7in()
586 acc_g += (uint32) in6[(in_col * 3) + 1] * curr_weight * bot_weight; in _scale_row_down_7in()
588 acc_b += (uint32) in0[(in_col * 3) + 2] * curr_weight * top_weight; in _scale_row_down_7in()
589 acc_b += (uint32) in1[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_7in()
590 acc_b += (uint32) in2[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_7in()
591 acc_b += (uint32) in3[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_7in()
592 acc_b += (uint32) in4[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_7in()
593 acc_b += (uint32) in5[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_7in()
594 acc_b += (uint32) in6[(in_col * 3) + 2] * curr_weight * bot_weight; in _scale_row_down_7in()
612 uint8 *_RESTRICT_ out, uint64 position_x, uint64 x_factor_inv, uint32 top_weight, in _scale_row_down_6in()
613 uint32 bot_weight, uint32 weight_reciprocal, int out_width) { in _scale_row_down_6in()
615 uint32 in_col; in _scale_row_down_6in()
619 uint32 acc_r = 0; in _scale_row_down_6in()
620 uint32 acc_g = 0; in _scale_row_down_6in()
621 uint32 acc_b = 0; in _scale_row_down_6in()
622 uint32 curr_weight = 256 - ((position_x >> 24) & 0xff); in _scale_row_down_6in()
628 acc_r += (uint32) in0[(in_col * 3) + 0] * curr_weight * top_weight; in _scale_row_down_6in()
629 acc_r += (uint32) in1[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_6in()
630 acc_r += (uint32) in2[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_6in()
631 acc_r += (uint32) in3[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_6in()
632 acc_r += (uint32) in4[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_6in()
633 acc_r += (uint32) in5[(in_col * 3) + 0] * curr_weight * bot_weight; in _scale_row_down_6in()
635 acc_g += (uint32) in0[(in_col * 3) + 1] * curr_weight * top_weight; in _scale_row_down_6in()
636 acc_g += (uint32) in1[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_6in()
637 acc_g += (uint32) in2[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_6in()
638 acc_g += (uint32) in3[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_6in()
639 acc_g += (uint32) in4[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_6in()
640 acc_g += (uint32) in5[(in_col * 3) + 1] * curr_weight * bot_weight; in _scale_row_down_6in()
642 acc_b += (uint32) in0[(in_col * 3) + 2] * curr_weight * top_weight; in _scale_row_down_6in()
643 acc_b += (uint32) in1[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_6in()
644 acc_b += (uint32) in2[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_6in()
645 acc_b += (uint32) in3[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_6in()
646 acc_b += (uint32) in4[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_6in()
647 acc_b += (uint32) in5[(in_col * 3) + 2] * curr_weight * bot_weight; in _scale_row_down_6in()
665 uint64 position_x, uint64 x_factor_inv, uint32 top_weight, uint32 bot_weight, in _scale_row_down_5in()
666 uint32 weight_reciprocal, int out_width) { in _scale_row_down_5in()
668 uint32 in_col; in _scale_row_down_5in()
672 uint32 acc_r = 0; in _scale_row_down_5in()
673 uint32 acc_g = 0; in _scale_row_down_5in()
674 uint32 acc_b = 0; in _scale_row_down_5in()
675 uint32 curr_weight = 256 - ((position_x >> 24) & 0xff); in _scale_row_down_5in()
681 acc_r += (uint32) in0[(in_col * 3) + 0] * curr_weight * top_weight; in _scale_row_down_5in()
682 acc_r += (uint32) in1[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_5in()
683 acc_r += (uint32) in2[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_5in()
684 acc_r += (uint32) in3[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_5in()
685 acc_r += (uint32) in4[(in_col * 3) + 0] * curr_weight * bot_weight; in _scale_row_down_5in()
687 acc_g += (uint32) in0[(in_col * 3) + 1] * curr_weight * top_weight; in _scale_row_down_5in()
688 acc_g += (uint32) in1[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_5in()
689 acc_g += (uint32) in2[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_5in()
690 acc_g += (uint32) in3[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_5in()
691 acc_g += (uint32) in4[(in_col * 3) + 1] * curr_weight * bot_weight; in _scale_row_down_5in()
693 acc_b += (uint32) in0[(in_col * 3) + 2] * curr_weight * top_weight; in _scale_row_down_5in()
694 acc_b += (uint32) in1[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_5in()
695 acc_b += (uint32) in2[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_5in()
696 acc_b += (uint32) in3[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_5in()
697 acc_b += (uint32) in4[(in_col * 3) + 2] * curr_weight * bot_weight; in _scale_row_down_5in()
715 uint64 x_factor_inv, uint32 top_weight, uint32 bot_weight, uint32 weight_reciprocal, in _scale_row_down_4in()
718 uint32 in_col; in _scale_row_down_4in()
722 uint32 acc_r = 0; in _scale_row_down_4in()
723 uint32 acc_g = 0; in _scale_row_down_4in()
724 uint32 acc_b = 0; in _scale_row_down_4in()
725 uint32 curr_weight = 256 - ((position_x >> 24) & 0xff); in _scale_row_down_4in()
731 acc_r += (uint32) in0[(in_col * 3) + 0] * curr_weight * top_weight; in _scale_row_down_4in()
732 acc_r += (uint32) in1[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_4in()
733 acc_r += (uint32) in2[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_4in()
734 acc_r += (uint32) in3[(in_col * 3) + 0] * curr_weight * bot_weight; in _scale_row_down_4in()
736 acc_g += (uint32) in0[(in_col * 3) + 1] * curr_weight * top_weight; in _scale_row_down_4in()
737 acc_g += (uint32) in1[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_4in()
738 acc_g += (uint32) in2[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_4in()
739 acc_g += (uint32) in3[(in_col * 3) + 1] * curr_weight * bot_weight; in _scale_row_down_4in()
741 acc_b += (uint32) in0[(in_col * 3) + 2] * curr_weight * top_weight; in _scale_row_down_4in()
742 acc_b += (uint32) in1[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_4in()
743 acc_b += (uint32) in2[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_4in()
744 acc_b += (uint32) in3[(in_col * 3) + 2] * curr_weight * bot_weight; in _scale_row_down_4in()
762 uint32 top_weight, uint32 bot_weight, uint32 weight_reciprocal, int out_width) { in _scale_row_down_3in()
764 uint32 in_col; in _scale_row_down_3in()
768 uint32 acc_r = 0; in _scale_row_down_3in()
769 uint32 acc_g = 0; in _scale_row_down_3in()
770 uint32 acc_b = 0; in _scale_row_down_3in()
771 uint32 curr_weight = 256 - ((position_x >> 24) & 0xff); in _scale_row_down_3in()
777 acc_r += (uint32) in0[(in_col * 3) + 0] * curr_weight * top_weight; in _scale_row_down_3in()
778 acc_r += (uint32) in1[(in_col * 3) + 0] * curr_weight << 8; in _scale_row_down_3in()
779 acc_r += (uint32) in2[(in_col * 3) + 0] * curr_weight * bot_weight; in _scale_row_down_3in()
781 acc_g += (uint32) in0[(in_col * 3) + 1] * curr_weight * top_weight; in _scale_row_down_3in()
782 acc_g += (uint32) in1[(in_col * 3) + 1] * curr_weight << 8; in _scale_row_down_3in()
783 acc_g += (uint32) in2[(in_col * 3) + 1] * curr_weight * bot_weight; in _scale_row_down_3in()
785 acc_b += (uint32) in0[(in_col * 3) + 2] * curr_weight * top_weight; in _scale_row_down_3in()
786 acc_b += (uint32) in1[(in_col * 3) + 2] * curr_weight << 8; in _scale_row_down_3in()
787 acc_b += (uint32) in2[(in_col * 3) + 2] * curr_weight * bot_weight; in _scale_row_down_3in()
804 uint8 *_RESTRICT_ out, uint64 position_x, uint64 x_factor_inv, uint32 top_weight, in _scale_row_down_2in()
805 uint32 bot_weight, uint32 weight_reciprocal, int out_width) { in _scale_row_down_2in()
807 uint32 in_col; in _scale_row_down_2in()
811 uint32 acc_r = 0; in _scale_row_down_2in()
812 uint32 acc_g = 0; in _scale_row_down_2in()
813 uint32 acc_b = 0; in _scale_row_down_2in()
814 uint32 curr_weight = 256 - ((position_x >> 24) & 0xff); in _scale_row_down_2in()
820 acc_r += (uint32) in0[(in_col * 3) + 0] * curr_weight * top_weight; in _scale_row_down_2in()
821 acc_r += (uint32) in1[(in_col * 3) + 0] * curr_weight * bot_weight; in _scale_row_down_2in()
823 acc_g += (uint32) in0[(in_col * 3) + 1] * curr_weight * top_weight; in _scale_row_down_2in()
824 acc_g += (uint32) in1[(in_col * 3) + 1] * curr_weight * bot_weight; in _scale_row_down_2in()
826 acc_b += (uint32) in0[(in_col * 3) + 2] * curr_weight * top_weight; in _scale_row_down_2in()
827 acc_b += (uint32) in1[(in_col * 3) + 2] * curr_weight * bot_weight; in _scale_row_down_2in()
843 static inline void _scale_row_down(uint8 *in, uint8 *_RESTRICT_ out, uint32 in_row_ofs, in _scale_row_down()
845 uint32 weight_reciprocal, int out_width) { in _scale_row_down()
847 uint32 y, in_col, in_rows, top_weight, bot_weight; in _scale_row_down()
852 top_weight = (uint32) 256 - ((position_y >> 24) & 0xff); in _scale_row_down()
916 uint32 acc_r = 0; in _scale_row_down()
917 uint32 acc_g = 0; in _scale_row_down()
918 uint32 acc_b = 0; in _scale_row_down()
919 uint32 curr_weight = 256 - ((position_x >> 24) & 0xff); in _scale_row_down()
925 acc_r += (uint32) in[(in_col * 3) + 0] * curr_weight * top_weight; in _scale_row_down()
926 acc_g += (uint32) in[(in_col * 3) + 1] * curr_weight * top_weight; in _scale_row_down()
927 acc_b += (uint32) in[(in_col * 3) + 2] * curr_weight * top_weight; in _scale_row_down()
930 acc_r += (uint32) in[y * in_row_ofs + ((in_col * 3) + 0)] * curr_weight * 256; in _scale_row_down()
931 acc_g += (uint32) in[y * in_row_ofs + ((in_col * 3) + 1)] * curr_weight * 256; in _scale_row_down()
932 acc_b += (uint32) in[y * in_row_ofs + ((in_col * 3) + 2)] * curr_weight * 256; in _scale_row_down()
936 (uint32) in[y * in_row_ofs + ((in_col * 3) + 0)] * curr_weight * bot_weight; in _scale_row_down()
938 (uint32) in[y * in_row_ofs + ((in_col * 3) + 1)] * curr_weight * bot_weight; in _scale_row_down()
940 (uint32) in[y * in_row_ofs + ((in_col * 3) + 2)] * curr_weight * bot_weight; in _scale_row_down()
967 uint32 pix_x = position_x >> 32; in _scale_row_up()
1000 uint32 x_output_width, y_output_width; in _hw_scale_image_plane()
1001 uint32 input_pixel_ptr_offset, output_pixel_ptr_offset; in _hw_scale_image_plane()
1002 uint32 first_xi; in _hw_scale_image_plane()
1006 uint32 r; in _hw_scale_image_plane()