* vpar_blocks.c : blocks parsing
*****************************************************************************
* Copyright (C) 1999, 2000 VideoLAN
+ * $Id: vpar_blocks.c,v 1.72 2001/01/18 05:13:23 sam Exp $
*
- * Authors:
+ * Authors: Christophe Massiot <massiot@via.ecp.fr>
+ * Jean-Marc Dressler <polux@via.ecp.fr>
+ * Stéphane Borel <stef@via.ecp.fr>
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
*****************************************************************************/
#include "defs.h"
-#include <sys/types.h> /* on BSD, uio.h needs types.h */
-#include <sys/uio.h> /* "input.h" */
#include <string.h> /* memset */
#include "config.h"
#include "plugins.h"
#include "intf_msg.h"
-#include "debug.h" /* XXX?? temporaire, requis par netlist.h */
-#include "input.h"
-#include "input_netlist.h"
-#include "decoder_fifo.h"
+#include "stream_control.h"
+#include "input_ext-dec.h"
+
#include "video.h"
#include "video_output.h"
-#include "vdec_idct.h"
#include "video_decoder.h"
#include "vdec_motion.h"
+#include "../video_decoder/vdec_idct.h"
#include "vpar_blocks.h"
-#include "vpar_headers.h"
-#include "vpar_synchro.h"
-#include "video_parser.h"
-#include "video_fifo.h"
-
-static int i_count = 0;
+#include "../video_decoder/vpar_headers.h"
+#include "../video_decoder/vpar_synchro.h"
+#include "../video_decoder/video_parser.h"
+#include "../video_decoder/video_fifo.h"
/*
* Welcome to vpar_blocks.c ! Here's where the heavy processor-critical parsing
FillDCTTable( p_vpar->ppl_dct_coef[1], pl_DCT_tab6, 1, 16, 16 );
}
+/*****************************************************************************
+ * vpar_InitScanTable : Initialize scan table
+ *****************************************************************************/
+void vpar_InitScanTable( vpar_thread_t * p_vpar )
+{
+ int i;
+
+ memcpy( p_vpar->ppi_scan, pi_scan, sizeof(pi_scan) );
+ p_vpar->pf_norm_scan( p_vpar->ppi_scan );
+
+ /* If scan table has changed, we must change the quantization matrices. */
+ for( i = 0; i < 64; i++ )
+ {
+ p_vpar->pi_default_intra_quant[ p_vpar->ppi_scan[0][i] ] =
+ pi_default_intra_quant[ pi_scan[0][i] ];
+ p_vpar->pi_default_nonintra_quant[ p_vpar->ppi_scan[0][i] ] =
+ pi_default_nonintra_quant[ pi_scan[0][i] ];
+ }
+}
+
/*
* Block parsing
/* There should be no D picture in non-intra blocks */
if( p_vpar->picture.i_coding_type == D_CODING_TYPE )
- intf_ErrMsg("vpar error : D-picture in non intra block\n");
+ intf_ErrMsg("vpar error : D-picture in non intra block");
/* Decoding of the AC coefficients */
i_coef = 0;
b_sign = 0;
- for( i_parse = 0; !p_vpar->b_die; i_parse++ )
+ for( i_parse = 0; !p_vpar->p_fifo->b_die; i_parse++ )
{
i_code = ShowBits( &p_vpar->bit_stream, 16 );
if( i_code >= 16384 )
{
- b_dc = !((i_parse + 62)/63);
+ b_dc = (i_parse == 0);
i_run = ppl_dct_tab2[b_dc][(i_code>>12)-4].i_run;
i_level = ppl_dct_tab2[b_dc][(i_code>>12)-4].i_level;
i_length = ppl_dct_tab2[b_dc][(i_code>>12)-4].i_length;
else if (i_level > 128)
i_level -= 256;
- if (i_level<0)
+ if( (b_sign = i_level < 0) )
i_level = -i_level;
break;
case DCT_EOB:
-#ifdef HAVE_MMX
- /* The MMX IDCT has a precision problem with non-intra
- * blocks. */
- p_mb->ppi_blocks[i_b][0] += 4;
-#endif
if( i_nc <= 1 )
{
- p_mb->pf_idct[i_b] = vdec_SparseIDCT;
+ p_mb->pf_idct[i_b] = p_vpar->pf_sparse_idct;
p_mb->pi_sparse_pos[i_b] = i_coef;
}
else
{
- p_mb->pf_idct[i_b] = vdec_IDCT;
+ p_mb->pf_idct[i_b] = p_vpar->pf_idct;
}
return;
break;
}
- i_pos = pi_scan[p_vpar->picture.b_alternate_scan][i_parse];
+ i_pos = p_vpar->ppi_scan[p_vpar->picture.b_alternate_scan][i_parse];
i_level = ( ((i_level << 1) + 1) * p_vpar->mb.i_quantizer_scale
* p_vpar->sequence.nonintra_quant.pi_matrix[i_pos] ) >> 4;
+
+ /* Mismatch control */
+ if( i_level ) /* Should always be true */
+ {
+ /* Equivalent to : if( (val & 1) == 0 ) val = val - 1; */
+ i_level = (i_level - 1) | 1;
+ }
+
p_mb->ppi_blocks[i_b][i_pos] = b_sign ? -i_level : i_level;
}
- intf_ErrMsg("vpar error: DCT coeff (non-intra) is out of bounds\n");
+ intf_ErrMsg("vpar error: DCT coeff (non-intra) is out of bounds");
p_vpar->picture.b_error = 1;
}
/* Read the actual code with the good length */
p_vpar->mb.pi_dc_dct_pred[i_cc] += i_dct_dc_diff;
- p_mb->ppi_blocks[i_b][0] = p_vpar->mb.pi_dc_dct_pred[i_cc];
+ p_mb->ppi_blocks[i_b][0] = p_vpar->mb.pi_dc_dct_pred[i_cc] << 3;
i_nc = ( p_vpar->mb.pi_dc_dct_pred[i_cc] != 0 );
/* Decoding of the AC coefficients */
i_coef = 0;
- i_nc = 0;
b_sign = 0;
- for( i_parse = 1; !p_vpar->b_die/*i_parse < 64*/; i_parse++ )
+ for( i_parse = 1; !p_vpar->p_fifo->b_die/*i_parse < 64*/; i_parse++ )
{
i_code = ShowBits( &p_vpar->bit_stream, 16 );
/* We use 2 main tables for the coefficients */
i_level = GetBits( &p_vpar->bit_stream, 8 ) - 256;
else if (i_level > 128)
i_level -= 256;
+ if( (b_sign = i_level < 0) )
+ i_level = -i_level;
break;
case DCT_EOB:
if( i_nc <= 1 )
{
- p_mb->pf_idct[i_b] = vdec_SparseIDCT;
+ p_mb->pf_idct[i_b] = p_vpar->pf_sparse_idct;
p_mb->pi_sparse_pos[i_b] = i_coef;
}
else
{
- p_mb->pf_idct[i_b] = vdec_IDCT;
+ p_mb->pf_idct[i_b] = p_vpar->pf_idct;
}
return;
}
/* Determine the position of the block in the frame */
- i_pos = pi_scan[p_vpar->picture.b_alternate_scan][i_parse];
+ i_pos = p_vpar->ppi_scan[p_vpar->picture.b_alternate_scan][i_parse];
i_level = ( i_level *
p_vpar->mb.i_quantizer_scale *
p_vpar->sequence.intra_quant.pi_matrix[i_pos] ) >> 3;
+
+ /* Mismatch control */
+ if( i_level ) /* Should always be true */
+ {
+ /* Equivalent to : if( (val & 1) == 0 ) val = val - 1; */
+ i_level = (i_level - 1) | 1;
+ }
+
p_mb->ppi_blocks[i_b][i_pos] = b_sign ? -i_level : i_level;
}
- intf_ErrMsg("vpar error: DCT coeff (intra) is out of bounds\n");
+ intf_ErrMsg("vpar error: DCT coeff (intra) is out of bounds");
p_vpar->picture.b_error = 1;
}
boolean_t b_dc;
boolean_t b_sign;
boolean_t b_chroma;
- int * pi_quant;
+ u8 * pi_quant;
/* Give the chromatic component (0, 1, 2) */
i_cc = pi_cc_index[i_b];
i_nc = 0;
i_coef = 0;
- for( i_parse = 0; !p_vpar->b_die; i_parse++ )
+ for( i_parse = 0; !p_vpar->p_fifo->b_die; i_parse++ )
{
i_code = ShowBits( &p_vpar->bit_stream, 16 );
if( i_code >= 16384 )
#endif
if( i_nc <= 1 )
{
- p_mb->pf_idct[i_b] = vdec_SparseIDCT;
+ p_mb->pf_idct[i_b] = p_vpar->pf_sparse_idct;
p_mb->pi_sparse_pos[i_b] = i_coef;
}
else
{
- p_mb->pf_idct[i_b] = vdec_IDCT;
+ p_mb->pf_idct[i_b] = p_vpar->pf_idct;
}
return;
break;
}
- i_pos = pi_scan[p_vpar->picture.b_alternate_scan][i_parse];
+ i_pos = p_vpar->ppi_scan[p_vpar->picture.b_alternate_scan][i_parse];
i_level = ( ((i_level << 1) + 1) * p_vpar->mb.i_quantizer_scale
* pi_quant[i_pos] ) >> 5;
p_mb->ppi_blocks[i_b][i_pos] = b_sign ? -i_level : i_level;
}
- intf_ErrMsg("vpar error: DCT coeff (non-intra) is out of bounds\n");
+ intf_ErrMsg("vpar error: DCT coeff (non-intra) is out of bounds");
p_vpar->picture.b_error = 1;
}
boolean_t b_vlc_intra;
boolean_t b_sign;
boolean_t b_chroma;
- int * pi_quant;
+ u8 * pi_quant;
/* Give the chromatic component (0, 1, 2) */
i_cc = pi_cc_index[i_b];
i_coef = 0;
b_vlc_intra = p_vpar->picture.b_intra_vlc_format;
- for( i_parse = 1; !p_vpar->b_die/*i_parse < 64*/; i_parse++ )
+ for( i_parse = 1; !p_vpar->p_fifo->b_die/*i_parse < 64*/; i_parse++ )
{
i_code = ShowBits( &p_vpar->bit_stream, 16 );
/* We use 2 main tables for the coefficients */
case DCT_EOB:
if( i_nc <= 1 )
{
- p_mb->pf_idct[i_b] = vdec_SparseIDCT;
+ p_mb->pf_idct[i_b] = p_vpar->pf_sparse_idct;
p_mb->pi_sparse_pos[i_b] = i_coef;
}
else
{
- p_mb->pf_idct[i_b] = vdec_IDCT;
+ p_mb->pf_idct[i_b] = p_vpar->pf_idct;
}
return;
}
/* Determine the position of the block in the frame */
- i_pos = pi_scan[p_vpar->picture.b_alternate_scan][i_parse];
+ i_pos = p_vpar->ppi_scan[p_vpar->picture.b_alternate_scan][i_parse];
i_level = ( i_level *
p_vpar->mb.i_quantizer_scale *
pi_quant[i_pos] ) >> 4;
p_mb->ppi_blocks[i_b][i_pos] = b_sign ? -i_level : i_level;
}
- intf_ErrMsg("vpar error: DCT coeff (intra) is out of bounds\n");
+ intf_ErrMsg("vpar error: DCT coeff (intra) is out of bounds");
p_vpar->picture.b_error = 1;
}
if( (i_code -= 12) < 0 )
{
p_vpar->picture.b_error = 1;
- intf_DbgMsg( "vpar debug: Invalid motion_vector code\n" );
+ intf_DbgMsg( "vpar debug: Invalid motion_vector code" );
return 0;
}
****************************************************************************/
static __inline__ void MotionVector( vpar_thread_t * p_vpar,
macroblock_t * p_mb, int i_r,
- int i_s, int i_full_pel, int i_structure )
+ int i_s, int i_full_pel, int i_structure,
+ int i_h_r_size, int i_v_r_size )
{
int i_motion_code, i_motion_residual;
- int i_r_size;
int pi_dm_vector[2];
- i_r_size = p_vpar->picture.ppi_f_code[i_s][0] - 1;
i_motion_code = MotionCode( p_vpar );
- i_motion_residual = (i_r_size != 0 && i_motion_code != 0) ?
- GetBits( &p_vpar->bit_stream, i_r_size) : 0;
- DecodeMotionVector( &p_vpar->mb.pppi_pmv[i_r][i_s][0], i_r_size,
+ i_motion_residual = (i_h_r_size != 0 && i_motion_code != 0) ?
+ GetBits( &p_vpar->bit_stream, i_h_r_size) : 0;
+ DecodeMotionVector( &p_vpar->mb.pppi_pmv[i_r][i_s][0], i_h_r_size,
i_motion_code, i_motion_residual, i_full_pel );
p_mb->pppi_motion_vectors[i_r][i_s][0] = p_vpar->mb.pppi_pmv[i_r][i_s][0];
}
}
- i_r_size = p_vpar->picture.ppi_f_code[i_s][1]-1;
i_motion_code = MotionCode( p_vpar );
- i_motion_residual = (i_r_size != 0 && i_motion_code != 0) ?
- GetBits( &p_vpar->bit_stream, i_r_size) : 0;
+ i_motion_residual = (i_v_r_size != 0 && i_motion_code != 0) ?
+ GetBits( &p_vpar->bit_stream, i_v_r_size) : 0;
if( (p_vpar->mb.i_mv_format == MOTION_FIELD)
p_vpar->mb.pppi_pmv[i_r][i_s][1] >>= 1;
}
- DecodeMotionVector( &p_vpar->mb.pppi_pmv[i_r][i_s][1], i_r_size,
+ DecodeMotionVector( &p_vpar->mb.pppi_pmv[i_r][i_s][1], i_v_r_size,
i_motion_code, i_motion_residual, i_full_pel );
if( (p_vpar->mb.i_mv_format == MOTION_FIELD)
static void DecodeMVMPEG1( vpar_thread_t * p_vpar,
macroblock_t * p_mb, int i_s, int i_structure )
{
+ int i_r_size = i_s ? p_vpar->picture.i_backward_f_code - 1 :
+ p_vpar->picture.i_forward_f_code - 1;
MotionVector( p_vpar, p_mb, 0, i_s,
- p_vpar->picture.pb_full_pel_vector[i_s], i_structure );
+ p_vpar->picture.pb_full_pel_vector[i_s], FRAME_STRUCTURE,
+ i_r_size, i_r_size );
}
/*****************************************************************************
p_mb->ppi_field_select[0][i_s] = p_mb->ppi_field_select[1][i_s]
= GetBits( &p_vpar->bit_stream, 1 );
}
- MotionVector( p_vpar, p_mb, 0, i_s, 0, i_structure );
+ MotionVector( p_vpar, p_mb, 0, i_s, 0, i_structure,
+ p_vpar->picture.ppi_f_code[i_s][0] - 1,
+ p_vpar->picture.ppi_f_code[i_s][1] - 1 );
p_vpar->mb.pppi_pmv[1][i_s][0] = p_vpar->mb.pppi_pmv[0][i_s][0];
p_vpar->mb.pppi_pmv[1][i_s][1] = p_vpar->mb.pppi_pmv[0][i_s][1];
p_mb->pppi_motion_vectors[1][i_s][0] = p_vpar->mb.pppi_pmv[0][i_s][0];
else
{
p_mb->ppi_field_select[0][i_s] = GetBits( &p_vpar->bit_stream, 1 );
- MotionVector( p_vpar, p_mb, 0, i_s, 0, i_structure );
+ MotionVector( p_vpar, p_mb, 0, i_s, 0, i_structure,
+ p_vpar->picture.ppi_f_code[i_s][0] - 1,
+ p_vpar->picture.ppi_f_code[i_s][1] - 1 );
p_mb->ppi_field_select[1][i_s] = GetBits( &p_vpar->bit_stream, 1 );
- MotionVector( p_vpar, p_mb, 1, i_s, 0, i_structure );
+ MotionVector( p_vpar, p_mb, 1, i_s, 0, i_structure,
+ p_vpar->picture.ppi_f_code[i_s][0] - 1,
+ p_vpar->picture.ppi_f_code[i_s][1] - 1 );
}
}
{
macroblock_t * p_mb;
- static f_motion_t pf_motion_skipped[4][4] =
- {
- {NULL, NULL, NULL, NULL},
- {NULL, vdec_MotionFieldField420, vdec_MotionFieldField420,
- vdec_MotionFrameFrame420},
- {NULL, vdec_MotionFieldField422, vdec_MotionFieldField422,
- vdec_MotionFrameFrame422},
- {NULL, vdec_MotionFieldField444, vdec_MotionFieldField444,
- vdec_MotionFrameFrame444},
- };
-
if( i_coding_type == I_CODING_TYPE )
{
- intf_DbgMsg("vpar error: skipped macroblock in I-picture\n");
+ intf_DbgMsg("vpar error: skipped macroblock in I-picture");
p_vpar->picture.b_error = 1;
return;
}
i_structure, b_second_field );
/* Motion type is picture structure. */
- p_mb->pf_motion = pf_motion_skipped[i_chroma_format]
- [i_structure];
- p_mb->i_mb_type = MB_MOTION_FORWARD;
+ p_mb->pf_motion = p_vpar->ppf_motion_skipped[i_chroma_format]
+ [i_structure];
p_mb->i_coded_block_pattern = 0;
- memset( p_mb->pppi_motion_vectors, 0, 8*sizeof(int) );
+
+ /* Motion direction and motion vectors depend on the coding type. */
+ if( i_coding_type == B_CODING_TYPE )
+ {
+ int i, j, k;
+ p_mb->i_mb_type = p_vpar->mb.i_motion_dir;
+ for( i = 0; i < 2; i++ )
+ for( j = 0; j < 2; j++ )
+ for( k = 0; k < 2; k++ )
+ p_mb->pppi_motion_vectors[i][j][k] = p_vpar->mb.pppi_pmv[i][j][k];
+ }
+ else if( i_coding_type == P_CODING_TYPE )
+ {
+ p_mb->i_mb_type = MB_MOTION_FORWARD;
+ memset( p_mb->pppi_motion_vectors, 0, 8*sizeof(int) );
+ }
/* Set the field we use for motion compensation */
p_mb->ppi_field_select[0][0] = p_mb->ppi_field_select[0][1]
#ifndef VDEC_SMP
/* Decode the macroblock NOW ! */
- vdec_DecodeMacroblock( p_vpar->pp_vdec[0], p_mb );
+ vpar_DecodeMacroblock ( &p_vpar->vfifo, p_mb );
#endif
}
p_mb->i_mb_type = DMBType( p_vpar );
}
+ if( i_coding_type == B_CODING_TYPE )
+ {
+ /* We need to remember the motion direction of the last macroblock
+ * before a skipped macroblock (ISO/IEC 13818-2 7.6.6) */
+ p_vpar->mb.i_motion_dir = p_mb->i_mb_type
+ & (MB_MOTION_FORWARD | MB_MOTION_BACKWARD);
+ }
+
/* SCALABILITY : warning, we don't know if spatial_temporal_weight_code
* has to be dropped, take care if you use scalable streams. */
/* RemoveBits( &p_vpar->bit_stream, 2 ); */
/* Calculate block coordinates. */ \
p_mb->p_data[i_b] = p_data1 \
+ pi_y[p_vpar->mb.b_dct_type][i_b] \
- * p_vpar->sequence.i_width \
+ * p_vpar->picture.i_l_stride \
+ pi_x[i_b]; \
\
PARSEERROR \
/* Calculate block coordinates. */ \
p_mb->p_data[i_b] = pp_data[i_b & 1] \
+ pi_y[p_vpar->mb.b_dct_type][i_b] \
- * p_vpar->sequence.i_chroma_width \
+ * p_vpar->picture.i_c_stride \
+ pi_x[i_b]; \
\
PARSEERROR \
boolean_t b_second_field ) /* second field of a
* field picture */
{
- static f_motion_t pppf_motion[4][2][4] =
- {
- { {NULL, NULL, NULL, NULL},
- {NULL, NULL, NULL, NULL}
- },
- { {NULL, vdec_MotionFieldField420, vdec_MotionField16x8420,
- vdec_MotionFieldDMV420},
- {NULL, vdec_MotionFrameField420, vdec_MotionFrameFrame420,
- vdec_MotionFrameDMV420}
- },
- { {NULL, vdec_MotionFieldField422, vdec_MotionField16x8422,
- vdec_MotionFieldDMV422},
- {NULL, vdec_MotionFrameField422, vdec_MotionFrameFrame422,
- vdec_MotionFrameDMV422}
- },
- { {NULL, vdec_MotionFieldField444, vdec_MotionField16x8444,
- vdec_MotionFieldDMV444},
- {NULL, vdec_MotionFrameField444, vdec_MotionFrameFrame444,
- vdec_MotionFrameDMV444}
- }
- };
static int pi_x[12] = {0,8,0,8,0,0,0,0,8,8,8,8};
static int pi_y[2][12] = { {0,0,8,8,0,0,8,8,0,0,8,8},
{0,0,1,1,0,0,1,1,0,0,1,1} };
yuv_data_t * p_data1;
yuv_data_t * p_data2;
-i_count++;
-
i_inc = MacroblockAddressIncrement( p_vpar );
*pi_mb_address += i_inc;
if( i_inc < 0 )
{
- intf_ErrMsg( "vpar error: bad address increment (%d)\n", i_inc );
+ intf_ErrMsg( "vpar error: bad address increment (%d)", i_inc );
p_vpar->picture.b_error = 1;
return;
}
= 1 << (7 + p_vpar->picture.i_intra_dc_precision);
/* Motion function pointer. */
- p_mb->pf_motion = pppf_motion[i_chroma_format]
- [i_structure == FRAME_STRUCTURE]
- [p_vpar->mb.i_motion_type];
+ p_mb->pf_motion = p_vpar->pppf_motion[i_chroma_format]
+ [i_structure == FRAME_STRUCTURE]
+ [p_vpar->mb.i_motion_type];
if( p_mb->i_mb_type & MB_PATTERN )
{
UpdateContext( p_vpar, i_structure );
#ifndef VDEC_SMP
/* Decode the macroblock NOW ! */
- vdec_DecodeMacroblock( p_vpar->pp_vdec[0], p_mb );
+ vpar_DecodeMacroblock ( &p_vpar->vfifo, p_mb );
#endif
}
else
if( *pi_mb_address < i_mb_address_save )
{
- intf_ErrMsg( "vpar error: slices do not follow, maybe a PES has been trashed\n" );
+ intf_ErrMsg( "vpar error: slices do not follow, maybe a PES has been trashed" );
p_vpar->picture.b_error = 1;
return;
}
else
{
/* Try to find an optimized function. */
- if( ppf_parse_mb[p_vpar->picture.i_structure]
+ if( ppf_parse_mb[i_structure]
[p_vpar->picture.i_coding_type] == NULL )
{
- intf_ErrMsg( "vpar error: bad ppf_parse_mb function pointer (struct:%d, coding type:%d)\n",
- p_vpar->picture.i_structure, p_vpar->picture.i_coding_type );
+ intf_ErrMsg( "vpar error: bad ppf_parse_mb function pointer (struct:%d, coding type:%d)",
+ i_structure, i_coding_type );
}
else
{
- ppf_parse_mb[p_vpar->picture.i_structure]
- [p_vpar->picture.i_coding_type]
+ ppf_parse_mb[i_structure][i_coding_type]
( p_vpar, pi_mb_address, i_mb_address_save,
i_mb_base, b_mpeg2, i_coding_type,
i_chroma_format, i_structure,
return;
}
}
- while( ShowBits( &p_vpar->bit_stream, 23 ) && !p_vpar->b_die );
- NextStartCode( p_vpar );
+ while( ShowBits( &p_vpar->bit_stream, 23 )
+ && !p_vpar->p_fifo->b_die );
+ NextStartCode( &p_vpar->bit_stream );
}
/*****************************************************************************
int i_mb_address = 0;
u32 i_dummy;
- NextStartCode( p_vpar );
+ NextStartCode( &p_vpar->bit_stream );
while( ((p_vpar->picture.i_coding_type != I_CODING_TYPE
&& p_vpar->picture.i_coding_type != D_CODING_TYPE)
|| !p_vpar->picture.b_error)
- && i_mb_address+i_mb_base < p_vpar->sequence.i_mb_size
- && !p_vpar->b_die )
+ && i_mb_address < (p_vpar->sequence.i_mb_size
+ >> (p_vpar->picture.i_structure != FRAME_STRUCTURE))
+ && !p_vpar->p_fifo->b_die )
{
if( ((i_dummy = ShowBits( &p_vpar->bit_stream, 32 ))
< SLICE_START_CODE_MIN) ||
(i_dummy > SLICE_START_CODE_MAX) )
{
- intf_DbgMsg("vpar debug: premature end of picture\n");
+ intf_DbgMsg("vpar debug: premature end of picture");
p_vpar->picture.b_error = 1;
break;
}
projects / vlc / blobdiff