[CTPELOK corp]

Цитата: Сообщение от DruchaPucha Так собрать видео обратно нельзя, там нет заголовка. # Ubisoft Montreal (PS2) - *.INT video files # This PS2-exclusive format was first used on Batman: Rise of Sin Tzu. open FDDE "int" 0 get INT_ASIZE1 asize get INT_BNAME basename get INT_FNAME fullname get INT_SIGN long if INT_SIGN != 0x00200000 break endif get video_frame_rate float get INT02 long get INT03 long get INT_LAYERS long get VID1 byte get VID2 byte get AUD1 byte get AUD2 byte get INT06 long get INT07 long get INT08 long get INT09 long if video_frame_rate = 0x0f math mpeg2_frame_rate = 0x0f elif video_frame_rate = 0x19 math mpeg2_frame_rate = 0x03 elif video_frame_rate = 0x1d math mpeg2_frame_rate = 0x04 endif # this is where the script calulates the offset of the entire data. xmath INT_OFFSET1 "(INT03 * 4) + 0x2c" math INT_OFFSET1 + INT06 if INT_LAYERS == 1 math INT_OFFSET1 + INT08 elif INT_LAYERS == 2 math INT08_03 = INT08 math INT08_03 * INT_LAYERS math INT_OFFSET1 + INT08_03 math INT_OFFSET1 + INT09 elif INT_LAYERS == 5 math INT08_03 = INT08 math INT08_03 * INT_LAYERS math INT_OFFSET1 + INT08_03 endif # apparently, doing "math INT_OFFSET1 x= 0x20/0x30/0x40" yielded bad results on some files # so instead this script will find out the actual offset through a 16-time loop that uses this # 32-bit variable to see if the value reached out of that variable is zero. # if it's zero, it'll calculate INT_OFFSET1 by 4 every time it does this, otherwise it stops right there. savepos TMP2 goto INT_OFFSET1 for pd = 0 < 16 get PADDING1 long if PADDING1 == 0 math INT_OFFSET1 + 4 endif next pd goto TMP2 for i1 = 0 <= INT03 get int_chunk_offset long putarray 1 i1 int_chunk_offset next i1 # this script will attempt to locate the table data in which contains all those video chunks, # although there are *.INT files that were never seen in this structure with just the audio so this procedure # is done by default. xmath MPEG2_OFFSET "(INT03 * 4) + 0x2c" goto MPEG2_OFFSET # after that, the script will then grab relevant information regarding these chunks. getdstring MPEG2_HEADER 0x24 getdstring video_intra_quantizer_matrix 0x40 get video_height long get video_width long get MPEG2_03 float get MPEG2_04 long get MPEG2_05 long get full_video_size long get MPEG2_07 long xmath s_1 "MPEG2_07 & 0x08" putarray 0 0 s_1 get MPEG2_08 long savepos INT_FINAL_OFFSET1 for m2_cc = 0 < MPEG2_05 get video_chunk_offset long putarray 2 m2_cc video_chunk_offset next m2_cc putarray 2 m2_cc full_video_size math m2_cc + 1 xmath full_height "video_height << 4" xmath full_width "video_width << 4" xmath total_macroblocks_per_frame "(full_height / 16) * (full_width / 16)" xmath macroblock_array "total_macroblocks_per_frame + 1" putarray 11 macroblock_array "" # this script will thn reuse the same method as described above, but for audio chunks as well. xmath AUDIO_OFFSET "MPEG2_OFFSET + INT06" goto AUDIO_OFFSET # if the INT_LAYERS variable value is at minimum 1, then that's where the audio chunks reside. # after that, the script will then grab relevant information regarding these chunks. if INT_LAYERS == 1 math audio_array = 4 if AUD1 == 1 if AUD2 == 0 callfunction AUD1_INFO 1 math audio_array + 1 endif endif elif INT_LAYERS == 2 math audio_array = 4 if AUD1 == 1 if AUD2 == 1 log MEMORY_FILE2 AUDIO_OFFSET INT09 get SUB_SIZE asize MEMORY_FILE2 string SUB_NAME p "%s.sub" INT_BNAME log SUB_NAME 0 SUB_SIZE MEMORY_FILE2 xmath AUDIO_OFFSET2 "AUDIO_OFFSET + INT09" goto AUDIO_OFFSET2 for int_l2 = 0 < INT_LAYERS callfunction AUD1_INFO 1 math audio_array + 1 next int_l2 endif endif elif INT_LAYERS == 5 math audio_array = 4 for int_l2 = 0 < INT_LAYERS callfunction AUD1_INFO 1 math audio_array + 1 next int_l2 endif # after all of this whole "reading" process, all of these "number of chunks" as gathered by the script # will then be formed into one single variable consisting of not only a quantity consisting of video chunks, # but also the number of audio chunks if they exist. xmath int_total_layers "INT03 + 1" math current_video_index = 0 math current_audio_index = 0 math last_int_chunk_index = i1 math last_video_index = m2_cc math last_audio_track_index = audio_array for ti = 0 < int_total_layers log MEMORY_FILE 0 0 getarray int_chunk_offset 1 ti xmath next_int_chunk_index "ti + 1" if next_int_chunk_index != last_int_chunk_index getarray next_chunk_offset 1 next_int_chunk_index xmath int_chunk_size "next_chunk_offset - int_chunk_offset" else math int_chunk_size = 0 endif math int_overall_chunk_offset = int_chunk_offset math int_overall_chunk_offset + INT_OFFSET1 log MEMORY_FILE int_overall_chunk_offset int_chunk_size math chunk_offset_on_memory = 0 log MEMORY_FILE2 0 0 append for v1 = 0 < 5 string video_chunk_filename p "%s.raw_video" INT_BNAME if current_video_index != last_video_index getarray video_chunk_offset 2 current_video_index xmath next_video_index "current_video_index + 1" if next_video_index != last_video_index math end_of_marker = 0 getarray next_chunk_offset 2 next_video_index xmath video_chunk_size "next_chunk_offset - video_chunk_offset" xmath tentative_last_frame_location "video_chunk_size & 4" putarray 0 0 tentative_last_frame_location if tentative_last_frame_location = 0 xmath frame_marker_location "(video_chunk_size - 4) + chunk_offset_on_memory" elif tentative_last_frame_location = 4 xmath frame_marker_location "(video_chunk_size - 8) + chunk_offset_on_memory" math end_of_marker = 1 endif math current_video_offset_on_memory = chunk_offset_on_memory goto current_video_offset_on_memory MEMORY_FILE get flag byte MEMORY_FILE xmath flag_01 "flag & 0x20" putarray 0 0 flag_01 xmath flag_02 "flag & 0x80" putarray 0 0 flag_02 xmath flag_03 "flag & 4" putarray 0 0 flag_03 if current_video_index == 0 putbits 0x1b3 32 MEMORY_FILE2 putbits full_height 12 MEMORY_FILE2 putbits full_width 12 MEMORY_FILE2 putbits 0x01 4 MEMORY_FILE2 putbits mpeg2_frame_rate 4 MEMORY_FILE2 putbits 0x30d4 18 MEMORY_FILE2 putbits 1 1 MEMORY_FILE2 putbits 0xc0 12 MEMORY_FILE2 putbits 0 1 MEMORY_FILE2 putbits 0 1 MEMORY_FILE2 putbits 1 1 MEMORY_FILE2 putdstring video_intra_quantizer_matrix 0x40 MEMORY_FILE2 putbits 0x1b5 32 MEMORY_FILE2 putbits 1 4 MEMORY_FILE2 putbits 4 4 MEMORY_FILE2 putbits 8 4 MEMORY_FILE2 putbits 1 1 MEMORY_FILE2 putbits 1 2 MEMORY_FILE2 putbits 0 2 MEMORY_FILE2 putbits 0 2 MEMORY_FILE2 putbits 0 12 MEMORY_FILE2 putbits 1 1 MEMORY_FILE2 putbits 0 8 MEMORY_FILE2 putbits 0 1 MEMORY_FILE2 putbits 0 2 MEMORY_FILE2 putbits 0 5 MEMORY_FILE2 putbits 0x1b5 32 MEMORY_FILE putbits 2 4 MEMORY_FILE2 putbits 2 3 MEMORY_FILE2 putbits 1 1 MEMORY_FILE2 putbits 0x20 14 MEMORY_FILE2 putbits 1 1 MEMORY_FILE2 putbits 0 14 MEMORY_FILE2 putbits 0 3 MEMORY_FILE2 endif putbits 0x1b8 32 MEMORY_FILE2 putbits 0 1 MEMORY_FILE2 xmath hour "current_video_index / video_frame_rate / 60 / 60" putbits hour 5 MEMORY_FILE2 xmath minute "(current_video_index % (video_frame_rate * 60 * 60)) / video_frame_rate / 60" putbits minute 6 MEMORY_FILE2 putbits 1 1 MEMORY_FILE2 xmath second "(current_video_index % (video_frame_rate * 60)) / video_frame_rate" putbits second 6 MEMORY_FILE2 xmath picture_frame "current_video_index % video_frame_rate" putbits picture_frame 6 MEMORY_FILE2 putbits 1 1 MEMORY_FILE2 putbits 0 1 MEMORY_FILE2 putbits 0 5 MEMORY_FILE2 putbits 0x100 32 MEMORY_FILE2 putbits 0 10 MEMORY_FILE2 putbits 1 3 MEMORY_FILE2 putbits 0xffff 16 MEMORY_FILE2 putbits 0 1 MEMORY_FILE2 putbits 0 2 MEMORY_FILE2 putbits 0x1b5 32 MEMORY_FILE2 putbits 8 4 MEMORY_FILE2 putbits 1 4 MEMORY_FILE2 putbits 1 4 MEMORY_FILE2 putbits 1 4 MEMORY_FILE2 putbits 1 4 MEMORY_FILE2 putbits 1 2 MEMORY_FILE2 putbits 1 2 MEMORY_FILE2 putbits 1 1 MEMORY_FILE2 putbits 1 1 MEMORY_FILE2 putbits 0 1 MEMORY_FILE2 putbits 1 1 MEMORY_FILE2 putbits 1 1 MEMORY_FILE2 putbits 0 1 MEMORY_FILE2 putbits 0 1 MEMORY_FILE2 putbits 1 1 MEMORY_FILE2 putbits 1 1 MEMORY_FILE2 putbits 0 7 MEMORY_FILE2 math dct_dc_y = 0 math dct_dc_cb = 0 math dct_dc_cr = 0 math quant = 1 for macroblock = 0 < total_macroblocks_per_frame # insert something to put the macroblocking data here next macroblock goto frame_marker_location MEMORY_FILE get reserved_01 long MEMORY_FILE if end_of_marker = 1 get reserved_02 long MEMORY_FILE endif else math video_chunk_size = 0 endif log video_chunk_filename chunk_offset_on_memory video_chunk_size MEMORY_FILE math chunk_offset_on_memory + video_chunk_size math current_video_index + 1 else break endif next v1 append if INT_LAYERS != 0 math chunk_offset_on_memory = chunk_offset_on_memory append for a1 = 4 < last_audio_track_index xmath a2 "(a1 - 4) + 1" if INT_LAYERS <= 1 string audio_chunk_filename p "%s.pcm" INT_BNAME else string audio_chunk_filename p "[%02d]%s.pcm" a2 INT_BNAME endif getarray last_audio_index 3 a1 xmath penultimate_audio_track "last_audio_track_index - 1" if current_audio_index != last_audio_index getarray audio_chunk_offset a1 current_audio_index xmath next_audio_index "current_audio_index + 1" if next_audio_index != last_audio_index getarray next_chunk_offset a1 next_audio_index xmath audio_chunk_size "next_chunk_offset - audio_chunk_offset" else math audio_chunk_size = 0 endif log audio_chunk_filename chunk_offset_on_memory audio_chunk_size MEMORY_FILE math chunk_offset_on_memory + audio_chunk_size if a1 = penultimate_audio_track math current_audio_index + 1 endif else break endif next a1 append endif next ti # in this kind of structure, there's no way to accurately tell which codec format is which # but for all I know the codecs used for these *.INT video files look like this: # 1. Ubisoft 4-bit IMA ADPCM # 2. 16-bit PCM(little-endian) startfunction AUD1_INFO get AUD1_01 long get AUD1_02 long get AUD1_03 long get AUD1_04 long get AUD1_05 long xmath AUD1_06 "(INT08 / 4) - 5" putarray 3 audio_array AUD1_06 for a1_cc = 0 < AUD1_06 get audio_chunk_offset long putarray audio_array a1_cc audio_chunk_offset next a1_cc endfunction

не в курсе в какой момент происходит утеря заголовка при распаковке игрового архива или же после конвертирований видеофала?