Changes between Version 6 and Version 7 of spec/Mfx


Ignore:
Timestamp:
Dec 21, 2022, 10:48:12 AM (17 months ago)
Author:
fujisft-kaji
Comment:

--

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  • spec/Mfx

    v6 v7  
    77[[BR]]
    88
    9 {{{#!comment
    10 [執筆開始時削除エリア]ここから
    11 ※コメントごと削除してください
    12 }}}
    13 * '''本項目は、まだ執筆されていません'''
    14 * '''要望等ございましたら、[wiki: Wikiトップページ]にあります[wiki:#本サイトに関して 問い合わせ先]までお願いします'''
     9= 概要 =
     10
     11* API一覧
     12
     13  ||= API =||= ID[[BR]][Dec] =||= ID[[BR]][Hex] =||= R21-11 =||
     14  || [#Mfx_Add_InTypeMn1InTypeMn2_OutTypeMn Mfx_Add_<InTypeMn1><InTypeMn2>_<OutTypeMn>]                                     ||    1 to 36|| 0x001 to 0x024||  ○  ||
     15  || [#Mfx_Sub_InTypeMn1InTypeMn2_OutTypeMn Mfx_Sub_<InTypeMn1><InTypeMn2>_<OutTypeMn>]                                     ||   37 to 84|| 0x025 to 0x054||  ○  ||
     16  || [#Mfx_Abs_InTypeMn1_OutTypeMn Mfx_Abs_<InTypeMn1>_<OutTypeMn>]                                                         ||   85 to 94|| 0x055 to 0x05E||  ○  ||
     17  || [#Mfx_AbsDiff_InTypeMn1InTypeMn2_OutTypeMn Mfx_AbsDiff_<InTypeMn1><InTypeMn2>_<OutTypeMn>]                             ||  95 to 130|| 0x05F to 0x082||  ○  ||
     18  || [#Mfx_Mul_InTypeMn1InTypeMn2_OutTypeMn Mfx_Mul_<InTypeMn1><InTypeMn2>_<OutTypeMn>]                                     || 131 to 167|| 0x083 to 0x0A7||  ○  ||
     19  || [#Mfx_Div_InTypeMn1InTypeMn2_OutTypeMn Mfx_Div_<InTypeMn1><InTypeMn2>_<OutTypeMn>]                                     || 168 to 215|| 0x0A8 to 0x0D7||  ○  ||
     20  || [#Mfx_RDiv_InTypeMn1InTypeMn2_OutTypeMn Mfx_RDiv_<InTypeMn1><InTypeMn2>_<OutTypeMn>]                                   || 216 to 263|| 0x0D8 to 0x107||  ○  ||
     21  || [#Mfx_MulDiv_InTypeMn1InTypeMn2InTypeMn3_OutTypeMn Mfx_MulDiv_<InTypeMn1><InTypeMn2><InTypeMn3>_<OutTypeMn>]           || 264 to 289|| 0x108 to 0x121||  ○  ||
     22  || [#Mfx_RMulDiv_InTypeMn1InTypeMn2InTypeMn3_OutTypeMn Mfx_RMulDiv_<InTypeMn1><InTypeMn2><InTypeMn3>_<OutTypeMn>]         || 290 to 315|| 0x122 to 0x13B||  ○  ||
     23  || [#Mfx_MulShRight_InTypeMn1InTypeMn2_OutTypeMn Mfx_MulShRight_<InTypeMn1><InTypeMn2>_<OutTypeMn>]                       || 316 to 337|| 0x13C to 0x151||  ○  ||
     24  || [#Mfx_DivShLeft_InTypeMn1InTypeMn2u8_OutTypeMn Mfx_DivShLeft_<InTypeMn1><InTypeMn2>u8_<OutTypeMn>]                     || 338 to 366|| 0x152 to 0x16E||  ○  ||
     25  || [#Mfx_Mod_TypeMn Mfx_Mod_<TypeMn>]                                                                                     || 367 to 376|| 0x16F to 0x178||  ○  ||
     26  || [#Mfx_Limit_TypeMn Mfx_Limit_<TypeMn>]                                                                                 || 377 to 382|| 0x179 to 0x17E||  ○  ||
     27  || [#Mfx_Minmax_TypeMn Mfx_Minmax_<TypeMn>]                                                                               || 383 to 388|| 0x17F to 0x184||  ○  ||
     28  || [#Mfx_Min_TypeMn Mfx_Min_<TypeMn>]                                                                                     || 389 to 394|| 0x185 to 0x18A||  ○  ||
     29  || [#Mfx_Max_TypeMn Mfx_Max_<TypeMn>]                                                                                     || 395 to 400|| 0x18B to 0x190||  ○  ||
     30  || [#Mfx_ConvertP2_InTypeMn_OutTypeMn Mfx_ConvertP2_<InTypeMn>_<OutTypeMn>]                                               || 401 to 402|| 0x191 to 0x192||  ○  ||
     31  || [#Mfx_ConvertP2_InTypeMn_OutTypeMn2 Mfx_ConvertP2_<InTypeMn>_<OutTypeMn>]                                              || 403 to 404|| 0x193 to 0x194||  ○  ||
     32  || [#Mfx_ConvertP2_InTypeMn_OutTypeMn3 Mfx_ConvertP2_<InTypeMn>_<OutTypeMn>]                                              || 405 to 406|| 0x195 to 0x196||  ○  ||
     33  || [#Mfx_ConvertP2_InTypeMn_OutTypeMn4 Mfx_ConvertP2_<InTypeMn>_<OutTypeMn>]                                              || 407 to 408|| 0x197 to 0x198||  ○  ||
     34  || [#Mfx_MulP2_InTypeMn1InTypeMn2_OutTypeMn Mfx_MulP2_<InTypeMn1><InTypeMn2>_<OutTypeMn>]                                 || 409 to 414|| 0x199 to 0x19E||  ○  ||
     35  || [#Mfx_MulP2_InTypeMn1InTypeMn2_OutTypeMn2 Mfx_MulP2_<InTypeMn1><InTypeMn2>_<OutTypeMn>]                                || 415 to 420|| 0x19F to 0x1A4||  ○  ||
     36  || [#Mfx_DivP2_InTypeMn1InTypeMn2_OutTypeMn Mfx_DivP2_<InTypeMn1><InTypeMn2>_<OutTypeMn>]                                 || 421 to 428|| 0x1A5 to 0x1AC||  ○  ||
     37  || [#Mfx_DivP2_InTypeMn1InTypeMn2_OutTypeMn2 Mfx_DivP2_<InTypeMn1><InTypeMn2>_<OutTypeMn>]                                || 429 to 436|| 0x1AD to 0x1B4||  ○  ||
     38  || [#Mfx_AddP2_InTypeMn1InTypeMn2_OutTypeMn Mfx_AddP2_<InTypeMn1><InTypeMn2>_<OutTypeMn>]                                 || 437 to 442|| 0x1B5 to 0x1BA||  ○  ||
     39  || [#Mfx_AddP2_InTypeMn1InTypeMn2_OutTypeMn2 Mfx_AddP2_<InTypeMn1><InTypeMn2>_<OutTypeMn>]                                || 443 to 448|| 0x1BB to 0x1C0||  ○  ||
     40  || [#Mfx_SubP2_InTypeMn1InTypeMn2_OutTypeMn Mfx_SubP2_<InTypeMn1><InTypeMn2>_<OutTypeMn>]                                 || 449 to 456|| 0x1C1 to 0x1C8||  ○  ||
     41  || [#Mfx_SubP2_InTypeMn1InTypeMn2_OutTypeMn2 Mfx_SubP2_<InTypeMn1><InTypeMn2>_<OutTypeMn>]                                || 457 to 464|| 0x1C9 to 0x1D0||  ○  ||
     42  || [#Mfx_AbsDiffP2_InTypeMn1InTypeMn2_OutTypeMn Mfx_AbsDiffP2_<InTypeMn1><InTypeMn2>_<OutTypeMn>]                         || 465 to 470|| 0x1D1 to 0x1D6||  ○  ||
     43  || [#Mfx_AbsP2_s16_OutTypeMn Mfx_AbsP2_s16_<OutTypeMn>]                                                                   || 471 to 472|| 0x1D7 to 0x1D8||  ○  ||
     44  || [#Mfx_AbsP2_s32_OutTypeMn Mfx_AbsP2_s32_<OutTypeMn>]                                                                   || 473 to 474|| 0x1D9 to 0x1DA||  ○  ||
     45  || [#Mfx_GetVersionInfo Mfx_GetVersionInfo]                                                                               ||        475||          0x1DB||  ○  ||
     46
    1547----
    16 {{{#!comment
    17 [執筆開始時削除エリア]ここまで
    18 ※コメントごと削除してください
    19 }}}
    20 
    21 = 概要 =
    22 
    23 ----
    2448
    2549= API仕様 =
    2650
    27 ----
    28 
    29 = コンフィギュレーション仕様 =
     51== Mfx_Add_<InTypeMn1><InTypeMn2>_<OutTypeMn> ==
     52{{{
     53<OutType> Mfx_Add_<InTypeMn1><InTypeMn2>_<OutTypeMn> (<InType1> x_value, <InType2> y_value)
     54}}}
     55
     56  ||= Function ID[hex] =||= Function prototype =||
     57  || 0x001|| uint8 Mfx_Add_u8u8_u8(uint8, uint8) ||
     58  || 0x002|| uint8 Mfx_Add_u8s8_u8(uint8, sint8) ||
     59  || 0x003|| sint8 Mfx_Add_u8s8_s8(uint8, sint8) ||
     60  || 0x004|| uint8 Mfx_Add_s8s8_u8(sint8, sint8) ||
     61  || 0x005|| sint8 Mfx_Add_s8s8_s8(sint8, sint8) ||
     62  || 0x006|| uint16 Mfx_Add_u16u16_u16(uint16, uint16) ||
     63  || 0x007|| uint16 Mfx_Add_u16s16_u16(uint16, sint16) ||
     64  || 0x008|| sint16 Mfx_Add_u16s16_s16(uint16, sint16) ||
     65  || 0x009|| uint8 Mfx_Add_s16s16_u8(sint16, sint16) ||
     66  || 0x00A|| sint8 Mfx_Add_s16s16_s8(sint16, sint16) ||
     67  || 0x00B|| uint16 Mfx_Add_s16s16_u16(sint16, sint16) ||
     68  || 0x00C|| sint16 Mfx_Add_s16s16_s16(sint16, sint16) ||
     69  || 0x00D|| sint8 Mfx_Add_u32u32_s8(uint32, uint32) ||
     70  || 0x00E|| sint16 Mfx_Add_u32u32_s16(uint32, uint32) ||
     71  || 0x00F|| uint32 Mfx_Add_u32u32_u32(uint32, uint32) ||
     72  || 0x010|| sint32 Mfx_Add_u32u32_s32(uint32, uint32) ||
     73  || 0x011|| uint32 Mfx_Add_u32s32_u32(uint32, sint32) ||
     74  || 0x012|| sint32 Mfx_Add_u32s32_s32(uint32, sint32) ||
     75  || 0x013|| uint32 Mfx_Add_s32s32_u32(sint32, sint32) ||
     76  || 0x014|| sint32 Mfx_Add_s32s32_s32(sint32, sint32) ||
     77  || 0x015|| uint8 Mfx_Add_s32s32_u8(sint32, sint32) ||
     78  || 0x016|| sint8 Mfx_Add_s32s32_s8(sint32, sint32) ||
     79  || 0x017|| uint16 Mfx_Add_s32s32_u16(sint32, sint32) ||
     80  || 0x018|| sint16 Mfx_Add_s32s32_s16(sint32, sint32) ||
     81  || 0x019|| sint16 Mfx_Add_u32s32_s16(uint32, sint32) ||
     82  || 0x01A|| sint8 Mfx_Add_u32s32_s8(uint32, sint32) ||
     83  || 0x01B|| uint16 Mfx_Add_u32s32_u16(uint32, sint32) ||
     84  || 0x01C|| unit8 Mfx_Add_u32s32_u8(uint32, sint32) ||
     85  || 0x01D|| uint16 Mfx_Add_u32u32_u16(uint32, uint32) ||
     86  || 0x01E|| uint8 Mfx_Add_u32u32_u8(uint32, uint32) ||
     87  || 0x01F|| sint16 Mfx_Add_u16u16_s16(uint16, uint16) ||
     88  || 0x020|| uint8 Mfx_Add_u16u16_u8(uint16, uint16) ||
     89  || 0x021|| uint8 Mfx_Add_u16s16_u8(uint16, sint16) ||
     90  || 0x022|| sint8 Mfx_Add_u16u16_s8(uint16, uint16) ||
     91  || 0x023|| sint8 Mfx_Add_u16s16_s8(uint16, sint16) ||
     92  || 0x024|| sint8 Mfx_Add_u8u8_s8(uint8, uint8) ||
     93
     94== Mfx_Sub_<InTypeMn1><InTypeMn2>_<OutTypeMn> ==
     95{{{
     96<OutType> Mfx_Sub_<InTypeMn1><InTypeMn2>_<OutTypeMn> (<InType1> x_value, <InType2> y_value)
     97}}}
     98
     99  ||= Function ID[hex] =||= Function prototype =||
     100  || 0x025|| uint8 Mfx_Sub_u8u8_u8(uint8, uint8) ||
     101  || 0x026|| sint8 Mfx_Sub_u8u8_s8(uint8, uint8) ||
     102  || 0x027|| uint8 Mfx_Sub_u8s8_u8(uint8, sint8) ||
     103  || 0x028|| sint8 Mfx_Sub_s8u8_s8(sint8, uint8) ||
     104  || 0x029|| sint8 Mfx_Sub_s8s8_s8(sint8, sint8) ||
     105  || 0x02A|| uint8 Mfx_Sub_u16u16_u8(uint16, uint16) ||
     106  || 0x02B|| sint8 Mfx_Sub_u16u16_s8(uint16, uint16) ||
     107  || 0x02C|| uint8 Mfx_Sub_s16s16_u8(sint16, sint16) ||
     108  || 0x02D|| sint8 Mfx_Sub_s16s16_s8(sint16, sint16) ||
     109  || 0x02E|| uint8 Mfx_Sub_s32s32_u8(sint32, sint32) ||
     110  || 0x02F|| sint8 Mfx_Sub_s32s32_s8(sint32, sint32) ||
     111  || 0x030|| uint16 Mfx_Sub_u16u16_u16(uint16, uint16) ||
     112  || 0x031|| uint16 Mfx_Sub_u16s16_u16(uint16, sint16) ||
     113  || 0x032|| sint16 Mfx_Sub_s16u16_s16(sint16, uint16) ||
     114  || 0x033|| sint16 Mfx_Sub_u16s16_s16(uint16, sint16) ||
     115  || 0x034|| uint16 Mfx_Sub_s16s16_u16(sint16, sint16) ||
     116  || 0x035|| sint16 Mfx_Sub_u16u16_s16(uint16, uint16) ||
     117  || 0x036|| sint16 Mfx_Sub_s16s16_s16(sint16, sint16) ||
     118  || 0x037|| uint8 Mfx_Sub_s32u32_u8(sint32, uint32) ||
     119  || 0x038|| sint8 Mfx_Sub_u32s32_s8(uint32, sint32) ||
     120  || 0x039|| uint16 Mfx_Sub_s32u32_u16(sint32, uint32) ||
     121  || 0x03A|| uint16 Mfx_Sub_u32u32_u16(uint32, uint32) ||
     122  || 0x03B|| sint16 Mfx_Sub_u32u32_s16(uint32, uint32) ||
     123  || 0x03C|| uint16 Mfx_Sub_s32s32_u16(sint32, sint32) ||
     124  || 0x03D|| sint16 Mfx_Sub_s32s32_s16(sint32, sint32) ||
     125  || 0x03E|| uint32 Mfx_Sub_u32u32_u32(uint32, uint32) ||
     126  || 0x03F|| uint32 Mfx_Sub_u32s32_u32(uint32, sint32) ||
     127  || 0x040|| uint32 Mfx_Sub_s32u32_u32(sint32, uint32) ||
     128  || 0x041|| sint32 Mfx_Sub_u32u32_s32(uint32, uint32) ||
     129  || 0x042|| sint32 Mfx_Sub_s32u32_s32(sint32, uint32) ||
     130  || 0x043|| sint32 Mfx_Sub_u32s32_s32(uint32, sint32) ||
     131  || 0x044|| uint32 Mfx_Sub_s32s32_u32(sint32, sint32) ||
     132  || 0x045|| sint32 Mfx_Sub_s32s32_s32(sint32, sint32) ||
     133  || 0x046|| sint16 Mfx_Sub_s32u32_s16(sint32, uint32) ||
     134  || 0x047|| sint8 Mfx_Sub_s32u32_s8(sint32, uint32) ||
     135  || 0x048|| sint16 Mfx_Sub_u32s32_s16(uint32, sint32) ||
     136  || 0x049|| uint16 Mfx_Sub_u32s32_u16(uint32, sint32) ||
     137  || 0x04A|| uint8 Mfx_Sub_u32s32_u8(uint32, sint32) ||
     138  || 0x04B|| sint8 Mfx_Sub_u32u32_s8(uint32, uint32) ||
     139  || 0x04C|| uint8 Mfx_Sub_u32u32_u8(uint32, uint32) ||
     140  || 0x04D|| uint16 Mfx_Sub_s16u16_u16(sint16, uint16) ||
     141  || 0x04E|| uint8 Mfx_Sub_u16s16_u8(uint16, sint16) ||
     142  || 0x04F|| uint8 Mfx_Sub_s16u16_u8(sint16, uint16) ||
     143  || 0x050|| sint8 Mfx_Sub_u16s16_s8(uint16, sint16) ||
     144  || 0x051|| sint8 Mfx_Sub_s16u16_s8(sint16, uint16) ||
     145  || 0x052|| uint8 Mfx_Sub_s8u8_u8(sint8, uint8) ||
     146  || 0x053|| uint8 Mfx_Sub_s8s8_u8(sint8, sint8) ||
     147  || 0x054|| sint8 Mfx_Sub_u8s8_s8(uint8, sint8) ||
     148
     149== Mfx_Abs_<InTypeMn1>_<OutTypeMn> ==
     150{{{
     151<OutType> Mfx_Abs_<InTypeMn1>_<OutTypeMn> (<InType1> x_value)
     152}}}
     153
     154  ||= Function ID[hex] =||= Function prototype =||
     155  || 0x055|| uint8 Mfx_Abs_s8_u8(sint8) ||
     156  || 0x056|| sint8 Mfx_Abs_s8_s8(sint8) ||
     157  || 0x057|| uint8 Mfx_Abs_s32_u8(sint32) ||
     158  || 0x058|| uint16 Mfx_Abs_s16_u16(sint16) ||
     159  || 0x059|| sint16 Mfx_Abs_s16_s16(sint16) ||
     160  || 0x05A|| sint16 Mfx_Abs_s32_s16(sint32) ||
     161  || 0x05B|| uint32 Mfx_Abs_s32_u32(sint32) ||
     162  || 0x05C|| sint32 Mfx_Abs_s32_s32(sint32) ||
     163  || 0x05D|| sint8 Mfx_Abs_s32_s8(sint32) ||
     164  || 0x05E|| uint16 Mfx_Abs_s32_u16(sint32) ||
     165
     166== Mfx_AbsDiff_<InTypeMn1><InTypeMn2>_<OutTypeMn> ==
     167{{{
     168<OutType> Mfx_AbsDiff_<InTypeMn1><InTypeMn2>_<OutTypeMn> (<InType1> x_value, <InType2> y_value)
     169}}}
     170
     171  ||= Function ID[hex] =||= Function prototype =||
     172  || 0x05F|| uint8 Mfx_AbsDiff_u8u8_u8(uint8, uint8) ||
     173  || 0x060|| uint16 Mfx_AbsDiff_u16u16_u16(uint16, uint16) ||
     174  || 0x061|| uint8 Mfx_AbsDiff_s16s16_u8(sint16, sint16) ||
     175  || 0x062|| uint16 Mfx_AbsDiff_s16s16_u16(sint16, sint16) ||
     176  || 0x063|| uint8 Mfx_AbsDiff_u32s32_u8(uint32, sint32) ||
     177  || 0x064|| uint16 Mfx_AbsDiff_u32s32_u16(uint32, sint32) ||
     178  || 0x065|| uint32 Mfx_AbsDiff_u32s32_u32(uint32, sint32) ||
     179  || 0x066|| uint32 Mfx_AbsDiff_u32u32_u32(uint32, uint32) ||
     180  || 0x067|| uint8 Mfx_AbsDiff_s32s32_u8(sint32, sint32) ||
     181  || 0x068|| sint16 Mfx_AbsDiff_s32s32_s16(sint32, sint32) ||
     182  || 0x069|| sint32 Mfx_AbsDiff_s32s32_s32(sint32, sint32) ||
     183  || 0x06A|| sint8 Mfx_AbsDiff_s32s32_s8(sint32, sint32) ||
     184  || 0x06B|| uint16 Mfx_AbsDiff_s32s32_u16(sint32, sint32) ||
     185  || 0x06C|| uint32 Mfx_AbsDiff_s32s32_u32(sint32, sint32) ||
     186  || 0x06D|| uint16 Mfx_AbsDiff_u32u32_u16(uint32, uint32) ||
     187  || 0x06E|| uint8 Mfx_AbsDiff_u32u32_u8(uint32, uint32) ||
     188  || 0x06F|| sint8 Mfx_Absdiff_u32u32_s8(uint32, uint32) ||
     189  || 0x070|| sint16 Mfx_Absdiff_u32u32_s16(uint32, uint32) ||
     190  || 0x071|| sint32 Mfx_Absdiff_u32u32_s32(uint32, uint32) ||
     191  || 0x072|| sint8 Mfx_Absdiff_u32s32_s8(uint32, sint32) ||
     192  || 0x073|| sint16 Mfx_Absdiff_u32s32_s16(uint32, sint32) ||
     193  || 0x074|| sint32 Mfx_Absdiff_u32s32_s32(uint32, sint32) ||
     194  || 0x075|| uint16 Mfx_AbsDiff_u16s16_u16(uint16, sint16) ||
     195  || 0x076|| sint16 Mfx_AbsDiff_u16u16_s16(uint16, uint16) ||
     196  || 0x077|| sint16 Mfx_AbsDiff_u16s16_s16(uint16, sint16) ||
     197  || 0x078|| sint16 Mfx_AbsDiff_s16s16_s16(sint16, sint16) ||
     198  || 0x079|| uint8 Mfx_AbsDiff_u16u16_u8(uint16, uint16) ||
     199  || 0x07A|| uint8 Mfx_AbsDiff_u16s16_u8(uint16, sint16) ||
     200  || 0x07B|| sint8 Mfx_AbsDiff_u16u16_s8(uint16, uint16) ||
     201  || 0x07C|| sint8 Mfx_AbsDiff_u16s16_s8(uint16, sint16) ||
     202  || 0x07D|| sint8 Mfx_AbsDiff_s16s16_s8(sint16, sint16) ||
     203  || 0x07E|| uint8 Mfx_AbsDiff_u8s8_u8(uint8, sint8) ||
     204  || 0x07F|| uint8 Mfx_AbsDiff_s8s8_u8(sint8, sint8) ||
     205  || 0x080|| sint8 Mfx_AbsDiff_u8u8_s8(uint8, uint8) ||
     206  || 0x081|| sint8 Mfx_AbsDiff_u8s8_s8(uint8, sint8) ||
     207  || 0x082|| sint8 Mfx_AbsDiff_s8s8_s8(sint8, sint8) ||
     208
     209== Mfx_Mul_<InTypeMn1><InTypeMn2>_<OutTypeMn> ==
     210{{{
     211<OutType> Mfx_Mul_<InTypeMn1><InTypeMn2>_<OutTypeMn> (<InType1> x_value, <InType2> y_value)
     212}}}
     213
     214  ||= Function ID[hex] =||= Function prototype =||
     215  || 0x083|| uint8 Mfx_Mul_u8u8_u8(uint8, uint8) ||
     216  || 0x084|| uint8 Mfx_Mul_s8s8_u8(sint8, sint8) ||
     217  || 0x085|| sint8 Mfx_Mul_s8s8_s8(sint8, sint8) ||
     218  || 0x086|| uint16 Mfx_Mul_u16u16_u16(uint16, uint16) ||
     219  || 0x087|| uint16 Mfx_Mul_s16s16_u16(sint16, sint16) ||
     220  || 0x088|| uint8 Mfx_Mul_s16s16_u8(sint16, sint16) ||
     221  || 0x089|| sint8 Mfx_Mul_s16s16_s8(sint16, sint16) ||
     222  || 0x08A|| sint16 Mfx_Mul_s16s16_s16(sint16, sint16) ||
     223  || 0x08B|| uint32 Mfx_Mul_u32u32_u32(uint32, uint32) ||
     224  || 0x08C|| sint32 Mfx_Mul_u32u32_s32(uint32, uint32) ||
     225  || 0x08D|| uint32 Mfx_Mul_s32s32_u32(sint32, sint32) ||
     226  || 0x08E|| uint8 Mfx_Mul_s32s32_u8(sint32, sint32) ||
     227  || 0x08F|| sint8 Mfx_Mul_u32u32_s8(uint32, uint32) ||
     228  || 0x090|| sint8 Mfx_Mul_s32s32_s8(sint32, sint32) ||
     229  || 0x091|| sint16 Mfx_Mul_u32u32_s16(uint32, uint32) ||
     230  || 0x092|| sint16 Mfx_Mul_s32s32_s16(sint32, sint32) ||
     231  || 0x093|| uint16 Mfx_Mul_s32s32_u16(sint32, sint32) ||
     232  || 0x094|| sint32 Mfx_Mul_s32s32_s32(sint32, sint32) ||
     233  || 0x095|| sint16 Mfx_Mul_u32s32_s16(uint32, sint32) ||
     234  || 0x096|| sint8 Mfx_Mul_u32s32_s8(uint32, sint32) ||
     235  || 0x097|| uint8 Mfx_Mul_u32s32_u8(uint32, sint32) ||
     236  || 0x098|| uint16 Mfx_Mul_u32u32_u16(uint32, uint32) ||
     237  || 0x099|| uint8 Mfx_Mul_u32u32_u8(uint32, uint32) ||
     238  || 0x09A|| uint8 Mfx_Mul_u8s8_u8(uint8, sint8) ||
     239  || 0x09B|| sint8 Mfx_Mul_u8s8_s8(uint8, sint8) ||
     240  || 0x09C|| uint16 Mfx_Mul_u16s16_u16(uint16, sint16) ||
     241  || 0x09D|| sint16 Mfx_Mul_u16s16_s16(uint16, sint16) ||
     242  || 0x09E|| sint32 Mfx_Mul_u16s16_s32(uint16, sint16) ||
     243  || 0x09F|| uint16 Mfx_Mul_u32s32_u16(uint32, sint32) ||
     244  || 0x0A0|| uint32 Mfx_Mul_u32s32_u32(uint32, sint32) ||
     245  || 0x0A1|| sint32 Mfx_Mul_u32s32_s32(uint32, sint32) ||
     246  || 0x0A2|| sint16 Mfx_Mul_u16u16_s16(uint16, uint16) ||
     247  || 0x0A3|| uint8 Mfx_Mul_u16u16_u8(uint16, uint16) ||
     248  || 0x0A4|| uint8 Mfx_Mul_u16s16_u8(uint16, sint16) ||
     249  || 0x0A5|| sint8 Mfx_Mul_u16u16_s8(uint16, uint16) ||
     250  || 0x0A6|| sint8 Mfx_Mul_u16s16_s8(uint16, sint16) ||
     251  || 0x0A7|| sint8 Mfx_Mul_u8u8_s8(uint8, uint8) ||
     252
     253== Mfx_Div_<InTypeMn1><InTypeMn2>_<OutTypeMn> ==
     254{{{
     255<OutType> Mfx_Div_<InTypeMn1><InTypeMn2>_<OutTypeMn> (<InType1> x_value, <InType2> y_value)
     256}}}
     257
     258  ||= Function ID[hex] =||= Function prototype =||
     259  || 0x0A8|| uint8 Mfx_Div_u8u8_u8(uint8, uint8) ||
     260  || 0x0A9|| uint8 Mfx_Div_s8u8_u8(sint8, uint8) ||
     261  || 0x0AA|| uint8 Mfx_Div_u8s8_u8(uint8, sint8) ||
     262  || 0x0AB|| uint8 Mfx_Div_s8s8_u8(sint8, sint8) ||
     263  || 0x0AC|| sint8 Mfx_Div_u8s8_s8(uint8, sint8) ||
     264  || 0x0AD|| sint8 Mfx_Div_s8u8_s8(sint8, uint8) ||
     265  || 0x0AE|| sint8 Mfx_Div_s8s8_s8(sint8, sint8) ||
     266  || 0x0AF|| uint16 Mfx_Div_u16u16_u16(uint16, uint16) ||
     267  || 0x0B0|| uint16 Mfx_Div_s16u16_u16(sint16, uint16) ||
     268  || 0x0B1|| uint16 Mfx_Div_u16s16_u16(uint16, sint16) ||
     269  || 0x0B2|| sint16 Mfx_Div_u16s16_s16(uint16, sint16) ||
     270  || 0x0B3|| sint16 Mfx_Div_s16u16_s16(sint16, uint16) ||
     271  || 0x0B4|| uint16 Mfx_Div_s16s16_u16(sint16, sint16) ||
     272  || 0x0B5|| uint8 Mfx_Div_s16s16_u8(sint16, sint16) ||
     273  || 0x0B6|| sint8 Mfx_Div_s16s16_s8(sint16, sint16) ||
     274  || 0x0B7|| sint16 Mfx_Div_s16s16_s16(sint16, sint16) ||
     275  || 0x0B8|| sint16 Mfx_Div_s32u32_s16(sint32, uint32) ||
     276  || 0x0B9|| uint32 Mfx_Div_u32u32_u32(uint32, uint32) ||
     277  || 0x0BA|| uint32 Mfx_Div_s32u32_u32(sint32, uint32) ||
     278  || 0x0BB|| uint32 Mfx_Div_u32s32_u32(uint32, sint32) ||
     279  || 0x0BC|| sint32 Mfx_Div_u32s32_s32(uint32, sint32) ||
     280  || 0x0BD|| sint32 Mfx_Div_s32u32_s32(sint32, uint32) ||
     281  || 0x0BE|| uint32 Mfx_Div_s32s32_u32(sint32, sint32) ||
     282  || 0x0BF|| uint8 Mfx_Div_s32s32_u8(sint32, sint32) ||
     283  || 0x0C0|| sint8 Mfx_Div_s32s32_s8(sint32, sint32) ||
     284  || 0x0C1|| uint16 Mfx_Div_s32s32_u16(sint32, sint32) ||
     285  || 0x0C2|| sint16 Mfx_Div_s32s32_s16(sint32, sint32) ||
     286  || 0x0C3|| sint32 Mfx_Div_s32s32_s32(sint32, sint32) ||
     287  || 0x0C4|| sint8 Mfx_Div_u32u32_s8(uint32, uint32) ||
     288  || 0x0C5|| sint16 Mfx_Div_u32u32_s16(uint32, uint32) ||
     289  || 0x0C6|| sint32 Mfx_Div_u32u32_s32(uint32, uint32) ||
     290  || 0x0C7|| sint8 Mfx_Div_s32u32_s8(sint32, uint32) ||
     291  || 0x0C8|| uint16 Mfx_Div_s32u32_u16(sint32, uint32) ||
     292  || 0x0C9|| uint8 Mfx_Div_s32u32_u8(sint32, uint32) ||
     293  || 0x0CA|| sint16 Mfx_Div_u32s32_s16(uint32, sint32) ||
     294  || 0x0CB|| sint8 Mfx_Div_u32s32_s8(uint32, sint32) ||
     295  || 0x0CC|| uint16 Mfx_Div_u32s32_u16(uint32, sint32) ||
     296  || 0x0CD|| uint8 Mfx_Div_u32s32_u8(uint32, sint32) ||
     297  || 0x0CE|| uint16 Mfx_Div_u32u32_u16(uint32, uint32) ||
     298  || 0x0CF|| uint8 Mfx_Div_u32u32_u8(uint32, uint32) ||
     299  || 0x0D0|| sint16 Mfx_Div_u16u16_s16(uint16, uint16) ||
     300  || 0x0D1|| uint8 Mfx_Div_u16u16_u8(uint16, uint16) ||
     301  || 0x0D2|| uint8 Mfx_Div_u16s16_u8(uint16, sint16) ||
     302  || 0x0D3|| uint8 Mfx_Div_s16u16_u8(sint16, uint16) ||
     303  || 0x0D4|| sint8 Mfx_Div_u16u16_s8(uint16, uint16) ||
     304  || 0x0D5|| sint8 Mfx_Div_u16s16_s8(uint16, sint16) ||
     305  || 0x0D6|| sint8 Mfx_Div_s16u16_s8(sint16, uint16) ||
     306  || 0x0D7|| sint8 Mfx_Div_u8u8_s8(uint8, uint8) ||
     307
     308== Mfx_RDiv_<InTypeMn1><InTypeMn2>_<OutTypeMn> ==
     309{{{
     310<OutType> Mfx_RDiv_<InTypeMn1><InTypeMn2>_<OutTypeMn> (<InType1> x_value, <InType2> y_value)
     311}}}
     312
     313  ||= Function ID[hex] =||= Function prototype =||
     314  || 0x0D8|| uint8 Mfx_RDiv_u8u8_u8(uint8, uint8) ||
     315  || 0x0D9|| uint8 Mfx_RDiv_s8u8_u8(sint8, uint8) ||
     316  || 0x0DA|| uint8 Mfx_RDiv_u8s8_u8(uint8, sint8) ||
     317  || 0x0DB|| uint8 Mfx_RDiv_s8s8_u8(sint8, sint8) ||
     318  || 0x0DC|| sint8 Mfx_RDiv_u8s8_s8(uint8, sint8) ||
     319  || 0x0DD|| sint8 Mfx_RDiv_s8u8_s8(sint8, uint8) ||
     320  || 0x0DE|| sint8 Mfx_RDiv_s8s8_s8(sint8, sint8) ||
     321  || 0x0DF|| uint16 Mfx_RDiv_u16u16_u16(uint16, uint16) ||
     322  || 0x0E0|| uint16 Mfx_RDiv_s16u16_u16(sint16, uint16) ||
     323  || 0x0E1|| uint16 Mfx_RDiv_u16s16_u16(uint16, sint16) ||
     324  || 0x0E2|| sint16 Mfx_RDiv_u16s16_s16(uint16, sint16) ||
     325  || 0x0E3|| sint16 Mfx_RDiv_s16u16_s16(sint16, uint16) ||
     326  || 0x0E4|| uint16 Mfx_RDiv_s16s16_u16(sint16, sint16) ||
     327  || 0x0E5|| uint8 Mfx_RDiv_s16s16_u8(sint16, sint16) ||
     328  || 0x0E6|| sint8 Mfx_RDiv_s16s16_s8(sint16, sint16) ||
     329  || 0x0E7|| sint16 Mfx_RDiv_s16s16_s16(sint16, sint16) ||
     330  || 0x0E8|| sint16 Mfx_RDiv_s32u32_s16(sint32, uint32) ||
     331  || 0x0E9|| uint32 Mfx_RDiv_u32u32_u32(uint32, uint32) ||
     332  || 0x0EA|| uint32 Mfx_RDiv_s32u32_u32(sint32, uint32) ||
     333  || 0x0EB|| uint32 Mfx_RDiv_u32s32_u32(uint32, sint32) ||
     334  || 0x0EC|| sint32 Mfx_RDiv_u32s32_s32(uint32, sint32) ||
     335  || 0x0ED|| sint32 Mfx_RDiv_s32u32_s32(sint32, uint32) ||
     336  || 0x0EE|| uint32 Mfx_RDiv_s32s32_u32(sint32, sint32) ||
     337  || 0x0EF|| uint8 Mfx_RDiv_s32s32_u8(sint32, sint32) ||
     338  || 0x0F0|| sint8 Mfx_RDiv_s32s32_s8(sint32, sint32) ||
     339  || 0x0F1|| uint16 Mfx_RDiv_s32s32_u16(sint32, sint32) ||
     340  || 0x0F2|| sint16 Mfx_RDiv_s32s32_s16(sint32, sint32) ||
     341  || 0x0F3|| sint32 Mfx_RDiv_s32s32_s32(sint32, sint32) ||
     342  || 0x0F4|| sint8 Mfx_RDiv_u32u32_s8(uint32, uint32) ||
     343  || 0x0F5|| sint16 Mfx_RDiv_u32u32_s16(uint32, uint32) ||
     344  || 0x0F6|| sint32 Mfx_RDiv_u32u32_s32(uint32, uint32) ||
     345  || 0x0F7|| sint8 Mfx_RDiv_s32u32_s8(sint32, uint32) ||
     346  || 0x0F8|| uint16 Mfx_RDiv_s32u32_u16(sint32, uint32) ||
     347  || 0x0F9|| uint8 Mfx_RDiv_s32u32_u8(sint32, uint32) ||
     348  || 0x0FA|| sint16 Mfx_RDiv_u32s32_s16(uint32, sint32) ||
     349  || 0x0FC|| uint16 Mfx_RDiv_u32s32_u16(uint32, sint32) ||
     350  || 0x0FD|| uint8 Mfx_RDiv_u32s32_u8(uint32, sint32) ||
     351  || 0x0FE|| uint16 Mfx_RDiv_u32u32_u16(uint32, uint32) ||
     352  || 0x0FF|| uint8 Mfx_RDiv_u32u32_u8(uint32, uint32) ||
     353  || 0x100|| sint16 Mfx_RDiv_u16u16_s16(uint16, uint16) ||
     354  || 0x101|| uint8 Mfx_RDiv_u16u16_u8(uint16, uint16) ||
     355  || 0x102|| uint8 Mfx_RDiv_u16s16_u8(uint16, sint16) ||
     356  || 0x103|| uint8 Mfx_RDiv_s16u16_u8(sint16, uint16) ||
     357  || 0x104|| sint8 Mfx_RDiv_u16u16_s8(uint16, uint16) ||
     358  || 0x105|| sint8 Mfx_RDiv_u16s16_s8(uint16, sint16) ||
     359  || 0x106|| sint8 Mfx_RDiv_s16u16_s8(sint16, uint16) ||
     360  || 0x107|| sint8 Mfx_RDiv_u8u8_s8(uint8, uint8) ||
     361
     362== Mfx_MulDiv_<InTypeMn1><InTypeMn2><InTypeMn3>_<OutTypeMn> ==
     363{{{
     364<OutType> Mfx_MulDiv_<InTypeMn1><InTypeMn2><InTypeMn3>_<OutTypeMn> (<InType1> x_value, <InType2> y_value, <InType3> z_value)
     365}}}
     366
     367  ||= Function ID[hex] =||= Function prototype =||
     368  || 0x108|| uint16 Mfx_MulDiv_s32s32s32_u16(sint32, sint32, sint32) ||
     369  || 0x109|| sint16 Mfx_MulDiv_s32s32s32_s16(sint32, sint32, sint32) ||
     370  || 0x10A|| uint16 Mfx_MulDiv_u32u32u16_u16(uint32, uint32, uint16) ||
     371  || 0x10B|| sint16 Mfx_MulDiv_s32s32s16_s16(sint32, sint32, sint16) ||
     372  || 0x10C|| uint16 Mfx_MulDiv_s16u16s16_u16(sint16, uint16, sint16) ||
     373  || 0x10D|| uint16 Mfx_MulDiv_s16u16u16_u16(sint16, uint16, uint16) ||
     374  || 0x10E|| uint16 Mfx_MulDiv_u16u16u16_u16(uint16, uint16, uint16) ||
     375  || 0x10F|| sint16 Mfx_MulDiv_s16u16s16_s16(sint16, uint16, sint16) ||
     376  || 0x110|| sint16 Mfx_MulDiv_s16s16u16_s16(sint16, sint16, uint16) ||
     377  || 0x111|| sint16 Mfx_MulDiv_s16u16u16_s16(sint16, uint16, uint16) ||
     378  || 0x112|| sint16 Mfx_MulDiv_s16s16s16_s16(sint16, sint16, sint16) ||
     379  || 0x113|| uint32 Mfx_MulDiv_u32u32u32_u32(uint32, uint32, uint32) ||
     380  || 0x114|| uint32 Mfx_MulDiv_u32u32s32_u32(uint32, uint32, sint32) ||
     381  || 0x115|| uint32 Mfx_MulDiv_u32s32u32_u32(uint32, sint32, uint32) ||
     382  || 0x116|| uint32 Mfx_MulDiv_u32s32s32_u32(uint32, sint32, sint32) ||
     383  || 0x117|| sint32 Mfx_MulDiv_s32s32u32_s32(sint32, sint32, uint32) ||
     384  || 0x118|| sint32 Mfx_MulDiv_s32u32s32_s32(sint32, uint32, sint32) ||
     385  || 0x119|| sint32 Mfx_MulDiv_s32u32u32_s32(sint32, uint32, uint32) ||
     386  || 0x11A|| sint32 Mfx_MulDiv_s32s32s32_s32(sint32, sint32, sint32) ||
     387  || 0x11B|| uint16 Mfx_MulDiv_u32u32u32_u16(uint32, uint32, uint32) ||
     388  || 0x11C|| uint16 Mfx_MulDiv_u16s16s16_u16(uint16, sint16, sint16) ||
     389  || 0x11D|| uint16 Mfx_MulDiv_u16s16u16_u16(uint16, sint16, uint16) ||
     390  || 0x11E|| sint16 Mfx_MulDiv_u16s16s16_s16(uint16, sint16, sint16) ||
     391  || 0x11F|| sint16 Mfx_MulDiv_u16s16u16_s16(uint16, sint16, uint16) ||
     392  || 0x120|| sint32 Mfx_MulDiv_u32s32s32_s32(uint32, sint32, sint32) ||
     393  || 0x121|| sint32 Mfx_MulDiv_u32s32u32_s32(uint32, sint32, uint32) ||
     394
     395== Mfx_RMulDiv_<InTypeMn1><InTypeMn2><InTypeMn3>_<OutTypeMn> ==
     396{{{
     397<OutType> Mfx_RMulDiv_<InTypeMn1><InTypeMn2><InTypeMn3>_<OutTypeMn> (<InType1> x_value, <InType2> y_value, <InType3> z_value)
     398}}}
     399
     400  ||= Function ID[hex] =||= Function prototype =||
     401  || 0x122|| uint16 Mfx_RMulDiv_s32s32s32_u16(sint32, sint32, sint32) ||
     402  || 0x123|| sint16 Mfx_RMulDiv_s32s32s32_s16(sint32, sint32, sint32) ||
     403  || 0x124|| uint16 Mfx_RMulDiv_u32u32u16_u16(uint32, uint32, uint16) ||
     404  || 0x125|| sint16 Mfx_RMulDiv_s32s32s16_s16(sint32, sint32, sint16) ||
     405  || 0x126|| uint16 Mfx_RMulDiv_s16u16s16_u16(sint16, uint16, sint16) ||
     406  || 0x127|| uint16 Mfx_RMulDiv_s16u16u16_u16(sint16, uint16, uint16) ||
     407  || 0x128|| uint16 Mfx_RMulDiv_u16u16u16_u16(uint16, uint16, uint16) ||
     408  || 0x129|| sint16 Mfx_RMulDiv_s16u16s16_s16(sint16, uint16, sint16) ||
     409  || 0x12A|| sint16 Mfx_RMulDiv_s16s16u16_s16(sint16, sint16, uint16) ||
     410  || 0x12B|| sint16 Mfx_RMulDiv_s16u16u16_s16(sint16, uint16, uint16) ||
     411  || 0x12C|| sint16 Mfx_RMulDiv_s16s16s16_s16(sint16, sint16, sint16) ||
     412  || 0x12D|| uint32 Mfx_RMulDiv_u32u32u32_u32(uint32, uint32, uint32) ||
     413  || 0x12E|| uint32 Mfx_RMulDiv_u32u32s32_u32(uint32, uint32, sint32) ||
     414  || 0x12F|| uint32 Mfx_RMulDiv_u32s32u32_u32(uint32, sint32, uint32) ||
     415  || 0x130|| uint32 Mfx_RMulDiv_u32s32s32_u32(uint32, sint32, sint32) ||
     416  || 0x131|| sint32 Mfx_RMulDiv_s32s32u32_s32(sint32, sint32, uint32) ||
     417  || 0x132|| sint32 Mfx_RMulDiv_s32u32s32_s32(sint32, uint32, sint32) ||
     418  || 0x133|| sint32 Mfx_RMulDiv_s32u32u32_s32(sint32, uint32, uint32) ||
     419  || 0x134|| sint32 Mfx_RMulDiv_s32s32s32_s32(sint32, sint32, sint32) ||
     420  || 0x135|| uint16 Mfx_RMulDiv_u32u32u32_u16(uint32, uint32, uint32) ||
     421  || 0x136|| uint16 Mfx_RMulDiv_u16s16s16_u16(uint16, sint16, sint16) ||
     422  || 0x137|| uint16 Mfx_RMulDiv_u16s16u16_u16(uint16, sint16, uint16) ||
     423  || 0x138|| sint16 Mfx_RMulDiv_u16s16s16_s16(uint16, sint16, sint16) ||
     424  || 0x139|| sint16 Mfx_RMulDiv_u16s16u16_s16(uint16, sint16, uint16) ||
     425  || 0x13A|| sint32 Mfx_RMulDiv_u32s32s32_s32(uint32, sint32, sint32) ||
     426  || 0x13B|| sint32 Mfx_RMulDiv_u32s32u32_s32(uint32, sint32, uint32) ||
     427
     428== Mfx_MulShRight_<InTypeMn1><InTypeMn2>_<OutTypeMn> ==
     429{{{
     430<OutType> Mfx_MulShRight_<InTypeMn1><InTypeMn2>_<OutTypeMn> (<InType1> x_value, <InType2> y_value, uint8 shift)
     431}}}
     432
     433  ||= Function ID[hex] =||= Function prototype =||
     434  || 0x13C|| uint8 Mfx_MulShRight_s16s16u8_u8(sint16, sint16, uint8) ||
     435  || 0x13D|| sint8 Mfx_MulShRight_s16s16u8_s8(sint16, sint16, uint8) ||
     436  || 0x13E|| sint16 Mfx_MulShRight_s16s16u8_ s16(sint16, sint16, uint8) ||
     437  || 0x13F|| uint16 Mfx_MulShRight_s16s16u8_ u16(sint16, sint16, uint8) ||
     438  || 0x140|| uint8 Mfx_MulShRight_u32s32u8_u8(uint32, sint32, uint8) ||
     439  || 0x141|| sint8 Mfx_MulShRight_u32s32u8_s8(uint32, sint32, uint8) ||
     440  || 0x142|| uint16 Mfx_MulShRight_u32s32u8_ u16(uint32, sint32, uint8) ||
     441  || 0x143|| sint16 Mfx_MulShRight_u32s32u8_ s16(uint32, sint32, uint8) ||
     442  || 0x144|| uint32 Mfx_MulShRight_u32s32u8_ u32(uint32, sint32, uint8) ||
     443  || 0x145|| sint32 Mfx_MulShRight_u32s32u8_ s32(uint32, sint32, uint8) ||
     444  || 0x146|| sint8 Mfx_MulShRight_s32s32u8_s8(sint32, sint32, uint8) ||
     445  || 0x147|| uint8 Mfx_MulShRight_s32s32u8_u8(sint32, sint32, uint8) ||
     446  || 0x148|| sint16 Mfx_MulShRight_s32s32u8_ s16(sint32, sint32, uint8) ||
     447  || 0x149|| uint16 Mfx_MulShRight_s32s32u8_ u16(sint32, sint32, uint8) ||
     448  || 0x14A|| uint32 Mfx_MulShRight_s32s32u8_ u32(sint32, sint32, uint8) ||
     449  || 0x14B|| sint32 Mfx_MulShRight_s32s32u8_ s32(sint32, sint32, uint8) ||
     450  || 0x14C|| uint8 Mfx_MulShRight_u32u32u8_u8(uint32, uint32, uint8) ||
     451  || 0x14D|| sint8 Mfx_MulShRight_u32u32u8_s8(uint32, uint32, uint8) ||
     452  || 0x14E|| uint16 Mfx_MulShRight_u32u32u8_ u16(uint32, uint32, uint8) ||
     453  || 0x14F|| sint16 Mfx_MulShRight_u32u32u8_ s16(uint32, uint32, uint8) ||
     454  || 0x150|| uint32 Mfx_MulShRight_u32u32u8_ u32(uint32, uint32, uint8) ||
     455  || 0x151|| sint32 Mfx_MulShRight_u32u32u8_ s32(uint32, uint32, uint8) ||
     456
     457== Mfx_DivShLeft_<InTypeMn1><InTypeMn2>u8_<OutTypeMn> ==
     458{{{
     459<OutType> Mfx_DivShLeft_<InTypeMn1><InTypeMn2>u8_<OutTypeMn> (<InType1> x_value, <InType2> y_value, uint8 shift)
     460}}}
     461
     462  ||= Function ID[hex] =||= Function prototype =||
     463  || 0x152|| uint8 Mfx_DivShLeft_u8u8u8_u8(uint8, uint8, uint8) ||
     464  || 0x153|| uint8 Mfx_DivShLeft_u16u16u8_u8(uint16, uint16, uint8) ||
     465  || 0x154|| uint16 Mfx_DivShLeft_u16u16u8_u16(uint16, uint16, uint8) ||
     466  || 0x155|| sint16 Mfx_DivShLeft_s16s16u8_s16(sint16, sint16, uint8) ||
     467  || 0x156|| sint16 Mfx_DivShLeft_s16u16u8_s16(sint16, uint16, uint8) ||
     468  || 0x157|| uint16 Mfx_DivShLeft_u32u32u8_u16(uint32, uint32, uint8) ||
     469  || 0x158|| uint32 Mfx_DivShLeft_u32u32u8_u32(uint32, uint32, uint8) ||
     470  || 0x159|| sint32 Mfx_DivShLeft_s32s32u8_s32(sint32, sint32, uint8) ||
     471  || 0x15A|| sint32 Mfx_DivShLeft_s32u32u8_s32(sint32, uint32, uint8) ||
     472  || 0x15B|| uint8 Mfx_DivShLeft_u32s32u8_u8(uint32, sint32, uint8) ||
     473  || 0x15C|| sint8 Mfx_DivShLeft_u32s32u8_s8(uint32, sint32, uint8) ||
     474  || 0x15D|| uint16 Mfx_DivShLeft_u32s32u8_u16(uint32, sint32, uint8) ||
     475  || 0x15E|| sint16 Mfx_DivShLeft_u32s32u8_s16(uint32, sint32, uint8) ||
     476  || 0x15F|| uint32 Mfx_DivShLeft_u32s32u8_u32(uint32, sint32, uint8) ||
     477  || 0x160|| sint32 Mfx_DivShLeft_u32s32u8_s32(uint32, sint32, uint8) ||
     478  || 0x161|| sint8 Mfx_DivShLeft_s32s32u8_s8(sint32, sint32, uint8) ||
     479  || 0x162|| uint8 Mfx_DivShLeft_s32s32u8_u8(sint32, sint32, uint8) ||
     480  || 0x163|| sint16 Mfx_DivShLeft_s32s32u8_s16(sint32, sint32, uint8) ||
     481  || 0x164|| uint16 Mfx_DivShLeft_s32s32u8_u16(sint32, sint32, uint8) ||
     482  || 0x165|| uint32 Mfx_DivShLeft_s32s32u8_u32(sint32, sint32, uint8) ||
     483  || 0x166|| uint8 Mfx_DivShLeft_u32u32u8_u8(uint32, uint32, uint8) ||
     484  || 0x167|| sint8 Mfx_DivShLeft_u32u32u8_s8(uint32, uint32, uint8) ||
     485  || 0x168|| sint16 Mfx_DivShLeft_u32u32u8_s16(uint32, uint32, uint8) ||
     486  || 0x169|| sint32 Mfx_DivShLeft_u32u32u8_s32(uint32, uint32, uint8) ||
     487  || 0x16A|| uint8 Mfx_DivShLeft_s32u32u8_u8(sint32, uint32, uint8) ||
     488  || 0x16B|| sint8 Mfx_DivShLeft_s32u32u8_s8(sint32, uint32, uint8) ||
     489  || 0x16C|| uint16 Mfx_DivShLeft_s32u32u8_u16(sint32, uint32, uint8) ||
     490  || 0x16D|| sint16 Mfx_DivShLeft_s32u32u8_s16(sint32, uint32, uint8) ||
     491  || 0x16E|| uint32 Mfx_DivShLeft_s32u32u8_u32(sint32, uint32, uint8) ||
     492
     493== Mfx_Mod_<TypeMn> ==
     494{{{
     495<Type> Mfx_Mod_<TypeMn> (<Type> x_value, <Type> y_value)
     496}}}
     497
     498  ||= Function ID[hex] =||= Function prototype =||
     499  || 0x16F|| uint8 Mfx_Mod_u8(uint8, uint8) ||
     500  || 0x170|| sint8 Mfx_Mod_s8(sint8, sint8) ||
     501  || 0x171|| uint16 Mfx_Mod_u16(uint16, uint16) ||
     502  || 0x172|| sint16 Mfx_Mod_s16(sint16, sint16) ||
     503  || 0x173|| uint32 Mfx_Mod_u32(uint32, uint32) ||
     504  || 0x174|| sint32 Mfx_Mod_s32(sint32, sint32) ||
     505  || 0x175|| uint8 Mfx_Mod_u32u32_u8(uint32, uint32) ||
     506  || 0x176|| sint8 Mfx_Mod_s32s32_s8(sint32, sint32) ||
     507  || 0x177|| uint16 Mfx_Mod_u32u32_u16(uint32, uint32) ||
     508  || 0x178|| sint16 Mfx_Mod_s32s32_s16(sint32, sint32) ||
     509
     510== Mfx_Limit_<TypeMn> ==
     511{{{
     512<Type> Mfx_Limit_<TypeMn> (<Type> value, <Type> min_value, <Type> max_value)
     513}}}
     514
     515  ||= Function ID[hex] =||= Function prototype =||
     516  || 0x179|| uint8 Mfx_Limit_u8(uint8, uint8, uint8) ||
     517  || 0x17A|| sint8 Mfx_Limit_s8(sint8, sint8, sint8) ||
     518  || 0x17B|| uint16 Mfx_Limit_u16(uint16, uint16, uint16) ||
     519  || 0x17C|| sint16 Mfx_Limit_s16(sint16, sint16, sint16) ||
     520  || 0x17D|| uint32 Mfx_Limit_u32(uint32, uint32, uint32) ||
     521  || 0x17E|| sint32 Mfx_Limit_s32(sint32, sint32, sint32) ||
     522
     523== Mfx_Minmax_<TypeMn> ==
     524{{{
     525<Type> Mfx_Minmax_<TypeMn> (<Type> value, <Type> minmax_value)
     526}}}
     527
     528  ||= Function ID[hex] =||= Function prototype =||
     529  || 0x17F|| uint8 Mfx_Minmax_u8(uint8, uint8) ||
     530  || 0x180|| sint8 Mfx_Minmax_s8(sint8, sint8) ||
     531  || 0x181|| uint16 Mfx_Minmax_u16(uint16, uint16) ||
     532  || 0x182|| sint16 Mfx_Minmax_s16(sint16, sint16) ||
     533  || 0x183|| uint32 Mfx_Minmax_u32(uint32, uint32) ||
     534  || 0x184|| sint32 Mfx_Minmax_s32(sint32, sint32) ||
     535
     536== Mfx_Min_<TypeMn> ==
     537{{{
     538<Type> Mfx_Min_<TypeMn> (<Type> x_value, <Type> y_value)
     539}}}
     540
     541  ||= Function ID[hex] =||= Function prototype =||
     542  || 0x185|| uint8 Mfx_Min_u8(uint8, uint8) ||
     543  || 0x186|| sint8 Mfx_Min_s8(sint8, sint8) ||
     544  || 0x187|| uint16 Mfx_Min_u16(uint16, uint16) ||
     545  || 0x188|| sint16 Mfx_Min_s16(sint16, sint16) ||
     546  || 0x189|| uint32 Mfx_Min_u32(uint32, uint32) ||
     547  || 0x18A|| sint32 Mfx_Min_s32(sint32, sint32) ||
     548
     549== Mfx_Max_<TypeMn> ==
     550{{{
     551<Type> Mfx_Max_<TypeMn> (<Type> x_value, <Type> y_value)
     552}}}
     553
     554  ||= Function ID[hex] =||= Function prototype =||
     555  || 0x18B|| uint8 Mfx_Max_u8(uint8, uint8) ||
     556  || 0x18C|| sint8 Mfx_Max_s8(sint8, sint8) ||
     557  || 0x18D|| uint16 Mfx_Max_u16(uint16, uint16) ||
     558  || 0x18E|| sint16 Mfx_Max_s16(sint16, sint16) ||
     559  || 0x18F|| uint32 Mfx_Max_u32(uint32, uint32) ||
     560  || 0x190|| sint32 Mfx_Max_s32(sint32, sint32) ||
     561
     562== Mfx_ConvertP2_<InTypeMn>_<OutTypeMn> ==
     563{{{
     564<OutType> Mfx_ConvertP2_<InTypeMn>_<OutTypeMn> (<InType> x, sint16 a, sint16 c)
     565}}}
     566
     567  ||= Function ID[hex] =||= Function prototype =||
     568  || 0x191|| uint8 Mfx_ConvertP2_u16_u8(uint16 x, sint16 a, sint16 c) ||
     569  || 0x192|| sint8 Mfx_ConvertP2_s16_s8(sint16 x, sint16 a, sint16 c) ||
     570
     571== Mfx_ConvertP2_<InTypeMn>_<OutTypeMn>(2) ==
     572{{{
     573<OutType> Mfx_ConvertP2_<InTypeMn>_<OutTypeMn> (<InType> x, sint16 a, sint16 c)
     574}}}
     575
     576  ||= Function ID[hex] =||= Function prototype =||
     577  || 0x193|| uint16 Mfx_ConvertP2_u8_u16(uint8 x, sint16 a, sint16 c) ||
     578  || 0x194|| sint16 Mfx_ConvertP2_s8_s16 (sint8 x, sint16 a, sint16 c) ||
     579
     580== Mfx_ConvertP2_<InTypeMn>_<OutTypeMn>(3) ==
     581{{{
     582<OutType> Mfx_ConvertP2_<InTypeMn>_<OutTypeMn> (<InType> x, sint16 a, sint16 c)
     583}}}
     584
     585  ||= Function ID[hex] =||= Function prototype =||
     586  || 0x195|| uint16 Mfx_ConvertP2_u32_u16 (uint32 x, sint16 a, sint16 c) ||
     587  || 0x196|| sint16 Mfx_ConvertP2_s32_s16 (sint32 x, sint16 a, sint16 c) ||
     588
     589== Mfx_ConvertP2_<InTypeMn>_<OutTypeMn>(4) ==
     590{{{
     591<OutType> Mfx_ConvertP2_<InTypeMn>_<OutTypeMn> (<InType> x, sint16 a, sint16 c)
     592}}}
     593
     594  ||= Function ID[hex] =||= Function prototype =||
     595  || 0x197|| uint32 Mfx_ConvertP2_u16_u32(uint16 x, sint16 a, sint16 c) ||
     596  || 0x198|| sint32 Mfx_ConvertP2_s16_s32(sint16 x, sint16 a, sint16 c) ||
     597
     598== Mfx_MulP2_<InTypeMn1><InTypeMn2>_<OutTypeMn> ==
     599{{{
     600<OutType> Mfx_MulP2_<InTypeMn1><InTypeMn2>_<OutTypeMn> (<InType1> x, <InType2> y, sint16 a, sint16 b, sint16 c)
     601}}}
     602
     603  ||= Function ID[hex] =||= Function prototype =||
     604  || 0x199|| uint16 Mfx_MulP2_u16u16_u16(uint16 x, uint16 y, sint16 a, sint16 b, sint16 c) ||
     605  || 0x19A|| uint16 Mfx_MulP2_u16s16_u16(uint16 x, sint16 y, sint16 a, sint16 b, sint16 c) ||
     606  || 0x19B|| uint16 Mfx_MulP2_s16s16_u16(sint16 x, sint16 y, sint16 a, sint16 b, sint16 c) ||
     607  || 0x19C|| sint16 Mfx_MulP2_u16u16_s16(uint16 x, uint16 y, sint16 a, sint16 b, sint16 c) ||
     608  || 0x19D|| sint16 Mfx_MulP2_u16s16_s16(uint16 x, sint16 y, sint16 a, sint16 b, sint16 c) ||
     609  || 0x19E|| sint16 Mfx_MulP2_s16s16_s16(sint16 x, sint16 y, sint16 a, sint16 b, sint16 c) ||
     610
     611== Mfx_MulP2_<InTypeMn1><InTypeMn2>_<OutTypeMn>(2) ==
     612{{{
     613<OutType> Mfx_MulP2_<InTypeMn1><InTypeMn2>_<OutTypeMn> (<InType1> x, <InType2> y, sint16 a, sint16 b, sint16 c)
     614}}}
     615
     616  ||= Function ID[hex] =||= Function prototype =||
     617  || 0x19F|| uint32 Mfx_MulP2_u32u32_u32(uint32 x, uint32 y, sint16 a, sint16 b, sint16 c) ||
     618  || 0x1A0|| uint32 Mfx_MulP2_u32s32_u32(uint32 x, sint32 y, sint16 a, sint16 b, sint16 c) ||
     619  || 0x1A1|| uint32 Mfx_MulP2_s32s32_u32(sint32 x, sint32 y, sint16 a, sint16 b, sint16 c) ||
     620  || 0x1A2|| sint32 Mfx_MulP2_u32u32_s32(uint32 x, uint32 y, sint16 a, sint16 b, sint16 c) ||
     621  || 0x1A3|| sint32 Mfx_MulP2_u32s32_s32(uint32 x, sint32 y, sint16 a, sint16 b, sint16 c) ||
     622  || 0x1A4|| sint32 Mfx_MulP2_s32s32_s32(sint32 x, sint32 y, sint16 a, sint16 b, sint16 c) ||
     623
     624== Mfx_DivP2_<InTypeMn1><InTypeMn2>_<OutTypeMn> ==
     625{{{
     626<OutType> Mfx_DivP2_<InTypeMn1><InTypeMn2>_<OutTypeMn> (<InType1> x, <InType2> y, sint16 a, sint16 b, sint16 c)
     627}}}
     628
     629  ||= Function ID[hex] =||= Function prototype =||
     630  || 0x1A5|| uint16 Mfx_DivP2_u16u16_u16(uint16 x, uint16 y, sint16 a, sint16 b, sint16 c) ||
     631  || 0x1A6|| uint16 Mfx_DivP2_u16s16_u16(uint16 x, sint16 y, sint16 a, sint16 b, sint16 c) ||
     632  || 0x1A7|| uint16 Mfx_DivP2_s16u16_u16(sint16 x, uint16 y, sint16 a, sint16 b, sint16 c) ||
     633  || 0x1A8|| uint16 Mfx_DivP2_s16s16_u16(sint16 x, sint16 y, sint16 a, sint16 b, sint16 c) ||
     634  || 0x1A9|| sint16 Mfx_DivP2_u16u16_s16(uint16 x, uint16 y, sint16 a, sint16 b, sint16 c) ||
     635  || 0x1AA|| sint16 Mfx_DivP2_u16s16_s16(uint16 x, sint16 y, sint16 a, sint16 b, sint16 c) ||
     636  || 0x1AB|| sint16 Mfx_DivP2_s16u16_s16(sint16 x, uint16 y, sint16 a, sint16 b, sint16 c) ||
     637  || 0x1AC|| sint16 Mfx_DivP2_s16s16_s16(sint16 x, sint16 y, sint16 a, sint16 b, sint16 c) ||
     638
     639== Mfx_DivP2_<InTypeMn1><InTypeMn2>_<OutTypeMn>(2) ==
     640{{{
     641<OutType> Mfx_DivP2_<InTypeMn1><InTypeMn2>_<OutTypeMn> (<InType1> x, <InType2> y, sint16 a, sint16 b, sint16 c)
     642}}}
     643
     644  ||= Function ID[hex] =||= Function prototype =||
     645  || 0x1AD|| uint32 Mfx_DivP2_u32u32_u32(uint32 x, uint32 y, sint16 a, sint16 b, sint16 c) ||
     646  || 0x1AE|| uint32 Mfx_DivP2_u32s32_u32(uint32 x, sint32 y, sint16 a, sint16 b, sint16 c) ||
     647  || 0x1AF|| uint32 Mfx_DivP2_s32u32_u32(sint32 x, uint32 y, sint16 a, sint16 b, sint16 c) ||
     648  || 0x1B0|| uint32 Mfx_DivP2_s32s32_u32(sint32 x, sint32 y, sint16 a, sint16 b, sint16 c) ||
     649  || 0x1B1|| sint32 Mfx_DivP2_u32u32_s32(uint32 x, uint32 y, sint16 a, sint16 b, sint16 c) ||
     650  || 0x1B2|| sint32 Mfx_DivP2_u32s32_s32(uint32 x, sint32 y, sint16 a, sint16 b, sint16 c) ||
     651  || 0x1B3|| sint32 Mfx_DivP2_s32u32_s32(sint32 x, uint32 y, sint16 a, sint16 b, sint16 c) ||
     652  || 0x1B4|| sint32 Mfx_DivP2_s32s32_s32(sint32 x, sint32 y, sint16 a, sint16 b, sint16 c) ||
     653
     654== Mfx_AddP2_<InTypeMn1><InTypeMn2>_<OutTypeMn> ==
     655{{{
     656<OutType> Mfx_AddP2_<InTypeMn1><InTypeMn2>_<OutTypeMn> (<InType1> x, <InType2> y, sint16 a, sint16 b, sint16 c)
     657}}}
     658
     659  ||= Function ID[hex] =||= Function prototype =||
     660  || 0x1B5|| uint16 Mfx_AddP2_u16u16_u16(uint16 x, uint16 y, sint16 a, sint16 b, sint16 c) ||
     661  || 0x1B6|| uint16 Mfx_AddP2_u16s16_u16(uint16 x, sint16 y, sint16 a, sint16 b, sint16 c) ||
     662  || 0x1B7|| uint16 Mfx_AddP2_s16s16_u16(sint16 x, sint16 y, sint16 a, sint16 b, sint16 c) ||
     663  || 0x1B8|| sint16 Mfx_AddP2_u16u16_s16(uint16 x, uint16 y, sint16 a, sint16 b, sint16 c) ||
     664  || 0x1B9|| sint16 Mfx_AddP2_u16s16_s16(uint16 x, sint16 y, sint16 a, sint16 b, sint16 c) ||
     665  || 0x1BA|| sint16 Mfx_AddP2_s16s16_s16(sint16 x, sint16 y, sint16 a, sint16 b, sint16 c) ||
     666
     667== Mfx_AddP2_<InTypeMn1><InTypeMn2>_<OutTypeMn>(2) ==
     668{{{
     669<OutType> Mfx_AddP2_<InTypeMn1><InTypeMn2>_<OutTypeMn> (<InType1> x, <InType2> y, sint16 a, sint16 b, sint16 c)
     670}}}
     671
     672  ||= Function ID[hex] =||= Function prototype =||
     673  || 0x1BB|| uint32 Mfx_AddP2_u32u32_u32(uint32 x, uint32 y, sint32 a, sint32 b, sint32 c) ||
     674  || 0x1BC|| uint32 Mfx_AddP2_u32s32_u32(uint32 x, sint32 y, sint32 a, sint32 b, sint32 c) ||
     675  || 0x1BD|| uint32 Mfx_AddP2_s32s32_u32(sint32 x, sint32 y, sint32 a, sint32 b, sint32 c) ||
     676  || 0x1BE|| sint32 Mfx_AddP2_u32u32_s32(uint32 x, uint32 y, sint32 a, sint32 b, sint32 c) ||
     677  || 0x1BF|| sint32 Mfx_AddP2_u32s32_s32(uint32 x, sint32 y, sint32 a, sint32 b, sint32 c) ||
     678  || 0x1C0|| sint32 Mfx_AddP2_s32s32_s32(sint32 x, sint32 y, sint32 a, sint32 b, sint32 c) ||
     679
     680== Mfx_SubP2_<InTypeMn1><InTypeMn2>_<OutTypeMn> ==
     681{{{
     682<OutType> Mfx_SubP2_<InTypeMn1><InTypeMn2>_<OutTypeMn> (<InType1> x, <InType2> y, sint16 a, sint16 b, sint16 c)
     683}}}
     684
     685  ||= Function ID[hex] =||= Function prototype =||
     686  || 0x1C1|| uint16 Mfx_SubP2_u16u16_u16(uint16 x, uint16 y, sint16 a, sint16 b, sint16 c) ||
     687  || 0x1C2|| uint16 Mfx_SubP2_u16s16_u16(uint16 x, sint16 y, sint16 a, sint16 b, sint16 c) ||
     688  || 0x1C3|| uint16 Mfx_SubP2_s16u16_u16(sint16 x, uint16 y, sint16 a, sint16 b, sint16 c) ||
     689  || 0x1C4|| uint16 Mfx_SubP2_s16s16_u16(sint16 x, sint16 y, sint16 a, sint16 b, sint16 c) ||
     690  || 0x1C5|| sint16 Mfx_SubP2_u16u16_s16(uint16 x, uint16 y, sint16 a, sint16 b, sint16 c) ||
     691  || 0x1C6|| sint16 Mfx_SubP2_u16s16_s16(uint16 x, sint16 y, sint16 a, sint16 b, sint16 c) ||
     692  || 0x1C7|| sint16 Mfx_SubP2_s16u16_s16(sint16 x, uint16 y, sint16 a, sint16 b, sint16 c) ||
     693  || 0x1C8|| sint16 Mfx_SubP2_s16s16_s16(sint16 x, sint16 y, sint16 a, sint16 b, sint16 c) ||
     694
     695== Mfx_SubP2_<InTypeMn1><InTypeMn2>_<OutTypeMn>(2) ==
     696{{{
     697<OutType> Mfx_SubP2_<InTypeMn1><InTypeMn2>_<OutTypeMn> (<InType1> x, <InType2> y, sint16 a, sint16 b, sint16 c)
     698}}}
     699
     700  ||= Function ID[hex] =||= Function prototype =||
     701  || 0x1C9|| uint32 Mfx_SubP2_u32u32_u32(uint32 x, uint32 y, sint32 a, sint32 b, sint32 c) ||
     702  || 0x1CA|| uint32 Mfx_SubP2_u32s32_u32(uint32 x, sint32 y, sint32 a, sint32 b, sint32 c) ||
     703  || 0x1CB|| uint32 Mfx_SubP2_s32u32_u32(sint32 x, uint32 y, sint32 a, sint32 b, sint32 c) ||
     704  || 0x1CC|| uint32 Mfx_SubP2_s32s32_u32(sint32 x, sint32 y, sint32 a, sint32 b, sint32 c) ||
     705  || 0x1CD|| sint32 Mfx_SubP2_u32u32_s32(uint32 x, uint32 y, sint32 a, sint32 b, sint32 c) ||
     706  || 0x1CE|| sint32 Mfx_SubP2_u32s32_s32(uint32 x, sint32 y, sint32 a, sint32 b, sint32 c) ||
     707  || 0x1CF|| sint32 Mfx_SubP2_s32u32_s32(sint32 x, uint32 y, sint32 a, sint32 b, sint32 c) ||
     708  || 0x1D0|| sint32 Mfx_SubP2_s32s32_s32(sint32 x, sint32 y, sint32 a, sint32 b, sint32 c) ||
     709
     710== Mfx_AbsDiffP2_<InTypeMn1><InTypeMn2>_<OutTypeMn> ==
     711{{{
     712<OutType> Mfx_AbsDiffP2_<InTypeMn1><InTypeMn2>_<OutTypeMn> (<InType1> x, <InType2> y, sint16 a, sint16 b, sint16 c)
     713}}}
     714
     715  ||= Function ID[hex] =||= Function prototype =||
     716  || 0x1D1|| uint16 Mfx_AbsDiffP2_u16u16_u16(uint16 x, uint16 y, sint16 a, sint16 b, sint16 c) ||
     717  || 0x1D2|| uint16 Mfx_AbsDiffP2_u16s16_u16(uint16 x, sint16 y, sint16 a, sint16 b, sint16 c) ||
     718  || 0x1D3|| uint16 Mfx_AbsDiffP2_s16s16_u16(sint16 x, sint16 y, sint16 a, sint16 b, sint16 c) ||
     719  || 0x1D4|| sint16 Mfx_AbsDiffP2_u16u16_s16(uint16 x, uint16 y, sint16 a, sint16 b, sint16 c) ||
     720  || 0x1D5|| sint16 Mfx_AbsDiffP2_u16s16_s16(uint16 x, sint16 y, sint16 a, sint16 b, sint16 c) ||
     721  || 0x1D6|| sint16 Mfx_AbsDiffP2_s16s16_s16(sint16 x, sint16 y, sint16 a, sint16 b, sint16 c) ||
     722
     723== Mfx_AbsP2_s16_<OutTypeMn> ==
     724{{{
     725<OutType> Mfx_AbsP2_s16_<OutTypeMn> (<InType1> x, sint16 a, sint16 c)
     726}}}
     727
     728  ||= Function ID[hex] =||= Function prototype =||
     729  || 0x1D7|| uint16 Mfx_AbsP2_s16_u16(sint16 x, sint16 a, sint16 c) ||
     730  || 0x1D8|| sint16 Mfx_AbsP2_s16_s16(sint16 x, sint16 a, sint16 c) ||
     731
     732== Mfx_AbsP2_s32_<OutTypeMn> ==
     733{{{
     734<OutType> Mfx_AbsP2_s32_<OutTypeMn> (<InType1> x, sint16 a, sint16 c)
     735}}}
     736
     737  ||= Function ID[hex] =||= Function prototype =||
     738  || 0x1D9|| uint32 Mfx_AbsP2_s32_u32(sint32 x, sint16 a, sint16 c) ||
     739  || 0x1DA|| sint32 Mfx_AbsP2_s32_s32(sint32 x, sint16 a, sint16 c) ||
     740
     741== Mfx_GetVersionInfo ==
     742{{{
     743void Mfx_GetVersionInfo (Std_VersionInfoType* versioninfo)
     744}}}
     745