Attachment 125290 Details for Bug 86720 – EU4 shader #175 sbdump of GCM_DEBUG

EU4 shader #175 sbdump of GCM_DEBUG

eu4.hang.sbdump_gcm_debug.log (text/plain), 302.04 KB, created by i.kalvachev on 2016-07-24 15:19:14 UTC

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Creator: i.kalvachev

Created: 2016-07-24 15:19:14 UTC

Size: 302.04 KB

patch

obsolete

>==== GCM ==== 
>{   preloaded inputs [R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w]  live_before: [R24.x R33.x R46.x R48.x R50.x ]
>    { BB_0    loop_level = 0  
>        CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w
>        (copy) MOV     R1.x.1,    t137F@R1.x
>        (copy) MOV     R1.y.1,    t138F@R1.y
>        (copy) MOV     R1.z.1,    t139F@R1.z
>        (copy) MOV     R2.x.1,    t140F@R2.x
>        (copy) MOV     R2.y.1,    t141F@R2.y
>        (copy) MOV     R2.z.1,    t142F@R2.z
>        (copy) MOV     R3.x.1,    t143F@R3.x
>        (copy) MOV     R3.y.1,    t144F@R3.y
>        (copy) MOV     R3.z.1,    t145F@R3.z
>        (copy) MOV     R3.w.1,    t146F@R3.w
>        (copy) MOV     R4.x.1,    t147F@R4.x
>        (copy) MOV     R4.y.1,    t148F@R4.y
>        (copy) MOV     R5.x.1,    t149F@R5.x
>        (copy) MOV     R5.y.1,    t150F@R5.y
>        (copy) MOV     R5.z.1,    t151F@R5.z
>        (copy) MOV     R5.w.1,    t152F@R5.w
>        (copy) MOV     R6.x.1,    t153F@R6.x
>        (copy) MOV     R6.y.1,    t154F@R6.y
>        (copy) MOV     R6.z.1,    t155F@R6.z
>        ADD     R21.x.1,    -R6.x.1, 1|3f800000
>        ADD     R21.x.2,    R21.x.1, -R6.y.1
>        ADD     R21.x.3,    R21.x.2, -R6.z.1
>        (copy) MOV     t71,    0|00000000
>        (copy) MOV     t72,    0|00000000
>        (copy) MOV     t73,    0|00000000
>        (copy) MOV     t74,    0|00000000
>        (copy) MOV     t75,    0|00000000
>        (copy) MOV     t76,    0|00000000
>        (copy) MOV     t77,    0|00000000
>        (copy) MOV     t78,    0|00000000
>        (copy) MOV     t79,    0|00000000
>        (copy) MOV     t80,    0|00000000
>        (copy) MOV     t81,    0|00000000
>        (copy) MOV     t82,    0|00000000
>        (copy) MOV     t83,    0|00000000
>        (copy) MOV     t84,    0|00000000
>    } end BB_0  
>    region #0   live_before: [R24.x R33.x R46.x R48.x R50.x R4.x.1 R4.y.1 R12.x.1 R12.y.1 R12.z.1 R13.x.1 R13.y.1 R13.z.1 R13.w.1 R14.x.1 R14.y.1 R14.z.1 R14.w.1 R15.x.2 R15.y.2 R15.z.2 R15.w.2 R16.x.1 R16.y.1 R16.z.1 R16.w.1 R17.x.1 R17.y.1 R17.z.1 R18.x.1 R18.y.1 R18.z.1 R19.x.1 R19.y.1 R19.z.1 R20.x.2 R20.y.2 R20.z.2 R20.w.2 R21.x.4 ]
>        {  
>            * phi     t52,       t71, t85
>            * phi     t53,       t72, t86
>            * phi     t54,       t73, t87
>            * phi     t55,       t74, t88
>            * phi     t56,       t75, t89
>            * phi     t57,       t76, t90
>            * phi     t58,       t77, t91
>            * phi     t59,       t78, t92
>            * phi     t60,       t79, t93
>            * phi     t61,       t80, t94
>            * phi     t62,       t81, t95
>            * phi     t63,       t82, t96
>            * phi     t64,       t83, t97
>            * phi     t65,       t84, t98
>            * phi     t66,       undef, t99
>            * phi     t67,       undef, t100
>            * phi     t68,       undef, t101
>            * phi     t69,       undef, t102
>            * phi     t70,       undef, t103
>        }  
>        repeat region #0 after {     
>            { BB_1    loop_level = 1  
>                (copy) MOV     R50.x.1,    t70
>                (copy) MOV     R48.x.1,    t69
>                (copy) MOV     R46.x.1,    t68
>                (copy) MOV     R33.x.1,    t67
>                (copy) MOV     R24.x.1,    t66
>                (copy) MOV     R21.x.5,    t65
>                (copy) MOV     R19.z.2,    t64
>                (copy) MOV     R19.y.2,    t63
>                (copy) MOV     R19.x.2,    t62
>                (copy) MOV     R18.z.2,    t61
>                (copy) MOV     R18.y.2,    t60
>                (copy) MOV     R18.x.2,    t59
>                (copy) MOV     R17.z.2,    t58
>                (copy) MOV     R17.y.2,    t57
>                (copy) MOV     R17.x.2,    t56
>                (copy) MOV     R16.w.2,    t55
>                (copy) MOV     R16.z.2,    t54
>                (copy) MOV     R16.y.2,    t53
>                (copy) MOV     R16.x.2,    t52
>                PRED_SETGE_INT     __, __, EM.2,    R21.x.5, 5.60519e-45|00000004
>            } end BB_1  
>            region #1   live_before: [R4.x.1 R4.y.1 R12.x.1 R12.y.1 R12.z.1 R13.x.1 R13.y.1 R13.z.1 R13.w.1 R14.x.1 R14.y.1 R14.z.1 R14.w.1 R15.x.2 R15.y.2 R15.z.2 R15.w.2 R20.x.2 R20.y.2 R20.z.2 R20.w.2 R16.x.2 R16.y.2 R16.z.2 R16.w.2 R17.x.2 R17.y.2 R17.z.2 R18.x.2 R18.y.2 R18.z.2 R19.x.2 R19.y.2 R19.z.2 R21.x.5 R24.x.1 R33.x.1 R46.x.1 R48.x.1 R50.x.1 EM.2 ]
>                depart region #1 after {    
>                    if EM.2       
>                    {
>                        depart region #0 after {    
>                            { BB_2    loop_level = 1  
>                                (copy) MOV     t124,    R16.x.2
>                                (copy) MOV     t125,    R16.y.2
>                                (copy) MOV     t126,    R16.z.2
>                                (copy) MOV     t127,    R16.w.2
>                                (copy) MOV     t128,    R17.x.2
>                                (copy) MOV     t129,    R17.y.2
>                                (copy) MOV     t130,    R17.z.2
>                                (copy) MOV     t131,    R18.x.2
>                                (copy) MOV     t132,    R18.y.2
>                                (copy) MOV     t133,    R18.z.2
>                                (copy) MOV     t134,    R19.x.2
>                                (copy) MOV     t135,    R19.y.2
>                                (copy) MOV     t136,    R19.z.2
>                            } end BB_2  
>                        } end_depart   
>                    } endif   live_after: [R4.x.1 R4.y.1 R12.x.1 R12.y.1 R12.z.1 R13.x.1 R13.y.1 R13.z.1 R13.w.1 R14.x.1 R14.y.1 R14.z.1 R14.w.1 R15.x.2 R15.y.2 R15.z.2 R15.w.2 R20.x.2 R20.y.2 R20.z.2 R20.w.2 R16.x.2 R16.y.2 R16.z.2 R16.w.2 R17.x.2 R17.y.2 R17.z.2 R18.x.2 R18.y.2 R18.z.2 R19.x.2 R19.y.2 R19.z.2 R21.x.5 R24.x.1 R33.x.1 R46.x.1 R48.x.1 R50.x.1 ]
>                    { BB_3    loop_level = 1  
>                    } end BB_3  
>                } end_depart   
>            live_after: [R4.x.1 R4.y.1 R12.x.1 R12.y.1 R12.z.1 R13.x.1 R13.y.1 R13.z.1 R13.w.1 R14.x.1 R14.y.1 R14.z.1 R14.w.1 R15.x.2 R15.y.2 R15.z.2 R15.w.2 R20.x.2 R20.y.2 R20.z.2 R20.w.2 R16.x.2 R16.y.2 R16.z.2 R16.w.2 R17.x.2 R17.y.2 R17.z.2 R18.x.2 R18.y.2 R18.z.2 R19.x.2 R19.y.2 R19.z.2 R21.x.5 R24.x.1 R33.x.1 R46.x.1 R48.x.1 R50.x.1 ]
>            { BB_4    loop_level = 1  
>                SETE_INT     R23.y.2,    R21.x.5, 1.4013e-45|00000001
>                SETE_INT     R23.z.2,    R21.x.5, 2.8026e-45|00000002
>                SETE_INT     R23.w.2,    R21.x.5, 4.2039e-45|00000003
>                CNDE_INT     R24.x.2,    R21.x.5, R5.x.1, R24.x.1
>                CNDE_INT     R24.x.3,    R23.y.2, R24.x.2, R5.y.1
>                CNDE_INT     R24.x.4,    R23.z.2, R24.x.3, R5.z.1
>                CNDE_INT     R24.x.5,    R23.w.2, R24.x.4, R5.w.1
>                TRUNC     R57.x.3,    R24.x.5
>                FLT_TO_INT     R25.x.2,    R57.x.3
>                MULLO_UINT     R26.x.2,    5.60519e-45|00000004, R25.x.2
>                ADD_INT     R58.x.2,    R26.x.2, 3.78351e-44|0000001b
>                (copy) MOV     t119,    R58.x.2
>                VFETCH     t120, t121, t122, t123,       t119, __, __, __
>                (copy) MOV     R58.x.3,    t120
>                (copy) MOV     R58.y.2,    t121
>                (copy) MOV     R58.z.2,    t122
>                (copy) MOV     R58.w.2,    t123
>                ADD_INT     R28.x.2,    R26.x.2, 1.4013e-45|00000001
>                ADD_INT     R58.x.4,    R26.x.2, 3.92364e-44|0000001c
>                (copy) MOV     t114,    R58.x.4
>                VFETCH     t115, t116, t117, t118,       t114, __, __, __
>                (copy) MOV     R58.x.5,    t115
>                (copy) MOV     R58.y.3,    t116
>                (copy) MOV     R58.z.3,    t117
>                (copy) MOV     R58.w.3,    t118
>                ADD_INT     R30.x.2,    R26.x.2, 2.8026e-45|00000002
>                ADD_INT     R58.x.7,    R26.x.2, 4.06377e-44|0000001d
>                (copy) MOV     t109,    R58.x.7
>                VFETCH     t110, t111, t112, t113,       t109, __, __, __
>                (copy) MOV     R58.x.8,    t110
>                (copy) MOV     R58.y.5,    t111
>                (copy) MOV     R58.z.5,    t112
>                (copy) MOV     R58.w.5,    t113
>                CNDE_INT     R33.x.2,    R21.x.5, R6.x.1, R33.x.1
>                CNDE_INT     R33.x.3,    R23.y.2, R33.x.2, R6.y.1
>                CNDE_INT     R33.x.4,    R23.z.2, R33.x.3, R6.z.1
>                CNDE_INT     R33.x.5,    R23.w.2, R33.x.4, R21.x.3
>                ADD_INT     R34.x.2,    R26.x.2, 4.2039e-45|00000003
>                MUL     R35.y.2,    R58.y.2, R1.x.1
>                MUL     R35.z.2,    R58.z.2, R1.x.1
>                MUL     R35.w.2,    R58.w.2, R1.x.1
>                MUL     R35.x.2,    R58.x.3, R1.x.1
>                MULADD     R36.x.2,    R58.x.5, R1.y.1, R35.x.2
>                MULADD     R36.y.2,    R58.y.3, R1.y.1, R35.y.2
>                MULADD     R36.z.2,    R58.z.3, R1.y.1, R35.z.2
>                MULADD     R36.w.2,    R58.w.3, R1.y.1, R35.w.2
>                MULADD     R37.x.2,    R58.x.8, R1.z.1, R36.x.2
>                MULADD     R37.y.2,    R58.y.5, R1.z.1, R36.y.2
>                MULADD     R37.z.2,    R58.z.5, R1.z.1, R36.z.2
>                MULADD     R37.w.2,    R58.w.5, R1.z.1, R36.w.2
>                ADD_INT     R58.x.10,    R26.x.2, 4.2039e-44|0000001e
>                (copy) MOV     t104,    R58.x.10
>                VFETCH     t105, t106, t107, t108,       t104, __, __, __
>                (copy) MOV     R58.x.11,    t105
>                (copy) MOV     R58.y.7,    t106
>                (copy) MOV     R58.z.7,    t107
>                (copy) MOV     R58.w.7,    t108
>                MULADD     R38.x.2,    R58.x.11, 1|3f800000, R37.x.2
>                MULADD     R38.y.2,    R58.y.7, 1|3f800000, R37.y.2
>                MULADD     R38.z.2,    R58.z.7, 1|3f800000, R37.z.2
>                MULADD     R38.w.2,    R58.w.7, 1|3f800000, R37.w.2
>                MULADD     R16.x.3,    R38.x.2, R33.x.5, R16.x.2
>                MULADD     R16.y.3,    R38.y.2, R33.x.5, R16.y.2
>                MULADD     R16.z.3,    R38.z.2, R33.x.5, R16.z.2
>                MULADD     R16.w.3,    R38.w.2, R33.x.5, R16.w.2
>                MUL     R39.x.2,    R58.x.3, R2.x.1
>                MUL     R39.y.2,    R58.y.2, R2.x.1
>                MUL     R39.z.2,    R58.z.2, R2.x.1
>                MULADD     R40.x.2,    R58.x.5, R2.y.1, R39.x.2
>                MULADD     R40.y.2,    R58.y.3, R2.y.1, R39.y.2
>                MULADD     R40.z.2,    R58.z.3, R2.y.1, R39.z.2
>                MULADD     R41.x.2,    R58.x.8, R2.z.1, R40.x.2
>                MULADD     R41.y.2,    R58.y.5, R2.z.1, R40.y.2
>                MULADD     R41.z.2,    R58.z.5, R2.z.1, R40.z.2
>                MUL     R42.x.2,    R58.x.3, R3.x.1
>                MUL     R42.y.2,    R58.y.2, R3.x.1
>                MUL     R42.z.2,    R58.z.2, R3.x.1
>                MULADD     R43.x.2,    R58.x.5, R3.y.1, R42.x.2
>                MULADD     R43.y.2,    R58.y.3, R3.y.1, R42.y.2
>                MULADD     R43.z.2,    R58.z.3, R3.y.1, R42.z.2
>                MULADD     R44.x.2,    R58.x.8, R3.z.1, R43.x.2
>                MULADD     R44.y.2,    R58.y.5, R3.z.1, R43.y.2
>                MULADD     R44.z.2,    R58.z.5, R3.z.1, R43.z.2
>                CNDE_INT     R46.x.2,    R21.x.5, R6.x.1, R46.x.1
>                CNDE_INT     R46.x.3,    R23.y.2, R46.x.2, R6.y.1
>                CNDE_INT     R46.x.4,    R23.z.2, R46.x.3, R6.z.1
>                CNDE_INT     R46.x.5,    R23.w.2, R46.x.4, R21.x.3
>                MULADD     R17.x.3,    R41.x.2, R46.x.5, R17.x.2
>                MULADD     R17.y.3,    R41.y.2, R46.x.5, R17.y.2
>                MULADD     R17.z.3,    R41.z.2, R46.x.5, R17.z.2
>                CNDE_INT     R48.x.2,    R21.x.5, R6.x.1, R48.x.1
>                CNDE_INT     R48.x.3,    R23.y.2, R48.x.2, R6.y.1
>                CNDE_INT     R48.x.4,    R23.z.2, R48.x.3, R6.z.1
>                CNDE_INT     R48.x.5,    R23.w.2, R48.x.4, R21.x.3
>                MULADD     R18.x.3,    R44.x.2, R48.x.5, R18.x.2
>                MULADD     R18.y.3,    R44.y.2, R48.x.5, R18.y.2
>                MULADD     R18.z.3,    R44.z.2, R48.x.5, R18.z.2
>                CNDE_INT     R50.x.2,    R21.x.5, R6.x.1, R50.x.1
>                CNDE_INT     R50.x.3,    R23.y.2, R50.x.2, R6.y.1
>                CNDE_INT     R50.x.4,    R23.z.2, R50.x.3, R6.z.1
>                CNDE_INT     R50.x.5,    R23.w.2, R50.x.4, R21.x.3
>                MUL     R51.y.2,    R41.x.2, R44.z.2
>                MUL     R51.z.2,    R41.y.2, R44.x.2
>                MUL     R51.x.2,    R41.z.2, R44.y.2
>                MULADD     R52.x.2,    R41.y.2, R44.z.2, -R51.x.2
>                MULADD     R52.y.2,    R41.z.2, R44.x.2, -R51.y.2
>                MULADD     R52.z.2,    R41.x.2, R44.y.2, -R51.z.2
>                MUL     R53.x.2,    R52.x.2, R3.w.1
>                MUL     R53.y.2,    R52.y.2, R3.w.1
>                MUL     R53.z.2,    R52.z.2, R3.w.1
>                MULADD     R19.x.3,    R53.x.2, R50.x.5, R19.x.2
>                MULADD     R19.y.3,    R53.y.2, R50.x.5, R19.y.2
>                MULADD     R19.z.3,    R53.z.2, R50.x.5, R19.z.2
>                ADD_INT     R21.x.6,    R21.x.5, 1.4013e-45|00000001
>                (copy) MOV     t85,    R16.x.3
>                (copy) MOV     t86,    R16.y.3
>                (copy) MOV     t87,    R16.z.3
>                (copy) MOV     t88,    R16.w.3
>                (copy) MOV     t89,    R17.x.3
>                (copy) MOV     t90,    R17.y.3
>                (copy) MOV     t91,    R17.z.3
>                (copy) MOV     t92,    R18.x.3
>                (copy) MOV     t93,    R18.y.3
>                (copy) MOV     t94,    R18.z.3
>                (copy) MOV     t95,    R19.x.3
>                (copy) MOV     t96,    R19.y.3
>                (copy) MOV     t97,    R19.z.3
>                (copy) MOV     t98,    R21.x.6
>                (copy) MOV     t99,    R24.x.5
>                (copy) MOV     t100,    R33.x.5
>                (copy) MOV     t101,    R46.x.5
>                (copy) MOV     t102,    R48.x.5
>                (copy) MOV     t103,    R50.x.5
>            } end BB_4  
>        } end_repeat   
>    {  
>        * phi     t39,       t124
>        * phi     t40,       t125
>        * phi     t41,       t126
>        * phi     t42,       t127
>        * phi     t43,       t128
>        * phi     t44,       t129
>        * phi     t45,       t130
>        * phi     t46,       t131
>        * phi     t47,       t132
>        * phi     t48,       t133
>        * phi     t49,       t134
>        * phi     t50,       t135
>        * phi     t51,       t136
>    }  
>    live_after: [R4.x.1 R4.y.1 R14.w.1 R16.x.4 R16.y.4 R16.z.4 R16.w.4 R17.x.4 R17.y.4 R17.z.4 R18.x.4 R18.y.4 R18.z.4 R19.x.4 R19.y.4 R19.z.4 ]
>    { BB_5    loop_level = 0  
>        (copy) MOV     R19.z.4,    t51
>        (copy) MOV     R19.y.4,    t50
>        (copy) MOV     R19.x.4,    t49
>        (copy) MOV     R18.z.4,    t48
>        (copy) MOV     R18.y.4,    t47
>        (copy) MOV     R18.x.4,    t46
>        (copy) MOV     R17.z.4,    t45
>        (copy) MOV     R17.y.4,    t44
>        (copy) MOV     R17.x.4,    t43
>        (copy) MOV     R16.w.4,    t42
>        (copy) MOV     R16.z.4,    t41
>        (copy) MOV     R16.y.4,    t40
>        (copy) MOV     R16.x.4,    t39
>        MUL     R12.x.2,    C23.x, R16.x.4
>        MUL     R12.y.2,    C23.y, R16.x.4
>        MUL     R12.z.2,    C23.z, R16.x.4
>        MUL     R12.w.1,    C23.w, R16.x.4
>        MULADD     R12.x.3,    C24.x, R16.y.4, R12.x.2
>        MULADD     R12.y.3,    C24.y, R16.y.4, R12.y.2
>        MULADD     R12.z.3,    C24.z, R16.y.4, R12.z.2
>        MULADD     R12.w.2,    C24.w, R16.y.4, R12.w.1
>        MULADD     R12.x.4,    C25.x, R16.z.4, R12.x.3
>        MULADD     R12.y.4,    C25.y, R16.z.4, R12.y.3
>        MULADD     R12.z.4,    C25.z, R16.z.4, R12.z.3
>        MULADD     R12.w.3,    C25.w, R16.z.4, R12.w.2
>        MULADD     R12.x.5,    C26.x, R16.w.4, R12.x.4
>        MULADD     R12.y.5,    C26.y, R16.w.4, R12.y.4
>        MULADD     R12.z.5,    C26.z, R16.w.4, R12.z.4
>        MULADD     R12.w.4,    C26.w, R16.w.4, R12.w.3
>        (copy) MOV     t36,    R17.x.4
>        (copy) MOV     t37,    R17.y.4
>        (copy) MOV     t38,    R17.z.4
>        DOT4     R13.x.2, __, __, __,       t36, t36, t37, t37, t38, t38, 0|00000000, 0|00000000  
>        RECIPSQRT_CLAMPED     R57.x.8,    |R13.x.2|
>        MUL     R13.x.4,    R17.x.4, R57.x.8
>        MUL     R13.y.2,    R17.y.4, R57.x.8
>        MUL     R13.z.2,    R17.z.4, R57.x.8
>        MUL     R14.x.2,    C23.x, R13.x.4
>        MUL     R14.y.2,    C23.y, R13.x.4
>        MUL     R14.z.2,    C23.z, R13.x.4
>        MULADD     R14.x.3,    C24.x, R13.y.2, R14.x.2
>        MULADD     R14.y.3,    C24.y, R13.y.2, R14.y.2
>        MULADD     R14.z.3,    C24.z, R13.y.2, R14.z.2
>        MULADD     R13.x.5,    C25.x, R13.z.2, R14.x.3
>        MULADD     R13.y.3,    C25.y, R13.z.2, R14.y.3
>        MULADD     R13.z.3,    C25.z, R13.z.2, R14.z.3
>        (copy) MOV     t33,    R18.x.4
>        (copy) MOV     t34,    R18.y.4
>        (copy) MOV     t35,    R18.z.4
>        DOT4     R14.x.4, __, __, __,       t33, t33, t34, t34, t35, t35, 0|00000000, 0|00000000  
>        RECIPSQRT_CLAMPED     R57.x.9,    |R14.x.4|
>        MUL     R14.x.6,    R18.x.4, R57.x.9
>        MUL     R14.y.4,    R18.y.4, R57.x.9
>        MUL     R14.z.4,    R18.z.4, R57.x.9
>        MUL     R15.x.3,    C23.x, R14.x.6
>        MUL     R15.y.3,    C23.y, R14.x.6
>        MUL     R15.z.3,    C23.z, R14.x.6
>        MULADD     R15.x.4,    C24.x, R14.y.4, R15.x.3
>        MULADD     R15.y.4,    C24.y, R14.y.4, R15.y.3
>        MULADD     R15.z.4,    C24.z, R14.y.4, R15.z.3
>        MULADD     R14.x.7,    C25.x, R14.z.4, R15.x.4
>        MULADD     R14.y.5,    C25.y, R14.z.4, R15.y.4
>        MULADD     R14.z.5,    C25.z, R14.z.4, R15.z.4
>        (copy) MOV     t30,    R19.x.4
>        (copy) MOV     t31,    R19.y.4
>        (copy) MOV     t32,    R19.z.4
>        DOT4     R15.x.5, __, __, __,       t30, t30, t31, t31, t32, t32, 0|00000000, 0|00000000  
>        RECIPSQRT_CLAMPED     R57.x.10,    |R15.x.5|
>        MUL     R15.x.7,    R19.x.4, R57.x.10
>        MUL     R15.y.5,    R19.y.4, R57.x.10
>        MUL     R15.z.5,    R19.z.4, R57.x.10
>        MUL     R16.x.5,    C23.x, R15.x.7
>        MUL     R16.y.5,    C23.y, R15.x.7
>        MUL     R16.z.5,    C23.z, R15.x.7
>        MULADD     R16.x.6,    C24.x, R15.y.5, R16.x.5
>        MULADD     R16.y.6,    C24.y, R15.y.5, R16.y.5
>        MULADD     R16.z.6,    C24.z, R15.y.5, R16.z.5
>        MULADD     R15.x.8,    C25.x, R15.z.5, R16.x.6
>        MULADD     R15.y.6,    C25.y, R15.z.5, R16.y.6
>        MULADD     R15.z.6,    C25.z, R15.z.5, R16.z.6
>        MUL     R16.x.7,    C0.x, R12.x.5
>        MUL     R16.y.7,    C0.y, R12.x.5
>        MUL     R16.z.7,    C0.z, R12.x.5
>        MUL     R16.w.5,    C0.w, R12.x.5
>        MULADD     R16.x.8,    C1.x, R12.y.5, R16.x.7
>        MULADD     R16.y.8,    C1.y, R12.y.5, R16.y.7
>        MULADD     R16.z.8,    C1.z, R12.y.5, R16.z.7
>        MULADD     R16.w.6,    C1.w, R12.y.5, R16.w.5
>        MULADD     R16.x.9,    C2.x, R12.z.5, R16.x.8
>        MULADD     R16.y.9,    C2.y, R12.z.5, R16.y.8
>        MULADD     R16.z.9,    C2.z, R12.z.5, R16.z.8
>        MULADD     R16.w.7,    C2.w, R12.z.5, R16.w.6
>        MULADD     R16.x.10,    C3.x, R12.w.4, R16.x.9
>        MULADD     R16.y.10,    C3.y, R12.w.4, R16.y.9
>        MULADD     R16.z.10,    C3.z, R12.w.4, R16.z.9
>        MULADD     R16.w.8,    C3.w, R12.w.4, R16.w.7
>        (copy) MOV     t27,    R13.x.5
>        (copy) MOV     t28,    R13.y.3
>        (copy) MOV     t29,    R13.z.3
>        DOT4     R17.x.5, __, __, __,       t27, t27, t28, t28, t29, t29, 0|00000000, 0|00000000  
>        RECIPSQRT_CLAMPED     R57.x.11,    |R17.x.5|
>        MUL     R13.x.6,    R13.x.5, R57.x.11
>        MUL     R13.y.4,    R13.y.3, R57.x.11
>        MUL     R13.z.4,    R13.z.3, R57.x.11
>        (copy) MOV     t24,    R14.x.7
>        (copy) MOV     t25,    R14.y.5
>        (copy) MOV     t26,    R14.z.5
>        DOT4     R18.x.5, __, __, __,       t24, t24, t25, t25, t26, t26, 0|00000000, 0|00000000  
>        RECIPSQRT_CLAMPED     R57.x.12,    |R18.x.5|
>        MUL     R14.x.8,    R14.x.7, R57.x.12
>        MUL     R14.y.6,    R14.y.5, R57.x.12
>        MUL     R14.z.6,    R14.z.5, R57.x.12
>        (copy) MOV     t21,    R15.x.8
>        (copy) MOV     t22,    R15.y.6
>        (copy) MOV     t23,    R15.z.6
>        DOT4     R14.x.9, __, __, __,       t21, t21, t22, t22, t23, t23, 0|00000000, 0|00000000  
>        RECIPSQRT_CLAMPED     R57.x.13,    |R14.x.9|
>        MUL     R14.x.11,    R15.x.8, R57.x.13
>        MUL     R14.y.7,    R15.y.6, R57.x.13
>        MUL     R14.z.7,    R15.z.6, R57.x.13
>        (copy) MOV     t17,    R16.x.10
>        (copy) MOV     t18,    R16.y.10
>        (copy) MOV     t19,    R16.z.10
>        (copy) MOV     t20,    R16.w.8
>        EXPORT  POS   60     t17, t18, t19, t20
>        (copy) MOV     t13,    R12.x.5
>        (copy) MOV     t14,    R12.y.5
>        (copy) MOV     t15,    R12.z.5
>        (copy) MOV     t16,    R12.w.4
>        EXPORT  PARAM 0     t13, t14, t15, t16
>        (copy) MOV     t9,    R4.x.1
>        (copy) MOV     t10,    R4.y.1
>        (copy) MOV     t11,    R13.x.6
>        (copy) MOV     t12,    R13.y.4
>        EXPORT  PARAM 1     t9, t10, t11, t12
>        (copy) MOV     t5,    R13.z.4
>        (copy) MOV     t6,    R14.x.8
>        (copy) MOV     t7,    R14.y.6
>        (copy) MOV     t8,    R14.z.6
>        EXPORT  PARAM 2     t5, t6, t7, t8
>        (copy) MOV     t1,    R14.x.11
>        (copy) MOV     t2,    R14.y.7
>        (copy) MOV     t3,    R14.z.7
>        (copy) MOV     t4,    R5.w.1
>        EXPORT  PARAM 3     t1, t2, t3, t4
>    } end BB_5  
>}  
>dc 0  CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w
>dc 1  (copy) MOV     R1.x.1,    t137F@R1.x
>dc 1  (copy) MOV     R1.y.1,    t138F@R1.y
>dc 1  (copy) MOV     R1.z.1,    t139F@R1.z
>dc 1  (copy) MOV     R2.x.1,    t140F@R2.x
>dc 1  (copy) MOV     R2.y.1,    t141F@R2.y
>dc 1  (copy) MOV     R2.z.1,    t142F@R2.z
>dc 1  (copy) MOV     R3.x.1,    t143F@R3.x
>dc 1  (copy) MOV     R3.y.1,    t144F@R3.y
>dc 1  (copy) MOV     R3.z.1,    t145F@R3.z
>dc 1  (copy) MOV     R3.w.1,    t146F@R3.w
>dc 1  (copy) MOV     R4.x.1,    t147F@R4.x
>dc 1  (copy) MOV     R4.y.1,    t148F@R4.y
>dc 1  (copy) MOV     R5.x.1,    t149F@R5.x
>dc 1  (copy) MOV     R5.y.1,    t150F@R5.y
>dc 1  (copy) MOV     R5.z.1,    t151F@R5.z
>dc 1  (copy) MOV     R5.w.1,    t152F@R5.w
>dc 1  (copy) MOV     R6.x.1,    t153F@R6.x
>dc 1  (copy) MOV     R6.y.1,    t154F@R6.y
>dc 1  (copy) MOV     R6.z.1,    t155F@R6.z
>dc 1  ADD     R21.x.1,    -R6.x.1, 1|3f800000
>dc 2  ADD     R21.x.2,    R21.x.1, -R6.y.1
>dc 2  ADD     R21.x.3,    R21.x.2, -R6.z.1
>dc 0  (copy) MOV     t71,    0|00000000
>dc 0  (copy) MOV     t72,    0|00000000
>dc 0  (copy) MOV     t73,    0|00000000
>dc 0  (copy) MOV     t74,    0|00000000
>dc 0  (copy) MOV     t75,    0|00000000
>dc 0  (copy) MOV     t76,    0|00000000
>dc 0  (copy) MOV     t77,    0|00000000
>dc 0  (copy) MOV     t78,    0|00000000
>dc 0  (copy) MOV     t79,    0|00000000
>dc 0  (copy) MOV     t80,    0|00000000
>dc 0  (copy) MOV     t81,    0|00000000
>dc 0  (copy) MOV     t82,    0|00000000
>dc 0  (copy) MOV     t83,    0|00000000
>dc 0  (copy) MOV     t84,    0|00000000
>dc 1  (copy) MOV     R50.x.1,    t70
>dc 1  (copy) MOV     R48.x.1,    t69
>dc 1  (copy) MOV     R46.x.1,    t68
>dc 1  (copy) MOV     R33.x.1,    t67
>dc 1  (copy) MOV     R24.x.1,    t66
>dc 1  (copy) MOV     R21.x.5,    t65
>dc 1  (copy) MOV     R19.z.2,    t64
>dc 1  (copy) MOV     R19.y.2,    t63
>dc 1  (copy) MOV     R19.x.2,    t62
>dc 1  (copy) MOV     R18.z.2,    t61
>dc 1  (copy) MOV     R18.y.2,    t60
>dc 1  (copy) MOV     R18.x.2,    t59
>dc 1  (copy) MOV     R17.z.2,    t58
>dc 1  (copy) MOV     R17.y.2,    t57
>dc 1  (copy) MOV     R17.x.2,    t56
>dc 1  (copy) MOV     R16.w.2,    t55
>dc 1  (copy) MOV     R16.z.2,    t54
>dc 1  (copy) MOV     R16.y.2,    t53
>dc 1  (copy) MOV     R16.x.2,    t52
>dc 1  PRED_SETGE_INT     __, __, EM.2,    R21.x.5, 5.60519e-45|00000004
>dc 1  (copy) MOV     t124,    R16.x.2
>dc 1  (copy) MOV     t125,    R16.y.2
>dc 1  (copy) MOV     t126,    R16.z.2
>dc 1  (copy) MOV     t127,    R16.w.2
>dc 1  (copy) MOV     t128,    R17.x.2
>dc 1  (copy) MOV     t129,    R17.y.2
>dc 1  (copy) MOV     t130,    R17.z.2
>dc 1  (copy) MOV     t131,    R18.x.2
>dc 1  (copy) MOV     t132,    R18.y.2
>dc 1  (copy) MOV     t133,    R18.z.2
>dc 1  (copy) MOV     t134,    R19.x.2
>dc 1  (copy) MOV     t135,    R19.y.2
>dc 1  (copy) MOV     t136,    R19.z.2
>dc 1  SETE_INT     R23.y.2,    R21.x.5, 1.4013e-45|00000001
>dc 1  SETE_INT     R23.z.2,    R21.x.5, 2.8026e-45|00000002
>dc 1  SETE_INT     R23.w.2,    R21.x.5, 4.2039e-45|00000003
>dc 3  CNDE_INT     R24.x.2,    R21.x.5, R5.x.1, R24.x.1
>dc 3  CNDE_INT     R24.x.3,    R23.y.2, R24.x.2, R5.y.1
>dc 3  CNDE_INT     R24.x.4,    R23.z.2, R24.x.3, R5.z.1
>dc 3  CNDE_INT     R24.x.5,    R23.w.2, R24.x.4, R5.w.1
>dc 1  TRUNC     R57.x.3,    R24.x.5
>dc 1  FLT_TO_INT     R25.x.2,    R57.x.3
>dc 1  MULLO_UINT     R26.x.2,    5.60519e-45|00000004, R25.x.2
>dc 1  ADD_INT     R58.x.2,    R26.x.2, 3.78351e-44|0000001b
>dc 1  (copy) MOV     t119,    R58.x.2
>dc 1  VFETCH     t120, t121, t122, t123,       t119, __, __, __
>dc 1  (copy) MOV     R58.x.3,    t120
>dc 1  (copy) MOV     R58.y.2,    t121
>dc 1  (copy) MOV     R58.z.2,    t122
>dc 1  (copy) MOV     R58.w.2,    t123
>dc 1  ADD_INT     R28.x.2,    R26.x.2, 1.4013e-45|00000001
>dc 1  ADD_INT     R58.x.4,    R26.x.2, 3.92364e-44|0000001c
>dc 1  (copy) MOV     t114,    R58.x.4
>dc 1  VFETCH     t115, t116, t117, t118,       t114, __, __, __
>dc 1  (copy) MOV     R58.x.5,    t115
>dc 1  (copy) MOV     R58.y.3,    t116
>dc 1  (copy) MOV     R58.z.3,    t117
>dc 1  (copy) MOV     R58.w.3,    t118
>dc 1  ADD_INT     R30.x.2,    R26.x.2, 2.8026e-45|00000002
>dc 1  ADD_INT     R58.x.7,    R26.x.2, 4.06377e-44|0000001d
>dc 1  (copy) MOV     t109,    R58.x.7
>dc 1  VFETCH     t110, t111, t112, t113,       t109, __, __, __
>dc 1  (copy) MOV     R58.x.8,    t110
>dc 1  (copy) MOV     R58.y.5,    t111
>dc 1  (copy) MOV     R58.z.5,    t112
>dc 1  (copy) MOV     R58.w.5,    t113
>dc 3  CNDE_INT     R33.x.2,    R21.x.5, R6.x.1, R33.x.1
>dc 3  CNDE_INT     R33.x.3,    R23.y.2, R33.x.2, R6.y.1
>dc 3  CNDE_INT     R33.x.4,    R23.z.2, R33.x.3, R6.z.1
>dc 3  CNDE_INT     R33.x.5,    R23.w.2, R33.x.4, R21.x.3
>dc 1  ADD_INT     R34.x.2,    R26.x.2, 4.2039e-45|00000003
>dc 2  MUL     R35.y.2,    R58.y.2, R1.x.1
>dc 2  MUL     R35.z.2,    R58.z.2, R1.x.1
>dc 2  MUL     R35.w.2,    R58.w.2, R1.x.1
>dc 2  MUL     R35.x.2,    R58.x.3, R1.x.1
>dc 3  MULADD     R36.x.2,    R58.x.5, R1.y.1, R35.x.2
>dc 3  MULADD     R36.y.2,    R58.y.3, R1.y.1, R35.y.2
>dc 3  MULADD     R36.z.2,    R58.z.3, R1.y.1, R35.z.2
>dc 3  MULADD     R36.w.2,    R58.w.3, R1.y.1, R35.w.2
>dc 3  MULADD     R37.x.2,    R58.x.8, R1.z.1, R36.x.2
>dc 3  MULADD     R37.y.2,    R58.y.5, R1.z.1, R36.y.2
>dc 3  MULADD     R37.z.2,    R58.z.5, R1.z.1, R36.z.2
>dc 3  MULADD     R37.w.2,    R58.w.5, R1.z.1, R36.w.2
>dc 1  ADD_INT     R58.x.10,    R26.x.2, 4.2039e-44|0000001e
>dc 1  (copy) MOV     t104,    R58.x.10
>dc 1  VFETCH     t105, t106, t107, t108,       t104, __, __, __
>dc 1  (copy) MOV     R58.x.11,    t105
>dc 1  (copy) MOV     R58.y.7,    t106
>dc 1  (copy) MOV     R58.z.7,    t107
>dc 1  (copy) MOV     R58.w.7,    t108
>dc 2  MULADD     R38.x.2,    R58.x.11, 1|3f800000, R37.x.2
>dc 2  MULADD     R38.y.2,    R58.y.7, 1|3f800000, R37.y.2
>dc 2  MULADD     R38.z.2,    R58.z.7, 1|3f800000, R37.z.2
>dc 2  MULADD     R38.w.2,    R58.w.7, 1|3f800000, R37.w.2
>dc 3  MULADD     R16.x.3,    R38.x.2, R33.x.5, R16.x.2
>dc 3  MULADD     R16.y.3,    R38.y.2, R33.x.5, R16.y.2
>dc 3  MULADD     R16.z.3,    R38.z.2, R33.x.5, R16.z.2
>dc 3  MULADD     R16.w.3,    R38.w.2, R33.x.5, R16.w.2
>dc 2  MUL     R39.x.2,    R58.x.3, R2.x.1
>dc 2  MUL     R39.y.2,    R58.y.2, R2.x.1
>dc 2  MUL     R39.z.2,    R58.z.2, R2.x.1
>dc 3  MULADD     R40.x.2,    R58.x.5, R2.y.1, R39.x.2
>dc 3  MULADD     R40.y.2,    R58.y.3, R2.y.1, R39.y.2
>dc 3  MULADD     R40.z.2,    R58.z.3, R2.y.1, R39.z.2
>dc 3  MULADD     R41.x.2,    R58.x.8, R2.z.1, R40.x.2
>dc 3  MULADD     R41.y.2,    R58.y.5, R2.z.1, R40.y.2
>dc 3  MULADD     R41.z.2,    R58.z.5, R2.z.1, R40.z.2
>dc 2  MUL     R42.x.2,    R58.x.3, R3.x.1
>dc 2  MUL     R42.y.2,    R58.y.2, R3.x.1
>dc 2  MUL     R42.z.2,    R58.z.2, R3.x.1
>dc 3  MULADD     R43.x.2,    R58.x.5, R3.y.1, R42.x.2
>dc 3  MULADD     R43.y.2,    R58.y.3, R3.y.1, R42.y.2
>dc 3  MULADD     R43.z.2,    R58.z.3, R3.y.1, R42.z.2
>dc 3  MULADD     R44.x.2,    R58.x.8, R3.z.1, R43.x.2
>dc 3  MULADD     R44.y.2,    R58.y.5, R3.z.1, R43.y.2
>dc 3  MULADD     R44.z.2,    R58.z.5, R3.z.1, R43.z.2
>dc 3  CNDE_INT     R46.x.2,    R21.x.5, R6.x.1, R46.x.1
>dc 3  CNDE_INT     R46.x.3,    R23.y.2, R46.x.2, R6.y.1
>dc 3  CNDE_INT     R46.x.4,    R23.z.2, R46.x.3, R6.z.1
>dc 3  CNDE_INT     R46.x.5,    R23.w.2, R46.x.4, R21.x.3
>dc 3  MULADD     R17.x.3,    R41.x.2, R46.x.5, R17.x.2
>dc 3  MULADD     R17.y.3,    R41.y.2, R46.x.5, R17.y.2
>dc 3  MULADD     R17.z.3,    R41.z.2, R46.x.5, R17.z.2
>dc 3  CNDE_INT     R48.x.2,    R21.x.5, R6.x.1, R48.x.1
>dc 3  CNDE_INT     R48.x.3,    R23.y.2, R48.x.2, R6.y.1
>dc 3  CNDE_INT     R48.x.4,    R23.z.2, R48.x.3, R6.z.1
>dc 3  CNDE_INT     R48.x.5,    R23.w.2, R48.x.4, R21.x.3
>dc 3  MULADD     R18.x.3,    R44.x.2, R48.x.5, R18.x.2
>dc 3  MULADD     R18.y.3,    R44.y.2, R48.x.5, R18.y.2
>dc 3  MULADD     R18.z.3,    R44.z.2, R48.x.5, R18.z.2
>dc 3  CNDE_INT     R50.x.2,    R21.x.5, R6.x.1, R50.x.1
>dc 3  CNDE_INT     R50.x.3,    R23.y.2, R50.x.2, R6.y.1
>dc 3  CNDE_INT     R50.x.4,    R23.z.2, R50.x.3, R6.z.1
>dc 3  CNDE_INT     R50.x.5,    R23.w.2, R50.x.4, R21.x.3
>dc 2  MUL     R51.y.2,    R41.x.2, R44.z.2
>dc 2  MUL     R51.z.2,    R41.y.2, R44.x.2
>dc 2  MUL     R51.x.2,    R41.z.2, R44.y.2
>dc 3  MULADD     R52.x.2,    R41.y.2, R44.z.2, -R51.x.2
>dc 3  MULADD     R52.y.2,    R41.z.2, R44.x.2, -R51.y.2
>dc 3  MULADD     R52.z.2,    R41.x.2, R44.y.2, -R51.z.2
>dc 2  MUL     R53.x.2,    R52.x.2, R3.w.1
>dc 2  MUL     R53.y.2,    R52.y.2, R3.w.1
>dc 2  MUL     R53.z.2,    R52.z.2, R3.w.1
>dc 3  MULADD     R19.x.3,    R53.x.2, R50.x.5, R19.x.2
>dc 3  MULADD     R19.y.3,    R53.y.2, R50.x.5, R19.y.2
>dc 3  MULADD     R19.z.3,    R53.z.2, R50.x.5, R19.z.2
>dc 1  ADD_INT     R21.x.6,    R21.x.5, 1.4013e-45|00000001
>dc 1  (copy) MOV     t85,    R16.x.3
>dc 1  (copy) MOV     t86,    R16.y.3
>dc 1  (copy) MOV     t87,    R16.z.3
>dc 1  (copy) MOV     t88,    R16.w.3
>dc 1  (copy) MOV     t89,    R17.x.3
>dc 1  (copy) MOV     t90,    R17.y.3
>dc 1  (copy) MOV     t91,    R17.z.3
>dc 1  (copy) MOV     t92,    R18.x.3
>dc 1  (copy) MOV     t93,    R18.y.3
>dc 1  (copy) MOV     t94,    R18.z.3
>dc 1  (copy) MOV     t95,    R19.x.3
>dc 1  (copy) MOV     t96,    R19.y.3
>dc 1  (copy) MOV     t97,    R19.z.3
>dc 1  (copy) MOV     t98,    R21.x.6
>dc 1  (copy) MOV     t99,    R24.x.5
>dc 1  (copy) MOV     t100,    R33.x.5
>dc 1  (copy) MOV     t101,    R46.x.5
>dc 1  (copy) MOV     t102,    R48.x.5
>dc 1  (copy) MOV     t103,    R50.x.5
>dc 1  (copy) MOV     R19.z.4,    t51
>dc 1  (copy) MOV     R19.y.4,    t50
>dc 1  (copy) MOV     R19.x.4,    t49
>dc 1  (copy) MOV     R18.z.4,    t48
>dc 1  (copy) MOV     R18.y.4,    t47
>dc 1  (copy) MOV     R18.x.4,    t46
>dc 1  (copy) MOV     R17.z.4,    t45
>dc 1  (copy) MOV     R17.y.4,    t44
>dc 1  (copy) MOV     R17.x.4,    t43
>dc 1  (copy) MOV     R16.w.4,    t42
>dc 1  (copy) MOV     R16.z.4,    t41
>dc 1  (copy) MOV     R16.y.4,    t40
>dc 1  (copy) MOV     R16.x.4,    t39
>dc 1  MUL     R12.x.2,    C23.x, R16.x.4
>dc 1  MUL     R12.y.2,    C23.y, R16.x.4
>dc 1  MUL     R12.z.2,    C23.z, R16.x.4
>dc 1  MUL     R12.w.1,    C23.w, R16.x.4
>dc 2  MULADD     R12.x.3,    C24.x, R16.y.4, R12.x.2
>dc 2  MULADD     R12.y.3,    C24.y, R16.y.4, R12.y.2
>dc 2  MULADD     R12.z.3,    C24.z, R16.y.4, R12.z.2
>dc 2  MULADD     R12.w.2,    C24.w, R16.y.4, R12.w.1
>dc 2  MULADD     R12.x.4,    C25.x, R16.z.4, R12.x.3
>dc 2  MULADD     R12.y.4,    C25.y, R16.z.4, R12.y.3
>dc 2  MULADD     R12.z.4,    C25.z, R16.z.4, R12.z.3
>dc 2  MULADD     R12.w.3,    C25.w, R16.z.4, R12.w.2
>dc 2  MULADD     R12.x.5,    C26.x, R16.w.4, R12.x.4
>dc 2  MULADD     R12.y.5,    C26.y, R16.w.4, R12.y.4
>dc 2  MULADD     R12.z.5,    C26.z, R16.w.4, R12.z.4
>dc 2  MULADD     R12.w.4,    C26.w, R16.w.4, R12.w.3
>dc 1  (copy) MOV     t36,    R17.x.4
>dc 1  (copy) MOV     t37,    R17.y.4
>dc 1  (copy) MOV     t38,    R17.z.4
>dc 6  DOT4     R13.x.2, __, __, __,       t36, t36, t37, t37, t38, t38, 0|00000000, 0|00000000
>dc 1  RECIPSQRT_CLAMPED     R57.x.8,    |R13.x.2|
>dc 2  MUL     R13.x.4,    R17.x.4, R57.x.8
>dc 2  MUL     R13.y.2,    R17.y.4, R57.x.8
>dc 2  MUL     R13.z.2,    R17.z.4, R57.x.8
>dc 1  MUL     R14.x.2,    C23.x, R13.x.4
>dc 1  MUL     R14.y.2,    C23.y, R13.x.4
>dc 1  MUL     R14.z.2,    C23.z, R13.x.4
>dc 2  MULADD     R14.x.3,    C24.x, R13.y.2, R14.x.2
>dc 2  MULADD     R14.y.3,    C24.y, R13.y.2, R14.y.2
>dc 2  MULADD     R14.z.3,    C24.z, R13.y.2, R14.z.2
>dc 2  MULADD     R13.x.5,    C25.x, R13.z.2, R14.x.3
>dc 2  MULADD     R13.y.3,    C25.y, R13.z.2, R14.y.3
>dc 2  MULADD     R13.z.3,    C25.z, R13.z.2, R14.z.3
>dc 1  (copy) MOV     t33,    R18.x.4
>dc 1  (copy) MOV     t34,    R18.y.4
>dc 1  (copy) MOV     t35,    R18.z.4
>dc 6  DOT4     R14.x.4, __, __, __,       t33, t33, t34, t34, t35, t35, 0|00000000, 0|00000000
>dc 1  RECIPSQRT_CLAMPED     R57.x.9,    |R14.x.4|
>dc 2  MUL     R14.x.6,    R18.x.4, R57.x.9
>dc 2  MUL     R14.y.4,    R18.y.4, R57.x.9
>dc 2  MUL     R14.z.4,    R18.z.4, R57.x.9
>dc 1  MUL     R15.x.3,    C23.x, R14.x.6
>dc 1  MUL     R15.y.3,    C23.y, R14.x.6
>dc 1  MUL     R15.z.3,    C23.z, R14.x.6
>dc 2  MULADD     R15.x.4,    C24.x, R14.y.4, R15.x.3
>dc 2  MULADD     R15.y.4,    C24.y, R14.y.4, R15.y.3
>dc 2  MULADD     R15.z.4,    C24.z, R14.y.4, R15.z.3
>dc 2  MULADD     R14.x.7,    C25.x, R14.z.4, R15.x.4
>dc 2  MULADD     R14.y.5,    C25.y, R14.z.4, R15.y.4
>dc 2  MULADD     R14.z.5,    C25.z, R14.z.4, R15.z.4
>dc 1  (copy) MOV     t30,    R19.x.4
>dc 1  (copy) MOV     t31,    R19.y.4
>dc 1  (copy) MOV     t32,    R19.z.4
>dc 6  DOT4     R15.x.5, __, __, __,       t30, t30, t31, t31, t32, t32, 0|00000000, 0|00000000
>dc 1  RECIPSQRT_CLAMPED     R57.x.10,    |R15.x.5|
>dc 2  MUL     R15.x.7,    R19.x.4, R57.x.10
>dc 2  MUL     R15.y.5,    R19.y.4, R57.x.10
>dc 2  MUL     R15.z.5,    R19.z.4, R57.x.10
>dc 1  MUL     R16.x.5,    C23.x, R15.x.7
>dc 1  MUL     R16.y.5,    C23.y, R15.x.7
>dc 1  MUL     R16.z.5,    C23.z, R15.x.7
>dc 2  MULADD     R16.x.6,    C24.x, R15.y.5, R16.x.5
>dc 2  MULADD     R16.y.6,    C24.y, R15.y.5, R16.y.5
>dc 2  MULADD     R16.z.6,    C24.z, R15.y.5, R16.z.5
>dc 2  MULADD     R15.x.8,    C25.x, R15.z.5, R16.x.6
>dc 2  MULADD     R15.y.6,    C25.y, R15.z.5, R16.y.6
>dc 2  MULADD     R15.z.6,    C25.z, R15.z.5, R16.z.6
>dc 1  MUL     R16.x.7,    C0.x, R12.x.5
>dc 1  MUL     R16.y.7,    C0.y, R12.x.5
>dc 1  MUL     R16.z.7,    C0.z, R12.x.5
>dc 1  MUL     R16.w.5,    C0.w, R12.x.5
>dc 2  MULADD     R16.x.8,    C1.x, R12.y.5, R16.x.7
>dc 2  MULADD     R16.y.8,    C1.y, R12.y.5, R16.y.7
>dc 2  MULADD     R16.z.8,    C1.z, R12.y.5, R16.z.7
>dc 2  MULADD     R16.w.6,    C1.w, R12.y.5, R16.w.5
>dc 2  MULADD     R16.x.9,    C2.x, R12.z.5, R16.x.8
>dc 2  MULADD     R16.y.9,    C2.y, R12.z.5, R16.y.8
>dc 2  MULADD     R16.z.9,    C2.z, R12.z.5, R16.z.8
>dc 2  MULADD     R16.w.7,    C2.w, R12.z.5, R16.w.6
>dc 2  MULADD     R16.x.10,    C3.x, R12.w.4, R16.x.9
>dc 2  MULADD     R16.y.10,    C3.y, R12.w.4, R16.y.9
>dc 2  MULADD     R16.z.10,    C3.z, R12.w.4, R16.z.9
>dc 2  MULADD     R16.w.8,    C3.w, R12.w.4, R16.w.7
>dc 1  (copy) MOV     t27,    R13.x.5
>dc 1  (copy) MOV     t28,    R13.y.3
>dc 1  (copy) MOV     t29,    R13.z.3
>dc 6  DOT4     R17.x.5, __, __, __,       t27, t27, t28, t28, t29, t29, 0|00000000, 0|00000000
>dc 1  RECIPSQRT_CLAMPED     R57.x.11,    |R17.x.5|
>dc 2  MUL     R13.x.6,    R13.x.5, R57.x.11
>dc 2  MUL     R13.y.4,    R13.y.3, R57.x.11
>dc 2  MUL     R13.z.4,    R13.z.3, R57.x.11
>dc 1  (copy) MOV     t24,    R14.x.7
>dc 1  (copy) MOV     t25,    R14.y.5
>dc 1  (copy) MOV     t26,    R14.z.5
>dc 6  DOT4     R18.x.5, __, __, __,       t24, t24, t25, t25, t26, t26, 0|00000000, 0|00000000
>dc 1  RECIPSQRT_CLAMPED     R57.x.12,    |R18.x.5|
>dc 2  MUL     R14.x.8,    R14.x.7, R57.x.12
>dc 2  MUL     R14.y.6,    R14.y.5, R57.x.12
>dc 2  MUL     R14.z.6,    R14.z.5, R57.x.12
>dc 1  (copy) MOV     t21,    R15.x.8
>dc 1  (copy) MOV     t22,    R15.y.6
>dc 1  (copy) MOV     t23,    R15.z.6
>dc 6  DOT4     R14.x.9, __, __, __,       t21, t21, t22, t22, t23, t23, 0|00000000, 0|00000000
>dc 1  RECIPSQRT_CLAMPED     R57.x.13,    |R14.x.9|
>dc 2  MUL     R14.x.11,    R15.x.8, R57.x.13
>dc 2  MUL     R14.y.7,    R15.y.6, R57.x.13
>dc 2  MUL     R14.z.7,    R15.z.6, R57.x.13
>dc 1  (copy) MOV     t17,    R16.x.10
>dc 1  (copy) MOV     t18,    R16.y.10
>dc 1  (copy) MOV     t19,    R16.z.10
>dc 1  (copy) MOV     t20,    R16.w.8
>dc 4  EXPORT  POS   60     t17, t18, t19, t20
>dc 1  (copy) MOV     t13,    R12.x.5
>dc 1  (copy) MOV     t14,    R12.y.5
>dc 1  (copy) MOV     t15,    R12.z.5
>dc 1  (copy) MOV     t16,    R12.w.4
>dc 4  EXPORT  PARAM 0     t13, t14, t15, t16
>dc 1  (copy) MOV     t9,    R4.x.1
>dc 1  (copy) MOV     t10,    R4.y.1
>dc 1  (copy) MOV     t11,    R13.x.6
>dc 1  (copy) MOV     t12,    R13.y.4
>dc 4  EXPORT  PARAM 1     t9, t10, t11, t12
>dc 1  (copy) MOV     t5,    R13.z.4
>dc 1  (copy) MOV     t6,    R14.x.8
>dc 1  (copy) MOV     t7,    R14.y.6
>dc 1  (copy) MOV     t8,    R14.z.6
>dc 4  EXPORT  PARAM 2     t5, t6, t7, t8
>dc 1  (copy) MOV     t1,    R14.x.11
>dc 1  (copy) MOV     t2,    R14.y.7
>dc 1  (copy) MOV     t3,    R14.z.7
>dc 1  (copy) MOV     t4,    R5.w.1
>dc 4  EXPORT  PARAM 3     t1, t2, t3, t4
>pending : CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w
>  ready: CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w
>pending : (copy) MOV     R1.x.1,    t137F@R1.x
>pending : (copy) MOV     R1.y.1,    t138F@R1.y
>pending : (copy) MOV     R1.z.1,    t139F@R1.z
>pending : (copy) MOV     R2.x.1,    t140F@R2.x
>pending : (copy) MOV     R2.y.1,    t141F@R2.y
>pending : (copy) MOV     R2.z.1,    t142F@R2.z
>pending : (copy) MOV     R3.x.1,    t143F@R3.x
>pending : (copy) MOV     R3.y.1,    t144F@R3.y
>pending : (copy) MOV     R3.z.1,    t145F@R3.z
>pending : (copy) MOV     R3.w.1,    t146F@R3.w
>pending : (copy) MOV     R4.x.1,    t147F@R4.x
>pending : (copy) MOV     R4.y.1,    t148F@R4.y
>pending : (copy) MOV     R5.x.1,    t149F@R5.x
>pending : (copy) MOV     R5.y.1,    t150F@R5.y
>pending : (copy) MOV     R5.z.1,    t151F@R5.z
>pending : (copy) MOV     R5.w.1,    t152F@R5.w
>pending : (copy) MOV     R6.x.1,    t153F@R6.x
>pending : (copy) MOV     R6.y.1,    t154F@R6.y
>pending : (copy) MOV     R6.z.1,    t155F@R6.z
>pending : ADD     R21.x.1,    -R6.x.1, 1|3f800000
>pending : ADD     R21.x.2,    R21.x.1, -R6.y.1
>pending : ADD     R21.x.3,    R21.x.2, -R6.z.1
>pending : (copy) MOV     t71,    0|00000000
>  ready: (copy) MOV     t71,    0|00000000
>pending : (copy) MOV     t72,    0|00000000
>  ready: (copy) MOV     t72,    0|00000000
>pending : (copy) MOV     t73,    0|00000000
>  ready: (copy) MOV     t73,    0|00000000
>pending : (copy) MOV     t74,    0|00000000
>  ready: (copy) MOV     t74,    0|00000000
>pending : (copy) MOV     t75,    0|00000000
>  ready: (copy) MOV     t75,    0|00000000
>pending : (copy) MOV     t76,    0|00000000
>  ready: (copy) MOV     t76,    0|00000000
>pending : (copy) MOV     t77,    0|00000000
>  ready: (copy) MOV     t77,    0|00000000
>pending : (copy) MOV     t78,    0|00000000
>  ready: (copy) MOV     t78,    0|00000000
>pending : (copy) MOV     t79,    0|00000000
>  ready: (copy) MOV     t79,    0|00000000
>pending : (copy) MOV     t80,    0|00000000
>  ready: (copy) MOV     t80,    0|00000000
>pending : (copy) MOV     t81,    0|00000000
>  ready: (copy) MOV     t81,    0|00000000
>pending : (copy) MOV     t82,    0|00000000
>  ready: (copy) MOV     t82,    0|00000000
>pending : (copy) MOV     t83,    0|00000000
>  ready: (copy) MOV     t83,    0|00000000
>pending : (copy) MOV     t84,    0|00000000
>  ready: (copy) MOV     t84,    0|00000000
>pending : (copy) MOV     R50.x.1,    t70
>pending : (copy) MOV     R48.x.1,    t69
>pending : (copy) MOV     R46.x.1,    t68
>pending : (copy) MOV     R33.x.1,    t67
>pending : (copy) MOV     R24.x.1,    t66
>pending : (copy) MOV     R21.x.5,    t65
>pending : (copy) MOV     R19.z.2,    t64
>pending : (copy) MOV     R19.y.2,    t63
>pending : (copy) MOV     R19.x.2,    t62
>pending : (copy) MOV     R18.z.2,    t61
>pending : (copy) MOV     R18.y.2,    t60
>pending : (copy) MOV     R18.x.2,    t59
>pending : (copy) MOV     R17.z.2,    t58
>pending : (copy) MOV     R17.y.2,    t57
>pending : (copy) MOV     R17.x.2,    t56
>pending : (copy) MOV     R16.w.2,    t55
>pending : (copy) MOV     R16.z.2,    t54
>pending : (copy) MOV     R16.y.2,    t53
>pending : (copy) MOV     R16.x.2,    t52
>pending : PRED_SETGE_INT     __, __, EM.2,    R21.x.5, 5.60519e-45|00000004
>pending : (copy) MOV     t124,    R16.x.2
>pending : (copy) MOV     t125,    R16.y.2
>pending : (copy) MOV     t126,    R16.z.2
>pending : (copy) MOV     t127,    R16.w.2
>pending : (copy) MOV     t128,    R17.x.2
>pending : (copy) MOV     t129,    R17.y.2
>pending : (copy) MOV     t130,    R17.z.2
>pending : (copy) MOV     t131,    R18.x.2
>pending : (copy) MOV     t132,    R18.y.2
>pending : (copy) MOV     t133,    R18.z.2
>pending : (copy) MOV     t134,    R19.x.2
>pending : (copy) MOV     t135,    R19.y.2
>pending : (copy) MOV     t136,    R19.z.2
>pending : SETE_INT     R23.y.2,    R21.x.5, 1.4013e-45|00000001
>pending : SETE_INT     R23.z.2,    R21.x.5, 2.8026e-45|00000002
>pending : SETE_INT     R23.w.2,    R21.x.5, 4.2039e-45|00000003
>pending : CNDE_INT     R24.x.2,    R21.x.5, R5.x.1, R24.x.1
>pending : CNDE_INT     R24.x.3,    R23.y.2, R24.x.2, R5.y.1
>pending : CNDE_INT     R24.x.4,    R23.z.2, R24.x.3, R5.z.1
>pending : CNDE_INT     R24.x.5,    R23.w.2, R24.x.4, R5.w.1
>pending : TRUNC     R57.x.3,    R24.x.5
>pending : FLT_TO_INT     R25.x.2,    R57.x.3
>pending : MULLO_UINT     R26.x.2,    5.60519e-45|00000004, R25.x.2
>pending : ADD_INT     R58.x.2,    R26.x.2, 3.78351e-44|0000001b
>pending : (copy) MOV     t119,    R58.x.2
>pending : VFETCH     t120, t121, t122, t123,       t119, __, __, __
>pending : (copy) MOV     R58.x.3,    t120
>pending : (copy) MOV     R58.y.2,    t121
>pending : (copy) MOV     R58.z.2,    t122
>pending : (copy) MOV     R58.w.2,    t123
>pending : ADD_INT     R28.x.2,    R26.x.2, 1.4013e-45|00000001
>pending : ADD_INT     R58.x.4,    R26.x.2, 3.92364e-44|0000001c
>pending : (copy) MOV     t114,    R58.x.4
>pending : VFETCH     t115, t116, t117, t118,       t114, __, __, __
>pending : (copy) MOV     R58.x.5,    t115
>pending : (copy) MOV     R58.y.3,    t116
>pending : (copy) MOV     R58.z.3,    t117
>pending : (copy) MOV     R58.w.3,    t118
>pending : ADD_INT     R30.x.2,    R26.x.2, 2.8026e-45|00000002
>pending : ADD_INT     R58.x.7,    R26.x.2, 4.06377e-44|0000001d
>pending : (copy) MOV     t109,    R58.x.7
>pending : VFETCH     t110, t111, t112, t113,       t109, __, __, __
>pending : (copy) MOV     R58.x.8,    t110
>pending : (copy) MOV     R58.y.5,    t111
>pending : (copy) MOV     R58.z.5,    t112
>pending : (copy) MOV     R58.w.5,    t113
>pending : CNDE_INT     R33.x.2,    R21.x.5, R6.x.1, R33.x.1
>pending : CNDE_INT     R33.x.3,    R23.y.2, R33.x.2, R6.y.1
>pending : CNDE_INT     R33.x.4,    R23.z.2, R33.x.3, R6.z.1
>pending : CNDE_INT     R33.x.5,    R23.w.2, R33.x.4, R21.x.3
>pending : ADD_INT     R34.x.2,    R26.x.2, 4.2039e-45|00000003
>pending : MUL     R35.y.2,    R58.y.2, R1.x.1
>pending : MUL     R35.z.2,    R58.z.2, R1.x.1
>pending : MUL     R35.w.2,    R58.w.2, R1.x.1
>pending : MUL     R35.x.2,    R58.x.3, R1.x.1
>pending : MULADD     R36.x.2,    R58.x.5, R1.y.1, R35.x.2
>pending : MULADD     R36.y.2,    R58.y.3, R1.y.1, R35.y.2
>pending : MULADD     R36.z.2,    R58.z.3, R1.y.1, R35.z.2
>pending : MULADD     R36.w.2,    R58.w.3, R1.y.1, R35.w.2
>pending : MULADD     R37.x.2,    R58.x.8, R1.z.1, R36.x.2
>pending : MULADD     R37.y.2,    R58.y.5, R1.z.1, R36.y.2
>pending : MULADD     R37.z.2,    R58.z.5, R1.z.1, R36.z.2
>pending : MULADD     R37.w.2,    R58.w.5, R1.z.1, R36.w.2
>pending : ADD_INT     R58.x.10,    R26.x.2, 4.2039e-44|0000001e
>pending : (copy) MOV     t104,    R58.x.10
>pending : VFETCH     t105, t106, t107, t108,       t104, __, __, __
>pending : (copy) MOV     R58.x.11,    t105
>pending : (copy) MOV     R58.y.7,    t106
>pending : (copy) MOV     R58.z.7,    t107
>pending : (copy) MOV     R58.w.7,    t108
>pending : MULADD     R38.x.2,    R58.x.11, 1|3f800000, R37.x.2
>pending : MULADD     R38.y.2,    R58.y.7, 1|3f800000, R37.y.2
>pending : MULADD     R38.z.2,    R58.z.7, 1|3f800000, R37.z.2
>pending : MULADD     R38.w.2,    R58.w.7, 1|3f800000, R37.w.2
>pending : MULADD     R16.x.3,    R38.x.2, R33.x.5, R16.x.2
>pending : MULADD     R16.y.3,    R38.y.2, R33.x.5, R16.y.2
>pending : MULADD     R16.z.3,    R38.z.2, R33.x.5, R16.z.2
>pending : MULADD     R16.w.3,    R38.w.2, R33.x.5, R16.w.2
>pending : MUL     R39.x.2,    R58.x.3, R2.x.1
>pending : MUL     R39.y.2,    R58.y.2, R2.x.1
>pending : MUL     R39.z.2,    R58.z.2, R2.x.1
>pending : MULADD     R40.x.2,    R58.x.5, R2.y.1, R39.x.2
>pending : MULADD     R40.y.2,    R58.y.3, R2.y.1, R39.y.2
>pending : MULADD     R40.z.2,    R58.z.3, R2.y.1, R39.z.2
>pending : MULADD     R41.x.2,    R58.x.8, R2.z.1, R40.x.2
>pending : MULADD     R41.y.2,    R58.y.5, R2.z.1, R40.y.2
>pending : MULADD     R41.z.2,    R58.z.5, R2.z.1, R40.z.2
>pending : MUL     R42.x.2,    R58.x.3, R3.x.1
>pending : MUL     R42.y.2,    R58.y.2, R3.x.1
>pending : MUL     R42.z.2,    R58.z.2, R3.x.1
>pending : MULADD     R43.x.2,    R58.x.5, R3.y.1, R42.x.2
>pending : MULADD     R43.y.2,    R58.y.3, R3.y.1, R42.y.2
>pending : MULADD     R43.z.2,    R58.z.3, R3.y.1, R42.z.2
>pending : MULADD     R44.x.2,    R58.x.8, R3.z.1, R43.x.2
>pending : MULADD     R44.y.2,    R58.y.5, R3.z.1, R43.y.2
>pending : MULADD     R44.z.2,    R58.z.5, R3.z.1, R43.z.2
>pending : CNDE_INT     R46.x.2,    R21.x.5, R6.x.1, R46.x.1
>pending : CNDE_INT     R46.x.3,    R23.y.2, R46.x.2, R6.y.1
>pending : CNDE_INT     R46.x.4,    R23.z.2, R46.x.3, R6.z.1
>pending : CNDE_INT     R46.x.5,    R23.w.2, R46.x.4, R21.x.3
>pending : MULADD     R17.x.3,    R41.x.2, R46.x.5, R17.x.2
>pending : MULADD     R17.y.3,    R41.y.2, R46.x.5, R17.y.2
>pending : MULADD     R17.z.3,    R41.z.2, R46.x.5, R17.z.2
>pending : CNDE_INT     R48.x.2,    R21.x.5, R6.x.1, R48.x.1
>pending : CNDE_INT     R48.x.3,    R23.y.2, R48.x.2, R6.y.1
>pending : CNDE_INT     R48.x.4,    R23.z.2, R48.x.3, R6.z.1
>pending : CNDE_INT     R48.x.5,    R23.w.2, R48.x.4, R21.x.3
>pending : MULADD     R18.x.3,    R44.x.2, R48.x.5, R18.x.2
>pending : MULADD     R18.y.3,    R44.y.2, R48.x.5, R18.y.2
>pending : MULADD     R18.z.3,    R44.z.2, R48.x.5, R18.z.2
>pending : CNDE_INT     R50.x.2,    R21.x.5, R6.x.1, R50.x.1
>pending : CNDE_INT     R50.x.3,    R23.y.2, R50.x.2, R6.y.1
>pending : CNDE_INT     R50.x.4,    R23.z.2, R50.x.3, R6.z.1
>pending : CNDE_INT     R50.x.5,    R23.w.2, R50.x.4, R21.x.3
>pending : MUL     R51.y.2,    R41.x.2, R44.z.2
>pending : MUL     R51.z.2,    R41.y.2, R44.x.2
>pending : MUL     R51.x.2,    R41.z.2, R44.y.2
>pending : MULADD     R52.x.2,    R41.y.2, R44.z.2, -R51.x.2
>pending : MULADD     R52.y.2,    R41.z.2, R44.x.2, -R51.y.2
>pending : MULADD     R52.z.2,    R41.x.2, R44.y.2, -R51.z.2
>pending : MUL     R53.x.2,    R52.x.2, R3.w.1
>pending : MUL     R53.y.2,    R52.y.2, R3.w.1
>pending : MUL     R53.z.2,    R52.z.2, R3.w.1
>pending : MULADD     R19.x.3,    R53.x.2, R50.x.5, R19.x.2
>pending : MULADD     R19.y.3,    R53.y.2, R50.x.5, R19.y.2
>pending : MULADD     R19.z.3,    R53.z.2, R50.x.5, R19.z.2
>pending : ADD_INT     R21.x.6,    R21.x.5, 1.4013e-45|00000001
>pending : (copy) MOV     t85,    R16.x.3
>pending : (copy) MOV     t86,    R16.y.3
>pending : (copy) MOV     t87,    R16.z.3
>pending : (copy) MOV     t88,    R16.w.3
>pending : (copy) MOV     t89,    R17.x.3
>pending : (copy) MOV     t90,    R17.y.3
>pending : (copy) MOV     t91,    R17.z.3
>pending : (copy) MOV     t92,    R18.x.3
>pending : (copy) MOV     t93,    R18.y.3
>pending : (copy) MOV     t94,    R18.z.3
>pending : (copy) MOV     t95,    R19.x.3
>pending : (copy) MOV     t96,    R19.y.3
>pending : (copy) MOV     t97,    R19.z.3
>pending : (copy) MOV     t98,    R21.x.6
>pending : (copy) MOV     t99,    R24.x.5
>pending : (copy) MOV     t100,    R33.x.5
>pending : (copy) MOV     t101,    R46.x.5
>pending : (copy) MOV     t102,    R48.x.5
>pending : (copy) MOV     t103,    R50.x.5
>pending : (copy) MOV     R19.z.4,    t51
>pending : (copy) MOV     R19.y.4,    t50
>pending : (copy) MOV     R19.x.4,    t49
>pending : (copy) MOV     R18.z.4,    t48
>pending : (copy) MOV     R18.y.4,    t47
>pending : (copy) MOV     R18.x.4,    t46
>pending : (copy) MOV     R17.z.4,    t45
>pending : (copy) MOV     R17.y.4,    t44
>pending : (copy) MOV     R17.x.4,    t43
>pending : (copy) MOV     R16.w.4,    t42
>pending : (copy) MOV     R16.z.4,    t41
>pending : (copy) MOV     R16.y.4,    t40
>pending : (copy) MOV     R16.x.4,    t39
>pending : MUL     R12.x.2,    C23.x, R16.x.4
>pending : MUL     R12.y.2,    C23.y, R16.x.4
>pending : MUL     R12.z.2,    C23.z, R16.x.4
>pending : MUL     R12.w.1,    C23.w, R16.x.4
>pending : MULADD     R12.x.3,    C24.x, R16.y.4, R12.x.2
>pending : MULADD     R12.y.3,    C24.y, R16.y.4, R12.y.2
>pending : MULADD     R12.z.3,    C24.z, R16.y.4, R12.z.2
>pending : MULADD     R12.w.2,    C24.w, R16.y.4, R12.w.1
>pending : MULADD     R12.x.4,    C25.x, R16.z.4, R12.x.3
>pending : MULADD     R12.y.4,    C25.y, R16.z.4, R12.y.3
>pending : MULADD     R12.z.4,    C25.z, R16.z.4, R12.z.3
>pending : MULADD     R12.w.3,    C25.w, R16.z.4, R12.w.2
>pending : MULADD     R12.x.5,    C26.x, R16.w.4, R12.x.4
>pending : MULADD     R12.y.5,    C26.y, R16.w.4, R12.y.4
>pending : MULADD     R12.z.5,    C26.z, R16.w.4, R12.z.4
>pending : MULADD     R12.w.4,    C26.w, R16.w.4, R12.w.3
>pending : (copy) MOV     t36,    R17.x.4
>pending : (copy) MOV     t37,    R17.y.4
>pending : (copy) MOV     t38,    R17.z.4
>pending : DOT4     R13.x.2, __, __, __,       t36, t36, t37, t37, t38, t38, 0|00000000, 0|00000000
>pending : RECIPSQRT_CLAMPED     R57.x.8,    |R13.x.2|
>pending : MUL     R13.x.4,    R17.x.4, R57.x.8
>pending : MUL     R13.y.2,    R17.y.4, R57.x.8
>pending : MUL     R13.z.2,    R17.z.4, R57.x.8
>pending : MUL     R14.x.2,    C23.x, R13.x.4
>pending : MUL     R14.y.2,    C23.y, R13.x.4
>pending : MUL     R14.z.2,    C23.z, R13.x.4
>pending : MULADD     R14.x.3,    C24.x, R13.y.2, R14.x.2
>pending : MULADD     R14.y.3,    C24.y, R13.y.2, R14.y.2
>pending : MULADD     R14.z.3,    C24.z, R13.y.2, R14.z.2
>pending : MULADD     R13.x.5,    C25.x, R13.z.2, R14.x.3
>pending : MULADD     R13.y.3,    C25.y, R13.z.2, R14.y.3
>pending : MULADD     R13.z.3,    C25.z, R13.z.2, R14.z.3
>pending : (copy) MOV     t33,    R18.x.4
>pending : (copy) MOV     t34,    R18.y.4
>pending : (copy) MOV     t35,    R18.z.4
>pending : DOT4     R14.x.4, __, __, __,       t33, t33, t34, t34, t35, t35, 0|00000000, 0|00000000
>pending : RECIPSQRT_CLAMPED     R57.x.9,    |R14.x.4|
>pending : MUL     R14.x.6,    R18.x.4, R57.x.9
>pending : MUL     R14.y.4,    R18.y.4, R57.x.9
>pending : MUL     R14.z.4,    R18.z.4, R57.x.9
>pending : MUL     R15.x.3,    C23.x, R14.x.6
>pending : MUL     R15.y.3,    C23.y, R14.x.6
>pending : MUL     R15.z.3,    C23.z, R14.x.6
>pending : MULADD     R15.x.4,    C24.x, R14.y.4, R15.x.3
>pending : MULADD     R15.y.4,    C24.y, R14.y.4, R15.y.3
>pending : MULADD     R15.z.4,    C24.z, R14.y.4, R15.z.3
>pending : MULADD     R14.x.7,    C25.x, R14.z.4, R15.x.4
>pending : MULADD     R14.y.5,    C25.y, R14.z.4, R15.y.4
>pending : MULADD     R14.z.5,    C25.z, R14.z.4, R15.z.4
>pending : (copy) MOV     t30,    R19.x.4
>pending : (copy) MOV     t31,    R19.y.4
>pending : (copy) MOV     t32,    R19.z.4
>pending : DOT4     R15.x.5, __, __, __,       t30, t30, t31, t31, t32, t32, 0|00000000, 0|00000000
>pending : RECIPSQRT_CLAMPED     R57.x.10,    |R15.x.5|
>pending : MUL     R15.x.7,    R19.x.4, R57.x.10
>pending : MUL     R15.y.5,    R19.y.4, R57.x.10
>pending : MUL     R15.z.5,    R19.z.4, R57.x.10
>pending : MUL     R16.x.5,    C23.x, R15.x.7
>pending : MUL     R16.y.5,    C23.y, R15.x.7
>pending : MUL     R16.z.5,    C23.z, R15.x.7
>pending : MULADD     R16.x.6,    C24.x, R15.y.5, R16.x.5
>pending : MULADD     R16.y.6,    C24.y, R15.y.5, R16.y.5
>pending : MULADD     R16.z.6,    C24.z, R15.y.5, R16.z.5
>pending : MULADD     R15.x.8,    C25.x, R15.z.5, R16.x.6
>pending : MULADD     R15.y.6,    C25.y, R15.z.5, R16.y.6
>pending : MULADD     R15.z.6,    C25.z, R15.z.5, R16.z.6
>pending : MUL     R16.x.7,    C0.x, R12.x.5
>pending : MUL     R16.y.7,    C0.y, R12.x.5
>pending : MUL     R16.z.7,    C0.z, R12.x.5
>pending : MUL     R16.w.5,    C0.w, R12.x.5
>pending : MULADD     R16.x.8,    C1.x, R12.y.5, R16.x.7
>pending : MULADD     R16.y.8,    C1.y, R12.y.5, R16.y.7
>pending : MULADD     R16.z.8,    C1.z, R12.y.5, R16.z.7
>pending : MULADD     R16.w.6,    C1.w, R12.y.5, R16.w.5
>pending : MULADD     R16.x.9,    C2.x, R12.z.5, R16.x.8
>pending : MULADD     R16.y.9,    C2.y, R12.z.5, R16.y.8
>pending : MULADD     R16.z.9,    C2.z, R12.z.5, R16.z.8
>pending : MULADD     R16.w.7,    C2.w, R12.z.5, R16.w.6
>pending : MULADD     R16.x.10,    C3.x, R12.w.4, R16.x.9
>pending : MULADD     R16.y.10,    C3.y, R12.w.4, R16.y.9
>pending : MULADD     R16.z.10,    C3.z, R12.w.4, R16.z.9
>pending : MULADD     R16.w.8,    C3.w, R12.w.4, R16.w.7
>pending : (copy) MOV     t27,    R13.x.5
>pending : (copy) MOV     t28,    R13.y.3
>pending : (copy) MOV     t29,    R13.z.3
>pending : DOT4     R17.x.5, __, __, __,       t27, t27, t28, t28, t29, t29, 0|00000000, 0|00000000
>pending : RECIPSQRT_CLAMPED     R57.x.11,    |R17.x.5|
>pending : MUL     R13.x.6,    R13.x.5, R57.x.11
>pending : MUL     R13.y.4,    R13.y.3, R57.x.11
>pending : MUL     R13.z.4,    R13.z.3, R57.x.11
>pending : (copy) MOV     t24,    R14.x.7
>pending : (copy) MOV     t25,    R14.y.5
>pending : (copy) MOV     t26,    R14.z.5
>pending : DOT4     R18.x.5, __, __, __,       t24, t24, t25, t25, t26, t26, 0|00000000, 0|00000000
>pending : RECIPSQRT_CLAMPED     R57.x.12,    |R18.x.5|
>pending : MUL     R14.x.8,    R14.x.7, R57.x.12
>pending : MUL     R14.y.6,    R14.y.5, R57.x.12
>pending : MUL     R14.z.6,    R14.z.5, R57.x.12
>pending : (copy) MOV     t21,    R15.x.8
>pending : (copy) MOV     t22,    R15.y.6
>pending : (copy) MOV     t23,    R15.z.6
>pending : DOT4     R14.x.9, __, __, __,       t21, t21, t22, t22, t23, t23, 0|00000000, 0|00000000
>pending : RECIPSQRT_CLAMPED     R57.x.13,    |R14.x.9|
>pending : MUL     R14.x.11,    R15.x.8, R57.x.13
>pending : MUL     R14.y.7,    R15.y.6, R57.x.13
>pending : MUL     R14.z.7,    R15.z.6, R57.x.13
>pending : (copy) MOV     t17,    R16.x.10
>pending : (copy) MOV     t18,    R16.y.10
>pending : (copy) MOV     t19,    R16.z.10
>pending : (copy) MOV     t20,    R16.w.8
>pending : EXPORT  POS   60     t17, t18, t19, t20
>pending : (copy) MOV     t13,    R12.x.5
>pending : (copy) MOV     t14,    R12.y.5
>pending : (copy) MOV     t15,    R12.z.5
>pending : (copy) MOV     t16,    R12.w.4
>pending : EXPORT  PARAM 0     t13, t14, t15, t16
>pending : (copy) MOV     t9,    R4.x.1
>pending : (copy) MOV     t10,    R4.y.1
>pending : (copy) MOV     t11,    R13.x.6
>pending : (copy) MOV     t12,    R13.y.4
>pending : EXPORT  PARAM 1     t9, t10, t11, t12
>pending : (copy) MOV     t5,    R13.z.4
>pending : (copy) MOV     t6,    R14.x.8
>pending : (copy) MOV     t7,    R14.y.6
>pending : (copy) MOV     t8,    R14.z.6
>pending : EXPORT  PARAM 2     t5, t6, t7, t8
>pending : (copy) MOV     t1,    R14.x.11
>pending : (copy) MOV     t2,    R14.y.7
>pending : (copy) MOV     t3,    R14.z.7
>pending : (copy) MOV     t4,    R5.w.1
>pending : EXPORT  PARAM 3     t1, t2, t3, t4
>td scheduling BB_0
>scheduling : CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w
>td checking uses: t137F@R1.x
>td    used in (copy) MOV     R1.x.1,    t137F@R1.x
>td        released : (copy) MOV     R1.x.1,    t137F@R1.x
>td checking uses: t138F@R1.y
>td    used in (copy) MOV     R1.y.1,    t138F@R1.y
>td        released : (copy) MOV     R1.y.1,    t138F@R1.y
>td checking uses: t139F@R1.z
>td    used in (copy) MOV     R1.z.1,    t139F@R1.z
>td        released : (copy) MOV     R1.z.1,    t139F@R1.z
>td checking uses: t140F@R2.x
>td    used in (copy) MOV     R2.x.1,    t140F@R2.x
>td        released : (copy) MOV     R2.x.1,    t140F@R2.x
>td checking uses: t141F@R2.y
>td    used in (copy) MOV     R2.y.1,    t141F@R2.y
>td        released : (copy) MOV     R2.y.1,    t141F@R2.y
>td checking uses: t142F@R2.z
>td    used in (copy) MOV     R2.z.1,    t142F@R2.z
>td        released : (copy) MOV     R2.z.1,    t142F@R2.z
>td checking uses: t143F@R3.x
>td    used in (copy) MOV     R3.x.1,    t143F@R3.x
>td        released : (copy) MOV     R3.x.1,    t143F@R3.x
>td checking uses: t144F@R3.y
>td    used in (copy) MOV     R3.y.1,    t144F@R3.y
>td        released : (copy) MOV     R3.y.1,    t144F@R3.y
>td checking uses: t145F@R3.z
>td    used in (copy) MOV     R3.z.1,    t145F@R3.z
>td        released : (copy) MOV     R3.z.1,    t145F@R3.z
>td checking uses: t146F@R3.w
>td    used in (copy) MOV     R3.w.1,    t146F@R3.w
>td        released : (copy) MOV     R3.w.1,    t146F@R3.w
>td checking uses: t147F@R4.x
>td    used in (copy) MOV     R4.x.1,    t147F@R4.x
>td        released : (copy) MOV     R4.x.1,    t147F@R4.x
>td checking uses: t148F@R4.y
>td    used in (copy) MOV     R4.y.1,    t148F@R4.y
>td        released : (copy) MOV     R4.y.1,    t148F@R4.y
>td checking uses: t149F@R5.x
>td    used in (copy) MOV     R5.x.1,    t149F@R5.x
>td        released : (copy) MOV     R5.x.1,    t149F@R5.x
>td checking uses: t150F@R5.y
>td    used in (copy) MOV     R5.y.1,    t150F@R5.y
>td        released : (copy) MOV     R5.y.1,    t150F@R5.y
>td checking uses: t151F@R5.z
>td    used in (copy) MOV     R5.z.1,    t151F@R5.z
>td        released : (copy) MOV     R5.z.1,    t151F@R5.z
>td checking uses: t152F@R5.w
>td    used in (copy) MOV     R5.w.1,    t152F@R5.w
>td        released : (copy) MOV     R5.w.1,    t152F@R5.w
>td checking uses: t153F@R6.x
>td    used in (copy) MOV     R6.x.1,    t153F@R6.x
>td        released : (copy) MOV     R6.x.1,    t153F@R6.x
>td checking uses: t154F@R6.y
>td    used in (copy) MOV     R6.y.1,    t154F@R6.y
>td        released : (copy) MOV     R6.y.1,    t154F@R6.y
>td checking uses: t155F@R6.z
>td    used in (copy) MOV     R6.z.1,    t155F@R6.z
>td        released : (copy) MOV     R6.z.1,    t155F@R6.z
>scheduling : (copy) MOV     t71,    0|00000000
>td checking uses: t71
>scheduling : (copy) MOV     t72,    0|00000000
>td checking uses: t72
>scheduling : (copy) MOV     t73,    0|00000000
>td checking uses: t73
>scheduling : (copy) MOV     t74,    0|00000000
>td checking uses: t74
>scheduling : (copy) MOV     t75,    0|00000000
>td checking uses: t75
>scheduling : (copy) MOV     t76,    0|00000000
>td checking uses: t76
>scheduling : (copy) MOV     t77,    0|00000000
>td checking uses: t77
>scheduling : (copy) MOV     t78,    0|00000000
>td checking uses: t78
>scheduling : (copy) MOV     t79,    0|00000000
>td checking uses: t79
>scheduling : (copy) MOV     t80,    0|00000000
>td checking uses: t80
>scheduling : (copy) MOV     t81,    0|00000000
>td checking uses: t81
>scheduling : (copy) MOV     t82,    0|00000000
>td checking uses: t82
>scheduling : (copy) MOV     t83,    0|00000000
>td checking uses: t83
>scheduling : (copy) MOV     t84,    0|00000000
>td checking uses: t84
>scheduling : (copy) MOV     R1.x.1,    t137F@R1.x
>td checking uses: R1.x.1
>td    used in MUL     R35.x.2,    R58.x.3, R1.x.1
>td    used in MUL     R35.w.2,    R58.w.2, R1.x.1
>td    used in MUL     R35.z.2,    R58.z.2, R1.x.1
>td    used in MUL     R35.y.2,    R58.y.2, R1.x.1
>scheduling : (copy) MOV     R1.y.1,    t138F@R1.y
>td checking uses: R1.y.1
>td    used in MULADD     R36.w.2,    R58.w.3, R1.y.1, R35.w.2
>td    used in MULADD     R36.z.2,    R58.z.3, R1.y.1, R35.z.2
>td    used in MULADD     R36.y.2,    R58.y.3, R1.y.1, R35.y.2
>td    used in MULADD     R36.x.2,    R58.x.5, R1.y.1, R35.x.2
>scheduling : (copy) MOV     R1.z.1,    t139F@R1.z
>td checking uses: R1.z.1
>td    used in MULADD     R37.w.2,    R58.w.5, R1.z.1, R36.w.2
>td    used in MULADD     R37.z.2,    R58.z.5, R1.z.1, R36.z.2
>td    used in MULADD     R37.y.2,    R58.y.5, R1.z.1, R36.y.2
>td    used in MULADD     R37.x.2,    R58.x.8, R1.z.1, R36.x.2
>scheduling : (copy) MOV     R2.x.1,    t140F@R2.x
>td checking uses: R2.x.1
>td    used in MUL     R39.z.2,    R58.z.2, R2.x.1
>td    used in MUL     R39.y.2,    R58.y.2, R2.x.1
>td    used in MUL     R39.x.2,    R58.x.3, R2.x.1
>scheduling : (copy) MOV     R2.y.1,    t141F@R2.y
>td checking uses: R2.y.1
>td    used in MULADD     R40.z.2,    R58.z.3, R2.y.1, R39.z.2
>td    used in MULADD     R40.y.2,    R58.y.3, R2.y.1, R39.y.2
>td    used in MULADD     R40.x.2,    R58.x.5, R2.y.1, R39.x.2
>scheduling : (copy) MOV     R2.z.1,    t142F@R2.z
>td checking uses: R2.z.1
>td    used in MULADD     R41.z.2,    R58.z.5, R2.z.1, R40.z.2
>td    used in MULADD     R41.y.2,    R58.y.5, R2.z.1, R40.y.2
>td    used in MULADD     R41.x.2,    R58.x.8, R2.z.1, R40.x.2
>scheduling : (copy) MOV     R3.x.1,    t143F@R3.x
>td checking uses: R3.x.1
>td    used in MUL     R42.z.2,    R58.z.2, R3.x.1
>td    used in MUL     R42.y.2,    R58.y.2, R3.x.1
>td    used in MUL     R42.x.2,    R58.x.3, R3.x.1
>scheduling : (copy) MOV     R3.y.1,    t144F@R3.y
>td checking uses: R3.y.1
>td    used in MULADD     R43.z.2,    R58.z.3, R3.y.1, R42.z.2
>td    used in MULADD     R43.y.2,    R58.y.3, R3.y.1, R42.y.2
>td    used in MULADD     R43.x.2,    R58.x.5, R3.y.1, R42.x.2
>scheduling : (copy) MOV     R3.z.1,    t145F@R3.z
>td checking uses: R3.z.1
>td    used in MULADD     R44.z.2,    R58.z.5, R3.z.1, R43.z.2
>td    used in MULADD     R44.y.2,    R58.y.5, R3.z.1, R43.y.2
>td    used in MULADD     R44.x.2,    R58.x.8, R3.z.1, R43.x.2
>scheduling : (copy) MOV     R3.w.1,    t146F@R3.w
>td checking uses: R3.w.1
>td    used in MUL     R53.z.2,    R52.z.2, R3.w.1
>td    used in MUL     R53.y.2,    R52.y.2, R3.w.1
>td    used in MUL     R53.x.2,    R52.x.2, R3.w.1
>scheduling : (copy) MOV     R4.x.1,    t147F@R4.x
>td checking uses: R4.x.1
>td    used in (copy) MOV     t9,    R4.x.1
>td        released : (copy) MOV     t9,    R4.x.1
>scheduling : (copy) MOV     R4.y.1,    t148F@R4.y
>td checking uses: R4.y.1
>td    used in (copy) MOV     t10,    R4.y.1
>td        released : (copy) MOV     t10,    R4.y.1
>scheduling : (copy) MOV     R5.x.1,    t149F@R5.x
>td checking uses: R5.x.1
>td    used in CNDE_INT     R24.x.2,    R21.x.5, R5.x.1, R24.x.1
>scheduling : (copy) MOV     R5.y.1,    t150F@R5.y
>td checking uses: R5.y.1
>td    used in CNDE_INT     R24.x.3,    R23.y.2, R24.x.2, R5.y.1
>scheduling : (copy) MOV     R5.z.1,    t151F@R5.z
>td checking uses: R5.z.1
>td    used in CNDE_INT     R24.x.4,    R23.z.2, R24.x.3, R5.z.1
>scheduling : (copy) MOV     R5.w.1,    t152F@R5.w
>td checking uses: R5.w.1
>td    used in (copy) MOV     t4,    R5.w.1
>td        released : (copy) MOV     t4,    R5.w.1
>td    used in CNDE_INT     R24.x.5,    R23.w.2, R24.x.4, R5.w.1
>scheduling : (copy) MOV     R6.x.1,    t153F@R6.x
>td checking uses: R6.x.1
>td    used in CNDE_INT     R50.x.2,    R21.x.5, R6.x.1, R50.x.1
>td    used in CNDE_INT     R48.x.2,    R21.x.5, R6.x.1, R48.x.1
>td    used in CNDE_INT     R46.x.2,    R21.x.5, R6.x.1, R46.x.1
>td    used in CNDE_INT     R33.x.2,    R21.x.5, R6.x.1, R33.x.1
>td    used in ADD     R21.x.1,    -R6.x.1, 1|3f800000
>td        released : ADD     R21.x.1,    -R6.x.1, 1|3f800000
>scheduling : (copy) MOV     R6.y.1,    t154F@R6.y
>td checking uses: R6.y.1
>td    used in CNDE_INT     R50.x.3,    R23.y.2, R50.x.2, R6.y.1
>td    used in CNDE_INT     R48.x.3,    R23.y.2, R48.x.2, R6.y.1
>td    used in CNDE_INT     R46.x.3,    R23.y.2, R46.x.2, R6.y.1
>td    used in CNDE_INT     R33.x.3,    R23.y.2, R33.x.2, R6.y.1
>td    used in ADD     R21.x.2,    R21.x.1, -R6.y.1
>scheduling : (copy) MOV     R6.z.1,    t155F@R6.z
>td checking uses: R6.z.1
>td    used in CNDE_INT     R50.x.4,    R23.z.2, R50.x.3, R6.z.1
>td    used in CNDE_INT     R48.x.4,    R23.z.2, R48.x.3, R6.z.1
>td    used in CNDE_INT     R46.x.4,    R23.z.2, R46.x.3, R6.z.1
>td    used in CNDE_INT     R33.x.4,    R23.z.2, R33.x.3, R6.z.1
>td    used in ADD     R21.x.3,    R21.x.2, -R6.z.1
>scheduling : (copy) MOV     t9,    R4.x.1
>td checking uses: t9
>td    used in EXPORT  PARAM 1     t9, t10, t11, t12
>scheduling : (copy) MOV     t10,    R4.y.1
>td checking uses: t10
>td    used in EXPORT  PARAM 1     t9, t10, t11, t12
>scheduling : (copy) MOV     t4,    R5.w.1
>td checking uses: t4
>td    used in EXPORT  PARAM 3     t1, t2, t3, t4
>scheduling : ADD     R21.x.1,    -R6.x.1, 1|3f800000
>td checking uses: R21.x.1
>td    used in ADD     R21.x.2,    R21.x.1, -R6.y.1
>td        released : ADD     R21.x.2,    R21.x.1, -R6.y.1
>scheduling : ADD     R21.x.2,    R21.x.1, -R6.y.1
>td checking uses: R21.x.2
>td    used in ADD     R21.x.3,    R21.x.2, -R6.z.1
>td        released : ADD     R21.x.3,    R21.x.2, -R6.z.1
>scheduling : ADD     R21.x.3,    R21.x.2, -R6.z.1
>td checking uses: R21.x.3
>td    used in CNDE_INT     R50.x.5,    R23.w.2, R50.x.4, R21.x.3
>td    used in CNDE_INT     R48.x.5,    R23.w.2, R48.x.4, R21.x.3
>td    used in CNDE_INT     R46.x.5,    R23.w.2, R46.x.4, R21.x.3
>td    used in CNDE_INT     R33.x.5,    R23.w.2, R33.x.4, R21.x.3
>td checking uses: t52
>td    used in (copy) MOV     R16.x.2,    t52
>td        released : (copy) MOV     R16.x.2,    t52
>td checking uses: t53
>td    used in (copy) MOV     R16.y.2,    t53
>td        released : (copy) MOV     R16.y.2,    t53
>td checking uses: t54
>td    used in (copy) MOV     R16.z.2,    t54
>td        released : (copy) MOV     R16.z.2,    t54
>td checking uses: t55
>td    used in (copy) MOV     R16.w.2,    t55
>td        released : (copy) MOV     R16.w.2,    t55
>td checking uses: t56
>td    used in (copy) MOV     R17.x.2,    t56
>td        released : (copy) MOV     R17.x.2,    t56
>td checking uses: t57
>td    used in (copy) MOV     R17.y.2,    t57
>td        released : (copy) MOV     R17.y.2,    t57
>td checking uses: t58
>td    used in (copy) MOV     R17.z.2,    t58
>td        released : (copy) MOV     R17.z.2,    t58
>td checking uses: t59
>td    used in (copy) MOV     R18.x.2,    t59
>td        released : (copy) MOV     R18.x.2,    t59
>td checking uses: t60
>td    used in (copy) MOV     R18.y.2,    t60
>td        released : (copy) MOV     R18.y.2,    t60
>td checking uses: t61
>td    used in (copy) MOV     R18.z.2,    t61
>td        released : (copy) MOV     R18.z.2,    t61
>td checking uses: t62
>td    used in (copy) MOV     R19.x.2,    t62
>td        released : (copy) MOV     R19.x.2,    t62
>td checking uses: t63
>td    used in (copy) MOV     R19.y.2,    t63
>td        released : (copy) MOV     R19.y.2,    t63
>td checking uses: t64
>td    used in (copy) MOV     R19.z.2,    t64
>td        released : (copy) MOV     R19.z.2,    t64
>td checking uses: t65
>td    used in (copy) MOV     R21.x.5,    t65
>td        released : (copy) MOV     R21.x.5,    t65
>td checking uses: t66
>td    used in (copy) MOV     R24.x.1,    t66
>td        released : (copy) MOV     R24.x.1,    t66
>td checking uses: t67
>td    used in (copy) MOV     R33.x.1,    t67
>td        released : (copy) MOV     R33.x.1,    t67
>td checking uses: t68
>td    used in (copy) MOV     R46.x.1,    t68
>td        released : (copy) MOV     R46.x.1,    t68
>td checking uses: t69
>td    used in (copy) MOV     R48.x.1,    t69
>td        released : (copy) MOV     R48.x.1,    t69
>td checking uses: t70
>td    used in (copy) MOV     R50.x.1,    t70
>td        released : (copy) MOV     R50.x.1,    t70
>td scheduling BB_1
>scheduling : (copy) MOV     R16.x.2,    t52
>td checking uses: R16.x.2
>td    used in MULADD     R16.x.3,    R38.x.2, R33.x.5, R16.x.2
>td    used in (copy) MOV     t124,    R16.x.2
>td        released : (copy) MOV     t124,    R16.x.2
>scheduling : (copy) MOV     R16.y.2,    t53
>td checking uses: R16.y.2
>td    used in MULADD     R16.y.3,    R38.y.2, R33.x.5, R16.y.2
>td    used in (copy) MOV     t125,    R16.y.2
>td        released : (copy) MOV     t125,    R16.y.2
>scheduling : (copy) MOV     R16.z.2,    t54
>td checking uses: R16.z.2
>td    used in MULADD     R16.z.3,    R38.z.2, R33.x.5, R16.z.2
>td    used in (copy) MOV     t126,    R16.z.2
>td        released : (copy) MOV     t126,    R16.z.2
>scheduling : (copy) MOV     R16.w.2,    t55
>td checking uses: R16.w.2
>td    used in MULADD     R16.w.3,    R38.w.2, R33.x.5, R16.w.2
>td    used in (copy) MOV     t127,    R16.w.2
>td        released : (copy) MOV     t127,    R16.w.2
>scheduling : (copy) MOV     R17.x.2,    t56
>td checking uses: R17.x.2
>td    used in MULADD     R17.x.3,    R41.x.2, R46.x.5, R17.x.2
>td    used in (copy) MOV     t128,    R17.x.2
>td        released : (copy) MOV     t128,    R17.x.2
>scheduling : (copy) MOV     R17.y.2,    t57
>td checking uses: R17.y.2
>td    used in MULADD     R17.y.3,    R41.y.2, R46.x.5, R17.y.2
>td    used in (copy) MOV     t129,    R17.y.2
>td        released : (copy) MOV     t129,    R17.y.2
>scheduling : (copy) MOV     R17.z.2,    t58
>td checking uses: R17.z.2
>td    used in MULADD     R17.z.3,    R41.z.2, R46.x.5, R17.z.2
>td    used in (copy) MOV     t130,    R17.z.2
>td        released : (copy) MOV     t130,    R17.z.2
>scheduling : (copy) MOV     R18.x.2,    t59
>td checking uses: R18.x.2
>td    used in MULADD     R18.x.3,    R44.x.2, R48.x.5, R18.x.2
>td    used in (copy) MOV     t131,    R18.x.2
>td        released : (copy) MOV     t131,    R18.x.2
>scheduling : (copy) MOV     R18.y.2,    t60
>td checking uses: R18.y.2
>td    used in MULADD     R18.y.3,    R44.y.2, R48.x.5, R18.y.2
>td    used in (copy) MOV     t132,    R18.y.2
>td        released : (copy) MOV     t132,    R18.y.2
>scheduling : (copy) MOV     R18.z.2,    t61
>td checking uses: R18.z.2
>td    used in MULADD     R18.z.3,    R44.z.2, R48.x.5, R18.z.2
>td    used in (copy) MOV     t133,    R18.z.2
>td        released : (copy) MOV     t133,    R18.z.2
>scheduling : (copy) MOV     R19.x.2,    t62
>td checking uses: R19.x.2
>td    used in MULADD     R19.x.3,    R53.x.2, R50.x.5, R19.x.2
>td    used in (copy) MOV     t134,    R19.x.2
>td        released : (copy) MOV     t134,    R19.x.2
>scheduling : (copy) MOV     R19.y.2,    t63
>td checking uses: R19.y.2
>td    used in MULADD     R19.y.3,    R53.y.2, R50.x.5, R19.y.2
>td    used in (copy) MOV     t135,    R19.y.2
>td        released : (copy) MOV     t135,    R19.y.2
>scheduling : (copy) MOV     R19.z.2,    t64
>td checking uses: R19.z.2
>td    used in MULADD     R19.z.3,    R53.z.2, R50.x.5, R19.z.2
>td    used in (copy) MOV     t136,    R19.z.2
>td        released : (copy) MOV     t136,    R19.z.2
>scheduling : (copy) MOV     R21.x.5,    t65
>td checking uses: R21.x.5
>td    used in ADD_INT     R21.x.6,    R21.x.5, 1.4013e-45|00000001
>td        released : ADD_INT     R21.x.6,    R21.x.5, 1.4013e-45|00000001
>td    used in CNDE_INT     R50.x.2,    R21.x.5, R6.x.1, R50.x.1
>td    used in CNDE_INT     R48.x.2,    R21.x.5, R6.x.1, R48.x.1
>td    used in CNDE_INT     R46.x.2,    R21.x.5, R6.x.1, R46.x.1
>td    used in CNDE_INT     R33.x.2,    R21.x.5, R6.x.1, R33.x.1
>td    used in CNDE_INT     R24.x.2,    R21.x.5, R5.x.1, R24.x.1
>td    used in SETE_INT     R23.w.2,    R21.x.5, 4.2039e-45|00000003
>td        released : SETE_INT     R23.w.2,    R21.x.5, 4.2039e-45|00000003
>td    used in SETE_INT     R23.z.2,    R21.x.5, 2.8026e-45|00000002
>td        released : SETE_INT     R23.z.2,    R21.x.5, 2.8026e-45|00000002
>td    used in SETE_INT     R23.y.2,    R21.x.5, 1.4013e-45|00000001
>td        released : SETE_INT     R23.y.2,    R21.x.5, 1.4013e-45|00000001
>td    used in PRED_SETGE_INT     __, __, EM.2,    R21.x.5, 5.60519e-45|00000004
>td        released : PRED_SETGE_INT     __, __, EM.2,    R21.x.5, 5.60519e-45|00000004
>scheduling : (copy) MOV     R24.x.1,    t66
>td checking uses: R24.x.1
>td    used in CNDE_INT     R24.x.2,    R21.x.5, R5.x.1, R24.x.1
>td        released : CNDE_INT     R24.x.2,    R21.x.5, R5.x.1, R24.x.1
>scheduling : (copy) MOV     R33.x.1,    t67
>td checking uses: R33.x.1
>td    used in CNDE_INT     R33.x.2,    R21.x.5, R6.x.1, R33.x.1
>td        released : CNDE_INT     R33.x.2,    R21.x.5, R6.x.1, R33.x.1
>scheduling : (copy) MOV     R46.x.1,    t68
>td checking uses: R46.x.1
>td    used in CNDE_INT     R46.x.2,    R21.x.5, R6.x.1, R46.x.1
>td        released : CNDE_INT     R46.x.2,    R21.x.5, R6.x.1, R46.x.1
>scheduling : (copy) MOV     R48.x.1,    t69
>td checking uses: R48.x.1
>td    used in CNDE_INT     R48.x.2,    R21.x.5, R6.x.1, R48.x.1
>td        released : CNDE_INT     R48.x.2,    R21.x.5, R6.x.1, R48.x.1
>scheduling : (copy) MOV     R50.x.1,    t70
>td checking uses: R50.x.1
>td    used in CNDE_INT     R50.x.2,    R21.x.5, R6.x.1, R50.x.1
>td        released : CNDE_INT     R50.x.2,    R21.x.5, R6.x.1, R50.x.1
>scheduling : (copy) MOV     t124,    R16.x.2
>td checking uses: t124
>scheduling : (copy) MOV     t125,    R16.y.2
>td checking uses: t125
>scheduling : (copy) MOV     t126,    R16.z.2
>td checking uses: t126
>scheduling : (copy) MOV     t127,    R16.w.2
>td checking uses: t127
>scheduling : (copy) MOV     t128,    R17.x.2
>td checking uses: t128
>scheduling : (copy) MOV     t129,    R17.y.2
>td checking uses: t129
>scheduling : (copy) MOV     t130,    R17.z.2
>td checking uses: t130
>scheduling : (copy) MOV     t131,    R18.x.2
>td checking uses: t131
>scheduling : (copy) MOV     t132,    R18.y.2
>td checking uses: t132
>scheduling : (copy) MOV     t133,    R18.z.2
>td checking uses: t133
>scheduling : (copy) MOV     t134,    R19.x.2
>td checking uses: t134
>scheduling : (copy) MOV     t135,    R19.y.2
>td checking uses: t135
>scheduling : (copy) MOV     t136,    R19.z.2
>td checking uses: t136
>scheduling : ADD_INT     R21.x.6,    R21.x.5, 1.4013e-45|00000001
>td checking uses: R21.x.6
>td    used in (copy) MOV     t98,    R21.x.6
>td        released : (copy) MOV     t98,    R21.x.6
>scheduling : SETE_INT     R23.w.2,    R21.x.5, 4.2039e-45|00000003
>td checking uses: R23.w.2
>td    used in CNDE_INT     R50.x.5,    R23.w.2, R50.x.4, R21.x.3
>td    used in CNDE_INT     R48.x.5,    R23.w.2, R48.x.4, R21.x.3
>td    used in CNDE_INT     R46.x.5,    R23.w.2, R46.x.4, R21.x.3
>td    used in CNDE_INT     R33.x.5,    R23.w.2, R33.x.4, R21.x.3
>td    used in CNDE_INT     R24.x.5,    R23.w.2, R24.x.4, R5.w.1
>scheduling : SETE_INT     R23.z.2,    R21.x.5, 2.8026e-45|00000002
>td checking uses: R23.z.2
>td    used in CNDE_INT     R50.x.4,    R23.z.2, R50.x.3, R6.z.1
>td    used in CNDE_INT     R48.x.4,    R23.z.2, R48.x.3, R6.z.1
>td    used in CNDE_INT     R46.x.4,    R23.z.2, R46.x.3, R6.z.1
>td    used in CNDE_INT     R33.x.4,    R23.z.2, R33.x.3, R6.z.1
>td    used in CNDE_INT     R24.x.4,    R23.z.2, R24.x.3, R5.z.1
>scheduling : SETE_INT     R23.y.2,    R21.x.5, 1.4013e-45|00000001
>td checking uses: R23.y.2
>td    used in CNDE_INT     R50.x.3,    R23.y.2, R50.x.2, R6.y.1
>td    used in CNDE_INT     R48.x.3,    R23.y.2, R48.x.2, R6.y.1
>td    used in CNDE_INT     R46.x.3,    R23.y.2, R46.x.2, R6.y.1
>td    used in CNDE_INT     R33.x.3,    R23.y.2, R33.x.2, R6.y.1
>td    used in CNDE_INT     R24.x.3,    R23.y.2, R24.x.2, R5.y.1
>scheduling : PRED_SETGE_INT     __, __, EM.2,    R21.x.5, 5.60519e-45|00000004
>td checking uses: EM.2
>scheduling : CNDE_INT     R24.x.2,    R21.x.5, R5.x.1, R24.x.1
>td checking uses: R24.x.2
>td    used in CNDE_INT     R24.x.3,    R23.y.2, R24.x.2, R5.y.1
>td        released : CNDE_INT     R24.x.3,    R23.y.2, R24.x.2, R5.y.1
>scheduling : CNDE_INT     R33.x.2,    R21.x.5, R6.x.1, R33.x.1
>td checking uses: R33.x.2
>td    used in CNDE_INT     R33.x.3,    R23.y.2, R33.x.2, R6.y.1
>td        released : CNDE_INT     R33.x.3,    R23.y.2, R33.x.2, R6.y.1
>scheduling : CNDE_INT     R46.x.2,    R21.x.5, R6.x.1, R46.x.1
>td checking uses: R46.x.2
>td    used in CNDE_INT     R46.x.3,    R23.y.2, R46.x.2, R6.y.1
>td        released : CNDE_INT     R46.x.3,    R23.y.2, R46.x.2, R6.y.1
>scheduling : CNDE_INT     R48.x.2,    R21.x.5, R6.x.1, R48.x.1
>td checking uses: R48.x.2
>td    used in CNDE_INT     R48.x.3,    R23.y.2, R48.x.2, R6.y.1
>td        released : CNDE_INT     R48.x.3,    R23.y.2, R48.x.2, R6.y.1
>scheduling : CNDE_INT     R50.x.2,    R21.x.5, R6.x.1, R50.x.1
>td checking uses: R50.x.2
>td    used in CNDE_INT     R50.x.3,    R23.y.2, R50.x.2, R6.y.1
>td        released : CNDE_INT     R50.x.3,    R23.y.2, R50.x.2, R6.y.1
>scheduling : (copy) MOV     t98,    R21.x.6
>td checking uses: t98
>scheduling : CNDE_INT     R24.x.3,    R23.y.2, R24.x.2, R5.y.1
>td checking uses: R24.x.3
>td    used in CNDE_INT     R24.x.4,    R23.z.2, R24.x.3, R5.z.1
>td        released : CNDE_INT     R24.x.4,    R23.z.2, R24.x.3, R5.z.1
>scheduling : CNDE_INT     R33.x.3,    R23.y.2, R33.x.2, R6.y.1
>td checking uses: R33.x.3
>td    used in CNDE_INT     R33.x.4,    R23.z.2, R33.x.3, R6.z.1
>td        released : CNDE_INT     R33.x.4,    R23.z.2, R33.x.3, R6.z.1
>scheduling : CNDE_INT     R46.x.3,    R23.y.2, R46.x.2, R6.y.1
>td checking uses: R46.x.3
>td    used in CNDE_INT     R46.x.4,    R23.z.2, R46.x.3, R6.z.1
>td        released : CNDE_INT     R46.x.4,    R23.z.2, R46.x.3, R6.z.1
>scheduling : CNDE_INT     R48.x.3,    R23.y.2, R48.x.2, R6.y.1
>td checking uses: R48.x.3
>td    used in CNDE_INT     R48.x.4,    R23.z.2, R48.x.3, R6.z.1
>td        released : CNDE_INT     R48.x.4,    R23.z.2, R48.x.3, R6.z.1
>scheduling : CNDE_INT     R50.x.3,    R23.y.2, R50.x.2, R6.y.1
>td checking uses: R50.x.3
>td    used in CNDE_INT     R50.x.4,    R23.z.2, R50.x.3, R6.z.1
>td        released : CNDE_INT     R50.x.4,    R23.z.2, R50.x.3, R6.z.1
>scheduling : CNDE_INT     R24.x.4,    R23.z.2, R24.x.3, R5.z.1
>td checking uses: R24.x.4
>td    used in CNDE_INT     R24.x.5,    R23.w.2, R24.x.4, R5.w.1
>td        released : CNDE_INT     R24.x.5,    R23.w.2, R24.x.4, R5.w.1
>scheduling : CNDE_INT     R33.x.4,    R23.z.2, R33.x.3, R6.z.1
>td checking uses: R33.x.4
>td    used in CNDE_INT     R33.x.5,    R23.w.2, R33.x.4, R21.x.3
>td        released : CNDE_INT     R33.x.5,    R23.w.2, R33.x.4, R21.x.3
>scheduling : CNDE_INT     R46.x.4,    R23.z.2, R46.x.3, R6.z.1
>td checking uses: R46.x.4
>td    used in CNDE_INT     R46.x.5,    R23.w.2, R46.x.4, R21.x.3
>td        released : CNDE_INT     R46.x.5,    R23.w.2, R46.x.4, R21.x.3
>scheduling : CNDE_INT     R48.x.4,    R23.z.2, R48.x.3, R6.z.1
>td checking uses: R48.x.4
>td    used in CNDE_INT     R48.x.5,    R23.w.2, R48.x.4, R21.x.3
>td        released : CNDE_INT     R48.x.5,    R23.w.2, R48.x.4, R21.x.3
>scheduling : CNDE_INT     R50.x.4,    R23.z.2, R50.x.3, R6.z.1
>td checking uses: R50.x.4
>td    used in CNDE_INT     R50.x.5,    R23.w.2, R50.x.4, R21.x.3
>td        released : CNDE_INT     R50.x.5,    R23.w.2, R50.x.4, R21.x.3
>scheduling : CNDE_INT     R24.x.5,    R23.w.2, R24.x.4, R5.w.1
>td checking uses: R24.x.5
>td    used in (copy) MOV     t99,    R24.x.5
>td        released : (copy) MOV     t99,    R24.x.5
>td    used in TRUNC     R57.x.3,    R24.x.5
>td        released : TRUNC     R57.x.3,    R24.x.5
>scheduling : CNDE_INT     R33.x.5,    R23.w.2, R33.x.4, R21.x.3
>td checking uses: R33.x.5
>td    used in (copy) MOV     t100,    R33.x.5
>td        released : (copy) MOV     t100,    R33.x.5
>td    used in MULADD     R16.w.3,    R38.w.2, R33.x.5, R16.w.2
>td    used in MULADD     R16.z.3,    R38.z.2, R33.x.5, R16.z.2
>td    used in MULADD     R16.y.3,    R38.y.2, R33.x.5, R16.y.2
>td    used in MULADD     R16.x.3,    R38.x.2, R33.x.5, R16.x.2
>scheduling : CNDE_INT     R46.x.5,    R23.w.2, R46.x.4, R21.x.3
>td checking uses: R46.x.5
>td    used in (copy) MOV     t101,    R46.x.5
>td        released : (copy) MOV     t101,    R46.x.5
>td    used in MULADD     R17.z.3,    R41.z.2, R46.x.5, R17.z.2
>td    used in MULADD     R17.y.3,    R41.y.2, R46.x.5, R17.y.2
>td    used in MULADD     R17.x.3,    R41.x.2, R46.x.5, R17.x.2
>scheduling : CNDE_INT     R48.x.5,    R23.w.2, R48.x.4, R21.x.3
>td checking uses: R48.x.5
>td    used in (copy) MOV     t102,    R48.x.5
>td        released : (copy) MOV     t102,    R48.x.5
>td    used in MULADD     R18.z.3,    R44.z.2, R48.x.5, R18.z.2
>td    used in MULADD     R18.y.3,    R44.y.2, R48.x.5, R18.y.2
>td    used in MULADD     R18.x.3,    R44.x.2, R48.x.5, R18.x.2
>scheduling : CNDE_INT     R50.x.5,    R23.w.2, R50.x.4, R21.x.3
>td checking uses: R50.x.5
>td    used in (copy) MOV     t103,    R50.x.5
>td        released : (copy) MOV     t103,    R50.x.5
>td    used in MULADD     R19.z.3,    R53.z.2, R50.x.5, R19.z.2
>td    used in MULADD     R19.y.3,    R53.y.2, R50.x.5, R19.y.2
>td    used in MULADD     R19.x.3,    R53.x.2, R50.x.5, R19.x.2
>scheduling : (copy) MOV     t99,    R24.x.5
>td checking uses: t99
>scheduling : TRUNC     R57.x.3,    R24.x.5
>td checking uses: R57.x.3
>td    used in FLT_TO_INT     R25.x.2,    R57.x.3
>td        released : FLT_TO_INT     R25.x.2,    R57.x.3
>scheduling : (copy) MOV     t100,    R33.x.5
>td checking uses: t100
>scheduling : (copy) MOV     t101,    R46.x.5
>td checking uses: t101
>scheduling : (copy) MOV     t102,    R48.x.5
>td checking uses: t102
>scheduling : (copy) MOV     t103,    R50.x.5
>td checking uses: t103
>scheduling : FLT_TO_INT     R25.x.2,    R57.x.3
>td checking uses: R25.x.2
>td    used in MULLO_UINT     R26.x.2,    5.60519e-45|00000004, R25.x.2
>td        released : MULLO_UINT     R26.x.2,    5.60519e-45|00000004, R25.x.2
>scheduling : MULLO_UINT     R26.x.2,    5.60519e-45|00000004, R25.x.2
>td checking uses: R26.x.2
>td    used in ADD_INT     R58.x.10,    R26.x.2, 4.2039e-44|0000001e
>td        released : ADD_INT     R58.x.10,    R26.x.2, 4.2039e-44|0000001e
>td    used in ADD_INT     R34.x.2,    R26.x.2, 4.2039e-45|00000003
>td        released : ADD_INT     R34.x.2,    R26.x.2, 4.2039e-45|00000003
>td    used in ADD_INT     R58.x.7,    R26.x.2, 4.06377e-44|0000001d
>td        released : ADD_INT     R58.x.7,    R26.x.2, 4.06377e-44|0000001d
>td    used in ADD_INT     R30.x.2,    R26.x.2, 2.8026e-45|00000002
>td        released : ADD_INT     R30.x.2,    R26.x.2, 2.8026e-45|00000002
>td    used in ADD_INT     R58.x.4,    R26.x.2, 3.92364e-44|0000001c
>td        released : ADD_INT     R58.x.4,    R26.x.2, 3.92364e-44|0000001c
>td    used in ADD_INT     R28.x.2,    R26.x.2, 1.4013e-45|00000001
>td        released : ADD_INT     R28.x.2,    R26.x.2, 1.4013e-45|00000001
>td    used in ADD_INT     R58.x.2,    R26.x.2, 3.78351e-44|0000001b
>td        released : ADD_INT     R58.x.2,    R26.x.2, 3.78351e-44|0000001b
>scheduling : ADD_INT     R58.x.10,    R26.x.2, 4.2039e-44|0000001e
>td checking uses: R58.x.10
>td    used in (copy) MOV     t104,    R58.x.10
>td        released : (copy) MOV     t104,    R58.x.10
>scheduling : ADD_INT     R34.x.2,    R26.x.2, 4.2039e-45|00000003
>td checking uses: R34.x.2
>scheduling : ADD_INT     R58.x.7,    R26.x.2, 4.06377e-44|0000001d
>td checking uses: R58.x.7
>td    used in (copy) MOV     t109,    R58.x.7
>td        released : (copy) MOV     t109,    R58.x.7
>scheduling : ADD_INT     R30.x.2,    R26.x.2, 2.8026e-45|00000002
>td checking uses: R30.x.2
>scheduling : ADD_INT     R58.x.4,    R26.x.2, 3.92364e-44|0000001c
>td checking uses: R58.x.4
>td    used in (copy) MOV     t114,    R58.x.4
>td        released : (copy) MOV     t114,    R58.x.4
>scheduling : ADD_INT     R28.x.2,    R26.x.2, 1.4013e-45|00000001
>td checking uses: R28.x.2
>scheduling : ADD_INT     R58.x.2,    R26.x.2, 3.78351e-44|0000001b
>td checking uses: R58.x.2
>td    used in (copy) MOV     t119,    R58.x.2
>td        released : (copy) MOV     t119,    R58.x.2
>scheduling : (copy) MOV     t104,    R58.x.10
>td checking uses: t104
>td    used in VFETCH     t105, t106, t107, t108,       t104, __, __, __
>td        released : VFETCH     t105, t106, t107, t108,       t104, __, __, __
>scheduling : (copy) MOV     t109,    R58.x.7
>td checking uses: t109
>td    used in VFETCH     t110, t111, t112, t113,       t109, __, __, __
>td        released : VFETCH     t110, t111, t112, t113,       t109, __, __, __
>scheduling : (copy) MOV     t114,    R58.x.4
>td checking uses: t114
>td    used in VFETCH     t115, t116, t117, t118,       t114, __, __, __
>td        released : VFETCH     t115, t116, t117, t118,       t114, __, __, __
>scheduling : (copy) MOV     t119,    R58.x.2
>td checking uses: t119
>td    used in VFETCH     t120, t121, t122, t123,       t119, __, __, __
>td        released : VFETCH     t120, t121, t122, t123,       t119, __, __, __
>scheduling : VFETCH     t105, t106, t107, t108,       t104, __, __, __
>td checking uses: t105
>td    used in (copy) MOV     R58.x.11,    t105
>td        released : (copy) MOV     R58.x.11,    t105
>td checking uses: t106
>td    used in (copy) MOV     R58.y.7,    t106
>td        released : (copy) MOV     R58.y.7,    t106
>td checking uses: t107
>td    used in (copy) MOV     R58.z.7,    t107
>td        released : (copy) MOV     R58.z.7,    t107
>td checking uses: t108
>td    used in (copy) MOV     R58.w.7,    t108
>td        released : (copy) MOV     R58.w.7,    t108
>scheduling : VFETCH     t110, t111, t112, t113,       t109, __, __, __
>td checking uses: t110
>td    used in (copy) MOV     R58.x.8,    t110
>td        released : (copy) MOV     R58.x.8,    t110
>td checking uses: t111
>td    used in (copy) MOV     R58.y.5,    t111
>td        released : (copy) MOV     R58.y.5,    t111
>td checking uses: t112
>td    used in (copy) MOV     R58.z.5,    t112
>td        released : (copy) MOV     R58.z.5,    t112
>td checking uses: t113
>td    used in (copy) MOV     R58.w.5,    t113
>td        released : (copy) MOV     R58.w.5,    t113
>scheduling : VFETCH     t115, t116, t117, t118,       t114, __, __, __
>td checking uses: t115
>td    used in (copy) MOV     R58.x.5,    t115
>td        released : (copy) MOV     R58.x.5,    t115
>td checking uses: t116
>td    used in (copy) MOV     R58.y.3,    t116
>td        released : (copy) MOV     R58.y.3,    t116
>td checking uses: t117
>td    used in (copy) MOV     R58.z.3,    t117
>td        released : (copy) MOV     R58.z.3,    t117
>td checking uses: t118
>td    used in (copy) MOV     R58.w.3,    t118
>td        released : (copy) MOV     R58.w.3,    t118
>scheduling : VFETCH     t120, t121, t122, t123,       t119, __, __, __
>td checking uses: t120
>td    used in (copy) MOV     R58.x.3,    t120
>td        released : (copy) MOV     R58.x.3,    t120
>td checking uses: t121
>td    used in (copy) MOV     R58.y.2,    t121
>td        released : (copy) MOV     R58.y.2,    t121
>td checking uses: t122
>td    used in (copy) MOV     R58.z.2,    t122
>td        released : (copy) MOV     R58.z.2,    t122
>td checking uses: t123
>td    used in (copy) MOV     R58.w.2,    t123
>td        released : (copy) MOV     R58.w.2,    t123
>scheduling : (copy) MOV     R58.x.11,    t105
>td checking uses: R58.x.11
>td    used in MULADD     R38.x.2,    R58.x.11, 1|3f800000, R37.x.2
>scheduling : (copy) MOV     R58.y.7,    t106
>td checking uses: R58.y.7
>td    used in MULADD     R38.y.2,    R58.y.7, 1|3f800000, R37.y.2
>scheduling : (copy) MOV     R58.z.7,    t107
>td checking uses: R58.z.7
>td    used in MULADD     R38.z.2,    R58.z.7, 1|3f800000, R37.z.2
>scheduling : (copy) MOV     R58.w.7,    t108
>td checking uses: R58.w.7
>td    used in MULADD     R38.w.2,    R58.w.7, 1|3f800000, R37.w.2
>scheduling : (copy) MOV     R58.x.8,    t110
>td checking uses: R58.x.8
>td    used in MULADD     R44.x.2,    R58.x.8, R3.z.1, R43.x.2
>td    used in MULADD     R41.x.2,    R58.x.8, R2.z.1, R40.x.2
>td    used in MULADD     R37.x.2,    R58.x.8, R1.z.1, R36.x.2
>scheduling : (copy) MOV     R58.y.5,    t111
>td checking uses: R58.y.5
>td    used in MULADD     R44.y.2,    R58.y.5, R3.z.1, R43.y.2
>td    used in MULADD     R41.y.2,    R58.y.5, R2.z.1, R40.y.2
>td    used in MULADD     R37.y.2,    R58.y.5, R1.z.1, R36.y.2
>scheduling : (copy) MOV     R58.z.5,    t112
>td checking uses: R58.z.5
>td    used in MULADD     R44.z.2,    R58.z.5, R3.z.1, R43.z.2
>td    used in MULADD     R41.z.2,    R58.z.5, R2.z.1, R40.z.2
>td    used in MULADD     R37.z.2,    R58.z.5, R1.z.1, R36.z.2
>scheduling : (copy) MOV     R58.w.5,    t113
>td checking uses: R58.w.5
>td    used in MULADD     R37.w.2,    R58.w.5, R1.z.1, R36.w.2
>scheduling : (copy) MOV     R58.x.5,    t115
>td checking uses: R58.x.5
>td    used in MULADD     R43.x.2,    R58.x.5, R3.y.1, R42.x.2
>td    used in MULADD     R40.x.2,    R58.x.5, R2.y.1, R39.x.2
>td    used in MULADD     R36.x.2,    R58.x.5, R1.y.1, R35.x.2
>scheduling : (copy) MOV     R58.y.3,    t116
>td checking uses: R58.y.3
>td    used in MULADD     R43.y.2,    R58.y.3, R3.y.1, R42.y.2
>td    used in MULADD     R40.y.2,    R58.y.3, R2.y.1, R39.y.2
>td    used in MULADD     R36.y.2,    R58.y.3, R1.y.1, R35.y.2
>scheduling : (copy) MOV     R58.z.3,    t117
>td checking uses: R58.z.3
>td    used in MULADD     R43.z.2,    R58.z.3, R3.y.1, R42.z.2
>td    used in MULADD     R40.z.2,    R58.z.3, R2.y.1, R39.z.2
>td    used in MULADD     R36.z.2,    R58.z.3, R1.y.1, R35.z.2
>scheduling : (copy) MOV     R58.w.3,    t118
>td checking uses: R58.w.3
>td    used in MULADD     R36.w.2,    R58.w.3, R1.y.1, R35.w.2
>scheduling : (copy) MOV     R58.x.3,    t120
>td checking uses: R58.x.3
>td    used in MUL     R42.x.2,    R58.x.3, R3.x.1
>td        released : MUL     R42.x.2,    R58.x.3, R3.x.1
>td    used in MUL     R39.x.2,    R58.x.3, R2.x.1
>td        released : MUL     R39.x.2,    R58.x.3, R2.x.1
>td    used in MUL     R35.x.2,    R58.x.3, R1.x.1
>td        released : MUL     R35.x.2,    R58.x.3, R1.x.1
>scheduling : (copy) MOV     R58.y.2,    t121
>td checking uses: R58.y.2
>td    used in MUL     R42.y.2,    R58.y.2, R3.x.1
>td        released : MUL     R42.y.2,    R58.y.2, R3.x.1
>td    used in MUL     R39.y.2,    R58.y.2, R2.x.1
>td        released : MUL     R39.y.2,    R58.y.2, R2.x.1
>td    used in MUL     R35.y.2,    R58.y.2, R1.x.1
>td        released : MUL     R35.y.2,    R58.y.2, R1.x.1
>scheduling : (copy) MOV     R58.z.2,    t122
>td checking uses: R58.z.2
>td    used in MUL     R42.z.2,    R58.z.2, R3.x.1
>td        released : MUL     R42.z.2,    R58.z.2, R3.x.1
>td    used in MUL     R39.z.2,    R58.z.2, R2.x.1
>td        released : MUL     R39.z.2,    R58.z.2, R2.x.1
>td    used in MUL     R35.z.2,    R58.z.2, R1.x.1
>td        released : MUL     R35.z.2,    R58.z.2, R1.x.1
>scheduling : (copy) MOV     R58.w.2,    t123
>td checking uses: R58.w.2
>td    used in MUL     R35.w.2,    R58.w.2, R1.x.1
>td        released : MUL     R35.w.2,    R58.w.2, R1.x.1
>scheduling : MUL     R42.x.2,    R58.x.3, R3.x.1
>td checking uses: R42.x.2
>td    used in MULADD     R43.x.2,    R58.x.5, R3.y.1, R42.x.2
>td        released : MULADD     R43.x.2,    R58.x.5, R3.y.1, R42.x.2
>scheduling : MUL     R39.x.2,    R58.x.3, R2.x.1
>td checking uses: R39.x.2
>td    used in MULADD     R40.x.2,    R58.x.5, R2.y.1, R39.x.2
>td        released : MULADD     R40.x.2,    R58.x.5, R2.y.1, R39.x.2
>scheduling : MUL     R35.x.2,    R58.x.3, R1.x.1
>td checking uses: R35.x.2
>td    used in MULADD     R36.x.2,    R58.x.5, R1.y.1, R35.x.2
>td        released : MULADD     R36.x.2,    R58.x.5, R1.y.1, R35.x.2
>scheduling : MUL     R42.y.2,    R58.y.2, R3.x.1
>td checking uses: R42.y.2
>td    used in MULADD     R43.y.2,    R58.y.3, R3.y.1, R42.y.2
>td        released : MULADD     R43.y.2,    R58.y.3, R3.y.1, R42.y.2
>scheduling : MUL     R39.y.2,    R58.y.2, R2.x.1
>td checking uses: R39.y.2
>td    used in MULADD     R40.y.2,    R58.y.3, R2.y.1, R39.y.2
>td        released : MULADD     R40.y.2,    R58.y.3, R2.y.1, R39.y.2
>scheduling : MUL     R35.y.2,    R58.y.2, R1.x.1
>td checking uses: R35.y.2
>td    used in MULADD     R36.y.2,    R58.y.3, R1.y.1, R35.y.2
>td        released : MULADD     R36.y.2,    R58.y.3, R1.y.1, R35.y.2
>scheduling : MUL     R42.z.2,    R58.z.2, R3.x.1
>td checking uses: R42.z.2
>td    used in MULADD     R43.z.2,    R58.z.3, R3.y.1, R42.z.2
>td        released : MULADD     R43.z.2,    R58.z.3, R3.y.1, R42.z.2
>scheduling : MUL     R39.z.2,    R58.z.2, R2.x.1
>td checking uses: R39.z.2
>td    used in MULADD     R40.z.2,    R58.z.3, R2.y.1, R39.z.2
>td        released : MULADD     R40.z.2,    R58.z.3, R2.y.1, R39.z.2
>scheduling : MUL     R35.z.2,    R58.z.2, R1.x.1
>td checking uses: R35.z.2
>td    used in MULADD     R36.z.2,    R58.z.3, R1.y.1, R35.z.2
>td        released : MULADD     R36.z.2,    R58.z.3, R1.y.1, R35.z.2
>scheduling : MUL     R35.w.2,    R58.w.2, R1.x.1
>td checking uses: R35.w.2
>td    used in MULADD     R36.w.2,    R58.w.3, R1.y.1, R35.w.2
>td        released : MULADD     R36.w.2,    R58.w.3, R1.y.1, R35.w.2
>scheduling : MULADD     R43.x.2,    R58.x.5, R3.y.1, R42.x.2
>td checking uses: R43.x.2
>td    used in MULADD     R44.x.2,    R58.x.8, R3.z.1, R43.x.2
>td        released : MULADD     R44.x.2,    R58.x.8, R3.z.1, R43.x.2
>scheduling : MULADD     R40.x.2,    R58.x.5, R2.y.1, R39.x.2
>td checking uses: R40.x.2
>td    used in MULADD     R41.x.2,    R58.x.8, R2.z.1, R40.x.2
>td        released : MULADD     R41.x.2,    R58.x.8, R2.z.1, R40.x.2
>scheduling : MULADD     R36.x.2,    R58.x.5, R1.y.1, R35.x.2
>td checking uses: R36.x.2
>td    used in MULADD     R37.x.2,    R58.x.8, R1.z.1, R36.x.2
>td        released : MULADD     R37.x.2,    R58.x.8, R1.z.1, R36.x.2
>scheduling : MULADD     R43.y.2,    R58.y.3, R3.y.1, R42.y.2
>td checking uses: R43.y.2
>td    used in MULADD     R44.y.2,    R58.y.5, R3.z.1, R43.y.2
>td        released : MULADD     R44.y.2,    R58.y.5, R3.z.1, R43.y.2
>scheduling : MULADD     R40.y.2,    R58.y.3, R2.y.1, R39.y.2
>td checking uses: R40.y.2
>td    used in MULADD     R41.y.2,    R58.y.5, R2.z.1, R40.y.2
>td        released : MULADD     R41.y.2,    R58.y.5, R2.z.1, R40.y.2
>scheduling : MULADD     R36.y.2,    R58.y.3, R1.y.1, R35.y.2
>td checking uses: R36.y.2
>td    used in MULADD     R37.y.2,    R58.y.5, R1.z.1, R36.y.2
>td        released : MULADD     R37.y.2,    R58.y.5, R1.z.1, R36.y.2
>scheduling : MULADD     R43.z.2,    R58.z.3, R3.y.1, R42.z.2
>td checking uses: R43.z.2
>td    used in MULADD     R44.z.2,    R58.z.5, R3.z.1, R43.z.2
>td        released : MULADD     R44.z.2,    R58.z.5, R3.z.1, R43.z.2
>scheduling : MULADD     R40.z.2,    R58.z.3, R2.y.1, R39.z.2
>td checking uses: R40.z.2
>td    used in MULADD     R41.z.2,    R58.z.5, R2.z.1, R40.z.2
>td        released : MULADD     R41.z.2,    R58.z.5, R2.z.1, R40.z.2
>scheduling : MULADD     R36.z.2,    R58.z.3, R1.y.1, R35.z.2
>td checking uses: R36.z.2
>td    used in MULADD     R37.z.2,    R58.z.5, R1.z.1, R36.z.2
>td        released : MULADD     R37.z.2,    R58.z.5, R1.z.1, R36.z.2
>scheduling : MULADD     R36.w.2,    R58.w.3, R1.y.1, R35.w.2
>td checking uses: R36.w.2
>td    used in MULADD     R37.w.2,    R58.w.5, R1.z.1, R36.w.2
>td        released : MULADD     R37.w.2,    R58.w.5, R1.z.1, R36.w.2
>scheduling : MULADD     R44.x.2,    R58.x.8, R3.z.1, R43.x.2
>td checking uses: R44.x.2
>td    used in MULADD     R52.y.2,    R41.z.2, R44.x.2, -R51.y.2
>td    used in MUL     R51.z.2,    R41.y.2, R44.x.2
>td    used in MULADD     R18.x.3,    R44.x.2, R48.x.5, R18.x.2
>td        released : MULADD     R18.x.3,    R44.x.2, R48.x.5, R18.x.2
>scheduling : MULADD     R41.x.2,    R58.x.8, R2.z.1, R40.x.2
>td checking uses: R41.x.2
>td    used in MULADD     R52.z.2,    R41.x.2, R44.y.2, -R51.z.2
>td    used in MUL     R51.y.2,    R41.x.2, R44.z.2
>td    used in MULADD     R17.x.3,    R41.x.2, R46.x.5, R17.x.2
>td        released : MULADD     R17.x.3,    R41.x.2, R46.x.5, R17.x.2
>scheduling : MULADD     R37.x.2,    R58.x.8, R1.z.1, R36.x.2
>td checking uses: R37.x.2
>td    used in MULADD     R38.x.2,    R58.x.11, 1|3f800000, R37.x.2
>td        released : MULADD     R38.x.2,    R58.x.11, 1|3f800000, R37.x.2
>scheduling : MULADD     R44.y.2,    R58.y.5, R3.z.1, R43.y.2
>td checking uses: R44.y.2
>td    used in MULADD     R52.z.2,    R41.x.2, R44.y.2, -R51.z.2
>td    used in MUL     R51.x.2,    R41.z.2, R44.y.2
>td    used in MULADD     R18.y.3,    R44.y.2, R48.x.5, R18.y.2
>td        released : MULADD     R18.y.3,    R44.y.2, R48.x.5, R18.y.2
>scheduling : MULADD     R41.y.2,    R58.y.5, R2.z.1, R40.y.2
>td checking uses: R41.y.2
>td    used in MULADD     R52.x.2,    R41.y.2, R44.z.2, -R51.x.2
>td    used in MUL     R51.z.2,    R41.y.2, R44.x.2
>td        released : MUL     R51.z.2,    R41.y.2, R44.x.2
>td    used in MULADD     R17.y.3,    R41.y.2, R46.x.5, R17.y.2
>td        released : MULADD     R17.y.3,    R41.y.2, R46.x.5, R17.y.2
>scheduling : MULADD     R37.y.2,    R58.y.5, R1.z.1, R36.y.2
>td checking uses: R37.y.2
>td    used in MULADD     R38.y.2,    R58.y.7, 1|3f800000, R37.y.2
>td        released : MULADD     R38.y.2,    R58.y.7, 1|3f800000, R37.y.2
>scheduling : MULADD     R44.z.2,    R58.z.5, R3.z.1, R43.z.2
>td checking uses: R44.z.2
>td    used in MULADD     R52.x.2,    R41.y.2, R44.z.2, -R51.x.2
>td    used in MUL     R51.y.2,    R41.x.2, R44.z.2
>td        released : MUL     R51.y.2,    R41.x.2, R44.z.2
>td    used in MULADD     R18.z.3,    R44.z.2, R48.x.5, R18.z.2
>td        released : MULADD     R18.z.3,    R44.z.2, R48.x.5, R18.z.2
>scheduling : MULADD     R41.z.2,    R58.z.5, R2.z.1, R40.z.2
>td checking uses: R41.z.2
>td    used in MULADD     R52.y.2,    R41.z.2, R44.x.2, -R51.y.2
>td    used in MUL     R51.x.2,    R41.z.2, R44.y.2
>td        released : MUL     R51.x.2,    R41.z.2, R44.y.2
>td    used in MULADD     R17.z.3,    R41.z.2, R46.x.5, R17.z.2
>td        released : MULADD     R17.z.3,    R41.z.2, R46.x.5, R17.z.2
>scheduling : MULADD     R37.z.2,    R58.z.5, R1.z.1, R36.z.2
>td checking uses: R37.z.2
>td    used in MULADD     R38.z.2,    R58.z.7, 1|3f800000, R37.z.2
>td        released : MULADD     R38.z.2,    R58.z.7, 1|3f800000, R37.z.2
>scheduling : MULADD     R37.w.2,    R58.w.5, R1.z.1, R36.w.2
>td checking uses: R37.w.2
>td    used in MULADD     R38.w.2,    R58.w.7, 1|3f800000, R37.w.2
>td        released : MULADD     R38.w.2,    R58.w.7, 1|3f800000, R37.w.2
>scheduling : MULADD     R18.x.3,    R44.x.2, R48.x.5, R18.x.2
>td checking uses: R18.x.3
>td    used in (copy) MOV     t92,    R18.x.3
>td        released : (copy) MOV     t92,    R18.x.3
>scheduling : MULADD     R17.x.3,    R41.x.2, R46.x.5, R17.x.2
>td checking uses: R17.x.3
>td    used in (copy) MOV     t89,    R17.x.3
>td        released : (copy) MOV     t89,    R17.x.3
>scheduling : MULADD     R38.x.2,    R58.x.11, 1|3f800000, R37.x.2
>td checking uses: R38.x.2
>td    used in MULADD     R16.x.3,    R38.x.2, R33.x.5, R16.x.2
>td        released : MULADD     R16.x.3,    R38.x.2, R33.x.5, R16.x.2
>scheduling : MULADD     R18.y.3,    R44.y.2, R48.x.5, R18.y.2
>td checking uses: R18.y.3
>td    used in (copy) MOV     t93,    R18.y.3
>td        released : (copy) MOV     t93,    R18.y.3
>scheduling : MUL     R51.z.2,    R41.y.2, R44.x.2
>td checking uses: R51.z.2
>td    used in MULADD     R52.z.2,    R41.x.2, R44.y.2, -R51.z.2
>td        released : MULADD     R52.z.2,    R41.x.2, R44.y.2, -R51.z.2
>scheduling : MULADD     R17.y.3,    R41.y.2, R46.x.5, R17.y.2
>td checking uses: R17.y.3
>td    used in (copy) MOV     t90,    R17.y.3
>td        released : (copy) MOV     t90,    R17.y.3
>scheduling : MULADD     R38.y.2,    R58.y.7, 1|3f800000, R37.y.2
>td checking uses: R38.y.2
>td    used in MULADD     R16.y.3,    R38.y.2, R33.x.5, R16.y.2
>td        released : MULADD     R16.y.3,    R38.y.2, R33.x.5, R16.y.2
>scheduling : MUL     R51.y.2,    R41.x.2, R44.z.2
>td checking uses: R51.y.2
>td    used in MULADD     R52.y.2,    R41.z.2, R44.x.2, -R51.y.2
>td        released : MULADD     R52.y.2,    R41.z.2, R44.x.2, -R51.y.2
>scheduling : MULADD     R18.z.3,    R44.z.2, R48.x.5, R18.z.2
>td checking uses: R18.z.3
>td    used in (copy) MOV     t94,    R18.z.3
>td        released : (copy) MOV     t94,    R18.z.3
>scheduling : MUL     R51.x.2,    R41.z.2, R44.y.2
>td checking uses: R51.x.2
>td    used in MULADD     R52.x.2,    R41.y.2, R44.z.2, -R51.x.2
>td        released : MULADD     R52.x.2,    R41.y.2, R44.z.2, -R51.x.2
>scheduling : MULADD     R17.z.3,    R41.z.2, R46.x.5, R17.z.2
>td checking uses: R17.z.3
>td    used in (copy) MOV     t91,    R17.z.3
>td        released : (copy) MOV     t91,    R17.z.3
>scheduling : MULADD     R38.z.2,    R58.z.7, 1|3f800000, R37.z.2
>td checking uses: R38.z.2
>td    used in MULADD     R16.z.3,    R38.z.2, R33.x.5, R16.z.2
>td        released : MULADD     R16.z.3,    R38.z.2, R33.x.5, R16.z.2
>scheduling : MULADD     R38.w.2,    R58.w.7, 1|3f800000, R37.w.2
>td checking uses: R38.w.2
>td    used in MULADD     R16.w.3,    R38.w.2, R33.x.5, R16.w.2
>td        released : MULADD     R16.w.3,    R38.w.2, R33.x.5, R16.w.2
>scheduling : (copy) MOV     t92,    R18.x.3
>td checking uses: t92
>scheduling : (copy) MOV     t89,    R17.x.3
>td checking uses: t89
>scheduling : MULADD     R16.x.3,    R38.x.2, R33.x.5, R16.x.2
>td checking uses: R16.x.3
>td    used in (copy) MOV     t85,    R16.x.3
>td        released : (copy) MOV     t85,    R16.x.3
>scheduling : (copy) MOV     t93,    R18.y.3
>td checking uses: t93
>scheduling : MULADD     R52.z.2,    R41.x.2, R44.y.2, -R51.z.2
>td checking uses: R52.z.2
>td    used in MUL     R53.z.2,    R52.z.2, R3.w.1
>td        released : MUL     R53.z.2,    R52.z.2, R3.w.1
>scheduling : (copy) MOV     t90,    R17.y.3
>td checking uses: t90
>scheduling : MULADD     R16.y.3,    R38.y.2, R33.x.5, R16.y.2
>td checking uses: R16.y.3
>td    used in (copy) MOV     t86,    R16.y.3
>td        released : (copy) MOV     t86,    R16.y.3
>scheduling : MULADD     R52.y.2,    R41.z.2, R44.x.2, -R51.y.2
>td checking uses: R52.y.2
>td    used in MUL     R53.y.2,    R52.y.2, R3.w.1
>td        released : MUL     R53.y.2,    R52.y.2, R3.w.1
>scheduling : (copy) MOV     t94,    R18.z.3
>td checking uses: t94
>scheduling : MULADD     R52.x.2,    R41.y.2, R44.z.2, -R51.x.2
>td checking uses: R52.x.2
>td    used in MUL     R53.x.2,    R52.x.2, R3.w.1
>td        released : MUL     R53.x.2,    R52.x.2, R3.w.1
>scheduling : (copy) MOV     t91,    R17.z.3
>td checking uses: t91
>scheduling : MULADD     R16.z.3,    R38.z.2, R33.x.5, R16.z.2
>td checking uses: R16.z.3
>td    used in (copy) MOV     t87,    R16.z.3
>td        released : (copy) MOV     t87,    R16.z.3
>scheduling : MULADD     R16.w.3,    R38.w.2, R33.x.5, R16.w.2
>td checking uses: R16.w.3
>td    used in (copy) MOV     t88,    R16.w.3
>td        released : (copy) MOV     t88,    R16.w.3
>scheduling : (copy) MOV     t85,    R16.x.3
>td checking uses: t85
>scheduling : MUL     R53.z.2,    R52.z.2, R3.w.1
>td checking uses: R53.z.2
>td    used in MULADD     R19.z.3,    R53.z.2, R50.x.5, R19.z.2
>td        released : MULADD     R19.z.3,    R53.z.2, R50.x.5, R19.z.2
>scheduling : (copy) MOV     t86,    R16.y.3
>td checking uses: t86
>scheduling : MUL     R53.y.2,    R52.y.2, R3.w.1
>td checking uses: R53.y.2
>td    used in MULADD     R19.y.3,    R53.y.2, R50.x.5, R19.y.2
>td        released : MULADD     R19.y.3,    R53.y.2, R50.x.5, R19.y.2
>scheduling : MUL     R53.x.2,    R52.x.2, R3.w.1
>td checking uses: R53.x.2
>td    used in MULADD     R19.x.3,    R53.x.2, R50.x.5, R19.x.2
>td        released : MULADD     R19.x.3,    R53.x.2, R50.x.5, R19.x.2
>scheduling : (copy) MOV     t87,    R16.z.3
>td checking uses: t87
>scheduling : (copy) MOV     t88,    R16.w.3
>td checking uses: t88
>scheduling : MULADD     R19.z.3,    R53.z.2, R50.x.5, R19.z.2
>td checking uses: R19.z.3
>td    used in (copy) MOV     t97,    R19.z.3
>td        released : (copy) MOV     t97,    R19.z.3
>scheduling : MULADD     R19.y.3,    R53.y.2, R50.x.5, R19.y.2
>td checking uses: R19.y.3
>td    used in (copy) MOV     t96,    R19.y.3
>td        released : (copy) MOV     t96,    R19.y.3
>scheduling : MULADD     R19.x.3,    R53.x.2, R50.x.5, R19.x.2
>td checking uses: R19.x.3
>td    used in (copy) MOV     t95,    R19.x.3
>td        released : (copy) MOV     t95,    R19.x.3
>scheduling : (copy) MOV     t97,    R19.z.3
>td checking uses: t97
>scheduling : (copy) MOV     t96,    R19.y.3
>td checking uses: t96
>scheduling : (copy) MOV     t95,    R19.x.3
>td checking uses: t95
>td scheduling BB_2
>td scheduling BB_3
>td scheduling BB_4
>td checking uses: t39
>td    used in (copy) MOV     R16.x.4,    t39
>td        released : (copy) MOV     R16.x.4,    t39
>td checking uses: t40
>td    used in (copy) MOV     R16.y.4,    t40
>td        released : (copy) MOV     R16.y.4,    t40
>td checking uses: t41
>td    used in (copy) MOV     R16.z.4,    t41
>td        released : (copy) MOV     R16.z.4,    t41
>td checking uses: t42
>td    used in (copy) MOV     R16.w.4,    t42
>td        released : (copy) MOV     R16.w.4,    t42
>td checking uses: t43
>td    used in (copy) MOV     R17.x.4,    t43
>td        released : (copy) MOV     R17.x.4,    t43
>td checking uses: t44
>td    used in (copy) MOV     R17.y.4,    t44
>td        released : (copy) MOV     R17.y.4,    t44
>td checking uses: t45
>td    used in (copy) MOV     R17.z.4,    t45
>td        released : (copy) MOV     R17.z.4,    t45
>td checking uses: t46
>td    used in (copy) MOV     R18.x.4,    t46
>td        released : (copy) MOV     R18.x.4,    t46
>td checking uses: t47
>td    used in (copy) MOV     R18.y.4,    t47
>td        released : (copy) MOV     R18.y.4,    t47
>td checking uses: t48
>td    used in (copy) MOV     R18.z.4,    t48
>td        released : (copy) MOV     R18.z.4,    t48
>td checking uses: t49
>td    used in (copy) MOV     R19.x.4,    t49
>td        released : (copy) MOV     R19.x.4,    t49
>td checking uses: t50
>td    used in (copy) MOV     R19.y.4,    t50
>td        released : (copy) MOV     R19.y.4,    t50
>td checking uses: t51
>td    used in (copy) MOV     R19.z.4,    t51
>td        released : (copy) MOV     R19.z.4,    t51
>td scheduling BB_5
>scheduling : (copy) MOV     R16.x.4,    t39
>td checking uses: R16.x.4
>td    used in MUL     R12.w.1,    C23.w, R16.x.4
>td        released : MUL     R12.w.1,    C23.w, R16.x.4
>td    used in MUL     R12.z.2,    C23.z, R16.x.4
>td        released : MUL     R12.z.2,    C23.z, R16.x.4
>td    used in MUL     R12.y.2,    C23.y, R16.x.4
>td        released : MUL     R12.y.2,    C23.y, R16.x.4
>td    used in MUL     R12.x.2,    C23.x, R16.x.4
>td        released : MUL     R12.x.2,    C23.x, R16.x.4
>scheduling : (copy) MOV     R16.y.4,    t40
>td checking uses: R16.y.4
>td    used in MULADD     R12.w.2,    C24.w, R16.y.4, R12.w.1
>td    used in MULADD     R12.z.3,    C24.z, R16.y.4, R12.z.2
>td    used in MULADD     R12.y.3,    C24.y, R16.y.4, R12.y.2
>td    used in MULADD     R12.x.3,    C24.x, R16.y.4, R12.x.2
>scheduling : (copy) MOV     R16.z.4,    t41
>td checking uses: R16.z.4
>td    used in MULADD     R12.w.3,    C25.w, R16.z.4, R12.w.2
>td    used in MULADD     R12.z.4,    C25.z, R16.z.4, R12.z.3
>td    used in MULADD     R12.y.4,    C25.y, R16.z.4, R12.y.3
>td    used in MULADD     R12.x.4,    C25.x, R16.z.4, R12.x.3
>scheduling : (copy) MOV     R16.w.4,    t42
>td checking uses: R16.w.4
>td    used in MULADD     R12.w.4,    C26.w, R16.w.4, R12.w.3
>td    used in MULADD     R12.z.5,    C26.z, R16.w.4, R12.z.4
>td    used in MULADD     R12.y.5,    C26.y, R16.w.4, R12.y.4
>td    used in MULADD     R12.x.5,    C26.x, R16.w.4, R12.x.4
>scheduling : (copy) MOV     R17.x.4,    t43
>td checking uses: R17.x.4
>td    used in MUL     R13.x.4,    R17.x.4, R57.x.8
>td    used in (copy) MOV     t36,    R17.x.4
>td        released : (copy) MOV     t36,    R17.x.4
>scheduling : (copy) MOV     R17.y.4,    t44
>td checking uses: R17.y.4
>td    used in MUL     R13.y.2,    R17.y.4, R57.x.8
>td    used in (copy) MOV     t37,    R17.y.4
>td        released : (copy) MOV     t37,    R17.y.4
>scheduling : (copy) MOV     R17.z.4,    t45
>td checking uses: R17.z.4
>td    used in MUL     R13.z.2,    R17.z.4, R57.x.8
>td    used in (copy) MOV     t38,    R17.z.4
>td        released : (copy) MOV     t38,    R17.z.4
>scheduling : (copy) MOV     R18.x.4,    t46
>td checking uses: R18.x.4
>td    used in MUL     R14.x.6,    R18.x.4, R57.x.9
>td    used in (copy) MOV     t33,    R18.x.4
>td        released : (copy) MOV     t33,    R18.x.4
>scheduling : (copy) MOV     R18.y.4,    t47
>td checking uses: R18.y.4
>td    used in MUL     R14.y.4,    R18.y.4, R57.x.9
>td    used in (copy) MOV     t34,    R18.y.4
>td        released : (copy) MOV     t34,    R18.y.4
>scheduling : (copy) MOV     R18.z.4,    t48
>td checking uses: R18.z.4
>td    used in MUL     R14.z.4,    R18.z.4, R57.x.9
>td    used in (copy) MOV     t35,    R18.z.4
>td        released : (copy) MOV     t35,    R18.z.4
>scheduling : (copy) MOV     R19.x.4,    t49
>td checking uses: R19.x.4
>td    used in MUL     R15.x.7,    R19.x.4, R57.x.10
>td    used in (copy) MOV     t30,    R19.x.4
>td        released : (copy) MOV     t30,    R19.x.4
>scheduling : (copy) MOV     R19.y.4,    t50
>td checking uses: R19.y.4
>td    used in MUL     R15.y.5,    R19.y.4, R57.x.10
>td    used in (copy) MOV     t31,    R19.y.4
>td        released : (copy) MOV     t31,    R19.y.4
>scheduling : (copy) MOV     R19.z.4,    t51
>td checking uses: R19.z.4
>td    used in MUL     R15.z.5,    R19.z.4, R57.x.10
>td    used in (copy) MOV     t32,    R19.z.4
>td        released : (copy) MOV     t32,    R19.z.4
>scheduling : MUL     R12.w.1,    C23.w, R16.x.4
>td checking uses: R12.w.1
>td    used in MULADD     R12.w.2,    C24.w, R16.y.4, R12.w.1
>td        released : MULADD     R12.w.2,    C24.w, R16.y.4, R12.w.1
>scheduling : MUL     R12.z.2,    C23.z, R16.x.4
>td checking uses: R12.z.2
>td    used in MULADD     R12.z.3,    C24.z, R16.y.4, R12.z.2
>td        released : MULADD     R12.z.3,    C24.z, R16.y.4, R12.z.2
>scheduling : MUL     R12.y.2,    C23.y, R16.x.4
>td checking uses: R12.y.2
>td    used in MULADD     R12.y.3,    C24.y, R16.y.4, R12.y.2
>td        released : MULADD     R12.y.3,    C24.y, R16.y.4, R12.y.2
>scheduling : MUL     R12.x.2,    C23.x, R16.x.4
>td checking uses: R12.x.2
>td    used in MULADD     R12.x.3,    C24.x, R16.y.4, R12.x.2
>td        released : MULADD     R12.x.3,    C24.x, R16.y.4, R12.x.2
>scheduling : (copy) MOV     t36,    R17.x.4
>td checking uses: t36
>td    used in DOT4     R13.x.2, __, __, __,       t36, t36, t37, t37, t38, t38, 0|00000000, 0|00000000
>td    used in DOT4     R13.x.2, __, __, __,       t36, t36, t37, t37, t38, t38, 0|00000000, 0|00000000
>scheduling : (copy) MOV     t37,    R17.y.4
>td checking uses: t37
>td    used in DOT4     R13.x.2, __, __, __,       t36, t36, t37, t37, t38, t38, 0|00000000, 0|00000000
>td    used in DOT4     R13.x.2, __, __, __,       t36, t36, t37, t37, t38, t38, 0|00000000, 0|00000000
>scheduling : (copy) MOV     t38,    R17.z.4
>td checking uses: t38
>td    used in DOT4     R13.x.2, __, __, __,       t36, t36, t37, t37, t38, t38, 0|00000000, 0|00000000
>td    used in DOT4     R13.x.2, __, __, __,       t36, t36, t37, t37, t38, t38, 0|00000000, 0|00000000
>td        released : DOT4     R13.x.2, __, __, __,       t36, t36, t37, t37, t38, t38, 0|00000000, 0|00000000
>scheduling : (copy) MOV     t33,    R18.x.4
>td checking uses: t33
>td    used in DOT4     R14.x.4, __, __, __,       t33, t33, t34, t34, t35, t35, 0|00000000, 0|00000000
>td    used in DOT4     R14.x.4, __, __, __,       t33, t33, t34, t34, t35, t35, 0|00000000, 0|00000000
>scheduling : (copy) MOV     t34,    R18.y.4
>td checking uses: t34
>td    used in DOT4     R14.x.4, __, __, __,       t33, t33, t34, t34, t35, t35, 0|00000000, 0|00000000
>td    used in DOT4     R14.x.4, __, __, __,       t33, t33, t34, t34, t35, t35, 0|00000000, 0|00000000
>scheduling : (copy) MOV     t35,    R18.z.4
>td checking uses: t35
>td    used in DOT4     R14.x.4, __, __, __,       t33, t33, t34, t34, t35, t35, 0|00000000, 0|00000000
>td    used in DOT4     R14.x.4, __, __, __,       t33, t33, t34, t34, t35, t35, 0|00000000, 0|00000000
>td        released : DOT4     R14.x.4, __, __, __,       t33, t33, t34, t34, t35, t35, 0|00000000, 0|00000000
>scheduling : (copy) MOV     t30,    R19.x.4
>td checking uses: t30
>td    used in DOT4     R15.x.5, __, __, __,       t30, t30, t31, t31, t32, t32, 0|00000000, 0|00000000
>td    used in DOT4     R15.x.5, __, __, __,       t30, t30, t31, t31, t32, t32, 0|00000000, 0|00000000
>scheduling : (copy) MOV     t31,    R19.y.4
>td checking uses: t31
>td    used in DOT4     R15.x.5, __, __, __,       t30, t30, t31, t31, t32, t32, 0|00000000, 0|00000000
>td    used in DOT4     R15.x.5, __, __, __,       t30, t30, t31, t31, t32, t32, 0|00000000, 0|00000000
>scheduling : (copy) MOV     t32,    R19.z.4
>td checking uses: t32
>td    used in DOT4     R15.x.5, __, __, __,       t30, t30, t31, t31, t32, t32, 0|00000000, 0|00000000
>td    used in DOT4     R15.x.5, __, __, __,       t30, t30, t31, t31, t32, t32, 0|00000000, 0|00000000
>td        released : DOT4     R15.x.5, __, __, __,       t30, t30, t31, t31, t32, t32, 0|00000000, 0|00000000
>scheduling : MULADD     R12.w.2,    C24.w, R16.y.4, R12.w.1
>td checking uses: R12.w.2
>td    used in MULADD     R12.w.3,    C25.w, R16.z.4, R12.w.2
>td        released : MULADD     R12.w.3,    C25.w, R16.z.4, R12.w.2
>scheduling : MULADD     R12.z.3,    C24.z, R16.y.4, R12.z.2
>td checking uses: R12.z.3
>td    used in MULADD     R12.z.4,    C25.z, R16.z.4, R12.z.3
>td        released : MULADD     R12.z.4,    C25.z, R16.z.4, R12.z.3
>scheduling : MULADD     R12.y.3,    C24.y, R16.y.4, R12.y.2
>td checking uses: R12.y.3
>td    used in MULADD     R12.y.4,    C25.y, R16.z.4, R12.y.3
>td        released : MULADD     R12.y.4,    C25.y, R16.z.4, R12.y.3
>scheduling : MULADD     R12.x.3,    C24.x, R16.y.4, R12.x.2
>td checking uses: R12.x.3
>td    used in MULADD     R12.x.4,    C25.x, R16.z.4, R12.x.3
>td        released : MULADD     R12.x.4,    C25.x, R16.z.4, R12.x.3
>scheduling : DOT4     R13.x.2, __, __, __,       t36, t36, t37, t37, t38, t38, 0|00000000, 0|00000000
>td checking uses: R13.x.2
>td    used in RECIPSQRT_CLAMPED     R57.x.8,    |R13.x.2|
>td        released : RECIPSQRT_CLAMPED     R57.x.8,    |R13.x.2|
>scheduling : DOT4     R14.x.4, __, __, __,       t33, t33, t34, t34, t35, t35, 0|00000000, 0|00000000
>td checking uses: R14.x.4
>td    used in RECIPSQRT_CLAMPED     R57.x.9,    |R14.x.4|
>td        released : RECIPSQRT_CLAMPED     R57.x.9,    |R14.x.4|
>scheduling : DOT4     R15.x.5, __, __, __,       t30, t30, t31, t31, t32, t32, 0|00000000, 0|00000000
>td checking uses: R15.x.5
>td    used in RECIPSQRT_CLAMPED     R57.x.10,    |R15.x.5|
>td        released : RECIPSQRT_CLAMPED     R57.x.10,    |R15.x.5|
>scheduling : MULADD     R12.w.3,    C25.w, R16.z.4, R12.w.2
>td checking uses: R12.w.3
>td    used in MULADD     R12.w.4,    C26.w, R16.w.4, R12.w.3
>td        released : MULADD     R12.w.4,    C26.w, R16.w.4, R12.w.3
>scheduling : MULADD     R12.z.4,    C25.z, R16.z.4, R12.z.3
>td checking uses: R12.z.4
>td    used in MULADD     R12.z.5,    C26.z, R16.w.4, R12.z.4
>td        released : MULADD     R12.z.5,    C26.z, R16.w.4, R12.z.4
>scheduling : MULADD     R12.y.4,    C25.y, R16.z.4, R12.y.3
>td checking uses: R12.y.4
>td    used in MULADD     R12.y.5,    C26.y, R16.w.4, R12.y.4
>td        released : MULADD     R12.y.5,    C26.y, R16.w.4, R12.y.4
>scheduling : MULADD     R12.x.4,    C25.x, R16.z.4, R12.x.3
>td checking uses: R12.x.4
>td    used in MULADD     R12.x.5,    C26.x, R16.w.4, R12.x.4
>td        released : MULADD     R12.x.5,    C26.x, R16.w.4, R12.x.4
>scheduling : RECIPSQRT_CLAMPED     R57.x.8,    |R13.x.2|
>td checking uses: R57.x.8
>td    used in MUL     R13.z.2,    R17.z.4, R57.x.8
>td        released : MUL     R13.z.2,    R17.z.4, R57.x.8
>td    used in MUL     R13.y.2,    R17.y.4, R57.x.8
>td        released : MUL     R13.y.2,    R17.y.4, R57.x.8
>td    used in MUL     R13.x.4,    R17.x.4, R57.x.8
>td        released : MUL     R13.x.4,    R17.x.4, R57.x.8
>scheduling : RECIPSQRT_CLAMPED     R57.x.9,    |R14.x.4|
>td checking uses: R57.x.9
>td    used in MUL     R14.z.4,    R18.z.4, R57.x.9
>td        released : MUL     R14.z.4,    R18.z.4, R57.x.9
>td    used in MUL     R14.y.4,    R18.y.4, R57.x.9
>td        released : MUL     R14.y.4,    R18.y.4, R57.x.9
>td    used in MUL     R14.x.6,    R18.x.4, R57.x.9
>td        released : MUL     R14.x.6,    R18.x.4, R57.x.9
>scheduling : RECIPSQRT_CLAMPED     R57.x.10,    |R15.x.5|
>td checking uses: R57.x.10
>td    used in MUL     R15.z.5,    R19.z.4, R57.x.10
>td        released : MUL     R15.z.5,    R19.z.4, R57.x.10
>td    used in MUL     R15.y.5,    R19.y.4, R57.x.10
>td        released : MUL     R15.y.5,    R19.y.4, R57.x.10
>td    used in MUL     R15.x.7,    R19.x.4, R57.x.10
>td        released : MUL     R15.x.7,    R19.x.4, R57.x.10
>scheduling : MULADD     R12.w.4,    C26.w, R16.w.4, R12.w.3
>td checking uses: R12.w.4
>td    used in (copy) MOV     t16,    R12.w.4
>td        released : (copy) MOV     t16,    R12.w.4
>td    used in MULADD     R16.w.8,    C3.w, R12.w.4, R16.w.7
>td    used in MULADD     R16.z.10,    C3.z, R12.w.4, R16.z.9
>td    used in MULADD     R16.y.10,    C3.y, R12.w.4, R16.y.9
>td    used in MULADD     R16.x.10,    C3.x, R12.w.4, R16.x.9
>scheduling : MULADD     R12.z.5,    C26.z, R16.w.4, R12.z.4
>td checking uses: R12.z.5
>td    used in (copy) MOV     t15,    R12.z.5
>td        released : (copy) MOV     t15,    R12.z.5
>td    used in MULADD     R16.w.7,    C2.w, R12.z.5, R16.w.6
>td    used in MULADD     R16.z.9,    C2.z, R12.z.5, R16.z.8
>td    used in MULADD     R16.y.9,    C2.y, R12.z.5, R16.y.8
>td    used in MULADD     R16.x.9,    C2.x, R12.z.5, R16.x.8
>scheduling : MULADD     R12.y.5,    C26.y, R16.w.4, R12.y.4
>td checking uses: R12.y.5
>td    used in (copy) MOV     t14,    R12.y.5
>td        released : (copy) MOV     t14,    R12.y.5
>td    used in MULADD     R16.w.6,    C1.w, R12.y.5, R16.w.5
>td    used in MULADD     R16.z.8,    C1.z, R12.y.5, R16.z.7
>td    used in MULADD     R16.y.8,    C1.y, R12.y.5, R16.y.7
>td    used in MULADD     R16.x.8,    C1.x, R12.y.5, R16.x.7
>scheduling : MULADD     R12.x.5,    C26.x, R16.w.4, R12.x.4
>td checking uses: R12.x.5
>td    used in (copy) MOV     t13,    R12.x.5
>td        released : (copy) MOV     t13,    R12.x.5
>td    used in MUL     R16.w.5,    C0.w, R12.x.5
>td        released : MUL     R16.w.5,    C0.w, R12.x.5
>td    used in MUL     R16.z.7,    C0.z, R12.x.5
>td        released : MUL     R16.z.7,    C0.z, R12.x.5
>td    used in MUL     R16.y.7,    C0.y, R12.x.5
>td        released : MUL     R16.y.7,    C0.y, R12.x.5
>td    used in MUL     R16.x.7,    C0.x, R12.x.5
>td        released : MUL     R16.x.7,    C0.x, R12.x.5
>scheduling : MUL     R13.z.2,    R17.z.4, R57.x.8
>td checking uses: R13.z.2
>td    used in MULADD     R13.z.3,    C25.z, R13.z.2, R14.z.3
>td    used in MULADD     R13.y.3,    C25.y, R13.z.2, R14.y.3
>td    used in MULADD     R13.x.5,    C25.x, R13.z.2, R14.x.3
>scheduling : MUL     R13.y.2,    R17.y.4, R57.x.8
>td checking uses: R13.y.2
>td    used in MULADD     R14.z.3,    C24.z, R13.y.2, R14.z.2
>td    used in MULADD     R14.y.3,    C24.y, R13.y.2, R14.y.2
>td    used in MULADD     R14.x.3,    C24.x, R13.y.2, R14.x.2
>scheduling : MUL     R13.x.4,    R17.x.4, R57.x.8
>td checking uses: R13.x.4
>td    used in MUL     R14.z.2,    C23.z, R13.x.4
>td        released : MUL     R14.z.2,    C23.z, R13.x.4
>td    used in MUL     R14.y.2,    C23.y, R13.x.4
>td        released : MUL     R14.y.2,    C23.y, R13.x.4
>td    used in MUL     R14.x.2,    C23.x, R13.x.4
>td        released : MUL     R14.x.2,    C23.x, R13.x.4
>scheduling : MUL     R14.z.4,    R18.z.4, R57.x.9
>td checking uses: R14.z.4
>td    used in MULADD     R14.z.5,    C25.z, R14.z.4, R15.z.4
>td    used in MULADD     R14.y.5,    C25.y, R14.z.4, R15.y.4
>td    used in MULADD     R14.x.7,    C25.x, R14.z.4, R15.x.4
>scheduling : MUL     R14.y.4,    R18.y.4, R57.x.9
>td checking uses: R14.y.4
>td    used in MULADD     R15.z.4,    C24.z, R14.y.4, R15.z.3
>td    used in MULADD     R15.y.4,    C24.y, R14.y.4, R15.y.3
>td    used in MULADD     R15.x.4,    C24.x, R14.y.4, R15.x.3
>scheduling : MUL     R14.x.6,    R18.x.4, R57.x.9
>td checking uses: R14.x.6
>td    used in MUL     R15.z.3,    C23.z, R14.x.6
>td        released : MUL     R15.z.3,    C23.z, R14.x.6
>td    used in MUL     R15.y.3,    C23.y, R14.x.6
>td        released : MUL     R15.y.3,    C23.y, R14.x.6
>td    used in MUL     R15.x.3,    C23.x, R14.x.6
>td        released : MUL     R15.x.3,    C23.x, R14.x.6
>scheduling : MUL     R15.z.5,    R19.z.4, R57.x.10
>td checking uses: R15.z.5
>td    used in MULADD     R15.z.6,    C25.z, R15.z.5, R16.z.6
>td    used in MULADD     R15.y.6,    C25.y, R15.z.5, R16.y.6
>td    used in MULADD     R15.x.8,    C25.x, R15.z.5, R16.x.6
>scheduling : MUL     R15.y.5,    R19.y.4, R57.x.10
>td checking uses: R15.y.5
>td    used in MULADD     R16.z.6,    C24.z, R15.y.5, R16.z.5
>td    used in MULADD     R16.y.6,    C24.y, R15.y.5, R16.y.5
>td    used in MULADD     R16.x.6,    C24.x, R15.y.5, R16.x.5
>scheduling : MUL     R15.x.7,    R19.x.4, R57.x.10
>td checking uses: R15.x.7
>td    used in MUL     R16.z.5,    C23.z, R15.x.7
>td        released : MUL     R16.z.5,    C23.z, R15.x.7
>td    used in MUL     R16.y.5,    C23.y, R15.x.7
>td        released : MUL     R16.y.5,    C23.y, R15.x.7
>td    used in MUL     R16.x.5,    C23.x, R15.x.7
>td        released : MUL     R16.x.5,    C23.x, R15.x.7
>scheduling : (copy) MOV     t16,    R12.w.4
>td checking uses: t16
>td    used in EXPORT  PARAM 0     t13, t14, t15, t16
>scheduling : (copy) MOV     t15,    R12.z.5
>td checking uses: t15
>td    used in EXPORT  PARAM 0     t13, t14, t15, t16
>scheduling : (copy) MOV     t14,    R12.y.5
>td checking uses: t14
>td    used in EXPORT  PARAM 0     t13, t14, t15, t16
>scheduling : (copy) MOV     t13,    R12.x.5
>td checking uses: t13
>td    used in EXPORT  PARAM 0     t13, t14, t15, t16
>td        released : EXPORT  PARAM 0     t13, t14, t15, t16
>scheduling : MUL     R16.w.5,    C0.w, R12.x.5
>td checking uses: R16.w.5
>td    used in MULADD     R16.w.6,    C1.w, R12.y.5, R16.w.5
>td        released : MULADD     R16.w.6,    C1.w, R12.y.5, R16.w.5
>scheduling : MUL     R16.z.7,    C0.z, R12.x.5
>td checking uses: R16.z.7
>td    used in MULADD     R16.z.8,    C1.z, R12.y.5, R16.z.7
>td        released : MULADD     R16.z.8,    C1.z, R12.y.5, R16.z.7
>scheduling : MUL     R16.y.7,    C0.y, R12.x.5
>td checking uses: R16.y.7
>td    used in MULADD     R16.y.8,    C1.y, R12.y.5, R16.y.7
>td        released : MULADD     R16.y.8,    C1.y, R12.y.5, R16.y.7
>scheduling : MUL     R16.x.7,    C0.x, R12.x.5
>td checking uses: R16.x.7
>td    used in MULADD     R16.x.8,    C1.x, R12.y.5, R16.x.7
>td        released : MULADD     R16.x.8,    C1.x, R12.y.5, R16.x.7
>scheduling : MUL     R14.z.2,    C23.z, R13.x.4
>td checking uses: R14.z.2
>td    used in MULADD     R14.z.3,    C24.z, R13.y.2, R14.z.2
>td        released : MULADD     R14.z.3,    C24.z, R13.y.2, R14.z.2
>scheduling : MUL     R14.y.2,    C23.y, R13.x.4
>td checking uses: R14.y.2
>td    used in MULADD     R14.y.3,    C24.y, R13.y.2, R14.y.2
>td        released : MULADD     R14.y.3,    C24.y, R13.y.2, R14.y.2
>scheduling : MUL     R14.x.2,    C23.x, R13.x.4
>td checking uses: R14.x.2
>td    used in MULADD     R14.x.3,    C24.x, R13.y.2, R14.x.2
>td        released : MULADD     R14.x.3,    C24.x, R13.y.2, R14.x.2
>scheduling : MUL     R15.z.3,    C23.z, R14.x.6
>td checking uses: R15.z.3
>td    used in MULADD     R15.z.4,    C24.z, R14.y.4, R15.z.3
>td        released : MULADD     R15.z.4,    C24.z, R14.y.4, R15.z.3
>scheduling : MUL     R15.y.3,    C23.y, R14.x.6
>td checking uses: R15.y.3
>td    used in MULADD     R15.y.4,    C24.y, R14.y.4, R15.y.3
>td        released : MULADD     R15.y.4,    C24.y, R14.y.4, R15.y.3
>scheduling : MUL     R15.x.3,    C23.x, R14.x.6
>td checking uses: R15.x.3
>td    used in MULADD     R15.x.4,    C24.x, R14.y.4, R15.x.3
>td        released : MULADD     R15.x.4,    C24.x, R14.y.4, R15.x.3
>scheduling : MUL     R16.z.5,    C23.z, R15.x.7
>td checking uses: R16.z.5
>td    used in MULADD     R16.z.6,    C24.z, R15.y.5, R16.z.5
>td        released : MULADD     R16.z.6,    C24.z, R15.y.5, R16.z.5
>scheduling : MUL     R16.y.5,    C23.y, R15.x.7
>td checking uses: R16.y.5
>td    used in MULADD     R16.y.6,    C24.y, R15.y.5, R16.y.5
>td        released : MULADD     R16.y.6,    C24.y, R15.y.5, R16.y.5
>scheduling : MUL     R16.x.5,    C23.x, R15.x.7
>td checking uses: R16.x.5
>td    used in MULADD     R16.x.6,    C24.x, R15.y.5, R16.x.5
>td        released : MULADD     R16.x.6,    C24.x, R15.y.5, R16.x.5
>scheduling : EXPORT  PARAM 0     t13, t14, t15, t16
>scheduling : MULADD     R16.w.6,    C1.w, R12.y.5, R16.w.5
>td checking uses: R16.w.6
>td    used in MULADD     R16.w.7,    C2.w, R12.z.5, R16.w.6
>td        released : MULADD     R16.w.7,    C2.w, R12.z.5, R16.w.6
>scheduling : MULADD     R16.z.8,    C1.z, R12.y.5, R16.z.7
>td checking uses: R16.z.8
>td    used in MULADD     R16.z.9,    C2.z, R12.z.5, R16.z.8
>td        released : MULADD     R16.z.9,    C2.z, R12.z.5, R16.z.8
>scheduling : MULADD     R16.y.8,    C1.y, R12.y.5, R16.y.7
>td checking uses: R16.y.8
>td    used in MULADD     R16.y.9,    C2.y, R12.z.5, R16.y.8
>td        released : MULADD     R16.y.9,    C2.y, R12.z.5, R16.y.8
>scheduling : MULADD     R16.x.8,    C1.x, R12.y.5, R16.x.7
>td checking uses: R16.x.8
>td    used in MULADD     R16.x.9,    C2.x, R12.z.5, R16.x.8
>td        released : MULADD     R16.x.9,    C2.x, R12.z.5, R16.x.8
>scheduling : MULADD     R14.z.3,    C24.z, R13.y.2, R14.z.2
>td checking uses: R14.z.3
>td    used in MULADD     R13.z.3,    C25.z, R13.z.2, R14.z.3
>td        released : MULADD     R13.z.3,    C25.z, R13.z.2, R14.z.3
>scheduling : MULADD     R14.y.3,    C24.y, R13.y.2, R14.y.2
>td checking uses: R14.y.3
>td    used in MULADD     R13.y.3,    C25.y, R13.z.2, R14.y.3
>td        released : MULADD     R13.y.3,    C25.y, R13.z.2, R14.y.3
>scheduling : MULADD     R14.x.3,    C24.x, R13.y.2, R14.x.2
>td checking uses: R14.x.3
>td    used in MULADD     R13.x.5,    C25.x, R13.z.2, R14.x.3
>td        released : MULADD     R13.x.5,    C25.x, R13.z.2, R14.x.3
>scheduling : MULADD     R15.z.4,    C24.z, R14.y.4, R15.z.3
>td checking uses: R15.z.4
>td    used in MULADD     R14.z.5,    C25.z, R14.z.4, R15.z.4
>td        released : MULADD     R14.z.5,    C25.z, R14.z.4, R15.z.4
>scheduling : MULADD     R15.y.4,    C24.y, R14.y.4, R15.y.3
>td checking uses: R15.y.4
>td    used in MULADD     R14.y.5,    C25.y, R14.z.4, R15.y.4
>td        released : MULADD     R14.y.5,    C25.y, R14.z.4, R15.y.4
>scheduling : MULADD     R15.x.4,    C24.x, R14.y.4, R15.x.3
>td checking uses: R15.x.4
>td    used in MULADD     R14.x.7,    C25.x, R14.z.4, R15.x.4
>td        released : MULADD     R14.x.7,    C25.x, R14.z.4, R15.x.4
>scheduling : MULADD     R16.z.6,    C24.z, R15.y.5, R16.z.5
>td checking uses: R16.z.6
>td    used in MULADD     R15.z.6,    C25.z, R15.z.5, R16.z.6
>td        released : MULADD     R15.z.6,    C25.z, R15.z.5, R16.z.6
>scheduling : MULADD     R16.y.6,    C24.y, R15.y.5, R16.y.5
>td checking uses: R16.y.6
>td    used in MULADD     R15.y.6,    C25.y, R15.z.5, R16.y.6
>td        released : MULADD     R15.y.6,    C25.y, R15.z.5, R16.y.6
>scheduling : MULADD     R16.x.6,    C24.x, R15.y.5, R16.x.5
>td checking uses: R16.x.6
>td    used in MULADD     R15.x.8,    C25.x, R15.z.5, R16.x.6
>td        released : MULADD     R15.x.8,    C25.x, R15.z.5, R16.x.6
>scheduling : MULADD     R16.w.7,    C2.w, R12.z.5, R16.w.6
>td checking uses: R16.w.7
>td    used in MULADD     R16.w.8,    C3.w, R12.w.4, R16.w.7
>td        released : MULADD     R16.w.8,    C3.w, R12.w.4, R16.w.7
>scheduling : MULADD     R16.z.9,    C2.z, R12.z.5, R16.z.8
>td checking uses: R16.z.9
>td    used in MULADD     R16.z.10,    C3.z, R12.w.4, R16.z.9
>td        released : MULADD     R16.z.10,    C3.z, R12.w.4, R16.z.9
>scheduling : MULADD     R16.y.9,    C2.y, R12.z.5, R16.y.8
>td checking uses: R16.y.9
>td    used in MULADD     R16.y.10,    C3.y, R12.w.4, R16.y.9
>td        released : MULADD     R16.y.10,    C3.y, R12.w.4, R16.y.9
>scheduling : MULADD     R16.x.9,    C2.x, R12.z.5, R16.x.8
>td checking uses: R16.x.9
>td    used in MULADD     R16.x.10,    C3.x, R12.w.4, R16.x.9
>td        released : MULADD     R16.x.10,    C3.x, R12.w.4, R16.x.9
>scheduling : MULADD     R13.z.3,    C25.z, R13.z.2, R14.z.3
>td checking uses: R13.z.3
>td    used in MUL     R13.z.4,    R13.z.3, R57.x.11
>td    used in (copy) MOV     t29,    R13.z.3
>td        released : (copy) MOV     t29,    R13.z.3
>scheduling : MULADD     R13.y.3,    C25.y, R13.z.2, R14.y.3
>td checking uses: R13.y.3
>td    used in MUL     R13.y.4,    R13.y.3, R57.x.11
>td    used in (copy) MOV     t28,    R13.y.3
>td        released : (copy) MOV     t28,    R13.y.3
>scheduling : MULADD     R13.x.5,    C25.x, R13.z.2, R14.x.3
>td checking uses: R13.x.5
>td    used in MUL     R13.x.6,    R13.x.5, R57.x.11
>td    used in (copy) MOV     t27,    R13.x.5
>td        released : (copy) MOV     t27,    R13.x.5
>scheduling : MULADD     R14.z.5,    C25.z, R14.z.4, R15.z.4
>td checking uses: R14.z.5
>td    used in MUL     R14.z.6,    R14.z.5, R57.x.12
>td    used in (copy) MOV     t26,    R14.z.5
>td        released : (copy) MOV     t26,    R14.z.5
>scheduling : MULADD     R14.y.5,    C25.y, R14.z.4, R15.y.4
>td checking uses: R14.y.5
>td    used in MUL     R14.y.6,    R14.y.5, R57.x.12
>td    used in (copy) MOV     t25,    R14.y.5
>td        released : (copy) MOV     t25,    R14.y.5
>scheduling : MULADD     R14.x.7,    C25.x, R14.z.4, R15.x.4
>td checking uses: R14.x.7
>td    used in MUL     R14.x.8,    R14.x.7, R57.x.12
>td    used in (copy) MOV     t24,    R14.x.7
>td        released : (copy) MOV     t24,    R14.x.7
>scheduling : MULADD     R15.z.6,    C25.z, R15.z.5, R16.z.6
>td checking uses: R15.z.6
>td    used in MUL     R14.z.7,    R15.z.6, R57.x.13
>td    used in (copy) MOV     t23,    R15.z.6
>td        released : (copy) MOV     t23,    R15.z.6
>scheduling : MULADD     R15.y.6,    C25.y, R15.z.5, R16.y.6
>td checking uses: R15.y.6
>td    used in MUL     R14.y.7,    R15.y.6, R57.x.13
>td    used in (copy) MOV     t22,    R15.y.6
>td        released : (copy) MOV     t22,    R15.y.6
>scheduling : MULADD     R15.x.8,    C25.x, R15.z.5, R16.x.6
>td checking uses: R15.x.8
>td    used in MUL     R14.x.11,    R15.x.8, R57.x.13
>td    used in (copy) MOV     t21,    R15.x.8
>td        released : (copy) MOV     t21,    R15.x.8
>scheduling : MULADD     R16.w.8,    C3.w, R12.w.4, R16.w.7
>td checking uses: R16.w.8
>td    used in (copy) MOV     t20,    R16.w.8
>td        released : (copy) MOV     t20,    R16.w.8
>scheduling : MULADD     R16.z.10,    C3.z, R12.w.4, R16.z.9
>td checking uses: R16.z.10
>td    used in (copy) MOV     t19,    R16.z.10
>td        released : (copy) MOV     t19,    R16.z.10
>scheduling : MULADD     R16.y.10,    C3.y, R12.w.4, R16.y.9
>td checking uses: R16.y.10
>td    used in (copy) MOV     t18,    R16.y.10
>td        released : (copy) MOV     t18,    R16.y.10
>scheduling : MULADD     R16.x.10,    C3.x, R12.w.4, R16.x.9
>td checking uses: R16.x.10
>td    used in (copy) MOV     t17,    R16.x.10
>td        released : (copy) MOV     t17,    R16.x.10
>scheduling : (copy) MOV     t29,    R13.z.3
>td checking uses: t29
>td    used in DOT4     R17.x.5, __, __, __,       t27, t27, t28, t28, t29, t29, 0|00000000, 0|00000000
>td    used in DOT4     R17.x.5, __, __, __,       t27, t27, t28, t28, t29, t29, 0|00000000, 0|00000000
>scheduling : (copy) MOV     t28,    R13.y.3
>td checking uses: t28
>td    used in DOT4     R17.x.5, __, __, __,       t27, t27, t28, t28, t29, t29, 0|00000000, 0|00000000
>td    used in DOT4     R17.x.5, __, __, __,       t27, t27, t28, t28, t29, t29, 0|00000000, 0|00000000
>scheduling : (copy) MOV     t27,    R13.x.5
>td checking uses: t27
>td    used in DOT4     R17.x.5, __, __, __,       t27, t27, t28, t28, t29, t29, 0|00000000, 0|00000000
>td    used in DOT4     R17.x.5, __, __, __,       t27, t27, t28, t28, t29, t29, 0|00000000, 0|00000000
>td        released : DOT4     R17.x.5, __, __, __,       t27, t27, t28, t28, t29, t29, 0|00000000, 0|00000000
>scheduling : (copy) MOV     t26,    R14.z.5
>td checking uses: t26
>td    used in DOT4     R18.x.5, __, __, __,       t24, t24, t25, t25, t26, t26, 0|00000000, 0|00000000
>td    used in DOT4     R18.x.5, __, __, __,       t24, t24, t25, t25, t26, t26, 0|00000000, 0|00000000
>scheduling : (copy) MOV     t25,    R14.y.5
>td checking uses: t25
>td    used in DOT4     R18.x.5, __, __, __,       t24, t24, t25, t25, t26, t26, 0|00000000, 0|00000000
>td    used in DOT4     R18.x.5, __, __, __,       t24, t24, t25, t25, t26, t26, 0|00000000, 0|00000000
>scheduling : (copy) MOV     t24,    R14.x.7
>td checking uses: t24
>td    used in DOT4     R18.x.5, __, __, __,       t24, t24, t25, t25, t26, t26, 0|00000000, 0|00000000
>td    used in DOT4     R18.x.5, __, __, __,       t24, t24, t25, t25, t26, t26, 0|00000000, 0|00000000
>td        released : DOT4     R18.x.5, __, __, __,       t24, t24, t25, t25, t26, t26, 0|00000000, 0|00000000
>scheduling : (copy) MOV     t23,    R15.z.6
>td checking uses: t23
>td    used in DOT4     R14.x.9, __, __, __,       t21, t21, t22, t22, t23, t23, 0|00000000, 0|00000000
>td    used in DOT4     R14.x.9, __, __, __,       t21, t21, t22, t22, t23, t23, 0|00000000, 0|00000000
>scheduling : (copy) MOV     t22,    R15.y.6
>td checking uses: t22
>td    used in DOT4     R14.x.9, __, __, __,       t21, t21, t22, t22, t23, t23, 0|00000000, 0|00000000
>td    used in DOT4     R14.x.9, __, __, __,       t21, t21, t22, t22, t23, t23, 0|00000000, 0|00000000
>scheduling : (copy) MOV     t21,    R15.x.8
>td checking uses: t21
>td    used in DOT4     R14.x.9, __, __, __,       t21, t21, t22, t22, t23, t23, 0|00000000, 0|00000000
>td    used in DOT4     R14.x.9, __, __, __,       t21, t21, t22, t22, t23, t23, 0|00000000, 0|00000000
>td        released : DOT4     R14.x.9, __, __, __,       t21, t21, t22, t22, t23, t23, 0|00000000, 0|00000000
>scheduling : (copy) MOV     t20,    R16.w.8
>td checking uses: t20
>td    used in EXPORT  POS   60     t17, t18, t19, t20
>scheduling : (copy) MOV     t19,    R16.z.10
>td checking uses: t19
>td    used in EXPORT  POS   60     t17, t18, t19, t20
>scheduling : (copy) MOV     t18,    R16.y.10
>td checking uses: t18
>td    used in EXPORT  POS   60     t17, t18, t19, t20
>scheduling : (copy) MOV     t17,    R16.x.10
>td checking uses: t17
>td    used in EXPORT  POS   60     t17, t18, t19, t20
>td        released : EXPORT  POS   60     t17, t18, t19, t20
>scheduling : DOT4     R17.x.5, __, __, __,       t27, t27, t28, t28, t29, t29, 0|00000000, 0|00000000
>td checking uses: R17.x.5
>td    used in RECIPSQRT_CLAMPED     R57.x.11,    |R17.x.5|
>td        released : RECIPSQRT_CLAMPED     R57.x.11,    |R17.x.5|
>scheduling : DOT4     R18.x.5, __, __, __,       t24, t24, t25, t25, t26, t26, 0|00000000, 0|00000000
>td checking uses: R18.x.5
>td    used in RECIPSQRT_CLAMPED     R57.x.12,    |R18.x.5|
>td        released : RECIPSQRT_CLAMPED     R57.x.12,    |R18.x.5|
>scheduling : DOT4     R14.x.9, __, __, __,       t21, t21, t22, t22, t23, t23, 0|00000000, 0|00000000
>td checking uses: R14.x.9
>td    used in RECIPSQRT_CLAMPED     R57.x.13,    |R14.x.9|
>td        released : RECIPSQRT_CLAMPED     R57.x.13,    |R14.x.9|
>scheduling : EXPORT  POS   60     t17, t18, t19, t20
>scheduling : RECIPSQRT_CLAMPED     R57.x.11,    |R17.x.5|
>td checking uses: R57.x.11
>td    used in MUL     R13.z.4,    R13.z.3, R57.x.11
>td        released : MUL     R13.z.4,    R13.z.3, R57.x.11
>td    used in MUL     R13.y.4,    R13.y.3, R57.x.11
>td        released : MUL     R13.y.4,    R13.y.3, R57.x.11
>td    used in MUL     R13.x.6,    R13.x.5, R57.x.11
>td        released : MUL     R13.x.6,    R13.x.5, R57.x.11
>scheduling : RECIPSQRT_CLAMPED     R57.x.12,    |R18.x.5|
>td checking uses: R57.x.12
>td    used in MUL     R14.z.6,    R14.z.5, R57.x.12
>td        released : MUL     R14.z.6,    R14.z.5, R57.x.12
>td    used in MUL     R14.y.6,    R14.y.5, R57.x.12
>td        released : MUL     R14.y.6,    R14.y.5, R57.x.12
>td    used in MUL     R14.x.8,    R14.x.7, R57.x.12
>td        released : MUL     R14.x.8,    R14.x.7, R57.x.12
>scheduling : RECIPSQRT_CLAMPED     R57.x.13,    |R14.x.9|
>td checking uses: R57.x.13
>td    used in MUL     R14.z.7,    R15.z.6, R57.x.13
>td        released : MUL     R14.z.7,    R15.z.6, R57.x.13
>td    used in MUL     R14.y.7,    R15.y.6, R57.x.13
>td        released : MUL     R14.y.7,    R15.y.6, R57.x.13
>td    used in MUL     R14.x.11,    R15.x.8, R57.x.13
>td        released : MUL     R14.x.11,    R15.x.8, R57.x.13
>scheduling : MUL     R13.z.4,    R13.z.3, R57.x.11
>td checking uses: R13.z.4
>td    used in (copy) MOV     t5,    R13.z.4
>td        released : (copy) MOV     t5,    R13.z.4
>scheduling : MUL     R13.y.4,    R13.y.3, R57.x.11
>td checking uses: R13.y.4
>td    used in (copy) MOV     t12,    R13.y.4
>td        released : (copy) MOV     t12,    R13.y.4
>scheduling : MUL     R13.x.6,    R13.x.5, R57.x.11
>td checking uses: R13.x.6
>td    used in (copy) MOV     t11,    R13.x.6
>td        released : (copy) MOV     t11,    R13.x.6
>scheduling : MUL     R14.z.6,    R14.z.5, R57.x.12
>td checking uses: R14.z.6
>td    used in (copy) MOV     t8,    R14.z.6
>td        released : (copy) MOV     t8,    R14.z.6
>scheduling : MUL     R14.y.6,    R14.y.5, R57.x.12
>td checking uses: R14.y.6
>td    used in (copy) MOV     t7,    R14.y.6
>td        released : (copy) MOV     t7,    R14.y.6
>scheduling : MUL     R14.x.8,    R14.x.7, R57.x.12
>td checking uses: R14.x.8
>td    used in (copy) MOV     t6,    R14.x.8
>td        released : (copy) MOV     t6,    R14.x.8
>scheduling : MUL     R14.z.7,    R15.z.6, R57.x.13
>td checking uses: R14.z.7
>td    used in (copy) MOV     t3,    R14.z.7
>td        released : (copy) MOV     t3,    R14.z.7
>scheduling : MUL     R14.y.7,    R15.y.6, R57.x.13
>td checking uses: R14.y.7
>td    used in (copy) MOV     t2,    R14.y.7
>td        released : (copy) MOV     t2,    R14.y.7
>scheduling : MUL     R14.x.11,    R15.x.8, R57.x.13
>td checking uses: R14.x.11
>td    used in (copy) MOV     t1,    R14.x.11
>td        released : (copy) MOV     t1,    R14.x.11
>scheduling : (copy) MOV     t5,    R13.z.4
>td checking uses: t5
>td    used in EXPORT  PARAM 2     t5, t6, t7, t8
>scheduling : (copy) MOV     t12,    R13.y.4
>td checking uses: t12
>td    used in EXPORT  PARAM 1     t9, t10, t11, t12
>scheduling : (copy) MOV     t11,    R13.x.6
>td checking uses: t11
>td    used in EXPORT  PARAM 1     t9, t10, t11, t12
>td        released : EXPORT  PARAM 1     t9, t10, t11, t12
>scheduling : (copy) MOV     t8,    R14.z.6
>td checking uses: t8
>td    used in EXPORT  PARAM 2     t5, t6, t7, t8
>scheduling : (copy) MOV     t7,    R14.y.6
>td checking uses: t7
>td    used in EXPORT  PARAM 2     t5, t6, t7, t8
>scheduling : (copy) MOV     t6,    R14.x.8
>td checking uses: t6
>td    used in EXPORT  PARAM 2     t5, t6, t7, t8
>td        released : EXPORT  PARAM 2     t5, t6, t7, t8
>scheduling : (copy) MOV     t3,    R14.z.7
>td checking uses: t3
>td    used in EXPORT  PARAM 3     t1, t2, t3, t4
>scheduling : (copy) MOV     t2,    R14.y.7
>td checking uses: t2
>td    used in EXPORT  PARAM 3     t1, t2, t3, t4
>scheduling : (copy) MOV     t1,    R14.x.11
>td checking uses: t1
>td    used in EXPORT  PARAM 3     t1, t2, t3, t4
>td        released : EXPORT  PARAM 3     t1, t2, t3, t4
>scheduling : EXPORT  PARAM 1     t9, t10, t11, t12
>scheduling : EXPORT  PARAM 2     t5, t6, t7, t8
>scheduling : EXPORT  PARAM 3     t1, t2, t3, t4
>{   preloaded inputs [R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w]  live_before: [R24.x R33.x R46.x R48.x R50.x ]
>    { BB_0    loop_level = 0  
>        CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w
>        (copy) MOV     t71,    0|00000000
>        (copy) MOV     t72,    0|00000000
>        (copy) MOV     t73,    0|00000000
>        (copy) MOV     t74,    0|00000000
>        (copy) MOV     t75,    0|00000000
>        (copy) MOV     t76,    0|00000000
>        (copy) MOV     t77,    0|00000000
>        (copy) MOV     t78,    0|00000000
>        (copy) MOV     t79,    0|00000000
>        (copy) MOV     t80,    0|00000000
>        (copy) MOV     t81,    0|00000000
>        (copy) MOV     t82,    0|00000000
>        (copy) MOV     t83,    0|00000000
>        (copy) MOV     t84,    0|00000000
>        (copy) MOV     R1.x.1,    t137F@R1.x
>        (copy) MOV     R1.y.1,    t138F@R1.y
>        (copy) MOV     R1.z.1,    t139F@R1.z
>        (copy) MOV     R2.x.1,    t140F@R2.x
>        (copy) MOV     R2.y.1,    t141F@R2.y
>        (copy) MOV     R2.z.1,    t142F@R2.z
>        (copy) MOV     R3.x.1,    t143F@R3.x
>        (copy) MOV     R3.y.1,    t144F@R3.y
>        (copy) MOV     R3.z.1,    t145F@R3.z
>        (copy) MOV     R3.w.1,    t146F@R3.w
>        (copy) MOV     R4.x.1,    t147F@R4.x
>        (copy) MOV     R4.y.1,    t148F@R4.y
>        (copy) MOV     R5.x.1,    t149F@R5.x
>        (copy) MOV     R5.y.1,    t150F@R5.y
>        (copy) MOV     R5.z.1,    t151F@R5.z
>        (copy) MOV     R5.w.1,    t152F@R5.w
>        (copy) MOV     R6.x.1,    t153F@R6.x
>        (copy) MOV     R6.y.1,    t154F@R6.y
>        (copy) MOV     R6.z.1,    t155F@R6.z
>        (copy) MOV     t9,    R4.x.1
>        (copy) MOV     t10,    R4.y.1
>        (copy) MOV     t4,    R5.w.1
>        ADD     R21.x.1,    -R6.x.1, 1|3f800000
>        ADD     R21.x.2,    R21.x.1, -R6.y.1
>        ADD     R21.x.3,    R21.x.2, -R6.z.1
>    } end BB_0  
>    region #0   live_before: [R24.x R33.x R46.x R48.x R50.x R4.x.1 R4.y.1 R12.x.1 R12.y.1 R12.z.1 R13.x.1 R13.y.1 R13.z.1 R13.w.1 R14.x.1 R14.y.1 R14.z.1 R14.w.1 R15.x.2 R15.y.2 R15.z.2 R15.w.2 R16.x.1 R16.y.1 R16.z.1 R16.w.1 R17.x.1 R17.y.1 R17.z.1 R18.x.1 R18.y.1 R18.z.1 R19.x.1 R19.y.1 R19.z.1 R20.x.2 R20.y.2 R20.z.2 R20.w.2 R21.x.4 ]
>        {  
>            * phi     t52,       t71, t85
>            * phi     t53,       t72, t86
>            * phi     t54,       t73, t87
>            * phi     t55,       t74, t88
>            * phi     t56,       t75, t89
>            * phi     t57,       t76, t90
>            * phi     t58,       t77, t91
>            * phi     t59,       t78, t92
>            * phi     t60,       t79, t93
>            * phi     t61,       t80, t94
>            * phi     t62,       t81, t95
>            * phi     t63,       t82, t96
>            * phi     t64,       t83, t97
>            * phi     t65,       t84, t98
>            * phi     t66,       undef, t99
>            * phi     t67,       undef, t100
>            * phi     t68,       undef, t101
>            * phi     t69,       undef, t102
>            * phi     t70,       undef, t103
>        }  
>        repeat region #0 after {     
>            { BB_1    loop_level = 1  
>                (copy) MOV     R16.x.2,    t52
>                (copy) MOV     R16.y.2,    t53
>                (copy) MOV     R16.z.2,    t54
>                (copy) MOV     R16.w.2,    t55
>                (copy) MOV     R17.x.2,    t56
>                (copy) MOV     R17.y.2,    t57
>                (copy) MOV     R17.z.2,    t58
>                (copy) MOV     R18.x.2,    t59
>                (copy) MOV     R18.y.2,    t60
>                (copy) MOV     R18.z.2,    t61
>                (copy) MOV     R19.x.2,    t62
>                (copy) MOV     R19.y.2,    t63
>                (copy) MOV     R19.z.2,    t64
>                (copy) MOV     R21.x.5,    t65
>                (copy) MOV     R24.x.1,    t66
>                (copy) MOV     R33.x.1,    t67
>                (copy) MOV     R46.x.1,    t68
>                (copy) MOV     R48.x.1,    t69
>                (copy) MOV     R50.x.1,    t70
>                (copy) MOV     t124,    R16.x.2
>                (copy) MOV     t125,    R16.y.2
>                (copy) MOV     t126,    R16.z.2
>                (copy) MOV     t127,    R16.w.2
>                (copy) MOV     t128,    R17.x.2
>                (copy) MOV     t129,    R17.y.2
>                (copy) MOV     t130,    R17.z.2
>                (copy) MOV     t131,    R18.x.2
>                (copy) MOV     t132,    R18.y.2
>                (copy) MOV     t133,    R18.z.2
>                (copy) MOV     t134,    R19.x.2
>                (copy) MOV     t135,    R19.y.2
>                (copy) MOV     t136,    R19.z.2
>                ADD_INT     R21.x.6,    R21.x.5, 1.4013e-45|00000001
>                SETE_INT     R23.w.2,    R21.x.5, 4.2039e-45|00000003
>                SETE_INT     R23.z.2,    R21.x.5, 2.8026e-45|00000002
>                SETE_INT     R23.y.2,    R21.x.5, 1.4013e-45|00000001
>                PRED_SETGE_INT     __, __, EM.2,    R21.x.5, 5.60519e-45|00000004
>                CNDE_INT     R24.x.2,    R21.x.5, R5.x.1, R24.x.1
>                CNDE_INT     R33.x.2,    R21.x.5, R6.x.1, R33.x.1
>                CNDE_INT     R46.x.2,    R21.x.5, R6.x.1, R46.x.1
>                CNDE_INT     R48.x.2,    R21.x.5, R6.x.1, R48.x.1
>                CNDE_INT     R50.x.2,    R21.x.5, R6.x.1, R50.x.1
>                (copy) MOV     t98,    R21.x.6
>                CNDE_INT     R24.x.3,    R23.y.2, R24.x.2, R5.y.1
>                CNDE_INT     R33.x.3,    R23.y.2, R33.x.2, R6.y.1
>                CNDE_INT     R46.x.3,    R23.y.2, R46.x.2, R6.y.1
>                CNDE_INT     R48.x.3,    R23.y.2, R48.x.2, R6.y.1
>                CNDE_INT     R50.x.3,    R23.y.2, R50.x.2, R6.y.1
>                CNDE_INT     R24.x.4,    R23.z.2, R24.x.3, R5.z.1
>                CNDE_INT     R33.x.4,    R23.z.2, R33.x.3, R6.z.1
>                CNDE_INT     R46.x.4,    R23.z.2, R46.x.3, R6.z.1
>                CNDE_INT     R48.x.4,    R23.z.2, R48.x.3, R6.z.1
>                CNDE_INT     R50.x.4,    R23.z.2, R50.x.3, R6.z.1
>                CNDE_INT     R24.x.5,    R23.w.2, R24.x.4, R5.w.1
>                CNDE_INT     R33.x.5,    R23.w.2, R33.x.4, R21.x.3
>                CNDE_INT     R46.x.5,    R23.w.2, R46.x.4, R21.x.3
>                CNDE_INT     R48.x.5,    R23.w.2, R48.x.4, R21.x.3
>                CNDE_INT     R50.x.5,    R23.w.2, R50.x.4, R21.x.3
>                (copy) MOV     t99,    R24.x.5
>                TRUNC     R57.x.3,    R24.x.5
>                (copy) MOV     t100,    R33.x.5
>                (copy) MOV     t101,    R46.x.5
>                (copy) MOV     t102,    R48.x.5
>                (copy) MOV     t103,    R50.x.5
>                FLT_TO_INT     R25.x.2,    R57.x.3
>                MULLO_UINT     R26.x.2,    5.60519e-45|00000004, R25.x.2
>                ADD_INT     R58.x.10,    R26.x.2, 4.2039e-44|0000001e
>                ADD_INT     R34.x.2,    R26.x.2, 4.2039e-45|00000003
>                ADD_INT     R58.x.7,    R26.x.2, 4.06377e-44|0000001d
>                ADD_INT     R30.x.2,    R26.x.2, 2.8026e-45|00000002
>                ADD_INT     R58.x.4,    R26.x.2, 3.92364e-44|0000001c
>                ADD_INT     R28.x.2,    R26.x.2, 1.4013e-45|00000001
>                ADD_INT     R58.x.2,    R26.x.2, 3.78351e-44|0000001b
>                (copy) MOV     t104,    R58.x.10
>                (copy) MOV     t109,    R58.x.7
>                (copy) MOV     t114,    R58.x.4
>                (copy) MOV     t119,    R58.x.2
>                VFETCH     t105, t106, t107, t108,       t104, __, __, __
>                VFETCH     t110, t111, t112, t113,       t109, __, __, __
>                VFETCH     t115, t116, t117, t118,       t114, __, __, __
>                VFETCH     t120, t121, t122, t123,       t119, __, __, __
>                (copy) MOV     R58.x.11,    t105
>                (copy) MOV     R58.y.7,    t106
>                (copy) MOV     R58.z.7,    t107
>                (copy) MOV     R58.w.7,    t108
>                (copy) MOV     R58.x.8,    t110
>                (copy) MOV     R58.y.5,    t111
>                (copy) MOV     R58.z.5,    t112
>                (copy) MOV     R58.w.5,    t113
>                (copy) MOV     R58.x.5,    t115
>                (copy) MOV     R58.y.3,    t116
>                (copy) MOV     R58.z.3,    t117
>                (copy) MOV     R58.w.3,    t118
>                (copy) MOV     R58.x.3,    t120
>                (copy) MOV     R58.y.2,    t121
>                (copy) MOV     R58.z.2,    t122
>                (copy) MOV     R58.w.2,    t123
>                MUL     R42.x.2,    R58.x.3, R3.x.1
>                MUL     R39.x.2,    R58.x.3, R2.x.1
>                MUL     R35.x.2,    R58.x.3, R1.x.1
>                MUL     R42.y.2,    R58.y.2, R3.x.1
>                MUL     R39.y.2,    R58.y.2, R2.x.1
>                MUL     R35.y.2,    R58.y.2, R1.x.1
>                MUL     R42.z.2,    R58.z.2, R3.x.1
>                MUL     R39.z.2,    R58.z.2, R2.x.1
>                MUL     R35.z.2,    R58.z.2, R1.x.1
>                MUL     R35.w.2,    R58.w.2, R1.x.1
>                MULADD     R43.x.2,    R58.x.5, R3.y.1, R42.x.2
>                MULADD     R40.x.2,    R58.x.5, R2.y.1, R39.x.2
>                MULADD     R36.x.2,    R58.x.5, R1.y.1, R35.x.2
>                MULADD     R43.y.2,    R58.y.3, R3.y.1, R42.y.2
>                MULADD     R40.y.2,    R58.y.3, R2.y.1, R39.y.2
>                MULADD     R36.y.2,    R58.y.3, R1.y.1, R35.y.2
>                MULADD     R43.z.2,    R58.z.3, R3.y.1, R42.z.2
>                MULADD     R40.z.2,    R58.z.3, R2.y.1, R39.z.2
>                MULADD     R36.z.2,    R58.z.3, R1.y.1, R35.z.2
>                MULADD     R36.w.2,    R58.w.3, R1.y.1, R35.w.2
>                MULADD     R44.x.2,    R58.x.8, R3.z.1, R43.x.2
>                MULADD     R41.x.2,    R58.x.8, R2.z.1, R40.x.2
>                MULADD     R37.x.2,    R58.x.8, R1.z.1, R36.x.2
>                MULADD     R44.y.2,    R58.y.5, R3.z.1, R43.y.2
>                MULADD     R41.y.2,    R58.y.5, R2.z.1, R40.y.2
>                MULADD     R37.y.2,    R58.y.5, R1.z.1, R36.y.2
>                MULADD     R44.z.2,    R58.z.5, R3.z.1, R43.z.2
>                MULADD     R41.z.2,    R58.z.5, R2.z.1, R40.z.2
>                MULADD     R37.z.2,    R58.z.5, R1.z.1, R36.z.2
>                MULADD     R37.w.2,    R58.w.5, R1.z.1, R36.w.2
>                MULADD     R18.x.3,    R44.x.2, R48.x.5, R18.x.2
>                MULADD     R17.x.3,    R41.x.2, R46.x.5, R17.x.2
>                MULADD     R38.x.2,    R58.x.11, 1|3f800000, R37.x.2
>                MULADD     R18.y.3,    R44.y.2, R48.x.5, R18.y.2
>                MUL     R51.z.2,    R41.y.2, R44.x.2
>                MULADD     R17.y.3,    R41.y.2, R46.x.5, R17.y.2
>                MULADD     R38.y.2,    R58.y.7, 1|3f800000, R37.y.2
>                MUL     R51.y.2,    R41.x.2, R44.z.2
>                MULADD     R18.z.3,    R44.z.2, R48.x.5, R18.z.2
>                MUL     R51.x.2,    R41.z.2, R44.y.2
>                MULADD     R17.z.3,    R41.z.2, R46.x.5, R17.z.2
>                MULADD     R38.z.2,    R58.z.7, 1|3f800000, R37.z.2
>                MULADD     R38.w.2,    R58.w.7, 1|3f800000, R37.w.2
>                (copy) MOV     t92,    R18.x.3
>                (copy) MOV     t89,    R17.x.3
>                MULADD     R16.x.3,    R38.x.2, R33.x.5, R16.x.2
>                (copy) MOV     t93,    R18.y.3
>                MULADD     R52.z.2,    R41.x.2, R44.y.2, -R51.z.2
>                (copy) MOV     t90,    R17.y.3
>                MULADD     R16.y.3,    R38.y.2, R33.x.5, R16.y.2
>                MULADD     R52.y.2,    R41.z.2, R44.x.2, -R51.y.2
>                (copy) MOV     t94,    R18.z.3
>                MULADD     R52.x.2,    R41.y.2, R44.z.2, -R51.x.2
>                (copy) MOV     t91,    R17.z.3
>                MULADD     R16.z.3,    R38.z.2, R33.x.5, R16.z.2
>                MULADD     R16.w.3,    R38.w.2, R33.x.5, R16.w.2
>                (copy) MOV     t85,    R16.x.3
>                MUL     R53.z.2,    R52.z.2, R3.w.1
>                (copy) MOV     t86,    R16.y.3
>                MUL     R53.y.2,    R52.y.2, R3.w.1
>                MUL     R53.x.2,    R52.x.2, R3.w.1
>                (copy) MOV     t87,    R16.z.3
>                (copy) MOV     t88,    R16.w.3
>                MULADD     R19.z.3,    R53.z.2, R50.x.5, R19.z.2
>                MULADD     R19.y.3,    R53.y.2, R50.x.5, R19.y.2
>                MULADD     R19.x.3,    R53.x.2, R50.x.5, R19.x.2
>                (copy) MOV     t97,    R19.z.3
>                (copy) MOV     t96,    R19.y.3
>                (copy) MOV     t95,    R19.x.3
>            } end BB_1  
>            region #1   live_before: [R4.x.1 R4.y.1 R12.x.1 R12.y.1 R12.z.1 R13.x.1 R13.y.1 R13.z.1 R13.w.1 R14.x.1 R14.y.1 R14.z.1 R14.w.1 R15.x.2 R15.y.2 R15.z.2 R15.w.2 R20.x.2 R20.y.2 R20.z.2 R20.w.2 R16.x.2 R16.y.2 R16.z.2 R16.w.2 R17.x.2 R17.y.2 R17.z.2 R18.x.2 R18.y.2 R18.z.2 R19.x.2 R19.y.2 R19.z.2 R21.x.5 R24.x.1 R33.x.1 R46.x.1 R48.x.1 R50.x.1 EM.2 ]
>                depart region #1 after {    
>                    if EM.2       
>                    {
>                        depart region #0 after {    
>                            { BB_2    loop_level = 1  
>                            } end BB_2  
>                        } end_depart   
>                    } endif   live_after: [R4.x.1 R4.y.1 R12.x.1 R12.y.1 R12.z.1 R13.x.1 R13.y.1 R13.z.1 R13.w.1 R14.x.1 R14.y.1 R14.z.1 R14.w.1 R15.x.2 R15.y.2 R15.z.2 R15.w.2 R20.x.2 R20.y.2 R20.z.2 R20.w.2 R16.x.2 R16.y.2 R16.z.2 R16.w.2 R17.x.2 R17.y.2 R17.z.2 R18.x.2 R18.y.2 R18.z.2 R19.x.2 R19.y.2 R19.z.2 R21.x.5 R24.x.1 R33.x.1 R46.x.1 R48.x.1 R50.x.1 ]
>                    { BB_3    loop_level = 1  
>                    } end BB_3  
>                } end_depart   
>            live_after: [R4.x.1 R4.y.1 R12.x.1 R12.y.1 R12.z.1 R13.x.1 R13.y.1 R13.z.1 R13.w.1 R14.x.1 R14.y.1 R14.z.1 R14.w.1 R15.x.2 R15.y.2 R15.z.2 R15.w.2 R20.x.2 R20.y.2 R20.z.2 R20.w.2 R16.x.2 R16.y.2 R16.z.2 R16.w.2 R17.x.2 R17.y.2 R17.z.2 R18.x.2 R18.y.2 R18.z.2 R19.x.2 R19.y.2 R19.z.2 R21.x.5 R24.x.1 R33.x.1 R46.x.1 R48.x.1 R50.x.1 ]
>            { BB_4    loop_level = 1  
>            } end BB_4  
>        } end_repeat   
>    {  
>        * phi     t39,       t124
>        * phi     t40,       t125
>        * phi     t41,       t126
>        * phi     t42,       t127
>        * phi     t43,       t128
>        * phi     t44,       t129
>        * phi     t45,       t130
>        * phi     t46,       t131
>        * phi     t47,       t132
>        * phi     t48,       t133
>        * phi     t49,       t134
>        * phi     t50,       t135
>        * phi     t51,       t136
>    }  
>    live_after: [R4.x.1 R4.y.1 R14.w.1 R16.x.4 R16.y.4 R16.z.4 R16.w.4 R17.x.4 R17.y.4 R17.z.4 R18.x.4 R18.y.4 R18.z.4 R19.x.4 R19.y.4 R19.z.4 ]
>    { BB_5    loop_level = 0  
>        (copy) MOV     R16.x.4,    t39
>        (copy) MOV     R16.y.4,    t40
>        (copy) MOV     R16.z.4,    t41
>        (copy) MOV     R16.w.4,    t42
>        (copy) MOV     R17.x.4,    t43
>        (copy) MOV     R17.y.4,    t44
>        (copy) MOV     R17.z.4,    t45
>        (copy) MOV     R18.x.4,    t46
>        (copy) MOV     R18.y.4,    t47
>        (copy) MOV     R18.z.4,    t48
>        (copy) MOV     R19.x.4,    t49
>        (copy) MOV     R19.y.4,    t50
>        (copy) MOV     R19.z.4,    t51
>        MUL     R12.w.1,    C23.w, R16.x.4
>        MUL     R12.z.2,    C23.z, R16.x.4
>        MUL     R12.y.2,    C23.y, R16.x.4
>        MUL     R12.x.2,    C23.x, R16.x.4
>        (copy) MOV     t36,    R17.x.4
>        (copy) MOV     t37,    R17.y.4
>        (copy) MOV     t38,    R17.z.4
>        (copy) MOV     t33,    R18.x.4
>        (copy) MOV     t34,    R18.y.4
>        (copy) MOV     t35,    R18.z.4
>        (copy) MOV     t30,    R19.x.4
>        (copy) MOV     t31,    R19.y.4
>        (copy) MOV     t32,    R19.z.4
>        MULADD     R12.w.2,    C24.w, R16.y.4, R12.w.1
>        MULADD     R12.z.3,    C24.z, R16.y.4, R12.z.2
>        MULADD     R12.y.3,    C24.y, R16.y.4, R12.y.2
>        MULADD     R12.x.3,    C24.x, R16.y.4, R12.x.2
>        DOT4     R13.x.2, __, __, __,       t36, t36, t37, t37, t38, t38, 0|00000000, 0|00000000  
>        DOT4     R14.x.4, __, __, __,       t33, t33, t34, t34, t35, t35, 0|00000000, 0|00000000  
>        DOT4     R15.x.5, __, __, __,       t30, t30, t31, t31, t32, t32, 0|00000000, 0|00000000  
>        MULADD     R12.w.3,    C25.w, R16.z.4, R12.w.2
>        MULADD     R12.z.4,    C25.z, R16.z.4, R12.z.3
>        MULADD     R12.y.4,    C25.y, R16.z.4, R12.y.3
>        MULADD     R12.x.4,    C25.x, R16.z.4, R12.x.3
>        RECIPSQRT_CLAMPED     R57.x.8,    |R13.x.2|
>        RECIPSQRT_CLAMPED     R57.x.9,    |R14.x.4|
>        RECIPSQRT_CLAMPED     R57.x.10,    |R15.x.5|
>        MULADD     R12.w.4,    C26.w, R16.w.4, R12.w.3
>        MULADD     R12.z.5,    C26.z, R16.w.4, R12.z.4
>        MULADD     R12.y.5,    C26.y, R16.w.4, R12.y.4
>        MULADD     R12.x.5,    C26.x, R16.w.4, R12.x.4
>        MUL     R13.z.2,    R17.z.4, R57.x.8
>        MUL     R13.y.2,    R17.y.4, R57.x.8
>        MUL     R13.x.4,    R17.x.4, R57.x.8
>        MUL     R14.z.4,    R18.z.4, R57.x.9
>        MUL     R14.y.4,    R18.y.4, R57.x.9
>        MUL     R14.x.6,    R18.x.4, R57.x.9
>        MUL     R15.z.5,    R19.z.4, R57.x.10
>        MUL     R15.y.5,    R19.y.4, R57.x.10
>        MUL     R15.x.7,    R19.x.4, R57.x.10
>        (copy) MOV     t16,    R12.w.4
>        (copy) MOV     t15,    R12.z.5
>        (copy) MOV     t14,    R12.y.5
>        (copy) MOV     t13,    R12.x.5
>        MUL     R16.w.5,    C0.w, R12.x.5
>        MUL     R16.z.7,    C0.z, R12.x.5
>        MUL     R16.y.7,    C0.y, R12.x.5
>        MUL     R16.x.7,    C0.x, R12.x.5
>        MUL     R14.z.2,    C23.z, R13.x.4
>        MUL     R14.y.2,    C23.y, R13.x.4
>        MUL     R14.x.2,    C23.x, R13.x.4
>        MUL     R15.z.3,    C23.z, R14.x.6
>        MUL     R15.y.3,    C23.y, R14.x.6
>        MUL     R15.x.3,    C23.x, R14.x.6
>        MUL     R16.z.5,    C23.z, R15.x.7
>        MUL     R16.y.5,    C23.y, R15.x.7
>        MUL     R16.x.5,    C23.x, R15.x.7
>        EXPORT  PARAM 0     t13, t14, t15, t16
>        MULADD     R16.w.6,    C1.w, R12.y.5, R16.w.5
>        MULADD     R16.z.8,    C1.z, R12.y.5, R16.z.7
>        MULADD     R16.y.8,    C1.y, R12.y.5, R16.y.7
>        MULADD     R16.x.8,    C1.x, R12.y.5, R16.x.7
>        MULADD     R14.z.3,    C24.z, R13.y.2, R14.z.2
>        MULADD     R14.y.3,    C24.y, R13.y.2, R14.y.2
>        MULADD     R14.x.3,    C24.x, R13.y.2, R14.x.2
>        MULADD     R15.z.4,    C24.z, R14.y.4, R15.z.3
>        MULADD     R15.y.4,    C24.y, R14.y.4, R15.y.3
>        MULADD     R15.x.4,    C24.x, R14.y.4, R15.x.3
>        MULADD     R16.z.6,    C24.z, R15.y.5, R16.z.5
>        MULADD     R16.y.6,    C24.y, R15.y.5, R16.y.5
>        MULADD     R16.x.6,    C24.x, R15.y.5, R16.x.5
>        MULADD     R16.w.7,    C2.w, R12.z.5, R16.w.6
>        MULADD     R16.z.9,    C2.z, R12.z.5, R16.z.8
>        MULADD     R16.y.9,    C2.y, R12.z.5, R16.y.8
>        MULADD     R16.x.9,    C2.x, R12.z.5, R16.x.8
>        MULADD     R13.z.3,    C25.z, R13.z.2, R14.z.3
>        MULADD     R13.y.3,    C25.y, R13.z.2, R14.y.3
>        MULADD     R13.x.5,    C25.x, R13.z.2, R14.x.3
>        MULADD     R14.z.5,    C25.z, R14.z.4, R15.z.4
>        MULADD     R14.y.5,    C25.y, R14.z.4, R15.y.4
>        MULADD     R14.x.7,    C25.x, R14.z.4, R15.x.4
>        MULADD     R15.z.6,    C25.z, R15.z.5, R16.z.6
>        MULADD     R15.y.6,    C25.y, R15.z.5, R16.y.6
>        MULADD     R15.x.8,    C25.x, R15.z.5, R16.x.6
>        MULADD     R16.w.8,    C3.w, R12.w.4, R16.w.7
>        MULADD     R16.z.10,    C3.z, R12.w.4, R16.z.9
>        MULADD     R16.y.10,    C3.y, R12.w.4, R16.y.9
>        MULADD     R16.x.10,    C3.x, R12.w.4, R16.x.9
>        (copy) MOV     t29,    R13.z.3
>        (copy) MOV     t28,    R13.y.3
>        (copy) MOV     t27,    R13.x.5
>        (copy) MOV     t26,    R14.z.5
>        (copy) MOV     t25,    R14.y.5
>        (copy) MOV     t24,    R14.x.7
>        (copy) MOV     t23,    R15.z.6
>        (copy) MOV     t22,    R15.y.6
>        (copy) MOV     t21,    R15.x.8
>        (copy) MOV     t20,    R16.w.8
>        (copy) MOV     t19,    R16.z.10
>        (copy) MOV     t18,    R16.y.10
>        (copy) MOV     t17,    R16.x.10
>        DOT4     R17.x.5, __, __, __,       t27, t27, t28, t28, t29, t29, 0|00000000, 0|00000000  
>        DOT4     R18.x.5, __, __, __,       t24, t24, t25, t25, t26, t26, 0|00000000, 0|00000000  
>        DOT4     R14.x.9, __, __, __,       t21, t21, t22, t22, t23, t23, 0|00000000, 0|00000000  
>        EXPORT  POS   60     t17, t18, t19, t20
>        RECIPSQRT_CLAMPED     R57.x.11,    |R17.x.5|
>        RECIPSQRT_CLAMPED     R57.x.12,    |R18.x.5|
>        RECIPSQRT_CLAMPED     R57.x.13,    |R14.x.9|
>        MUL     R13.z.4,    R13.z.3, R57.x.11
>        MUL     R13.y.4,    R13.y.3, R57.x.11
>        MUL     R13.x.6,    R13.x.5, R57.x.11
>        MUL     R14.z.6,    R14.z.5, R57.x.12
>        MUL     R14.y.6,    R14.y.5, R57.x.12
>        MUL     R14.x.8,    R14.x.7, R57.x.12
>        MUL     R14.z.7,    R15.z.6, R57.x.13
>        MUL     R14.y.7,    R15.y.6, R57.x.13
>        MUL     R14.x.11,    R15.x.8, R57.x.13
>        (copy) MOV     t5,    R13.z.4
>        (copy) MOV     t12,    R13.y.4
>        (copy) MOV     t11,    R13.x.6
>        (copy) MOV     t8,    R14.z.6
>        (copy) MOV     t7,    R14.y.6
>        (copy) MOV     t6,    R14.x.8
>        (copy) MOV     t3,    R14.z.7
>        (copy) MOV     t2,    R14.y.7
>        (copy) MOV     t1,    R14.x.11
>        EXPORT  PARAM 1     t9, t10, t11, t12
>        EXPORT  PARAM 2     t5, t6, t7, t8
>        EXPORT  PARAM 3     t1, t2, t3, t4
>    } end BB_5  
>}  
>
>
> ############## gcm late
>
>uc 19  CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w
>uc 1  (copy) MOV     t71,    0|00000000
>uc 1  (copy) MOV     t72,    0|00000000
>uc 1  (copy) MOV     t73,    0|00000000
>uc 1  (copy) MOV     t74,    0|00000000
>uc 1  (copy) MOV     t75,    0|00000000
>uc 1  (copy) MOV     t76,    0|00000000
>uc 1  (copy) MOV     t77,    0|00000000
>uc 1  (copy) MOV     t78,    0|00000000
>uc 1  (copy) MOV     t79,    0|00000000
>uc 1  (copy) MOV     t80,    0|00000000
>uc 1  (copy) MOV     t81,    0|00000000
>uc 1  (copy) MOV     t82,    0|00000000
>uc 1  (copy) MOV     t83,    0|00000000
>uc 1  (copy) MOV     t84,    0|00000000
>uc 4  (copy) MOV     R1.x.1,    t137F@R1.x
>uc 4  (copy) MOV     R1.y.1,    t138F@R1.y
>uc 4  (copy) MOV     R1.z.1,    t139F@R1.z
>uc 3  (copy) MOV     R2.x.1,    t140F@R2.x
>uc 3  (copy) MOV     R2.y.1,    t141F@R2.y
>uc 3  (copy) MOV     R2.z.1,    t142F@R2.z
>uc 3  (copy) MOV     R3.x.1,    t143F@R3.x
>uc 3  (copy) MOV     R3.y.1,    t144F@R3.y
>uc 3  (copy) MOV     R3.z.1,    t145F@R3.z
>uc 3  (copy) MOV     R3.w.1,    t146F@R3.w
>uc 1  (copy) MOV     R4.x.1,    t147F@R4.x
>uc 1  (copy) MOV     R4.y.1,    t148F@R4.y
>uc 1  (copy) MOV     R5.x.1,    t149F@R5.x
>uc 1  (copy) MOV     R5.y.1,    t150F@R5.y
>uc 1  (copy) MOV     R5.z.1,    t151F@R5.z
>uc 2  (copy) MOV     R5.w.1,    t152F@R5.w
>uc 5  (copy) MOV     R6.x.1,    t153F@R6.x
>uc 5  (copy) MOV     R6.y.1,    t154F@R6.y
>uc 5  (copy) MOV     R6.z.1,    t155F@R6.z
>uc 1  (copy) MOV     t9,    R4.x.1
>uc 1  (copy) MOV     t10,    R4.y.1
>uc 1  (copy) MOV     t4,    R5.w.1
>uc 1  ADD     R21.x.1,    -R6.x.1, 1|3f800000
>uc 1  ADD     R21.x.2,    R21.x.1, -R6.y.1
>uc 4  ADD     R21.x.3,    R21.x.2, -R6.z.1
>uc 2  (copy) MOV     R16.x.2,    t52
>uc 2  (copy) MOV     R16.y.2,    t53
>uc 2  (copy) MOV     R16.z.2,    t54
>uc 2  (copy) MOV     R16.w.2,    t55
>uc 2  (copy) MOV     R17.x.2,    t56
>uc 2  (copy) MOV     R17.y.2,    t57
>uc 2  (copy) MOV     R17.z.2,    t58
>uc 2  (copy) MOV     R18.x.2,    t59
>uc 2  (copy) MOV     R18.y.2,    t60
>uc 2  (copy) MOV     R18.z.2,    t61
>uc 2  (copy) MOV     R19.x.2,    t62
>uc 2  (copy) MOV     R19.y.2,    t63
>uc 2  (copy) MOV     R19.z.2,    t64
>uc 10  (copy) MOV     R21.x.5,    t65
>uc 1  (copy) MOV     R24.x.1,    t66
>uc 1  (copy) MOV     R33.x.1,    t67
>uc 1  (copy) MOV     R46.x.1,    t68
>uc 1  (copy) MOV     R48.x.1,    t69
>uc 1  (copy) MOV     R50.x.1,    t70
>uc 1  (copy) MOV     t124,    R16.x.2
>uc 1  (copy) MOV     t125,    R16.y.2
>uc 1  (copy) MOV     t126,    R16.z.2
>uc 1  (copy) MOV     t127,    R16.w.2
>uc 1  (copy) MOV     t128,    R17.x.2
>uc 1  (copy) MOV     t129,    R17.y.2
>uc 1  (copy) MOV     t130,    R17.z.2
>uc 1  (copy) MOV     t131,    R18.x.2
>uc 1  (copy) MOV     t132,    R18.y.2
>uc 1  (copy) MOV     t133,    R18.z.2
>uc 1  (copy) MOV     t134,    R19.x.2
>uc 1  (copy) MOV     t135,    R19.y.2
>uc 1  (copy) MOV     t136,    R19.z.2
>uc 1  ADD_INT     R21.x.6,    R21.x.5, 1.4013e-45|00000001
>uc 5  SETE_INT     R23.w.2,    R21.x.5, 4.2039e-45|00000003
>uc 5  SETE_INT     R23.z.2,    R21.x.5, 2.8026e-45|00000002
>uc 5  SETE_INT     R23.y.2,    R21.x.5, 1.4013e-45|00000001
>uc 1  PRED_SETGE_INT     __, __, EM.2,    R21.x.5, 5.60519e-45|00000004
>uc 1  CNDE_INT     R24.x.2,    R21.x.5, R5.x.1, R24.x.1
>uc 1  CNDE_INT     R33.x.2,    R21.x.5, R6.x.1, R33.x.1
>uc 1  CNDE_INT     R46.x.2,    R21.x.5, R6.x.1, R46.x.1
>uc 1  CNDE_INT     R48.x.2,    R21.x.5, R6.x.1, R48.x.1
>uc 1  CNDE_INT     R50.x.2,    R21.x.5, R6.x.1, R50.x.1
>uc 1  (copy) MOV     t98,    R21.x.6
>uc 1  CNDE_INT     R24.x.3,    R23.y.2, R24.x.2, R5.y.1
>uc 1  CNDE_INT     R33.x.3,    R23.y.2, R33.x.2, R6.y.1
>uc 1  CNDE_INT     R46.x.3,    R23.y.2, R46.x.2, R6.y.1
>uc 1  CNDE_INT     R48.x.3,    R23.y.2, R48.x.2, R6.y.1
>uc 1  CNDE_INT     R50.x.3,    R23.y.2, R50.x.2, R6.y.1
>uc 1  CNDE_INT     R24.x.4,    R23.z.2, R24.x.3, R5.z.1
>uc 1  CNDE_INT     R33.x.4,    R23.z.2, R33.x.3, R6.z.1
>uc 1  CNDE_INT     R46.x.4,    R23.z.2, R46.x.3, R6.z.1
>uc 1  CNDE_INT     R48.x.4,    R23.z.2, R48.x.3, R6.z.1
>uc 1  CNDE_INT     R50.x.4,    R23.z.2, R50.x.3, R6.z.1
>uc 2  CNDE_INT     R24.x.5,    R23.w.2, R24.x.4, R5.w.1
>uc 5  CNDE_INT     R33.x.5,    R23.w.2, R33.x.4, R21.x.3
>uc 4  CNDE_INT     R46.x.5,    R23.w.2, R46.x.4, R21.x.3
>uc 4  CNDE_INT     R48.x.5,    R23.w.2, R48.x.4, R21.x.3
>uc 4  CNDE_INT     R50.x.5,    R23.w.2, R50.x.4, R21.x.3
>uc 1  (copy) MOV     t99,    R24.x.5
>uc 1  TRUNC     R57.x.3,    R24.x.5
>uc 1  (copy) MOV     t100,    R33.x.5
>uc 1  (copy) MOV     t101,    R46.x.5
>uc 1  (copy) MOV     t102,    R48.x.5
>uc 1  (copy) MOV     t103,    R50.x.5
>uc 1  FLT_TO_INT     R25.x.2,    R57.x.3
>uc 7  MULLO_UINT     R26.x.2,    5.60519e-45|00000004, R25.x.2
>uc 1  ADD_INT     R58.x.10,    R26.x.2, 4.2039e-44|0000001e
>uc 0  ADD_INT     R34.x.2,    R26.x.2, 4.2039e-45|00000003
>pushed pending_node in init ADD_INT     R34.x.2,    R26.x.2, 4.2039e-45|00000003
>uc 1  ADD_INT     R58.x.7,    R26.x.2, 4.06377e-44|0000001d
>uc 0  ADD_INT     R30.x.2,    R26.x.2, 2.8026e-45|00000002
>pushed pending_node in init ADD_INT     R30.x.2,    R26.x.2, 2.8026e-45|00000002
>uc 1  ADD_INT     R58.x.4,    R26.x.2, 3.92364e-44|0000001c
>uc 0  ADD_INT     R28.x.2,    R26.x.2, 1.4013e-45|00000001
>pushed pending_node in init ADD_INT     R28.x.2,    R26.x.2, 1.4013e-45|00000001
>uc 1  ADD_INT     R58.x.2,    R26.x.2, 3.78351e-44|0000001b
>uc 1  (copy) MOV     t104,    R58.x.10
>uc 1  (copy) MOV     t109,    R58.x.7
>uc 1  (copy) MOV     t114,    R58.x.4
>uc 1  (copy) MOV     t119,    R58.x.2
>uc 4  VFETCH     t105, t106, t107, t108,       t104, __, __, __
>uc 4  VFETCH     t110, t111, t112, t113,       t109, __, __, __
>uc 4  VFETCH     t115, t116, t117, t118,       t114, __, __, __
>uc 4  VFETCH     t120, t121, t122, t123,       t119, __, __, __
>uc 1  (copy) MOV     R58.x.11,    t105
>uc 1  (copy) MOV     R58.y.7,    t106
>uc 1  (copy) MOV     R58.z.7,    t107
>uc 1  (copy) MOV     R58.w.7,    t108
>uc 3  (copy) MOV     R58.x.8,    t110
>uc 3  (copy) MOV     R58.y.5,    t111
>uc 3  (copy) MOV     R58.z.5,    t112
>uc 1  (copy) MOV     R58.w.5,    t113
>uc 3  (copy) MOV     R58.x.5,    t115
>uc 3  (copy) MOV     R58.y.3,    t116
>uc 3  (copy) MOV     R58.z.3,    t117
>uc 1  (copy) MOV     R58.w.3,    t118
>uc 3  (copy) MOV     R58.x.3,    t120
>uc 3  (copy) MOV     R58.y.2,    t121
>uc 3  (copy) MOV     R58.z.2,    t122
>uc 1  (copy) MOV     R58.w.2,    t123
>uc 1  MUL     R42.x.2,    R58.x.3, R3.x.1
>uc 1  MUL     R39.x.2,    R58.x.3, R2.x.1
>uc 1  MUL     R35.x.2,    R58.x.3, R1.x.1
>uc 1  MUL     R42.y.2,    R58.y.2, R3.x.1
>uc 1  MUL     R39.y.2,    R58.y.2, R2.x.1
>uc 1  MUL     R35.y.2,    R58.y.2, R1.x.1
>uc 1  MUL     R42.z.2,    R58.z.2, R3.x.1
>uc 1  MUL     R39.z.2,    R58.z.2, R2.x.1
>uc 1  MUL     R35.z.2,    R58.z.2, R1.x.1
>uc 1  MUL     R35.w.2,    R58.w.2, R1.x.1
>uc 1  MULADD     R43.x.2,    R58.x.5, R3.y.1, R42.x.2
>uc 1  MULADD     R40.x.2,    R58.x.5, R2.y.1, R39.x.2
>uc 1  MULADD     R36.x.2,    R58.x.5, R1.y.1, R35.x.2
>uc 1  MULADD     R43.y.2,    R58.y.3, R3.y.1, R42.y.2
>uc 1  MULADD     R40.y.2,    R58.y.3, R2.y.1, R39.y.2
>uc 1  MULADD     R36.y.2,    R58.y.3, R1.y.1, R35.y.2
>uc 1  MULADD     R43.z.2,    R58.z.3, R3.y.1, R42.z.2
>uc 1  MULADD     R40.z.2,    R58.z.3, R2.y.1, R39.z.2
>uc 1  MULADD     R36.z.2,    R58.z.3, R1.y.1, R35.z.2
>uc 1  MULADD     R36.w.2,    R58.w.3, R1.y.1, R35.w.2
>uc 3  MULADD     R44.x.2,    R58.x.8, R3.z.1, R43.x.2
>uc 3  MULADD     R41.x.2,    R58.x.8, R2.z.1, R40.x.2
>uc 1  MULADD     R37.x.2,    R58.x.8, R1.z.1, R36.x.2
>uc 3  MULADD     R44.y.2,    R58.y.5, R3.z.1, R43.y.2
>uc 3  MULADD     R41.y.2,    R58.y.5, R2.z.1, R40.y.2
>uc 1  MULADD     R37.y.2,    R58.y.5, R1.z.1, R36.y.2
>uc 3  MULADD     R44.z.2,    R58.z.5, R3.z.1, R43.z.2
>uc 3  MULADD     R41.z.2,    R58.z.5, R2.z.1, R40.z.2
>uc 1  MULADD     R37.z.2,    R58.z.5, R1.z.1, R36.z.2
>uc 1  MULADD     R37.w.2,    R58.w.5, R1.z.1, R36.w.2
>uc 1  MULADD     R18.x.3,    R44.x.2, R48.x.5, R18.x.2
>uc 1  MULADD     R17.x.3,    R41.x.2, R46.x.5, R17.x.2
>uc 1  MULADD     R38.x.2,    R58.x.11, 1|3f800000, R37.x.2
>uc 1  MULADD     R18.y.3,    R44.y.2, R48.x.5, R18.y.2
>uc 1  MUL     R51.z.2,    R41.y.2, R44.x.2
>uc 1  MULADD     R17.y.3,    R41.y.2, R46.x.5, R17.y.2
>uc 1  MULADD     R38.y.2,    R58.y.7, 1|3f800000, R37.y.2
>uc 1  MUL     R51.y.2,    R41.x.2, R44.z.2
>uc 1  MULADD     R18.z.3,    R44.z.2, R48.x.5, R18.z.2
>uc 1  MUL     R51.x.2,    R41.z.2, R44.y.2
>uc 1  MULADD     R17.z.3,    R41.z.2, R46.x.5, R17.z.2
>uc 1  MULADD     R38.z.2,    R58.z.7, 1|3f800000, R37.z.2
>uc 1  MULADD     R38.w.2,    R58.w.7, 1|3f800000, R37.w.2
>uc 1  (copy) MOV     t92,    R18.x.3
>uc 1  (copy) MOV     t89,    R17.x.3
>uc 1  MULADD     R16.x.3,    R38.x.2, R33.x.5, R16.x.2
>uc 1  (copy) MOV     t93,    R18.y.3
>uc 1  MULADD     R52.z.2,    R41.x.2, R44.y.2, -R51.z.2
>uc 1  (copy) MOV     t90,    R17.y.3
>uc 1  MULADD     R16.y.3,    R38.y.2, R33.x.5, R16.y.2
>uc 1  MULADD     R52.y.2,    R41.z.2, R44.x.2, -R51.y.2
>uc 1  (copy) MOV     t94,    R18.z.3
>uc 1  MULADD     R52.x.2,    R41.y.2, R44.z.2, -R51.x.2
>uc 1  (copy) MOV     t91,    R17.z.3
>uc 1  MULADD     R16.z.3,    R38.z.2, R33.x.5, R16.z.2
>uc 1  MULADD     R16.w.3,    R38.w.2, R33.x.5, R16.w.2
>uc 1  (copy) MOV     t85,    R16.x.3
>uc 1  MUL     R53.z.2,    R52.z.2, R3.w.1
>uc 1  (copy) MOV     t86,    R16.y.3
>uc 1  MUL     R53.y.2,    R52.y.2, R3.w.1
>uc 1  MUL     R53.x.2,    R52.x.2, R3.w.1
>uc 1  (copy) MOV     t87,    R16.z.3
>uc 1  (copy) MOV     t88,    R16.w.3
>uc 1  MULADD     R19.z.3,    R53.z.2, R50.x.5, R19.z.2
>uc 1  MULADD     R19.y.3,    R53.y.2, R50.x.5, R19.y.2
>uc 1  MULADD     R19.x.3,    R53.x.2, R50.x.5, R19.x.2
>uc 1  (copy) MOV     t97,    R19.z.3
>uc 1  (copy) MOV     t96,    R19.y.3
>uc 1  (copy) MOV     t95,    R19.x.3
>uc 4  (copy) MOV     R16.x.4,    t39
>uc 4  (copy) MOV     R16.y.4,    t40
>uc 4  (copy) MOV     R16.z.4,    t41
>uc 4  (copy) MOV     R16.w.4,    t42
>uc 2  (copy) MOV     R17.x.4,    t43
>uc 2  (copy) MOV     R17.y.4,    t44
>uc 2  (copy) MOV     R17.z.4,    t45
>uc 2  (copy) MOV     R18.x.4,    t46
>uc 2  (copy) MOV     R18.y.4,    t47
>uc 2  (copy) MOV     R18.z.4,    t48
>uc 2  (copy) MOV     R19.x.4,    t49
>uc 2  (copy) MOV     R19.y.4,    t50
>uc 2  (copy) MOV     R19.z.4,    t51
>uc 1  MUL     R12.w.1,    C23.w, R16.x.4
>uc 1  MUL     R12.z.2,    C23.z, R16.x.4
>uc 1  MUL     R12.y.2,    C23.y, R16.x.4
>uc 1  MUL     R12.x.2,    C23.x, R16.x.4
>uc 2  (copy) MOV     t36,    R17.x.4
>uc 2  (copy) MOV     t37,    R17.y.4
>uc 2  (copy) MOV     t38,    R17.z.4
>uc 2  (copy) MOV     t33,    R18.x.4
>uc 2  (copy) MOV     t34,    R18.y.4
>uc 2  (copy) MOV     t35,    R18.z.4
>uc 2  (copy) MOV     t30,    R19.x.4
>uc 2  (copy) MOV     t31,    R19.y.4
>uc 2  (copy) MOV     t32,    R19.z.4
>uc 1  MULADD     R12.w.2,    C24.w, R16.y.4, R12.w.1
>uc 1  MULADD     R12.z.3,    C24.z, R16.y.4, R12.z.2
>uc 1  MULADD     R12.y.3,    C24.y, R16.y.4, R12.y.2
>uc 1  MULADD     R12.x.3,    C24.x, R16.y.4, R12.x.2
>uc 1  DOT4     R13.x.2, __, __, __,       t36, t36, t37, t37, t38, t38, 0|00000000, 0|00000000
>uc 1  DOT4     R14.x.4, __, __, __,       t33, t33, t34, t34, t35, t35, 0|00000000, 0|00000000
>uc 1  DOT4     R15.x.5, __, __, __,       t30, t30, t31, t31, t32, t32, 0|00000000, 0|00000000
>uc 1  MULADD     R12.w.3,    C25.w, R16.z.4, R12.w.2
>uc 1  MULADD     R12.z.4,    C25.z, R16.z.4, R12.z.3
>uc 1  MULADD     R12.y.4,    C25.y, R16.z.4, R12.y.3
>uc 1  MULADD     R12.x.4,    C25.x, R16.z.4, R12.x.3
>uc 3  RECIPSQRT_CLAMPED     R57.x.8,    |R13.x.2|
>uc 3  RECIPSQRT_CLAMPED     R57.x.9,    |R14.x.4|
>uc 3  RECIPSQRT_CLAMPED     R57.x.10,    |R15.x.5|
>uc 5  MULADD     R12.w.4,    C26.w, R16.w.4, R12.w.3
>uc 5  MULADD     R12.z.5,    C26.z, R16.w.4, R12.z.4
>uc 5  MULADD     R12.y.5,    C26.y, R16.w.4, R12.y.4
>uc 5  MULADD     R12.x.5,    C26.x, R16.w.4, R12.x.4
>uc 3  MUL     R13.z.2,    R17.z.4, R57.x.8
>uc 3  MUL     R13.y.2,    R17.y.4, R57.x.8
>uc 3  MUL     R13.x.4,    R17.x.4, R57.x.8
>uc 3  MUL     R14.z.4,    R18.z.4, R57.x.9
>uc 3  MUL     R14.y.4,    R18.y.4, R57.x.9
>uc 3  MUL     R14.x.6,    R18.x.4, R57.x.9
>uc 3  MUL     R15.z.5,    R19.z.4, R57.x.10
>uc 3  MUL     R15.y.5,    R19.y.4, R57.x.10
>uc 3  MUL     R15.x.7,    R19.x.4, R57.x.10
>uc 1  (copy) MOV     t16,    R12.w.4
>uc 1  (copy) MOV     t15,    R12.z.5
>uc 1  (copy) MOV     t14,    R12.y.5
>uc 1  (copy) MOV     t13,    R12.x.5
>uc 1  MUL     R16.w.5,    C0.w, R12.x.5
>uc 1  MUL     R16.z.7,    C0.z, R12.x.5
>uc 1  MUL     R16.y.7,    C0.y, R12.x.5
>uc 1  MUL     R16.x.7,    C0.x, R12.x.5
>uc 1  MUL     R14.z.2,    C23.z, R13.x.4
>uc 1  MUL     R14.y.2,    C23.y, R13.x.4
>uc 1  MUL     R14.x.2,    C23.x, R13.x.4
>uc 1  MUL     R15.z.3,    C23.z, R14.x.6
>uc 1  MUL     R15.y.3,    C23.y, R14.x.6
>uc 1  MUL     R15.x.3,    C23.x, R14.x.6
>uc 1  MUL     R16.z.5,    C23.z, R15.x.7
>uc 1  MUL     R16.y.5,    C23.y, R15.x.7
>uc 1  MUL     R16.x.5,    C23.x, R15.x.7
>uc 0  EXPORT  PARAM 0     t13, t14, t15, t16
>pushed pending_node in init EXPORT  PARAM 0     t13, t14, t15, t16
>uc 1  MULADD     R16.w.6,    C1.w, R12.y.5, R16.w.5
>uc 1  MULADD     R16.z.8,    C1.z, R12.y.5, R16.z.7
>uc 1  MULADD     R16.y.8,    C1.y, R12.y.5, R16.y.7
>uc 1  MULADD     R16.x.8,    C1.x, R12.y.5, R16.x.7
>uc 1  MULADD     R14.z.3,    C24.z, R13.y.2, R14.z.2
>uc 1  MULADD     R14.y.3,    C24.y, R13.y.2, R14.y.2
>uc 1  MULADD     R14.x.3,    C24.x, R13.y.2, R14.x.2
>uc 1  MULADD     R15.z.4,    C24.z, R14.y.4, R15.z.3
>uc 1  MULADD     R15.y.4,    C24.y, R14.y.4, R15.y.3
>uc 1  MULADD     R15.x.4,    C24.x, R14.y.4, R15.x.3
>uc 1  MULADD     R16.z.6,    C24.z, R15.y.5, R16.z.5
>uc 1  MULADD     R16.y.6,    C24.y, R15.y.5, R16.y.5
>uc 1  MULADD     R16.x.6,    C24.x, R15.y.5, R16.x.5
>uc 1  MULADD     R16.w.7,    C2.w, R12.z.5, R16.w.6
>uc 1  MULADD     R16.z.9,    C2.z, R12.z.5, R16.z.8
>uc 1  MULADD     R16.y.9,    C2.y, R12.z.5, R16.y.8
>uc 1  MULADD     R16.x.9,    C2.x, R12.z.5, R16.x.8
>uc 2  MULADD     R13.z.3,    C25.z, R13.z.2, R14.z.3
>uc 2  MULADD     R13.y.3,    C25.y, R13.z.2, R14.y.3
>uc 2  MULADD     R13.x.5,    C25.x, R13.z.2, R14.x.3
>uc 2  MULADD     R14.z.5,    C25.z, R14.z.4, R15.z.4
>uc 2  MULADD     R14.y.5,    C25.y, R14.z.4, R15.y.4
>uc 2  MULADD     R14.x.7,    C25.x, R14.z.4, R15.x.4
>uc 2  MULADD     R15.z.6,    C25.z, R15.z.5, R16.z.6
>uc 2  MULADD     R15.y.6,    C25.y, R15.z.5, R16.y.6
>uc 2  MULADD     R15.x.8,    C25.x, R15.z.5, R16.x.6
>uc 1  MULADD     R16.w.8,    C3.w, R12.w.4, R16.w.7
>uc 1  MULADD     R16.z.10,    C3.z, R12.w.4, R16.z.9
>uc 1  MULADD     R16.y.10,    C3.y, R12.w.4, R16.y.9
>uc 1  MULADD     R16.x.10,    C3.x, R12.w.4, R16.x.9
>uc 2  (copy) MOV     t29,    R13.z.3
>uc 2  (copy) MOV     t28,    R13.y.3
>uc 2  (copy) MOV     t27,    R13.x.5
>uc 2  (copy) MOV     t26,    R14.z.5
>uc 2  (copy) MOV     t25,    R14.y.5
>uc 2  (copy) MOV     t24,    R14.x.7
>uc 2  (copy) MOV     t23,    R15.z.6
>uc 2  (copy) MOV     t22,    R15.y.6
>uc 2  (copy) MOV     t21,    R15.x.8
>uc 1  (copy) MOV     t20,    R16.w.8
>uc 1  (copy) MOV     t19,    R16.z.10
>uc 1  (copy) MOV     t18,    R16.y.10
>uc 1  (copy) MOV     t17,    R16.x.10
>uc 1  DOT4     R17.x.5, __, __, __,       t27, t27, t28, t28, t29, t29, 0|00000000, 0|00000000
>uc 1  DOT4     R18.x.5, __, __, __,       t24, t24, t25, t25, t26, t26, 0|00000000, 0|00000000
>uc 1  DOT4     R14.x.9, __, __, __,       t21, t21, t22, t22, t23, t23, 0|00000000, 0|00000000
>uc 0  EXPORT  POS   60     t17, t18, t19, t20
>pushed pending_node in init EXPORT  POS   60     t17, t18, t19, t20
>uc 3  RECIPSQRT_CLAMPED     R57.x.11,    |R17.x.5|
>uc 3  RECIPSQRT_CLAMPED     R57.x.12,    |R18.x.5|
>uc 3  RECIPSQRT_CLAMPED     R57.x.13,    |R14.x.9|
>uc 1  MUL     R13.z.4,    R13.z.3, R57.x.11
>uc 1  MUL     R13.y.4,    R13.y.3, R57.x.11
>uc 1  MUL     R13.x.6,    R13.x.5, R57.x.11
>uc 1  MUL     R14.z.6,    R14.z.5, R57.x.12
>uc 1  MUL     R14.y.6,    R14.y.5, R57.x.12
>uc 1  MUL     R14.x.8,    R14.x.7, R57.x.12
>uc 1  MUL     R14.z.7,    R15.z.6, R57.x.13
>uc 1  MUL     R14.y.7,    R15.y.6, R57.x.13
>uc 1  MUL     R14.x.11,    R15.x.8, R57.x.13
>uc 1  (copy) MOV     t5,    R13.z.4
>uc 1  (copy) MOV     t12,    R13.y.4
>uc 1  (copy) MOV     t11,    R13.x.6
>uc 1  (copy) MOV     t8,    R14.z.6
>uc 1  (copy) MOV     t7,    R14.y.6
>uc 1  (copy) MOV     t6,    R14.x.8
>uc 1  (copy) MOV     t3,    R14.z.7
>uc 1  (copy) MOV     t2,    R14.y.7
>uc 1  (copy) MOV     t1,    R14.x.11
>uc 0  EXPORT  PARAM 1     t9, t10, t11, t12
>pushed pending_node in init EXPORT  PARAM 1     t9, t10, t11, t12
>uc 0  EXPORT  PARAM 2     t5, t6, t7, t8
>pushed pending_node in init EXPORT  PARAM 2     t5, t6, t7, t8
>uc 0  EXPORT  PARAM 3     t1, t2, t3, t4
>pushed pending_node in init EXPORT  PARAM 3     t1, t2, t3, t4
>bu scheduling BB_5
>pending nodes:
>  bu release op  ADD_INT     R34.x.2,    R26.x.2, 4.2039e-45|00000003  find best bb : ADD_INT     R34.x.2,    R26.x.2, 4.2039e-45|00000003
>   ready
>  bu release op  ADD_INT     R30.x.2,    R26.x.2, 2.8026e-45|00000002  find best bb : ADD_INT     R30.x.2,    R26.x.2, 2.8026e-45|00000002
>   ready
>  bu release op  ADD_INT     R28.x.2,    R26.x.2, 1.4013e-45|00000001  find best bb : ADD_INT     R28.x.2,    R26.x.2, 1.4013e-45|00000001
>   ready
>  bu release op  EXPORT  PARAM 0     t13, t14, t15, t16  find best bb : EXPORT  PARAM 0     t13, t14, t15, t16
>   ready
>  bu release op  EXPORT  POS   60     t17, t18, t19, t20  find best bb : EXPORT  POS   60     t17, t18, t19, t20
>   ready
>  bu release op  EXPORT  PARAM 1     t9, t10, t11, t12  find best bb : EXPORT  PARAM 1     t9, t10, t11, t12
>   ready
>  bu release op  EXPORT  PARAM 2     t5, t6, t7, t8  find best bb : EXPORT  PARAM 2     t5, t6, t7, t8
>   ready
>  bu release op  EXPORT  PARAM 3     t1, t2, t3, t4  find best bb : EXPORT  PARAM 3     t1, t2, t3, t4
>   ready
>pending nodes processed...
>bu scheduling : EXPORT  PARAM 0     t13, t14, t15, t16
>live_count: 1
>release val t16  for node (copy) MOV     t16,    R12.w.4    new uc=1, total 1
>  bu release op  (copy) MOV     t16,    R12.w.4  find best bb : (copy) MOV     t16,    R12.w.4
>   ready
>live_count: 2
>release val t15  for node (copy) MOV     t15,    R12.z.5    new uc=1, total 1
>  bu release op  (copy) MOV     t15,    R12.z.5  find best bb : (copy) MOV     t15,    R12.z.5
>   ready
>live_count: 3
>release val t14  for node (copy) MOV     t14,    R12.y.5    new uc=1, total 1
>  bu release op  (copy) MOV     t14,    R12.y.5  find best bb : (copy) MOV     t14,    R12.y.5
>   ready
>live_count: 4
>release val t13  for node (copy) MOV     t13,    R12.x.5    new uc=1, total 1
>  bu release op  (copy) MOV     t13,    R12.x.5  find best bb : (copy) MOV     t13,    R12.x.5
>   ready
>bu scheduling : EXPORT  POS   60     t17, t18, t19, t20
>live_count: 5
>release val t20  for node (copy) MOV     t20,    R16.w.8    new uc=1, total 1
>  bu release op  (copy) MOV     t20,    R16.w.8  find best bb : (copy) MOV     t20,    R16.w.8
>   ready
>live_count: 6
>release val t19  for node (copy) MOV     t19,    R16.z.10    new uc=1, total 1
>  bu release op  (copy) MOV     t19,    R16.z.10  find best bb : (copy) MOV     t19,    R16.z.10
>   ready
>live_count: 7
>release val t18  for node (copy) MOV     t18,    R16.y.10    new uc=1, total 1
>  bu release op  (copy) MOV     t18,    R16.y.10  find best bb : (copy) MOV     t18,    R16.y.10
>   ready
>live_count: 8
>release val t17  for node (copy) MOV     t17,    R16.x.10    new uc=1, total 1
>  bu release op  (copy) MOV     t17,    R16.x.10  find best bb : (copy) MOV     t17,    R16.x.10
>   ready
>bu scheduling : EXPORT  PARAM 1     t9, t10, t11, t12
>live_count: 9
>release val t12  for node (copy) MOV     t12,    R13.y.4    new uc=1, total 1
>  bu release op  (copy) MOV     t12,    R13.y.4  find best bb : (copy) MOV     t12,    R13.y.4
>   ready
>live_count: 10
>release val t11  for node (copy) MOV     t11,    R13.x.6    new uc=1, total 1
>  bu release op  (copy) MOV     t11,    R13.x.6  find best bb : (copy) MOV     t11,    R13.x.6
>   ready
>live_count: 11
>release val t10  for node (copy) MOV     t10,    R4.y.1    new uc=1, total 1
>  bu release op  (copy) MOV     t10,    R4.y.1  find best bb : (copy) MOV     t10,    R4.y.1
>   ready
>live_count: 12
>release val t9  for node (copy) MOV     t9,    R4.x.1    new uc=1, total 1
>  bu release op  (copy) MOV     t9,    R4.x.1  find best bb : (copy) MOV     t9,    R4.x.1
>   ready
>bu scheduling : EXPORT  PARAM 2     t5, t6, t7, t8
>live_count: 13
>release val t8  for node (copy) MOV     t8,    R14.z.6    new uc=1, total 1
>  bu release op  (copy) MOV     t8,    R14.z.6  find best bb : (copy) MOV     t8,    R14.z.6
>   ready
>live_count: 14
>release val t7  for node (copy) MOV     t7,    R14.y.6    new uc=1, total 1
>  bu release op  (copy) MOV     t7,    R14.y.6  find best bb : (copy) MOV     t7,    R14.y.6
>   ready
>live_count: 15
>release val t6  for node (copy) MOV     t6,    R14.x.8    new uc=1, total 1
>  bu release op  (copy) MOV     t6,    R14.x.8  find best bb : (copy) MOV     t6,    R14.x.8
>   ready
>live_count: 16
>release val t5  for node (copy) MOV     t5,    R13.z.4    new uc=1, total 1
>  bu release op  (copy) MOV     t5,    R13.z.4  find best bb : (copy) MOV     t5,    R13.z.4
>   ready
>bu scheduling : EXPORT  PARAM 3     t1, t2, t3, t4
>live_count: 17
>release val t4  for node (copy) MOV     t4,    R5.w.1    new uc=1, total 1
>  bu release op  (copy) MOV     t4,    R5.w.1  find best bb : (copy) MOV     t4,    R5.w.1
>   ready
>live_count: 18
>release val t3  for node (copy) MOV     t3,    R14.z.7    new uc=1, total 1
>  bu release op  (copy) MOV     t3,    R14.z.7  find best bb : (copy) MOV     t3,    R14.z.7
>   ready
>live_count: 19
>release val t2  for node (copy) MOV     t2,    R14.y.7    new uc=1, total 1
>  bu release op  (copy) MOV     t2,    R14.y.7  find best bb : (copy) MOV     t2,    R14.y.7
>   ready
>live_count: 20
>release val t1  for node (copy) MOV     t1,    R14.x.11    new uc=1, total 1
>  bu release op  (copy) MOV     t1,    R14.x.11  find best bb : (copy) MOV     t1,    R14.x.11
>   ready
>bu scheduling : (copy) MOV     t1,    R14.x.11
>live_count: 21
>release val R14.x.11  for node MUL     R14.x.11,    R15.x.8, R57.x.13    new uc=1, total 1
>  bu release op  MUL     R14.x.11,    R15.x.8, R57.x.13  find best bb : MUL     R14.x.11,    R15.x.8, R57.x.13
>   ready
>bu scheduling : (copy) MOV     t2,    R14.y.7
>live_count: 21
>release val R14.y.7  for node MUL     R14.y.7,    R15.y.6, R57.x.13    new uc=1, total 1
>  bu release op  MUL     R14.y.7,    R15.y.6, R57.x.13  find best bb : MUL     R14.y.7,    R15.y.6, R57.x.13
>   ready
>bu scheduling : (copy) MOV     t3,    R14.z.7
>live_count: 21
>release val R14.z.7  for node MUL     R14.z.7,    R15.z.6, R57.x.13    new uc=1, total 1
>  bu release op  MUL     R14.z.7,    R15.z.6, R57.x.13  find best bb : MUL     R14.z.7,    R15.z.6, R57.x.13
>   ready
>bu scheduling : (copy) MOV     t4,    R5.w.1
>live_count: 21
>release val R5.w.1  for node (copy) MOV     R5.w.1,    t152F@R5.w    new uc=1, total 2
>bu scheduling : (copy) MOV     t5,    R13.z.4
>live_count: 21
>release val R13.z.4  for node MUL     R13.z.4,    R13.z.3, R57.x.11    new uc=1, total 1
>  bu release op  MUL     R13.z.4,    R13.z.3, R57.x.11  find best bb : MUL     R13.z.4,    R13.z.3, R57.x.11
>   ready
>bu scheduling : (copy) MOV     t6,    R14.x.8
>live_count: 21
>release val R14.x.8  for node MUL     R14.x.8,    R14.x.7, R57.x.12    new uc=1, total 1
>  bu release op  MUL     R14.x.8,    R14.x.7, R57.x.12  find best bb : MUL     R14.x.8,    R14.x.7, R57.x.12
>   ready
>bu scheduling : (copy) MOV     t7,    R14.y.6
>live_count: 21
>release val R14.y.6  for node MUL     R14.y.6,    R14.y.5, R57.x.12    new uc=1, total 1
>  bu release op  MUL     R14.y.6,    R14.y.5, R57.x.12  find best bb : MUL     R14.y.6,    R14.y.5, R57.x.12
>   ready
>bu scheduling : (copy) MOV     t8,    R14.z.6
>live_count: 21
>release val R14.z.6  for node MUL     R14.z.6,    R14.z.5, R57.x.12    new uc=1, total 1
>  bu release op  MUL     R14.z.6,    R14.z.5, R57.x.12  find best bb : MUL     R14.z.6,    R14.z.5, R57.x.12
>   ready
>bu scheduling : (copy) MOV     t9,    R4.x.1
>live_count: 21
>release val R4.x.1  for node (copy) MOV     R4.x.1,    t147F@R4.x    new uc=1, total 1
>  bu release op  (copy) MOV     R4.x.1,    t147F@R4.x  find best bb : (copy) MOV     R4.x.1,    t147F@R4.x
>   ready
>bu scheduling : (copy) MOV     R4.x.1,    t147F@R4.x
>live_count: 21
>release val t147F@R4.x  for node CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w    new uc=1, total 19
>bu scheduling : (copy) MOV     t10,    R4.y.1
>live_count: 21
>release val R4.y.1  for node (copy) MOV     R4.y.1,    t148F@R4.y    new uc=1, total 1
>  bu release op  (copy) MOV     R4.y.1,    t148F@R4.y  find best bb : (copy) MOV     R4.y.1,    t148F@R4.y
>   ready
>bu scheduling : (copy) MOV     R4.y.1,    t148F@R4.y
>live_count: 21
>release val t148F@R4.y  for node CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w    new uc=2, total 19
>bu scheduling : (copy) MOV     t11,    R13.x.6
>live_count: 21
>release val R13.x.6  for node MUL     R13.x.6,    R13.x.5, R57.x.11    new uc=1, total 1
>  bu release op  MUL     R13.x.6,    R13.x.5, R57.x.11  find best bb : MUL     R13.x.6,    R13.x.5, R57.x.11
>   ready
>bu scheduling : (copy) MOV     t12,    R13.y.4
>live_count: 21
>release val R13.y.4  for node MUL     R13.y.4,    R13.y.3, R57.x.11    new uc=1, total 1
>  bu release op  MUL     R13.y.4,    R13.y.3, R57.x.11  find best bb : MUL     R13.y.4,    R13.y.3, R57.x.11
>   ready
>bu scheduling : (copy) MOV     t17,    R16.x.10
>live_count: 21
>release val R16.x.10  for node MULADD     R16.x.10,    C3.x, R12.w.4, R16.x.9    new uc=1, total 1
>  bu release op  MULADD     R16.x.10,    C3.x, R12.w.4, R16.x.9  find best bb : MULADD     R16.x.10,    C3.x, R12.w.4, R16.x.9
>   ready
>bu scheduling : (copy) MOV     t18,    R16.y.10
>live_count: 21
>release val R16.y.10  for node MULADD     R16.y.10,    C3.y, R12.w.4, R16.y.9    new uc=1, total 1
>  bu release op  MULADD     R16.y.10,    C3.y, R12.w.4, R16.y.9  find best bb : MULADD     R16.y.10,    C3.y, R12.w.4, R16.y.9
>   ready
>bu scheduling : (copy) MOV     t19,    R16.z.10
>live_count: 21
>release val R16.z.10  for node MULADD     R16.z.10,    C3.z, R12.w.4, R16.z.9    new uc=1, total 1
>  bu release op  MULADD     R16.z.10,    C3.z, R12.w.4, R16.z.9  find best bb : MULADD     R16.z.10,    C3.z, R12.w.4, R16.z.9
>   ready
>bu scheduling : (copy) MOV     t20,    R16.w.8
>live_count: 21
>release val R16.w.8  for node MULADD     R16.w.8,    C3.w, R12.w.4, R16.w.7    new uc=1, total 1
>  bu release op  MULADD     R16.w.8,    C3.w, R12.w.4, R16.w.7  find best bb : MULADD     R16.w.8,    C3.w, R12.w.4, R16.w.7
>   ready
>bu scheduling : (copy) MOV     t13,    R12.x.5
>live_count: 21
>release val R12.x.5  for node MULADD     R12.x.5,    C26.x, R16.w.4, R12.x.4    new uc=1, total 5
>bu scheduling : (copy) MOV     t14,    R12.y.5
>live_count: 21
>release val R12.y.5  for node MULADD     R12.y.5,    C26.y, R16.w.4, R12.y.4    new uc=1, total 5
>bu scheduling : (copy) MOV     t15,    R12.z.5
>live_count: 21
>release val R12.z.5  for node MULADD     R12.z.5,    C26.z, R16.w.4, R12.z.4    new uc=1, total 5
>bu scheduling : (copy) MOV     t16,    R12.w.4
>live_count: 21
>release val R12.w.4  for node MULADD     R12.w.4,    C26.w, R16.w.4, R12.w.3    new uc=1, total 5
>bu scheduling : ADD_INT     R34.x.2,    R26.x.2, 4.2039e-45|00000003
>live_count: 21
>release val R26.x.2  for node MULLO_UINT     R26.x.2,    5.60519e-45|00000004, R25.x.2    new uc=1, total 7
>bu scheduling : ADD_INT     R30.x.2,    R26.x.2, 2.8026e-45|00000002
>release val R26.x.2  for node MULLO_UINT     R26.x.2,    5.60519e-45|00000004, R25.x.2    new uc=2, total 7
>bu scheduling : ADD_INT     R28.x.2,    R26.x.2, 1.4013e-45|00000001
>release val R26.x.2  for node MULLO_UINT     R26.x.2,    5.60519e-45|00000004, R25.x.2    new uc=3, total 7
>bu scheduling : MUL     R14.x.11,    R15.x.8, R57.x.13
>live_count: 22
>release val R57.x.13  for node RECIPSQRT_CLAMPED     R57.x.13,    |R14.x.9|    new uc=1, total 3
>live_count: 23
>release val R15.x.8  for node MULADD     R15.x.8,    C25.x, R15.z.5, R16.x.6    new uc=1, total 2
>bu scheduling : MUL     R14.y.7,    R15.y.6, R57.x.13
>release val R57.x.13  for node RECIPSQRT_CLAMPED     R57.x.13,    |R14.x.9|    new uc=2, total 3
>live_count: 23
>release val R15.y.6  for node MULADD     R15.y.6,    C25.y, R15.z.5, R16.y.6    new uc=1, total 2
>bu scheduling : MUL     R14.z.7,    R15.z.6, R57.x.13
>release val R57.x.13  for node RECIPSQRT_CLAMPED     R57.x.13,    |R14.x.9|    new uc=3, total 3
>  bu release op  RECIPSQRT_CLAMPED     R57.x.13,    |R14.x.9|  find best bb : RECIPSQRT_CLAMPED     R57.x.13,    |R14.x.9|
>   ready
>live_count: 23
>release val R15.z.6  for node MULADD     R15.z.6,    C25.z, R15.z.5, R16.z.6    new uc=1, total 2
>bu scheduling : MUL     R13.z.4,    R13.z.3, R57.x.11
>live_count: 23
>release val R57.x.11  for node RECIPSQRT_CLAMPED     R57.x.11,    |R17.x.5|    new uc=1, total 3
>live_count: 24
>release val R13.z.3  for node MULADD     R13.z.3,    C25.z, R13.z.2, R14.z.3    new uc=1, total 2
>bu scheduling : MUL     R14.x.8,    R14.x.7, R57.x.12
>live_count: 24
>release val R57.x.12  for node RECIPSQRT_CLAMPED     R57.x.12,    |R18.x.5|    new uc=1, total 3
>live_count: 25
>release val R14.x.7  for node MULADD     R14.x.7,    C25.x, R14.z.4, R15.x.4    new uc=1, total 2
>bu scheduling : MUL     R14.y.6,    R14.y.5, R57.x.12
>release val R57.x.12  for node RECIPSQRT_CLAMPED     R57.x.12,    |R18.x.5|    new uc=2, total 3
>live_count: 25
>release val R14.y.5  for node MULADD     R14.y.5,    C25.y, R14.z.4, R15.y.4    new uc=1, total 2
>bu scheduling : MUL     R14.z.6,    R14.z.5, R57.x.12
>release val R57.x.12  for node RECIPSQRT_CLAMPED     R57.x.12,    |R18.x.5|    new uc=3, total 3
>  bu release op  RECIPSQRT_CLAMPED     R57.x.12,    |R18.x.5|  find best bb : RECIPSQRT_CLAMPED     R57.x.12,    |R18.x.5|
>   ready
>live_count: 25
>release val R14.z.5  for node MULADD     R14.z.5,    C25.z, R14.z.4, R15.z.4    new uc=1, total 2
>bu scheduling : MUL     R13.x.6,    R13.x.5, R57.x.11
>release val R57.x.11  for node RECIPSQRT_CLAMPED     R57.x.11,    |R17.x.5|    new uc=2, total 3
>live_count: 25
>release val R13.x.5  for node MULADD     R13.x.5,    C25.x, R13.z.2, R14.x.3    new uc=1, total 2
>bu scheduling : MUL     R13.y.4,    R13.y.3, R57.x.11
>release val R57.x.11  for node RECIPSQRT_CLAMPED     R57.x.11,    |R17.x.5|    new uc=3, total 3
>  bu release op  RECIPSQRT_CLAMPED     R57.x.11,    |R17.x.5|  find best bb : RECIPSQRT_CLAMPED     R57.x.11,    |R17.x.5|
>   ready
>live_count: 25
>release val R13.y.3  for node MULADD     R13.y.3,    C25.y, R13.z.2, R14.y.3    new uc=1, total 2
>bu scheduling : MULADD     R16.x.10,    C3.x, R12.w.4, R16.x.9
>live_count: 25
>release val R16.x.9  for node MULADD     R16.x.9,    C2.x, R12.z.5, R16.x.8    new uc=1, total 1
>  bu release op  MULADD     R16.x.9,    C2.x, R12.z.5, R16.x.8  find best bb : MULADD     R16.x.9,    C2.x, R12.z.5, R16.x.8
>   ready
>release val R12.w.4  for node MULADD     R12.w.4,    C26.w, R16.w.4, R12.w.3    new uc=2, total 5
>bu scheduling : MULADD     R16.y.10,    C3.y, R12.w.4, R16.y.9
>live_count: 25
>release val R16.y.9  for node MULADD     R16.y.9,    C2.y, R12.z.5, R16.y.8    new uc=1, total 1
>  bu release op  MULADD     R16.y.9,    C2.y, R12.z.5, R16.y.8  find best bb : MULADD     R16.y.9,    C2.y, R12.z.5, R16.y.8
>   ready
>release val R12.w.4  for node MULADD     R12.w.4,    C26.w, R16.w.4, R12.w.3    new uc=3, total 5
>bu scheduling : MULADD     R16.z.10,    C3.z, R12.w.4, R16.z.9
>live_count: 25
>release val R16.z.9  for node MULADD     R16.z.9,    C2.z, R12.z.5, R16.z.8    new uc=1, total 1
>  bu release op  MULADD     R16.z.9,    C2.z, R12.z.5, R16.z.8  find best bb : MULADD     R16.z.9,    C2.z, R12.z.5, R16.z.8
>   ready
>release val R12.w.4  for node MULADD     R12.w.4,    C26.w, R16.w.4, R12.w.3    new uc=4, total 5
>bu scheduling : MULADD     R16.w.8,    C3.w, R12.w.4, R16.w.7
>live_count: 25
>release val R16.w.7  for node MULADD     R16.w.7,    C2.w, R12.z.5, R16.w.6    new uc=1, total 1
>  bu release op  MULADD     R16.w.7,    C2.w, R12.z.5, R16.w.6  find best bb : MULADD     R16.w.7,    C2.w, R12.z.5, R16.w.6
>   ready
>release val R12.w.4  for node MULADD     R12.w.4,    C26.w, R16.w.4, R12.w.3    new uc=5, total 5
>  bu release op  MULADD     R12.w.4,    C26.w, R16.w.4, R12.w.3  find best bb : MULADD     R12.w.4,    C26.w, R16.w.4, R12.w.3
>   ready
>bu scheduling : RECIPSQRT_CLAMPED     R57.x.13,    |R14.x.9|
>live_count: 25
>release val R14.x.9  for node DOT4     R14.x.9, __, __, __,       t21, t21, t22, t22, t23, t23, 0|00000000, 0|00000000    new uc=1, total 1
>  bu release op  DOT4     R14.x.9, __, __, __,       t21, t21, t22, t22, t23, t23, 0|00000000, 0|00000000  find best bb : DOT4     R14.x.9, __, __, __,       t21, t21, t22, t22, t23, t23, 0|00000000, 0|00000000
>   ready
>bu scheduling : RECIPSQRT_CLAMPED     R57.x.12,    |R18.x.5|
>live_count: 25
>release val R18.x.5  for node DOT4     R18.x.5, __, __, __,       t24, t24, t25, t25, t26, t26, 0|00000000, 0|00000000    new uc=1, total 1
>  bu release op  DOT4     R18.x.5, __, __, __,       t24, t24, t25, t25, t26, t26, 0|00000000, 0|00000000  find best bb : DOT4     R18.x.5, __, __, __,       t24, t24, t25, t25, t26, t26, 0|00000000, 0|00000000
>   ready
>bu scheduling : RECIPSQRT_CLAMPED     R57.x.11,    |R17.x.5|
>live_count: 25
>release val R17.x.5  for node DOT4     R17.x.5, __, __, __,       t27, t27, t28, t28, t29, t29, 0|00000000, 0|00000000    new uc=1, total 1
>  bu release op  DOT4     R17.x.5, __, __, __,       t27, t27, t28, t28, t29, t29, 0|00000000, 0|00000000  find best bb : DOT4     R17.x.5, __, __, __,       t27, t27, t28, t28, t29, t29, 0|00000000, 0|00000000
>   ready
>bu scheduling : MULADD     R16.x.9,    C2.x, R12.z.5, R16.x.8
>live_count: 25
>release val R16.x.8  for node MULADD     R16.x.8,    C1.x, R12.y.5, R16.x.7    new uc=1, total 1
>  bu release op  MULADD     R16.x.8,    C1.x, R12.y.5, R16.x.7  find best bb : MULADD     R16.x.8,    C1.x, R12.y.5, R16.x.7
>   ready
>release val R12.z.5  for node MULADD     R12.z.5,    C26.z, R16.w.4, R12.z.4    new uc=2, total 5
>bu scheduling : MULADD     R16.y.9,    C2.y, R12.z.5, R16.y.8
>live_count: 25
>release val R16.y.8  for node MULADD     R16.y.8,    C1.y, R12.y.5, R16.y.7    new uc=1, total 1
>  bu release op  MULADD     R16.y.8,    C1.y, R12.y.5, R16.y.7  find best bb : MULADD     R16.y.8,    C1.y, R12.y.5, R16.y.7
>   ready
>release val R12.z.5  for node MULADD     R12.z.5,    C26.z, R16.w.4, R12.z.4    new uc=3, total 5
>bu scheduling : MULADD     R16.z.9,    C2.z, R12.z.5, R16.z.8
>live_count: 25
>release val R16.z.8  for node MULADD     R16.z.8,    C1.z, R12.y.5, R16.z.7    new uc=1, total 1
>  bu release op  MULADD     R16.z.8,    C1.z, R12.y.5, R16.z.7  find best bb : MULADD     R16.z.8,    C1.z, R12.y.5, R16.z.7
>   ready
>release val R12.z.5  for node MULADD     R12.z.5,    C26.z, R16.w.4, R12.z.4    new uc=4, total 5
>bu scheduling : MULADD     R16.w.7,    C2.w, R12.z.5, R16.w.6
>live_count: 25
>release val R16.w.6  for node MULADD     R16.w.6,    C1.w, R12.y.5, R16.w.5    new uc=1, total 1
>  bu release op  MULADD     R16.w.6,    C1.w, R12.y.5, R16.w.5  find best bb : MULADD     R16.w.6,    C1.w, R12.y.5, R16.w.5
>   ready
>release val R12.z.5  for node MULADD     R12.z.5,    C26.z, R16.w.4, R12.z.4    new uc=5, total 5
>  bu release op  MULADD     R12.z.5,    C26.z, R16.w.4, R12.z.4  find best bb : MULADD     R12.z.5,    C26.z, R16.w.4, R12.z.4
>   ready
>bu scheduling : MULADD     R12.w.4,    C26.w, R16.w.4, R12.w.3
>live_count: 25
>release val R12.w.3  for node MULADD     R12.w.3,    C25.w, R16.z.4, R12.w.2    new uc=1, total 1
>  bu release op  MULADD     R12.w.3,    C25.w, R16.z.4, R12.w.2  find best bb : MULADD     R12.w.3,    C25.w, R16.z.4, R12.w.2
>   ready
>live_count: 26
>release val R16.w.4  for node (copy) MOV     R16.w.4,    t42    new uc=1, total 4
>bu scheduling : DOT4     R14.x.9, __, __, __,       t21, t21, t22, t22, t23, t23, 0|00000000, 0|00000000
>live_count: 26
>release val t23  for node (copy) MOV     t23,    R15.z.6    new uc=1, total 2
>release val t23  for node (copy) MOV     t23,    R15.z.6    new uc=2, total 2
>  bu release op  (copy) MOV     t23,    R15.z.6  find best bb : (copy) MOV     t23,    R15.z.6
>   ready
>live_count: 27
>release val t22  for node (copy) MOV     t22,    R15.y.6    new uc=1, total 2
>release val t22  for node (copy) MOV     t22,    R15.y.6    new uc=2, total 2
>  bu release op  (copy) MOV     t22,    R15.y.6  find best bb : (copy) MOV     t22,    R15.y.6
>   ready
>live_count: 28
>release val t21  for node (copy) MOV     t21,    R15.x.8    new uc=1, total 2
>release val t21  for node (copy) MOV     t21,    R15.x.8    new uc=2, total 2
>  bu release op  (copy) MOV     t21,    R15.x.8  find best bb : (copy) MOV     t21,    R15.x.8
>   ready
>bu scheduling : (copy) MOV     t21,    R15.x.8
>release val R15.x.8  for node MULADD     R15.x.8,    C25.x, R15.z.5, R16.x.6    new uc=2, total 2
>  bu release op  MULADD     R15.x.8,    C25.x, R15.z.5, R16.x.6  find best bb : MULADD     R15.x.8,    C25.x, R15.z.5, R16.x.6
>   ready
>bu scheduling : (copy) MOV     t22,    R15.y.6
>release val R15.y.6  for node MULADD     R15.y.6,    C25.y, R15.z.5, R16.y.6    new uc=2, total 2
>  bu release op  MULADD     R15.y.6,    C25.y, R15.z.5, R16.y.6  find best bb : MULADD     R15.y.6,    C25.y, R15.z.5, R16.y.6
>   ready
>bu scheduling : (copy) MOV     t23,    R15.z.6
>release val R15.z.6  for node MULADD     R15.z.6,    C25.z, R15.z.5, R16.z.6    new uc=2, total 2
>  bu release op  MULADD     R15.z.6,    C25.z, R15.z.5, R16.z.6  find best bb : MULADD     R15.z.6,    C25.z, R15.z.5, R16.z.6
>   ready
>bu scheduling : DOT4     R18.x.5, __, __, __,       t24, t24, t25, t25, t26, t26, 0|00000000, 0|00000000
>live_count: 25
>release val t26  for node (copy) MOV     t26,    R14.z.5    new uc=1, total 2
>release val t26  for node (copy) MOV     t26,    R14.z.5    new uc=2, total 2
>  bu release op  (copy) MOV     t26,    R14.z.5  find best bb : (copy) MOV     t26,    R14.z.5
>   ready
>live_count: 26
>release val t25  for node (copy) MOV     t25,    R14.y.5    new uc=1, total 2
>release val t25  for node (copy) MOV     t25,    R14.y.5    new uc=2, total 2
>  bu release op  (copy) MOV     t25,    R14.y.5  find best bb : (copy) MOV     t25,    R14.y.5
>   ready
>live_count: 27
>release val t24  for node (copy) MOV     t24,    R14.x.7    new uc=1, total 2
>release val t24  for node (copy) MOV     t24,    R14.x.7    new uc=2, total 2
>  bu release op  (copy) MOV     t24,    R14.x.7  find best bb : (copy) MOV     t24,    R14.x.7
>   ready
>bu scheduling : (copy) MOV     t24,    R14.x.7
>release val R14.x.7  for node MULADD     R14.x.7,    C25.x, R14.z.4, R15.x.4    new uc=2, total 2
>  bu release op  MULADD     R14.x.7,    C25.x, R14.z.4, R15.x.4  find best bb : MULADD     R14.x.7,    C25.x, R14.z.4, R15.x.4
>   ready
>bu scheduling : (copy) MOV     t25,    R14.y.5
>release val R14.y.5  for node MULADD     R14.y.5,    C25.y, R14.z.4, R15.y.4    new uc=2, total 2
>  bu release op  MULADD     R14.y.5,    C25.y, R14.z.4, R15.y.4  find best bb : MULADD     R14.y.5,    C25.y, R14.z.4, R15.y.4
>   ready
>bu scheduling : (copy) MOV     t26,    R14.z.5
>release val R14.z.5  for node MULADD     R14.z.5,    C25.z, R14.z.4, R15.z.4    new uc=2, total 2
>  bu release op  MULADD     R14.z.5,    C25.z, R14.z.4, R15.z.4  find best bb : MULADD     R14.z.5,    C25.z, R14.z.4, R15.z.4
>   ready
>bu scheduling : DOT4     R17.x.5, __, __, __,       t27, t27, t28, t28, t29, t29, 0|00000000, 0|00000000
>live_count: 24
>release val t29  for node (copy) MOV     t29,    R13.z.3    new uc=1, total 2
>release val t29  for node (copy) MOV     t29,    R13.z.3    new uc=2, total 2
>  bu release op  (copy) MOV     t29,    R13.z.3  find best bb : (copy) MOV     t29,    R13.z.3
>   ready
>live_count: 25
>release val t28  for node (copy) MOV     t28,    R13.y.3    new uc=1, total 2
>release val t28  for node (copy) MOV     t28,    R13.y.3    new uc=2, total 2
>  bu release op  (copy) MOV     t28,    R13.y.3  find best bb : (copy) MOV     t28,    R13.y.3
>   ready
>live_count: 26
>release val t27  for node (copy) MOV     t27,    R13.x.5    new uc=1, total 2
>release val t27  for node (copy) MOV     t27,    R13.x.5    new uc=2, total 2
>  bu release op  (copy) MOV     t27,    R13.x.5  find best bb : (copy) MOV     t27,    R13.x.5
>   ready
>bu scheduling : (copy) MOV     t27,    R13.x.5
>release val R13.x.5  for node MULADD     R13.x.5,    C25.x, R13.z.2, R14.x.3    new uc=2, total 2
>  bu release op  MULADD     R13.x.5,    C25.x, R13.z.2, R14.x.3  find best bb : MULADD     R13.x.5,    C25.x, R13.z.2, R14.x.3
>   ready
>bu scheduling : (copy) MOV     t28,    R13.y.3
>release val R13.y.3  for node MULADD     R13.y.3,    C25.y, R13.z.2, R14.y.3    new uc=2, total 2
>  bu release op  MULADD     R13.y.3,    C25.y, R13.z.2, R14.y.3  find best bb : MULADD     R13.y.3,    C25.y, R13.z.2, R14.y.3
>   ready
>bu scheduling : (copy) MOV     t29,    R13.z.3
>release val R13.z.3  for node MULADD     R13.z.3,    C25.z, R13.z.2, R14.z.3    new uc=2, total 2
>  bu release op  MULADD     R13.z.3,    C25.z, R13.z.2, R14.z.3  find best bb : MULADD     R13.z.3,    C25.z, R13.z.2, R14.z.3
>   ready
>bu scheduling : MULADD     R16.x.8,    C1.x, R12.y.5, R16.x.7
>live_count: 23
>release val R16.x.7  for node MUL     R16.x.7,    C0.x, R12.x.5    new uc=1, total 1
>  bu release op  MUL     R16.x.7,    C0.x, R12.x.5  find best bb : MUL     R16.x.7,    C0.x, R12.x.5
>   ready
>release val R12.y.5  for node MULADD     R12.y.5,    C26.y, R16.w.4, R12.y.4    new uc=2, total 5
>bu scheduling : MULADD     R16.y.8,    C1.y, R12.y.5, R16.y.7
>live_count: 23
>release val R16.y.7  for node MUL     R16.y.7,    C0.y, R12.x.5    new uc=1, total 1
>  bu release op  MUL     R16.y.7,    C0.y, R12.x.5  find best bb : MUL     R16.y.7,    C0.y, R12.x.5
>   ready
>release val R12.y.5  for node MULADD     R12.y.5,    C26.y, R16.w.4, R12.y.4    new uc=3, total 5
>bu scheduling : MULADD     R16.z.8,    C1.z, R12.y.5, R16.z.7
>live_count: 23
>release val R16.z.7  for node MUL     R16.z.7,    C0.z, R12.x.5    new uc=1, total 1
>  bu release op  MUL     R16.z.7,    C0.z, R12.x.5  find best bb : MUL     R16.z.7,    C0.z, R12.x.5
>   ready
>release val R12.y.5  for node MULADD     R12.y.5,    C26.y, R16.w.4, R12.y.4    new uc=4, total 5
>bu scheduling : MULADD     R16.w.6,    C1.w, R12.y.5, R16.w.5
>live_count: 23
>release val R16.w.5  for node MUL     R16.w.5,    C0.w, R12.x.5    new uc=1, total 1
>  bu release op  MUL     R16.w.5,    C0.w, R12.x.5  find best bb : MUL     R16.w.5,    C0.w, R12.x.5
>   ready
>release val R12.y.5  for node MULADD     R12.y.5,    C26.y, R16.w.4, R12.y.4    new uc=5, total 5
>  bu release op  MULADD     R12.y.5,    C26.y, R16.w.4, R12.y.4  find best bb : MULADD     R12.y.5,    C26.y, R16.w.4, R12.y.4
>   ready
>bu scheduling : MULADD     R12.z.5,    C26.z, R16.w.4, R12.z.4
>live_count: 23
>release val R12.z.4  for node MULADD     R12.z.4,    C25.z, R16.z.4, R12.z.3    new uc=1, total 1
>  bu release op  MULADD     R12.z.4,    C25.z, R16.z.4, R12.z.3  find best bb : MULADD     R12.z.4,    C25.z, R16.z.4, R12.z.3
>   ready
>release val R16.w.4  for node (copy) MOV     R16.w.4,    t42    new uc=2, total 4
>bu scheduling : MULADD     R12.w.3,    C25.w, R16.z.4, R12.w.2
>live_count: 23
>release val R12.w.2  for node MULADD     R12.w.2,    C24.w, R16.y.4, R12.w.1    new uc=1, total 1
>  bu release op  MULADD     R12.w.2,    C24.w, R16.y.4, R12.w.1  find best bb : MULADD     R12.w.2,    C24.w, R16.y.4, R12.w.1
>   ready
>live_count: 24
>release val R16.z.4  for node (copy) MOV     R16.z.4,    t41    new uc=1, total 4
>bu scheduling : MULADD     R15.x.8,    C25.x, R15.z.5, R16.x.6
>live_count: 24
>release val R16.x.6  for node MULADD     R16.x.6,    C24.x, R15.y.5, R16.x.5    new uc=1, total 1
>  bu release op  MULADD     R16.x.6,    C24.x, R15.y.5, R16.x.5  find best bb : MULADD     R16.x.6,    C24.x, R15.y.5, R16.x.5
>   ready
>live_count: 25
>release val R15.z.5  for node MUL     R15.z.5,    R19.z.4, R57.x.10    new uc=1, total 3
>bu scheduling : MULADD     R15.y.6,    C25.y, R15.z.5, R16.y.6
>live_count: 25
>release val R16.y.6  for node MULADD     R16.y.6,    C24.y, R15.y.5, R16.y.5    new uc=1, total 1
>  bu release op  MULADD     R16.y.6,    C24.y, R15.y.5, R16.y.5  find best bb : MULADD     R16.y.6,    C24.y, R15.y.5, R16.y.5
>   ready
>release val R15.z.5  for node MUL     R15.z.5,    R19.z.4, R57.x.10    new uc=2, total 3
>bu scheduling : MULADD     R15.z.6,    C25.z, R15.z.5, R16.z.6
>live_count: 25
>release val R16.z.6  for node MULADD     R16.z.6,    C24.z, R15.y.5, R16.z.5    new uc=1, total 1
>  bu release op  MULADD     R16.z.6,    C24.z, R15.y.5, R16.z.5  find best bb : MULADD     R16.z.6,    C24.z, R15.y.5, R16.z.5
>   ready
>release val R15.z.5  for node MUL     R15.z.5,    R19.z.4, R57.x.10    new uc=3, total 3
>  bu release op  MUL     R15.z.5,    R19.z.4, R57.x.10  find best bb : MUL     R15.z.5,    R19.z.4, R57.x.10
>   ready
>bu scheduling : MULADD     R14.x.7,    C25.x, R14.z.4, R15.x.4
>live_count: 25
>release val R15.x.4  for node MULADD     R15.x.4,    C24.x, R14.y.4, R15.x.3    new uc=1, total 1
>  bu release op  MULADD     R15.x.4,    C24.x, R14.y.4, R15.x.3  find best bb : MULADD     R15.x.4,    C24.x, R14.y.4, R15.x.3
>   ready
>live_count: 26
>release val R14.z.4  for node MUL     R14.z.4,    R18.z.4, R57.x.9    new uc=1, total 3
>bu scheduling : MULADD     R14.y.5,    C25.y, R14.z.4, R15.y.4
>live_count: 26
>release val R15.y.4  for node MULADD     R15.y.4,    C24.y, R14.y.4, R15.y.3    new uc=1, total 1
>  bu release op  MULADD     R15.y.4,    C24.y, R14.y.4, R15.y.3  find best bb : MULADD     R15.y.4,    C24.y, R14.y.4, R15.y.3
>   ready
>release val R14.z.4  for node MUL     R14.z.4,    R18.z.4, R57.x.9    new uc=2, total 3
>bu scheduling : MULADD     R14.z.5,    C25.z, R14.z.4, R15.z.4
>live_count: 26
>release val R15.z.4  for node MULADD     R15.z.4,    C24.z, R14.y.4, R15.z.3    new uc=1, total 1
>  bu release op  MULADD     R15.z.4,    C24.z, R14.y.4, R15.z.3  find best bb : MULADD     R15.z.4,    C24.z, R14.y.4, R15.z.3
>   ready
>release val R14.z.4  for node MUL     R14.z.4,    R18.z.4, R57.x.9    new uc=3, total 3
>  bu release op  MUL     R14.z.4,    R18.z.4, R57.x.9  find best bb : MUL     R14.z.4,    R18.z.4, R57.x.9
>   ready
>bu scheduling : MULADD     R13.x.5,    C25.x, R13.z.2, R14.x.3
>live_count: 26
>release val R14.x.3  for node MULADD     R14.x.3,    C24.x, R13.y.2, R14.x.2    new uc=1, total 1
>  bu release op  MULADD     R14.x.3,    C24.x, R13.y.2, R14.x.2  find best bb : MULADD     R14.x.3,    C24.x, R13.y.2, R14.x.2
>   ready
>live_count: 27
>release val R13.z.2  for node MUL     R13.z.2,    R17.z.4, R57.x.8    new uc=1, total 3
>bu scheduling : MULADD     R13.y.3,    C25.y, R13.z.2, R14.y.3
>live_count: 27
>release val R14.y.3  for node MULADD     R14.y.3,    C24.y, R13.y.2, R14.y.2    new uc=1, total 1
>  bu release op  MULADD     R14.y.3,    C24.y, R13.y.2, R14.y.2  find best bb : MULADD     R14.y.3,    C24.y, R13.y.2, R14.y.2
>   ready
>release val R13.z.2  for node MUL     R13.z.2,    R17.z.4, R57.x.8    new uc=2, total 3
>bu scheduling : MULADD     R13.z.3,    C25.z, R13.z.2, R14.z.3
>live_count: 27
>release val R14.z.3  for node MULADD     R14.z.3,    C24.z, R13.y.2, R14.z.2    new uc=1, total 1
>  bu release op  MULADD     R14.z.3,    C24.z, R13.y.2, R14.z.2  find best bb : MULADD     R14.z.3,    C24.z, R13.y.2, R14.z.2
>   ready
>release val R13.z.2  for node MUL     R13.z.2,    R17.z.4, R57.x.8    new uc=3, total 3
>  bu release op  MUL     R13.z.2,    R17.z.4, R57.x.8  find best bb : MUL     R13.z.2,    R17.z.4, R57.x.8
>   ready
>bu scheduling : MUL     R16.x.7,    C0.x, R12.x.5
>release val R12.x.5  for node MULADD     R12.x.5,    C26.x, R16.w.4, R12.x.4    new uc=2, total 5
>bu scheduling : MUL     R16.y.7,    C0.y, R12.x.5
>release val R12.x.5  for node MULADD     R12.x.5,    C26.x, R16.w.4, R12.x.4    new uc=3, total 5
>bu scheduling : MUL     R16.z.7,    C0.z, R12.x.5
>release val R12.x.5  for node MULADD     R12.x.5,    C26.x, R16.w.4, R12.x.4    new uc=4, total 5
>bu scheduling : MUL     R16.w.5,    C0.w, R12.x.5
>release val R12.x.5  for node MULADD     R12.x.5,    C26.x, R16.w.4, R12.x.4    new uc=5, total 5
>  bu release op  MULADD     R12.x.5,    C26.x, R16.w.4, R12.x.4  find best bb : MULADD     R12.x.5,    C26.x, R16.w.4, R12.x.4
>   ready
>bu scheduling : MULADD     R12.y.5,    C26.y, R16.w.4, R12.y.4
>live_count: 23
>release val R12.y.4  for node MULADD     R12.y.4,    C25.y, R16.z.4, R12.y.3    new uc=1, total 1
>  bu release op  MULADD     R12.y.4,    C25.y, R16.z.4, R12.y.3  find best bb : MULADD     R12.y.4,    C25.y, R16.z.4, R12.y.3
>   ready
>release val R16.w.4  for node (copy) MOV     R16.w.4,    t42    new uc=3, total 4
>bu scheduling : MULADD     R12.z.4,    C25.z, R16.z.4, R12.z.3
>live_count: 23
>release val R12.z.3  for node MULADD     R12.z.3,    C24.z, R16.y.4, R12.z.2    new uc=1, total 1
>  bu release op  MULADD     R12.z.3,    C24.z, R16.y.4, R12.z.2  find best bb : MULADD     R12.z.3,    C24.z, R16.y.4, R12.z.2
>   ready
>release val R16.z.4  for node (copy) MOV     R16.z.4,    t41    new uc=2, total 4
>bu scheduling : MULADD     R12.w.2,    C24.w, R16.y.4, R12.w.1
>live_count: 23
>release val R12.w.1  for node MUL     R12.w.1,    C23.w, R16.x.4    new uc=1, total 1
>  bu release op  MUL     R12.w.1,    C23.w, R16.x.4  find best bb : MUL     R12.w.1,    C23.w, R16.x.4
>   ready
>live_count: 24
>release val R16.y.4  for node (copy) MOV     R16.y.4,    t40    new uc=1, total 4
>bu scheduling : MULADD     R16.x.6,    C24.x, R15.y.5, R16.x.5
>live_count: 24
>release val R16.x.5  for node MUL     R16.x.5,    C23.x, R15.x.7    new uc=1, total 1
>  bu release op  MUL     R16.x.5,    C23.x, R15.x.7  find best bb : MUL     R16.x.5,    C23.x, R15.x.7
>   ready
>live_count: 25
>release val R15.y.5  for node MUL     R15.y.5,    R19.y.4, R57.x.10    new uc=1, total 3
>bu scheduling : MULADD     R16.y.6,    C24.y, R15.y.5, R16.y.5
>live_count: 25
>release val R16.y.5  for node MUL     R16.y.5,    C23.y, R15.x.7    new uc=1, total 1
>  bu release op  MUL     R16.y.5,    C23.y, R15.x.7  find best bb : MUL     R16.y.5,    C23.y, R15.x.7
>   ready
>release val R15.y.5  for node MUL     R15.y.5,    R19.y.4, R57.x.10    new uc=2, total 3
>bu scheduling : MULADD     R16.z.6,    C24.z, R15.y.5, R16.z.5
>live_count: 25
>release val R16.z.5  for node MUL     R16.z.5,    C23.z, R15.x.7    new uc=1, total 1
>  bu release op  MUL     R16.z.5,    C23.z, R15.x.7  find best bb : MUL     R16.z.5,    C23.z, R15.x.7
>   ready
>release val R15.y.5  for node MUL     R15.y.5,    R19.y.4, R57.x.10    new uc=3, total 3
>  bu release op  MUL     R15.y.5,    R19.y.4, R57.x.10  find best bb : MUL     R15.y.5,    R19.y.4, R57.x.10
>   ready
>bu scheduling : MUL     R15.z.5,    R19.z.4, R57.x.10
>live_count: 25
>release val R57.x.10  for node RECIPSQRT_CLAMPED     R57.x.10,    |R15.x.5|    new uc=1, total 3
>live_count: 26
>release val R19.z.4  for node (copy) MOV     R19.z.4,    t51    new uc=1, total 2
>bu scheduling : MULADD     R15.x.4,    C24.x, R14.y.4, R15.x.3
>live_count: 26
>release val R15.x.3  for node MUL     R15.x.3,    C23.x, R14.x.6    new uc=1, total 1
>  bu release op  MUL     R15.x.3,    C23.x, R14.x.6  find best bb : MUL     R15.x.3,    C23.x, R14.x.6
>   ready
>live_count: 27
>release val R14.y.4  for node MUL     R14.y.4,    R18.y.4, R57.x.9    new uc=1, total 3
>bu scheduling : MULADD     R15.y.4,    C24.y, R14.y.4, R15.y.3
>live_count: 27
>release val R15.y.3  for node MUL     R15.y.3,    C23.y, R14.x.6    new uc=1, total 1
>  bu release op  MUL     R15.y.3,    C23.y, R14.x.6  find best bb : MUL     R15.y.3,    C23.y, R14.x.6
>   ready
>release val R14.y.4  for node MUL     R14.y.4,    R18.y.4, R57.x.9    new uc=2, total 3
>bu scheduling : MULADD     R15.z.4,    C24.z, R14.y.4, R15.z.3
>live_count: 27
>release val R15.z.3  for node MUL     R15.z.3,    C23.z, R14.x.6    new uc=1, total 1
>  bu release op  MUL     R15.z.3,    C23.z, R14.x.6  find best bb : MUL     R15.z.3,    C23.z, R14.x.6
>   ready
>release val R14.y.4  for node MUL     R14.y.4,    R18.y.4, R57.x.9    new uc=3, total 3
>  bu release op  MUL     R14.y.4,    R18.y.4, R57.x.9  find best bb : MUL     R14.y.4,    R18.y.4, R57.x.9
>   ready
>bu scheduling : MUL     R14.z.4,    R18.z.4, R57.x.9
>live_count: 27
>release val R57.x.9  for node RECIPSQRT_CLAMPED     R57.x.9,    |R14.x.4|    new uc=1, total 3
>live_count: 28
>release val R18.z.4  for node (copy) MOV     R18.z.4,    t48    new uc=1, total 2
>bu scheduling : MULADD     R14.x.3,    C24.x, R13.y.2, R14.x.2
>live_count: 28
>release val R14.x.2  for node MUL     R14.x.2,    C23.x, R13.x.4    new uc=1, total 1
>  bu release op  MUL     R14.x.2,    C23.x, R13.x.4  find best bb : MUL     R14.x.2,    C23.x, R13.x.4
>   ready
>live_count: 29
>release val R13.y.2  for node MUL     R13.y.2,    R17.y.4, R57.x.8    new uc=1, total 3
>bu scheduling : MULADD     R14.y.3,    C24.y, R13.y.2, R14.y.2
>live_count: 29
>release val R14.y.2  for node MUL     R14.y.2,    C23.y, R13.x.4    new uc=1, total 1
>  bu release op  MUL     R14.y.2,    C23.y, R13.x.4  find best bb : MUL     R14.y.2,    C23.y, R13.x.4
>   ready
>release val R13.y.2  for node MUL     R13.y.2,    R17.y.4, R57.x.8    new uc=2, total 3
>bu scheduling : MULADD     R14.z.3,    C24.z, R13.y.2, R14.z.2
>live_count: 29
>release val R14.z.2  for node MUL     R14.z.2,    C23.z, R13.x.4    new uc=1, total 1
>  bu release op  MUL     R14.z.2,    C23.z, R13.x.4  find best bb : MUL     R14.z.2,    C23.z, R13.x.4
>   ready
>release val R13.y.2  for node MUL     R13.y.2,    R17.y.4, R57.x.8    new uc=3, total 3
>  bu release op  MUL     R13.y.2,    R17.y.4, R57.x.8  find best bb : MUL     R13.y.2,    R17.y.4, R57.x.8
>   ready
>bu scheduling : MUL     R13.z.2,    R17.z.4, R57.x.8
>live_count: 29
>release val R57.x.8  for node RECIPSQRT_CLAMPED     R57.x.8,    |R13.x.2|    new uc=1, total 3
>live_count: 30
>release val R17.z.4  for node (copy) MOV     R17.z.4,    t45    new uc=1, total 2
>bu scheduling : MULADD     R12.x.5,    C26.x, R16.w.4, R12.x.4
>live_count: 30
>release val R12.x.4  for node MULADD     R12.x.4,    C25.x, R16.z.4, R12.x.3    new uc=1, total 1
>  bu release op  MULADD     R12.x.4,    C25.x, R16.z.4, R12.x.3  find best bb : MULADD     R12.x.4,    C25.x, R16.z.4, R12.x.3
>   ready
>release val R16.w.4  for node (copy) MOV     R16.w.4,    t42    new uc=4, total 4
>  bu release op  (copy) MOV     R16.w.4,    t42  find best bb : (copy) MOV     R16.w.4,    t42
>   ready
>bu scheduling : (copy) MOV     R16.w.4,    t42
>bu scheduling : MULADD     R12.y.4,    C25.y, R16.z.4, R12.y.3
>live_count: 29
>release val R12.y.3  for node MULADD     R12.y.3,    C24.y, R16.y.4, R12.y.2    new uc=1, total 1
>  bu release op  MULADD     R12.y.3,    C24.y, R16.y.4, R12.y.2  find best bb : MULADD     R12.y.3,    C24.y, R16.y.4, R12.y.2
>   ready
>release val R16.z.4  for node (copy) MOV     R16.z.4,    t41    new uc=3, total 4
>bu scheduling : MULADD     R12.z.3,    C24.z, R16.y.4, R12.z.2
>live_count: 29
>release val R12.z.2  for node MUL     R12.z.2,    C23.z, R16.x.4    new uc=1, total 1
>  bu release op  MUL     R12.z.2,    C23.z, R16.x.4  find best bb : MUL     R12.z.2,    C23.z, R16.x.4
>   ready
>release val R16.y.4  for node (copy) MOV     R16.y.4,    t40    new uc=2, total 4
>bu scheduling : MUL     R12.w.1,    C23.w, R16.x.4
>live_count: 29
>release val R16.x.4  for node (copy) MOV     R16.x.4,    t39    new uc=1, total 4
>bu scheduling : MUL     R16.x.5,    C23.x, R15.x.7
>live_count: 29
>release val R15.x.7  for node MUL     R15.x.7,    R19.x.4, R57.x.10    new uc=1, total 3
>bu scheduling : MUL     R16.y.5,    C23.y, R15.x.7
>release val R15.x.7  for node MUL     R15.x.7,    R19.x.4, R57.x.10    new uc=2, total 3
>bu scheduling : MUL     R16.z.5,    C23.z, R15.x.7
>release val R15.x.7  for node MUL     R15.x.7,    R19.x.4, R57.x.10    new uc=3, total 3
>  bu release op  MUL     R15.x.7,    R19.x.4, R57.x.10  find best bb : MUL     R15.x.7,    R19.x.4, R57.x.10
>   ready
>bu scheduling : MUL     R15.y.5,    R19.y.4, R57.x.10
>release val R57.x.10  for node RECIPSQRT_CLAMPED     R57.x.10,    |R15.x.5|    new uc=2, total 3
>live_count: 27
>release val R19.y.4  for node (copy) MOV     R19.y.4,    t50    new uc=1, total 2
>bu scheduling : MUL     R15.x.3,    C23.x, R14.x.6
>live_count: 27
>release val R14.x.6  for node MUL     R14.x.6,    R18.x.4, R57.x.9    new uc=1, total 3
>bu scheduling : MUL     R15.y.3,    C23.y, R14.x.6
>release val R14.x.6  for node MUL     R14.x.6,    R18.x.4, R57.x.9    new uc=2, total 3
>bu scheduling : MUL     R15.z.3,    C23.z, R14.x.6
>release val R14.x.6  for node MUL     R14.x.6,    R18.x.4, R57.x.9    new uc=3, total 3
>  bu release op  MUL     R14.x.6,    R18.x.4, R57.x.9  find best bb : MUL     R14.x.6,    R18.x.4, R57.x.9
>   ready
>bu scheduling : MUL     R14.y.4,    R18.y.4, R57.x.9
>release val R57.x.9  for node RECIPSQRT_CLAMPED     R57.x.9,    |R14.x.4|    new uc=2, total 3
>live_count: 25
>release val R18.y.4  for node (copy) MOV     R18.y.4,    t47    new uc=1, total 2
>bu scheduling : MUL     R14.x.2,    C23.x, R13.x.4
>live_count: 25
>release val R13.x.4  for node MUL     R13.x.4,    R17.x.4, R57.x.8    new uc=1, total 3
>bu scheduling : MUL     R14.y.2,    C23.y, R13.x.4
>release val R13.x.4  for node MUL     R13.x.4,    R17.x.4, R57.x.8    new uc=2, total 3
>bu scheduling : MUL     R14.z.2,    C23.z, R13.x.4
>release val R13.x.4  for node MUL     R13.x.4,    R17.x.4, R57.x.8    new uc=3, total 3
>  bu release op  MUL     R13.x.4,    R17.x.4, R57.x.8  find best bb : MUL     R13.x.4,    R17.x.4, R57.x.8
>   ready
>bu scheduling : MUL     R13.y.2,    R17.y.4, R57.x.8
>release val R57.x.8  for node RECIPSQRT_CLAMPED     R57.x.8,    |R13.x.2|    new uc=2, total 3
>live_count: 23
>release val R17.y.4  for node (copy) MOV     R17.y.4,    t44    new uc=1, total 2
>bu scheduling : MULADD     R12.x.4,    C25.x, R16.z.4, R12.x.3
>live_count: 23
>release val R12.x.3  for node MULADD     R12.x.3,    C24.x, R16.y.4, R12.x.2    new uc=1, total 1
>  bu release op  MULADD     R12.x.3,    C24.x, R16.y.4, R12.x.2  find best bb : MULADD     R12.x.3,    C24.x, R16.y.4, R12.x.2
>   ready
>release val R16.z.4  for node (copy) MOV     R16.z.4,    t41    new uc=4, total 4
>  bu release op  (copy) MOV     R16.z.4,    t41  find best bb : (copy) MOV     R16.z.4,    t41
>   ready
>bu scheduling : (copy) MOV     R16.z.4,    t41
>bu scheduling : MULADD     R12.y.3,    C24.y, R16.y.4, R12.y.2
>live_count: 22
>release val R12.y.2  for node MUL     R12.y.2,    C23.y, R16.x.4    new uc=1, total 1
>  bu release op  MUL     R12.y.2,    C23.y, R16.x.4  find best bb : MUL     R12.y.2,    C23.y, R16.x.4
>   ready
>release val R16.y.4  for node (copy) MOV     R16.y.4,    t40    new uc=3, total 4
>bu scheduling : MUL     R12.z.2,    C23.z, R16.x.4
>release val R16.x.4  for node (copy) MOV     R16.x.4,    t39    new uc=2, total 4
>bu scheduling : MUL     R15.x.7,    R19.x.4, R57.x.10
>release val R57.x.10  for node RECIPSQRT_CLAMPED     R57.x.10,    |R15.x.5|    new uc=3, total 3
>  bu release op  RECIPSQRT_CLAMPED     R57.x.10,    |R15.x.5|  find best bb : RECIPSQRT_CLAMPED     R57.x.10,    |R15.x.5|
>   ready
>live_count: 21
>release val R19.x.4  for node (copy) MOV     R19.x.4,    t49    new uc=1, total 2
>bu scheduling : MUL     R14.x.6,    R18.x.4, R57.x.9
>release val R57.x.9  for node RECIPSQRT_CLAMPED     R57.x.9,    |R14.x.4|    new uc=3, total 3
>  bu release op  RECIPSQRT_CLAMPED     R57.x.9,    |R14.x.4|  find best bb : RECIPSQRT_CLAMPED     R57.x.9,    |R14.x.4|
>   ready
>live_count: 21
>release val R18.x.4  for node (copy) MOV     R18.x.4,    t46    new uc=1, total 2
>bu scheduling : MUL     R13.x.4,    R17.x.4, R57.x.8
>release val R57.x.8  for node RECIPSQRT_CLAMPED     R57.x.8,    |R13.x.2|    new uc=3, total 3
>  bu release op  RECIPSQRT_CLAMPED     R57.x.8,    |R13.x.2|  find best bb : RECIPSQRT_CLAMPED     R57.x.8,    |R13.x.2|
>   ready
>live_count: 21
>release val R17.x.4  for node (copy) MOV     R17.x.4,    t43    new uc=1, total 2
>bu scheduling : MULADD     R12.x.3,    C24.x, R16.y.4, R12.x.2
>live_count: 21
>release val R12.x.2  for node MUL     R12.x.2,    C23.x, R16.x.4    new uc=1, total 1
>  bu release op  MUL     R12.x.2,    C23.x, R16.x.4  find best bb : MUL     R12.x.2,    C23.x, R16.x.4
>   ready
>release val R16.y.4  for node (copy) MOV     R16.y.4,    t40    new uc=4, total 4
>  bu release op  (copy) MOV     R16.y.4,    t40  find best bb : (copy) MOV     R16.y.4,    t40
>   ready
>bu scheduling : (copy) MOV     R16.y.4,    t40
>bu scheduling : MUL     R12.y.2,    C23.y, R16.x.4
>release val R16.x.4  for node (copy) MOV     R16.x.4,    t39    new uc=3, total 4
>bu scheduling : RECIPSQRT_CLAMPED     R57.x.10,    |R15.x.5|
>live_count: 19
>release val R15.x.5  for node DOT4     R15.x.5, __, __, __,       t30, t30, t31, t31, t32, t32, 0|00000000, 0|00000000    new uc=1, total 1
>  bu release op  DOT4     R15.x.5, __, __, __,       t30, t30, t31, t31, t32, t32, 0|00000000, 0|00000000  find best bb : DOT4     R15.x.5, __, __, __,       t30, t30, t31, t31, t32, t32, 0|00000000, 0|00000000
>   ready
>bu scheduling : RECIPSQRT_CLAMPED     R57.x.9,    |R14.x.4|
>live_count: 19
>release val R14.x.4  for node DOT4     R14.x.4, __, __, __,       t33, t33, t34, t34, t35, t35, 0|00000000, 0|00000000    new uc=1, total 1
>  bu release op  DOT4     R14.x.4, __, __, __,       t33, t33, t34, t34, t35, t35, 0|00000000, 0|00000000  find best bb : DOT4     R14.x.4, __, __, __,       t33, t33, t34, t34, t35, t35, 0|00000000, 0|00000000
>   ready
>bu scheduling : RECIPSQRT_CLAMPED     R57.x.8,    |R13.x.2|
>live_count: 19
>release val R13.x.2  for node DOT4     R13.x.2, __, __, __,       t36, t36, t37, t37, t38, t38, 0|00000000, 0|00000000    new uc=1, total 1
>  bu release op  DOT4     R13.x.2, __, __, __,       t36, t36, t37, t37, t38, t38, 0|00000000, 0|00000000  find best bb : DOT4     R13.x.2, __, __, __,       t36, t36, t37, t37, t38, t38, 0|00000000, 0|00000000
>   ready
>bu scheduling : MUL     R12.x.2,    C23.x, R16.x.4
>release val R16.x.4  for node (copy) MOV     R16.x.4,    t39    new uc=4, total 4
>  bu release op  (copy) MOV     R16.x.4,    t39  find best bb : (copy) MOV     R16.x.4,    t39
>   ready
>bu scheduling : (copy) MOV     R16.x.4,    t39
>bu scheduling : DOT4     R15.x.5, __, __, __,       t30, t30, t31, t31, t32, t32, 0|00000000, 0|00000000
>live_count: 17
>release val t32  for node (copy) MOV     t32,    R19.z.4    new uc=1, total 2
>release val t32  for node (copy) MOV     t32,    R19.z.4    new uc=2, total 2
>  bu release op  (copy) MOV     t32,    R19.z.4  find best bb : (copy) MOV     t32,    R19.z.4
>   ready
>live_count: 18
>release val t31  for node (copy) MOV     t31,    R19.y.4    new uc=1, total 2
>release val t31  for node (copy) MOV     t31,    R19.y.4    new uc=2, total 2
>  bu release op  (copy) MOV     t31,    R19.y.4  find best bb : (copy) MOV     t31,    R19.y.4
>   ready
>live_count: 19
>release val t30  for node (copy) MOV     t30,    R19.x.4    new uc=1, total 2
>release val t30  for node (copy) MOV     t30,    R19.x.4    new uc=2, total 2
>  bu release op  (copy) MOV     t30,    R19.x.4  find best bb : (copy) MOV     t30,    R19.x.4
>   ready
>bu scheduling : (copy) MOV     t30,    R19.x.4
>release val R19.x.4  for node (copy) MOV     R19.x.4,    t49    new uc=2, total 2
>  bu release op  (copy) MOV     R19.x.4,    t49  find best bb : (copy) MOV     R19.x.4,    t49
>   ready
>bu scheduling : (copy) MOV     R19.x.4,    t49
>bu scheduling : (copy) MOV     t31,    R19.y.4
>release val R19.y.4  for node (copy) MOV     R19.y.4,    t50    new uc=2, total 2
>  bu release op  (copy) MOV     R19.y.4,    t50  find best bb : (copy) MOV     R19.y.4,    t50
>   ready
>bu scheduling : (copy) MOV     R19.y.4,    t50
>bu scheduling : (copy) MOV     t32,    R19.z.4
>release val R19.z.4  for node (copy) MOV     R19.z.4,    t51    new uc=2, total 2
>  bu release op  (copy) MOV     R19.z.4,    t51  find best bb : (copy) MOV     R19.z.4,    t51
>   ready
>bu scheduling : (copy) MOV     R19.z.4,    t51
>bu scheduling : DOT4     R14.x.4, __, __, __,       t33, t33, t34, t34, t35, t35, 0|00000000, 0|00000000
>live_count: 13
>release val t35  for node (copy) MOV     t35,    R18.z.4    new uc=1, total 2
>release val t35  for node (copy) MOV     t35,    R18.z.4    new uc=2, total 2
>  bu release op  (copy) MOV     t35,    R18.z.4  find best bb : (copy) MOV     t35,    R18.z.4
>   ready
>live_count: 14
>release val t34  for node (copy) MOV     t34,    R18.y.4    new uc=1, total 2
>release val t34  for node (copy) MOV     t34,    R18.y.4    new uc=2, total 2
>  bu release op  (copy) MOV     t34,    R18.y.4  find best bb : (copy) MOV     t34,    R18.y.4
>   ready
>live_count: 15
>release val t33  for node (copy) MOV     t33,    R18.x.4    new uc=1, total 2
>release val t33  for node (copy) MOV     t33,    R18.x.4    new uc=2, total 2
>  bu release op  (copy) MOV     t33,    R18.x.4  find best bb : (copy) MOV     t33,    R18.x.4
>   ready
>bu scheduling : (copy) MOV     t33,    R18.x.4
>release val R18.x.4  for node (copy) MOV     R18.x.4,    t46    new uc=2, total 2
>  bu release op  (copy) MOV     R18.x.4,    t46  find best bb : (copy) MOV     R18.x.4,    t46
>   ready
>bu scheduling : (copy) MOV     R18.x.4,    t46
>bu scheduling : (copy) MOV     t34,    R18.y.4
>release val R18.y.4  for node (copy) MOV     R18.y.4,    t47    new uc=2, total 2
>  bu release op  (copy) MOV     R18.y.4,    t47  find best bb : (copy) MOV     R18.y.4,    t47
>   ready
>bu scheduling : (copy) MOV     R18.y.4,    t47
>bu scheduling : (copy) MOV     t35,    R18.z.4
>release val R18.z.4  for node (copy) MOV     R18.z.4,    t48    new uc=2, total 2
>  bu release op  (copy) MOV     R18.z.4,    t48  find best bb : (copy) MOV     R18.z.4,    t48
>   ready
>bu scheduling : (copy) MOV     R18.z.4,    t48
>bu scheduling : DOT4     R13.x.2, __, __, __,       t36, t36, t37, t37, t38, t38, 0|00000000, 0|00000000
>live_count: 9
>release val t38  for node (copy) MOV     t38,    R17.z.4    new uc=1, total 2
>release val t38  for node (copy) MOV     t38,    R17.z.4    new uc=2, total 2
>  bu release op  (copy) MOV     t38,    R17.z.4  find best bb : (copy) MOV     t38,    R17.z.4
>   ready
>live_count: 10
>release val t37  for node (copy) MOV     t37,    R17.y.4    new uc=1, total 2
>release val t37  for node (copy) MOV     t37,    R17.y.4    new uc=2, total 2
>  bu release op  (copy) MOV     t37,    R17.y.4  find best bb : (copy) MOV     t37,    R17.y.4
>   ready
>live_count: 11
>release val t36  for node (copy) MOV     t36,    R17.x.4    new uc=1, total 2
>release val t36  for node (copy) MOV     t36,    R17.x.4    new uc=2, total 2
>  bu release op  (copy) MOV     t36,    R17.x.4  find best bb : (copy) MOV     t36,    R17.x.4
>   ready
>bu scheduling : (copy) MOV     t36,    R17.x.4
>release val R17.x.4  for node (copy) MOV     R17.x.4,    t43    new uc=2, total 2
>  bu release op  (copy) MOV     R17.x.4,    t43  find best bb : (copy) MOV     R17.x.4,    t43
>   ready
>bu scheduling : (copy) MOV     R17.x.4,    t43
>bu scheduling : (copy) MOV     t37,    R17.y.4
>release val R17.y.4  for node (copy) MOV     R17.y.4,    t44    new uc=2, total 2
>  bu release op  (copy) MOV     R17.y.4,    t44  find best bb : (copy) MOV     R17.y.4,    t44
>   ready
>bu scheduling : (copy) MOV     R17.y.4,    t44
>bu scheduling : (copy) MOV     t38,    R17.z.4
>release val R17.z.4  for node (copy) MOV     R17.z.4,    t45    new uc=2, total 2
>  bu release op  (copy) MOV     R17.z.4,    t45  find best bb : (copy) MOV     R17.z.4,    t45
>   ready
>bu scheduling : (copy) MOV     R17.z.4,    t45
>bu finished scheduling BB_5
>pushing use count stack prev_level 0   new level 1
>bu scheduling BB_4
>live_count: 5
>release val t103  for node (copy) MOV     t103,    R50.x.5    new uc=1, total 1
>  bu release op  (copy) MOV     t103,    R50.x.5  find best bb : (copy) MOV     t103,    R50.x.5
>   ready
>live_count: 6
>release val t102  for node (copy) MOV     t102,    R48.x.5    new uc=1, total 1
>  bu release op  (copy) MOV     t102,    R48.x.5  find best bb : (copy) MOV     t102,    R48.x.5
>   ready
>live_count: 7
>release val t101  for node (copy) MOV     t101,    R46.x.5    new uc=1, total 1
>  bu release op  (copy) MOV     t101,    R46.x.5  find best bb : (copy) MOV     t101,    R46.x.5
>   ready
>live_count: 8
>release val t100  for node (copy) MOV     t100,    R33.x.5    new uc=1, total 1
>  bu release op  (copy) MOV     t100,    R33.x.5  find best bb : (copy) MOV     t100,    R33.x.5
>   ready
>live_count: 9
>release val t99  for node (copy) MOV     t99,    R24.x.5    new uc=1, total 1
>  bu release op  (copy) MOV     t99,    R24.x.5  find best bb : (copy) MOV     t99,    R24.x.5
>   ready
>live_count: 10
>release val t98  for node (copy) MOV     t98,    R21.x.6    new uc=1, total 1
>  bu release op  (copy) MOV     t98,    R21.x.6  find best bb : (copy) MOV     t98,    R21.x.6
>   ready
>live_count: 11
>release val t97  for node (copy) MOV     t97,    R19.z.3    new uc=1, total 1
>  bu release op  (copy) MOV     t97,    R19.z.3  find best bb : (copy) MOV     t97,    R19.z.3
>   ready
>live_count: 12
>release val t96  for node (copy) MOV     t96,    R19.y.3    new uc=1, total 1
>  bu release op  (copy) MOV     t96,    R19.y.3  find best bb : (copy) MOV     t96,    R19.y.3
>   ready
>live_count: 13
>release val t95  for node (copy) MOV     t95,    R19.x.3    new uc=1, total 1
>  bu release op  (copy) MOV     t95,    R19.x.3  find best bb : (copy) MOV     t95,    R19.x.3
>   ready
>live_count: 14
>release val t94  for node (copy) MOV     t94,    R18.z.3    new uc=1, total 1
>  bu release op  (copy) MOV     t94,    R18.z.3  find best bb : (copy) MOV     t94,    R18.z.3
>   ready
>live_count: 15
>release val t93  for node (copy) MOV     t93,    R18.y.3    new uc=1, total 1
>  bu release op  (copy) MOV     t93,    R18.y.3  find best bb : (copy) MOV     t93,    R18.y.3
>   ready
>live_count: 16
>release val t92  for node (copy) MOV     t92,    R18.x.3    new uc=1, total 1
>  bu release op  (copy) MOV     t92,    R18.x.3  find best bb : (copy) MOV     t92,    R18.x.3
>   ready
>live_count: 17
>release val t91  for node (copy) MOV     t91,    R17.z.3    new uc=1, total 1
>  bu release op  (copy) MOV     t91,    R17.z.3  find best bb : (copy) MOV     t91,    R17.z.3
>   ready
>live_count: 18
>release val t90  for node (copy) MOV     t90,    R17.y.3    new uc=1, total 1
>  bu release op  (copy) MOV     t90,    R17.y.3  find best bb : (copy) MOV     t90,    R17.y.3
>   ready
>live_count: 19
>release val t89  for node (copy) MOV     t89,    R17.x.3    new uc=1, total 1
>  bu release op  (copy) MOV     t89,    R17.x.3  find best bb : (copy) MOV     t89,    R17.x.3
>   ready
>live_count: 20
>release val t88  for node (copy) MOV     t88,    R16.w.3    new uc=1, total 1
>  bu release op  (copy) MOV     t88,    R16.w.3  find best bb : (copy) MOV     t88,    R16.w.3
>   ready
>live_count: 21
>release val t87  for node (copy) MOV     t87,    R16.z.3    new uc=1, total 1
>  bu release op  (copy) MOV     t87,    R16.z.3  find best bb : (copy) MOV     t87,    R16.z.3
>   ready
>live_count: 22
>release val t86  for node (copy) MOV     t86,    R16.y.3    new uc=1, total 1
>  bu release op  (copy) MOV     t86,    R16.y.3  find best bb : (copy) MOV     t86,    R16.y.3
>   ready
>live_count: 23
>release val t85  for node (copy) MOV     t85,    R16.x.3    new uc=1, total 1
>  bu release op  (copy) MOV     t85,    R16.x.3  find best bb : (copy) MOV     t85,    R16.x.3
>   ready
>bu scheduling : (copy) MOV     t85,    R16.x.3
>live_count: 24
>release val R16.x.3  for node MULADD     R16.x.3,    R38.x.2, R33.x.5, R16.x.2    new uc=1, total 1
>  bu release op  MULADD     R16.x.3,    R38.x.2, R33.x.5, R16.x.2  find best bb : MULADD     R16.x.3,    R38.x.2, R33.x.5, R16.x.2
>   ready
>bu scheduling : (copy) MOV     t86,    R16.y.3
>live_count: 24
>release val R16.y.3  for node MULADD     R16.y.3,    R38.y.2, R33.x.5, R16.y.2    new uc=1, total 1
>  bu release op  MULADD     R16.y.3,    R38.y.2, R33.x.5, R16.y.2  find best bb : MULADD     R16.y.3,    R38.y.2, R33.x.5, R16.y.2
>   ready
>bu scheduling : (copy) MOV     t87,    R16.z.3
>live_count: 24
>release val R16.z.3  for node MULADD     R16.z.3,    R38.z.2, R33.x.5, R16.z.2    new uc=1, total 1
>  bu release op  MULADD     R16.z.3,    R38.z.2, R33.x.5, R16.z.2  find best bb : MULADD     R16.z.3,    R38.z.2, R33.x.5, R16.z.2
>   ready
>bu scheduling : (copy) MOV     t88,    R16.w.3
>live_count: 24
>release val R16.w.3  for node MULADD     R16.w.3,    R38.w.2, R33.x.5, R16.w.2    new uc=1, total 1
>  bu release op  MULADD     R16.w.3,    R38.w.2, R33.x.5, R16.w.2  find best bb : MULADD     R16.w.3,    R38.w.2, R33.x.5, R16.w.2
>   ready
>bu scheduling : (copy) MOV     t89,    R17.x.3
>live_count: 24
>release val R17.x.3  for node MULADD     R17.x.3,    R41.x.2, R46.x.5, R17.x.2    new uc=1, total 1
>  bu release op  MULADD     R17.x.3,    R41.x.2, R46.x.5, R17.x.2  find best bb : MULADD     R17.x.3,    R41.x.2, R46.x.5, R17.x.2
>   ready
>bu scheduling : (copy) MOV     t90,    R17.y.3
>live_count: 24
>release val R17.y.3  for node MULADD     R17.y.3,    R41.y.2, R46.x.5, R17.y.2    new uc=1, total 1
>  bu release op  MULADD     R17.y.3,    R41.y.2, R46.x.5, R17.y.2  find best bb : MULADD     R17.y.3,    R41.y.2, R46.x.5, R17.y.2
>   ready
>bu scheduling : (copy) MOV     t91,    R17.z.3
>live_count: 24
>release val R17.z.3  for node MULADD     R17.z.3,    R41.z.2, R46.x.5, R17.z.2    new uc=1, total 1
>  bu release op  MULADD     R17.z.3,    R41.z.2, R46.x.5, R17.z.2  find best bb : MULADD     R17.z.3,    R41.z.2, R46.x.5, R17.z.2
>   ready
>bu scheduling : (copy) MOV     t92,    R18.x.3
>live_count: 24
>release val R18.x.3  for node MULADD     R18.x.3,    R44.x.2, R48.x.5, R18.x.2    new uc=1, total 1
>  bu release op  MULADD     R18.x.3,    R44.x.2, R48.x.5, R18.x.2  find best bb : MULADD     R18.x.3,    R44.x.2, R48.x.5, R18.x.2
>   ready
>bu scheduling : (copy) MOV     t93,    R18.y.3
>live_count: 24
>release val R18.y.3  for node MULADD     R18.y.3,    R44.y.2, R48.x.5, R18.y.2    new uc=1, total 1
>  bu release op  MULADD     R18.y.3,    R44.y.2, R48.x.5, R18.y.2  find best bb : MULADD     R18.y.3,    R44.y.2, R48.x.5, R18.y.2
>   ready
>bu scheduling : (copy) MOV     t94,    R18.z.3
>live_count: 24
>release val R18.z.3  for node MULADD     R18.z.3,    R44.z.2, R48.x.5, R18.z.2    new uc=1, total 1
>  bu release op  MULADD     R18.z.3,    R44.z.2, R48.x.5, R18.z.2  find best bb : MULADD     R18.z.3,    R44.z.2, R48.x.5, R18.z.2
>   ready
>bu scheduling : (copy) MOV     t95,    R19.x.3
>live_count: 24
>release val R19.x.3  for node MULADD     R19.x.3,    R53.x.2, R50.x.5, R19.x.2    new uc=1, total 1
>  bu release op  MULADD     R19.x.3,    R53.x.2, R50.x.5, R19.x.2  find best bb : MULADD     R19.x.3,    R53.x.2, R50.x.5, R19.x.2
>   ready
>bu scheduling : (copy) MOV     t96,    R19.y.3
>live_count: 24
>release val R19.y.3  for node MULADD     R19.y.3,    R53.y.2, R50.x.5, R19.y.2    new uc=1, total 1
>  bu release op  MULADD     R19.y.3,    R53.y.2, R50.x.5, R19.y.2  find best bb : MULADD     R19.y.3,    R53.y.2, R50.x.5, R19.y.2
>   ready
>bu scheduling : (copy) MOV     t97,    R19.z.3
>live_count: 24
>release val R19.z.3  for node MULADD     R19.z.3,    R53.z.2, R50.x.5, R19.z.2    new uc=1, total 1
>  bu release op  MULADD     R19.z.3,    R53.z.2, R50.x.5, R19.z.2  find best bb : MULADD     R19.z.3,    R53.z.2, R50.x.5, R19.z.2
>   ready
>bu scheduling : (copy) MOV     t98,    R21.x.6
>live_count: 24
>release val R21.x.6  for node ADD_INT     R21.x.6,    R21.x.5, 1.4013e-45|00000001    new uc=1, total 1
>  bu release op  ADD_INT     R21.x.6,    R21.x.5, 1.4013e-45|00000001  find best bb : ADD_INT     R21.x.6,    R21.x.5, 1.4013e-45|00000001
>   ready
>bu scheduling : (copy) MOV     t99,    R24.x.5
>live_count: 24
>release val R24.x.5  for node CNDE_INT     R24.x.5,    R23.w.2, R24.x.4, R5.w.1    new uc=1, total 2
>bu scheduling : (copy) MOV     t100,    R33.x.5
>live_count: 24
>release val R33.x.5  for node CNDE_INT     R33.x.5,    R23.w.2, R33.x.4, R21.x.3    new uc=1, total 5
>bu scheduling : (copy) MOV     t101,    R46.x.5
>live_count: 24
>release val R46.x.5  for node CNDE_INT     R46.x.5,    R23.w.2, R46.x.4, R21.x.3    new uc=1, total 4
>bu scheduling : (copy) MOV     t102,    R48.x.5
>live_count: 24
>release val R48.x.5  for node CNDE_INT     R48.x.5,    R23.w.2, R48.x.4, R21.x.3    new uc=1, total 4
>bu scheduling : (copy) MOV     t103,    R50.x.5
>live_count: 24
>release val R50.x.5  for node CNDE_INT     R50.x.5,    R23.w.2, R50.x.4, R21.x.3    new uc=1, total 4
>bu scheduling : MULADD     R16.x.3,    R38.x.2, R33.x.5, R16.x.2
>live_count: 24
>release val R16.x.2  for node (copy) MOV     R16.x.2,    t52    new uc=1, total 2
>release val R33.x.5  for node CNDE_INT     R33.x.5,    R23.w.2, R33.x.4, R21.x.3    new uc=2, total 5
>live_count: 25
>release val R38.x.2  for node MULADD     R38.x.2,    R58.x.11, 1|3f800000, R37.x.2    new uc=1, total 1
>  bu release op  MULADD     R38.x.2,    R58.x.11, 1|3f800000, R37.x.2  find best bb : MULADD     R38.x.2,    R58.x.11, 1|3f800000, R37.x.2
>   ready
>bu scheduling : MULADD     R16.y.3,    R38.y.2, R33.x.5, R16.y.2
>live_count: 25
>release val R16.y.2  for node (copy) MOV     R16.y.2,    t53    new uc=1, total 2
>release val R33.x.5  for node CNDE_INT     R33.x.5,    R23.w.2, R33.x.4, R21.x.3    new uc=3, total 5
>live_count: 26
>release val R38.y.2  for node MULADD     R38.y.2,    R58.y.7, 1|3f800000, R37.y.2    new uc=1, total 1
>  bu release op  MULADD     R38.y.2,    R58.y.7, 1|3f800000, R37.y.2  find best bb : MULADD     R38.y.2,    R58.y.7, 1|3f800000, R37.y.2
>   ready
>bu scheduling : MULADD     R16.z.3,    R38.z.2, R33.x.5, R16.z.2
>live_count: 26
>release val R16.z.2  for node (copy) MOV     R16.z.2,    t54    new uc=1, total 2
>release val R33.x.5  for node CNDE_INT     R33.x.5,    R23.w.2, R33.x.4, R21.x.3    new uc=4, total 5
>live_count: 27
>release val R38.z.2  for node MULADD     R38.z.2,    R58.z.7, 1|3f800000, R37.z.2    new uc=1, total 1
>  bu release op  MULADD     R38.z.2,    R58.z.7, 1|3f800000, R37.z.2  find best bb : MULADD     R38.z.2,    R58.z.7, 1|3f800000, R37.z.2
>   ready
>bu scheduling : MULADD     R16.w.3,    R38.w.2, R33.x.5, R16.w.2
>live_count: 27
>release val R16.w.2  for node (copy) MOV     R16.w.2,    t55    new uc=1, total 2
>release val R33.x.5  for node CNDE_INT     R33.x.5,    R23.w.2, R33.x.4, R21.x.3    new uc=5, total 5
>  bu release op  CNDE_INT     R33.x.5,    R23.w.2, R33.x.4, R21.x.3  find best bb : CNDE_INT     R33.x.5,    R23.w.2, R33.x.4, R21.x.3
>   ready
>live_count: 28
>release val R38.w.2  for node MULADD     R38.w.2,    R58.w.7, 1|3f800000, R37.w.2    new uc=1, total 1
>  bu release op  MULADD     R38.w.2,    R58.w.7, 1|3f800000, R37.w.2  find best bb : MULADD     R38.w.2,    R58.w.7, 1|3f800000, R37.w.2
>   ready
>bu scheduling : MULADD     R17.x.3,    R41.x.2, R46.x.5, R17.x.2
>live_count: 28
>release val R17.x.2  for node (copy) MOV     R17.x.2,    t56    new uc=1, total 2
>release val R46.x.5  for node CNDE_INT     R46.x.5,    R23.w.2, R46.x.4, R21.x.3    new uc=2, total 4
>live_count: 29
>release val R41.x.2  for node MULADD     R41.x.2,    R58.x.8, R2.z.1, R40.x.2    new uc=1, total 3
>bu scheduling : MULADD     R17.y.3,    R41.y.2, R46.x.5, R17.y.2
>live_count: 29
>release val R17.y.2  for node (copy) MOV     R17.y.2,    t57    new uc=1, total 2
>release val R46.x.5  for node CNDE_INT     R46.x.5,    R23.w.2, R46.x.4, R21.x.3    new uc=3, total 4
>live_count: 30
>release val R41.y.2  for node MULADD     R41.y.2,    R58.y.5, R2.z.1, R40.y.2    new uc=1, total 3
>bu scheduling : MULADD     R17.z.3,    R41.z.2, R46.x.5, R17.z.2
>live_count: 30
>release val R17.z.2  for node (copy) MOV     R17.z.2,    t58    new uc=1, total 2
>release val R46.x.5  for node CNDE_INT     R46.x.5,    R23.w.2, R46.x.4, R21.x.3    new uc=4, total 4
>  bu release op  CNDE_INT     R46.x.5,    R23.w.2, R46.x.4, R21.x.3  find best bb : CNDE_INT     R46.x.5,    R23.w.2, R46.x.4, R21.x.3
>   ready
>live_count: 31
>release val R41.z.2  for node MULADD     R41.z.2,    R58.z.5, R2.z.1, R40.z.2    new uc=1, total 3
>bu scheduling : MULADD     R18.x.3,    R44.x.2, R48.x.5, R18.x.2
>live_count: 31
>release val R18.x.2  for node (copy) MOV     R18.x.2,    t59    new uc=1, total 2
>release val R48.x.5  for node CNDE_INT     R48.x.5,    R23.w.2, R48.x.4, R21.x.3    new uc=2, total 4
>live_count: 32
>release val R44.x.2  for node MULADD     R44.x.2,    R58.x.8, R3.z.1, R43.x.2    new uc=1, total 3
>bu scheduling : MULADD     R18.y.3,    R44.y.2, R48.x.5, R18.y.2
>live_count: 32
>release val R18.y.2  for node (copy) MOV     R18.y.2,    t60    new uc=1, total 2
>release val R48.x.5  for node CNDE_INT     R48.x.5,    R23.w.2, R48.x.4, R21.x.3    new uc=3, total 4
>live_count: 33
>release val R44.y.2  for node MULADD     R44.y.2,    R58.y.5, R3.z.1, R43.y.2    new uc=1, total 3
>bu scheduling : MULADD     R18.z.3,    R44.z.2, R48.x.5, R18.z.2
>live_count: 33
>release val R18.z.2  for node (copy) MOV     R18.z.2,    t61    new uc=1, total 2
>release val R48.x.5  for node CNDE_INT     R48.x.5,    R23.w.2, R48.x.4, R21.x.3    new uc=4, total 4
>  bu release op  CNDE_INT     R48.x.5,    R23.w.2, R48.x.4, R21.x.3  find best bb : CNDE_INT     R48.x.5,    R23.w.2, R48.x.4, R21.x.3
>   ready
>live_count: 34
>release val R44.z.2  for node MULADD     R44.z.2,    R58.z.5, R3.z.1, R43.z.2    new uc=1, total 3
>bu scheduling : MULADD     R19.x.3,    R53.x.2, R50.x.5, R19.x.2
>live_count: 34
>release val R19.x.2  for node (copy) MOV     R19.x.2,    t62    new uc=1, total 2
>release val R50.x.5  for node CNDE_INT     R50.x.5,    R23.w.2, R50.x.4, R21.x.3    new uc=2, total 4
>live_count: 35
>release val R53.x.2  for node MUL     R53.x.2,    R52.x.2, R3.w.1    new uc=1, total 1
>  bu release op  MUL     R53.x.2,    R52.x.2, R3.w.1  find best bb : MUL     R53.x.2,    R52.x.2, R3.w.1
>   ready
>bu scheduling : MULADD     R19.y.3,    R53.y.2, R50.x.5, R19.y.2
>live_count: 35
>release val R19.y.2  for node (copy) MOV     R19.y.2,    t63    new uc=1, total 2
>release val R50.x.5  for node CNDE_INT     R50.x.5,    R23.w.2, R50.x.4, R21.x.3    new uc=3, total 4
>live_count: 36
>release val R53.y.2  for node MUL     R53.y.2,    R52.y.2, R3.w.1    new uc=1, total 1
>  bu release op  MUL     R53.y.2,    R52.y.2, R3.w.1  find best bb : MUL     R53.y.2,    R52.y.2, R3.w.1
>   ready
>bu scheduling : MULADD     R19.z.3,    R53.z.2, R50.x.5, R19.z.2
>live_count: 36
>release val R19.z.2  for node (copy) MOV     R19.z.2,    t64    new uc=1, total 2
>release val R50.x.5  for node CNDE_INT     R50.x.5,    R23.w.2, R50.x.4, R21.x.3    new uc=4, total 4
>  bu release op  CNDE_INT     R50.x.5,    R23.w.2, R50.x.4, R21.x.3  find best bb : CNDE_INT     R50.x.5,    R23.w.2, R50.x.4, R21.x.3
>   ready
>live_count: 37
>release val R53.z.2  for node MUL     R53.z.2,    R52.z.2, R3.w.1    new uc=1, total 1
>  bu release op  MUL     R53.z.2,    R52.z.2, R3.w.1  find best bb : MUL     R53.z.2,    R52.z.2, R3.w.1
>   ready
>bu scheduling : ADD_INT     R21.x.6,    R21.x.5, 1.4013e-45|00000001
>live_count: 37
>release val R21.x.5  for node (copy) MOV     R21.x.5,    t65    new uc=1, total 10
>bu scheduling : MULADD     R38.x.2,    R58.x.11, 1|3f800000, R37.x.2
>live_count: 37
>release val R37.x.2  for node MULADD     R37.x.2,    R58.x.8, R1.z.1, R36.x.2    new uc=1, total 1
>  bu release op  MULADD     R37.x.2,    R58.x.8, R1.z.1, R36.x.2  find best bb : MULADD     R37.x.2,    R58.x.8, R1.z.1, R36.x.2
>   ready
>live_count: 38
>release val R58.x.11  for node (copy) MOV     R58.x.11,    t105    new uc=1, total 1
>  bu release op  (copy) MOV     R58.x.11,    t105  find best bb : (copy) MOV     R58.x.11,    t105
>   ready
>bu scheduling : (copy) MOV     R58.x.11,    t105
>live_count: 38
>release val t105  for node VFETCH     t105, t106, t107, t108,       t104, __, __, __    new uc=1, total 4
>bu scheduling : MULADD     R38.y.2,    R58.y.7, 1|3f800000, R37.y.2
>live_count: 38
>release val R37.y.2  for node MULADD     R37.y.2,    R58.y.5, R1.z.1, R36.y.2    new uc=1, total 1
>  bu release op  MULADD     R37.y.2,    R58.y.5, R1.z.1, R36.y.2  find best bb : MULADD     R37.y.2,    R58.y.5, R1.z.1, R36.y.2
>   ready
>live_count: 39
>release val R58.y.7  for node (copy) MOV     R58.y.7,    t106    new uc=1, total 1
>  bu release op  (copy) MOV     R58.y.7,    t106  find best bb : (copy) MOV     R58.y.7,    t106
>   ready
>bu scheduling : (copy) MOV     R58.y.7,    t106
>live_count: 39
>release val t106  for node VFETCH     t105, t106, t107, t108,       t104, __, __, __    new uc=2, total 4
>bu scheduling : MULADD     R38.z.2,    R58.z.7, 1|3f800000, R37.z.2
>live_count: 39
>release val R37.z.2  for node MULADD     R37.z.2,    R58.z.5, R1.z.1, R36.z.2    new uc=1, total 1
>  bu release op  MULADD     R37.z.2,    R58.z.5, R1.z.1, R36.z.2  find best bb : MULADD     R37.z.2,    R58.z.5, R1.z.1, R36.z.2
>   ready
>live_count: 40
>release val R58.z.7  for node (copy) MOV     R58.z.7,    t107    new uc=1, total 1
>  bu release op  (copy) MOV     R58.z.7,    t107  find best bb : (copy) MOV     R58.z.7,    t107
>   ready
>bu scheduling : (copy) MOV     R58.z.7,    t107
>live_count: 40
>release val t107  for node VFETCH     t105, t106, t107, t108,       t104, __, __, __    new uc=3, total 4
>bu scheduling : CNDE_INT     R33.x.5,    R23.w.2, R33.x.4, R21.x.3
>live_count: 40
>release val R21.x.3  for node ADD     R21.x.3,    R21.x.2, -R6.z.1    new uc=1, total 4
>live_count: 41
>release val R33.x.4  for node CNDE_INT     R33.x.4,    R23.z.2, R33.x.3, R6.z.1    new uc=1, total 1
>  bu release op  CNDE_INT     R33.x.4,    R23.z.2, R33.x.3, R6.z.1  find best bb : CNDE_INT     R33.x.4,    R23.z.2, R33.x.3, R6.z.1
>   ready
>live_count: 42
>release val R23.w.2  for node SETE_INT     R23.w.2,    R21.x.5, 4.2039e-45|00000003    new uc=1, total 5
>bu scheduling : MULADD     R38.w.2,    R58.w.7, 1|3f800000, R37.w.2
>live_count: 42
>release val R37.w.2  for node MULADD     R37.w.2,    R58.w.5, R1.z.1, R36.w.2    new uc=1, total 1
>  bu release op  MULADD     R37.w.2,    R58.w.5, R1.z.1, R36.w.2  find best bb : MULADD     R37.w.2,    R58.w.5, R1.z.1, R36.w.2
>   ready
>live_count: 43
>release val R58.w.7  for node (copy) MOV     R58.w.7,    t108    new uc=1, total 1
>  bu release op  (copy) MOV     R58.w.7,    t108  find best bb : (copy) MOV     R58.w.7,    t108
>   ready
>bu scheduling : (copy) MOV     R58.w.7,    t108
>live_count: 43
>release val t108  for node VFETCH     t105, t106, t107, t108,       t104, __, __, __    new uc=4, total 4
>  bu release op  VFETCH     t105, t106, t107, t108,       t104, __, __, __  find best bb : VFETCH     t105, t106, t107, t108,       t104, __, __, __
>   ready
>bu scheduling : CNDE_INT     R46.x.5,    R23.w.2, R46.x.4, R21.x.3
>release val R21.x.3  for node ADD     R21.x.3,    R21.x.2, -R6.z.1    new uc=2, total 4
>live_count: 43
>release val R46.x.4  for node CNDE_INT     R46.x.4,    R23.z.2, R46.x.3, R6.z.1    new uc=1, total 1
>  bu release op  CNDE_INT     R46.x.4,    R23.z.2, R46.x.3, R6.z.1  find best bb : CNDE_INT     R46.x.4,    R23.z.2, R46.x.3, R6.z.1
>   ready
>release val R23.w.2  for node SETE_INT     R23.w.2,    R21.x.5, 4.2039e-45|00000003    new uc=2, total 5
>bu scheduling : CNDE_INT     R48.x.5,    R23.w.2, R48.x.4, R21.x.3
>release val R21.x.3  for node ADD     R21.x.3,    R21.x.2, -R6.z.1    new uc=3, total 4
>live_count: 43
>release val R48.x.4  for node CNDE_INT     R48.x.4,    R23.z.2, R48.x.3, R6.z.1    new uc=1, total 1
>  bu release op  CNDE_INT     R48.x.4,    R23.z.2, R48.x.3, R6.z.1  find best bb : CNDE_INT     R48.x.4,    R23.z.2, R48.x.3, R6.z.1
>   ready
>release val R23.w.2  for node SETE_INT     R23.w.2,    R21.x.5, 4.2039e-45|00000003    new uc=3, total 5
>bu scheduling : MUL     R53.x.2,    R52.x.2, R3.w.1
>live_count: 43
>release val R3.w.1  for node (copy) MOV     R3.w.1,    t146F@R3.w    new uc=1, total 3
>live_count: 44
>release val R52.x.2  for node MULADD     R52.x.2,    R41.y.2, R44.z.2, -R51.x.2    new uc=1, total 1
>  bu release op  MULADD     R52.x.2,    R41.y.2, R44.z.2, -R51.x.2  find best bb : MULADD     R52.x.2,    R41.y.2, R44.z.2, -R51.x.2
>   ready
>bu scheduling : MUL     R53.y.2,    R52.y.2, R3.w.1
>release val R3.w.1  for node (copy) MOV     R3.w.1,    t146F@R3.w    new uc=2, total 3
>live_count: 44
>release val R52.y.2  for node MULADD     R52.y.2,    R41.z.2, R44.x.2, -R51.y.2    new uc=1, total 1
>  bu release op  MULADD     R52.y.2,    R41.z.2, R44.x.2, -R51.y.2  find best bb : MULADD     R52.y.2,    R41.z.2, R44.x.2, -R51.y.2
>   ready
>bu scheduling : CNDE_INT     R50.x.5,    R23.w.2, R50.x.4, R21.x.3
>release val R21.x.3  for node ADD     R21.x.3,    R21.x.2, -R6.z.1    new uc=4, total 4
>  bu release op  ADD     R21.x.3,    R21.x.2, -R6.z.1  find best bb : ADD     R21.x.3,    R21.x.2, -R6.z.1
>   ready_above
>live_count: 44
>release val R50.x.4  for node CNDE_INT     R50.x.4,    R23.z.2, R50.x.3, R6.z.1    new uc=1, total 1
>  bu release op  CNDE_INT     R50.x.4,    R23.z.2, R50.x.3, R6.z.1  find best bb : CNDE_INT     R50.x.4,    R23.z.2, R50.x.3, R6.z.1
>   ready
>release val R23.w.2  for node SETE_INT     R23.w.2,    R21.x.5, 4.2039e-45|00000003    new uc=4, total 5
>bu scheduling : MUL     R53.z.2,    R52.z.2, R3.w.1
>release val R3.w.1  for node (copy) MOV     R3.w.1,    t146F@R3.w    new uc=3, total 3
>  bu release op  (copy) MOV     R3.w.1,    t146F@R3.w  find best bb : (copy) MOV     R3.w.1,    t146F@R3.w
>   ready
>live_count: 44
>release val R52.z.2  for node MULADD     R52.z.2,    R41.x.2, R44.y.2, -R51.z.2    new uc=1, total 1
>  bu release op  MULADD     R52.z.2,    R41.x.2, R44.y.2, -R51.z.2  find best bb : MULADD     R52.z.2,    R41.x.2, R44.y.2, -R51.z.2
>   ready
>bu scheduling : (copy) MOV     R3.w.1,    t146F@R3.w
>live_count: 44
>release val t146F@R3.w  for node CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w    new uc=1, total 19
>bu scheduling : MULADD     R37.x.2,    R58.x.8, R1.z.1, R36.x.2
>live_count: 44
>release val R36.x.2  for node MULADD     R36.x.2,    R58.x.5, R1.y.1, R35.x.2    new uc=1, total 1
>  bu release op  MULADD     R36.x.2,    R58.x.5, R1.y.1, R35.x.2  find best bb : MULADD     R36.x.2,    R58.x.5, R1.y.1, R35.x.2
>   ready
>live_count: 45
>release val R1.z.1  for node (copy) MOV     R1.z.1,    t139F@R1.z    new uc=1, total 4
>live_count: 46
>release val R58.x.8  for node (copy) MOV     R58.x.8,    t110    new uc=1, total 3
>bu scheduling : MULADD     R37.y.2,    R58.y.5, R1.z.1, R36.y.2
>live_count: 46
>release val R36.y.2  for node MULADD     R36.y.2,    R58.y.3, R1.y.1, R35.y.2    new uc=1, total 1
>  bu release op  MULADD     R36.y.2,    R58.y.3, R1.y.1, R35.y.2  find best bb : MULADD     R36.y.2,    R58.y.3, R1.y.1, R35.y.2
>   ready
>release val R1.z.1  for node (copy) MOV     R1.z.1,    t139F@R1.z    new uc=2, total 4
>live_count: 47
>release val R58.y.5  for node (copy) MOV     R58.y.5,    t111    new uc=1, total 3
>bu scheduling : MULADD     R37.z.2,    R58.z.5, R1.z.1, R36.z.2
>live_count: 47
>release val R36.z.2  for node MULADD     R36.z.2,    R58.z.3, R1.y.1, R35.z.2    new uc=1, total 1
>  bu release op  MULADD     R36.z.2,    R58.z.3, R1.y.1, R35.z.2  find best bb : MULADD     R36.z.2,    R58.z.3, R1.y.1, R35.z.2
>   ready
>release val R1.z.1  for node (copy) MOV     R1.z.1,    t139F@R1.z    new uc=3, total 4
>live_count: 48
>release val R58.z.5  for node (copy) MOV     R58.z.5,    t112    new uc=1, total 3
>bu scheduling : CNDE_INT     R33.x.4,    R23.z.2, R33.x.3, R6.z.1
>live_count: 48
>release val R6.z.1  for node (copy) MOV     R6.z.1,    t155F@R6.z    new uc=1, total 5
>live_count: 49
>release val R33.x.3  for node CNDE_INT     R33.x.3,    R23.y.2, R33.x.2, R6.y.1    new uc=1, total 1
>  bu release op  CNDE_INT     R33.x.3,    R23.y.2, R33.x.2, R6.y.1  find best bb : CNDE_INT     R33.x.3,    R23.y.2, R33.x.2, R6.y.1
>   ready
>live_count: 50
>release val R23.z.2  for node SETE_INT     R23.z.2,    R21.x.5, 2.8026e-45|00000002    new uc=1, total 5
>bu scheduling : MULADD     R37.w.2,    R58.w.5, R1.z.1, R36.w.2
>live_count: 50
>release val R36.w.2  for node MULADD     R36.w.2,    R58.w.3, R1.y.1, R35.w.2    new uc=1, total 1
>  bu release op  MULADD     R36.w.2,    R58.w.3, R1.y.1, R35.w.2  find best bb : MULADD     R36.w.2,    R58.w.3, R1.y.1, R35.w.2
>   ready
>release val R1.z.1  for node (copy) MOV     R1.z.1,    t139F@R1.z    new uc=4, total 4
>  bu release op  (copy) MOV     R1.z.1,    t139F@R1.z  find best bb : (copy) MOV     R1.z.1,    t139F@R1.z
>   ready
>live_count: 51
>release val R58.w.5  for node (copy) MOV     R58.w.5,    t113    new uc=1, total 1
>  bu release op  (copy) MOV     R58.w.5,    t113  find best bb : (copy) MOV     R58.w.5,    t113
>   ready
>bu scheduling : (copy) MOV     R58.w.5,    t113
>live_count: 51
>release val t113  for node VFETCH     t110, t111, t112, t113,       t109, __, __, __    new uc=1, total 4
>bu scheduling : (copy) MOV     R1.z.1,    t139F@R1.z
>live_count: 51
>release val t139F@R1.z  for node CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w    new uc=2, total 19
>bu scheduling : CNDE_INT     R46.x.4,    R23.z.2, R46.x.3, R6.z.1
>release val R6.z.1  for node (copy) MOV     R6.z.1,    t155F@R6.z    new uc=2, total 5
>live_count: 51
>release val R46.x.3  for node CNDE_INT     R46.x.3,    R23.y.2, R46.x.2, R6.y.1    new uc=1, total 1
>  bu release op  CNDE_INT     R46.x.3,    R23.y.2, R46.x.2, R6.y.1  find best bb : CNDE_INT     R46.x.3,    R23.y.2, R46.x.2, R6.y.1
>   ready
>release val R23.z.2  for node SETE_INT     R23.z.2,    R21.x.5, 2.8026e-45|00000002    new uc=2, total 5
>bu scheduling : CNDE_INT     R48.x.4,    R23.z.2, R48.x.3, R6.z.1
>release val R6.z.1  for node (copy) MOV     R6.z.1,    t155F@R6.z    new uc=3, total 5
>live_count: 51
>release val R48.x.3  for node CNDE_INT     R48.x.3,    R23.y.2, R48.x.2, R6.y.1    new uc=1, total 1
>  bu release op  CNDE_INT     R48.x.3,    R23.y.2, R48.x.2, R6.y.1  find best bb : CNDE_INT     R48.x.3,    R23.y.2, R48.x.2, R6.y.1
>   ready
>release val R23.z.2  for node SETE_INT     R23.z.2,    R21.x.5, 2.8026e-45|00000002    new uc=3, total 5
>bu scheduling : MULADD     R52.x.2,    R41.y.2, R44.z.2, -R51.x.2
>live_count: 51
>release val R51.x.2  for node MUL     R51.x.2,    R41.z.2, R44.y.2    new uc=1, total 1
>  bu release op  MUL     R51.x.2,    R41.z.2, R44.y.2  find best bb : MUL     R51.x.2,    R41.z.2, R44.y.2
>   ready
>release val R44.z.2  for node MULADD     R44.z.2,    R58.z.5, R3.z.1, R43.z.2    new uc=2, total 3
>release val R41.y.2  for node MULADD     R41.y.2,    R58.y.5, R2.z.1, R40.y.2    new uc=2, total 3
>bu scheduling : MULADD     R52.y.2,    R41.z.2, R44.x.2, -R51.y.2
>live_count: 51
>release val R51.y.2  for node MUL     R51.y.2,    R41.x.2, R44.z.2    new uc=1, total 1
>  bu release op  MUL     R51.y.2,    R41.x.2, R44.z.2  find best bb : MUL     R51.y.2,    R41.x.2, R44.z.2
>   ready
>release val R44.x.2  for node MULADD     R44.x.2,    R58.x.8, R3.z.1, R43.x.2    new uc=2, total 3
>release val R41.z.2  for node MULADD     R41.z.2,    R58.z.5, R2.z.1, R40.z.2    new uc=2, total 3
>bu scheduling : CNDE_INT     R50.x.4,    R23.z.2, R50.x.3, R6.z.1
>release val R6.z.1  for node (copy) MOV     R6.z.1,    t155F@R6.z    new uc=4, total 5
>live_count: 51
>release val R50.x.3  for node CNDE_INT     R50.x.3,    R23.y.2, R50.x.2, R6.y.1    new uc=1, total 1
>  bu release op  CNDE_INT     R50.x.3,    R23.y.2, R50.x.2, R6.y.1  find best bb : CNDE_INT     R50.x.3,    R23.y.2, R50.x.2, R6.y.1
>   ready
>release val R23.z.2  for node SETE_INT     R23.z.2,    R21.x.5, 2.8026e-45|00000002    new uc=4, total 5
>bu scheduling : MULADD     R52.z.2,    R41.x.2, R44.y.2, -R51.z.2
>live_count: 51
>release val R51.z.2  for node MUL     R51.z.2,    R41.y.2, R44.x.2    new uc=1, total 1
>  bu release op  MUL     R51.z.2,    R41.y.2, R44.x.2  find best bb : MUL     R51.z.2,    R41.y.2, R44.x.2
>   ready
>release val R44.y.2  for node MULADD     R44.y.2,    R58.y.5, R3.z.1, R43.y.2    new uc=2, total 3
>release val R41.x.2  for node MULADD     R41.x.2,    R58.x.8, R2.z.1, R40.x.2    new uc=2, total 3
>bu scheduling : MULADD     R36.x.2,    R58.x.5, R1.y.1, R35.x.2
>live_count: 51
>release val R35.x.2  for node MUL     R35.x.2,    R58.x.3, R1.x.1    new uc=1, total 1
>  bu release op  MUL     R35.x.2,    R58.x.3, R1.x.1  find best bb : MUL     R35.x.2,    R58.x.3, R1.x.1
>   ready
>live_count: 52
>release val R1.y.1  for node (copy) MOV     R1.y.1,    t138F@R1.y    new uc=1, total 4
>live_count: 53
>release val R58.x.5  for node (copy) MOV     R58.x.5,    t115    new uc=1, total 3
>bu scheduling : MULADD     R36.y.2,    R58.y.3, R1.y.1, R35.y.2
>live_count: 53
>release val R35.y.2  for node MUL     R35.y.2,    R58.y.2, R1.x.1    new uc=1, total 1
>  bu release op  MUL     R35.y.2,    R58.y.2, R1.x.1  find best bb : MUL     R35.y.2,    R58.y.2, R1.x.1
>   ready
>release val R1.y.1  for node (copy) MOV     R1.y.1,    t138F@R1.y    new uc=2, total 4
>live_count: 54
>release val R58.y.3  for node (copy) MOV     R58.y.3,    t116    new uc=1, total 3
>bu scheduling : MULADD     R36.z.2,    R58.z.3, R1.y.1, R35.z.2
>live_count: 54
>release val R35.z.2  for node MUL     R35.z.2,    R58.z.2, R1.x.1    new uc=1, total 1
>  bu release op  MUL     R35.z.2,    R58.z.2, R1.x.1  find best bb : MUL     R35.z.2,    R58.z.2, R1.x.1
>   ready
>release val R1.y.1  for node (copy) MOV     R1.y.1,    t138F@R1.y    new uc=3, total 4
>live_count: 55
>release val R58.z.3  for node (copy) MOV     R58.z.3,    t117    new uc=1, total 3
>bu scheduling : CNDE_INT     R33.x.3,    R23.y.2, R33.x.2, R6.y.1
>live_count: 55
>release val R6.y.1  for node (copy) MOV     R6.y.1,    t154F@R6.y    new uc=1, total 5
>live_count: 56
>release val R33.x.2  for node CNDE_INT     R33.x.2,    R21.x.5, R6.x.1, R33.x.1    new uc=1, total 1
>  bu release op  CNDE_INT     R33.x.2,    R21.x.5, R6.x.1, R33.x.1  find best bb : CNDE_INT     R33.x.2,    R21.x.5, R6.x.1, R33.x.1
>   ready
>live_count: 57
>release val R23.y.2  for node SETE_INT     R23.y.2,    R21.x.5, 1.4013e-45|00000001    new uc=1, total 5
>bu scheduling : MULADD     R36.w.2,    R58.w.3, R1.y.1, R35.w.2
>live_count: 57
>release val R35.w.2  for node MUL     R35.w.2,    R58.w.2, R1.x.1    new uc=1, total 1
>  bu release op  MUL     R35.w.2,    R58.w.2, R1.x.1  find best bb : MUL     R35.w.2,    R58.w.2, R1.x.1
>   ready
>release val R1.y.1  for node (copy) MOV     R1.y.1,    t138F@R1.y    new uc=4, total 4
>  bu release op  (copy) MOV     R1.y.1,    t138F@R1.y  find best bb : (copy) MOV     R1.y.1,    t138F@R1.y
>   ready
>live_count: 58
>release val R58.w.3  for node (copy) MOV     R58.w.3,    t118    new uc=1, total 1
>  bu release op  (copy) MOV     R58.w.3,    t118  find best bb : (copy) MOV     R58.w.3,    t118
>   ready
>bu scheduling : (copy) MOV     R58.w.3,    t118
>live_count: 58
>release val t118  for node VFETCH     t115, t116, t117, t118,       t114, __, __, __    new uc=1, total 4
>bu scheduling : (copy) MOV     R1.y.1,    t138F@R1.y
>live_count: 58
>release val t138F@R1.y  for node CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w    new uc=3, total 19
>bu scheduling : CNDE_INT     R46.x.3,    R23.y.2, R46.x.2, R6.y.1
>release val R6.y.1  for node (copy) MOV     R6.y.1,    t154F@R6.y    new uc=2, total 5
>live_count: 58
>release val R46.x.2  for node CNDE_INT     R46.x.2,    R21.x.5, R6.x.1, R46.x.1    new uc=1, total 1
>  bu release op  CNDE_INT     R46.x.2,    R21.x.5, R6.x.1, R46.x.1  find best bb : CNDE_INT     R46.x.2,    R21.x.5, R6.x.1, R46.x.1
>   ready
>release val R23.y.2  for node SETE_INT     R23.y.2,    R21.x.5, 1.4013e-45|00000001    new uc=2, total 5
>bu scheduling : CNDE_INT     R48.x.3,    R23.y.2, R48.x.2, R6.y.1
>release val R6.y.1  for node (copy) MOV     R6.y.1,    t154F@R6.y    new uc=3, total 5
>live_count: 58
>release val R48.x.2  for node CNDE_INT     R48.x.2,    R21.x.5, R6.x.1, R48.x.1    new uc=1, total 1
>  bu release op  CNDE_INT     R48.x.2,    R21.x.5, R6.x.1, R48.x.1  find best bb : CNDE_INT     R48.x.2,    R21.x.5, R6.x.1, R48.x.1
>   ready
>release val R23.y.2  for node SETE_INT     R23.y.2,    R21.x.5, 1.4013e-45|00000001    new uc=3, total 5
>bu scheduling : MUL     R51.x.2,    R41.z.2, R44.y.2
>release val R44.y.2  for node MULADD     R44.y.2,    R58.y.5, R3.z.1, R43.y.2    new uc=3, total 3
>  bu release op  MULADD     R44.y.2,    R58.y.5, R3.z.1, R43.y.2  find best bb : MULADD     R44.y.2,    R58.y.5, R3.z.1, R43.y.2
>   ready
>release val R41.z.2  for node MULADD     R41.z.2,    R58.z.5, R2.z.1, R40.z.2    new uc=3, total 3
>  bu release op  MULADD     R41.z.2,    R58.z.5, R2.z.1, R40.z.2  find best bb : MULADD     R41.z.2,    R58.z.5, R2.z.1, R40.z.2
>   ready
>bu scheduling : MUL     R51.y.2,    R41.x.2, R44.z.2
>release val R44.z.2  for node MULADD     R44.z.2,    R58.z.5, R3.z.1, R43.z.2    new uc=3, total 3
>  bu release op  MULADD     R44.z.2,    R58.z.5, R3.z.1, R43.z.2  find best bb : MULADD     R44.z.2,    R58.z.5, R3.z.1, R43.z.2
>   ready
>release val R41.x.2  for node MULADD     R41.x.2,    R58.x.8, R2.z.1, R40.x.2    new uc=3, total 3
>  bu release op  MULADD     R41.x.2,    R58.x.8, R2.z.1, R40.x.2  find best bb : MULADD     R41.x.2,    R58.x.8, R2.z.1, R40.x.2
>   ready
>bu scheduling : CNDE_INT     R50.x.3,    R23.y.2, R50.x.2, R6.y.1
>release val R6.y.1  for node (copy) MOV     R6.y.1,    t154F@R6.y    new uc=4, total 5
>live_count: 56
>release val R50.x.2  for node CNDE_INT     R50.x.2,    R21.x.5, R6.x.1, R50.x.1    new uc=1, total 1
>  bu release op  CNDE_INT     R50.x.2,    R21.x.5, R6.x.1, R50.x.1  find best bb : CNDE_INT     R50.x.2,    R21.x.5, R6.x.1, R50.x.1
>   ready
>release val R23.y.2  for node SETE_INT     R23.y.2,    R21.x.5, 1.4013e-45|00000001    new uc=4, total 5
>bu scheduling : MUL     R51.z.2,    R41.y.2, R44.x.2
>release val R44.x.2  for node MULADD     R44.x.2,    R58.x.8, R3.z.1, R43.x.2    new uc=3, total 3
>  bu release op  MULADD     R44.x.2,    R58.x.8, R3.z.1, R43.x.2  find best bb : MULADD     R44.x.2,    R58.x.8, R3.z.1, R43.x.2
>   ready
>release val R41.y.2  for node MULADD     R41.y.2,    R58.y.5, R2.z.1, R40.y.2    new uc=3, total 3
>  bu release op  MULADD     R41.y.2,    R58.y.5, R2.z.1, R40.y.2  find best bb : MULADD     R41.y.2,    R58.y.5, R2.z.1, R40.y.2
>   ready
>bu scheduling : MUL     R35.x.2,    R58.x.3, R1.x.1
>live_count: 55
>release val R1.x.1  for node (copy) MOV     R1.x.1,    t137F@R1.x    new uc=1, total 4
>live_count: 56
>release val R58.x.3  for node (copy) MOV     R58.x.3,    t120    new uc=1, total 3
>bu scheduling : MUL     R35.y.2,    R58.y.2, R1.x.1
>release val R1.x.1  for node (copy) MOV     R1.x.1,    t137F@R1.x    new uc=2, total 4
>live_count: 56
>release val R58.y.2  for node (copy) MOV     R58.y.2,    t121    new uc=1, total 3
>bu scheduling : MUL     R35.z.2,    R58.z.2, R1.x.1
>release val R1.x.1  for node (copy) MOV     R1.x.1,    t137F@R1.x    new uc=3, total 4
>live_count: 56
>release val R58.z.2  for node (copy) MOV     R58.z.2,    t122    new uc=1, total 3
>bu scheduling : CNDE_INT     R33.x.2,    R21.x.5, R6.x.1, R33.x.1
>live_count: 56
>release val R33.x.1  for node (copy) MOV     R33.x.1,    t67    new uc=1, total 1
>  bu release op  (copy) MOV     R33.x.1,    t67  find best bb : (copy) MOV     R33.x.1,    t67
>   ready
>live_count: 57
>release val R6.x.1  for node (copy) MOV     R6.x.1,    t153F@R6.x    new uc=1, total 5
>release val R21.x.5  for node (copy) MOV     R21.x.5,    t65    new uc=2, total 10
>bu scheduling : (copy) MOV     R33.x.1,    t67
>bu scheduling : MUL     R35.w.2,    R58.w.2, R1.x.1
>release val R1.x.1  for node (copy) MOV     R1.x.1,    t137F@R1.x    new uc=4, total 4
>  bu release op  (copy) MOV     R1.x.1,    t137F@R1.x  find best bb : (copy) MOV     R1.x.1,    t137F@R1.x
>   ready
>live_count: 56
>release val R58.w.2  for node (copy) MOV     R58.w.2,    t123    new uc=1, total 1
>  bu release op  (copy) MOV     R58.w.2,    t123  find best bb : (copy) MOV     R58.w.2,    t123
>   ready
>bu scheduling : (copy) MOV     R58.w.2,    t123
>live_count: 56
>release val t123  for node VFETCH     t120, t121, t122, t123,       t119, __, __, __    new uc=1, total 4
>bu scheduling : (copy) MOV     R1.x.1,    t137F@R1.x
>live_count: 56
>release val t137F@R1.x  for node CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w    new uc=4, total 19
>bu scheduling : CNDE_INT     R46.x.2,    R21.x.5, R6.x.1, R46.x.1
>live_count: 56
>release val R46.x.1  for node (copy) MOV     R46.x.1,    t68    new uc=1, total 1
>  bu release op  (copy) MOV     R46.x.1,    t68  find best bb : (copy) MOV     R46.x.1,    t68
>   ready
>release val R6.x.1  for node (copy) MOV     R6.x.1,    t153F@R6.x    new uc=2, total 5
>release val R21.x.5  for node (copy) MOV     R21.x.5,    t65    new uc=3, total 10
>bu scheduling : (copy) MOV     R46.x.1,    t68
>bu scheduling : CNDE_INT     R48.x.2,    R21.x.5, R6.x.1, R48.x.1
>live_count: 55
>release val R48.x.1  for node (copy) MOV     R48.x.1,    t69    new uc=1, total 1
>  bu release op  (copy) MOV     R48.x.1,    t69  find best bb : (copy) MOV     R48.x.1,    t69
>   ready
>release val R6.x.1  for node (copy) MOV     R6.x.1,    t153F@R6.x    new uc=3, total 5
>release val R21.x.5  for node (copy) MOV     R21.x.5,    t65    new uc=4, total 10
>bu scheduling : (copy) MOV     R48.x.1,    t69
>bu scheduling : MULADD     R44.y.2,    R58.y.5, R3.z.1, R43.y.2
>live_count: 54
>release val R43.y.2  for node MULADD     R43.y.2,    R58.y.3, R3.y.1, R42.y.2    new uc=1, total 1
>  bu release op  MULADD     R43.y.2,    R58.y.3, R3.y.1, R42.y.2  find best bb : MULADD     R43.y.2,    R58.y.3, R3.y.1, R42.y.2
>   ready
>live_count: 55
>release val R3.z.1  for node (copy) MOV     R3.z.1,    t145F@R3.z    new uc=1, total 3
>release val R58.y.5  for node (copy) MOV     R58.y.5,    t111    new uc=2, total 3
>bu scheduling : MULADD     R41.z.2,    R58.z.5, R2.z.1, R40.z.2
>live_count: 55
>release val R40.z.2  for node MULADD     R40.z.2,    R58.z.3, R2.y.1, R39.z.2    new uc=1, total 1
>  bu release op  MULADD     R40.z.2,    R58.z.3, R2.y.1, R39.z.2  find best bb : MULADD     R40.z.2,    R58.z.3, R2.y.1, R39.z.2
>   ready
>live_count: 56
>release val R2.z.1  for node (copy) MOV     R2.z.1,    t142F@R2.z    new uc=1, total 3
>release val R58.z.5  for node (copy) MOV     R58.z.5,    t112    new uc=2, total 3
>bu scheduling : MULADD     R44.z.2,    R58.z.5, R3.z.1, R43.z.2
>live_count: 56
>release val R43.z.2  for node MULADD     R43.z.2,    R58.z.3, R3.y.1, R42.z.2    new uc=1, total 1
>  bu release op  MULADD     R43.z.2,    R58.z.3, R3.y.1, R42.z.2  find best bb : MULADD     R43.z.2,    R58.z.3, R3.y.1, R42.z.2
>   ready
>release val R3.z.1  for node (copy) MOV     R3.z.1,    t145F@R3.z    new uc=2, total 3
>release val R58.z.5  for node (copy) MOV     R58.z.5,    t112    new uc=3, total 3
>  bu release op  (copy) MOV     R58.z.5,    t112  find best bb : (copy) MOV     R58.z.5,    t112
>   ready
>bu scheduling : (copy) MOV     R58.z.5,    t112
>live_count: 56
>release val t112  for node VFETCH     t110, t111, t112, t113,       t109, __, __, __    new uc=2, total 4
>bu scheduling : MULADD     R41.x.2,    R58.x.8, R2.z.1, R40.x.2
>live_count: 56
>release val R40.x.2  for node MULADD     R40.x.2,    R58.x.5, R2.y.1, R39.x.2    new uc=1, total 1
>  bu release op  MULADD     R40.x.2,    R58.x.5, R2.y.1, R39.x.2  find best bb : MULADD     R40.x.2,    R58.x.5, R2.y.1, R39.x.2
>   ready
>release val R2.z.1  for node (copy) MOV     R2.z.1,    t142F@R2.z    new uc=2, total 3
>release val R58.x.8  for node (copy) MOV     R58.x.8,    t110    new uc=2, total 3
>bu scheduling : CNDE_INT     R50.x.2,    R21.x.5, R6.x.1, R50.x.1
>live_count: 56
>release val R50.x.1  for node (copy) MOV     R50.x.1,    t70    new uc=1, total 1
>  bu release op  (copy) MOV     R50.x.1,    t70  find best bb : (copy) MOV     R50.x.1,    t70
>   ready
>release val R6.x.1  for node (copy) MOV     R6.x.1,    t153F@R6.x    new uc=4, total 5
>release val R21.x.5  for node (copy) MOV     R21.x.5,    t65    new uc=5, total 10
>bu scheduling : (copy) MOV     R50.x.1,    t70
>bu scheduling : MULADD     R44.x.2,    R58.x.8, R3.z.1, R43.x.2
>live_count: 55
>release val R43.x.2  for node MULADD     R43.x.2,    R58.x.5, R3.y.1, R42.x.2    new uc=1, total 1
>  bu release op  MULADD     R43.x.2,    R58.x.5, R3.y.1, R42.x.2  find best bb : MULADD     R43.x.2,    R58.x.5, R3.y.1, R42.x.2
>   ready
>release val R3.z.1  for node (copy) MOV     R3.z.1,    t145F@R3.z    new uc=3, total 3
>  bu release op  (copy) MOV     R3.z.1,    t145F@R3.z  find best bb : (copy) MOV     R3.z.1,    t145F@R3.z
>   ready
>release val R58.x.8  for node (copy) MOV     R58.x.8,    t110    new uc=3, total 3
>  bu release op  (copy) MOV     R58.x.8,    t110  find best bb : (copy) MOV     R58.x.8,    t110
>   ready
>bu scheduling : (copy) MOV     R58.x.8,    t110
>live_count: 55
>release val t110  for node VFETCH     t110, t111, t112, t113,       t109, __, __, __    new uc=3, total 4
>bu scheduling : (copy) MOV     R3.z.1,    t145F@R3.z
>live_count: 55
>release val t145F@R3.z  for node CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w    new uc=5, total 19
>bu scheduling : MULADD     R41.y.2,    R58.y.5, R2.z.1, R40.y.2
>live_count: 55
>release val R40.y.2  for node MULADD     R40.y.2,    R58.y.3, R2.y.1, R39.y.2    new uc=1, total 1
>  bu release op  MULADD     R40.y.2,    R58.y.3, R2.y.1, R39.y.2  find best bb : MULADD     R40.y.2,    R58.y.3, R2.y.1, R39.y.2
>   ready
>release val R2.z.1  for node (copy) MOV     R2.z.1,    t142F@R2.z    new uc=3, total 3
>  bu release op  (copy) MOV     R2.z.1,    t142F@R2.z  find best bb : (copy) MOV     R2.z.1,    t142F@R2.z
>   ready
>release val R58.y.5  for node (copy) MOV     R58.y.5,    t111    new uc=3, total 3
>  bu release op  (copy) MOV     R58.y.5,    t111  find best bb : (copy) MOV     R58.y.5,    t111
>   ready
>bu scheduling : (copy) MOV     R58.y.5,    t111
>live_count: 55
>release val t111  for node VFETCH     t110, t111, t112, t113,       t109, __, __, __    new uc=4, total 4
>  bu release op  VFETCH     t110, t111, t112, t113,       t109, __, __, __  find best bb : VFETCH     t110, t111, t112, t113,       t109, __, __, __
>   ready
>bu scheduling : (copy) MOV     R2.z.1,    t142F@R2.z
>live_count: 55
>release val t142F@R2.z  for node CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w    new uc=6, total 19
>bu scheduling : MULADD     R43.y.2,    R58.y.3, R3.y.1, R42.y.2
>live_count: 55
>release val R42.y.2  for node MUL     R42.y.2,    R58.y.2, R3.x.1    new uc=1, total 1
>  bu release op  MUL     R42.y.2,    R58.y.2, R3.x.1  find best bb : MUL     R42.y.2,    R58.y.2, R3.x.1
>   ready
>live_count: 56
>release val R3.y.1  for node (copy) MOV     R3.y.1,    t144F@R3.y    new uc=1, total 3
>release val R58.y.3  for node (copy) MOV     R58.y.3,    t116    new uc=2, total 3
>bu scheduling : MULADD     R40.z.2,    R58.z.3, R2.y.1, R39.z.2
>live_count: 56
>release val R39.z.2  for node MUL     R39.z.2,    R58.z.2, R2.x.1    new uc=1, total 1
>  bu release op  MUL     R39.z.2,    R58.z.2, R2.x.1  find best bb : MUL     R39.z.2,    R58.z.2, R2.x.1
>   ready
>live_count: 57
>release val R2.y.1  for node (copy) MOV     R2.y.1,    t141F@R2.y    new uc=1, total 3
>release val R58.z.3  for node (copy) MOV     R58.z.3,    t117    new uc=2, total 3
>bu scheduling : MULADD     R43.z.2,    R58.z.3, R3.y.1, R42.z.2
>live_count: 57
>release val R42.z.2  for node MUL     R42.z.2,    R58.z.2, R3.x.1    new uc=1, total 1
>  bu release op  MUL     R42.z.2,    R58.z.2, R3.x.1  find best bb : MUL     R42.z.2,    R58.z.2, R3.x.1
>   ready
>release val R3.y.1  for node (copy) MOV     R3.y.1,    t144F@R3.y    new uc=2, total 3
>release val R58.z.3  for node (copy) MOV     R58.z.3,    t117    new uc=3, total 3
>  bu release op  (copy) MOV     R58.z.3,    t117  find best bb : (copy) MOV     R58.z.3,    t117
>   ready
>bu scheduling : (copy) MOV     R58.z.3,    t117
>live_count: 57
>release val t117  for node VFETCH     t115, t116, t117, t118,       t114, __, __, __    new uc=2, total 4
>bu scheduling : MULADD     R40.x.2,    R58.x.5, R2.y.1, R39.x.2
>live_count: 57
>release val R39.x.2  for node MUL     R39.x.2,    R58.x.3, R2.x.1    new uc=1, total 1
>  bu release op  MUL     R39.x.2,    R58.x.3, R2.x.1  find best bb : MUL     R39.x.2,    R58.x.3, R2.x.1
>   ready
>release val R2.y.1  for node (copy) MOV     R2.y.1,    t141F@R2.y    new uc=2, total 3
>release val R58.x.5  for node (copy) MOV     R58.x.5,    t115    new uc=2, total 3
>bu scheduling : MULADD     R43.x.2,    R58.x.5, R3.y.1, R42.x.2
>live_count: 57
>release val R42.x.2  for node MUL     R42.x.2,    R58.x.3, R3.x.1    new uc=1, total 1
>  bu release op  MUL     R42.x.2,    R58.x.3, R3.x.1  find best bb : MUL     R42.x.2,    R58.x.3, R3.x.1
>   ready
>release val R3.y.1  for node (copy) MOV     R3.y.1,    t144F@R3.y    new uc=3, total 3
>  bu release op  (copy) MOV     R3.y.1,    t144F@R3.y  find best bb : (copy) MOV     R3.y.1,    t144F@R3.y
>   ready
>release val R58.x.5  for node (copy) MOV     R58.x.5,    t115    new uc=3, total 3
>  bu release op  (copy) MOV     R58.x.5,    t115  find best bb : (copy) MOV     R58.x.5,    t115
>   ready
>bu scheduling : (copy) MOV     R58.x.5,    t115
>live_count: 57
>release val t115  for node VFETCH     t115, t116, t117, t118,       t114, __, __, __    new uc=3, total 4
>bu scheduling : (copy) MOV     R3.y.1,    t144F@R3.y
>live_count: 57
>release val t144F@R3.y  for node CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w    new uc=7, total 19
>bu scheduling : MULADD     R40.y.2,    R58.y.3, R2.y.1, R39.y.2
>live_count: 57
>release val R39.y.2  for node MUL     R39.y.2,    R58.y.2, R2.x.1    new uc=1, total 1
>  bu release op  MUL     R39.y.2,    R58.y.2, R2.x.1  find best bb : MUL     R39.y.2,    R58.y.2, R2.x.1
>   ready
>release val R2.y.1  for node (copy) MOV     R2.y.1,    t141F@R2.y    new uc=3, total 3
>  bu release op  (copy) MOV     R2.y.1,    t141F@R2.y  find best bb : (copy) MOV     R2.y.1,    t141F@R2.y
>   ready
>release val R58.y.3  for node (copy) MOV     R58.y.3,    t116    new uc=3, total 3
>  bu release op  (copy) MOV     R58.y.3,    t116  find best bb : (copy) MOV     R58.y.3,    t116
>   ready
>bu scheduling : (copy) MOV     R58.y.3,    t116
>live_count: 57
>release val t116  for node VFETCH     t115, t116, t117, t118,       t114, __, __, __    new uc=4, total 4
>  bu release op  VFETCH     t115, t116, t117, t118,       t114, __, __, __  find best bb : VFETCH     t115, t116, t117, t118,       t114, __, __, __
>   ready
>bu scheduling : (copy) MOV     R2.y.1,    t141F@R2.y
>live_count: 57
>release val t141F@R2.y  for node CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w    new uc=8, total 19
>bu scheduling : MUL     R42.y.2,    R58.y.2, R3.x.1
>live_count: 57
>release val R3.x.1  for node (copy) MOV     R3.x.1,    t143F@R3.x    new uc=1, total 3
>release val R58.y.2  for node (copy) MOV     R58.y.2,    t121    new uc=2, total 3
>bu scheduling : MUL     R39.z.2,    R58.z.2, R2.x.1
>live_count: 57
>release val R2.x.1  for node (copy) MOV     R2.x.1,    t140F@R2.x    new uc=1, total 3
>release val R58.z.2  for node (copy) MOV     R58.z.2,    t122    new uc=2, total 3
>bu scheduling : MUL     R42.z.2,    R58.z.2, R3.x.1
>release val R3.x.1  for node (copy) MOV     R3.x.1,    t143F@R3.x    new uc=2, total 3
>release val R58.z.2  for node (copy) MOV     R58.z.2,    t122    new uc=3, total 3
>  bu release op  (copy) MOV     R58.z.2,    t122  find best bb : (copy) MOV     R58.z.2,    t122
>   ready
>bu scheduling : (copy) MOV     R58.z.2,    t122
>live_count: 56
>release val t122  for node VFETCH     t120, t121, t122, t123,       t119, __, __, __    new uc=2, total 4
>bu scheduling : MUL     R39.x.2,    R58.x.3, R2.x.1
>release val R2.x.1  for node (copy) MOV     R2.x.1,    t140F@R2.x    new uc=2, total 3
>release val R58.x.3  for node (copy) MOV     R58.x.3,    t120    new uc=2, total 3
>bu scheduling : MUL     R42.x.2,    R58.x.3, R3.x.1
>release val R3.x.1  for node (copy) MOV     R3.x.1,    t143F@R3.x    new uc=3, total 3
>  bu release op  (copy) MOV     R3.x.1,    t143F@R3.x  find best bb : (copy) MOV     R3.x.1,    t143F@R3.x
>   ready
>release val R58.x.3  for node (copy) MOV     R58.x.3,    t120    new uc=3, total 3
>  bu release op  (copy) MOV     R58.x.3,    t120  find best bb : (copy) MOV     R58.x.3,    t120
>   ready
>bu scheduling : (copy) MOV     R58.x.3,    t120
>live_count: 54
>release val t120  for node VFETCH     t120, t121, t122, t123,       t119, __, __, __    new uc=3, total 4
>bu scheduling : (copy) MOV     R3.x.1,    t143F@R3.x
>live_count: 54
>release val t143F@R3.x  for node CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w    new uc=9, total 19
>bu scheduling : MUL     R39.y.2,    R58.y.2, R2.x.1
>release val R2.x.1  for node (copy) MOV     R2.x.1,    t140F@R2.x    new uc=3, total 3
>  bu release op  (copy) MOV     R2.x.1,    t140F@R2.x  find best bb : (copy) MOV     R2.x.1,    t140F@R2.x
>   ready
>release val R58.y.2  for node (copy) MOV     R58.y.2,    t121    new uc=3, total 3
>  bu release op  (copy) MOV     R58.y.2,    t121  find best bb : (copy) MOV     R58.y.2,    t121
>   ready
>bu scheduling : (copy) MOV     R58.y.2,    t121
>live_count: 53
>release val t121  for node VFETCH     t120, t121, t122, t123,       t119, __, __, __    new uc=4, total 4
>  bu release op  VFETCH     t120, t121, t122, t123,       t119, __, __, __  find best bb : VFETCH     t120, t121, t122, t123,       t119, __, __, __
>   ready
>bu scheduling : (copy) MOV     R2.x.1,    t140F@R2.x
>live_count: 53
>release val t140F@R2.x  for node CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w    new uc=10, total 19
>bu scheduling : VFETCH     t105, t106, t107, t108,       t104, __, __, __
>live_count: 53
>release val t104  for node (copy) MOV     t104,    R58.x.10    new uc=1, total 1
>  bu release op  (copy) MOV     t104,    R58.x.10  find best bb : (copy) MOV     t104,    R58.x.10
>   ready
>bu scheduling : VFETCH     t110, t111, t112, t113,       t109, __, __, __
>live_count: 50
>release val t109  for node (copy) MOV     t109,    R58.x.7    new uc=1, total 1
>  bu release op  (copy) MOV     t109,    R58.x.7  find best bb : (copy) MOV     t109,    R58.x.7
>   ready
>bu scheduling : VFETCH     t115, t116, t117, t118,       t114, __, __, __
>live_count: 47
>release val t114  for node (copy) MOV     t114,    R58.x.4    new uc=1, total 1
>  bu release op  (copy) MOV     t114,    R58.x.4  find best bb : (copy) MOV     t114,    R58.x.4
>   ready
>bu scheduling : VFETCH     t120, t121, t122, t123,       t119, __, __, __
>live_count: 44
>release val t119  for node (copy) MOV     t119,    R58.x.2    new uc=1, total 1
>  bu release op  (copy) MOV     t119,    R58.x.2  find best bb : (copy) MOV     t119,    R58.x.2
>   ready
>bu scheduling : (copy) MOV     t119,    R58.x.2
>live_count: 41
>release val R58.x.2  for node ADD_INT     R58.x.2,    R26.x.2, 3.78351e-44|0000001b    new uc=1, total 1
>  bu release op  ADD_INT     R58.x.2,    R26.x.2, 3.78351e-44|0000001b  find best bb : ADD_INT     R58.x.2,    R26.x.2, 3.78351e-44|0000001b
>   ready
>bu scheduling : (copy) MOV     t114,    R58.x.4
>live_count: 41
>release val R58.x.4  for node ADD_INT     R58.x.4,    R26.x.2, 3.92364e-44|0000001c    new uc=1, total 1
>  bu release op  ADD_INT     R58.x.4,    R26.x.2, 3.92364e-44|0000001c  find best bb : ADD_INT     R58.x.4,    R26.x.2, 3.92364e-44|0000001c
>   ready
>bu scheduling : (copy) MOV     t109,    R58.x.7
>live_count: 41
>release val R58.x.7  for node ADD_INT     R58.x.7,    R26.x.2, 4.06377e-44|0000001d    new uc=1, total 1
>  bu release op  ADD_INT     R58.x.7,    R26.x.2, 4.06377e-44|0000001d  find best bb : ADD_INT     R58.x.7,    R26.x.2, 4.06377e-44|0000001d
>   ready
>bu scheduling : (copy) MOV     t104,    R58.x.10
>live_count: 41
>release val R58.x.10  for node ADD_INT     R58.x.10,    R26.x.2, 4.2039e-44|0000001e    new uc=1, total 1
>  bu release op  ADD_INT     R58.x.10,    R26.x.2, 4.2039e-44|0000001e  find best bb : ADD_INT     R58.x.10,    R26.x.2, 4.2039e-44|0000001e
>   ready
>bu scheduling : ADD_INT     R58.x.2,    R26.x.2, 3.78351e-44|0000001b
>release val R26.x.2  for node MULLO_UINT     R26.x.2,    5.60519e-45|00000004, R25.x.2    new uc=1, total 7
>bu scheduling : ADD_INT     R58.x.4,    R26.x.2, 3.92364e-44|0000001c
>release val R26.x.2  for node MULLO_UINT     R26.x.2,    5.60519e-45|00000004, R25.x.2    new uc=2, total 7
>bu scheduling : ADD_INT     R58.x.7,    R26.x.2, 4.06377e-44|0000001d
>release val R26.x.2  for node MULLO_UINT     R26.x.2,    5.60519e-45|00000004, R25.x.2    new uc=3, total 7
>bu scheduling : ADD_INT     R58.x.10,    R26.x.2, 4.2039e-44|0000001e
>release val R26.x.2  for node MULLO_UINT     R26.x.2,    5.60519e-45|00000004, R25.x.2    new uc=4, total 7
>bu finished scheduling BB_4
>pushing use count stack prev_level 1   new level 2
>bu scheduling BB_3
>bu finished scheduling BB_3
>pushing use count stack prev_level 2   new level 3
>bu scheduling BB_2
>live_count: 37
>release val t136  for node (copy) MOV     t136,    R19.z.2    new uc=1, total 1
>  bu release op  (copy) MOV     t136,    R19.z.2  find best bb : (copy) MOV     t136,    R19.z.2
>   ready
>live_count: 38
>release val t135  for node (copy) MOV     t135,    R19.y.2    new uc=1, total 1
>  bu release op  (copy) MOV     t135,    R19.y.2  find best bb : (copy) MOV     t135,    R19.y.2
>   ready
>live_count: 39
>release val t134  for node (copy) MOV     t134,    R19.x.2    new uc=1, total 1
>  bu release op  (copy) MOV     t134,    R19.x.2  find best bb : (copy) MOV     t134,    R19.x.2
>   ready
>live_count: 40
>release val t133  for node (copy) MOV     t133,    R18.z.2    new uc=1, total 1
>  bu release op  (copy) MOV     t133,    R18.z.2  find best bb : (copy) MOV     t133,    R18.z.2
>   ready
>live_count: 41
>release val t132  for node (copy) MOV     t132,    R18.y.2    new uc=1, total 1
>  bu release op  (copy) MOV     t132,    R18.y.2  find best bb : (copy) MOV     t132,    R18.y.2
>   ready
>live_count: 42
>release val t131  for node (copy) MOV     t131,    R18.x.2    new uc=1, total 1
>  bu release op  (copy) MOV     t131,    R18.x.2  find best bb : (copy) MOV     t131,    R18.x.2
>   ready
>live_count: 43
>release val t130  for node (copy) MOV     t130,    R17.z.2    new uc=1, total 1
>  bu release op  (copy) MOV     t130,    R17.z.2  find best bb : (copy) MOV     t130,    R17.z.2
>   ready
>live_count: 44
>release val t129  for node (copy) MOV     t129,    R17.y.2    new uc=1, total 1
>  bu release op  (copy) MOV     t129,    R17.y.2  find best bb : (copy) MOV     t129,    R17.y.2
>   ready
>live_count: 45
>release val t128  for node (copy) MOV     t128,    R17.x.2    new uc=1, total 1
>  bu release op  (copy) MOV     t128,    R17.x.2  find best bb : (copy) MOV     t128,    R17.x.2
>   ready
>live_count: 46
>release val t127  for node (copy) MOV     t127,    R16.w.2    new uc=1, total 1
>  bu release op  (copy) MOV     t127,    R16.w.2  find best bb : (copy) MOV     t127,    R16.w.2
>   ready
>live_count: 47
>release val t126  for node (copy) MOV     t126,    R16.z.2    new uc=1, total 1
>  bu release op  (copy) MOV     t126,    R16.z.2  find best bb : (copy) MOV     t126,    R16.z.2
>   ready
>live_count: 48
>release val t125  for node (copy) MOV     t125,    R16.y.2    new uc=1, total 1
>  bu release op  (copy) MOV     t125,    R16.y.2  find best bb : (copy) MOV     t125,    R16.y.2
>   ready
>live_count: 49
>release val t124  for node (copy) MOV     t124,    R16.x.2    new uc=1, total 1
>  bu release op  (copy) MOV     t124,    R16.x.2  find best bb : (copy) MOV     t124,    R16.x.2
>   ready
>bu scheduling : (copy) MOV     t124,    R16.x.2
>release val R16.x.2  for node (copy) MOV     R16.x.2,    t52    new uc=1, total 2
>bu scheduling : (copy) MOV     t125,    R16.y.2
>release val R16.y.2  for node (copy) MOV     R16.y.2,    t53    new uc=1, total 2
>bu scheduling : (copy) MOV     t126,    R16.z.2
>release val R16.z.2  for node (copy) MOV     R16.z.2,    t54    new uc=1, total 2
>bu scheduling : (copy) MOV     t127,    R16.w.2
>release val R16.w.2  for node (copy) MOV     R16.w.2,    t55    new uc=1, total 2
>bu scheduling : (copy) MOV     t128,    R17.x.2
>release val R17.x.2  for node (copy) MOV     R17.x.2,    t56    new uc=1, total 2
>bu scheduling : (copy) MOV     t129,    R17.y.2
>release val R17.y.2  for node (copy) MOV     R17.y.2,    t57    new uc=1, total 2
>bu scheduling : (copy) MOV     t130,    R17.z.2
>release val R17.z.2  for node (copy) MOV     R17.z.2,    t58    new uc=1, total 2
>bu scheduling : (copy) MOV     t131,    R18.x.2
>release val R18.x.2  for node (copy) MOV     R18.x.2,    t59    new uc=1, total 2
>bu scheduling : (copy) MOV     t132,    R18.y.2
>release val R18.y.2  for node (copy) MOV     R18.y.2,    t60    new uc=1, total 2
>bu scheduling : (copy) MOV     t133,    R18.z.2
>release val R18.z.2  for node (copy) MOV     R18.z.2,    t61    new uc=1, total 2
>bu scheduling : (copy) MOV     t134,    R19.x.2
>release val R19.x.2  for node (copy) MOV     R19.x.2,    t62    new uc=1, total 2
>bu scheduling : (copy) MOV     t135,    R19.y.2
>release val R19.y.2  for node (copy) MOV     R19.y.2,    t63    new uc=1, total 2
>bu scheduling : (copy) MOV     t136,    R19.z.2
>release val R19.z.2  for node (copy) MOV     R19.z.2,    t64    new uc=1, total 2
>bu finished scheduling BB_2
>merging use stack from level 3 to 2
>      0 += 1  for (copy) MOV     R16.x.2,    t52
>      0 += 1  for (copy) MOV     R16.y.2,    t53
>      0 += 1  for (copy) MOV     R16.z.2,    t54
>      0 += 1  for (copy) MOV     R16.w.2,    t55
>      0 += 1  for (copy) MOV     R17.x.2,    t56
>      0 += 1  for (copy) MOV     R17.y.2,    t57
>      0 += 1  for (copy) MOV     R17.z.2,    t58
>      0 += 1  for (copy) MOV     R18.x.2,    t59
>      0 += 1  for (copy) MOV     R18.y.2,    t60
>      0 += 1  for (copy) MOV     R18.z.2,    t61
>      0 += 1  for (copy) MOV     R19.x.2,    t62
>      0 += 1  for (copy) MOV     R19.y.2,    t63
>      0 += 1  for (copy) MOV     R19.z.2,    t64
>merging use stack from level 2 to 1
>      1 += 1  for (copy) MOV     R16.x.2,    t52
>pushed pending_node due to stack pop (copy) MOV     R16.x.2,    t52
>      1 += 1  for (copy) MOV     R16.y.2,    t53
>pushed pending_node due to stack pop (copy) MOV     R16.y.2,    t53
>      1 += 1  for (copy) MOV     R16.z.2,    t54
>pushed pending_node due to stack pop (copy) MOV     R16.z.2,    t54
>      1 += 1  for (copy) MOV     R16.w.2,    t55
>pushed pending_node due to stack pop (copy) MOV     R16.w.2,    t55
>      1 += 1  for (copy) MOV     R17.x.2,    t56
>pushed pending_node due to stack pop (copy) MOV     R17.x.2,    t56
>      1 += 1  for (copy) MOV     R17.y.2,    t57
>pushed pending_node due to stack pop (copy) MOV     R17.y.2,    t57
>      1 += 1  for (copy) MOV     R17.z.2,    t58
>pushed pending_node due to stack pop (copy) MOV     R17.z.2,    t58
>      1 += 1  for (copy) MOV     R18.x.2,    t59
>pushed pending_node due to stack pop (copy) MOV     R18.x.2,    t59
>      1 += 1  for (copy) MOV     R18.y.2,    t60
>pushed pending_node due to stack pop (copy) MOV     R18.y.2,    t60
>      1 += 1  for (copy) MOV     R18.z.2,    t61
>pushed pending_node due to stack pop (copy) MOV     R18.z.2,    t61
>      1 += 1  for (copy) MOV     R19.x.2,    t62
>pushed pending_node due to stack pop (copy) MOV     R19.x.2,    t62
>      1 += 1  for (copy) MOV     R19.y.2,    t63
>pushed pending_node due to stack pop (copy) MOV     R19.y.2,    t63
>      1 += 1  for (copy) MOV     R19.z.2,    t64
>pushed pending_node due to stack pop (copy) MOV     R19.z.2,    t64
>bu scheduling BB_1
>pending nodes:
>  bu release op  (copy) MOV     R16.x.2,    t52  find best bb : (copy) MOV     R16.x.2,    t52
>   ready
>  bu release op  (copy) MOV     R16.y.2,    t53  find best bb : (copy) MOV     R16.y.2,    t53
>   ready
>  bu release op  (copy) MOV     R16.z.2,    t54  find best bb : (copy) MOV     R16.z.2,    t54
>   ready
>  bu release op  (copy) MOV     R16.w.2,    t55  find best bb : (copy) MOV     R16.w.2,    t55
>   ready
>  bu release op  (copy) MOV     R17.x.2,    t56  find best bb : (copy) MOV     R17.x.2,    t56
>   ready
>  bu release op  (copy) MOV     R17.y.2,    t57  find best bb : (copy) MOV     R17.y.2,    t57
>   ready
>  bu release op  (copy) MOV     R17.z.2,    t58  find best bb : (copy) MOV     R17.z.2,    t58
>   ready
>  bu release op  (copy) MOV     R18.x.2,    t59  find best bb : (copy) MOV     R18.x.2,    t59
>   ready
>  bu release op  (copy) MOV     R18.y.2,    t60  find best bb : (copy) MOV     R18.y.2,    t60
>   ready
>  bu release op  (copy) MOV     R18.z.2,    t61  find best bb : (copy) MOV     R18.z.2,    t61
>   ready
>  bu release op  (copy) MOV     R19.x.2,    t62  find best bb : (copy) MOV     R19.x.2,    t62
>   ready
>  bu release op  (copy) MOV     R19.y.2,    t63  find best bb : (copy) MOV     R19.y.2,    t63
>   ready
>  bu release op  (copy) MOV     R19.z.2,    t64  find best bb : (copy) MOV     R19.z.2,    t64
>   ready
>pending nodes processed...
>live_count: 37
>release val EM.2  for node PRED_SETGE_INT     __, __, EM.2,    R21.x.5, 5.60519e-45|00000004    new uc=1, total 1
>  bu release op  PRED_SETGE_INT     __, __, EM.2,    R21.x.5, 5.60519e-45|00000004  find best bb : PRED_SETGE_INT     __, __, EM.2,    R21.x.5, 5.60519e-45|00000004
>   ready
>bu scheduling : (copy) MOV     R19.z.2,    t64
>bu scheduling : (copy) MOV     R19.y.2,    t63
>bu scheduling : (copy) MOV     R19.x.2,    t62
>bu scheduling : (copy) MOV     R18.z.2,    t61
>bu scheduling : (copy) MOV     R18.y.2,    t60
>bu scheduling : (copy) MOV     R18.x.2,    t59
>bu scheduling : (copy) MOV     R17.z.2,    t58
>bu scheduling : (copy) MOV     R17.y.2,    t57
>bu scheduling : (copy) MOV     R17.x.2,    t56
>bu scheduling : (copy) MOV     R16.w.2,    t55
>bu scheduling : (copy) MOV     R16.z.2,    t54
>bu scheduling : (copy) MOV     R16.y.2,    t53
>bu scheduling : (copy) MOV     R16.x.2,    t52
>bu scheduling : PRED_SETGE_INT     __, __, EM.2,    R21.x.5, 5.60519e-45|00000004
>release val R21.x.5  for node (copy) MOV     R21.x.5,    t65    new uc=6, total 10
>bu finished scheduling BB_1
>merging use stack from level 1 to 0
>      2 += 10  for CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w
>      0 += 4  for SETE_INT     R23.y.2,    R21.x.5, 1.4013e-45|00000001
>      0 += 4  for SETE_INT     R23.z.2,    R21.x.5, 2.8026e-45|00000002
>      0 += 4  for SETE_INT     R23.w.2,    R21.x.5, 4.2039e-45|00000003
>      0 += 1  for CNDE_INT     R24.x.5,    R23.w.2, R24.x.4, R5.w.1
>      3 += 4  for MULLO_UINT     R26.x.2,    5.60519e-45|00000004, R25.x.2
>pushed pending_node due to stack pop MULLO_UINT     R26.x.2,    5.60519e-45|00000004, R25.x.2
>      0 += 6  for (copy) MOV     R21.x.5,    t65
>      0 += 4  for (copy) MOV     R6.x.1,    t153F@R6.x
>      0 += 4  for (copy) MOV     R6.y.1,    t154F@R6.y
>      0 += 4  for (copy) MOV     R6.z.1,    t155F@R6.z
>bu scheduling BB_0
>pending nodes:
>  bu release op  MULLO_UINT     R26.x.2,    5.60519e-45|00000004, R25.x.2  find best bb : MULLO_UINT     R26.x.2,    5.60519e-45|00000004, R25.x.2
>   ready
>pending nodes processed...
>live_count: 24
>release val t84  for node (copy) MOV     t84,    0|00000000    new uc=1, total 1
>  bu release op  (copy) MOV     t84,    0|00000000  find best bb : (copy) MOV     t84,    0|00000000
>   ready
>live_count: 25
>release val t83  for node (copy) MOV     t83,    0|00000000    new uc=1, total 1
>  bu release op  (copy) MOV     t83,    0|00000000  find best bb : (copy) MOV     t83,    0|00000000
>   ready
>live_count: 26
>release val t82  for node (copy) MOV     t82,    0|00000000    new uc=1, total 1
>  bu release op  (copy) MOV     t82,    0|00000000  find best bb : (copy) MOV     t82,    0|00000000
>   ready
>live_count: 27
>release val t81  for node (copy) MOV     t81,    0|00000000    new uc=1, total 1
>  bu release op  (copy) MOV     t81,    0|00000000  find best bb : (copy) MOV     t81,    0|00000000
>   ready
>live_count: 28
>release val t80  for node (copy) MOV     t80,    0|00000000    new uc=1, total 1
>  bu release op  (copy) MOV     t80,    0|00000000  find best bb : (copy) MOV     t80,    0|00000000
>   ready
>live_count: 29
>release val t79  for node (copy) MOV     t79,    0|00000000    new uc=1, total 1
>  bu release op  (copy) MOV     t79,    0|00000000  find best bb : (copy) MOV     t79,    0|00000000
>   ready
>live_count: 30
>release val t78  for node (copy) MOV     t78,    0|00000000    new uc=1, total 1
>  bu release op  (copy) MOV     t78,    0|00000000  find best bb : (copy) MOV     t78,    0|00000000
>   ready
>live_count: 31
>release val t77  for node (copy) MOV     t77,    0|00000000    new uc=1, total 1
>  bu release op  (copy) MOV     t77,    0|00000000  find best bb : (copy) MOV     t77,    0|00000000
>   ready
>live_count: 32
>release val t76  for node (copy) MOV     t76,    0|00000000    new uc=1, total 1
>  bu release op  (copy) MOV     t76,    0|00000000  find best bb : (copy) MOV     t76,    0|00000000
>   ready
>live_count: 33
>release val t75  for node (copy) MOV     t75,    0|00000000    new uc=1, total 1
>  bu release op  (copy) MOV     t75,    0|00000000  find best bb : (copy) MOV     t75,    0|00000000
>   ready
>live_count: 34
>release val t74  for node (copy) MOV     t74,    0|00000000    new uc=1, total 1
>  bu release op  (copy) MOV     t74,    0|00000000  find best bb : (copy) MOV     t74,    0|00000000
>   ready
>live_count: 35
>release val t73  for node (copy) MOV     t73,    0|00000000    new uc=1, total 1
>  bu release op  (copy) MOV     t73,    0|00000000  find best bb : (copy) MOV     t73,    0|00000000
>   ready
>live_count: 36
>release val t72  for node (copy) MOV     t72,    0|00000000    new uc=1, total 1
>  bu release op  (copy) MOV     t72,    0|00000000  find best bb : (copy) MOV     t72,    0|00000000
>   ready
>live_count: 37
>release val t71  for node (copy) MOV     t71,    0|00000000    new uc=1, total 1
>  bu release op  (copy) MOV     t71,    0|00000000  find best bb : (copy) MOV     t71,    0|00000000
>   ready
>bu scheduling : (copy) MOV     t71,    0|00000000
>bu scheduling : (copy) MOV     t72,    0|00000000
>bu scheduling : (copy) MOV     t73,    0|00000000
>bu scheduling : (copy) MOV     t74,    0|00000000
>bu scheduling : (copy) MOV     t75,    0|00000000
>bu scheduling : (copy) MOV     t76,    0|00000000
>bu scheduling : (copy) MOV     t77,    0|00000000
>bu scheduling : (copy) MOV     t78,    0|00000000
>bu scheduling : (copy) MOV     t79,    0|00000000
>bu scheduling : (copy) MOV     t80,    0|00000000
>bu scheduling : (copy) MOV     t81,    0|00000000
>bu scheduling : (copy) MOV     t82,    0|00000000
>bu scheduling : (copy) MOV     t83,    0|00000000
>bu scheduling : (copy) MOV     t84,    0|00000000
>bu scheduling : MULLO_UINT     R26.x.2,    5.60519e-45|00000004, R25.x.2
>live_count: 24
>release val R25.x.2  for node FLT_TO_INT     R25.x.2,    R57.x.3    new uc=1, total 1
>  bu release op  FLT_TO_INT     R25.x.2,    R57.x.3  find best bb : FLT_TO_INT     R25.x.2,    R57.x.3
>   ready
>bu scheduling : ADD     R21.x.3,    R21.x.2, -R6.z.1
>release val R6.z.1  for node (copy) MOV     R6.z.1,    t155F@R6.z    new uc=5, total 5
>  bu release op  (copy) MOV     R6.z.1,    t155F@R6.z  find best bb : (copy) MOV     R6.z.1,    t155F@R6.z
>   ready
>live_count: 24
>release val R21.x.2  for node ADD     R21.x.2,    R21.x.1, -R6.y.1    new uc=1, total 1
>  bu release op  ADD     R21.x.2,    R21.x.1, -R6.y.1  find best bb : ADD     R21.x.2,    R21.x.1, -R6.y.1
>   ready
>bu scheduling : (copy) MOV     R6.z.1,    t155F@R6.z
>live_count: 24
>release val t155F@R6.z  for node CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w    new uc=13, total 19
>bu scheduling : FLT_TO_INT     R25.x.2,    R57.x.3
>live_count: 24
>release val R57.x.3  for node TRUNC     R57.x.3,    R24.x.5    new uc=1, total 1
>  bu release op  TRUNC     R57.x.3,    R24.x.5  find best bb : TRUNC     R57.x.3,    R24.x.5
>   ready
>bu scheduling : ADD     R21.x.2,    R21.x.1, -R6.y.1
>release val R6.y.1  for node (copy) MOV     R6.y.1,    t154F@R6.y    new uc=5, total 5
>  bu release op  (copy) MOV     R6.y.1,    t154F@R6.y  find best bb : (copy) MOV     R6.y.1,    t154F@R6.y
>   ready
>live_count: 24
>release val R21.x.1  for node ADD     R21.x.1,    -R6.x.1, 1|3f800000    new uc=1, total 1
>  bu release op  ADD     R21.x.1,    -R6.x.1, 1|3f800000  find best bb : ADD     R21.x.1,    -R6.x.1, 1|3f800000
>   ready
>bu scheduling : (copy) MOV     R6.y.1,    t154F@R6.y
>live_count: 24
>release val t154F@R6.y  for node CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w    new uc=14, total 19
>bu scheduling : TRUNC     R57.x.3,    R24.x.5
>release val R24.x.5  for node CNDE_INT     R24.x.5,    R23.w.2, R24.x.4, R5.w.1    new uc=2, total 2
>  bu release op  CNDE_INT     R24.x.5,    R23.w.2, R24.x.4, R5.w.1  find best bb : CNDE_INT     R24.x.5,    R23.w.2, R24.x.4, R5.w.1
>   ready
>bu scheduling : ADD     R21.x.1,    -R6.x.1, 1|3f800000
>release val R6.x.1  for node (copy) MOV     R6.x.1,    t153F@R6.x    new uc=5, total 5
>  bu release op  (copy) MOV     R6.x.1,    t153F@R6.x  find best bb : (copy) MOV     R6.x.1,    t153F@R6.x
>   ready
>bu scheduling : (copy) MOV     R6.x.1,    t153F@R6.x
>live_count: 22
>release val t153F@R6.x  for node CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w    new uc=15, total 19
>bu scheduling : CNDE_INT     R24.x.5,    R23.w.2, R24.x.4, R5.w.1
>release val R5.w.1  for node (copy) MOV     R5.w.1,    t152F@R5.w    new uc=2, total 2
>  bu release op  (copy) MOV     R5.w.1,    t152F@R5.w  find best bb : (copy) MOV     R5.w.1,    t152F@R5.w
>   ready
>live_count: 22
>release val R24.x.4  for node CNDE_INT     R24.x.4,    R23.z.2, R24.x.3, R5.z.1    new uc=1, total 1
>  bu release op  CNDE_INT     R24.x.4,    R23.z.2, R24.x.3, R5.z.1  find best bb : CNDE_INT     R24.x.4,    R23.z.2, R24.x.3, R5.z.1
>   ready
>release val R23.w.2  for node SETE_INT     R23.w.2,    R21.x.5, 4.2039e-45|00000003    new uc=5, total 5
>  bu release op  SETE_INT     R23.w.2,    R21.x.5, 4.2039e-45|00000003  find best bb : SETE_INT     R23.w.2,    R21.x.5, 4.2039e-45|00000003
>   ready
>bu scheduling : (copy) MOV     R5.w.1,    t152F@R5.w
>live_count: 22
>release val t152F@R5.w  for node CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w    new uc=16, total 19
>bu scheduling : CNDE_INT     R24.x.4,    R23.z.2, R24.x.3, R5.z.1
>live_count: 22
>release val R5.z.1  for node (copy) MOV     R5.z.1,    t151F@R5.z    new uc=1, total 1
>  bu release op  (copy) MOV     R5.z.1,    t151F@R5.z  find best bb : (copy) MOV     R5.z.1,    t151F@R5.z
>   ready
>live_count: 23
>release val R24.x.3  for node CNDE_INT     R24.x.3,    R23.y.2, R24.x.2, R5.y.1    new uc=1, total 1
>  bu release op  CNDE_INT     R24.x.3,    R23.y.2, R24.x.2, R5.y.1  find best bb : CNDE_INT     R24.x.3,    R23.y.2, R24.x.2, R5.y.1
>   ready
>release val R23.z.2  for node SETE_INT     R23.z.2,    R21.x.5, 2.8026e-45|00000002    new uc=5, total 5
>  bu release op  SETE_INT     R23.z.2,    R21.x.5, 2.8026e-45|00000002  find best bb : SETE_INT     R23.z.2,    R21.x.5, 2.8026e-45|00000002
>   ready
>bu scheduling : (copy) MOV     R5.z.1,    t151F@R5.z
>live_count: 23
>release val t151F@R5.z  for node CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w    new uc=17, total 19
>bu scheduling : SETE_INT     R23.w.2,    R21.x.5, 4.2039e-45|00000003
>release val R21.x.5  for node (copy) MOV     R21.x.5,    t65    new uc=7, total 10
>bu scheduling : CNDE_INT     R24.x.3,    R23.y.2, R24.x.2, R5.y.1
>live_count: 22
>release val R5.y.1  for node (copy) MOV     R5.y.1,    t150F@R5.y    new uc=1, total 1
>  bu release op  (copy) MOV     R5.y.1,    t150F@R5.y  find best bb : (copy) MOV     R5.y.1,    t150F@R5.y
>   ready
>live_count: 23
>release val R24.x.2  for node CNDE_INT     R24.x.2,    R21.x.5, R5.x.1, R24.x.1    new uc=1, total 1
>  bu release op  CNDE_INT     R24.x.2,    R21.x.5, R5.x.1, R24.x.1  find best bb : CNDE_INT     R24.x.2,    R21.x.5, R5.x.1, R24.x.1
>   ready
>release val R23.y.2  for node SETE_INT     R23.y.2,    R21.x.5, 1.4013e-45|00000001    new uc=5, total 5
>  bu release op  SETE_INT     R23.y.2,    R21.x.5, 1.4013e-45|00000001  find best bb : SETE_INT     R23.y.2,    R21.x.5, 1.4013e-45|00000001
>   ready
>bu scheduling : (copy) MOV     R5.y.1,    t150F@R5.y
>live_count: 23
>release val t150F@R5.y  for node CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w    new uc=18, total 19
>bu scheduling : SETE_INT     R23.z.2,    R21.x.5, 2.8026e-45|00000002
>release val R21.x.5  for node (copy) MOV     R21.x.5,    t65    new uc=8, total 10
>bu scheduling : CNDE_INT     R24.x.2,    R21.x.5, R5.x.1, R24.x.1
>live_count: 22
>release val R24.x.1  for node (copy) MOV     R24.x.1,    t66    new uc=1, total 1
>  bu release op  (copy) MOV     R24.x.1,    t66  find best bb : (copy) MOV     R24.x.1,    t66
>   ready
>live_count: 23
>release val R5.x.1  for node (copy) MOV     R5.x.1,    t149F@R5.x    new uc=1, total 1
>  bu release op  (copy) MOV     R5.x.1,    t149F@R5.x  find best bb : (copy) MOV     R5.x.1,    t149F@R5.x
>   ready
>release val R21.x.5  for node (copy) MOV     R21.x.5,    t65    new uc=9, total 10
>bu scheduling : (copy) MOV     R5.x.1,    t149F@R5.x
>live_count: 23
>release val t149F@R5.x  for node CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w    new uc=19, total 19
>  bu release op  CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w  find best bb : CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w
>   ready
>bu scheduling : (copy) MOV     R24.x.1,    t66
>bu scheduling : SETE_INT     R23.y.2,    R21.x.5, 1.4013e-45|00000001
>release val R21.x.5  for node (copy) MOV     R21.x.5,    t65    new uc=10, total 10
>  bu release op  (copy) MOV     R21.x.5,    t65  find best bb : (copy) MOV     R21.x.5,    t65
>   ready
>bu scheduling : (copy) MOV     R21.x.5,    t65
>bu scheduling : CALL_FS     t137F@R1.x, t138F@R1.y, t139F@R1.z, __, t140F@R2.x, t141F@R2.y, t142F@R2.z, __, t143F@R3.x, t144F@R3.y, t145F@R3.z, t146F@R3.w, t147F@R4.x, t148F@R4.y, __, __, t149F@R5.x, t150F@R5.y, t151F@R5.z, t152F@R5.w, t153F@R6.x, t154F@R6.y, t155F@R6.z, __,       R0.xF@R0.x, R0.yF@R0.y, R0.zF@R0.z, R0.wF@R0.w
>bu finished scheduling BB_0
>
>
>###### after gcm

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Attachments on bug 86720: 110028 | 111977 | 113246 | 117697 | 125183 | 125184 | 125290

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