489     unsigned abs0 = I->src[0].abs;
490     assert(abs0 < 2);
506         { unsigned temp = abs0; abs0 = abs1; abs1 = temp; }
521     return 0x2c0000 | (src0 << 0) | (src1 << 3) | (abs1 << 6) | (neg0 << 7) | (neg1 << 8) | (abs0 << 12) | (round << 13) | (clamp << 15) | (derived_9 << 9);
527     unsigned abs0 = I->src[0].abs;
528     assert(abs0 < 2);
547     if (((abs0 == 0) && (src0 > src1)) || ((abs1 == 1) && (src0 <= src1))) {
549         { unsigned temp = abs0; abs0 = abs1; abs1 = temp; }
555     if (((abs0 == 1) && (abs1 == 0) && (src0 > src1)) || ((abs0 == 0) && (abs1 == 0) && (src0 <= src1))) derived_6 = 0;
556     else if (((abs0 == 1) && (abs1 == 1) && (src0 > src1)) || ((abs0 == 1) && (abs1 == 0) && (src0 <= src1))) derived_6 = 1;
565     unsigned abs0 = I->src[0].abs;
566     assert(abs0 < 2);
573     return 0x70f400 | (src0 << 0) | (src1 << 3) | (abs0 << 6) | (neg0 << 7) | (abs1 << 8) | (neg1 << 9);
593     unsigned abs0 = I->src[0].abs;
594     assert(abs0 < 2);
605         { unsigned temp = abs0; abs0 = abs1; abs1 = temp; }
623     return 0x240000 | (src0 << 0) | (src1 << 3) | (abs1 << 6) | (neg0 << 7) | (neg1 << 8) | (abs0 << 12) | (cmpf << 13) | (result_type << 16) | (derived_9 << 9);
629     unsigned abs0 = I->src[0].abs;
630     assert(abs0 < 2);
651     if (((abs0 == 0) && (src0 > src1)) || ((abs1 == 1) && (src0 <= src1))) {
653         { unsigned temp = abs0; abs0 = abs1; abs1 = temp; }
663     if (((abs0 == 1) && (abs1 == 0) && (src0 > src1)) || ((abs0 == 0) && (abs1 == 0) && (src0 <= src1))) derived_6 = 0;
664     else if (((abs0 == 1) && (abs1 == 1) && (src0 > src1)) || ((abs0 == 1) && (abs1 == 0) && (src0 <= src1))) derived_6 = 1;
675     else if ((cmpf == 7) && (abs0 == 0) && (abs1 == 0)) derived_13 = 7;
708     unsigned abs0 = I->src[0].abs;
709     assert(abs0 < 2);
724         { unsigned temp = abs0; abs0 = abs1; abs1 = temp; }
743     return 0x0 | (src0 << 0) | (src1 << 3) | (src2 << 6) | (abs0 << 12) | (round << 13) | (clamp << 15) | (abs1 << 19) | (neg2 << 18) | (abs2 << 20) | (derived_9 << 9) | (derived_17 << 17);
792     unsigned abs0 = I->src[0].abs;
793     assert(abs0 < 2);
814     return 0x280000 | (src0 << 0) | (src1 << 3) | (src2 << 6) | (src3 << 9) | (abs0 << 15) | (neg2 << 17) | (derived_16 << 16) | (derived_12 << 12);
830     unsigned abs0 = I->src[0].abs;
831     assert(abs0 < 2);
851     return 0x680000 | (src0 << 0) | (src1 << 3) | (src2 << 6) | (src3 << 9) | (abs0 << 15) | (neg2 << 17) | (derived_16 << 16) | (derived_12 << 12);
861     unsigned abs0 = I->src[0].abs;
862     assert(abs0 < 2);
865     return 0x70d000 | (src0 << 0) | (src1 << 3) | (lane0 << 6) | (abs0 << 7) | (neg0 << 8);
922     unsigned abs0 = I->src[0].abs;
923     assert(abs0 < 2);
935         return 0x701b20 | (src0 << 0) | (abs0 << 6) | (sqrt << 7) | (widen0 << 3);
937         return 0x701a20 | (src0 << 0) | (abs0 << 6) | (widen0 << 3) | (neg0 << 7);
946     unsigned abs0 = I->src[0].abs;
947     assert(abs0 < 2);
959         return 0x701b00 | (src0 << 0) | (abs0 << 6) | (sqrt << 7) | (swz0 << 3);
961         return 0x701a00 | (src0 << 0) | (abs0 << 6) | (swz0 << 3) | (neg0 << 7);
970     unsigned abs0 = I->src[0].abs;
971     assert(abs0 < 2);
988         return 0x70c020 | (src0 << 0) | (abs0 << 7) | (neg0 << 8) | (widen0 << 3) | (derived_9 << 9);
990         return 0x707620 | (src0 << 0) | (abs0 << 7) | (neg0 << 8) | (widen0 << 3);
999     unsigned abs0 = I->src[0].abs;
1000     assert(abs0 < 2);
1017         return 0x70c000 | (src0 << 0) | (abs0 << 7) | (neg0 << 8) | (swz0 << 3) | (derived_9 << 9);
1019         return 0x707600 | (src0 << 0) | (abs0 << 7) | (neg0 << 8) | (swz0 << 3);
1825     unsigned abs0 = I->src[0].abs;
1826     assert(abs0 < 2);
1838     if ((abs0 == 0) && (abs1 == 0)) derived_6 = 0;
1839     else if ((abs0 == 1) && (abs1 == 1)) derived_6 = 1;
2710     unsigned abs0 = I->src[0].abs;
2711     assert(abs0 < 2);
2723         { unsigned temp = abs0; abs0 = abs1; abs1 = temp; }
2742         return 0x20000 | (src0 << 0) | (src1 << 3) | (abs1 << 6) | (neg0 << 7) | (neg1 << 8) | (clamp << 11) | (abs0 << 15) | (derived_13 << 13) | (derived_9 << 9);
2743     } else if ((round == 4) && (widen0 == 0) && (widen1 == 0) && (abs0 == 0) && (abs1 == 0) && (neg0 == 0) && (neg1 == 0) && (clamp == 0)) {
2769     unsigned abs0 = I->src[0].abs;
2770     assert(abs0 < 2);
2771     return 0xa0000 | (src0 << 0) | (src1 << 3) | (abs1 << 6) | (neg0 << 7) | (neg1 << 8) | (swz0 << 9) | (swz1 << 11) | (round << 13) | (abs0 << 15);
2791     unsigned abs0 = I->src[0].abs;
2792     assert(abs0 < 2);
2803     return 0x88000 | (src0 << 0) | (src1 << 3) | (src2 << 6) | (abs1 << 12) | (neg0 << 13) | (neg1 << 14) | (abs0 << 16) | (derived_9 << 9);
2825     unsigned abs0 = I->src[0].abs;
2826     assert(abs0 < 2);
2835         { unsigned temp = abs0; abs0 = abs1; abs1 = temp; }
2854     return 0x30000 | (src0 << 0) | (src1 << 3) | (cmpf << 6) | (abs0 << 11) | (abs1 << 12) | (result_type << 14) | (derived_9 << 9) | (derived_13 << 13);
2943     unsigned abs0 = I->src[0].abs;
2944     assert(abs0 < 2);
2948         return 0x67300 | (src0 << 0) | (neg0 << 3) | (abs0 << 4) | (divzero << 5);
2955         return 0x67340 | (src0 << 0) | (neg0 << 3) | (abs0 << 4) | (divzero << 5) | (derived_7 << 7);
2962         return 0x67b00 | (src0 << 0) | (neg0 << 3) | (abs0 << 4) | (derived_5 << 5);
2974         return 0x67b40 | (src0 << 0) | (neg0 << 3) | (abs0 << 4) | (derived_5 << 5) | (derived_7 << 7);
2975     } else if ((mode != 0) && (widen0 == 0) && (precision != 0) && (divzero == 0) && (abs0 == 0) && (neg0 == 0)) {
3005     unsigned abs0 = I->src[0].abs;
3006     assert(abs0 < 2);
3007     return 0x0 | (src0 << 0) | (src1 << 3) | (abs1 << 6) | (neg0 << 7) | (neg1 << 8) | (clamp << 11) | (sem << 13) | (abs0 << 15);
3013     unsigned abs0 = I->src[0].abs;
3014     assert(abs0 < 2);
3031     if (((abs0 == 0) && (src0 > src1)) || ((abs1 == 1) && (src0 <= src1))) {
3033         { unsigned temp = abs0; abs0 = abs1; abs1 = temp; }
3041     if (((abs0 == 1) && (abs1 == 0) && (src0 > src1)) || ((abs0 == 0) && (abs1 == 0) && (src0 <= src1))) derived_6 = 0;
3042     else if (((abs0 == 1) && (abs1 == 1) && (src0 > src1)) || ((abs0 == 1) && (abs1 == 0) && (src0 <= src1))) derived_6 = 1;
3061     unsigned abs0 = I->src[0].abs;
3062     assert(abs0 < 2);
3063     return 0x10000 | (src0 << 0) | (src1 << 3) | (abs1 << 6) | (neg0 << 7) | (neg1 << 8) | (clamp << 11) | (sem << 13) | (abs0 << 15);
3069     unsigned abs0 = I->src[0].abs;
3070     assert(abs0 < 2);
3087     if (((abs0 == 0) && (src0 > src1)) || ((abs1 == 1) && (src0 <= src1))) {
3089         { unsigned temp = abs0; abs0 = abs1; abs1 = temp; }
3097     if (((abs0 == 1) && (abs1 == 0) && (src0 > src1)) || ((abs0 == 0) && (abs1 == 0) && (src0 <= src1))) derived_6 = 0;
3098     else if (((abs0 == 1) && (abs1 == 1) && (src0 > src1)) || ((abs0 == 1) && (abs1 == 0) && (src0 <= src1))) derived_6 = 1;
3184     unsigned abs0 = I->src[0].abs;
3185     assert(abs0 < 2);
3192     return 0x67080 | (src0 << 0) | (neg0 << 3) | (abs0 << 4) | (divzero << 5) | (lane0 << 8);
3205     unsigned abs0 = I->src[0].abs;
3206     assert(abs0 < 2);
3211     return 0x66000 | (src0 << 0) | (neg0 << 3) | (abs0 << 4) | (derived_6 << 6);
3224     unsigned abs0 = I->src[0].abs;
3225     assert(abs0 < 2);
3229         return 0x67000 | (src0 << 0) | (neg0 << 3) | (abs0 << 4) | (divzero << 5);
3236         return 0x67040 | (src0 << 0) | (neg0 << 3) | (abs0 << 4) | (divzero << 5) | (derived_7 << 7);
3289     unsigned abs0 = I->src[0].abs;
3290     assert(abs0 < 2);
3302         return 0x3db20 | (src0 << 0) | (abs0 << 6) | (sqrt << 7) | (widen0 << 3);
3304         return 0x3da20 | (src0 << 0) | (abs0 << 6) | (widen0 << 3) | (neg0 << 7);
3313     unsigned abs0 = I->src[0].abs;
3314     assert(abs0 < 2);
3326         return 0x3db00 | (src0 << 0) | (abs0 << 6) | (sqrt << 7) | (swz0 << 3);
3328         return 0x3da00 | (src0 << 0) | (abs0 << 6) | (swz0 << 3) | (neg0 << 7);
3337     unsigned abs0 = I->src[0].abs;
3338     assert(abs0 < 2);
3347     return 0x3e820 | (src0 << 0) | (abs0 << 7) | (neg0 << 8) | (widen0 << 3) | (round << 9);
3353     unsigned abs0 = I->src[0].abs;
3354     assert(abs0 < 2);
3363     return 0x3e800 | (src0 << 0) | (abs0 << 7) | (neg0 << 8) | (swz0 << 3) | (round << 9);
3372     unsigned abs0 = I->src[0].abs;
3373     assert(abs0 < 2);
3380     return 0x67280 | (src0 << 0) | (neg0 << 3) | (abs0 << 4) | (divzero << 5) | (lane0 << 8);
3393     unsigned abs0 = I->src[0].abs;
3394     assert(abs0 < 2);
3399     return 0x66100 | (src0 << 0) | (neg0 << 3) | (abs0 << 4) | (derived_6 << 6);
3412     unsigned abs0 = I->src[0].abs;
3413     assert(abs0 < 2);
3417         return 0x67100 | (src0 << 0) | (neg0 << 3) | (abs0 << 4) | (divzero << 5);
3424         return 0x67140 | (src0 << 0) | (neg0 << 3) | (abs0 << 4) | (divzero << 5) | (derived_7 << 7);
5518     unsigned abs0 = I->src[0].abs;
5519     assert(abs0 < 2);
5531     if ((abs0 == 0) && (abs1 == 0)) derived_6 = 0;
5532     else if ((abs0 == 1) && (abs1 == 1)) derived_6 = 1;

Indexes created Fri Dec 05 23:09:40 GMT 2025