atl_smm4x4x16_hppa.c

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#if !defined(ATL_LINUX_PARISC) && !defined(ATL_HPUX_PARISC)   #error "This kernel requires gas PA-RISC assembler!"#endif#ifndef Mjoin   #define Mjoin(pre, nam) my_join(pre, nam)   #define my_join(pre, nam) pre ## nam#endif#ifdef SCPLX   #define CMUL(i_) (2*(i_))#else   #define CMUL(i_) i_#endif/* * Integer register usage */#define incCn	%r20#define incAm	%r20#define incAn	%r21#define incBm	%r22#define incBn	%r23#define  rM     %r26#define  rN     %r25#define  rK     %r24#define pA0	%r1#define	pA1	%r3#define	pA2	%r4#define	pA3	%r5#define pfA	%r6#define	pfB	%r7#define pB0	%r28#define pB1	%r31#define pB2	%r8#define pB3	%r9#define rMM     %r10#define pC0	%r29#define pC1	%r11#define pC2	%r12#define pC3	%r13/* * fp reg usage */#define rC00    %fr31#define rC10    %fr30#define rC20    %fr29#define rC30    %fr28#define rC01    %fr27#define rC11    %fr26#define rC21    %fr25#define rC31    %fr24#define rC02    %fr23#define rC12    %fr22#define rC22    %fr21#define rC32    %fr20#define rC03    %fr19#define rC13    %fr18#define rC23    %fr17#define rC33    %fr16#define rA0	%fr15#define rA1	%fr14#define rA2	%fr13#define rA3	%fr12#define ra0     %fr11#define ra1     %fr10#define ra2     %fr9#define ra3     %fr8#define rB0	%fr7#define rB1	%fr6#define rB2	%fr5#define rB3	%fr4#define rA0a	Mjoin(rA0,L)#define rA0b	Mjoin(rA0,R)#define rA1a	Mjoin(rA1,L)#define rA1b	Mjoin(rA1,R)#define rA2a	Mjoin(rA2,L)#define rA2b	Mjoin(rA2,R)#define rA3a	Mjoin(rA3,L)#define rA3b	Mjoin(rA3,R)#define ra0a	Mjoin(ra0,L)#define ra0b	Mjoin(ra0,R)#define ra1a	Mjoin(ra1,L)#define ra1b	Mjoin(ra1,R)#define ra2a	Mjoin(ra2,L)#define ra2b	Mjoin(ra2,R)#define ra3a	Mjoin(ra3,L)#define ra3b	Mjoin(ra3,R)#define rB0a	Mjoin(rB0,L)#define rB0b	Mjoin(rB0,R)#define rB1a	Mjoin(rB1,L)#define rB1b	Mjoin(rB1,R)#define rB2a	Mjoin(rB2,L)#define rB2b	Mjoin(rB2,R)#define rB3a	Mjoin(rB3,L)#define rB3b	Mjoin(rB3,R)#define FSIZE 128	.LEVEL 2.0#ifdef ATL_HPUX_PARISC	.SPACE $PRIVATE$	.SUBSPA $DATA$,QUAD=1,ALIGN=8,ACCESS=31	.SUBSPA $BSS$,QUAD=1,ALIGN=8,ACCESS=31,ZERO,SORT=82	.SPACE $TEXT$	.SUBSPA $LIT$,QUAD=0,ALIGN=8,ACCESS=44	.SUBSPA $CODE$,QUAD=0,ALIGN=8,ACCESS=44,CODE_ONLY	.IMPORT $global$,DATA	.IMPORT $$dyncall,MILLICODE	.SPACE $TEXT$	.SUBSPA $CODE$	.align 4	.NSUBSPA $CODE$,QUAD=0,ALIGN=8,ACCESS=44,CODE_ONLY	.EXPORT ATL_USERMM,ENTRY,PRIV_LEV=3,ARGW0=GR,ARGW1=GR,ARGW2=GR,ARGW3=FRATL_USERMM#else        .text        .align 4        .globl ATL_USERMMATL_USERMM:#endif	.PROC	.CALLINFO FRAME=FSIZE,NO_CALLS	.ENTRY/*void ATL_USERMM;         36           40           44                 48              52(const int M, const int N, const int K, const float alpha, const float *A,;          56              60             64                68        72const int lda, const float *B, const int ldb, const float beta, float *C,;          76const int ldc)*/	ldw	-52(%r30), pA0	ldw	-60(%r30), pB0	ldw	-72(%r30), pC0	ldw	-76(%r30), incCn/* *      Move frame pointer, and save registers */	ldo	FSIZE(%r30), %r30	fstd	%fr12, -8(%r30)	fstd	%fr13, -16(%r30)	fstd	%fr14, -24(%r30)	fstd	%fr15, -32(%r30)	fstd	%fr16, -40(%r30)	fstd	%fr17, -48(%r30)	fstd	%fr18, -56(%r30)	fstd	%fr19, -64(%r30)	fstd	%fr20, -72(%r30)	fstd	%fr21, -80(%r30)	stw	%r3, -84(%r30)	stw	%r4, -88(%r30)	stw	%r5, -92(%r30)	stw	%r6, -96(%r30)	stw	%r7, -100(%r30)	stw	%r8, -104(%r30)	stw	%r9, -108(%r30)	stw	%r10, -112(%r30)	stw	%r11, -116(%r30)	stw	%r12, -120(%r30)	stw	%r13, -124(%r30)	copy	rM, rMM;;       incCn = ldc*sizeof;#ifdef SCPLX	depw,z	incCn,28,29,incCn#else	depw,z	incCn,29,30,incCn#endif;;       incAn = M*K*sizeof;	ldo	-FSIZE-36(%r30), pA1	ldi	4*KB, incAn	stw	rM, -4(pA1)	stw	incAn, 0(pA1)	fldw	0(pA1), rA0a	fldw	-4(pA1), rA0b	xmpyu	rA0a, rA0b, rA1	fstw	rA1b, 0(pA1)	ldw	0(pA1), incAn	add	pA0, incAn, pfA	add	pB0, incAn, pfB;;       Init pC[1-3] & set incCn = 4*ldc - MB;	add	incCn, pC0, pC1	add	incCn, pC1, pC2	add	incCn, pC2, pC3	depw,z	incCn,29,30, incCn ; incCn = 4*ldc*size#ifdef SCPLX	depw,z	rMM, 28,29,pA1     ; pA1 = MB*size#else	depw,z	rMM, 29,30,pA1     ; pA1 = MB*size#endif	sub	incCn, pA1, incCn  ; incCn = 4*ldc*size - MB*size;;       Init pA[1-5] & pB[1-3];	ldo	KB*4(pA0), pA1	ldo	2*KB*4(pA0), pA2	ldo	3*KB*4(pA0), pA3	ldo	KB*4(pB0), pB1	ldo	2*KB*4(pB0), pB2	ldo	3*KB*4(pB0), pB3NLOOP:	copy	rMM, rMMLOOP:#ifdef BETA0	fcpy,sgl	%fr0, rC00	fcpy,sgl	%fr0, rC10	fcpy,sgl	%fr0, rC20	fcpy,sgl	%fr0, rC30	fcpy,sgl	%fr0, rC01	fcpy,sgl	%fr0, rC11	fcpy,sgl	%fr0, rC21	fcpy,sgl	%fr0, rC31	fcpy,sgl	%fr0, rC02	fcpy,sgl	%fr0, rC12	fcpy,sgl	%fr0, rC22	fcpy,sgl	%fr0, rC32	fcpy,sgl	%fr0, rC03	fcpy,sgl	%fr0, rC13	fcpy,sgl	%fr0, rC23	fcpy,sgl	%fr0, rC33#else	fldw	0(pC0), rC00	fldw	CMUL(4)(pC0), rC10	fldw	CMUL(8)(pC0), rC20	fldw	CMUL(12)(pC0), rC30	fldw	 0(pC1), rC01	fldw	 CMUL(4)(pC1), rC11	fldw	 CMUL(8)(pC1), rC21	fldw	CMUL(12)(pC1), rC31	fldw	 0(pC2), rC02	fldw	 CMUL(4)(pC2), rC12	fldw	 CMUL(8)(pC2), rC22	fldw	CMUL(12)(pC2), rC32	fldw	 0(pC3), rC03	fldw	 CMUL(4)(pC3), rC13	fldw	 CMUL(8)(pC3), rC23	fldw	CMUL(12)(pC3), rC33   #ifdef BETAX	fldw	-FSIZE-68(%r30), ra0	fmpy,sgl	ra0, rC00, rC00	fmpy,sgl	ra0, rC10, rC10	fmpy,sgl	ra0, rC20, rC20	fmpy,sgl	ra0, rC30, rC30	fmpy,sgl	ra0, rC01, rC01	fmpy,sgl	ra0, rC11, rC11	fmpy,sgl	ra0, rC21, rC21	fmpy,sgl	ra0, rC31, rC31	fmpy,sgl	ra0, rC02, rC02	fmpy,sgl	ra0, rC12, rC12	fmpy,sgl	ra0, rC22, rC22	fmpy,sgl	ra0, rC32, rC32	fmpy,sgl	ra0, rC03, rC03	fmpy,sgl	ra0, rC13, rC13	fmpy,sgl	ra0, rC23, rC23	fmpy,sgl	ra0, rC33, rC33   #endif#endif	fldd   	0(pB0), rB0	fldd   	0(pA0), rA0	fldd   	0(pA1), rA1	fldd   	0(pA2), rA2	fldd   	0(pA3), rA3	fldd   	0(pB1), rB1	fldd   	0(pB2), rB2	fldd   	0(pB3), rB3#if KB > 16	ldi	KB-16, rKKLOOP:	fmpyfadd,sgl	rA0a, rB0a, rC00, rC00	fmpyfadd,sgl	rA1a, rB0a, rC10, rC10	fmpyfadd,sgl	rA2a, rB0a, rC20, rC20	fmpyfadd,sgl	rA3a, rB0a, rC30, rC30						fldd   	8(pA0), ra0	fmpyfadd,sgl	rA0a, rB1a, rC01, rC01	fmpyfadd,sgl	rA1a, rB1a, rC11, rC11	fmpyfadd,sgl	rA2a, rB1a, rC21, rC21	fmpyfadd,sgl	rA3a, rB1a, rC31, rC31						fldd   	8(pA1), ra1	fmpyfadd,sgl	rA0a, rB2a, rC02, rC02	fmpyfadd,sgl	rA1a, rB2a, rC12, rC12	fmpyfadd,sgl	rA2a, rB2a, rC22, rC22	fmpyfadd,sgl	rA3a, rB2a, rC32, rC32						fldd   	8(pA2), ra2	fmpyfadd,sgl	rA0a, rB3a, rC03, rC03	fmpyfadd,sgl	rA1a, rB3a, rC13, rC13	fmpyfadd,sgl	rA2a, rB3a, rC23, rC23	fmpyfadd,sgl	rA3a, rB3a, rC33, rC33						fldd   	8(pA3), ra3	fmpyfadd,sgl	rA0b, rB0b, rC00, rC00	fmpyfadd,sgl	rA1b, rB0b, rC10, rC10	fmpyfadd,sgl	rA2b, rB0b, rC20, rC20	fmpyfadd,sgl	rA3b, rB0b, rC30, rC30						fldd   	8(pB0), rB0	fmpyfadd,sgl	rA0b, rB1b, rC01, rC01	fmpyfadd,sgl	rA1b, rB1b, rC11, rC11	fmpyfadd,sgl	rA2b, rB1b, rC21, rC21	fmpyfadd,sgl	rA3b, rB1b, rC31, rC31						fldd   	8(pB1), rB1	fmpyfadd,sgl	rA0b, rB2b, rC02, rC02	fmpyfadd,sgl	rA1b, rB2b, rC12, rC12	fmpyfadd,sgl	rA2b, rB2b, rC22, rC22	fmpyfadd,sgl	rA3b, rB2b, rC32, rC32						fldd   	8(pB2), rB2	fmpyfadd,sgl	rA0b, rB3b, rC03, rC03	fmpyfadd,sgl	rA1b, rB3b, rC13, rC13	fmpyfadd,sgl	rA2b, rB3b, rC23, rC23	fmpyfadd,sgl	rA3b, rB3b, rC33, rC33						fldd   	8(pB3), rB3	fmpyfadd,sgl	ra0a, rB0a, rC00, rC00	fmpyfadd,sgl	ra1a, rB0a, rC10, rC10	fmpyfadd,sgl	ra2a, rB0a, rC20, rC20	fmpyfadd,sgl	ra3a, rB0a, rC30, rC30						fldd    16(pA0), rA0	fmpyfadd,sgl	ra0a, rB1a, rC01, rC01	fmpyfadd,sgl	ra1a, rB1a, rC11, rC11	fmpyfadd,sgl	ra2a, rB1a, rC21, rC21	fmpyfadd,sgl	ra3a, rB1a, rC31, rC31						fldd    16(pA1), rA1	fmpyfadd,sgl	ra0a, rB2a, rC02, rC02	fmpyfadd,sgl	ra1a, rB2a, rC12, rC12	fmpyfadd,sgl	ra2a, rB2a, rC22, rC22	fmpyfadd,sgl	ra3a, rB2a, rC32, rC32						fldd    16(pA2), rA2	fmpyfadd,sgl	ra0a, rB3a, rC03, rC03	fmpyfadd,sgl	ra1a, rB3a, rC13, rC13	fmpyfadd,sgl	ra2a, rB3a, rC23, rC23	fmpyfadd,sgl	ra3a, rB3a, rC33, rC33						fldd    16(pA3), rA3	fmpyfadd,sgl	ra0b, rB0b, rC00, rC00	fmpyfadd,sgl	ra1b, rB0b, rC10, rC10	fmpyfadd,sgl	ra2b, rB0b, rC20, rC20	fmpyfadd,sgl	ra3b, rB0b, rC30, rC30						fldd   	16(pB0), rB0	fmpyfadd,sgl	ra0b, rB1b, rC01, rC01	fmpyfadd,sgl	ra1b, rB1b, rC11, rC11	fmpyfadd,sgl	ra2b, rB1b, rC21, rC21	fmpyfadd,sgl	ra3b, rB1b, rC31, rC31						fldd      16(pB1), rB1	fmpyfadd,sgl	ra0b, rB2b, rC02, rC02	fmpyfadd,sgl	ra1b, rB2b, rC12, rC12	fmpyfadd,sgl	ra2b, rB2b, rC22, rC22	fmpyfadd,sgl	ra3b, rB2b, rC32, rC32						fldd      16(pB2), rB2	fmpyfadd,sgl	ra0b, rB3b, rC03, rC03	fmpyfadd,sgl	ra1b, rB3b, rC13, rC13	fmpyfadd,sgl	ra2b, rB3b, rC23, rC23	fmpyfadd,sgl	ra3b, rB3b, rC33, rC33						fldd    16(pB3), rB3	fmpyfadd,sgl	rA0a, rB0a, rC00, rC00	fmpyfadd,sgl	rA1a, rB0a, rC10, rC10	fmpyfadd,sgl	rA2a, rB0a, rC20, rC20	fmpyfadd,sgl	rA3a, rB0a, rC30, rC30						fldd   	24(pA0), ra0	fmpyfadd,sgl	rA0a, rB1a, rC01, rC01	fmpyfadd,sgl	rA1a, rB1a, rC11, rC11	fmpyfadd,sgl	rA2a, rB1a, rC21, rC21	fmpyfadd,sgl	rA3a, rB1a, rC31, rC31						fldd   	24(pA1), ra1	fmpyfadd,sgl	rA0a, rB2a, rC02, rC02	fmpyfadd,sgl	rA1a, rB2a, rC12, rC12	fmpyfadd,sgl	rA2a, rB2a, rC22, rC22	fmpyfadd,sgl	rA3a, rB2a, rC32, rC32						fldd   	24(pA2), ra2	fmpyfadd,sgl	rA0a, rB3a, rC03, rC03	fmpyfadd,sgl	rA1a, rB3a, rC13, rC13	fmpyfadd,sgl	rA2a, rB3a, rC23, rC23	fmpyfadd,sgl	rA3a, rB3a, rC33, rC33						fldd   	24(pA3), ra3	fmpyfadd,sgl	rA0b, rB0b, rC00, rC00	fmpyfadd,sgl	rA1b, rB0b, rC10, rC10	fmpyfadd,sgl	rA2b, rB0b, rC20, rC20	fmpyfadd,sgl	rA3b, rB0b, rC30, rC30						fldd   	24(pB0), rB0	fmpyfadd,sgl	rA0b, rB1b, rC01, rC01	fmpyfadd,sgl	rA1b, rB1b, rC11, rC11	fmpyfadd,sgl	rA2b, rB1b, rC21, rC21	fmpyfadd,sgl	rA3b, rB1b, rC31, rC31						fldd   	24(pB1), rB1	fmpyfadd,sgl	rA0b, rB2b, rC02, rC02	fmpyfadd,sgl	rA1b, rB2b, rC12, rC12	fmpyfadd,sgl	rA2b, rB2b, rC22, rC22	fmpyfadd,sgl	rA3b, rB2b, rC32, rC32						fldd   	24(pB2), rB2	fmpyfadd,sgl	rA0b, rB3b, rC03, rC03	fmpyfadd,sgl	rA1b, rB3b, rC13, rC13	fmpyfadd,sgl	rA2b, rB3b, rC23, rC23	fmpyfadd,sgl	rA3b, rB3b, rC33, rC33						fldd   	24(pB3), rB3	fmpyfadd,sgl	ra0a, rB0a, rC00, rC00	fmpyfadd,sgl	ra1a, rB0a, rC10, rC10	fmpyfadd,sgl	ra2a, rB0a, rC20, rC20	fmpyfadd,sgl	ra3a, rB0a, rC30, rC30						fldd    32(pA0), rA0	fmpyfadd,sgl	ra0a, rB1a, rC01, rC01	fmpyfadd,sgl	ra1a, rB1a, rC11, rC11	fmpyfadd,sgl	ra2a, rB1a, rC21, rC21	fmpyfadd,sgl	ra3a, rB1a, rC31, rC31						fldd    32(pA1), rA1	fmpyfadd,sgl	ra0a, rB2a, rC02, rC02	fmpyfadd,sgl	ra1a, rB2a, rC12, rC12	fmpyfadd,sgl	ra2a, rB2a, rC22, rC22	fmpyfadd,sgl	ra3a, rB2a, rC32, rC32						fldd    32(pA2), rA2	fmpyfadd,sgl	ra0a, rB3a, rC03, rC03	fmpyfadd,sgl	ra1a, rB3a, rC13, rC13	fmpyfadd,sgl	ra2a, rB3a, rC23, rC23	fmpyfadd,sgl	ra3a, rB3a, rC33, rC33						fldd    32(pA3), rA3	fmpyfadd,sgl	ra0b, rB0b, rC00, rC00	fmpyfadd,sgl	ra1b, rB0b, rC10, rC10	fmpyfadd,sgl	ra2b, rB0b, rC20, rC20	fmpyfadd,sgl	ra3b, rB0b, rC30, rC30						fldd   	32(pB0), rB0	fmpyfadd,sgl	ra0b, rB1b, rC01, rC01	fmpyfadd,sgl	ra1b, rB1b, rC11, rC11	fmpyfadd,sgl	ra2b, rB1b, rC21, rC21	fmpyfadd,sgl	ra3b, rB1b, rC31, rC31						fldd      32(pB1), rB1	fmpyfadd,sgl	ra0b, rB2b, rC02, rC02	fmpyfadd,sgl	ra1b, rB2b, rC12, rC12	fmpyfadd,sgl	ra2b, rB2b, rC22, rC22	fmpyfadd,sgl	ra3b, rB2b, rC32, rC32						fldd      32(pB2), rB2	fmpyfadd,sgl	ra0b, rB3b, rC03, rC03	fmpyfadd,sgl	ra1b, rB3b, rC13, rC13	fmpyfadd,sgl	ra2b, rB3b, rC23, rC23	fmpyfadd,sgl	ra3b, rB3b, rC33, rC33						fldd    32(pB3), rB3	fmpyfadd,sgl	rA0a, rB0a, rC00, rC00	fmpyfadd,sgl	rA1a, rB0a, rC10, rC10	fmpyfadd,sgl	rA2a, rB0a, rC20, rC20	fmpyfadd,sgl	rA3a, rB0a, rC30, rC30						fldd   	40(pA0), ra0	fmpyfadd,sgl	rA0a, rB1a, rC01, rC01	fmpyfadd,sgl	rA1a, rB1a, rC11, rC11	fmpyfadd,sgl	rA2a, rB1a, rC21, rC21	fmpyfadd,sgl	rA3a, rB1a, rC31, rC31						fldd   	40(pA1), ra1	fmpyfadd,sgl	rA0a, rB2a, rC02, rC02	fmpyfadd,sgl	rA1a, rB2a, rC12, rC12	fmpyfadd,sgl	rA2a, rB2a, rC22, rC22	fmpyfadd,sgl	rA3a, rB2a, rC32, rC32						fldd   	40(pA2), ra2	fmpyfadd,sgl	rA0a, rB3a, rC03, rC03	fmpyfadd,sgl	rA1a, rB3a, rC13, rC13	fmpyfadd,sgl	rA2a, rB3a, rC23, rC23	fmpyfadd,sgl	rA3a, rB3a, rC33, rC33						fldd   	40(pA3), ra3	fmpyfadd,sgl	rA0b, rB0b, rC00, rC00	fmpyfadd,sgl	rA1b, rB0b, rC10, rC10	fmpyfadd,sgl	rA2b, rB0b, rC20, rC20	fmpyfadd,sgl	rA3b, rB0b, rC30, rC30						fldd   	40(pB0), rB0	fmpyfadd,sgl	rA0b, rB1b, rC01, rC01	fmpyfadd,sgl	rA1b, rB1b, rC11, rC11	fmpyfadd,sgl	rA2b, rB1b, rC21, rC21	fmpyfadd,sgl	rA3b, rB1b, rC31, rC31						fldd   	40(pB1), rB1	fmpyfadd,sgl	rA0b, rB2b, rC02, rC02	fmpyfadd,sgl	rA1b, rB2b, rC12, rC12	fmpyfadd,sgl	rA2b, rB2b, rC22, rC22	fmpyfadd,sgl	rA3b, rB2b, rC32, rC32						fldd   	40(pB2), rB2	fmpyfadd,sgl	rA0b, rB3b, rC03, rC03	fmpyfadd,sgl	rA1b, rB3b, rC13, rC13	fmpyfadd,sgl	rA2b, rB3b, rC23, rC23	fmpyfadd,sgl	rA3b, rB3b, rC33, rC33						fldd   	40(pB3), rB3	fmpyfadd,sgl	ra0a, rB0a, rC00, rC00	fmpyfadd,sgl	ra1a, rB0a, rC10, rC10	fmpyfadd,sgl	ra2a, rB0a, rC20, rC20	fmpyfadd,sgl	ra3a, rB0a, rC30, rC30						fldd    48(pA0), rA0	fmpyfadd,sgl	ra0a, rB1a, rC01, rC01	fmpyfadd,sgl	ra1a, rB1a, rC11, rC11	fmpyfadd,sgl	ra2a, rB1a, rC21, rC21	fmpyfadd,sgl	ra3a, rB1a, rC31, rC31						fldd    48(pA1), rA1	fmpyfadd,sgl	ra0a, rB2a, rC02, rC02	fmpyfadd,sgl	ra1a, rB2a, rC12, rC12	fmpyfadd,sgl	ra2a, rB2a, rC22, rC22	fmpyfadd,sgl	ra3a, rB2a, rC32, rC32						fldd    48(pA2), rA2	fmpyfadd,sgl	ra0a, rB3a, rC03, rC03	fmpyfadd,sgl	ra1a, rB3a, rC13, rC13	fmpyfadd,sgl	ra2a, rB3a, rC23, rC23	fmpyfadd,sgl	ra3a, rB3a, rC33, rC33						fldd    48(pA3), rA3	fmpyfadd,sgl	ra0b, rB0b, rC00, rC00	fmpyfadd,sgl	ra1b, rB0b, rC10, rC10	fmpyfadd,sgl	ra2b, rB0b, rC20, rC20	fmpyfadd,sgl	ra3b, rB0b, rC30, rC30						fldd   	48(pB0), rB0	fmpyfadd,sgl	ra0b, rB1b, rC01, rC01	fmpyfadd,sgl	ra1b, rB1b, rC11, rC11	fmpyfadd,sgl	ra2b, rB1b, rC21, rC21	fmpyfadd,sgl	ra3b, rB1b, rC31, rC31						fldd      48(pB1), rB1	fmpyfadd,sgl	ra0b, rB2b, rC02, rC02	fmpyfadd,sgl	ra1b, rB2b, rC12, rC12	fmpyfadd,sgl	ra2b, rB2b, rC22, rC22	fmpyfadd,sgl	ra3b, rB2b, rC32, rC32						fldd      48(pB2), rB2	fmpyfadd,sgl	ra0b, rB3b, rC03, rC03	fmpyfadd,sgl	ra1b, rB3b, rC13, rC13	fmpyfadd,sgl	ra2b, rB3b, rC23, rC23	fmpyfadd,sgl	ra3b, rB3b, rC33, rC33						fldd    48(pB3), rB3	fmpyfadd,sgl	rA0a, rB0a, rC00, rC00	fmpyfadd,sgl	rA1a, rB0a, rC10, rC10	fmpyfadd,sgl	rA2a, rB0a, rC20, rC20
12

atl_smm4x4x16_hppa.c - 源码说明

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