atl_dmm4x4xurx_mips.c

来自「基于Blas CLapck的.用过的人知道是干啥的」· C语言 代码 · 共 3,133 行 · 第 1/5 页

C
3,133 行
字号
12345
	#endif	madd.d	rC20, rC20, rE2, rb0	madd.d	rC30, rC30, ra3, rb0	#if KB > 6					ldc1	rB0, 48(pB0)	#endif	madd.d	rC01, rC01, ra0, rB1	madd.d	rC11, rC11, ra1, rB1	madd.d	rC21, rC21, rE2, rB1	madd.d	rC31, rC31, ra3, rB1	#if KB > 6					ldc1	rB1, 48(pB1)	#endif	madd.d	rC02, rC02, ra0, rB2	madd.d	rC12, rC12, ra1, rB2	#if KB > 7					ldc1	ra2, 56(pA2)	#endif	madd.d	rC22, rC22, rE2, rB2	madd.d	rC32, rC32, ra3, rB2	#if KB > 6					ldc1	rB2, 48(pB2)	#endif	madd.d	rC03, rC03, ra0, rB3	madd.d	rC13, rC13, ra1, rB3	#if KB > 6					ldc1	rA3, 48(pA3)	#endif	madd.d	rC23, rC23, rE2, rB3	madd.d	rC33, rC33, ra3, rB3	#if KB > 6					ldc1	rB3, 48(pB3)	#endif#endif#if KB > 6	#if KB > 7					ldc1	ra1, 56(pA1)	#endif	madd.d	rC00, rC00, rE0, rB0					prefB(KB*8*4(pB0))	madd.d	rC10, rC10, rA1, rB0	#if KB > 9					ldc1	ra0, 72(pA0)	#endif	madd.d	rC20, rC20, rA2, rB0					prefB(KB*8*4(pB1))	madd.d	rC30, rC30, rA3, rB0	#if KB > 7					ldc1	rb0, 56(pB0)	#endif	madd.d	rC01, rC01, rE0, rB1	madd.d	rC11, rC11, rA1, rB1					prefB(KB*8*4(pB2))	madd.d	rC21, rC21, rA2, rB1	madd.d	rC31, rC31, rA3, rB1	#if KB > 7					ldc1	rB1, 56(pB1)	#endif	madd.d	rC02, rC02, rE0, rB2	madd.d	rC12, rC12, rA1, rB2	#if KB > 8					ldc1	rE2, 64(pA2)	#endif	madd.d	rC22, rC22, rA2, rB2					prefB(KB*8*4(pB3))	madd.d	rC32, rC32, rA3, rB2	#if KB > 7					ldc1	rB2, 56(pB2)	#endif	madd.d	rC03, rC03, rE0, rB3	madd.d	rC13, rC13, rA1, rB3	#if KB > 7					ldc1	ra3, 56(pA3)	#endif	madd.d	rC23, rC23, rA2, rB3	madd.d	rC33, rC33, rA3, rB3	#if KB > 7					ldc1	rB3, 56(pB3)	#endif#endif#if KB > 7	#if KB > 8					ldc1	rA1, 64(pA1)	#endif	madd.d	rC00, rC00, re0, rb0					prefB(32+KB*8*4(pB0))	madd.d	rC10, rC10, ra1, rb0	#if KB > 10					ldc1	rE0, 80(pA0)	#endif	madd.d	rC20, rC20, ra2, rb0					prefB(32+KB*8*4(pB1))	madd.d	rC30, rC30, ra3, rb0	#if KB > 8					ldc1	rB0, 64(pB0)	#endif	madd.d	rC01, rC01, re0, rB1	madd.d	rC11, rC11, ra1, rB1					prefB(32+KB*8*4(pB2))	madd.d	rC21, rC21, ra2, rB1	madd.d	rC31, rC31, ra3, rB1	#if KB > 8					ldc1	rB1, 64(pB1)	#endif	madd.d	rC02, rC02, re0, rB2					prefB(32+KB*8*4(pB3))	madd.d	rC12, rC12, ra1, rB2	#if KB > 9					ldc1	rA2, 72(pA2)	#endif	madd.d	rC22, rC22, ra2, rB2	madd.d	rC32, rC32, ra3, rB2	#if KB > 8					ldc1	rB2, 64(pB2)	#endif	madd.d	rC03, rC03, re0, rB3	madd.d	rC13, rC13, ra1, rB3	#if KB > 8					ldc1	rA3, 64(pA3)	#endif	madd.d	rC23, rC23, ra2, rB3	madd.d	rC33, rC33, ra3, rB3	#if KB > 8					ldc1	rB3, 64(pB3)	#endif#endif#if KB > 8	#if KB > 9					ldc1	ra1, 72(pA1)	#endif	madd.d	rC00, rC00, rA0, rB0					prefB(64+KB*8*4(pB0))	madd.d	rC10, rC10, rA1, rB0	#if KB > 11					ldc1	re0, 88(pA0)	#endif	madd.d	rC20, rC20, rE2, rB0					prefB(64+KB*8*4(pB1))	madd.d	rC30, rC30, rA3, rB0	#if KB > 9					ldc1	rb0, 72(pB0)	#endif	madd.d	rC01, rC01, rA0, rB1	madd.d	rC11, rC11, rA1, rB1					prefB(64+KB*8*4(pB2))	madd.d	rC21, rC21, rE2, rB1	madd.d	rC31, rC31, rA3, rB1	#if KB > 9					ldc1	rB1, 72(pB1)	#endif	madd.d	rC02, rC02, rA0, rB2					prefB(64+KB*8*4(pB3))	madd.d	rC12, rC12, rA1, rB2	#if KB > 10					ldc1	ra2, 80(pA2)	#endif	madd.d	rC22, rC22, rE2, rB2	madd.d	rC32, rC32, rA3, rB2	#if KB > 9					ldc1	rB2, 72(pB2)	#endif	madd.d	rC03, rC03, rA0, rB3	madd.d	rC13, rC13, rA1, rB3	#if KB > 9					ldc1	ra3, 72(pA3)	#endif	madd.d	rC23, rC23, rE2, rB3	madd.d	rC33, rC33, rA3, rB3	#if KB > 9					ldc1	rB3, 72(pB3)	#endif#endif#if KB > 9	#if KB > 10					ldc1	rA1, 80(pA1)	#endif	madd.d	rC00, rC00, ra0, rb0					prefB(96+KB*8*4(pB0))	madd.d	rC10, rC10, ra1, rb0	#if KB > 12					ldc1	rA0, 96(pA0)	#endif	madd.d	rC20, rC20, rA2, rb0					prefB(96+KB*8*4(pB1))	madd.d	rC30, rC30, ra3, rb0	#if KB > 10					ldc1	rB0, 80(pB0)	#endif	madd.d	rC01, rC01, ra0, rB1	madd.d	rC11, rC11, ra1, rB1					prefB(96+KB*8*4(pB2))	madd.d	rC21, rC21, rA2, rB1	madd.d	rC31, rC31, ra3, rB1	#if KB > 10					ldc1	rB1, 80(pB1)	#endif	madd.d	rC02, rC02, ra0, rB2					prefB(96+KB*8*4(pB3))	madd.d	rC12, rC12, ra1, rB2	#if KB > 11					ldc1	rE2, 88(pA2)	#endif	madd.d	rC22, rC22, rA2, rB2	madd.d	rC32, rC32, ra3, rB2	#if KB > 10					ldc1	rB2, 80(pB2)	#endif	madd.d	rC03, rC03, ra0, rB3	madd.d	rC13, rC13, ra1, rB3	#if KB > 10					ldc1	rA3, 80(pA3)	#endif	madd.d	rC23, rC23, rA2, rB3	madd.d	rC33, rC33, ra3, rB3	#if KB > 10					ldc1	rB3, 80(pB3)	#endif#endif#if KB > 10	#if KB > 11					ldc1	ra1, 88(pA1)	#endif	madd.d	rC00, rC00, rE0, rB0					prefB(128+KB*8*4(pB0))	madd.d	rC10, rC10, rA1, rB0	#if KB > 13					ldc1	ra0, 104(pA0)	#endif	madd.d	rC20, rC20, ra2, rB0					prefB(128+KB*8*4(pB1))	madd.d	rC30, rC30, rA3, rB0	#if KB > 11					ldc1	rb0, 88(pB0)	#endif	madd.d	rC01, rC01, rE0, rB1	madd.d	rC11, rC11, rA1, rB1					prefB(128+KB*8*4(pB2))	madd.d	rC21, rC21, ra2, rB1	madd.d	rC31, rC31, rA3, rB1	#if KB > 11					ldc1	rB1, 88(pB1)	#endif	madd.d	rC02, rC02, rE0, rB2					prefB(128+KB*8*4(pB3))	madd.d	rC12, rC12, rA1, rB2	#if KB > 12					ldc1	rA2, 96(pA2)	#endif	madd.d	rC22, rC22, ra2, rB2	madd.d	rC32, rC32, rA3, rB2	#if KB > 11					ldc1	rB2, 88(pB2)	#endif	madd.d	rC03, rC03, rE0, rB3	madd.d	rC13, rC13, rA1, rB3	#if KB > 11					ldc1	ra3, 88(pA3)	#endif	madd.d	rC23, rC23, ra2, rB3	madd.d	rC33, rC33, rA3, rB3	#if KB > 11					ldc1	rB3, 88(pB3)	#endif#endif#if KB > 11	#if KB > 12					ldc1	rA1, 96(pA1)	#endif	madd.d	rC00, rC00, re0, rb0					prefB(160+KB*8*4(pB0))	madd.d	rC10, rC10, ra1, rb0	#if KB > 14					ldc1	rE0, 112(pA0)	#endif	madd.d	rC20, rC20, rE2, rb0					prefB(160+KB*8*4(pB1))	madd.d	rC30, rC30, ra3, rb0	#if KB > 12					ldc1	rB0, 96(pB0)	#endif	madd.d	rC01, rC01, re0, rB1	madd.d	rC11, rC11, ra1, rB1					prefB(160+KB*8*4(pB2))	madd.d	rC21, rC21, rE2, rB1	madd.d	rC31, rC31, ra3, rB1	#if KB > 12					ldc1	rB1, 96(pB1)	#endif	madd.d	rC02, rC02, re0, rB2					prefB(160+KB*8*4(pB3))	madd.d	rC12, rC12, ra1, rB2	#if KB > 13					ldc1	ra2, 104(pA2)	#endif	madd.d	rC22, rC22, rE2, rB2	madd.d	rC32, rC32, ra3, rB2	#if KB > 12					ldc1	rB2, 96(pB2)	#endif	madd.d	rC03, rC03, re0, rB3	madd.d	rC13, rC13, ra1, rB3	#if KB > 12					ldc1	rA3, 96(pA3)	#endif	madd.d	rC23, rC23, rE2, rB3	madd.d	rC33, rC33, ra3, rB3	#if KB > 12					ldc1	rB3, 96(pB3)	#endif#endif#if KB > 12	#if KB > 13					ldc1	ra1, 104(pA1)	#endif	madd.d	rC00, rC00, rA0, rB0					prefB(192+KB*8*4(pB0))	madd.d	rC10, rC10, rA1, rB0	#if KB > 15					ldc1	re0, 120(pA0)	#endif	madd.d	rC20, rC20, rA2, rB0					prefB(192+KB*8*4(pB1))	madd.d	rC30, rC30, rA3, rB0	#if KB > 13					ldc1	rb0, 104(pB0)	#endif	madd.d	rC01, rC01, rA0, rB1	madd.d	rC11, rC11, rA1, rB1					prefB(192+KB*8*4(pB2))	madd.d	rC21, rC21, rA2, rB1	madd.d	rC31, rC31, rA3, rB1	#if KB > 13					ldc1	rB1, 104(pB1)	#endif	madd.d	rC02, rC02, rA0, rB2					prefB(192+KB*8*4(pB3))	madd.d	rC12, rC12, rA1, rB2	#if KB > 14					ldc1	rE2, 112(pA2)	#endif	madd.d	rC22, rC22, rA2, rB2	madd.d	rC32, rC32, rA3, rB2	#if KB > 13					ldc1	rB2, 104(pB2)	#endif	madd.d	rC03, rC03, rA0, rB3	madd.d	rC13, rC13, rA1, rB3	#if KB > 13					ldc1	ra3, 104(pA3)	#endif	madd.d	rC23, rC23, rA2, rB3	madd.d	rC33, rC33, rA3, rB3	#if KB > 13					ldc1	rB3, 104(pB3)	#endif#endif#if KB > 13	#if KB > 14					ldc1	rA1, 112(pA1)	#endif	madd.d	rC00, rC00, ra0, rb0					prefB(224+KB*8*4(pB0))	madd.d	rC10, rC10, ra1, rb0	#if KB > 16					ldc1	rA0, 128(pA0)	#endif	madd.d	rC20, rC20, ra2, rb0					prefB(224+KB*8*4(pB1))	madd.d	rC30, rC30, ra3, rb0	#if KB > 14					ldc1	rB0, 112(pB0)	#endif	madd.d	rC01, rC01, ra0, rB1	madd.d	rC11, rC11, ra1, rB1					prefB(224+KB*8*4(pB2))	madd.d	rC21, rC21, ra2, rB1	madd.d	rC31, rC31, ra3, rB1	#if KB > 14					ldc1	rB1, 112(pB1)	#endif	madd.d	rC02, rC02, ra0, rB2					prefB(224+KB*8*4(pB3))	madd.d	rC12, rC12, ra1, rB2	#if KB > 15					ldc1	rA2, 120(pA2)	#endif	madd.d	rC22, rC22, ra2, rB2	madd.d	rC32, rC32, ra3, rB2	#if KB > 14					ldc1	rB2, 112(pB2)	#endif	madd.d	rC03, rC03, ra0, rB3	madd.d	rC13, rC13, ra1, rB3	#if KB > 14					ldc1	rA3, 112(pA3)	#endif	madd.d	rC23, rC23, ra2, rB3	madd.d	rC33, rC33, ra3, rB3	#if KB > 14					ldc1	rB3, 112(pB3)	#endif#endif#if KB > 14	#if KB > 15					ldc1	ra1, 120(pA1)	#endif	madd.d	rC00, rC00, rE0, rB0					prefB(256+KB*8*4(pB0))	madd.d	rC10, rC10, rA1, rB0	#if KB > 17					ldc1	ra0, 136(pA0)	#endif	madd.d	rC20, rC20, rE2, rB0					prefB(256+KB*8*4(pB1))	madd.d	rC30, rC30, rA3, rB0	#if KB > 15					ldc1	rb0, 120(pB0)	#endif	madd.d	rC01, rC01, rE0, rB1	madd.d	rC11, rC11, rA1, rB1					prefB(256+KB*8*4(pB2))	madd.d	rC21, rC21, rE2, rB1	madd.d	rC31, rC31, rA3, rB1	#if KB > 15					ldc1	rB1, 120(pB1)	#endif	madd.d	rC02, rC02, rE0, rB2					prefB(256+KB*8*4(pB3))	madd.d	rC12, rC12, rA1, rB2	#if KB > 16					ldc1	ra2, 128(pA2)	#endif	madd.d	rC22, rC22, rE2, rB2	madd.d	rC32, rC32, rA3, rB2	#if KB > 15					ldc1	rB2, 120(pB2)	#endif	madd.d	rC03, rC03, rE0, rB3	madd.d	rC13, rC13, rA1, rB3	#if KB > 15					ldc1	ra3, 120(pA3)	#endif	madd.d	rC23, rC23, rE2, rB3	madd.d	rC33, rC33, rA3, rB3	#if KB > 15					ldc1	rB3, 120(pB3)	#endif#endif#if KB > 15	#if KB > 16					ldc1	rA1, 128(pA1)	#endif	madd.d	rC00, rC00, re0, rb0					prefB(288+KB*8*4(pB0))	madd.d	rC10, rC10, ra1, rb0	#if KB > 18					ldc1	rE0, 144(pA0)	#endif	madd.d	rC20, rC20, rA2, rb0					prefB(288+KB*8*4(pB1))	madd.d	rC30, rC30, ra3, rb0	#if KB > 16					ldc1	rB0, 128(pB0)	#endif	madd.d	rC01, rC01, re0, rB1	madd.d	rC11, rC11, ra1, rB1					prefB(288+KB*8*4(pB2))	madd.d	rC21, rC21, rA2, rB1	madd.d	rC31, rC31, ra3, rB1	#if KB > 16					ldc1	rB1, 128(pB1)	#endif	madd.d	rC02, rC02, re0, rB2					prefB(288+KB*8*4(pB3))	madd.d	rC12, rC12, ra1, rB2	#if KB > 17					ldc1	rE2, 136(pA2)	#endif	madd.d	rC22, rC22, rA2, rB2	madd.d	rC32, rC32, ra3, rB2	#if KB > 16					ldc1	rB2, 128(pB2)	#endif	madd.d	rC03, rC03, re0, rB3	madd.d	rC13, rC13, ra1, rB3	#if KB > 16					ldc1	rA3, 128(pA3)	#endif	madd.d	rC23, rC23, rA2, rB3	madd.d	rC33, rC33, ra3, rB3	#if KB > 16					ldc1	rB3, 128(pB3)	#endif#endif#if KB > 16	#if KB > 17					ldc1	ra1, 136(pA1)	#endif	madd.d	rC00, rC00, rA0, rB0					prefB(320+KB*8*4(pB0))	madd.d	rC10, rC10, rA1, rB0	#if KB > 19					ldc1	re0, 152(pA0)	#endif	madd.d	rC20, rC20, ra2, rB0					prefB(320+KB*8*4(pB1))	madd.d	rC30, rC30, rA3, rB0	#if KB > 17					ldc1	rb0, 136(pB0)	#endif	madd.d	rC01, rC01, rA0, rB1	madd.d	rC11, rC11, rA1, rB1					prefB(320+KB*8*4(pB2))	madd.d	rC21, rC21, ra2, rB1	madd.d	rC31, rC31, rA3, rB1	#if KB > 17					ldc1	rB1, 136(pB1)	#endif	madd.d	rC02, rC02, rA0, rB2					prefB(320+KB*8*4(pB3))	madd.d	rC12, rC12, rA1, rB2	#if KB > 18					ldc1	rA2, 144(pA2)	#endif	madd.d	rC22, rC22, ra2, rB2	madd.d	rC32, rC32, rA3, rB2	#if KB > 17					ldc1	rB2, 136(pB2)	#endif	madd.d	rC03, rC03, rA0, rB3	madd.d	rC13, rC13, rA1, rB3	#if KB > 17					ldc1	ra3, 136(pA3)	#endif	madd.d	rC23, rC23, ra2, rB3	madd.d	rC33, rC33, rA3, rB3	#if KB > 17					ldc1	rB3, 136(pB3)	#endif#endif#if KB > 17	#if KB > 18					ldc1	rA1, 144(pA1)	#endif	madd.d	rC00, rC00, ra0, rb0					prefB(352+KB*8*4(pB0))	madd.d	rC10, rC10, ra1, rb0	#if KB > 20					ldc1	rA0, 160(pA0)	#endif	madd.d	rC20, rC20, rE2, rb0					prefB(352+KB*8*4(pB1))	madd.d	rC30, rC30, ra3, rb0	#if KB > 18					ldc1	rB0, 144(pB0)	#endif	madd.d	rC01, rC01, ra0, rB1	madd.d	rC11, rC11, ra1, rB1					prefB(352+KB*8*4(pB2))	madd.d	rC21, rC21, rE2, rB1	madd.d	rC31, rC31, ra3, rB1	#if KB > 18					ldc1	rB1, 144(pB1)	#endif	madd.d	rC02, rC02, ra0, rB2					prefB(352+KB*8*4(pB3))	madd.d	rC12, rC12, ra1, rB2	#if KB > 19					ldc1	ra2, 152(pA2)	#endif	madd.d	rC22, rC22, rE2, rB2	madd.d	rC32, rC32, ra3, rB2	#if KB > 18					ldc1	rB2, 144(pB2)	#endif	madd.d	rC03, rC03, ra0, rB3	madd.d	rC13, rC13, ra1, rB3	#if KB > 18					ldc1	rA3, 144(pA3)	#endif	madd.d	rC23, rC23, rE2, rB3	madd.d	rC33, rC33, ra3, rB3	#if KB > 18					ldc1	rB3, 144(pB3)	#endif#endif#if KB > 18	#if KB > 19					ldc1	ra1, 152(pA1)	#endif	madd.d	rC00, rC00, rE0, rB0					prefB(384+KB*8*4(pB0))	madd.d	rC10, rC10, rA1, rB0	#if KB > 21					ldc1	ra0, 168(pA0)	#endif	madd.d	rC20, rC20, rA2, rB0					prefB(384+KB*8*4(pB1))	madd.d	rC30, rC30, rA3, rB0	#if KB > 19					ldc1	rb0, 152(pB0)	#endif	madd.d	rC01, rC01, rE0, rB1	madd.d	rC11, rC11, rA1, rB1					prefB(384+KB*8*4(pB2))	madd.d	rC21, rC21, rA2, rB1	madd.d	rC31, rC31, rA3, rB1	#if KB > 19					ldc1	rB1, 152(pB1)	#endif	madd.d	rC02, rC02, rE0, rB2					prefB(384+KB*8*4(pB3))	madd.d	rC12, rC12, rA1, rB2	#if KB > 20					ldc1	rE2, 160(pA2)	#endif	madd.d	rC22, rC22, rA2, rB2	madd.d	rC32, rC32, rA3, rB2	#if KB > 19					ldc1	rB2, 152(pB2)	#endif	madd.d	rC03, rC03, rE0, rB3	madd.d	rC13, rC13, rA1, rB3	#if KB > 19					ldc1	ra3, 152(pA3)	#endif	madd.d	rC23, rC23, rA2, rB3
12345

atl_dmm4x4xurx_mips.c - 源码说明

本页面展示了「基于Blas CLapck的.用过的人知道是干啥的」中的 atl_dmm4x4xurx_mips.c 源码文件，采用 C语言 编程语言编写，共 3,133 行代码。您可以在线阅读完整代码内容，也可以返回资源详情页下载完整源码包进行本地学习和开发。

虫虫下载站收录了大量与CLapck相关的技术资源，包括源代码、技术文档、电路图等，是电子工程师和嵌入式开发者的专业学习平台。

⌨️ 快捷键说明

复制代码Ctrl + C
搜索代码Ctrl + F
全屏模式F11
增大字号Ctrl + =
减小字号Ctrl + -
显示快捷键?