.section	".text",#alloc,#execinstr
	.align	8
	.skip	16

	! block 0

	.global	sgefa_
	.type	sgefa_,2
sgefa_:
	save	%sp,-160,%sp
	sethi	%hi(.L_tcovStruct),%l1
	or	%l1,%lo(.L_tcovStruct),%l1
	ld	[%l1+0],%l0
	cmp	%l0,0
	bne	.L_y0
	nop

	! block 20
	mov	%l1,%o0
	call	__bb_init_func
	nop

	! block 1
.L_y0:
.L50:
	st	%i0,[%fp-4]
	st	%i1,[%fp-8]
	st	%i3,[%fp-16]

	! block 2
.L51:
	ld	[%fp-8],%l0
	ld	[%l0+0],%l0
	st	%l0,[%fp-28]
	sra	%l0,31,%l3
	subcc	%g0,%l0,%l4
	subx	%g0,%l3,%l3
	and	%l4,%l3,%l3
	sub	%g0,%l3,%i3
	sll	%i3,2,%l1
	st	%l1,[%fp-36]
	st	%i3,[%fp-24]
	ld	[%fp-4],%l0
	add	%l1,4,%l1
	sub	%l0,%l1,%i5

! File sgefa.f:
!    1	      subroutine sgefa(a,lda,n,ipvt,info)
!    2	      integer lda,n,ipvt(1),info
!    3	      real a(lda,1)
!    4	c
!    5	c     sgefa factors a real matrix by gaussian elimination.
!    6	c
!    7	c     sgefa is usually called by sgeco, but it can be called
!    8	c     directly with a saving in time if  rcond  is not needed.
!    9	c     (time for sgeco) = (1 + 9/n)*(time for sgefa) .
!   10	c
!   11	c     on entry
!   12	c
!   13	c        a       real(lda, n)
!   14	c                the matrix to be factored.
!   15	c
!   16	c        lda     integer
!   17	c                the leading dimension of the array  a .
!   18	c
!   19	c        n       integer
!   20	c                the order of the matrix  a .
!   21	c
!   22	c     on return
!   23	c
!   24	c        a       an upper triangular matrix and the multipliers
!   25	c                which were used to obtain it.
!   26	c                the factorization can be written  a = l*u  where
!   27	c                l  is a product of permutation and unit lower
!   28	c                triangular matrices and  u  is upper triangular.
!   29	c
!   30	c        ipvt    integer(n)
!   31	c                an integer vector of pivot indices.
!   32	c
!   33	c        info    integer
!   34	c                = 0  normal value.
!   35	c                = k  if  u(k,k) .eq. 0.0 .  this is not an error
!   36	c                     condition for this subroutine, but it does
!   37	c                     indicate that sgesl or sgedi will divide by zero
!   38	c                     if called.  use  rcond  in sgeco for a reliable
!   39	c                     indication of singularity.
!   40	c
!   41	c     linpack. this version dated 08/14/78 .
!   42	c     cleve moler, university of new mexico, argonne national lab.
!   43	c
!   44	c     subroutines and functions
!   45	c
!   46	c     blas saxpy,sscal,isamax
!   47	c
!   48	c     internal variables
!   49	c
!   50	      real t
!   51	      integer isamax,j,k,kp1,l,nm1
!   52	c
!   53	c
!   54	c     gaussian elimination with partial pivoting
!   55	c
!   56	      info = 0

	sethi	%hi(.L_tcovCounters),%l2
	ldd	[%l2+%lo(.L_tcovCounters)],%l0
	addcc	%l1,1,%l1
	addx	%l0,%g0,%l0
	std	%l0,[%l2+%lo(.L_tcovCounters)]
	st	%g0,[%i4+0]

!   57	      nm1 = n - 1

	ld	[%i2+0],%l0
	sub	%l0,1,%l1
	sethi	%hi(.XBkNwvC56cr9ifd.sgefa.nm1),%l0
	st	%l1,[%l0+%lo(.XBkNwvC56cr9ifd.sgefa.nm1)]

!   58	      if (nm1 .lt. 1) go to 70

	cmp	%l1,1
	bl	.L48
	nop

	! block 3
.L52:

!   59	      do 60 k = 1, nm1

	sethi	%hi(.L_tcovCounters+8),%l2
	ldd	[%l2+%lo(.L_tcovCounters+8)],%l0
	addcc	%l1,1,%l1
	addx	%l0,%g0,%l0
	std	%l0,[%l2+%lo(.L_tcovCounters+8)]
.L38:
	sethi	%hi(.XBkNwvC56cr9ifd.sgefa.nm1),%l0
	ld	[%l0+%lo(.XBkNwvC56cr9ifd.sgefa.nm1)],%l0
	st	%l0,[%fp-52]
	mov	1,%l1
	sethi	%hi(.XBkNwvC56cr9ifd.sgefa.k),%l0
	st	%l1,[%l0+%lo(.XBkNwvC56cr9ifd.sgefa.k)]
	ld	[%fp-52],%l0
	cmp	%l1,%l0
	bg	.L54
	nop

	! block 4
.L55:
.L53:

!   60	         kp1 = k + 1

	sethi	%hi(.L_tcovCounters+16),%l2
	ldd	[%l2+%lo(.L_tcovCounters+16)],%l0
	addcc	%l1,1,%l1
	addx	%l0,%g0,%l0
	std	%l0,[%l2+%lo(.L_tcovCounters+16)]
	sethi	%hi(.XBkNwvC56cr9ifd.sgefa.k),%l6
	ld	[%l6+%lo(.XBkNwvC56cr9ifd.sgefa.k)],%l0
	add	%l0,1,%l1
	sethi	%hi(.XBkNwvC56cr9ifd.sgefa.kp1),%l0
	st	%l1,[%l0+%lo(.XBkNwvC56cr9ifd.sgefa.kp1)]

!   61	c
!   62	c        find l = pivot index
!   63	c
!   64	         l = isamax(n-k+1,a(k,k),1) + k - 1

	ld	[%i2+0],%l1
	ld	[%l6+%lo(.XBkNwvC56cr9ifd.sgefa.k)],%l2
	sub	%l1,%l2,%l0
	add	%l0,1,%l0
	st	%l0,[%fp-40]
	add	%fp,-40,%o0
	smul	%l2,%i3,%l0
	add	%l0,%l2,%l0
	sll	%l0,2,%l1
	add	%i5,%l1,%o1
	sethi	%hi(.L_cseg0),%o2
	or	%o2,%lo(.L_cseg0),%o2
	call	isamax_
	nop
	st	%o0,[%fp-44]
	ld	[%l6+%lo(.XBkNwvC56cr9ifd.sgefa.k)],%l0
	add	%o0,%l0,%l0
	sub	%l0,1,%l3
	sethi	%hi(.XBkNwvC56cr9ifd.sgefa.l),%l5
	st	%l3,[%l5+%lo(.XBkNwvC56cr9ifd.sgefa.l)]

!   65	         ipvt(k) = l

	ld	[%fp-16],%l2
	ld	[%l6+%lo(.XBkNwvC56cr9ifd.sgefa.k)],%l0
	sll	%l0,2,%l1
	add	%l2,%l1,%l0
	st	%l3,[%l0-4]

!   66	c
!   67	c        zero pivot implies this column already triangularized
!   68	c
!   69	         if (a(l,k) .eq. 0.0e0) go to 40

	mov	%i5,%l4
	ld	[%l6+%lo(.XBkNwvC56cr9ifd.sgefa.k)],%l0
	mov	%i3,%l7
	smul	%l0,%l7,%l2
	ld	[%l5+%lo(.XBkNwvC56cr9ifd.sgefa.l)],%l1
	add	%l2,%l1,%l0
	sll	%l0,2,%l1
	ld	[%l4+%l1],%f3
	sethi	%hi(.L_cseg1),%l0
	ld	[%l0+%lo(.L_cseg1)],%f2
	fcmps	%f3,%f2
	nop
	fbe	.L44
	nop

	! block 5
.L56:

!   70	c
!   71	c           interchange if necessary
!   72	c
!   73	            if (l .eq. k) go to 10

	sethi	%hi(.L_tcovCounters+24),%l2
	ldd	[%l2+%lo(.L_tcovCounters+24)],%l0
	addcc	%l1,1,%l1
	addx	%l0,%g0,%l0
	std	%l0,[%l2+%lo(.L_tcovCounters+24)]
	ld	[%l5+%lo(.XBkNwvC56cr9ifd.sgefa.l)],%l1
	ld	[%l6+%lo(.XBkNwvC56cr9ifd.sgefa.k)],%l0
	cmp	%l1,%l0
	be	.L40
	nop

	! block 6
.L57:

!   74	               t = a(l,k)

	sethi	%hi(.L_tcovCounters+32),%l2
	ldd	[%l2+%lo(.L_tcovCounters+32)],%l0
	addcc	%l1,1,%l1
	addx	%l0,%g0,%l0
	std	%l0,[%l2+%lo(.L_tcovCounters+32)]
	ld	[%l6+%lo(.XBkNwvC56cr9ifd.sgefa.k)],%l0
	smul	%l0,%l7,%l2
	ld	[%l5+%lo(.XBkNwvC56cr9ifd.sgefa.l)],%l1
	add	%l2,%l1,%l0
	sll	%l0,2,%l1
	ld	[%l4+%l1],%f2
	sethi	%hi(.XBkNwvC56cr9ifd.sgefa.t),%l3
	st	%f2,[%l3+%lo(.XBkNwvC56cr9ifd.sgefa.t)]

!   75	               a(l,k) = a(k,k)

	ld	[%l6+%lo(.XBkNwvC56cr9ifd.sgefa.k)],%l1
	smul	%l1,%l7,%l2
	add	%l2,%l1,%l0
	sll	%l0,2,%l1
	ld	[%l4+%l1],%f2
	ld	[%l5+%lo(.XBkNwvC56cr9ifd.sgefa.l)],%l1
	add	%l2,%l1,%l0
	sll	%l0,2,%l1
	st	%f2,[%l4+%l1]

!   76	               a(k,k) = t

	ld	[%l3+%lo(.XBkNwvC56cr9ifd.sgefa.t)],%f2
	ld	[%l6+%lo(.XBkNwvC56cr9ifd.sgefa.k)],%l1
	smul	%l1,%l7,%l0
	add	%l0,%l1,%l0
	sll	%l0,2,%l1
	st	%f2,[%l4+%l1]

!   77	   10       continue


	! block 7
.L40:

!   78	c
!   79	c           compute multipliers
!   80	c
!   81	            t = -1.0e0/a(k,k)

	sethi	%hi(.L_tcovCounters+40),%l2
	ldd	[%l2+%lo(.L_tcovCounters+40)],%l0
	addcc	%l1,1,%l1
	addx	%l0,%g0,%l0
	std	%l0,[%l2+%lo(.L_tcovCounters+40)]
	sethi	%hi(.L_cseg2),%l0
	ld	[%l0+%lo(.L_cseg2)],%f3
	sethi	%hi(.XBkNwvC56cr9ifd.sgefa.k),%l3
	ld	[%l3+%lo(.XBkNwvC56cr9ifd.sgefa.k)],%l1
	smul	%l1,%i3,%l0
	add	%l0,%l1,%l0
	sll	%l0,2,%l1
	ld	[%i5+%l1],%f2
	fdivs	%f3,%f2,%f2
	fnegs	%f2,%f2
	sethi	%hi(.XBkNwvC56cr9ifd.sgefa.t),%o1
	or	%o1,%lo(.XBkNwvC56cr9ifd.sgefa.t),%o1
	st	%f2,[%o1+0]

!   82	            call sscal(n-k,t,a(k+1,k),1)

	ld	[%i2+0],%l0
	ld	[%l3+%lo(.XBkNwvC56cr9ifd.sgefa.k)],%l1
	sub	%l0,%l1,%l0
	st	%l0,[%fp-40]
	add	%fp,-40,%o0
	smul	%l1,%i3,%l0
	add	%l1,1,%l1
	add	%l0,%l1,%l0
	sll	%l0,2,%l1
	add	%i5,%l1,%o2
	sethi	%hi(.L_cseg0),%o3
	or	%o3,%lo(.L_cseg0),%o3
	call	sscal_
	nop

!   83	c
!   84	c           row elimination with column indexing
!   85	c
!   86	            do 30 j = kp1, n


	! block 8
.L39:
	sethi	%hi(.XBkNwvC56cr9ifd.sgefa.kp1),%l0
	ld	[%l0+%lo(.XBkNwvC56cr9ifd.sgefa.kp1)],%l2
	st	%l2,[%fp-56]
	ld	[%i2+0],%l1
	st	%l1,[%fp-60]
	sethi	%hi(.XBkNwvC56cr9ifd.sgefa.j),%l0
	cmp	%l2,%l1
	bg	.L59
	st	%l2,[%l0+%lo(.XBkNwvC56cr9ifd.sgefa.j)]

	! block 9
.L60:
.L58:

!   87	               t = a(l,j)

	sethi	%hi(.L_tcovCounters+48),%l2
	ldd	[%l2+%lo(.L_tcovCounters+48)],%l0
	addcc	%l1,1,%l1
	addx	%l0,%g0,%l0
	std	%l0,[%l2+%lo(.L_tcovCounters+48)]
	mov	%i5,%l4
	sethi	%hi(.XBkNwvC56cr9ifd.sgefa.j),%l6
	ld	[%l6+%lo(.XBkNwvC56cr9ifd.sgefa.j)],%l0
	mov	%i3,%l7
	smul	%l0,%l7,%l2
	sethi	%hi(.XBkNwvC56cr9ifd.sgefa.l),%l3
	ld	[%l3+%lo(.XBkNwvC56cr9ifd.sgefa.l)],%l1
	add	%l2,%l1,%l0
	sll	%l0,2,%l1
	ld	[%l4+%l1],%f2
	sethi	%hi(.XBkNwvC56cr9ifd.sgefa.t),%l5
	st	%f2,[%l5+%lo(.XBkNwvC56cr9ifd.sgefa.t)]

!   88	               if (l .eq. k) go to 20

	ld	[%l3+%lo(.XBkNwvC56cr9ifd.sgefa.l)],%l1
	sethi	%hi(.XBkNwvC56cr9ifd.sgefa.k),%i0
	ld	[%i0+%lo(.XBkNwvC56cr9ifd.sgefa.k)],%l0
	cmp	%l1,%l0
	be	.L41
	nop

	! block 10
.L61:

!   89	                  a(l,j) = a(k,j)

	sethi	%hi(.L_tcovCounters+56),%l2
	ldd	[%l2+%lo(.L_tcovCounters+56)],%l0
	addcc	%l1,1,%l1
	addx	%l0,%g0,%l0
	std	%l0,[%l2+%lo(.L_tcovCounters+56)]
	ld	[%l6+%lo(.XBkNwvC56cr9ifd.sgefa.j)],%l0
	smul	%l0,%l7,%l2
	ld	[%i0+%lo(.XBkNwvC56cr9ifd.sgefa.k)],%l1
	add	%l2,%l1,%l0
	sll	%l0,2,%l1
	ld	[%l4+%l1],%f2
	ld	[%l3+%lo(.XBkNwvC56cr9ifd.sgefa.l)],%l1
	add	%l2,%l1,%l0
	sll	%l0,2,%l1
	st	%f2,[%l4+%l1]

!   90	                  a(k,j) = t

	ld	[%l5+%lo(.XBkNwvC56cr9ifd.sgefa.t)],%f2
	ld	[%l6+%lo(.XBkNwvC56cr9ifd.sgefa.j)],%l0
	smul	%l0,%l7,%l0
	ld	[%i0+%lo(.XBkNwvC56cr9ifd.sgefa.k)],%l1
	add	%l0,%l1,%l0
	sll	%l0,2,%l1
	st	%f2,[%l4+%l1]

!   91	   20          continue


	! block 11
.L41:

!   92	               call saxpy(n-k,t,a(k+1,k),1,a(k+1,j),1)

	sethi	%hi(.L_tcovCounters+64),%l2
	ldd	[%l2+%lo(.L_tcovCounters+64)],%l0
	addcc	%l1,1,%l1
	addx	%l0,%g0,%l0
	std	%l0,[%l2+%lo(.L_tcovCounters+64)]
	ld	[%i2+0],%l1
	sethi	%hi(.XBkNwvC56cr9ifd.sgefa.k),%l0
	ld	[%l0+%lo(.XBkNwvC56cr9ifd.sgefa.k)],%l3
	sub	%l1,%l3,%l0
	st	%l0,[%fp-44]
	add	%fp,-44,%o0
	sethi	%hi(.XBkNwvC56cr9ifd.sgefa.t),%o1
	or	%o1,%lo(.XBkNwvC56cr9ifd.sgefa.t),%o1
	smul	%l3,%i3,%l0
	add	%l3,1,%l2
	add	%l0,%l2,%l0
	sll	%l0,2,%l1
	add	%i5,%l1,%o2
	sethi	%hi(.L_cseg0),%o5
	or	%o5,%lo(.L_cseg0),%o5
	sethi	%hi(.XBkNwvC56cr9ifd.sgefa.j),%l3
	ld	[%l3+%lo(.XBkNwvC56cr9ifd.sgefa.j)],%l0
	smul	%l0,%i3,%l0
	add	%l0,%l2,%l0
	sll	%l0,2,%l1
	add	%i5,%l1,%o4
	call	saxpy_
	mov	%o5,%o3

!   93	   30       continue


	! block 12
.L42:
	ld	[%l3+%lo(.XBkNwvC56cr9ifd.sgefa.j)],%l0
	add	%l0,1,%l1
	st	%l1,[%l3+%lo(.XBkNwvC56cr9ifd.sgefa.j)]
	ld	[%fp-60],%l0
	cmp	%l1,%l0
	ble	.L58
	nop

	! block 13
.L62:
.L59:

!   94	         go to 50

	sethi	%hi(.L_tcovCounters+72),%l2
	ldd	[%l2+%lo(.L_tcovCounters+72)],%l0
	addcc	%l1,1,%l1
	addx	%l0,%g0,%l0
	std	%l0,[%l2+%lo(.L_tcovCounters+72)]
	ba	.L45
	nop

	! block 14

!   95	   40    continue

.L44:

!   96	            info = k

	sethi	%hi(.L_tcovCounters+80),%l2
	ldd	[%l2+%lo(.L_tcovCounters+80)],%l0
	addcc	%l1,1,%l1
	addx	%l0,%g0,%l0
	std	%l0,[%l2+%lo(.L_tcovCounters+80)]
	sethi	%hi(.XBkNwvC56cr9ifd.sgefa.k),%l0
	ld	[%l0+%lo(.XBkNwvC56cr9ifd.sgefa.k)],%l1
	st	%l1,[%i4+0]

!   97	   50    continue


	! block 15
.L45:

!   98	   60 continue

	sethi	%hi(.L_tcovCounters+88),%l2
	ldd	[%l2+%lo(.L_tcovCounters+88)],%l0
	addcc	%l1,1,%l1
	addx	%l0,%g0,%l0
	std	%l0,[%l2+%lo(.L_tcovCounters+88)]
.L46:
	sethi	%hi(.XBkNwvC56cr9ifd.sgefa.k),%l1
	ld	[%l1+%lo(.XBkNwvC56cr9ifd.sgefa.k)],%l0
	add	%l0,1,%l2
	st	%l2,[%l1+%lo(.XBkNwvC56cr9ifd.sgefa.k)]
	ld	[%fp-52],%l0
	cmp	%l2,%l0
	ble	.L53
	nop

	! block 16
.L63:
.L54:

!   99	   70 continue

	sethi	%hi(.L_tcovCounters+96),%l2
	ldd	[%l2+%lo(.L_tcovCounters+96)],%l0
	addcc	%l1,1,%l1
	addx	%l0,%g0,%l0
	std	%l0,[%l2+%lo(.L_tcovCounters+96)]
.L48:

!  100	      ipvt(n) = n

	ld	[%i2+0],%l3
	ld	[%fp-16],%l2
	sll	%l3,2,%l1
	add	%l2,%l1,%l0
	st	%l3,[%l0-4]

!  101	      if (a(n,n) .eq. 0.0e0) info = n

	ld	[%i2+0],%l2
	smul	%l2,%i3,%l0
	add	%l0,%l2,%l0
	sll	%l0,2,%l1
	ld	[%i5+%l1],%f3
	sethi	%hi(.L_cseg1),%l0
	ld	[%l0+%lo(.L_cseg1)],%f2
	fcmps	%f3,%f2
	nop
	fbne	.L64
	nop

	! block 17
.L65:
	st	%l2,[%i4+0]

	! block 18
.L64:

!  102	      return

	sethi	%hi(.L_tcovCounters+104),%l2
	ldd	[%l2+%lo(.L_tcovCounters+104)],%l0
	addcc	%l1,1,%l1
	addx	%l0,%g0,%l0
	std	%l0,[%l2+%lo(.L_tcovCounters+104)]
	jmp	%i7+8
	restore

	! block 19
.L49:
.L66:
	jmp	%i7+8
	restore
	.size	sgefa_,(.-sgefa_)
	.align	8

	.section	".bss",#alloc,#write
	.align	4
	.global	.XBkNwvC56cr9ifd.sgefa.nm1
.XBkNwvC56cr9ifd.sgefa.nm1:
	.skip	4
	.type	.XBkNwvC56cr9ifd.sgefa.nm1,#object
	.size	.XBkNwvC56cr9ifd.sgefa.nm1,4
	.align	4
	.global	.XBkNwvC56cr9ifd.sgefa.k
.XBkNwvC56cr9ifd.sgefa.k:
	.skip	4
	.type	.XBkNwvC56cr9ifd.sgefa.k,#object
	.size	.XBkNwvC56cr9ifd.sgefa.k,4
	.align	4
	.global	.XBkNwvC56cr9ifd.sgefa.kp1
.XBkNwvC56cr9ifd.sgefa.kp1:
	.skip	4
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