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Compiler Produced FFT assembly code

; Archelon URCC C 3.17 2003/08/11 MCSYS = ucode
; - fft.c at Wed Aug 13 13:14:07 2003
; struct    complex { float rp, ip; } ;
; struct complex    z[ 256 +1], w[ 256 +1],
;     e[ 129 +1];
; float    zr, zi;
; extern int seed;
; float Cos (x) float x;
	.segment fft_code,memtype=0,locinc=1,rom
	.global _Cos
_Cos:
	addi_l	R31,0x4,R31
	strri_l	R30,R31,-0x4
	mov_l	R31,R30
	addi_l	R31,0x8,R31
	strri_l	R0,R30,0x0
	strri_l	R1,R30,0x4
; ENTRY
	cvtdf	R24,R1
; x at argloc 0 (0x0) in reg  size 4
; i in reg  size 2
; factor in reg  size 2
; result in reg  size 4
; power in reg  size 4
; {
; int i, factor;
; float    result,power;
;    result = 1.0; factor = 1;  power = x;
	ldzi_f	__fconsf1,R24
	movi_w	0x1,R26
;    for ( i = 2; i <= 10; i++ ) {
	movi_w	0x2,R25
	mov_l	R1,R27
Cos_L1:
;       factor = factor * i;  power = power*x;
	mul_w	R26,R25,R26
	mul_f	R27,R1,R27
;       if ( (i & 1) == 0 )  {
	movi_w	0x0,R0
	movi_w	0x1,R0
	andi_w	R25,0x1,R0
	cmpi_w	R0,0x0
	bne	Cos_L2
;         if ( (i & 3) == 0 ) result = result + power/factor;
	andi_w	R25,0x3,R0
	cmpi_w	R0,0x0
	bne	Cos_L3
	cvtwf	R26,R0
	div_f	R27,R0,R0
	add_f	R0,R24,R24
	br	Cos_L4
Cos_L3:
;         else result = result - power/factor;
	cvtwf	R26,R0
	div_f	R27,R0,R0
	sub_f	R24,R0,R24
Cos_L4:
;       }
Cos_L2:
	addi_w	R25,0x1,R25
	cmpi_w	R25,0xa
	ble	Cos_L1
;    }
;    return (result);
; EXIT
; .temp0 at stkloc 0 (0x0) size 8
	ldri_l	R30,0x0,R0
	ldri_l	R30,0x4,R1
	mov_l	R30,R31
	ldri_l	R31,-0x4,R30
	subi_l	R31,0x4,R31
	ret	
; }
; int Min0( arg1, arg2) int arg1, arg2;
	.global _Min0
_Min0:
	addi_l	R31,0x4,R31
	strri_l	R30,R31,-0x4
	mov_l	R31,R30
; ENTRY
; arg1 at argloc 0 (0x0) in reg  size 2
; arg2 at argloc 0 (0x0) in reg  size 2
;     {
;     if ( arg1 < arg2 )
	cmp_w	R24,R25
	bge	Min0_L1
;         return (arg1);
	br	Min0_LL1
Min0_L1:
;     else
;         return (arg2);
	mov_w	R25,R24
Min0_LL1:
; EXIT
	mov_l	R30,R31
	ldri_l	R31,-0x4,R30
	subi_l	R31,0x4,R31
	ret	
;     }
; void
; Printcomplex(  arg1, arg2, zarray, start, finish, increment)
;         int arg1, arg2, start, finish, increment;
;         struct complex zarray[];
	.global _Printcomplex
_Printcomplex:
	addi_l	R31,0x4,R31
	strri_l	R30,R31,-0x4
	mov_l	R31,R30
	addi_l	R31,0x10,R31
	strri_l	R0,R30,0x0
	strri_l	R1,R30,0x4
	strri_l	R2,R30,0x8
	strri_l	R28,R30,0xc
; ENTRY
	mov_l	R26,R1
; zarray at argloc 0 (0x0) in reg  size 4
	mov_w	R27,R0
; start at argloc 0 (0x0) in reg  size 2
; finish at argloc -6 (0xfffffffa) size 2
	ldri_w	R30,-0x8,R2
; increment at argloc -8 (0xfffffff8) in reg  size 2
; i in reg  size 2
;     {
;     int i;
;     printf("\n") ;
	ldzi_l	__pcons1,R24
	call	_printf
;     i = start;
;     do {
Printcomplex_L2:
;         printf("  %15.3e%15.3e",zarray[i].rp,zarray[i].ip) ;
	addi_l	R31,0x8,R31
	ldzi_l	__pcons2,R24
	cvtswl	R0,R25
	llsi_l	R25,0x3,R25
	add_l	R25,R1,R27
	ldri_f	R27,0x0,R25
	cvtfd	R25,R25
	ldri_f	R27,0x4,R27
	cvtfd	R27,R27
	strri_d	R27,R31,-0x8
	call	_printf
	subi_l	R31,0x8,R31
;         i = i + increment;
	add_w	R0,R2,R0
;         printf("  %15.3e%15.3e",zarray[i].rp,zarray[i].ip) ;
	addi_l	R31,0x8,R31
	ldzi_l	__pcons2,R24
	cvtswl	R0,R25
	llsi_l	R25,0x3,R25
	add_l	R25,R1,R27
	ldri_f	R27,0x0,R25
	cvtfd	R25,R25
	ldri_f	R27,0x4,R27
	cvtfd	R27,R27
	strri_d	R27,R31,-0x8
	call	_printf
	subi_l	R31,0x8,R31
;         printf("\n");
	ldzi_l	__pcons1,R24
	call	_printf
;         i = i + increment ;
	add_w	R0,R2,R0
	ldri_w	R30,-0x6,R24
	cmp_w	R0,R24
	ble	Printcomplex_L2
Printcomplex_L1:
;     } while ( i <= finish );
; EXIT
; .temp1 at stkloc 0 (0x0) size 16
	ldri_l	R30,0x0,R0
	ldri_l	R30,0x4,R1
	ldri_l	R30,0x8,R2
	ldri_l	R30,0xc,R28
	mov_l	R30,R31
	ldri_l	R31,-0x4,R30
	subi_l	R31,0x4,R31
	ret	
;     }
; ****** Warning: Symbol ``arg1'' (function Printcomplex) was defined, but not used
; ****** Warning: Symbol ``arg2'' (function Printcomplex) was defined, but not used
; void
; Uniform11(iy, yfl) int iy; float yfl;
	.global _Uniform11
_Uniform11:
	addi_l	R31,0x4,R31
	strri_l	R30,R31,-0x4
	mov_l	R31,R30
; ENTRY
; iy at argloc 0 (0x0) in reg  size 2
	cvtdf	R25,R25
; yfl at argloc 0 (0x0) in reg  size 4
;     {
;     iy = (4855*iy + 1731) & 8191;
	muli_w	R24,0x12f7,R24
	addi_w	R24,0x6c3,R24
	andi_w	R24,0x1fff,R26
;     yfl = iy/8192.0;
	ldzi_d	__dcons3,R24
	cvtwd	R26,R26
	div_d	R26,R24,R24
	cvtdf	R24,R24
; EXIT
	mov_l	R30,R31
	ldri_l	R31,-0x4,R30
	subi_l	R31,0x4,R31
	ret	
;     }  
; void
; Exptab(n, e) int n; struct complex e[];
	.global _Exptab
_Exptab:
	addi_l	R31,0x4,R31
	strri_l	R30,R31,-0x4
	mov_l	R31,R30
	addi_l	R31,0x84,R31
	strri_l	R0,R30,0x68
	strri_l	R1,R30,0x6c
	strri_l	R2,R30,0x70
	strri_l	R3,R30,0x74
	strri_l	R4,R30,0x78
	strri_l	R5,R30,0x7c
	strri_l	R6,R30,0x80
; ENTRY
	mov_w	R24,R4
; n at argloc 0 (0x0) in reg  size 2
	mov_l	R25,R1
; e at argloc 0 (0x0) in reg  size 4
; theta in reg  size 4
; divisor in reg  size 4
; h at stkloc 0 (0x0) size 104
; i in reg  size 2
; j in reg  size 2
; k in reg  size 2
; l in reg  size 2
; m in reg  size 2
;     {  
;     float theta, divisor, h[26];
;     int i, j, k, l, m;
;     theta = 3.1415926536;
	ldzi_f	__fcons5,R3
;     divisor = 4.0;
	ldzi_f	__fcons6,R2
;     for ( i=1; i <= 25; i++ )
	movi_w	0x1,R0
Exptab_L1:
;         {
;         h[i] = 1/(2*Cos( theta/divisor ));
	div_f	R3,R2,R24
	cvtfd	R24,R24
	call	_Cos
	ldzi_f	__fconsf2,R25
	mul_f	R24,R25,R25
	ldzi_f	__fconsf1,R24
	div_f	R24,R25,R25
	cvtswl	R0,R24
	llsi_l	R24,0x2,R24
	strrr_f	R25,R30,R24
;         divisor = divisor + divisor;
	add_f	R2,R2,R2
	addi_w	R0,0x1,R0
	cmpi_w	R0,0x19
	ble	Exptab_L1
;         }
;     m = n / 2 ;
	divi_w	R4,0x2,R6
;     l = m / 2 ;
	divi_w	R6,0x2,R26
;     j = 1 ;
	movi_w	0x1,R24
;     e[1].rp = 1.0 ;
	ldzi_f	__fconsf1,R0
	strri_f	R0,R1,0x8
;     e[1].ip = 0.0;
	ldzi_f	__fconsf0,R25
	strri_f	R25,R1,0xc
;     e[l+1].rp = 0.0;
	addi_w	R26,0x1,R27
	cvtswl	R27,R27
	llsi_l	R27,0x3,R27
	add_l	R27,R1,R27
	strri_f	R25,R27,0x0
;     e[l+1].ip = 1.0 ;
	strri_f	R0,R27,0x4
;     e[m+1].rp = -1.0 ;
	addi_w	R6,0x1,R27
	cvtswl	R27,R27
	llsi_l	R27,0x3,R27
	add_l	R27,R1,R27
	ldzi_f	__fcons4,R0
	strri_f	R0,R27,0x0
;     e[m+1].ip = 0.0 ;
	strri_f	R25,R27,0x4
;     do {
Exptab_L3:
;         i = l / 2 ;
	divi_w	R26,0x2,R0
;         k = i ;
	mov_l	R0,R25
;         do {
Exptab_L5:
;             e[k+1].rp = h[j]*(e[k+i+1].rp+e[k-i+1].rp) ;
	cvtswl	R24,R27
	llsi_l	R27,0x2,R27
	ldrr_f	R30,R27,R27
	sub_w	R25,R0,R2
	addi_w	R2,0x1,R2
	cvtswl	R2,R2
	llsi_l	R2,0x3,R2
	add_l	R2,R1,R3
	ldri_f	R3,0x0,R2
	add_w	R25,R0,R4
	addi_w	R4,0x1,R4
	cvtswl	R4,R4
	llsi_l	R4,0x3,R4
	add_l	R4,R1,R4
	ldri_f	R4,0x0,R5
	add_f	R5,R2,R2
	mul_f	R27,R2,R2
	addi_w	R25,0x1,R5
	cvtswl	R5,R5
	llsi_l	R5,0x3,R5
	add_l	R5,R1,R5
	strri_f	R2,R5,0x0
;             e[k+1].ip = h[j]*(e[k+i+1].ip+e[k-i+1].ip) ;
	ldri_f	R3,0x4,R2
	ldri_f	R4,0x4,R3
	add_f	R3,R2,R2
	mul_f	R27,R2,R27
	strri_f	R27,R5,0x4
;             k = k+l ;
	add_w	R25,R26,R25
	cmp_w	R25,R6
	ble	Exptab_L5
Exptab_L4:
;         } while ( k <= m );
;         j = Min0( j+1, 25);
	addi_w	R24,0x1,R24
	movi_w	0x19,R25
	call	_Min0
;         l = i ;
	cmpi_w	R0,0x1
	mov_l	R0,R26
	bgt	Exptab_L3
Exptab_L2:
;     } while ( l > 1 );
; EXIT
; .temp2 at stkloc 104 (0x68) size 28
	ldri_l	R30,0x68,R0
	ldri_l	R30,0x6c,R1
	ldri_l	R30,0x70,R2
	ldri_l	R30,0x74,R3
	ldri_l	R30,0x78,R4
	ldri_l	R30,0x7c,R5
	ldri_l	R30,0x80,R6
	mov_l	R30,R31
	ldri_l	R31,-0x4,R30
	subi_l	R31,0x4,R31
	ret	
;     }  
; void
; Fft( n, z, w, e, sqrinv)
;     int n; struct complex z[], w[]; struct complex e[]; float sqrinv;
	.global _Fft
_Fft:
	addi_l	R31,0x4,R31
	strri_l	R30,R31,-0x4
	mov_l	R31,R30
	addi_l	R31,0x38,R31
	strri_l	R0,R30,0x0
	strri_l	R1,R30,0x4
	strri_l	R2,R30,0x8
	strri_l	R3,R30,0xc
	strri_l	R4,R30,0x10
	strri_l	R5,R30,0x14
	strri_l	R6,R30,0x18
	strri_l	R7,R30,0x1c
	strri_l	R8,R30,0x20
	strri_l	R9,R30,0x24
	strri_l	R10,R30,0x28
	strri_l	R11,R30,0x2c
	strri_l	R12,R30,0x30
	strri_l	R13,R30,0x34
; ENTRY
; n at argloc 0 (0x0) in reg  size 2
; z at argloc 0 (0x0) in reg  size 4
; w at argloc 0 (0x0) in reg  size 4
; e at argloc 0 (0x0) in reg  size 4
	ldri_d	R30,-0xc,R0
	cvtdf	R0,R7
; sqrinv at argloc -12 (0xfffffff4) in reg  size 4
; i in reg  size 2
; j in reg  size 2
; k in reg  size 2
; l in reg  size 2
; m in reg  size 2
; index in reg  size 2
;     {
;     int i, j, k, l, m, index;
;     m = n / 2 ;
	divi_w	R24,0x2,R13
;     l = 1 ;
	movi_w	0x1,R1
;     do {
Fft_L2:
;         k = 0 ;
	movi_w	0x0,R3
;         j = l ;
;         i = 1 ;
	movi_w	0x1,R0
	mov_l	R1,R2
;         do {
Fft_L4:
;             do {
Fft_L6:
;                 w[i+k].rp = z[i].rp+z[m+i].rp ;
	add_w	R13,R0,R4
	cvtswl	R4,R4
	llsi_l	R4,0x3,R4
	add_l	R4,R25,R8
	ldri_f	R8,0x0,R5
	cvtswl	R0,R4
	llsi_l	R4,0x3,R4
	add_l	R4,R25,R10
	ldri_f	R10,0x0,R4
	add_f	R4,R5,R5
	add_w	R0,R3,R4
	cvtswl	R4,R4
	llsi_l	R4,0x3,R4
	add_l	R4,R26,R4
	strri_f	R5,R4,0x0
;                 w[i+k].ip = z[i].ip+z[m+i].ip ;
	ldri_f	R8,0x4,R5
	ldri_f	R10,0x4,R6
	add_f	R6,R5,R5
	strri_f	R5,R4,0x4
;                 w[i+j].rp = e[k+1].rp*(z[i].rp-z[i+m].rp)
	movi_w	0x1,R4
	addi_w	R3,0x1,R4
	cvtswl	R4,R4
	llsi_l	R4,0x3,R4
	add_l	R4,R27,R11
	ldri_f	R11,0x4,R9
	ldri_f	R8,0x4,R5
	ldri_f	R10,0x4,R4
	sub_f	R4,R5,R4
	mul_f	R9,R4,R5
	ldri_f	R8,0x0,R6
	ldri_f	R10,0x0,R12
	sub_f	R12,R6,R6
	ldri_f	R11,0x0,R12
	mul_f	R12,R6,R6
	sub_f	R6,R5,R6
	add_w	R0,R2,R5
	cvtswl	R5,R5
	llsi_l	R5,0x3,R5
	add_l	R5,R26,R5
	strri_f	R6,R5,0x0
;                 -e[k+1].ip*(z[i].ip-z[i+m].ip) ;
;                 w[i+j].ip = e[k+1].rp*(z[i].ip-z[i+m].ip)
	ldri_f	R8,0x0,R6
	ldri_f	R10,0x0,R8
	sub_f	R8,R6,R6
	mul_f	R9,R6,R6
	ldri_f	R11,0x0,R8
	mul_f	R8,R4,R4
	add_f	R4,R6,R4
	strri_f	R4,R5,0x4
;                 +e[k+1].ip*(z[i].rp-z[i+m].rp) ;
;                 i = i+1 ;
	addi_w	R0,0x1,R0
	cmp_w	R0,R2
	ble	Fft_L6
Fft_L5:
;             } while ( i <= j );
;             k = j ;
;             j = k+l ;
	add_w	R2,R1,R4
	cmp_w	R4,R13
	mov_l	R2,R3
	mov_l	R4,R2
	ble	Fft_L4
Fft_L3:
;         } while ( j <= m );
;           index = 1;
	movi_w	0x1,R0
;         do {
Fft_L8:
;             z[index] = w[index];
	cvtswl	R0,R2
	llsi_l	R2,0x3,R2
	add_l	R2,R26,R3
	ldri_d	R3,0x0,R3
	add_l	R2,R25,R2
	strri_d	R3,R2,0x0
;             index = index+1;
	addi_w	R0,0x1,R0
	cmp_w	R0,R24
	ble	Fft_L8
Fft_L7:
;         } while ( index <= n );
;         l = l+l ;
	add_w	R1,R1,R1
	cmp_w	R1,R13
	ble	Fft_L2
Fft_L1:
;     } while ( l <= m );
;     for ( i = 1; i <= n; i++ )
	movi_w	0x1,R26
	cmp_w	R26,R24
	bgt	Fft_L9
Fft_L10:
;         {
;         z[i].rp = sqrinv*z[i].rp ;
	cvtswl	R26,R27
	llsi_l	R27,0x3,R27
	add_l	R27,R25,R27
	ldri_f	R27,0x0,R0
	mul_f	R0,R7,R0
	strri_f	R0,R27,0x0
;         z[i].ip = -sqrinv*z[i].ip;
	ldri_f	R27,0x4,R0
	neg_f	R7,R1
	mul_f	R1,R0,R0
	strri_f	R0,R27,0x4
	addi_w	R26,0x1,R26
	cmp_w	R26,R24
	ble	Fft_L10
Fft_L9:
;         }
; EXIT
; .temp3 at stkloc 0 (0x0) size 56
	ldri_l	R30,0x0,R0
	ldri_l	R30,0x4,R1
	ldri_l	R30,0x8,R2
	ldri_l	R30,0xc,R3
	ldri_l	R30,0x10,R4
	ldri_l	R30,0x14,R5
	ldri_l	R30,0x18,R6
	ldri_l	R30,0x1c,R7
	ldri_l	R30,0x20,R8
	ldri_l	R30,0x24,R9
	ldri_l	R30,0x28,R10
	ldri_l	R30,0x2c,R11
	ldri_l	R30,0x30,R12
	ldri_l	R30,0x34,R13
	mov_l	R30,R31
	ldri_l	R31,-0x4,R30
	subi_l	R31,0x4,R31
	ret	
;     }
; void
; Oscar()
	.global _Oscar
_Oscar:
	addi_l	R31,0x4,R31
	strri_l	R30,R31,-0x4
	mov_l	R31,R30
	addi_l	R31,0x10,R31
	strri_l	R0,R30,0x0
	strri_l	R1,R30,0x4
	strri_l	R2,R30,0x8
	strri_l	R28,R30,0xc
; ENTRY
; i in reg  size 2
; {  
; int i;
; Exptab( 256 ,e) ;
	movi_w	0x100,R24
	ldzi_l	__pcons10,R25
	call	_Exptab
; seed = 5767 ;
	stizi_w	0x1687,_seed
; for ( i = 1; i <= 256 ; i++ )
	movi_w	0x1,R0
Oscar_L1:
;     {
;     Uniform11( seed, zr );
	ldzi_w	_seed,R24
	ldzi_f	_zr,R25
	cvtfd	R25,R25
	call	_Uniform11
;     Uniform11( seed, zi );
	ldzi_w	_seed,R24
	ldzi_f	_zi,R25
	cvtfd	R25,R25
	call	_Uniform11
;     z[i].rp = 20.0*zr - 10.0;
	ldzi_f	_zr,R24
	cvtfd	R24,R24
	ldzi_d	__dcons7,R26
	mul_d	R24,R26,R24
	ldzi_d	__dcons8,R26
	sub_d	R24,R26,R24
	cvtdf	R24,R25
	cvtswl	R0,R24
	llsi_l	R24,0x3,R24
	ldzi_l	__pcons11,R26
	add_l	R24,R26,R26
	strri_f	R25,R26,0x0
;     z[i].ip = 20.0*zi - 10.0;
	ldzi_f	_zi,R25
	cvtfd	R25,R25
	ldzi_d	__dcons7,R27
	mul_d	R25,R27,R27
	ldzi_d	__dcons8,R25
	sub_d	R27,R25,R25
	cvtdf	R25,R25
	ldzi_l	__pcons12,R26
	add_l	R24,R26,R24
	strri_f	R25,R24,0x0
	addi_w	R0,0x1,R0
	cmpi_w	R0,0x100
	ble	Oscar_L1
;     }
;     for ( i = 1; i <= 20; i++ ) {
	movi_w	0x1,R0
Oscar_L2:
;        Fft( 256 ,z,w,e,0.0625) ;
	addi_l	R31,0x8,R31
	movi_w	0x100,R24
	ldzi_l	__pcons11,R25
	ldzi_l	__pcons13,R26
	ldzi_l	__pcons10,R27
	ldzi_d	__dcons9,R1
	strri_d	R1,R31,-0x8
	call	_Fft
	subi_l	R31,0x8,R31
	addi_w	R0,0x1,R0
	cmpi_w	R0,0x14
	ble	Oscar_L2
;     }
; EXIT
; .temp4 at stkloc 0 (0x0) size 16
	ldri_l	R30,0x0,R0
	ldri_l	R30,0x4,R1
	ldri_l	R30,0x8,R2
	ldri_l	R30,0xc,R28
	mov_l	R30,R31
	ldri_l	R31,-0x4,R30
	subi_l	R31,0x4,R31
	ret	
; }  
	.segment fft_bss,memtype=1,locinc=1,wordsize=8
fft_V19:
	.global _zi
_zi:
	.bss 4
; zi size 4
	.global _e
_e:
	.bss 1040
; e size 1040
	.global _zr
_zr:
	.bss 4
; zr size 4
	.global _w
_w:
	.bss 2056
; w size 2056
	.global _z
_z:
	.bss 2056
; z size 2056
	.extern _seed
	.extern _printf
	.segment fft_data_const,memtype=1,locinc=1,wordsize=8,rom
__pcons13:
	.data .byte3(_w)
	.data .byte2(_w)
	.data .byte1(_w)
	.data .byte0(_w)
__pcons12:
	.data .byte3(_z+4)
	.data .byte2(_z+4)
	.data .byte1(_z+4)
	.data .byte0(_z+4)
__pcons11:
	.data .byte3(_z)
	.data .byte2(_z)
	.data .byte1(_z)
	.data .byte0(_z)
__pcons10:
	.data .byte3(_e)
	.data .byte2(_e)
	.data .byte1(_e)
	.data .byte0(_e)
__dcons9:
	.data 0x3f
	.data 0xb0
	.data 0x0
	.data 0x0
	.data 0x0
	.data 0x0
	.data 0x0
	.data 0x0
__dcons8:
	.data 0x40
	.data 0x24
	.data 0x0
	.data 0x0
	.data 0x0
	.data 0x0
	.data 0x0
	.data 0x0
__dcons7:
	.data 0x40
	.data 0x34
	.data 0x0
	.data 0x0
	.data 0x0
	.data 0x0
	.data 0x0
	.data 0x0
__fconsf0:
	.data 0x0
	.data 0x0
	.data 0x0
	.data 0x0
__fconsf2:
	.data 0x40
	.data 0x0
	.data 0x0
	.data 0x0
__fcons6:
	.data 0x40
	.data 0x80
	.data 0x0
	.data 0x0
__fcons5:
	.data 0x40
	.data 0x49
	.data 0xf
	.data 0xda
__fcons4:
	.data 0xbf
	.data 0x80
	.data 0x0
	.data 0x0
__dcons3:
	.data 0x40
	.data 0xc0
	.data 0x0
	.data 0x0
	.data 0x0
	.data 0x0
	.data 0x0
	.data 0x0
__pcons2:
	.data .byte3(fft_V3)
	.data .byte2(fft_V3)
	.data .byte1(fft_V3)
	.data .byte0(fft_V3)
__pcons1:
	.data .byte3(fft_V2)
	.data .byte2(fft_V2)
	.data .byte1(fft_V2)
	.data .byte0(fft_V2)
__fconsf1:
	.data 0x3f
	.data 0x80
	.data 0x0
	.data 0x0
	.segment fft_istrings_const,memtype=1,locinc=1,wordsize=8,rom
fft_V2:
	.data 0xa
	.data 0x0
fft_V3:
	.data 0x20
	.data 0x20
	.data 0x25
	.data 0x31
	.data 0x35
	.data 0x2e
	.data 0x33
	.data 0x65
	.data 0x25
	.data 0x31
	.data 0x35
	.data 0x2e
	.data 0x33
	.data 0x65
	.data 0x0
	.segment _idesc,memtype=1,locinc=1,wordsize=8,rom
	.data 0x0
	.data 0x0
	.data 0x0
	.data 0x0
	.data .byte3(fft_V19)
	.data .byte2(fft_V19)
	.data .byte1(fft_V19)
	.data .byte0(fft_V19)
	.data 0x0
	.data 0x0
	.data 0x14
	.data 0x28


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