;redcode-qs
;name KafMini-Q^3 AQP
;author John Metcalf
;strategy KafuFFLe's Mini-Q^3 with A Quickscanner's Paper
;strategy 32 (+1) scans with a 42 line qscan
;strategy descended from nPaper II's Mini-Q^3 - minor improvements
;assert CORESIZE == 8000

        org     qGo

        pGo     EQU     boot

	pStep1	EQU	2341
	pStep2	EQU	2421
	pStep3	EQU	3241

	pAway1	EQU	2000
	pAway2	EQU	6000

	pEnd	EQU	(silk3 + 1)

boot	spl	1
	mov.i	-1,		0
	spl	1

	mov.i	< pBoot1,	{ pBoot1
pBoot1	spl	pAway1,		pEnd

	mov.i	< pBoot2,	{ pBoot2
pBoot2	jmp	pAway2,		pEnd

silk1	spl	@ silk1,	< pStep1
	mov.i	} silk1,	> silk1

silk2	spl	@ silk2,	< pStep2
	mov.i	} silk2,	> silk2

	mov.i	{ silk2,	< silk3
silk3	djn.f	@ silk3,	< pStep3

     for 45
     dat 0,0
     rof

     qf equ qKil                   ; Mini-Q^3
     qs equ 222
     qd equ 322
     qi equ 7
     qr equ 11

qGo: seq   qd+qf+qs,    qf+qs      ; 1
     djn.f qSki,        {qd+qf+qs+qi
     seq   qd+qf+6*qs,  qf+6*qs    ; B
     djn.f qFas,        {qd+qf+6*qs+qi
     seq   qd+qf+5*qs,  qf+5*qs    ; B-1
     jmp   qFas,        <qBmb
     seq   qd+qf+7*qs,  qf+7*qs    ; B+1
     jmp   qFas,        >qBmb
     seq   qd+qf+9*qs,  qf+9*qs    ; A-1
     djn   qFas,        {qFas
     seq   qd+qf+10*qs, qf+10*qs   ; A
     jmn   qFas,        {qFas

     seq   qd+qf+3*qs,  qf+3*qs    ; C
     djn.f >qFas,       {qd+qf+3*qs+qi
     seq   qd+qf+2*qs,  qf+2*qs    ; C-1
     jmn   >qFas,       {qSlo
     seq   qd+qf+4*qs,  qf+4*qs    ; C+1
     jmn   >qFas,       }qSlo
     seq   qd+qf+12*qs, qf+12*qs   ; B*C-B
     jmn   qSlo,        {qSlo
     seq   qd+qf+15*qs, qf+15*qs   ; B*C-C
     jmp   qSlo,        <qBmb
     seq   qd+qf+21*qs, qf+21*qs   ; B*C+C
     jmp   qSlo,        >qBmb
     seq   qd+qf+24*qs, qf+24*qs   ; B*C+B
     jmn   qSlo,        }qSlo
     seq   qd+qf+27*qs, qf+27*qs   ; A*C-C
     djn   qSlo,        {qFas
     seq   qd+qf+30*qs, qf+30*qs   ; A*C
     jmn   qSlo,        {qFas
     sne   qd+qf+18*qs, qf+18*qs   ; B*C
     jmz.f pGo,         qd+qf+18*qs-10

qSlo:mul   #3,          qKil       ; C=3
qFas:mul.b qBmb,        @qSlo
qSki:sne   >qf+23*qs,   >qKil
     add   #qd,         qKil
qLoo:mov   *qKil,       <qKil
qKil:mov   qBmb,        }qs
     sub   #qi-1,       @qLoo
     djn   qLoo,        #qr
     djn.f pGo,         <10        ; A=10
qBmb:dat   {qi*qr-10,   {6         ; B=6

	END