// processing 02074720
// 02074720	e92d4ff8	stmdb	r13!, { r3-r11, r14 }
// adding link: 02074720 -> 02074724
// processing 02074724
// 02074724	e24dd068	sub	r13, r13, #0x68
// adding link: 02074724 -> 02074728
// processing 02074728
// 02074728	e5901000	ldr	r1, [r0]
// adding link: 02074728 -> 0207472c
// processing 0207472c
// 0207472c	e1a04000	mov	r4, r0
// adding link: 0207472c -> 02074730
// processing 02074730
// 02074730	e5911028	ldr	r1, [r1, #0x28]
// adding link: 02074730 -> 02074734
// processing 02074734
// 02074734	e3a05000	mov	r5, #0x0
// adding link: 02074734 -> 02074738
// processing 02074738
// 02074738	e12fff31	blx	r1
// adding jump: 02074738 -> 0207546c (sub=1)
// adding link: 02074738 -> 0207473c
// processing 0207546c
// 0207546c	e92d4ff8	stmdb	r13!, { r3-r11, r14 }
// adding link: 0207546c -> 02075470
// processing 0207473c
// 0207473c	e5940034	ldr	r0, [r4, #0x34]
// adding link: 0207473c -> 02074740
// processing 02075470
// 02075470	e1a09000	mov	r9, r0
// adding link: 02075470 -> 02075474
// processing 02074740
// 02074740	e594101c	ldr	r1, [r4, #0x1c]
// adding link: 02074740 -> 02074744
// processing 02075474
// 02075474	e5d97008	ldrb	r7, [r9, #0x8]
// adding link: 02075474 -> 02075478
// processing 02074744
// 02074744	e5903014	ldr	r3, [r0, #0x14]
// adding link: 02074744 -> 02074748
// processing 02075478
// 02075478	e3a05000	mov	r5, #0x0
// adding link: 02075478 -> 0207547c
// processing 02074748
// 02074748	e5902018	ldr	r2, [r0, #0x18]
// adding link: 02074748 -> 0207474c
// processing 0207547c
// 0207547c	e3570000	cmp	r7, #0x0
// adding link: 0207547c -> 02075480
// processing 0207474c
// 0207474c	e5911000	ldr	r1, [r1]
// adding link: 0207474c -> 02074750
// processing 02075480
// 02075480	01a00005	moveq	r0, r5
// adding link: 02075480 -> 02075484
// processing 02074750
// 02074750	e0433002	sub	r3, r3, r2
// adding link: 02074750 -> 02074754
// processing 02075484
// 02075484	08bd8ff8	ldmiaeq	r13!, { r3-r11, r15 }
// return
// adding link: 02075484 -> 02075488
// processing 02074754
// 02074754	e5803014	str	r3, [r0, #0x14]
// adding link: 02074754 -> 02074758
// processing 02075488
// 02075488	e3570000	cmp	r7, #0x0
// adding link: 02075488 -> 0207548c
// processing 02074758
// 02074758	e58d1000	str	r1, [r13]
// adding link: 02074758 -> 0207475c
// processing 0207548c
// 0207548c	e1a08005	mov	r8, r5
// adding link: 0207548c -> 02075490
// processing 0207475c
// 0207475c	e590101c	ldr	r1, [r0, #0x1c]
// adding link: 0207475c -> 02074760
// processing 02075490
// 02075490	da000067	ble	0x2075634
// adding jump: 02075490 -> 02075634 (sub=0)
// adding link: 02075490 -> 02075494
// processing 02074760
// 02074760	e5902018	ldr	r2, [r0, #0x18]
// adding link: 02074760 -> 02074764
// processing 02075634
// 02075634	e3a00000	mov	r0, #0x0
// adding link: 02075634 -> 02075638
// processing 02075494
// 02075494	e3a0b003	mov	r11, #0x3
// adding link: 02075494 -> 02075498
// processing 02074764
// 02074764	e1a033c3	mov	r3, r3, asr #0x7
// adding link: 02074764 -> 02074768
// processing 02075638
// 02075638	e5c90008	strb	r0, [r9, #0x8]
// adding link: 02075638 -> 0207563c
// processing 02075498
// 02075498	e3e04102	mvn	r4, #0x80000000
// adding link: 02075498 -> 0207549c
// processing 02074768
// 02074768	e0812002	add	r2, r1, r2
// adding link: 02074768 -> 0207476c
// processing 0207563c
// 0207563c	e8bd8ff8	ldmia	r13!, { r3-r11, r15 }
// return
// processing 0207549c
// 0207549c	e1a0600b	mov	r6, r11
// adding link: 0207549c -> 020754a0
// processing 0207476c
// 0207476c	e580201c	str	r2, [r0, #0x1c]
// adding link: 0207476c -> 02074770
// processing 020754a0
// 020754a0	e3a0a001	mov	r10, #0x1
// adding link: 020754a0 -> 020754a4
// processing 02074770
// 02074770	e5907024	ldr	r7, [r0, #0x24]
// adding link: 02074770 -> 02074774
// processing 020754a4
// 020754a4	e5990004	ldr	r0, [r9, #0x4]
// adding link: 020754a4 -> 020754a8
// processing 02074774
// 02074774	e08323c2	add	r2, r3, r2, asr #0x7
// adding link: 02074774 -> 02074778
// processing 020754a8
// 020754a8	e0801188	add	r1, r0, r8, lsl #0x3
// adding link: 020754a8 -> 020754ac
// processing 02074778
// 02074778	e3170101	tst	r7, #0x40000000
// adding link: 02074778 -> 0207477c
// processing 020754ac
// 020754ac	e7d00188	ldrb	r0, [r0, r8, lsl #0x3]
// adding link: 020754ac -> 020754b0
// processing 0207477c
// 0207477c	059f6cac	ldreq	r6, [r15, #0xcac]	; 0x2075430
// adding link: 0207477c -> 02074780
// processing 020754b0
// 020754b0	e3500015	cmp	r0, #0x15
// adding link: 020754b0 -> 020754b4
// processing 02074780
// 02074780	00276006	eoreq	r6, r7, r6
// adding link: 02074780 -> 02074784
// processing 020754b4
// 020754b4	ca00000c	bgt	0x20754ec
// adding jump: 020754b4 -> 020754ec (sub=0)
// adding link: 020754b4 -> 020754b8
// processing 02074784
// 02074784	01a06086	moveq	r6, r6, lsl #0x1
// adding link: 02074784 -> 02074788
// processing 020754ec
// 020754ec	e3500018	cmp	r0, #0x18
// adding link: 020754ec -> 020754f0
// processing 020754b8
// 020754b8	aa00005a	bge	0x2075628
// adding jump: 020754b8 -> 02075628 (sub=0)
// adding link: 020754b8 -> 020754bc
// processing 02074788
// 02074788	03866001	orreq	r6, r6, #0x1
// adding link: 02074788 -> 0207478c
// processing 020754f0
// 020754f0	ca000001	bgt	0x20754fc
// adding jump: 020754f0 -> 020754fc (sub=0)
// adding link: 020754f0 -> 020754f4
// processing 02075628
// 02075628	e2888001	add	r8, r8, #0x1
// adding link: 02075628 -> 0207562c
// processing 020754bc
// 020754bc	e3500005	cmp	r0, #0x5
// adding link: 020754bc -> 020754c0
// processing 0207478c
// 0207478c	11a06087	movne	r6, r7, lsl #0x1
// adding link: 0207478c -> 02074790
// processing 020754fc
// 020754fc	e2400019	sub	r0, r0, #0x19
// adding link: 020754fc -> 02075500
// processing 020754f4
// 020754f4	0a00002f	beq	0x20755b8
// adding jump: 020754f4 -> 020755b8 (sub=0)
// adding link: 020754f4 -> 020754f8
// processing 0207562c
// 0207562c	e1580007	cmp	r8, r7
// adding link: 0207562c -> 02075630
// processing 020754c0
// 020754c0	ca000058	bgt	0x2075628
// adding jump: 020754c0 -> 02075628 (sub=0)
// adding link: 020754c0 -> 020754c4
// processing 02074790
// 02074790	e5806024	str	r6, [r0, #0x24]
// adding link: 02074790 -> 02074794
// processing 02075500
// 02075500	e3500005	cmp	r0, #0x5
// adding link: 02075500 -> 02075504
// processing 020755b8
// 020755b8	e5990034	ldr	r0, [r9, #0x34]
// adding link: 020755b8 -> 020755bc
// processing 020754f8
// 020754f8	ea00004a	b	0x2075628
// adding jump: 020754f8 -> 02075628 (sub=0)
// processing 02075630
// 02075630	baffff9b	blt	0x20754a4
// adding jump: 02075630 -> 020754a4 (sub=0)
// adding link: 02075630 -> 02075634
// processing 020754c4
// 020754c4	e3500000	cmp	r0, #0x0
// adding link: 020754c4 -> 020754c8
// processing 02074794
// 02074794	e590601c	ldr	r6, [r0, #0x1c]
// adding link: 02074794 -> 02074798
// processing 02075504
// 02075504	908ff100	addls	r15, r15, r0, lsl #0x2
// foudn addls  sha=2 rm=0
// adding jump: 02075504 -> 02075508 (sub=0)
// target=02075628
// adding jump: 02075504 -> 02075628 (sub=0)
// target=02075628
// adding jump: 02075504 -> 02075628 (sub=0)
// target=02075628
// adding jump: 02075504 -> 02075628 (sub=0)
// target=020755e4
// adding jump: 02075504 -> 020755e4 (sub=0)
// target=020755d4
// adding jump: 02075504 -> 020755d4 (sub=0)
// target=02075608
// adding jump: 02075504 -> 02075608 (sub=0)
// processing 020755bc
// 020755bc	e5804014	str	r4, [r0, #0x14]
// adding link: 020755bc -> 020755c0
// processing 020754c8
// 020754c8	a08ff100	addge	r15, r15, r0, lsl #0x2
// foudn addls  sha=2 rm=0
// adding jump: 020754c8 -> 020754cc (sub=0)
// target=02075628
// adding jump: 020754c8 -> 02075628 (sub=0)
// target=02075524
// adding jump: 020754c8 -> 02075524 (sub=0)
// target=02075534
// adding jump: 020754c8 -> 02075534 (sub=0)
// target=02075628
// adding jump: 020754c8 -> 02075628 (sub=0)
// target=02075588
// adding jump: 020754c8 -> 02075588 (sub=0)
// target=020755a0
// adding jump: 020754c8 -> 020755a0 (sub=0)
// target=02075628
// adding jump: 020754c8 -> 02075628 (sub=0)
// processing 02074798
// 02074798	e0211006	eor	r1, r1, r6
// adding link: 02074798 -> 0207479c
// processing 02075508
// 02075508	ea000046	b	0x2075628
// adding jump: 02075508 -> 02075628 (sub=0)
// processing 020755e4
// 020755e4	e1d905b0	ldrh	r0, [r9, #0x50]
// adding link: 020755e4 -> 020755e8
// processing 020755d4
// 020755d4	e3a00001	mov	r0, #0x1
// adding link: 020755d4 -> 020755d8
// processing 02075608
// 02075608	e5990034	ldr	r0, [r9, #0x34]
// adding link: 02075608 -> 0207560c
// processing 020755c0
// 020755c0	e580501c	str	r5, [r0, #0x1c]
// adding link: 020755c0 -> 020755c4
// processing 020754cc
// 020754cc	ea000055	b	0x2075628
// adding jump: 020754cc -> 02075628 (sub=0)
// processing 02075524
// 02075524	e5990030	ldr	r0, [r9, #0x30]
// adding link: 02075524 -> 02075528
// processing 02075534
// 02075534	e1d110d4	ldrsb	r1, [r1, #0x4]
// adding link: 02075534 -> 02075538
// processing 02075588
// 02075588	e5912004	ldr	r2, [r1, #0x4]
// adding link: 02075588 -> 0207558c
// processing 020755a0
// 020755a0	e5991030	ldr	r1, [r9, #0x30]
// adding link: 020755a0 -> 020755a4
// processing 0207479c
// 0207479c	e1b01fc1	movs	r1, r1, asr #0x1f
// adding link: 0207479c -> 020747a0
// processing 020755e8
// 020755e8	e3500000	cmp	r0, #0x0
// adding link: 020755e8 -> 020755ec
// processing 020755d8
// 020755d8	e1c905b0	strh	r0, [r9, #0x50]
// adding link: 020755d8 -> 020755dc
// processing 0207560c
// 0207560c	e5804014	str	r4, [r0, #0x14]
// adding link: 0207560c -> 02075610
// processing 020755c4
// 020755c4	e5990030	ldr	r0, [r9, #0x30]
// adding link: 020755c4 -> 020755c8
// processing 02075528
// 02075528	e5c06004	strb	r6, [r0, #0x4]
// adding link: 02075528 -> 0207552c
// processing 02075538
// 02075538	e599003c	ldr	r0, [r9, #0x3c]
// adding link: 02075538 -> 0207553c
// processing 0207558c
// 0207558c	e5990034	ldr	r0, [r9, #0x34]
// adding link: 0207558c -> 02075590
// processing 020755a4
// 020755a4	e3a00003	mov	r0, #0x3
// adding link: 020755a4 -> 020755a8
// processing 020747a0
// 020747a0	15901024	ldrne	r1, [r0, #0x24]
// adding link: 020747a0 -> 020747a4
// processing 020755ec
// 020755ec	15991034	ldrne	r1, [r9, #0x34]
// adding link: 020755ec -> 020755f0
// processing 020755dc
// 020755dc	e1c905b2	strh	r0, [r9, #0x52]
// adding link: 020755dc -> 020755e0
// processing 02075610
// 02075610	e580501c	str	r5, [r0, #0x1c]
// adding link: 02075610 -> 02075614
// processing 020755c8
// 020755c8	e580500c	str	r5, [r0, #0xc]
// adding link: 020755c8 -> 020755cc
// processing 0207552c
// 0207552c	e5c0a005	strb	r10, [r0, #0x5]
// adding link: 0207552c -> 02075530
// processing 0207553c
// 0207553c	e1a02005	mov	r2, r5
// adding link: 0207553c -> 02075540
// processing 02075590
// 02075590	e589202c	str	r2, [r9, #0x2c]
// adding link: 02075590 -> 02075594
// processing 020755a8
// 020755a8	e5c10004	strb	r0, [r1, #0x4]
// adding link: 020755a8 -> 020755ac
// processing 020747a4
// 020747a4	e3e064ff	mvn	r6, #0xff000000
// adding link: 020747a4 -> 020747a8
// processing 020755f0
// 020755f0	11c955b0	strhne	r5, [r9, #0x50]
// adding link: 020755f0 -> 020755f4
// processing 020755e0
// 020755e0	ea000010	b	0x2075628
// adding jump: 020755e0 -> 02075628 (sub=0)
// processing 02075614
// 02075614	e5990030	ldr	r0, [r9, #0x30]
// adding link: 02075614 -> 02075618
// processing 020755cc
// 020755cc	e5805008	str	r5, [r0, #0x8]
// adding link: 020755cc -> 020755d0
// processing 02075530
// 02075530	ea00003c	b	0x2075628
// adding jump: 02075530 -> 02075628 (sub=0)
// processing 02075540
// 02075540	ebfff299	bl	0x2071fac
// adding jump: 02075540 -> 02071fac (sub=1)
// adding link: 02075540 -> 02075544
// processing 02075594
// 02075594	e5911004	ldr	r1, [r1, #0x4]
// adding link: 02075594 -> 02075598
// processing 020755ac
// 020755ac	e3a00001	mov	r0, #0x1
// adding link: 020755ac -> 020755b0
// processing 020747a8
// 020747a8	11a013c1	movne	r1, r1, asr #0x7
// adding link: 020747a8 -> 020747ac
// processing 020755f4
// 020755f4	15d10028	ldrbne	r0, [r1, #0x28]
// adding link: 020755f4 -> 020755f8
// processing 02075618
// 02075618	e580500c	str	r5, [r0, #0xc]
// adding link: 02075618 -> 0207561c
// processing 020755d0
// 020755d0	ea000014	b	0x2075628
// adding jump: 020755d0 -> 02075628 (sub=0)
// processing 02071fac
// 02071fac	e5900018	ldr	r0, [r0, #0x18]
// adding link: 02071fac -> 02071fb0
// processing 02075544
// 02075544	e1d905b2	ldrh	r0, [r9, #0x52]
// adding link: 02075544 -> 02075548
// processing 02075598
// 02075598	eb00014d	bl	0x2075ad4
// adding jump: 02075598 -> 02075ad4 (sub=1)
// adding link: 02075598 -> 0207559c
// processing 020755b0
// 020755b0	e5c10005	strb	r0, [r1, #0x5]
// adding link: 020755b0 -> 020755b4
// processing 020747ac
// 020747ac	15801000	strne	r1, [r0]
// adding link: 020747ac -> 020747b0
// processing 020755f8
// 020755f8	13500000	cmpne	r0, #0x0
// adding link: 020755f8 -> 020755fc
// processing 0207561c
// 0207561c	e5805008	str	r5, [r0, #0x8]
// adding link: 0207561c -> 02075620
// processing 02071fb0
// 02071fb0	e59fc000	ldr	r12, [r15]	; 0x2071fb8
// adding link: 02071fb0 -> 02071fb4
// processing 02075548
// 02075548	e3500000	cmp	r0, #0x0
// adding link: 02075548 -> 0207554c
// processing 02075ad4
// 02075ad4	e580102c	str	r1, [r0, #0x2c]
// adding link: 02075ad4 -> 02075ad8
// processing 0207559c
// 0207559c	ea000021	b	0x2075628
// adding jump: 0207559c -> 02075628 (sub=0)
// processing 020755b4
// 020755b4	ea00001b	b	0x2075628
// adding jump: 020755b4 -> 02075628 (sub=0)
// processing 020747b0
// 020747b0	e1a01003	mov	r1, r3
// adding link: 020747b0 -> 020747b4
// processing 020755fc
// 020755fc	15814014	strne	r4, [r1, #0x14]
// adding link: 020755fc -> 02075600
// processing 02075620
// 02075620	e5990040	ldr	r0, [r9, #0x40]
// adding link: 02075620 -> 02075624
// processing 02071fb4
// 02071fb4	e12fff1c	bx	r12
// processing 0207554c
// 0207554c	0a000007	beq	0x2075570
// adding jump: 0207554c -> 02075570 (sub=0)
// adding link: 0207554c -> 02075550
// processing 02075ad8
// 02075ad8	e1d013f0	ldrsh	r1, [r0, #0x30]
// adding link: 02075ad8 -> 02075adc
// processing 020747b4
// 020747b4	e3530000	cmp	r3, #0x0
// adding link: 020747b4 -> 020747b8
// processing 02075600
// 02075600	1581501c	strne	r5, [r1, #0x1c]
// adding link: 02075600 -> 02075604
// processing 02075624
// 02075624	ebfff1fa	bl	0x2071e14
// adding jump: 02075624 -> 02071e14 (sub=1)
// adding link: 02075624 -> 02075628
// processing 02075570
// 02075570	e5991030	ldr	r1, [r9, #0x30]
// adding link: 02075570 -> 02075574
// processing 02075550
// 02075550	e5990030	ldr	r0, [r9, #0x30]
// adding link: 02075550 -> 02075554
// processing 02075adc
// 02075adc	e59fc000	ldr	r12, [r15]	; 0x2075ae4
// adding link: 02075adc -> 02075ae0
// processing 020747b8
// 020747b8	d2631000	rsble	r1, r3, #0x0
// adding link: 020747b8 -> 020747bc
// processing 02075604
// 02075604	ea000007	b	0x2075628
// adding jump: 02075604 -> 02075628 (sub=0)
// processing 02071e14
// 02071e14	e59f100c	ldr	r1, [r15, #0xc]	; 0x2071e28
// adding link: 02071e14 -> 02071e18
// processing 02075574
// 02075574	e1d100d5	ldrsb	r0, [r1, #0x5]
// adding link: 02075574 -> 02075578
// processing 02075554
// 02075554	e1c955b2	strh	r5, [r9, #0x52]
// adding link: 02075554 -> 02075558
// processing 02075ae0
// 02075ae0	e12fff1c	bx	r12
// processing 020747bc
// 020747bc	e1a01081	mov	r1, r1, lsl #0x1
// adding link: 020747bc -> 020747c0
// processing 02071e18
// 02071e18	e3a02000	mov	r2, #0x0
// adding link: 02071e18 -> 02071e1c
// processing 02075578
// 02075578	e3500000	cmp	r0, #0x0
// adding link: 02075578 -> 0207557c
// processing 02075558
// 02075558	e580500c	str	r5, [r0, #0xc]
// adding link: 02075558 -> 0207555c
// processing 020747c0
// 020747c0	e2811001	add	r1, r1, #0x1
// adding link: 020747c0 -> 020747c4
// processing 02071e1c
// 02071e1c	e5802014	str	r2, [r0, #0x14]
// adding link: 02071e1c -> 02071e20
// processing 0207557c
// 0207557c	15c15004	strbne	r5, [r1, #0x4]
// adding link: 0207557c -> 02075580
// processing 0207555c
// 0207555c	e5805008	str	r5, [r0, #0x8]
// adding link: 0207555c -> 02075560
// processing 020747c4
// 020747c4	e5803004	str	r3, [r0, #0x4]
// adding link: 020747c4 -> 020747c8
// processing 02071e20
// 02071e20	e5801018	str	r1, [r0, #0x18]
// adding link: 02071e20 -> 02071e24
// processing 02075580
// 02075580	e5c15005	strb	r5, [r1, #0x5]
// adding link: 02075580 -> 02075584
// processing 02075560
// 02075560	e5991030	ldr	r1, [r9, #0x30]
// adding link: 02075560 -> 02075564
// processing 020747c8
// 020747c8	e28134ff	add	r3, r1, #0xff000000
// adding link: 020747c8 -> 020747cc
// processing 02071e24
// 02071e24	e12fff1e	bx	r14
// processing 02075584
// 02075584	ea000027	b	0x2075628
// adding jump: 02075584 -> 02075628 (sub=0)
// processing 02075564
// 02075564	e3a00001	mov	r0, #0x1
// adding link: 02075564 -> 02075568
// processing 020747cc
// 020747cc	e2821401	add	r1, r2, #0x1000000
// adding link: 020747cc -> 020747d0
// processing 02075568
// 02075568	e5c1b004	strb	r11, [r1, #0x4]
// adding link: 02075568 -> 0207556c
// processing 020747d0
// 020747d0	e5803008	str	r3, [r0, #0x8]
// adding link: 020747d0 -> 020747d4
// processing 0207556c
// 0207556c	e5c10005	strb	r0, [r1, #0x5]
// adding link: 0207556c -> 02075570
// processing 020747d4
// 020747d4	e1a010c1	mov	r1, r1, asr #0x1
// adding link: 020747d4 -> 020747d8
// processing 020747d8
// 020747d8	e580100c	str	r1, [r0, #0xc]
// adding link: 020747d8 -> 020747dc
// processing 020747dc
// 020747dc	e5940030	ldr	r0, [r4, #0x30]
// adding link: 020747dc -> 020747e0
// processing 020747e0
// 020747e0	e1d010d4	ldrsb	r1, [r0, #0x4]
// adding link: 020747e0 -> 020747e4
// processing 020747e4
// 020747e4	e3510003	cmp	r1, #0x3
// adding link: 020747e4 -> 020747e8
// processing 020747e8
// 020747e8	908ff101	addls	r15, r15, r1, lsl #0x2
// foudn addls  sha=2 rm=1
// adding jump: 020747e8 -> 020747ec (sub=0)
// target=02074800
// adding jump: 020747e8 -> 02074800 (sub=0)
// target=02074878
// adding jump: 020747e8 -> 02074878 (sub=0)
// target=020748bc
// adding jump: 020747e8 -> 020748bc (sub=0)
// target=020748cc
// adding jump: 020747e8 -> 020748cc (sub=0)
// processing 020747ec
// 020747ec	ea000043	b	0x2074900
// adding jump: 020747ec -> 02074900 (sub=0)
// processing 02074800
// 02074800	e590800c	ldr	r8, [r0, #0xc]
// adding link: 02074800 -> 02074804
// processing 02074878
// 02074878	e5902000	ldr	r2, [r0]
// adding link: 02074878 -> 0207487c
// processing 020748bc
// 020748bc	e5901000	ldr	r1, [r0]
// adding link: 020748bc -> 020748c0
// processing 020748cc
// 020748cc	e590200c	ldr	r2, [r0, #0xc]
// adding link: 020748cc -> 020748d0
// processing 02074900
// 02074900	e5940038	ldr	r0, [r4, #0x38]
// adding link: 02074900 -> 02074904
// processing 02074804
// 02074804	e59f2c28	ldr	r2, [r15, #0xc28]	; 0x2075434
// adding link: 02074804 -> 02074808
// processing 0207487c
// 0207487c	e5905008	ldr	r5, [r0, #0x8]
// adding link: 0207487c -> 02074880
// processing 020748c0
// 020748c0	e5911008	ldr	r1, [r1, #0x8]
// adding link: 020748c0 -> 020748c4
// processing 020748d0
// 020748d0	e3a01042	mov	r1, #0x42
// adding link: 020748d0 -> 020748d4
// processing 02074904
// 02074904	e590200c	ldr	r2, [r0, #0xc]
// adding link: 02074904 -> 02074908
// processing 02074808
// 02074808	e3a01070	mov	r1, #0x70
// adding link: 02074808 -> 0207480c
// processing 02074880
// 02074880	e5921008	ldr	r1, [r2, #0x8]
// adding link: 02074880 -> 02074884
// processing 020748c4
// 020748c4	e5801008	str	r1, [r0, #0x8]
// adding link: 020748c4 -> 020748c8
// processing 020748d4
// 020748d4	e0010192	mul	r1, r2, r1
// adding link: 020748d4 -> 020748d8
// processing 02074908
// 02074908	e8900022	ldmia	r0, { r1, r5 }
// adding link: 02074908 -> 0207490c
// processing 0207480c
// 0207480c	e0423008	sub	r3, r2, r8
// adding link: 0207480c -> 02074810
// processing 02074884
// 02074884	e5922004	ldr	r2, [r2, #0x4]
// adding link: 02074884 -> 02074888
// processing 020748c8
// 020748c8	ea00000c	b	0x2074900
// adding jump: 020748c8 -> 02074900 (sub=0)
// processing 020748d8
// 020748d8	e1a013c1	mov	r1, r1, asr #0x7
// adding link: 020748d8 -> 020748dc
// processing 0207490c
// 0207490c	e0411005	sub	r1, r1, r5
// adding link: 0207490c -> 02074910
// processing 02074810
// 02074810	e0867193	umull	r7, r6, r3, r1
// adding link: 02074810 -> 02074814
// processing 02074888
// 02074888	e0411005	sub	r1, r1, r5
// adding link: 02074888 -> 0207488c
// processing 020748dc
// 020748dc	e580100c	str	r1, [r0, #0xc]
// adding link: 020748dc -> 020748e0
// processing 02074910
// 02074910	e0c13192	smull	r3, r1, r2, r1
// adding link: 02074910 -> 02074914
// processing 02074814
// 02074814	e0266593	mla	r6, r3, r5, r6
// adding link: 02074814 -> 02074818
// processing 0207488c
// 0207488c	e0c13192	smull	r3, r1, r2, r1
// adding link: 0207488c -> 02074890
// processing 020748e0
// 020748e0	e5901000	ldr	r1, [r0]
// adding link: 020748e0 -> 020748e4
// processing 02074914
// 02074914	e1a027a3	mov	r2, r3, lsr #0xf
// adding link: 02074914 -> 02074918
// processing 02074818
// 02074818	e1a03fc3	mov	r3, r3, asr #0x1f
// adding link: 02074818 -> 0207481c
// processing 02074890
// 02074890	e1a02c23	mov	r2, r3, lsr #0x18
// adding link: 02074890 -> 02074894
// processing 020748e4
// 020748e4	e5902008	ldr	r2, [r0, #0x8]
// adding link: 020748e4 -> 020748e8
// processing 02074918
// 02074918	e1822881	orr	r2, r2, r1, lsl #0x11
// adding link: 02074918 -> 0207491c
// processing 0207481c
// 0207481c	e0266193	mla	r6, r3, r1, r6
// adding link: 0207481c -> 02074820
// processing 02074894
// 02074894	e1822401	orr	r2, r2, r1, lsl #0x8
// adding link: 02074894 -> 02074898
// processing 020748e8
// 020748e8	e591100c	ldr	r1, [r1, #0xc]
// adding link: 020748e8 -> 020748ec
// processing 0207491c
// 0207491c	e0851002	add	r1, r5, r2
// adding link: 0207491c -> 02074920
// processing 02074820
// 02074820	e1a013a7	mov	r1, r7, lsr #0x7
// adding link: 02074820 -> 02074824
// processing 02074898
// 02074898	e0852002	add	r2, r5, r2
// adding link: 02074898 -> 0207489c
// processing 020748ec
// 020748ec	e0461001	sub	r1, r6, r1
// adding link: 020748ec -> 020748f0
// processing 02074920
// 02074920	e5801004	str	r1, [r0, #0x4]
// adding link: 02074920 -> 02074924
// processing 02074824
// 02074824	e1811c86	orr	r1, r1, r6, lsl #0x19
// adding link: 02074824 -> 02074828
// processing 0207489c
// 0207489c	e5802008	str	r2, [r0, #0x8]
// adding link: 0207489c -> 020748a0
// processing 020748f0
// 020748f0	e0c13192	smull	r3, r1, r2, r1
// adding link: 020748f0 -> 020748f4
// processing 02074924
// 02074924	e5d01010	ldrb	r1, [r0, #0x10]
// adding link: 02074924 -> 02074928
// processing 02074828
// 02074828	e0881001	add	r1, r8, r1
// adding link: 02074828 -> 0207482c
// processing 020748a0
// 020748a0	e5901000	ldr	r1, [r0]
// adding link: 020748a0 -> 020748a4
// processing 020748f4
// 020748f4	e1a02c23	mov	r2, r3, lsr #0x18
// adding link: 020748f4 -> 020748f8
// processing 02074928
// 02074928	e5902000	ldr	r2, [r0]
// adding link: 02074928 -> 0207492c
// processing 0207482c
// 0207482c	e580100c	str	r1, [r0, #0xc]
// adding link: 0207482c -> 02074830
// processing 020748a4
// 020748a4	e5911008	ldr	r1, [r1, #0x8]
// adding link: 020748a4 -> 020748a8
// processing 020748f8
// 020748f8	e1822401	orr	r2, r2, r1, lsl #0x8
// adding link: 020748f8 -> 020748fc
// processing 0207492c
// 0207492c	e3510000	cmp	r1, #0x0
// adding link: 0207492c -> 02074930
// processing 02074830
// 02074830	e1510002	cmp	r1, r2
// adding link: 02074830 -> 02074834
// processing 020748a8
// 020748a8	e1520001	cmp	r2, r1
// adding link: 020748a8 -> 020748ac
// processing 020748fc
// 020748fc	e5802008	str	r2, [r0, #0x8]
// adding link: 020748fc -> 02074900
// processing 02074930
// 02074930	e5901004	ldr	r1, [r0, #0x4]
// adding link: 02074930 -> 02074934
// processing 02074834
// 02074834	c580200c	strgt	r2, [r0, #0xc]
// adding link: 02074834 -> 02074838
// processing 020748ac
// 020748ac	b5801008	strlt	r1, [r0, #0x8]
// adding link: 020748ac -> 020748b0
// processing 02074934
// 02074934	0a000002	beq	0x2074944
// adding jump: 02074934 -> 02074944 (sub=0)
// adding link: 02074934 -> 02074938
// processing 02074838
// 02074838	e5902000	ldr	r2, [r0]
// adding link: 02074838 -> 0207483c
// processing 020748b0
// 020748b0	b3a01002	movlt	r1, #0x2
// adding link: 020748b0 -> 020748b4
// processing 02074944
// 02074944	e1510002	cmp	r1, r2
// adding link: 02074944 -> 02074948
// processing 02074938
// 02074938	e1510002	cmp	r1, r2
// adding link: 02074938 -> 0207493c
// processing 0207483c
// 0207483c	e5905008	ldr	r5, [r0, #0x8]
// adding link: 0207483c -> 02074840
// processing 020748b4
// 020748b4	b5c01004	strblt	r1, [r0, #0x4]
// adding link: 020748b4 -> 020748b8
// processing 02074948
// 02074948	b5802004	strlt	r2, [r0, #0x4]
// adding link: 02074948 -> 0207494c
// processing 0207493c
// 0207493c	c5802004	strgt	r2, [r0, #0x4]
// adding link: 0207493c -> 02074940
// processing 02074840
// 02074840	e59f1bf0	ldr	r1, [r15, #0xbf0]	; 0x2075438
// adding link: 02074840 -> 02074844
// processing 020748b8
// 020748b8	ea000010	b	0x2074900
// adding jump: 020748b8 -> 02074900 (sub=0)
// processing 0207494c
// 0207494c	e594b03c	ldr	r11, [r4, #0x3c]
// adding link: 0207494c -> 02074950
// processing 02074940
// 02074940	ea000001	b	0x207494c
// adding jump: 02074940 -> 0207494c (sub=0)
// processing 02074844
// 02074844	e5922000	ldr	r2, [r2]
// adding link: 02074844 -> 02074848
// processing 02074950
// 02074950	e59fcae4	ldr	r12, [r15, #0xae4]	; 0x207543c
// adding link: 02074950 -> 02074954
// processing 02074848
// 02074848	e0411005	sub	r1, r1, r5
// adding link: 02074848 -> 0207484c
// processing 02074954
// 02074954	e59b0040	ldr	r0, [r11, #0x40]
// adding link: 02074954 -> 02074958
// processing 0207484c
// 0207484c	e0c23291	smull	r3, r2, r1, r2
// adding link: 0207484c -> 02074850
// processing 02074958
// 02074958	e59b2010	ldr	r2, [r11, #0x10]
// adding link: 02074958 -> 0207495c
// processing 02074850
// 02074850	e1a01c23	mov	r1, r3, lsr #0x18
// adding link: 02074850 -> 02074854
// processing 0207495c
// 0207495c	e1a05800	mov	r5, r0, lsl #0x10
// adding link: 0207495c -> 02074960
// processing 02074854
// 02074854	e1811402	orr	r1, r1, r2, lsl #0x8
// adding link: 02074854 -> 02074858
// processing 02074960
// 02074960	e59b104c	ldr	r1, [r11, #0x4c]
// adding link: 02074960 -> 02074964
// processing 02074858
// 02074858	e0852001	add	r2, r5, r1
// adding link: 02074858 -> 0207485c
// processing 02074964
// 02074964	e59b0044	ldr	r0, [r11, #0x44]
// adding link: 02074964 -> 02074968
// processing 0207485c
// 0207485c	e3e014ff	mvn	r1, #0xff000000
// adding link: 0207485c -> 02074860
// processing 02074968
// 02074968	e0823101	add	r3, r2, r1, lsl #0x2
// adding link: 02074968 -> 0207496c
// processing 02074860
// 02074860	e5802008	str	r2, [r0, #0x8]
// adding link: 02074860 -> 02074864
// processing 0207496c
// 0207496c	e59b1050	ldr	r1, [r11, #0x50]
// adding link: 0207496c -> 02074970
// processing 02074864
// 02074864	e1520001	cmp	r2, r1
// adding link: 02074864 -> 02074868
// processing 02074970
// 02074970	e1a00800	mov	r0, r0, lsl #0x10
// adding link: 02074970 -> 02074974
// processing 02074868
// 02074868	c5801008	strgt	r1, [r0, #0x8]
// adding link: 02074868 -> 0207486c
// processing 02074974
// 02074974	e0821101	add	r1, r2, r1, lsl #0x2
// adding link: 02074974 -> 02074978
// processing 0207486c
// 0207486c	c3a01001	movgt	r1, #0x1
// adding link: 0207486c -> 02074870
// processing 02074978
// 02074978	e5928008	ldr	r8, [r2, #0x8]
// adding link: 02074978 -> 0207497c
// processing 02074870
// 02074870	c5c01004	strbgt	r1, [r0, #0x4]
// adding link: 02074870 -> 02074874
// processing 0207497c
// 0207497c	e59b2028	ldr	r2, [r11, #0x28]
// adding link: 0207497c -> 02074980
// processing 02074874
// 02074874	ea000021	b	0x2074900
// adding jump: 02074874 -> 02074900 (sub=0)
// processing 02074980
// 02074980	e59b7014	ldr	r7, [r11, #0x14]
// adding link: 02074980 -> 02074984
// processing 02074984
// 02074984	e1a05845	mov	r5, r5, asr #0x10
// adding link: 02074984 -> 02074988
// processing 02074988
// 02074988	e59b6024	ldr	r6, [r11, #0x24]
// adding link: 02074988 -> 0207498c
// processing 0207498c
// 0207498c	e7975105	ldr	r5, [r7, r5, lsl #0x2]
// adding link: 0207498c -> 02074990
// processing 02074990
// 02074990	e5933008	ldr	r3, [r3, #0x8]
// adding link: 02074990 -> 02074994
// processing 02074994
// 02074994	e59b9020	ldr	r9, [r11, #0x20]
// adding link: 02074994 -> 02074998
// processing 02074998
// 02074998	e0853003	add	r3, r5, r3
// adding link: 02074998 -> 0207499c
// processing 0207499c
// 0207499c	e1a00840	mov	r0, r0, asr #0x10
// adding link: 0207499c -> 020749a0
// processing 020749a0
// 020749a0	e79c5106	ldr	r5, [r12, r6, lsl #0x2]
// adding link: 020749a0 -> 020749a4
// processing 020749a4
// 020749a4	e1a034c3	mov	r3, r3, asr #0x9
// adding link: 020749a4 -> 020749a8
// processing 020749a8
// 020749a8	e0030395	mul	r3, r5, r3
// adding link: 020749a8 -> 020749ac
// processing 020749ac
// 020749ac	e7976100	ldr	r6, [r7, r0, lsl #0x2]
// adding link: 020749ac -> 020749b0
// processing 020749b0
// 020749b0	e5911008	ldr	r1, [r1, #0x8]
// adding link: 020749b0 -> 020749b4
// processing 020749b4
// 020749b4	e79c5109	ldr	r5, [r12, r9, lsl #0x2]
// adding link: 020749b4 -> 020749b8
// processing 020749b8
// 020749b8	e0811006	add	r1, r1, r6
// adding link: 020749b8 -> 020749bc
// processing 020749bc
// 020749bc	e1a004c8	mov	r0, r8, asr #0x9
// adding link: 020749bc -> 020749c0
// processing 020749c0
// 020749c0	e79c2102	ldr	r2, [r12, r2, lsl #0x2]
// adding link: 020749c0 -> 020749c4
// processing 020749c4
// 020749c4	e1a014c1	mov	r1, r1, asr #0x9
// adding link: 020749c4 -> 020749c8
// processing 020749c8
// 020749c8	e0060095	mul	r6, r5, r0
// adding link: 020749c8 -> 020749cc
// processing 020749cc
// 020749cc	e0000192	mul	r0, r2, r1
// adding link: 020749cc -> 020749d0
// processing 020749d0
// 020749d0	e1a037c3	mov	r3, r3, asr #0xf
// adding link: 020749d0 -> 020749d4
// processing 020749d4
// 020749d4	e08327c6	add	r2, r3, r6, asr #0xf
// adding link: 020749d4 -> 020749d8
// processing 020749d8
// 020749d8	e08217c0	add	r1, r2, r0, asr #0xf
// adding link: 020749d8 -> 020749dc
// processing 020749dc
// 020749dc	e3a00030	mov	r0, #0x30
// adding link: 020749dc -> 020749e0
// processing 020749e0
// 020749e0	e0000091	mul	r0, r1, r0
// adding link: 020749e0 -> 020749e4
// processing 020749e4
// 020749e4	e59ba018	ldr	r10, [r11, #0x18]
// adding link: 020749e4 -> 020749e8
// processing 020749e8
// 020749e8	e59b3030	ldr	r3, [r11, #0x30]
// adding link: 020749e8 -> 020749ec
// processing 020749ec
// 020749ec	e59a1004	ldr	r1, [r10, #0x4]
// adding link: 020749ec -> 020749f0
// processing 020749f0
// 020749f0	e0811783	add	r1, r1, r3, lsl #0xf
// adding link: 020749f0 -> 020749f4
// processing 020749f4
// 020749f4	e0907001	adds	r7, r0, r1
// adding link: 020749f4 -> 020749f8
// processing 020749f8
// 020749f8	43a07000	movmi	r7, #0x0
// adding link: 020749f8 -> 020749fc
// processing 020749fc
// 020749fc	4a000001	bmi	0x2074a08
// adding jump: 020749fc -> 02074a08 (sub=0)
// adding link: 020749fc -> 02074a00
// processing 02074a08
// 02074a08	e59f0a30	ldr	r0, [r15, #0xa30]	; 0x2075440
// adding link: 02074a08 -> 02074a0c
// processing 02074a00
// 02074a00	e357070f	cmp	r7, #0x3c0000
// adding link: 02074a00 -> 02074a04
// processing 02074a0c
// 02074a0c	e1a067c7	mov	r6, r7, asr #0xf
// adding link: 02074a0c -> 02074a10
// processing 02074a04
// 02074a04	c3a0770f	movgt	r7, #0x3c0000
// adding link: 02074a04 -> 02074a08
// processing 02074a10
// 02074a10	e59f5a2c	ldr	r5, [r15, #0xa2c]	; 0x2075444
// adding link: 02074a10 -> 02074a14
// processing 02074a14
// 02074a14	e59f3a2c	ldr	r3, [r15, #0xa2c]	; 0x2075448
// adding link: 02074a14 -> 02074a18
// processing 02074a18
// 02074a18	e7900106	ldr	r0, [r0, r6, lsl #0x2]
// adding link: 02074a18 -> 02074a1c
// processing 02074a1c
// 02074a1c	e7955106	ldr	r5, [r5, r6, lsl #0x2]
// adding link: 02074a1c -> 02074a20
// processing 02074a20
// 02074a20	e0076003	and	r6, r7, r3
// adding link: 02074a20 -> 02074a24
// processing 02074a24
// 02074a24	e0453000	sub	r3, r5, r0
// adding link: 02074a24 -> 02074a28
// processing 02074a28
// 02074a28	e0c35396	smull	r5, r3, r6, r3
// adding link: 02074a28 -> 02074a2c
// processing 02074a2c
// 02074a2c	e1a057a5	mov	r5, r5, lsr #0xf
// adding link: 02074a2c -> 02074a30
// processing 02074a30
// 02074a30	e1855883	orr	r5, r5, r3, lsl #0x11
// adding link: 02074a30 -> 02074a34
// processing 02074a34
// 02074a34	e0900005	adds	r0, r0, r5
// adding link: 02074a34 -> 02074a38
// processing 02074a38
// 02074a38	e58b0038	str	r0, [r11, #0x38]
// adding link: 02074a38 -> 02074a3c
// processing 02074a3c
// 02074a3c	e59b0048	ldr	r0, [r11, #0x48]
// adding link: 02074a3c -> 02074a40
// processing 02074a40
// 02074a40	e59b5010	ldr	r5, [r11, #0x10]
// adding link: 02074a40 -> 02074a44
// processing 02074a44
// 02074a44	e59b3054	ldr	r3, [r11, #0x54]
// adding link: 02074a44 -> 02074a48
// processing 02074a48
// 02074a48	e1a00800	mov	r0, r0, lsl #0x10
// adding link: 02074a48 -> 02074a4c
// processing 02074a4c
// 02074a4c	e0857103	add	r7, r5, r3, lsl #0x2
// adding link: 02074a4c -> 02074a50
// processing 02074a50
// 02074a50	e1a05840	mov	r5, r0, asr #0x10
// adding link: 02074a50 -> 02074a54
// processing 02074a54
// 02074a54	e59b6014	ldr	r6, [r11, #0x14]
// adding link: 02074a54 -> 02074a58
// processing 02074a58
// 02074a58	e59b802c	ldr	r8, [r11, #0x2c]
// adding link: 02074a58 -> 02074a5c
// processing 02074a5c
// 02074a5c	e59f09d8	ldr	r0, [r15, #0x9d8]	; 0x207543c
// adding link: 02074a5c -> 02074a60
// processing 02074a60
// 02074a60	e7965105	ldr	r5, [r6, r5, lsl #0x2]
// adding link: 02074a60 -> 02074a64
// processing 02074a64
// 02074a64	e5977008	ldr	r7, [r7, #0x8]
// adding link: 02074a64 -> 02074a68
// processing 02074a68
// 02074a68	e1db33f4	ldrsh	r3, [r11, #0x34]
// adding link: 02074a68 -> 02074a6c
// processing 02074a6c
// 02074a6c	e0875005	add	r5, r7, r5
// adding link: 02074a6c -> 02074a70
// processing 02074a70
// 02074a70	e7906108	ldr	r6, [r0, r8, lsl #0x2]
// adding link: 02074a70 -> 02074a74
// processing 02074a74
// 02074a74	e1a054c5	mov	r5, r5, asr #0x9
// adding link: 02074a74 -> 02074a78
// processing 02074a78
// 02074a78	e0050596	mul	r5, r6, r5
// adding link: 02074a78 -> 02074a7c
// processing 02074a7c
// 02074a7c	e7903103	ldr	r3, [r0, r3, lsl #0x2]
// adding link: 02074a7c -> 02074a80
// processing 02074a80
// 02074a80	e3a00030	mov	r0, #0x30
// adding link: 02074a80 -> 02074a84
// processing 02074a84
// 02074a84	e08227c5	add	r2, r2, r5, asr #0xf
// adding link: 02074a84 -> 02074a88
// processing 02074a88
// 02074a88	e0211092	mla	r1, r2, r0, r1
// adding link: 02074a88 -> 02074a8c
// processing 02074a8c
// 02074a8c	e0000093	mul	r0, r3, r0
// adding link: 02074a8c -> 02074a90
// processing 02074a90
// 02074a90	e0916000	adds	r6, r1, r0
// adding link: 02074a90 -> 02074a94
// processing 02074a94
// 02074a94	43a06000	movmi	r6, #0x0
// adding link: 02074a94 -> 02074a98
// processing 02074a98
// 02074a98	4a000001	bmi	0x2074aa4
// adding jump: 02074a98 -> 02074aa4 (sub=0)
// adding link: 02074a98 -> 02074a9c
// processing 02074aa4
// 02074aa4	e59f2994	ldr	r2, [r15, #0x994]	; 0x2075440
// adding link: 02074aa4 -> 02074aa8
// processing 02074a9c
// 02074a9c	e356070f	cmp	r6, #0x3c0000
// adding link: 02074a9c -> 02074aa0
// processing 02074aa8
// 02074aa8	e1a057c6	mov	r5, r6, asr #0xf
// adding link: 02074aa8 -> 02074aac
// processing 02074aa0
// 02074aa0	c3a0670f	movgt	r6, #0x3c0000
// adding link: 02074aa0 -> 02074aa4
// processing 02074aac
// 02074aac	e59f1990	ldr	r1, [r15, #0x990]	; 0x2075444
// adding link: 02074aac -> 02074ab0
// processing 02074ab0
// 02074ab0	e59f0990	ldr	r0, [r15, #0x990]	; 0x2075448
// adding link: 02074ab0 -> 02074ab4
// processing 02074ab4
// 02074ab4	e7923105	ldr	r3, [r2, r5, lsl #0x2]
// adding link: 02074ab4 -> 02074ab8
// processing 02074ab8
// 02074ab8	e7911105	ldr	r1, [r1, r5, lsl #0x2]
// adding link: 02074ab8 -> 02074abc
// processing 02074abc
// 02074abc	e0062000	and	r2, r6, r0
// adding link: 02074abc -> 02074ac0
// processing 02074ac0
// 02074ac0	e0410003	sub	r0, r1, r3
// adding link: 02074ac0 -> 02074ac4
// processing 02074ac4
// 02074ac4	e0c01092	smull	r1, r0, r2, r0
// adding link: 02074ac4 -> 02074ac8
// processing 02074ac8
// 02074ac8	e1a017a1	mov	r1, r1, lsr #0xf
// adding link: 02074ac8 -> 02074acc
// processing 02074acc
// 02074acc	e1811880	orr	r1, r1, r0, lsl #0x11
// adding link: 02074acc -> 02074ad0
// processing 02074ad0
// 02074ad0	e0930001	adds	r0, r3, r1
// adding link: 02074ad0 -> 02074ad4
// processing 02074ad4
// 02074ad4	e58b003c	str	r0, [r11, #0x3c]
// adding link: 02074ad4 -> 02074ad8
// processing 02074ad8
// 02074ad8	e5946040	ldr	r6, [r4, #0x40]
// adding link: 02074ad8 -> 02074adc
// processing 02074adc
// 02074adc	e3a05000	mov	r5, #0x0
// adding link: 02074adc -> 02074ae0
// processing 02074ae0
// 02074ae0	e5960010	ldr	r0, [r6, #0x10]
// adding link: 02074ae0 -> 02074ae4
// processing 02074ae4
// 02074ae4	e5901038	ldr	r1, [r0, #0x38]
// adding link: 02074ae4 -> 02074ae8
// processing 02074ae8
// 02074ae8	e586101c	str	r1, [r6, #0x1c]
// adding link: 02074ae8 -> 02074aec
// processing 02074aec
// 02074aec	e5960010	ldr	r0, [r6, #0x10]
// adding link: 02074aec -> 02074af0
// processing 02074af0
// 02074af0	e3510401	cmp	r1, #0x1000000
// adding link: 02074af0 -> 02074af4
// processing 02074af4
// 02074af4	e590003c	ldr	r0, [r0, #0x3c]
// adding link: 02074af4 -> 02074af8
// processing 02074af8
// 02074af8	e5860020	str	r0, [r6, #0x20]
// adding link: 02074af8 -> 02074afc
// processing 02074afc
// 02074afc	b3e00102	mvnlt	r0, #0x80000000
// adding link: 02074afc -> 02074b00
// processing 02074b00
// 02074b00	b5860024	strlt	r0, [r6, #0x24]
// adding link: 02074b00 -> 02074b04
// processing 02074b04
// 02074b04	ba00001c	blt	0x2074b7c
// adding jump: 02074b04 -> 02074b7c (sub=0)
// adding link: 02074b04 -> 02074b08
// processing 02074b7c
// 02074b7c	e5960020	ldr	r0, [r6, #0x20]
// adding link: 02074b7c -> 02074b80
// processing 02074b08
// 02074b08	e28d0030	add	r0, r13, #0x30
// adding link: 02074b08 -> 02074b0c
// processing 02074b80
// 02074b80	e3500401	cmp	r0, #0x1000000
// adding link: 02074b80 -> 02074b84
// processing 02074b0c
// 02074b0c	ebfe67b2	bl	0x200e9dc
// adding jump: 02074b0c -> 0200e9dc (sub=1)
// adding link: 02074b0c -> 02074b10
// processing 02074b84
// 02074b84	b3e00102	mvnlt	r0, #0x80000000
// adding link: 02074b84 -> 02074b88
// processing 0200e9dc
// 0200e9dc	e59f1034	ldr	r1, [r15, #0x34]	; 0x200ea18
// adding link: 0200e9dc -> 0200e9e0
// processing 02074b10
// 02074b10	e596801c	ldr	r8, [r6, #0x1c]
// adding link: 02074b10 -> 02074b14
// processing 02074b88
// 02074b88	b5860028	strlt	r0, [r6, #0x28]
// adding link: 02074b88 -> 02074b8c
// processing 0200e9e0
// 0200e9e0	e92d0010	stmdb	r13!, { r4 }
// adding link: 0200e9e0 -> 0200e9e4
// processing 02074b14
// 02074b14	e59f1930	ldr	r1, [r15, #0x930]	; 0x207544c
// adding link: 02074b14 -> 02074b18
// processing 02074b8c
// 02074b8c	ba00001c	blt	0x2074c04
// adding jump: 02074b8c -> 02074c04 (sub=0)
// adding link: 02074b8c -> 02074b90
// processing 0200e9e4
// 0200e9e4	e891101c	ldmia	r1, { r2-r4, r12 }
// adding link: 0200e9e4 -> 0200e9e8
// processing 02074b18
// 02074b18	e3a02001	mov	r2, #0x1
// adding link: 02074b18 -> 02074b1c
// processing 02074c04
// 02074c04	e5960054	ldr	r0, [r6, #0x54]
// adding link: 02074c04 -> 02074c08
// processing 02074b90
// 02074b90	e28d004c	add	r0, r13, #0x4c
// adding link: 02074b90 -> 02074b94
// processing 0200e9e8
// 0200e9e8	e8a0101c	stmia	r0!, { r2-r4, r12 }
// adding link: 0200e9e8 -> 0200e9ec
// processing 02074b1c
// 02074b1c	e3a004ff	mov	r0, #0xff000000
// adding link: 02074b1c -> 02074b20
// processing 02074c08
// 02074c08	e3a0392e	mov	r3, #0xb8000
// adding link: 02074c08 -> 02074c0c
// processing 02074b94
// 02074b94	ebfe6790	bl	0x200e9dc
// adding jump: 02074b94 -> 0200e9dc (sub=1)
// adding link: 02074b94 -> 02074b98
// processing 0200e9ec
// 0200e9ec	e151c1b0	ldrh	r12, [r1, #-0x10]
// adding link: 0200e9ec -> 0200e9f0
// processing 02074b20
// 02074b20	e1c120b0	strh	r2, [r1]
// adding link: 02074b20 -> 02074b24
// processing 02074c0c
// 02074c0c	e5860060	str	r0, [r6, #0x60]
// adding link: 02074c0c -> 02074c10
// processing 02074b98
// 02074b98	e5968020	ldr	r8, [r6, #0x20]
// adding link: 02074b98 -> 02074b9c
// processing 0200e9f0
// 0200e9f0	e2811028	add	r1, r1, #0x28
// adding link: 0200e9f0 -> 0200e9f4
// processing 02074b24
// 02074b24	e5810010	str	r0, [r1, #0x10]
// adding link: 02074b24 -> 02074b28
// processing 02074c10
// 02074c10	e5960058	ldr	r0, [r6, #0x58]
// adding link: 02074c10 -> 02074c14
// processing 02074b9c
// 02074b9c	e59f18a8	ldr	r1, [r15, #0x8a8]	; 0x207544c
// adding link: 02074b9c -> 02074ba0
// processing 0200e9f4
// 0200e9f4	e891000c	ldmia	r1, { r2, r3 }
// adding link: 0200e9f4 -> 0200e9f8
// processing 02074b28
// 02074b28	e2620502	rsb	r0, r2, #0x800000
// adding link: 02074b28 -> 02074b2c
// processing 02074c14
// 02074c14	e59fa838	ldr	r10, [r15, #0x838]	; 0x2075454
// adding link: 02074c14 -> 02074c18
// processing 02074ba0
// 02074ba0	e3a02001	mov	r2, #0x1
// adding link: 02074ba0 -> 02074ba4
// processing 0200e9f8
// 0200e9f8	e8a0000c	stmia	r0!, { r2, r3 }
// adding link: 0200e9f8 -> 0200e9fc
// processing 02074b2c
// 02074b2c	e5810014	str	r0, [r1, #0x14]
// adding link: 02074b2c -> 02074b30
// processing 02074c18
// 02074c18	e5860068	str	r0, [r6, #0x68]
// adding link: 02074c18 -> 02074c1c
// processing 02074ba4
// 02074ba4	e3a004ff	mov	r0, #0xff000000
// adding link: 02074ba4 -> 02074ba8
// processing 0200e9fc
// 0200e9fc	e20cc003	and	r12, r12, #0x3
// adding link: 0200e9fc -> 0200ea00
// processing 02074b30
// 02074b30	e5818018	str	r8, [r1, #0x18]
// adding link: 02074b30 -> 02074b34
// processing 02074c1c
// 02074c1c	e5961020	ldr	r1, [r6, #0x20]
// adding link: 02074c1c -> 02074c20
// processing 02074ba8
// 02074ba8	e1c120b0	strh	r2, [r1]
// adding link: 02074ba8 -> 02074bac
// processing 0200ea00
// 0200ea00	e15120b8	ldrh	r2, [r1, #-0x8]
// adding link: 0200ea00 -> 0200ea04
// processing 02074b34
// 02074b34	e1a00005	mov	r0, r5
// adding link: 02074b34 -> 02074b38
// processing 02074c20
// 02074c20	e5960054	ldr	r0, [r6, #0x54]
// adding link: 02074c20 -> 02074c24
// processing 02074bac
// 02074bac	e5810010	str	r0, [r1, #0x10]
// adding link: 02074bac -> 02074bb0
// processing 0200ea04
// 0200ea04	e1c0c0b0	strh	r12, [r0]
// adding link: 0200ea04 -> 0200ea08
// processing 02074b38
// 02074b38	e581001c	str	r0, [r1, #0x1c]
// adding link: 02074b38 -> 02074b3c
// processing 02074c24
// 02074c24	e59f782c	ldr	r7, [r15, #0x82c]	; 0x2075458
// adding link: 02074c24 -> 02074c28
// processing 02074bb0
// 02074bb0	e2620502	rsb	r0, r2, #0x800000
// adding link: 02074bb0 -> 02074bb4
// processing 0200ea08
// 0200ea08	e2022001	and	r2, r2, #0x1
// adding link: 0200ea08 -> 0200ea0c
// processing 02074b3c
// 02074b3c	e1d100b0	ldrh	r0, [r1]
// adding link: 02074b3c -> 02074b40
// processing 02074c28
// 02074c28	e0c02091	smull	r2, r0, r1, r0
// adding link: 02074c28 -> 02074c2c
// processing 02074bb4
// 02074bb4	e5810014	str	r0, [r1, #0x14]
// adding link: 02074bb4 -> 02074bb8
// processing 0200ea0c
// 0200ea0c	e1c020b2	strh	r2, [r0, #0x2]
// adding link: 0200ea0c -> 0200ea10
// processing 02074b40
// 02074b40	e3100902	tst	r0, #0x8000
// adding link: 02074b40 -> 02074b44
// processing 02074c2c
// 02074c2c	e1a013a2	mov	r1, r2, lsr #0x7
// adding link: 02074c2c -> 02074c30
// processing 02074bb8
// 02074bb8	e5818018	str	r8, [r1, #0x18]
// adding link: 02074bb8 -> 02074bbc
// processing 0200ea10
// 0200ea10	e8bd0010	ldmia	r13!, { r4 }
// adding link: 0200ea10 -> 0200ea14
// processing 02074b44
// 02074b44	1afffffc	bne	0x2074b3c
// adding jump: 02074b44 -> 02074b3c (sub=0)
// adding link: 02074b44 -> 02074b48
// processing 02074c30
// 02074c30	e1811c80	orr	r1, r1, r0, lsl #0x19
// adding link: 02074c30 -> 02074c34
// processing 02074bbc
// 02074bbc	e3a00000	mov	r0, #0x0
// adding link: 02074bbc -> 02074bc0
// processing 0200ea14
// 0200ea14	e12fff1e	bx	r14
// processing 02074b48
// 02074b48	e59f18fc	ldr	r1, [r15, #0x8fc]	; 0x207544c
// adding link: 02074b48 -> 02074b4c
// processing 02074c34
// 02074c34	e5861064	str	r1, [r6, #0x64]
// adding link: 02074c34 -> 02074c38
// processing 02074bc0
// 02074bc0	e581001c	str	r0, [r1, #0x1c]
// adding link: 02074bc0 -> 02074bc4
// processing 02074b4c
// 02074b4c	e1d100b0	ldrh	r0, [r1]
// adding link: 02074b4c -> 02074b50
// processing 02074c38
// 02074c38	e5961020	ldr	r1, [r6, #0x20]
// adding link: 02074c38 -> 02074c3c
// processing 02074bc4
// 02074bc4	e1d100b0	ldrh	r0, [r1]
// adding link: 02074bc4 -> 02074bc8
// processing 02074b50
// 02074b50	e3100902	tst	r0, #0x8000
// adding link: 02074b50 -> 02074b54
// processing 02074c3c
// 02074c3c	e596005c	ldr	r0, [r6, #0x5c]
// adding link: 02074c3c -> 02074c40
// processing 02074bc8
// 02074bc8	e3100902	tst	r0, #0x8000
// adding link: 02074bc8 -> 02074bcc
// processing 02074b54
// 02074b54	1afffffc	bne	0x2074b4c
// adding jump: 02074b54 -> 02074b4c (sub=0)
// adding link: 02074b54 -> 02074b58
// processing 02074c40
// 02074c40	e2633000	rsb	r3, r3, #0x0
// adding link: 02074c40 -> 02074c44
// processing 02074bcc
// 02074bcc	1afffffc	bne	0x2074bc4
// adding jump: 02074bcc -> 02074bc4 (sub=0)
// adding link: 02074bcc -> 02074bd0
// processing 02074b58
// 02074b58	e59f78f0	ldr	r7, [r15, #0x8f0]	; 0x2075450
// adding link: 02074b58 -> 02074b5c
// processing 02074c44
// 02074c44	e0c02091	smull	r2, r0, r1, r0
// adding link: 02074c44 -> 02074c48
// processing 02074bd0
// 02074bd0	e59f1874	ldr	r1, [r15, #0x874]	; 0x207544c
// adding link: 02074bd0 -> 02074bd4
// processing 02074b5c
// 02074b5c	e28d0030	add	r0, r13, #0x30
// adding link: 02074b5c -> 02074b60
// processing 02074c48
// 02074c48	e1a013a2	mov	r1, r2, lsr #0x7
// adding link: 02074c48 -> 02074c4c
// processing 02074bd4
// 02074bd4	e1d100b0	ldrh	r0, [r1]
// adding link: 02074bd4 -> 02074bd8
// processing 02074b60
// 02074b60	e5971000	ldr	r1, [r7]
// adding link: 02074b60 -> 02074b64
// processing 02074c4c
// 02074c4c	e1811c80	orr	r1, r1, r0, lsl #0x19
// adding link: 02074c4c -> 02074c50
// processing 02074bd8
// 02074bd8	e3100902	tst	r0, #0x8000
// adding link: 02074bd8 -> 02074bdc
// processing 02074b64
// 02074b64	e5861024	str	r1, [r6, #0x24]
// adding link: 02074b64 -> 02074b68
// processing 02074c50
// 02074c50	e586106c	str	r1, [r6, #0x6c]
// adding link: 02074c50 -> 02074c54
// processing 02074bdc
// 02074bdc	1afffffc	bne	0x2074bd4
// adding jump: 02074bdc -> 02074bd4 (sub=0)
// adding link: 02074bdc -> 02074be0
// processing 02074b68
// 02074b68	ebfe67ab	bl	0x200ea1c
// adding jump: 02074b68 -> 0200ea1c (sub=1)
// adding link: 02074b68 -> 02074b6c
// processing 02074c54
// 02074c54	e5942044	ldr	r2, [r4, #0x44]
// adding link: 02074c54 -> 02074c58
// processing 02074be0
// 02074be0	e59f7868	ldr	r7, [r15, #0x868]	; 0x2075450
// adding link: 02074be0 -> 02074be4
// processing 0200ea1c
// 0200ea1c	e92d0010	stmdb	r13!, { r4 }
// adding link: 0200ea1c -> 0200ea20
// processing 02074b6c
// 02074b6c	e2471020	sub	r1, r7, #0x20
// adding link: 02074b6c -> 02074b70
// processing 02074c58
// 02074c58	e9920101	ldmib	r2, { r0, r8 }
// adding link: 02074c58 -> 02074c5c
// processing 02074be4
// 02074be4	e28d004c	add	r0, r13, #0x4c
// adding link: 02074be4 -> 02074be8
// processing 0200ea20
// 0200ea20	e59f102c	ldr	r1, [r15, #0x2c]	; 0x200ea54
// adding link: 0200ea20 -> 0200ea24
// processing 02074b70
// 02074b70	e1d100b0	ldrh	r0, [r1]
// adding link: 02074b70 -> 02074b74
// processing 02074c5c
// 02074c5c	e5929010	ldr	r9, [r2, #0x10]
// adding link: 02074c5c -> 02074c60
// processing 02074be8
// 02074be8	e5971000	ldr	r1, [r7]
// adding link: 02074be8 -> 02074bec
// processing 0200ea24
// 0200ea24	e890101c	ldmia	r0, { r2-r4, r12 }
// adding link: 0200ea24 -> 0200ea28
// processing 02074b74
// 02074b74	e3100902	tst	r0, #0x8000
// adding link: 02074b74 -> 02074b78
// processing 02074c60
// 02074c60	e1a01800	mov	r1, r0, lsl #0x10
// adding link: 02074c60 -> 02074c64
// processing 02074bec
// 02074bec	e5861028	str	r1, [r6, #0x28]
// adding link: 02074bec -> 02074bf0
// processing 0200ea28
// 0200ea28	e881101c	stmia	r1, { r2-r4, r12 }
// adding link: 0200ea28 -> 0200ea2c
// processing 02074b78
// 02074b78	1afffffc	bne	0x2074b70
// adding jump: 02074b78 -> 02074b70 (sub=0)
// adding link: 02074b78 -> 02074b7c
// processing 02074c64
// 02074c64	e0890108	add	r0, r9, r8, lsl #0x2
// adding link: 02074c64 -> 02074c68
// processing 02074bf0
// 02074bf0	ebfe6789	bl	0x200ea1c
// adding jump: 02074bf0 -> 0200ea1c (sub=1)
// adding link: 02074bf0 -> 02074bf4
// processing 0200ea2c
// 0200ea2c	e1d021b8	ldrh	r2, [r0, #0x18]
// adding link: 0200ea2c -> 0200ea30
// processing 02074c68
// 02074c68	e5998008	ldr	r8, [r9, #0x8]
// adding link: 02074c68 -> 02074c6c
// processing 02074bf4
// 02074bf4	e2471020	sub	r1, r7, #0x20
// adding link: 02074bf4 -> 02074bf8
// processing 0200ea30
// 0200ea30	e1d031ba	ldrh	r3, [r0, #0x1a]
// adding link: 0200ea30 -> 0200ea34
// processing 02074c6c
// 02074c6c	e5909008	ldr	r9, [r0, #0x8]
// adding link: 02074c6c -> 02074c70
// processing 02074bf8
// 02074bf8	e1d100b0	ldrh	r0, [r1]
// adding link: 02074bf8 -> 02074bfc
// processing 0200ea34
// 0200ea34	e14121b0	strh	r2, [r1, #-0x10]
// adding link: 0200ea34 -> 0200ea38
// processing 02074c70
// 02074c70	e1a004c8	mov	r0, r8, asr #0x9
// adding link: 02074c70 -> 02074c74
// processing 02074bfc
// 02074bfc	e3100902	tst	r0, #0x8000
// adding link: 02074bfc -> 02074c00
// processing 0200ea38
// 0200ea38	e1c132b0	strh	r3, [r1, #0x20]
// adding link: 0200ea38 -> 0200ea3c
// processing 02074c74
// 02074c74	e1a08841	mov	r8, r1, asr #0x10
// adding link: 02074c74 -> 02074c78
// processing 02074c00
// 02074c00	1afffffc	bne	0x2074bf8
// adding jump: 02074c00 -> 02074bf8 (sub=0)
// adding link: 02074c00 -> 02074c04
// processing 0200ea3c
// 0200ea3c	e2800010	add	r0, r0, #0x10
// adding link: 0200ea3c -> 0200ea40
// processing 02074c78
// 02074c78	e5921044	ldr	r1, [r2, #0x44]
// adding link: 02074c78 -> 02074c7c
// processing 0200ea40
// 0200ea40	e2811028	add	r1, r1, #0x28
// adding link: 0200ea40 -> 0200ea44
// processing 02074c7c
// 02074c7c	e5926018	ldr	r6, [r2, #0x18]
// adding link: 02074c7c -> 02074c80
// processing 0200ea44
// 0200ea44	e890000c	ldmia	r0, { r2, r3 }
// adding link: 0200ea44 -> 0200ea48
// processing 02074c80
// 02074c80	e1a01081	mov	r1, r1, lsl #0x1
// adding link: 02074c80 -> 02074c84
// processing 0200ea48
// 0200ea48	e881000c	stmia	r1, { r2, r3 }
// adding link: 0200ea48 -> 0200ea4c
// processing 02074c84
// 02074c84	e19a10f1	ldrsh	r1, [r10, r1]
// adding link: 02074c84 -> 02074c88
// processing 0200ea4c
// 0200ea4c	e8bd0010	ldmia	r13!, { r4 }
// adding link: 0200ea4c -> 0200ea50
// processing 02074c88
// 02074c88	e592b048	ldr	r11, [r2, #0x48]
// adding link: 02074c88 -> 02074c8c
// processing 0200ea50
// 0200ea50	e12fff1e	bx	r14
// processing 02074c8c
// 02074c8c	e596604c	ldr	r6, [r6, #0x4c]
// adding link: 02074c8c -> 02074c90
// processing 02074c90
// 02074c90	e1a0b08b	mov	r11, r11, lsl #0x1
// adding link: 02074c90 -> 02074c94
// processing 02074c94
// 02074c94	e0000091	mul	r0, r1, r0
// adding link: 02074c94 -> 02074c98
// processing 02074c98
// 02074c98	e592100c	ldr	r1, [r2, #0xc]
// adding link: 02074c98 -> 02074c9c
// processing 02074c9c
// 02074c9c	e19aa0fb	ldrsh	r10, [r10, r11]
// adding link: 02074c9c -> 02074ca0
// processing 02074ca0
// 02074ca0	e19770fb	ldrsh	r7, [r7, r11]
// adding link: 02074ca0 -> 02074ca4
// processing 02074ca4
// 02074ca4	e592b014	ldr	r11, [r2, #0x14]
// adding link: 02074ca4 -> 02074ca8
// processing 02074ca8
// 02074ca8	e0060691	mul	r6, r1, r6
// adding link: 02074ca8 -> 02074cac
// processing 02074cac
// 02074cac	e79b8108	ldr	r8, [r11, r8, lsl #0x2]
// adding link: 02074cac -> 02074cb0
// processing 02074cb0
// 02074cb0	e0891008	add	r1, r9, r8
// adding link: 02074cb0 -> 02074cb4
// processing 02074cb4
// 02074cb4	e1a014c1	mov	r1, r1, asr #0x9
// adding link: 02074cb4 -> 02074cb8
// processing 02074cb8
// 02074cb8	e008019a	mul	r8, r10, r1
// adding link: 02074cb8 -> 02074cbc
// processing 02074cbc
// 02074cbc	e1a014c6	mov	r1, r6, asr #0x9
// adding link: 02074cbc -> 02074cc0
// processing 02074cc0
// 02074cc0	e1a067c8	mov	r6, r8, asr #0xf
// adding link: 02074cc0 -> 02074cc4
// processing 02074cc4
// 02074cc4	e0010197	mul	r1, r7, r1
// adding link: 02074cc4 -> 02074cc8
// processing 02074cc8
// 02074cc8	e08607c0	add	r0, r6, r0, asr #0xf
// adding link: 02074cc8 -> 02074ccc
// processing 02074ccc
// 02074ccc	e08017c1	add	r1, r0, r1, asr #0xf
// adding link: 02074ccc -> 02074cd0
// processing 02074cd0
// 02074cd0	e592001c	ldr	r0, [r2, #0x1c]
// adding link: 02074cd0 -> 02074cd4
// processing 02074cd4
// 02074cd4	e0611381	rsb	r1, r1, r1, lsl #0x7
// adding link: 02074cd4 -> 02074cd8
// processing 02074cd8
// 02074cd8	e0810000	add	r0, r1, r0
// adding link: 02074cd8 -> 02074cdc
// processing 02074cdc
// 02074cdc	e1500003	cmp	r0, r3
// adding link: 02074cdc -> 02074ce0
// processing 02074ce0
// 02074ce0	b1a00003	movlt	r0, r3
// adding link: 02074ce0 -> 02074ce4
// processing 02074ce4
// 02074ce4	ba000001	blt	0x2074cf0
// adding jump: 02074ce4 -> 02074cf0 (sub=0)
// adding link: 02074ce4 -> 02074ce8
// processing 02074cf0
// 02074cf0	e280792e	add	r7, r0, #0xb8000
// adding link: 02074cf0 -> 02074cf4
// processing 02074ce8
// 02074ce8	e35009fe	cmp	r0, #0x3f8000
// adding link: 02074ce8 -> 02074cec
// processing 02074cf4
// 02074cf4	e59f3760	ldr	r3, [r15, #0x760]	; 0x207545c
// adding link: 02074cf4 -> 02074cf8
// processing 02074cec
// 02074cec	c3a009fe	movgt	r0, #0x3f8000
// adding link: 02074cec -> 02074cf0
// processing 02074cf8
// 02074cf8	e1a087c7	mov	r8, r7, asr #0xf
// adding link: 02074cf8 -> 02074cfc
// processing 02074cfc
// 02074cfc	e59f175c	ldr	r1, [r15, #0x75c]	; 0x2075460
// adding link: 02074cfc -> 02074d00
// processing 02074d00
// 02074d00	e59f0740	ldr	r0, [r15, #0x740]	; 0x2075448
// adding link: 02074d00 -> 02074d04
// processing 02074d04
// 02074d04	e7936108	ldr	r6, [r3, r8, lsl #0x2]
// adding link: 02074d04 -> 02074d08
// processing 02074d08
// 02074d08	e7911108	ldr	r1, [r1, r8, lsl #0x2]
// adding link: 02074d08 -> 02074d0c
// processing 02074d0c
// 02074d0c	e0073000	and	r3, r7, r0
// adding link: 02074d0c -> 02074d10
// processing 02074d10
// 02074d10	e0410006	sub	r0, r1, r6
// adding link: 02074d10 -> 02074d14
// processing 02074d14
// 02074d14	e0c01093	smull	r1, r0, r3, r0
// adding link: 02074d14 -> 02074d18
// processing 02074d18
// 02074d18	e1a017a1	mov	r1, r1, lsr #0xf
// adding link: 02074d18 -> 02074d1c
// processing 02074d1c
// 02074d1c	e1811880	orr	r1, r1, r0, lsl #0x11
// adding link: 02074d1c -> 02074d20
// processing 02074d20
// 02074d20	e0960001	adds	r0, r6, r1
// adding link: 02074d20 -> 02074d24
// processing 02074d24
// 02074d24	e59f1738	ldr	r1, [r15, #0x738]	; 0x2075464
// adding link: 02074d24 -> 02074d28
// processing 02074d28
// 02074d28	e5820028	str	r0, [r2, #0x28]
// adding link: 02074d28 -> 02074d2c
// processing 02074d2c
// 02074d2c	e0806001	add	r6, r0, r1
// adding link: 02074d2c -> 02074d30
// processing 02074d30
// 02074d30	e3560000	cmp	r6, #0x0
// adding link: 02074d30 -> 02074d34
// processing 02074d34
// 02074d34	d3a06000	movle	r6, #0x0
// adding link: 02074d34 -> 02074d38
// processing 02074d38
// 02074d38	e0c13696	smull	r3, r1, r6, r6
// adding link: 02074d38 -> 02074d3c
// processing 02074d3c
// 02074d3c	e1a03fa3	mov	r3, r3, lsr #0x1f
// adding link: 02074d3c -> 02074d40
// processing 02074d40
// 02074d40	e1833081	orr	r3, r3, r1, lsl #0x1
// adding link: 02074d40 -> 02074d44
// processing 02074d44
// 02074d44	e1a033c3	mov	r3, r3, asr #0x7
// adding link: 02074d44 -> 02074d48
// processing 02074d48
// 02074d48	e3a01506	mov	r1, #0x1800000
// adding link: 02074d48 -> 02074d4c
// processing 02074d4c
// 02074d4c	e0878193	umull	r8, r7, r3, r1
// adding link: 02074d4c -> 02074d50
// processing 02074d50
// 02074d50	e0277593	mla	r7, r3, r5, r7
// adding link: 02074d50 -> 02074d54
// processing 02074d54
// 02074d54	e1a06fc3	mov	r6, r3, asr #0x1f
// adding link: 02074d54 -> 02074d58
// processing 02074d58
// 02074d58	e0277196	mla	r7, r6, r1, r7
// adding link: 02074d58 -> 02074d5c
// processing 02074d5c
// 02074d5c	e1a01c28	mov	r1, r8, lsr #0x18
// adding link: 02074d5c -> 02074d60
// processing 02074d60
// 02074d60	e1811407	orr	r1, r1, r7, lsl #0x8
// adding link: 02074d60 -> 02074d64
// processing 02074d64
// 02074d64	e1a00440	mov	r0, r0, asr #0x8
// adding link: 02074d64 -> 02074d68
// processing 02074d68
// 02074d68	e5923020	ldr	r3, [r2, #0x20]
// adding link: 02074d68 -> 02074d6c
// processing 02074d6c
// 02074d6c	e2616401	rsb	r6, r1, #0x1000000
// adding link: 02074d6c -> 02074d70
// processing 02074d70
// 02074d70	e1a013c3	mov	r1, r3, asr #0x7
// adding link: 02074d70 -> 02074d74
// processing 02074d74
// 02074d74	e0c36691	smull	r6, r3, r1, r6
// adding link: 02074d74 -> 02074d78
// processing 02074d78
// 02074d78	e1a07c26	mov	r7, r6, lsr #0x18
// adding link: 02074d78 -> 02074d7c
// processing 02074d7c
// 02074d7c	e1877403	orr	r7, r7, r3, lsl #0x8
// adding link: 02074d7c -> 02074d80
// processing 02074d80
// 02074d80	e2671401	rsb	r1, r7, #0x1000000
// adding link: 02074d80 -> 02074d84
// processing 02074d84
// 02074d84	e2600401	rsb	r0, r0, #0x1000000
// adding link: 02074d84 -> 02074d88
// processing 02074d88
// 02074d88	e0c30091	smull	r0, r3, r1, r0
// adding link: 02074d88 -> 02074d8c
// processing 02074d8c
// 02074d8c	e1a06c20	mov	r6, r0, lsr #0x18
// adding link: 02074d8c -> 02074d90
// processing 02074d90
// 02074d90	e5921058	ldr	r1, [r2, #0x58]
// adding link: 02074d90 -> 02074d94
// processing 02074d94
// 02074d94	e1866403	orr	r6, r6, r3, lsl #0x8
// adding link: 02074d94 -> 02074d98
// processing 02074d98
// 02074d98	e0461001	sub	r1, r6, r1
// adding link: 02074d98 -> 02074d9c
// processing 02074d9c
// 02074d9c	e1a01341	mov	r1, r1, asr #0x6
// adding link: 02074d9c -> 02074da0
// processing 02074da0
// 02074da0	e5821060	str	r1, [r2, #0x60]
// adding link: 02074da0 -> 02074da4
// processing 02074da4
// 02074da4	e5921058	ldr	r1, [r2, #0x58]
// adding link: 02074da4 -> 02074da8
// processing 02074da8
// 02074da8	e1a000c7	mov	r0, r7, asr #0x1
// adding link: 02074da8 -> 02074dac
// processing 02074dac
// 02074dac	e582105c	str	r1, [r2, #0x5c]
// adding link: 02074dac -> 02074db0
// processing 02074db0
// 02074db0	e5826058	str	r6, [r2, #0x58]
// adding link: 02074db0 -> 02074db4
// processing 02074db4
// 02074db4	e5921028	ldr	r1, [r2, #0x28]
// adding link: 02074db4 -> 02074db8
// processing 02074db8
// 02074db8	e2803502	add	r3, r0, #0x800000
// adding link: 02074db8 -> 02074dbc
// processing 02074dbc
// 02074dbc	e1a013c1	mov	r1, r1, asr #0x7
// adding link: 02074dbc -> 02074dc0
// processing 02074dc0
// 02074dc0	e0c16193	smull	r6, r1, r3, r1
// adding link: 02074dc0 -> 02074dc4
// processing 02074dc4
// 02074dc4	e1a03c26	mov	r3, r6, lsr #0x18
// adding link: 02074dc4 -> 02074dc8
// processing 02074dc8
// 02074dc8	e592004c	ldr	r0, [r2, #0x4c]
// adding link: 02074dc8 -> 02074dcc
// processing 02074dcc
// 02074dcc	e1833401	orr	r3, r3, r1, lsl #0x8
// adding link: 02074dcc -> 02074dd0
// processing 02074dd0
// 02074dd0	e0430000	sub	r0, r3, r0
// adding link: 02074dd0 -> 02074dd4
// processing 02074dd4
// 02074dd4	e1a00340	mov	r0, r0, asr #0x6
// adding link: 02074dd4 -> 02074dd8
// processing 02074dd8
// 02074dd8	e5820054	str	r0, [r2, #0x54]
// adding link: 02074dd8 -> 02074ddc
// processing 02074ddc
// 02074ddc	e592004c	ldr	r0, [r2, #0x4c]
// adding link: 02074ddc -> 02074de0
// processing 02074de0
// 02074de0	e5820050	str	r0, [r2, #0x50]
// adding link: 02074de0 -> 02074de4
// processing 02074de4
// 02074de4	e582304c	str	r3, [r2, #0x4c]
// adding link: 02074de4 -> 02074de8
// processing 02074de8
// 02074de8	e592103c	ldr	r1, [r2, #0x3c]
// adding link: 02074de8 -> 02074dec
// processing 02074dec
// 02074dec	e5920040	ldr	r0, [r2, #0x40]
// adding link: 02074dec -> 02074df0
// processing 02074df0
// 02074df0	e1500001	cmp	r0, r1
// adding link: 02074df0 -> 02074df4
// processing 02074df4
// 02074df4	15821040	strne	r1, [r2, #0x40]
// adding link: 02074df4 -> 02074df8
// processing 02074df8
// 02074df8	15825034	strne	r5, [r2, #0x34]
// adding link: 02074df8 -> 02074dfc
// processing 02074dfc
// 02074dfc	15825038	strne	r5, [r2, #0x38]
// adding link: 02074dfc -> 02074e00
// processing 02074e00
// 02074e00	e5941048	ldr	r1, [r4, #0x48]
// adding link: 02074e00 -> 02074e04
// processing 02074e04
// 02074e04	e3e004ff	mvn	r0, #0xff000000
// adding link: 02074e04 -> 02074e08
// processing 02074e08
// 02074e08	e5915004	ldr	r5, [r1, #0x4]
// adding link: 02074e08 -> 02074e0c
// processing 02074e0c
// 02074e0c	e5913014	ldr	r3, [r1, #0x14]
// adding link: 02074e0c -> 02074e10
// processing 02074e10
// 02074e10	e1a02805	mov	r2, r5, lsl #0x10
// adding link: 02074e10 -> 02074e14
// processing 02074e14
// 02074e14	e1a02842	mov	r2, r2, asr #0x10
// adding link: 02074e14 -> 02074e18
// processing 02074e18
// 02074e18	e3550003	cmp	r5, #0x3
// adding link: 02074e18 -> 02074e1c
// processing 02074e1c
// 02074e1c	e7936102	ldr	r6, [r3, r2, lsl #0x2]
// adding link: 02074e1c -> 02074e20
// processing 02074e20
// 02074e20	0a000003	beq	0x2074e34
// adding jump: 02074e20 -> 02074e34 (sub=0)
// adding link: 02074e20 -> 02074e24
// processing 02074e34
// 02074e34	e591501c	ldr	r5, [r1, #0x1c]
// adding link: 02074e34 -> 02074e38
// processing 02074e24
// 02074e24	e3550004	cmp	r5, #0x4
// adding link: 02074e24 -> 02074e28
// processing 02074e38
// 02074e38	e0c23596	smull	r3, r2, r6, r5
// adding link: 02074e38 -> 02074e3c
// processing 02074e28
// 02074e28	1a00000a	bne	0x2074e58
// adding jump: 02074e28 -> 02074e58 (sub=0)
// adding link: 02074e28 -> 02074e2c
// processing 02074e3c
// 02074e3c	e1a03c23	mov	r3, r3, lsr #0x18
// adding link: 02074e3c -> 02074e40
// processing 02074e58
// 02074e58	e0862000	add	r2, r6, r0
// adding link: 02074e58 -> 02074e5c
// processing 02074e2c
// 02074e2c	e3a05401	mov	r5, #0x1000000
// adding link: 02074e2c -> 02074e30
// processing 02074e40
// 02074e40	e1833402	orr	r3, r3, r2, lsl #0x8
// adding link: 02074e40 -> 02074e44
// processing 02074e5c
// 02074e5c	e591601c	ldr	r6, [r1, #0x1c]
// adding link: 02074e5c -> 02074e60
// processing 02074e30
// 02074e30	ea000012	b	0x2074e80
// adding jump: 02074e30 -> 02074e80 (sub=0)
// processing 02074e44
// 02074e44	e3550000	cmp	r5, #0x0
// adding link: 02074e44 -> 02074e48
// processing 02074e60
// 02074e60	e1a020c2	mov	r2, r2, asr #0x1
// adding link: 02074e60 -> 02074e64
// processing 02074e80
// 02074e80	e5916010	ldr	r6, [r1, #0x10]
// adding link: 02074e80 -> 02074e84
// processing 02074e48
// 02074e48	c0830000	addgt	r0, r3, r0
// adding link: 02074e48 -> 02074e4c
// processing 02074e64
// 02074e64	e0c35692	smull	r5, r3, r2, r6
// adding link: 02074e64 -> 02074e68
// processing 02074e84
// 02074e84	e5910008	ldr	r0, [r1, #0x8]
// adding link: 02074e84 -> 02074e88
// processing 02074e4c
// 02074e4c	c0405005	subgt	r5, r0, r5
// adding link: 02074e4c -> 02074e50
// processing 02074e68
// 02074e68	e1a02c25	mov	r2, r5, lsr #0x18
// adding link: 02074e68 -> 02074e6c
// processing 02074e88
// 02074e88	e5913018	ldr	r3, [r1, #0x18]
// adding link: 02074e88 -> 02074e8c
// processing 02074e50
// 02074e50	d0835000	addle	r5, r3, r0
// adding link: 02074e50 -> 02074e54
// processing 02074e6c
// 02074e6c	e1822403	orr	r2, r2, r3, lsl #0x8
// adding link: 02074e6c -> 02074e70
// processing 02074e8c
// 02074e8c	e0860100	add	r0, r6, r0, lsl #0x2
// adding link: 02074e8c -> 02074e90
// processing 02074e54
// 02074e54	ea000009	b	0x2074e80
// adding jump: 02074e54 -> 02074e80 (sub=0)
// processing 02074e70
// 02074e70	e3560000	cmp	r6, #0x0
// adding link: 02074e70 -> 02074e74
// processing 02074e90
// 02074e90	e591201c	ldr	r2, [r1, #0x1c]
// adding link: 02074e90 -> 02074e94
// processing 02074e74
// 02074e74	c0820000	addgt	r0, r2, r0
// adding link: 02074e74 -> 02074e78
// processing 02074e94
// 02074e94	e5900008	ldr	r0, [r0, #0x8]
// adding link: 02074e94 -> 02074e98
// processing 02074e78
// 02074e78	c0405006	subgt	r5, r0, r6
// adding link: 02074e78 -> 02074e7c
// processing 02074e98
// 02074e98	e0c78395	smull	r8, r7, r5, r3
// adding link: 02074e98 -> 02074e9c
// processing 02074e7c
// 02074e7c	d0825000	addle	r5, r2, r0
// adding link: 02074e7c -> 02074e80
// processing 02074e9c
// 02074e9c	e0c30092	smull	r0, r3, r2, r0
// adding link: 02074e9c -> 02074ea0
// processing 02074ea0
// 02074ea0	e5915024	ldr	r5, [r1, #0x24]
// adding link: 02074ea0 -> 02074ea4
// processing 02074ea4
// 02074ea4	e1a02c20	mov	r2, r0, lsr #0x18
// adding link: 02074ea4 -> 02074ea8
// processing 02074ea8
// 02074ea8	e0865105	add	r5, r6, r5, lsl #0x2
// adding link: 02074ea8 -> 02074eac
// processing 02074eac
// 02074eac	e1a00c28	mov	r0, r8, lsr #0x18
// adding link: 02074eac -> 02074eb0
// processing 02074eb0
// 02074eb0	e1800407	orr	r0, r0, r7, lsl #0x8
// adding link: 02074eb0 -> 02074eb4
// processing 02074eb4
// 02074eb4	e5955008	ldr	r5, [r5, #0x8]
// adding link: 02074eb4 -> 02074eb8
// processing 02074eb8
// 02074eb8	e1822403	orr	r2, r2, r3, lsl #0x8
// adding link: 02074eb8 -> 02074ebc
// processing 02074ebc
// 02074ebc	e0956002	adds	r6, r5, r2
// adding link: 02074ebc -> 02074ec0
// processing 02074ec0
// 02074ec0	e1a02c43	mov	r2, r3, asr #0x18
// adding link: 02074ec0 -> 02074ec4
// processing 02074ec4
// 02074ec4	e0837690	umull	r7, r3, r0, r6
// adding link: 02074ec4 -> 02074ec8
// processing 02074ec8
// 02074ec8	e0a22fc5	adc	r2, r2, r5, asr #0x1f
// adding link: 02074ec8 -> 02074ecc
// processing 02074ecc
// 02074ecc	e0233290	mla	r3, r0, r2, r3
// adding link: 02074ecc -> 02074ed0
// processing 02074ed0
// 02074ed0	e1a00fc0	mov	r0, r0, asr #0x1f
// adding link: 02074ed0 -> 02074ed4
// processing 02074ed4
// 02074ed4	e0233690	mla	r3, r0, r6, r3
// adding link: 02074ed4 -> 02074ed8
// processing 02074ed8
// 02074ed8	e1a02c27	mov	r2, r7, lsr #0x18
// adding link: 02074ed8 -> 02074edc
// processing 02074edc
// 02074edc	e5910028	ldr	r0, [r1, #0x28]
// adding link: 02074edc -> 02074ee0
// processing 02074ee0
// 02074ee0	e1822403	orr	r2, r2, r3, lsl #0x8
// adding link: 02074ee0 -> 02074ee4
// processing 02074ee4
// 02074ee4	e0420000	sub	r0, r2, r0
// adding link: 02074ee4 -> 02074ee8
// processing 02074ee8
// 02074ee8	e1a00340	mov	r0, r0, asr #0x6
// adding link: 02074ee8 -> 02074eec
// processing 02074eec
// 02074eec	e5810030	str	r0, [r1, #0x30]
// adding link: 02074eec -> 02074ef0
// processing 02074ef0
// 02074ef0	e5910028	ldr	r0, [r1, #0x28]
// adding link: 02074ef0 -> 02074ef4
// processing 02074ef4
// 02074ef4	e3a06000	mov	r6, #0x0
// adding link: 02074ef4 -> 02074ef8
// processing 02074ef8
// 02074ef8	e581002c	str	r0, [r1, #0x2c]
// adding link: 02074ef8 -> 02074efc
// processing 02074efc
// 02074efc	e5812028	str	r2, [r1, #0x28]
// adding link: 02074efc -> 02074f00
// processing 02074f00
// 02074f00	e5940020	ldr	r0, [r4, #0x20]
// adding link: 02074f00 -> 02074f04
// processing 02074f04
// 02074f04	e3500000	cmp	r0, #0x0
// adding link: 02074f04 -> 02074f08
// processing 02074f08
// 02074f08	da000145	ble	0x2075424
// adding jump: 02074f08 -> 02075424 (sub=0)
// adding link: 02074f08 -> 02074f0c
// processing 02075424
// 02075424	e3a00000	mov	r0, #0x0
// adding link: 02075424 -> 02075428
// processing 02074f0c
// 02074f0c	e59fc554	ldr	r12, [r15, #0x554]	; 0x2075468
// adding link: 02074f0c -> 02074f10
// processing 02075428
// 02075428	e28dd068	add	r13, r13, #0x68
// adding link: 02075428 -> 0207542c
// processing 02074f10
// 02074f10	e3e00102	mvn	r0, #0x80000000
// adding link: 02074f10 -> 02074f14
// processing 0207542c
// 0207542c	e8bd8ff8	ldmia	r13!, { r3-r11, r15 }
// return
// processing 02074f14
// 02074f14	e1a0292c	mov	r2, r12, lsr #0x12
// adding link: 02074f14 -> 02074f18
// processing 02074f18
// 02074f18	e58d2008	str	r2, [r13, #0x8]
// adding link: 02074f18 -> 02074f1c
// processing 02074f1c
// 02074f1c	e59f250c	ldr	r2, [r15, #0x50c]	; 0x2075430
// adding link: 02074f1c -> 02074f20
// processing 02074f20
// 02074f20	e58d0004	str	r0, [r13, #0x4]
// adding link: 02074f20 -> 02074f24
// processing 02074f24
// 02074f24	e282203f	add	r2, r2, #0x3f
// adding link: 02074f24 -> 02074f28
// processing 02074f28
// 02074f28	e58d200c	str	r2, [r13, #0xc]
// adding link: 02074f28 -> 02074f2c
// processing 02074f2c
// 02074f2c	e59f24fc	ldr	r2, [r15, #0x4fc]	; 0x2075430
// adding link: 02074f2c -> 02074f30
// processing 02074f30
// 02074f30	e59d1004	ldr	r1, [r13, #0x4]
// adding link: 02074f30 -> 02074f34
// processing 02074f34
// 02074f34	e282203f	add	r2, r2, #0x3f
// adding link: 02074f34 -> 02074f38
// processing 02074f38
// 02074f38	e58d2010	str	r2, [r13, #0x10]
// adding link: 02074f38 -> 02074f3c
// processing 02074f3c
// 02074f3c	e59d2004	ldr	r2, [r13, #0x4]
// adding link: 02074f3c -> 02074f40
// processing 02074f40
// 02074f40	e1a0e8ac	mov	r14, r12, lsr #0x11
// adding link: 02074f40 -> 02074f44
// processing 02074f44
// 02074f44	e242247f	sub	r2, r2, #0x7f000000
// adding link: 02074f44 -> 02074f48
// processing 02074f48
// 02074f48	e58d2014	str	r2, [r13, #0x14]
// adding link: 02074f48 -> 02074f4c
// processing 02074f4c
// 02074f4c	e59d2004	ldr	r2, [r13, #0x4]
// adding link: 02074f4c -> 02074f50
// processing 02074f50
// 02074f50	e260047f	rsb	r0, r0, #0x7f000000
// adding link: 02074f50 -> 02074f54
// processing 02074f54
// 02074f54	e262247f	rsb	r2, r2, #0x7f000000
// adding link: 02074f54 -> 02074f58
// processing 02074f58
// 02074f58	e58d2018	str	r2, [r13, #0x18]
// adding link: 02074f58 -> 02074f5c
// processing 02074f5c
// 02074f5c	e59d2004	ldr	r2, [r13, #0x4]
// adding link: 02074f5c -> 02074f60
// processing 02074f60
// 02074f60	e241147f	sub	r1, r1, #0x7f000000
// adding link: 02074f60 -> 02074f64
// processing 02074f64
// 02074f64	e242247f	sub	r2, r2, #0x7f000000
// adding link: 02074f64 -> 02074f68
// processing 02074f68
// 02074f68	e58d201c	str	r2, [r13, #0x1c]
// adding link: 02074f68 -> 02074f6c
// processing 02074f6c
// 02074f6c	e59d2004	ldr	r2, [r13, #0x4]
// adding link: 02074f6c -> 02074f70
// processing 02074f70
// 02074f70	e262247f	rsb	r2, r2, #0x7f000000
// adding link: 02074f70 -> 02074f74
// processing 02074f74
// 02074f74	e58d2020	str	r2, [r13, #0x20]
// adding link: 02074f74 -> 02074f78
// processing 02074f78
// 02074f78	e59d2004	ldr	r2, [r13, #0x4]
// adding link: 02074f78 -> 02074f7c
// processing 02074f7c
// 02074f7c	e242247f	sub	r2, r2, #0x7f000000
// adding link: 02074f7c -> 02074f80
// processing 02074f80
// 02074f80	e58d2024	str	r2, [r13, #0x24]
// adding link: 02074f80 -> 02074f84
// processing 02074f84
// 02074f84	e59d2004	ldr	r2, [r13, #0x4]
// adding link: 02074f84 -> 02074f88
// processing 02074f88
// 02074f88	e262247f	rsb	r2, r2, #0x7f000000
// adding link: 02074f88 -> 02074f8c
// processing 02074f8c
// 02074f8c	e58d2028	str	r2, [r13, #0x28]
// adding link: 02074f8c -> 02074f90
// processing 02074f90
// 02074f90	e28c2901	add	r2, r12, #0x4000
// adding link: 02074f90 -> 02074f94
// processing 02074f94
// 02074f94	e58d202c	str	r2, [r13, #0x2c]
// adding link: 02074f94 -> 02074f98
// processing 02074f98
// 02074f98	e5942040	ldr	r2, [r4, #0x40]
// adding link: 02074f98 -> 02074f9c
// processing 02074f9c
// 02074f9c	e5923014	ldr	r3, [r2, #0x14]
// adding link: 02074f9c -> 02074fa0
// processing 02074fa0
// 02074fa0	e592501c	ldr	r5, [r2, #0x1c]
// adding link: 02074fa0 -> 02074fa4
// processing 02074fa4
// 02074fa4	e0435005	sub	r5, r3, r5
// adding link: 02074fa4 -> 02074fa8
// processing 02074fa8
// 02074fa8	e5825014	str	r5, [r2, #0x14]
// adding link: 02074fa8 -> 02074fac
// processing 02074fac
// 02074fac	e592a018	ldr	r10, [r2, #0x18]
// adding link: 02074fac -> 02074fb0
// processing 02074fb0
// 02074fb0	e5925020	ldr	r5, [r2, #0x20]
// adding link: 02074fb0 -> 02074fb4
// processing 02074fb4
// 02074fb4	e04a5005	sub	r5, r10, r5
// adding link: 02074fb4 -> 02074fb8
// processing 02074fb8
// 02074fb8	e5825018	str	r5, [r2, #0x18]
// adding link: 02074fb8 -> 02074fbc
// processing 02074fbc
// 02074fbc	e592500c	ldr	r5, [r2, #0xc]
// adding link: 02074fbc -> 02074fc0
// processing 02074fc0
// 02074fc0	e3550003	cmp	r5, #0x3
// adding link: 02074fc0 -> 02074fc4
// processing 02074fc4
// 02074fc4	908ff105	addls	r15, r15, r5, lsl #0x2
// foudn addls  sha=2 rm=5
// adding jump: 02074fc4 -> 02074fc8 (sub=0)
// target=02075050
// adding jump: 02074fc4 -> 02075050 (sub=0)
// target=02074fdc
// adding jump: 02074fc4 -> 02074fdc (sub=0)
// target=0207500c
// adding jump: 02074fc4 -> 0207500c (sub=0)
// target=02075030
// adding jump: 02074fc4 -> 02075030 (sub=0)
// processing 02074fc8
// 02074fc8	ea000020	b	0x2075050
// adding jump: 02074fc8 -> 02075050 (sub=0)
// processing 02075050
// 02075050	e5925048	ldr	r5, [r2, #0x48]
// adding link: 02075050 -> 02075054
// processing 02074fdc
// 02074fdc	e5929060	ldr	r9, [r2, #0x60]
// adding link: 02074fdc -> 02074fe0
// processing 0207500c
// 0207500c	e5929068	ldr	r9, [r2, #0x68]
// adding link: 0207500c -> 02075010
// processing 02075030
// 02075030	e5929018	ldr	r9, [r2, #0x18]
// adding link: 02075030 -> 02075034
// processing 02075054
// 02075054	e3550001	cmp	r5, #0x1
// adding link: 02075054 -> 02075058
// processing 02074fe0
// 02074fe0	e5928014	ldr	r8, [r2, #0x14]
// adding link: 02074fe0 -> 02074fe4
// processing 02075010
// 02075010	e5928014	ldr	r8, [r2, #0x14]
// adding link: 02075010 -> 02075014
// processing 02075034
// 02075034	e592504c	ldr	r5, [r2, #0x4c]
// adding link: 02075034 -> 02075038
// processing 02075058
// 02075058	1a000003	bne	0x207506c
// adding jump: 02075058 -> 0207506c (sub=0)
// adding link: 02075058 -> 0207505c
// processing 02074fe4
// 02074fe4	e592504c	ldr	r5, [r2, #0x4c]
// adding link: 02074fe4 -> 02074fe8
// processing 02075014
// 02075014	e592504c	ldr	r5, [r2, #0x4c]
// adding link: 02075014 -> 02075018
// processing 02075038
// 02075038	e592706c	ldr	r7, [r2, #0x6c]
// adding link: 02075038 -> 0207503c
// processing 0207506c
// 0207506c	e592502c	ldr	r5, [r2, #0x2c]
// adding link: 0207506c -> 02075070
// processing 0207505c
// 0207505c	e5925014	ldr	r5, [r2, #0x14]
// adding link: 0207505c -> 02075060
// processing 02074fe8
// 02074fe8	e0070995	mul	r7, r5, r9
// adding link: 02074fe8 -> 02074fec
// processing 02075018
// 02075018	e0070995	mul	r7, r5, r9
// adding link: 02075018 -> 0207501c
// processing 0207503c
// 0207503c	e0c78795	smull	r8, r7, r5, r7
// adding link: 0207503c -> 02075040
// processing 02075070
// 02075070	e5923014	ldr	r3, [r2, #0x14]
// adding link: 02075070 -> 02075074
// processing 02075060
// 02075060	e1550003	cmp	r5, r3
// adding link: 02075060 -> 02075064
// processing 02074fec
// 02074fec	e1a053c7	mov	r5, r7, asr #0x7
// adding link: 02074fec -> 02074ff0
// processing 0207501c
// 0207501c	e1a053c7	mov	r5, r7, asr #0x7
// adding link: 0207501c -> 02075020
// processing 02075040
// 02075040	e1a05c28	mov	r5, r8, lsr #0x18
// adding link: 02075040 -> 02075044
// processing 02075074
// 02075074	e5929018	ldr	r9, [r2, #0x18]
// adding link: 02075074 -> 02075078
// processing 02075064
// 02075064	c59d3004	ldrgt	r3, [r13, #0x4]
// adding link: 02075064 -> 02075068
// processing 02074ff0
// 02074ff0	e0050599	mul	r5, r9, r5
// adding link: 02074ff0 -> 02074ff4
// processing 02075020
// 02075020	e0050599	mul	r5, r9, r5
// adding link: 02075020 -> 02075024
// processing 02075044
// 02075044	e1855407	orr	r5, r5, r7, lsl #0x8
// adding link: 02075044 -> 02075048
// processing 02075078
// 02075078	e3550003	cmp	r5, #0x3
// adding link: 02075078 -> 0207507c
// processing 02075068
// 02075068	c5823018	strgt	r3, [r2, #0x18]
// adding link: 02075068 -> 0207506c
// processing 02074ff4
// 02074ff4	e04850c5	sub	r5, r8, r5, asr #0x1
// adding link: 02074ff4 -> 02074ff8
// processing 02075024
// 02075024	e04850c5	sub	r5, r8, r5, asr #0x1
// adding link: 02075024 -> 02075028
// processing 02075048
// 02075048	e0495005	sub	r5, r9, r5
// adding link: 02075048 -> 0207504c
// processing 0207507c
// 0207507c	908ff105	addls	r15, r15, r5, lsl #0x2
// foudn addls  sha=2 rm=5
// adding jump: 0207507c -> 02075080 (sub=0)
// target=020750fc
// adding jump: 0207507c -> 020750fc (sub=0)
// target=02075094
// adding jump: 0207507c -> 02075094 (sub=0)
// target=020750c4
// adding jump: 0207507c -> 020750c4 (sub=0)
// target=02075124
// adding jump: 0207507c -> 02075124 (sub=0)
// processing 02074ff8
// 02074ff8	e5825014	str	r5, [r2, #0x14]
// adding link: 02074ff8 -> 02074ffc
// processing 02075028
// 02075028	e5825014	str	r5, [r2, #0x14]
// adding link: 02075028 -> 0207502c
// processing 0207504c
// 0207504c	e5825018	str	r5, [r2, #0x18]
// adding link: 0207504c -> 02075050
// processing 02075080
// 02075080	ea000031	b	0x207514c
// adding jump: 02075080 -> 0207514c (sub=0)
// processing 020750fc
// 020750fc	e5925014	ldr	r5, [r2, #0x14]
// adding link: 020750fc -> 02075100
// processing 02075094
// 02075094	e5925024	ldr	r5, [r2, #0x24]
// adding link: 02075094 -> 02075098
// processing 020750c4
// 020750c4	e1a03843	mov	r3, r3, asr #0x10
// adding link: 020750c4 -> 020750c8
// processing 02075124
// 02075124	e5925040	ldr	r5, [r2, #0x40]
// adding link: 02075124 -> 02075128
// processing 02074ffc
// 02074ffc	e5929018	ldr	r9, [r2, #0x18]
// adding link: 02074ffc -> 02075000
// processing 0207502c
// 0207502c	ea000007	b	0x2075050
// adding jump: 0207502c -> 02075050 (sub=0)
// processing 0207514c
// 0207514c	e5925030	ldr	r5, [r2, #0x30]
// adding link: 0207514c -> 02075150
// processing 02075100
// 02075100	e1a03843	mov	r3, r3, asr #0x10
// adding link: 02075100 -> 02075104
// processing 02075098
// 02075098	e1a03843	mov	r3, r3, asr #0x10
// adding link: 02075098 -> 0207509c
// processing 020750c8
// 020750c8	e5925024	ldr	r5, [r2, #0x24]
// adding link: 020750c8 -> 020750cc
// processing 02075128
// 02075128	e3150101	tst	r5, #0x40000000
// adding link: 02075128 -> 0207512c
// processing 02075000
// 02075000	e592504c	ldr	r5, [r2, #0x4c]
// adding link: 02075000 -> 02075004
// processing 02075150
// 02075150	e3550003	cmp	r5, #0x3
// adding link: 02075150 -> 02075154
// processing 02075104
// 02075104	e1a07845	mov	r7, r5, asr #0x10
// adding link: 02075104 -> 02075108
// processing 0207509c
// 0207509c	e1a05845	mov	r5, r5, asr #0x10
// adding link: 0207509c -> 020750a0
// processing 020750cc
// 020750cc	e3530000	cmp	r3, #0x0
// adding link: 020750cc -> 020750d0
// processing 0207512c
// 0207512c	059f32fc	ldreq	r3, [r15, #0x2fc]	; 0x2075430
// adding link: 0207512c -> 02075130
// processing 02075004
// 02075004	e5927064	ldr	r7, [r2, #0x64]
// adding link: 02075004 -> 02075008
// processing 02075154
// 02075154	908ff105	addls	r15, r15, r5, lsl #0x2
// foudn addls  sha=2 rm=5
// adding jump: 02075154 -> 02075158 (sub=0)
// target=020751d4
// adding jump: 02075154 -> 020751d4 (sub=0)
// target=0207516c
// adding jump: 02075154 -> 0207516c (sub=0)
// target=0207519c
// adding jump: 02075154 -> 0207519c (sub=0)
// target=020751fc
// adding jump: 02075154 -> 020751fc (sub=0)
// processing 02075108
// 02075108	e59d500c	ldr	r5, [r13, #0xc]
// adding link: 02075108 -> 0207510c
// processing 020750a0
// 020750a0	e0050593	mul	r5, r3, r5
// adding link: 020750a0 -> 020750a4
// processing 020750d0
// 020750d0	d2633000	rsble	r3, r3, #0x0
// adding link: 020750d0 -> 020750d4
// processing 02075130
// 02075130	00253003	eoreq	r3, r5, r3
// adding link: 02075130 -> 02075134
// processing 02075008
// 02075008	ea00000b	b	0x207503c
// adding jump: 02075008 -> 0207503c (sub=0)
// processing 02075158
// 02075158	ea000035	b	0x2075234
// adding jump: 02075158 -> 02075234 (sub=0)
// processing 020751d4
// 020751d4	e5927018	ldr	r7, [r2, #0x18]
// adding link: 020751d4 -> 020751d8
// processing 0207516c
// 0207516c	e5925028	ldr	r5, [r2, #0x28]
// adding link: 0207516c -> 02075170
// processing 0207519c
// 0207519c	e1a05849	mov	r5, r9, asr #0x10
// adding link: 0207519c -> 020751a0
// processing 020751fc
// 020751fc	e5927044	ldr	r7, [r2, #0x44]
// adding link: 020751fc -> 02075200
// processing 0207510c
// 0207510c	e3530000	cmp	r3, #0x0
// adding link: 0207510c -> 02075110
// processing 020750a4
// 020750a4	e1a05445	mov	r5, r5, asr #0x8
// adding link: 020750a4 -> 020750a8
// processing 020750d4
// 020750d4	e08c3083	add	r3, r12, r3, lsl #0x1
// adding link: 020750d4 -> 020750d8
// processing 02075134
// 02075134	01a03083	moveq	r3, r3, lsl #0x1
// adding link: 02075134 -> 02075138
// processing 02075234
// 02075234	e1a05489	mov	r5, r9, lsl #0x9
// adding link: 02075234 -> 02075238
// processing 020751d8
// 020751d8	e1a05849	mov	r5, r9, asr #0x10
// adding link: 020751d8 -> 020751dc
// processing 02075170
// 02075170	e1a07849	mov	r7, r9, asr #0x10
// adding link: 02075170 -> 02075174
// processing 020751a0
// 020751a0	e3550000	cmp	r5, #0x0
// adding link: 020751a0 -> 020751a4
// processing 02075200
// 02075200	e3170101	tst	r7, #0x40000000
// adding link: 02075200 -> 02075204
// processing 02075110
// 02075110	e0050597	mul	r5, r7, r5
// adding link: 02075110 -> 02075114
// processing 020750a8
// 020750a8	e15508ac	cmp	r5, r12, lsr #0x11
// adding link: 020750a8 -> 020750ac
// processing 020750d8
// 020750d8	e1a05845	mov	r5, r5, asr #0x10
// adding link: 020750d8 -> 020750dc
// processing 02075138
// 02075138	03833001	orreq	r3, r3, #0x1
// adding link: 02075138 -> 0207513c
// processing 02075238
// 02075238	e582504c	str	r5, [r2, #0x4c]
// adding link: 02075238 -> 0207523c
// processing 020751dc
// 020751dc	e1a08847	mov	r8, r7, asr #0x10
// adding link: 020751dc -> 020751e0
// processing 02075174
// 02075174	e1a05845	mov	r5, r5, asr #0x10
// adding link: 02075174 -> 02075178
// processing 020751a4
// 020751a4	d2655000	rsble	r5, r5, #0x0
// adding link: 020751a4 -> 020751a8
// processing 02075204
// 02075204	059f5224	ldreq	r5, [r15, #0x224]	; 0x2075430
// adding link: 02075204 -> 02075208
// processing 02075114
// 02075114	d2633000	rsble	r3, r3, #0x0
// adding link: 02075114 -> 02075118
// processing 020750ac
// 020750ac	c1a0500e	movgt	r5, r14
// adding link: 020750ac -> 020750b0
// processing 020750dc
// 020750dc	e0050593	mul	r5, r3, r5
// adding link: 020750dc -> 020750e0
// processing 0207513c
// 0207513c	11a03085	movne	r3, r5, lsl #0x1
// adding link: 0207513c -> 02075140
// processing 0207523c
// 0207523c	e5925038	ldr	r5, [r2, #0x38]
// adding link: 0207523c -> 02075240
// processing 020751e0
// 020751e0	e59d7010	ldr	r7, [r13, #0x10]
// adding link: 020751e0 -> 020751e4
// processing 02075178
// 02075178	e0050597	mul	r5, r7, r5
// adding link: 02075178 -> 0207517c
// processing 020751a8
// 020751a8	e08c7085	add	r7, r12, r5, lsl #0x1
// adding link: 020751a8 -> 020751ac
// processing 02075208
// 02075208	00275005	eoreq	r5, r7, r5
// adding link: 02075208 -> 0207520c
// processing 02075118
// 02075118	e08c3083	add	r3, r12, r3, lsl #0x1
// adding link: 02075118 -> 0207511c
// processing 020750b0
// 020750b0	ca000001	bgt	0x20750bc
// adding jump: 020750b0 -> 020750bc (sub=0)
// adding link: 020750b0 -> 020750b4
// processing 020750e0
// 020750e0	e1a03445	mov	r3, r5, asr #0x8
// adding link: 020750e0 -> 020750e4
// processing 02075140
// 02075140	e5823040	str	r3, [r2, #0x40]
// adding link: 02075140 -> 02075144
// processing 02075240
// 02075240	e592203c	ldr	r2, [r2, #0x3c]
// adding link: 02075240 -> 02075244
// processing 020751e4
// 020751e4	e3550000	cmp	r5, #0x0
// adding link: 020751e4 -> 020751e8
// processing 0207517c
// 0207517c	e1a05445	mov	r5, r5, asr #0x8
// adding link: 0207517c -> 02075180
// processing 020751ac
// 020751ac	e5925028	ldr	r5, [r2, #0x28]
// adding link: 020751ac -> 020751b0
// processing 0207520c
// 0207520c	01a05085	moveq	r5, r5, lsl #0x1
// adding link: 0207520c -> 02075210
// processing 0207511c
// 0207511c	e08337c5	add	r3, r3, r5, asr #0xf
// adding link: 0207511c -> 02075120
// processing 020750bc
// 020750bc	e0433005	sub	r3, r3, r5
// adding link: 020750bc -> 020750c0
// processing 020750b4
// 020750b4	e155000c	cmp	r5, r12
// adding link: 020750b4 -> 020750b8
// processing 020750e4
// 020750e4	e15c0445	cmp	r12, r5, asr #0x8
// adding link: 020750e4 -> 020750e8
// processing 02075144
// 02075144	e1a03003	mov	r3, r3
// adding link: 02075144 -> 02075148
// processing 02075244
// 02075244	e5947044	ldr	r7, [r4, #0x44]
// adding link: 02075244 -> 02075248
// processing 020751e8
// 020751e8	e0070798	mul	r7, r8, r7
// adding link: 020751e8 -> 020751ec
// processing 02075180
// 02075180	e15508ac	cmp	r5, r12, lsr #0x11
// adding link: 02075180 -> 02075184
// processing 020751b0
// 020751b0	e1a05845	mov	r5, r5, asr #0x10
// adding link: 020751b0 -> 020751b4
// processing 02075210
// 02075210	03855001	orreq	r5, r5, #0x1
// adding link: 02075210 -> 02075214
// processing 02075120
// 02075120	ea000009	b	0x207514c
// adding jump: 02075120 -> 0207514c (sub=0)
// processing 020750c0
// 020750c0	ea000021	b	0x207514c
// adding jump: 020750c0 -> 0207514c (sub=0)
// processing 020750b8
// 020750b8	b1a0500c	movlt	r5, r12
// adding link: 020750b8 -> 020750bc
// processing 020750e8
// 020750e8	c1a0300c	movgt	r3, r12
// adding link: 020750e8 -> 020750ec
// processing 02075148
// 02075148	e1a03843	mov	r3, r3, asr #0x10
// adding link: 02075148 -> 0207514c
// processing 02075248
// 02075248	e0020299	mul	r2, r9, r2
// adding link: 02075248 -> 0207524c
// processing 020751ec
// 020751ec	d2655000	rsble	r5, r5, #0x0
// adding link: 020751ec -> 020751f0
// processing 02075184
// 02075184	c1a0500e	movgt	r5, r14
// adding link: 02075184 -> 02075188
// processing 020751b4
// 020751b4	e0050597	mul	r5, r7, r5
// adding link: 020751b4 -> 020751b8
// processing 02075214
// 02075214	11a05087	movne	r5, r7, lsl #0x1
// adding link: 02075214 -> 02075218
// processing 020750ec
// 020750ec	ca000016	bgt	0x207514c
// adding jump: 020750ec -> 0207514c (sub=0)
// adding link: 020750ec -> 020750f0
// processing 0207524c
// 0207524c	e0222593	mla	r2, r3, r5, r2
// adding link: 0207524c -> 02075250
// processing 020751f0
// 020751f0	e08c5085	add	r5, r12, r5, lsl #0x1
// adding link: 020751f0 -> 020751f4
// processing 02075188
// 02075188	ca000001	bgt	0x2075194
// adding jump: 02075188 -> 02075194 (sub=0)
// adding link: 02075188 -> 0207518c
// processing 020751b8
// 020751b8	e1a09445	mov	r9, r5, asr #0x8
// adding link: 020751b8 -> 020751bc
// processing 02075218
// 02075218	e5825044	str	r5, [r2, #0x44]
// adding link: 02075218 -> 0207521c
// processing 020750f0
// 020750f0	e15308ac	cmp	r3, r12, lsr #0x11
// adding link: 020750f0 -> 020750f4
// processing 02075250
// 02075250	e1a027c2	mov	r2, r2, asr #0xf
// adding link: 02075250 -> 02075254
// processing 020751f4
// 020751f4	e08597c7	add	r9, r5, r7, asr #0xf
// adding link: 020751f4 -> 020751f8
// processing 02075194
// 02075194	e0479005	sub	r9, r7, r5
// adding link: 02075194 -> 02075198
// processing 0207518c
// 0207518c	e155000c	cmp	r5, r12
// adding link: 0207518c -> 02075190
// processing 020751bc
// 020751bc	e15c0445	cmp	r12, r5, asr #0x8
// adding link: 020751bc -> 020751c0
// processing 0207521c
// 0207521c	e029500a	eor	r5, r9, r10
// adding link: 0207521c -> 02075220
// processing 020750f4
// 020750f4	c1a0300e	movgt	r3, r14
// adding link: 020750f4 -> 020750f8
// processing 02075254
// 02075254	e5973024	ldr	r3, [r7, #0x24]
// adding link: 02075254 -> 02075258
// processing 020751f8
// 020751f8	ea00000d	b	0x2075234
// adding jump: 020751f8 -> 02075234 (sub=0)
// processing 02075198
// 02075198	ea000025	b	0x2075234
// adding jump: 02075198 -> 02075234 (sub=0)
// processing 02075190
// 02075190	b1a0500c	movlt	r5, r12
// adding link: 02075190 -> 02075194
// processing 020751c0
// 020751c0	c1a0900c	movgt	r9, r12
// adding link: 020751c0 -> 020751c4
// processing 02075220
// 02075220	e1b05fc5	movs	r5, r5, asr #0x1f
// adding link: 02075220 -> 02075224
// processing 020750f8
// 020750f8	ea000013	b	0x207514c
// adding jump: 020750f8 -> 0207514c (sub=0)
// processing 02075258
// 02075258	e1a05482	mov	r5, r2, lsl #0x9
// adding link: 02075258 -> 0207525c
// processing 020751c4
// 020751c4	ca00001a	bgt	0x2075234
// adding jump: 020751c4 -> 02075234 (sub=0)
// adding link: 020751c4 -> 020751c8
// processing 02075224
// 02075224	15925044	ldrne	r5, [r2, #0x44]
// adding link: 02075224 -> 02075228
// processing 0207525c
// 0207525c	e0030392	mul	r3, r2, r3
// adding link: 0207525c -> 02075260
// processing 020751c8
// 020751c8	e15908ac	cmp	r9, r12, lsr #0x11
// adding link: 020751c8 -> 020751cc
// processing 02075228
// 02075228	11a09845	movne	r9, r5, asr #0x10
// adding link: 02075228 -> 0207522c
// processing 02075260
// 02075260	e5978034	ldr	r8, [r7, #0x34]
// adding link: 02075260 -> 02075264
// processing 020751cc
// 020751cc	c1a0900e	movgt	r9, r14
// adding link: 020751cc -> 020751d0
// processing 0207522c
// 0207522c	15829050	strne	r9, [r2, #0x50]
// adding link: 0207522c -> 02075230
// processing 02075264
// 02075264	e597205c	ldr	r2, [r7, #0x5c]
// adding link: 02075264 -> 02075268
// processing 020751d0
// 020751d0	ea000017	b	0x2075234
// adding jump: 020751d0 -> 02075234 (sub=0)
// processing 02075230
// 02075230	05929050	ldreq	r9, [r2, #0x50]
// adding link: 02075230 -> 02075234
// processing 02075268
// 02075268	e597b038	ldr	r11, [r7, #0x38]
// adding link: 02075268 -> 0207526c
// processing 0207526c
// 0207526c	e0ca2298	smull	r2, r10, r8, r2
// adding link: 0207526c -> 02075270
// processing 02075270
// 02075270	e1a02ba2	mov	r2, r2, lsr #0x17
// adding link: 02075270 -> 02075274
// processing 02075274
// 02075274	e182248a	orr	r2, r2, r10, lsl #0x9
// adding link: 02075274 -> 02075278
// processing 02075278
// 02075278	e09b2002	adds	r2, r11, r2
// adding link: 02075278 -> 0207527c
// processing 0207527c
// 0207527c	e0623343	rsb	r3, r2, r3, asr #0x6
// adding link: 0207527c -> 02075280
// processing 02075280
// 02075280	e59d2014	ldr	r2, [r13, #0x14]
// adding link: 02075280 -> 02075284
// processing 02075284
// 02075284	e1530002	cmp	r3, r2
// adding link: 02075284 -> 02075288
// processing 02075288
// 02075288	c1a03001	movgt	r3, r1
// adding link: 02075288 -> 0207528c
// processing 0207528c
// 0207528c	ca000002	bgt	0x207529c
// adding jump: 0207528c -> 0207529c (sub=0)
// adding link: 0207528c -> 02075290
// processing 0207529c
// 0207529c	e5972050	ldr	r2, [r7, #0x50]
// adding link: 0207529c -> 020752a0
// processing 02075290
// 02075290	e59d2018	ldr	r2, [r13, #0x18]
// adding link: 02075290 -> 02075294
// processing 020752a0
// 020752a0	e597b040	ldr	r11, [r7, #0x40]
// adding link: 020752a0 -> 020752a4
// processing 02075294
// 02075294	e1530002	cmp	r3, r2
// adding link: 02075294 -> 02075298
// processing 020752a4
// 020752a4	e0ca2293	smull	r2, r10, r3, r2
// adding link: 020752a4 -> 020752a8
// processing 02075298
// 02075298	b1a03000	movlt	r3, r0
// adding link: 02075298 -> 0207529c
// processing 020752a8
// 020752a8	e1a02ba2	mov	r2, r2, lsr #0x17
// adding link: 020752a8 -> 020752ac
// processing 020752ac
// 020752ac	e182248a	orr	r2, r2, r10, lsl #0x9
// adding link: 020752ac -> 020752b0
// processing 020752b0
// 020752b0	e35b0001	cmp	r11, #0x1
// adding link: 020752b0 -> 020752b4
// processing 020752b4
// 020752b4	01a05003	moveq	r5, r3
// adding link: 020752b4 -> 020752b8
// processing 020752b8
// 020752b8	e0988002	adds	r8, r8, r2
// adding link: 020752b8 -> 020752bc
// processing 020752bc
// 020752bc	e59d201c	ldr	r2, [r13, #0x1c]
// adding link: 020752bc -> 020752c0
// processing 020752c0
// 020752c0	e1580002	cmp	r8, r2
// adding link: 020752c0 -> 020752c4
// processing 020752c4
// 020752c4	c1a08001	movgt	r8, r1
// adding link: 020752c4 -> 020752c8
// processing 020752c8
// 020752c8	ca000002	bgt	0x20752d8
// adding jump: 020752c8 -> 020752d8 (sub=0)
// adding link: 020752c8 -> 020752cc
// processing 020752d8
// 020752d8	e5878034	str	r8, [r7, #0x34]
// adding link: 020752d8 -> 020752dc
// processing 020752cc
// 020752cc	e59d2020	ldr	r2, [r13, #0x20]
// adding link: 020752cc -> 020752d0
// processing 020752dc
// 020752dc	e5972050	ldr	r2, [r7, #0x50]
// adding link: 020752dc -> 020752e0
// processing 020752d0
// 020752d0	e1580002	cmp	r8, r2
// adding link: 020752d0 -> 020752d4
// processing 020752e0
// 020752e0	e35b0002	cmp	r11, #0x2
// adding link: 020752e0 -> 020752e4
// processing 020752d4
// 020752d4	b1a08000	movlt	r8, r0
// adding link: 020752d4 -> 020752d8
// processing 020752e4
// 020752e4	e0ca2298	smull	r2, r10, r8, r2
// adding link: 020752e4 -> 020752e8
// processing 020752e8
// 020752e8	e1a02ba2	mov	r2, r2, lsr #0x17
// adding link: 020752e8 -> 020752ec
// processing 020752ec
// 020752ec	e5973038	ldr	r3, [r7, #0x38]
// adding link: 020752ec -> 020752f0
// processing 020752f0
// 020752f0	e182248a	orr	r2, r2, r10, lsl #0x9
// adding link: 020752f0 -> 020752f4
// processing 020752f4
// 020752f4	01a05008	moveq	r5, r8
// adding link: 020752f4 -> 020752f8
// processing 020752f8
// 020752f8	e0932002	adds	r2, r3, r2
// adding link: 020752f8 -> 020752fc
// processing 020752fc
// 020752fc	e59d3024	ldr	r3, [r13, #0x24]
// adding link: 020752fc -> 02075300
// processing 02075300
// 02075300	e1520003	cmp	r2, r3
// adding link: 02075300 -> 02075304
// processing 02075304
// 02075304	c1a02001	movgt	r2, r1
// adding link: 02075304 -> 02075308
// processing 02075308
// 02075308	ca000002	bgt	0x2075318
// adding jump: 02075308 -> 02075318 (sub=0)
// adding link: 02075308 -> 0207530c
// processing 02075318
// 02075318	e5872038	str	r2, [r7, #0x38]
// adding link: 02075318 -> 0207531c
// processing 0207530c
// 0207530c	e59d3028	ldr	r3, [r13, #0x28]
// adding link: 0207530c -> 02075310
// processing 0207531c
// 0207531c	e5973040	ldr	r3, [r7, #0x40]
// adding link: 0207531c -> 02075320
// processing 02075310
// 02075310	e1520003	cmp	r2, r3
// adding link: 02075310 -> 02075314
// processing 02075320
// 02075320	e3530000	cmp	r3, #0x0
// adding link: 02075320 -> 02075324
// processing 02075314
// 02075314	b1a02000	movlt	r2, r0
// adding link: 02075314 -> 02075318
// processing 02075324
// 02075324	01a05002	moveq	r5, r2
// adding link: 02075324 -> 02075328
// processing 02075328
// 02075328	e5973050	ldr	r3, [r7, #0x50]
// adding link: 02075328 -> 0207532c
// processing 0207532c
// 0207532c	e5972054	ldr	r2, [r7, #0x54]
// adding link: 0207532c -> 02075330
// processing 02075330
// 02075330	e1a054c5	mov	r5, r5, asr #0x9
// adding link: 02075330 -> 02075334
// processing 02075334
// 02075334	e0832002	add	r2, r3, r2
// adding link: 02075334 -> 02075338
// processing 02075338
// 02075338	e5872050	str	r2, [r7, #0x50]
// adding link: 02075338 -> 0207533c
// processing 0207533c
// 0207533c	e597305c	ldr	r3, [r7, #0x5c]
// adding link: 0207533c -> 02075340
// processing 02075340
// 02075340	e5972060	ldr	r2, [r7, #0x60]
// adding link: 02075340 -> 02075344
// processing 02075344
// 02075344	e0832002	add	r2, r3, r2
// adding link: 02075344 -> 02075348
// processing 02075348
// 02075348	e587205c	str	r2, [r7, #0x5c]
// adding link: 02075348 -> 0207534c
// processing 0207534c
// 0207534c	e5942048	ldr	r2, [r4, #0x48]
// adding link: 0207534c -> 02075350
// processing 02075350
// 02075350	e5923038	ldr	r3, [r2, #0x38]
// adding link: 02075350 -> 02075354
// processing 02075354
// 02075354	e0030395	mul	r3, r5, r3
// adding link: 02075354 -> 02075358
// processing 02075358
// 02075358	e15c05c3	cmp	r12, r3, asr #0xb
// adding link: 02075358 -> 0207535c
// processing 0207535c
// 0207535c	e1a035c3	mov	r3, r3, asr #0xb
// adding link: 0207535c -> 02075360
// processing 02075360
// 02075360	e5823034	str	r3, [r2, #0x34]
// adding link: 02075360 -> 02075364
// processing 02075364
// 02075364	c1a0300c	movgt	r3, r12
// adding link: 02075364 -> 02075368
// processing 02075368
// 02075368	ca000001	bgt	0x2075374
// adding jump: 02075368 -> 02075374 (sub=0)
// adding link: 02075368 -> 0207536c
// processing 02075374
// 02075374	e5823034	str	r3, [r2, #0x34]
// adding link: 02075374 -> 02075378
// processing 0207536c
// 0207536c	e15308ac	cmp	r3, r12, lsr #0x11
// adding link: 0207536c -> 02075370
// processing 02075378
// 02075378	e1a070c3	mov	r7, r3, asr #0x1
// adding link: 02075378 -> 0207537c
// processing 02075370
// 02075370	c1a0300e	movgt	r3, r14
// adding link: 02075370 -> 02075374
// processing 0207537c
// 0207537c	e592803c	ldr	r8, [r2, #0x3c]
// adding link: 0207537c -> 02075380
// processing 02075380
// 02075380	e592302c	ldr	r3, [r2, #0x2c]
// adding link: 02075380 -> 02075384
// processing 02075384
// 02075384	e0080895	mul	r8, r5, r8
// adding link: 02075384 -> 02075388
// processing 02075388
// 02075388	e08757c8	add	r5, r7, r8, asr #0xf
// adding link: 02075388 -> 0207538c
// processing 0207538c
// 0207538c	e1a050c5	mov	r5, r5, asr #0x1
// adding link: 0207538c -> 02075390
// processing 02075390
// 02075390	e1a034c3	mov	r3, r3, asr #0x9
// adding link: 02075390 -> 02075394
// processing 02075394
// 02075394	e0030395	mul	r3, r5, r3
// adding link: 02075394 -> 02075398
// processing 02075398
// 02075398	e1a037c3	mov	r3, r3, asr #0xf
// adding link: 02075398 -> 0207539c
// processing 0207539c
// 0207539c	e592500c	ldr	r5, [r2, #0xc]
// adding link: 0207539c -> 020753a0
// processing 020753a0
// 020753a0	e3550000	cmp	r5, #0x0
// adding link: 020753a0 -> 020753a4
// processing 020753a4
// 020753a4	0a000007	beq	0x20753c8
// adding jump: 020753a4 -> 020753c8 (sub=0)
// adding link: 020753a4 -> 020753a8
// processing 020753c8
// 020753c8	e59d502c	ldr	r5, [r13, #0x2c]
// adding link: 020753c8 -> 020753cc
// processing 020753a8
// 020753a8	e0050399	mul	r5, r9, r3
// adding link: 020753a8 -> 020753ac
// processing 020753cc
// 020753cc	e1530005	cmp	r3, r5
// adding link: 020753cc -> 020753d0
// processing 020753ac
// 020753ac	e1a087c5	mov	r8, r5, asr #0xf
// adding link: 020753ac -> 020753b0
// processing 020753d0
// 020753d0	b28c3901	addlt	r3, r12, #0x4000
// adding link: 020753d0 -> 020753d4
// processing 020753b0
// 020753b0	e5927020	ldr	r7, [r2, #0x20]
// adding link: 020753b0 -> 020753b4
// processing 020753d4
// 020753d4	ba000001	blt	0x20753e0
// adding jump: 020753d4 -> 020753e0 (sub=0)
// adding link: 020753d4 -> 020753d8
// processing 020753b4
// 020753b4	e0050798	mul	r5, r8, r7
// adding link: 020753b4 -> 020753b8
// processing 020753e0
// 020753e0	e1a07083	mov	r7, r3, lsl #0x1
// adding link: 020753e0 -> 020753e4
// processing 020753d8
// 020753d8	e153092c	cmp	r3, r12, lsr #0x12
// adding link: 020753d8 -> 020753dc
// processing 020753b8
// 020753b8	e06778ac	rsb	r7, r7, r12, lsr #0x11
// adding link: 020753b8 -> 020753bc
// processing 020753e4
// 020753e4	e15c0083	cmp	r12, r3, lsl #0x1
// adding link: 020753e4 -> 020753e8
// processing 020753dc
// 020753dc	c59d3008	ldrgt	r3, [r13, #0x8]
// adding link: 020753dc -> 020753e0
// processing 020753bc
// 020753bc	e0070793	mul	r7, r3, r7
// adding link: 020753bc -> 020753c0
// processing 020753e8
// 020753e8	c1a0700c	movgt	r7, r12
// adding link: 020753e8 -> 020753ec
// processing 020753c0
// 020753c0	e1a037c5	mov	r3, r5, asr #0xf
// adding link: 020753c0 -> 020753c4
// processing 020753ec
// 020753ec	ca000001	bgt	0x20753f8
// adding jump: 020753ec -> 020753f8 (sub=0)
// adding link: 020753ec -> 020753f0
// processing 020753c4
// 020753c4	e08337c7	add	r3, r3, r7, asr #0xf
// adding link: 020753c4 -> 020753c8
// processing 020753f8
// 020753f8	e592502c	ldr	r5, [r2, #0x2c]
// adding link: 020753f8 -> 020753fc
// processing 020753f0
// 020753f0	e15708ac	cmp	r7, r12, lsr #0x11
// adding link: 020753f0 -> 020753f4
// processing 020753fc
// 020753fc	e5923030	ldr	r3, [r2, #0x30]
// adding link: 020753fc -> 02075400
// processing 020753f4
// 020753f4	c1a0700e	movgt	r7, r14
// adding link: 020753f4 -> 020753f8
// processing 02075400
// 02075400	e2866001	add	r6, r6, #0x1
// adding link: 02075400 -> 02075404
// processing 02075404
// 02075404	e0853003	add	r3, r5, r3
// adding link: 02075404 -> 02075408
// processing 02075408
// 02075408	e582302c	str	r3, [r2, #0x2c]
// adding link: 02075408 -> 0207540c
// processing 0207540c
// 0207540c	e59d2000	ldr	r2, [r13]
// adding link: 0207540c -> 02075410
// processing 02075410
// 02075410	e0c270b2	strh	r7, [r2], #0x2
// adding link: 02075410 -> 02075414
// processing 02075414
// 02075414	e58d2000	str	r2, [r13]
// adding link: 02075414 -> 02075418
// processing 02075418
// 02075418	e5942020	ldr	r2, [r4, #0x20]
// adding link: 02075418 -> 0207541c
// processing 0207541c
// 0207541c	e1560002	cmp	r6, r2
// adding link: 0207541c -> 02075420
// processing 02075420
// 02075420	bafffedc	blt	0x2074f98
// adding jump: 02075420 -> 02074f98 (sub=0)
// adding link: 02075420 -> 02075424
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// cfg
/*** SUBROUTINE, color=1 ***/
case 0x02074720:
lab02074720:
	/* 02074720: stmdb	r13!, { r3-r11, r14 } in=06ff9 out=00000 */
	*MEM32(R13 - 4) = R14;
	*MEM32(R13 - 8) = R11;
	*MEM32(R13 - 12) = R10;
	*MEM32(R13 - 16) = R9;
	*MEM32(R13 - 20) = R8;
	*MEM32(R13 - 24) = R7;
	*MEM32(R13 - 28) = R6;
	*MEM32(R13 - 32) = R5;
	*MEM32(R13 - 36) = R4;
	*MEM32(R13 - 40) = R3;
	R13 -= 40;
	/* 02074724: sub	r13, r13, #0x68 in=02fc9 out=00000 */
	R13 = R13 - 104;
	/* 02074728: ldr	r1, [r0] in=02fc9 out=00000 */
	R1 = *MEM32(R0);
	/* 0207472c: mov	r4, r0 in=02fcb out=00000 */
	R4 = R0;
	/* 02074730: ldr	r1, [r1, #0x28] in=02fdb out=00000 */
	R1 = *MEM32(R1 + 0x28);
	/* 02074734: mov	r5, #0x0 in=02fdb out=00000 */
	R5 = 0;
	/* 02074738: blx	r1 in=02ffb out=00000 */
	R14 = 0x0207473c;
	R15 = R1;
	goto dispatch;
case 0x0207473c:
lab0207473c:
	/* 0207473c: ldr	r0, [r4, #0x34] in=0a030 out=00000 */
	R0 = *MEM32(R4 + 0x34);
	/* 02074740: ldr	r1, [r4, #0x1c] in=0a031 out=00000 */
	R1 = *MEM32(R4 + 0x1c);
	/* 02074744: ldr	r3, [r0, #0x14] in=0a033 out=00000 */
	R3 = *MEM32(R0 + 0x14);
	/* 02074748: ldr	r2, [r0, #0x18] in=0a03b out=00000 */
	R2 = *MEM32(R0 + 0x18);
	/* 0207474c: ldr	r1, [r1] in=0a03f out=00000 */
	R1 = *MEM32(R1);
	/* 02074750: sub	r3, r3, r2 in=0a03f out=00000 */
	R3 = R3 - R2;
	/* 02074754: str	r3, [r0, #0x14] in=0a03b out=00000 */
	*MEM32(R0 + 0x14) = R3;
	/* 02074758: str	r1, [r13] in=0a03b out=00000 */
	*MEM32(R13) = R1;
	/* 0207475c: ldr	r1, [r0, #0x1c] in=0a039 out=00000 */
	R1 = *MEM32(R0 + 0x1c);
	/* 02074760: ldr	r2, [r0, #0x18] in=0a03b out=00000 */
	R2 = *MEM32(R0 + 0x18);
	/* 02074764: mov	r3, r3, asr #0x7 in=0a03f out=00000 */
	R3 = ((int32_t)R3 >> 7);
	/* 02074768: add	r2, r1, r2 in=0a03f out=00000 */
	R2 = R1 + R2;
	/* 0207476c: str	r2, [r0, #0x1c] in=0a03f out=00000 */
	*MEM32(R0 + 0x1c) = R2;
	/* 02074770: ldr	r7, [r0, #0x24] in=0a03f out=00000 */
	R7 = *MEM32(R0 + 0x24);
	/* 02074774: add	r2, r3, r2, asr #0x7 in=0a0bf out=00000 */
	R2 = R3 + ((int32_t)R2 >> 7);
	/* 02074778: tst	r7, #0x40000000 in=0a0bf out=00000 */
	tmpA = R7 & 0x40000000;
	Z = tmpA == 0;
	N = (int32_t)tmpA < 0;
	/* 0207477c: ldreq	r6, [r15, #0xcac]	; 0x2075430 in=1a0bf out=00000 */
	if (Z) {
		R6 = 0x00001064;
	}
	/* 02074780: eoreq	r6, r7, r6 in=1a0ff out=00000 */
	if (Z) {
		R6 = R7 ^ R6;
	}
	/* 02074784: moveq	r6, r6, lsl #0x1 in=1a0ff out=00000 */
	if (Z) {
		R6 = (R6 << 1);
	}
	/* 02074788: orreq	r6, r6, #0x1 in=1a0ff out=00000 */
	if (Z) {
		R6 = R6 | 1;
	}
	/* 0207478c: movne	r6, r7, lsl #0x1 in=1a0bf out=00000 */
	if (!Z) {
		R6 = (R7 << 1);
	}
	/* 02074790: str	r6, [r0, #0x24] in=0a07f out=00000 */
	*MEM32(R0 + 0x24) = R6;
	/* 02074794: ldr	r6, [r0, #0x1c] in=0a03f out=00000 */
	R6 = *MEM32(R0 + 0x1c);
	/* 02074798: eor	r1, r1, r6 in=0a07f out=00000 */
	R1 = R1 ^ R6;
	/* 0207479c: movs	r1, r1, asr #0x1f in=0a03f out=00000 */
	C = ((int32_t)R1 >> 30) & 1;
	R1 = ((int32_t)R1 >> 31);
	Z = R1 == 0;
	N = (int32_t)R1 < 0;
	/* 020747a0: ldrne	r1, [r0, #0x24] in=1a03d out=00000 */
	if (!Z) {
		R1 = *MEM32(R0 + 0x24);
	}
	/* 020747a4: mvn	r6, #0xff000000 in=1a03f out=00000 */
	R6 = ~0xff000000;
	/* 020747a8: movne	r1, r1, asr #0x7 in=1a07f out=00000 */
	if (!Z) {
		R1 = ((int32_t)R1 >> 7);
	}
	/* 020747ac: strne	r1, [r0] in=1a07f out=00000 */
	if (!Z) {
		*MEM32(R0) = R1;
	}
	/* 020747b0: mov	r1, r3 in=0a07d out=00000 */
	R1 = R3;
	/* 020747b4: cmp	r3, #0x0 in=0a07d out=00000 */
	tmpA = R3;
	tmpB = 0;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 020747b8: rsble	r1, r3, #0x0 in=da07d out=00000 */
	if (Z || (N != V)) {
		R1 = 0 - R3;
	}
	/* 020747bc: mov	r1, r1, lsl #0x1 in=0a07f out=00000 */
	R1 = (R1 << 1);
	/* 020747c0: add	r1, r1, #0x1 in=0a07f out=00000 */
	R1 = R1 + 1;
	/* 020747c4: str	r3, [r0, #0x4] in=0a07f out=00000 */
	*MEM32(R0 + 0x4) = R3;
	/* 020747c8: add	r3, r1, #0xff000000 in=0a077 out=00000 */
	R3 = R1 + 0xff000000;
	/* 020747cc: add	r1, r2, #0x1000000 in=0a07d out=00000 */
	R1 = R2 + 0x1000000;
	/* 020747d0: str	r3, [r0, #0x8] in=0a07b out=00000 */
	*MEM32(R0 + 0x8) = R3;
	/* 020747d4: mov	r1, r1, asr #0x1 in=0a073 out=00000 */
	R1 = ((int32_t)R1 >> 1);
	/* 020747d8: str	r1, [r0, #0xc] in=0a073 out=00000 */
	*MEM32(R0 + 0xc) = R1;
	/* 020747dc: ldr	r0, [r4, #0x30] in=0a070 out=00000 */
	R0 = *MEM32(R4 + 0x30);
	/* 020747e0: ldrsb	r1, [r0, #0x4] in=0a071 out=00000 */
	R1 = (int8_t)*MEM8(R0 + 0x4);
	/* 020747e4: cmp	r1, #0x3 in=0a073 out=00000 */
	tmpA = R1;
	tmpB = 3;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 020747e8: addls	r15, r15, r1, lsl #0x2 in=3a073 out=00000 */
	switch(R1) {
		default: goto lab020747ec;
		case 0: goto lab02074800;
		case 1: goto lab02074878;
		case 2: goto lab020748bc;
		case 3: goto lab020748cc;
	}
case 0x020747ec:
lab020747ec:
	/* 020747ec: b	0x2074900 in=02010 out=00000 */
	goto lab02074900;
case 0x02074900:
lab02074900:
	/* 02074900: ldr	r0, [r4, #0x38] in=02010 out=00000 */
	R0 = *MEM32(R4 + 0x38);
	/* 02074904: ldr	r2, [r0, #0xc] in=02011 out=00000 */
	R2 = *MEM32(R0 + 0xc);
	/* 02074908: ldmia	r0, { r1, r5 } in=02015 out=00000 */
	R1 = *MEM32(R0 + 0);
	R5 = *MEM32(R0 + 4);
	/* 0207490c: sub	r1, r1, r5 in=02037 out=00000 */
	R1 = R1 - R5;
	/* 02074910: smull	r3, r1, r2, r1 in=02037 out=00000 */
	tmp64 = (int64_t)(int32_t)R2 * (int64_t)(int32_t)R1;
	R3 = tmp64;
	R1 = tmp64 >> 32;
	/* 02074914: mov	r2, r3, lsr #0xf in=0203b out=00000 */
	R2 = (R3 >> 15);
	/* 02074918: orr	r2, r2, r1, lsl #0x11 in=02037 out=00000 */
	R2 = R2 | (R1 << 17);
	/* 0207491c: add	r1, r5, r2 in=02035 out=00000 */
	R1 = R5 + R2;
	/* 02074920: str	r1, [r0, #0x4] in=02013 out=00000 */
	*MEM32(R0 + 0x4) = R1;
	/* 02074924: ldrb	r1, [r0, #0x10] in=02011 out=00000 */
	R1 = *MEM8(R0 + 0x10);
	/* 02074928: ldr	r2, [r0] in=02013 out=00000 */
	R2 = *MEM32(R0);
	/* 0207492c: cmp	r1, #0x0 in=02017 out=00000 */
	tmpA = R1;
	tmpB = 0;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02074930: ldr	r1, [r0, #0x4] in=12015 out=00000 */
	R1 = *MEM32(R0 + 0x4);
	/* 02074934: beq	0x2074944 in=12017 out=00000 */
	if (Z) {
		goto lab02074944;
	}
	/* 02074938: cmp	r1, r2 in=02017 out=00000 */
	tmpA = R1;
	tmpB = R2;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 0207493c: strgt	r2, [r0, #0x4] in=d2015 out=00000 */
	if (!Z && (N == V)) {
		*MEM32(R0 + 0x4) = R2;
	}
	/* 02074940: b	0x207494c in=02010 out=00000 */
	goto lab0207494c;
case 0x0207494c:
lab0207494c:
	/* 0207494c: ldr	r11, [r4, #0x3c] in=0a010 out=00000 */
	R11 = *MEM32(R4 + 0x3c);
	/* 02074950: ldr	r12, [r15, #0xae4]	; 0x207543c in=0a810 out=00000 */
	R12 = 0x0207eb38;
	/* 02074954: ldr	r0, [r11, #0x40] in=03810 out=00000 */
	R0 = *MEM32(R11 + 0x40);
	/* 02074958: ldr	r2, [r11, #0x10] in=03811 out=00000 */
	R2 = *MEM32(R11 + 0x10);
	/* 0207495c: mov	r5, r0, lsl #0x10 in=03815 out=00000 */
	R5 = (R0 << 16);
	/* 02074960: ldr	r1, [r11, #0x4c] in=03834 out=00000 */
	R1 = *MEM32(R11 + 0x4c);
	/* 02074964: ldr	r0, [r11, #0x44] in=03836 out=00000 */
	R0 = *MEM32(R11 + 0x44);
	/* 02074968: add	r3, r2, r1, lsl #0x2 in=03837 out=00000 */
	R3 = R2 + (R1 << 2);
	/* 0207496c: ldr	r1, [r11, #0x50] in=0383d out=00000 */
	R1 = *MEM32(R11 + 0x50);
	/* 02074970: mov	r0, r0, lsl #0x10 in=0383f out=00000 */
	R0 = (R0 << 16);
	/* 02074974: add	r1, r2, r1, lsl #0x2 in=0383f out=00000 */
	R1 = R2 + (R1 << 2);
	/* 02074978: ldr	r8, [r2, #0x8] in=0383f out=00000 */
	R8 = *MEM32(R2 + 0x8);
	/* 0207497c: ldr	r2, [r11, #0x28] in=0393b out=00000 */
	R2 = *MEM32(R11 + 0x28);
	/* 02074980: ldr	r7, [r11, #0x14] in=0393f out=00000 */
	R7 = *MEM32(R11 + 0x14);
	/* 02074984: mov	r5, r5, asr #0x10 in=039bf out=00000 */
	R5 = ((int32_t)R5 >> 16);
	/* 02074988: ldr	r6, [r11, #0x24] in=039bf out=00000 */
	R6 = *MEM32(R11 + 0x24);
	/* 0207498c: ldr	r5, [r7, r5, lsl #0x2] in=039ff out=00000 */
	R5 = *MEM32(R7 + (R5 << 2));
	/* 02074990: ldr	r3, [r3, #0x8] in=039ff out=00000 */
	R3 = *MEM32(R3 + 0x8);
	/* 02074994: ldr	r9, [r11, #0x20] in=039ff out=00000 */
	R9 = *MEM32(R11 + 0x20);
	/* 02074998: add	r3, r5, r3 in=03bff out=00000 */
	R3 = R5 + R3;
	/* 0207499c: mov	r0, r0, asr #0x10 in=03bdf out=00000 */
	R0 = ((int32_t)R0 >> 16);
	/* 020749a0: ldr	r5, [r12, r6, lsl #0x2] in=03bdf out=00000 */
	R5 = *MEM32(R12 + (R6 << 2));
	/* 020749a4: mov	r3, r3, asr #0x9 in=03bbf out=00000 */
	R3 = ((int32_t)R3 >> 9);
	/* 020749a8: mul	r3, r5, r3 in=03bbf out=00000 */
	R3 = R5 * R3;
	/* 020749ac: ldr	r6, [r7, r0, lsl #0x2] in=03b9f out=00000 */
	R6 = *MEM32(R7 + (R0 << 2));
	/* 020749b0: ldr	r1, [r1, #0x8] in=03b5e out=00000 */
	R1 = *MEM32(R1 + 0x8);
	/* 020749b4: ldr	r5, [r12, r9, lsl #0x2] in=03b5e out=00000 */
	R5 = *MEM32(R12 + (R9 << 2));
	/* 020749b8: add	r1, r1, r6 in=0397e out=00000 */
	R1 = R1 + R6;
	/* 020749bc: mov	r0, r8, asr #0x9 in=0393e out=00000 */
	R0 = ((int32_t)R8 >> 9);
	/* 020749c0: ldr	r2, [r12, r2, lsl #0x2] in=0383f out=00000 */
	R2 = *MEM32(R12 + (R2 << 2));
	/* 020749c4: mov	r1, r1, asr #0x9 in=0283f out=00000 */
	R1 = ((int32_t)R1 >> 9);
	/* 020749c8: mul	r6, r5, r0 in=0283f out=00000 */
	R6 = R5 * R0;
	/* 020749cc: mul	r0, r2, r1 in=0285e out=00000 */
	R0 = R2 * R1;
	/* 020749d0: mov	r3, r3, asr #0xf in=02859 out=00000 */
	R3 = ((int32_t)R3 >> 15);
	/* 020749d4: add	r2, r3, r6, asr #0xf in=02859 out=00000 */
	R2 = R3 + ((int32_t)R6 >> 15);
	/* 020749d8: add	r1, r2, r0, asr #0xf in=02815 out=00000 */
	R1 = R2 + ((int32_t)R0 >> 15);
	/* 020749dc: mov	r0, #0x30 in=02816 out=00000 */
	R0 = 48;
	/* 020749e0: mul	r0, r1, r0 in=02817 out=00000 */
	R0 = R1 * R0;
	/* 020749e4: ldr	r10, [r11, #0x18] in=02815 out=00000 */
	R10 = *MEM32(R11 + 0x18);
	/* 020749e8: ldr	r3, [r11, #0x30] in=02c15 out=00000 */
	R3 = *MEM32(R11 + 0x30);
	/* 020749ec: ldr	r1, [r10, #0x4] in=02c1d out=00000 */
	R1 = *MEM32(R10 + 0x4);
	/* 020749f0: add	r1, r1, r3, lsl #0xf in=0281f out=00000 */
	R1 = R1 + (R3 << 15);
	/* 020749f4: adds	r7, r0, r1 in=02817 out=00000 */
	tmpA = R0;
	tmpB = R1;
	tmp64 = (uint64_t)tmpA + tmpB;
	C = (tmp64 >> 32) & 1;
	R7 = tmp64;
	V = (~(tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = R7 == 0;
	N = (int32_t)R7 < 0;
	/* 020749f8: movmi	r7, #0x0 in=42816 out=00000 */
	if (N) {
		R7 = 0;
	}
	/* 020749fc: bmi	0x2074a08 in=42896 out=00000 */
	if (N) {
		goto lab02074a08;
	}
	/* 02074a00: cmp	r7, #0x3c0000 in=0a896 out=00000 */
	tmpA = R7;
	tmpB = 0x3c0000;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02074a04: movgt	r7, #0x3c0000 in=da816 out=00000 */
	if (!Z && (N == V)) {
		R7 = 0x3c0000;
	}
case 0x02074a08:
lab02074a08:
	/* 02074a08: ldr	r0, [r15, #0xa30]	; 0x2075440 in=0a896 out=00000 */
	R0 = 0x0207e950;
	/* 02074a0c: mov	r6, r7, asr #0xf in=0a897 out=00000 */
	R6 = ((int32_t)R7 >> 15);
	/* 02074a10: ldr	r5, [r15, #0xa2c]	; 0x2075444 in=0a8d7 out=00000 */
	R5 = 0x0207e954;
	/* 02074a14: ldr	r3, [r15, #0xa2c]	; 0x2075448 in=0a8f7 out=00000 */
	R3 = 0x00007fff;
	/* 02074a18: ldr	r0, [r0, r6, lsl #0x2] in=0a8ff out=00000 */
	R0 = *MEM32(R0 + (R6 << 2));
	/* 02074a1c: ldr	r5, [r5, r6, lsl #0x2] in=0a8ff out=00000 */
	R5 = *MEM32(R5 + (R6 << 2));
	/* 02074a20: and	r6, r7, r3 in=0a8bf out=00000 */
	R6 = R7 & R3;
	/* 02074a24: sub	r3, r5, r0 in=0a877 out=00000 */
	R3 = R5 - R0;
	/* 02074a28: smull	r5, r3, r6, r3 in=0a85f out=00000 */
	tmp64 = (int64_t)(int32_t)R6 * (int64_t)(int32_t)R3;
	R5 = tmp64;
	R3 = tmp64 >> 32;
	/* 02074a2c: mov	r5, r5, lsr #0xf in=0a83f out=00000 */
	R5 = (R5 >> 15);
	/* 02074a30: orr	r5, r5, r3, lsl #0x11 in=0a83f out=00000 */
	R5 = R5 | (R3 << 17);
	/* 02074a34: adds	r0, r0, r5 in=0a837 out=00000 */
	tmpA = R0;
	tmpB = R5;
	tmp64 = (uint64_t)tmpA + tmpB;
	C = (tmp64 >> 32) & 1;
	R0 = tmp64;
	V = (~(tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = R0 == 0;
	N = (int32_t)R0 < 0;
	/* 02074a38: str	r0, [r11, #0x38] in=0a817 out=00000 */
	*MEM32(R11 + 0x38) = R0;
	/* 02074a3c: ldr	r0, [r11, #0x48] in=0a816 out=00000 */
	R0 = *MEM32(R11 + 0x48);
	/* 02074a40: ldr	r5, [r11, #0x10] in=0a817 out=00000 */
	R5 = *MEM32(R11 + 0x10);
	/* 02074a44: ldr	r3, [r11, #0x54] in=0a837 out=00000 */
	R3 = *MEM32(R11 + 0x54);
	/* 02074a48: mov	r0, r0, lsl #0x10 in=0a83f out=00000 */
	R0 = (R0 << 16);
	/* 02074a4c: add	r7, r5, r3, lsl #0x2 in=0a83f out=00000 */
	R7 = R5 + (R3 << 2);
	/* 02074a50: mov	r5, r0, asr #0x10 in=0a897 out=00000 */
	R5 = ((int32_t)R0 >> 16);
	/* 02074a54: ldr	r6, [r11, #0x14] in=0a8b6 out=00000 */
	R6 = *MEM32(R11 + 0x14);
	/* 02074a58: ldr	r8, [r11, #0x2c] in=0a8f6 out=00000 */
	R8 = *MEM32(R11 + 0x2c);
	/* 02074a5c: ldr	r0, [r15, #0x9d8]	; 0x207543c in=0a9f6 out=00000 */
	R0 = 0x0207eb38;
	/* 02074a60: ldr	r5, [r6, r5, lsl #0x2] in=029f7 out=00000 */
	R5 = *MEM32(R6 + (R5 << 2));
	/* 02074a64: ldr	r7, [r7, #0x8] in=029b7 out=00000 */
	R7 = *MEM32(R7 + 0x8);
	/* 02074a68: ldrsh	r3, [r11, #0x34] in=029b7 out=00000 */
	R3 = (int16_t)*MEM16(R11 + 0x34);
	/* 02074a6c: add	r5, r7, r5 in=029bf out=00000 */
	R5 = R7 + R5;
	/* 02074a70: ldr	r6, [r0, r8, lsl #0x2] in=0293f out=00000 */
	R6 = *MEM32(R0 + (R8 << 2));
	/* 02074a74: mov	r5, r5, asr #0x9 in=0287f out=00000 */
	R5 = ((int32_t)R5 >> 9);
	/* 02074a78: mul	r5, r6, r5 in=0287f out=00000 */
	R5 = R6 * R5;
	/* 02074a7c: ldr	r3, [r0, r3, lsl #0x2] in=0283f out=00000 */
	R3 = *MEM32(R0 + (R3 << 2));
	/* 02074a80: mov	r0, #0x30 in=0283e out=00000 */
	R0 = 48;
	/* 02074a84: add	r2, r2, r5, asr #0xf in=0283f out=00000 */
	R2 = R2 + ((int32_t)R5 >> 15);
	/* 02074a88: mla	r1, r2, r0, r1 in=0281f out=00000 */
	R1 = R2 * R0 + R1;
	/* 02074a8c: mul	r0, r3, r0 in=0281b out=00000 */
	R0 = R3 * R0;
	/* 02074a90: adds	r6, r1, r0 in=02813 out=00000 */
	tmpA = R1;
	tmpB = R0;
	tmp64 = (uint64_t)tmpA + tmpB;
	C = (tmp64 >> 32) & 1;
	R6 = tmp64;
	V = (~(tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = R6 == 0;
	N = (int32_t)R6 < 0;
	/* 02074a94: movmi	r6, #0x0 in=42810 out=00000 */
	if (N) {
		R6 = 0;
	}
	/* 02074a98: bmi	0x2074aa4 in=42850 out=00000 */
	if (N) {
		goto lab02074aa4;
	}
	/* 02074a9c: cmp	r6, #0x3c0000 in=0a850 out=00000 */
	tmpA = R6;
	tmpB = 0x3c0000;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02074aa0: movgt	r6, #0x3c0000 in=da810 out=00000 */
	if (!Z && (N == V)) {
		R6 = 0x3c0000;
	}
case 0x02074aa4:
lab02074aa4:
	/* 02074aa4: ldr	r2, [r15, #0x994]	; 0x2075440 in=0a850 out=00000 */
	R2 = 0x0207e950;
	/* 02074aa8: mov	r5, r6, asr #0xf in=0a854 out=00000 */
	R5 = ((int32_t)R6 >> 15);
	/* 02074aac: ldr	r1, [r15, #0x990]	; 0x2075444 in=0a874 out=00000 */
	R1 = 0x0207e954;
	/* 02074ab0: ldr	r0, [r15, #0x990]	; 0x2075448 in=0a876 out=00000 */
	R0 = 0x00007fff;
	/* 02074ab4: ldr	r3, [r2, r5, lsl #0x2] in=02877 out=00000 */
	R3 = *MEM32(R2 + (R5 << 2));
	/* 02074ab8: ldr	r1, [r1, r5, lsl #0x2] in=0287b out=00000 */
	R1 = *MEM32(R1 + (R5 << 2));
	/* 02074abc: and	r2, r6, r0 in=0285b out=00000 */
	R2 = R6 & R0;
	/* 02074ac0: sub	r0, r1, r3 in=0281e out=00000 */
	R0 = R1 - R3;
	/* 02074ac4: smull	r1, r0, r2, r0 in=0281d out=00000 */
	tmp64 = (int64_t)(int32_t)R2 * (int64_t)(int32_t)R0;
	R1 = tmp64;
	R0 = tmp64 >> 32;
	/* 02074ac8: mov	r1, r1, lsr #0xf in=0281b out=00000 */
	R1 = (R1 >> 15);
	/* 02074acc: orr	r1, r1, r0, lsl #0x11 in=0281b out=00000 */
	R1 = R1 | (R0 << 17);
	/* 02074ad0: adds	r0, r3, r1 in=0281a out=00000 */
	tmpA = R3;
	tmpB = R1;
	tmp64 = (uint64_t)tmpA + tmpB;
	C = (tmp64 >> 32) & 1;
	R0 = tmp64;
	V = (~(tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = R0 == 0;
	N = (int32_t)R0 < 0;
	/* 02074ad4: str	r0, [r11, #0x3c] in=02811 out=00000 */
	*MEM32(R11 + 0x3c) = R0;
	/* 02074ad8: ldr	r6, [r4, #0x40] in=02010 out=00000 */
	R6 = *MEM32(R4 + 0x40);
	/* 02074adc: mov	r5, #0x0 in=02050 out=00000 */
	R5 = 0;
	/* 02074ae0: ldr	r0, [r6, #0x10] in=02070 out=00000 */
	R0 = *MEM32(R6 + 0x10);
	/* 02074ae4: ldr	r1, [r0, #0x38] in=02071 out=00000 */
	R1 = *MEM32(R0 + 0x38);
	/* 02074ae8: str	r1, [r6, #0x1c] in=02072 out=00000 */
	*MEM32(R6 + 0x1c) = R1;
	/* 02074aec: ldr	r0, [r6, #0x10] in=02072 out=00000 */
	R0 = *MEM32(R6 + 0x10);
	/* 02074af0: cmp	r1, #0x1000000 in=02073 out=00000 */
	tmpA = R1;
	tmpB = 0x1000000;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02074af4: ldr	r0, [r0, #0x3c] in=c2071 out=00000 */
	R0 = *MEM32(R0 + 0x3c);
	/* 02074af8: str	r0, [r6, #0x20] in=c2071 out=00000 */
	*MEM32(R6 + 0x20) = R0;
	/* 02074afc: mvnlt	r0, #0x80000000 in=c2070 out=00000 */
	if (N != V) {
		R0 = ~0x80000000;
	}
	/* 02074b00: strlt	r0, [r6, #0x24] in=c2071 out=00000 */
	if (N != V) {
		*MEM32(R6 + 0x24) = R0;
	}
	/* 02074b04: blt	0x2074b7c in=c2070 out=00000 */
	if (N != V) {
		goto lab02074b7c;
	}
	/* 02074b08: add	r0, r13, #0x30 in=02070 out=00000 */
	R0 = R13 + 48;
	/* 02074b0c: bl	0x200e9dc in=02071 out=00000 */
	R14 = 0x02074b10;
	goto lab0200e9dc;
case 0x02074b10:
lab02074b10:
	/* 02074b10: ldr	r8, [r6, #0x1c] in=0a070 out=00000 */
	R8 = *MEM32(R6 + 0x1c);
	/* 02074b14: ldr	r1, [r15, #0x930]	; 0x207544c in=0a170 out=00000 */
	R1 = 0x04000280;
	/* 02074b18: mov	r2, #0x1 in=02172 out=00000 */
	R2 = 1;
	/* 02074b1c: mov	r0, #0xff000000 in=02176 out=00000 */
	R0 = 0xff000000;
	/* 02074b20: strh	r2, [r1] in=02177 out=00000 */
	*MEM16(R1) = R2;
	/* 02074b24: str	r0, [r1, #0x10] in=02177 out=00000 */
	*MEM32(R1 + 0x10) = R0;
	/* 02074b28: rsb	r0, r2, #0x800000 in=02176 out=00000 */
	R0 = 0x800000 - R2;
	/* 02074b2c: str	r0, [r1, #0x14] in=02173 out=00000 */
	*MEM32(R1 + 0x14) = R0;
	/* 02074b30: str	r8, [r1, #0x18] in=02172 out=00000 */
	*MEM32(R1 + 0x18) = R8;
	/* 02074b34: mov	r0, r5 in=02072 out=00000 */
	R0 = R5;
	/* 02074b38: str	r0, [r1, #0x1c] in=02073 out=00000 */
	*MEM32(R1 + 0x1c) = R0;
case 0x02074b3c:
lab02074b3c:
	/* 02074b3c: ldrh	r0, [r1] in=02072 out=00000 */
	R0 = *MEM16(R1);
	/* 02074b40: tst	r0, #0x8000 in=02073 out=00000 */
	tmpA = R0 & 0x8000;
	Z = tmpA == 0;
	N = (int32_t)tmpA < 0;
	/* 02074b44: bne	0x2074b3c in=12072 out=00000 */
	if (!Z) {
		goto lab02074b3c;
	}
	/* 02074b48: ldr	r1, [r15, #0x8fc]	; 0x207544c in=0a070 out=00000 */
	R1 = 0x04000280;
case 0x02074b4c:
lab02074b4c:
	/* 02074b4c: ldrh	r0, [r1] in=02072 out=00000 */
	R0 = *MEM16(R1);
	/* 02074b50: tst	r0, #0x8000 in=02073 out=00000 */
	tmpA = R0 & 0x8000;
	Z = tmpA == 0;
	N = (int32_t)tmpA < 0;
	/* 02074b54: bne	0x2074b4c in=12072 out=00000 */
	if (!Z) {
		goto lab02074b4c;
	}
	/* 02074b58: ldr	r7, [r15, #0x8f0]	; 0x2075450 in=0a070 out=00000 */
	R7 = 0x040002a0;
	/* 02074b5c: add	r0, r13, #0x30 in=020f0 out=00000 */
	R0 = R13 + 48;
	/* 02074b60: ldr	r1, [r7] in=020f1 out=00000 */
	R1 = *MEM32(R7);
	/* 02074b64: str	r1, [r6, #0x24] in=020f3 out=00000 */
	*MEM32(R6 + 0x24) = R1;
	/* 02074b68: bl	0x200ea1c in=020f1 out=00000 */
	R14 = 0x02074b6c;
	goto lab0200ea1c;
case 0x02074b6c:
lab02074b6c:
	/* 02074b6c: sub	r1, r7, #0x20 in=020f0 out=00000 */
	R1 = R7 - 32;
case 0x02074b70:
lab02074b70:
	/* 02074b70: ldrh	r0, [r1] in=02072 out=00000 */
	R0 = *MEM16(R1);
	/* 02074b74: tst	r0, #0x8000 in=02073 out=00000 */
	tmpA = R0 & 0x8000;
	Z = tmpA == 0;
	N = (int32_t)tmpA < 0;
	/* 02074b78: bne	0x2074b70 in=12072 out=00000 */
	if (!Z) {
		goto lab02074b70;
	}
case 0x02074b7c:
lab02074b7c:
	/* 02074b7c: ldr	r0, [r6, #0x20] in=02070 out=00000 */
	R0 = *MEM32(R6 + 0x20);
	/* 02074b80: cmp	r0, #0x1000000 in=02071 out=00000 */
	tmpA = R0;
	tmpB = 0x1000000;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02074b84: mvnlt	r0, #0x80000000 in=c2070 out=00000 */
	if (N != V) {
		R0 = ~0x80000000;
	}
	/* 02074b88: strlt	r0, [r6, #0x28] in=c2071 out=00000 */
	if (N != V) {
		*MEM32(R6 + 0x28) = R0;
	}
	/* 02074b8c: blt	0x2074c04 in=c2070 out=00000 */
	if (N != V) {
		goto lab02074c04;
	}
	/* 02074b90: add	r0, r13, #0x4c in=02070 out=00000 */
	R0 = R13 + 76;
	/* 02074b94: bl	0x200e9dc in=02071 out=00000 */
	R14 = 0x02074b98;
	goto lab0200e9dc;
case 0x02074b98:
lab02074b98:
	/* 02074b98: ldr	r8, [r6, #0x20] in=0a070 out=00000 */
	R8 = *MEM32(R6 + 0x20);
	/* 02074b9c: ldr	r1, [r15, #0x8a8]	; 0x207544c in=0a170 out=00000 */
	R1 = 0x04000280;
	/* 02074ba0: mov	r2, #0x1 in=02172 out=00000 */
	R2 = 1;
	/* 02074ba4: mov	r0, #0xff000000 in=02176 out=00000 */
	R0 = 0xff000000;
	/* 02074ba8: strh	r2, [r1] in=02177 out=00000 */
	*MEM16(R1) = R2;
	/* 02074bac: str	r0, [r1, #0x10] in=02177 out=00000 */
	*MEM32(R1 + 0x10) = R0;
	/* 02074bb0: rsb	r0, r2, #0x800000 in=02176 out=00000 */
	R0 = 0x800000 - R2;
	/* 02074bb4: str	r0, [r1, #0x14] in=02173 out=00000 */
	*MEM32(R1 + 0x14) = R0;
	/* 02074bb8: str	r8, [r1, #0x18] in=02172 out=00000 */
	*MEM32(R1 + 0x18) = R8;
	/* 02074bbc: mov	r0, #0x0 in=02072 out=00000 */
	R0 = 0;
	/* 02074bc0: str	r0, [r1, #0x1c] in=02073 out=00000 */
	*MEM32(R1 + 0x1c) = R0;
case 0x02074bc4:
lab02074bc4:
	/* 02074bc4: ldrh	r0, [r1] in=02072 out=00000 */
	R0 = *MEM16(R1);
	/* 02074bc8: tst	r0, #0x8000 in=02073 out=00000 */
	tmpA = R0 & 0x8000;
	Z = tmpA == 0;
	N = (int32_t)tmpA < 0;
	/* 02074bcc: bne	0x2074bc4 in=12072 out=00000 */
	if (!Z) {
		goto lab02074bc4;
	}
	/* 02074bd0: ldr	r1, [r15, #0x874]	; 0x207544c in=0a070 out=00000 */
	R1 = 0x04000280;
case 0x02074bd4:
lab02074bd4:
	/* 02074bd4: ldrh	r0, [r1] in=02072 out=00000 */
	R0 = *MEM16(R1);
	/* 02074bd8: tst	r0, #0x8000 in=02073 out=00000 */
	tmpA = R0 & 0x8000;
	Z = tmpA == 0;
	N = (int32_t)tmpA < 0;
	/* 02074bdc: bne	0x2074bd4 in=12072 out=00000 */
	if (!Z) {
		goto lab02074bd4;
	}
	/* 02074be0: ldr	r7, [r15, #0x868]	; 0x2075450 in=0a070 out=00000 */
	R7 = 0x040002a0;
	/* 02074be4: add	r0, r13, #0x4c in=020f0 out=00000 */
	R0 = R13 + 76;
	/* 02074be8: ldr	r1, [r7] in=020f1 out=00000 */
	R1 = *MEM32(R7);
	/* 02074bec: str	r1, [r6, #0x28] in=020f3 out=00000 */
	*MEM32(R6 + 0x28) = R1;
	/* 02074bf0: bl	0x200ea1c in=020f1 out=00000 */
	R14 = 0x02074bf4;
	goto lab0200ea1c;
case 0x02074bf4:
lab02074bf4:
	/* 02074bf4: sub	r1, r7, #0x20 in=020f0 out=00000 */
	R1 = R7 - 32;
case 0x02074bf8:
lab02074bf8:
	/* 02074bf8: ldrh	r0, [r1] in=02072 out=00000 */
	R0 = *MEM16(R1);
	/* 02074bfc: tst	r0, #0x8000 in=02073 out=00000 */
	tmpA = R0 & 0x8000;
	Z = tmpA == 0;
	N = (int32_t)tmpA < 0;
	/* 02074c00: bne	0x2074bf8 in=12072 out=00000 */
	if (!Z) {
		goto lab02074bf8;
	}
case 0x02074c04:
lab02074c04:
	/* 02074c04: ldr	r0, [r6, #0x54] in=0a070 out=00000 */
	R0 = *MEM32(R6 + 0x54);
	/* 02074c08: mov	r3, #0xb8000 in=0a071 out=00000 */
	R3 = 0xb8000;
	/* 02074c0c: str	r0, [r6, #0x60] in=0a079 out=00000 */
	*MEM32(R6 + 0x60) = R0;
	/* 02074c10: ldr	r0, [r6, #0x58] in=0a078 out=00000 */
	R0 = *MEM32(R6 + 0x58);
	/* 02074c14: ldr	r10, [r15, #0x838]	; 0x2075454 in=0a079 out=00000 */
	R10 = 0x020803c4;
	/* 02074c18: str	r0, [r6, #0x68] in=0a479 out=00000 */
	*MEM32(R6 + 0x68) = R0;
	/* 02074c1c: ldr	r1, [r6, #0x20] in=0a478 out=00000 */
	R1 = *MEM32(R6 + 0x20);
	/* 02074c20: ldr	r0, [r6, #0x54] in=0a47a out=00000 */
	R0 = *MEM32(R6 + 0x54);
	/* 02074c24: ldr	r7, [r15, #0x82c]	; 0x2075458 in=0a47b out=00000 */
	R7 = 0x020804c4;
	/* 02074c28: smull	r2, r0, r1, r0 in=024fb out=00000 */
	tmp64 = (int64_t)(int32_t)R1 * (int64_t)(int32_t)R0;
	R2 = tmp64;
	R0 = tmp64 >> 32;
	/* 02074c2c: mov	r1, r2, lsr #0x7 in=024fd out=00000 */
	R1 = (R2 >> 7);
	/* 02074c30: orr	r1, r1, r0, lsl #0x19 in=024fb out=00000 */
	R1 = R1 | (R0 << 25);
	/* 02074c34: str	r1, [r6, #0x64] in=024fa out=00000 */
	*MEM32(R6 + 0x64) = R1;
	/* 02074c38: ldr	r1, [r6, #0x20] in=024f8 out=00000 */
	R1 = *MEM32(R6 + 0x20);
	/* 02074c3c: ldr	r0, [r6, #0x5c] in=024fa out=00000 */
	R0 = *MEM32(R6 + 0x5c);
	/* 02074c40: rsb	r3, r3, #0x0 in=024fb out=00000 */
	R3 = 0 - R3;
	/* 02074c44: smull	r2, r0, r1, r0 in=024fb out=00000 */
	tmp64 = (int64_t)(int32_t)R1 * (int64_t)(int32_t)R0;
	R2 = tmp64;
	R0 = tmp64 >> 32;
	/* 02074c48: mov	r1, r2, lsr #0x7 in=024fd out=00000 */
	R1 = (R2 >> 7);
	/* 02074c4c: orr	r1, r1, r0, lsl #0x19 in=024fb out=00000 */
	R1 = R1 | (R0 << 25);
	/* 02074c50: str	r1, [r6, #0x6c] in=024fa out=00000 */
	*MEM32(R6 + 0x6c) = R1;
	/* 02074c54: ldr	r2, [r4, #0x44] in=024b8 out=00000 */
	R2 = *MEM32(R4 + 0x44);
	/* 02074c58: ldmib	r2, { r0, r8 } in=024bc out=00000 */
	R0 = *MEM32(R2 + 4);
	R8 = *MEM32(R2 + 8);
	/* 02074c5c: ldr	r9, [r2, #0x10] in=025bd out=00000 */
	R9 = *MEM32(R2 + 0x10);
	/* 02074c60: mov	r1, r0, lsl #0x10 in=027bd out=00000 */
	R1 = (R0 << 16);
	/* 02074c64: add	r0, r9, r8, lsl #0x2 in=027be out=00000 */
	R0 = R9 + (R8 << 2);
	/* 02074c68: ldr	r8, [r9, #0x8] in=026bf out=00000 */
	R8 = *MEM32(R9 + 0x8);
	/* 02074c6c: ldr	r9, [r0, #0x8] in=025bf out=00000 */
	R9 = *MEM32(R0 + 0x8);
	/* 02074c70: mov	r0, r8, asr #0x9 in=027be out=00000 */
	R0 = ((int32_t)R8 >> 9);
	/* 02074c74: mov	r8, r1, asr #0x10 in=026bf out=00000 */
	R8 = ((int32_t)R1 >> 16);
	/* 02074c78: ldr	r1, [r2, #0x44] in=027bd out=00000 */
	R1 = *MEM32(R2 + 0x44);
	/* 02074c7c: ldr	r6, [r2, #0x18] in=027bf out=00000 */
	R6 = *MEM32(R2 + 0x18);
	/* 02074c80: mov	r1, r1, lsl #0x1 in=027ff out=00000 */
	R1 = (R1 << 1);
	/* 02074c84: ldrsh	r1, [r10, r1] in=027ff out=00000 */
	R1 = (int16_t)*MEM16(R10 + R1);
	/* 02074c88: ldr	r11, [r2, #0x48] in=027ff out=00000 */
	R11 = *MEM32(R2 + 0x48);
	/* 02074c8c: ldr	r6, [r6, #0x4c] in=02fff out=00000 */
	R6 = *MEM32(R6 + 0x4c);
	/* 02074c90: mov	r11, r11, lsl #0x1 in=02fff out=00000 */
	R11 = (R11 << 1);
	/* 02074c94: mul	r0, r1, r0 in=02fff out=00000 */
	R0 = R1 * R0;
	/* 02074c98: ldr	r1, [r2, #0xc] in=02ffd out=00000 */
	R1 = *MEM32(R2 + 0xc);
	/* 02074c9c: ldrsh	r10, [r10, r11] in=02fff out=00000 */
	R10 = (int16_t)*MEM16(R10 + R11);
	/* 02074ca0: ldrsh	r7, [r7, r11] in=02fff out=00000 */
	R7 = (int16_t)*MEM16(R7 + R11);
	/* 02074ca4: ldr	r11, [r2, #0x14] in=027ff out=00000 */
	R11 = *MEM32(R2 + 0x14);
	/* 02074ca8: mul	r6, r1, r6 in=02fff out=00000 */
	R6 = R1 * R6;
	/* 02074cac: ldr	r8, [r11, r8, lsl #0x2] in=02ffd out=00000 */
	R8 = *MEM32(R11 + (R8 << 2));
	/* 02074cb0: add	r1, r9, r8 in=027fd out=00000 */
	R1 = R9 + R8;
	/* 02074cb4: mov	r1, r1, asr #0x9 in=024ff out=00000 */
	R1 = ((int32_t)R1 >> 9);
	/* 02074cb8: mul	r8, r10, r1 in=024ff out=00000 */
	R8 = R10 * R1;
	/* 02074cbc: mov	r1, r6, asr #0x9 in=021fd out=00000 */
	R1 = ((int32_t)R6 >> 9);
	/* 02074cc0: mov	r6, r8, asr #0xf in=021bf out=00000 */
	R6 = ((int32_t)R8 >> 15);
	/* 02074cc4: mul	r1, r7, r1 in=020ff out=00000 */
	R1 = R7 * R1;
	/* 02074cc8: add	r0, r6, r0, asr #0xf in=0207f out=00000 */
	R0 = R6 + ((int32_t)R0 >> 15);
	/* 02074ccc: add	r1, r0, r1, asr #0xf in=0203f out=00000 */
	R1 = R0 + ((int32_t)R1 >> 15);
	/* 02074cd0: ldr	r0, [r2, #0x1c] in=0203e out=00000 */
	R0 = *MEM32(R2 + 0x1c);
	/* 02074cd4: rsb	r1, r1, r1, lsl #0x7 in=0203f out=00000 */
	R1 = (R1 << 7) - R1;
	/* 02074cd8: add	r0, r1, r0 in=0203f out=00000 */
	R0 = R1 + R0;
	/* 02074cdc: cmp	r0, r3 in=0203d out=00000 */
	tmpA = R0;
	tmpB = R3;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02074ce0: movlt	r0, r3 in=c203c out=00000 */
	if (N != V) {
		R0 = R3;
	}
	/* 02074ce4: blt	0x2074cf0 in=c2035 out=00000 */
	if (N != V) {
		goto lab02074cf0;
	}
	/* 02074ce8: cmp	r0, #0x3f8000 in=0a035 out=00000 */
	tmpA = R0;
	tmpB = 0x3f8000;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02074cec: movgt	r0, #0x3f8000 in=da034 out=00000 */
	if (!Z && (N == V)) {
		R0 = 0x3f8000;
	}
case 0x02074cf0:
lab02074cf0:
	/* 02074cf0: add	r7, r0, #0xb8000 in=0a035 out=00000 */
	R7 = R0 + 0xb8000;
	/* 02074cf4: ldr	r3, [r15, #0x760]	; 0x207545c in=0a0b4 out=00000 */
	R3 = 0x020807c4;
	/* 02074cf8: mov	r8, r7, asr #0xf in=0a0bc out=00000 */
	R8 = ((int32_t)R7 >> 15);
	/* 02074cfc: ldr	r1, [r15, #0x75c]	; 0x2075460 in=0a1bc out=00000 */
	R1 = 0x020807c8;
	/* 02074d00: ldr	r0, [r15, #0x740]	; 0x2075448 in=0a1be out=00000 */
	R0 = 0x00007fff;
	/* 02074d04: ldr	r6, [r3, r8, lsl #0x2] in=0a1bf out=00000 */
	R6 = *MEM32(R3 + (R8 << 2));
	/* 02074d08: ldr	r1, [r1, r8, lsl #0x2] in=0a1f7 out=00000 */
	R1 = *MEM32(R1 + (R8 << 2));
	/* 02074d0c: and	r3, r7, r0 in=0a0f7 out=00000 */
	R3 = R7 & R0;
	/* 02074d10: sub	r0, r1, r6 in=0a07e out=00000 */
	R0 = R1 - R6;
	/* 02074d14: smull	r1, r0, r3, r0 in=0a07d out=00000 */
	tmp64 = (int64_t)(int32_t)R3 * (int64_t)(int32_t)R0;
	R1 = tmp64;
	R0 = tmp64 >> 32;
	/* 02074d18: mov	r1, r1, lsr #0xf in=0a077 out=00000 */
	R1 = (R1 >> 15);
	/* 02074d1c: orr	r1, r1, r0, lsl #0x11 in=0a077 out=00000 */
	R1 = R1 | (R0 << 17);
	/* 02074d20: adds	r0, r6, r1 in=0a076 out=00000 */
	tmpA = R6;
	tmpB = R1;
	tmp64 = (uint64_t)tmpA + tmpB;
	C = (tmp64 >> 32) & 1;
	R0 = tmp64;
	V = (~(tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = R0 == 0;
	N = (int32_t)R0 < 0;
	/* 02074d24: ldr	r1, [r15, #0x738]	; 0x2075464 in=0a035 out=00000 */
	R1 = 0xae7c972b;
	/* 02074d28: str	r0, [r2, #0x28] in=02037 out=00000 */
	*MEM32(R2 + 0x28) = R0;
	/* 02074d2c: add	r6, r0, r1 in=02037 out=00000 */
	R6 = R0 + R1;
	/* 02074d30: cmp	r6, #0x0 in=02075 out=00000 */
	tmpA = R6;
	tmpB = 0;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02074d34: movle	r6, #0x0 in=d2035 out=00000 */
	if (Z || (N != V)) {
		R6 = 0;
	}
	/* 02074d38: smull	r3, r1, r6, r6 in=02075 out=00000 */
	tmp64 = (int64_t)(int32_t)R6 * (int64_t)(int32_t)R6;
	R3 = tmp64;
	R1 = tmp64 >> 32;
	/* 02074d3c: mov	r3, r3, lsr #0x1f in=0203f out=00000 */
	R3 = (R3 >> 31);
	/* 02074d40: orr	r3, r3, r1, lsl #0x1 in=0203f out=00000 */
	R3 = R3 | (R1 << 1);
	/* 02074d44: mov	r3, r3, asr #0x7 in=0203d out=00000 */
	R3 = ((int32_t)R3 >> 7);
	/* 02074d48: mov	r1, #0x1800000 in=0203d out=00000 */
	R1 = 0x1800000;
	/* 02074d4c: umull	r8, r7, r3, r1 in=0203f out=00000 */
	tmp64 = (uint64_t)R3 * (uint64_t)R1;
	R8 = tmp64;
	R7 = tmp64 >> 32;
	/* 02074d50: mla	r7, r3, r5, r7 in=021bf out=00000 */
	R7 = R3 * R5 + R7;
	/* 02074d54: mov	r6, r3, asr #0x1f in=021bf out=00000 */
	R6 = ((int32_t)R3 >> 31);
	/* 02074d58: mla	r7, r6, r1, r7 in=021f7 out=00000 */
	R7 = R6 * R1 + R7;
	/* 02074d5c: mov	r1, r8, lsr #0x18 in=021b5 out=00000 */
	R1 = (R8 >> 24);
	/* 02074d60: orr	r1, r1, r7, lsl #0x8 in=020b7 out=00000 */
	R1 = R1 | (R7 << 8);
	/* 02074d64: mov	r0, r0, asr #0x8 in=02037 out=00000 */
	R0 = ((int32_t)R0 >> 8);
	/* 02074d68: ldr	r3, [r2, #0x20] in=02037 out=00000 */
	R3 = *MEM32(R2 + 0x20);
	/* 02074d6c: rsb	r6, r1, #0x1000000 in=0203f out=00000 */
	R6 = 0x1000000 - R1;
	/* 02074d70: mov	r1, r3, asr #0x7 in=0207d out=00000 */
	R1 = ((int32_t)R3 >> 7);
	/* 02074d74: smull	r6, r3, r1, r6 in=02077 out=00000 */
	tmp64 = (int64_t)(int32_t)R1 * (int64_t)(int32_t)R6;
	R6 = tmp64;
	R3 = tmp64 >> 32;
	/* 02074d78: mov	r7, r6, lsr #0x18 in=0207d out=00000 */
	R7 = (R6 >> 24);
	/* 02074d7c: orr	r7, r7, r3, lsl #0x8 in=020bd out=00000 */
	R7 = R7 | (R3 << 8);
	/* 02074d80: rsb	r1, r7, #0x1000000 in=020b5 out=00000 */
	R1 = 0x1000000 - R7;
	/* 02074d84: rsb	r0, r0, #0x1000000 in=020b7 out=00000 */
	R0 = 0x1000000 - R0;
	/* 02074d88: smull	r0, r3, r1, r0 in=020b7 out=00000 */
	tmp64 = (int64_t)(int32_t)R1 * (int64_t)(int32_t)R0;
	R0 = tmp64;
	R3 = tmp64 >> 32;
	/* 02074d8c: mov	r6, r0, lsr #0x18 in=020bd out=00000 */
	R6 = (R0 >> 24);
	/* 02074d90: ldr	r1, [r2, #0x58] in=020fc out=00000 */
	R1 = *MEM32(R2 + 0x58);
	/* 02074d94: orr	r6, r6, r3, lsl #0x8 in=020fe out=00000 */
	R6 = R6 | (R3 << 8);
	/* 02074d98: sub	r1, r6, r1 in=020f6 out=00000 */
	R1 = R6 - R1;
	/* 02074d9c: mov	r1, r1, asr #0x6 in=020f6 out=00000 */
	R1 = ((int32_t)R1 >> 6);
	/* 02074da0: str	r1, [r2, #0x60] in=020f6 out=00000 */
	*MEM32(R2 + 0x60) = R1;
	/* 02074da4: ldr	r1, [r2, #0x58] in=020f4 out=00000 */
	R1 = *MEM32(R2 + 0x58);
	/* 02074da8: mov	r0, r7, asr #0x1 in=020f6 out=00000 */
	R0 = ((int32_t)R7 >> 1);
	/* 02074dac: str	r1, [r2, #0x5c] in=02077 out=00000 */
	*MEM32(R2 + 0x5c) = R1;
	/* 02074db0: str	r6, [r2, #0x58] in=02075 out=00000 */
	*MEM32(R2 + 0x58) = R6;
	/* 02074db4: ldr	r1, [r2, #0x28] in=02035 out=00000 */
	R1 = *MEM32(R2 + 0x28);
	/* 02074db8: add	r3, r0, #0x800000 in=02037 out=00000 */
	R3 = R0 + 0x800000;
	/* 02074dbc: mov	r1, r1, asr #0x7 in=0203e out=00000 */
	R1 = ((int32_t)R1 >> 7);
	/* 02074dc0: smull	r6, r1, r3, r1 in=0203e out=00000 */
	tmp64 = (int64_t)(int32_t)R3 * (int64_t)(int32_t)R1;
	R6 = tmp64;
	R1 = tmp64 >> 32;
	/* 02074dc4: mov	r3, r6, lsr #0x18 in=02076 out=00000 */
	R3 = (R6 >> 24);
	/* 02074dc8: ldr	r0, [r2, #0x4c] in=0203e out=00000 */
	R0 = *MEM32(R2 + 0x4c);
	/* 02074dcc: orr	r3, r3, r1, lsl #0x8 in=0203f out=00000 */
	R3 = R3 | (R1 << 8);
	/* 02074dd0: sub	r0, r3, r0 in=0203d out=00000 */
	R0 = R3 - R0;
	/* 02074dd4: mov	r0, r0, asr #0x6 in=0203d out=00000 */
	R0 = ((int32_t)R0 >> 6);
	/* 02074dd8: str	r0, [r2, #0x54] in=0203d out=00000 */
	*MEM32(R2 + 0x54) = R0;
	/* 02074ddc: ldr	r0, [r2, #0x4c] in=0203c out=00000 */
	R0 = *MEM32(R2 + 0x4c);
	/* 02074de0: str	r0, [r2, #0x50] in=0203d out=00000 */
	*MEM32(R2 + 0x50) = R0;
	/* 02074de4: str	r3, [r2, #0x4c] in=0203c out=00000 */
	*MEM32(R2 + 0x4c) = R3;
	/* 02074de8: ldr	r1, [r2, #0x3c] in=02034 out=00000 */
	R1 = *MEM32(R2 + 0x3c);
	/* 02074dec: ldr	r0, [r2, #0x40] in=02036 out=00000 */
	R0 = *MEM32(R2 + 0x40);
	/* 02074df0: cmp	r0, r1 in=02037 out=00000 */
	tmpA = R0;
	tmpB = R1;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02074df4: strne	r1, [r2, #0x40] in=12036 out=00000 */
	if (!Z) {
		*MEM32(R2 + 0x40) = R1;
	}
	/* 02074df8: strne	r5, [r2, #0x34] in=12034 out=00000 */
	if (!Z) {
		*MEM32(R2 + 0x34) = R5;
	}
	/* 02074dfc: strne	r5, [r2, #0x38] in=12034 out=00000 */
	if (!Z) {
		*MEM32(R2 + 0x38) = R5;
	}
	/* 02074e00: ldr	r1, [r4, #0x48] in=02010 out=00000 */
	R1 = *MEM32(R4 + 0x48);
	/* 02074e04: mvn	r0, #0xff000000 in=02012 out=00000 */
	R0 = ~0xff000000;
	/* 02074e08: ldr	r5, [r1, #0x4] in=02013 out=00000 */
	R5 = *MEM32(R1 + 0x4);
	/* 02074e0c: ldr	r3, [r1, #0x14] in=02033 out=00000 */
	R3 = *MEM32(R1 + 0x14);
	/* 02074e10: mov	r2, r5, lsl #0x10 in=0203b out=00000 */
	R2 = (R5 << 16);
	/* 02074e14: mov	r2, r2, asr #0x10 in=0203f out=00000 */
	R2 = ((int32_t)R2 >> 16);
	/* 02074e18: cmp	r5, #0x3 in=0203f out=00000 */
	tmpA = R5;
	tmpB = 3;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02074e1c: ldr	r6, [r3, r2, lsl #0x2] in=1203f out=00000 */
	R6 = *MEM32(R3 + (R2 << 2));
	/* 02074e20: beq	0x2074e34 in=12073 out=00000 */
	if (Z) {
		goto lab02074e34;
	}
	/* 02074e24: cmp	r5, #0x4 in=02073 out=00000 */
	tmpA = R5;
	tmpB = 4;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02074e28: bne	0x2074e58 in=12053 out=00000 */
	if (!Z) {
		goto lab02074e58;
	}
	/* 02074e2c: mov	r5, #0x1000000 in=02012 out=00000 */
	R5 = 0x1000000;
	/* 02074e30: b	0x2074e80 in=02032 out=00000 */
	goto lab02074e80;
case 0x02074e80:
lab02074e80:
	/* 02074e80: ldr	r6, [r1, #0x10] in=02032 out=00000 */
	R6 = *MEM32(R1 + 0x10);
	/* 02074e84: ldr	r0, [r1, #0x8] in=02072 out=00000 */
	R0 = *MEM32(R1 + 0x8);
	/* 02074e88: ldr	r3, [r1, #0x18] in=02073 out=00000 */
	R3 = *MEM32(R1 + 0x18);
	/* 02074e8c: add	r0, r6, r0, lsl #0x2 in=0207b out=00000 */
	R0 = R6 + (R0 << 2);
	/* 02074e90: ldr	r2, [r1, #0x1c] in=0207b out=00000 */
	R2 = *MEM32(R1 + 0x1c);
	/* 02074e94: ldr	r0, [r0, #0x8] in=0207f out=00000 */
	R0 = *MEM32(R0 + 0x8);
	/* 02074e98: smull	r8, r7, r5, r3 in=0207f out=00000 */
	tmp64 = (int64_t)(int32_t)R5 * (int64_t)(int32_t)R3;
	R8 = tmp64;
	R7 = tmp64 >> 32;
	/* 02074e9c: smull	r0, r3, r2, r0 in=021d7 out=00000 */
	tmp64 = (int64_t)(int32_t)R2 * (int64_t)(int32_t)R0;
	R0 = tmp64;
	R3 = tmp64 >> 32;
	/* 02074ea0: ldr	r5, [r1, #0x24] in=021db out=00000 */
	R5 = *MEM32(R1 + 0x24);
	/* 02074ea4: mov	r2, r0, lsr #0x18 in=021fb out=00000 */
	R2 = (R0 >> 24);
	/* 02074ea8: add	r5, r6, r5, lsl #0x2 in=021fe out=00000 */
	R5 = R6 + (R5 << 2);
	/* 02074eac: mov	r0, r8, lsr #0x18 in=021be out=00000 */
	R0 = (R8 >> 24);
	/* 02074eb0: orr	r0, r0, r7, lsl #0x8 in=020bf out=00000 */
	R0 = R0 | (R7 << 8);
	/* 02074eb4: ldr	r5, [r5, #0x8] in=0203f out=00000 */
	R5 = *MEM32(R5 + 0x8);
	/* 02074eb8: orr	r2, r2, r3, lsl #0x8 in=0203f out=00000 */
	R2 = R2 | (R3 << 8);
	/* 02074ebc: adds	r6, r5, r2 in=0203f out=00000 */
	tmpA = R5;
	tmpB = R2;
	tmp64 = (uint64_t)tmpA + tmpB;
	C = (tmp64 >> 32) & 1;
	R6 = tmp64;
	V = (~(tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = R6 == 0;
	N = (int32_t)R6 < 0;
	/* 02074ec0: mov	r2, r3, asr #0x18 in=0207b out=00000 */
	R2 = ((int32_t)R3 >> 24);
	/* 02074ec4: umull	r7, r3, r0, r6 in=02077 out=00000 */
	tmp64 = (uint64_t)R0 * (uint64_t)R6;
	R7 = tmp64;
	R3 = tmp64 >> 32;
	/* 02074ec8: adc	r2, r2, r5, asr #0x1f in=020ff out=00000 */
	R2 = R2 + ((int32_t)R5 >> 31) + C;
	/* 02074ecc: mla	r3, r0, r2, r3 in=020df out=00000 */
	R3 = R0 * R2 + R3;
	/* 02074ed0: mov	r0, r0, asr #0x1f in=020db out=00000 */
	R0 = ((int32_t)R0 >> 31);
	/* 02074ed4: mla	r3, r0, r6, r3 in=020db out=00000 */
	R3 = R0 * R6 + R3;
	/* 02074ed8: mov	r2, r7, lsr #0x18 in=0209a out=00000 */
	R2 = (R7 >> 24);
	/* 02074edc: ldr	r0, [r1, #0x28] in=0201e out=00000 */
	R0 = *MEM32(R1 + 0x28);
	/* 02074ee0: orr	r2, r2, r3, lsl #0x8 in=0201f out=00000 */
	R2 = R2 | (R3 << 8);
	/* 02074ee4: sub	r0, r2, r0 in=02017 out=00000 */
	R0 = R2 - R0;
	/* 02074ee8: mov	r0, r0, asr #0x6 in=02017 out=00000 */
	R0 = ((int32_t)R0 >> 6);
	/* 02074eec: str	r0, [r1, #0x30] in=02017 out=00000 */
	*MEM32(R1 + 0x30) = R0;
	/* 02074ef0: ldr	r0, [r1, #0x28] in=02016 out=00000 */
	R0 = *MEM32(R1 + 0x28);
	/* 02074ef4: mov	r6, #0x0 in=02017 out=00000 */
	R6 = 0;
	/* 02074ef8: str	r0, [r1, #0x2c] in=02057 out=00000 */
	*MEM32(R1 + 0x2c) = R0;
	/* 02074efc: str	r2, [r1, #0x28] in=02056 out=00000 */
	*MEM32(R1 + 0x28) = R2;
	/* 02074f00: ldr	r0, [r4, #0x20] in=02050 out=00000 */
	R0 = *MEM32(R4 + 0x20);
	/* 02074f04: cmp	r0, #0x0 in=02051 out=00000 */
	tmpA = R0;
	tmpB = 0;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02074f08: ble	0x2075424 in=d2050 out=00000 */
	if (Z || (N != V)) {
		goto lab02075424;
	}
	/* 02074f0c: ldr	r12, [r15, #0x554]	; 0x2075468 in=0a050 out=00000 */
	R12 = 0xffff8001;
	/* 02074f10: mvn	r0, #0x80000000 in=0b050 out=00000 */
	R0 = ~0x80000000;
	/* 02074f14: mov	r2, r12, lsr #0x12 in=0b051 out=00000 */
	R2 = (R12 >> 18);
	/* 02074f18: str	r2, [r13, #0x8] in=0b055 out=00000 */
	*MEM32(R13 + 0x8) = R2;
	/* 02074f1c: ldr	r2, [r15, #0x50c]	; 0x2075430 in=0b051 out=00000 */
	R2 = 0x00001064;
	/* 02074f20: str	r0, [r13, #0x4] in=0b055 out=00000 */
	*MEM32(R13 + 0x4) = R0;
	/* 02074f24: add	r2, r2, #0x3f in=0b055 out=00000 */
	R2 = R2 + 63;
	/* 02074f28: str	r2, [r13, #0xc] in=0b055 out=00000 */
	*MEM32(R13 + 0xc) = R2;
	/* 02074f2c: ldr	r2, [r15, #0x4fc]	; 0x2075430 in=0b051 out=00000 */
	R2 = 0x00001064;
	/* 02074f30: ldr	r1, [r13, #0x4] in=0b055 out=00000 */
	R1 = *MEM32(R13 + 0x4);
	/* 02074f34: add	r2, r2, #0x3f in=0b057 out=00000 */
	R2 = R2 + 63;
	/* 02074f38: str	r2, [r13, #0x10] in=0b057 out=00000 */
	*MEM32(R13 + 0x10) = R2;
	/* 02074f3c: ldr	r2, [r13, #0x4] in=0b053 out=00000 */
	R2 = *MEM32(R13 + 0x4);
	/* 02074f40: mov	r14, r12, lsr #0x11 in=0b057 out=00000 */
	R14 = (R12 >> 17);
	/* 02074f44: sub	r2, r2, #0x7f000000 in=0f057 out=00000 */
	R2 = R2 - 0x7f000000;
	/* 02074f48: str	r2, [r13, #0x14] in=0f057 out=00000 */
	*MEM32(R13 + 0x14) = R2;
	/* 02074f4c: ldr	r2, [r13, #0x4] in=0f053 out=00000 */
	R2 = *MEM32(R13 + 0x4);
	/* 02074f50: rsb	r0, r0, #0x7f000000 in=0f057 out=00000 */
	R0 = 0x7f000000 - R0;
	/* 02074f54: rsb	r2, r2, #0x7f000000 in=0f057 out=00000 */
	R2 = 0x7f000000 - R2;
	/* 02074f58: str	r2, [r13, #0x18] in=0f057 out=00000 */
	*MEM32(R13 + 0x18) = R2;
	/* 02074f5c: ldr	r2, [r13, #0x4] in=0f053 out=00000 */
	R2 = *MEM32(R13 + 0x4);
	/* 02074f60: sub	r1, r1, #0x7f000000 in=0f057 out=00000 */
	R1 = R1 - 0x7f000000;
	/* 02074f64: sub	r2, r2, #0x7f000000 in=0f057 out=00000 */
	R2 = R2 - 0x7f000000;
	/* 02074f68: str	r2, [r13, #0x1c] in=0f057 out=00000 */
	*MEM32(R13 + 0x1c) = R2;
	/* 02074f6c: ldr	r2, [r13, #0x4] in=0f053 out=00000 */
	R2 = *MEM32(R13 + 0x4);
	/* 02074f70: rsb	r2, r2, #0x7f000000 in=0f057 out=00000 */
	R2 = 0x7f000000 - R2;
	/* 02074f74: str	r2, [r13, #0x20] in=0f057 out=00000 */
	*MEM32(R13 + 0x20) = R2;
	/* 02074f78: ldr	r2, [r13, #0x4] in=0f053 out=00000 */
	R2 = *MEM32(R13 + 0x4);
	/* 02074f7c: sub	r2, r2, #0x7f000000 in=0f057 out=00000 */
	R2 = R2 - 0x7f000000;
	/* 02074f80: str	r2, [r13, #0x24] in=0f057 out=00000 */
	*MEM32(R13 + 0x24) = R2;
	/* 02074f84: ldr	r2, [r13, #0x4] in=0f053 out=00000 */
	R2 = *MEM32(R13 + 0x4);
	/* 02074f88: rsb	r2, r2, #0x7f000000 in=0f057 out=00000 */
	R2 = 0x7f000000 - R2;
	/* 02074f8c: str	r2, [r13, #0x28] in=0f057 out=00000 */
	*MEM32(R13 + 0x28) = R2;
	/* 02074f90: add	r2, r12, #0x4000 in=0f053 out=00000 */
	R2 = R12 + 0x4000;
	/* 02074f94: str	r2, [r13, #0x2c] in=0f057 out=00000 */
	*MEM32(R13 + 0x2c) = R2;
case 0x02074f98:
lab02074f98:
	/* 02074f98: ldr	r2, [r4, #0x40] in=0f053 out=00000 */
	R2 = *MEM32(R4 + 0x40);
	/* 02074f9c: ldr	r3, [r2, #0x14] in=0f057 out=00000 */
	R3 = *MEM32(R2 + 0x14);
	/* 02074fa0: ldr	r5, [r2, #0x1c] in=0f05f out=00000 */
	R5 = *MEM32(R2 + 0x1c);
	/* 02074fa4: sub	r5, r3, r5 in=0f07f out=00000 */
	R5 = R3 - R5;
	/* 02074fa8: str	r5, [r2, #0x14] in=0f07f out=00000 */
	*MEM32(R2 + 0x14) = R5;
	/* 02074fac: ldr	r10, [r2, #0x18] in=0f05f out=00000 */
	R10 = *MEM32(R2 + 0x18);
	/* 02074fb0: ldr	r5, [r2, #0x20] in=0f45f out=00000 */
	R5 = *MEM32(R2 + 0x20);
	/* 02074fb4: sub	r5, r10, r5 in=0f47f out=00000 */
	R5 = R10 - R5;
	/* 02074fb8: str	r5, [r2, #0x18] in=0f47f out=00000 */
	*MEM32(R2 + 0x18) = R5;
	/* 02074fbc: ldr	r5, [r2, #0xc] in=0f45f out=00000 */
	R5 = *MEM32(R2 + 0xc);
	/* 02074fc0: cmp	r5, #0x3 in=0f47f out=00000 */
	tmpA = R5;
	tmpB = 3;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02074fc4: addls	r15, r15, r5, lsl #0x2 in=3f47f out=00000 */
	switch(R5) {
		default: goto lab02074fc8;
		case 0: goto lab02075050;
		case 1: goto lab02074fdc;
		case 2: goto lab0207500c;
		case 3: goto lab02075030;
	}
case 0x02074fc8:
lab02074fc8:
	/* 02074fc8: b	0x2075050 in=0745f out=00000 */
	goto lab02075050;
case 0x02075030:
lab02075030:
	/* 02075030: ldr	r9, [r2, #0x18] in=0745f out=00000 */
	R9 = *MEM32(R2 + 0x18);
	/* 02075034: ldr	r5, [r2, #0x4c] in=0765f out=00000 */
	R5 = *MEM32(R2 + 0x4c);
	/* 02075038: ldr	r7, [r2, #0x6c] in=0767f out=00000 */
	R7 = *MEM32(R2 + 0x6c);
case 0x0207503c:
lab0207503c:
	/* 0207503c: smull	r8, r7, r5, r7 in=076ff out=00000 */
	tmp64 = (int64_t)(int32_t)R5 * (int64_t)(int32_t)R7;
	R8 = tmp64;
	R7 = tmp64 >> 32;
	/* 02075040: mov	r5, r8, lsr #0x18 in=077df out=00000 */
	R5 = (R8 >> 24);
	/* 02075044: orr	r5, r5, r7, lsl #0x8 in=076ff out=00000 */
	R5 = R5 | (R7 << 8);
	/* 02075048: sub	r5, r9, r5 in=0767f out=00000 */
	R5 = R9 - R5;
	/* 0207504c: str	r5, [r2, #0x18] in=0747f out=00000 */
	*MEM32(R2 + 0x18) = R5;
case 0x02075050:
lab02075050:
	/* 02075050: ldr	r5, [r2, #0x48] in=0745f out=00000 */
	R5 = *MEM32(R2 + 0x48);
	/* 02075054: cmp	r5, #0x1 in=0747f out=00000 */
	tmpA = R5;
	tmpB = 1;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02075058: bne	0x207506c in=1745f out=00000 */
	if (!Z) {
		goto lab0207506c;
	}
	/* 0207505c: ldr	r5, [r2, #0x14] in=0f45f out=00000 */
	R5 = *MEM32(R2 + 0x14);
	/* 02075060: cmp	r5, r3 in=0f47f out=00000 */
	tmpA = R5;
	tmpB = R3;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02075064: ldrgt	r3, [r13, #0x4] in=df457 out=00000 */
	if (!Z && (N == V)) {
		R3 = *MEM32(R13 + 0x4);
	}
	/* 02075068: strgt	r3, [r2, #0x18] in=df45f out=00000 */
	if (!Z && (N == V)) {
		*MEM32(R2 + 0x18) = R3;
	}
case 0x0207506c:
lab0207506c:
	/* 0207506c: ldr	r5, [r2, #0x2c] in=0f457 out=00000 */
	R5 = *MEM32(R2 + 0x2c);
	/* 02075070: ldr	r3, [r2, #0x14] in=0f477 out=00000 */
	R3 = *MEM32(R2 + 0x14);
	/* 02075074: ldr	r9, [r2, #0x18] in=0f47f out=00000 */
	R9 = *MEM32(R2 + 0x18);
	/* 02075078: cmp	r5, #0x3 in=0f67f out=00000 */
	tmpA = R5;
	tmpB = 3;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 0207507c: addls	r15, r15, r5, lsl #0x2 in=3f67f out=00000 */
	switch(R5) {
		default: goto lab02075080;
		case 0: goto lab020750fc;
		case 1: goto lab02075094;
		case 2: goto lab020750c4;
		case 3: goto lab02075124;
	}
case 0x02075080:
lab02075080:
	/* 02075080: b	0x207514c in=0765f out=00000 */
	goto lab0207514c;
case 0x0207514c:
lab0207514c:
	/* 0207514c: ldr	r5, [r2, #0x30] in=0f65f out=00000 */
	R5 = *MEM32(R2 + 0x30);
	/* 02075150: cmp	r5, #0x3 in=0f67f out=00000 */
	tmpA = R5;
	tmpB = 3;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02075154: addls	r15, r15, r5, lsl #0x2 in=3f67f out=00000 */
	switch(R5) {
		default: goto lab02075158;
		case 0: goto lab020751d4;
		case 1: goto lab0207516c;
		case 2: goto lab0207519c;
		case 3: goto lab020751fc;
	}
case 0x02075158:
lab02075158:
	/* 02075158: b	0x2075234 in=0725f out=00000 */
	goto lab02075234;
case 0x02075234:
lab02075234:
	/* 02075234: mov	r5, r9, lsl #0x9 in=0725f out=00000 */
	R5 = (R9 << 9);
	/* 02075238: str	r5, [r2, #0x4c] in=0727f out=00000 */
	*MEM32(R2 + 0x4c) = R5;
	/* 0207523c: ldr	r5, [r2, #0x38] in=0725f out=00000 */
	R5 = *MEM32(R2 + 0x38);
	/* 02075240: ldr	r2, [r2, #0x3c] in=0727f out=00000 */
	R2 = *MEM32(R2 + 0x3c);
	/* 02075244: ldr	r7, [r4, #0x44] in=0727f out=00000 */
	R7 = *MEM32(R4 + 0x44);
	/* 02075248: mul	r2, r9, r2 in=072ff out=00000 */
	R2 = R9 * R2;
	/* 0207524c: mla	r2, r3, r5, r2 in=072ff out=00000 */
	R2 = R3 * R5 + R2;
	/* 02075250: mov	r2, r2, asr #0xf in=072d7 out=00000 */
	R2 = ((int32_t)R2 >> 15);
	/* 02075254: ldr	r3, [r7, #0x24] in=072d7 out=00000 */
	R3 = *MEM32(R7 + 0x24);
	/* 02075258: mov	r5, r2, lsl #0x9 in=072df out=00000 */
	R5 = (R2 << 9);
	/* 0207525c: mul	r3, r2, r3 in=072df out=00000 */
	R3 = R2 * R3;
	/* 02075260: ldr	r8, [r7, #0x34] in=072db out=00000 */
	R8 = *MEM32(R7 + 0x34);
	/* 02075264: ldr	r2, [r7, #0x5c] in=073db out=00000 */
	R2 = *MEM32(R7 + 0x5c);
	/* 02075268: ldr	r11, [r7, #0x38] in=073df out=00000 */
	R11 = *MEM32(R7 + 0x38);
	/* 0207526c: smull	r2, r10, r8, r2 in=07bdf out=00000 */
	tmp64 = (int64_t)(int32_t)R8 * (int64_t)(int32_t)R2;
	R2 = tmp64;
	R10 = tmp64 >> 32;
	/* 02075270: mov	r2, r2, lsr #0x17 in=07fdf out=00000 */
	R2 = (R2 >> 23);
	/* 02075274: orr	r2, r2, r10, lsl #0x9 in=07fdf out=00000 */
	R2 = R2 | (R10 << 9);
	/* 02075278: adds	r2, r11, r2 in=07bdf out=00000 */
	tmpA = R11;
	tmpB = R2;
	tmp64 = (uint64_t)tmpA + tmpB;
	C = (tmp64 >> 32) & 1;
	R2 = tmp64;
	V = (~(tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = R2 == 0;
	N = (int32_t)R2 < 0;
	/* 0207527c: rsb	r3, r2, r3, asr #0x6 in=073df out=00000 */
	R3 = ((int32_t)R3 >> 6) - R2;
	/* 02075280: ldr	r2, [r13, #0x14] in=073db out=00000 */
	R2 = *MEM32(R13 + 0x14);
	/* 02075284: cmp	r3, r2 in=073df out=00000 */
	tmpA = R3;
	tmpB = R2;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02075288: movgt	r3, r1 in=d73d3 out=00000 */
	if (!Z && (N == V)) {
		R3 = R1;
	}
	/* 0207528c: bgt	0x207529c in=d73db out=00000 */
	if (!Z && (N == V)) {
		goto lab0207529c;
	}
	/* 02075290: ldr	r2, [r13, #0x18] in=073db out=00000 */
	R2 = *MEM32(R13 + 0x18);
	/* 02075294: cmp	r3, r2 in=073df out=00000 */
	tmpA = R3;
	tmpB = R2;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02075298: movlt	r3, r0 in=c73d3 out=00000 */
	if (N != V) {
		R3 = R0;
	}
case 0x0207529c:
lab0207529c:
	/* 0207529c: ldr	r2, [r7, #0x50] in=073db out=00000 */
	R2 = *MEM32(R7 + 0x50);
	/* 020752a0: ldr	r11, [r7, #0x40] in=073df out=00000 */
	R11 = *MEM32(R7 + 0x40);
	/* 020752a4: smull	r2, r10, r3, r2 in=07bdf out=00000 */
	tmp64 = (int64_t)(int32_t)R3 * (int64_t)(int32_t)R2;
	R2 = tmp64;
	R10 = tmp64 >> 32;
	/* 020752a8: mov	r2, r2, lsr #0x17 in=07fdf out=00000 */
	R2 = (R2 >> 23);
	/* 020752ac: orr	r2, r2, r10, lsl #0x9 in=07fdf out=00000 */
	R2 = R2 | (R10 << 9);
	/* 020752b0: cmp	r11, #0x1 in=07bdf out=00000 */
	tmpA = R11;
	tmpB = 1;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 020752b4: moveq	r5, r3 in=17bdf out=00000 */
	if (Z) {
		R5 = R3;
	}
	/* 020752b8: adds	r8, r8, r2 in=07bd7 out=00000 */
	tmpA = R8;
	tmpB = R2;
	tmp64 = (uint64_t)tmpA + tmpB;
	C = (tmp64 >> 32) & 1;
	R8 = tmp64;
	V = (~(tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = R8 == 0;
	N = (int32_t)R8 < 0;
	/* 020752bc: ldr	r2, [r13, #0x1c] in=07bd3 out=00000 */
	R2 = *MEM32(R13 + 0x1c);
	/* 020752c0: cmp	r8, r2 in=07bd7 out=00000 */
	tmpA = R8;
	tmpB = R2;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 020752c4: movgt	r8, r1 in=d7ad3 out=00000 */
	if (!Z && (N == V)) {
		R8 = R1;
	}
	/* 020752c8: bgt	0x20752d8 in=d7bd3 out=00000 */
	if (!Z && (N == V)) {
		goto lab020752d8;
	}
	/* 020752cc: ldr	r2, [r13, #0x20] in=07bd3 out=00000 */
	R2 = *MEM32(R13 + 0x20);
	/* 020752d0: cmp	r8, r2 in=07bd7 out=00000 */
	tmpA = R8;
	tmpB = R2;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 020752d4: movlt	r8, r0 in=c7ad3 out=00000 */
	if (N != V) {
		R8 = R0;
	}
case 0x020752d8:
lab020752d8:
	/* 020752d8: str	r8, [r7, #0x34] in=07bd3 out=00000 */
	*MEM32(R7 + 0x34) = R8;
	/* 020752dc: ldr	r2, [r7, #0x50] in=07bd3 out=00000 */
	R2 = *MEM32(R7 + 0x50);
	/* 020752e0: cmp	r11, #0x2 in=07bd7 out=00000 */
	tmpA = R11;
	tmpB = 2;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 020752e4: smull	r2, r10, r8, r2 in=173d7 out=00000 */
	tmp64 = (int64_t)(int32_t)R8 * (int64_t)(int32_t)R2;
	R2 = tmp64;
	R10 = tmp64 >> 32;
	/* 020752e8: mov	r2, r2, lsr #0x17 in=177d7 out=00000 */
	R2 = (R2 >> 23);
	/* 020752ec: ldr	r3, [r7, #0x38] in=177d7 out=00000 */
	R3 = *MEM32(R7 + 0x38);
	/* 020752f0: orr	r2, r2, r10, lsl #0x9 in=177df out=00000 */
	R2 = R2 | (R10 << 9);
	/* 020752f4: moveq	r5, r8 in=173df out=00000 */
	if (Z) {
		R5 = R8;
	}
	/* 020752f8: adds	r2, r3, r2 in=072df out=00000 */
	tmpA = R3;
	tmpB = R2;
	tmp64 = (uint64_t)tmpA + tmpB;
	C = (tmp64 >> 32) & 1;
	R2 = tmp64;
	V = (~(tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = R2 == 0;
	N = (int32_t)R2 < 0;
	/* 020752fc: ldr	r3, [r13, #0x24] in=072d7 out=00000 */
	R3 = *MEM32(R13 + 0x24);
	/* 02075300: cmp	r2, r3 in=072df out=00000 */
	tmpA = R2;
	tmpB = R3;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02075304: movgt	r2, r1 in=d72d3 out=00000 */
	if (!Z && (N == V)) {
		R2 = R1;
	}
	/* 02075308: bgt	0x2075318 in=d72d7 out=00000 */
	if (!Z && (N == V)) {
		goto lab02075318;
	}
	/* 0207530c: ldr	r3, [r13, #0x28] in=072d7 out=00000 */
	R3 = *MEM32(R13 + 0x28);
	/* 02075310: cmp	r2, r3 in=072df out=00000 */
	tmpA = R2;
	tmpB = R3;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02075314: movlt	r2, r0 in=c72d3 out=00000 */
	if (N != V) {
		R2 = R0;
	}
case 0x02075318:
lab02075318:
	/* 02075318: str	r2, [r7, #0x38] in=072d7 out=00000 */
	*MEM32(R7 + 0x38) = R2;
	/* 0207531c: ldr	r3, [r7, #0x40] in=072d7 out=00000 */
	R3 = *MEM32(R7 + 0x40);
	/* 02075320: cmp	r3, #0x0 in=072df out=00000 */
	tmpA = R3;
	tmpB = 0;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02075324: moveq	r5, r2 in=172d7 out=00000 */
	if (Z) {
		R5 = R2;
	}
	/* 02075328: ldr	r3, [r7, #0x50] in=072f3 out=00000 */
	R3 = *MEM32(R7 + 0x50);
	/* 0207532c: ldr	r2, [r7, #0x54] in=072fb out=00000 */
	R2 = *MEM32(R7 + 0x54);
	/* 02075330: mov	r5, r5, asr #0x9 in=072ff out=00000 */
	R5 = ((int32_t)R5 >> 9);
	/* 02075334: add	r2, r3, r2 in=072ff out=00000 */
	R2 = R3 + R2;
	/* 02075338: str	r2, [r7, #0x50] in=072f7 out=00000 */
	*MEM32(R7 + 0x50) = R2;
	/* 0207533c: ldr	r3, [r7, #0x5c] in=072f3 out=00000 */
	R3 = *MEM32(R7 + 0x5c);
	/* 02075340: ldr	r2, [r7, #0x60] in=072fb out=00000 */
	R2 = *MEM32(R7 + 0x60);
	/* 02075344: add	r2, r3, r2 in=072ff out=00000 */
	R2 = R3 + R2;
	/* 02075348: str	r2, [r7, #0x5c] in=072f7 out=00000 */
	*MEM32(R7 + 0x5c) = R2;
	/* 0207534c: ldr	r2, [r4, #0x48] in=07273 out=00000 */
	R2 = *MEM32(R4 + 0x48);
	/* 02075350: ldr	r3, [r2, #0x38] in=07277 out=00000 */
	R3 = *MEM32(R2 + 0x38);
	/* 02075354: mul	r3, r5, r3 in=0727f out=00000 */
	R3 = R5 * R3;
	/* 02075358: cmp	r12, r3, asr #0xb in=0727f out=00000 */
	tmpA = R12;
	tmpB = ((int32_t)R3 >> 11);
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 0207535c: mov	r3, r3, asr #0xb in=d727f out=00000 */
	R3 = ((int32_t)R3 >> 11);
	/* 02075360: str	r3, [r2, #0x34] in=d727f out=00000 */
	*MEM32(R2 + 0x34) = R3;
	/* 02075364: movgt	r3, r12 in=d7277 out=00000 */
	if (!Z && (N == V)) {
		R3 = R12;
	}
	/* 02075368: bgt	0x2075374 in=d727f out=00000 */
	if (!Z && (N == V)) {
		goto lab02075374;
	}
	/* 0207536c: cmp	r3, r12, lsr #0x11 in=0727f out=00000 */
	tmpA = R3;
	tmpB = (R12 >> 17);
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02075370: movgt	r3, r14 in=d7277 out=00000 */
	if (!Z && (N == V)) {
		R3 = R14;
	}
case 0x02075374:
lab02075374:
	/* 02075374: str	r3, [r2, #0x34] in=0727f out=00000 */
	*MEM32(R2 + 0x34) = R3;
	/* 02075378: mov	r7, r3, asr #0x1 in=0727f out=00000 */
	R7 = ((int32_t)R3 >> 1);
	/* 0207537c: ldr	r8, [r2, #0x3c] in=072f7 out=00000 */
	R8 = *MEM32(R2 + 0x3c);
	/* 02075380: ldr	r3, [r2, #0x2c] in=073f7 out=00000 */
	R3 = *MEM32(R2 + 0x2c);
	/* 02075384: mul	r8, r5, r8 in=073ff out=00000 */
	R8 = R5 * R8;
	/* 02075388: add	r5, r7, r8, asr #0xf in=073df out=00000 */
	R5 = R7 + ((int32_t)R8 >> 15);
	/* 0207538c: mov	r5, r5, asr #0x1 in=0727f out=00000 */
	R5 = ((int32_t)R5 >> 1);
	/* 02075390: mov	r3, r3, asr #0x9 in=0727f out=00000 */
	R3 = ((int32_t)R3 >> 9);
	/* 02075394: mul	r3, r5, r3 in=0727f out=00000 */
	R3 = R5 * R3;
	/* 02075398: mov	r3, r3, asr #0xf in=0725f out=00000 */
	R3 = ((int32_t)R3 >> 15);
	/* 0207539c: ldr	r5, [r2, #0xc] in=0725f out=00000 */
	R5 = *MEM32(R2 + 0xc);
	/* 020753a0: cmp	r5, #0x0 in=0727f out=00000 */
	tmpA = R5;
	tmpB = 0;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 020753a4: beq	0x20753c8 in=1725f out=00000 */
	if (Z) {
		goto lab020753c8;
	}
	/* 020753a8: mul	r5, r9, r3 in=0725f out=00000 */
	R5 = R9 * R3;
	/* 020753ac: mov	r8, r5, asr #0xf in=0707f out=00000 */
	R8 = ((int32_t)R5 >> 15);
	/* 020753b0: ldr	r7, [r2, #0x20] in=0715f out=00000 */
	R7 = *MEM32(R2 + 0x20);
	/* 020753b4: mul	r5, r8, r7 in=071df out=00000 */
	R5 = R8 * R7;
	/* 020753b8: rsb	r7, r7, r12, lsr #0x11 in=070ff out=00000 */
	R7 = (R12 >> 17) - R7;
	/* 020753bc: mul	r7, r3, r7 in=070ff out=00000 */
	R7 = R3 * R7;
	/* 020753c0: mov	r3, r5, asr #0xf in=070f7 out=00000 */
	R3 = ((int32_t)R5 >> 15);
	/* 020753c4: add	r3, r3, r7, asr #0xf in=070df out=00000 */
	R3 = R3 + ((int32_t)R7 >> 15);
case 0x020753c8:
lab020753c8:
	/* 020753c8: ldr	r5, [r13, #0x2c] in=0705f out=00000 */
	R5 = *MEM32(R13 + 0x2c);
	/* 020753cc: cmp	r3, r5 in=0707f out=00000 */
	tmpA = R3;
	tmpB = R5;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 020753d0: addlt	r3, r12, #0x4000 in=c7057 out=00000 */
	if (N != V) {
		R3 = R12 + 0x4000;
	}
	/* 020753d4: blt	0x20753e0 in=c705f out=00000 */
	if (N != V) {
		goto lab020753e0;
	}
	/* 020753d8: cmp	r3, r12, lsr #0x12 in=0705f out=00000 */
	tmpA = R3;
	tmpB = (R12 >> 18);
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 020753dc: ldrgt	r3, [r13, #0x8] in=d7057 out=00000 */
	if (!Z && (N == V)) {
		R3 = *MEM32(R13 + 0x8);
	}
case 0x020753e0:
lab020753e0:
	/* 020753e0: mov	r7, r3, lsl #0x1 in=0705f out=00000 */
	R7 = (R3 << 1);
	/* 020753e4: cmp	r12, r3, lsl #0x1 in=0705f out=00000 */
	tmpA = R12;
	tmpB = (R3 << 1);
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 020753e8: movgt	r7, r12 in=d7057 out=00000 */
	if (!Z && (N == V)) {
		R7 = R12;
	}
	/* 020753ec: bgt	0x20753f8 in=d70d7 out=00000 */
	if (!Z && (N == V)) {
		goto lab020753f8;
	}
	/* 020753f0: cmp	r7, r12, lsr #0x11 in=070d7 out=00000 */
	tmpA = R7;
	tmpB = (R12 >> 17);
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 020753f4: movgt	r7, r14 in=d7057 out=00000 */
	if (!Z && (N == V)) {
		R7 = R14;
	}
case 0x020753f8:
lab020753f8:
	/* 020753f8: ldr	r5, [r2, #0x2c] in=070d7 out=00000 */
	R5 = *MEM32(R2 + 0x2c);
	/* 020753fc: ldr	r3, [r2, #0x30] in=070f7 out=00000 */
	R3 = *MEM32(R2 + 0x30);
	/* 02075400: add	r6, r6, #0x1 in=070ff out=00000 */
	R6 = R6 + 1;
	/* 02075404: add	r3, r5, r3 in=070ff out=00000 */
	R3 = R5 + R3;
	/* 02075408: str	r3, [r2, #0x2c] in=070df out=00000 */
	*MEM32(R2 + 0x2c) = R3;
	/* 0207540c: ldr	r2, [r13] in=070d3 out=00000 */
	R2 = *MEM32(R13);
	/* 02075410: strh	r7, [r2], #0x2 in=070d7 out=00000 */
	*MEM16(R2) = R7;
	R2 = R2 + 0x2;
	/* 02075414: str	r2, [r13] in=07057 out=00000 */
	*MEM32(R13) = R2;
	/* 02075418: ldr	r2, [r4, #0x20] in=07053 out=00000 */
	R2 = *MEM32(R4 + 0x20);
	/* 0207541c: cmp	r6, r2 in=07057 out=00000 */
	tmpA = R6;
	tmpB = R2;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02075420: blt	0x2074f98 in=c7053 out=00000 */
	if (N != V) {
		goto lab02074f98;
	}
case 0x02075424:
lab02075424:
	/* 02075424: mov	r0, #0x0 in=02000 out=00000 */
	R0 = 0;
	/* 02075428: add	r13, r13, #0x68 in=02000 out=00000 */
	R13 = R13 + 104;
	/* 0207542c: ldmia	r13!, { r3-r11, r15 } in=02000 out=00000 */
	R3 = *MEM32(R13 + 0);
	R4 = *MEM32(R13 + 4);
	R5 = *MEM32(R13 + 8);
	R6 = *MEM32(R13 + 12);
	R7 = *MEM32(R13 + 16);
	R8 = *MEM32(R13 + 20);
	R9 = *MEM32(R13 + 24);
	R10 = *MEM32(R13 + 28);
	R11 = *MEM32(R13 + 32);
	R15 = *MEM32(R13 + 36);
	R13 += 40;
	goto dispatch;
case 0x020751fc:
lab020751fc:
	/* 020751fc: ldr	r7, [r2, #0x44] in=0f65f out=00000 */
	R7 = *MEM32(R2 + 0x44);
	/* 02075200: tst	r7, #0x40000000 in=0f6df out=00000 */
	tmpA = R7 & 0x40000000;
	Z = tmpA == 0;
	N = (int32_t)tmpA < 0;
	/* 02075204: ldreq	r5, [r15, #0x224]	; 0x2075430 in=1f6df out=00000 */
	if (Z) {
		R5 = 0x00001064;
	}
	/* 02075208: eoreq	r5, r7, r5 in=176ff out=00000 */
	if (Z) {
		R5 = R7 ^ R5;
	}
	/* 0207520c: moveq	r5, r5, lsl #0x1 in=176ff out=00000 */
	if (Z) {
		R5 = (R5 << 1);
	}
	/* 02075210: orreq	r5, r5, #0x1 in=176ff out=00000 */
	if (Z) {
		R5 = R5 | 1;
	}
	/* 02075214: movne	r5, r7, lsl #0x1 in=176df out=00000 */
	if (!Z) {
		R5 = (R7 << 1);
	}
	/* 02075218: str	r5, [r2, #0x44] in=0767f out=00000 */
	*MEM32(R2 + 0x44) = R5;
	/* 0207521c: eor	r5, r9, r10 in=0765f out=00000 */
	R5 = R9 ^ R10;
	/* 02075220: movs	r5, r5, asr #0x1f in=0707f out=00000 */
	C = ((int32_t)R5 >> 30) & 1;
	R5 = ((int32_t)R5 >> 31);
	Z = R5 == 0;
	N = (int32_t)R5 < 0;
	/* 02075224: ldrne	r5, [r2, #0x44] in=1705f out=00000 */
	if (!Z) {
		R5 = *MEM32(R2 + 0x44);
	}
	/* 02075228: movne	r9, r5, asr #0x10 in=1707f out=00000 */
	if (!Z) {
		R9 = ((int32_t)R5 >> 16);
	}
	/* 0207522c: strne	r9, [r2, #0x50] in=1725f out=00000 */
	if (!Z) {
		*MEM32(R2 + 0x50) = R9;
	}
	/* 02075230: ldreq	r9, [r2, #0x50] in=1705f out=00000 */
	if (Z) {
		R9 = *MEM32(R2 + 0x50);
	}
case 0x0207519c:
lab0207519c:
	/* 0207519c: mov	r5, r9, asr #0x10 in=0725f out=00000 */
	R5 = ((int32_t)R9 >> 16);
	/* 020751a0: cmp	r5, #0x0 in=0707f out=00000 */
	tmpA = R5;
	tmpB = 0;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 020751a4: rsble	r5, r5, #0x0 in=d707f out=00000 */
	if (Z || (N != V)) {
		R5 = 0 - R5;
	}
	/* 020751a8: add	r7, r12, r5, lsl #0x1 in=0707f out=00000 */
	R7 = R12 + (R5 << 1);
	/* 020751ac: ldr	r5, [r2, #0x28] in=070df out=00000 */
	R5 = *MEM32(R2 + 0x28);
	/* 020751b0: mov	r5, r5, asr #0x10 in=070ff out=00000 */
	R5 = ((int32_t)R5 >> 16);
	/* 020751b4: mul	r5, r7, r5 in=070ff out=00000 */
	R5 = R7 * R5;
	/* 020751b8: mov	r9, r5, asr #0x8 in=0707f out=00000 */
	R9 = ((int32_t)R5 >> 8);
	/* 020751bc: cmp	r12, r5, asr #0x8 in=0707f out=00000 */
	tmpA = R12;
	tmpB = ((int32_t)R5 >> 8);
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 020751c0: movgt	r9, r12 in=d705f out=00000 */
	if (!Z && (N == V)) {
		R9 = R12;
	}
	/* 020751c4: bgt	0x2075234 in=d725f out=00000 */
	if (!Z && (N == V)) {
		goto lab02075234;
	}
	/* 020751c8: cmp	r9, r12, lsr #0x11 in=0725f out=00000 */
	tmpA = R9;
	tmpB = (R12 >> 17);
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 020751cc: movgt	r9, r14 in=d705f out=00000 */
	if (!Z && (N == V)) {
		R9 = R14;
	}
	/* 020751d0: b	0x2075234 in=0725f out=00000 */
	goto lab02075234;
case 0x0207516c:
lab0207516c:
	/* 0207516c: ldr	r5, [r2, #0x28] in=0725f out=00000 */
	R5 = *MEM32(R2 + 0x28);
	/* 02075170: mov	r7, r9, asr #0x10 in=0727f out=00000 */
	R7 = ((int32_t)R9 >> 16);
	/* 02075174: mov	r5, r5, asr #0x10 in=070ff out=00000 */
	R5 = ((int32_t)R5 >> 16);
	/* 02075178: mul	r5, r7, r5 in=070ff out=00000 */
	R5 = R7 * R5;
	/* 0207517c: mov	r5, r5, asr #0x8 in=070ff out=00000 */
	R5 = ((int32_t)R5 >> 8);
	/* 02075180: cmp	r5, r12, lsr #0x11 in=070ff out=00000 */
	tmpA = R5;
	tmpB = (R12 >> 17);
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02075184: movgt	r5, r14 in=d70df out=00000 */
	if (!Z && (N == V)) {
		R5 = R14;
	}
	/* 02075188: bgt	0x2075194 in=d70ff out=00000 */
	if (!Z && (N == V)) {
		goto lab02075194;
	}
	/* 0207518c: cmp	r5, r12 in=070ff out=00000 */
	tmpA = R5;
	tmpB = R12;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02075190: movlt	r5, r12 in=c70df out=00000 */
	if (N != V) {
		R5 = R12;
	}
case 0x02075194:
lab02075194:
	/* 02075194: sub	r9, r7, r5 in=070ff out=00000 */
	R9 = R7 - R5;
	/* 02075198: b	0x2075234 in=0725f out=00000 */
	goto lab02075234;
case 0x020751d4:
lab020751d4:
	/* 020751d4: ldr	r7, [r2, #0x18] in=0725f out=00000 */
	R7 = *MEM32(R2 + 0x18);
	/* 020751d8: mov	r5, r9, asr #0x10 in=072df out=00000 */
	R5 = ((int32_t)R9 >> 16);
	/* 020751dc: mov	r8, r7, asr #0x10 in=070ff out=00000 */
	R8 = ((int32_t)R7 >> 16);
	/* 020751e0: ldr	r7, [r13, #0x10] in=0717f out=00000 */
	R7 = *MEM32(R13 + 0x10);
	/* 020751e4: cmp	r5, #0x0 in=071ff out=00000 */
	tmpA = R5;
	tmpB = 0;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 020751e8: mul	r7, r8, r7 in=d71ff out=00000 */
	R7 = R8 * R7;
	/* 020751ec: rsble	r5, r5, #0x0 in=d70ff out=00000 */
	if (Z || (N != V)) {
		R5 = 0 - R5;
	}
	/* 020751f0: add	r5, r12, r5, lsl #0x1 in=070ff out=00000 */
	R5 = R12 + (R5 << 1);
	/* 020751f4: add	r9, r5, r7, asr #0xf in=070ff out=00000 */
	R9 = R5 + ((int32_t)R7 >> 15);
	/* 020751f8: b	0x2075234 in=0725f out=00000 */
	goto lab02075234;
case 0x02075124:
lab02075124:
	/* 02075124: ldr	r5, [r2, #0x40] in=0f657 out=00000 */
	R5 = *MEM32(R2 + 0x40);
	/* 02075128: tst	r5, #0x40000000 in=0f677 out=00000 */
	tmpA = R5 & 0x40000000;
	Z = tmpA == 0;
	N = (int32_t)tmpA < 0;
	/* 0207512c: ldreq	r3, [r15, #0x2fc]	; 0x2075430 in=1f677 out=00000 */
	if (Z) {
		R3 = 0x00001064;
	}
	/* 02075130: eoreq	r3, r5, r3 in=1f67f out=00000 */
	if (Z) {
		R3 = R5 ^ R3;
	}
	/* 02075134: moveq	r3, r3, lsl #0x1 in=1f67f out=00000 */
	if (Z) {
		R3 = (R3 << 1);
	}
	/* 02075138: orreq	r3, r3, #0x1 in=1f67f out=00000 */
	if (Z) {
		R3 = R3 | 1;
	}
	/* 0207513c: movne	r3, r5, lsl #0x1 in=1f677 out=00000 */
	if (!Z) {
		R3 = (R5 << 1);
	}
	/* 02075140: str	r3, [r2, #0x40] in=0f65f out=00000 */
	*MEM32(R2 + 0x40) = R3;
	/* 02075144: mov	r3, r3 in=0f65f out=00000 */
	R3 = R3;
	/* 02075148: mov	r3, r3, asr #0x10 in=0f65f out=00000 */
	R3 = ((int32_t)R3 >> 16);
case 0x020750c4:
lab020750c4:
	/* 020750c4: mov	r3, r3, asr #0x10 in=0765f out=00000 */
	R3 = ((int32_t)R3 >> 16);
	/* 020750c8: ldr	r5, [r2, #0x24] in=0765f out=00000 */
	R5 = *MEM32(R2 + 0x24);
	/* 020750cc: cmp	r3, #0x0 in=0767f out=00000 */
	tmpA = R3;
	tmpB = 0;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 020750d0: rsble	r3, r3, #0x0 in=d767f out=00000 */
	if (Z || (N != V)) {
		R3 = 0 - R3;
	}
	/* 020750d4: add	r3, r12, r3, lsl #0x1 in=0767f out=00000 */
	R3 = R12 + (R3 << 1);
	/* 020750d8: mov	r5, r5, asr #0x10 in=0767f out=00000 */
	R5 = ((int32_t)R5 >> 16);
	/* 020750dc: mul	r5, r3, r5 in=0767f out=00000 */
	R5 = R3 * R5;
	/* 020750e0: mov	r3, r5, asr #0x8 in=07677 out=00000 */
	R3 = ((int32_t)R5 >> 8);
	/* 020750e4: cmp	r12, r5, asr #0x8 in=07677 out=00000 */
	tmpA = R12;
	tmpB = ((int32_t)R5 >> 8);
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 020750e8: movgt	r3, r12 in=d7657 out=00000 */
	if (!Z && (N == V)) {
		R3 = R12;
	}
	/* 020750ec: bgt	0x207514c in=d765f out=00000 */
	if (!Z && (N == V)) {
		goto lab0207514c;
	}
	/* 020750f0: cmp	r3, r12, lsr #0x11 in=0765f out=00000 */
	tmpA = R3;
	tmpB = (R12 >> 17);
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 020750f4: movgt	r3, r14 in=d7657 out=00000 */
	if (!Z && (N == V)) {
		R3 = R14;
	}
	/* 020750f8: b	0x207514c in=0765f out=00000 */
	goto lab0207514c;
case 0x02075094:
lab02075094:
	/* 02075094: ldr	r5, [r2, #0x24] in=0765f out=00000 */
	R5 = *MEM32(R2 + 0x24);
	/* 02075098: mov	r3, r3, asr #0x10 in=0767f out=00000 */
	R3 = ((int32_t)R3 >> 16);
	/* 0207509c: mov	r5, r5, asr #0x10 in=0767f out=00000 */
	R5 = ((int32_t)R5 >> 16);
	/* 020750a0: mul	r5, r3, r5 in=0767f out=00000 */
	R5 = R3 * R5;
	/* 020750a4: mov	r5, r5, asr #0x8 in=0767f out=00000 */
	R5 = ((int32_t)R5 >> 8);
	/* 020750a8: cmp	r5, r12, lsr #0x11 in=0767f out=00000 */
	tmpA = R5;
	tmpB = (R12 >> 17);
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 020750ac: movgt	r5, r14 in=d765f out=00000 */
	if (!Z && (N == V)) {
		R5 = R14;
	}
	/* 020750b0: bgt	0x20750bc in=d767f out=00000 */
	if (!Z && (N == V)) {
		goto lab020750bc;
	}
	/* 020750b4: cmp	r5, r12 in=0767f out=00000 */
	tmpA = R5;
	tmpB = R12;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 020750b8: movlt	r5, r12 in=c765f out=00000 */
	if (N != V) {
		R5 = R12;
	}
case 0x020750bc:
lab020750bc:
	/* 020750bc: sub	r3, r3, r5 in=0767f out=00000 */
	R3 = R3 - R5;
	/* 020750c0: b	0x207514c in=0765f out=00000 */
	goto lab0207514c;
case 0x020750fc:
lab020750fc:
	/* 020750fc: ldr	r5, [r2, #0x14] in=0765f out=00000 */
	R5 = *MEM32(R2 + 0x14);
	/* 02075100: mov	r3, r3, asr #0x10 in=0767f out=00000 */
	R3 = ((int32_t)R3 >> 16);
	/* 02075104: mov	r7, r5, asr #0x10 in=0767f out=00000 */
	R7 = ((int32_t)R5 >> 16);
	/* 02075108: ldr	r5, [r13, #0xc] in=076df out=00000 */
	R5 = *MEM32(R13 + 0xc);
	/* 0207510c: cmp	r3, #0x0 in=076ff out=00000 */
	tmpA = R3;
	tmpB = 0;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02075110: mul	r5, r7, r5 in=d76ff out=00000 */
	R5 = R7 * R5;
	/* 02075114: rsble	r3, r3, #0x0 in=d767f out=00000 */
	if (Z || (N != V)) {
		R3 = 0 - R3;
	}
	/* 02075118: add	r3, r12, r3, lsl #0x1 in=0767f out=00000 */
	R3 = R12 + (R3 << 1);
	/* 0207511c: add	r3, r3, r5, asr #0xf in=0767f out=00000 */
	R3 = R3 + ((int32_t)R5 >> 15);
	/* 02075120: b	0x207514c in=0765f out=00000 */
	goto lab0207514c;
case 0x0207500c:
lab0207500c:
	/* 0207500c: ldr	r9, [r2, #0x68] in=0745f out=00000 */
	R9 = *MEM32(R2 + 0x68);
	/* 02075010: ldr	r8, [r2, #0x14] in=0765f out=00000 */
	R8 = *MEM32(R2 + 0x14);
	/* 02075014: ldr	r5, [r2, #0x4c] in=0775f out=00000 */
	R5 = *MEM32(R2 + 0x4c);
	/* 02075018: mul	r7, r5, r9 in=0777f out=00000 */
	R7 = R5 * R9;
	/* 0207501c: mov	r5, r7, asr #0x7 in=077df out=00000 */
	R5 = ((int32_t)R7 >> 7);
	/* 02075020: mul	r5, r9, r5 in=0777f out=00000 */
	R5 = R9 * R5;
	/* 02075024: sub	r5, r8, r5, asr #0x1 in=0757f out=00000 */
	R5 = R8 - ((int32_t)R5 >> 1);
	/* 02075028: str	r5, [r2, #0x14] in=0747f out=00000 */
	*MEM32(R2 + 0x14) = R5;
	/* 0207502c: b	0x2075050 in=0745f out=00000 */
	goto lab02075050;
case 0x02074fdc:
lab02074fdc:
	/* 02074fdc: ldr	r9, [r2, #0x60] in=0745f out=00000 */
	R9 = *MEM32(R2 + 0x60);
	/* 02074fe0: ldr	r8, [r2, #0x14] in=0765f out=00000 */
	R8 = *MEM32(R2 + 0x14);
	/* 02074fe4: ldr	r5, [r2, #0x4c] in=0775f out=00000 */
	R5 = *MEM32(R2 + 0x4c);
	/* 02074fe8: mul	r7, r5, r9 in=0777f out=00000 */
	R7 = R5 * R9;
	/* 02074fec: mov	r5, r7, asr #0x7 in=077df out=00000 */
	R5 = ((int32_t)R7 >> 7);
	/* 02074ff0: mul	r5, r9, r5 in=0777f out=00000 */
	R5 = R9 * R5;
	/* 02074ff4: sub	r5, r8, r5, asr #0x1 in=0757f out=00000 */
	R5 = R8 - ((int32_t)R5 >> 1);
	/* 02074ff8: str	r5, [r2, #0x14] in=0747f out=00000 */
	*MEM32(R2 + 0x14) = R5;
	/* 02074ffc: ldr	r9, [r2, #0x18] in=0745f out=00000 */
	R9 = *MEM32(R2 + 0x18);
	/* 02075000: ldr	r5, [r2, #0x4c] in=0765f out=00000 */
	R5 = *MEM32(R2 + 0x4c);
	/* 02075004: ldr	r7, [r2, #0x64] in=0767f out=00000 */
	R7 = *MEM32(R2 + 0x64);
	/* 02075008: b	0x207503c in=076ff out=00000 */
	goto lab0207503c;
case 0x02074e58:
lab02074e58:
	/* 02074e58: add	r2, r6, r0 in=02053 out=00000 */
	R2 = R6 + R0;
	/* 02074e5c: ldr	r6, [r1, #0x1c] in=02017 out=00000 */
	R6 = *MEM32(R1 + 0x1c);
	/* 02074e60: mov	r2, r2, asr #0x1 in=02057 out=00000 */
	R2 = ((int32_t)R2 >> 1);
	/* 02074e64: smull	r5, r3, r2, r6 in=02057 out=00000 */
	tmp64 = (int64_t)(int32_t)R2 * (int64_t)(int32_t)R6;
	R5 = tmp64;
	R3 = tmp64 >> 32;
	/* 02074e68: mov	r2, r5, lsr #0x18 in=0207b out=00000 */
	R2 = (R5 >> 24);
	/* 02074e6c: orr	r2, r2, r3, lsl #0x8 in=0205f out=00000 */
	R2 = R2 | (R3 << 8);
	/* 02074e70: cmp	r6, #0x0 in=02057 out=00000 */
	tmpA = R6;
	tmpB = 0;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02074e74: addgt	r0, r2, r0 in=d2057 out=00000 */
	if (!Z && (N == V)) {
		R0 = R2 + R0;
	}
	/* 02074e78: subgt	r5, r0, r6 in=d2057 out=00000 */
	if (!Z && (N == V)) {
		R5 = R0 - R6;
	}
	/* 02074e7c: addle	r5, r2, r0 in=d2017 out=00000 */
	if (Z || (N != V)) {
		R5 = R2 + R0;
	}
case 0x02074e34:
lab02074e34:
	/* 02074e34: ldr	r5, [r1, #0x1c] in=02053 out=00000 */
	R5 = *MEM32(R1 + 0x1c);
	/* 02074e38: smull	r3, r2, r6, r5 in=02073 out=00000 */
	tmp64 = (int64_t)(int32_t)R6 * (int64_t)(int32_t)R5;
	R3 = tmp64;
	R2 = tmp64 >> 32;
	/* 02074e3c: mov	r3, r3, lsr #0x18 in=0203f out=00000 */
	R3 = (R3 >> 24);
	/* 02074e40: orr	r3, r3, r2, lsl #0x8 in=0203f out=00000 */
	R3 = R3 | (R2 << 8);
	/* 02074e44: cmp	r5, #0x0 in=0203b out=00000 */
	tmpA = R5;
	tmpB = 0;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02074e48: addgt	r0, r3, r0 in=d203b out=00000 */
	if (!Z && (N == V)) {
		R0 = R3 + R0;
	}
	/* 02074e4c: subgt	r5, r0, r5 in=d203b out=00000 */
	if (!Z && (N == V)) {
		R5 = R0 - R5;
	}
	/* 02074e50: addle	r5, r3, r0 in=d201b out=00000 */
	if (Z || (N != V)) {
		R5 = R3 + R0;
	}
	/* 02074e54: b	0x2074e80 in=02032 out=00000 */
	goto lab02074e80;
/*** SUBROUTINE, color=7 ***/
case 0x0200ea1c:
lab0200ea1c:
	/* 0200ea1c: stmdb	r13!, { r4 } in=0e011 out=00000 */
	*MEM32(R13 - 4) = R4;
	R13 -= 4;
	/* 0200ea20: ldr	r1, [r15, #0x2c]	; 0x200ea54 in=0e001 out=00000 */
	R1 = 0x04000290;
	/* 0200ea24: ldmia	r0, { r2-r4, r12 } in=06003 out=00000 */
	R2 = *MEM32(R0 + 0);
	R3 = *MEM32(R0 + 4);
	R4 = *MEM32(R0 + 8);
	R12 = *MEM32(R0 + 12);
	/* 0200ea28: stmia	r1, { r2-r4, r12 } in=0701f out=00000 */
	*MEM32(R1 + 0) = R2;
	*MEM32(R1 + 4) = R3;
	*MEM32(R1 + 8) = R4;
	*MEM32(R1 + 12) = R12;
	/* 0200ea2c: ldrh	r2, [r0, #0x18] in=06003 out=00000 */
	R2 = *MEM16(R0 + 0x18);
	/* 0200ea30: ldrh	r3, [r0, #0x1a] in=06007 out=00000 */
	R3 = *MEM16(R0 + 0x1a);
	/* 0200ea34: strh	r2, [r1, #-0x10] in=0600f out=00000 */
	*MEM16(R1 - 0x10) = R2;
	/* 0200ea38: strh	r3, [r1, #0x20] in=0600b out=00000 */
	*MEM16(R1 + 0x20) = R3;
	/* 0200ea3c: add	r0, r0, #0x10 in=06003 out=00000 */
	R0 = R0 + 16;
	/* 0200ea40: add	r1, r1, #0x28 in=06003 out=00000 */
	R1 = R1 + 40;
	/* 0200ea44: ldmia	r0, { r2, r3 } in=06003 out=00000 */
	R2 = *MEM32(R0 + 0);
	R3 = *MEM32(R0 + 4);
	/* 0200ea48: stmia	r1, { r2, r3 } in=0600e out=00000 */
	*MEM32(R1 + 0) = R2;
	*MEM32(R1 + 4) = R3;
	/* 0200ea4c: ldmia	r13!, { r4 } in=06000 out=00000 */
	R4 = *MEM32(R13 + 0);
	R13 += 4;
	/* 0200ea50: bx	r14 in=04000 out=00000 */
	R15 = R14;
	goto dispatch;
/*** SUBROUTINE, color=6 ***/
case 0x0200e9dc:
lab0200e9dc:
	/* 0200e9dc: ldr	r1, [r15, #0x34]	; 0x200ea18 in=0e011 out=00000 */
	R1 = 0x04000290;
	/* 0200e9e0: stmdb	r13!, { r4 } in=06013 out=00000 */
	*MEM32(R13 - 4) = R4;
	R13 -= 4;
	/* 0200e9e4: ldmia	r1, { r2-r4, r12 } in=06003 out=00000 */
	R2 = *MEM32(R1 + 0);
	R3 = *MEM32(R1 + 4);
	R4 = *MEM32(R1 + 8);
	R12 = *MEM32(R1 + 12);
	/* 0200e9e8: stmia	r0!, { r2-r4, r12 } in=0701f out=00000 */
	*MEM32(R0 + 0) = R2;
	*MEM32(R0 + 4) = R3;
	*MEM32(R0 + 8) = R4;
	*MEM32(R0 + 12) = R12;
	R0 += 16;
	/* 0200e9ec: ldrh	r12, [r1, #-0x10] in=06003 out=00000 */
	R12 = *MEM16(R1 - 0x10);
	/* 0200e9f0: add	r1, r1, #0x28 in=07003 out=00000 */
	R1 = R1 + 40;
	/* 0200e9f4: ldmia	r1, { r2, r3 } in=07003 out=00000 */
	R2 = *MEM32(R1 + 0);
	R3 = *MEM32(R1 + 4);
	/* 0200e9f8: stmia	r0!, { r2, r3 } in=0700f out=00000 */
	*MEM32(R0 + 0) = R2;
	*MEM32(R0 + 4) = R3;
	R0 += 8;
	/* 0200e9fc: and	r12, r12, #0x3 in=07003 out=00000 */
	R12 = R12 & 3;
	/* 0200ea00: ldrh	r2, [r1, #-0x8] in=07003 out=00000 */
	R2 = *MEM16(R1 - 0x8);
	/* 0200ea04: strh	r12, [r0] in=07005 out=00000 */
	*MEM16(R0) = R12;
	/* 0200ea08: and	r2, r2, #0x1 in=06005 out=00000 */
	R2 = R2 & 1;
	/* 0200ea0c: strh	r2, [r0, #0x2] in=06005 out=00000 */
	*MEM16(R0 + 0x2) = R2;
	/* 0200ea10: ldmia	r13!, { r4 } in=06000 out=00000 */
	R4 = *MEM32(R13 + 0);
	R13 += 4;
	/* 0200ea14: bx	r14 in=04000 out=00000 */
	R15 = R14;
	goto dispatch;
case 0x02074944:
lab02074944:
	/* 02074944: cmp	r1, r2 in=0a017 out=00000 */
	tmpA = R1;
	tmpB = R2;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02074948: strlt	r2, [r0, #0x4] in=ca015 out=00000 */
	if (N != V) {
		*MEM32(R0 + 0x4) = R2;
	}
case 0x020748cc:
lab020748cc:
	/* 020748cc: ldr	r2, [r0, #0xc] in=02051 out=00000 */
	R2 = *MEM32(R0 + 0xc);
	/* 020748d0: mov	r1, #0x42 in=02055 out=00000 */
	R1 = 66;
	/* 020748d4: mul	r1, r2, r1 in=02057 out=00000 */
	R1 = R2 * R1;
	/* 020748d8: mov	r1, r1, asr #0x7 in=02053 out=00000 */
	R1 = ((int32_t)R1 >> 7);
	/* 020748dc: str	r1, [r0, #0xc] in=02053 out=00000 */
	*MEM32(R0 + 0xc) = R1;
	/* 020748e0: ldr	r1, [r0] in=02051 out=00000 */
	R1 = *MEM32(R0);
	/* 020748e4: ldr	r2, [r0, #0x8] in=02053 out=00000 */
	R2 = *MEM32(R0 + 0x8);
	/* 020748e8: ldr	r1, [r1, #0xc] in=02057 out=00000 */
	R1 = *MEM32(R1 + 0xc);
	/* 020748ec: sub	r1, r6, r1 in=02057 out=00000 */
	R1 = R6 - R1;
	/* 020748f0: smull	r3, r1, r2, r1 in=02017 out=00000 */
	tmp64 = (int64_t)(int32_t)R2 * (int64_t)(int32_t)R1;
	R3 = tmp64;
	R1 = tmp64 >> 32;
	/* 020748f4: mov	r2, r3, lsr #0x18 in=0201b out=00000 */
	R2 = (R3 >> 24);
	/* 020748f8: orr	r2, r2, r1, lsl #0x8 in=02017 out=00000 */
	R2 = R2 | (R1 << 8);
	/* 020748fc: str	r2, [r0, #0x8] in=02015 out=00000 */
	*MEM32(R0 + 0x8) = R2;
case 0x020748bc:
lab020748bc:
	/* 020748bc: ldr	r1, [r0] in=02011 out=00000 */
	R1 = *MEM32(R0);
	/* 020748c0: ldr	r1, [r1, #0x8] in=02013 out=00000 */
	R1 = *MEM32(R1 + 0x8);
	/* 020748c4: str	r1, [r0, #0x8] in=02013 out=00000 */
	*MEM32(R0 + 0x8) = R1;
	/* 020748c8: b	0x2074900 in=02010 out=00000 */
	goto lab02074900;
case 0x02074878:
lab02074878:
	/* 02074878: ldr	r2, [r0] in=02011 out=00000 */
	R2 = *MEM32(R0);
	/* 0207487c: ldr	r5, [r0, #0x8] in=02015 out=00000 */
	R5 = *MEM32(R0 + 0x8);
	/* 02074880: ldr	r1, [r2, #0x8] in=02035 out=00000 */
	R1 = *MEM32(R2 + 0x8);
	/* 02074884: ldr	r2, [r2, #0x4] in=02037 out=00000 */
	R2 = *MEM32(R2 + 0x4);
	/* 02074888: sub	r1, r1, r5 in=02037 out=00000 */
	R1 = R1 - R5;
	/* 0207488c: smull	r3, r1, r2, r1 in=02037 out=00000 */
	tmp64 = (int64_t)(int32_t)R2 * (int64_t)(int32_t)R1;
	R3 = tmp64;
	R1 = tmp64 >> 32;
	/* 02074890: mov	r2, r3, lsr #0x18 in=0203b out=00000 */
	R2 = (R3 >> 24);
	/* 02074894: orr	r2, r2, r1, lsl #0x8 in=02037 out=00000 */
	R2 = R2 | (R1 << 8);
	/* 02074898: add	r2, r5, r2 in=02035 out=00000 */
	R2 = R5 + R2;
	/* 0207489c: str	r2, [r0, #0x8] in=02015 out=00000 */
	*MEM32(R0 + 0x8) = R2;
	/* 020748a0: ldr	r1, [r0] in=02015 out=00000 */
	R1 = *MEM32(R0);
	/* 020748a4: ldr	r1, [r1, #0x8] in=02017 out=00000 */
	R1 = *MEM32(R1 + 0x8);
	/* 020748a8: cmp	r2, r1 in=02017 out=00000 */
	tmpA = R2;
	tmpB = R1;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 020748ac: strlt	r1, [r0, #0x8] in=c2013 out=00000 */
	if (N != V) {
		*MEM32(R0 + 0x8) = R1;
	}
	/* 020748b0: movlt	r1, #0x2 in=c2011 out=00000 */
	if (N != V) {
		R1 = 2;
	}
	/* 020748b4: strblt	r1, [r0, #0x4] in=c2013 out=00000 */
	if (N != V) {
		*MEM8(R0 + 0x4) = R1;
	}
	/* 020748b8: b	0x2074900 in=02010 out=00000 */
	goto lab02074900;
case 0x02074800:
lab02074800:
	/* 02074800: ldr	r8, [r0, #0xc] in=0a031 out=00000 */
	R8 = *MEM32(R0 + 0xc);
	/* 02074804: ldr	r2, [r15, #0xc28]	; 0x2075434 in=0a131 out=00000 */
	R2 = 0x00b33333;
	/* 02074808: mov	r1, #0x70 in=0a135 out=00000 */
	R1 = 112;
	/* 0207480c: sub	r3, r2, r8 in=0a137 out=00000 */
	R3 = R2 - R8;
	/* 02074810: umull	r7, r6, r3, r1 in=0a13f out=00000 */
	tmp64 = (uint64_t)R3 * (uint64_t)R1;
	R7 = tmp64;
	R6 = tmp64 >> 32;
	/* 02074814: mla	r6, r3, r5, r6 in=0a1ff out=00000 */
	R6 = R3 * R5 + R6;
	/* 02074818: mov	r3, r3, asr #0x1f in=0a1df out=00000 */
	R3 = ((int32_t)R3 >> 31);
	/* 0207481c: mla	r6, r3, r1, r6 in=0a1df out=00000 */
	R6 = R3 * R1 + R6;
	/* 02074820: mov	r1, r7, lsr #0x7 in=0a1d5 out=00000 */
	R1 = (R7 >> 7);
	/* 02074824: orr	r1, r1, r6, lsl #0x19 in=0a157 out=00000 */
	R1 = R1 | (R6 << 25);
	/* 02074828: add	r1, r8, r1 in=0a117 out=00000 */
	R1 = R8 + R1;
	/* 0207482c: str	r1, [r0, #0xc] in=0a017 out=00000 */
	*MEM32(R0 + 0xc) = R1;
	/* 02074830: cmp	r1, r2 in=0a017 out=00000 */
	tmpA = R1;
	tmpB = R2;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02074834: strgt	r2, [r0, #0xc] in=da015 out=00000 */
	if (!Z && (N == V)) {
		*MEM32(R0 + 0xc) = R2;
	}
	/* 02074838: ldr	r2, [r0] in=0a011 out=00000 */
	R2 = *MEM32(R0);
	/* 0207483c: ldr	r5, [r0, #0x8] in=0a015 out=00000 */
	R5 = *MEM32(R0 + 0x8);
	/* 02074840: ldr	r1, [r15, #0xbf0]	; 0x2075438 in=0a035 out=00000 */
	R1 = 0x014ccccd;
	/* 02074844: ldr	r2, [r2] in=02037 out=00000 */
	R2 = *MEM32(R2);
	/* 02074848: sub	r1, r1, r5 in=02037 out=00000 */
	R1 = R1 - R5;
	/* 0207484c: smull	r3, r2, r1, r2 in=02037 out=00000 */
	tmp64 = (int64_t)(int32_t)R1 * (int64_t)(int32_t)R2;
	R3 = tmp64;
	R2 = tmp64 >> 32;
	/* 02074850: mov	r1, r3, lsr #0x18 in=0203d out=00000 */
	R1 = (R3 >> 24);
	/* 02074854: orr	r1, r1, r2, lsl #0x8 in=02037 out=00000 */
	R1 = R1 | (R2 << 8);
	/* 02074858: add	r2, r5, r1 in=02033 out=00000 */
	R2 = R5 + R1;
	/* 0207485c: mvn	r1, #0xff000000 in=02015 out=00000 */
	R1 = ~0xff000000;
	/* 02074860: str	r2, [r0, #0x8] in=02017 out=00000 */
	*MEM32(R0 + 0x8) = R2;
	/* 02074864: cmp	r2, r1 in=02017 out=00000 */
	tmpA = R2;
	tmpB = R1;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02074868: strgt	r1, [r0, #0x8] in=d2013 out=00000 */
	if (!Z && (N == V)) {
		*MEM32(R0 + 0x8) = R1;
	}
	/* 0207486c: movgt	r1, #0x1 in=d2011 out=00000 */
	if (!Z && (N == V)) {
		R1 = 1;
	}
	/* 02074870: strbgt	r1, [r0, #0x4] in=d2013 out=00000 */
	if (!Z && (N == V)) {
		*MEM8(R0 + 0x4) = R1;
	}
	/* 02074874: b	0x2074900 in=02010 out=00000 */
	goto lab02074900;
/*** SUBROUTINE, color=2 ***/
case 0x0207546c:
lab0207546c:
	/* 0207546c: stmdb	r13!, { r3-r11, r14 } in=06ff9 out=00000 */
	*MEM32(R13 - 4) = R14;
	*MEM32(R13 - 8) = R11;
	*MEM32(R13 - 12) = R10;
	*MEM32(R13 - 16) = R9;
	*MEM32(R13 - 20) = R8;
	*MEM32(R13 - 24) = R7;
	*MEM32(R13 - 28) = R6;
	*MEM32(R13 - 32) = R5;
	*MEM32(R13 - 36) = R4;
	*MEM32(R13 - 40) = R3;
	R13 -= 40;
	/* 02075470: mov	r9, r0 in=02001 out=00000 */
	R9 = R0;
	/* 02075474: ldrb	r7, [r9, #0x8] in=02200 out=00000 */
	R7 = *MEM8(R9 + 0x8);
	/* 02075478: mov	r5, #0x0 in=02080 out=00000 */
	R5 = 0;
	/* 0207547c: cmp	r7, #0x0 in=020a0 out=00000 */
	tmpA = R7;
	tmpB = 0;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02075480: moveq	r0, r5 in=12020 out=00000 */
	if (Z) {
		R0 = R5;
	}
	/* 02075484: ldmiaeq	r13!, { r3-r11, r15 } in=12000 out=00000 */
	if (Z) {
		R3 = *MEM32(R13 + 0);
		R4 = *MEM32(R13 + 4);
		R5 = *MEM32(R13 + 8);
		R6 = *MEM32(R13 + 12);
		R7 = *MEM32(R13 + 16);
		R8 = *MEM32(R13 + 20);
		R9 = *MEM32(R13 + 24);
		R10 = *MEM32(R13 + 28);
		R11 = *MEM32(R13 + 32);
		R15 = *MEM32(R13 + 36);
		R13 += 40;
		goto dispatch;
	}
	/* 02075488: cmp	r7, #0x0 in=022a0 out=00000 */
	tmpA = R7;
	tmpB = 0;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 0207548c: mov	r8, r5 in=d22a0 out=00000 */
	R8 = R5;
	/* 02075490: ble	0x2075634 in=d23a0 out=00000 */
	if (Z || (N != V)) {
		goto lab02075634;
	}
	/* 02075494: mov	r11, #0x3 in=023a0 out=00000 */
	R11 = 3;
	/* 02075498: mvn	r4, #0x80000000 in=02ba0 out=00000 */
	R4 = ~0x80000000;
	/* 0207549c: mov	r6, r11 in=02bb0 out=00000 */
	R6 = R11;
	/* 020754a0: mov	r10, #0x1 in=02bf0 out=00000 */
	R10 = 1;
case 0x020754a4:
lab020754a4:
	/* 020754a4: ldr	r0, [r9, #0x4] in=02ff0 out=00000 */
	R0 = *MEM32(R9 + 0x4);
	/* 020754a8: add	r1, r0, r8, lsl #0x3 in=02ff1 out=00000 */
	R1 = R0 + (R8 << 3);
	/* 020754ac: ldrb	r0, [r0, r8, lsl #0x3] in=02ff3 out=00000 */
	R0 = *MEM8(R0 + (R8 << 3));
	/* 020754b0: cmp	r0, #0x15 in=02ff3 out=00000 */
	tmpA = R0;
	tmpB = 21;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 020754b4: bgt	0x20754ec in=d2ff3 out=00000 */
	if (!Z && (N == V)) {
		goto lab020754ec;
	}
	/* 020754b8: bge	0x2075628 in=c2ff3 out=00000 */
	if (N == V) {
		goto lab02075628;
	}
	/* 020754bc: cmp	r0, #0x5 in=02ff3 out=00000 */
	tmpA = R0;
	tmpB = 5;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 020754c0: bgt	0x2075628 in=d2ff3 out=00000 */
	if (!Z && (N == V)) {
		goto lab02075628;
	}
	/* 020754c4: cmp	r0, #0x0 in=0aff3 out=00000 */
	tmpA = R0;
	tmpB = 0;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 020754c8: addge	r15, r15, r0, lsl #0x2 in=caff3 out=00000 */
	switch(R0) {
		default: goto lab020754cc;
		case 0: goto lab02075628;
		case 1: goto lab02075524;
		case 2: goto lab02075534;
		case 3: goto lab02075628;
		case 4: goto lab02075588;
		case 5: goto lab020755a0;
		case 6: goto lab02075628;
	}
case 0x020754cc:
lab020754cc:
	/* 020754cc: b	0x2075628 in=02ff0 out=00000 */
	goto lab02075628;
case 0x020755a0:
lab020755a0:
	/* 020755a0: ldr	r1, [r9, #0x30] in=02ff0 out=00000 */
	R1 = *MEM32(R9 + 0x30);
	/* 020755a4: mov	r0, #0x3 in=02ff2 out=00000 */
	R0 = 3;
	/* 020755a8: strb	r0, [r1, #0x4] in=02ff3 out=00000 */
	*MEM8(R1 + 0x4) = R0;
	/* 020755ac: mov	r0, #0x1 in=02ff2 out=00000 */
	R0 = 1;
	/* 020755b0: strb	r0, [r1, #0x5] in=02ff3 out=00000 */
	*MEM8(R1 + 0x5) = R0;
	/* 020755b4: b	0x2075628 in=02ff0 out=00000 */
	goto lab02075628;
case 0x02075588:
lab02075588:
	/* 02075588: ldr	r2, [r1, #0x4] in=02ff2 out=00000 */
	R2 = *MEM32(R1 + 0x4);
	/* 0207558c: ldr	r0, [r9, #0x34] in=02ff6 out=00000 */
	R0 = *MEM32(R9 + 0x34);
	/* 02075590: str	r2, [r9, #0x2c] in=02ff7 out=00000 */
	*MEM32(R9 + 0x2c) = R2;
	/* 02075594: ldr	r1, [r1, #0x4] in=02ff3 out=00000 */
	R1 = *MEM32(R1 + 0x4);
	/* 02075598: bl	0x2075ad4 in=02ff3 out=00000 */
	R14 = 0x0207559c;
	goto lab02075ad4;
case 0x0207559c:
lab0207559c:
	/* 0207559c: b	0x2075628 in=02ff0 out=00000 */
	goto lab02075628;
/*** SUBROUTINE, color=5 ***/
case 0x02075ad4:
lab02075ad4:
	/* 02075ad4: str	r1, [r0, #0x2c] in=08003 out=00000 */
	*MEM32(R0 + 0x2c) = R1;
	/* 02075ad8: ldrsh	r1, [r0, #0x30] in=08001 out=00000 */
	R1 = (int16_t)*MEM16(R0 + 0x30);
	/* 02075adc: ldr	r12, [r15]	; 0x2075ae4 in=08000 out=00000 */
	R12 = 0x02075a58;
	/* 02075ae0: bx	r12 in=01000 out=00000 */
	R15 = R12;
	goto dispatch;
case 0x02075534:
lab02075534:
	/* 02075534: ldrsb	r1, [r1, #0x4] in=02ff2 out=00000 */
	R1 = (int8_t)*MEM8(R1 + 0x4);
	/* 02075538: ldr	r0, [r9, #0x3c] in=02ff0 out=00000 */
	R0 = *MEM32(R9 + 0x3c);
	/* 0207553c: mov	r2, r5 in=02ff1 out=00000 */
	R2 = R5;
	/* 02075540: bl	0x2071fac in=02ff1 out=00000 */
	R14 = 0x02075544;
	goto lab02071fac;
case 0x02075544:
lab02075544:
	/* 02075544: ldrh	r0, [r9, #0x52] in=02ff0 out=00000 */
	R0 = *MEM16(R9 + 0x52);
	/* 02075548: cmp	r0, #0x0 in=02ff1 out=00000 */
	tmpA = R0;
	tmpB = 0;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 0207554c: beq	0x2075570 in=12ff0 out=00000 */
	if (Z) {
		goto lab02075570;
	}
	/* 02075550: ldr	r0, [r9, #0x30] in=02ff0 out=00000 */
	R0 = *MEM32(R9 + 0x30);
	/* 02075554: strh	r5, [r9, #0x52] in=02ff1 out=00000 */
	*MEM16(R9 + 0x52) = R5;
	/* 02075558: str	r5, [r0, #0xc] in=02ff1 out=00000 */
	*MEM32(R0 + 0xc) = R5;
	/* 0207555c: str	r5, [r0, #0x8] in=02ff1 out=00000 */
	*MEM32(R0 + 0x8) = R5;
	/* 02075560: ldr	r1, [r9, #0x30] in=02ff0 out=00000 */
	R1 = *MEM32(R9 + 0x30);
	/* 02075564: mov	r0, #0x1 in=02ff2 out=00000 */
	R0 = 1;
	/* 02075568: strb	r11, [r1, #0x4] in=02ff3 out=00000 */
	*MEM8(R1 + 0x4) = R11;
	/* 0207556c: strb	r0, [r1, #0x5] in=02ff3 out=00000 */
	*MEM8(R1 + 0x5) = R0;
case 0x02075570:
lab02075570:
	/* 02075570: ldr	r1, [r9, #0x30] in=02ff0 out=00000 */
	R1 = *MEM32(R9 + 0x30);
	/* 02075574: ldrsb	r0, [r1, #0x5] in=02ff2 out=00000 */
	R0 = (int8_t)*MEM8(R1 + 0x5);
	/* 02075578: cmp	r0, #0x0 in=02ff3 out=00000 */
	tmpA = R0;
	tmpB = 0;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 0207557c: strbne	r5, [r1, #0x4] in=12ff2 out=00000 */
	if (!Z) {
		*MEM8(R1 + 0x4) = R5;
	}
	/* 02075580: strb	r5, [r1, #0x5] in=02ff2 out=00000 */
	*MEM8(R1 + 0x5) = R5;
	/* 02075584: b	0x2075628 in=02ff0 out=00000 */
	goto lab02075628;
/*** SUBROUTINE, color=4 ***/
case 0x02071fac:
lab02071fac:
	/* 02071fac: ldr	r0, [r0, #0x18] in=08001 out=00000 */
	R0 = *MEM32(R0 + 0x18);
	/* 02071fb0: ldr	r12, [r15]	; 0x2071fb8 in=08000 out=00000 */
	R12 = 0x02075c7c;
	/* 02071fb4: bx	r12 in=01000 out=00000 */
	R15 = R12;
	goto dispatch;
case 0x02075524:
lab02075524:
	/* 02075524: ldr	r0, [r9, #0x30] in=02ff0 out=00000 */
	R0 = *MEM32(R9 + 0x30);
	/* 02075528: strb	r6, [r0, #0x4] in=02ff1 out=00000 */
	*MEM8(R0 + 0x4) = R6;
	/* 0207552c: strb	r10, [r0, #0x5] in=02ff1 out=00000 */
	*MEM8(R0 + 0x5) = R10;
	/* 02075530: b	0x2075628 in=02ff0 out=00000 */
	goto lab02075628;
case 0x02075628:
lab02075628:
	/* 02075628: add	r8, r8, #0x1 in=02ff0 out=00000 */
	R8 = R8 + 1;
	/* 0207562c: cmp	r8, r7 in=02ff0 out=00000 */
	tmpA = R8;
	tmpB = R7;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02075630: blt	0x20754a4 in=c2ff0 out=00000 */
	if (N != V) {
		goto lab020754a4;
	}
case 0x02075634:
lab02075634:
	/* 02075634: mov	r0, #0x0 in=02200 out=00000 */
	R0 = 0;
	/* 02075638: strb	r0, [r9, #0x8] in=02201 out=00000 */
	*MEM8(R9 + 0x8) = R0;
	/* 0207563c: ldmia	r13!, { r3-r11, r15 } in=02000 out=00000 */
	R3 = *MEM32(R13 + 0);
	R4 = *MEM32(R13 + 4);
	R5 = *MEM32(R13 + 8);
	R6 = *MEM32(R13 + 12);
	R7 = *MEM32(R13 + 16);
	R8 = *MEM32(R13 + 20);
	R9 = *MEM32(R13 + 24);
	R10 = *MEM32(R13 + 28);
	R11 = *MEM32(R13 + 32);
	R15 = *MEM32(R13 + 36);
	R13 += 40;
	goto dispatch;
case 0x020754ec:
lab020754ec:
	/* 020754ec: cmp	r0, #0x18 in=02ff1 out=00000 */
	tmpA = R0;
	tmpB = 24;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 020754f0: bgt	0x20754fc in=d2ff1 out=00000 */
	if (!Z && (N == V)) {
		goto lab020754fc;
	}
	/* 020754f4: beq	0x20755b8 in=12ff0 out=00000 */
	if (Z) {
		goto lab020755b8;
	}
	/* 020754f8: b	0x2075628 in=02ff0 out=00000 */
	goto lab02075628;
case 0x020755b8:
lab020755b8:
	/* 020755b8: ldr	r0, [r9, #0x34] in=02ff0 out=00000 */
	R0 = *MEM32(R9 + 0x34);
	/* 020755bc: str	r4, [r0, #0x14] in=02ff1 out=00000 */
	*MEM32(R0 + 0x14) = R4;
	/* 020755c0: str	r5, [r0, #0x1c] in=02ff1 out=00000 */
	*MEM32(R0 + 0x1c) = R5;
	/* 020755c4: ldr	r0, [r9, #0x30] in=02ff0 out=00000 */
	R0 = *MEM32(R9 + 0x30);
	/* 020755c8: str	r5, [r0, #0xc] in=02ff1 out=00000 */
	*MEM32(R0 + 0xc) = R5;
	/* 020755cc: str	r5, [r0, #0x8] in=02ff1 out=00000 */
	*MEM32(R0 + 0x8) = R5;
	/* 020755d0: b	0x2075628 in=02ff0 out=00000 */
	goto lab02075628;
case 0x020754fc:
lab020754fc:
	/* 020754fc: sub	r0, r0, #0x19 in=0aff1 out=00000 */
	R0 = R0 - 25;
	/* 02075500: cmp	r0, #0x5 in=0aff1 out=00000 */
	tmpA = R0;
	tmpB = 5;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 02075504: addls	r15, r15, r0, lsl #0x2 in=3aff1 out=00000 */
	switch(R0) {
		default: goto lab02075508;
		case 0: goto lab02075628;
		case 1: goto lab02075628;
		case 2: goto lab02075628;
		case 3: goto lab020755e4;
		case 4: goto lab020755d4;
		case 5: goto lab02075608;
	}
case 0x02075508:
lab02075508:
	/* 02075508: b	0x2075628 in=02ff0 out=00000 */
	goto lab02075628;
case 0x02075608:
lab02075608:
	/* 02075608: ldr	r0, [r9, #0x34] in=02ff0 out=00000 */
	R0 = *MEM32(R9 + 0x34);
	/* 0207560c: str	r4, [r0, #0x14] in=02ff1 out=00000 */
	*MEM32(R0 + 0x14) = R4;
	/* 02075610: str	r5, [r0, #0x1c] in=02ff1 out=00000 */
	*MEM32(R0 + 0x1c) = R5;
	/* 02075614: ldr	r0, [r9, #0x30] in=02ff0 out=00000 */
	R0 = *MEM32(R9 + 0x30);
	/* 02075618: str	r5, [r0, #0xc] in=02ff1 out=00000 */
	*MEM32(R0 + 0xc) = R5;
	/* 0207561c: str	r5, [r0, #0x8] in=02ff1 out=00000 */
	*MEM32(R0 + 0x8) = R5;
	/* 02075620: ldr	r0, [r9, #0x40] in=02ff0 out=00000 */
	R0 = *MEM32(R9 + 0x40);
	/* 02075624: bl	0x2071e14 in=02ff1 out=00000 */
	R14 = 0x02075628;
	goto lab02071e14;
/*** SUBROUTINE, color=3 ***/
case 0x02071e14:
lab02071e14:
	/* 02071e14: ldr	r1, [r15, #0xc]	; 0x2071e28 in=0c001 out=00000 */
	R1 = 0x0017f3a7;
	/* 02071e18: mov	r2, #0x0 in=04003 out=00000 */
	R2 = 0;
	/* 02071e1c: str	r2, [r0, #0x14] in=04007 out=00000 */
	*MEM32(R0 + 0x14) = R2;
	/* 02071e20: str	r1, [r0, #0x18] in=04003 out=00000 */
	*MEM32(R0 + 0x18) = R1;
	/* 02071e24: bx	r14 in=04000 out=00000 */
	R15 = R14;
	goto dispatch;
case 0x020755d4:
lab020755d4:
	/* 020755d4: mov	r0, #0x1 in=02ff0 out=00000 */
	R0 = 1;
	/* 020755d8: strh	r0, [r9, #0x50] in=02ff1 out=00000 */
	*MEM16(R9 + 0x50) = R0;
	/* 020755dc: strh	r0, [r9, #0x52] in=02ff1 out=00000 */
	*MEM16(R9 + 0x52) = R0;
	/* 020755e0: b	0x2075628 in=02ff0 out=00000 */
	goto lab02075628;
case 0x020755e4:
lab020755e4:
	/* 020755e4: ldrh	r0, [r9, #0x50] in=02ff0 out=00000 */
	R0 = *MEM16(R9 + 0x50);
	/* 020755e8: cmp	r0, #0x0 in=02ff1 out=00000 */
	tmpA = R0;
	tmpB = 0;
	tmp64 = (uint64_t)tmpA - tmpB;
	C = ~(tmp64 >> 32) & 1;
	V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
	Z = (uint32_t)tmp64 == 0;
	N = (int32_t)(uint32_t)tmp64 < 0;
	/* 020755ec: ldrne	r1, [r9, #0x34] in=12ff0 out=00000 */
	if (!Z) {
		R1 = *MEM32(R9 + 0x34);
	}
	/* 020755f0: strhne	r5, [r9, #0x50] in=12ff2 out=00000 */
	if (!Z) {
		*MEM16(R9 + 0x50) = R5;
	}
	/* 020755f4: ldrbne	r0, [r1, #0x28] in=12ff2 out=00000 */
	if (!Z) {
		R0 = *MEM8(R1 + 0x28);
	}
	/* 020755f8: cmpne	r0, #0x0 in=12ff3 out=00000 */
	if (!Z) {
		tmpA = R0;
		tmpB = 0;
		tmp64 = (uint64_t)tmpA - tmpB;
		C = ~(tmp64 >> 32) & 1;
		V = ((tmpA ^ tmpB) & (tmpA ^ (uint32_t)tmp64)) >> 31;
		Z = (uint32_t)tmp64 == 0;
		N = (int32_t)(uint32_t)tmp64 < 0;
	}
	/* 020755fc: strne	r4, [r1, #0x14] in=12ff2 out=00000 */
	if (!Z) {
		*MEM32(R1 + 0x14) = R4;
	}
	/* 02075600: strne	r5, [r1, #0x1c] in=12ff2 out=00000 */
	if (!Z) {
		*MEM32(R1 + 0x1c) = R5;
	}
	/* 02075604: b	0x2075628 in=02ff0 out=00000 */
	goto lab02075628;