42.44/13.23	YES
42.81/13.25	proof of /export/starexec/sandbox2/benchmark/theBenchmark.c
42.81/13.25	# AProVE Commit ID: 48fb2092695e11cc9f56e44b17a92a5f88ffb256 marcel 20180622 unpublished dirty
42.81/13.25	
42.81/13.25	
42.81/13.25	Termination of the given C Problem could be proven:
42.81/13.25	
42.81/13.25	(0) C Problem
42.81/13.25	(1) CToLLVMProof [EQUIVALENT, 174 ms]
42.81/13.25	(2) LLVM problem
42.81/13.25	(3) LLVMToTerminationGraphProof [EQUIVALENT, 5856 ms]
42.81/13.25	(4) LLVM Symbolic Execution Graph
42.81/13.25	(5) SymbolicExecutionGraphToSCCProof [SOUND, 0 ms]
42.81/13.25	(6) AND
42.81/13.25	    (7) LLVM Symbolic Execution SCC
42.81/13.25	        (8) SCC2IRS [SOUND, 340 ms]
42.81/13.25	        (9) IntTRS
42.81/13.25	        (10) IRS2T2 [EQUIVALENT, 0 ms]
42.81/13.25	        (11) T2IntSys
42.81/13.25	        (12) T2 [EQUIVALENT, 1354 ms]
42.81/13.25	        (13) YES
42.81/13.25	    (14) LLVM Symbolic Execution SCC
42.81/13.25	        (15) SCC2IRS [SOUND, 148 ms]
42.81/13.25	        (16) IntTRS
42.81/13.25	        (17) IRS2T2 [EQUIVALENT, 0 ms]
42.81/13.25	        (18) T2IntSys
42.81/13.25	        (19) T2 [EQUIVALENT, 1115 ms]
42.81/13.25	        (20) YES
42.81/13.25	    (21) LLVM Symbolic Execution SCC
42.81/13.25	        (22) SCC2IRS [SOUND, 151 ms]
42.81/13.25	        (23) IntTRS
42.81/13.25	        (24) IRS2T2 [EQUIVALENT, 0 ms]
42.81/13.25	        (25) T2IntSys
42.81/13.25	        (26) T2 [EQUIVALENT, 454 ms]
42.81/13.25	        (27) YES
42.81/13.25	
42.81/13.25	
42.81/13.25	----------------------------------------
42.81/13.25	
42.81/13.25	(0)
42.81/13.25	Obligation:
42.81/13.25	c file /export/starexec/sandbox2/benchmark/theBenchmark.c
42.81/13.25	----------------------------------------
42.81/13.25	
42.81/13.25	(1) CToLLVMProof (EQUIVALENT)
42.81/13.25	Compiled c-file /export/starexec/sandbox2/benchmark/theBenchmark.c to LLVM.
42.81/13.25	----------------------------------------
42.81/13.25	
42.81/13.25	(2)
42.81/13.25	Obligation:
42.81/13.25	LLVM Problem
42.81/13.25	
42.81/13.25	Aliases:
42.81/13.25	
42.81/13.25	Data layout:
42.81/13.25	
42.81/13.25	"e-p:64:64:64-i1:8:8-i8:8:8-i16:16:16-i32:32:32-i64:64:64-f32:32:32-f64:64:64-v64:64:64-v128:128:128-a0:0:64-s0:64:64-f80:128:128-n8:16:32:64-S128"
42.81/13.25	
42.81/13.25	Machine:
42.81/13.25	
42.81/13.25	"x86_64-pc-linux-gnu"
42.81/13.25	
42.81/13.25	Type definitions:
42.81/13.25	
42.81/13.25	Global variables:
42.81/13.25	
42.81/13.25	Function declarations and definitions:
42.81/13.25	
42.81/13.25	*BasicFunctionTypename: "__VERIFIER_nondet_int" returnParam: i32 parameters: () variableLength: false visibilityType: DEFAULT callingConvention: ccc
42.81/13.25	*BasicFunctionTypename: "malloc" returnParam: *i8 parameters: (i64) variableLength: false visibilityType: DEFAULT callingConvention: ccc
42.81/13.25	*BasicFunctionTypename: "__VERIFIER_nondet_String" linkageType: EXTERNALLY_VISIBLE returnParam: *i8 parameters: () variableLength: false visibilityType: DEFAULT callingConvention: ccc
42.81/13.25		0:
42.81/13.25			%length = alloca i32, align 4
42.81/13.25			%nondetString = alloca *i8, align 8
42.81/13.25			%1 = call i32 @__VERIFIER_nondet_int()
42.81/13.25			store %1, %length
42.81/13.25			%2 = load %length
42.81/13.25			%3 = icmp slt %2 1
42.81/13.25			br %3, %4, %5
42.81/13.25		4:
42.81/13.25			store 1, %length
42.81/13.25			br %5
42.81/13.25		5:
42.81/13.25			%6 = load %length
42.81/13.25			%7 = sext i32 %6 to i64
42.81/13.25			%8 = mul %7 1
42.81/13.25			%9 = call *i8 @malloc(i64 %8)
42.81/13.25			store %9, %nondetString
42.81/13.25			%10 = load %length
42.81/13.25			%11 = sub %10 1
42.81/13.25			%12 = sext i32 %11 to i64
42.81/13.25			%13 = load %nondetString
42.81/13.25			%14 = getelementptr %13, %12
42.81/13.25			store 0, %14
42.81/13.25			%15 = load %nondetString
42.81/13.25			ret %15
42.81/13.25	
42.81/13.25	*BasicFunctionTypename: "cstrpbrk" linkageType: EXTERNALLY_VISIBLE returnParam: *i8 parameters: (s1 *i8, s2 *i8) variableLength: false visibilityType: DEFAULT callingConvention: ccc
42.81/13.25		0:
42.81/13.25			%1 = alloca *i8, align 8
42.81/13.25			%2 = alloca *i8, align 8
42.81/13.25			%3 = alloca *i8, align 8
42.81/13.25			%sc1 = alloca *i8, align 8
42.81/13.25			%s = alloca *i8, align 8
42.81/13.25			%c = alloca i32, align 4
42.81/13.25			store %s1, %2
42.81/13.25			store %s2, %3
42.81/13.25			%4 = load %2
42.81/13.25			store %4, %sc1
42.81/13.25			br %5
42.81/13.25		5:
42.81/13.25			%6 = load %sc1
42.81/13.25			%7 = load %6
42.81/13.25			%8 = sext i8 %7 to i32
42.81/13.25			%9 = icmp ne %8 0
42.81/13.25			br %9, %10, %45
42.81/13.25		10:
42.81/13.25			%11 = load %3
42.81/13.25			store %11, %s
42.81/13.25			%12 = load %sc1
42.81/13.25			%13 = load %12
42.81/13.25			%14 = sext i8 %13 to i32
42.81/13.25			store %14, %c
42.81/13.25			br %15
42.81/13.25		15:
42.81/13.25			%16 = load %s
42.81/13.25			%17 = load %16
42.81/13.25			%18 = sext i8 %17 to i32
42.81/13.25			%19 = icmp ne %18 0
42.81/13.25			br %19, %20, %28
42.81/13.25		20:
42.81/13.25			%21 = load %s
42.81/13.25			%22 = load %21
42.81/13.25			%23 = sext i8 %22 to i32
42.81/13.25			%24 = load %c
42.81/13.25			%25 = trunc i32 %24 to i8
42.81/13.25			%26 = sext i8 %25 to i32
42.81/13.25			%27 = icmp ne %23 %26
42.81/13.25			br %28
42.81/13.25		28:
42.81/13.25			%29 = phi [0, %15], [%27, %20]
42.81/13.25			br %29, %30, %33
42.81/13.25		30:
42.81/13.25			%31 = load %s
42.81/13.25			%32 = getelementptr %31, 1
42.81/13.25			store %32, %s
42.81/13.25			br %15
42.81/13.25		33:
42.81/13.25			%34 = load %s
42.81/13.25			%35 = load %34
42.81/13.25			%36 = sext i8 %35 to i32
42.81/13.25			%37 = load %c
42.81/13.25			%38 = icmp ne %36 %37
42.81/13.25			br %38, %39, %41
42.81/13.25		39:
42.81/13.25			%40 = load %sc1
42.81/13.25			store %40, %1
42.81/13.25			br %46
42.81/13.25		41:
42.81/13.25			br %42
42.81/13.25		42:
42.81/13.25			%43 = load %sc1
42.81/13.25			%44 = getelementptr %43, 1
42.81/13.25			store %44, %sc1
42.81/13.25			br %5
42.81/13.25		45:
42.81/13.25			store null, %1
42.81/13.25			br %46
42.81/13.25		46:
42.81/13.25			%47 = load %1
42.81/13.25			ret %47
42.81/13.25	
42.81/13.25	*BasicFunctionTypename: "main" linkageType: EXTERNALLY_VISIBLE returnParam: i32 parameters: () variableLength: false visibilityType: DEFAULT callingConvention: ccc
42.81/13.25		0:
42.81/13.25			%1 = alloca i32, align 4
42.81/13.25			store 0, %1
42.81/13.25			%2 = call *i8 @__VERIFIER_nondet_String()
42.81/13.25			%3 = call *i8 @__VERIFIER_nondet_String()
42.81/13.25			%4 = call *i8 @cstrpbrk(*i8 %2, *i8 %3)
42.81/13.25			ret 0
42.81/13.25	
42.81/13.25	
42.81/13.25	Analyze Termination of all function calls matching the pattern:
42.81/13.25	main()
42.81/13.25	----------------------------------------
42.81/13.25	
42.81/13.25	(3) LLVMToTerminationGraphProof (EQUIVALENT)
42.81/13.25	Constructed symbolic execution graph for LLVM program and proved memory safety.
42.81/13.25	----------------------------------------
42.81/13.25	
42.81/13.25	(4)
42.81/13.25	Obligation:
42.81/13.25	SE Graph
42.81/13.25	----------------------------------------
42.81/13.25	
42.81/13.25	(5) SymbolicExecutionGraphToSCCProof (SOUND)
42.81/13.25	Splitted symbolic execution graph to 3 SCCs.
42.81/13.25	----------------------------------------
42.81/13.25	
42.81/13.25	(6)
42.81/13.25	Complex Obligation (AND)
42.81/13.25	
42.81/13.25	----------------------------------------
42.81/13.25	
42.81/13.25	(7)
42.81/13.25	Obligation:
42.81/13.25	SCC
42.81/13.25	----------------------------------------
42.81/13.25	
42.81/13.25	(8) SCC2IRS (SOUND)
42.81/13.25	Transformed LLVM symbolic execution graph SCC into a rewrite problem. Log: 
42.81/13.25	Generated rules. Obtained 73 rulesP rules:
42.81/13.25	f_888(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4085, v4084, v4086, v4087, v4088, 0, v4090, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, 3, 7, 2, 4, 8) -> f_891(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4085, v4084, v4086, v4087, v4088, 0, v4090, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_891(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4085, v4084, v4086, v4087, v4088, 0, v4090, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, 3, 7, 2, 4, 8) -> f_894(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4084, v4085, v4086, v4087, v4088, 0, v4090, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_894(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4084, v4085, v4086, v4087, v4088, 0, v4090, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, 3, 7, 2, 4, 8) -> f_897(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4084, v4085, v4086, v4087, v4088, 0, v4090, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, 3, 7, 2, 4, 8) :|: v4119 != 0 && v4091 < v4095 && 3 <= v4095
42.81/13.25	f_897(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4084, v4085, v4086, v4087, v4088, 0, v4090, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, 3, 7, 2, 4, 8) -> f_901(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4084, v4085, v4086, v4087, v4088, 0, v4090, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_901(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4084, v4085, v4086, v4087, v4088, 0, v4090, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, 3, 7, 2, 4, 8) -> f_905(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4084, v4085, v4086, v4087, v4088, 0, v4090, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_905(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4084, v4085, v4086, v4087, v4088, 0, v4090, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, 3, 7, 2, 4, 8) -> f_909(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4085, v4086, v4087, v4088, 0, v4090, v4084, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_909(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4085, v4086, v4087, v4088, 0, v4090, v4084, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, 3, 7, 2, 4, 8) -> f_913(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4085, v4086, v4087, v4088, 0, v4090, v4084, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_913(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4085, v4086, v4087, v4088, 0, v4090, v4084, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, 3, 7, 2, 4, 8) -> f_917(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4086, v4087, v4088, 0, v4090, v4084, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, v4085, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_917(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4086, v4087, v4088, 0, v4090, v4084, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, v4085, 3, 7, 2, 4, 8) -> f_920(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4086, v4087, v4088, 0, v4090, v4084, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, v4085, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_920(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4086, v4087, v4088, 0, v4090, v4084, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, v4085, 3, 7, 2, 4, 8) -> f_923(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4519, v4086, v4087, v4088, 0, v4090, v4084, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, v4085, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_923(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4519, v4086, v4087, v4088, 0, v4090, v4084, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, v4085, 3, 7, 2, 4, 8) -> f_926(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4519, v4087, v4088, 0, v4090, v4084, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, v4085, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_926(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4519, v4087, v4088, 0, v4090, v4084, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, v4085, 3, 7, 2, 4, 8) -> f_930(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4519, v4087, v4088, 0, v4090, v4084, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, v4085, 3, 7, 2, 4, 8) :|: v4119 != v4519
42.81/13.25	f_926(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4519, v4087, v4088, 0, v4090, v4084, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, v4085, 3, 7, 2, 4, 8) -> f_931(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4519, v4087, v4088, 0, v4090, v4084, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, v4085, 3, 7, 2, 4, 8) :|: v4119 = v4519
42.81/13.25	f_930(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4519, v4087, v4088, 0, v4090, v4084, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, v4085, 3, 7, 2, 4, 8) -> f_935(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4519, v4087, v4088, 0, v4090, v4084, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, v4085, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_935(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4519, v4087, v4088, 0, v4090, v4084, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, v4085, 3, 7, 2, 4, 8) -> f_940(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4519, v4087, v4088, 0, v4090, v4084, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, v4085, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_940(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4519, v4087, v4088, 0, v4090, v4084, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, v4085, 3, 7, 2, 4, 8) -> f_941(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4119, v4519, v4084, v4091, v4087, v4088, 0, v4090, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, v4085, v4119, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_941(v4761, v4762, v4763, v4764, v4765, v4766, v4767, v4768, v4769, v4770, 1, v4772, v4773, v4774, v4775, v4776, v4777, v4778, 0, v4780, v4781, v4782, v4783, v4784, v4785, v4786, v4787, v4788, v4789, v4790, v4791, v4792, v4793, v4794, 3, 7, 2, 4, 8) -> f_946(v4761, v4762, v4763, v4764, v4765, v4766, v4767, v4768, v4769, v4770, 1, v4772, v4773, v4774, v4775, v4776, v4777, v4778, 0, v4780, v4781, v4782, v4783, v4784, v4785, v4786, v4787, v4788, v4789, v4790, v4791, v4792, v4793, v4794, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_946(v4761, v4762, v4763, v4764, v4765, v4766, v4767, v4768, v4769, v4770, 1, v4772, v4773, v4774, v4775, v4776, v4777, v4778, 0, v4780, v4781, v4782, v4783, v4784, v4785, v4786, v4787, v4788, v4789, v4790, v4791, v4792, v4793, v4794, 3, 7, 2, 4, 8) -> f_951(v4761, v4762, v4763, v4764, v4765, v4766, v4767, v4768, v4769, v4770, 1, v4772, v4773, v4774, v4776, v4777, v4778, 0, v4780, v4781, v4782, v4783, v4784, v4785, v4786, v4787, v4788, v4789, v4790, v4791, v4792, v4775, v4793, v4794, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_951(v4761, v4762, v4763, v4764, v4765, v4766, v4767, v4768, v4769, v4770, 1, v4772, v4773, v4774, v4776, v4777, v4778, 0, v4780, v4781, v4782, v4783, v4784, v4785, v4786, v4787, v4788, v4789, v4790, v4791, v4792, v4775, v4793, v4794, 3, 7, 2, 4, 8) -> f_956(v4761, v4762, v4763, v4764, v4765, v4766, v4767, v4768, v4769, v4770, 1, v4772, v4773, v4774, v5241, v4777, v4778, 0, v4780, v4781, v4782, v4783, v4784, v4785, v4786, v4787, v4788, v4789, v4790, v4791, v4792, v4775, v4793, v4776, v4794, 3, 7, 2, 4, 8) :|: v5241 = 1 + v4772 && 2 <= v5241
42.81/13.25	f_956(v4761, v4762, v4763, v4764, v4765, v4766, v4767, v4768, v4769, v4770, 1, v4772, v4773, v4774, v5241, v4777, v4778, 0, v4780, v4781, v4782, v4783, v4784, v4785, v4786, v4787, v4788, v4789, v4790, v4791, v4792, v4775, v4793, v4776, v4794, 3, 7, 2, 4, 8) -> f_961(v4761, v4762, v4763, v4764, v4765, v4766, v4767, v4768, v4769, v4770, 1, v4772, v4773, v4774, v5241, v4777, v4778, 0, v4780, v4781, v4782, v4783, v4784, v4785, v4786, v4787, v4788, v4789, v4790, v4791, v4792, v4775, v4793, v4776, v4794, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_961(v4761, v4762, v4763, v4764, v4765, v4766, v4767, v4768, v4769, v4770, 1, v4772, v4773, v4774, v5241, v4777, v4778, 0, v4780, v4781, v4782, v4783, v4784, v4785, v4786, v4787, v4788, v4789, v4790, v4791, v4792, v4775, v4793, v4776, v4794, 3, 7, 2, 4, 8) -> f_964(v4761, v4762, v4763, v4764, v4765, v4766, v4767, v4768, v4769, v4770, 1, v4772, v4773, v4774, v5241, v4777, v4778, 0, v4780, v4781, v4782, v4783, v4784, v4785, v4786, v4787, v4788, v4789, v4790, v4791, v4792, v4775, v4793, v4776, v4794, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_964(v4761, v4762, v4763, v4764, v4765, v4766, v4767, v4768, v4769, v4770, 1, v4772, v4773, v4774, v5241, v4777, v4778, 0, v4780, v4781, v4782, v4783, v4784, v4785, v4786, v4787, v4788, v4789, v4790, v4791, v4792, v4775, v4793, v4776, v4794, 3, 7, 2, 4, 8) -> f_886(v4761, v4762, v4763, v4764, v4765, v4766, v4767, v4768, v4769, v4770, 1, v4772, v4773, v4774, v4777, v4778, 0, v4780, v5241, v4781, v4782, v4783, v4784, v4785, v4786, v4787, v4788, v4789, v4790, v4791, v4792, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_886(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4084, v4085, v4086, v4087, v4088, 0, v4090, v4091, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, 3, 7, 2, 4, 8) -> f_888(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4085, v4084, v4086, v4087, v4088, 0, v4090, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_931(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4519, v4087, v4088, 0, v4090, v4084, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, v4085, 3, 7, 2, 4, 8) -> f_936(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4519, 0, v4087, v4088, v4090, v4084, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, v4085, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_936(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4519, 0, v4087, v4088, v4090, v4084, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, v4085, 3, 7, 2, 4, 8) -> f_942(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4519, 0, v4087, v4088, v4090, v4084, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, v4085, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_942(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4519, 0, v4087, v4088, v4090, v4084, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, v4085, 3, 7, 2, 4, 8) -> f_1040(v4073, v4074, v4075, v4076, v4077, v4078, v4079, v4080, v4081, v4082, 1, v4091, v4519, 0, v4087, v4088, v4090, v4084, v4091, v4092, v4093, v4094, v4095, v4096, v4097, v4098, v4099, v4100, v4101, v4102, v4103, v4519, v4085, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_1040(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, v6960, 0, v6962, v6963, v6964, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6980, 3, 7, 2, 4, 8) -> f_1041(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, v6960, 0, v6962, v6963, v6964, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6980, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_1041(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, v6960, 0, v6962, v6963, v6964, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6980, 3, 7, 2, 4, 8) -> f_1042(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, v6960, 0, v6963, v6964, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6980, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_1042(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, v6960, 0, v6963, v6964, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6980, 3, 7, 2, 4, 8) -> f_1043(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, v6960, 0, v6963, v6964, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6980, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_1043(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, v6960, 0, v6963, v6964, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6980, 3, 7, 2, 4, 8) -> f_1044(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, v6960, 0, v6963, v6964, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6980, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_1044(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, v6960, 0, v6963, v6964, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6980, 3, 7, 2, 4, 8) -> f_1045(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, v6960, 0, v6964, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6980, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_1045(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, v6960, 0, v6964, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6980, 3, 7, 2, 4, 8) -> f_1047(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, 0, v6964, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6980, 3, 7, 2, 4, 8) :|: v6960 = v6957
42.81/13.25	f_1047(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, 0, v6964, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6980, 3, 7, 2, 4, 8) -> f_1049(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, 0, v6964, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6980, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_1049(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, 0, v6964, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6980, 3, 7, 2, 4, 8) -> f_1051(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, 0, v6964, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6980, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_1051(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, 0, v6964, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6980, 3, 7, 2, 4, 8) -> f_1053(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, 0, v6964, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6980, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_1053(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, 0, v6964, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6980, 3, 7, 2, 4, 8) -> f_1055(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, 0, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_1055(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, 0, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) -> f_1057(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, 0, v7201, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) :|: v7201 = 1 + v6956 && 3 <= v7201
42.81/13.25	f_1057(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, 0, v7201, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) -> f_1059(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, 0, v7201, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_1059(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, 0, v7201, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) -> f_1061(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, 0, v7201, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_1061(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v6956, v6957, 1, v6959, 0, v7201, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) -> f_1062(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v6957, 1, v6956, v6959, 0, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_1062(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v6957, 1, v6956, v6959, 0, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) -> f_1063(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v7245, v6957, 1, v6956, v6959, 0, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_1063(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v7245, v6957, 1, v6956, v6959, 0, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) -> f_1064(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v7245, 1, v6956, v6957, v6959, 0, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_1064(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v7245, 1, v6956, v6957, v6959, 0, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) -> f_1065(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v7245, 1, v6956, v6957, v6959, 0, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) :|: v7245 != 0 && v7201 < v6969 && 4 <= v6969
42.81/13.25	f_1065(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v7245, 1, v6956, v6957, v6959, 0, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) -> f_1067(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v7245, 1, v6956, v6957, v6959, 0, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_1067(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v7245, 1, v6956, v6957, v6959, 0, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) -> f_1069(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v7245, 1, v6956, v6957, v6959, 0, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_1069(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v7245, 1, v6956, v6957, v6959, 0, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) -> f_1071(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v7245, 1, v6956, v6957, v6959, 0, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_1071(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v7245, 1, v6956, v6957, v6959, 0, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) -> f_1073(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v7245, 1, v6956, v6957, v6959, 0, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_1073(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v7245, 1, v6956, v6957, v6959, 0, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) -> f_1075(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v7245, 1, v6957, v6959, 0, v6956, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_1075(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v7245, 1, v6957, v6959, 0, v6956, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) -> f_1077(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v7245, 1, v6957, v6959, 0, v6956, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_1077(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v7245, 1, v6957, v6959, 0, v6956, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) -> f_1079(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v7245, 1, v6959, v6957, 0, v6956, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_1079(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v7245, 1, v6959, v6957, 0, v6956, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) -> f_1080(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v7245, 1, v6959, v6957, 0, v6956, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_1080(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v7245, 1, v6959, v6957, 0, v6956, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) -> f_1081(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v7245, 1, v6959, v6957, 0, v6956, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_1081(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v7245, 1, v6959, v6957, 0, v6956, v6965, v6966, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6979, v6962, v6963, v6964, v6980, 3, 7, 2, 4, 8) -> f_1021(v6948, v6949, v6950, v6951, v6952, v6953, v6954, v6955, v7201, v7245, 1, v6959, v6957, 0, v6965, v6966, v6956, v6967, v6968, v6969, v6970, v6971, v6972, v6973, v6974, v6975, v6976, v6977, v6978, v6980, v6979, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_1021(v6505, v6506, v6507, v6508, v6509, v6510, v6511, v6512, v6513, v6514, 1, v6516, v6517, 0, v6519, v6520, v6521, v6522, v6523, v6524, v6525, v6526, v6527, v6528, v6529, v6530, v6531, v6532, v6533, v6534, v6535, 3, 7, 2, 4, 8) -> f_1022(v6505, v6506, v6507, v6508, v6509, v6510, v6511, v6512, v6513, v6514, 1, v6517, v6516, 0, v6519, v6520, v6521, v6522, v6523, v6524, v6525, v6526, v6527, v6528, v6529, v6530, v6531, v6532, v6533, v6534, v6535, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_1022(v6505, v6506, v6507, v6508, v6509, v6510, v6511, v6512, v6513, v6514, 1, v6517, v6516, 0, v6519, v6520, v6521, v6522, v6523, v6524, v6525, v6526, v6527, v6528, v6529, v6530, v6531, v6532, v6533, v6534, v6535, 3, 7, 2, 4, 8) -> f_1023(v6505, v6506, v6507, v6508, v6509, v6510, v6511, v6512, v6513, v6514, 1, v6533, v6517, v6516, 0, v6519, v6520, v6521, v6522, v6523, v6524, v6525, v6526, v6527, v6528, v6529, v6530, v6531, v6532, v6534, v6535, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_1023(v6505, v6506, v6507, v6508, v6509, v6510, v6511, v6512, v6513, v6514, 1, v6533, v6517, v6516, 0, v6519, v6520, v6521, v6522, v6523, v6524, v6525, v6526, v6527, v6528, v6529, v6530, v6531, v6532, v6534, v6535, 3, 7, 2, 4, 8) -> f_1024(v6505, v6506, v6507, v6508, v6509, v6510, v6511, v6512, v6513, v6514, 1, v6533, v6516, v6517, 0, v6519, v6520, v6521, v6522, v6523, v6524, v6525, v6526, v6527, v6528, v6529, v6530, v6531, v6532, v6534, v6535, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_1024(v6505, v6506, v6507, v6508, v6509, v6510, v6511, v6512, v6513, v6514, 1, v6533, v6516, v6517, 0, v6519, v6520, v6521, v6522, v6523, v6524, v6525, v6526, v6527, v6528, v6529, v6530, v6531, v6532, v6534, v6535, 3, 7, 2, 4, 8) -> f_1025(v6505, v6506, v6507, v6508, v6509, v6510, v6511, v6512, v6513, v6514, 1, v6533, v6516, v6517, 0, v6519, v6520, v6521, v6522, v6523, v6524, v6525, v6526, v6527, v6528, v6529, v6530, v6531, v6532, v6534, v6535, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_1025(v6505, v6506, v6507, v6508, v6509, v6510, v6511, v6512, v6513, v6514, 1, v6533, v6516, v6517, 0, v6519, v6520, v6521, v6522, v6523, v6524, v6525, v6526, v6527, v6528, v6529, v6530, v6531, v6532, v6534, v6535, 3, 7, 2, 4, 8) -> f_1026(v6505, v6506, v6507, v6508, v6509, v6510, v6511, v6512, v6513, v6514, 1, v6533, v6516, v6517, 0, v6519, v6520, v6521, v6522, v6523, v6524, v6525, v6526, v6527, v6528, v6529, v6530, v6531, v6532, v6534, v6535, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_1026(v6505, v6506, v6507, v6508, v6509, v6510, v6511, v6512, v6513, v6514, 1, v6533, v6516, v6517, 0, v6519, v6520, v6521, v6522, v6523, v6524, v6525, v6526, v6527, v6528, v6529, v6530, v6531, v6532, v6534, v6535, 3, 7, 2, 4, 8) -> f_1027(v6505, v6506, v6507, v6508, v6509, v6510, v6511, v6512, v6513, v6514, 1, v6533, v6516, v6517, 0, v6519, v6520, v6521, v6522, v6523, v6524, v6525, v6526, v6527, v6528, v6529, v6530, v6531, v6532, v6534, v6535, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_1027(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6645, v6646, v6647, 0, v6649, v6650, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6663, v6664, 3, 7, 2, 4, 8) -> f_1028(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6645, v6647, 0, v6649, v6650, v6646, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6663, v6664, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_1028(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6645, v6647, 0, v6649, v6650, v6646, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6663, v6664, 3, 7, 2, 4, 8) -> f_1029(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6645, v6647, 0, v6649, v6650, v6646, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6663, v6664, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_1029(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6645, v6647, 0, v6649, v6650, v6646, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6663, v6664, 3, 7, 2, 4, 8) -> f_1030(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6645, v6647, 0, v6649, v6650, v6646, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6663, v6664, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_1030(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6645, v6647, 0, v6649, v6650, v6646, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6663, v6664, 3, 7, 2, 4, 8) -> f_1031(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6645, v6647, 0, v6649, v6650, v6646, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6663, v6664, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_1031(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6645, v6647, 0, v6649, v6650, v6646, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6663, v6664, 3, 7, 2, 4, 8) -> f_1032(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6645, v6665, v6647, 0, v6649, v6650, v6646, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6663, v6664, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_1032(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6645, v6665, v6647, 0, v6649, v6650, v6646, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6663, v6664, 3, 7, 2, 4, 8) -> f_1033(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6645, v6665, 0, v6649, v6650, v6646, v6647, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6663, v6664, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_1033(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6645, v6665, 0, v6649, v6650, v6646, v6647, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6663, v6664, 3, 7, 2, 4, 8) -> f_1034(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6645, v6665, 0, v6649, v6650, v6646, v6647, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6663, v6664, 3, 7, 2, 4, 8) :|: v6645 != v6665
42.81/13.25	f_1033(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6645, v6665, 0, v6649, v6650, v6646, v6647, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6663, v6664, 3, 7, 2, 4, 8) -> f_1035(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6665, 0, v6649, v6650, v6646, v6647, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6663, v6664, 3, 7, 2, 4, 8) :|: v6645 = v6665
42.81/13.25	f_1034(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6645, v6665, 0, v6649, v6650, v6646, v6647, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6663, v6664, 3, 7, 2, 4, 8) -> f_1036(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6645, v6665, 0, v6649, v6650, v6646, v6647, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6663, v6664, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_1036(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6645, v6665, 0, v6649, v6650, v6646, v6647, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6663, v6664, 3, 7, 2, 4, 8) -> f_1038(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6645, v6665, v6649, v6650, v6646, v6647, 0, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6663, v6664, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_1038(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6645, v6665, v6649, v6650, v6646, v6647, 0, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6663, v6664, 3, 7, 2, 4, 8) -> f_941(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6635, v6645, v6665, v6649, v6650, v6646, v6647, 0, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6645, v6663, v6664, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_1035(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6665, 0, v6649, v6650, v6646, v6647, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6663, v6664, 3, 7, 2, 4, 8) -> f_1037(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6665, 0, v6649, v6650, v6646, v6647, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6663, v6664, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_1037(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6665, 0, v6649, v6650, v6646, v6647, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6663, v6664, 3, 7, 2, 4, 8) -> f_1039(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6665, 0, v6649, v6650, v6646, v6647, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6663, v6664, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_1039(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6665, 0, v6649, v6650, v6646, v6647, v6651, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6663, v6664, 3, 7, 2, 4, 8) -> f_1040(v6634, v6635, v6636, v6637, v6638, v6639, v6640, v6641, v6642, v6643, 1, v6635, v6665, 0, v6646, v6647, v6651, v6649, v6650, v6652, v6653, v6654, v6655, v6656, v6657, v6658, v6659, v6660, v6661, v6662, v6665, v6664, v6663, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	Combined rules. Obtained 12 rulesP rules:
42.81/13.25	f_1033(v6634:0, v6635:0, v6636:0, v6637:0, v6638:0, v6639:0, v6640:0, v6641:0, v6642:0, v6643:0, 1, v6645:0, v6665:0, 0, v6649:0, v6650:0, v6646:0, v6647:0, v6651:0, v6652:0, v6653:0, v6654:0, v6655:0, v6656:0, v6657:0, v6658:0, v6659:0, v6660:0, v6661:0, v6662:0, v6663:0, v6664:0, 3, 7, 2, 4, 8) -> f_888(v6634:0, v6635:0, v6636:0, v6637:0, v6638:0, v6639:0, v6640:0, v6641:0, v6642:0, v6643:0, 1, 1 + v6635:0, v6645:0, v6635:0, v6665:0, v6646:0, v6647:0, 0, v6651:0, v6652:0, v6653:0, v6654:0, v6655:0, v6656:0, v6657:0, v6658:0, v6659:0, v6660:0, v6661:0, v6662:0, v6645:0, 3, 7, 2, 4, 8) :|: v6665:0 > v6645:0 && v6635:0 > 0
42.81/13.25	f_1033(v6634:0, v6635:0, v6636:0, v6637:0, v6638:0, v6639:0, v6640:0, v6641:0, v6642:0, v6643:0, 1, v6645:0, v6665:0, 0, v6649:0, v6650:0, v6646:0, v6647:0, v6651:0, v6652:0, v6653:0, v6654:0, v6655:0, v6656:0, v6657:0, v6658:0, v6659:0, v6660:0, v6661:0, v6662:0, v6663:0, v6664:0, 3, 7, 2, 4, 8) -> f_888(v6634:0, v6635:0, v6636:0, v6637:0, v6638:0, v6639:0, v6640:0, v6641:0, v6642:0, v6643:0, 1, 1 + v6635:0, v6645:0, v6635:0, v6665:0, v6646:0, v6647:0, 0, v6651:0, v6652:0, v6653:0, v6654:0, v6655:0, v6656:0, v6657:0, v6658:0, v6659:0, v6660:0, v6661:0, v6662:0, v6645:0, 3, 7, 2, 4, 8) :|: v6665:0 < v6645:0 && v6635:0 > 0
42.81/13.25	f_888(v4073:0, v4074:0, v4075:0, v4076:0, v4077:0, v4078:0, v4079:0, v4080:0, v4081:0, v4082:0, 1, v4091:0, v4085:0, v4084:0, v4086:0, v4087:0, v4088:0, 0, v4090:0, v4092:0, v4093:0, v4094:0, v4095:0, v4096:0, v4097:0, v4098:0, v4099:0, v4100:0, v4101:0, v4102:0, v4103:0, 3, 7, 2, 4, 8) -> f_888(v4073:0, v4074:0, v4075:0, v4076:0, v4077:0, v4078:0, v4079:0, v4080:0, v4081:0, v4082:0, 1, 1 + v4091:0, v4119:0, v4091:0, v4519:0, v4087:0, v4088:0, 0, v4090:0, v4092:0, v4093:0, v4094:0, v4095:0, v4096:0, v4097:0, v4098:0, v4099:0, v4100:0, v4101:0, v4102:0, v4103:0, 3, 7, 2, 4, 8) :|: v4095:0 > v4091:0 && v4119:0 < 0 && v4095:0 > 2 && v4091:0 > 0 && v4519:0 > v4119:0
42.81/13.25	f_888(v4073:0, v4074:0, v4075:0, v4076:0, v4077:0, v4078:0, v4079:0, v4080:0, v4081:0, v4082:0, 1, v4091:0, v4085:0, v4084:0, v4086:0, v4087:0, v4088:0, 0, v4090:0, v4092:0, v4093:0, v4094:0, v4095:0, v4096:0, v4097:0, v4098:0, v4099:0, v4100:0, v4101:0, v4102:0, v4103:0, 3, 7, 2, 4, 8) -> f_888(v4073:0, v4074:0, v4075:0, v4076:0, v4077:0, v4078:0, v4079:0, v4080:0, v4081:0, v4082:0, 1, 1 + v4091:0, v4119:0, v4091:0, v4519:0, v4087:0, v4088:0, 0, v4090:0, v4092:0, v4093:0, v4094:0, v4095:0, v4096:0, v4097:0, v4098:0, v4099:0, v4100:0, v4101:0, v4102:0, v4103:0, 3, 7, 2, 4, 8) :|: v4095:0 > v4091:0 && v4119:0 < 0 && v4095:0 > 2 && v4091:0 > 0 && v4519:0 < v4119:0
42.81/13.25	f_888(v4073:0, v4074:0, v4075:0, v4076:0, v4077:0, v4078:0, v4079:0, v4080:0, v4081:0, v4082:0, 1, v4091:0, v4085:0, v4084:0, v4086:0, v4087:0, v4088:0, 0, v4090:0, v4092:0, v4093:0, v4094:0, v4095:0, v4096:0, v4097:0, v4098:0, v4099:0, v4100:0, v4101:0, v4102:0, v4103:0, 3, 7, 2, 4, 8) -> f_888(v4073:0, v4074:0, v4075:0, v4076:0, v4077:0, v4078:0, v4079:0, v4080:0, v4081:0, v4082:0, 1, 1 + v4091:0, v4119:0, v4091:0, v4519:0, v4087:0, v4088:0, 0, v4090:0, v4092:0, v4093:0, v4094:0, v4095:0, v4096:0, v4097:0, v4098:0, v4099:0, v4100:0, v4101:0, v4102:0, v4103:0, 3, 7, 2, 4, 8) :|: v4095:0 > v4091:0 && v4119:0 > 0 && v4095:0 > 2 && v4091:0 > 0 && v4519:0 > v4119:0
42.81/13.25	f_888(v4073:0, v4074:0, v4075:0, v4076:0, v4077:0, v4078:0, v4079:0, v4080:0, v4081:0, v4082:0, 1, v4091:0, v4085:0, v4084:0, v4086:0, v4087:0, v4088:0, 0, v4090:0, v4092:0, v4093:0, v4094:0, v4095:0, v4096:0, v4097:0, v4098:0, v4099:0, v4100:0, v4101:0, v4102:0, v4103:0, 3, 7, 2, 4, 8) -> f_888(v4073:0, v4074:0, v4075:0, v4076:0, v4077:0, v4078:0, v4079:0, v4080:0, v4081:0, v4082:0, 1, 1 + v4091:0, v4119:0, v4091:0, v4519:0, v4087:0, v4088:0, 0, v4090:0, v4092:0, v4093:0, v4094:0, v4095:0, v4096:0, v4097:0, v4098:0, v4099:0, v4100:0, v4101:0, v4102:0, v4103:0, 3, 7, 2, 4, 8) :|: v4095:0 > v4091:0 && v4119:0 > 0 && v4095:0 > 2 && v4091:0 > 0 && v4519:0 < v4119:0
42.81/13.25	f_1033(v6634:0, v6635:0, v6636:0, v6637:0, v6638:0, v6639:0, v6640:0, v6641:0, v6642:0, v6643:0, 1, v6643:0, v6643:0, 0, v6649:0, v6650:0, v6646:0, v6647:0, v6651:0, v6652:0, v6653:0, v6654:0, v6655:0, v6656:0, v6657:0, v6658:0, v6659:0, v6660:0, v6661:0, v6662:0, v6663:0, v6664:0, 3, 7, 2, 4, 8) -> f_1033(v6634:0, v6635:0, v6636:0, v6637:0, v6638:0, v6639:0, v6640:0, v6641:0, 1 + v6642:0, v7245:0, 1, v6643:0, v6665:1, 0, v6649:0, v6650:0, v6635:0, v6643:0, v6642:0, v6652:0, v6653:0, v6654:0, v6655:0, v6656:0, v6657:0, v6658:0, v6659:0, v6660:0, v6661:0, v6662:0, v6663:0, v6664:0, 3, 7, 2, 4, 8) :|: v6642:0 > 1 && v6654:0 > 1 + v6642:0 && v6654:0 > 3 && v7245:0 < 0
42.81/13.25	f_1033(v6634:0, v6635:0, v6636:0, v6637:0, v6638:0, v6639:0, v6640:0, v6641:0, v6642:0, v6643:0, 1, v6643:0, v6643:0, 0, v6649:0, v6650:0, v6646:0, v6647:0, v6651:0, v6652:0, v6653:0, v6654:0, v6655:0, v6656:0, v6657:0, v6658:0, v6659:0, v6660:0, v6661:0, v6662:0, v6663:0, v6664:0, 3, 7, 2, 4, 8) -> f_1033(v6634:0, v6635:0, v6636:0, v6637:0, v6638:0, v6639:0, v6640:0, v6641:0, 1 + v6642:0, v7245:0, 1, v6643:0, v6665:1, 0, v6649:0, v6650:0, v6635:0, v6643:0, v6642:0, v6652:0, v6653:0, v6654:0, v6655:0, v6656:0, v6657:0, v6658:0, v6659:0, v6660:0, v6661:0, v6662:0, v6663:0, v6664:0, 3, 7, 2, 4, 8) :|: v6642:0 > 1 && v6654:0 > 1 + v6642:0 && v6654:0 > 3 && v7245:0 > 0
42.81/13.25	f_888(v4073:0, v4074:0, v4075:0, v4076:0, v4077:0, v4078:0, v4079:0, v4080:0, v4081:0, v4082:0, 1, v4091:0, v4085:0, v4084:0, v4086:0, v4087:0, v4088:0, 0, v4090:0, v4092:0, v4093:0, v4094:0, v4095:0, v4096:0, v4097:0, v4098:0, v4099:0, v4100:0, v4101:0, v4102:0, v4103:0, 3, 7, 2, 4, 8) -> f_1033(v4073:0, v4074:0, v4075:0, v4076:0, v4077:0, v4078:0, v4079:0, v4080:0, 1 + v4081:0, v7245:0, 1, v4103:0, v6665:0, 0, v4084:0, v4091:0, v4091:0, v4082:0, v4081:0, v4092:0, v4093:0, v4094:0, v4095:0, v4096:0, v4097:0, v4098:0, v4099:0, v4100:0, v4101:0, v4102:0, v4085:0, v4082:0, 3, 7, 2, 4, 8) :|: v4095:0 > v4091:0 && v4082:0 < 0 && v4095:0 > 2 && v4081:0 > 1 && v4094:0 > 1 + v4081:0 && v4094:0 > 3 && v7245:0 < 0
42.81/13.25	f_888(v4073:0, v4074:0, v4075:0, v4076:0, v4077:0, v4078:0, v4079:0, v4080:0, v4081:0, v4082:0, 1, v4091:0, v4085:0, v4084:0, v4086:0, v4087:0, v4088:0, 0, v4090:0, v4092:0, v4093:0, v4094:0, v4095:0, v4096:0, v4097:0, v4098:0, v4099:0, v4100:0, v4101:0, v4102:0, v4103:0, 3, 7, 2, 4, 8) -> f_1033(v4073:0, v4074:0, v4075:0, v4076:0, v4077:0, v4078:0, v4079:0, v4080:0, 1 + v4081:0, v7245:0, 1, v4103:0, v6665:0, 0, v4084:0, v4091:0, v4091:0, v4082:0, v4081:0, v4092:0, v4093:0, v4094:0, v4095:0, v4096:0, v4097:0, v4098:0, v4099:0, v4100:0, v4101:0, v4102:0, v4085:0, v4082:0, 3, 7, 2, 4, 8) :|: v4095:0 > v4091:0 && v4082:0 < 0 && v4095:0 > 2 && v4081:0 > 1 && v4094:0 > 1 + v4081:0 && v4094:0 > 3 && v7245:0 > 0
42.81/13.25	f_888(v4073:0, v4074:0, v4075:0, v4076:0, v4077:0, v4078:0, v4079:0, v4080:0, v4081:0, v4082:0, 1, v4091:0, v4085:0, v4084:0, v4086:0, v4087:0, v4088:0, 0, v4090:0, v4092:0, v4093:0, v4094:0, v4095:0, v4096:0, v4097:0, v4098:0, v4099:0, v4100:0, v4101:0, v4102:0, v4103:0, 3, 7, 2, 4, 8) -> f_1033(v4073:0, v4074:0, v4075:0, v4076:0, v4077:0, v4078:0, v4079:0, v4080:0, 1 + v4081:0, v7245:0, 1, v4103:0, v6665:0, 0, v4084:0, v4091:0, v4091:0, v4082:0, v4081:0, v4092:0, v4093:0, v4094:0, v4095:0, v4096:0, v4097:0, v4098:0, v4099:0, v4100:0, v4101:0, v4102:0, v4085:0, v4082:0, 3, 7, 2, 4, 8) :|: v4095:0 > v4091:0 && v4082:0 > 0 && v4095:0 > 2 && v4081:0 > 1 && v4094:0 > 1 + v4081:0 && v4094:0 > 3 && v7245:0 < 0
42.81/13.25	f_888(v4073:0, v4074:0, v4075:0, v4076:0, v4077:0, v4078:0, v4079:0, v4080:0, v4081:0, v4082:0, 1, v4091:0, v4085:0, v4084:0, v4086:0, v4087:0, v4088:0, 0, v4090:0, v4092:0, v4093:0, v4094:0, v4095:0, v4096:0, v4097:0, v4098:0, v4099:0, v4100:0, v4101:0, v4102:0, v4103:0, 3, 7, 2, 4, 8) -> f_1033(v4073:0, v4074:0, v4075:0, v4076:0, v4077:0, v4078:0, v4079:0, v4080:0, 1 + v4081:0, v7245:0, 1, v4103:0, v6665:0, 0, v4084:0, v4091:0, v4091:0, v4082:0, v4081:0, v4092:0, v4093:0, v4094:0, v4095:0, v4096:0, v4097:0, v4098:0, v4099:0, v4100:0, v4101:0, v4102:0, v4085:0, v4082:0, 3, 7, 2, 4, 8) :|: v4095:0 > v4091:0 && v4082:0 > 0 && v4095:0 > 2 && v4081:0 > 1 && v4094:0 > 1 + v4081:0 && v4094:0 > 3 && v7245:0 > 0
42.81/13.25	Filtered unneeded arguments:
42.81/13.25	   f_1033(x1, x2, x3, x4, x5, x6, x7, x8, x9, x10, x11, x12, x13, x14, x15, x16, x17, x18, x19, x20, x21, x22, x23, x24, x25, x26, x27, x28, x29, x30, x31, x32, x33, x34, x35, x36, x37) -> f_1033(x2, x9, x10, x12, x13, x22, x23)
42.81/13.25	   f_888(x1, x2, x3, x4, x5, x6, x7, x8, x9, x10, x11, x12, x13, x14, x15, x16, x17, x18, x19, x20, x21, x22, x23, x24, x25, x26, x27, x28, x29, x30, x31, x32, x33, x34, x35, x36) -> f_888(x2, x9, x10, x12, x22, x23, x31)
42.81/13.25	Removed division, modulo operations, cleaned up constraints. Obtained 9 rules.P rules:
42.81/13.25	f_1033(v6635:0, v6642:0, v6643:0, v6645:0, v6665:0, v6654:0, v6655:0) -> f_888(v6635:0, v6642:0, v6643:0, 1 + v6635:0, v6654:0, v6655:0, v6645:0) :|: v6665:0 > v6645:0 && v6635:0 > 0
42.81/13.25	f_1033(v6635:0, v6642:0, v6643:0, v6645:0, v6665:0, v6654:0, v6655:0) -> f_888(v6635:0, v6642:0, v6643:0, 1 + v6635:0, v6654:0, v6655:0, v6645:0) :|: v6665:0 < v6645:0 && v6635:0 > 0
42.81/13.25	f_888(v4074:0, v4081:0, v4082:0, v4091:0, v4094:0, v4095:0, v4103:0) -> f_888(v4074:0, v4081:0, v4082:0, 1 + v4091:0, v4094:0, v4095:0, v4103:0) :|: v4095:0 > 2 && v4091:0 > 0 && v4095:0 > v4091:0
42.81/13.25	f_1033(v6635:0, v6642:0, v6643:0, v6643:01, v6643:02, v6654:0, v6655:0) -> f_1033(v6635:0, 1 + v6642:0, v7245:0, v6643:0, v6665:1, v6654:0, v6655:0) :|: v6654:0 > 1 + v6642:0 && v6642:0 > 1 && v7245:0 < 0 && v6654:0 > 3 && v6643:0 = v6643:01 && v6643:0 = v6643:02
42.81/13.25	f_1033(v6635:0, v6642:0, v6643:0, v6643:01, v6643:02, v6654:0, v6655:0) -> f_1033(v6635:0, 1 + v6642:0, v7245:0, v6643:0, v6665:1, v6654:0, v6655:0) :|: v6654:0 > 1 + v6642:0 && v6642:0 > 1 && v7245:0 > 0 && v6654:0 > 3 && v6643:0 = v6643:01 && v6643:0 = v6643:02
42.81/13.25	f_888(v4074:0, v4081:0, v4082:0, v4091:0, v4094:0, v4095:0, v4103:0) -> f_1033(v4074:0, 1 + v4081:0, v7245:0, v4103:0, v6665:0, v4094:0, v4095:0) :|: v4082:0 < 0 && v4095:0 > v4091:0 && v4095:0 > 2 && v4081:0 > 1 && v4094:0 > 1 + v4081:0 && v7245:0 < 0 && v4094:0 > 3
42.81/13.25	f_888(v4074:0, v4081:0, v4082:0, v4091:0, v4094:0, v4095:0, v4103:0) -> f_1033(v4074:0, 1 + v4081:0, v7245:0, v4103:0, v6665:0, v4094:0, v4095:0) :|: v4082:0 < 0 && v4095:0 > v4091:0 && v4095:0 > 2 && v4081:0 > 1 && v4094:0 > 1 + v4081:0 && v7245:0 > 0 && v4094:0 > 3
42.81/13.25	f_888(v4074:0, v4081:0, v4082:0, v4091:0, v4094:0, v4095:0, v4103:0) -> f_1033(v4074:0, 1 + v4081:0, v7245:0, v4103:0, v6665:0, v4094:0, v4095:0) :|: v4082:0 > 0 && v4095:0 > v4091:0 && v4095:0 > 2 && v4081:0 > 1 && v4094:0 > 1 + v4081:0 && v7245:0 < 0 && v4094:0 > 3
42.81/13.25	f_888(v4074:0, v4081:0, v4082:0, v4091:0, v4094:0, v4095:0, v4103:0) -> f_1033(v4074:0, 1 + v4081:0, v7245:0, v4103:0, v6665:0, v4094:0, v4095:0) :|: v4082:0 > 0 && v4095:0 > v4091:0 && v4095:0 > 2 && v4081:0 > 1 && v4094:0 > 1 + v4081:0 && v7245:0 > 0 && v4094:0 > 3
42.81/13.25	
42.81/13.25	----------------------------------------
42.81/13.25	
42.81/13.25	(9)
42.81/13.25	Obligation:
42.81/13.25	Rules:
42.81/13.25	f_1033(v6635:0, v6642:0, v6643:0, v6645:0, v6665:0, v6654:0, v6655:0) -> f_888(v6635:0, v6642:0, v6643:0, 1 + v6635:0, v6654:0, v6655:0, v6645:0) :|: v6665:0 > v6645:0 && v6635:0 > 0
42.81/13.25	f_1033(x, x1, x2, x3, x4, x5, x6) -> f_888(x, x1, x2, 1 + x, x5, x6, x3) :|: x4 < x3 && x > 0
42.81/13.25	f_888(v4074:0, v4081:0, v4082:0, v4091:0, v4094:0, v4095:0, v4103:0) -> f_888(v4074:0, v4081:0, v4082:0, 1 + v4091:0, v4094:0, v4095:0, v4103:0) :|: v4095:0 > 2 && v4091:0 > 0 && v4095:0 > v4091:0
42.81/13.25	f_1033(x7, x8, x9, x10, x11, x12, x13) -> f_1033(x7, 1 + x8, x14, x9, x15, x12, x13) :|: x12 > 1 + x8 && x8 > 1 && x14 < 0 && x12 > 3 && x9 = x10 && x9 = x11
42.81/13.25	f_1033(x16, x17, x18, x19, x20, x21, x22) -> f_1033(x16, 1 + x17, x23, x18, x24, x21, x22) :|: x21 > 1 + x17 && x17 > 1 && x23 > 0 && x21 > 3 && x18 = x19 && x18 = x20
42.81/13.25	f_888(x25, x26, x27, x28, x29, x30, x31) -> f_1033(x25, 1 + x26, x32, x31, x33, x29, x30) :|: x27 < 0 && x30 > x28 && x30 > 2 && x26 > 1 && x29 > 1 + x26 && x32 < 0 && x29 > 3
42.81/13.25	f_888(x34, x35, x36, x37, x38, x39, x40) -> f_1033(x34, 1 + x35, x41, x40, x42, x38, x39) :|: x36 < 0 && x39 > x37 && x39 > 2 && x35 > 1 && x38 > 1 + x35 && x41 > 0 && x38 > 3
42.81/13.25	f_888(x43, x44, x45, x46, x47, x48, x49) -> f_1033(x43, 1 + x44, x50, x49, x51, x47, x48) :|: x45 > 0 && x48 > x46 && x48 > 2 && x44 > 1 && x47 > 1 + x44 && x50 < 0 && x47 > 3
42.81/13.25	f_888(x52, x53, x54, x55, x56, x57, x58) -> f_1033(x52, 1 + x53, x59, x58, x60, x56, x57) :|: x54 > 0 && x57 > x55 && x57 > 2 && x53 > 1 && x56 > 1 + x53 && x59 > 0 && x56 > 3
42.81/13.25	
42.81/13.25	----------------------------------------
42.81/13.25	
42.81/13.25	(10) IRS2T2 (EQUIVALENT)
42.81/13.25	Transformed input IRS into an integer transition system.Used the following mapping from defined symbols to location IDs:
42.81/13.25	
42.81/13.25	   (f_1033_7,1)
42.81/13.25	   (f_888_7,2)
42.81/13.25	
42.81/13.25	----------------------------------------
42.81/13.25	
42.81/13.25	(11)
42.81/13.25	Obligation:
42.81/13.25	START: 0;
42.81/13.25	
42.81/13.25	FROM: 0;
42.81/13.25	TO: 1;
42.81/13.25	
42.81/13.25	FROM: 0;
42.81/13.25	TO: 2;
42.81/13.25	
42.81/13.25	FROM: 1;
42.81/13.25	oldX0 := x0;
42.81/13.25	oldX1 := x1;
42.81/13.25	oldX2 := x2;
42.81/13.25	oldX3 := x3;
42.81/13.25	oldX4 := x4;
42.81/13.25	oldX5 := x5;
42.81/13.25	oldX6 := x6;
42.81/13.25	assume(oldX4 > oldX3 && oldX0 > 0);
42.81/13.25	x0 := oldX0;
42.81/13.25	x1 := oldX1;
42.81/13.25	x2 := oldX2;
42.81/13.25	x3 := 1 + oldX0;
42.81/13.25	x4 := oldX5;
42.81/13.25	x5 := oldX6;
42.81/13.25	x6 := oldX3;
42.81/13.25	TO: 2;
42.81/13.25	
42.81/13.25	FROM: 1;
42.81/13.25	oldX0 := x0;
42.81/13.25	oldX1 := x1;
42.81/13.25	oldX2 := x2;
42.81/13.25	oldX3 := x3;
42.81/13.25	oldX4 := x4;
42.81/13.25	oldX5 := x5;
42.81/13.25	oldX6 := x6;
42.81/13.25	assume(oldX4 < oldX3 && oldX0 > 0);
42.81/13.25	x0 := oldX0;
42.81/13.25	x1 := oldX1;
42.81/13.25	x2 := oldX2;
42.81/13.25	x3 := 1 + oldX0;
42.81/13.25	x4 := oldX5;
42.81/13.25	x5 := oldX6;
42.81/13.25	x6 := oldX3;
42.81/13.25	TO: 2;
42.81/13.25	
42.81/13.25	FROM: 2;
42.81/13.25	oldX0 := x0;
42.81/13.25	oldX1 := x1;
42.81/13.25	oldX2 := x2;
42.81/13.25	oldX3 := x3;
42.81/13.25	oldX4 := x4;
42.81/13.25	oldX5 := x5;
42.81/13.25	oldX6 := x6;
42.81/13.25	assume(oldX5 > 2 && oldX3 > 0 && oldX5 > oldX3);
42.81/13.25	x0 := oldX0;
42.81/13.25	x1 := oldX1;
42.81/13.25	x2 := oldX2;
42.81/13.25	x3 := 1 + oldX3;
42.81/13.25	x4 := oldX4;
42.81/13.25	x5 := oldX5;
42.81/13.25	x6 := oldX6;
42.81/13.25	TO: 2;
42.81/13.25	
42.81/13.25	FROM: 1;
42.81/13.25	oldX0 := x0;
42.81/13.25	oldX1 := x1;
42.81/13.25	oldX2 := x2;
42.81/13.25	oldX3 := x3;
42.81/13.25	oldX4 := x4;
42.81/13.25	oldX5 := x5;
42.81/13.25	oldX6 := x6;
42.81/13.25	oldX7 := nondet();
42.81/13.25	oldX8 := nondet();
42.81/13.25	assume(oldX5 > 1 + oldX1 && oldX1 > 1 && oldX7 < 0 && oldX5 > 3 && oldX2 = oldX3 && oldX2 = oldX4);
42.81/13.25	x0 := oldX0;
42.81/13.25	x1 := 1 + oldX1;
42.81/13.25	x2 := oldX7;
42.81/13.25	x3 := oldX2;
42.81/13.25	x4 := oldX8;
42.81/13.25	x5 := oldX5;
42.81/13.25	x6 := oldX6;
42.81/13.25	TO: 1;
42.81/13.25	
42.81/13.25	FROM: 1;
42.81/13.25	oldX0 := x0;
42.81/13.25	oldX1 := x1;
42.81/13.25	oldX2 := x2;
42.81/13.25	oldX3 := x3;
42.81/13.25	oldX4 := x4;
42.81/13.25	oldX5 := x5;
42.81/13.25	oldX6 := x6;
42.81/13.25	oldX7 := nondet();
42.81/13.25	oldX8 := nondet();
42.81/13.25	assume(oldX5 > 1 + oldX1 && oldX1 > 1 && oldX7 > 0 && oldX5 > 3 && oldX2 = oldX3 && oldX2 = oldX4);
42.81/13.25	x0 := oldX0;
42.81/13.25	x1 := 1 + oldX1;
42.81/13.25	x2 := oldX7;
42.81/13.25	x3 := oldX2;
42.81/13.25	x4 := oldX8;
42.81/13.25	x5 := oldX5;
42.81/13.25	x6 := oldX6;
42.81/13.25	TO: 1;
42.81/13.25	
42.81/13.25	FROM: 2;
42.81/13.25	oldX0 := x0;
42.81/13.25	oldX1 := x1;
42.81/13.25	oldX2 := x2;
42.81/13.25	oldX3 := x3;
42.81/13.25	oldX4 := x4;
42.81/13.25	oldX5 := x5;
42.81/13.25	oldX6 := x6;
42.81/13.25	oldX7 := nondet();
42.81/13.25	oldX8 := nondet();
42.81/13.25	assume(oldX2 < 0 && oldX5 > oldX3 && oldX5 > 2 && oldX1 > 1 && oldX4 > 1 + oldX1 && oldX7 < 0 && oldX4 > 3);
42.81/13.25	x0 := oldX0;
42.81/13.25	x1 := 1 + oldX1;
42.81/13.25	x2 := oldX7;
42.81/13.25	x3 := oldX6;
42.81/13.25	x4 := oldX8;
42.81/13.25	x5 := oldX4;
42.81/13.25	x6 := oldX5;
42.81/13.25	TO: 1;
42.81/13.25	
42.81/13.25	FROM: 2;
42.81/13.25	oldX0 := x0;
42.81/13.25	oldX1 := x1;
42.81/13.25	oldX2 := x2;
42.81/13.25	oldX3 := x3;
42.81/13.25	oldX4 := x4;
42.81/13.25	oldX5 := x5;
42.81/13.25	oldX6 := x6;
42.81/13.25	oldX7 := nondet();
42.81/13.25	oldX8 := nondet();
42.81/13.25	assume(oldX2 < 0 && oldX5 > oldX3 && oldX5 > 2 && oldX1 > 1 && oldX4 > 1 + oldX1 && oldX7 > 0 && oldX4 > 3);
42.81/13.25	x0 := oldX0;
42.81/13.25	x1 := 1 + oldX1;
42.81/13.25	x2 := oldX7;
42.81/13.25	x3 := oldX6;
42.81/13.25	x4 := oldX8;
42.81/13.25	x5 := oldX4;
42.81/13.25	x6 := oldX5;
42.81/13.25	TO: 1;
42.81/13.25	
42.81/13.25	FROM: 2;
42.81/13.25	oldX0 := x0;
42.81/13.25	oldX1 := x1;
42.81/13.25	oldX2 := x2;
42.81/13.25	oldX3 := x3;
42.81/13.25	oldX4 := x4;
42.81/13.25	oldX5 := x5;
42.81/13.25	oldX6 := x6;
42.81/13.25	oldX7 := nondet();
42.81/13.25	oldX8 := nondet();
42.81/13.25	assume(oldX2 > 0 && oldX5 > oldX3 && oldX5 > 2 && oldX1 > 1 && oldX4 > 1 + oldX1 && oldX7 < 0 && oldX4 > 3);
42.81/13.25	x0 := oldX0;
42.81/13.25	x1 := 1 + oldX1;
42.81/13.25	x2 := oldX7;
42.81/13.25	x3 := oldX6;
42.81/13.25	x4 := oldX8;
42.81/13.25	x5 := oldX4;
42.81/13.25	x6 := oldX5;
42.81/13.25	TO: 1;
42.81/13.25	
42.81/13.25	FROM: 2;
42.81/13.25	oldX0 := x0;
42.81/13.25	oldX1 := x1;
42.81/13.25	oldX2 := x2;
42.81/13.25	oldX3 := x3;
42.81/13.25	oldX4 := x4;
42.81/13.25	oldX5 := x5;
42.81/13.25	oldX6 := x6;
42.81/13.25	oldX7 := nondet();
42.81/13.25	oldX8 := nondet();
42.81/13.25	assume(oldX2 > 0 && oldX5 > oldX3 && oldX5 > 2 && oldX1 > 1 && oldX4 > 1 + oldX1 && oldX7 > 0 && oldX4 > 3);
42.81/13.25	x0 := oldX0;
42.81/13.25	x1 := 1 + oldX1;
42.81/13.25	x2 := oldX7;
42.81/13.25	x3 := oldX6;
42.81/13.25	x4 := oldX8;
42.81/13.25	x5 := oldX4;
42.81/13.25	x6 := oldX5;
42.81/13.25	TO: 1;
42.81/13.25	
42.81/13.25	
42.81/13.25	----------------------------------------
42.81/13.25	
42.81/13.25	(12) T2 (EQUIVALENT)
42.81/13.25	Initially, performed program simplifications using lexicographic rank functions:
42.81/13.25	 * Removed transitions 2, 5, 6, 7, 8, 20, 23, 24, 25, 26, 27 using the following rank functions:
42.81/13.25	    - Rank function 1:
42.81/13.25	      RF for loc. 6: 2-5*x1+5*x5
42.81/13.25	      RF for loc. 7: -5*x1+5*x4
42.81/13.25	      RF for loc. 8: 1-5*x1+5*x5
42.81/13.25	      RF for loc. 12: -5*x1+5*x4
42.81/13.25	      Bound for (chained) transitions 7: 11
42.81/13.25	      Bound for (chained) transitions 8: 11
42.81/13.25	      Bound for (chained) transitions 24: 10
42.81/13.25	      Bound for (chained) transitions 25: 10
42.81/13.25	      Bound for (chained) transitions 26: 10
42.81/13.25	      Bound for (chained) transitions 27: 10
42.81/13.25	    - Rank function 2:
42.81/13.25	      RF for loc. 6: -1-2*x0+3*x6
42.81/13.25	      RF for loc. 7: 1-3*x3+3*x5
42.81/13.25	      RF for loc. 8: -2-2*x0+3*x6
42.81/13.25	      RF for loc. 12: -3*x3+3*x5
42.81/13.25	      Bound for (chained) transitions 23: 3
42.81/13.25	    - Rank function 3:
42.81/13.25	      RF for loc. 6: 2
42.81/13.25	      RF for loc. 7: 0
42.81/13.25	      RF for loc. 8: 1
42.81/13.25	      RF for loc. 12: -1
42.81/13.25	      Bound for (chained) transitions 2: 2
42.81/13.25	      Bound for (chained) transitions 5: 1
42.81/13.25	      Bound for (chained) transitions 6: 1
42.81/13.25	      Bound for (chained) transitions 20: 0
42.81/13.25	
42.81/13.25	----------------------------------------
42.81/13.25	
42.81/13.25	(13)
42.81/13.25	YES
42.81/13.25	
42.81/13.25	----------------------------------------
42.81/13.25	
42.81/13.25	(14)
42.81/13.25	Obligation:
42.81/13.25	SCC
42.81/13.25	----------------------------------------
42.81/13.25	
42.81/13.25	(15) SCC2IRS (SOUND)
42.81/13.25	Transformed LLVM symbolic execution graph SCC into a rewrite problem. Log: 
42.81/13.25	Generated rules. Obtained 41 rulesP rules:
42.81/13.25	f_693(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1952, 1, v1951, 0, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_695(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, v1952, 1, v1951, 0, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_695(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, v1952, 1, v1951, 0, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_697(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1951, v1952, 0, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_697(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1951, v1952, 0, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_699(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1951, v1952, 0, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: v1977 != 0 && v1955 < v1958 && 3 <= v1958
42.81/13.25	f_699(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1951, v1952, 0, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_703(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1951, v1952, 0, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_703(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1951, v1952, 0, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_707(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1951, v1952, 0, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_707(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1951, v1952, 0, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_711(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1951, v1952, 0, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_711(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1951, v1952, 0, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_715(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1951, v1952, 0, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_715(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1951, v1952, 0, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_719(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_719(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_723(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_723(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_727(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_727(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_730(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_730(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_734(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_734(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_738(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_738(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_742(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_742(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_747(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_747(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_752(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_752(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_757(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.25	f_757(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_762(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.25	f_762(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_768(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.26	f_768(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_770(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.26	f_770(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_772(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.26	f_772(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_774(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, v2700, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.26	f_774(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, v2700, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_777(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, v2700, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.26	f_777(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v1952, v2700, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_781(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v2700, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: v1952 = v2700
42.81/13.26	f_781(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v2700, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_785(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v2700, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.26	f_785(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v2700, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_789(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v2700, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.26	f_789(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v2700, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_793(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v2700, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.26	f_793(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v2700, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_797(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v2700, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.26	f_797(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v2700, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_801(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v2700, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.26	f_801(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v2700, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_804(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v2700, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.26	f_804(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v2700, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_807(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v2700, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.26	f_807(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, v2700, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_811(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: v2700 = v1977
42.81/13.26	f_811(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_815(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.26	f_815(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_819(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.26	f_819(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_824(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.26	f_824(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, 0, v1951, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_829(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, 0, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, v1951, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.26	f_829(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, 0, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, v1951, 3, 7, 2, 4, 8) -> f_834(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, 0, v3249, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, v1951, 3, 7, 2, 4, 8) :|: v3249 = 1 + v1955 && 3 <= v3249
42.81/13.26	f_834(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, 0, v3249, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, v1951, 3, 7, 2, 4, 8) -> f_839(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, 0, v3249, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, v1951, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.26	f_839(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, 0, v3249, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, v1951, 3, 7, 2, 4, 8) -> f_844(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, 0, v3249, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, v1951, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.26	f_844(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, 0, v3249, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, v1951, 3, 7, 2, 4, 8) -> f_691(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1977, 1, 0, v3249, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.26	f_691(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1951, v1952, 1, 0, v1955, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) -> f_693(v1943, v1944, v1945, v1946, v1947, v1948, v1949, v1950, v1955, v1952, 1, v1951, 0, v1956, v1957, v1958, v1959, v1960, v1961, v1962, v1963, v1964, v1965, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.26	Combined rules. Obtained 2 rulesP rules:
42.81/13.26	f_693(v1943:0, v1944:0, v1945:0, v1946:0, v1947:0, v1948:0, v1949:0, v1950:0, v1955:0, v1952:0, 1, v1951:0, 0, v1956:0, v1957:0, v1958:0, v1959:0, v1960:0, v1961:0, v1962:0, v1963:0, v1964:0, v1965:0, 3, 7, 2, 4, 8) -> f_693(v1943:0, v1944:0, v1945:0, v1946:0, v1947:0, v1948:0, v1949:0, v1950:0, 1 + v1955:0, v1952:0, 1, v1955:0, 0, v1956:0, v1957:0, v1958:0, v1959:0, v1960:0, v1961:0, v1962:0, v1963:0, v1964:0, v1965:0, 3, 7, 2, 4, 8) :|: v1958:0 > v1955:0 && v1952:0 < 0 && v1955:0 > 1 && v1958:0 > 2
42.81/13.26	f_693(v1943:0, v1944:0, v1945:0, v1946:0, v1947:0, v1948:0, v1949:0, v1950:0, v1955:0, v1952:0, 1, v1951:0, 0, v1956:0, v1957:0, v1958:0, v1959:0, v1960:0, v1961:0, v1962:0, v1963:0, v1964:0, v1965:0, 3, 7, 2, 4, 8) -> f_693(v1943:0, v1944:0, v1945:0, v1946:0, v1947:0, v1948:0, v1949:0, v1950:0, 1 + v1955:0, v1952:0, 1, v1955:0, 0, v1956:0, v1957:0, v1958:0, v1959:0, v1960:0, v1961:0, v1962:0, v1963:0, v1964:0, v1965:0, 3, 7, 2, 4, 8) :|: v1958:0 > v1955:0 && v1952:0 > 0 && v1955:0 > 1 && v1958:0 > 2
42.81/13.26	Filtered unneeded arguments:
42.81/13.26	   f_693(x1, x2, x3, x4, x5, x6, x7, x8, x9, x10, x11, x12, x13, x14, x15, x16, x17, x18, x19, x20, x21, x22, x23, x24, x25, x26, x27, x28) -> f_693(x9, x10, x16)
42.81/13.26	Removed division, modulo operations, cleaned up constraints. Obtained 2 rules.P rules:
42.81/13.26	f_693(v1955:0, v1952:0, v1958:0) -> f_693(1 + v1955:0, v1952:0, v1958:0) :|: v1952:0 < 0 && v1958:0 > v1955:0 && v1958:0 > 2 && v1955:0 > 1
42.81/13.26	f_693(v1955:0, v1952:0, v1958:0) -> f_693(1 + v1955:0, v1952:0, v1958:0) :|: v1952:0 > 0 && v1958:0 > v1955:0 && v1958:0 > 2 && v1955:0 > 1
42.81/13.26	
42.81/13.26	----------------------------------------
42.81/13.26	
42.81/13.26	(16)
42.81/13.26	Obligation:
42.81/13.26	Rules:
42.81/13.26	f_693(v1955:0, v1952:0, v1958:0) -> f_693(1 + v1955:0, v1952:0, v1958:0) :|: v1952:0 < 0 && v1958:0 > v1955:0 && v1958:0 > 2 && v1955:0 > 1
42.81/13.26	f_693(x, x1, x2) -> f_693(1 + x, x1, x2) :|: x1 > 0 && x2 > x && x2 > 2 && x > 1
42.81/13.26	
42.81/13.26	----------------------------------------
42.81/13.26	
42.81/13.26	(17) IRS2T2 (EQUIVALENT)
42.81/13.26	Transformed input IRS into an integer transition system.Used the following mapping from defined symbols to location IDs:
42.81/13.26	
42.81/13.26	   (f_693_3,1)
42.81/13.26	
42.81/13.26	----------------------------------------
42.81/13.26	
42.81/13.26	(18)
42.81/13.26	Obligation:
42.81/13.26	START: 0;
42.81/13.26	
42.81/13.26	FROM: 0;
42.81/13.26	TO: 1;
42.81/13.26	
42.81/13.26	FROM: 1;
42.81/13.26	oldX0 := x0;
42.81/13.26	oldX1 := x1;
42.81/13.26	oldX2 := x2;
42.81/13.26	assume(oldX1 < 0 && oldX2 > oldX0 && oldX2 > 2 && oldX0 > 1);
42.81/13.26	x0 := 1 + oldX0;
42.81/13.26	x1 := oldX1;
42.81/13.26	x2 := oldX2;
42.81/13.26	TO: 1;
42.81/13.26	
42.81/13.26	FROM: 1;
42.81/13.26	oldX0 := x0;
42.81/13.26	oldX1 := x1;
42.81/13.26	oldX2 := x2;
42.81/13.26	assume(oldX1 > 0 && oldX2 > oldX0 && oldX2 > 2 && oldX0 > 1);
42.81/13.26	x0 := 1 + oldX0;
42.81/13.26	x1 := oldX1;
42.81/13.26	x2 := oldX2;
42.81/13.26	TO: 1;
42.81/13.26	
42.81/13.26	
42.81/13.26	----------------------------------------
42.81/13.26	
42.81/13.26	(19) T2 (EQUIVALENT)
42.81/13.26	Initially, performed program simplifications using lexicographic rank functions:
42.81/13.26	 * Removed transitions 1, 4, 5 using the following rank functions:
42.81/13.26	    - Rank function 1:
42.81/13.26	      RF for loc. 5: 1-2*x0+2*x2
42.81/13.26	      RF for loc. 6: -2*x0+2*x2
42.81/13.26	      Bound for (chained) transitions 4: 2
42.81/13.26	      Bound for (chained) transitions 5: 2
42.81/13.26	    - Rank function 2:
42.81/13.26	      RF for loc. 5: 1
42.81/13.26	      RF for loc. 6: 0
42.81/13.26	      Bound for (chained) transitions 1: 1
42.81/13.26	
42.81/13.26	----------------------------------------
42.81/13.26	
42.81/13.26	(20)
42.81/13.26	YES
42.81/13.26	
42.81/13.26	----------------------------------------
42.81/13.26	
42.81/13.26	(21)
42.81/13.26	Obligation:
42.81/13.26	SCC
42.81/13.26	----------------------------------------
42.81/13.26	
42.81/13.26	(22) SCC2IRS (SOUND)
42.81/13.26	Transformed LLVM symbolic execution graph SCC into a rewrite problem. Log: 
42.81/13.26	Generated rules. Obtained 21 rulesP rules:
42.81/13.26	f_499(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v708, v707, v709, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, 0, 3, 7, 2, 4, 8) -> f_503(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v708, v707, v709, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, 0, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.26	f_503(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v708, v707, v709, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, 0, 3, 7, 2, 4, 8) -> f_507(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v707, v708, v709, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, 0, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.26	f_507(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v707, v708, v709, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, 0, 3, 7, 2, 4, 8) -> f_511(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v707, v708, v709, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, 0, 3, 7, 2, 4, 8) :|: v764 != 0 && v710 < v714 && 3 <= v714
42.81/13.26	f_511(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v707, v708, v709, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, 0, 3, 7, 2, 4, 8) -> f_517(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v707, v708, v709, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, 0, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.26	f_517(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v707, v708, v709, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, 0, 3, 7, 2, 4, 8) -> f_523(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v707, v708, v709, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, 0, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.26	f_523(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v707, v708, v709, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, 0, 3, 7, 2, 4, 8) -> f_529(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v708, v709, v707, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, 0, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.26	f_529(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v708, v709, v707, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, 0, 3, 7, 2, 4, 8) -> f_535(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v708, v709, v707, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, 0, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.26	f_535(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v708, v709, v707, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, 0, 3, 7, 2, 4, 8) -> f_542(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v709, v707, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, v708, 0, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.26	f_542(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v709, v707, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, v708, 0, 3, 7, 2, 4, 8) -> f_545(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v709, v707, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, v708, 0, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.26	f_545(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v709, v707, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, v708, 0, 3, 7, 2, 4, 8) -> f_548(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v1039, v709, v707, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, v708, 0, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.26	f_548(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v1039, v709, v707, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, v708, 0, 3, 7, 2, 4, 8) -> f_551(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v1039, v707, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, v708, 0, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.26	f_551(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v1039, v707, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, v708, 0, 3, 7, 2, 4, 8) -> f_555(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v1039, v707, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, v708, 0, 3, 7, 2, 4, 8) :|: v764 != v1039
42.81/13.26	f_555(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v1039, v707, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, v708, 0, 3, 7, 2, 4, 8) -> f_560(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v1039, v707, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, v708, 0, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.26	f_560(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v1039, v707, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, v708, 0, 3, 7, 2, 4, 8) -> f_565(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v1039, v707, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, v708, 0, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.26	f_565(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v1039, v707, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, v708, 0, 3, 7, 2, 4, 8) -> f_570(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v1039, v707, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, v708, 0, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.26	f_570(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v1039, v707, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, v708, 0, 3, 7, 2, 4, 8) -> f_575(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v1039, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, v707, v708, 0, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.26	f_575(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v1039, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, v707, v708, 0, 3, 7, 2, 4, 8) -> f_580(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v1039, v1203, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, v707, v708, 0, 3, 7, 2, 4, 8) :|: v1203 = 1 + v710 && 3 <= v1203
42.81/13.26	f_580(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v1039, v1203, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, v707, v708, 0, 3, 7, 2, 4, 8) -> f_585(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v1039, v1203, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, v707, v708, 0, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.26	f_585(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v1039, v1203, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, v707, v708, 0, 3, 7, 2, 4, 8) -> f_588(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v1039, v1203, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, v707, v708, 0, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.26	f_588(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v1039, v1203, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, v707, v708, 0, 3, 7, 2, 4, 8) -> f_496(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v764, v1039, v1203, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, 0, 3, 7, 2, 4, 8) :|: TRUE
42.81/13.26	f_496(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v707, v708, v709, v710, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, 0, 3, 7, 2, 4, 8) -> f_499(v697, v698, v699, v700, v701, v702, v703, v704, v705, 1, v710, v708, v707, v709, v711, v712, v713, v714, v715, v716, v717, v718, v719, v720, v721, 0, 3, 7, 2, 4, 8) :|: 0 = 0
42.81/13.26	Combined rules. Obtained 4 rulesP rules:
42.81/13.26	f_499(v697:0, v698:0, v699:0, v700:0, v701:0, v702:0, v703:0, v704:0, v705:0, 1, v710:0, v708:0, v707:0, v709:0, v711:0, v712:0, v713:0, v714:0, v715:0, v716:0, v717:0, v718:0, v719:0, v720:0, v721:0, 0, 3, 7, 2, 4, 8) -> f_499(v697:0, v698:0, v699:0, v700:0, v701:0, v702:0, v703:0, v704:0, v705:0, 1, 1 + v710:0, v764:0, v710:0, v1039:0, v711:0, v712:0, v713:0, v714:0, v715:0, v716:0, v717:0, v718:0, v719:0, v720:0, v721:0, 0, 3, 7, 2, 4, 8) :|: v714:0 > v710:0 && v764:0 < 0 && v714:0 > 2 && v710:0 > 1 && v764:0 < v1039:0
42.81/13.26	f_499(v697:0, v698:0, v699:0, v700:0, v701:0, v702:0, v703:0, v704:0, v705:0, 1, v710:0, v708:0, v707:0, v709:0, v711:0, v712:0, v713:0, v714:0, v715:0, v716:0, v717:0, v718:0, v719:0, v720:0, v721:0, 0, 3, 7, 2, 4, 8) -> f_499(v697:0, v698:0, v699:0, v700:0, v701:0, v702:0, v703:0, v704:0, v705:0, 1, 1 + v710:0, v764:0, v710:0, v1039:0, v711:0, v712:0, v713:0, v714:0, v715:0, v716:0, v717:0, v718:0, v719:0, v720:0, v721:0, 0, 3, 7, 2, 4, 8) :|: v714:0 > v710:0 && v764:0 < 0 && v714:0 > 2 && v710:0 > 1 && v764:0 > v1039:0
42.81/13.26	f_499(v697:0, v698:0, v699:0, v700:0, v701:0, v702:0, v703:0, v704:0, v705:0, 1, v710:0, v708:0, v707:0, v709:0, v711:0, v712:0, v713:0, v714:0, v715:0, v716:0, v717:0, v718:0, v719:0, v720:0, v721:0, 0, 3, 7, 2, 4, 8) -> f_499(v697:0, v698:0, v699:0, v700:0, v701:0, v702:0, v703:0, v704:0, v705:0, 1, 1 + v710:0, v764:0, v710:0, v1039:0, v711:0, v712:0, v713:0, v714:0, v715:0, v716:0, v717:0, v718:0, v719:0, v720:0, v721:0, 0, 3, 7, 2, 4, 8) :|: v714:0 > v710:0 && v764:0 > 0 && v714:0 > 2 && v710:0 > 1 && v764:0 < v1039:0
42.81/13.26	f_499(v697:0, v698:0, v699:0, v700:0, v701:0, v702:0, v703:0, v704:0, v705:0, 1, v710:0, v708:0, v707:0, v709:0, v711:0, v712:0, v713:0, v714:0, v715:0, v716:0, v717:0, v718:0, v719:0, v720:0, v721:0, 0, 3, 7, 2, 4, 8) -> f_499(v697:0, v698:0, v699:0, v700:0, v701:0, v702:0, v703:0, v704:0, v705:0, 1, 1 + v710:0, v764:0, v710:0, v1039:0, v711:0, v712:0, v713:0, v714:0, v715:0, v716:0, v717:0, v718:0, v719:0, v720:0, v721:0, 0, 3, 7, 2, 4, 8) :|: v714:0 > v710:0 && v764:0 > 0 && v714:0 > 2 && v710:0 > 1 && v764:0 > v1039:0
42.81/13.26	Filtered unneeded arguments:
42.81/13.26	   f_499(x1, x2, x3, x4, x5, x6, x7, x8, x9, x10, x11, x12, x13, x14, x15, x16, x17, x18, x19, x20, x21, x22, x23, x24, x25, x26, x27, x28, x29, x30, x31) -> f_499(x11, x18)
42.81/13.26	Removed division, modulo operations, cleaned up constraints. Obtained 1 rules.P rules:
42.81/13.26	f_499(v710:0, v714:0) -> f_499(1 + v710:0, v714:0) :|: v714:0 > 2 && v710:0 > 1 && v714:0 > v710:0
42.81/13.26	
42.81/13.26	----------------------------------------
42.81/13.26	
42.81/13.26	(23)
42.81/13.26	Obligation:
42.81/13.26	Rules:
42.81/13.26	f_499(v710:0, v714:0) -> f_499(1 + v710:0, v714:0) :|: v714:0 > 2 && v710:0 > 1 && v714:0 > v710:0
42.81/13.26	
42.81/13.26	----------------------------------------
42.81/13.26	
42.81/13.26	(24) IRS2T2 (EQUIVALENT)
42.81/13.26	Transformed input IRS into an integer transition system.Used the following mapping from defined symbols to location IDs:
42.81/13.26	
42.81/13.26	   (f_499_2,1)
42.81/13.26	
42.81/13.26	----------------------------------------
42.81/13.26	
42.81/13.26	(25)
42.81/13.26	Obligation:
42.81/13.26	START: 0;
42.81/13.26	
42.81/13.26	FROM: 0;
42.81/13.26	TO: 1;
42.81/13.26	
42.81/13.26	FROM: 1;
42.81/13.26	oldX0 := x0;
42.81/13.26	oldX1 := x1;
42.81/13.26	assume(oldX1 > 2 && oldX0 > 1 && oldX1 > oldX0);
42.81/13.26	x0 := 1 + oldX0;
42.81/13.26	x1 := oldX1;
42.81/13.26	TO: 1;
42.81/13.26	
42.81/13.26	
42.81/13.26	----------------------------------------
42.81/13.26	
42.81/13.26	(26) T2 (EQUIVALENT)
42.81/13.26	Initially, performed program simplifications using lexicographic rank functions:
42.81/13.26	 * Removed transitions 1, 3, 4 using the following rank functions:
42.81/13.26	    - Rank function 1:
42.81/13.26	      RF for loc. 5: 1-2*x0+2*x1
42.81/13.26	      RF for loc. 6: -2*x0+2*x1
42.81/13.26	      Bound for (chained) transitions 3: 2
42.81/13.26	      Bound for (chained) transitions 4: 2
42.81/13.26	    - Rank function 2:
42.81/13.26	      RF for loc. 5: 0
42.81/13.26	      RF for loc. 6: -1
42.81/13.26	      Bound for (chained) transitions 1: 0
42.81/13.26	
42.81/13.26	----------------------------------------
42.81/13.26	
42.81/13.26	(27)
42.81/13.26	YES
42.91/13.31	EOF