6.49/6.51	WORST_CASE(?,O(n^1))  
6.49/6.51	
6.49/6.51	Preprocessing Cost Relations
6.49/6.51	=====================================
6.49/6.51	
6.49/6.51	#### Computed strongly connected components 
6.49/6.51	0. recursive  : [eval_complex_bb2_in/5,eval_complex_bb3_in/5]
6.49/6.51	1. recursive  : [eval_complex_15/13,eval_complex_16/13,eval_complex_17/13,eval_complex_18/13,eval_complex_bb1_in/13,eval_complex_bb2_in_loop_cont/14,eval_complex_bb4_in/13]
6.49/6.51	2. non_recursive  : [eval_complex_stop/9]
6.49/6.51	3. non_recursive  : [eval_complex_bb5_in/9]
6.49/6.51	4. non_recursive  : [exit_location/1]
6.49/6.51	5. non_recursive  : [eval_complex_bb1_in_loop_cont/10]
6.49/6.51	6. non_recursive  : [eval_complex_6/9]
6.49/6.51	7. non_recursive  : [eval_complex_5/9]
6.49/6.51	8. non_recursive  : [eval_complex_4/9]
6.49/6.51	9. non_recursive  : [eval_complex_3/9]
6.49/6.51	10. non_recursive  : [eval_complex_2/9]
6.49/6.51	11. non_recursive  : [eval_complex_1/9]
6.49/6.51	12. non_recursive  : [eval_complex_0/9]
6.49/6.51	13. non_recursive  : [eval_complex_bb0_in/9]
6.49/6.51	14. non_recursive  : [eval_complex_start/9]
6.49/6.51	
6.49/6.51	#### Obtained direct recursion through partial evaluation 
6.49/6.51	0. SCC is partially evaluated into eval_complex_bb2_in/5
6.49/6.51	1. SCC is partially evaluated into eval_complex_bb1_in/13
6.49/6.51	2. SCC is completely evaluated into other SCCs
6.49/6.51	3. SCC is completely evaluated into other SCCs
6.49/6.51	4. SCC is completely evaluated into other SCCs
6.49/6.51	5. SCC is partially evaluated into eval_complex_bb1_in_loop_cont/10
6.49/6.51	6. SCC is partially evaluated into eval_complex_6/9
6.49/6.51	7. SCC is completely evaluated into other SCCs
6.49/6.51	8. SCC is completely evaluated into other SCCs
6.49/6.51	9. SCC is completely evaluated into other SCCs
6.49/6.51	10. SCC is completely evaluated into other SCCs
6.49/6.51	11. SCC is completely evaluated into other SCCs
6.49/6.51	12. SCC is completely evaluated into other SCCs
6.49/6.51	13. SCC is completely evaluated into other SCCs
6.49/6.51	14. SCC is partially evaluated into eval_complex_start/9
6.49/6.51	
6.49/6.51	Control-Flow Refinement of Cost Relations
6.49/6.51	=====================================
6.49/6.51	
6.49/6.51	### Specialization of cost equations eval_complex_bb2_in/5 
6.49/6.51	* CE 12 is refined into CE [13] 
6.49/6.51	* CE 11 is refined into CE [14] 
6.49/6.51	* CE 9 is refined into CE [15] 
6.49/6.51	* CE 10 is refined into CE [16] 
6.49/6.51	
6.49/6.51	
6.49/6.51	### Cost equations --> "Loop" of eval_complex_bb2_in/5 
6.49/6.51	* CEs [15] --> Loop 13 
6.49/6.51	* CEs [16] --> Loop 14 
6.49/6.51	* CEs [13] --> Loop 15 
6.49/6.51	* CEs [14] --> Loop 16 
6.49/6.51	
6.49/6.51	### Ranking functions of CR eval_complex_bb2_in(V__1,V__12,B,C,D) 
6.49/6.51	* RF of phase [13]: [V__1-V__12,-V__12/2+3]
6.49/6.51	* RF of phase [14]: [V__1/6-V__12/6]
6.49/6.51	
6.49/6.51	#### Partial ranking functions of CR eval_complex_bb2_in(V__1,V__12,B,C,D) 
6.49/6.51	* Partial RF of phase [13]:
6.49/6.51	  - RF of loop [13:1]:
6.49/6.51	    V__1-V__12
6.49/6.51	    -V__12/2+3
6.49/6.51	* Partial RF of phase [14]:
6.49/6.51	  - RF of loop [14:1]:
6.49/6.51	    V__1/6-V__12/6
6.49/6.51	
6.49/6.51	
6.49/6.51	### Specialization of cost equations eval_complex_bb1_in/13 
6.49/6.51	* CE 5 is refined into CE [17] 
6.49/6.51	* CE 3 is refined into CE [18,19,20,21] 
6.49/6.51	* CE 6 is refined into CE [22] 
6.49/6.51	* CE 4 is refined into CE [23,24,25,26] 
6.49/6.51	
6.49/6.51	
6.49/6.51	### Cost equations --> "Loop" of eval_complex_bb1_in/13 
6.49/6.51	* CEs [24] --> Loop 17 
6.49/6.51	* CEs [25] --> Loop 18 
6.49/6.51	* CEs [26] --> Loop 19 
6.49/6.51	* CEs [23] --> Loop 20 
6.49/6.51	* CEs [17] --> Loop 21 
6.49/6.51	* CEs [21] --> Loop 22 
6.49/6.51	* CEs [20] --> Loop 23 
6.49/6.51	* CEs [19] --> Loop 24 
6.49/6.51	* CEs [18] --> Loop 25 
6.49/6.51	* CEs [22] --> Loop 26 
6.49/6.51	
6.49/6.51	### Ranking functions of CR eval_complex_bb1_in(V__0,V__01,V__1,V__12,V_10,V_9,B,C,D,E,F,G,H) 
6.49/6.51	* RF of phase [17]: [-V__0/3+7/3,-V__0/7+V__01/14+4/7]
6.49/6.51	* RF of phase [18,19]: [-V__0/3+10]
6.49/6.51	* RF of phase [20]: [-V__0/2+15,-V__0/12+V__01/12+1/12]
6.49/6.51	
6.49/6.51	#### Partial ranking functions of CR eval_complex_bb1_in(V__0,V__01,V__1,V__12,V_10,V_9,B,C,D,E,F,G,H) 
6.49/6.51	* Partial RF of phase [17]:
6.49/6.51	  - RF of loop [17:1]:
6.49/6.51	    -V__0/3+7/3
6.49/6.51	    -V__0/7+V__01/14+4/7
6.49/6.51	* Partial RF of phase [18,19]:
6.49/6.51	  - RF of loop [18:1]:
6.49/6.51	    -7/24*V__0+V__01/24+33/4
6.49/6.51	    -V__0/3+10
6.49/6.51	  - RF of loop [19:1]:
6.49/6.51	    -V__0/4+15/2
6.49/6.51	* Partial RF of phase [20]:
6.49/6.51	  - RF of loop [20:1]:
6.49/6.51	    -V__0/2+15
6.49/6.51	    -V__0/12+V__01/12+1/12
6.49/6.51	
6.49/6.51	
6.49/6.51	### Specialization of cost equations eval_complex_bb1_in_loop_cont/10 
6.49/6.51	* CE 7 is refined into CE [27] 
6.49/6.51	* CE 8 is refined into CE [28] 
6.49/6.51	
6.49/6.51	
6.49/6.51	### Cost equations --> "Loop" of eval_complex_bb1_in_loop_cont/10 
6.49/6.51	* CEs [27] --> Loop 27 
6.49/6.51	* CEs [28] --> Loop 28 
6.49/6.51	
6.49/6.51	### Ranking functions of CR eval_complex_bb1_in_loop_cont(A,B,C,D,E,F,G,H,I,J) 
6.49/6.51	
6.49/6.51	#### Partial ranking functions of CR eval_complex_bb1_in_loop_cont(A,B,C,D,E,F,G,H,I,J) 
6.49/6.51	
6.49/6.51	
6.49/6.51	### Specialization of cost equations eval_complex_6/9 
6.49/6.51	* CE 2 is refined into CE [29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52] 
6.49/6.51	
6.49/6.51	
6.49/6.51	### Cost equations --> "Loop" of eval_complex_6/9 
6.49/6.51	* CEs [46,51] --> Loop 29 
6.49/6.51	* CEs [45,50] --> Loop 30 
6.49/6.51	* CEs [44] --> Loop 31 
6.49/6.51	* CEs [43] --> Loop 32 
6.49/6.51	* CEs [42] --> Loop 33 
6.49/6.51	* CEs [41] --> Loop 34 
6.49/6.51	* CEs [47] --> Loop 35 
6.49/6.51	* CEs [40] --> Loop 36 
6.49/6.51	* CEs [39] --> Loop 37 
6.49/6.51	* CEs [38] --> Loop 38 
6.49/6.51	* CEs [37,49] --> Loop 39 
6.49/6.51	* CEs [36] --> Loop 40 
6.49/6.51	* CEs [35,48] --> Loop 41 
6.49/6.51	* CEs [52] --> Loop 42 
6.49/6.51	* CEs [34] --> Loop 43 
6.49/6.51	* CEs [33] --> Loop 44 
6.49/6.51	* CEs [32] --> Loop 45 
6.49/6.51	* CEs [31] --> Loop 46 
6.49/6.51	* CEs [30] --> Loop 47 
6.49/6.51	* CEs [29] --> Loop 48 
6.49/6.51	
6.49/6.51	### Ranking functions of CR eval_complex_6(V__0,V__01,V__1,V__12,V_10,V_9,V_a,V_b,B) 
6.49/6.51	
6.49/6.51	#### Partial ranking functions of CR eval_complex_6(V__0,V__01,V__1,V__12,V_10,V_9,V_a,V_b,B) 
6.49/6.51	
6.49/6.51	
6.49/6.51	### Specialization of cost equations eval_complex_start/9 
6.49/6.51	* CE 1 is refined into CE [53,54,55,56,57,58,59,60,61,62,63,64,65,66,67,68,69,70,71,72] 
6.49/6.51	
6.49/6.51	
6.49/6.51	### Cost equations --> "Loop" of eval_complex_start/9 
6.49/6.51	* CEs [72] --> Loop 49 
6.49/6.51	* CEs [71] --> Loop 50 
6.49/6.51	* CEs [70] --> Loop 51 
6.49/6.51	* CEs [69] --> Loop 52 
6.49/6.51	* CEs [68] --> Loop 53 
6.49/6.51	* CEs [67] --> Loop 54 
6.49/6.51	* CEs [66] --> Loop 55 
6.49/6.51	* CEs [65] --> Loop 56 
6.49/6.51	* CEs [64] --> Loop 57 
6.49/6.51	* CEs [63] --> Loop 58 
6.49/6.51	* CEs [62] --> Loop 59 
6.49/6.51	* CEs [61] --> Loop 60 
6.49/6.51	* CEs [60] --> Loop 61 
6.49/6.51	* CEs [59] --> Loop 62 
6.49/6.51	* CEs [58] --> Loop 63 
6.49/6.51	* CEs [57] --> Loop 64 
6.49/6.51	* CEs [56] --> Loop 65 
6.49/6.51	* CEs [55] --> Loop 66 
6.49/6.51	* CEs [54] --> Loop 67 
6.49/6.51	* CEs [53] --> Loop 68 
6.49/6.51	
6.49/6.51	### Ranking functions of CR eval_complex_start(V__0,V__01,V__1,V__12,V_10,V_9,V_a,V_b,B) 
6.49/6.51	
6.49/6.51	#### Partial ranking functions of CR eval_complex_start(V__0,V__01,V__1,V__12,V_10,V_9,V_a,V_b,B) 
6.49/6.51	
6.49/6.51	
6.49/6.51	Computing Bounds
6.49/6.51	=====================================
6.49/6.51	
6.49/6.51	#### Cost of chains of eval_complex_bb2_in(V__1,V__12,B,C,D):
6.49/6.51	* Chain [[14],16]: 1*it(14)+0
6.49/6.51	  Such that:it(14) =< V__1/6-V__12/6
6.49/6.51	
6.49/6.51	  with precondition: [B=2,D+7*V__1=7*C+V__12,V__12>=6,C>=V__1+1,V__12+6*C>=7*V__1,7*V__1+5>=6*C+V__12] 
6.49/6.51	
6.49/6.51	* Chain [[14],15]: 1*it(14)+0
6.49/6.51	  Such that:it(14) =< V__1/6-V__12/6
6.49/6.51	
6.49/6.51	  with precondition: [B=3,V__12>=6,V__1>=V__12+1] 
6.49/6.51	
6.49/6.51	* Chain [[13],[14],16]: 1*it(13)+1*it(14)+0
6.49/6.51	  Such that:it(14) =< 2/5*V__1-V__12/5-7/30*C+D/30
6.49/6.51	it(13) =< -V__12/2+3
6.49/6.51	
6.49/6.51	  with precondition: [B=2,D>=C,C+5>=D,7*V__12+14*C>=14*V__1+2*D+30,2*D+14*V__1+35>=14*C+7*V__12,V__12+7*C>=7*V__1+D+5,D+2*V__1>=2*C+V__12+5] 
6.49/6.51	
6.49/6.51	* Chain [[13],[14],15]: 1*it(13)+1*it(14)+0
6.49/6.51	  Such that:it(14) =< V__1/6-V__12/6
6.49/6.51	it(14) =< V__1/6-V__12/12
6.49/6.51	it(13) =< -V__12/2+3
6.49/6.51	
6.49/6.51	  with precondition: [B=3,5>=V__12,V__1>=V__12+2,2*V__1>=V__12+8] 
6.49/6.51	
6.49/6.51	* Chain [[13],16]: 1*it(13)+0
6.49/6.51	  Such that:it(13) =< -V__1+D
6.49/6.51	it(13) =< -V__1+D/2+3
6.49/6.51	
6.49/6.51	  with precondition: [B=2,V__12+C=2*V__1,V__12+D=2*V__1,V__12+7>=2*V__1,V__1>=V__12+1] 
6.49/6.51	
6.49/6.51	* Chain [[13],15]: 1*it(13)+0
6.49/6.51	  Such that:it(13) =< V__1-V__12
6.49/6.51	it(13) =< -V__12/2+3
6.49/6.51	
6.49/6.51	  with precondition: [B=3,5>=V__12,V__1>=V__12+1] 
6.49/6.51	
6.49/6.51	* Chain [16]: 0
6.49/6.51	  with precondition: [B=2,V__1=C,V__12=D,V__12>=V__1] 
6.49/6.51	
6.49/6.51	* Chain [15]: 0
6.49/6.51	  with precondition: [B=3] 
6.49/6.51	
6.49/6.51	
6.49/6.51	#### Cost of chains of eval_complex_bb1_in(V__0,V__01,V__1,V__12,V_10,V_9,B,C,D,E,F,G,H):
6.49/6.51	* Chain [[20],[18,19],26]: 1*it(18)+1*it(19)+1*it(20)+1*s(7)+1*s(8)+1*s(9)+0
6.49/6.51	  Such that:aux(3) =< 25/2
6.49/6.51	aux(7) =< -20*V__0-4*V__01+723
6.49/6.51	it(19) =< -5*V__0-V__01+361/2
6.49/6.51	s(8) =< -5*V__0-V__01+705/4
6.49/6.51	aux(5) =< -8225/24*V__0-1645/24*V__01+26089/2
6.49/6.51	aux(5) =< -2035/8*V__0-407/8*V__01+73697/8
6.49/6.51	aux(4) =< -1615/36*V__0-323/36*V__01+59089/36
6.49/6.51	aux(2) =< -485/96*V__0-97/96*V__01+16745/96
6.49/6.51	s(9) =< -235/24*V__0-47/24*V__01+737/2
6.49/6.51	s(8) =< -175/24*V__0-35/24*V__01+1059/4
6.49/6.51	aux(4) =< -155/12*V__0-31/12*V__01+5753/12
6.49/6.51	aux(10) =< -145/24*V__0-29/24*V__01+461/2
6.49/6.51	aux(8) =< -115/24*V__0-23/24*V__01+369/2
6.49/6.51	aux(6) =< -85/3*V__0-17/3*V__01+2105/2
6.49/6.51	s(9) =< -65/4*V__0-13/4*V__01+2311/4
6.49/6.51	aux(6) =< -55/3*V__0-11/3*V__01+1375/2
6.49/6.51	aux(7) =< -40/3*V__0-8/3*V__01+507
6.49/6.51	aux(10) =< -35/4*V__0-7/4*V__01+1273/4
6.49/6.51	aux(9) =< -35/6*V__0-7/6*V__01+1273/6
6.49/6.51	aux(2) =< -35/36*V__0-7/36*V__01+4055/96
6.49/6.51	aux(1) =< -35/48*V__0-7/48*V__01+145/8
6.49/6.51	aux(9) =< -25/6*V__0-5/6*V__01+309/2
6.49/6.51	aux(8) =< -25/8*V__0-5/8*V__01+927/8
6.49/6.51	aux(3) =< -5/2*V__0-V__01/2+935/12
6.49/6.51	s(9) =< -5/6*V__0-V__01/6+43/2
6.49/6.51	aux(3) =< -5/12*V__0-V__01/12+125/12
6.49/6.51	it(20) =< -V__0/12+V__01/12+1/12
6.49/6.51	aux(11) =< -7315/24*V__0-1463/24*V__01+46705/4
6.49/6.51	aux(12) =< -1045/4*V__0-209/4*V__01+9365
6.49/6.51	aux(13) =< -5/2*V__0-V__01/2+151/2
6.49/6.51	aux(14) =< -5/2*V__0-V__01/2+199/2
6.49/6.51	aux(2) =< aux(11)
6.49/6.51	it(18) =< aux(11)
6.49/6.51	aux(2) =< aux(12)
6.49/6.51	it(19) =< aux(12)
6.49/6.51	aux(1) =< aux(13)
6.49/6.51	s(9) =< aux(13)
6.49/6.51	aux(3) =< aux(14)
6.49/6.51	it(18) =< aux(14)
6.49/6.51	it(19) =< aux(4)
6.49/6.51	s(7) =< aux(4)
6.49/6.51	it(19) =< aux(5)
6.49/6.51	s(7) =< aux(5)
6.49/6.51	it(19) =< aux(6)
6.49/6.51	s(7) =< aux(6)
6.49/6.51	it(19) =< aux(7)
6.49/6.51	s(7) =< aux(7)
6.49/6.51	it(18) =< aux(8)
6.49/6.51	it(19) =< aux(8)
6.49/6.51	it(18) =< aux(9)
6.49/6.51	it(19) =< aux(9)
6.49/6.51	it(18) =< aux(10)
6.49/6.51	it(19) =< aux(10)
6.49/6.51	s(9) =< it(18)*(3/8)+aux(2)
6.49/6.51	s(9) =< it(18)*(3/8)+aux(1)
6.49/6.51	s(9) =< it(19)*aux(3)
6.49/6.51	
6.49/6.51	  with precondition: [B=3,27>=V__0,173>=5*V__0+V__01,V__01>=V__0,V__01+5*V__0+36>=0] 
6.49/6.51	
6.49/6.51	* Chain [[20],[18,19],25]: 1*it(18)+1*it(19)+1*it(20)+1*s(7)+1*s(8)+1*s(9)+0
6.49/6.51	  Such that:aux(3) =< 25/2
6.49/6.51	aux(5) =< -355*V__0-71*V__01+23915/2
6.49/6.51	aux(15) =< -355*V__0-71*V__01+24779/2
6.49/6.51	aux(4) =< -265*V__0-53*V__01+19343/2
6.49/6.51	s(8) =< -175*V__0-35*V__01+11063/2
6.49/6.51	aux(16) =< -175*V__0-35*V__01+12215/2
6.49/6.51	aux(7) =< -10*V__0-2*V__01+683/2
6.49/6.51	aux(6) =< -10*V__0-2*V__01+745/2
6.49/6.51	aux(9) =< -5*V__0-V__01+361/2
6.49/6.51	aux(5) =< -355/2*V__0-71/2*V__01+11569/2
6.49/6.51	aux(15) =< -355/2*V__0-71/2*V__01+11857/2
6.49/6.51	aux(4) =< -235/2*V__0-47/2*V__01+8221/2
6.49/6.51	aux(16) =< -175/2*V__0-35/2*V__01+5845/2
6.49/6.51	aux(2) =< -155/48*V__0-31/48*V__01+4787/48
6.49/6.51	aux(1) =< -155/96*V__0-31/96*V__01+681/16
6.49/6.51	aux(3) =< -35/24*V__0-7/24*V__01+235/6
6.49/6.51	aux(1) =< -35/48*V__0-7/48*V__01+145/8
6.49/6.51	aux(2) =< -31/8*V__0+741/8
6.49/6.51	aux(6) =< -25/6*V__0-5/6*V__01+299/2
6.49/6.51	aux(7) =< -25/6*V__0-5/6*V__01+835/6
6.49/6.51	s(9) =< -5/2*V__0-V__01/2+139/2
6.49/6.51	aux(9) =< -5/2*V__0-V__01/2+171/2
6.49/6.51	it(18) =< -5/2*V__0-V__01/2+199/2
6.49/6.51	aux(3) =< -5/2*V__0-V__01/2+845/12
6.49/6.51	s(9) =< -5/3*V__0-V__01/3+89/2
6.49/6.51	it(18) =< -5/3*V__0-V__01/3+117/2
6.49/6.51	it(20) =< -V__0/12+V__01/12+1/12
6.49/6.51	aux(17) =< -35*V__0-7*V__01+2999/2
6.49/6.51	aux(18) =< -5*V__0-V__01+349/2
6.49/6.51	aux(19) =< -205/2*V__0-41/2*V__01+7103/2
6.49/6.51	aux(20) =< -175/2*V__0-35/2*V__01+5461/2
6.49/6.51	aux(21) =< -5/2*V__0-V__01/2+167/2
6.49/6.51	aux(2) =< aux(17)
6.49/6.51	aux(3) =< aux(17)
6.49/6.51	aux(10) =< aux(18)
6.49/6.51	it(19) =< aux(18)
6.49/6.51	aux(2) =< aux(19)
6.49/6.51	s(9) =< aux(19)
6.49/6.51	s(8) =< aux(20)
6.49/6.51	s(9) =< aux(20)
6.49/6.51	aux(10) =< aux(21)
6.49/6.51	it(19) =< aux(21)
6.49/6.51	aux(5) =< aux(15)
6.49/6.51	aux(8) =< aux(15)
6.49/6.51	aux(8) =< aux(16)
6.49/6.51	s(8) =< aux(16)
6.49/6.51	it(19) =< aux(4)
6.49/6.51	s(7) =< aux(4)
6.49/6.51	it(19) =< aux(5)
6.49/6.51	s(7) =< aux(5)
6.49/6.51	it(19) =< aux(6)
6.49/6.51	s(7) =< aux(6)
6.49/6.51	it(19) =< aux(7)
6.49/6.51	s(7) =< aux(7)
6.49/6.51	it(18) =< aux(8)
6.49/6.51	it(19) =< aux(8)
6.49/6.51	it(18) =< aux(9)
6.49/6.51	it(19) =< aux(9)
6.49/6.51	it(18) =< aux(10)
6.49/6.51	it(19) =< aux(10)
6.49/6.51	s(9) =< it(18)*(3/8)+aux(2)
6.49/6.51	s(9) =< it(18)*(3/8)+aux(1)
6.49/6.51	s(9) =< it(19)*aux(3)
6.49/6.51	
6.49/6.51	  with precondition: [B=3,24>=V__0,V__01+138>=7*V__0,155>=5*V__0+V__01,V__01>=V__0,V__01+5*V__0+36>=0] 
6.49/6.51	
6.49/6.51	* Chain [[20],[18,19],24]: 1*it(18)+1*it(19)+1*it(20)+1*s(7)+1*s(8)+1*s(9)+1*s(10)+0
6.49/6.51	  Such that:s(10) =< 3/2
6.49/6.51	aux(3) =< 25/2
6.49/6.51	aux(5) =< -275*V__0-55*V__01+10341/2
6.49/6.51	aux(4) =< -275*V__0-55*V__01+18525/2
6.49/6.51	aux(10) =< -55*V__0-11*V__01+1053
6.49/6.51	aux(1) =< -20*V__0-4*V__01+621
6.49/6.51	aux(3) =< -5*V__0-V__01+575/6
6.49/6.51	aux(5) =< -235/2*V__0-47/2*V__01+2115
6.49/6.51	aux(4) =< -235/2*V__0-47/2*V__01+3603
6.49/6.51	aux(7) =< -185/6*V__0-37/6*V__01+555
6.49/6.51	aux(6) =< -185/6*V__0-37/6*V__01+945
6.49/6.51	aux(1) =< -155/24*V__0-31/24*V__01+545/4
6.49/6.51	aux(2) =< -155/96*V__0-31/96*V__01+397/16
6.49/6.51	aux(22) =< -55/2*V__0-11/2*V__01+554
6.49/6.51	aux(2) =< -55/56*V__0-11/56*V__01+6029/392
6.49/6.51	aux(7) =< -25/6*V__0-5/6*V__01+75
6.49/6.51	aux(6) =< -25/6*V__0-5/6*V__01+135
6.49/6.51	aux(22) =< -5/2*V__0-V__01/2+47
6.49/6.51	it(18) =< -5/3*V__0-V__01/3+44
6.49/6.51	it(20) =< -V__0/12+V__01/12+1/12
6.49/6.51	aux(23) =< -385/24*V__0-77/24*V__01+2051/4
6.49/6.51	aux(24) =< -175/24*V__0-35/24*V__01+525/4
6.49/6.51	aux(25) =< -55/4*V__0-11/4*V__01+1053/4
6.49/6.51	aux(26) =< -20/3*V__0-4/3*V__01+529/3
6.49/6.51	aux(27) =< -5/2*V__0-V__01/2+45
6.49/6.51	aux(28) =< -5/2*V__0-V__01/2+71
6.49/6.51	aux(29) =< -5/3*V__0-V__01/3+30
6.49/6.51	aux(2) =< aux(23)
6.49/6.51	it(18) =< aux(23)
6.49/6.51	aux(8) =< aux(24)
6.49/6.51	s(8) =< aux(24)
6.49/6.51	aux(2) =< aux(25)
6.49/6.51	it(19) =< aux(25)
6.49/6.51	aux(9) =< aux(26)
6.49/6.51	s(8) =< aux(26)
6.49/6.51	aux(10) =< aux(27)
6.49/6.51	it(19) =< aux(27)
6.49/6.51	aux(9) =< aux(28)
6.49/6.51	s(9) =< aux(28)
6.49/6.51	aux(8) =< aux(29)
6.49/6.51	s(9) =< aux(29)
6.49/6.51	it(19) =< aux(22)
6.49/6.51	s(10) =< aux(22)
6.49/6.51	it(19) =< aux(4)
6.49/6.51	s(7) =< aux(4)
6.49/6.51	it(19) =< aux(5)
6.49/6.51	s(7) =< aux(5)
6.49/6.51	it(19) =< aux(6)
6.49/6.51	s(7) =< aux(6)
6.49/6.51	it(19) =< aux(7)
6.49/6.51	s(7) =< aux(7)
6.49/6.51	it(18) =< aux(8)
6.49/6.51	it(19) =< aux(8)
6.49/6.51	it(18) =< aux(9)
6.49/6.51	it(19) =< aux(9)
6.49/6.51	it(18) =< aux(10)
6.49/6.51	it(19) =< aux(10)
6.49/6.51	s(9) =< it(18)*(3/8)+aux(2)
6.49/6.51	s(9) =< it(18)*(3/8)+aux(1)
6.49/6.51	s(9) =< it(19)*aux(3)
6.49/6.51	
6.49/6.51	  with precondition: [B=3,7*V__01+52>=14*V__0,V__01+66>=7*V__0,78>=5*V__0+V__01,V__01>=V__0,V__01+5*V__0+36>=0] 
6.49/6.51	
6.49/6.51	* Chain [[20],[18,19],23]: 1*it(18)+1*it(19)+1*it(20)+1*s(7)+1*s(8)+1*s(9)+1*s(11)+1*s(12)+0
6.49/6.51	  Such that:s(11) =< 2
6.49/6.51	aux(3) =< 25/2
6.49/6.51	aux(2) =< -55*V__0-11*V__01+1768
6.49/6.51	aux(10) =< -20*V__0-4*V__01+371
6.49/6.51	aux(1) =< -20*V__0-4*V__01+621
6.49/6.51	aux(3) =< -5*V__0-V__01+965/6
6.49/6.51	aux(5) =< -895/2*V__0-179/2*V__01+16495/2
6.49/6.51	aux(4) =< -895/2*V__0-179/2*V__01+26167/2
6.49/6.51	aux(2) =< -385/24*V__0-77/24*V__01+1281/4
6.49/6.51	aux(5) =< -235/2*V__0-47/2*V__01+2115
6.49/6.51	aux(4) =< -235/2*V__0-47/2*V__01+3603
6.49/6.51	aux(7) =< -185/6*V__0-37/6*V__01+555
6.49/6.51	aux(30) =< -185/6*V__0-37/6*V__01+592
6.49/6.51	aux(6) =< -185/6*V__0-37/6*V__01+956
6.49/6.51	aux(1) =< -155/24*V__0-31/24*V__01+545/4
6.49/6.51	aux(2) =< -155/96*V__0-31/96*V__01+397/16
6.49/6.51	aux(2) =< -55/56*V__0-11/56*V__01+6029/392
6.49/6.51	aux(7) =< -25/6*V__0-5/6*V__01+75
6.49/6.51	aux(30) =< -25/6*V__0-5/6*V__01+79
6.49/6.51	aux(6) =< -25/6*V__0-5/6*V__01+135
6.49/6.51	it(18) =< -5/3*V__0-V__01/3+44
6.49/6.51	it(20) =< -V__0/12+V__01/12+1/12
6.49/6.51	aux(32) =< -10*V__0-2*V__01+371/2
6.49/6.51	aux(33) =< -175/24*V__0-35/24*V__01+525/4
6.49/6.51	aux(34) =< -175/24*V__0-35/24*V__01+729/4
6.49/6.51	aux(35) =< -20/3*V__0-4/3*V__01+529/3
6.49/6.51	aux(36) =< -5/2*V__0-V__01/2+45
6.49/6.51	aux(37) =< -5/2*V__0-V__01/2+71
6.49/6.51	aux(38) =< -5/3*V__0-V__01/3+30
6.49/6.51	aux(31) =< aux(32)
6.49/6.51	it(19) =< aux(32)
6.49/6.51	aux(8) =< aux(33)
6.49/6.51	s(8) =< aux(33)
6.49/6.51	aux(31) =< aux(34)
6.49/6.51	it(18) =< aux(34)
6.49/6.51	aux(9) =< aux(35)
6.49/6.51	s(8) =< aux(35)
6.49/6.51	aux(10) =< aux(36)
6.49/6.51	it(19) =< aux(36)
6.49/6.51	aux(9) =< aux(37)
6.49/6.51	s(9) =< aux(37)
6.49/6.51	aux(8) =< aux(38)
6.49/6.51	s(9) =< aux(38)
6.49/6.51	aux(7) =< aux(30)
6.49/6.51	s(12) =< aux(30)
6.49/6.51	s(8) =< aux(31)
6.49/6.51	s(12) =< aux(31)
6.49/6.51	it(19) =< aux(4)
6.49/6.51	s(7) =< aux(4)
6.49/6.51	it(19) =< aux(5)
6.49/6.51	s(7) =< aux(5)
6.49/6.51	it(19) =< aux(6)
6.49/6.51	s(7) =< aux(6)
6.49/6.51	it(19) =< aux(7)
6.49/6.51	s(7) =< aux(7)
6.49/6.51	it(18) =< aux(8)
6.49/6.51	it(19) =< aux(8)
6.49/6.51	it(18) =< aux(9)
6.49/6.51	it(19) =< aux(9)
6.49/6.51	it(18) =< aux(10)
6.49/6.51	it(19) =< aux(10)
6.49/6.51	s(9) =< it(18)*(3/8)+aux(2)
6.49/6.51	s(9) =< it(18)*(3/8)+aux(1)
6.49/6.51	s(9) =< it(19)*aux(3)
6.49/6.51	
6.49/6.51	  with precondition: [B=3,7*V__01+52>=14*V__0,V__01+66>=7*V__0,78>=5*V__0+V__01,V__01>=V__0,V__01+5*V__0+36>=0] 
6.49/6.51	
6.49/6.51	* Chain [[20],[18,19],22]: 1*it(18)+1*it(19)+1*it(20)+1*s(7)+1*s(8)+1*s(9)+1*s(13)+0
6.49/6.51	  Such that:s(13) =< 2
6.49/6.51	aux(3) =< 25/2
6.49/6.51	aux(40) =< -355*V__0-71*V__01+24779/2
6.49/6.51	aux(5) =< -265*V__0-53*V__01+18479/2
6.49/6.51	aux(4) =< -265*V__0-53*V__01+19343/2
6.49/6.51	aux(39) =< -60*V__0-12*V__01+2088
6.49/6.51	aux(41) =< -10*V__0-2*V__01+697/2
6.49/6.51	aux(6) =< -10*V__0-2*V__01+745/2
6.49/6.51	aux(9) =< -5*V__0-V__01+361/2
6.49/6.51	aux(5) =< -895/6*V__0-179/6*V__01+5191
6.49/6.51	aux(4) =< -895/6*V__0-179/6*V__01+5347
6.49/6.51	aux(40) =< -710/3*V__0-142/3*V__01+8236
6.49/6.51	aux(41) =< -185/6*V__0-37/6*V__01+1073
6.49/6.51	aux(6) =< -185/6*V__0-37/6*V__01+1125
6.49/6.51	it(18) =< -175/24*V__0-35/24*V__01+1067/4
6.49/6.51	aux(2) =< -155/48*V__0-31/48*V__01+4787/48
6.49/6.51	aux(1) =< -155/96*V__0-31/96*V__01+681/16
6.49/6.51	aux(3) =< -35/24*V__0-7/24*V__01+235/6
6.49/6.51	aux(1) =< -35/48*V__0-7/48*V__01+145/8
6.49/6.51	aux(2) =< -31/8*V__0+741/8
6.49/6.51	s(9) =< -25/6*V__0-5/6*V__01+145
6.49/6.51	aux(10) =< -20/3*V__0-4/3*V__01+232
6.49/6.51	aux(9) =< -20/3*V__0-4/3*V__01+709/3
6.49/6.51	s(9) =< -5/2*V__0-V__01/2+139/2
6.49/6.51	it(18) =< -5/2*V__0-V__01/2+199/2
6.49/6.51	aux(3) =< -5/2*V__0-V__01/2+845/12
6.49/6.51	s(9) =< -5/3*V__0-V__01/3+62
6.49/6.51	s(9) =< -5/3*V__0-V__01/3+89/2
6.49/6.51	it(20) =< -V__0/12+V__01/12+1/12
6.49/6.51	aux(42) =< -35*V__0-7*V__01+2999/2
6.49/6.51	aux(43) =< -5*V__0-V__01+174
6.49/6.51	aux(44) =< -5*V__0-V__01+349/2
6.49/6.51	aux(45) =< -485/4*V__0-97/4*V__01+17749/4
6.49/6.51	aux(2) =< aux(42)
6.49/6.51	aux(3) =< aux(42)
6.49/6.51	it(19) =< aux(43)
6.49/6.51	s(8) =< aux(43)
6.49/6.51	aux(10) =< aux(44)
6.49/6.51	aux(39) =< aux(44)
6.49/6.51	it(19) =< aux(44)
6.49/6.51	aux(2) =< aux(45)
6.49/6.51	s(8) =< aux(45)
6.49/6.51	aux(7) =< aux(39)
6.49/6.51	aux(8) =< aux(39)
6.49/6.51	aux(5) =< aux(40)
6.49/6.51	aux(8) =< aux(40)
6.49/6.51	aux(7) =< aux(41)
6.49/6.51	s(13) =< aux(41)
6.49/6.51	it(19) =< aux(4)
6.49/6.51	s(7) =< aux(4)
6.49/6.51	it(19) =< aux(5)
6.49/6.51	s(7) =< aux(5)
6.49/6.51	it(19) =< aux(6)
6.49/6.51	s(7) =< aux(6)
6.49/6.51	it(19) =< aux(7)
6.49/6.51	s(7) =< aux(7)
6.49/6.51	it(18) =< aux(8)
6.49/6.51	it(19) =< aux(8)
6.49/6.51	it(18) =< aux(9)
6.49/6.51	it(19) =< aux(9)
6.49/6.51	it(18) =< aux(10)
6.49/6.51	it(19) =< aux(10)
6.49/6.51	s(9) =< it(18)*(3/8)+aux(2)
6.49/6.51	s(9) =< it(18)*(3/8)+aux(1)
6.49/6.51	s(9) =< it(19)*aux(3)
6.49/6.51	
6.49/6.51	  with precondition: [B=3,24>=V__0,V__01+138>=7*V__0,155>=5*V__0+V__01,V__01>=V__0,V__01+5*V__0+36>=0] 
6.49/6.51	
6.49/6.51	* Chain [[20],[18,19],21]: 1*it(18)+1*it(19)+1*it(20)+1*s(7)+1*s(8)+1*s(9)+0
6.49/6.51	  Such that:aux(6) =< -10*V__0-2*V__01+745/2
6.49/6.51	aux(7) =< -10*V__0-2*V__01+11*E+F+25/2
6.49/6.51	aux(10) =< -5*V__0-V__01+6*E+25/2
6.49/6.51	aux(2) =< -955/2*V__0-191/2*V__01+105/2*E+70*F+27563/2
6.49/6.51	aux(2) =< -955/2*V__0-191/2*V__01+955/2*E+191/2*F+700
6.49/6.51	aux(2) =< -385/96*V__0-77/96*V__01+253/96*C+17/96*G+397/8
6.49/6.51	aux(2) =< -55/8*V__0-11/8*V__01-11/8*C+3/4*G+1051/4
6.49/6.51	aux(1) =< -35/48*V__0-7/48*V__01+145/8
6.49/6.51	aux(6) =< -25/6*V__0-5/6*V__01+E/2+F/2+120
6.49/6.51	aux(7) =< -25/6*V__0-5/6*V__01+25/6*E+5/6*F
6.49/6.51	s(8) =< -20/3*V__0-4/3*V__01+235
6.49/6.51	s(8) =< -20/3*V__0-4/3*V__01+13/3*E+341/3
6.49/6.51	it(18) =< -5/2*V__0-V__01/2+199/2
6.49/6.51	aux(3) =< -5/2*V__0-V__01/2+935/12
6.49/6.51	aux(10) =< -5/2*V__0-V__01/2+5/2*E+F/2
6.49/6.51	aux(8) =< -5/2*V__0-V__01/2+7/2*E-F/2+25/2
6.49/6.51	it(18) =< -5/3*V__0-V__01/3+E/2+F/2+29
6.49/6.51	aux(8) =< -5/3*V__0-V__01/3+5/3*E+F/3
6.49/6.51	s(9) =< -5/6*V__0-V__01/6+43/2
6.49/6.51	aux(3) =< -5/12*V__0-V__01/12+125/12
6.49/6.51	it(20) =< -V__0/12+V__01/12+1/12
6.49/6.51	aux(46) =< -265*V__0-53*V__01+19343/2
6.49/6.51	aux(47) =< -265*V__0-53*V__01+300*E+18*F+875/2
6.49/6.51	aux(48) =< -5*V__0-V__01+361/2
6.49/6.51	aux(49) =< -235/2*V__0-47/2*V__01+35/2*E+35/2*F+3078
6.49/6.51	aux(50) =< -235/2*V__0-47/2*V__01+235/2*E+47/2*F
6.49/6.51	aux(51) =< -5/2*V__0-V__01/2+151/2
6.49/6.51	aux(52) =< -5/2*V__0-V__01/2+E/2+F/2+56
6.49/6.51	aux(3) =< aux(46)
6.49/6.51	aux(4) =< aux(46)
6.49/6.51	aux(3) =< aux(47)
6.49/6.51	aux(5) =< aux(47)
6.49/6.51	aux(9) =< aux(48)
6.49/6.51	it(19) =< aux(48)
6.49/6.51	aux(4) =< aux(49)
6.49/6.51	s(9) =< aux(49)
6.49/6.51	aux(5) =< aux(50)
6.49/6.51	s(9) =< aux(50)
6.49/6.51	aux(1) =< aux(51)
6.49/6.51	s(9) =< aux(51)
6.49/6.51	aux(9) =< aux(52)
6.49/6.51	it(19) =< aux(52)
6.49/6.51	it(19) =< aux(4)
6.49/6.51	s(7) =< aux(4)
6.49/6.51	it(19) =< aux(5)
6.49/6.51	s(7) =< aux(5)
6.49/6.51	it(19) =< aux(6)
6.49/6.51	s(7) =< aux(6)
6.49/6.51	it(19) =< aux(7)
6.49/6.51	s(7) =< aux(7)
6.49/6.51	it(18) =< aux(8)
6.49/6.51	it(19) =< aux(8)
6.49/6.51	it(18) =< aux(9)
6.49/6.51	it(19) =< aux(9)
6.49/6.51	it(18) =< aux(10)
6.49/6.51	it(19) =< aux(10)
6.49/6.51	s(9) =< it(18)*(3/8)+aux(2)
6.49/6.51	s(9) =< it(18)*(3/8)+aux(1)
6.49/6.51	s(9) =< it(19)*aux(3)
6.49/6.51	
6.49/6.51	  with precondition: [B=4,C=E+2,D+10=F,D=G,C=H,27>=V__0,C>=30,V__01>=V__0,D+12>=C,C>=D+7,V__01+5*V__0+36>=0,21*D+2664>=57*C+35*V__0+7*V__01,7*D+1644>=35*V__0+19*C+7*V__01,V__01+7*C>=7*V__0+D+48,D+5*C>=5*V__0+V__01+12] 
6.49/6.51	
6.49/6.51	* Chain [[20],[17],[18,19],26]: 1*it(17)+1*it(18)+1*it(19)+1*it(20)+1*s(7)+1*s(8)+1*s(9)+1*s(16)+0
6.49/6.51	  Such that:aux(6) =< 72
6.49/6.51	it(19) =< 17/2
6.49/6.51	aux(9) =< 34/3
6.49/6.51	it(18) =< 35/4
6.49/6.51	s(9) =< 55/2
6.49/6.51	aux(1) =< 187/8
6.49/6.51	s(8) =< 407/24
6.49/6.51	aux(4) =< 619/6
6.49/6.51	aux(10) =< 641/36
6.49/6.51	aux(2) =< 4727/96
6.49/6.51	aux(5) =< 34153/216
6.49/6.51	aux(5) =< -3180*V__0-636*V__01+3069209/24
6.49/6.51	aux(7) =< -2640*V__0-528*V__01+97273
6.49/6.51	aux(4) =< -795*V__0-159*V__01+325363/12
6.49/6.51	aux(7) =< -240*V__0-48*V__01+19401/2
6.49/6.51	aux(6) =< -60*V__0-12*V__01+6341/3
6.49/6.51	aux(55) =< -30*V__0-6*V__01+2278/3
6.49/6.51	aux(9) =< -30*V__0-6*V__01+5921/6
6.49/6.51	aux(8) =< -30*V__0-6*V__01+10293/8
6.49/6.51	it(19) =< -15*V__0-3*V__01+5921/12
6.49/6.51	it(18) =< -15*V__0-3*V__01+6131/12
6.49/6.51	aux(2) =< -15*V__0-3*V__01+61153/96
6.49/6.51	aux(53) =< -5*V__0-V__01+545/12
6.49/6.51	aux(5) =< -3180/7*V__0-636/7*V__01+1012187/56
6.49/6.51	aux(4) =< -795/7*V__0-159/7*V__01+53547/14
6.49/6.51	aux(54) =< -165/7*V__0-33/7*V__01+11869/14
6.49/6.51	aux(10) =< -120/7*V__0-24/7*V__01+18979/28
6.49/6.51	aux(6) =< -60/7*V__0-12/7*V__01+2088/7
6.49/6.51	aux(9) =< -30/7*V__0-6/7*V__01+974/7
6.49/6.51	aux(55) =< -30/7*V__0-6/7*V__01+1493/14
6.49/6.51	it(19) =< -15/7*V__0-3/7*V__01+487/7
6.49/6.51	it(18) =< -15/7*V__0-3/7*V__01+1009/14
6.49/6.51	aux(53) =< -5/7*V__0-V__01/7+39/7
6.49/6.51	it(20) =< -V__0/12+V__01/12+1/12
6.49/6.51	aux(56) =< -165*V__0-33*V__01+72061/12
6.49/6.51	aux(57) =< -120*V__0-24*V__01+57553/12
6.49/6.51	aux(58) =< -30*V__0-6*V__01+11911/16
6.49/6.51	aux(59) =< -15*V__0-3*V__01+719/2
6.49/6.51	aux(60) =< -15*V__0-3*V__01+20179/32
6.49/6.51	aux(3) =< aux(56)
6.49/6.51	aux(54) =< aux(56)
6.49/6.51	aux(3) =< aux(57)
6.49/6.51	aux(10) =< aux(57)
6.49/6.51	aux(1) =< aux(58)
6.49/6.51	aux(8) =< aux(58)
6.49/6.51	aux(1) =< aux(59)
6.49/6.51	it(17) =< aux(59)
6.49/6.51	aux(2) =< aux(60)
6.49/6.51	it(17) =< aux(60)
6.49/6.51	s(8) =< aux(54)
6.49/6.51	s(16) =< aux(54)
6.49/6.51	s(9) =< aux(55)
6.49/6.51	s(16) =< aux(55)
6.49/6.51	it(19) =< aux(4)
6.49/6.51	s(7) =< aux(4)
6.49/6.51	it(19) =< aux(5)
6.49/6.51	s(7) =< aux(5)
6.49/6.51	it(19) =< aux(6)
6.49/6.51	s(7) =< aux(6)
6.49/6.51	it(19) =< aux(7)
6.49/6.51	s(7) =< aux(7)
6.49/6.51	it(18) =< aux(8)
6.49/6.51	it(19) =< aux(8)
6.49/6.51	it(18) =< aux(9)
6.49/6.51	it(19) =< aux(9)
6.49/6.51	it(18) =< aux(10)
6.49/6.51	it(19) =< aux(10)
6.49/6.51	s(9) =< it(18)*(3/8)+aux(2)
6.49/6.51	s(9) =< it(18)*(3/8)+aux(1)
6.49/6.51	s(9) =< it(19)*aux(3)
6.49/6.51	s(16) =< it(17)*aux(53)
6.49/6.51	
6.49/6.51	  with precondition: [B=3,35>=5*V__0+V__01,V__01>=2*V__0+7,V__01>=V__0] 
6.49/6.51	
6.49/6.51	* Chain [[20],[17],[18,19],25]: 1*it(17)+1*it(18)+1*it(19)+1*it(20)+1*s(7)+1*s(8)+1*s(9)+1*s(16)+0
6.49/6.51	  Such that:aux(10) =< 11
6.49/6.51	aux(6) =< 72
6.49/6.51	it(19) =< 33/4
6.49/6.51	aux(9) =< 34/3
6.49/6.51	it(18) =< 35/4
6.49/6.51	s(9) =< 55/2
6.49/6.51	aux(1) =< 187/8
6.49/6.51	s(8) =< 353/8
6.49/6.51	aux(7) =< 401/6
6.49/6.51	aux(4) =< 619/6
6.49/6.51	aux(2) =< 707/8
6.49/6.51	aux(5) =< 757/6
6.49/6.51	aux(15) =< 781/6
6.49/6.51	aux(5) =< -37275*V__0-7455*V__01+1146215
6.49/6.51	aux(61) =< -37275*V__0-7455*V__01+1190315
6.49/6.51	aux(4) =< -27825*V__0-5565*V__01+954695
6.49/6.51	aux(6) =< -2100*V__0-420*V__01+74410
6.49/6.51	aux(7) =< -2100*V__0-420*V__01+408485/6
6.49/6.51	aux(5) =< -1065*V__0-213*V__01+390361/12
6.49/6.51	aux(61) =< -1065*V__0-213*V__01+405481/12
6.49/6.51	aux(10) =< -1050*V__0-210*V__01+33530
6.49/6.51	aux(9) =< -1050*V__0-210*V__01+34755
6.49/6.51	s(9) =< -1050*V__0-210*V__01+53585/2
6.49/6.51	aux(4) =< -795*V__0-159*V__01+325363/12
6.49/6.51	aux(6) =< -60*V__0-12*V__01+6341/3
6.49/6.51	aux(7) =< -60*V__0-12*V__01+11597/6
6.49/6.51	aux(2) =< -45*V__0-9*V__01+5851/4
6.49/6.51	s(9) =< -30*V__0-6*V__01+2278/3
6.49/6.51	aux(10) =< -30*V__0-6*V__01+5711/6
6.49/6.51	aux(9) =< -30*V__0-6*V__01+5921/6
6.49/6.51	aux(1) =< -15*V__0-3*V__01+4391/12
6.49/6.51	s(8) =< -15*V__0-3*V__01+5135/12
6.49/6.51	aux(53) =< -5*V__0-V__01+545/12
6.49/6.51	aux(2) =< -1575/2*V__0-315/2*V__01+25760
6.49/6.51	s(8) =< -525/2*V__0-105/2*V__01+15085/2
6.49/6.51	it(17) =< -15/7*V__0-3/7*V__01+1009/14
6.49/6.51	aux(53) =< -5/7*V__0-V__01/7+39/7
6.49/6.51	it(20) =< -V__0/12+V__01/12+1/12
6.49/6.51	aux(63) =< -15*V__0-3*V__01+719/2
6.49/6.51	aux(64) =< -15*V__0-3*V__01+5711/12
6.49/6.51	aux(65) =< -15*V__0-3*V__01+6131/12
6.49/6.51	aux(66) =< -525/2*V__0-105/2*V__01+8995
6.49/6.51	aux(67) =< -525/2*V__0-105/2*V__01+16765/2
6.49/6.51	aux(1) =< aux(63)
6.49/6.51	it(17) =< aux(63)
6.49/6.51	aux(3) =< aux(64)
6.49/6.51	aux(62) =< aux(64)
6.49/6.51	it(19) =< aux(64)
6.49/6.51	aux(3) =< aux(65)
6.49/6.51	it(18) =< aux(65)
6.49/6.51	aux(16) =< aux(66)
6.49/6.51	it(18) =< aux(66)
6.49/6.51	aux(16) =< aux(67)
6.49/6.51	aux(62) =< aux(67)
6.49/6.51	it(19) =< aux(67)
6.49/6.51	aux(15) =< aux(61)
6.49/6.51	s(16) =< aux(61)
6.49/6.51	aux(16) =< aux(62)
6.49/6.51	s(16) =< aux(62)
6.49/6.51	aux(5) =< aux(15)
6.49/6.51	aux(8) =< aux(15)
6.49/6.51	aux(8) =< aux(16)
6.49/6.51	s(8) =< aux(16)
6.49/6.51	it(19) =< aux(4)
6.49/6.51	s(7) =< aux(4)
6.49/6.51	it(19) =< aux(5)
6.49/6.51	s(7) =< aux(5)
6.49/6.51	it(19) =< aux(6)
6.49/6.51	s(7) =< aux(6)
6.49/6.51	it(19) =< aux(7)
6.49/6.51	s(7) =< aux(7)
6.49/6.51	it(18) =< aux(8)
6.49/6.51	it(19) =< aux(8)
6.49/6.51	it(18) =< aux(9)
6.49/6.51	it(19) =< aux(9)
6.49/6.51	it(18) =< aux(10)
6.49/6.51	it(19) =< aux(10)
6.49/6.51	s(9) =< it(18)*(3/8)+aux(2)
6.49/6.51	s(9) =< it(18)*(3/8)+aux(1)
6.49/6.51	s(9) =< it(19)*aux(3)
6.49/6.51	s(16) =< it(17)*aux(53)
6.49/6.51	
6.49/6.51	  with precondition: [B=3,35>=5*V__0+V__01,V__01>=2*V__0+7,V__01>=V__0] 
6.49/6.51	
6.49/6.51	* Chain [[20],[17],[18,19],24]: 1*it(17)+1*it(18)+1*it(19)+1*it(20)+1*s(7)+1*s(8)+1*s(9)+1*s(10)+1*s(16)+0
6.49/6.51	  Such that:aux(10) =< 7
6.49/6.51	s(9) =< 21
6.49/6.51	aux(7) =< 42
6.49/6.51	aux(6) =< 72
6.49/6.51	s(10) =< 3/2
6.49/6.51	aux(68) =< 21/4
6.49/6.51	aux(9) =< 34/3
6.49/6.51	it(18) =< 35/4
6.49/6.51	s(8) =< 77/8
6.49/6.51	aux(2) =< 147/8
6.49/6.51	aux(1) =< 187/8
6.49/6.51	aux(5) =< 371/6
6.49/6.51	aux(4) =< 619/6
6.49/6.51	aux(5) =< -795*V__0-159*V__01+169123/12
6.49/6.51	aux(4) =< -795*V__0-159*V__01+325363/12
6.49/6.51	s(8) =< -165*V__0-33*V__01+35101/12
6.49/6.51	aux(7) =< -60*V__0-12*V__01+3191/3
6.49/6.51	aux(6) =< -60*V__0-12*V__01+6341/3
6.49/6.51	aux(69) =< -30*V__0-6*V__01+3191/6
6.49/6.51	aux(9) =< -30*V__0-6*V__01+5921/6
6.49/6.51	aux(22) =< -15*V__0-3*V__01+281
6.49/6.51	aux(22) =< -15*V__0-3*V__01+527/2
6.49/6.51	aux(1) =< -15*V__0-3*V__01+4391/12
6.49/6.51	it(18) =< -15*V__0-3*V__01+6131/12
6.49/6.51	aux(53) =< -5*V__0-V__01+545/12
6.49/6.51	aux(5) =< -795/7*V__0-159/7*V__01+27507/14
6.49/6.51	aux(4) =< -795/7*V__0-159/7*V__01+53547/14
6.49/6.51	s(8) =< -165/7*V__0-33/7*V__01+5709/14
6.49/6.51	aux(7) =< -60/7*V__0-12/7*V__01+1038/7
6.49/6.51	aux(6) =< -60/7*V__0-12/7*V__01+2088/7
6.49/6.51	aux(69) =< -30/7*V__0-6/7*V__01+519/7
6.49/6.51	aux(9) =< -30/7*V__0-6/7*V__01+974/7
6.49/6.51	aux(70) =< -15/7*V__0-3/7*V__01+277/7
6.49/6.51	aux(71) =< -15/7*V__0-3/7*V__01+519/14
6.49/6.51	it(18) =< -15/7*V__0-3/7*V__01+1009/14
6.49/6.51	aux(53) =< -5/7*V__0-V__01/7+39/7
6.49/6.51	it(20) =< -V__0/12+V__01/12+1/12
6.49/6.51	aux(72) =< -15*V__0-3*V__01+519/2
6.49/6.51	aux(73) =< -15*V__0-3*V__01+719/2
6.49/6.51	aux(74) =< -15*V__0-3*V__01+3191/12
6.49/6.51	aux(75) =< -15*V__0-3*V__01+3401/12
6.49/6.51	aux(2) =< aux(72)
6.49/6.51	it(17) =< aux(72)
6.49/6.51	aux(1) =< aux(73)
6.49/6.51	it(17) =< aux(73)
6.49/6.51	aux(2) =< aux(74)
6.49/6.51	aux(3) =< aux(74)
6.49/6.51	aux(71) =< aux(74)
6.49/6.51	aux(3) =< aux(75)
6.49/6.51	aux(70) =< aux(75)
6.49/6.51	aux(8) =< aux(68)
6.49/6.51	it(19) =< aux(68)
6.49/6.51	aux(10) =< aux(69)
6.49/6.51	s(9) =< aux(69)
6.49/6.51	s(16) =< aux(69)
6.49/6.51	aux(22) =< aux(70)
6.49/6.51	s(16) =< aux(70)
6.49/6.51	aux(8) =< aux(71)
6.49/6.51	it(19) =< aux(71)
6.49/6.51	it(19) =< aux(22)
6.49/6.51	s(10) =< aux(22)
6.49/6.51	it(19) =< aux(4)
6.49/6.51	s(7) =< aux(4)
6.49/6.51	it(19) =< aux(5)
6.49/6.51	s(7) =< aux(5)
6.49/6.51	it(19) =< aux(6)
6.49/6.51	s(7) =< aux(6)
6.49/6.51	it(19) =< aux(7)
6.49/6.51	s(7) =< aux(7)
6.49/6.51	it(18) =< aux(8)
6.49/6.51	it(19) =< aux(8)
6.49/6.51	it(18) =< aux(9)
6.49/6.51	it(19) =< aux(9)
6.49/6.51	it(18) =< aux(10)
6.49/6.51	it(19) =< aux(10)
6.49/6.51	s(9) =< it(18)*(3/8)+aux(2)
6.49/6.51	s(9) =< it(18)*(3/8)+aux(1)
6.49/6.51	s(9) =< it(19)*aux(3)
6.49/6.51	s(16) =< it(17)*aux(53)
6.49/6.51	
6.49/6.51	  with precondition: [B=3,35>=5*V__0+V__01,V__01>=2*V__0+7,V__01>=V__0] 
6.49/6.51	
6.49/6.51	* Chain [[20],[17],[18,19],23]: 1*it(17)+1*it(18)+1*it(19)+1*it(20)+1*s(7)+1*s(8)+1*s(9)+1*s(11)+1*s(12)+1*s(16)+0
6.49/6.51	  Such that:s(11) =< 2
6.49/6.51	s(9) =< 21
6.49/6.51	aux(7) =< 42
6.49/6.51	aux(30) =< 44
6.49/6.51	aux(6) =< 72
6.49/6.51	aux(31) =< 121
6.49/6.51	aux(76) =< 21/4
6.49/6.51	aux(9) =< 34/3
6.49/6.51	it(18) =< 35/4
6.49/6.51	s(8) =< 77/8
6.49/6.51	aux(2) =< 147/8
6.49/6.51	aux(1) =< 187/8
6.49/6.51	aux(5) =< 371/6
6.49/6.51	aux(4) =< 619/6
6.49/6.51	aux(5) =< -795*V__0-159*V__01+169123/12
6.49/6.51	aux(4) =< -795*V__0-159*V__01+325363/12
6.49/6.51	aux(31) =< -165*V__0-33*V__01+37411/12
6.49/6.51	aux(7) =< -60*V__0-12*V__01+3191/3
6.49/6.51	aux(30) =< -60*V__0-12*V__01+3401/3
6.49/6.51	aux(6) =< -60*V__0-12*V__01+6341/3
6.49/6.51	aux(10) =< -30*V__0-6*V__01+526
6.49/6.51	aux(9) =< -30*V__0-6*V__01+5921/6
6.49/6.51	it(18) =< -15*V__0-3*V__01+6131/12
6.49/6.51	aux(53) =< -10*V__0-2*V__01+85
6.49/6.51	aux(5) =< -795/7*V__0-159/7*V__01+27507/14
6.49/6.51	aux(4) =< -795/7*V__0-159/7*V__01+53547/14
6.49/6.51	aux(31) =< -165/7*V__0-33/7*V__01+3047/7
6.49/6.51	aux(77) =< -165/7*V__0-33/7*V__01+5709/14
6.49/6.51	aux(7) =< -60/7*V__0-12/7*V__01+1038/7
6.49/6.51	aux(30) =< -60/7*V__0-12/7*V__01+1108/7
6.49/6.51	aux(6) =< -60/7*V__0-12/7*V__01+2088/7
6.49/6.51	aux(78) =< -30/7*V__0-6/7*V__01+519/7
6.49/6.51	aux(9) =< -30/7*V__0-6/7*V__01+974/7
6.49/6.51	aux(79) =< -15/7*V__0-3/7*V__01+519/14
6.49/6.51	it(18) =< -15/7*V__0-3/7*V__01+1009/14
6.49/6.51	aux(53) =< -5/7*V__0-V__01/7+39/7
6.49/6.51	it(20) =< -V__0/12+V__01/12+1/12
6.49/6.51	aux(80) =< -165*V__0-33*V__01+35101/12
6.49/6.51	aux(81) =< -30*V__0-6*V__01+726
6.49/6.51	aux(82) =< -30*V__0-6*V__01+3191/6
6.49/6.51	aux(83) =< -15*V__0-3*V__01+519/2
6.49/6.51	aux(84) =< -15*V__0-3*V__01+719/2
6.49/6.51	aux(85) =< -15*V__0-3*V__01+3191/12
6.49/6.51	aux(3) =< aux(80)
6.49/6.51	aux(77) =< aux(80)
6.49/6.51	aux(1) =< aux(81)
6.49/6.51	aux(10) =< aux(81)
6.49/6.51	aux(3) =< aux(82)
6.49/6.51	aux(78) =< aux(82)
6.49/6.51	aux(2) =< aux(83)
6.49/6.51	it(17) =< aux(83)
6.49/6.51	aux(1) =< aux(84)
6.49/6.51	it(17) =< aux(84)
6.49/6.51	aux(2) =< aux(85)
6.49/6.51	aux(79) =< aux(85)
6.49/6.51	aux(8) =< aux(76)
6.49/6.51	it(19) =< aux(76)
6.49/6.51	s(8) =< aux(77)
6.49/6.51	s(16) =< aux(77)
6.49/6.51	aux(10) =< aux(78)
6.49/6.51	s(9) =< aux(78)
6.49/6.51	s(16) =< aux(78)
6.49/6.51	aux(8) =< aux(79)
6.49/6.51	it(19) =< aux(79)
6.49/6.51	aux(7) =< aux(30)
6.49/6.51	s(12) =< aux(30)
6.49/6.51	s(8) =< aux(31)
6.49/6.51	s(12) =< aux(31)
6.49/6.51	it(19) =< aux(4)
6.49/6.51	s(7) =< aux(4)
6.49/6.51	it(19) =< aux(5)
6.49/6.51	s(7) =< aux(5)
6.49/6.51	it(19) =< aux(6)
6.49/6.51	s(7) =< aux(6)
6.49/6.51	it(19) =< aux(7)
6.49/6.51	s(7) =< aux(7)
6.49/6.51	it(18) =< aux(8)
6.49/6.51	it(19) =< aux(8)
6.49/6.51	it(18) =< aux(9)
6.49/6.51	it(19) =< aux(9)
6.49/6.51	it(18) =< aux(10)
6.49/6.51	it(19) =< aux(10)
6.49/6.51	s(9) =< it(18)*(3/8)+aux(2)
6.49/6.51	s(9) =< it(18)*(3/8)+aux(1)
6.49/6.51	s(9) =< it(19)*aux(3)
6.49/6.51	s(16) =< it(17)*aux(53)
6.49/6.51	
6.49/6.51	  with precondition: [B=3,35>=5*V__0+V__01,V__01>=2*V__0+7,V__01>=V__0] 
6.49/6.51	
6.49/6.51	* Chain [[20],[17],[18,19],22]: 1*it(17)+1*it(18)+1*it(19)+1*it(20)+1*s(7)+1*s(8)+1*s(9)+1*s(13)+1*s(16)+0
6.49/6.51	  Such that:s(13) =< 2
6.49/6.51	aux(10) =< 11
6.49/6.51	aux(6) =< 72
6.49/6.51	aux(39) =< 99
6.49/6.51	it(19) =< 33/4
6.49/6.51	aux(9) =< 34/3
6.49/6.51	it(18) =< 35/4
6.49/6.51	s(9) =< 55/2
6.49/6.51	s(8) =< 137/8
6.49/6.51	aux(1) =< 187/8
6.49/6.51	aux(5) =< 595/6
6.49/6.51	aux(4) =< 619/6
6.49/6.51	aux(2) =< 707/8
6.49/6.51	aux(40) =< 781/6
6.49/6.51	aux(86) =< -4260*V__0-852*V__01+136178
6.49/6.51	aux(5) =< -3180*V__0-636*V__01+104174
6.49/6.51	aux(4) =< -3180*V__0-636*V__01+109214
6.49/6.51	aux(86) =< -1065*V__0-213*V__01+405481/12
6.49/6.51	aux(5) =< -795*V__0-159*V__01+310243/12
6.49/6.51	aux(4) =< -795*V__0-159*V__01+325363/12
6.49/6.51	s(8) =< -660*V__0-132*V__01+24458
6.49/6.51	aux(39) =< -180*V__0-36*V__01+5754
6.49/6.51	aux(2) =< -180*V__0-36*V__01+5894
6.49/6.51	s(8) =< -165*V__0-33*V__01+72901/12
6.49/6.51	aux(39) =< -90*V__0-18*V__01+5711/2
6.49/6.51	s(9) =< -60*V__0-12*V__01+1533
6.49/6.51	aux(6) =< -60*V__0-12*V__01+2128
6.49/6.51	aux(87) =< -60*V__0-12*V__01+5921/3
6.49/6.51	aux(6) =< -60*V__0-12*V__01+6341/3
6.49/6.51	aux(2) =< -45*V__0-9*V__01+5851/4
6.49/6.51	s(9) =< -30*V__0-6*V__01+2278/3
6.49/6.51	aux(10) =< -30*V__0-6*V__01+5711/6
6.49/6.51	aux(9) =< -30*V__0-6*V__01+5921/6
6.49/6.51	aux(1) =< -15*V__0-3*V__01+4391/12
6.49/6.51	aux(53) =< -5*V__0-V__01+545/12
6.49/6.51	it(17) =< -15/7*V__0-3/7*V__01+1009/14
6.49/6.51	aux(53) =< -5/7*V__0-V__01/7+39/7
6.49/6.51	it(20) =< -V__0/12+V__01/12+1/12
6.49/6.51	aux(88) =< -60*V__0-12*V__01+1918
6.49/6.51	aux(89) =< -60*V__0-12*V__01+1988
6.49/6.51	aux(90) =< -60*V__0-12*V__01+2058
6.49/6.51	aux(91) =< -15*V__0-3*V__01+719/2
6.49/6.51	aux(92) =< -15*V__0-3*V__01+5711/12
6.49/6.51	aux(93) =< -15*V__0-3*V__01+6131/12
6.49/6.51	aux(10) =< aux(88)
6.49/6.51	aux(41) =< aux(88)
6.49/6.51	it(19) =< aux(88)
6.49/6.51	aux(9) =< aux(89)
6.49/6.51	aux(87) =< aux(89)
6.49/6.51	aux(41) =< aux(90)
6.49/6.51	it(18) =< aux(90)
6.49/6.51	aux(1) =< aux(91)
6.49/6.51	it(17) =< aux(91)
6.49/6.51	aux(3) =< aux(92)
6.49/6.51	it(19) =< aux(92)
6.49/6.51	aux(3) =< aux(93)
6.49/6.51	it(18) =< aux(93)
6.49/6.51	aux(40) =< aux(86)
6.49/6.51	s(16) =< aux(86)
6.49/6.51	aux(41) =< aux(87)
6.49/6.51	s(16) =< aux(87)
6.49/6.51	aux(7) =< aux(39)
6.49/6.51	aux(8) =< aux(39)
6.49/6.51	aux(5) =< aux(40)
6.49/6.51	aux(8) =< aux(40)
6.49/6.51	aux(7) =< aux(41)
6.49/6.51	s(13) =< aux(41)
6.49/6.51	it(19) =< aux(4)
6.49/6.51	s(7) =< aux(4)
6.49/6.51	it(19) =< aux(5)
6.49/6.51	s(7) =< aux(5)
6.49/6.51	it(19) =< aux(6)
6.49/6.51	s(7) =< aux(6)
6.49/6.51	it(19) =< aux(7)
6.49/6.51	s(7) =< aux(7)
6.49/6.51	it(18) =< aux(8)
6.49/6.51	it(19) =< aux(8)
6.49/6.51	it(18) =< aux(9)
6.49/6.51	it(19) =< aux(9)
6.49/6.51	it(18) =< aux(10)
6.49/6.51	it(19) =< aux(10)
6.49/6.51	s(9) =< it(18)*(3/8)+aux(2)
6.49/6.51	s(9) =< it(18)*(3/8)+aux(1)
6.49/6.51	s(9) =< it(19)*aux(3)
6.49/6.51	s(16) =< it(17)*aux(53)
6.49/6.51	
6.49/6.51	  with precondition: [B=3,35>=5*V__0+V__01,V__01>=2*V__0+7,V__01>=V__0] 
6.49/6.51	
6.49/6.51	* Chain [[20],[17],[18,19],21]: 1*it(17)+1*it(18)+1*it(19)+1*it(20)+1*s(7)+1*s(8)+1*s(9)+1*s(16)+0
6.49/6.51	  Such that:aux(6) =< 72
6.49/6.51	it(19) =< 17/2
6.49/6.51	aux(3) =< 25/2
6.49/6.51	it(18) =< 35/4
6.49/6.51	s(9) =< 55/2
6.49/6.51	aux(1) =< 187/8
6.49/6.51	s(8) =< 407/24
6.49/6.51	aux(4) =< 619/6
6.49/6.51	s(8) =< -8745*V__0-1749*V__01+275*C+33/2*D+623623/2
6.49/6.51	aux(6) =< -3180*V__0-636*V__01+100*C+6*D+109676
6.49/6.51	aux(4) =< -1590*V__0-318*V__01+53*C+53017
6.49/6.51	aux(1) =< -795*V__0-159*V__01+25*C+3/2*D+37613/2
6.49/6.51	it(18) =< -795*V__0-159*V__01+25*C+3/2*D+52983/2
6.49/6.51	aux(4) =< -795*V__0-159*V__01+25*C+3/2*D+53053/2
6.49/6.52	aux(3) =< -795*V__0-159*V__01+25*C+3/2*D+227003/12
6.49/6.52	s(8) =< -330*V__0-66*V__01+11*C+11759
6.49/6.52	aux(53) =< -265*V__0-53*V__01+125*C+15/2*D+2422
6.49/6.52	aux(6) =< -60*V__0-12*V__01+2*C+2068
6.49/6.52	aux(7) =< -60*V__0-12*V__01+11/6*C+D/6+1475
6.49/6.52	aux(7) =< -60*V__0-12*V__01+11/6*C+D/6+1930
6.49/6.52	aux(9) =< -30*V__0-6*V__01+739
6.49/6.52	aux(9) =< -30*V__0-6*V__01+4459/6
6.49/6.52	aux(95) =< -30*V__0-6*V__01+C+964
6.49/6.52	it(18) =< -30*V__0-6*V__01+C+999
6.49/6.52	aux(94) =< -30*V__0-6*V__01+C+1473/2
6.49/6.52	aux(2) =< -30*V__0-6*V__01+15*C+20*D+384
6.49/6.52	aux(8) =< -30*V__0-6*V__01+7/6*C-D/6+1469/2
6.49/6.52	aux(53) =< -20*V__0-4*V__01+55/6*C+5/6*D+186
6.49/6.52	it(17) =< -30/7*V__0-6/7*V__01+1493/14
6.49/6.52	aux(8) =< -15/2*V__0-3/2*V__01+7/24*C-D/24+481/2
6.49/6.52	aux(2) =< -15/2*V__0-3/2*V__01+97/24*C+119/24*D+88
6.49/6.52	it(17) =< -15/7*V__0-3/7*V__01+487/7
6.49/6.52	it(20) =< -V__0/12+V__01/12+1/12
6.49/6.52	aux(96) =< -1590*V__0-318*V__01+50*C+3*D+78141/2
6.49/6.52	aux(97) =< -795*V__0-159*V__01+25*C+3/2*D+25564
6.49/6.52	aux(98) =< -30*V__0-6*V__01+C+709
6.49/6.52	aux(99) =< -30*V__0-6*V__01+C+4279/6
6.49/6.52	aux(5) =< aux(96)
6.49/6.52	aux(94) =< aux(96)
6.49/6.52	aux(5) =< aux(97)
6.49/6.52	aux(95) =< aux(97)
6.49/6.52	aux(1) =< aux(98)
6.49/6.52	aux(10) =< aux(98)
6.49/6.52	aux(3) =< aux(99)
6.49/6.52	aux(10) =< aux(99)
6.49/6.52	s(9) =< aux(94)
6.49/6.52	s(16) =< aux(94)
6.49/6.52	it(19) =< aux(95)
6.49/6.52	s(16) =< aux(95)
6.49/6.52	it(19) =< aux(4)
6.49/6.52	s(7) =< aux(4)
6.49/6.52	it(19) =< aux(5)
6.49/6.52	s(7) =< aux(5)
6.49/6.52	it(19) =< aux(6)
6.49/6.52	s(7) =< aux(6)
6.49/6.52	it(19) =< aux(7)
6.49/6.52	s(7) =< aux(7)
6.49/6.52	it(18) =< aux(8)
6.49/6.52	it(19) =< aux(8)
6.49/6.52	it(18) =< aux(9)
6.49/6.52	it(19) =< aux(9)
6.49/6.52	it(18) =< aux(10)
6.49/6.52	it(19) =< aux(10)
6.49/6.52	s(9) =< it(18)*(3/8)+aux(2)
6.49/6.52	s(9) =< it(18)*(3/8)+aux(1)
6.49/6.52	s(9) =< it(19)*aux(3)
6.49/6.52	s(16) =< it(17)*aux(53)
6.49/6.52	
6.49/6.52	  with precondition: [B=4,C=E+2,D+10=F,D=G,C=H,C>=30,7*D+972>=19*C,35>=5*V__0+V__01,V__01>=2*V__0+7,V__01>=V__0,D+12>=C,C>=D+7,21*D+2615>=57*C+35*V__0+7*V__01,7*D+14*V__01+692>=28*V__0+19*C] 
6.49/6.52	
6.49/6.52	* Chain [[20],[17],26]: 1*it(17)+1*it(20)+1*s(16)+0
6.49/6.52	  Such that:s(16) =< -25/24*V__0-5/24*V__01+35/4
6.49/6.52	aux(53) =< -5/7*V__0-V__01/7+69/7
6.49/6.52	it(20) =< -V__0/12+V__01/12+1/12
6.49/6.52	aux(100) =< -15/7*V__0-3/7*V__01+239/14
6.49/6.52	aux(101) =< -5/7*V__0-V__01/7+39/7
6.49/6.52	it(17) =< aux(100)
6.49/6.52	s(16) =< aux(100)
6.49/6.52	aux(53) =< aux(101)
6.49/6.52	it(17) =< aux(101)
6.49/6.52	s(16) =< it(17)*aux(53)
6.49/6.52	
6.49/6.52	  with precondition: [B=3,35>=5*V__0+V__01,V__01>=2*V__0+7,V__01>=V__0] 
6.49/6.52	
6.49/6.52	* Chain [[20],[17],25]: 1*it(17)+1*it(20)+1*s(16)+0
6.49/6.52	  Such that:s(16) =< -25/24*V__0-5/24*V__01+35/4
6.49/6.52	aux(53) =< -5/7*V__0-V__01/7+69/7
6.49/6.52	it(20) =< -V__0/12+V__01/12+1/12
6.49/6.52	aux(102) =< -15/7*V__0-3/7*V__01+239/14
6.49/6.52	aux(103) =< -5/7*V__0-V__01/7+39/7
6.49/6.52	it(17) =< aux(102)
6.49/6.52	s(16) =< aux(102)
6.49/6.52	aux(53) =< aux(103)
6.49/6.52	it(17) =< aux(103)
6.49/6.52	s(16) =< it(17)*aux(53)
6.49/6.52	
6.49/6.52	  with precondition: [B=3,35>=5*V__0+V__01,V__01>=2*V__0+7,V__01>=V__0] 
6.49/6.52	
6.49/6.52	* Chain [[20],[17],24]: 1*it(17)+1*it(20)+1*s(10)+1*s(16)+0
6.49/6.52	  Such that:s(10) =< 12
6.49/6.52	aux(104) =< -25/12*V__0-5/12*V__01+40
6.49/6.52	s(16) =< -25/24*V__0-5/24*V__01+35/4
6.49/6.52	aux(104) =< -15/7*V__0-3/7*V__01+277/7
6.49/6.52	aux(53) =< -5/7*V__0-V__01/7+69/7
6.49/6.52	it(20) =< -V__0/12+V__01/12+1/12
6.49/6.52	aux(105) =< -15/7*V__0-3/7*V__01+239/14
6.49/6.52	aux(106) =< -5/7*V__0-V__01/7+39/7
6.49/6.52	it(17) =< aux(105)
6.49/6.52	s(16) =< aux(105)
6.49/6.52	aux(53) =< aux(106)
6.49/6.52	it(17) =< aux(106)
6.49/6.52	s(10) =< aux(104)
6.49/6.52	s(16) =< aux(104)
6.49/6.52	s(16) =< it(17)*aux(53)
6.49/6.52	
6.49/6.52	  with precondition: [B=3,35>=5*V__0+V__01,V__01>=2*V__0+7,V__01>=V__0] 
6.49/6.52	
6.49/6.52	* Chain [[20],[17],23]: 1*it(17)+1*it(20)+1*s(11)+1*s(12)+1*s(16)+0
6.49/6.52	  Such that:aux(107) =< 15
6.49/6.52	s(11) =< 7/4
6.49/6.52	aux(108) =< -25/12*V__0-5/12*V__01+40
6.49/6.52	s(16) =< -25/24*V__0-5/24*V__01+35/4
6.49/6.52	aux(108) =< -15/7*V__0-3/7*V__01+277/7
6.49/6.52	aux(53) =< -5/7*V__0-V__01/7+69/7
6.49/6.52	it(20) =< -V__0/12+V__01/12+1/12
6.49/6.52	aux(109) =< -15/7*V__0-3/7*V__01+239/14
6.49/6.52	aux(110) =< -5/7*V__0-V__01/7+39/7
6.49/6.52	it(17) =< aux(109)
6.49/6.52	s(16) =< aux(109)
6.49/6.52	aux(53) =< aux(110)
6.49/6.52	it(17) =< aux(110)
6.49/6.52	s(11) =< aux(107)
6.49/6.52	s(12) =< aux(107)
6.49/6.52	s(12) =< aux(108)
6.49/6.52	s(16) =< aux(108)
6.49/6.52	s(16) =< it(17)*aux(53)
6.49/6.52	
6.49/6.52	  with precondition: [B=3,35>=5*V__0+V__01,V__01>=2*V__0+7,V__01>=V__0] 
6.49/6.52	
6.49/6.52	* Chain [[20],26]: 1*it(20)+0
6.49/6.52	  Such that:it(20) =< -V__0/2+15
6.49/6.52	it(20) =< -V__0/12+V__01/12+1/12
6.49/6.52	
6.49/6.52	  with precondition: [B=3,29>=V__0,V__01>=V__0] 
6.49/6.52	
6.49/6.52	* Chain [[20],25]: 1*it(20)+0
6.49/6.52	  Such that:it(20) =< -V__0/2+29/2
6.49/6.52	it(20) =< -V__0/12+V__01/12+1/12
6.49/6.52	
6.49/6.52	  with precondition: [B=3,27>=V__0,V__01>=V__0] 
6.49/6.52	
6.49/6.52	* Chain [[20],24]: 1*it(20)+1*s(10)+0
6.49/6.52	  Such that:s(10) =< 12
6.49/6.52	s(10) =< -5/12*V__0-V__01/12+8
6.49/6.52	it(20) =< -V__0/12+V__01/12+1/12
6.49/6.52	
6.49/6.52	  with precondition: [B=3,90>=5*V__0+V__01,V__01>=V__0] 
6.49/6.52	
6.49/6.52	* Chain [[20],23]: 1*it(20)+1*s(11)+1*s(12)+0
6.49/6.52	  Such that:s(11) =< 2
6.49/6.52	s(12) =< -5/12*V__0-V__01/12+8
6.49/6.52	it(20) =< -V__0/12+V__01/12+1/12
6.49/6.52	s(11) =< 5/72*V__0+V__01/72+7/6
6.49/6.52	
6.49/6.52	  with precondition: [B=3,90>=5*V__0+V__01,V__01>=V__0,V__01+5*V__0+36>=0] 
6.49/6.52	
6.49/6.52	* Chain [[20],22]: 1*it(20)+1*s(13)+0
6.49/6.52	  Such that:s(13) =< -5/6*V__0-V__01/6+29
6.49/6.52	it(20) =< -V__0/12+V__01/12+1/12
6.49/6.52	s(13) =< V__0/6+V__01/30
6.49/6.52	
6.49/6.52	  with precondition: [B=3,27>=V__0,V__01>=16,173>=5*V__0+V__01,V__01>=V__0,V__01+5*V__0>=41] 
6.49/6.52	
6.49/6.52	* Chain [[20],21]: 1*it(20)+0
6.49/6.52	  Such that:it(20) =< -V__0/2+15
6.49/6.52	it(20) =< -V__0/2+D/12+5/12*H+1/12
6.49/6.52	
6.49/6.52	  with precondition: [B=4,C=E+2,C=H,D+5*C=5*V__0+V__01,F+5*C=5*V__0+V__01+10,G+5*C=5*V__0+V__01,31>=C,C>=30,C>=V__0+2,V__01+5*V__0+12>=6*C] 
6.49/6.52	
6.49/6.52	* Chain [[18,19],26]: 1*it(18)+1*it(19)+1*s(7)+1*s(8)+1*s(9)+0
6.49/6.52	  Such that:aux(3) =< V__0-V__01+1/2
6.49/6.52	aux(5) =< -49/24*V__0-407/216*V__01+25877/216
6.49/6.52	aux(4) =< -25/9*V__0-V__01/6+1609/18
6.49/6.52	aux(6) =< -11/6*V__0-V__01/6+62
6.49/6.52	aux(8) =< -11/48*V__0-5/48*V__01+169/16
6.49/6.52	s(8) =< -7/24*V__0-V__01/6+105/8
6.49/6.52	it(18) =< -7/24*V__0+V__01/24+33/4
6.49/6.52	aux(2) =< -5/32*V__0-97/96*V__01+3115/96
6.49/6.52	aux(7) =< -4/3*V__0-4/3*V__01+81
6.49/6.52	aux(1) =< -3/8*V__0-V__01/2+111/8
6.49/6.52	s(9) =< -V__0/2-V__01/2+35/2
6.49/6.52	aux(9) =< -V__0/3+10
6.49/6.52	it(19) =< -V__0/4+15/2
6.49/6.52	s(9) =< -V__0/4-13/12*V__01+451/12
6.49/6.52	aux(10) =< -V__0/4-7/36*V__01+493/36
6.49/6.52	aux(2) =< -209/192*V__01+3055/96
6.49/6.52	aux(3) =< -V__01/2+65/12
6.49/6.52	it(19) =< aux(4)
6.49/6.52	s(7) =< aux(4)
6.49/6.52	it(19) =< aux(5)
6.49/6.52	s(7) =< aux(5)
6.49/6.52	it(19) =< aux(6)
6.49/6.52	s(7) =< aux(6)
6.49/6.52	it(19) =< aux(7)
6.49/6.52	s(7) =< aux(7)
6.49/6.52	it(18) =< aux(8)
6.49/6.52	it(19) =< aux(8)
6.49/6.52	it(18) =< aux(9)
6.49/6.52	it(19) =< aux(9)
6.49/6.52	it(18) =< aux(10)
6.49/6.52	it(19) =< aux(10)
6.49/6.52	s(9) =< it(18)*(3/8)+aux(2)
6.49/6.52	s(9) =< it(18)*(3/8)+aux(1)
6.49/6.52	s(9) =< it(19)*aux(3)
6.49/6.52	
6.49/6.52	  with precondition: [B=3,29>=V__0,V__0>=V__01+1,2*V__0>=V__01+8] 
6.49/6.52	
6.49/6.52	* Chain [[18,19],25]: 1*it(18)+1*it(19)+1*s(7)+1*s(8)+1*s(9)+0
6.49/6.52	  Such that:s(9) =< -4*V__0+116
6.49/6.52	aux(7) =< -3*V__0+87
6.49/6.52	aux(3) =< V__0-V__01+1/2
6.49/6.52	aux(5) =< -71/18*V__0+1987/18
6.49/6.52	s(8) =< -35/24*V__0+919/24
6.49/6.52	aux(2) =< -31/8*V__0+803/8
6.49/6.52	aux(2) =< -31/8*V__0+5/4*V__01+743/8
6.49/6.52	aux(4) =< -25/9*V__0-V__01/6+1609/18
6.49/6.52	aux(6) =< -11/6*V__0-V__01/6+62
6.49/6.52	aux(7) =< -11/6*V__0-V__01/6+341/6
6.49/6.52	it(18) =< -7/24*V__0+V__01/24+33/4
6.49/6.52	aux(1) =< -3/8*V__0-V__01/2+111/8
6.49/6.52	s(9) =< -V__0/2-V__01/2+35/2
6.49/6.52	s(9) =< -V__0/2-V__01/2+51/2
6.49/6.52	aux(9) =< -V__0/3+10
6.49/6.52	aux(10) =< -V__0/3+29/3
6.49/6.52	it(19) =< -V__0/4+29/4
6.49/6.52	aux(3) =< -V__01/2+65/12
6.49/6.52	aux(15) =< -71/18*V__0+2059/18
6.49/6.52	aux(16) =< -35/24*V__0+1015/24
6.49/6.52	aux(5) =< aux(15)
6.49/6.52	aux(8) =< aux(15)
6.49/6.52	aux(8) =< aux(16)
6.49/6.52	s(8) =< aux(16)
6.49/6.52	it(19) =< aux(4)
6.49/6.52	s(7) =< aux(4)
6.49/6.52	it(19) =< aux(5)
6.49/6.52	s(7) =< aux(5)
6.49/6.52	it(19) =< aux(6)
6.49/6.52	s(7) =< aux(6)
6.49/6.52	it(19) =< aux(7)
6.49/6.52	s(7) =< aux(7)
6.49/6.52	it(18) =< aux(8)
6.49/6.52	it(19) =< aux(8)
6.49/6.52	it(18) =< aux(9)
6.49/6.52	it(19) =< aux(9)
6.49/6.52	it(18) =< aux(10)
6.49/6.52	it(19) =< aux(10)
6.49/6.52	s(9) =< it(18)*(3/8)+aux(2)
6.49/6.52	s(9) =< it(18)*(3/8)+aux(1)
6.49/6.52	s(9) =< it(19)*aux(3)
6.49/6.52	
6.49/6.52	  with precondition: [B=3,26>=V__0,V__01+162>=7*V__0,V__01+42>=2*V__0,V__0>=V__01+1,2*V__0>=V__01+8] 
6.49/6.52	
6.49/6.52	* Chain [[18,19],24]: 1*it(18)+1*it(19)+1*s(7)+1*s(8)+1*s(9)+1*s(10)+0
6.49/6.52	  Such that:s(10) =< 3/2
6.49/6.52	aux(5) =< -25*V__0-3/2*V__01+459
6.49/6.52	aux(10) =< -V__0+18
6.49/6.52	aux(3) =< V__0-V__01+1/2
6.49/6.52	aux(5) =< -25/9*V__0-V__01/6+865/18
6.49/6.52	aux(4) =< -25/9*V__0-V__01/6+1609/18
6.49/6.52	aux(7) =< -11/6*V__0-V__01/6+32
6.49/6.52	aux(7) =< -11/6*V__0-V__01/6+34
6.49/6.52	aux(6) =< -11/6*V__0-V__01/6+62
6.49/6.52	s(8) =< -7/2*V__0-2*V__01+75
6.49/6.52	aux(8) =< -7/12*V__0+V__01/12+10
6.49/6.52	s(8) =< -7/24*V__0-V__01/6+139/24
6.49/6.52	aux(8) =< -7/24*V__0+V__01/24+19/4
6.49/6.52	it(18) =< -7/24*V__0+V__01/24+33/4
6.49/6.52	aux(2) =< -3/8*V__0-V__01/2+71/8
6.49/6.52	aux(1) =< -3/8*V__0-V__01/2+111/8
6.49/6.52	s(9) =< -V__0/2-V__01/2+11
6.49/6.52	s(9) =< -V__0/2-V__01/2+12
6.49/6.52	aux(9) =< -V__0/3+10
6.49/6.52	aux(10) =< -V__0/3+17/3
6.49/6.52	it(19) =< -V__0/4+17/4
6.49/6.52	aux(2) =< -11/16*V__01+59/8
6.49/6.52	aux(3) =< -V__01/2+65/12
6.49/6.52	aux(22) =< -V__0/2+9
6.49/6.52	it(19) =< aux(22)
6.49/6.52	s(10) =< aux(22)
6.49/6.52	it(19) =< aux(4)
6.49/6.52	s(7) =< aux(4)
6.49/6.52	it(19) =< aux(5)
6.49/6.52	s(7) =< aux(5)
6.49/6.52	it(19) =< aux(6)
6.49/6.52	s(7) =< aux(6)
6.49/6.52	it(19) =< aux(7)
6.49/6.52	s(7) =< aux(7)
6.49/6.52	it(18) =< aux(8)
6.49/6.52	it(19) =< aux(8)
6.49/6.52	it(18) =< aux(9)
6.49/6.52	it(19) =< aux(9)
6.49/6.52	it(18) =< aux(10)
6.49/6.52	it(19) =< aux(10)
6.49/6.52	s(9) =< it(18)*(3/8)+aux(2)
6.49/6.52	s(9) =< it(18)*(3/8)+aux(1)
6.49/6.52	s(9) =< it(19)*aux(3)
6.49/6.52	
6.49/6.52	  with precondition: [B=3,306>=19*V__01+11*V__0,7*V__01+150>=14*V__0,V__01+90>=7*V__0,V__0>=V__01+1,2*V__0>=V__01+8] 
6.49/6.52	
6.49/6.52	* Chain [[18,19],23]: 1*it(18)+1*it(19)+1*s(7)+1*s(8)+1*s(9)+1*s(11)+1*s(12)+0
6.49/6.52	  Such that:s(11) =< 2
6.49/6.52	aux(5) =< -25*V__0-3/2*V__01+459
6.49/6.52	aux(10) =< -V__0+18
6.49/6.52	aux(3) =< V__0-V__01+1/2
6.49/6.52	aux(5) =< -25/9*V__0-V__01/6+865/18
6.49/6.52	aux(4) =< -25/9*V__0-V__01/6+1609/18
6.49/6.52	aux(7) =< -11/6*V__0-V__01/6+32
6.49/6.52	aux(6) =< -11/6*V__0-V__01/6+62
6.49/6.52	aux(8) =< -7/12*V__0+V__01/12+10
6.49/6.52	s(8) =< -7/24*V__0-V__01/6+139/24
6.49/6.52	aux(8) =< -7/24*V__0+V__01/24+19/4
6.49/6.52	it(18) =< -7/24*V__0+V__01/24+33/4
6.49/6.52	aux(2) =< -3/8*V__0-V__01/2+71/8
6.49/6.52	aux(1) =< -3/8*V__0-V__01/2+111/8
6.49/6.52	it(19) =< -V__0/2+9
6.49/6.52	s(9) =< -V__0/2-V__01/2+11
6.49/6.52	s(9) =< -V__0/2-V__01/2+12
6.49/6.52	aux(9) =< -V__0/3+10
6.49/6.52	aux(10) =< -V__0/3+17/3
6.49/6.52	it(19) =< -V__0/4+17/4
6.49/6.52	aux(2) =< -11/16*V__01+59/8
6.49/6.52	aux(3) =< -V__01/2+65/12
6.49/6.52	aux(30) =< -11/6*V__0-V__01/6+34
6.49/6.52	aux(31) =< -7/2*V__0-2*V__01+75
6.49/6.52	aux(7) =< aux(30)
6.49/6.52	s(12) =< aux(30)
6.49/6.52	s(8) =< aux(31)
6.49/6.52	s(12) =< aux(31)
6.49/6.52	it(19) =< aux(4)
6.49/6.52	s(7) =< aux(4)
6.49/6.52	it(19) =< aux(5)
6.49/6.52	s(7) =< aux(5)
6.49/6.52	it(19) =< aux(6)
6.49/6.52	s(7) =< aux(6)
6.49/6.52	it(19) =< aux(7)
6.49/6.52	s(7) =< aux(7)
6.49/6.52	it(18) =< aux(8)
6.49/6.52	it(19) =< aux(8)
6.49/6.52	it(18) =< aux(9)
6.49/6.52	it(19) =< aux(9)
6.49/6.52	it(18) =< aux(10)
6.49/6.52	it(19) =< aux(10)
6.49/6.52	s(9) =< it(18)*(3/8)+aux(2)
6.49/6.52	s(9) =< it(18)*(3/8)+aux(1)
6.49/6.52	s(9) =< it(19)*aux(3)
6.49/6.52	
6.49/6.52	  with precondition: [B=3,306>=19*V__01+11*V__0,7*V__01+150>=14*V__0,V__01+90>=7*V__0,V__0>=V__01+1,2*V__0>=V__01+8] 
6.49/6.52	
6.49/6.52	* Chain [[18,19],22]: 1*it(18)+1*it(19)+1*s(7)+1*s(8)+1*s(9)+1*s(13)+0
6.49/6.52	  Such that:s(13) =< 2
6.49/6.52	s(9) =< -4*V__0+116
6.49/6.52	aux(3) =< V__0-V__01+1/2
6.49/6.52	s(8) =< -35/24*V__0+1015/24
6.49/6.52	aux(2) =< -31/8*V__0+803/8
6.49/6.52	aux(2) =< -31/8*V__0+5/4*V__01+743/8
6.49/6.52	aux(5) =< -25/9*V__0-V__01/6+1537/18
6.49/6.52	aux(4) =< -25/9*V__0-V__01/6+1609/18
6.49/6.52	aux(6) =< -11/6*V__0-V__01/6+62
6.49/6.52	s(8) =< -7/24*V__0-V__01/6+319/24
6.49/6.52	it(18) =< -7/24*V__0+V__01/24+33/4
6.49/6.52	aux(1) =< -3/8*V__0-V__01/2+111/8
6.49/6.52	s(9) =< -V__0/2-V__01/2+29
6.49/6.52	s(9) =< -V__0/2-V__01/2+35/2
6.49/6.52	aux(9) =< -V__0/3+10
6.49/6.52	aux(10) =< -V__0/3+29/3
6.49/6.52	it(19) =< -V__0/4+29/4
6.49/6.52	aux(3) =< -V__01/2+65/12
6.49/6.52	aux(39) =< -3*V__0+87
6.49/6.52	aux(40) =< -71/18*V__0+2059/18
6.49/6.52	aux(41) =< -11/6*V__0-V__01/6+58
6.49/6.52	aux(7) =< aux(39)
6.49/6.52	aux(8) =< aux(39)
6.49/6.52	aux(5) =< aux(40)
6.49/6.52	aux(8) =< aux(40)
6.49/6.52	aux(7) =< aux(41)
6.49/6.52	s(13) =< aux(41)
6.49/6.52	it(19) =< aux(4)
6.49/6.52	s(7) =< aux(4)
6.49/6.52	it(19) =< aux(5)
6.49/6.52	s(7) =< aux(5)
6.49/6.52	it(19) =< aux(6)
6.49/6.52	s(7) =< aux(6)
6.49/6.52	it(19) =< aux(7)
6.49/6.52	s(7) =< aux(7)
6.49/6.52	it(18) =< aux(8)
6.49/6.52	it(19) =< aux(8)
6.49/6.52	it(18) =< aux(9)
6.49/6.52	it(19) =< aux(9)
6.49/6.52	it(18) =< aux(10)
6.49/6.52	it(19) =< aux(10)
6.49/6.52	s(9) =< it(18)*(3/8)+aux(2)
6.49/6.52	s(9) =< it(18)*(3/8)+aux(1)
6.49/6.52	s(9) =< it(19)*aux(3)
6.49/6.52	
6.49/6.52	  with precondition: [B=3,26>=V__0,V__01+162>=7*V__0,V__01+42>=2*V__0,V__0>=V__01+1,2*V__0>=V__01+8] 
6.49/6.52	
6.49/6.52	* Chain [[18,19],21]: 1*it(18)+1*it(19)+1*s(7)+1*s(8)+1*s(9)+0
6.49/6.52	  Such that:aux(3) =< V__0-V__01+1/2
6.49/6.52	aux(4) =< -25/9*V__0-V__01/6+1609/18
6.49/6.52	aux(5) =< -25/9*V__0-V__01/6+D/6+25/9*E+50/9
6.49/6.52	aux(6) =< -11/6*V__0-V__01/6+62
6.49/6.52	aux(7) =< -11/6*V__0-V__01/6+D/6+11/6*E+11/3
6.49/6.52	s(8) =< -7/24*V__0-V__01/6+105/8
6.49/6.52	s(8) =< -7/24*V__0-V__01/6+D/6+7/24*E+7/12
6.49/6.52	it(18) =< -7/24*V__0+V__01/24+33/4
6.49/6.52	aux(8) =< -7/24*V__0+V__01/24-D/24+7/24*E+7/12
6.49/6.52	aux(1) =< -3/8*V__0-V__01/2+111/8
6.49/6.52	aux(2) =< -3/8*V__0-V__01/2+3/8*C+F/2
6.49/6.52	s(9) =< -V__0/2-V__01/2+35/2
6.49/6.52	s(9) =< -V__0/2-V__01/2+D/2+E/2+1
6.49/6.52	aux(9) =< -V__0/3+10
6.49/6.52	aux(10) =< -V__0/3+E/3+2/3
6.49/6.52	it(19) =< -V__0/4+15/2
6.49/6.52	aux(2) =< -11/8*V__01-11/8*C+3/4*G+507/8
6.49/6.52	aux(3) =< -V__01/2+65/12
6.49/6.52	it(19) =< aux(4)
6.49/6.52	s(7) =< aux(4)
6.49/6.52	it(19) =< aux(5)
6.49/6.52	s(7) =< aux(5)
6.49/6.52	it(19) =< aux(6)
6.49/6.52	s(7) =< aux(6)
6.49/6.52	it(19) =< aux(7)
6.49/6.52	s(7) =< aux(7)
6.49/6.52	it(18) =< aux(8)
6.49/6.52	it(19) =< aux(8)
6.49/6.52	it(18) =< aux(9)
6.49/6.52	it(19) =< aux(9)
6.49/6.52	it(18) =< aux(10)
6.49/6.52	it(19) =< aux(10)
6.49/6.52	s(9) =< it(18)*(3/8)+aux(2)
6.49/6.52	s(9) =< it(18)*(3/8)+aux(1)
6.49/6.52	s(9) =< it(19)*aux(3)
6.49/6.52	
6.49/6.52	  with precondition: [B=4,C=E+2,D+10=F,D=G,C=H,29>=V__0,C>=30,V__0>=V__01+1,2*V__0>=V__01+8,D+12>=C,C>=D+7,11*C+19*D+24>=19*V__01+11*V__0,7*D+832>=19*C+7*V__0+7*V__01,7*V__01+14*C>=14*V__0+2*D+78,V__01+7*C>=7*V__0+D+24,3*D+163>=3*V__01+3*C+2*V__0] 
6.49/6.52	
6.49/6.52	* Chain [[17],[18,19],26]: 1*it(17)+1*it(18)+1*it(19)+1*s(7)+1*s(8)+1*s(9)+1*s(16)+0
6.49/6.52	  Such that:aux(6) =< 72
6.49/6.52	it(19) =< 17/2
6.49/6.52	aux(9) =< 34/3
6.49/6.52	it(18) =< 35/4
6.49/6.52	s(9) =< 55/2
6.49/6.52	aux(1) =< 187/8
6.49/6.52	s(8) =< 407/24
6.49/6.52	aux(4) =< 619/6
6.49/6.52	aux(10) =< 641/36
6.49/6.52	aux(2) =< 4727/96
6.49/6.52	aux(5) =< 34153/216
6.49/6.52	aux(5) =< -424*V__0-106*V__01+143629/8
6.49/6.52	aux(4) =< -106*V__0-53/2*V__01+7589/2
6.49/6.52	aux(7) =< -32*V__0-8*V__01+1359
6.49/6.52	aux(10) =< -16*V__0-4*V__01+2693/4
6.49/6.52	aux(2) =< -14*V__0-7/2*V__01+20051/32
6.49/6.52	aux(6) =< -8*V__0-2*V__01+296
6.49/6.52	aux(1) =< -7*V__0-7/4*V__01+711/4
6.49/6.52	aux(9) =< -4*V__0-V__01+138
6.49/6.52	aux(8) =< -4*V__0-V__01+2643/16
6.49/6.52	aux(3) =< -2*V__0-V__01/2+613/12
6.49/6.52	it(19) =< -V__0-V__01/4+69/2
6.49/6.52	it(18) =< -V__0-V__01/4+143/4
6.49/6.52	aux(3) =< -V__0+V__01/2+125/12
6.49/6.52	aux(7) =< -16/3*V__0+8/3*V__01+275/3
6.49/6.52	aux(53) =< -4/7*V__0-3/14*V__01+5
6.49/6.52	aux(8) =< -2/3*V__0+V__01/3+535/48
6.49/6.52	it(17) =< -V__0/7+V__01/14+4/7
6.49/6.52	aux(53) =< -V__01/2+7
6.49/6.52	aux(54) =< -11*V__0-11/4*V__01+1683/4
6.49/6.52	aux(55) =< -4*V__0-V__01+211/2
6.49/6.52	s(8) =< aux(54)
6.49/6.52	s(16) =< aux(54)
6.49/6.52	s(9) =< aux(55)
6.49/6.52	s(16) =< aux(55)
6.49/6.52	it(19) =< aux(4)
6.49/6.52	s(7) =< aux(4)
6.49/6.52	it(19) =< aux(5)
6.49/6.52	s(7) =< aux(5)
6.49/6.52	it(19) =< aux(6)
6.49/6.52	s(7) =< aux(6)
6.49/6.52	it(19) =< aux(7)
6.49/6.52	s(7) =< aux(7)
6.49/6.52	it(18) =< aux(8)
6.49/6.52	it(19) =< aux(8)
6.49/6.52	it(18) =< aux(9)
6.49/6.52	it(19) =< aux(9)
6.49/6.52	it(18) =< aux(10)
6.49/6.52	it(19) =< aux(10)
6.49/6.52	s(9) =< it(18)*(3/8)+aux(2)
6.49/6.52	s(9) =< it(18)*(3/8)+aux(1)
6.49/6.52	s(9) =< it(19)*aux(3)
6.49/6.52	s(16) =< it(17)*aux(53)
6.49/6.52	
6.49/6.52	  with precondition: [B=3,V__01+7>=2*V__0,V__0>=V__01+1] 
6.49/6.52	
6.49/6.52	* Chain [[17],[18,19],25]: 1*it(17)+1*it(18)+1*it(19)+1*s(7)+1*s(8)+1*s(9)+1*s(16)+0
6.49/6.52	  Such that:aux(10) =< 11
6.49/6.52	aux(6) =< 72
6.49/6.52	it(19) =< 33/4
6.49/6.52	aux(9) =< 34/3
6.49/6.52	it(18) =< 35/4
6.49/6.52	s(9) =< 55/2
6.49/6.52	aux(1) =< 187/8
6.49/6.52	s(8) =< 353/8
6.49/6.52	aux(7) =< 401/6
6.49/6.52	aux(4) =< 619/6
6.49/6.52	aux(2) =< 707/8
6.49/6.52	aux(5) =< 757/6
6.49/6.52	aux(15) =< 781/6
6.49/6.52	aux(5) =< -142*V__0-71/2*V__01+9083/2
6.49/6.52	aux(4) =< -106*V__0-53/2*V__01+7589/2
6.49/6.52	aux(2) =< -21*V__0-21/4*V__01+2863/4
6.49/6.52	aux(6) =< -8*V__0-2*V__01+296
6.49/6.52	aux(7) =< -8*V__0-2*V__01+1621/6
6.49/6.52	aux(1) =< -7*V__0-7/4*V__01+711/4
6.49/6.52	s(8) =< -7*V__0-7/4*V__01+835/4
6.49/6.52	aux(10) =< -4*V__0-V__01+133
6.49/6.52	aux(9) =< -4*V__0-V__01+138
6.49/6.52	s(9) =< -4*V__0-V__01+211/2
6.49/6.52	aux(3) =< -2*V__0-V__01/2+613/12
6.49/6.52	it(19) =< -V__0-V__01/4+133/4
6.49/6.52	it(18) =< -V__0-V__01/4+143/4
6.49/6.52	aux(3) =< -V__0+V__01/2+125/12
6.49/6.52	aux(16) =< -35/12*V__0+35/24*V__01+315/8
6.49/6.52	aux(53) =< -4/7*V__0-3/14*V__01+5
6.49/6.52	it(17) =< -V__0/7+V__01/14+4/7
6.49/6.52	aux(53) =< -V__01/2+7
6.49/6.52	aux(61) =< -142*V__0-71/2*V__01+9443/2
6.49/6.52	aux(62) =< -7*V__0-7/4*V__01+931/4
6.49/6.52	aux(15) =< aux(61)
6.49/6.52	s(16) =< aux(61)
6.49/6.52	aux(16) =< aux(62)
6.49/6.52	s(16) =< aux(62)
6.49/6.52	aux(5) =< aux(15)
6.49/6.52	aux(8) =< aux(15)
6.49/6.52	aux(8) =< aux(16)
6.49/6.52	s(8) =< aux(16)
6.49/6.52	it(19) =< aux(4)
6.49/6.52	s(7) =< aux(4)
6.49/6.52	it(19) =< aux(5)
6.49/6.52	s(7) =< aux(5)
6.49/6.52	it(19) =< aux(6)
6.49/6.52	s(7) =< aux(6)
6.49/6.52	it(19) =< aux(7)
6.49/6.52	s(7) =< aux(7)
6.49/6.52	it(18) =< aux(8)
6.49/6.52	it(19) =< aux(8)
6.49/6.52	it(18) =< aux(9)
6.49/6.52	it(19) =< aux(9)
6.49/6.52	it(18) =< aux(10)
6.49/6.52	it(19) =< aux(10)
6.49/6.52	s(9) =< it(18)*(3/8)+aux(2)
6.49/6.52	s(9) =< it(18)*(3/8)+aux(1)
6.49/6.52	s(9) =< it(19)*aux(3)
6.49/6.52	s(16) =< it(17)*aux(53)
6.49/6.52	
6.49/6.52	  with precondition: [B=3,V__01+7>=2*V__0,V__0>=V__01+1] 
6.49/6.52	
6.49/6.52	* Chain [[17],[18,19],24]: 1*it(17)+1*it(18)+1*it(19)+1*s(7)+1*s(8)+1*s(9)+1*s(10)+1*s(16)+0
6.49/6.52	  Such that:aux(10) =< 7
6.49/6.52	s(9) =< 21
6.49/6.52	aux(7) =< 42
6.49/6.52	aux(6) =< 72
6.49/6.52	s(10) =< 3/2
6.49/6.52	aux(9) =< 34/3
6.49/6.52	it(18) =< 35/4
6.49/6.52	s(8) =< 77/8
6.49/6.52	aux(2) =< 147/8
6.49/6.52	aux(1) =< 187/8
6.49/6.52	aux(5) =< 371/6
6.49/6.52	aux(4) =< 619/6
6.49/6.52	aux(5) =< -106*V__0-53/2*V__01+3869/2
6.49/6.52	aux(4) =< -106*V__0-53/2*V__01+7589/2
6.49/6.52	s(8) =< -11*V__0-11/4*V__01+803/4
6.49/6.52	aux(7) =< -8*V__0-2*V__01+146
6.49/6.52	aux(6) =< -8*V__0-2*V__01+296
6.49/6.52	aux(2) =< -7*V__0-7/4*V__01+511/4
6.49/6.52	aux(1) =< -7*V__0-7/4*V__01+711/4
6.49/6.52	aux(9) =< -4*V__0-V__01+138
6.49/6.52	aux(3) =< -2*V__0-V__01/2+613/12
6.49/6.52	it(18) =< -V__0-V__01/4+143/4
6.49/6.52	aux(22) =< -V__0+V__01/2+8
6.49/6.52	aux(3) =< -V__0+V__01/2+125/12
6.49/6.52	aux(53) =< -4/7*V__0-3/14*V__01+5
6.49/6.52	it(17) =< -V__0/7+V__01/14+4/7
6.49/6.52	aux(53) =< -V__01/2+7
6.49/6.52	aux(68) =< 21/4
6.49/6.52	aux(69) =< -4*V__0-V__01+73
6.49/6.52	aux(70) =< -2*V__0-V__01/2+39
6.49/6.52	aux(71) =< -V__0-V__01/4+73/4
6.49/6.52	aux(8) =< aux(68)
6.49/6.52	it(19) =< aux(68)
6.49/6.52	aux(10) =< aux(69)
6.49/6.52	s(9) =< aux(69)
6.49/6.52	s(16) =< aux(69)
6.49/6.52	aux(22) =< aux(70)
6.49/6.52	s(16) =< aux(70)
6.49/6.52	aux(8) =< aux(71)
6.49/6.52	it(19) =< aux(71)
6.49/6.52	it(19) =< aux(22)
6.49/6.52	s(10) =< aux(22)
6.49/6.52	it(19) =< aux(4)
6.49/6.52	s(7) =< aux(4)
6.49/6.52	it(19) =< aux(5)
6.49/6.52	s(7) =< aux(5)
6.49/6.52	it(19) =< aux(6)
6.49/6.52	s(7) =< aux(6)
6.49/6.52	it(19) =< aux(7)
6.49/6.52	s(7) =< aux(7)
6.49/6.52	it(18) =< aux(8)
6.49/6.52	it(19) =< aux(8)
6.49/6.52	it(18) =< aux(9)
6.49/6.52	it(19) =< aux(9)
6.49/6.52	it(18) =< aux(10)
6.49/6.52	it(19) =< aux(10)
6.49/6.52	s(9) =< it(18)*(3/8)+aux(2)
6.49/6.52	s(9) =< it(18)*(3/8)+aux(1)
6.49/6.52	s(9) =< it(19)*aux(3)
6.49/6.52	s(16) =< it(17)*aux(53)
6.49/6.52	
6.49/6.52	  with precondition: [B=3,V__01+7>=2*V__0,V__0>=V__01+1] 
6.49/6.52	
6.49/6.52	* Chain [[17],[18,19],23]: 1*it(17)+1*it(18)+1*it(19)+1*s(7)+1*s(8)+1*s(9)+1*s(11)+1*s(12)+1*s(16)+0
6.49/6.52	  Such that:s(11) =< 2
6.49/6.52	s(9) =< 21
6.49/6.52	aux(7) =< 42
6.49/6.52	aux(30) =< 44
6.49/6.52	aux(6) =< 72
6.49/6.52	aux(31) =< 121
6.49/6.52	aux(9) =< 34/3
6.49/6.52	it(18) =< 35/4
6.49/6.52	s(8) =< 77/8
6.49/6.52	aux(2) =< 147/8
6.49/6.52	aux(1) =< 187/8
6.49/6.52	aux(5) =< 371/6
6.49/6.52	aux(4) =< 619/6
6.49/6.52	aux(5) =< -106*V__0-53/2*V__01+3869/2
6.49/6.52	aux(4) =< -106*V__0-53/2*V__01+7589/2
6.49/6.52	aux(31) =< -22*V__0-11/2*V__01+429
6.49/6.52	aux(7) =< -8*V__0-2*V__01+146
6.49/6.52	aux(30) =< -8*V__0-2*V__01+156
6.49/6.52	aux(6) =< -8*V__0-2*V__01+296
6.49/6.52	aux(2) =< -7*V__0-7/4*V__01+511/4
6.49/6.52	aux(1) =< -7*V__0-7/4*V__01+711/4
6.49/6.52	aux(9) =< -4*V__0-V__01+138
6.49/6.52	aux(3) =< -2*V__0-V__01/2+613/12
6.49/6.52	it(18) =< -V__0-V__01/4+143/4
6.49/6.52	aux(3) =< -V__0+V__01/2+125/12
6.49/6.52	aux(53) =< -4/7*V__0-3/14*V__01+5
6.49/6.52	aux(10) =< -2/3*V__0+V__01/3+5
6.49/6.52	it(17) =< -V__0/7+V__01/14+4/7
6.49/6.52	aux(53) =< -V__01/2+7
6.49/6.52	aux(76) =< 21/4
6.49/6.52	aux(77) =< -11*V__0-11/4*V__01+803/4
6.49/6.52	aux(78) =< -4*V__0-V__01+73
6.49/6.52	aux(79) =< -V__0-V__01/4+73/4
6.49/6.52	aux(8) =< aux(76)
6.49/6.52	it(19) =< aux(76)
6.49/6.52	s(8) =< aux(77)
6.49/6.52	s(16) =< aux(77)
6.49/6.52	aux(10) =< aux(78)
6.49/6.52	s(9) =< aux(78)
6.49/6.52	s(16) =< aux(78)
6.49/6.52	aux(8) =< aux(79)
6.49/6.52	it(19) =< aux(79)
6.49/6.52	aux(7) =< aux(30)
6.49/6.52	s(12) =< aux(30)
6.49/6.52	s(8) =< aux(31)
6.49/6.52	s(12) =< aux(31)
6.49/6.52	it(19) =< aux(4)
6.49/6.52	s(7) =< aux(4)
6.49/6.52	it(19) =< aux(5)
6.49/6.52	s(7) =< aux(5)
6.49/6.52	it(19) =< aux(6)
6.49/6.52	s(7) =< aux(6)
6.49/6.52	it(19) =< aux(7)
6.49/6.52	s(7) =< aux(7)
6.49/6.52	it(18) =< aux(8)
6.49/6.52	it(19) =< aux(8)
6.49/6.52	it(18) =< aux(9)
6.49/6.52	it(19) =< aux(9)
6.49/6.52	it(18) =< aux(10)
6.49/6.52	it(19) =< aux(10)
6.49/6.52	s(9) =< it(18)*(3/8)+aux(2)
6.49/6.52	s(9) =< it(18)*(3/8)+aux(1)
6.49/6.52	s(9) =< it(19)*aux(3)
6.49/6.52	s(16) =< it(17)*aux(53)
6.49/6.52	
6.49/6.52	  with precondition: [B=3,V__01+7>=2*V__0,V__0>=V__01+1] 
6.49/6.52	
6.49/6.52	* Chain [[17],[18,19],22]: 1*it(17)+1*it(18)+1*it(19)+1*s(7)+1*s(8)+1*s(9)+1*s(13)+1*s(16)+0
6.49/6.52	  Such that:s(13) =< 2
6.49/6.52	aux(10) =< 11
6.49/6.52	aux(6) =< 72
6.49/6.52	aux(39) =< 99
6.49/6.52	it(19) =< 33/4
6.49/6.52	aux(9) =< 34/3
6.49/6.52	it(18) =< 35/4
6.49/6.52	s(9) =< 55/2
6.49/6.52	s(8) =< 137/8
6.49/6.52	aux(1) =< 187/8
6.49/6.52	aux(5) =< 595/6
6.49/6.52	aux(4) =< 619/6
6.49/6.52	aux(2) =< 707/8
6.49/6.52	aux(40) =< 781/6
6.49/6.52	aux(5) =< -106*V__0-53/2*V__01+7229/2
6.49/6.52	aux(4) =< -106*V__0-53/2*V__01+7589/2
6.49/6.52	aux(2) =< -21*V__0-21/4*V__01+2863/4
6.49/6.52	aux(39) =< -12*V__0-3*V__01+399
6.49/6.52	s(8) =< -11*V__0-11/4*V__01+1703/4
6.49/6.52	aux(6) =< -8*V__0-2*V__01+296
6.49/6.52	aux(1) =< -7*V__0-7/4*V__01+711/4
6.49/6.52	aux(10) =< -4*V__0-V__01+133
6.49/6.52	aux(9) =< -4*V__0-V__01+138
6.49/6.52	s(9) =< -4*V__0-V__01+211/2
6.49/6.52	aux(41) =< -4*V__0+2*V__01+56
6.49/6.52	aux(3) =< -2*V__0-V__01/2+613/12
6.49/6.52	it(19) =< -V__0-V__01/4+133/4
6.49/6.52	it(18) =< -V__0-V__01/4+143/4
6.49/6.52	aux(3) =< -V__0+V__01/2+125/12
6.49/6.52	aux(53) =< -4/7*V__0-3/14*V__01+5
6.49/6.52	it(17) =< -V__0/7+V__01/14+4/7
6.49/6.52	aux(53) =< -V__01/2+7
6.49/6.52	aux(86) =< -142*V__0-71/2*V__01+9443/2
6.49/6.52	aux(87) =< -8*V__0-2*V__01+276
6.49/6.52	aux(40) =< aux(86)
6.49/6.52	s(16) =< aux(86)
6.49/6.52	aux(41) =< aux(87)
6.49/6.52	s(16) =< aux(87)
6.49/6.52	aux(7) =< aux(39)
6.49/6.52	aux(8) =< aux(39)
6.49/6.52	aux(5) =< aux(40)
6.49/6.52	aux(8) =< aux(40)
6.49/6.52	aux(7) =< aux(41)
6.49/6.52	s(13) =< aux(41)
6.49/6.52	it(19) =< aux(4)
6.49/6.52	s(7) =< aux(4)
6.49/6.52	it(19) =< aux(5)
6.49/6.52	s(7) =< aux(5)
6.49/6.52	it(19) =< aux(6)
6.49/6.52	s(7) =< aux(6)
6.49/6.52	it(19) =< aux(7)
6.49/6.52	s(7) =< aux(7)
6.49/6.52	it(18) =< aux(8)
6.49/6.52	it(19) =< aux(8)
6.49/6.52	it(18) =< aux(9)
6.49/6.52	it(19) =< aux(9)
6.49/6.52	it(18) =< aux(10)
6.49/6.52	it(19) =< aux(10)
6.49/6.52	s(9) =< it(18)*(3/8)+aux(2)
6.49/6.52	s(9) =< it(18)*(3/8)+aux(1)
6.49/6.52	s(9) =< it(19)*aux(3)
6.49/6.52	s(16) =< it(17)*aux(53)
6.49/6.52	
6.49/6.52	  with precondition: [B=3,V__01+7>=2*V__0,V__0>=V__01+1] 
6.49/6.52	
6.49/6.52	* Chain [[17],[18,19],21]: 1*it(17)+1*it(18)+1*it(19)+1*s(7)+1*s(8)+1*s(9)+1*s(16)+0
6.49/6.52	  Such that:aux(6) =< 72
6.49/6.52	it(19) =< 17/2
6.49/6.52	aux(3) =< 25/2
6.49/6.52	it(18) =< 35/4
6.49/6.52	s(9) =< 55/2
6.49/6.52	aux(1) =< 187/8
6.49/6.52	s(8) =< 407/24
6.49/6.52	aux(4) =< 619/6
6.49/6.52	aux(4) =< -106*V__0-53/2*V__01+7589/2
6.49/6.52	aux(5) =< -106*V__0-53/2*V__01+125*E+15/2*F
6.49/6.52	s(8) =< -11*V__0-11/4*V__01+1683/4
6.49/6.52	aux(2) =< -11*V__0-11/4*V__01-55/4*E+15/2*F+2653/4
6.49/6.52	aux(6) =< -8*V__0-2*V__01+296
6.49/6.52	aux(7) =< -8*V__0-2*V__01+55/6*E+5/6*F
6.49/6.52	aux(1) =< -7*V__0-7/4*V__01+711/4
6.49/6.52	aux(2) =< -7*V__0-7/4*V__01+15/4*E+5*F+93/2
6.49/6.52	aux(9) =< -4*V__0-V__01+138
6.49/6.52	aux(10) =< -4*V__0-V__01+5*E
6.49/6.52	aux(7) =< -4*V__0+2*V__01+11/6*E+F/6
6.49/6.52	aux(3) =< -2*V__0-V__01/2+613/12
6.49/6.52	it(18) =< -V__0-V__01/4+143/4
6.49/6.52	aux(8) =< -V__0-V__01/4+35/24*E-5/24*F
6.49/6.52	aux(5) =< -53/9*V__0+53/18*V__01+25/9*E+F/6
6.49/6.52	aux(53) =< -4/7*V__0-3/14*V__01+5
6.49/6.52	aux(9) =< -2/3*V__0+V__01/3+28/3
6.49/6.52	aux(10) =< -2/3*V__0+V__01/3+E/3
6.49/6.52	aux(8) =< -V__0/2+V__01/4+7/24*E-F/24
6.49/6.52	it(17) =< -V__0/7+V__01/14+4/7
6.49/6.52	aux(53) =< -V__01/2+7
6.49/6.52	aux(94) =< -4*V__0-V__01+211/2
6.49/6.52	aux(95) =< -V__0-V__01/4+69/2
6.49/6.52	s(9) =< aux(94)
6.49/6.52	s(16) =< aux(94)
6.49/6.52	it(19) =< aux(95)
6.49/6.52	s(16) =< aux(95)
6.49/6.52	it(19) =< aux(4)
6.49/6.52	s(7) =< aux(4)
6.49/6.52	it(19) =< aux(5)
6.49/6.52	s(7) =< aux(5)
6.49/6.52	it(19) =< aux(6)
6.49/6.52	s(7) =< aux(6)
6.49/6.52	it(19) =< aux(7)
6.49/6.52	s(7) =< aux(7)
6.49/6.52	it(18) =< aux(8)
6.49/6.52	it(19) =< aux(8)
6.49/6.52	it(18) =< aux(9)
6.49/6.52	it(19) =< aux(9)
6.49/6.52	it(18) =< aux(10)
6.49/6.52	it(19) =< aux(10)
6.49/6.52	s(9) =< it(18)*(3/8)+aux(2)
6.49/6.52	s(9) =< it(18)*(3/8)+aux(1)
6.49/6.52	s(9) =< it(19)*aux(3)
6.49/6.52	s(16) =< it(17)*aux(53)
6.49/6.52	
6.49/6.52	  with precondition: [B=4,C=E+2,D+10=F,D=G,C=H,C>=30,7*D+972>=19*C,V__01+7>=2*V__0,V__0>=V__01+1,D+12>=C,C>=D+7,7*D+14*V__01+888>=28*V__0+19*C] 
6.49/6.52	
6.49/6.52	* Chain [[17],26]: 1*it(17)+1*s(16)+0
6.49/6.52	  Such that:s(16) =< -V__0-V__01/4+33/4
6.49/6.52	aux(53) =< -4/7*V__0-3/14*V__01+5
6.49/6.52	it(17) =< -V__0/7+V__01/14+4/7
6.49/6.52	aux(53) =< -V__01/2+7
6.49/6.52	s(16) =< it(17)*aux(53)
6.49/6.52	
6.49/6.52	  with precondition: [B=3,V__01+7>=2*V__0,V__0>=V__01+1] 
6.49/6.52	
6.49/6.52	* Chain [[17],25]: 1*it(17)+1*s(16)+0
6.49/6.52	  Such that:s(16) =< -V__0-V__01/4+33/4
6.49/6.52	aux(53) =< -4/7*V__0-3/14*V__01+5
6.49/6.52	it(17) =< -V__0/7+V__01/14+4/7
6.49/6.52	aux(53) =< -V__01/2+7
6.49/6.52	s(16) =< it(17)*aux(53)
6.49/6.52	
6.49/6.52	  with precondition: [B=3,V__01+7>=2*V__0,V__0>=V__01+1] 
6.49/6.52	
6.49/6.52	* Chain [[17],24]: 1*it(17)+1*s(10)+1*s(16)+0
6.49/6.52	  Such that:s(10) =< 12
6.49/6.52	s(16) =< -V__0-V__01/4+33/4
6.49/6.52	it(17) =< -V__0+V__01/2+15
6.49/6.52	aux(53) =< -4/7*V__0-3/14*V__01+5
6.49/6.52	it(17) =< -V__0/7+V__01/14+4/7
6.49/6.52	aux(53) =< -V__01/2+7
6.49/6.52	aux(104) =< -2*V__0-V__01/2+39
6.49/6.52	s(10) =< aux(104)
6.49/6.52	s(16) =< aux(104)
6.49/6.52	s(16) =< it(17)*aux(53)
6.49/6.52	
6.49/6.52	  with precondition: [B=3,V__01+7>=2*V__0,V__0>=V__01+1] 
6.49/6.52	
6.49/6.52	* Chain [[17],23]: 1*it(17)+1*s(11)+1*s(12)+1*s(16)+0
6.49/6.52	  Such that:s(11) =< 7/4
6.49/6.52	s(16) =< -V__0-V__01/4+33/4
6.49/6.52	aux(53) =< -4/7*V__0-3/14*V__01+5
6.49/6.52	it(17) =< -V__0/7+V__01/14+4/7
6.49/6.52	aux(53) =< -V__01/2+7
6.49/6.52	aux(107) =< 15
6.49/6.52	aux(108) =< -2*V__0-V__01/2+39
6.49/6.52	s(11) =< aux(107)
6.49/6.52	s(12) =< aux(107)
6.49/6.52	s(12) =< aux(108)
6.49/6.52	s(16) =< aux(108)
6.49/6.52	s(16) =< it(17)*aux(53)
6.49/6.52	
6.49/6.52	  with precondition: [B=3,V__01+7>=2*V__0,V__0>=V__01+1] 
6.49/6.52	
6.49/6.52	* Chain [26]: 0
6.49/6.52	  with precondition: [B=3] 
6.49/6.52	
6.49/6.52	* Chain [25]: 0
6.49/6.52	  with precondition: [B=3,29>=V__0] 
6.49/6.52	
6.49/6.52	* Chain [24]: 1*s(10)+0
6.49/6.52	  Such that:s(10) =< V__0-V__01
6.49/6.52	s(10) =< -V__01/2+3
6.49/6.52	
6.49/6.52	  with precondition: [B=3,29>=V__0,5>=V__01,V__0>=V__01+1] 
6.49/6.52	
6.49/6.52	* Chain [23]: 1*s(11)+1*s(12)+0
6.49/6.52	  Such that:s(11) =< V__0/6-V__01/6
6.49/6.52	s(11) =< V__0/6-V__01/12
6.49/6.52	s(12) =< -V__01/2+3
6.49/6.52	
6.49/6.52	  with precondition: [B=3,29>=V__0,5>=V__01,V__0>=V__01+2,2*V__0>=V__01+8] 
6.49/6.52	
6.49/6.52	* Chain [22]: 1*s(13)+0
6.49/6.52	  Such that:s(13) =< V__0/6-V__01/6
6.49/6.52	
6.49/6.52	  with precondition: [B=3,29>=V__0,V__01>=6,V__0>=V__01+1] 
6.49/6.52	
6.49/6.52	* Chain [21]: 0
6.49/6.52	  with precondition: [B=4,D=V__01,E=V__1,F=V__12,G=V_10,H=V_9,V__0=C,V__0>=30] 
6.49/6.52	
6.49/6.52	
6.49/6.52	#### Cost of chains of eval_complex_bb1_in_loop_cont(A,B,C,D,E,F,G,H,I,J):
6.49/6.52	* Chain [28]: 0
6.49/6.52	  with precondition: [A=3] 
6.49/6.52	
6.49/6.52	* Chain [27]: 0
6.49/6.52	  with precondition: [A=4] 
6.49/6.52	
6.49/6.52	
6.49/6.52	#### Cost of chains of eval_complex_6(V__0,V__01,V__1,V__12,V_10,V_9,V_a,V_b,B):
6.49/6.52	* Chain [48]: 0
6.49/6.52	  with precondition: [] 
6.49/6.52	
6.49/6.52	* Chain [47]: 0
6.49/6.52	  with precondition: [29>=V_a] 
6.49/6.52	
6.49/6.52	* Chain [46]: 1*s(499)+0
6.49/6.52	  Such that:s(499) =< V_a-V_b
6.49/6.52	s(499) =< -V_b/2+3
6.49/6.52	
6.49/6.52	  with precondition: [29>=V_a,5>=V_b,V_a>=V_b+1] 
6.49/6.52	
6.49/6.52	* Chain [45]: 1*s(500)+1*s(501)+0
6.49/6.52	  Such that:s(500) =< V_a/6-V_b/6
6.49/6.52	s(500) =< V_a/6-V_b/12
6.49/6.52	s(501) =< -V_b/2+3
6.49/6.52	
6.49/6.52	  with precondition: [29>=V_a,5>=V_b,V_a>=V_b+2,2*V_a>=V_b+8] 
6.49/6.52	
6.49/6.52	* Chain [44]: 1*s(502)+0
6.49/6.52	  Such that:s(502) =< V_a/6-V_b/6
6.49/6.52	
6.49/6.52	  with precondition: [29>=V_a,V_b>=6,V_a>=V_b+1] 
6.49/6.52	
6.49/6.52	* Chain [43]: 1*s(503)+0
6.49/6.52	  Such that:s(503) =< -V_a/2+15
6.49/6.52	s(503) =< -V_a/12+V_b/12+1/12
6.49/6.52	
6.49/6.52	  with precondition: [29>=V_a,V_b>=V_a] 
6.49/6.52	
6.49/6.52	* Chain [42]: 1*s(504)+0
6.49/6.52	  Such that:s(504) =< -V_a/2+15
6.49/6.52	s(504) =< -V_a/12+V_b/12+1/12
6.49/6.52	
6.49/6.52	  with precondition: [29>=V_a,V_b>=V_a,V_b+5*V_a>=168] 
6.49/6.52	
6.49/6.52	* Chain [41]: 2*s(510)+1*s(511)+1*s(515)+1*s(517)+1*s(519)+1*s(526)+1*s(530)+1*s(533)+1*s(534)+0
6.49/6.52	  Such that:s(524) =< -3*V_a-4/3*V_b+388/3
6.49/6.52	s(522) =< -971/216*V_a-407/216*V_b+4583/24
6.49/6.52	s(529) =< -85/96*V_a-97/96*V_b+1875/32
6.49/6.52	s(506) =< -49/24*V_a-407/216*V_b+25877/216
6.49/6.52	s(529) =< -35/48*V_a-97/96*V_b+1315/24
6.49/6.52	s(532) =< -19/36*V_a-7/36*V_b+87/4
6.49/6.52	s(530) =< -13/12*V_a-13/12*V_b+247/4
6.49/6.52	s(509) =< -11/48*V_a-5/48*V_b+169/16
6.49/6.52	s(527) =< -7/16*V_a-5/48*V_b+797/48
6.49/6.52	s(512) =< -5/32*V_a-97/96*V_b+3115/96
6.49/6.52	s(513) =< -4/3*V_a-4/3*V_b+81
6.49/6.52	s(515) =< -V_a/4-13/12*V_b+451/12
6.49/6.52	s(518) =< -V_a/4-7/36*V_b+493/36
6.49/6.52	s(512) =< -209/192*V_b+3055/96
6.49/6.52	s(529) =< -11/8*V_b+315/8
6.49/6.52	aux(275) =< V_a-V_b+1/2
6.49/6.52	aux(276) =< -25/9*V_a-V_b/6+1609/18
6.49/6.52	aux(277) =< -11/6*V_a-V_b/6+62
6.49/6.52	aux(278) =< -7/24*V_a-V_b/6+105/8
6.49/6.52	aux(279) =< -7/24*V_a+V_b/24+33/4
6.49/6.52	aux(280) =< -3/8*V_a-V_b/2+111/8
6.49/6.52	aux(281) =< -V_a/2-V_b/2+35/2
6.49/6.52	aux(282) =< -V_a/3+10
6.49/6.52	aux(283) =< -V_a/4+15/2
6.49/6.52	aux(284) =< -V_b+17
6.49/6.52	aux(285) =< -11/16*V_b+99/8
6.49/6.52	aux(286) =< -5/48*V_b+85/12
6.49/6.52	aux(287) =< -V_b/2+65/12
6.49/6.52	s(505) =< aux(275)
6.49/6.52	s(510) =< aux(278)
6.49/6.52	s(511) =< aux(279)
6.49/6.52	s(526) =< aux(279)
6.49/6.52	s(514) =< aux(280)
6.49/6.52	s(515) =< aux(281)
6.49/6.52	s(530) =< aux(281)
6.49/6.52	s(517) =< aux(283)
6.49/6.52	s(533) =< aux(283)
6.49/6.52	s(515) =< aux(284)
6.49/6.52	s(530) =< aux(284)
6.49/6.52	s(514) =< aux(285)
6.49/6.52	s(511) =< aux(286)
6.49/6.52	s(526) =< aux(286)
6.49/6.52	s(505) =< aux(287)
6.49/6.52	s(533) =< aux(276)
6.49/6.52	s(534) =< aux(276)
6.49/6.52	s(533) =< s(522)
6.49/6.52	s(534) =< s(522)
6.49/6.52	s(533) =< aux(277)
6.49/6.52	s(534) =< aux(277)
6.49/6.52	s(533) =< s(524)
6.49/6.52	s(534) =< s(524)
6.49/6.52	s(526) =< s(527)
6.49/6.52	s(533) =< s(527)
6.49/6.52	s(526) =< aux(282)
6.49/6.52	s(533) =< aux(282)
6.49/6.52	s(526) =< s(532)
6.49/6.52	s(533) =< s(532)
6.49/6.52	s(530) =< s(526)*(3/8)+s(529)
6.49/6.52	s(530) =< s(526)*(3/8)+s(514)
6.49/6.52	s(530) =< s(533)*s(505)
6.49/6.52	s(517) =< aux(276)
6.49/6.52	s(519) =< aux(276)
6.49/6.52	s(517) =< s(506)
6.49/6.52	s(519) =< s(506)
6.49/6.52	s(517) =< aux(277)
6.49/6.52	s(519) =< aux(277)
6.49/6.52	s(517) =< s(513)
6.49/6.52	s(519) =< s(513)
6.49/6.52	s(511) =< s(509)
6.49/6.52	s(517) =< s(509)
6.49/6.52	s(511) =< aux(282)
6.49/6.52	s(517) =< aux(282)
6.49/6.52	s(511) =< s(518)
6.49/6.52	s(517) =< s(518)
6.49/6.52	s(515) =< s(511)*(3/8)+s(512)
6.49/6.52	s(515) =< s(511)*(3/8)+s(514)
6.49/6.52	s(515) =< s(517)*s(505)
6.49/6.52	
6.49/6.52	  with precondition: [29>=V_a,V_a>=V_b+1,2*V_a>=V_b+8] 
6.49/6.52	
6.49/6.52	* Chain [40]: 1*s(535)+1*s(536)+0
6.49/6.52	  Such that:s(535) =< -5/6*V_a-V_b/6+29
6.49/6.52	s(536) =< -V_a/12+V_b/12+1/12
6.49/6.52	s(535) =< V_a/6+V_b/30
6.49/6.52	
6.49/6.52	  with precondition: [27>=V_a,V_b>=16,173>=5*V_a+V_b,V_b>=V_a,V_b+5*V_a>=41] 
6.49/6.52	
6.49/6.52	* Chain [39]: 1*s(539)+1*s(540)+1*s(544)+2*s(550)+1*s(555)+1*s(556)+1*s(562)+1*s(563)+1*s(566)+1*s(578)+1*s(579)+0
6.49/6.52	  Such that:s(537) =< 25/2
6.49/6.52	s(543) =< 20237/96
6.49/6.52	s(568) =< -265*V_a-53*V_b+19343/2
6.49/6.52	s(538) =< -20*V_a-4*V_b+723
6.49/6.52	s(540) =< -5*V_a-V_b+705/4
6.49/6.52	s(560) =< -42955/72*V_a-8591/72*V_b+538831/24
6.49/6.52	s(560) =< -20035/24*V_a-4007/24*V_b+724051/24
6.49/6.52	s(551) =< -7315/24*V_a-1463/24*V_b+46705/4
6.49/6.52	s(571) =< -5455/36*V_a-1091/36*V_b+66511/12
6.49/6.52	s(569) =< -3445/6*V_a-689/6*V_b+22125
6.49/6.52	s(572) =< -3055/12*V_a-611/12*V_b+38775/4
6.49/6.52	s(571) =< -2635/12*V_a-527/12*V_b+92971/12
6.49/6.52	s(569) =< -2385/2*V_a-477/2*V_b+42159
6.49/6.52	s(560) =< -2345/192*V_a-469/192*V_b+81065/192
6.49/6.52	s(572) =< -2115/4*V_a-423/4*V_b+74307/4
6.49/6.52	s(541) =< -2035/8*V_a-407/8*V_b+73697/8
6.49/6.52	s(560) =< -1295/192*V_a-259/192*V_b+47045/192
6.49/6.52	s(552) =< -1045/4*V_a-209/4*V_b+9365
6.49/6.52	s(543) =< -485/96*V_a-97/96*V_b+16745/96
6.49/6.52	s(560) =< -365/48*V_a-61/48*V_b+12155/48
6.49/6.52	s(560) =< -355/48*V_a-71/48*V_b+12265/48
6.49/6.52	s(558) =< -325/36*V_a-65/36*V_b+1375/4
6.49/6.52	s(544) =< -235/24*V_a-47/24*V_b+737/2
6.49/6.52	s(557) =< -185/36*V_a-37/36*V_b+2285/12
6.49/6.52	s(542) =< -155/12*V_a-31/12*V_b+5753/12
6.49/6.52	s(545) =< -145/24*V_a-29/24*V_b+461/2
6.49/6.52	s(574) =< -125/36*V_a-25/36*V_b+1517/12
6.49/6.52	s(563) =< -95/36*V_a-19/36*V_b+1193/12
6.49/6.52	s(557) =< -85/12*V_a-17/12*V_b+3041/12
6.49/6.52	s(558) =< -75/4*V_a-15/4*V_b+2635/4
6.49/6.52	s(544) =< -65/4*V_a-13/4*V_b+2311/4
6.49/6.52	s(559) =< -65/12*V_a-13/12*V_b+825/4
6.49/6.52	s(574) =< -65/12*V_a-13/12*V_b+2273/12
6.49/6.52	s(565) =< -65/18*V_a-13/18*V_b+275/2
6.49/6.52	s(547) =< -55/3*V_a-11/3*V_b+1375/2
6.49/6.52	s(559) =< -45/4*V_a-9/4*V_b+1581/4
6.49/6.52	s(538) =< -40/3*V_a-8/3*V_b+507
6.49/6.52	s(545) =< -35/4*V_a-7/4*V_b+1273/4
6.49/6.52	s(543) =< -35/36*V_a-7/36*V_b+4055/96
6.49/6.52	s(548) =< -25/6*V_a-5/6*V_b+309/2
6.49/6.52	s(546) =< -25/8*V_a-5/8*V_b+927/8
6.49/6.52	s(562) =< -20/3*V_a-4/3*V_b+235
6.49/6.52	s(565) =< -15/2*V_a-3/2*V_b+527/2
6.49/6.52	aux(288) =< 55/2
6.49/6.52	aux(289) =< 161/12
6.49/6.52	aux(290) =< 187/2
6.49/6.52	aux(291) =< 187/8
6.49/6.52	aux(292) =< 1151/12
6.49/6.52	aux(293) =< -5*V_a-V_b+361/2
6.49/6.52	aux(294) =< -35/48*V_a-7/48*V_b+145/8
6.49/6.52	aux(295) =< -5/2*V_a-V_b/2+151/2
6.49/6.52	aux(296) =< -5/2*V_a-V_b/2+199/2
6.49/6.52	aux(297) =< -5/2*V_a-V_b/2+935/12
6.49/6.52	aux(298) =< -5/6*V_a-V_b/6+43/2
6.49/6.52	aux(299) =< -5/12*V_a-V_b/12+125/12
6.49/6.52	aux(300) =< -V_a/12+V_b/12+1/12
6.49/6.52	s(544) =< aux(288)
6.49/6.52	s(566) =< aux(288)
6.49/6.52	s(537) =< aux(289)
6.49/6.52	s(564) =< aux(289)
6.49/6.52	s(553) =< aux(290)
6.49/6.52	s(549) =< aux(291)
6.49/6.52	s(537) =< aux(292)
6.49/6.52	s(564) =< aux(292)
6.49/6.52	s(539) =< aux(293)
6.49/6.52	s(549) =< aux(294)
6.49/6.52	s(553) =< aux(295)
6.49/6.52	s(563) =< aux(296)
6.49/6.52	s(537) =< aux(297)
6.49/6.52	s(564) =< aux(297)
6.49/6.52	s(544) =< aux(298)
6.49/6.52	s(566) =< aux(298)
6.49/6.52	s(537) =< aux(299)
6.49/6.52	s(564) =< aux(299)
6.49/6.52	s(550) =< aux(300)
6.49/6.52	s(543) =< s(551)
6.49/6.52	s(555) =< s(551)
6.49/6.52	s(543) =< s(552)
6.49/6.52	s(539) =< s(552)
6.49/6.52	s(549) =< s(553)
6.49/6.52	s(544) =< s(553)
6.49/6.52	s(537) =< aux(296)
6.49/6.52	s(555) =< aux(296)
6.49/6.52	s(539) =< s(542)
6.49/6.52	s(556) =< s(542)
6.49/6.52	s(539) =< s(541)
6.49/6.52	s(556) =< s(541)
6.49/6.52	s(539) =< s(547)
6.49/6.52	s(556) =< s(547)
6.49/6.52	s(539) =< s(538)
6.49/6.52	s(556) =< s(538)
6.49/6.52	s(555) =< s(546)
6.49/6.52	s(539) =< s(546)
6.49/6.52	s(555) =< s(548)
6.49/6.52	s(539) =< s(548)
6.49/6.52	s(555) =< s(545)
6.49/6.52	s(539) =< s(545)
6.49/6.52	s(544) =< s(555)*(3/8)+s(543)
6.49/6.52	s(544) =< s(555)*(3/8)+s(549)
6.49/6.52	s(544) =< s(539)*s(537)
6.49/6.52	s(564) =< s(568)
6.49/6.52	s(575) =< s(568)
6.49/6.52	s(564) =< s(569)
6.49/6.52	s(576) =< s(569)
6.49/6.52	s(577) =< aux(293)
6.49/6.52	s(578) =< aux(293)
6.49/6.52	s(575) =< s(571)
6.49/6.52	s(566) =< s(571)
6.49/6.52	s(576) =< s(572)
6.49/6.52	s(566) =< s(572)
6.49/6.52	s(566) =< s(553)
6.49/6.52	s(577) =< s(574)
6.49/6.52	s(578) =< s(574)
6.49/6.52	s(578) =< s(575)
6.49/6.52	s(579) =< s(575)
6.49/6.52	s(578) =< s(576)
6.49/6.52	s(579) =< s(576)
6.49/6.52	s(578) =< s(557)
6.49/6.52	s(579) =< s(557)
6.49/6.52	s(578) =< s(558)
6.49/6.52	s(579) =< s(558)
6.49/6.52	s(563) =< s(565)
6.49/6.52	s(578) =< s(565)
6.49/6.52	s(563) =< s(577)
6.49/6.52	s(578) =< s(577)
6.49/6.52	s(563) =< s(559)
6.49/6.52	s(578) =< s(559)
6.49/6.52	s(566) =< s(563)*(3/8)+s(560)
6.49/6.52	s(566) =< s(563)*(3/8)+s(549)
6.49/6.52	s(566) =< s(578)*s(564)
6.49/6.52	
6.49/6.52	  with precondition: [27>=V_a,173>=5*V_a+V_b,V_b>=V_a,V_b+5*V_a+36>=0] 
6.49/6.52	
6.49/6.52	* Chain [38]: 1*s(580)+0
6.49/6.52	  Such that:s(580) =< -V_a/2+29/2
6.49/6.52	s(580) =< -V_a/12+V_b/12+1/12
6.49/6.52	
6.49/6.52	  with precondition: [27>=V_a,V_b>=V_a] 
6.49/6.52	
6.49/6.52	* Chain [37]: 1*s(581)+1*s(583)+1*s(587)+1*s(588)+1*s(589)+1*s(608)+1*s(609)+1*s(610)+1*s(611)+1*s(614)+1*s(616)+0
6.49/6.52	  Such that:s(581) =< 2
6.49/6.52	s(590) =< -4*V_a+116
6.49/6.52	s(591) =< -3*V_a+87
6.49/6.52	s(605) =< -V_a+317/12
6.49/6.52	s(592) =< V_a-V_b+1/2
6.49/6.52	s(582) =< -71/18*V_a+1987/18
6.49/6.52	s(593) =< -71/18*V_a+2059/18
6.49/6.52	s(583) =< -35/24*V_a+919/24
6.49/6.52	s(594) =< -35/24*V_a+1015/24
6.49/6.52	s(595) =< -31/8*V_a+803/8
6.49/6.52	s(596) =< -31/8*V_a+5/4*V_b+743/8
6.49/6.52	s(584) =< -25/9*V_a-V_b/6+1537/18
6.49/6.52	s(597) =< -25/9*V_a-V_b/6+1609/18
6.49/6.52	s(585) =< -11/6*V_a-V_b/6+58
6.49/6.52	s(598) =< -11/6*V_a-V_b/6+62
6.49/6.52	s(586) =< -11/6*V_a-V_b/6+341/6
6.49/6.52	s(587) =< -7/24*V_a-V_b/6+319/24
6.49/6.52	s(599) =< -7/24*V_a+V_b/24+33/4
6.49/6.52	s(600) =< -3/8*V_a-V_b/2+111/8
6.49/6.52	s(588) =< -V_a/2-V_b/2+29
6.49/6.52	s(601) =< -V_a/2-V_b/2+35/2
6.49/6.52	s(589) =< -V_a/2-V_b/2+51/2
6.49/6.52	s(602) =< -V_a/3+10
6.49/6.52	s(603) =< -V_a/3+29/3
6.49/6.52	s(604) =< -V_a/4+29/4
6.49/6.52	s(601) =< -V_b+17
6.49/6.52	s(595) =< -31/8*V_b+193/2
6.49/6.52	s(600) =< -11/16*V_b+99/8
6.49/6.52	s(605) =< -V_b/2+65/12
6.49/6.52	s(588) =< s(590)
6.49/6.52	s(589) =< s(590)
6.49/6.52	s(586) =< s(591)
6.49/6.52	s(606) =< s(592)
6.49/6.52	s(587) =< s(594)
6.49/6.52	s(607) =< s(595)
6.49/6.52	s(607) =< s(596)
6.49/6.52	s(608) =< s(599)
6.49/6.52	s(609) =< s(599)
6.49/6.52	s(588) =< s(601)
6.49/6.52	s(589) =< s(601)
6.49/6.52	s(610) =< s(604)
6.49/6.52	s(611) =< s(604)
6.49/6.52	s(606) =< s(605)
6.49/6.52	s(612) =< s(591)
6.49/6.52	s(613) =< s(591)
6.49/6.52	s(584) =< s(593)
6.49/6.52	s(613) =< s(593)
6.49/6.52	s(612) =< s(585)
6.49/6.52	s(581) =< s(585)
6.49/6.52	s(610) =< s(597)
6.49/6.52	s(614) =< s(597)
6.49/6.52	s(610) =< s(584)
6.49/6.52	s(614) =< s(584)
6.49/6.52	s(610) =< s(598)
6.49/6.52	s(614) =< s(598)
6.49/6.52	s(610) =< s(612)
6.49/6.52	s(614) =< s(612)
6.49/6.52	s(608) =< s(613)
6.49/6.52	s(610) =< s(613)
6.49/6.52	s(608) =< s(602)
6.49/6.52	s(610) =< s(602)
6.49/6.52	s(608) =< s(603)
6.49/6.52	s(610) =< s(603)
6.49/6.52	s(588) =< s(608)*(3/8)+s(607)
6.49/6.52	s(588) =< s(608)*(3/8)+s(600)
6.49/6.52	s(588) =< s(610)*s(606)
6.49/6.52	s(582) =< s(593)
6.49/6.52	s(615) =< s(593)
6.49/6.52	s(615) =< s(594)
6.49/6.52	s(583) =< s(594)
6.49/6.52	s(611) =< s(597)
6.49/6.52	s(616) =< s(597)
6.49/6.52	s(611) =< s(582)
6.49/6.52	s(616) =< s(582)
6.49/6.52	s(611) =< s(598)
6.49/6.52	s(616) =< s(598)
6.49/6.52	s(611) =< s(586)
6.49/6.52	s(616) =< s(586)
6.49/6.52	s(609) =< s(615)
6.49/6.52	s(611) =< s(615)
6.49/6.52	s(609) =< s(602)
6.49/6.52	s(611) =< s(602)
6.49/6.52	s(609) =< s(603)
6.49/6.52	s(611) =< s(603)
6.49/6.52	s(589) =< s(609)*(3/8)+s(607)
6.49/6.52	s(589) =< s(609)*(3/8)+s(600)
6.49/6.52	s(589) =< s(611)*s(606)
6.49/6.52	
6.49/6.52	  with precondition: [26>=V_a,V_b+162>=7*V_a,V_b+42>=2*V_a,V_a>=V_b+1,2*V_a>=V_b+8] 
6.49/6.52	
6.49/6.52	* Chain [36]: 1*s(617)+1*s(620)+1*s(634)+1*s(635)+1*s(641)+1*s(663)+2*s(664)+1*s(665)+1*s(666)+1*s(669)+1*s(671)+1*s(673)+0
6.49/6.52	  Such that:s(617) =< 2
6.49/6.52	s(642) =< 25/2
6.49/6.52	s(657) =< 113/2
6.49/6.52	s(651) =< 149/3
6.49/6.52	s(654) =< 175/2
6.49/6.52	s(652) =< 187/8
6.49/6.52	s(650) =< 867/16
6.49/6.52	s(656) =< 1061/12
6.49/6.52	s(649) =< 5903/48
6.49/6.52	s(643) =< -355*V_a-71*V_b+24779/2
6.49/6.52	s(644) =< -265*V_a-53*V_b+19343/2
6.49/6.52	s(620) =< -175*V_a-35*V_b+11063/2
6.49/6.52	s(622) =< -60*V_a-12*V_b+2088
6.49/6.52	s(645) =< -35*V_a-7*V_b+2999/2
6.49/6.52	s(624) =< -10*V_a-2*V_b+697/2
6.49/6.52	s(646) =< -10*V_a-2*V_b+745/2
6.49/6.52	s(625) =< -5*V_a-V_b+174
6.49/6.52	s(647) =< -5*V_a-V_b+349/2
6.49/6.52	s(648) =< -5*V_a-V_b+361/2
6.49/6.52	s(619) =< -895/6*V_a-179/6*V_b+5191
6.49/6.52	s(626) =< -895/6*V_a-179/6*V_b+5347
6.49/6.52	s(627) =< -710/3*V_a-142/3*V_b+8236
6.49/6.52	s(628) =< -485/4*V_a-97/4*V_b+17749/4
6.49/6.52	s(618) =< -355/2*V_a-71/2*V_b+11569/2
6.49/6.52	s(629) =< -355/2*V_a-71/2*V_b+11857/2
6.49/6.52	s(630) =< -235/2*V_a-47/2*V_b+8221/2
6.49/6.52	s(631) =< -205/2*V_a-41/2*V_b+7103/2
6.49/6.52	s(632) =< -185/6*V_a-37/6*V_b+1125
6.49/6.52	s(633) =< -175/2*V_a-35/2*V_b+5461/2
6.49/6.52	s(621) =< -175/2*V_a-35/2*V_b+5845/2
6.49/6.52	s(634) =< -175/24*V_a-35/24*V_b+1067/4
6.49/6.52	s(649) =< -155/48*V_a-31/48*V_b+4787/48
6.49/6.52	s(650) =< -155/96*V_a-31/96*V_b+681/16
6.49/6.52	s(651) =< -35/24*V_a-7/24*V_b+235/6
6.49/6.52	s(652) =< -35/48*V_a-7/48*V_b+145/8
6.49/6.52	s(653) =< -31/8*V_a+741/8
6.49/6.52	s(636) =< -25/6*V_a-5/6*V_b+299/2
6.49/6.52	s(623) =< -25/6*V_a-5/6*V_b+835/6
6.49/6.52	s(637) =< -20/3*V_a-4/3*V_b+232
6.49/6.52	s(638) =< -20/3*V_a-4/3*V_b+709/3
6.49/6.52	s(654) =< -5/2*V_a-V_b/2+139/2
6.49/6.52	s(639) =< -5/2*V_a-V_b/2+167/2
6.49/6.52	s(640) =< -5/2*V_a-V_b/2+171/2
6.49/6.52	s(655) =< -5/2*V_a-V_b/2+199/2
6.49/6.52	s(656) =< -5/2*V_a-V_b/2+845/12
6.49/6.52	s(635) =< -5/3*V_a-V_b/3+62
6.49/6.52	s(657) =< -5/3*V_a-V_b/3+89/2
6.49/6.52	s(641) =< -5/3*V_a-V_b/3+117/2
6.49/6.52	s(658) =< -V_a/12+V_b/12+1/12
6.49/6.52	s(653) =< 31/40*V_b+4821/40
6.49/6.52	s(659) =< s(642)
6.49/6.52	s(627) =< s(643)
6.49/6.52	s(629) =< s(643)
6.49/6.52	s(626) =< s(644)
6.49/6.52	s(630) =< s(644)
6.49/6.52	s(632) =< s(646)
6.49/6.52	s(636) =< s(646)
6.49/6.52	s(638) =< s(648)
6.49/6.52	s(640) =< s(648)
6.49/6.52	s(660) =< s(649)
6.49/6.52	s(661) =< s(649)
6.49/6.52	s(662) =< s(650)
6.49/6.52	s(659) =< s(651)
6.49/6.52	s(662) =< s(652)
6.49/6.52	s(660) =< s(653)
6.49/6.52	s(661) =< s(653)
6.49/6.52	s(635) =< s(654)
6.49/6.52	s(663) =< s(654)
6.49/6.53	s(634) =< s(655)
6.49/6.53	s(641) =< s(655)
6.49/6.53	s(659) =< s(656)
6.49/6.53	s(635) =< s(657)
6.49/6.53	s(663) =< s(657)
6.49/6.53	s(664) =< s(658)
6.49/6.53	s(660) =< s(645)
6.49/6.53	s(659) =< s(645)
6.49/6.53	s(665) =< s(625)
6.49/6.53	s(666) =< s(625)
6.49/6.53	s(637) =< s(647)
6.49/6.53	s(622) =< s(647)
6.49/6.53	s(665) =< s(647)
6.49/6.53	s(660) =< s(628)
6.49/6.53	s(666) =< s(628)
6.49/6.53	s(667) =< s(622)
6.49/6.53	s(668) =< s(622)
6.49/6.53	s(619) =< s(627)
6.49/6.53	s(668) =< s(627)
6.49/6.53	s(667) =< s(624)
6.49/6.53	s(617) =< s(624)
6.49/6.53	s(665) =< s(626)
6.49/6.53	s(669) =< s(626)
6.49/6.53	s(665) =< s(619)
6.49/6.53	s(669) =< s(619)
6.49/6.53	s(665) =< s(632)
6.49/6.53	s(669) =< s(632)
6.49/6.53	s(665) =< s(667)
6.49/6.53	s(669) =< s(667)
6.49/6.53	s(634) =< s(668)
6.49/6.53	s(665) =< s(668)
6.49/6.53	s(634) =< s(638)
6.49/6.53	s(665) =< s(638)
6.49/6.53	s(634) =< s(637)
6.49/6.53	s(665) =< s(637)
6.49/6.53	s(635) =< s(634)*(3/8)+s(660)
6.49/6.53	s(635) =< s(634)*(3/8)+s(662)
6.49/6.53	s(635) =< s(665)*s(659)
6.49/6.53	s(661) =< s(645)
6.49/6.53	s(670) =< s(647)
6.49/6.53	s(671) =< s(647)
6.49/6.53	s(661) =< s(631)
6.49/6.53	s(663) =< s(631)
6.49/6.53	s(620) =< s(633)
6.49/6.53	s(663) =< s(633)
6.49/6.53	s(670) =< s(639)
6.49/6.53	s(671) =< s(639)
6.49/6.53	s(618) =< s(629)
6.49/6.53	s(672) =< s(629)
6.49/6.53	s(672) =< s(621)
6.49/6.53	s(620) =< s(621)
6.49/6.53	s(671) =< s(630)
6.49/6.53	s(673) =< s(630)
6.49/6.53	s(671) =< s(618)
6.49/6.53	s(673) =< s(618)
6.49/6.53	s(671) =< s(636)
6.49/6.53	s(673) =< s(636)
6.49/6.53	s(671) =< s(623)
6.49/6.53	s(673) =< s(623)
6.49/6.53	s(641) =< s(672)
6.49/6.53	s(671) =< s(672)
6.49/6.53	s(641) =< s(640)
6.49/6.53	s(671) =< s(640)
6.49/6.53	s(641) =< s(670)
6.49/6.53	s(671) =< s(670)
6.49/6.53	s(663) =< s(641)*(3/8)+s(661)
6.49/6.53	s(663) =< s(641)*(3/8)+s(662)
6.49/6.53	s(663) =< s(671)*s(659)
6.49/6.53	
6.49/6.53	  with precondition: [24>=V_a,V_b+138>=7*V_a,155>=5*V_a+V_b,V_b>=V_a,V_b+5*V_a+36>=0] 
6.49/6.53	
6.49/6.53	* Chain [35]: 0
6.49/6.53	  with precondition: [V_a>=30] 
6.49/6.53	
6.49/6.53	* Chain [34]: 1*s(674)+1*s(675)+2*s(703)+2*s(705)+2*s(707)+2*s(708)+1*s(709)+2*s(710)+0
6.49/6.53	  Such that:s(674) =< 2
6.49/6.53	s(675) =< 3/2
6.49/6.53	s(676) =< -25*V_a-3/2*V_b+459
6.49/6.53	s(677) =< -V_a+18
6.49/6.53	s(678) =< V_a-V_b+1/2
6.49/6.53	s(679) =< -25/9*V_a-V_b/6+865/18
6.49/6.53	s(680) =< -25/9*V_a-V_b/6+1609/18
6.49/6.53	s(681) =< -11/6*V_a-V_b/6+32
6.49/6.53	s(682) =< -11/6*V_a-V_b/6+34
6.49/6.53	s(683) =< -11/6*V_a-V_b/6+62
6.49/6.53	s(684) =< -7/2*V_a-2*V_b+75
6.49/6.53	s(685) =< -7/12*V_a+V_b/12+10
6.49/6.53	s(686) =< -7/24*V_a-V_b/6+139/24
6.49/6.53	s(687) =< -7/24*V_a+V_b/24+19/4
6.49/6.53	s(688) =< -7/24*V_a+V_b/24+33/4
6.49/6.53	s(689) =< -3/8*V_a-V_b/2+71/8
6.49/6.53	s(690) =< -3/8*V_a-V_b/2+111/8
6.49/6.53	s(691) =< -V_a/2+9
6.49/6.53	s(692) =< -V_a/2-V_b/2+11
6.49/6.53	s(693) =< -V_a/2-V_b/2+12
6.49/6.53	s(694) =< -V_a/3+10
6.49/6.53	s(695) =< -V_a/3+17/3
6.49/6.53	s(696) =< -V_a/4+17/4
6.49/6.53	s(698) =< -V_b/2+65/12
6.49/6.53	aux(301) =< -11/16*V_b+59/8
6.49/6.53	s(689) =< aux(301)
6.49/6.53	s(699) =< s(676)
6.49/6.53	s(700) =< s(677)
6.49/6.53	s(701) =< s(678)
6.49/6.53	s(699) =< s(679)
6.49/6.53	s(702) =< s(681)
6.49/6.53	s(702) =< s(682)
6.49/6.53	s(703) =< s(684)
6.49/6.53	s(704) =< s(685)
6.49/6.53	s(703) =< s(686)
6.49/6.53	s(704) =< s(687)
6.49/6.53	s(705) =< s(688)
6.49/6.53	s(706) =< s(689)
6.49/6.53	s(707) =< s(691)
6.49/6.53	s(708) =< s(692)
6.49/6.53	s(708) =< s(693)
6.49/6.53	s(700) =< s(695)
6.49/6.53	s(707) =< s(696)
6.49/6.53	s(706) =< aux(301)
6.49/6.53	s(701) =< s(698)
6.49/6.53	s(709) =< s(682)
6.49/6.53	s(709) =< s(684)
6.49/6.53	s(707) =< s(680)
6.49/6.53	s(710) =< s(680)
6.49/6.53	s(707) =< s(699)
6.49/6.53	s(710) =< s(699)
6.49/6.53	s(707) =< s(683)
6.49/6.53	s(710) =< s(683)
6.49/6.53	s(707) =< s(702)
6.49/6.53	s(710) =< s(702)
6.49/6.53	s(705) =< s(704)
6.49/6.53	s(707) =< s(704)
6.49/6.53	s(705) =< s(694)
6.49/6.53	s(707) =< s(694)
6.49/6.53	s(705) =< s(700)
6.49/6.53	s(707) =< s(700)
6.49/6.53	s(708) =< s(705)*(3/8)+s(706)
6.49/6.53	s(708) =< s(705)*(3/8)+s(690)
6.49/6.53	s(708) =< s(707)*s(701)
6.49/6.53	s(675) =< s(691)
6.49/6.53	
6.49/6.53	  with precondition: [306>=19*V_b+11*V_a,7*V_b+150>=14*V_a,V_b+90>=7*V_a,V_a>=V_b+1,2*V_a>=V_b+8] 
6.49/6.53	
6.49/6.53	* Chain [33]: 1*s(711)+1*s(712)+1*s(751)+1*s(752)+2*s(753)+1*s(755)+1*s(757)+1*s(759)+1*s(760)+1*s(761)+1*s(762)+1*s(763)+1*s(764)+1*s(765)+0
6.49/6.53	  Such that:s(711) =< 2
6.49/6.53	s(712) =< 3/2
6.49/6.53	s(730) =< 25/2
6.49/6.53	s(737) =< 583/16
6.49/6.53	s(713) =< -275*V_a-55*V_b+10341/2
6.49/6.53	s(714) =< -275*V_a-55*V_b+18525/2
6.49/6.53	s(715) =< -55*V_a-11*V_b+1053
6.49/6.53	s(717) =< -20*V_a-4*V_b+371
6.49/6.53	s(731) =< -20*V_a-4*V_b+621
6.49/6.53	s(718) =< -10*V_a-2*V_b+371/2
6.49/6.53	s(719) =< -5*V_a-V_b+575/6
6.49/6.53	s(720) =< -5*V_a-V_b+965/6
6.49/6.53	s(721) =< -895/2*V_a-179/2*V_b+16495/2
6.49/6.53	s(722) =< -895/2*V_a-179/2*V_b+26167/2
6.49/6.53	s(716) =< -385/24*V_a-77/24*V_b+1281/4
6.49/6.53	s(723) =< -385/24*V_a-77/24*V_b+2051/4
6.49/6.53	s(732) =< -235/2*V_a-47/2*V_b+2115
6.49/6.53	s(733) =< -235/2*V_a-47/2*V_b+3603
6.49/6.53	s(734) =< -185/6*V_a-37/6*V_b+555
6.49/6.53	s(725) =< -185/6*V_a-37/6*V_b+945
6.49/6.53	s(726) =< -185/6*V_a-37/6*V_b+956
6.49/6.53	s(735) =< -175/24*V_a-35/24*V_b+525/4
6.49/6.53	s(727) =< -175/24*V_a-35/24*V_b+729/4
6.49/6.53	s(736) =< -155/24*V_a-31/24*V_b+545/4
6.49/6.53	s(737) =< -155/96*V_a-31/96*V_b+397/16
6.49/6.53	s(729) =< -55/4*V_a-11/4*V_b+1053/4
6.49/6.53	s(738) =< -55/56*V_a-11/56*V_b+6029/392
6.49/6.53	s(739) =< -25/6*V_a-5/6*V_b+75
6.49/6.53	s(724) =< -25/6*V_a-5/6*V_b+79
6.49/6.53	s(740) =< -25/6*V_a-5/6*V_b+135
6.49/6.53	s(741) =< -20/3*V_a-4/3*V_b+529/3
6.49/6.53	s(742) =< -5/2*V_a-V_b/2+45
6.49/6.53	s(728) =< -5/2*V_a-V_b/2+47
6.49/6.53	s(743) =< -5/2*V_a-V_b/2+71
6.49/6.53	s(744) =< -5/3*V_a-V_b/3+30
6.49/6.53	s(745) =< -5/3*V_a-V_b/3+44
6.49/6.53	s(746) =< -V_a/12+V_b/12+1/12
6.49/6.53	s(720) =< s(730)
6.49/6.53	s(719) =< s(730)
6.49/6.53	s(747) =< s(731)
6.49/6.53	s(721) =< s(732)
6.49/6.53	s(713) =< s(732)
6.49/6.53	s(722) =< s(733)
6.49/6.53	s(714) =< s(733)
6.49/6.53	s(748) =< s(734)
6.49/6.53	s(749) =< s(734)
6.49/6.53	s(747) =< s(736)
6.49/6.53	s(716) =< s(737)
6.49/6.53	s(750) =< s(737)
6.49/6.53	s(716) =< s(738)
6.49/6.53	s(750) =< s(738)
6.49/6.53	s(748) =< s(739)
6.49/6.53	s(749) =< s(739)
6.49/6.53	s(726) =< s(740)
6.49/6.53	s(725) =< s(740)
6.49/6.53	s(751) =< s(745)
6.49/6.53	s(752) =< s(745)
6.49/6.53	s(753) =< s(746)
6.49/6.53	s(754) =< s(718)
6.49/6.53	s(755) =< s(718)
6.49/6.53	s(756) =< s(735)
6.49/6.53	s(757) =< s(735)
6.49/6.53	s(754) =< s(727)
6.49/6.53	s(751) =< s(727)
6.49/6.53	s(758) =< s(741)
6.49/6.53	s(757) =< s(741)
6.49/6.53	s(717) =< s(742)
6.49/6.53	s(755) =< s(742)
6.49/6.53	s(758) =< s(743)
6.49/6.53	s(759) =< s(743)
6.49/6.53	s(756) =< s(744)
6.49/6.53	s(759) =< s(744)
6.49/6.53	s(748) =< s(724)
6.49/6.53	s(760) =< s(724)
6.49/6.53	s(757) =< s(754)
6.49/6.53	s(760) =< s(754)
6.49/6.53	s(755) =< s(722)
6.49/6.53	s(761) =< s(722)
6.49/6.53	s(755) =< s(721)
6.49/6.53	s(761) =< s(721)
6.49/6.53	s(755) =< s(726)
6.49/6.53	s(761) =< s(726)
6.49/6.53	s(755) =< s(748)
6.49/6.53	s(761) =< s(748)
6.49/6.53	s(751) =< s(756)
6.49/6.53	s(755) =< s(756)
6.49/6.53	s(751) =< s(758)
6.49/6.53	s(755) =< s(758)
6.49/6.53	s(751) =< s(717)
6.49/6.53	s(755) =< s(717)
6.49/6.53	s(759) =< s(751)*(3/8)+s(716)
6.49/6.53	s(759) =< s(751)*(3/8)+s(747)
6.49/6.53	s(759) =< s(755)*s(720)
6.49/6.53	s(750) =< s(723)
6.49/6.53	s(752) =< s(723)
6.49/6.53	s(762) =< s(735)
6.49/6.53	s(750) =< s(729)
6.49/6.53	s(763) =< s(729)
6.49/6.53	s(762) =< s(741)
6.49/6.53	s(715) =< s(742)
6.49/6.53	s(763) =< s(742)
6.49/6.53	s(764) =< s(743)
6.49/6.53	s(764) =< s(744)
6.49/6.53	s(763) =< s(728)
6.49/6.53	s(712) =< s(728)
6.49/6.53	s(763) =< s(714)
6.49/6.53	s(765) =< s(714)
6.49/6.53	s(763) =< s(713)
6.49/6.53	s(765) =< s(713)
6.49/6.53	s(763) =< s(725)
6.49/6.53	s(765) =< s(725)
6.49/6.53	s(763) =< s(749)
6.49/6.53	s(765) =< s(749)
6.49/6.53	s(752) =< s(756)
6.49/6.53	s(763) =< s(756)
6.49/6.53	s(752) =< s(758)
6.49/6.53	s(763) =< s(758)
6.49/6.53	s(752) =< s(715)
6.49/6.53	s(763) =< s(715)
6.49/6.53	s(764) =< s(752)*(3/8)+s(750)
6.49/6.53	s(764) =< s(752)*(3/8)+s(747)
6.49/6.53	s(764) =< s(763)*s(719)
6.49/6.53	
6.49/6.53	  with precondition: [7*V_b+52>=14*V_a,V_b+66>=7*V_a,78>=5*V_a+V_b,V_b>=V_a,V_b+5*V_a+36>=0] 
6.49/6.53	
6.49/6.53	* Chain [32]: 1*s(766)+1*s(767)+0
6.49/6.53	  Such that:s(766) =< 12
6.49/6.53	s(766) =< -5/12*V_a-V_b/12+8
6.49/6.53	s(767) =< -V_a/12+V_b/12+1/12
6.49/6.53	
6.49/6.53	  with precondition: [90>=5*V_a+V_b,V_b>=V_a] 
6.49/6.53	
6.49/6.53	* Chain [31]: 1*s(768)+1*s(769)+1*s(770)+0
6.49/6.53	  Such that:s(768) =< 2
6.49/6.53	s(769) =< -5/12*V_a-V_b/12+8
6.49/6.53	s(770) =< -V_a/12+V_b/12+1/12
6.49/6.53	s(768) =< 5/72*V_a+V_b/72+7/6
6.49/6.53	
6.49/6.53	  with precondition: [90>=5*V_a+V_b,V_b>=V_a,V_b+5*V_a+36>=0] 
6.49/6.53	
6.49/6.53	* Chain [30]: 1*s(772)+1*s(777)+1*s(778)+1*s(779)+1*s(780)+1*s(781)+1*s(783)+1*s(797)+1*s(801)+1*s(871)+1*s(872)+1*s(874)+1*s(875)+1*s(879)+1*s(880)+1*s(883)+1*s(884)+1*s(885)+1*s(886)+1*s(887)+1*s(888)+1*s(889)+1*s(890)+2*s(903)+2*s(904)+2*s(907)+10*s(909)+1*s(912)+1*s(915)+2*s(917)+1*s(919)+1*s(920)+1*s(921)+1*s(922)+1*s(924)+1*s(925)+1*s(926)+1*s(929)+1*s(931)+4*s(932)+1*s(933)+1*s(935)+1*s(936)+1*s(937)+1*s(939)+1*s(941)+1*s(942)+1*s(944)+1*s(953)+1*s(961)+1*s(962)+0
6.49/6.53	  Such that:s(820) =< 2
6.49/6.53	s(771) =< 7
6.53/6.53	s(821) =< 11
6.53/6.53	s(772) =< 12
6.53/6.53	s(773) =< 15
6.53/6.53	s(822) =< 21
6.53/6.53	s(823) =< 42
6.53/6.53	s(774) =< 44
6.53/6.53	s(775) =< 99
6.53/6.53	s(776) =< 121
6.53/6.53	s(777) =< 3/2
6.53/6.53	s(778) =< 7/4
6.53/6.53	s(825) =< 21/4
6.53/6.53	s(940) =< 25/2
6.53/6.53	s(826) =< 33/4
6.53/6.53	s(827) =< 34/3
6.53/6.53	s(830) =< 77/8
6.53/6.53	s(780) =< 137/8
6.53/6.53	s(831) =< 147/8
6.53/6.53	s(781) =< 353/8
6.53/6.53	s(833) =< 371/6
6.53/6.53	s(782) =< 401/6
6.53/6.53	s(784) =< 595/6
6.53/6.53	s(785) =< 641/36
6.53/6.53	s(835) =< 707/8
6.53/6.53	s(786) =< 757/6
6.53/6.53	s(836) =< 781/6
6.53/6.53	s(787) =< 4727/96
6.53/6.53	s(788) =< 34153/216
6.53/6.53	s(789) =< -37275*V_a-7455*V_b+1190315
6.53/6.53	s(790) =< -27825*V_a-5565*V_b+954695
6.53/6.53	s(791) =< -4260*V_a-852*V_b+136178
6.53/6.53	s(792) =< -3180*V_a-636*V_b+109214
6.53/6.53	s(794) =< -2100*V_a-420*V_b+74410
6.53/6.53	s(955) =< -1590*V_a-318*V_b+517513/12
6.53/6.53	s(786) =< -1065*V_a-213*V_b+390361/12
6.53/6.53	s(837) =< -1065*V_a-213*V_b+405481/12
6.53/6.53	s(795) =< -1050*V_a-210*V_b+33530
6.53/6.53	s(796) =< -1050*V_a-210*V_b+34755
6.53/6.53	s(797) =< -1050*V_a-210*V_b+53585/2
6.53/6.53	s(838) =< -795*V_a-159*V_b+169123/12
6.53/6.53	s(784) =< -795*V_a-159*V_b+310243/12
6.53/6.53	s(839) =< -795*V_a-159*V_b+325363/12
6.53/6.53	s(956) =< -795*V_a-159*V_b+662203/24
6.53/6.53	s(793) =< -240*V_a-48*V_b+19401/2
6.53/6.53	s(798) =< -180*V_a-36*V_b+5894
6.53/6.53	s(840) =< -165*V_a-33*V_b+35101/12
6.53/6.53	s(799) =< -165*V_a-33*V_b+72061/12
6.53/6.53	s(780) =< -165*V_a-33*V_b+72901/12
6.53/6.53	s(800) =< -120*V_a-24*V_b+57553/12
6.53/6.53	s(775) =< -90*V_a-18*V_b+5711/2
6.53/6.53	s(801) =< -60*V_a-12*V_b+1533
6.53/6.53	s(802) =< -60*V_a-12*V_b+1918
6.53/6.53	s(803) =< -60*V_a-12*V_b+1988
6.53/6.53	s(804) =< -60*V_a-12*V_b+2058
6.53/6.53	s(805) =< -60*V_a-12*V_b+2128
6.53/6.53	s(841) =< -60*V_a-12*V_b+3191/3
6.53/6.53	s(947) =< -60*V_a-12*V_b+4883/3
6.53/6.53	s(806) =< -60*V_a-12*V_b+5921/3
6.53/6.53	s(842) =< -60*V_a-12*V_b+6341/3
6.53/6.53	s(782) =< -60*V_a-12*V_b+11597/6
6.53/6.53	s(938) =< -60*V_a-12*V_b+13331/6
6.53/6.53	s(843) =< -45*V_a-9*V_b+5851/4
6.53/6.53	s(807) =< -30*V_a-6*V_b+526
6.53/6.53	s(808) =< -30*V_a-6*V_b+726
6.53/6.53	s(948) =< -30*V_a-6*V_b+739
6.53/6.53	s(844) =< -30*V_a-6*V_b+2278/3
6.53/6.53	s(845) =< -30*V_a-6*V_b+3191/6
6.53/6.53	s(846) =< -30*V_a-6*V_b+5711/6
6.53/6.53	s(847) =< -30*V_a-6*V_b+5921/6
6.53/6.53	s(957) =< -30*V_a-6*V_b+9431/12
6.53/6.53	s(958) =< -30*V_a-6*V_b+9481/12
6.53/6.53	s(950) =< -30*V_a-6*V_b+9761/12
6.53/6.53	s(809) =< -30*V_a-6*V_b+10293/8
6.53/6.53	s(810) =< -30*V_a-6*V_b+11911/16
6.53/6.53	s(949) =< -30*V_a-6*V_b+12491/12
6.53/6.53	s(848) =< -15*V_a-3*V_b+519/2
6.53/6.53	s(811) =< -15*V_a-3*V_b+527/2
6.53/6.53	s(849) =< -15*V_a-3*V_b+719/2
6.53/6.53	s(850) =< -15*V_a-3*V_b+3191/12
6.53/6.53	s(812) =< -15*V_a-3*V_b+3401/12
6.53/6.53	s(851) =< -15*V_a-3*V_b+4391/12
6.53/6.53	s(781) =< -15*V_a-3*V_b+5135/12
6.53/6.53	s(852) =< -15*V_a-3*V_b+5711/12
6.53/6.53	s(853) =< -15*V_a-3*V_b+6131/12
6.53/6.53	s(813) =< -15*V_a-3*V_b+20179/32
6.53/6.53	s(787) =< -15*V_a-3*V_b+61153/96
6.53/6.53	s(814) =< -10*V_a-2*V_b+85
6.53/6.53	s(854) =< -5*V_a-V_b+545/12
6.53/6.53	s(943) =< -59095/72*V_a-11819/72*V_b+371029/18
6.53/6.53	s(945) =< -59095/72*V_a-11819/72*V_b+509989/18
6.53/6.53	s(940) =< -59095/72*V_a-11819/72*V_b+746033/36
6.53/6.53	s(944) =< -12265/36*V_a-2453/36*V_b+112618/9
6.53/6.53	s(955) =< -5141/3*V_a-1537/6*V_b+502673/12
6.53/6.53	s(940) =< -5141/6*V_a-1537/12*V_b+162611/8
6.53/6.53	s(943) =< -5141/6*V_a-1537/12*V_b+485183/24
6.53/6.53	s(956) =< -5141/6*V_a-1537/12*V_b+647363/24
6.53/6.53	s(945) =< -5141/6*V_a-1537/12*V_b+670463/24
6.53/6.53	s(788) =< -3180/7*V_a-636/7*V_b+1012187/56
6.53/6.53	s(815) =< -1575/2*V_a-315/2*V_b+25760
6.53/6.53	s(941) =< -1115/36*V_a-223/36*V_b+9608/9
6.53/6.53	s(952) =< -1115/144*V_a-223/144*V_b+18571/72
6.53/6.53	s(944) =< -1067/3*V_a-319/6*V_b+148181/12
6.53/6.53	s(855) =< -795/7*V_a-159/7*V_b+27507/14
6.53/6.53	s(856) =< -795/7*V_a-159/7*V_b+53547/14
6.53/6.53	s(946) =< -535/18*V_a-107/18*V_b+15583/18
6.53/6.53	s(816) =< -525/2*V_a-105/2*V_b+8995
6.53/6.53	s(817) =< -525/2*V_a-105/2*V_b+16765/2
6.53/6.53	s(947) =< -194/3*V_a-29/3*V_b+1581
6.53/6.53	s(938) =< -194/3*V_a-29/3*V_b+13051/6
6.53/6.53	s(776) =< -165/7*V_a-33/7*V_b+3047/7
6.53/6.53	s(857) =< -165/7*V_a-33/7*V_b+5709/14
6.53/6.53	s(818) =< -165/7*V_a-33/7*V_b+11869/14
6.53/6.53	s(946) =< -130/3*V_a+23/3*V_b+716
6.53/6.53	s(785) =< -120/7*V_a-24/7*V_b+18979/28
6.53/6.53	s(958) =< -97/3*V_a-29/6*V_b+3067/4
6.53/6.53	s(957) =< -97/3*V_a-29/6*V_b+9151/12
6.53/6.53	s(950) =< -97/3*V_a-29/6*V_b+9481/12
6.53/6.53	s(949) =< -97/3*V_a-29/6*V_b+12211/12
6.53/6.53	s(941) =< -97/3*V_a-29/6*V_b+12631/12
6.53/6.53	s(952) =< -97/12*V_a-29/24*V_b+4067/16
6.53/6.53	s(858) =< -60/7*V_a-12/7*V_b+1038/7
6.53/6.53	s(774) =< -60/7*V_a-12/7*V_b+1108/7
6.53/6.53	s(859) =< -60/7*V_a-12/7*V_b+2088/7
6.53/6.53	s(951) =< -57/2*V_a+9*V_b+12853/24
6.53/6.53	s(860) =< -30/7*V_a-6/7*V_b+519/7
6.53/6.53	s(861) =< -30/7*V_a-6/7*V_b+974/7
6.53/6.53	s(819) =< -30/7*V_a-6/7*V_b+1493/14
6.53/6.53	s(862) =< -25/12*V_a-5/12*V_b+40
6.53/6.53	s(863) =< -25/24*V_a-5/24*V_b+35/4
6.53/6.53	s(951) =< -15/2*V_a-3/2*V_b+17893/24
6.53/6.53	s(864) =< -15/7*V_a-3/7*V_b+239/14
6.53/6.53	s(865) =< -15/7*V_a-3/7*V_b+277/7
6.53/6.53	s(866) =< -15/7*V_a-3/7*V_b+519/14
6.53/6.53	s(867) =< -15/7*V_a-3/7*V_b+1009/14
6.53/6.53	s(868) =< -5/7*V_a-V_b/7+39/7
6.53/6.53	s(869) =< -5/7*V_a-V_b/7+69/7
6.53/6.53	aux(302) =< 72
6.53/6.53	aux(303) =< 17/2
6.53/6.53	aux(304) =< 35/4
6.53/6.53	aux(305) =< 55/2
6.53/6.53	aux(306) =< 187/8
6.53/6.53	aux(307) =< 407/24
6.53/6.53	aux(308) =< 619/6
6.53/6.53	aux(309) =< -15/7*V_a-3/7*V_b+487/7
6.53/6.53	aux(310) =< -V_a/12+V_b/12+1/12
6.53/6.53	s(938) =< aux(302)
6.53/6.53	s(779) =< aux(303)
6.53/6.53	s(939) =< aux(303)
6.53/6.53	s(941) =< aux(304)
6.53/6.53	s(942) =< aux(305)
6.53/6.53	s(943) =< aux(306)
6.53/6.53	s(783) =< aux(307)
6.53/6.53	s(944) =< aux(307)
6.53/6.53	s(945) =< aux(308)
6.53/6.53	s(779) =< aux(309)
6.53/6.53	s(953) =< aux(309)
6.53/6.53	s(909) =< aux(310)
6.53/6.53	s(871) =< s(820)
6.53/6.53	s(872) =< s(820)
6.53/6.53	s(873) =< s(821)
6.53/6.53	s(795) =< s(821)
6.53/6.53	s(874) =< s(822)
6.53/6.53	s(875) =< s(822)
6.53/6.53	s(876) =< s(823)
6.53/6.53	s(877) =< s(823)
6.53/6.53	s(805) =< aux(302)
6.53/6.53	s(878) =< aux(302)
6.53/6.53	s(794) =< aux(302)
6.53/6.53	s(879) =< s(826)
6.53/6.53	s(880) =< s(826)
6.53/6.53	s(881) =< s(827)
6.53/6.53	s(882) =< s(827)
6.53/6.53	s(796) =< s(827)
6.53/6.53	s(883) =< aux(304)
6.53/6.53	s(884) =< aux(304)
6.53/6.53	s(885) =< aux(304)
6.53/6.53	s(886) =< aux(304)
6.53/6.53	s(887) =< aux(304)
6.53/6.53	s(801) =< aux(305)
6.53/6.53	s(797) =< aux(305)
6.53/6.53	s(888) =< aux(305)
6.53/6.53	s(889) =< s(830)
6.53/6.53	s(890) =< s(830)
6.53/6.53	s(891) =< s(831)
6.53/6.53	s(892) =< aux(306)
6.53/6.53	s(893) =< aux(306)
6.53/6.53	s(894) =< aux(306)
6.53/6.53	s(895) =< s(833)
6.53/6.53	s(792) =< aux(308)
6.53/6.53	s(896) =< aux(308)
6.53/6.53	s(790) =< aux(308)
6.53/6.53	s(798) =< s(835)
6.53/6.53	s(815) =< s(835)
6.53/6.53	s(897) =< s(836)
6.53/6.53	s(898) =< s(836)
6.53/6.53	s(791) =< s(837)
6.53/6.53	s(789) =< s(837)
6.53/6.53	s(895) =< s(838)
6.53/6.53	s(792) =< s(839)
6.53/6.53	s(896) =< s(839)
6.53/6.53	s(790) =< s(839)
6.53/6.53	s(890) =< s(840)
6.53/6.53	s(876) =< s(841)
6.53/6.53	s(877) =< s(841)
6.53/6.53	s(805) =< s(842)
6.53/6.53	s(878) =< s(842)
6.53/6.53	s(794) =< s(842)
6.53/6.53	s(798) =< s(843)
6.53/6.53	s(815) =< s(843)
6.53/6.53	s(801) =< s(844)
6.53/6.53	s(797) =< s(844)
6.53/6.53	s(819) =< s(844)
6.53/6.53	s(899) =< s(845)
6.53/6.53	s(873) =< s(846)
6.53/6.53	s(795) =< s(846)
6.53/6.53	s(881) =< s(847)
6.53/6.53	s(882) =< s(847)
6.53/6.53	s(796) =< s(847)
6.53/6.53	s(892) =< s(851)
6.53/6.53	s(884) =< s(853)
6.53/6.53	s(885) =< s(853)
6.53/6.53	s(887) =< s(853)
6.53/6.53	s(900) =< s(854)
6.53/6.53	s(895) =< s(855)
6.53/6.53	s(896) =< s(856)
6.53/6.53	s(901) =< s(857)
6.53/6.53	s(890) =< s(857)
6.53/6.53	s(876) =< s(858)
6.53/6.53	s(877) =< s(858)
6.53/6.53	s(878) =< s(859)
6.53/6.53	s(899) =< s(860)
6.53/6.53	s(882) =< s(861)
6.53/6.53	s(902) =< s(862)
6.53/6.53	s(903) =< s(863)
6.53/6.53	s(904) =< s(863)
6.53/6.53	s(902) =< s(865)
6.53/6.53	s(905) =< s(865)
6.53/6.53	s(906) =< s(866)
6.53/6.53	s(907) =< s(867)
6.53/6.53	s(884) =< s(867)
6.53/6.53	s(885) =< s(867)
6.53/6.53	s(887) =< s(867)
6.53/6.53	s(900) =< s(868)
6.53/6.53	s(814) =< s(868)
6.53/6.53	s(908) =< s(869)
6.53/6.53	s(873) =< s(802)
6.53/6.53	s(910) =< s(802)
6.53/6.53	s(879) =< s(802)
6.53/6.53	s(881) =< s(803)
6.53/6.53	s(806) =< s(803)
6.53/6.53	s(910) =< s(804)
6.53/6.53	s(883) =< s(804)
6.53/6.53	s(892) =< s(849)
6.53/6.53	s(907) =< s(849)
6.53/6.53	s(911) =< s(852)
6.53/6.53	s(879) =< s(852)
6.53/6.53	s(911) =< s(853)
6.53/6.53	s(883) =< s(853)
6.53/6.53	s(897) =< s(791)
6.53/6.53	s(912) =< s(791)
6.53/6.53	s(910) =< s(806)
6.53/6.53	s(912) =< s(806)
6.53/6.53	s(913) =< s(775)
6.53/6.53	s(914) =< s(775)
6.53/6.53	s(784) =< s(897)
6.53/6.53	s(914) =< s(897)
6.53/6.53	s(913) =< s(910)
6.53/6.53	s(871) =< s(910)
6.53/6.53	s(879) =< s(792)
6.53/6.53	s(915) =< s(792)
6.53/6.53	s(879) =< s(784)
6.53/6.53	s(915) =< s(784)
6.53/6.53	s(879) =< s(805)
6.53/6.53	s(915) =< s(805)
6.53/6.53	s(879) =< s(913)
6.53/6.53	s(915) =< s(913)
6.53/6.53	s(883) =< s(914)
6.53/6.53	s(879) =< s(914)
6.53/6.53	s(883) =< s(881)
6.53/6.53	s(879) =< s(881)
6.53/6.53	s(883) =< s(873)
6.53/6.53	s(879) =< s(873)
6.53/6.53	s(801) =< s(883)*(3/8)+s(798)
6.53/6.53	s(801) =< s(883)*(3/8)+s(892)
6.53/6.53	s(801) =< s(879)*s(911)
6.53/6.53	s(912) =< s(907)*s(900)
6.53/6.53	s(916) =< s(840)
6.53/6.53	s(901) =< s(840)
6.53/6.53	s(893) =< s(808)
6.53/6.53	s(807) =< s(808)
6.53/6.53	s(916) =< s(845)
6.53/6.53	s(891) =< s(848)
6.53/6.53	s(917) =< s(848)
6.53/6.53	s(893) =< s(849)
6.53/6.53	s(917) =< s(849)
6.53/6.53	s(891) =< s(850)
6.53/6.53	s(906) =< s(850)
6.53/6.53	s(918) =< s(825)
6.53/6.53	s(919) =< s(825)
6.53/6.53	s(889) =< s(901)
6.53/6.53	s(920) =< s(901)
6.53/6.53	s(807) =< s(899)
6.53/6.53	s(874) =< s(899)
6.53/6.53	s(920) =< s(899)
6.53/6.53	s(918) =< s(906)
6.53/6.53	s(919) =< s(906)
6.53/6.53	s(876) =< s(774)
6.53/6.53	s(921) =< s(774)
6.53/6.53	s(889) =< s(776)
6.53/6.53	s(921) =< s(776)
6.53/6.53	s(919) =< s(896)
6.53/6.53	s(922) =< s(896)
6.53/6.53	s(919) =< s(895)
6.53/6.53	s(922) =< s(895)
6.53/6.53	s(919) =< s(878)
6.53/6.53	s(922) =< s(878)
6.53/6.53	s(919) =< s(876)
6.53/6.53	s(922) =< s(876)
6.53/6.53	s(884) =< s(918)
6.53/6.53	s(919) =< s(918)
6.53/6.53	s(884) =< s(882)
6.53/6.53	s(919) =< s(882)
6.53/6.53	s(884) =< s(807)
6.53/6.53	s(919) =< s(807)
6.53/6.53	s(874) =< s(884)*(3/8)+s(891)
6.53/6.53	s(874) =< s(884)*(3/8)+s(893)
6.53/6.53	s(874) =< s(919)*s(916)
6.53/6.53	s(920) =< s(917)*s(814)
6.53/6.53	s(923) =< s(850)
6.53/6.53	s(923) =< s(812)
6.53/6.53	s(905) =< s(812)
6.53/6.53	s(924) =< s(825)
6.53/6.53	s(771) =< s(899)
6.53/6.53	s(875) =< s(899)
6.53/6.53	s(925) =< s(899)
6.53/6.53	s(811) =< s(905)
6.53/6.53	s(925) =< s(905)
6.53/6.53	s(924) =< s(906)
6.53/6.53	s(924) =< s(811)
6.53/6.53	s(777) =< s(811)
6.53/6.53	s(924) =< s(896)
6.53/6.53	s(926) =< s(896)
6.53/6.53	s(924) =< s(895)
6.53/6.53	s(926) =< s(895)
6.53/6.53	s(924) =< s(878)
6.53/6.53	s(926) =< s(878)
6.53/6.53	s(924) =< s(877)
6.53/6.53	s(926) =< s(877)
6.53/6.53	s(885) =< s(918)
6.53/6.53	s(924) =< s(918)
6.53/6.53	s(885) =< s(882)
6.53/6.53	s(924) =< s(882)
6.53/6.53	s(885) =< s(771)
6.53/6.53	s(924) =< s(771)
6.53/6.53	s(875) =< s(885)*(3/8)+s(891)
6.53/6.53	s(875) =< s(885)*(3/8)+s(892)
6.53/6.53	s(875) =< s(924)*s(923)
6.53/6.53	s(925) =< s(917)*s(900)
6.53/6.53	s(927) =< s(852)
6.53/6.53	s(880) =< s(852)
6.53/6.53	s(886) =< s(853)
6.53/6.53	s(928) =< s(816)
6.53/6.53	s(886) =< s(816)
6.53/6.53	s(928) =< s(817)
6.53/6.53	s(927) =< s(817)
6.53/6.53	s(880) =< s(817)
6.53/6.53	s(898) =< s(789)
6.53/6.53	s(929) =< s(789)
6.53/6.53	s(928) =< s(927)
6.53/6.53	s(929) =< s(927)
6.53/6.53	s(786) =< s(898)
6.53/6.53	s(930) =< s(898)
6.53/6.53	s(930) =< s(928)
6.53/6.53	s(781) =< s(928)
6.53/6.53	s(880) =< s(790)
6.53/6.53	s(931) =< s(790)
6.53/6.53	s(880) =< s(786)
6.53/6.53	s(931) =< s(786)
6.53/6.53	s(880) =< s(794)
6.53/6.53	s(931) =< s(794)
6.53/6.53	s(880) =< s(782)
6.53/6.53	s(931) =< s(782)
6.53/6.53	s(886) =< s(930)
6.53/6.53	s(880) =< s(930)
6.53/6.53	s(886) =< s(796)
6.53/6.53	s(880) =< s(796)
6.53/6.53	s(886) =< s(795)
6.53/6.53	s(880) =< s(795)
6.53/6.53	s(797) =< s(886)*(3/8)+s(815)
6.53/6.53	s(797) =< s(886)*(3/8)+s(892)
6.53/6.53	s(797) =< s(880)*s(911)
6.53/6.53	s(929) =< s(907)*s(900)
6.53/6.53	s(932) =< s(864)
6.53/6.53	s(903) =< s(864)
6.53/6.53	s(908) =< s(868)
6.53/6.53	s(932) =< s(868)
6.53/6.53	s(772) =< s(902)
6.53/6.53	s(903) =< s(902)
6.53/6.53	s(903) =< s(932)*s(908)
6.53/6.53	s(778) =< s(773)
6.53/6.53	s(933) =< s(773)
6.53/6.53	s(933) =< s(902)
6.53/6.53	s(934) =< s(799)
6.53/6.53	s(818) =< s(799)
6.53/6.53	s(934) =< s(800)
6.53/6.53	s(785) =< s(800)
6.53/6.53	s(894) =< s(810)
6.53/6.53	s(809) =< s(810)
6.53/6.53	s(894) =< s(849)
6.53/6.53	s(935) =< s(849)
6.53/6.53	s(787) =< s(813)
6.53/6.53	s(935) =< s(813)
6.53/6.53	s(783) =< s(818)
6.53/6.53	s(936) =< s(818)
6.53/6.53	s(888) =< s(819)
6.53/6.53	s(936) =< s(819)
6.53/6.53	s(779) =< s(896)
6.53/6.53	s(937) =< s(896)
6.53/6.53	s(779) =< s(788)
6.53/6.53	s(937) =< s(788)
6.53/6.53	s(779) =< s(878)
6.53/6.53	s(937) =< s(878)
6.53/6.53	s(779) =< s(793)
6.53/6.53	s(937) =< s(793)
6.53/6.53	s(887) =< s(809)
6.53/6.53	s(779) =< s(809)
6.53/6.53	s(887) =< s(882)
6.53/6.53	s(779) =< s(882)
6.53/6.53	s(887) =< s(785)
6.53/6.53	s(779) =< s(785)
6.53/6.53	s(888) =< s(887)*(3/8)+s(787)
6.53/6.53	s(888) =< s(887)*(3/8)+s(894)
6.53/6.53	s(888) =< s(779)*s(934)
6.53/6.53	s(936) =< s(935)*s(900)
6.53/6.53	s(904) =< s(864)
6.53/6.53	s(904) =< s(932)*s(908)
6.53/6.53	s(959) =< s(955)
6.53/6.53	s(950) =< s(955)
6.53/6.53	s(959) =< s(956)
6.53/6.53	s(949) =< s(956)
6.53/6.53	s(943) =< s(957)
6.53/6.53	s(960) =< s(957)
6.53/6.53	s(940) =< s(958)
6.53/6.53	s(960) =< s(958)
6.53/6.53	s(942) =< s(950)
6.53/6.53	s(961) =< s(950)
6.53/6.53	s(939) =< s(949)
6.53/6.53	s(961) =< s(949)
6.53/6.53	s(939) =< s(945)
6.53/6.53	s(962) =< s(945)
6.53/6.53	s(939) =< s(959)
6.53/6.53	s(962) =< s(959)
6.53/6.53	s(939) =< s(938)
6.53/6.53	s(962) =< s(938)
6.53/6.53	s(939) =< s(947)
6.53/6.53	s(962) =< s(947)
6.53/6.53	s(941) =< s(952)
6.53/6.53	s(939) =< s(952)
6.53/6.53	s(941) =< s(948)
6.53/6.53	s(939) =< s(948)
6.53/6.53	s(941) =< s(960)
6.53/6.53	s(939) =< s(960)
6.53/6.53	s(942) =< s(941)*(3/8)+s(951)
6.53/6.53	s(942) =< s(941)*(3/8)+s(943)
6.53/6.53	s(942) =< s(939)*s(940)
6.53/6.53	s(961) =< s(953)*s(946)
6.53/6.53	
6.53/6.53	  with precondition: [35>=5*V_a+V_b,V_b>=2*V_a+7,V_b>=V_a] 
6.53/6.53	
6.53/6.53	* Chain [29]: 1*s(964)+1*s(969)+1*s(970)+1*s(971)+1*s(972)+1*s(973)+2*s(975)+1*s(988)+1*s(1031)+1*s(1032)+1*s(1034)+1*s(1035)+1*s(1039)+1*s(1040)+1*s(1042)+1*s(1043)+1*s(1044)+1*s(1045)+1*s(1046)+1*s(1047)+1*s(1048)+1*s(1049)+1*s(1050)+1*s(1051)+1*s(1059)+1*s(1060)+2*s(1061)+9*s(1063)+1*s(1064)+1*s(1067)+1*s(1069)+1*s(1070)+1*s(1071)+1*s(1072)+1*s(1073)+1*s(1074)+1*s(1075)+1*s(1076)+1*s(1078)+1*s(1079)+1*s(1080)+1*s(1081)+1*s(1083)+1*s(1085)+1*s(1086)+1*s(1100)+1*s(1101)+0
6.53/6.53	  Such that:s(991) =< 2
6.53/6.53	s(963) =< 7
6.53/6.53	s(992) =< 11
6.53/6.53	s(964) =< 12
6.53/6.53	s(965) =< 15
6.53/6.53	s(993) =< 21
6.53/6.53	s(994) =< 42
6.53/6.53	s(966) =< 44
6.53/6.53	s(967) =< 99
6.53/6.53	s(968) =< 121
6.53/6.53	s(969) =< 3/2
6.53/6.53	s(970) =< 7/4
6.53/6.53	s(996) =< 21/4
6.53/6.53	s(1084) =< 25/2
6.53/6.53	s(997) =< 33/4
6.53/6.53	s(998) =< 34/3
6.53/6.53	s(1001) =< 77/8
6.53/6.53	s(972) =< 137/8
6.53/6.53	s(1002) =< 147/8
6.53/6.53	s(973) =< 353/8
6.53/6.53	s(1004) =< 371/6
6.53/6.53	s(974) =< 401/6
6.53/6.53	s(976) =< 595/6
6.53/6.53	s(977) =< 641/36
6.53/6.53	s(1006) =< 707/8
6.53/6.53	s(978) =< 757/6
6.53/6.53	s(1007) =< 781/6
6.53/6.53	s(979) =< 4727/96
6.53/6.53	s(980) =< 34153/216
6.53/6.53	aux(311) =< -2491*V_a+371*V_b+74467
6.53/6.53	s(980) =< -424*V_a-106*V_b+143629/8
6.53/6.53	aux(312) =< -188*V_a+28*V_b+33761/6
6.53/6.53	s(978) =< -142*V_a-71/2*V_b+9083/2
6.53/6.53	s(1008) =< -142*V_a-71/2*V_b+9443/2
6.53/6.53	s(1009) =< -106*V_a-53/2*V_b+3869/2
6.53/6.53	s(976) =< -106*V_a-53/2*V_b+7229/2
6.53/6.53	s(1094) =< -94*V_a+14*V_b+2803
6.53/6.53	s(968) =< -22*V_a-11/2*V_b+429
6.53/6.53	s(1011) =< -21*V_a-21/4*V_b+2863/4
6.53/6.53	s(977) =< -16*V_a-4*V_b+2693/4
6.53/6.53	s(979) =< -14*V_a-7/2*V_b+20051/32
6.53/6.53	s(967) =< -12*V_a-3*V_b+399
6.53/6.53	s(1012) =< -11*V_a-11/4*V_b+803/4
6.53/6.53	s(972) =< -11*V_a-11/4*V_b+1703/4
6.53/6.53	s(1013) =< -8*V_a-2*V_b+146
6.53/6.53	s(966) =< -8*V_a-2*V_b+156
6.53/6.53	s(983) =< -8*V_a-2*V_b+276
6.53/6.53	s(974) =< -8*V_a-2*V_b+1621/6
6.53/6.53	s(1015) =< -7*V_a-7/4*V_b+511/4
6.53/6.53	s(973) =< -7*V_a-7/4*V_b+835/4
6.53/6.53	s(984) =< -7*V_a-7/4*V_b+931/4
6.53/6.53	s(1017) =< -4*V_a-V_b+73
6.53/6.53	s(1018) =< -4*V_a-V_b+133
6.53/6.53	s(1019) =< -4*V_a-V_b+138
6.53/6.53	s(986) =< -4*V_a+2*V_b+56
6.53/6.53	s(1092) =< -4*V_a+2*V_b+452/3
6.53/6.53	s(1021) =< -2*V_a-V_b/2+39
6.53/6.53	s(1023) =< -V_a-V_b/4+33/4
6.53/6.53	s(1024) =< -V_a-V_b/4+73/4
6.53/6.53	s(1025) =< -V_a-V_b/4+133/4
6.53/6.53	s(987) =< -V_a+V_b/2+8
6.53/6.53	s(988) =< -V_a+V_b/2+15
6.53/6.53	s(1027) =< -V_a+V_b/2+125/12
6.53/6.53	s(1090) =< -53/9*V_a+53/18*V_b+47827/216
6.53/6.53	s(1095) =< -47/2*V_a+7/2*V_b+16693/24
6.53/6.53	s(989) =< -35/12*V_a+35/24*V_b+315/8
6.53/6.53	s(981) =< -16/3*V_a+8/3*V_b+275/3
6.53/6.53	s(990) =< -2/3*V_a+V_b/3+5
6.53/6.53	s(1093) =< -2/3*V_a+V_b/3+28/3
6.53/6.53	s(985) =< -2/3*V_a+V_b/3+535/48
6.53/6.53	s(1094) =< -2/3*V_a+V_b/3+899/36
6.53/6.53	s(1095) =< -V_a/2+V_b/4+889/48
6.53/6.53	aux(313) =< 72
6.53/6.53	aux(314) =< 17/2
6.53/6.53	aux(315) =< 35/4
6.53/6.53	aux(316) =< 55/2
6.53/6.53	aux(317) =< 187/8
6.53/6.53	aux(318) =< 407/24
6.53/6.53	aux(319) =< 619/6
6.53/6.53	aux(320) =< -106*V_a-53/2*V_b+7589/2
6.53/6.53	aux(321) =< -11*V_a-11/4*V_b+1683/4
6.53/6.53	aux(322) =< -8*V_a-2*V_b+296
6.53/6.53	aux(323) =< -7*V_a-7/4*V_b+711/4
6.53/6.53	aux(324) =< -4*V_a-V_b+211/2
6.53/6.53	aux(325) =< -2*V_a-V_b/2+613/12
6.53/6.53	aux(326) =< -V_a-V_b/4+69/2
6.53/6.53	aux(327) =< -V_a-V_b/4+143/4
6.53/6.53	aux(328) =< -4/7*V_a-3/14*V_b+5
6.53/6.53	aux(329) =< -V_a/7+V_b/14+4/7
6.53/6.53	aux(330) =< -V_b/2+7
6.53/6.53	s(1038) =< aux(313)
6.53/6.53	s(971) =< aux(314)
6.53/6.53	s(1083) =< aux(314)
6.53/6.53	s(1085) =< aux(315)
6.53/6.53	s(1086) =< aux(316)
6.53/6.53	s(1053) =< aux(317)
6.53/6.53	s(975) =< aux(318)
6.53/6.53	s(1055) =< aux(319)
6.53/6.53	s(1055) =< aux(320)
6.53/6.53	s(975) =< aux(321)
6.53/6.53	s(1038) =< aux(322)
6.53/6.53	s(1053) =< aux(323)
6.53/6.53	s(1084) =< aux(325)
6.53/6.53	s(971) =< aux(326)
6.53/6.53	s(1085) =< aux(327)
6.53/6.53	s(1062) =< aux(328)
6.53/6.53	s(1063) =< aux(329)
6.53/6.53	s(1062) =< aux(330)
6.53/6.53	s(1031) =< s(991)
6.53/6.53	s(1032) =< s(991)
6.53/6.53	s(1033) =< s(992)
6.53/6.53	s(1034) =< s(993)
6.53/6.53	s(1035) =< s(993)
6.53/6.53	s(1036) =< s(994)
6.53/6.53	s(1037) =< s(994)
6.53/6.53	s(1039) =< s(997)
6.53/6.53	s(1040) =< s(997)
6.53/6.53	s(1041) =< s(998)
6.53/6.53	s(1042) =< aux(315)
6.53/6.53	s(1043) =< aux(315)
6.53/6.53	s(1044) =< aux(315)
6.53/6.53	s(1045) =< aux(315)
6.53/6.53	s(1046) =< aux(315)
6.53/6.53	s(1047) =< aux(316)
6.53/6.53	s(1048) =< aux(316)
6.53/6.53	s(1049) =< aux(316)
6.53/6.53	s(1050) =< s(1001)
6.53/6.53	s(1051) =< s(1001)
6.53/6.53	s(1052) =< s(1002)
6.53/6.53	s(1054) =< s(1004)
6.53/6.53	s(1056) =< s(1006)
6.53/6.53	s(1057) =< s(1007)
6.53/6.53	s(1054) =< s(1009)
6.53/6.53	s(1056) =< s(1011)
6.53/6.53	s(1051) =< s(1012)
6.53/6.53	s(1036) =< s(1013)
6.53/6.53	s(1037) =< s(1013)
6.53/6.53	s(1052) =< s(1015)
6.53/6.53	s(1033) =< s(1018)
6.53/6.53	s(1041) =< s(1019)
6.53/6.53	s(1047) =< aux(324)
6.53/6.53	s(1048) =< aux(324)
6.53/6.53	s(1058) =< aux(325)
6.53/6.53	s(1059) =< s(1023)
6.53/6.53	s(1060) =< s(1023)
6.53/6.53	s(1061) =< s(1023)
6.53/6.53	s(1039) =< s(1025)
6.53/6.53	s(1040) =< s(1025)
6.53/6.53	s(1042) =< aux(327)
6.53/6.53	s(1043) =< aux(327)
6.53/6.53	s(1044) =< aux(327)
6.53/6.53	s(1045) =< aux(327)
6.53/6.53	s(1046) =< aux(327)
6.53/6.53	s(1058) =< s(1027)
6.53/6.53	s(988) =< aux(329)
6.53/6.53	s(1057) =< s(1008)
6.53/6.53	s(1064) =< s(1008)
6.53/6.53	s(986) =< s(983)
6.53/6.53	s(1064) =< s(983)
6.53/6.53	s(1065) =< s(967)
6.53/6.53	s(1066) =< s(967)
6.53/6.53	s(976) =< s(1057)
6.53/6.53	s(1066) =< s(1057)
6.53/6.53	s(1065) =< s(986)
6.53/6.53	s(1031) =< s(986)
6.53/6.53	s(1039) =< s(1055)
6.53/6.53	s(1067) =< s(1055)
6.53/6.53	s(1039) =< s(976)
6.53/6.53	s(1067) =< s(976)
6.53/6.53	s(1039) =< s(1038)
6.53/6.53	s(1067) =< s(1038)
6.53/6.53	s(1039) =< s(1065)
6.53/6.53	s(1067) =< s(1065)
6.53/6.53	s(1042) =< s(1066)
6.53/6.53	s(1039) =< s(1066)
6.53/6.53	s(1042) =< s(1041)
6.53/6.53	s(1039) =< s(1041)
6.53/6.53	s(1042) =< s(1033)
6.53/6.53	s(1039) =< s(1033)
6.53/6.53	s(1047) =< s(1042)*(3/8)+s(1056)
6.53/6.53	s(1047) =< s(1042)*(3/8)+s(1053)
6.53/6.53	s(1047) =< s(1039)*s(1058)
6.53/6.53	s(1064) =< s(1063)*s(1062)
6.53/6.53	s(1068) =< s(996)
6.53/6.53	s(1069) =< s(996)
6.53/6.53	s(1050) =< s(1012)
6.53/6.53	s(1070) =< s(1012)
6.53/6.53	s(990) =< s(1017)
6.53/6.53	s(1034) =< s(1017)
6.53/6.53	s(1070) =< s(1017)
6.53/6.53	s(1068) =< s(1024)
6.53/6.53	s(1069) =< s(1024)
6.53/6.53	s(1036) =< s(966)
6.53/6.53	s(1071) =< s(966)
6.53/6.53	s(1050) =< s(968)
6.53/6.53	s(1071) =< s(968)
6.53/6.53	s(1069) =< s(1055)
6.53/6.53	s(1072) =< s(1055)
6.53/6.53	s(1069) =< s(1054)
6.53/6.53	s(1072) =< s(1054)
6.53/6.53	s(1069) =< s(1038)
6.53/6.53	s(1072) =< s(1038)
6.53/6.53	s(1069) =< s(1036)
6.53/6.53	s(1072) =< s(1036)
6.53/6.53	s(1043) =< s(1068)
6.53/6.53	s(1069) =< s(1068)
6.53/6.53	s(1043) =< s(1041)
6.53/6.53	s(1069) =< s(1041)
6.53/6.53	s(1043) =< s(990)
6.53/6.53	s(1069) =< s(990)
6.53/6.53	s(1034) =< s(1043)*(3/8)+s(1052)
6.53/6.53	s(1034) =< s(1043)*(3/8)+s(1053)
6.53/6.53	s(1034) =< s(1069)*s(1058)
6.53/6.53	s(1070) =< s(1063)*s(1062)
6.53/6.53	s(1073) =< s(996)
6.53/6.53	s(963) =< s(1017)
6.53/6.53	s(1035) =< s(1017)
6.53/6.53	s(1074) =< s(1017)
6.53/6.53	s(987) =< s(1021)
6.53/6.53	s(1074) =< s(1021)
6.53/6.53	s(1073) =< s(1024)
6.53/6.53	s(1073) =< s(987)
6.53/6.53	s(969) =< s(987)
6.53/6.53	s(1073) =< s(1055)
6.53/6.53	s(1075) =< s(1055)
6.53/6.53	s(1073) =< s(1054)
6.53/6.53	s(1075) =< s(1054)
6.53/6.53	s(1073) =< s(1038)
6.53/6.53	s(1075) =< s(1038)
6.53/6.53	s(1073) =< s(1037)
6.53/6.53	s(1075) =< s(1037)
6.53/6.53	s(1044) =< s(1068)
6.53/6.53	s(1073) =< s(1068)
6.53/6.53	s(1044) =< s(1041)
6.53/6.53	s(1073) =< s(1041)
6.53/6.53	s(1044) =< s(963)
6.53/6.53	s(1073) =< s(963)
6.53/6.53	s(1035) =< s(1044)*(3/8)+s(1052)
6.53/6.53	s(1035) =< s(1044)*(3/8)+s(1053)
6.53/6.53	s(1035) =< s(1073)*s(1058)
6.53/6.53	s(1074) =< s(1063)*s(1062)
6.53/6.53	s(1076) =< s(1008)
6.53/6.53	s(989) =< s(984)
6.53/6.53	s(1076) =< s(984)
6.53/6.53	s(978) =< s(1057)
6.53/6.53	s(1077) =< s(1057)
6.53/6.53	s(1077) =< s(989)
6.53/6.53	s(973) =< s(989)
6.53/6.53	s(1040) =< s(1055)
6.53/6.53	s(1078) =< s(1055)
6.53/6.53	s(1040) =< s(978)
6.53/6.53	s(1078) =< s(978)
6.53/6.53	s(1040) =< s(1038)
6.53/6.53	s(1078) =< s(1038)
6.53/6.53	s(1040) =< s(974)
6.53/6.53	s(1078) =< s(974)
6.53/6.53	s(1045) =< s(1077)
6.53/6.53	s(1040) =< s(1077)
6.53/6.53	s(1045) =< s(1041)
6.53/6.53	s(1040) =< s(1041)
6.53/6.53	s(1045) =< s(1033)
6.53/6.53	s(1040) =< s(1033)
6.53/6.53	s(1048) =< s(1045)*(3/8)+s(1056)
6.53/6.53	s(1048) =< s(1045)*(3/8)+s(1053)
6.53/6.53	s(1048) =< s(1040)*s(1058)
6.53/6.53	s(1076) =< s(1063)*s(1062)
6.53/6.53	s(964) =< s(1021)
6.53/6.53	s(1060) =< s(1021)
6.53/6.53	s(1060) =< s(988)*s(1062)
6.53/6.53	s(1079) =< aux(321)
6.53/6.53	s(1049) =< aux(324)
6.53/6.53	s(1079) =< aux(324)
6.53/6.53	s(971) =< s(1055)
6.53/6.53	s(1080) =< s(1055)
6.53/6.53	s(971) =< s(980)
6.53/6.53	s(1080) =< s(980)
6.53/6.53	s(971) =< s(1038)
6.53/6.53	s(1080) =< s(1038)
6.53/6.53	s(971) =< s(981)
6.53/6.53	s(1080) =< s(981)
6.53/6.53	s(1046) =< s(985)
6.53/6.53	s(971) =< s(985)
6.53/6.53	s(1046) =< s(1041)
6.53/6.53	s(971) =< s(1041)
6.53/6.53	s(1046) =< s(977)
6.53/6.53	s(971) =< s(977)
6.53/6.53	s(1049) =< s(1046)*(3/8)+s(979)
6.53/6.53	s(1049) =< s(1046)*(3/8)+s(1053)
6.53/6.53	s(1049) =< s(971)*s(1058)
6.53/6.53	s(1079) =< s(1063)*s(1062)
6.53/6.53	s(970) =< s(965)
6.53/6.53	s(1081) =< s(965)
6.53/6.53	s(1081) =< s(1021)
6.53/6.53	s(1059) =< s(1021)
6.53/6.53	s(1059) =< s(1063)*s(1062)
6.53/6.53	s(1061) =< s(1063)*s(1062)
6.53/6.53	s(1090) =< aux(311)
6.53/6.53	s(1091) =< aux(311)
6.53/6.53	s(1091) =< aux(312)
6.53/6.53	s(1092) =< aux(312)
6.53/6.53	s(1086) =< aux(324)
6.53/6.53	s(1100) =< aux(324)
6.53/6.53	s(1083) =< aux(326)
6.53/6.53	s(1100) =< aux(326)
6.53/6.53	s(1083) =< s(1055)
6.53/6.53	s(1101) =< s(1055)
6.53/6.53	s(1083) =< s(1090)
6.53/6.53	s(1101) =< s(1090)
6.53/6.53	s(1083) =< s(1038)
6.53/6.53	s(1101) =< s(1038)
6.53/6.53	s(1083) =< s(1092)
6.53/6.53	s(1101) =< s(1092)
6.53/6.53	s(1085) =< s(1095)
6.53/6.53	s(1083) =< s(1095)
6.53/6.53	s(1085) =< s(1093)
6.53/6.53	s(1083) =< s(1093)
6.53/6.53	s(1085) =< s(1094)
6.53/6.53	s(1083) =< s(1094)
6.53/6.53	s(1086) =< s(1085)*(3/8)+s(1091)
6.53/6.53	s(1086) =< s(1085)*(3/8)+s(1053)
6.53/6.53	s(1086) =< s(1083)*s(1084)
6.53/6.53	s(1100) =< s(1063)*s(1062)
6.53/6.53	
6.53/6.53	  with precondition: [V_b+7>=2*V_a,V_a>=V_b+1] 
6.53/6.53	
6.53/6.53	
6.53/6.53	#### Cost of chains of eval_complex_start(V__0,V__01,V__1,V__12,V_10,V_9,V_a,V_b,B):
6.53/6.53	* Chain [68]: 0
6.53/6.53	  with precondition: [] 
6.53/6.53	
6.53/6.53	* Chain [67]: 0
6.53/6.53	  with precondition: [29>=V_a] 
6.53/6.53	
6.53/6.53	* Chain [66]: 1*s(1102)+0
6.53/6.53	  Such that:s(1102) =< V_a-V_b
6.53/6.53	s(1102) =< -V_b/2+3
6.53/6.53	
6.53/6.53	  with precondition: [29>=V_a,5>=V_b,V_a>=V_b+1] 
6.53/6.53	
6.53/6.53	* Chain [65]: 1*s(1103)+1*s(1104)+0
6.53/6.53	  Such that:s(1103) =< V_a/6-V_b/6
6.53/6.53	s(1103) =< V_a/6-V_b/12
6.53/6.53	s(1104) =< -V_b/2+3
6.53/6.53	
6.53/6.53	  with precondition: [29>=V_a,5>=V_b,V_a>=V_b+2,2*V_a>=V_b+8] 
6.53/6.53	
6.53/6.53	* Chain [64]: 1*s(1105)+0
6.53/6.53	  Such that:s(1105) =< V_a/6-V_b/6
6.53/6.53	
6.53/6.53	  with precondition: [29>=V_a,V_b>=6,V_a>=V_b+1] 
6.53/6.53	
6.53/6.53	* Chain [63]: 1*s(1106)+0
6.53/6.53	  Such that:s(1106) =< -V_a/2+15
6.53/6.53	s(1106) =< -V_a/12+V_b/12+1/12
6.53/6.53	
6.53/6.53	  with precondition: [29>=V_a,V_b>=V_a] 
6.53/6.53	
6.53/6.53	* Chain [62]: 1*s(1107)+0
6.53/6.53	  Such that:s(1107) =< -V_a/2+15
6.53/6.53	s(1107) =< -V_a/12+V_b/12+1/12
6.53/6.53	
6.53/6.53	  with precondition: [29>=V_a,V_b>=V_a,V_b+5*V_a>=168] 
6.53/6.53	
6.53/6.53	* Chain [61]: 1*s(1113)+1*s(1118)+2*s(1134)+1*s(1135)+1*s(1136)+1*s(1138)+1*s(1139)+1*s(1140)+1*s(1141)+0
6.53/6.53	  Such that:s(1108) =< -3*V_a-4/3*V_b+388/3
6.53/6.53	s(1120) =< V_a-V_b+1/2
6.53/6.53	s(1109) =< -971/216*V_a-407/216*V_b+4583/24
6.53/6.53	s(1111) =< -49/24*V_a-407/216*V_b+25877/216
6.53/6.53	s(1110) =< -35/48*V_a-97/96*V_b+1315/24
6.53/6.53	s(1121) =< -25/9*V_a-V_b/6+1609/18
6.53/6.53	s(1112) =< -19/36*V_a-7/36*V_b+87/4
6.53/6.53	s(1113) =< -13/12*V_a-13/12*V_b+247/4
6.53/6.53	s(1122) =< -11/6*V_a-V_b/6+62
6.53/6.53	s(1114) =< -11/48*V_a-5/48*V_b+169/16
6.53/6.53	s(1115) =< -7/16*V_a-5/48*V_b+797/48
6.53/6.53	s(1123) =< -7/24*V_a-V_b/6+105/8
6.53/6.53	s(1124) =< -7/24*V_a+V_b/24+33/4
6.53/6.53	s(1116) =< -5/32*V_a-97/96*V_b+3115/96
6.53/6.53	s(1117) =< -4/3*V_a-4/3*V_b+81
6.53/6.53	s(1125) =< -3/8*V_a-V_b/2+111/8
6.53/6.53	s(1126) =< -V_a/2-V_b/2+35/2
6.53/6.53	s(1127) =< -V_a/3+10
6.53/6.53	s(1128) =< -V_a/4+15/2
6.53/6.53	s(1118) =< -V_a/4-13/12*V_b+451/12
6.53/6.53	s(1119) =< -V_a/4-7/36*V_b+493/36
6.53/6.53	s(1116) =< -209/192*V_b+3055/96
6.53/6.53	s(1110) =< -11/8*V_b+315/8
6.53/6.53	s(1132) =< -V_b/2+65/12
6.53/6.53	aux(331) =< -V_b+17
6.53/6.53	aux(332) =< -11/16*V_b+99/8
6.53/6.53	aux(333) =< -5/48*V_b+85/12
6.53/6.53	s(1126) =< aux(331)
6.53/6.53	s(1125) =< aux(332)
6.53/6.53	s(1124) =< aux(333)
6.53/6.53	s(1133) =< s(1120)
6.53/6.53	s(1134) =< s(1123)
6.53/6.53	s(1135) =< s(1124)
6.53/6.53	s(1136) =< s(1124)
6.53/6.53	s(1137) =< s(1125)
6.53/6.53	s(1118) =< s(1126)
6.53/6.53	s(1113) =< s(1126)
6.53/6.53	s(1138) =< s(1128)
6.53/6.53	s(1139) =< s(1128)
6.53/6.53	s(1118) =< aux(331)
6.53/6.53	s(1113) =< aux(331)
6.53/6.53	s(1137) =< aux(332)
6.53/6.53	s(1135) =< aux(333)
6.53/6.53	s(1136) =< aux(333)
6.53/6.53	s(1133) =< s(1132)
6.53/6.53	s(1139) =< s(1121)
6.53/6.53	s(1140) =< s(1121)
6.53/6.53	s(1139) =< s(1109)
6.53/6.53	s(1140) =< s(1109)
6.53/6.53	s(1139) =< s(1122)
6.53/6.53	s(1140) =< s(1122)
6.53/6.53	s(1139) =< s(1108)
6.53/6.53	s(1140) =< s(1108)
6.53/6.53	s(1136) =< s(1115)
6.53/6.53	s(1139) =< s(1115)
6.53/6.53	s(1136) =< s(1127)
6.53/6.53	s(1139) =< s(1127)
6.53/6.53	s(1136) =< s(1112)
6.53/6.53	s(1139) =< s(1112)
6.53/6.53	s(1113) =< s(1136)*(3/8)+s(1110)
6.53/6.53	s(1113) =< s(1136)*(3/8)+s(1137)
6.53/6.53	s(1113) =< s(1139)*s(1133)
6.53/6.53	s(1138) =< s(1121)
6.53/6.53	s(1141) =< s(1121)
6.53/6.53	s(1138) =< s(1111)
6.53/6.53	s(1141) =< s(1111)
6.53/6.53	s(1138) =< s(1122)
6.53/6.53	s(1141) =< s(1122)
6.53/6.53	s(1138) =< s(1117)
6.53/6.53	s(1141) =< s(1117)
6.53/6.53	s(1135) =< s(1114)
6.53/6.53	s(1138) =< s(1114)
6.53/6.53	s(1135) =< s(1127)
6.53/6.53	s(1138) =< s(1127)
6.53/6.53	s(1135) =< s(1119)
6.53/6.53	s(1138) =< s(1119)
6.53/6.53	s(1118) =< s(1135)*(3/8)+s(1116)
6.53/6.53	s(1118) =< s(1135)*(3/8)+s(1137)
6.53/6.53	s(1118) =< s(1138)*s(1133)
6.53/6.53	
6.53/6.53	  with precondition: [29>=V_a,V_a>=V_b+1,2*V_a>=V_b+8] 
6.53/6.53	
6.53/6.53	* Chain [60]: 1*s(1142)+1*s(1143)+0
6.53/6.53	  Such that:s(1142) =< -5/6*V_a-V_b/6+29
6.53/6.53	s(1143) =< -V_a/12+V_b/12+1/12
6.53/6.53	s(1142) =< V_a/6+V_b/30
6.53/6.53	
6.53/6.53	  with precondition: [27>=V_a,V_b>=16,173>=5*V_a+V_b,V_b>=V_a,V_b+5*V_a>=41] 
6.53/6.53	
6.53/6.53	* Chain [59]: 1*s(1148)+1*s(1157)+1*s(1162)+1*s(1168)+1*s(1182)+1*s(1186)+2*s(1187)+1*s(1188)+1*s(1189)+1*s(1193)+1*s(1194)+0
6.53/6.53	  Such that:s(1144) =< 25/2
6.53/6.53	s(1149) =< 14821/48
6.53/6.53	s(1145) =< 20237/96
6.53/6.53	s(1149) =< 97949/192
6.53/6.53	s(1146) =< -265*V_a-53*V_b+19343/2
6.53/6.53	s(1147) =< -20*V_a-4*V_b+723
6.53/6.53	s(1174) =< -5*V_a-V_b+361/2
6.53/6.53	s(1148) =< -5*V_a-V_b+705/4
6.53/6.53	s(1150) =< -7315/24*V_a-1463/24*V_b+46705/4
6.53/6.53	s(1151) =< -5455/36*V_a-1091/36*V_b+66511/12
6.53/6.53	s(1152) =< -3445/6*V_a-689/6*V_b+22125
6.53/6.53	s(1153) =< -3055/12*V_a-611/12*V_b+38775/4
6.53/6.53	s(1151) =< -2635/12*V_a-527/12*V_b+92971/12
6.53/6.53	s(1152) =< -2385/2*V_a-477/2*V_b+42159
6.53/6.53	s(1149) =< -2345/192*V_a-469/192*V_b+81065/192
6.53/6.53	s(1153) =< -2115/4*V_a-423/4*V_b+74307/4
6.53/6.53	s(1154) =< -2035/8*V_a-407/8*V_b+73697/8
6.53/6.53	s(1149) =< -1295/192*V_a-259/192*V_b+47045/192
6.53/6.53	s(1155) =< -1045/4*V_a-209/4*V_b+9365
6.53/6.53	s(1145) =< -485/96*V_a-97/96*V_b+16745/96
6.53/6.53	s(1149) =< -365/48*V_a-61/48*V_b+12155/48
6.53/6.53	s(1149) =< -355/48*V_a-71/48*V_b+12265/48
6.53/6.53	s(1156) =< -325/36*V_a-65/36*V_b+1375/4
6.53/6.53	s(1157) =< -235/24*V_a-47/24*V_b+737/2
6.53/6.53	s(1158) =< -185/36*V_a-37/36*V_b+2285/12
6.53/6.53	s(1159) =< -155/12*V_a-31/12*V_b+5753/12
6.53/6.53	s(1160) =< -145/24*V_a-29/24*V_b+461/2
6.53/6.53	s(1161) =< -125/36*V_a-25/36*V_b+1517/12
6.53/6.53	s(1162) =< -95/36*V_a-19/36*V_b+1193/12
6.53/6.53	s(1158) =< -85/12*V_a-17/12*V_b+3041/12
6.53/6.53	s(1156) =< -75/4*V_a-15/4*V_b+2635/4
6.53/6.53	s(1157) =< -65/4*V_a-13/4*V_b+2311/4
6.53/6.53	s(1163) =< -65/12*V_a-13/12*V_b+825/4
6.53/6.53	s(1161) =< -65/12*V_a-13/12*V_b+2273/12
6.53/6.53	s(1164) =< -65/18*V_a-13/18*V_b+275/2
6.53/6.53	s(1165) =< -55/3*V_a-11/3*V_b+1375/2
6.53/6.53	s(1163) =< -45/4*V_a-9/4*V_b+1581/4
6.53/6.53	s(1147) =< -40/3*V_a-8/3*V_b+507
6.53/6.53	s(1160) =< -35/4*V_a-7/4*V_b+1273/4
6.53/6.53	s(1145) =< -35/36*V_a-7/36*V_b+4055/96
6.53/6.53	s(1175) =< -35/48*V_a-7/48*V_b+145/8
6.53/6.53	s(1166) =< -25/6*V_a-5/6*V_b+309/2
6.53/6.53	s(1167) =< -25/8*V_a-5/8*V_b+927/8
6.53/6.53	s(1168) =< -20/3*V_a-4/3*V_b+235
6.53/6.53	s(1164) =< -15/2*V_a-3/2*V_b+527/2
6.53/6.53	s(1176) =< -5/2*V_a-V_b/2+151/2
6.53/6.53	s(1177) =< -5/2*V_a-V_b/2+199/2
6.53/6.53	s(1178) =< -5/2*V_a-V_b/2+935/12
6.53/6.53	s(1179) =< -5/6*V_a-V_b/6+43/2
6.53/6.53	s(1180) =< -5/12*V_a-V_b/12+125/12
6.53/6.53	s(1181) =< -V_a/12+V_b/12+1/12
6.53/6.53	s(1149) =< V_b/4+14783/48
6.53/6.53	aux(334) =< 55/2
6.53/6.53	aux(335) =< 161/12
6.53/6.53	aux(336) =< 187/2
6.53/6.53	aux(337) =< 187/8
6.53/6.53	aux(338) =< 1151/12
6.53/6.53	s(1179) =< aux(334)
6.53/6.53	s(1180) =< aux(335)
6.53/6.53	s(1176) =< aux(336)
6.53/6.53	s(1175) =< aux(337)
6.53/6.53	s(1178) =< aux(338)
6.53/6.53	s(1157) =< aux(334)
6.53/6.53	s(1182) =< aux(334)
6.53/6.53	s(1144) =< aux(335)
6.53/6.53	s(1183) =< aux(335)
6.53/6.53	s(1184) =< aux(336)
6.53/6.53	s(1185) =< aux(337)
6.53/6.53	s(1144) =< aux(338)
6.53/6.53	s(1183) =< aux(338)
6.53/6.53	s(1186) =< s(1174)
6.53/6.53	s(1185) =< s(1175)
6.53/6.53	s(1184) =< s(1176)
6.53/6.53	s(1162) =< s(1177)
6.53/6.53	s(1144) =< s(1178)
6.53/6.53	s(1183) =< s(1178)
6.53/6.53	s(1157) =< s(1179)
6.53/6.53	s(1182) =< s(1179)
6.53/6.53	s(1144) =< s(1180)
6.53/6.53	s(1183) =< s(1180)
6.53/6.53	s(1187) =< s(1181)
6.53/6.53	s(1145) =< s(1150)
6.53/6.53	s(1188) =< s(1150)
6.53/6.53	s(1145) =< s(1155)
6.53/6.53	s(1186) =< s(1155)
6.53/6.53	s(1185) =< s(1184)
6.53/6.53	s(1157) =< s(1184)
6.53/6.53	s(1144) =< s(1177)
6.53/6.53	s(1188) =< s(1177)
6.53/6.53	s(1186) =< s(1159)
6.53/6.53	s(1189) =< s(1159)
6.53/6.53	s(1186) =< s(1154)
6.53/6.53	s(1189) =< s(1154)
6.53/6.53	s(1186) =< s(1165)
6.53/6.53	s(1189) =< s(1165)
6.53/6.53	s(1186) =< s(1147)
6.53/6.53	s(1189) =< s(1147)
6.53/6.53	s(1188) =< s(1167)
6.53/6.53	s(1186) =< s(1167)
6.53/6.53	s(1188) =< s(1166)
6.53/6.53	s(1186) =< s(1166)
6.53/6.53	s(1188) =< s(1160)
6.53/6.53	s(1186) =< s(1160)
6.53/6.53	s(1157) =< s(1188)*(3/8)+s(1145)
6.53/6.53	s(1157) =< s(1188)*(3/8)+s(1185)
6.53/6.53	s(1157) =< s(1186)*s(1144)
6.53/6.53	s(1183) =< s(1146)
6.53/6.53	s(1190) =< s(1146)
6.53/6.53	s(1183) =< s(1152)
6.53/6.53	s(1191) =< s(1152)
6.53/6.53	s(1192) =< s(1174)
6.53/6.53	s(1193) =< s(1174)
6.53/6.53	s(1190) =< s(1151)
6.53/6.53	s(1182) =< s(1151)
6.53/6.53	s(1191) =< s(1153)
6.53/6.53	s(1182) =< s(1153)
6.53/6.53	s(1182) =< s(1184)
6.53/6.53	s(1192) =< s(1161)
6.53/6.53	s(1193) =< s(1161)
6.53/6.53	s(1193) =< s(1190)
6.53/6.53	s(1194) =< s(1190)
6.53/6.53	s(1193) =< s(1191)
6.53/6.53	s(1194) =< s(1191)
6.53/6.53	s(1193) =< s(1158)
6.53/6.53	s(1194) =< s(1158)
6.53/6.53	s(1193) =< s(1156)
6.53/6.53	s(1194) =< s(1156)
6.53/6.53	s(1162) =< s(1164)
6.53/6.53	s(1193) =< s(1164)
6.53/6.53	s(1162) =< s(1192)
6.53/6.53	s(1193) =< s(1192)
6.53/6.53	s(1162) =< s(1163)
6.53/6.53	s(1193) =< s(1163)
6.53/6.53	s(1182) =< s(1162)*(3/8)+s(1149)
6.53/6.53	s(1182) =< s(1162)*(3/8)+s(1185)
6.53/6.53	s(1182) =< s(1193)*s(1183)
6.53/6.53	
6.53/6.53	  with precondition: [27>=V_a,173>=5*V_a+V_b,V_b>=V_a,V_b+5*V_a+36>=0] 
6.53/6.53	
6.53/6.53	* Chain [58]: 1*s(1195)+0
6.53/6.53	  Such that:s(1195) =< -V_a/2+29/2
6.53/6.53	s(1195) =< -V_a/12+V_b/12+1/12
6.53/6.53	
6.53/6.53	  with precondition: [27>=V_a,V_b>=V_a] 
6.53/6.53	
6.53/6.53	* Chain [57]: 1*s(1196)+1*s(1203)+1*s(1212)+1*s(1215)+1*s(1217)+1*s(1223)+1*s(1224)+1*s(1225)+1*s(1226)+1*s(1229)+1*s(1231)+0
6.53/6.53	  Such that:s(1196) =< 2
6.53/6.53	s(1216) =< -7*V_a+179
6.53/6.53	s(1197) =< -4*V_a+116
6.53/6.53	s(1198) =< -3*V_a+87
6.53/6.53	s(1199) =< -V_a+317/12
6.53/6.53	s(1200) =< V_a-V_b+1/2
6.53/6.53	s(1205) =< -217/8*V_a+2897/4
6.53/6.53	s(1214) =< -77/16*V_a+495/4
6.53/6.53	s(1201) =< -71/18*V_a+1987/18
6.53/6.53	s(1202) =< -71/18*V_a+2059/18
6.53/6.53	s(1203) =< -35/24*V_a+919/24
6.53/6.53	s(1204) =< -35/24*V_a+1015/24
6.53/6.53	s(1205) =< -31/8*V_a+803/8
6.53/6.53	s(1206) =< -31/8*V_a+5/4*V_b+743/8
6.53/6.53	s(1207) =< -25/9*V_a-V_b/6+1537/18
6.53/6.53	s(1208) =< -25/9*V_a-V_b/6+1609/18
6.53/6.53	s(1209) =< -11/6*V_a-V_b/6+58
6.53/6.53	s(1210) =< -11/6*V_a-V_b/6+62
6.53/6.53	s(1211) =< -11/6*V_a-V_b/6+341/6
6.53/6.53	s(1212) =< -7/24*V_a-V_b/6+319/24
6.53/6.53	s(1213) =< -7/24*V_a+V_b/24+33/4
6.53/6.53	s(1214) =< -3/8*V_a-V_b/2+111/8
6.53/6.53	s(1215) =< -V_a/2-V_b/2+29
6.53/6.53	s(1216) =< -V_a/2-V_b/2+35/2
6.53/6.54	s(1217) =< -V_a/2-V_b/2+51/2
6.53/6.54	s(1218) =< -V_a/3+10
6.53/6.54	s(1219) =< -V_a/3+29/3
6.53/6.54	s(1220) =< -V_a/4+29/4
6.53/6.54	s(1216) =< -V_b+17
6.53/6.54	s(1205) =< -31/8*V_b+193/2
6.53/6.54	s(1214) =< -11/16*V_b+99/8
6.53/6.54	s(1199) =< -V_b/2+65/12
6.53/6.54	s(1215) =< s(1197)
6.53/6.54	s(1217) =< s(1197)
6.53/6.54	s(1211) =< s(1198)
6.53/6.54	s(1221) =< s(1200)
6.53/6.54	s(1212) =< s(1204)
6.53/6.54	s(1222) =< s(1205)
6.53/6.54	s(1222) =< s(1206)
6.53/6.54	s(1223) =< s(1213)
6.53/6.54	s(1224) =< s(1213)
6.53/6.54	s(1215) =< s(1216)
6.53/6.54	s(1217) =< s(1216)
6.53/6.54	s(1225) =< s(1220)
6.53/6.54	s(1226) =< s(1220)
6.53/6.54	s(1221) =< s(1199)
6.53/6.54	s(1227) =< s(1198)
6.53/6.54	s(1228) =< s(1198)
6.53/6.54	s(1207) =< s(1202)
6.53/6.54	s(1228) =< s(1202)
6.53/6.54	s(1227) =< s(1209)
6.53/6.54	s(1196) =< s(1209)
6.53/6.54	s(1225) =< s(1208)
6.53/6.54	s(1229) =< s(1208)
6.53/6.54	s(1225) =< s(1207)
6.53/6.54	s(1229) =< s(1207)
6.53/6.54	s(1225) =< s(1210)
6.53/6.54	s(1229) =< s(1210)
6.53/6.54	s(1225) =< s(1227)
6.53/6.54	s(1229) =< s(1227)
6.53/6.54	s(1223) =< s(1228)
6.53/6.54	s(1225) =< s(1228)
6.53/6.54	s(1223) =< s(1218)
6.53/6.54	s(1225) =< s(1218)
6.53/6.54	s(1223) =< s(1219)
6.53/6.54	s(1225) =< s(1219)
6.53/6.54	s(1215) =< s(1223)*(3/8)+s(1222)
6.53/6.54	s(1215) =< s(1223)*(3/8)+s(1214)
6.53/6.54	s(1215) =< s(1225)*s(1221)
6.53/6.54	s(1201) =< s(1202)
6.53/6.54	s(1230) =< s(1202)
6.53/6.54	s(1230) =< s(1204)
6.53/6.54	s(1203) =< s(1204)
6.53/6.54	s(1226) =< s(1208)
6.53/6.54	s(1231) =< s(1208)
6.53/6.54	s(1226) =< s(1201)
6.53/6.54	s(1231) =< s(1201)
6.53/6.54	s(1226) =< s(1210)
6.53/6.54	s(1231) =< s(1210)
6.53/6.54	s(1226) =< s(1211)
6.53/6.54	s(1231) =< s(1211)
6.53/6.54	s(1224) =< s(1230)
6.53/6.54	s(1226) =< s(1230)
6.53/6.54	s(1224) =< s(1218)
6.53/6.54	s(1226) =< s(1218)
6.53/6.54	s(1224) =< s(1219)
6.53/6.54	s(1226) =< s(1219)
6.53/6.54	s(1217) =< s(1224)*(3/8)+s(1222)
6.53/6.54	s(1217) =< s(1224)*(3/8)+s(1214)
6.53/6.54	s(1217) =< s(1226)*s(1221)
6.53/6.54	
6.53/6.54	  with precondition: [26>=V_a,V_b+162>=7*V_a,V_b+42>=2*V_a,V_a>=V_b+1,2*V_a>=V_b+8] 
6.53/6.54	
6.53/6.54	* Chain [56]: 1*s(1232)+1*s(1243)+1*s(1262)+1*s(1271)+1*s(1272)+1*s(1278)+2*s(1279)+1*s(1280)+1*s(1281)+1*s(1284)+1*s(1286)+1*s(1288)+0
6.53/6.54	  Such that:s(1232) =< 2
6.53/6.54	s(1233) =< 25/2
6.53/6.54	s(1234) =< 113/2
6.53/6.54	s(1235) =< 149/3
6.53/6.54	s(1236) =< 175/2
6.53/6.54	s(1237) =< 187/8
6.53/6.54	s(1238) =< 867/16
6.53/6.54	s(1239) =< 1061/12
6.53/6.54	s(1240) =< 5903/48
6.53/6.54	s(1241) =< -355*V_a-71*V_b+24779/2
6.53/6.54	s(1242) =< -265*V_a-53*V_b+19343/2
6.53/6.54	s(1243) =< -175*V_a-35*V_b+11063/2
6.53/6.54	s(1244) =< -60*V_a-12*V_b+2088
6.53/6.54	s(1245) =< -35*V_a-7*V_b+2999/2
6.53/6.54	s(1246) =< -10*V_a-2*V_b+697/2
6.53/6.54	s(1247) =< -10*V_a-2*V_b+745/2
6.53/6.54	s(1248) =< -5*V_a-V_b+174
6.53/6.54	s(1249) =< -5*V_a-V_b+349/2
6.53/6.54	s(1250) =< -5*V_a-V_b+361/2
6.53/6.54	s(1251) =< -895/6*V_a-179/6*V_b+5191
6.53/6.54	s(1252) =< -895/6*V_a-179/6*V_b+5347
6.53/6.54	s(1253) =< -710/3*V_a-142/3*V_b+8236
6.53/6.54	s(1254) =< -485/4*V_a-97/4*V_b+17749/4
6.53/6.54	s(1255) =< -355/2*V_a-71/2*V_b+11569/2
6.53/6.54	s(1256) =< -355/2*V_a-71/2*V_b+11857/2
6.53/6.54	s(1257) =< -235/2*V_a-47/2*V_b+8221/2
6.53/6.54	s(1258) =< -205/2*V_a-41/2*V_b+7103/2
6.53/6.54	s(1259) =< -185/6*V_a-37/6*V_b+1125
6.53/6.54	s(1260) =< -175/2*V_a-35/2*V_b+5461/2
6.53/6.54	s(1261) =< -175/2*V_a-35/2*V_b+5845/2
6.53/6.54	s(1262) =< -175/24*V_a-35/24*V_b+1067/4
6.53/6.54	s(1240) =< -155/48*V_a-31/48*V_b+4787/48
6.53/6.54	s(1238) =< -155/96*V_a-31/96*V_b+681/16
6.53/6.54	s(1235) =< -35/24*V_a-7/24*V_b+235/6
6.53/6.54	s(1237) =< -35/48*V_a-7/48*V_b+145/8
6.53/6.54	s(1263) =< -31/8*V_a+741/8
6.53/6.54	s(1264) =< -25/6*V_a-5/6*V_b+299/2
6.53/6.54	s(1265) =< -25/6*V_a-5/6*V_b+835/6
6.53/6.54	s(1266) =< -20/3*V_a-4/3*V_b+232
6.53/6.54	s(1267) =< -20/3*V_a-4/3*V_b+709/3
6.53/6.54	s(1236) =< -5/2*V_a-V_b/2+139/2
6.53/6.54	s(1268) =< -5/2*V_a-V_b/2+167/2
6.53/6.54	s(1269) =< -5/2*V_a-V_b/2+171/2
6.53/6.54	s(1270) =< -5/2*V_a-V_b/2+199/2
6.53/6.54	s(1239) =< -5/2*V_a-V_b/2+845/12
6.53/6.54	s(1271) =< -5/3*V_a-V_b/3+62
6.53/6.54	s(1234) =< -5/3*V_a-V_b/3+89/2
6.53/6.54	s(1272) =< -5/3*V_a-V_b/3+117/2
6.53/6.54	s(1273) =< -V_a/12+V_b/12+1/12
6.53/6.54	s(1263) =< 31/40*V_b+4821/40
6.53/6.54	s(1274) =< s(1233)
6.53/6.54	s(1253) =< s(1241)
6.53/6.54	s(1256) =< s(1241)
6.53/6.54	s(1252) =< s(1242)
6.53/6.54	s(1257) =< s(1242)
6.53/6.54	s(1259) =< s(1247)
6.53/6.54	s(1264) =< s(1247)
6.53/6.54	s(1267) =< s(1250)
6.53/6.54	s(1269) =< s(1250)
6.53/6.54	s(1275) =< s(1240)
6.53/6.54	s(1276) =< s(1240)
6.53/6.54	s(1277) =< s(1238)
6.53/6.54	s(1274) =< s(1235)
6.53/6.54	s(1277) =< s(1237)
6.53/6.54	s(1275) =< s(1263)
6.53/6.54	s(1276) =< s(1263)
6.53/6.54	s(1271) =< s(1236)
6.53/6.54	s(1278) =< s(1236)
6.53/6.54	s(1262) =< s(1270)
6.53/6.54	s(1272) =< s(1270)
6.53/6.54	s(1274) =< s(1239)
6.53/6.54	s(1271) =< s(1234)
6.53/6.54	s(1278) =< s(1234)
6.53/6.54	s(1279) =< s(1273)
6.53/6.54	s(1275) =< s(1245)
6.53/6.54	s(1274) =< s(1245)
6.53/6.54	s(1280) =< s(1248)
6.53/6.54	s(1281) =< s(1248)
6.53/6.54	s(1266) =< s(1249)
6.53/6.54	s(1244) =< s(1249)
6.53/6.54	s(1280) =< s(1249)
6.53/6.54	s(1275) =< s(1254)
6.53/6.54	s(1281) =< s(1254)
6.53/6.54	s(1282) =< s(1244)
6.53/6.54	s(1283) =< s(1244)
6.53/6.54	s(1251) =< s(1253)
6.53/6.54	s(1283) =< s(1253)
6.53/6.54	s(1282) =< s(1246)
6.53/6.54	s(1232) =< s(1246)
6.53/6.54	s(1280) =< s(1252)
6.53/6.54	s(1284) =< s(1252)
6.53/6.54	s(1280) =< s(1251)
6.53/6.54	s(1284) =< s(1251)
6.53/6.54	s(1280) =< s(1259)
6.53/6.54	s(1284) =< s(1259)
6.53/6.54	s(1280) =< s(1282)
6.53/6.54	s(1284) =< s(1282)
6.53/6.54	s(1262) =< s(1283)
6.53/6.54	s(1280) =< s(1283)
6.53/6.54	s(1262) =< s(1267)
6.53/6.54	s(1280) =< s(1267)
6.53/6.54	s(1262) =< s(1266)
6.53/6.54	s(1280) =< s(1266)
6.53/6.54	s(1271) =< s(1262)*(3/8)+s(1275)
6.53/6.54	s(1271) =< s(1262)*(3/8)+s(1277)
6.53/6.54	s(1271) =< s(1280)*s(1274)
6.53/6.54	s(1276) =< s(1245)
6.53/6.54	s(1285) =< s(1249)
6.53/6.54	s(1286) =< s(1249)
6.53/6.54	s(1276) =< s(1258)
6.53/6.54	s(1278) =< s(1258)
6.53/6.54	s(1243) =< s(1260)
6.53/6.54	s(1278) =< s(1260)
6.53/6.54	s(1285) =< s(1268)
6.53/6.54	s(1286) =< s(1268)
6.53/6.54	s(1255) =< s(1256)
6.53/6.54	s(1287) =< s(1256)
6.53/6.54	s(1287) =< s(1261)
6.53/6.54	s(1243) =< s(1261)
6.53/6.54	s(1286) =< s(1257)
6.53/6.54	s(1288) =< s(1257)
6.53/6.54	s(1286) =< s(1255)
6.53/6.54	s(1288) =< s(1255)
6.53/6.54	s(1286) =< s(1264)
6.53/6.54	s(1288) =< s(1264)
6.53/6.54	s(1286) =< s(1265)
6.53/6.54	s(1288) =< s(1265)
6.53/6.54	s(1272) =< s(1287)
6.53/6.54	s(1286) =< s(1287)
6.53/6.54	s(1272) =< s(1269)
6.53/6.54	s(1286) =< s(1269)
6.53/6.54	s(1272) =< s(1285)
6.53/6.54	s(1286) =< s(1285)
6.53/6.54	s(1278) =< s(1272)*(3/8)+s(1276)
6.53/6.54	s(1278) =< s(1272)*(3/8)+s(1277)
6.53/6.54	s(1278) =< s(1286)*s(1274)
6.53/6.54	
6.53/6.54	  with precondition: [24>=V_a,V_b+138>=7*V_a,155>=5*V_a+V_b,V_b>=V_a,V_b+5*V_a+36>=0] 
6.53/6.54	
6.53/6.54	* Chain [55]: 0
6.53/6.54	  with precondition: [V_a>=30] 
6.53/6.54	
6.53/6.54	* Chain [54]: 1*s(1289)+1*s(1290)+2*s(1318)+2*s(1320)+2*s(1322)+2*s(1323)+1*s(1324)+2*s(1325)+0
6.53/6.54	  Such that:s(1289) =< 2
6.53/6.54	s(1290) =< 3/2
6.53/6.54	s(1291) =< -25*V_a-3/2*V_b+459
6.53/6.54	s(1292) =< -V_a+18
6.53/6.54	s(1293) =< V_a-V_b+1/2
6.53/6.54	s(1294) =< -25/9*V_a-V_b/6+865/18
6.53/6.54	s(1295) =< -25/9*V_a-V_b/6+1609/18
6.53/6.54	s(1296) =< -11/6*V_a-V_b/6+32
6.53/6.54	s(1297) =< -11/6*V_a-V_b/6+34
6.53/6.54	s(1298) =< -11/6*V_a-V_b/6+62
6.53/6.54	s(1299) =< -7/2*V_a-2*V_b+75
6.53/6.54	s(1300) =< -7/12*V_a+V_b/12+10
6.53/6.54	s(1301) =< -7/24*V_a-V_b/6+139/24
6.53/6.54	s(1302) =< -7/24*V_a+V_b/24+19/4
6.53/6.54	s(1303) =< -7/24*V_a+V_b/24+33/4
6.53/6.54	s(1304) =< -3/8*V_a-V_b/2+71/8
6.53/6.54	s(1305) =< -3/8*V_a-V_b/2+111/8
6.53/6.54	s(1306) =< -V_a/2+9
6.53/6.54	s(1307) =< -V_a/2-V_b/2+11
6.53/6.54	s(1308) =< -V_a/2-V_b/2+12
6.53/6.54	s(1309) =< -V_a/3+10
6.53/6.54	s(1310) =< -V_a/3+17/3
6.53/6.54	s(1311) =< -V_a/4+17/4
6.53/6.54	s(1312) =< -V_b/2+65/12
6.53/6.54	aux(339) =< -11/16*V_b+59/8
6.53/6.54	s(1304) =< aux(339)
6.53/6.54	s(1314) =< s(1291)
6.53/6.54	s(1315) =< s(1292)
6.53/6.54	s(1316) =< s(1293)
6.53/6.54	s(1314) =< s(1294)
6.53/6.54	s(1317) =< s(1296)
6.53/6.54	s(1317) =< s(1297)
6.53/6.54	s(1318) =< s(1299)
6.53/6.54	s(1319) =< s(1300)
6.53/6.54	s(1318) =< s(1301)
6.53/6.54	s(1319) =< s(1302)
6.53/6.54	s(1320) =< s(1303)
6.53/6.54	s(1321) =< s(1304)
6.53/6.54	s(1322) =< s(1306)
6.53/6.54	s(1323) =< s(1307)
6.53/6.54	s(1323) =< s(1308)
6.53/6.54	s(1315) =< s(1310)
6.53/6.54	s(1322) =< s(1311)
6.53/6.54	s(1321) =< aux(339)
6.53/6.54	s(1316) =< s(1312)
6.53/6.54	s(1324) =< s(1297)
6.53/6.54	s(1324) =< s(1299)
6.53/6.54	s(1322) =< s(1295)
6.53/6.54	s(1325) =< s(1295)
6.53/6.54	s(1322) =< s(1314)
6.53/6.54	s(1325) =< s(1314)
6.53/6.54	s(1322) =< s(1298)
6.53/6.54	s(1325) =< s(1298)
6.53/6.54	s(1322) =< s(1317)
6.53/6.54	s(1325) =< s(1317)
6.53/6.54	s(1320) =< s(1319)
6.53/6.54	s(1322) =< s(1319)
6.53/6.54	s(1320) =< s(1309)
6.53/6.54	s(1322) =< s(1309)
6.53/6.54	s(1320) =< s(1315)
6.53/6.54	s(1322) =< s(1315)
6.53/6.54	s(1323) =< s(1320)*(3/8)+s(1321)
6.53/6.54	s(1323) =< s(1320)*(3/8)+s(1305)
6.53/6.54	s(1323) =< s(1322)*s(1316)
6.53/6.54	s(1290) =< s(1306)
6.53/6.54	
6.53/6.54	  with precondition: [306>=19*V_b+11*V_a,7*V_b+150>=14*V_a,V_b+90>=7*V_a,V_a>=V_b+1,2*V_a>=V_b+8] 
6.53/6.54	
6.53/6.54	* Chain [53]: 1*s(1326)+1*s(1327)+1*s(1366)+1*s(1367)+2*s(1368)+1*s(1370)+1*s(1372)+1*s(1374)+1*s(1375)+1*s(1376)+1*s(1377)+1*s(1378)+1*s(1379)+1*s(1380)+0
6.53/6.54	  Such that:s(1326) =< 2
6.53/6.54	s(1327) =< 3/2
6.53/6.54	s(1328) =< 25/2
6.53/6.54	s(1329) =< 583/16
6.53/6.54	s(1330) =< -275*V_a-55*V_b+10341/2
6.53/6.54	s(1331) =< -275*V_a-55*V_b+18525/2
6.53/6.54	s(1332) =< -55*V_a-11*V_b+1053
6.53/6.54	s(1333) =< -20*V_a-4*V_b+371
6.53/6.54	s(1334) =< -20*V_a-4*V_b+621
6.53/6.54	s(1335) =< -10*V_a-2*V_b+371/2
6.53/6.54	s(1336) =< -5*V_a-V_b+575/6
6.53/6.54	s(1337) =< -5*V_a-V_b+965/6
6.53/6.54	s(1338) =< -895/2*V_a-179/2*V_b+16495/2
6.53/6.54	s(1339) =< -895/2*V_a-179/2*V_b+26167/2
6.53/6.54	s(1340) =< -385/24*V_a-77/24*V_b+1281/4
6.53/6.54	s(1341) =< -385/24*V_a-77/24*V_b+2051/4
6.53/6.54	s(1342) =< -235/2*V_a-47/2*V_b+2115
6.53/6.54	s(1343) =< -235/2*V_a-47/2*V_b+3603
6.53/6.54	s(1344) =< -185/6*V_a-37/6*V_b+555
6.53/6.54	s(1345) =< -185/6*V_a-37/6*V_b+945
6.53/6.54	s(1346) =< -185/6*V_a-37/6*V_b+956
6.53/6.54	s(1347) =< -175/24*V_a-35/24*V_b+525/4
6.53/6.54	s(1348) =< -175/24*V_a-35/24*V_b+729/4
6.53/6.54	s(1349) =< -155/24*V_a-31/24*V_b+545/4
6.53/6.54	s(1329) =< -155/96*V_a-31/96*V_b+397/16
6.53/6.54	s(1350) =< -55/4*V_a-11/4*V_b+1053/4
6.53/6.54	s(1351) =< -55/56*V_a-11/56*V_b+6029/392
6.53/6.54	s(1352) =< -25/6*V_a-5/6*V_b+75
6.53/6.54	s(1353) =< -25/6*V_a-5/6*V_b+79
6.53/6.54	s(1354) =< -25/6*V_a-5/6*V_b+135
6.53/6.54	s(1355) =< -20/3*V_a-4/3*V_b+529/3
6.53/6.54	s(1356) =< -5/2*V_a-V_b/2+45
6.53/6.54	s(1357) =< -5/2*V_a-V_b/2+47
6.53/6.54	s(1358) =< -5/2*V_a-V_b/2+71
6.53/6.54	s(1359) =< -5/3*V_a-V_b/3+30
6.53/6.54	s(1360) =< -5/3*V_a-V_b/3+44
6.53/6.54	s(1361) =< -V_a/12+V_b/12+1/12
6.53/6.54	s(1337) =< s(1328)
6.53/6.54	s(1336) =< s(1328)
6.53/6.54	s(1362) =< s(1334)
6.53/6.54	s(1338) =< s(1342)
6.53/6.54	s(1330) =< s(1342)
6.53/6.54	s(1339) =< s(1343)
6.53/6.54	s(1331) =< s(1343)
6.53/6.54	s(1363) =< s(1344)
6.53/6.54	s(1364) =< s(1344)
6.53/6.54	s(1362) =< s(1349)
6.53/6.54	s(1340) =< s(1329)
6.53/6.54	s(1365) =< s(1329)
6.53/6.54	s(1340) =< s(1351)
6.53/6.54	s(1365) =< s(1351)
6.53/6.54	s(1363) =< s(1352)
6.53/6.54	s(1364) =< s(1352)
6.53/6.54	s(1346) =< s(1354)
6.53/6.54	s(1345) =< s(1354)
6.53/6.54	s(1366) =< s(1360)
6.53/6.54	s(1367) =< s(1360)
6.53/6.54	s(1368) =< s(1361)
6.53/6.54	s(1369) =< s(1335)
6.53/6.54	s(1370) =< s(1335)
6.53/6.54	s(1371) =< s(1347)
6.53/6.54	s(1372) =< s(1347)
6.53/6.54	s(1369) =< s(1348)
6.53/6.54	s(1366) =< s(1348)
6.53/6.54	s(1373) =< s(1355)
6.53/6.54	s(1372) =< s(1355)
6.53/6.54	s(1333) =< s(1356)
6.53/6.54	s(1370) =< s(1356)
6.53/6.54	s(1373) =< s(1358)
6.53/6.54	s(1374) =< s(1358)
6.53/6.54	s(1371) =< s(1359)
6.53/6.54	s(1374) =< s(1359)
6.53/6.54	s(1363) =< s(1353)
6.53/6.54	s(1375) =< s(1353)
6.53/6.54	s(1372) =< s(1369)
6.53/6.54	s(1375) =< s(1369)
6.53/6.54	s(1370) =< s(1339)
6.53/6.54	s(1376) =< s(1339)
6.53/6.54	s(1370) =< s(1338)
6.53/6.54	s(1376) =< s(1338)
6.53/6.54	s(1370) =< s(1346)
6.53/6.54	s(1376) =< s(1346)
6.53/6.54	s(1370) =< s(1363)
6.53/6.54	s(1376) =< s(1363)
6.53/6.54	s(1366) =< s(1371)
6.53/6.54	s(1370) =< s(1371)
6.53/6.54	s(1366) =< s(1373)
6.53/6.54	s(1370) =< s(1373)
6.53/6.54	s(1366) =< s(1333)
6.53/6.54	s(1370) =< s(1333)
6.53/6.54	s(1374) =< s(1366)*(3/8)+s(1340)
6.53/6.54	s(1374) =< s(1366)*(3/8)+s(1362)
6.53/6.54	s(1374) =< s(1370)*s(1337)
6.53/6.54	s(1365) =< s(1341)
6.53/6.54	s(1367) =< s(1341)
6.53/6.54	s(1377) =< s(1347)
6.53/6.54	s(1365) =< s(1350)
6.53/6.54	s(1378) =< s(1350)
6.53/6.54	s(1377) =< s(1355)
6.53/6.54	s(1332) =< s(1356)
6.53/6.54	s(1378) =< s(1356)
6.53/6.54	s(1379) =< s(1358)
6.53/6.54	s(1379) =< s(1359)
6.53/6.54	s(1378) =< s(1357)
6.53/6.54	s(1327) =< s(1357)
6.53/6.54	s(1378) =< s(1331)
6.53/6.54	s(1380) =< s(1331)
6.53/6.54	s(1378) =< s(1330)
6.53/6.54	s(1380) =< s(1330)
6.53/6.54	s(1378) =< s(1345)
6.53/6.54	s(1380) =< s(1345)
6.53/6.54	s(1378) =< s(1364)
6.53/6.54	s(1380) =< s(1364)
6.53/6.54	s(1367) =< s(1371)
6.53/6.54	s(1378) =< s(1371)
6.53/6.54	s(1367) =< s(1373)
6.53/6.54	s(1378) =< s(1373)
6.53/6.54	s(1367) =< s(1332)
6.53/6.54	s(1378) =< s(1332)
6.53/6.54	s(1379) =< s(1367)*(3/8)+s(1365)
6.53/6.54	s(1379) =< s(1367)*(3/8)+s(1362)
6.53/6.54	s(1379) =< s(1378)*s(1336)
6.53/6.54	
6.53/6.54	  with precondition: [7*V_b+52>=14*V_a,V_b+66>=7*V_a,78>=5*V_a+V_b,V_b>=V_a,V_b+5*V_a+36>=0] 
6.53/6.54	
6.53/6.54	* Chain [52]: 1*s(1381)+1*s(1382)+0
6.53/6.54	  Such that:s(1381) =< 12
6.53/6.54	s(1381) =< -5/12*V_a-V_b/12+8
6.53/6.54	s(1382) =< -V_a/12+V_b/12+1/12
6.53/6.54	
6.53/6.54	  with precondition: [90>=5*V_a+V_b,V_b>=V_a] 
6.53/6.54	
6.53/6.54	* Chain [51]: 1*s(1383)+1*s(1384)+1*s(1385)+0
6.53/6.54	  Such that:s(1383) =< 2
6.53/6.54	s(1384) =< -5/12*V_a-V_b/12+8
6.53/6.54	s(1385) =< -V_a/12+V_b/12+1/12
6.53/6.54	s(1383) =< 5/72*V_a+V_b/72+7/6
6.53/6.54	
6.53/6.54	  with precondition: [90>=5*V_a+V_b,V_b>=V_a,V_b+5*V_a+36>=0] 
6.53/6.54	
6.53/6.54	* Chain [50]: 1*s(1389)+1*s(1396)+1*s(1397)+1*s(1403)+1*s(1405)+1*s(1424)+1*s(1433)+1*s(1470)+1*s(1472)+1*s(1504)+1*s(1505)+1*s(1506)+1*s(1507)+1*s(1508)+10*s(1509)+1*s(1510)+1*s(1511)+1*s(1513)+1*s(1514)+1*s(1518)+1*s(1519)+1*s(1522)+1*s(1523)+1*s(1524)+1*s(1525)+1*s(1526)+1*s(1527)+1*s(1528)+1*s(1529)+2*s(1542)+2*s(1543)+2*s(1546)+1*s(1550)+1*s(1553)+2*s(1555)+1*s(1557)+1*s(1558)+1*s(1559)+1*s(1560)+1*s(1562)+1*s(1563)+1*s(1564)+1*s(1567)+1*s(1569)+4*s(1570)+1*s(1571)+1*s(1573)+1*s(1574)+1*s(1575)+1*s(1578)+1*s(1579)+0
6.53/6.54	  Such that:s(1386) =< 2
6.53/6.54	s(1387) =< 7
6.53/6.54	s(1388) =< 11
6.53/6.54	s(1389) =< 12
6.53/6.54	s(1390) =< 15
6.53/6.54	s(1391) =< 21
6.53/6.54	s(1392) =< 42
6.53/6.54	s(1393) =< 44
6.53/6.54	s(1495) =< 72
6.53/6.54	s(1394) =< 99
6.53/6.54	s(1395) =< 121
6.53/6.54	s(1396) =< 3/2
6.53/6.54	s(1397) =< 7/4
6.53/6.54	s(1496) =< 17/2
6.53/6.54	s(1398) =< 21/4
6.53/6.54	s(1399) =< 25/2
6.53/6.54	s(1400) =< 33/4
6.53/6.54	s(1401) =< 34/3
6.53/6.54	s(1497) =< 35/4
6.53/6.54	s(1498) =< 55/2
6.53/6.54	s(1402) =< 77/8
6.53/6.54	s(1403) =< 137/8
6.53/6.54	s(1404) =< 147/8
6.53/6.54	s(1499) =< 187/8
6.53/6.54	s(1405) =< 353/8
6.53/6.54	s(1406) =< 371/6
6.53/6.54	s(1407) =< 401/6
6.53/6.54	s(1500) =< 407/24
6.53/6.54	s(1408) =< 595/6
6.53/6.54	s(1501) =< 619/6
6.53/6.54	s(1409) =< 641/36
6.53/6.54	s(1410) =< 707/8
6.53/6.54	s(1411) =< 757/6
6.53/6.54	s(1412) =< 781/6
6.53/6.54	s(1413) =< 4727/96
6.53/6.54	s(1414) =< 34153/216
6.53/6.54	s(1415) =< -37275*V_a-7455*V_b+1190315
6.53/6.54	s(1416) =< -27825*V_a-5565*V_b+954695
6.53/6.54	s(1417) =< -4260*V_a-852*V_b+136178
6.53/6.54	s(1418) =< -3180*V_a-636*V_b+109214
6.53/6.54	s(1419) =< -2100*V_a-420*V_b+74410
6.53/6.54	s(1420) =< -1590*V_a-318*V_b+517513/12
6.53/6.54	s(1411) =< -1065*V_a-213*V_b+390361/12
6.53/6.54	s(1421) =< -1065*V_a-213*V_b+405481/12
6.53/6.54	s(1422) =< -1050*V_a-210*V_b+33530
6.53/6.54	s(1423) =< -1050*V_a-210*V_b+34755
6.53/6.54	s(1424) =< -1050*V_a-210*V_b+53585/2
6.53/6.54	s(1425) =< -795*V_a-159*V_b+169123/12
6.53/6.54	s(1408) =< -795*V_a-159*V_b+310243/12
6.53/6.54	s(1426) =< -795*V_a-159*V_b+325363/12
6.53/6.54	s(1427) =< -795*V_a-159*V_b+662203/24
6.53/6.54	s(1428) =< -240*V_a-48*V_b+19401/2
6.53/6.54	s(1429) =< -180*V_a-36*V_b+5894
6.53/6.54	s(1430) =< -165*V_a-33*V_b+35101/12
6.53/6.54	s(1431) =< -165*V_a-33*V_b+72061/12
6.53/6.54	s(1403) =< -165*V_a-33*V_b+72901/12
6.53/6.54	s(1432) =< -120*V_a-24*V_b+57553/12
6.53/6.54	s(1394) =< -90*V_a-18*V_b+5711/2
6.53/6.54	s(1433) =< -60*V_a-12*V_b+1533
6.53/6.54	s(1434) =< -60*V_a-12*V_b+1918
6.53/6.54	s(1435) =< -60*V_a-12*V_b+1988
6.53/6.54	s(1436) =< -60*V_a-12*V_b+2058
6.53/6.54	s(1437) =< -60*V_a-12*V_b+2128
6.53/6.54	s(1438) =< -60*V_a-12*V_b+3191/3
6.53/6.54	s(1439) =< -60*V_a-12*V_b+4883/3
6.53/6.54	s(1440) =< -60*V_a-12*V_b+5921/3
6.53/6.54	s(1441) =< -60*V_a-12*V_b+6341/3
6.53/6.54	s(1407) =< -60*V_a-12*V_b+11597/6
6.53/6.54	s(1442) =< -60*V_a-12*V_b+13331/6
6.53/6.54	s(1443) =< -45*V_a-9*V_b+5851/4
6.53/6.54	s(1444) =< -30*V_a-6*V_b+526
6.53/6.54	s(1445) =< -30*V_a-6*V_b+726
6.53/6.54	s(1446) =< -30*V_a-6*V_b+739
6.53/6.54	s(1447) =< -30*V_a-6*V_b+2278/3
6.53/6.54	s(1448) =< -30*V_a-6*V_b+3191/6
6.53/6.54	s(1449) =< -30*V_a-6*V_b+5711/6
6.53/6.54	s(1450) =< -30*V_a-6*V_b+5921/6
6.53/6.54	s(1451) =< -30*V_a-6*V_b+9431/12
6.53/6.54	s(1452) =< -30*V_a-6*V_b+9481/12
6.53/6.54	s(1453) =< -30*V_a-6*V_b+9761/12
6.53/6.54	s(1454) =< -30*V_a-6*V_b+10293/8
6.53/6.54	s(1455) =< -30*V_a-6*V_b+11911/16
6.53/6.54	s(1456) =< -30*V_a-6*V_b+12491/12
6.53/6.54	s(1457) =< -15*V_a-3*V_b+519/2
6.53/6.54	s(1458) =< -15*V_a-3*V_b+527/2
6.53/6.54	s(1459) =< -15*V_a-3*V_b+719/2
6.53/6.54	s(1460) =< -15*V_a-3*V_b+3191/12
6.53/6.54	s(1461) =< -15*V_a-3*V_b+3401/12
6.53/6.54	s(1462) =< -15*V_a-3*V_b+4391/12
6.53/6.54	s(1405) =< -15*V_a-3*V_b+5135/12
6.53/6.54	s(1463) =< -15*V_a-3*V_b+5711/12
6.53/6.54	s(1464) =< -15*V_a-3*V_b+6131/12
6.53/6.54	s(1465) =< -15*V_a-3*V_b+20179/32
6.53/6.54	s(1413) =< -15*V_a-3*V_b+61153/96
6.53/6.54	s(1466) =< -10*V_a-2*V_b+85
6.53/6.54	s(1467) =< -5*V_a-V_b+545/12
6.53/6.54	s(1468) =< -59095/72*V_a-11819/72*V_b+371029/18
6.53/6.54	s(1469) =< -59095/72*V_a-11819/72*V_b+509989/18
6.53/6.54	s(1399) =< -59095/72*V_a-11819/72*V_b+746033/36
6.53/6.54	s(1470) =< -12265/36*V_a-2453/36*V_b+112618/9
6.53/6.54	s(1420) =< -5141/3*V_a-1537/6*V_b+502673/12
6.53/6.54	s(1399) =< -5141/6*V_a-1537/12*V_b+162611/8
6.53/6.54	s(1468) =< -5141/6*V_a-1537/12*V_b+485183/24
6.53/6.54	s(1427) =< -5141/6*V_a-1537/12*V_b+647363/24
6.53/6.54	s(1469) =< -5141/6*V_a-1537/12*V_b+670463/24
6.53/6.54	s(1414) =< -3180/7*V_a-636/7*V_b+1012187/56
6.53/6.54	s(1471) =< -1575/2*V_a-315/2*V_b+25760
6.53/6.54	s(1472) =< -1115/36*V_a-223/36*V_b+9608/9
6.53/6.54	s(1473) =< -1115/144*V_a-223/144*V_b+18571/72
6.53/6.54	s(1470) =< -1067/3*V_a-319/6*V_b+148181/12
6.53/6.54	s(1474) =< -795/7*V_a-159/7*V_b+27507/14
6.53/6.54	s(1475) =< -795/7*V_a-159/7*V_b+53547/14
6.53/6.54	s(1476) =< -535/18*V_a-107/18*V_b+15583/18
6.53/6.54	s(1477) =< -525/2*V_a-105/2*V_b+8995
6.53/6.54	s(1478) =< -525/2*V_a-105/2*V_b+16765/2
6.53/6.54	s(1439) =< -194/3*V_a-29/3*V_b+1581
6.53/6.54	s(1442) =< -194/3*V_a-29/3*V_b+13051/6
6.53/6.54	s(1395) =< -165/7*V_a-33/7*V_b+3047/7
6.53/6.54	s(1479) =< -165/7*V_a-33/7*V_b+5709/14
6.53/6.54	s(1480) =< -165/7*V_a-33/7*V_b+11869/14
6.53/6.54	s(1476) =< -130/3*V_a+23/3*V_b+716
6.53/6.54	s(1409) =< -120/7*V_a-24/7*V_b+18979/28
6.53/6.54	s(1452) =< -97/3*V_a-29/6*V_b+3067/4
6.53/6.54	s(1451) =< -97/3*V_a-29/6*V_b+9151/12
6.53/6.54	s(1453) =< -97/3*V_a-29/6*V_b+9481/12
6.53/6.54	s(1456) =< -97/3*V_a-29/6*V_b+12211/12
6.53/6.54	s(1472) =< -97/3*V_a-29/6*V_b+12631/12
6.53/6.54	s(1473) =< -97/12*V_a-29/24*V_b+4067/16
6.53/6.54	s(1481) =< -60/7*V_a-12/7*V_b+1038/7
6.53/6.54	s(1393) =< -60/7*V_a-12/7*V_b+1108/7
6.53/6.54	s(1482) =< -60/7*V_a-12/7*V_b+2088/7
6.53/6.54	s(1483) =< -57/2*V_a+9*V_b+12853/24
6.53/6.54	s(1484) =< -30/7*V_a-6/7*V_b+519/7
6.53/6.54	s(1485) =< -30/7*V_a-6/7*V_b+974/7
6.53/6.54	s(1486) =< -30/7*V_a-6/7*V_b+1493/14
6.53/6.54	s(1487) =< -25/12*V_a-5/12*V_b+40
6.53/6.54	s(1488) =< -25/24*V_a-5/24*V_b+35/4
6.53/6.54	s(1483) =< -15/2*V_a-3/2*V_b+17893/24
6.53/6.54	s(1489) =< -15/7*V_a-3/7*V_b+239/14
6.53/6.54	s(1490) =< -15/7*V_a-3/7*V_b+277/7
6.53/6.54	s(1502) =< -15/7*V_a-3/7*V_b+487/7
6.53/6.54	s(1491) =< -15/7*V_a-3/7*V_b+519/14
6.53/6.54	s(1492) =< -15/7*V_a-3/7*V_b+1009/14
6.53/6.54	s(1493) =< -5/7*V_a-V_b/7+39/7
6.53/6.54	s(1494) =< -5/7*V_a-V_b/7+69/7
6.53/6.54	s(1503) =< -V_a/12+V_b/12+1/12
6.53/6.54	s(1442) =< s(1495)
6.53/6.54	s(1504) =< s(1496)
6.53/6.54	s(1505) =< s(1496)
6.53/6.54	s(1472) =< s(1497)
6.53/6.54	s(1506) =< s(1498)
6.53/6.54	s(1468) =< s(1499)
6.53/6.54	s(1507) =< s(1500)
6.53/6.54	s(1470) =< s(1500)
6.53/6.54	s(1469) =< s(1501)
6.53/6.54	s(1504) =< s(1502)
6.53/6.54	s(1508) =< s(1502)
6.53/6.54	s(1509) =< s(1503)
6.53/6.54	s(1510) =< s(1386)
6.53/6.54	s(1511) =< s(1386)
6.53/6.54	s(1512) =< s(1388)
6.53/6.54	s(1422) =< s(1388)
6.53/6.54	s(1513) =< s(1391)
6.53/6.54	s(1514) =< s(1391)
6.53/6.54	s(1515) =< s(1392)
6.53/6.54	s(1516) =< s(1392)
6.53/6.54	s(1437) =< s(1495)
6.53/6.54	s(1517) =< s(1495)
6.53/6.54	s(1419) =< s(1495)
6.53/6.54	s(1518) =< s(1400)
6.53/6.54	s(1519) =< s(1400)
6.53/6.54	s(1520) =< s(1401)
6.53/6.54	s(1521) =< s(1401)
6.53/6.54	s(1423) =< s(1401)
6.53/6.54	s(1522) =< s(1497)
6.53/6.54	s(1523) =< s(1497)
6.53/6.54	s(1524) =< s(1497)
6.53/6.54	s(1525) =< s(1497)
6.53/6.54	s(1526) =< s(1497)
6.53/6.54	s(1433) =< s(1498)
6.53/6.54	s(1424) =< s(1498)
6.53/6.54	s(1527) =< s(1498)
6.53/6.54	s(1528) =< s(1402)
6.53/6.54	s(1529) =< s(1402)
6.53/6.54	s(1530) =< s(1404)
6.53/6.54	s(1531) =< s(1499)
6.53/6.54	s(1532) =< s(1499)
6.53/6.54	s(1533) =< s(1499)
6.53/6.54	s(1534) =< s(1406)
6.53/6.54	s(1418) =< s(1501)
6.53/6.54	s(1535) =< s(1501)
6.53/6.54	s(1416) =< s(1501)
6.53/6.54	s(1429) =< s(1410)
6.53/6.54	s(1471) =< s(1410)
6.53/6.54	s(1536) =< s(1412)
6.53/6.54	s(1537) =< s(1412)
6.53/6.54	s(1417) =< s(1421)
6.53/6.54	s(1415) =< s(1421)
6.53/6.54	s(1534) =< s(1425)
6.53/6.54	s(1418) =< s(1426)
6.53/6.54	s(1535) =< s(1426)
6.53/6.54	s(1416) =< s(1426)
6.53/6.54	s(1529) =< s(1430)
6.53/6.54	s(1515) =< s(1438)
6.53/6.54	s(1516) =< s(1438)
6.53/6.54	s(1437) =< s(1441)
6.53/6.54	s(1517) =< s(1441)
6.53/6.54	s(1419) =< s(1441)
6.53/6.54	s(1429) =< s(1443)
6.53/6.54	s(1471) =< s(1443)
6.53/6.54	s(1433) =< s(1447)
6.53/6.54	s(1424) =< s(1447)
6.53/6.54	s(1486) =< s(1447)
6.53/6.54	s(1538) =< s(1448)
6.53/6.54	s(1512) =< s(1449)
6.53/6.54	s(1422) =< s(1449)
6.53/6.54	s(1520) =< s(1450)
6.53/6.54	s(1521) =< s(1450)
6.53/6.54	s(1423) =< s(1450)
6.53/6.54	s(1531) =< s(1462)
6.53/6.54	s(1523) =< s(1464)
6.53/6.54	s(1524) =< s(1464)
6.53/6.54	s(1526) =< s(1464)
6.53/6.54	s(1539) =< s(1467)
6.53/6.54	s(1534) =< s(1474)
6.53/6.54	s(1535) =< s(1475)
6.53/6.54	s(1540) =< s(1479)
6.53/6.54	s(1529) =< s(1479)
6.53/6.54	s(1515) =< s(1481)
6.53/6.54	s(1516) =< s(1481)
6.53/6.54	s(1517) =< s(1482)
6.53/6.54	s(1538) =< s(1484)
6.53/6.54	s(1521) =< s(1485)
6.53/6.54	s(1541) =< s(1487)
6.53/6.54	s(1542) =< s(1488)
6.53/6.54	s(1543) =< s(1488)
6.53/6.54	s(1541) =< s(1490)
6.53/6.54	s(1544) =< s(1490)
6.53/6.54	s(1545) =< s(1491)
6.53/6.54	s(1546) =< s(1492)
6.53/6.54	s(1523) =< s(1492)
6.53/6.54	s(1524) =< s(1492)
6.53/6.54	s(1526) =< s(1492)
6.53/6.54	s(1539) =< s(1493)
6.53/6.54	s(1466) =< s(1493)
6.53/6.54	s(1547) =< s(1494)
6.53/6.54	s(1512) =< s(1434)
6.53/6.54	s(1548) =< s(1434)
6.53/6.54	s(1518) =< s(1434)
6.53/6.54	s(1520) =< s(1435)
6.53/6.54	s(1440) =< s(1435)
6.53/6.54	s(1548) =< s(1436)
6.53/6.54	s(1522) =< s(1436)
6.53/6.54	s(1531) =< s(1459)
6.53/6.54	s(1546) =< s(1459)
6.53/6.54	s(1549) =< s(1463)
6.53/6.54	s(1518) =< s(1463)
6.53/6.54	s(1549) =< s(1464)
6.53/6.54	s(1522) =< s(1464)
6.53/6.54	s(1536) =< s(1417)
6.53/6.54	s(1550) =< s(1417)
6.53/6.54	s(1548) =< s(1440)
6.53/6.54	s(1550) =< s(1440)
6.53/6.54	s(1551) =< s(1394)
6.53/6.54	s(1552) =< s(1394)
6.53/6.54	s(1408) =< s(1536)
6.53/6.54	s(1552) =< s(1536)
6.53/6.54	s(1551) =< s(1548)
6.53/6.54	s(1510) =< s(1548)
6.53/6.54	s(1518) =< s(1418)
6.53/6.54	s(1553) =< s(1418)
6.53/6.54	s(1518) =< s(1408)
6.53/6.54	s(1553) =< s(1408)
6.53/6.54	s(1518) =< s(1437)
6.53/6.54	s(1553) =< s(1437)
6.53/6.54	s(1518) =< s(1551)
6.53/6.54	s(1553) =< s(1551)
6.53/6.54	s(1522) =< s(1552)
6.53/6.54	s(1518) =< s(1552)
6.53/6.54	s(1522) =< s(1520)
6.53/6.54	s(1518) =< s(1520)
6.53/6.54	s(1522) =< s(1512)
6.53/6.54	s(1518) =< s(1512)
6.53/6.54	s(1433) =< s(1522)*(3/8)+s(1429)
6.53/6.54	s(1433) =< s(1522)*(3/8)+s(1531)
6.53/6.54	s(1433) =< s(1518)*s(1549)
6.53/6.54	s(1550) =< s(1546)*s(1539)
6.53/6.54	s(1554) =< s(1430)
6.53/6.54	s(1540) =< s(1430)
6.53/6.54	s(1532) =< s(1445)
6.53/6.54	s(1444) =< s(1445)
6.53/6.54	s(1554) =< s(1448)
6.53/6.54	s(1530) =< s(1457)
6.53/6.54	s(1555) =< s(1457)
6.53/6.54	s(1532) =< s(1459)
6.53/6.54	s(1555) =< s(1459)
6.53/6.54	s(1530) =< s(1460)
6.53/6.54	s(1545) =< s(1460)
6.53/6.54	s(1556) =< s(1398)
6.53/6.54	s(1557) =< s(1398)
6.53/6.54	s(1528) =< s(1540)
6.53/6.54	s(1558) =< s(1540)
6.53/6.54	s(1444) =< s(1538)
6.53/6.54	s(1513) =< s(1538)
6.53/6.54	s(1558) =< s(1538)
6.53/6.54	s(1556) =< s(1545)
6.53/6.54	s(1557) =< s(1545)
6.53/6.54	s(1515) =< s(1393)
6.53/6.54	s(1559) =< s(1393)
6.53/6.54	s(1528) =< s(1395)
6.53/6.54	s(1559) =< s(1395)
6.53/6.54	s(1557) =< s(1535)
6.53/6.54	s(1560) =< s(1535)
6.53/6.54	s(1557) =< s(1534)
6.53/6.54	s(1560) =< s(1534)
6.53/6.54	s(1557) =< s(1517)
6.53/6.54	s(1560) =< s(1517)
6.53/6.54	s(1557) =< s(1515)
6.53/6.54	s(1560) =< s(1515)
6.53/6.54	s(1523) =< s(1556)
6.53/6.54	s(1557) =< s(1556)
6.53/6.54	s(1523) =< s(1521)
6.53/6.54	s(1557) =< s(1521)
6.53/6.54	s(1523) =< s(1444)
6.53/6.54	s(1557) =< s(1444)
6.53/6.54	s(1513) =< s(1523)*(3/8)+s(1530)
6.53/6.54	s(1513) =< s(1523)*(3/8)+s(1532)
6.53/6.54	s(1513) =< s(1557)*s(1554)
6.53/6.54	s(1558) =< s(1555)*s(1466)
6.53/6.54	s(1561) =< s(1460)
6.53/6.54	s(1561) =< s(1461)
6.53/6.54	s(1544) =< s(1461)
6.53/6.54	s(1562) =< s(1398)
6.53/6.54	s(1387) =< s(1538)
6.53/6.54	s(1514) =< s(1538)
6.53/6.54	s(1563) =< s(1538)
6.53/6.54	s(1458) =< s(1544)
6.53/6.54	s(1563) =< s(1544)
6.53/6.54	s(1562) =< s(1545)
6.53/6.54	s(1562) =< s(1458)
6.53/6.54	s(1396) =< s(1458)
6.53/6.54	s(1562) =< s(1535)
6.53/6.54	s(1564) =< s(1535)
6.53/6.54	s(1562) =< s(1534)
6.53/6.54	s(1564) =< s(1534)
6.53/6.54	s(1562) =< s(1517)
6.53/6.54	s(1564) =< s(1517)
6.53/6.54	s(1562) =< s(1516)
6.53/6.54	s(1564) =< s(1516)
6.53/6.54	s(1524) =< s(1556)
6.53/6.54	s(1562) =< s(1556)
6.53/6.54	s(1524) =< s(1521)
6.53/6.54	s(1562) =< s(1521)
6.53/6.54	s(1524) =< s(1387)
6.53/6.54	s(1562) =< s(1387)
6.53/6.54	s(1514) =< s(1524)*(3/8)+s(1530)
6.53/6.54	s(1514) =< s(1524)*(3/8)+s(1531)
6.53/6.54	s(1514) =< s(1562)*s(1561)
6.53/6.54	s(1563) =< s(1555)*s(1539)
6.53/6.54	s(1565) =< s(1463)
6.53/6.54	s(1519) =< s(1463)
6.53/6.54	s(1525) =< s(1464)
6.53/6.54	s(1566) =< s(1477)
6.53/6.54	s(1525) =< s(1477)
6.53/6.54	s(1566) =< s(1478)
6.53/6.54	s(1565) =< s(1478)
6.53/6.54	s(1519) =< s(1478)
6.53/6.54	s(1537) =< s(1415)
6.53/6.54	s(1567) =< s(1415)
6.53/6.54	s(1566) =< s(1565)
6.53/6.54	s(1567) =< s(1565)
6.53/6.54	s(1411) =< s(1537)
6.53/6.54	s(1568) =< s(1537)
6.53/6.54	s(1568) =< s(1566)
6.53/6.54	s(1405) =< s(1566)
6.53/6.54	s(1519) =< s(1416)
6.53/6.54	s(1569) =< s(1416)
6.53/6.54	s(1519) =< s(1411)
6.53/6.54	s(1569) =< s(1411)
6.53/6.54	s(1519) =< s(1419)
6.53/6.54	s(1569) =< s(1419)
6.53/6.54	s(1519) =< s(1407)
6.53/6.54	s(1569) =< s(1407)
6.53/6.54	s(1525) =< s(1568)
6.53/6.54	s(1519) =< s(1568)
6.53/6.54	s(1525) =< s(1423)
6.53/6.54	s(1519) =< s(1423)
6.53/6.54	s(1525) =< s(1422)
6.53/6.54	s(1519) =< s(1422)
6.53/6.54	s(1424) =< s(1525)*(3/8)+s(1471)
6.53/6.54	s(1424) =< s(1525)*(3/8)+s(1531)
6.53/6.54	s(1424) =< s(1519)*s(1549)
6.53/6.54	s(1567) =< s(1546)*s(1539)
6.53/6.54	s(1570) =< s(1489)
6.53/6.54	s(1542) =< s(1489)
6.53/6.54	s(1547) =< s(1493)
6.53/6.54	s(1570) =< s(1493)
6.53/6.54	s(1389) =< s(1541)
6.53/6.54	s(1542) =< s(1541)
6.53/6.54	s(1542) =< s(1570)*s(1547)
6.53/6.54	s(1397) =< s(1390)
6.53/6.54	s(1571) =< s(1390)
6.53/6.54	s(1571) =< s(1541)
6.53/6.54	s(1572) =< s(1431)
6.53/6.54	s(1480) =< s(1431)
6.53/6.54	s(1572) =< s(1432)
6.53/6.54	s(1409) =< s(1432)
6.53/6.54	s(1533) =< s(1455)
6.53/6.54	s(1454) =< s(1455)
6.53/6.54	s(1533) =< s(1459)
6.53/6.54	s(1573) =< s(1459)
6.53/6.54	s(1413) =< s(1465)
6.53/6.54	s(1573) =< s(1465)
6.53/6.54	s(1507) =< s(1480)
6.53/6.54	s(1574) =< s(1480)
6.53/6.54	s(1527) =< s(1486)
6.53/6.54	s(1574) =< s(1486)
6.53/6.54	s(1504) =< s(1535)
6.53/6.54	s(1575) =< s(1535)
6.53/6.54	s(1504) =< s(1414)
6.53/6.54	s(1575) =< s(1414)
6.53/6.54	s(1504) =< s(1517)
6.53/6.54	s(1575) =< s(1517)
6.53/6.54	s(1504) =< s(1428)
6.53/6.54	s(1575) =< s(1428)
6.53/6.54	s(1526) =< s(1454)
6.53/6.54	s(1504) =< s(1454)
6.53/6.54	s(1526) =< s(1521)
6.53/6.54	s(1504) =< s(1521)
6.53/6.54	s(1526) =< s(1409)
6.53/6.54	s(1504) =< s(1409)
6.53/6.54	s(1527) =< s(1526)*(3/8)+s(1413)
6.53/6.54	s(1527) =< s(1526)*(3/8)+s(1533)
6.53/6.54	s(1527) =< s(1504)*s(1572)
6.53/6.54	s(1574) =< s(1573)*s(1539)
6.53/6.54	s(1543) =< s(1489)
6.53/6.54	s(1543) =< s(1570)*s(1547)
6.53/6.54	s(1576) =< s(1420)
6.53/6.54	s(1453) =< s(1420)
6.53/6.54	s(1576) =< s(1427)
6.53/6.54	s(1456) =< s(1427)
6.53/6.54	s(1468) =< s(1451)
6.53/6.54	s(1577) =< s(1451)
6.53/6.54	s(1399) =< s(1452)
6.53/6.54	s(1577) =< s(1452)
6.53/6.54	s(1506) =< s(1453)
6.53/6.54	s(1578) =< s(1453)
6.53/6.54	s(1505) =< s(1456)
6.53/6.54	s(1578) =< s(1456)
6.53/6.54	s(1505) =< s(1469)
6.53/6.54	s(1579) =< s(1469)
6.53/6.54	s(1505) =< s(1576)
6.53/6.54	s(1579) =< s(1576)
6.53/6.54	s(1505) =< s(1442)
6.53/6.54	s(1579) =< s(1442)
6.53/6.54	s(1505) =< s(1439)
6.53/6.54	s(1579) =< s(1439)
6.53/6.54	s(1472) =< s(1473)
6.53/6.54	s(1505) =< s(1473)
6.53/6.54	s(1472) =< s(1446)
6.53/6.54	s(1505) =< s(1446)
6.53/6.54	s(1472) =< s(1577)
6.53/6.54	s(1505) =< s(1577)
6.53/6.54	s(1506) =< s(1472)*(3/8)+s(1483)
6.53/6.54	s(1506) =< s(1472)*(3/8)+s(1468)
6.53/6.54	s(1506) =< s(1505)*s(1399)
6.53/6.54	s(1578) =< s(1508)*s(1476)
6.53/6.54	
6.53/6.54	  with precondition: [35>=5*V_a+V_b,V_b>=2*V_a+7,V_b>=V_a] 
6.53/6.54	
6.53/6.54	* Chain [49]: 1*s(1583)+1*s(1590)+1*s(1591)+1*s(1597)+1*s(1599)+1*s(1630)+1*s(1658)+1*s(1659)+1*s(1660)+1*s(1661)+2*s(1663)+9*s(1666)+1*s(1667)+1*s(1668)+1*s(1670)+1*s(1671)+1*s(1674)+1*s(1675)+1*s(1677)+1*s(1678)+1*s(1679)+1*s(1680)+1*s(1681)+1*s(1682)+1*s(1683)+1*s(1684)+1*s(1685)+1*s(1686)+1*s(1692)+1*s(1693)+2*s(1694)+1*s(1695)+1*s(1698)+1*s(1700)+1*s(1701)+1*s(1702)+1*s(1703)+1*s(1704)+1*s(1705)+1*s(1706)+1*s(1707)+1*s(1709)+1*s(1710)+1*s(1711)+1*s(1712)+1*s(1714)+1*s(1715)+0
6.53/6.54	  Such that:s(1580) =< 2
6.53/6.54	s(1581) =< 7
6.53/6.54	s(1582) =< 11
6.53/6.54	s(1583) =< 12
6.53/6.54	s(1584) =< 15
6.53/6.54	s(1585) =< 21
6.53/6.54	s(1586) =< 42
6.53/6.54	s(1587) =< 44
6.53/6.54	s(1639) =< 72
6.53/6.54	s(1588) =< 99
6.53/6.54	s(1589) =< 121
6.53/6.54	s(1590) =< 3/2
6.53/6.54	s(1591) =< 7/4
6.53/6.54	s(1640) =< 17/2
6.53/6.54	s(1592) =< 21/4
6.53/6.54	s(1593) =< 25/2
6.53/6.54	s(1594) =< 33/4
6.53/6.54	s(1595) =< 34/3
6.53/6.54	s(1641) =< 35/4
6.53/6.54	s(1642) =< 55/2
6.53/6.54	s(1596) =< 77/8
6.53/6.54	s(1597) =< 137/8
6.53/6.54	s(1598) =< 147/8
6.53/6.54	s(1643) =< 187/8
6.53/6.54	s(1599) =< 353/8
6.53/6.54	s(1600) =< 371/6
6.53/6.54	s(1601) =< 401/6
6.53/6.54	s(1644) =< 407/24
6.53/6.54	s(1602) =< 595/6
6.53/6.54	s(1645) =< 619/6
6.53/6.54	s(1603) =< 641/36
6.53/6.54	s(1604) =< 707/8
6.53/6.54	s(1605) =< 757/6
6.53/6.54	s(1606) =< 781/6
6.53/6.54	s(1607) =< 4727/96
6.53/6.54	s(1608) =< 34153/216
6.53/6.54	s(1609) =< -2491*V_a+371*V_b+74467
6.53/6.54	s(1608) =< -424*V_a-106*V_b+143629/8
6.53/6.54	s(1610) =< -188*V_a+28*V_b+33761/6
6.53/6.54	s(1605) =< -142*V_a-71/2*V_b+9083/2
6.53/6.54	s(1611) =< -142*V_a-71/2*V_b+9443/2
6.53/6.54	s(1612) =< -106*V_a-53/2*V_b+3869/2
6.53/6.54	s(1602) =< -106*V_a-53/2*V_b+7229/2
6.53/6.54	s(1646) =< -106*V_a-53/2*V_b+7589/2
6.53/6.54	s(1589) =< -22*V_a-11/2*V_b+429
6.53/6.54	s(1614) =< -21*V_a-21/4*V_b+2863/4
6.53/6.54	s(1603) =< -16*V_a-4*V_b+2693/4
6.53/6.54	s(1607) =< -14*V_a-7/2*V_b+20051/32
6.53/6.54	s(1588) =< -12*V_a-3*V_b+399
6.53/6.54	s(1615) =< -11*V_a-11/4*V_b+803/4
6.53/6.54	s(1647) =< -11*V_a-11/4*V_b+1683/4
6.53/6.54	s(1597) =< -11*V_a-11/4*V_b+1703/4
6.53/6.54	s(1616) =< -8*V_a-2*V_b+146
6.53/6.54	s(1587) =< -8*V_a-2*V_b+156
6.53/6.54	s(1617) =< -8*V_a-2*V_b+276
6.53/6.54	s(1648) =< -8*V_a-2*V_b+296
6.53/6.54	s(1601) =< -8*V_a-2*V_b+1621/6
6.53/6.54	s(1618) =< -7*V_a-7/4*V_b+511/4
6.53/6.54	s(1649) =< -7*V_a-7/4*V_b+711/4
6.53/6.54	s(1599) =< -7*V_a-7/4*V_b+835/4
6.53/6.54	s(1619) =< -7*V_a-7/4*V_b+931/4
6.53/6.54	s(1620) =< -4*V_a-V_b+73
6.53/6.54	s(1621) =< -4*V_a-V_b+133
6.53/6.54	s(1622) =< -4*V_a-V_b+138
6.53/6.54	s(1650) =< -4*V_a-V_b+211/2
6.53/6.54	s(1623) =< -4*V_a+2*V_b+56
6.53/6.54	s(1624) =< -4*V_a+2*V_b+452/3
6.53/6.54	s(1625) =< -2*V_a-V_b/2+39
6.53/6.54	s(1651) =< -2*V_a-V_b/2+613/12
6.53/6.54	s(1626) =< -V_a-V_b/4+33/4
6.53/6.54	s(1652) =< -V_a-V_b/4+69/2
6.53/6.54	s(1627) =< -V_a-V_b/4+73/4
6.53/6.54	s(1628) =< -V_a-V_b/4+133/4
6.53/6.54	s(1653) =< -V_a-V_b/4+143/4
6.53/6.54	s(1629) =< -V_a+V_b/2+8
6.53/6.54	s(1630) =< -V_a+V_b/2+15
6.53/6.54	s(1631) =< -V_a+V_b/2+125/12
6.53/6.54	s(1632) =< -53/9*V_a+53/18*V_b+47827/216
6.53/6.54	s(1634) =< -35/12*V_a+35/24*V_b+315/8
6.53/6.54	s(1635) =< -16/3*V_a+8/3*V_b+275/3
6.53/6.54	s(1654) =< -4/7*V_a-3/14*V_b+5
6.53/6.54	s(1636) =< -2/3*V_a+V_b/3+5
6.53/6.54	s(1637) =< -2/3*V_a+V_b/3+28/3
6.53/6.54	s(1638) =< -2/3*V_a+V_b/3+535/48
6.53/6.54	s(1613) =< -2/3*V_a+V_b/3+899/36
6.53/6.54	s(1633) =< -V_a/2+V_b/4+889/48
6.53/6.54	s(1655) =< -V_a/7+V_b/14+4/7
6.53/6.54	s(1656) =< -V_b/2+7
6.53/6.54	s(1657) =< s(1639)
6.53/6.54	s(1658) =< s(1640)
6.53/6.54	s(1659) =< s(1640)
6.53/6.54	s(1660) =< s(1641)
6.53/6.54	s(1661) =< s(1642)
6.53/6.54	s(1662) =< s(1643)
6.53/6.54	s(1663) =< s(1644)
6.53/6.54	s(1664) =< s(1645)
6.53/6.54	s(1664) =< s(1646)
6.53/6.54	s(1663) =< s(1647)
6.53/6.54	s(1657) =< s(1648)
6.53/6.54	s(1662) =< s(1649)
6.53/6.54	s(1593) =< s(1651)
6.53/6.54	s(1658) =< s(1652)
6.53/6.54	s(1660) =< s(1653)
6.53/6.54	s(1665) =< s(1654)
6.53/6.54	s(1666) =< s(1655)
6.53/6.54	s(1665) =< s(1656)
6.53/6.54	s(1667) =< s(1580)
6.53/6.54	s(1668) =< s(1580)
6.53/6.54	s(1669) =< s(1582)
6.53/6.54	s(1670) =< s(1585)
6.53/6.54	s(1671) =< s(1585)
6.53/6.54	s(1672) =< s(1586)
6.53/6.54	s(1673) =< s(1586)
6.53/6.54	s(1674) =< s(1594)
6.53/6.54	s(1675) =< s(1594)
6.53/6.54	s(1676) =< s(1595)
6.53/6.54	s(1677) =< s(1641)
6.53/6.54	s(1678) =< s(1641)
6.53/6.54	s(1679) =< s(1641)
6.53/6.54	s(1680) =< s(1641)
6.53/6.54	s(1681) =< s(1641)
6.53/6.54	s(1682) =< s(1642)
6.53/6.54	s(1683) =< s(1642)
6.53/6.54	s(1684) =< s(1642)
6.53/6.54	s(1685) =< s(1596)
6.53/6.54	s(1686) =< s(1596)
6.53/6.54	s(1687) =< s(1598)
6.53/6.54	s(1688) =< s(1600)
6.53/6.54	s(1689) =< s(1604)
6.53/6.54	s(1690) =< s(1606)
6.53/6.54	s(1688) =< s(1612)
6.53/6.54	s(1689) =< s(1614)
6.53/6.54	s(1686) =< s(1615)
6.53/6.54	s(1672) =< s(1616)
6.53/6.54	s(1673) =< s(1616)
6.53/6.54	s(1687) =< s(1618)
6.53/6.54	s(1669) =< s(1621)
6.53/6.54	s(1676) =< s(1622)
6.53/6.54	s(1682) =< s(1650)
6.53/6.54	s(1683) =< s(1650)
6.53/6.54	s(1691) =< s(1651)
6.53/6.54	s(1692) =< s(1626)
6.53/6.54	s(1693) =< s(1626)
6.53/6.54	s(1694) =< s(1626)
6.53/6.54	s(1674) =< s(1628)
6.53/6.54	s(1675) =< s(1628)
6.53/6.54	s(1677) =< s(1653)
6.53/6.54	s(1678) =< s(1653)
6.53/6.54	s(1679) =< s(1653)
6.53/6.54	s(1680) =< s(1653)
6.53/6.54	s(1681) =< s(1653)
6.53/6.54	s(1691) =< s(1631)
6.53/6.54	s(1630) =< s(1655)
6.53/6.54	s(1690) =< s(1611)
6.53/6.54	s(1695) =< s(1611)
6.53/6.54	s(1623) =< s(1617)
6.53/6.54	s(1695) =< s(1617)
6.53/6.54	s(1696) =< s(1588)
6.53/6.54	s(1697) =< s(1588)
6.53/6.54	s(1602) =< s(1690)
6.53/6.54	s(1697) =< s(1690)
6.53/6.54	s(1696) =< s(1623)
6.53/6.54	s(1667) =< s(1623)
6.53/6.54	s(1674) =< s(1664)
6.53/6.54	s(1698) =< s(1664)
6.53/6.54	s(1674) =< s(1602)
6.53/6.54	s(1698) =< s(1602)
6.53/6.54	s(1674) =< s(1657)
6.53/6.54	s(1698) =< s(1657)
6.53/6.54	s(1674) =< s(1696)
6.53/6.54	s(1698) =< s(1696)
6.53/6.54	s(1677) =< s(1697)
6.53/6.54	s(1674) =< s(1697)
6.53/6.54	s(1677) =< s(1676)
6.53/6.54	s(1674) =< s(1676)
6.53/6.54	s(1677) =< s(1669)
6.53/6.54	s(1674) =< s(1669)
6.53/6.54	s(1682) =< s(1677)*(3/8)+s(1689)
6.53/6.54	s(1682) =< s(1677)*(3/8)+s(1662)
6.53/6.54	s(1682) =< s(1674)*s(1691)
6.53/6.54	s(1695) =< s(1666)*s(1665)
6.53/6.54	s(1699) =< s(1592)
6.53/6.54	s(1700) =< s(1592)
6.53/6.54	s(1685) =< s(1615)
6.53/6.54	s(1701) =< s(1615)
6.53/6.54	s(1636) =< s(1620)
6.53/6.54	s(1670) =< s(1620)
6.53/6.54	s(1701) =< s(1620)
6.53/6.54	s(1699) =< s(1627)
6.53/6.54	s(1700) =< s(1627)
6.53/6.54	s(1672) =< s(1587)
6.53/6.54	s(1702) =< s(1587)
6.53/6.54	s(1685) =< s(1589)
6.53/6.54	s(1702) =< s(1589)
6.53/6.54	s(1700) =< s(1664)
6.53/6.54	s(1703) =< s(1664)
6.53/6.54	s(1700) =< s(1688)
6.53/6.54	s(1703) =< s(1688)
6.53/6.54	s(1700) =< s(1657)
6.53/6.54	s(1703) =< s(1657)
6.53/6.54	s(1700) =< s(1672)
6.53/6.54	s(1703) =< s(1672)
6.53/6.54	s(1678) =< s(1699)
6.53/6.54	s(1700) =< s(1699)
6.53/6.54	s(1678) =< s(1676)
6.53/6.54	s(1700) =< s(1676)
6.53/6.54	s(1678) =< s(1636)
6.53/6.54	s(1700) =< s(1636)
6.53/6.54	s(1670) =< s(1678)*(3/8)+s(1687)
6.53/6.54	s(1670) =< s(1678)*(3/8)+s(1662)
6.53/6.54	s(1670) =< s(1700)*s(1691)
6.53/6.54	s(1701) =< s(1666)*s(1665)
6.53/6.54	s(1704) =< s(1592)
6.53/6.54	s(1581) =< s(1620)
6.53/6.54	s(1671) =< s(1620)
6.53/6.54	s(1705) =< s(1620)
6.53/6.54	s(1629) =< s(1625)
6.53/6.54	s(1705) =< s(1625)
6.53/6.54	s(1704) =< s(1627)
6.53/6.54	s(1704) =< s(1629)
6.53/6.54	s(1590) =< s(1629)
6.53/6.54	s(1704) =< s(1664)
6.53/6.54	s(1706) =< s(1664)
6.53/6.54	s(1704) =< s(1688)
6.53/6.54	s(1706) =< s(1688)
6.53/6.54	s(1704) =< s(1657)
6.53/6.54	s(1706) =< s(1657)
6.53/6.54	s(1704) =< s(1673)
6.53/6.54	s(1706) =< s(1673)
6.53/6.54	s(1679) =< s(1699)
6.53/6.54	s(1704) =< s(1699)
6.53/6.54	s(1679) =< s(1676)
6.53/6.54	s(1704) =< s(1676)
6.53/6.54	s(1679) =< s(1581)
6.53/6.54	s(1704) =< s(1581)
6.53/6.54	s(1671) =< s(1679)*(3/8)+s(1687)
6.53/6.54	s(1671) =< s(1679)*(3/8)+s(1662)
6.53/6.54	s(1671) =< s(1704)*s(1691)
6.53/6.54	s(1705) =< s(1666)*s(1665)
6.53/6.54	s(1707) =< s(1611)
6.53/6.54	s(1634) =< s(1619)
6.53/6.54	s(1707) =< s(1619)
6.53/6.54	s(1605) =< s(1690)
6.53/6.54	s(1708) =< s(1690)
6.53/6.54	s(1708) =< s(1634)
6.53/6.54	s(1599) =< s(1634)
6.53/6.54	s(1675) =< s(1664)
6.53/6.54	s(1709) =< s(1664)
6.53/6.54	s(1675) =< s(1605)
6.53/6.54	s(1709) =< s(1605)
6.53/6.54	s(1675) =< s(1657)
6.53/6.54	s(1709) =< s(1657)
6.53/6.54	s(1675) =< s(1601)
6.53/6.54	s(1709) =< s(1601)
6.53/6.54	s(1680) =< s(1708)
6.53/6.54	s(1675) =< s(1708)
6.53/6.54	s(1680) =< s(1676)
6.53/6.54	s(1675) =< s(1676)
6.53/6.54	s(1680) =< s(1669)
6.53/6.54	s(1675) =< s(1669)
6.53/6.54	s(1683) =< s(1680)*(3/8)+s(1689)
6.53/6.54	s(1683) =< s(1680)*(3/8)+s(1662)
6.53/6.54	s(1683) =< s(1675)*s(1691)
6.53/6.54	s(1707) =< s(1666)*s(1665)
6.53/6.54	s(1583) =< s(1625)
6.53/6.54	s(1693) =< s(1625)
6.53/6.54	s(1693) =< s(1630)*s(1665)
6.53/6.54	s(1710) =< s(1647)
6.53/6.54	s(1684) =< s(1650)
6.53/6.54	s(1710) =< s(1650)
6.53/6.54	s(1658) =< s(1664)
6.53/6.54	s(1711) =< s(1664)
6.53/6.54	s(1658) =< s(1608)
6.53/6.54	s(1711) =< s(1608)
6.53/6.54	s(1658) =< s(1657)
6.53/6.54	s(1711) =< s(1657)
6.53/6.54	s(1658) =< s(1635)
6.53/6.54	s(1711) =< s(1635)
6.53/6.54	s(1681) =< s(1638)
6.53/6.54	s(1658) =< s(1638)
6.53/6.54	s(1681) =< s(1676)
6.53/6.54	s(1658) =< s(1676)
6.53/6.54	s(1681) =< s(1603)
6.53/6.54	s(1658) =< s(1603)
6.53/6.54	s(1684) =< s(1681)*(3/8)+s(1607)
6.53/6.54	s(1684) =< s(1681)*(3/8)+s(1662)
6.53/6.54	s(1684) =< s(1658)*s(1691)
6.53/6.54	s(1710) =< s(1666)*s(1665)
6.53/6.54	s(1591) =< s(1584)
6.53/6.54	s(1712) =< s(1584)
6.53/6.54	s(1712) =< s(1625)
6.53/6.54	s(1692) =< s(1625)
6.53/6.54	s(1692) =< s(1666)*s(1665)
6.53/6.54	s(1694) =< s(1666)*s(1665)
6.53/6.54	s(1632) =< s(1609)
6.53/6.54	s(1713) =< s(1609)
6.53/6.54	s(1713) =< s(1610)
6.53/6.54	s(1624) =< s(1610)
6.53/6.54	s(1661) =< s(1650)
6.53/6.54	s(1714) =< s(1650)
6.53/6.54	s(1659) =< s(1652)
6.53/6.54	s(1714) =< s(1652)
6.53/6.54	s(1659) =< s(1664)
6.53/6.54	s(1715) =< s(1664)
6.53/6.54	s(1659) =< s(1632)
6.53/6.54	s(1715) =< s(1632)
6.53/6.54	s(1659) =< s(1657)
6.53/6.54	s(1715) =< s(1657)
6.53/6.54	s(1659) =< s(1624)
6.53/6.54	s(1715) =< s(1624)
6.53/6.54	s(1660) =< s(1633)
6.53/6.54	s(1659) =< s(1633)
6.53/6.54	s(1660) =< s(1637)
6.53/6.54	s(1659) =< s(1637)
6.53/6.54	s(1660) =< s(1613)
6.53/6.54	s(1659) =< s(1613)
6.53/6.54	s(1661) =< s(1660)*(3/8)+s(1713)
6.53/6.54	s(1661) =< s(1660)*(3/8)+s(1662)
6.53/6.54	s(1661) =< s(1659)*s(1593)
6.53/6.54	s(1714) =< s(1666)*s(1665)
6.53/6.54	
6.53/6.54	  with precondition: [V_b+7>=2*V_a,V_a>=V_b+1] 
6.53/6.54	
6.53/6.54	
6.53/6.54	Closed-form bounds of eval_complex_start(V__0,V__01,V__1,V__12,V_10,V_9,V_a,V_b,B): 
6.53/6.54	-------------------------------------
6.53/6.54	* Chain [68] with precondition: [] 
6.53/6.54	    - Upper bound: 0 
6.53/6.54	    - Complexity: constant 
6.53/6.54	* Chain [67] with precondition: [29>=V_a] 
6.53/6.54	    - Upper bound: 0 
6.53/6.54	    - Complexity: constant 
6.53/6.54	* Chain [66] with precondition: [29>=V_a,5>=V_b,V_a>=V_b+1] 
6.53/6.54	    - Upper bound: V_a-V_b 
6.53/6.54	    - Complexity: n 
6.53/6.54	* Chain [65] with precondition: [29>=V_a,5>=V_b,V_a>=V_b+2,2*V_a>=V_b+8] 
6.53/6.54	    - Upper bound: V_a/6-2/3*V_b+3 
6.53/6.54	    - Complexity: n 
6.53/6.54	* Chain [64] with precondition: [29>=V_a,V_b>=6,V_a>=V_b+1] 
6.53/6.54	    - Upper bound: V_a/6-V_b/6 
6.53/6.54	    - Complexity: n 
6.53/6.54	* Chain [63] with precondition: [29>=V_a,V_b>=V_a] 
6.53/6.54	    - Upper bound: -V_a/2+15 
6.53/6.54	    - Complexity: n 
6.53/6.54	* Chain [62] with precondition: [29>=V_a,V_b>=V_a,V_b+5*V_a>=168] 
6.53/6.54	    - Upper bound: -V_a/2+15 
6.53/6.54	    - Complexity: n 
6.53/6.54	* Chain [61] with precondition: [29>=V_a,V_a>=V_b+1,2*V_a>=V_b+8] 
6.53/6.54	    - Upper bound: -V_a/2+15+(-V_a/4-13/12*V_b+451/12+(-7/12*V_a-V_b/3+105/4+(-13/12*V_a-13/12*V_b+247/4+(-50/9*V_a-V_b/3+1609/9+nat(-7/24*V_a+V_b/24+33/4)*2)))) 
6.53/6.54	    - Complexity: n 
6.53/6.54	* Chain [60] with precondition: [27>=V_a,V_b>=16,173>=5*V_a+V_b,V_b>=V_a,V_b+5*V_a>=41] 
6.53/6.54	    - Upper bound: -11/12*V_a-V_b/12+349/12 
6.53/6.54	    - Complexity: n 
6.53/6.54	* Chain [59] with precondition: [27>=V_a,173>=5*V_a+V_b,V_b>=V_a,V_b+5*V_a+36>=0] 
6.53/6.54	    - Upper bound: -43717/72*V_a-8729/72*V_b+22754 
6.53/6.54	    - Complexity: n 
6.53/6.54	* Chain [58] with precondition: [27>=V_a,V_b>=V_a] 
6.53/6.54	    - Upper bound: -V_a/2+29/2 
6.53/6.54	    - Complexity: n 
6.53/6.54	* Chain [57] with precondition: [26>=V_a,V_b+162>=7*V_a,V_b+42>=2*V_a,V_a>=V_b+1,2*V_a>=V_b+8] 
6.53/6.54	    - Upper bound: -169/18*V_a-17/12*V_b+11443/36 
6.53/6.54	    - Complexity: n 
6.53/6.54	* Chain [56] with precondition: [24>=V_a,V_b+138>=7*V_a,155>=5*V_a+V_b,V_b>=V_a,V_b+5*V_a+36>=0] 
6.53/6.54	    - Upper bound: -11179/24*V_a-2231/24*V_b+192167/12 
6.53/6.54	    - Complexity: n 
6.53/6.54	* Chain [55] with precondition: [V_a>=30] 
6.53/6.54	    - Upper bound: 0 
6.53/6.54	    - Complexity: constant 
6.53/6.54	* Chain [54] with precondition: [306>=19*V_b+11*V_a,7*V_b+150>=14*V_a,V_b+90>=7*V_a,V_a>=V_b+1,2*V_a>=V_b+8] 
6.53/6.54	    - Upper bound: -611/36*V_a-65/12*V_b+3805/9 
6.53/6.54	    - Complexity: n 
6.53/6.54	* Chain [53] with precondition: [7*V_b+52>=14*V_a,V_b+66>=7*V_a,78>=5*V_a+V_b,V_b>=V_a,V_b+5*V_a+36>=0] 
6.53/6.54	    - Upper bound: -1547/2*V_a-309/2*V_b+280439/12 
6.53/6.54	    - Complexity: n 
6.53/6.54	* Chain [52] with precondition: [90>=5*V_a+V_b,V_b>=V_a] 
6.53/6.54	    - Upper bound: -V_a/12+V_b/12+145/12 
6.53/6.54	    - Complexity: n 
6.53/6.54	* Chain [51] with precondition: [90>=5*V_a+V_b,V_b>=V_a,V_b+5*V_a+36>=0] 
6.53/6.54	    - Upper bound: -V_a/2+121/12 
6.53/6.54	    - Complexity: n 
6.53/6.54	* Chain [50] with precondition: [35>=5*V_a+V_b,V_b>=2*V_a+7,V_b>=V_a] 
6.53/6.54	    - Upper bound: -291950/7*V_a-58383/7*V_b+37277809/28 
6.53/6.54	    - Complexity: n 
6.53/6.54	* Chain [49] with precondition: [V_b+7>=2*V_a,V_a>=V_b+1] 
6.53/6.54	    - Upper bound: -2242/7*V_a-1097/14*V_b+476965/42 
6.53/6.54	    - Complexity: n 
6.53/6.54	
6.53/6.54	### Maximum cost of eval_complex_start(V__0,V__01,V__1,V__12,V_10,V_9,V_a,V_b,B): max([max([max([max([nat(-V_a/2+15),nat(-V_a/2+29/2),nat(V_a-V_b),6361/6+nat(-V_a+V_b/2+15)+nat(-V_a/7+V_b/14+4/7)*9+nat(-V_a-V_b/4+33/4)*4+nat(-142*V_a-71/2*V_b+9443/2)*2+nat(-11*V_a-11/4*V_b+803/4)+nat(-11*V_a-11/4*V_b+1683/4)+nat(-4*V_a-V_b+73)+nat(-4*V_a-V_b+211/2)]),nat(V_a/6-V_b/6)+nat(-V_b/2+3)]),nat(-25/9*V_a-V_b/6+1609/18)*2+nat(-7/24*V_a+V_b/24+33/4)*2+max([nat(-7/24*V_a-V_b/6+105/8)*2+nat(-13/12*V_a-13/12*V_b+247/4)+nat(-V_a/4-13/12*V_b+451/12)+nat(-V_a/4+15/2)*2,nat(-35/24*V_a+919/24)+2+nat(-7/24*V_a-V_b/6+319/24)+nat(-V_a/2-V_b/2+29)+nat(-V_a/2-V_b/2+51/2)+nat(-V_a/4+29/4)*2,7/2+nat(-11/6*V_a-V_b/6+34)+nat(-7/2*V_a-2*V_b+75)*2+nat(-V_a/2-V_b/2+11)*2+nat(-V_a/2+9)*2])]),nat(-V_a/12+V_b/12+1/12)+max([max([12,nat(-5/6*V_a-V_b/6+29),nat(-5/12*V_a-V_b/12+8)+2]),7/2+nat(-V_a/12+V_b/12+1/12)+max([nat(-10*V_a-2*V_b+371/2)+nat(-275*V_a-55*V_b+18525/2)+nat(-895/2*V_a-179/2*V_b+26167/2)+nat(-175/24*V_a-35/24*V_b+525/4)*2+nat(-55/4*V_a-11/4*V_b+1053/4)+nat(-25/6*V_a-5/6*V_b+79)+nat(-5/2*V_a-V_b/2+71)*2+nat(-5/3*V_a-V_b/3+44)*2,3170/3+nat(-V_a/12+V_b/12+1/12)*8+nat(-37275*V_a-7455*V_b+1190315)+nat(-4260*V_a-852*V_b+136178)+nat(-30*V_a-6*V_b+3191/6)+nat(-30*V_a-6*V_b+9761/12)+nat(-15*V_a-3*V_b+519/2)*2+nat(-15*V_a-3*V_b+719/2)+nat(-165/7*V_a-33/7*V_b+5709/14)+nat(-165/7*V_a-33/7*V_b+11869/14)+nat(-25/24*V_a-5/24*V_b+35/4)*4+nat(-15/7*V_a-3/7*V_b+239/14)*4+nat(-15/7*V_a-3/7*V_b+487/7)+nat(-15/7*V_a-3/7*V_b+1009/14)*2,103/2+nat(-265*V_a-53*V_b+19343/2)+nat(-5*V_a-V_b+361/2)*2+nat(-5*V_a-V_b+705/4)+nat(-7315/24*V_a-1463/24*V_b+46705/4)+nat(-155/12*V_a-31/12*V_b+5753/12)+nat(-95/36*V_a-19/36*V_b+1193/12)+nat(-20/3*V_a-4/3*V_b+235),347/2+nat(-175*V_a-35*V_b+11063/2)+nat(-5*V_a-V_b+174)*2+nat(-5*V_a-V_b+349/2)+nat(-895/6*V_a-179/6*V_b+5347)+nat(-235/2*V_a-47/2*V_b+8221/2)+nat(-175/24*V_a-35/24*V_b+1067/4)+nat(-5/3*V_a-V_b/3+117/2)])])]) 
6.53/6.54	Asymptotic class: n 
6.53/6.54	* Total analysis performed in 6169 ms.
6.53/6.54	
6.56/6.65	EOF