3.58/3.64 MAYBE 3.58/3.64 3.58/3.64 Preprocessing Cost Relations 3.58/3.64 ===================================== 3.58/3.64 3.58/3.64 #### Computed strongly connected components 3.58/3.64 0. recursive : [eval_rank2_11/5,eval_rank2_12/6,eval_rank2_bb6_in/5,eval_rank2_bb7_in/5,eval_rank2_bb8_in/6] 3.58/3.64 1. recursive : [eval_rank2_5/5,eval_rank2_6/6,eval_rank2__critedge1_in/8,eval_rank2_bb3_in/5,eval_rank2_bb4_in/5,eval_rank2_bb5_in/6,eval_rank2_bb6_in_loop_cont/9] 3.58/3.64 2. recursive : [eval_rank2__critedge_in/5,eval_rank2_bb1_in/3,eval_rank2_bb2_in/3,eval_rank2_bb3_in_loop_cont/6] 3.58/3.64 3. non_recursive : [eval_rank2_stop/1] 3.58/3.64 4. non_recursive : [eval_rank2_bb9_in/1] 3.58/3.64 5. non_recursive : [eval_rank2_bb1_in_loop_cont/2] 3.58/3.64 6. non_recursive : [eval_rank2_bb0_in/2] 3.58/3.64 7. non_recursive : [eval_rank2_start/2] 3.58/3.64 3.58/3.64 #### Obtained direct recursion through partial evaluation 3.58/3.64 0. SCC is partially evaluated into eval_rank2_bb6_in/5 3.58/3.64 1. SCC is partially evaluated into eval_rank2_bb3_in/5 3.58/3.64 2. SCC is partially evaluated into eval_rank2_bb1_in/3 3.58/3.64 3. SCC is completely evaluated into other SCCs 3.58/3.64 4. SCC is completely evaluated into other SCCs 3.58/3.64 5. SCC is completely evaluated into other SCCs 3.58/3.64 6. SCC is partially evaluated into eval_rank2_bb0_in/2 3.58/3.64 7. SCC is partially evaluated into eval_rank2_start/2 3.58/3.64 3.58/3.64 Control-Flow Refinement of Cost Relations 3.58/3.64 ===================================== 3.58/3.64 3.58/3.64 ### Specialization of cost equations eval_rank2_bb6_in/5 3.58/3.64 * CE 10 is refined into CE [11] 3.58/3.64 * CE 8 is refined into CE [12] 3.58/3.64 * CE 9 is refined into CE [13] 3.58/3.64 3.58/3.64 3.58/3.64 ### Cost equations --> "Loop" of eval_rank2_bb6_in/5 3.58/3.64 * CEs [13] --> Loop 11 3.58/3.64 * CEs [12] --> Loop 12 3.58/3.64 * CEs [11] --> Loop 13 3.58/3.64 3.58/3.64 ### Ranking functions of CR eval_rank2_bb6_in(V_x_2,V_y_2,B,C,D) 3.58/3.64 * RF of phase [11]: [-V_x_2/3+V_y_2/3-2/3] 3.58/3.64 3.58/3.64 #### Partial ranking functions of CR eval_rank2_bb6_in(V_x_2,V_y_2,B,C,D) 3.58/3.64 * Partial RF of phase [11]: 3.58/3.64 - RF of loop [11:1]: 3.58/3.64 -V_x_2/3+V_y_2/3-2/3 3.58/3.64 3.58/3.64 3.58/3.64 ### Specialization of cost equations eval_rank2_bb3_in/5 3.58/3.64 * CE 7 is refined into CE [14] 3.58/3.64 * CE 5 is refined into CE [15] 3.58/3.64 * CE 6 is refined into CE [16,17,18,19] 3.58/3.64 3.58/3.64 3.58/3.64 ### Cost equations --> "Loop" of eval_rank2_bb3_in/5 3.58/3.64 * CEs [18] --> Loop 14 3.58/3.64 * CEs [19] --> Loop 15 3.58/3.64 * CEs [16] --> Loop 16 3.58/3.64 * CEs [17] --> Loop 17 3.58/3.64 * CEs [14] --> Loop 18 3.58/3.64 * CEs [15] --> Loop 19 3.58/3.64 3.58/3.64 ### Ranking functions of CR eval_rank2_bb3_in(V_x_1,V_y_1,B,C,D) 3.58/3.64 * RF of phase [15,17]: [V_x_1+V_y_1/2-3,-V_x_1/2+V_y_1/2-3/2] 3.58/3.64 * RF of phase [16]: [-V_x_1/2+V_y_1/2,V_y_1/2-1/2] 3.58/3.64 3.58/3.64 #### Partial ranking functions of CR eval_rank2_bb3_in(V_x_1,V_y_1,B,C,D) 3.58/3.64 * Partial RF of phase [15,17]: 3.58/3.64 - RF of loop [15:1]: 3.58/3.64 V_x_1+V_y_1/2-9/2 3.58/3.64 -V_x_1/5+V_y_1/5-6/5 3.58/3.64 - RF of loop [17:1]: 3.58/3.64 -V_x_1/2+V_y_1/2-3/2 3.58/3.64 V_y_1/2-2 3.58/3.64 * Partial RF of phase [16]: 3.58/3.64 - RF of loop [16:1]: 3.58/3.64 -V_x_1/2+V_y_1/2 3.58/3.64 V_y_1/2-1/2 3.58/3.64 3.58/3.64 3.58/3.64 ### Specialization of cost equations eval_rank2_bb1_in/3 3.58/3.64 * CE 4 is refined into CE [20] 3.58/3.64 * CE 3 is refined into CE [21,22,23,24,25,26,27,28,29,30,31,32,33] 3.58/3.64 3.58/3.64 3.58/3.64 ### Cost equations --> "Loop" of eval_rank2_bb1_in/3 3.58/3.64 * CEs [32] --> Loop 20 3.58/3.64 * CEs [33] --> Loop 21 3.58/3.64 * CEs [31] --> Loop 22 3.58/3.64 * CEs [30] --> Loop 23 3.58/3.64 * CEs [24] --> Loop 24 3.58/3.64 * CEs [22] --> Loop 25 3.58/3.64 * CEs [23] --> Loop 26 3.58/3.64 * CEs [26] --> Loop 27 3.58/3.64 * CEs [25] --> Loop 28 3.58/3.64 * CEs [28] --> Loop 29 3.58/3.64 * CEs [27] --> Loop 30 3.58/3.64 * CEs [29] --> Loop 31 3.58/3.64 * CEs [21] --> Loop 32 3.58/3.64 * CEs [20] --> Loop 33 3.58/3.64 3.58/3.64 ### Ranking functions of CR eval_rank2_bb1_in(V_x_0,V_y_0,B) 3.58/3.64 3.58/3.64 #### Partial ranking functions of CR eval_rank2_bb1_in(V_x_0,V_y_0,B) 3.58/3.64 * Partial RF of phase [20,21,22,23,24,25,26,27,28,29,30,31,32]: 3.58/3.64 - RF of loop [20:1]: 3.58/3.64 V_y_0-3 depends on loops [25:1,26:1] 3.58/3.64 - RF of loop [20:1,23:1]: 3.58/3.64 3/7*V_x_0+V_y_0/7-9/7 3.58/3.64 - RF of loop [21:1,31:1]: 3.58/3.64 V_x_0/3+V_y_0/9-11/9 3.58/3.64 V_y_0/6-5/6 depends on loops [25:1,26:1] 3.58/3.64 - RF of loop [22:1]: 3.58/3.64 V_x_0/3+V_y_0/9-1 3.58/3.64 V_y_0/3-1 depends on loops [25:1,26:1] 3.58/3.64 - RF of loop [23:1]: 3.58/3.64 V_y_0/4-3/4 depends on loops [25:1,26:1] 3.58/3.64 - RF of loop [24:1]: 3.58/3.64 V_y_0 depends on loops [25:1,26:1] 3.58/3.64 - RF of loop [24:1,25:1,26:1,32:1]: 3.58/3.64 V_x_0/2-1/2 depends on loops [20:1,21:1,22:1,23:1,27:1,28:1,29:1,30:1,31:1] 3.58/3.64 - RF of loop [26:1]: 3.58/3.64 -V_y_0+1 depends on loops [20:1,21:1,22:1,23:1,24:1,27:1,28:1,29:1,30:1,31:1,32:1] 3.58/3.64 - RF of loop [27:1]: 3.58/3.64 V_x_0/3+V_y_0/9-13/9 3.58/3.64 V_y_0/6-7/6 depends on loops [25:1,26:1] 3.58/3.64 - RF of loop [28:1]: 3.58/3.64 V_x_0/3+V_y_0/9-10/9 3.58/3.64 V_y_0/3-4/3 depends on loops [25:1,26:1] 3.58/3.64 - RF of loop [29:1]: 3.58/3.64 3/7*V_x_0+V_y_0/7-11/7 3.58/3.64 V_y_0/4-5/4 depends on loops [25:1,26:1] 3.58/3.64 - RF of loop [30:1]: 3.58/3.64 3/11*V_x_0+V_y_0/11-13/11 3.58/3.64 V_y_0/8-7/8 depends on loops [25:1,26:1] 3.58/3.64 - RF of loop [32:1]: 3.58/3.64 V_y_0-2 depends on loops [25:1,26:1] 3.58/3.64 3.58/3.64 3.58/3.64 ### Specialization of cost equations eval_rank2_bb0_in/2 3.58/3.64 * CE 2 is refined into CE [34,35] 3.58/3.64 3.58/3.64 3.58/3.64 ### Cost equations --> "Loop" of eval_rank2_bb0_in/2 3.58/3.64 * CEs [35] --> Loop 34 3.58/3.64 * CEs [34] --> Loop 35 3.58/3.64 3.58/3.64 ### Ranking functions of CR eval_rank2_bb0_in(V_m,B) 3.58/3.64 3.58/3.64 #### Partial ranking functions of CR eval_rank2_bb0_in(V_m,B) 3.58/3.64 3.58/3.64 3.58/3.64 ### Specialization of cost equations eval_rank2_start/2 3.58/3.64 * CE 1 is refined into CE [36,37] 3.58/3.64 3.58/3.64 3.58/3.64 ### Cost equations --> "Loop" of eval_rank2_start/2 3.58/3.64 * CEs [37] --> Loop 36 3.58/3.64 * CEs [36] --> Loop 37 3.58/3.64 3.58/3.64 ### Ranking functions of CR eval_rank2_start(V_m,B) 3.58/3.64 3.58/3.64 #### Partial ranking functions of CR eval_rank2_start(V_m,B) 3.58/3.64 3.58/3.64 3.58/3.64 Computing Bounds 3.58/3.64 ===================================== 3.58/3.64 3.58/3.64 #### Cost of chains of eval_rank2_bb6_in(V_x_2,V_y_2,B,C,D): 3.58/3.64 * Chain [[11],13]: 1*it(11)+0 3.58/3.64 Such that:it(11) =< -V_x_2+C 3.58/3.64 3.58/3.64 with precondition: [B=2,V_y_2+2*V_x_2=2*C+D,C>=V_x_2+1,V_y_2+2*V_x_2>=3*C,3*C+2>=2*V_x_2+V_y_2] 3.58/3.64 3.58/3.64 * Chain [[11],12]: 1*it(11)+0 3.58/3.64 Such that:it(11) =< -V_x_2+C 3.58/3.64 3.58/3.64 with precondition: [B=2,V_y_2+2*V_x_2=2*C+D,C>=V_x_2+1,V_y_2+2*V_x_2>=3*C+3] 3.58/3.64 3.58/3.64 * Chain [13]: 0 3.58/3.64 with precondition: [B=2,V_x_2=C,V_y_2=D,V_y_2>=V_x_2,V_x_2+2>=V_y_2] 3.58/3.64 3.58/3.64 * Chain [12]: 0 3.58/3.64 with precondition: [B=2,V_x_2=C,V_y_2=D,V_y_2>=V_x_2+3] 3.58/3.64 3.58/3.64 3.58/3.64 #### Cost of chains of eval_rank2_bb3_in(V_x_1,V_y_1,B,C,D): 3.58/3.64 * Chain [[16],19]: 1*it(16)+0 3.58/3.64 Such that:it(16) =< 1 3.58/3.64 3.58/3.64 with precondition: [B=3,V_x_1+3=V_y_1,V_x_1=C,V_x_1+1=D,V_x_1>=1] 3.58/3.64 3.58/3.64 * Chain [[16],18]: 1*it(16)+0 3.58/3.64 Such that:it(16) =< V_y_1/2-C/2 3.58/3.64 3.58/3.64 with precondition: [B=3,V_x_1=C,V_x_1>=1,D+1>=V_x_1,V_y_1>=D+2,2*V_x_1+2>=V_y_1+D] 3.58/3.64 3.58/3.64 * Chain [[15,17],[16],19]: 1*it(15)+1*it(16)+1*it(17)+1*s(3)+0 3.58/3.64 Such that:it(16) =< 1 3.58/3.64 aux(1) =< V_x_1+V_y_1/2 3.58/3.64 aux(2) =< V_x_1+V_y_1/2-3/2*C 3.58/3.64 s(3) =< -2/5*V_x_1+2/5*V_y_1 3.58/3.64 it(15) =< -V_x_1/5+V_y_1/5 3.58/3.64 it(17) =< V_y_1/2-C/2 3.58/3.64 aux(5) =< -V_x_1/2+V_y_1/2 3.58/3.64 it(15) =< aux(1) 3.58/3.64 it(17) =< aux(1) 3.58/3.64 it(15) =< aux(2) 3.58/3.64 it(17) =< aux(2) 3.58/3.64 it(15) =< aux(5) 3.58/3.64 it(17) =< aux(5) 3.58/3.64 s(3) =< aux(5) 3.58/3.64 3.58/3.64 with precondition: [B=3,C+1=D,V_x_1>=1,C>=V_x_1,V_y_1+2*V_x_1>=3*C+5] 3.58/3.64 3.58/3.64 * Chain [[15,17],[16],18]: 1*it(15)+1*it(16)+1*it(17)+1*s(3)+0 3.58/3.64 Such that:it(16) =< 3/2 3.58/3.64 s(3) =< -2*V_x_1+2*V_y_1 3.58/3.64 it(15) =< -V_x_1+V_y_1 3.58/3.64 aux(1) =< V_x_1+V_y_1/2 3.58/3.64 s(3) =< -2/5*V_x_1+2/5*V_y_1 3.58/3.64 it(15) =< -V_x_1/5+V_y_1/5 3.58/3.64 it(17) =< V_y_1/2-C/2 3.58/3.64 aux(6) =< V_x_1+V_y_1/2-3/2*C 3.58/3.64 aux(7) =< -V_x_1/2+V_y_1/2 3.58/3.64 it(16) =< aux(6) 3.58/3.64 it(15) =< aux(1) 3.58/3.64 it(17) =< aux(1) 3.58/3.64 it(15) =< aux(6) 3.58/3.64 it(17) =< aux(6) 3.58/3.64 it(15) =< aux(7) 3.58/3.64 it(17) =< aux(7) 3.58/3.64 s(3) =< aux(7) 3.58/3.64 3.58/3.64 with precondition: [B=3,V_x_1>=1,C>=V_x_1,D+1>=C,C>=D,V_y_1+2*V_x_1>=3*C+4] 3.58/3.64 3.58/3.64 * Chain [[15,17],19]: 1*it(15)+1*it(17)+1*s(3)+0 3.58/3.64 Such that:aux(1) =< V_x_1+V_y_1/2 3.58/3.64 aux(2) =< V_x_1+V_y_1/2-C-D/2 3.58/3.64 s(3) =< -2/5*V_x_1+2/5*V_y_1+2/5*C-2/5*D 3.58/3.64 aux(3) =< -V_x_1/2+V_y_1/2 3.58/3.64 aux(4) =< -V_x_1/2+V_y_1/2+C/2-D/2 3.58/3.64 it(15) =< -V_x_1/5+V_y_1/5+C/5-D/5 3.58/3.64 it(17) =< V_y_1/2-D/2 3.58/3.64 it(15) =< aux(1) 3.58/3.64 it(17) =< aux(1) 3.58/3.64 it(15) =< aux(2) 3.58/3.64 it(17) =< aux(2) 3.58/3.64 it(15) =< aux(3) 3.58/3.64 it(17) =< aux(3) 3.58/3.64 s(3) =< aux(3) 3.58/3.64 it(15) =< aux(4) 3.58/3.64 it(17) =< aux(4) 3.58/3.64 s(3) =< aux(4) 3.58/3.64 3.58/3.64 with precondition: [B=3,V_x_1>=1,C>=V_x_1,D>=C+2,V_y_1+2*V_x_1>=2*C+D+2] 3.58/3.64 3.58/3.64 * Chain [[15,17],14,[16],18]: 1*it(15)+1*it(16)+1*it(17)+1*s(3)+1*s(4)+1 3.58/3.64 Such that:it(16) =< 1/2 3.58/3.64 s(3) =< -2*V_x_1+2*V_y_1 3.58/3.64 aux(1) =< V_x_1+V_y_1/2 3.58/3.64 aux(2) =< V_x_1+V_y_1/2-3/2*C 3.58/3.64 s(3) =< -2/5*V_x_1+2/5*V_y_1 3.58/3.64 it(15) =< -V_x_1/5+V_y_1/5 3.58/3.64 it(17) =< V_y_1/2-C/2 3.58/3.64 aux(8) =< -V_x_1+V_y_1 3.58/3.64 aux(9) =< -V_x_1/2+V_y_1/2 3.58/3.64 aux(4) =< aux(8) 3.58/3.64 it(15) =< aux(8) 3.58/3.64 s(4) =< aux(8) 3.58/3.64 aux(4) =< aux(9) 3.58/3.64 it(15) =< aux(1) 3.58/3.64 it(17) =< aux(1) 3.58/3.64 it(15) =< aux(2) 3.58/3.64 it(17) =< aux(2) 3.58/3.64 it(15) =< aux(9) 3.58/3.64 it(17) =< aux(9) 3.58/3.64 s(3) =< aux(9) 3.58/3.64 it(15) =< aux(4) 3.58/3.64 it(17) =< aux(4) 3.58/3.64 s(3) =< aux(4) 3.58/3.64 3.58/3.64 with precondition: [B=3,C=D+1,V_x_1>=1,C>=V_x_1+1,V_y_1+2*V_x_1>=3*C+5] 3.58/3.64 3.58/3.64 * Chain [[15,17],14,19]: 1*it(15)+1*it(17)+1*s(3)+1*s(4)+1 3.58/3.64 Such that:s(3) =< -2*V_x_1+2*V_y_1 3.58/3.64 aux(1) =< V_x_1+V_y_1/2 3.58/3.64 aux(2) =< V_x_1+V_y_1/2-3/2*D 3.58/3.64 s(3) =< -2/5*V_x_1+2/5*V_y_1 3.58/3.64 it(15) =< -V_x_1/5+V_y_1/5 3.58/3.64 it(17) =< V_y_1/2-D/2 3.58/3.64 aux(10) =< -V_x_1+V_y_1 3.58/3.64 aux(11) =< -V_x_1/2+V_y_1/2 3.58/3.64 aux(4) =< aux(10) 3.58/3.64 it(15) =< aux(10) 3.58/3.64 s(4) =< aux(10) 3.58/3.64 aux(4) =< aux(11) 3.58/3.64 it(15) =< aux(1) 3.58/3.64 it(17) =< aux(1) 3.58/3.64 it(15) =< aux(2) 3.58/3.64 it(17) =< aux(2) 3.58/3.64 it(15) =< aux(11) 3.58/3.64 it(17) =< aux(11) 3.58/3.64 s(3) =< aux(11) 3.58/3.64 it(15) =< aux(4) 3.58/3.64 it(17) =< aux(4) 3.58/3.64 s(3) =< aux(4) 3.58/3.64 3.58/3.64 with precondition: [B=3,C+1=D,V_x_1>=1,C>=V_x_1+1,V_y_1+2*V_x_1>=3*C+5] 3.58/3.64 3.58/3.64 * Chain [[15,17],14,18]: 1*it(15)+1*it(17)+1*s(3)+1*s(4)+1 3.58/3.64 Such that:s(3) =< -2*V_x_1+2*V_y_1+2*C-2*D+2 3.58/3.64 aux(1) =< V_x_1+V_y_1/2 3.58/3.64 aux(2) =< V_x_1+V_y_1/2-C-D/2 3.58/3.64 s(3) =< -2/5*V_x_1+2/5*V_y_1+2/5*C-2/5*D 3.58/3.64 aux(3) =< -V_x_1/2+V_y_1/2 3.58/3.64 aux(4) =< -V_x_1/2+V_y_1/2+C/2-D/2 3.58/3.64 it(15) =< -V_x_1/5+V_y_1/5+C/5-D/5 3.58/3.64 it(17) =< V_y_1/2-D/2 3.58/3.64 aux(12) =< -V_x_1+V_y_1+C-D+1 3.58/3.64 aux(4) =< aux(12) 3.58/3.64 it(15) =< aux(12) 3.58/3.64 s(4) =< aux(12) 3.58/3.64 it(15) =< aux(1) 3.58/3.64 it(17) =< aux(1) 3.58/3.64 it(15) =< aux(2) 3.58/3.64 it(17) =< aux(2) 3.58/3.64 it(15) =< aux(3) 3.58/3.64 it(17) =< aux(3) 3.58/3.64 s(3) =< aux(3) 3.58/3.64 it(15) =< aux(4) 3.58/3.64 it(17) =< aux(4) 3.58/3.64 s(3) =< aux(4) 3.58/3.64 3.58/3.64 with precondition: [B=3,V_x_1>=1,C>=V_x_1+1,D+1>=C,C>=D,V_y_1+2*V_x_1>=2*C+D+4] 3.58/3.64 3.58/3.64 * Chain [19]: 0 3.58/3.64 with precondition: [B=3,V_x_1=C,V_y_1=D,V_x_1>=1,V_y_1>=V_x_1+1] 3.58/3.64 3.58/3.64 * Chain [18]: 0 3.58/3.64 with precondition: [B=3,V_x_1=C,V_y_1=D,V_x_1>=1,V_x_1>=V_y_1] 3.58/3.64 3.58/3.64 * Chain [14,[16],18]: 1*it(16)+1*s(4)+1 3.58/3.64 Such that:it(16) =< 1/2 3.58/3.64 s(4) =< -V_x_1+D+2 3.58/3.64 3.58/3.64 with precondition: [B=3,V_y_1+2*V_x_1=3*C+3,V_y_1+2*V_x_1=3*D+6,V_x_1>=1,V_y_1>=V_x_1+6] 3.58/3.64 3.58/3.64 * Chain [14,19]: 1*s(4)+1 3.58/3.64 Such that:s(4) =< -V_x_1+D 3.58/3.64 3.58/3.64 with precondition: [B=3,V_y_1+2*V_x_1=3*C+3,V_y_1+2*V_x_1=3*D,V_x_1>=1,V_y_1>=V_x_1+6] 3.58/3.64 3.58/3.64 * Chain [14,18]: 1*s(4)+1 3.58/3.64 Such that:s(4) =< V_y_1/2-D/2 3.58/3.64 3.58/3.64 with precondition: [B=3,V_y_1+2*V_x_1=2*C+D+2,V_x_1>=1,V_y_1>=D+4,V_y_1+2*V_x_1>=3*D+2,3*D+4>=2*V_x_1+V_y_1] 3.58/3.64 3.58/3.64 3.58/3.64 #### Cost of chains of eval_rank2_bb1_in(V_x_0,V_y_0,B): 3.58/3.64 * Chain [[20,21,22,23,24,25,26,27,28,29,30,31,32],33]: 1*it(20)+2*it(21)+1*it(22)+2*it(23)+1*it(24)+1*it(25)+1*it(26)+2*it(27)+1*it(28)+2*it(29)+2*it(30)+2*it(31)+1*it(32)+1*s(115)+1*s(116)+1*s(117)+1*s(122)+1*s(123)+1*s(124)+2*s(125)+1*s(131)+1*s(132)+1*s(133)+1*s(134)+2*s(138)+1*s(139)+1*s(140)+1*s(141)+1*s(142)+5*s(149)+1*s(150)+1*s(151)+1*s(152)+1*s(157)+1*s(159)+1*s(160)+1*s(167)+0 3.58/3.64 Such that:aux(238) =< V_x_0/2+V_y_0/2 3.58/3.64 aux(241) =< V_x_0/3+V_y_0/9 3.58/3.64 aux(243) =< V_x_0/3+11/18*V_y_0 3.58/3.64 aux(245) =< V_x_0/4+V_y_0/2 3.58/3.64 aux(249) =< 2/3*V_x_0+5/9*V_y_0 3.58/3.64 aux(251) =< 2/3*V_x_0+11/9*V_y_0 3.58/3.64 aux(253) =< 2/7*V_x_0+3/7*V_y_0 3.58/3.64 aux(255) =< 3/2*V_x_0+V_y_0/2 3.58/3.64 aux(257) =< 3/4*V_x_0+V_y_0/2 3.58/3.64 aux(259) =< 3/7*V_x_0+V_y_0/7 3.58/3.64 aux(261) =< 3/11*V_x_0+V_y_0/11 3.58/3.64 aux(263) =< 5/3*V_x_0+5/9*V_y_0 3.58/3.64 aux(265) =< 5/6*V_x_0+11/18*V_y_0 3.58/3.64 aux(267) =< 11/6*V_x_0+11/18*V_y_0 3.58/3.64 it(21) =< aux(238) 3.58/3.64 it(22) =< aux(238) 3.58/3.64 it(23) =< aux(238) 3.58/3.64 it(24) =< aux(238) 3.58/3.64 it(27) =< aux(238) 3.58/3.64 it(28) =< aux(238) 3.58/3.64 it(29) =< aux(238) 3.58/3.64 it(30) =< aux(238) 3.58/3.64 it(31) =< aux(238) 3.58/3.64 it(32) =< aux(238) 3.58/3.64 s(117) =< aux(238) 3.58/3.64 s(124) =< aux(238) 3.58/3.64 s(160) =< aux(238) 3.58/3.64 aux(56) =< aux(241) 3.58/3.64 it(21) =< aux(241) 3.58/3.64 it(22) =< aux(241) 3.58/3.64 it(27) =< aux(241) 3.58/3.64 it(28) =< aux(241) 3.58/3.64 it(31) =< aux(241) 3.58/3.64 s(157) =< aux(241) 3.58/3.64 aux(176) =< aux(243) 3.58/3.64 it(29) =< aux(243) 3.58/3.64 it(30) =< aux(243) 3.58/3.64 it(31) =< aux(243) 3.58/3.64 it(32) =< aux(243) 3.58/3.64 it(27) =< aux(245) 3.58/3.64 it(28) =< aux(245) 3.58/3.64 it(29) =< aux(245) 3.58/3.64 it(30) =< aux(245) 3.58/3.64 it(31) =< aux(245) 3.58/3.64 it(32) =< aux(245) 3.58/3.64 s(139) =< aux(245) 3.58/3.64 it(23) =< aux(249) 3.58/3.64 it(24) =< aux(249) 3.58/3.64 it(27) =< aux(249) 3.58/3.64 it(28) =< aux(249) 3.58/3.64 it(29) =< aux(249) 3.58/3.64 it(30) =< aux(249) 3.58/3.64 it(31) =< aux(249) 3.58/3.64 it(32) =< aux(249) 3.58/3.64 s(134) =< aux(249) 3.58/3.64 aux(154) =< aux(251) 3.58/3.64 it(22) =< aux(251) 3.58/3.64 it(23) =< aux(251) 3.58/3.64 it(24) =< aux(251) 3.58/3.64 it(27) =< aux(251) 3.58/3.64 it(28) =< aux(251) 3.58/3.64 it(29) =< aux(251) 3.58/3.64 it(30) =< aux(251) 3.58/3.64 it(31) =< aux(251) 3.58/3.64 it(32) =< aux(251) 3.58/3.64 it(27) =< aux(253) 3.58/3.64 it(28) =< aux(253) 3.58/3.64 it(29) =< aux(253) 3.58/3.64 it(30) =< aux(253) 3.58/3.64 it(31) =< aux(253) 3.58/3.64 it(32) =< aux(253) 3.58/3.64 s(138) =< aux(253) 3.58/3.64 s(139) =< aux(253) 3.58/3.64 it(21) =< aux(255) 3.58/3.64 it(22) =< aux(255) 3.58/3.64 it(23) =< aux(255) 3.58/3.64 it(24) =< aux(255) 3.58/3.64 it(25) =< aux(255) 3.58/3.64 it(27) =< aux(255) 3.58/3.64 it(28) =< aux(255) 3.58/3.64 it(29) =< aux(255) 3.58/3.64 it(30) =< aux(255) 3.58/3.64 it(31) =< aux(255) 3.58/3.64 it(32) =< aux(255) 3.58/3.64 s(120) =< aux(255) 3.58/3.64 it(27) =< aux(257) 3.58/3.64 it(28) =< aux(257) 3.58/3.64 it(29) =< aux(257) 3.58/3.64 it(30) =< aux(257) 3.58/3.64 it(31) =< aux(257) 3.58/3.64 it(32) =< aux(257) 3.58/3.64 s(139) =< aux(257) 3.58/3.64 it(20) =< aux(259) 3.58/3.64 it(23) =< aux(259) 3.58/3.64 it(29) =< aux(259) 3.58/3.64 s(157) =< aux(259) 3.58/3.64 it(30) =< aux(261) 3.58/3.64 it(23) =< aux(263) 3.58/3.64 it(24) =< aux(263) 3.58/3.64 it(25) =< aux(263) 3.58/3.64 it(27) =< aux(263) 3.58/3.64 it(28) =< aux(263) 3.58/3.64 it(29) =< aux(263) 3.58/3.64 it(30) =< aux(263) 3.58/3.64 it(31) =< aux(263) 3.58/3.64 it(32) =< aux(263) 3.58/3.64 s(136) =< aux(263) 3.58/3.64 it(28) =< aux(265) 3.58/3.64 it(29) =< aux(265) 3.58/3.64 it(30) =< aux(265) 3.58/3.64 it(31) =< aux(265) 3.58/3.64 it(32) =< aux(265) 3.58/3.64 s(142) =< aux(265) 3.58/3.64 s(152) =< aux(265) 3.58/3.64 it(28) =< aux(267) 3.58/3.64 it(29) =< aux(267) 3.58/3.64 it(30) =< aux(267) 3.58/3.64 it(31) =< aux(267) 3.58/3.64 it(32) =< aux(267) 3.58/3.64 s(146) =< aux(267) 3.58/3.64 aux(35) =< aux(255) 3.58/3.64 aux(34) =< aux(245)+1 3.58/3.64 aux(22) =< aux(245)+1/2 3.58/3.64 aux(27) =< aux(245)-1/2 3.58/3.64 s(150) =< aux(176)*(4/5) 3.58/3.64 s(151) =< aux(176)*(2/5) 3.58/3.64 s(140) =< aux(154)*(2/5) 3.58/3.64 s(141) =< aux(154)*(1/5) 3.58/3.64 s(145) =< aux(154)*(1/2) 3.58/3.64 s(131) =< aux(56)*(3/2) 3.58/3.64 aux(28) =< it(20)*aux(27) 3.58/3.64 s(119) =< it(20)*aux(22) 3.58/3.64 s(121) =< it(20)*aux(255) 3.58/3.64 aux(52) =< it(21)*aux(34) 3.58/3.64 s(126) =< it(21)*aux(34) 3.58/3.64 s(127) =< it(21)*aux(22) 3.58/3.64 s(129) =< it(21)*aux(35) 3.58/3.64 s(115) =< aux(28)*(4/5) 3.58/3.64 s(116) =< aux(28)*(2/5) 3.58/3.64 aux(69) =< it(22)*aux(22) 3.58/3.64 s(137) =< it(22)*aux(35) 3.58/3.64 s(122) =< aux(52)*(4/5) 3.58/3.64 s(123) =< aux(52)*(2/5) 3.58/3.64 s(132) =< aux(69)*(4/5) 3.58/3.64 s(133) =< aux(69)*(2/5) 3.58/3.64 s(159) =< s(120) 3.58/3.64 s(160) =< s(120) 3.58/3.64 s(151) =< s(146) 3.58/3.64 s(152) =< s(146) 3.58/3.64 s(151) =< aux(176) 3.58/3.64 s(152) =< aux(176) 3.58/3.64 s(150) =< aux(176) 3.58/3.64 s(144) =< aux(154) 3.58/3.64 s(141) =< aux(154) 3.58/3.64 s(125) =< aux(154) 3.58/3.64 s(144) =< s(145) 3.58/3.64 s(141) =< s(146) 3.58/3.64 s(142) =< s(146) 3.58/3.64 s(141) =< s(145) 3.58/3.64 s(142) =< s(145) 3.58/3.64 s(140) =< s(145) 3.58/3.64 s(141) =< s(144) 3.58/3.64 s(142) =< s(144) 3.58/3.64 s(140) =< s(144) 3.58/3.64 s(131) =< s(136) 3.58/3.64 s(133) =< s(137) 3.58/3.64 s(134) =< s(137) 3.58/3.64 s(133) =< s(136) 3.58/3.64 s(134) =< s(136) 3.58/3.64 s(133) =< aux(69) 3.58/3.64 s(134) =< aux(69) 3.58/3.64 s(132) =< aux(69) 3.58/3.64 s(126) =< aux(154) 3.58/3.64 s(123) =< aux(154) 3.58/3.64 s(123) =< s(129) 3.58/3.64 s(124) =< s(129) 3.58/3.64 s(123) =< s(120) 3.58/3.64 s(124) =< s(120) 3.58/3.64 s(123) =< s(127) 3.58/3.64 s(124) =< s(127) 3.58/3.64 s(122) =< s(127) 3.58/3.64 s(123) =< s(126) 3.58/3.64 s(124) =< s(126) 3.58/3.64 s(122) =< s(126) 3.58/3.64 s(116) =< s(121) 3.58/3.64 s(117) =< s(121) 3.58/3.64 s(116) =< s(120) 3.58/3.64 s(117) =< s(120) 3.58/3.64 s(116) =< s(119) 3.58/3.64 s(117) =< s(119) 3.58/3.64 s(115) =< s(119) 3.58/3.64 s(116) =< aux(28) 3.58/3.64 s(117) =< aux(28) 3.58/3.64 s(115) =< aux(28) 3.58/3.64 3.58/3.64 with precondition: [B=4,V_x_0>=2] 3.58/3.64 3.58/3.64 * Chain [33]: 0 3.58/3.64 with precondition: [B=4,1>=V_x_0] 3.58/3.64 3.58/3.64 3.58/3.64 #### Cost of chains of eval_rank2_bb0_in(V_m,B): 3.58/3.64 * Chain [35]: 0 3.58/3.64 with precondition: [1>=V_m] 3.58/3.64 3.58/3.64 * Chain [34]: 2*s(184)+1*s(185)+2*s(186)+1*s(187)+2*s(188)+1*s(189)+2*s(190)+2*s(191)+2*s(192)+1*s(193)+1*s(194)+1*s(195)+1*s(196)+1*s(198)+1*s(200)+1*s(201)+2*s(203)+1*s(204)+1*s(206)+1*s(208)+1*s(209)+1*s(215)+1*s(216)+1*s(217)+1*s(218)+1*s(220)+1*s(228)+1*s(229)+1*s(232)+1*s(233)+1*s(234)+1*s(235)+1*s(236)+2*s(238)+7*s(239)+0 3.58/3.64 Such that:s(170) =< V_m 3.58/3.64 s(177) =< 2*V_m 3.58/3.64 s(173) =< 3/4*V_m 3.58/3.64 s(179) =< 4/7*V_m 3.58/3.64 s(171) =< 4/9*V_m 3.58/3.64 s(180) =< 4/11*V_m 3.58/3.64 s(178) =< 5/4*V_m 3.58/3.64 s(176) =< 5/7*V_m 3.58/3.64 s(174) =< 11/9*V_m 3.58/3.64 s(182) =< 13/9*V_m 3.58/3.64 s(175) =< 17/9*V_m 3.58/3.64 s(172) =< 17/18*V_m 3.58/3.64 s(181) =< 20/9*V_m 3.58/3.64 s(183) =< 22/9*V_m 3.58/3.64 s(184) =< s(170) 3.58/3.64 s(185) =< s(170) 3.58/3.64 s(186) =< s(170) 3.58/3.64 s(187) =< s(170) 3.58/3.64 s(188) =< s(170) 3.58/3.64 s(189) =< s(170) 3.58/3.64 s(190) =< s(170) 3.58/3.64 s(191) =< s(170) 3.58/3.64 s(192) =< s(170) 3.58/3.64 s(193) =< s(170) 3.58/3.64 s(194) =< s(170) 3.58/3.64 s(195) =< s(170) 3.58/3.64 s(196) =< s(170) 3.58/3.64 s(184) =< s(171) 3.58/3.64 s(185) =< s(171) 3.58/3.64 s(188) =< s(171) 3.58/3.64 s(189) =< s(171) 3.58/3.64 s(192) =< s(171) 3.58/3.64 s(198) =< s(171) 3.58/3.64 s(190) =< s(172) 3.58/3.64 s(191) =< s(172) 3.58/3.64 s(192) =< s(172) 3.58/3.64 s(193) =< s(172) 3.58/3.64 s(188) =< s(173) 3.58/3.64 s(189) =< s(173) 3.58/3.64 s(190) =< s(173) 3.58/3.64 s(191) =< s(173) 3.58/3.64 s(192) =< s(173) 3.58/3.64 s(193) =< s(173) 3.58/3.64 s(200) =< s(173) 3.58/3.64 s(186) =< s(174) 3.58/3.64 s(187) =< s(174) 3.58/3.64 s(188) =< s(174) 3.58/3.64 s(189) =< s(174) 3.58/3.64 s(190) =< s(174) 3.58/3.64 s(191) =< s(174) 3.58/3.64 s(192) =< s(174) 3.58/3.64 s(193) =< s(174) 3.58/3.64 s(201) =< s(174) 3.58/3.64 s(185) =< s(175) 3.58/3.64 s(186) =< s(175) 3.58/3.64 s(187) =< s(175) 3.58/3.64 s(188) =< s(175) 3.58/3.64 s(189) =< s(175) 3.58/3.64 s(190) =< s(175) 3.58/3.64 s(191) =< s(175) 3.58/3.64 s(192) =< s(175) 3.58/3.64 s(193) =< s(175) 3.58/3.64 s(188) =< s(176) 3.58/3.64 s(189) =< s(176) 3.58/3.64 s(190) =< s(176) 3.58/3.64 s(191) =< s(176) 3.58/3.64 s(192) =< s(176) 3.58/3.64 s(193) =< s(176) 3.58/3.64 s(203) =< s(176) 3.58/3.64 s(200) =< s(176) 3.58/3.64 s(184) =< s(177) 3.58/3.64 s(185) =< s(177) 3.58/3.64 s(186) =< s(177) 3.58/3.64 s(187) =< s(177) 3.58/3.64 s(204) =< s(177) 3.58/3.64 s(188) =< s(177) 3.58/3.64 s(189) =< s(177) 3.58/3.64 s(190) =< s(177) 3.58/3.64 s(191) =< s(177) 3.58/3.64 s(192) =< s(177) 3.58/3.64 s(193) =< s(177) 3.58/3.64 s(188) =< s(178) 3.58/3.64 s(189) =< s(178) 3.58/3.64 s(190) =< s(178) 3.58/3.64 s(191) =< s(178) 3.58/3.64 s(192) =< s(178) 3.58/3.64 s(193) =< s(178) 3.58/3.64 s(200) =< s(178) 3.58/3.64 s(206) =< s(179) 3.58/3.64 s(186) =< s(179) 3.58/3.64 s(190) =< s(179) 3.58/3.64 s(198) =< s(179) 3.58/3.64 s(191) =< s(180) 3.58/3.64 s(186) =< s(181) 3.58/3.64 s(187) =< s(181) 3.58/3.64 s(204) =< s(181) 3.58/3.64 s(188) =< s(181) 3.58/3.64 s(189) =< s(181) 3.58/3.64 s(190) =< s(181) 3.58/3.64 s(191) =< s(181) 3.58/3.64 s(192) =< s(181) 3.58/3.64 s(193) =< s(181) 3.58/3.64 s(189) =< s(182) 3.58/3.64 s(190) =< s(182) 3.58/3.64 s(191) =< s(182) 3.58/3.64 s(192) =< s(182) 3.58/3.64 s(193) =< s(182) 3.58/3.64 s(208) =< s(182) 3.58/3.64 s(209) =< s(182) 3.58/3.64 s(189) =< s(183) 3.58/3.64 s(190) =< s(183) 3.58/3.64 s(191) =< s(183) 3.58/3.64 s(192) =< s(183) 3.58/3.64 s(193) =< s(183) 3.58/3.64 s(211) =< s(177) 3.58/3.64 s(212) =< s(173)+1 3.58/3.64 s(213) =< s(173)+1/2 3.58/3.64 s(214) =< s(173)-1/2 3.58/3.64 s(215) =< s(172)*(4/5) 3.58/3.64 s(216) =< s(172)*(2/5) 3.58/3.64 s(217) =< s(175)*(2/5) 3.58/3.64 s(218) =< s(175)*(1/5) 3.58/3.64 s(219) =< s(175)*(1/2) 3.58/3.64 s(220) =< s(171)*(3/2) 3.58/3.64 s(221) =< s(206)*s(214) 3.58/3.64 s(222) =< s(206)*s(213) 3.58/3.64 s(223) =< s(206)*s(177) 3.58/3.64 s(224) =< s(184)*s(212) 3.58/3.64 s(225) =< s(184)*s(212) 3.58/3.64 s(226) =< s(184)*s(213) 3.58/3.64 s(227) =< s(184)*s(211) 3.58/3.64 s(228) =< s(221)*(4/5) 3.58/3.64 s(229) =< s(221)*(2/5) 3.58/3.64 s(230) =< s(185)*s(213) 3.58/3.64 s(231) =< s(185)*s(211) 3.58/3.64 s(232) =< s(224)*(4/5) 3.58/3.64 s(233) =< s(224)*(2/5) 3.58/3.64 s(234) =< s(230)*(4/5) 3.58/3.64 s(235) =< s(230)*(2/5) 3.58/3.64 s(236) =< s(177) 3.58/3.64 s(196) =< s(177) 3.58/3.64 s(216) =< s(183) 3.58/3.64 s(209) =< s(183) 3.58/3.64 s(216) =< s(172) 3.58/3.64 s(209) =< s(172) 3.58/3.64 s(215) =< s(172) 3.58/3.64 s(237) =< s(175) 3.58/3.64 s(218) =< s(175) 3.58/3.64 s(238) =< s(175) 3.58/3.64 s(237) =< s(219) 3.58/3.64 s(218) =< s(183) 3.58/3.64 s(208) =< s(183) 3.58/3.64 s(218) =< s(219) 3.58/3.64 s(208) =< s(219) 3.58/3.64 s(217) =< s(219) 3.58/3.64 s(218) =< s(237) 3.58/3.64 s(208) =< s(237) 3.58/3.64 s(217) =< s(237) 3.58/3.64 s(220) =< s(181) 3.58/3.64 s(235) =< s(231) 3.58/3.64 s(201) =< s(231) 3.58/3.64 s(235) =< s(181) 3.58/3.64 s(201) =< s(181) 3.58/3.64 s(235) =< s(230) 3.58/3.64 s(201) =< s(230) 3.58/3.64 s(234) =< s(230) 3.58/3.64 s(225) =< s(175) 3.58/3.64 s(233) =< s(175) 3.58/3.64 s(233) =< s(227) 3.58/3.64 s(195) =< s(227) 3.58/3.64 s(233) =< s(177) 3.58/3.64 s(195) =< s(177) 3.58/3.64 s(233) =< s(226) 3.58/3.64 s(195) =< s(226) 3.58/3.64 s(232) =< s(226) 3.58/3.64 s(233) =< s(225) 3.58/3.64 s(195) =< s(225) 3.58/3.64 s(232) =< s(225) 3.58/3.64 s(229) =< s(223) 3.58/3.64 s(194) =< s(223) 3.58/3.64 s(229) =< s(177) 3.58/3.64 s(194) =< s(177) 3.58/3.64 s(229) =< s(222) 3.58/3.64 s(194) =< s(222) 3.58/3.64 s(228) =< s(222) 3.58/3.64 s(229) =< s(221) 3.58/3.64 s(194) =< s(221) 3.58/3.64 s(228) =< s(221) 3.58/3.64 3.58/3.64 with precondition: [V_m>=2] 3.58/3.64 3.58/3.64 3.58/3.64 #### Cost of chains of eval_rank2_start(V_m,B): 3.58/3.64 * Chain [37]: 0 3.58/3.64 with precondition: [1>=V_m] 3.58/3.64 3.58/3.64 * Chain [36]: 2*s(256)+1*s(257)+2*s(258)+1*s(259)+2*s(260)+1*s(261)+2*s(262)+2*s(263)+2*s(264)+1*s(265)+1*s(266)+1*s(267)+1*s(268)+1*s(269)+1*s(270)+1*s(271)+2*s(272)+1*s(273)+1*s(274)+1*s(275)+1*s(276)+1*s(281)+1*s(282)+1*s(283)+1*s(284)+1*s(286)+1*s(294)+1*s(295)+1*s(298)+1*s(299)+1*s(300)+1*s(301)+1*s(302)+2*s(304)+7*s(305)+0 3.58/3.64 Such that:s(242) =< V_m 3.58/3.64 s(243) =< 2*V_m 3.58/3.64 s(244) =< 3/4*V_m 3.58/3.64 s(245) =< 4/7*V_m 3.58/3.64 s(246) =< 4/9*V_m 3.58/3.64 s(247) =< 4/11*V_m 3.58/3.64 s(248) =< 5/4*V_m 3.58/3.64 s(249) =< 5/7*V_m 3.58/3.64 s(250) =< 11/9*V_m 3.58/3.64 s(251) =< 13/9*V_m 3.58/3.64 s(252) =< 17/9*V_m 3.58/3.64 s(253) =< 17/18*V_m 3.58/3.64 s(254) =< 20/9*V_m 3.58/3.64 s(255) =< 22/9*V_m 3.58/3.64 s(256) =< s(242) 3.58/3.64 s(257) =< s(242) 3.58/3.64 s(258) =< s(242) 3.58/3.64 s(259) =< s(242) 3.58/3.64 s(260) =< s(242) 3.58/3.64 s(261) =< s(242) 3.58/3.64 s(262) =< s(242) 3.58/3.64 s(263) =< s(242) 3.58/3.64 s(264) =< s(242) 3.58/3.64 s(265) =< s(242) 3.58/3.64 s(266) =< s(242) 3.58/3.64 s(267) =< s(242) 3.58/3.64 s(268) =< s(242) 3.58/3.64 s(256) =< s(246) 3.58/3.64 s(257) =< s(246) 3.58/3.64 s(260) =< s(246) 3.58/3.64 s(261) =< s(246) 3.58/3.64 s(264) =< s(246) 3.58/3.64 s(269) =< s(246) 3.58/3.64 s(262) =< s(253) 3.58/3.64 s(263) =< s(253) 3.58/3.64 s(264) =< s(253) 3.58/3.64 s(265) =< s(253) 3.58/3.64 s(260) =< s(244) 3.58/3.64 s(261) =< s(244) 3.58/3.64 s(262) =< s(244) 3.58/3.64 s(263) =< s(244) 3.58/3.64 s(264) =< s(244) 3.58/3.64 s(265) =< s(244) 3.58/3.64 s(270) =< s(244) 3.58/3.64 s(258) =< s(250) 3.58/3.64 s(259) =< s(250) 3.58/3.64 s(260) =< s(250) 3.58/3.64 s(261) =< s(250) 3.58/3.64 s(262) =< s(250) 3.58/3.64 s(263) =< s(250) 3.58/3.64 s(264) =< s(250) 3.58/3.64 s(265) =< s(250) 3.58/3.64 s(271) =< s(250) 3.58/3.64 s(257) =< s(252) 3.58/3.64 s(258) =< s(252) 3.58/3.64 s(259) =< s(252) 3.58/3.64 s(260) =< s(252) 3.58/3.64 s(261) =< s(252) 3.58/3.64 s(262) =< s(252) 3.58/3.64 s(263) =< s(252) 3.58/3.64 s(264) =< s(252) 3.58/3.64 s(265) =< s(252) 3.58/3.64 s(260) =< s(249) 3.58/3.64 s(261) =< s(249) 3.58/3.64 s(262) =< s(249) 3.58/3.64 s(263) =< s(249) 3.58/3.64 s(264) =< s(249) 3.58/3.64 s(265) =< s(249) 3.58/3.64 s(272) =< s(249) 3.58/3.64 s(270) =< s(249) 3.58/3.64 s(256) =< s(243) 3.58/3.64 s(257) =< s(243) 3.58/3.64 s(258) =< s(243) 3.58/3.64 s(259) =< s(243) 3.58/3.64 s(273) =< s(243) 3.58/3.64 s(260) =< s(243) 3.58/3.64 s(261) =< s(243) 3.58/3.64 s(262) =< s(243) 3.58/3.64 s(263) =< s(243) 3.58/3.64 s(264) =< s(243) 3.58/3.64 s(265) =< s(243) 3.58/3.64 s(260) =< s(248) 3.58/3.64 s(261) =< s(248) 3.58/3.64 s(262) =< s(248) 3.58/3.64 s(263) =< s(248) 3.58/3.64 s(264) =< s(248) 3.58/3.64 s(265) =< s(248) 3.58/3.64 s(270) =< s(248) 3.58/3.64 s(274) =< s(245) 3.58/3.64 s(258) =< s(245) 3.58/3.64 s(262) =< s(245) 3.58/3.64 s(269) =< s(245) 3.58/3.64 s(263) =< s(247) 3.58/3.64 s(258) =< s(254) 3.58/3.64 s(259) =< s(254) 3.58/3.64 s(273) =< s(254) 3.58/3.64 s(260) =< s(254) 3.58/3.64 s(261) =< s(254) 3.58/3.64 s(262) =< s(254) 3.58/3.64 s(263) =< s(254) 3.58/3.64 s(264) =< s(254) 3.58/3.64 s(265) =< s(254) 3.58/3.64 s(261) =< s(251) 3.58/3.64 s(262) =< s(251) 3.58/3.64 s(263) =< s(251) 3.58/3.64 s(264) =< s(251) 3.58/3.64 s(265) =< s(251) 3.58/3.64 s(275) =< s(251) 3.58/3.64 s(276) =< s(251) 3.58/3.64 s(261) =< s(255) 3.58/3.64 s(262) =< s(255) 3.58/3.64 s(263) =< s(255) 3.58/3.64 s(264) =< s(255) 3.58/3.64 s(265) =< s(255) 3.58/3.64 s(277) =< s(243) 3.58/3.64 s(278) =< s(244)+1 3.58/3.64 s(279) =< s(244)+1/2 3.58/3.64 s(280) =< s(244)-1/2 3.58/3.64 s(281) =< s(253)*(4/5) 3.58/3.64 s(282) =< s(253)*(2/5) 3.58/3.64 s(283) =< s(252)*(2/5) 3.58/3.64 s(284) =< s(252)*(1/5) 3.58/3.64 s(285) =< s(252)*(1/2) 3.58/3.64 s(286) =< s(246)*(3/2) 3.58/3.64 s(287) =< s(274)*s(280) 3.58/3.64 s(288) =< s(274)*s(279) 3.58/3.64 s(289) =< s(274)*s(243) 3.58/3.64 s(290) =< s(256)*s(278) 3.58/3.64 s(291) =< s(256)*s(278) 3.58/3.64 s(292) =< s(256)*s(279) 3.58/3.64 s(293) =< s(256)*s(277) 3.58/3.64 s(294) =< s(287)*(4/5) 3.58/3.64 s(295) =< s(287)*(2/5) 3.58/3.64 s(296) =< s(257)*s(279) 3.58/3.64 s(297) =< s(257)*s(277) 3.58/3.64 s(298) =< s(290)*(4/5) 3.58/3.64 s(299) =< s(290)*(2/5) 3.58/3.64 s(300) =< s(296)*(4/5) 3.58/3.64 s(301) =< s(296)*(2/5) 3.58/3.64 s(302) =< s(243) 3.58/3.64 s(268) =< s(243) 3.58/3.64 s(282) =< s(255) 3.58/3.64 s(276) =< s(255) 3.58/3.64 s(282) =< s(253) 3.58/3.64 s(276) =< s(253) 3.58/3.64 s(281) =< s(253) 3.58/3.64 s(303) =< s(252) 3.58/3.64 s(284) =< s(252) 3.58/3.64 s(304) =< s(252) 3.58/3.64 s(303) =< s(285) 3.58/3.64 s(284) =< s(255) 3.58/3.64 s(275) =< s(255) 3.58/3.64 s(284) =< s(285) 3.58/3.64 s(275) =< s(285) 3.58/3.64 s(283) =< s(285) 3.58/3.64 s(284) =< s(303) 3.58/3.64 s(275) =< s(303) 3.58/3.64 s(283) =< s(303) 3.58/3.64 s(286) =< s(254) 3.58/3.64 s(301) =< s(297) 3.58/3.64 s(271) =< s(297) 3.58/3.64 s(301) =< s(254) 3.58/3.64 s(271) =< s(254) 3.58/3.64 s(301) =< s(296) 3.58/3.64 s(271) =< s(296) 3.58/3.64 s(300) =< s(296) 3.58/3.64 s(291) =< s(252) 3.58/3.64 s(299) =< s(252) 3.58/3.64 s(299) =< s(293) 3.58/3.64 s(267) =< s(293) 3.58/3.64 s(299) =< s(243) 3.58/3.64 s(267) =< s(243) 3.58/3.64 s(299) =< s(292) 3.58/3.64 s(267) =< s(292) 3.58/3.64 s(298) =< s(292) 3.58/3.64 s(299) =< s(291) 3.58/3.64 s(267) =< s(291) 3.58/3.64 s(298) =< s(291) 3.58/3.64 s(295) =< s(289) 3.58/3.64 s(266) =< s(289) 3.58/3.64 s(295) =< s(243) 3.58/3.64 s(266) =< s(243) 3.58/3.64 s(295) =< s(288) 3.58/3.64 s(266) =< s(288) 3.58/3.64 s(294) =< s(288) 3.58/3.64 s(295) =< s(287) 3.58/3.64 s(266) =< s(287) 3.58/3.64 s(294) =< s(287) 3.58/3.64 3.58/3.65 with precondition: [V_m>=2] 3.58/3.65 3.58/3.65 3.58/3.65 Closed-form bounds of eval_rank2_start(V_m,B): 3.58/3.65 ------------------------------------- 3.58/3.65 * Chain [37] with precondition: [1>=V_m] 3.58/3.65 - Upper bound: 0 3.58/3.65 - Complexity: constant 3.58/3.65 * Chain [36] with precondition: [V_m>=2] 3.58/3.65 - Upper bound: inf 3.58/3.65 - Complexity: infinity 3.58/3.65 3.58/3.65 ### Maximum cost of eval_rank2_start(V_m,B): inf 3.58/3.65 Asymptotic class: infinity 3.58/3.65 * Total analysis performed in 3059 ms. 3.58/3.65 3.66/3.75 EOF