0.00/0.03 % Problem : theBenchmark.p : TPTP v0.0.0. Released v0.0.0. 0.03/0.04 % Command : do_CVC4 %s 0.03/0.23 % Computer : n065.star.cs.uiowa.edu 0.03/0.23 % Model : x86_64 x86_64 0.03/0.23 % CPU : Intel(R) Xeon(R) CPU E5-2609 0 @ 2.40GHz 0.03/0.23 % Memory : 32218.625MB 0.03/0.23 % OS : Linux 3.10.0-693.2.2.el7.x86_64 0.03/0.23 % CPULimit : 300 0.03/0.23 % DateTime : Sat Jul 14 04:36:09 CDT 2018 0.03/0.24 % CPUTime : 0.07/0.29 %----Proving without arithmetic mode 0.07/0.29 ------- cvc4-fof casc j9 : /export/starexec/sandbox/benchmark/theBenchmark.p at ... 0.07/0.29 --- Run --decision=internal --simplification=none --no-inst-no-entail --no-quant-cf --full-saturate-quant at 20... 20.28/21.51 --- Run --no-e-matching --full-saturate-quant at 20... 40.30/41.55 --- Run --finite-model-find --uf-ss=no-minimal at 15... 55.30/56.58 --- Run --multi-trigger-when-single --full-saturate-quant at 5... 60.33/61.63 --- Run --trigger-sel=max --full-saturate-quant at 5... 60.36/61.97 % SZS status Theorem for theBenchmark 60.36/61.97 % SZS output start Proof for theBenchmark 60.36/61.97 (instantiation (forall ((X $$unsorted) (Y $$unsorted)) (= (less X Y) (and (not (= X Y)) (not (less Y X)))) ) 60.36/61.97 ( nn2, nn4 ) 60.36/61.97 ( nn4, nn2 ) 60.36/61.97 ) 60.36/61.97 (instantiation (forall ((X $$unsorted) (Y $$unsorted)) (= (less_or_equal X Y) (or (less X Y) (= X Y))) ) 60.36/61.97 ( nn2, nn4 ) 60.36/61.97 ) 60.36/61.97 (instantiation (forall ((X $$unsorted) (Y $$unsorted) (RDN_X $$unsorted) (RDN_Y $$unsorted)) (or (not (rdn_translate X (rdn_neg RDN_X))) (not (rdn_translate Y (rdn_pos RDN_Y))) (less X Y)) ) 60.36/61.97 ( nn26, n10, (rdn (rdnn n6) (rdnn n2)), (rdn (rdnn n0) (rdnn n1)) ) 60.36/61.97 ( nn113, n2, (let ((_let_0 (rdnn n1))) (rdn (rdnn n3) (rdn _let_0 _let_0))), (rdnn n2) ) 60.36/61.97 ( nn69, n100, (rdn (rdnn n9) (rdnn n6)), (let ((_let_0 (rdnn n0))) (rdn _let_0 (rdn _let_0 (rdnn n1)))) ) 60.36/61.97 ( nn84, n56, (rdn (rdnn n4) (rdnn n8)), (rdn (rdnn n6) (rdnn n5)) ) 60.36/61.97 ( nn29, n43, (rdn (rdnn n9) (rdnn n2)), (rdn (rdnn n3) (rdnn n4)) ) 60.36/61.97 ( nn77, n85, (let ((_let_0 (rdnn n7))) (rdn _let_0 _let_0)), (rdn (rdnn n5) (rdnn n8)) ) 60.36/61.97 ( nn86, n44, (rdn (rdnn n6) (rdnn n8)), (let ((_let_0 (rdnn n4))) (rdn _let_0 _let_0)) ) 60.36/61.97 ( nn66, n71, (let ((_let_0 (rdnn n6))) (rdn _let_0 _let_0)), (rdn (rdnn n1) (rdnn n7)) ) 60.36/61.97 ( nn15, n25, (rdn (rdnn n5) (rdnn n1)), (rdn (rdnn n5) (rdnn n2)) ) 60.36/61.97 ( nn57, n26, (rdn (rdnn n7) (rdnn n5)), (rdn (rdnn n6) (rdnn n2)) ) 60.36/61.97 ( nn13, n115, (rdn (rdnn n3) (rdnn n1)), (let ((_let_0 (rdnn n1))) (rdn (rdnn n5) (rdn _let_0 _let_0))) ) 60.36/61.97 ( nn87, n81, (rdn (rdnn n7) (rdnn n8)), (rdn (rdnn n1) (rdnn n8)) ) 60.36/61.97 ( nn1, n59, (rdnn n1), (rdn (rdnn n9) (rdnn n5)) ) 60.36/61.97 ( nn110, n126, (let ((_let_0 (rdnn n1))) (rdn (rdnn n0) (rdn _let_0 _let_0))), (rdn (rdnn n6) (rdn (rdnn n2) (rdnn n1))) ) 60.36/61.97 ( nn62, n54, (rdn (rdnn n2) (rdnn n6)), (rdn (rdnn n4) (rdnn n5)) ) 60.36/61.97 ( nn33, n57, (let ((_let_0 (rdnn n3))) (rdn _let_0 _let_0)), (rdn (rdnn n7) (rdnn n5)) ) 60.36/61.97 ( nn89, n123, (rdn (rdnn n9) (rdnn n8)), (rdn (rdnn n3) (rdn (rdnn n2) (rdnn n1))) ) 60.36/61.97 ( nn101, n96, (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n0) _let_0))), (rdn (rdnn n6) (rdnn n9)) ) 60.36/61.97 ( nn60, n79, (rdn (rdnn n0) (rdnn n6)), (rdn (rdnn n9) (rdnn n7)) ) 60.36/61.97 ( nn72, n94, (rdn (rdnn n2) (rdnn n7)), (rdn (rdnn n4) (rdnn n9)) ) 60.36/61.97 ( nn46, n67, (rdn (rdnn n6) (rdnn n4)), (rdn (rdnn n7) (rdnn n6)) ) 60.36/61.97 ( nn119, n60, (let ((_let_0 (rdnn n1))) (rdn (rdnn n9) (rdn _let_0 _let_0))), (rdn (rdnn n0) (rdnn n6)) ) 60.36/61.97 ( nn105, n7, (rdn (rdnn n5) (rdn (rdnn n0) (rdnn n1))), (rdnn n7) ) 60.36/61.97 ( nn25, n18, (rdn (rdnn n5) (rdnn n2)), (rdn (rdnn n8) (rdnn n1)) ) 60.36/61.97 ( nn51, n13, (rdn (rdnn n1) (rdnn n5)), (rdn (rdnn n3) (rdnn n1)) ) 60.36/61.97 ( nn6, n124, (rdnn n6), (rdn (rdnn n4) (rdn (rdnn n2) (rdnn n1))) ) 60.36/61.97 ( nn21, n110, (rdn (rdnn n1) (rdnn n2)), (let ((_let_0 (rdnn n1))) (rdn (rdnn n0) (rdn _let_0 _let_0))) ) 60.36/61.97 ( nn100, n99, (let ((_let_0 (rdnn n0))) (rdn _let_0 (rdn _let_0 (rdnn n1)))), (let ((_let_0 (rdnn n9))) (rdn _let_0 _let_0)) ) 60.36/61.97 ( nn75, n46, (rdn (rdnn n5) (rdnn n7)), (rdn (rdnn n6) (rdnn n4)) ) 60.36/61.97 ( nn125, n70, (rdn (rdnn n5) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n0) (rdnn n7)) ) 60.36/61.97 ( nn98, n55, (rdn (rdnn n8) (rdnn n9)), (let ((_let_0 (rdnn n5))) (rdn _let_0 _let_0)) ) 60.36/61.97 ( nn97, n83, (rdn (rdnn n7) (rdnn n9)), (rdn (rdnn n3) (rdnn n8)) ) 60.36/61.97 ( nn48, n76, (rdn (rdnn n8) (rdnn n4)), (rdn (rdnn n6) (rdnn n7)) ) 60.36/61.97 ( nn18, n84, (rdn (rdnn n8) (rdnn n1)), (rdn (rdnn n4) (rdnn n8)) ) 60.36/61.97 ( nn126, n23, (rdn (rdnn n6) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n3) (rdnn n2)) ) 60.36/61.97 ( nn36, n113, (rdn (rdnn n6) (rdnn n3)), (let ((_let_0 (rdnn n1))) (rdn (rdnn n3) (rdn _let_0 _let_0))) ) 60.36/61.97 ( nn41, n102, (rdn (rdnn n1) (rdnn n4)), (rdn (rdnn n2) (rdn (rdnn n0) (rdnn n1))) ) 60.36/61.97 ( nn5, n98, (rdnn n5), (rdn (rdnn n8) (rdnn n9)) ) 60.36/61.97 ( nn128, n36, (rdn (rdnn n8) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n6) (rdnn n3)) ) 60.36/61.97 ( nn64, n107, (rdn (rdnn n4) (rdnn n6)), (rdn (rdnn n7) (rdn (rdnn n0) (rdnn n1))) ) 60.36/61.97 ( nn27, n6, (rdn (rdnn n7) (rdnn n2)), (rdnn n6) ) 60.36/61.97 ( nn61, n33, (rdn (rdnn n1) (rdnn n6)), (let ((_let_0 (rdnn n3))) (rdn _let_0 _let_0)) ) 60.36/61.97 ( nn96, n116, (rdn (rdnn n6) (rdnn n9)), (let ((_let_0 (rdnn n1))) (rdn (rdnn n6) (rdn _let_0 _let_0))) ) 60.36/61.97 ( nn8, n39, (rdnn n8), (rdn (rdnn n9) (rdnn n3)) ) 60.36/61.97 ( nn91, n32, (rdn (rdnn n1) (rdnn n9)), (rdn (rdnn n2) (rdnn n3)) ) 60.36/61.97 ( nn32, n118, (rdn (rdnn n2) (rdnn n3)), (let ((_let_0 (rdnn n1))) (rdn (rdnn n8) (rdn _let_0 _let_0))) ) 60.36/61.97 ( nn108, n5, (rdn (rdnn n8) (rdn (rdnn n0) (rdnn n1))), (rdnn n5) ) 60.36/61.97 ( nn88, n88, (let ((_let_0 (rdnn n8))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n8))) (rdn _let_0 _let_0)) ) 60.36/61.97 ( nn111, n4, (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn _let_0 _let_0))), (rdnn n4) ) 60.36/61.97 ( nn116, n3, (let ((_let_0 (rdnn n1))) (rdn (rdnn n6) (rdn _let_0 _let_0))), (rdnn n3) ) 60.36/61.97 ( nn19, n104, (rdn (rdnn n9) (rdnn n1)), (rdn (rdnn n4) (rdn (rdnn n0) (rdnn n1))) ) 60.36/61.97 ( nn121, n73, (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n2) _let_0))), (rdn (rdnn n3) (rdnn n7)) ) 60.36/61.97 ( nn90, n58, (rdn (rdnn n0) (rdnn n9)), (rdn (rdnn n8) (rdnn n5)) ) 60.36/61.97 ( nn40, n103, (rdn (rdnn n0) (rdnn n4)), (rdn (rdnn n3) (rdn (rdnn n0) (rdnn n1))) ) 60.36/61.97 ( nn112, n93, (let ((_let_0 (rdnn n1))) (rdn (rdnn n2) (rdn _let_0 _let_0))), (rdn (rdnn n3) (rdnn n9)) ) 60.36/61.97 ( nn122, n64, (let ((_let_0 (rdnn n2))) (rdn _let_0 (rdn _let_0 (rdnn n1)))), (rdn (rdnn n4) (rdnn n6)) ) 60.36/61.97 ( nn17, n66, (rdn (rdnn n7) (rdnn n1)), (let ((_let_0 (rdnn n6))) (rdn _let_0 _let_0)) ) 60.36/61.97 ( nn34, n90, (rdn (rdnn n4) (rdnn n3)), (rdn (rdnn n0) (rdnn n9)) ) 60.36/61.97 ( nn67, n0, (rdn (rdnn n7) (rdnn n6)), (rdnn n0) ) 60.36/61.97 ( nn31, n50, (rdn (rdnn n1) (rdnn n3)), (rdn (rdnn n0) (rdnn n5)) ) 60.36/61.97 ( nn114, n87, (let ((_let_0 (rdnn n1))) (rdn (rdnn n4) (rdn _let_0 _let_0))), (rdn (rdnn n7) (rdnn n8)) ) 60.36/61.97 ( nn16, n24, (rdn (rdnn n6) (rdnn n1)), (rdn (rdnn n4) (rdnn n2)) ) 60.36/61.97 ( nn120, n42, (rdn (rdnn n0) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n2) (rdnn n4)) ) 60.36/61.97 ( nn37, n21, (rdn (rdnn n7) (rdnn n3)), (rdn (rdnn n1) (rdnn n2)) ) 60.36/61.97 ( nn39, n74, (rdn (rdnn n9) (rdnn n3)), (rdn (rdnn n4) (rdnn n7)) ) 60.36/61.97 ( nn82, n62, (rdn (rdnn n2) (rdnn n8)), (rdn (rdnn n2) (rdnn n6)) ) 60.36/61.97 ( nn56, n75, (rdn (rdnn n6) (rdnn n5)), (rdn (rdnn n5) (rdnn n7)) ) 60.36/61.97 ( nn93, n77, (rdn (rdnn n3) (rdnn n9)), (let ((_let_0 (rdnn n7))) (rdn _let_0 _let_0)) ) 60.36/61.97 ( nn9, n12, (rdnn n9), (rdn (rdnn n2) (rdnn n1)) ) 60.36/61.97 ( nn106, n45, (rdn (rdnn n6) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n5) (rdnn n4)) ) 60.36/61.97 ( nn80, n69, (rdn (rdnn n0) (rdnn n8)), (rdn (rdnn n9) (rdnn n6)) ) 60.36/61.97 ( nn23, n47, (rdn (rdnn n3) (rdnn n2)), (rdn (rdnn n7) (rdnn n4)) ) 60.36/61.97 ( nn74, n82, (rdn (rdnn n4) (rdnn n7)), (rdn (rdnn n2) (rdnn n8)) ) 60.36/61.97 ( nn95, n63, (rdn (rdnn n5) (rdnn n9)), (rdn (rdnn n3) (rdnn n6)) ) 60.36/61.97 ( nn85, n41, (rdn (rdnn n5) (rdnn n8)), (rdn (rdnn n1) (rdnn n4)) ) 60.36/61.97 ( nn44, n120, (let ((_let_0 (rdnn n4))) (rdn _let_0 _let_0)), (rdn (rdnn n0) (rdn (rdnn n2) (rdnn n1))) ) 60.36/61.97 ( nn73, n19, (rdn (rdnn n3) (rdnn n7)), (rdn (rdnn n9) (rdnn n1)) ) 60.36/61.97 ( nn50, n8, (rdn (rdnn n0) (rdnn n5)), (rdnn n8) ) 60.36/61.97 ( nn104, n95, (rdn (rdnn n4) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n5) (rdnn n9)) ) 60.36/61.97 ( nn47, n11, (rdn (rdnn n7) (rdnn n4)), (let ((_let_0 (rdnn n1))) (rdn _let_0 _let_0)) ) 60.36/61.97 ( nn71, n31, (rdn (rdnn n1) (rdnn n7)), (rdn (rdnn n1) (rdnn n3)) ) 60.36/61.97 ( nn24, n108, (rdn (rdnn n4) (rdnn n2)), (rdn (rdnn n8) (rdn (rdnn n0) (rdnn n1))) ) 60.36/61.97 ( nn3, n97, (rdnn n3), (rdn (rdnn n7) (rdnn n9)) ) 60.36/61.98 ( nn2, n86, (rdnn n2), (rdn (rdnn n6) (rdnn n8)) ) 60.36/61.98 ( nn11, n78, (let ((_let_0 (rdnn n1))) (rdn _let_0 _let_0)), (rdn (rdnn n8) (rdnn n7)) ) 60.36/61.98 ( nn117, n29, (let ((_let_0 (rdnn n1))) (rdn (rdnn n7) (rdn _let_0 _let_0))), (rdn (rdnn n9) (rdnn n2)) ) 60.36/61.98 ( nn7, n49, (rdnn n7), (rdn (rdnn n9) (rdnn n4)) ) 60.36/61.98 ( nn76, n28, (rdn (rdnn n6) (rdnn n7)), (rdn (rdnn n8) (rdnn n2)) ) 60.36/61.98 ( nn49, n48, (rdn (rdnn n9) (rdnn n4)), (rdn (rdnn n8) (rdnn n4)) ) 60.36/61.98 ( nn22, n92, (let ((_let_0 (rdnn n2))) (rdn _let_0 _let_0)), (rdn (rdnn n2) (rdnn n9)) ) 60.36/61.98 ( nn107, n105, (rdn (rdnn n7) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n5) (rdn (rdnn n0) (rdnn n1))) ) 60.36/61.98 ( nn115, n117, (let ((_let_0 (rdnn n1))) (rdn (rdnn n5) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n7) (rdn _let_0 _let_0))) ) 60.36/61.98 ( nn14, n51, (rdn (rdnn n4) (rdnn n1)), (rdn (rdnn n1) (rdnn n5)) ) 60.36/61.98 ( nn4, n14, (rdnn n4), (rdn (rdnn n4) (rdnn n1)) ) 60.36/61.98 ( nn20, n122, (rdn (rdnn n0) (rdnn n2)), (let ((_let_0 (rdnn n2))) (rdn _let_0 (rdn _let_0 (rdnn n1)))) ) 60.36/61.98 ( nn63, n121, (rdn (rdnn n3) (rdnn n6)), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n2) _let_0))) ) 60.36/61.98 ( nn99, n125, (let ((_let_0 (rdnn n9))) (rdn _let_0 _let_0)), (rdn (rdnn n5) (rdn (rdnn n2) (rdnn n1))) ) 60.36/61.98 ( nn78, n16, (rdn (rdnn n8) (rdnn n7)), (rdn (rdnn n6) (rdnn n1)) ) 60.36/61.98 ( nn35, n61, (rdn (rdnn n5) (rdnn n3)), (rdn (rdnn n1) (rdnn n6)) ) 60.36/61.98 ( nn127, n53, (rdn (rdnn n7) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n3) (rdnn n5)) ) 60.36/61.98 ( nn118, n52, (let ((_let_0 (rdnn n1))) (rdn (rdnn n8) (rdn _let_0 _let_0))), (rdn (rdnn n2) (rdnn n5)) ) 60.36/61.98 ( nn53, n101, (rdn (rdnn n3) (rdnn n5)), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n0) _let_0))) ) 60.36/61.98 ( nn103, n106, (rdn (rdnn n3) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n6) (rdn (rdnn n0) (rdnn n1))) ) 60.36/61.98 ( nn54, n68, (rdn (rdnn n4) (rdnn n5)), (rdn (rdnn n8) (rdnn n6)) ) 60.36/61.98 ( nn30, n111, (rdn (rdnn n0) (rdnn n3)), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn _let_0 _let_0))) ) 60.36/61.98 ( nn65, n80, (rdn (rdnn n5) (rdnn n6)), (rdn (rdnn n0) (rdnn n8)) ) 60.36/61.98 ( nn12, n22, (rdn (rdnn n2) (rdnn n1)), (let ((_let_0 (rdnn n2))) (rdn _let_0 _let_0)) ) 60.36/61.98 ( nn45, n9, (rdn (rdnn n5) (rdnn n4)), (rdnn n9) ) 60.36/61.98 ( nn92, n17, (rdn (rdnn n2) (rdnn n9)), (rdn (rdnn n7) (rdnn n1)) ) 60.36/61.98 ( nn59, n89, (rdn (rdnn n9) (rdnn n5)), (rdn (rdnn n9) (rdnn n8)) ) 60.36/61.98 ( nn123, n127, (rdn (rdnn n3) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n7) (rdn (rdnn n2) (rdnn n1))) ) 60.36/61.98 ( nn52, n38, (rdn (rdnn n2) (rdnn n5)), (rdn (rdnn n8) (rdnn n3)) ) 60.36/61.98 ( nn68, n65, (rdn (rdnn n8) (rdnn n6)), (rdn (rdnn n5) (rdnn n6)) ) 60.36/61.98 ( nn109, n112, (rdn (rdnn n9) (rdn (rdnn n0) (rdnn n1))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n2) (rdn _let_0 _let_0))) ) 60.36/61.98 ( nn70, n37, (rdn (rdnn n0) (rdnn n7)), (rdn (rdnn n7) (rdnn n3)) ) 60.36/61.98 ( nn79, n40, (rdn (rdnn n9) (rdnn n7)), (rdn (rdnn n0) (rdnn n4)) ) 60.36/61.98 ( nn42, n91, (rdn (rdnn n2) (rdnn n4)), (rdn (rdnn n1) (rdnn n9)) ) 60.36/61.98 ( nn102, n114, (rdn (rdnn n2) (rdn (rdnn n0) (rdnn n1))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n4) (rdn _let_0 _let_0))) ) 60.36/61.98 ( nn83, n119, (rdn (rdnn n3) (rdnn n8)), (let ((_let_0 (rdnn n1))) (rdn (rdnn n9) (rdn _let_0 _let_0))) ) 60.36/61.98 ( nn43, n20, (rdn (rdnn n3) (rdnn n4)), (rdn (rdnn n0) (rdnn n2)) ) 60.36/61.98 ( nn124, n34, (rdn (rdnn n4) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n4) (rdnn n3)) ) 60.36/61.98 ( nn81, n1, (rdn (rdnn n1) (rdnn n8)), (rdnn n1) ) 60.36/61.98 ( nn94, n35, (rdn (rdnn n4) (rdnn n9)), (rdn (rdnn n5) (rdnn n3)) ) 60.36/61.98 ( nn10, n30, (rdn (rdnn n0) (rdnn n1)), (rdn (rdnn n0) (rdnn n3)) ) 60.36/61.98 ( nn55, n72, (let ((_let_0 (rdnn n5))) (rdn _let_0 _let_0)), (rdn (rdnn n2) (rdnn n7)) ) 60.36/61.98 ( nn58, n27, (rdn (rdnn n8) (rdnn n5)), (rdn (rdnn n7) (rdnn n2)) ) 60.36/61.98 ( nn38, n15, (rdn (rdnn n8) (rdnn n3)), (rdn (rdnn n5) (rdnn n1)) ) 60.36/61.98 ( nn28, n109, (rdn (rdnn n8) (rdnn n2)), (rdn (rdnn n9) (rdn (rdnn n0) (rdnn n1))) ) 60.36/61.98 ) 60.36/61.98 (instantiation (let ((_let_0 (rdnn X))) (let ((_let_1 (rdnn Z))) (let ((_let_2 (rdnn Y))) (forall ((X $$unsorted) (Y $$unsorted) (Z $$unsorted)) (or (not (rdn_positive_less _let_0 _let_2)) (not (rdn_positive_less _let_2 _let_1)) (rdn_positive_less _let_0 _let_1)) )))) 60.36/61.98 ( n0, n1, n2 ) 60.36/61.98 ( n1, n2, n3 ) 60.36/61.98 ( n6, n7, n8 ) 60.36/61.98 ( n2, n3, n4 ) 60.36/61.98 ( n3, n4, n5 ) 60.36/61.98 ( n4, n5, n6 ) 60.36/61.98 ( n7, n8, n9 ) 60.36/61.98 ( n5, n6, n7 ) 60.36/61.98 ) 60.36/61.98 (instantiation (forall ((X $$unsorted) (Y $$unsorted) (RDN_X $$unsorted) (RDN_Y $$unsorted)) (or (not (rdn_translate X (rdn_neg RDN_X))) (not (rdn_positive_less RDN_Y RDN_X)) (not (rdn_translate Y (rdn_neg RDN_Y))) (less X Y)) ) 60.36/61.98 ( nn26, nn26, (rdn (rdnn n6) (rdnn n2)), (rdn (rdnn n6) (rdnn n2)) ) 60.36/61.98 ( nn113, nn113, (let ((_let_0 (rdnn n1))) (rdn (rdnn n3) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n3) (rdn _let_0 _let_0))) ) 60.36/61.98 ( nn69, nn69, (rdn (rdnn n9) (rdnn n6)), (rdn (rdnn n9) (rdnn n6)) ) 60.36/61.98 ( nn84, nn84, (rdn (rdnn n4) (rdnn n8)), (rdn (rdnn n4) (rdnn n8)) ) 60.36/61.98 ( nn29, nn29, (rdn (rdnn n9) (rdnn n2)), (rdn (rdnn n9) (rdnn n2)) ) 60.36/61.98 ( nn77, nn77, (let ((_let_0 (rdnn n7))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n7))) (rdn _let_0 _let_0)) ) 60.36/61.98 ( nn86, nn86, (rdn (rdnn n6) (rdnn n8)), (rdn (rdnn n6) (rdnn n8)) ) 60.36/61.98 ( nn66, nn66, (let ((_let_0 (rdnn n6))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n6))) (rdn _let_0 _let_0)) ) 60.36/61.98 ( nn15, nn15, (rdn (rdnn n5) (rdnn n1)), (rdn (rdnn n5) (rdnn n1)) ) 60.36/61.98 ( nn57, nn57, (rdn (rdnn n7) (rdnn n5)), (rdn (rdnn n7) (rdnn n5)) ) 60.36/61.98 ( nn13, nn13, (rdn (rdnn n3) (rdnn n1)), (rdn (rdnn n3) (rdnn n1)) ) 60.36/61.98 ( nn87, nn87, (rdn (rdnn n7) (rdnn n8)), (rdn (rdnn n7) (rdnn n8)) ) 60.36/61.98 ( nn1, nn1, (rdnn n1), (rdnn n1) ) 60.36/61.98 ( nn110, nn110, (let ((_let_0 (rdnn n1))) (rdn (rdnn n0) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n0) (rdn _let_0 _let_0))) ) 60.36/61.98 ( nn62, nn62, (rdn (rdnn n2) (rdnn n6)), (rdn (rdnn n2) (rdnn n6)) ) 60.36/61.98 ( nn33, nn33, (let ((_let_0 (rdnn n3))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n3))) (rdn _let_0 _let_0)) ) 60.36/61.98 ( nn89, nn89, (rdn (rdnn n9) (rdnn n8)), (rdn (rdnn n9) (rdnn n8)) ) 60.36/61.98 ( nn101, nn101, (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n0) _let_0))), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n0) _let_0))) ) 60.36/61.98 ( nn60, nn60, (rdn (rdnn n0) (rdnn n6)), (rdn (rdnn n0) (rdnn n6)) ) 60.36/61.98 ( nn72, nn72, (rdn (rdnn n2) (rdnn n7)), (rdn (rdnn n2) (rdnn n7)) ) 60.36/61.98 ( nn46, nn46, (rdn (rdnn n6) (rdnn n4)), (rdn (rdnn n6) (rdnn n4)) ) 60.36/61.98 ( nn119, nn119, (let ((_let_0 (rdnn n1))) (rdn (rdnn n9) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n9) (rdn _let_0 _let_0))) ) 60.36/61.98 ( nn105, nn105, (rdn (rdnn n5) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n5) (rdn (rdnn n0) (rdnn n1))) ) 60.36/61.98 ( nn25, nn25, (rdn (rdnn n5) (rdnn n2)), (rdn (rdnn n5) (rdnn n2)) ) 60.36/61.98 ( nn51, nn51, (rdn (rdnn n1) (rdnn n5)), (rdn (rdnn n1) (rdnn n5)) ) 60.36/61.98 ( nn6, nn6, (rdnn n6), (rdnn n6) ) 60.36/61.98 ( nn21, nn21, (rdn (rdnn n1) (rdnn n2)), (rdn (rdnn n1) (rdnn n2)) ) 60.36/61.98 ( nn100, nn100, (let ((_let_0 (rdnn n0))) (rdn _let_0 (rdn _let_0 (rdnn n1)))), (let ((_let_0 (rdnn n0))) (rdn _let_0 (rdn _let_0 (rdnn n1)))) ) 60.36/61.98 ( nn75, nn75, (rdn (rdnn n5) (rdnn n7)), (rdn (rdnn n5) (rdnn n7)) ) 60.36/61.98 ( nn125, nn125, (rdn (rdnn n5) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n5) (rdn (rdnn n2) (rdnn n1))) ) 60.36/61.98 ( nn98, nn98, (rdn (rdnn n8) (rdnn n9)), (rdn (rdnn n8) (rdnn n9)) ) 60.36/61.98 ( nn97, nn97, (rdn (rdnn n7) (rdnn n9)), (rdn (rdnn n7) (rdnn n9)) ) 60.36/61.98 ( nn48, nn48, (rdn (rdnn n8) (rdnn n4)), (rdn (rdnn n8) (rdnn n4)) ) 60.36/61.98 ( nn18, nn18, (rdn (rdnn n8) (rdnn n1)), (rdn (rdnn n8) (rdnn n1)) ) 60.36/61.98 ( nn126, nn126, (rdn (rdnn n6) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n6) (rdn (rdnn n2) (rdnn n1))) ) 60.36/61.98 ( nn36, nn36, (rdn (rdnn n6) (rdnn n3)), (rdn (rdnn n6) (rdnn n3)) ) 60.36/61.98 ( nn41, nn41, (rdn (rdnn n1) (rdnn n4)), (rdn (rdnn n1) (rdnn n4)) ) 60.36/61.98 ( nn5, nn5, (rdnn n5), (rdnn n5) ) 60.36/61.98 ( nn128, nn128, (rdn (rdnn n8) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n8) (rdn (rdnn n2) (rdnn n1))) ) 60.36/61.98 ( nn64, nn64, (rdn (rdnn n4) (rdnn n6)), (rdn (rdnn n4) (rdnn n6)) ) 60.36/61.98 ( nn27, nn27, (rdn (rdnn n7) (rdnn n2)), (rdn (rdnn n7) (rdnn n2)) ) 60.36/61.98 ( nn61, nn61, (rdn (rdnn n1) (rdnn n6)), (rdn (rdnn n1) (rdnn n6)) ) 60.36/61.98 ( nn96, nn96, (rdn (rdnn n6) (rdnn n9)), (rdn (rdnn n6) (rdnn n9)) ) 60.36/61.98 ( nn8, nn8, (rdnn n8), (rdnn n8) ) 60.36/61.98 ( nn91, nn91, (rdn (rdnn n1) (rdnn n9)), (rdn (rdnn n1) (rdnn n9)) ) 60.36/61.98 ( nn32, nn32, (rdn (rdnn n2) (rdnn n3)), (rdn (rdnn n2) (rdnn n3)) ) 60.36/61.98 ( nn108, nn108, (rdn (rdnn n8) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n8) (rdn (rdnn n0) (rdnn n1))) ) 60.36/61.98 ( nn88, nn88, (let ((_let_0 (rdnn n8))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n8))) (rdn _let_0 _let_0)) ) 60.36/61.98 ( nn111, nn111, (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn _let_0 _let_0))) ) 60.36/61.98 ( nn116, nn116, (let ((_let_0 (rdnn n1))) (rdn (rdnn n6) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n6) (rdn _let_0 _let_0))) ) 60.36/61.98 ( nn19, nn19, (rdn (rdnn n9) (rdnn n1)), (rdn (rdnn n9) (rdnn n1)) ) 60.36/61.98 ( nn121, nn121, (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n2) _let_0))), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n2) _let_0))) ) 60.36/61.98 ( nn90, nn90, (rdn (rdnn n0) (rdnn n9)), (rdn (rdnn n0) (rdnn n9)) ) 60.36/61.98 ( nn40, nn40, (rdn (rdnn n0) (rdnn n4)), (rdn (rdnn n0) (rdnn n4)) ) 60.36/61.98 ( nn112, nn112, (let ((_let_0 (rdnn n1))) (rdn (rdnn n2) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n2) (rdn _let_0 _let_0))) ) 60.36/61.98 ( nn122, nn122, (let ((_let_0 (rdnn n2))) (rdn _let_0 (rdn _let_0 (rdnn n1)))), (let ((_let_0 (rdnn n2))) (rdn _let_0 (rdn _let_0 (rdnn n1)))) ) 60.36/61.98 ( nn17, nn17, (rdn (rdnn n7) (rdnn n1)), (rdn (rdnn n7) (rdnn n1)) ) 60.36/61.98 ( nn34, nn34, (rdn (rdnn n4) (rdnn n3)), (rdn (rdnn n4) (rdnn n3)) ) 60.36/61.98 ( nn67, nn67, (rdn (rdnn n7) (rdnn n6)), (rdn (rdnn n7) (rdnn n6)) ) 60.36/61.98 ( nn31, nn31, (rdn (rdnn n1) (rdnn n3)), (rdn (rdnn n1) (rdnn n3)) ) 60.36/61.98 ( nn114, nn114, (let ((_let_0 (rdnn n1))) (rdn (rdnn n4) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n4) (rdn _let_0 _let_0))) ) 60.36/61.98 ( nn16, nn16, (rdn (rdnn n6) (rdnn n1)), (rdn (rdnn n6) (rdnn n1)) ) 60.36/61.98 ( nn120, nn120, (rdn (rdnn n0) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n0) (rdn (rdnn n2) (rdnn n1))) ) 60.36/61.98 ( nn37, nn37, (rdn (rdnn n7) (rdnn n3)), (rdn (rdnn n7) (rdnn n3)) ) 60.36/61.98 ( nn39, nn39, (rdn (rdnn n9) (rdnn n3)), (rdn (rdnn n9) (rdnn n3)) ) 60.36/61.98 ( nn82, nn82, (rdn (rdnn n2) (rdnn n8)), (rdn (rdnn n2) (rdnn n8)) ) 60.36/61.98 ( nn56, nn56, (rdn (rdnn n6) (rdnn n5)), (rdn (rdnn n6) (rdnn n5)) ) 60.36/61.98 ( nn93, nn93, (rdn (rdnn n3) (rdnn n9)), (rdn (rdnn n3) (rdnn n9)) ) 60.36/61.98 ( nn9, nn9, (rdnn n9), (rdnn n9) ) 60.36/61.98 ( nn106, nn106, (rdn (rdnn n6) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n6) (rdn (rdnn n0) (rdnn n1))) ) 60.36/61.98 ( nn80, nn80, (rdn (rdnn n0) (rdnn n8)), (rdn (rdnn n0) (rdnn n8)) ) 60.36/61.98 ( nn23, nn23, (rdn (rdnn n3) (rdnn n2)), (rdn (rdnn n3) (rdnn n2)) ) 60.36/61.98 ( nn74, nn74, (rdn (rdnn n4) (rdnn n7)), (rdn (rdnn n4) (rdnn n7)) ) 60.36/61.98 ( nn95, nn95, (rdn (rdnn n5) (rdnn n9)), (rdn (rdnn n5) (rdnn n9)) ) 60.36/61.98 ( nn85, nn85, (rdn (rdnn n5) (rdnn n8)), (rdn (rdnn n5) (rdnn n8)) ) 60.36/61.98 ( nn44, nn44, (let ((_let_0 (rdnn n4))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n4))) (rdn _let_0 _let_0)) ) 60.36/61.98 ( nn73, nn73, (rdn (rdnn n3) (rdnn n7)), (rdn (rdnn n3) (rdnn n7)) ) 60.36/61.98 ( nn50, nn50, (rdn (rdnn n0) (rdnn n5)), (rdn (rdnn n0) (rdnn n5)) ) 60.36/61.98 ( nn104, nn104, (rdn (rdnn n4) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n4) (rdn (rdnn n0) (rdnn n1))) ) 60.36/61.98 ( nn47, nn47, (rdn (rdnn n7) (rdnn n4)), (rdn (rdnn n7) (rdnn n4)) ) 60.36/61.98 ( nn71, nn71, (rdn (rdnn n1) (rdnn n7)), (rdn (rdnn n1) (rdnn n7)) ) 60.36/61.98 ( nn24, nn24, (rdn (rdnn n4) (rdnn n2)), (rdn (rdnn n4) (rdnn n2)) ) 60.36/61.98 ( nn3, nn3, (rdnn n3), (rdnn n3) ) 60.36/61.98 ( nn2, nn2, (rdnn n2), (rdnn n2) ) 60.36/61.98 ( nn11, nn11, (let ((_let_0 (rdnn n1))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n1))) (rdn _let_0 _let_0)) ) 60.36/61.98 ( nn117, nn117, (let ((_let_0 (rdnn n1))) (rdn (rdnn n7) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n7) (rdn _let_0 _let_0))) ) 60.36/61.98 ( nn7, nn7, (rdnn n7), (rdnn n7) ) 60.36/61.98 ( nn76, nn76, (rdn (rdnn n6) (rdnn n7)), (rdn (rdnn n6) (rdnn n7)) ) 60.36/61.98 ( nn49, nn49, (rdn (rdnn n9) (rdnn n4)), (rdn (rdnn n9) (rdnn n4)) ) 60.36/61.98 ( nn22, nn22, (let ((_let_0 (rdnn n2))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n2))) (rdn _let_0 _let_0)) ) 60.36/61.98 ( nn107, nn107, (rdn (rdnn n7) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n7) (rdn (rdnn n0) (rdnn n1))) ) 60.36/61.98 ( nn115, nn115, (let ((_let_0 (rdnn n1))) (rdn (rdnn n5) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n5) (rdn _let_0 _let_0))) ) 60.36/61.98 ( nn14, nn14, (rdn (rdnn n4) (rdnn n1)), (rdn (rdnn n4) (rdnn n1)) ) 60.36/61.98 ( nn4, nn2, (rdnn n4), (rdnn n2) ) 60.36/61.98 ( nn4, nn4, (rdnn n4), (rdnn n4) ) 60.36/61.98 ( nn20, nn20, (rdn (rdnn n0) (rdnn n2)), (rdn (rdnn n0) (rdnn n2)) ) 60.36/61.98 ( nn63, nn63, (rdn (rdnn n3) (rdnn n6)), (rdn (rdnn n3) (rdnn n6)) ) 60.36/61.98 ( nn99, nn99, (let ((_let_0 (rdnn n9))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n9))) (rdn _let_0 _let_0)) ) 60.36/61.98 ( nn78, nn78, (rdn (rdnn n8) (rdnn n7)), (rdn (rdnn n8) (rdnn n7)) ) 60.36/61.98 ( nn35, nn35, (rdn (rdnn n5) (rdnn n3)), (rdn (rdnn n5) (rdnn n3)) ) 60.36/61.98 ( nn127, nn127, (rdn (rdnn n7) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n7) (rdn (rdnn n2) (rdnn n1))) ) 60.36/61.98 ( nn118, nn118, (let ((_let_0 (rdnn n1))) (rdn (rdnn n8) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n8) (rdn _let_0 _let_0))) ) 60.36/61.98 ( nn53, nn53, (rdn (rdnn n3) (rdnn n5)), (rdn (rdnn n3) (rdnn n5)) ) 60.36/61.98 ( nn103, nn103, (rdn (rdnn n3) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n3) (rdn (rdnn n0) (rdnn n1))) ) 60.36/61.98 ( nn54, nn54, (rdn (rdnn n4) (rdnn n5)), (rdn (rdnn n4) (rdnn n5)) ) 60.36/61.98 ( nn30, nn30, (rdn (rdnn n0) (rdnn n3)), (rdn (rdnn n0) (rdnn n3)) ) 60.36/61.98 ( nn65, nn65, (rdn (rdnn n5) (rdnn n6)), (rdn (rdnn n5) (rdnn n6)) ) 60.36/61.98 ( nn12, nn12, (rdn (rdnn n2) (rdnn n1)), (rdn (rdnn n2) (rdnn n1)) ) 60.36/61.98 ( nn45, nn45, (rdn (rdnn n5) (rdnn n4)), (rdn (rdnn n5) (rdnn n4)) ) 60.36/61.98 ( nn92, nn92, (rdn (rdnn n2) (rdnn n9)), (rdn (rdnn n2) (rdnn n9)) ) 60.36/61.98 ( nn59, nn59, (rdn (rdnn n9) (rdnn n5)), (rdn (rdnn n9) (rdnn n5)) ) 60.36/61.98 ( nn123, nn123, (rdn (rdnn n3) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n3) (rdn (rdnn n2) (rdnn n1))) ) 60.36/61.98 ( nn52, nn52, (rdn (rdnn n2) (rdnn n5)), (rdn (rdnn n2) (rdnn n5)) ) 60.36/61.98 ( nn68, nn68, (rdn (rdnn n8) (rdnn n6)), (rdn (rdnn n8) (rdnn n6)) ) 60.36/61.98 ( nn109, nn109, (rdn (rdnn n9) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n9) (rdn (rdnn n0) (rdnn n1))) ) 60.36/61.99 ( nn70, nn70, (rdn (rdnn n0) (rdnn n7)), (rdn (rdnn n0) (rdnn n7)) ) 60.36/61.99 ( nn79, nn79, (rdn (rdnn n9) (rdnn n7)), (rdn (rdnn n9) (rdnn n7)) ) 60.36/61.99 ( nn42, nn42, (rdn (rdnn n2) (rdnn n4)), (rdn (rdnn n2) (rdnn n4)) ) 60.36/61.99 ( nn102, nn102, (rdn (rdnn n2) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n2) (rdn (rdnn n0) (rdnn n1))) ) 60.36/61.99 ( nn83, nn83, (rdn (rdnn n3) (rdnn n8)), (rdn (rdnn n3) (rdnn n8)) ) 60.36/61.99 ( nn43, nn43, (rdn (rdnn n3) (rdnn n4)), (rdn (rdnn n3) (rdnn n4)) ) 60.36/61.99 ( nn124, nn124, (rdn (rdnn n4) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n4) (rdn (rdnn n2) (rdnn n1))) ) 60.36/61.99 ( nn81, nn81, (rdn (rdnn n1) (rdnn n8)), (rdn (rdnn n1) (rdnn n8)) ) 60.36/61.99 ( nn94, nn94, (rdn (rdnn n4) (rdnn n9)), (rdn (rdnn n4) (rdnn n9)) ) 60.36/61.99 ( nn10, nn10, (rdn (rdnn n0) (rdnn n1)), (rdn (rdnn n0) (rdnn n1)) ) 60.36/61.99 ( nn55, nn55, (let ((_let_0 (rdnn n5))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n5))) (rdn _let_0 _let_0)) ) 60.36/61.99 ( nn58, nn58, (rdn (rdnn n8) (rdnn n5)), (rdn (rdnn n8) (rdnn n5)) ) 60.36/61.99 ( nn38, nn38, (rdn (rdnn n8) (rdnn n3)), (rdn (rdnn n8) (rdnn n3)) ) 60.36/61.99 ( nn28, nn28, (rdn (rdnn n8) (rdnn n2)), (rdn (rdnn n8) (rdnn n2)) ) 60.36/61.99 ) 60.36/61.99 (instantiation (forall ((X $$unsorted) (Y $$unsorted) (RDN_X $$unsorted) (RDN_Y $$unsorted)) (or (not (rdn_translate X (rdn_pos RDN_X))) (not (rdn_positive_less RDN_X RDN_Y)) (not (rdn_translate Y (rdn_pos RDN_Y))) (less X Y)) ) 60.36/61.99 ( n10, n10, (rdn (rdnn n0) (rdnn n1)), (rdn (rdnn n0) (rdnn n1)) ) 60.36/61.99 ( n0, n0, (rdnn n0), (rdnn n0) ) 60.36/61.99 ( n1, n1, (rdnn n1), (rdnn n1) ) 60.36/61.99 ( n6, n6, (rdnn n6), (rdnn n6) ) 60.36/61.99 ( n2, n2, (rdnn n2), (rdnn n2) ) 60.36/61.99 ( n3, n3, (rdnn n3), (rdnn n3) ) 60.36/61.99 ( n9, n9, (rdnn n9), (rdnn n9) ) 60.36/61.99 ( n4, n4, (rdnn n4), (rdnn n4) ) 60.36/61.99 ( n8, n8, (rdnn n8), (rdnn n8) ) 60.36/61.99 ( n100, n100, (let ((_let_0 (rdnn n0))) (rdn _let_0 (rdn _let_0 (rdnn n1)))), (let ((_let_0 (rdnn n0))) (rdn _let_0 (rdn _let_0 (rdnn n1)))) ) 60.36/61.99 ( n7, n7, (rdnn n7), (rdnn n7) ) 60.36/61.99 ( n5, n5, (rdnn n5), (rdnn n5) ) 60.36/61.99 ( n56, n56, (rdn (rdnn n6) (rdnn n5)), (rdn (rdnn n6) (rdnn n5)) ) 60.36/61.99 ( n43, n43, (rdn (rdnn n3) (rdnn n4)), (rdn (rdnn n3) (rdnn n4)) ) 60.36/61.99 ( n85, n85, (rdn (rdnn n5) (rdnn n8)), (rdn (rdnn n5) (rdnn n8)) ) 60.36/61.99 ( n44, n44, (let ((_let_0 (rdnn n4))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n4))) (rdn _let_0 _let_0)) ) 60.36/61.99 ( n71, n71, (rdn (rdnn n1) (rdnn n7)), (rdn (rdnn n1) (rdnn n7)) ) 60.36/61.99 ( n25, n25, (rdn (rdnn n5) (rdnn n2)), (rdn (rdnn n5) (rdnn n2)) ) 60.36/61.99 ( n26, n26, (rdn (rdnn n6) (rdnn n2)), (rdn (rdnn n6) (rdnn n2)) ) 60.36/61.99 ( n115, n115, (let ((_let_0 (rdnn n1))) (rdn (rdnn n5) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n5) (rdn _let_0 _let_0))) ) 60.36/61.99 ( n81, n81, (rdn (rdnn n1) (rdnn n8)), (rdn (rdnn n1) (rdnn n8)) ) 60.36/61.99 ( n59, n59, (rdn (rdnn n9) (rdnn n5)), (rdn (rdnn n9) (rdnn n5)) ) 60.36/61.99 ( n126, n126, (rdn (rdnn n6) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n6) (rdn (rdnn n2) (rdnn n1))) ) 60.36/61.99 ( n54, n54, (rdn (rdnn n4) (rdnn n5)), (rdn (rdnn n4) (rdnn n5)) ) 60.36/61.99 ( n57, n57, (rdn (rdnn n7) (rdnn n5)), (rdn (rdnn n7) (rdnn n5)) ) 60.36/61.99 ( n123, n123, (rdn (rdnn n3) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n3) (rdn (rdnn n2) (rdnn n1))) ) 60.36/61.99 ( n96, n96, (rdn (rdnn n6) (rdnn n9)), (rdn (rdnn n6) (rdnn n9)) ) 60.36/61.99 ( n79, n79, (rdn (rdnn n9) (rdnn n7)), (rdn (rdnn n9) (rdnn n7)) ) 60.36/61.99 ( n94, n94, (rdn (rdnn n4) (rdnn n9)), (rdn (rdnn n4) (rdnn n9)) ) 60.36/61.99 ( n67, n67, (rdn (rdnn n7) (rdnn n6)), (rdn (rdnn n7) (rdnn n6)) ) 60.36/61.99 ( n60, n60, (rdn (rdnn n0) (rdnn n6)), (rdn (rdnn n0) (rdnn n6)) ) 60.36/61.99 ( n18, n18, (rdn (rdnn n8) (rdnn n1)), (rdn (rdnn n8) (rdnn n1)) ) 60.36/61.99 ( n13, n13, (rdn (rdnn n3) (rdnn n1)), (rdn (rdnn n3) (rdnn n1)) ) 60.36/61.99 ( n124, n124, (rdn (rdnn n4) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n4) (rdn (rdnn n2) (rdnn n1))) ) 60.36/61.99 ( n110, n110, (let ((_let_0 (rdnn n1))) (rdn (rdnn n0) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n0) (rdn _let_0 _let_0))) ) 60.36/61.99 ( n99, n99, (let ((_let_0 (rdnn n9))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n9))) (rdn _let_0 _let_0)) ) 60.36/61.99 ( n46, n46, (rdn (rdnn n6) (rdnn n4)), (rdn (rdnn n6) (rdnn n4)) ) 60.36/61.99 ( n70, n70, (rdn (rdnn n0) (rdnn n7)), (rdn (rdnn n0) (rdnn n7)) ) 60.36/61.99 ( n55, n55, (let ((_let_0 (rdnn n5))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n5))) (rdn _let_0 _let_0)) ) 60.36/61.99 ( n83, n83, (rdn (rdnn n3) (rdnn n8)), (rdn (rdnn n3) (rdnn n8)) ) 60.36/61.99 ( n76, n76, (rdn (rdnn n6) (rdnn n7)), (rdn (rdnn n6) (rdnn n7)) ) 60.36/61.99 ( n84, n84, (rdn (rdnn n4) (rdnn n8)), (rdn (rdnn n4) (rdnn n8)) ) 60.36/61.99 ( n23, n23, (rdn (rdnn n3) (rdnn n2)), (rdn (rdnn n3) (rdnn n2)) ) 60.36/61.99 ( n113, n113, (let ((_let_0 (rdnn n1))) (rdn (rdnn n3) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n3) (rdn _let_0 _let_0))) ) 60.36/61.99 ( n102, n102, (rdn (rdnn n2) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n2) (rdn (rdnn n0) (rdnn n1))) ) 60.36/61.99 ( n98, n98, (rdn (rdnn n8) (rdnn n9)), (rdn (rdnn n8) (rdnn n9)) ) 60.36/61.99 ( n36, n36, (rdn (rdnn n6) (rdnn n3)), (rdn (rdnn n6) (rdnn n3)) ) 60.36/61.99 ( n107, n107, (rdn (rdnn n7) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n7) (rdn (rdnn n0) (rdnn n1))) ) 60.36/61.99 ( n33, n33, (let ((_let_0 (rdnn n3))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n3))) (rdn _let_0 _let_0)) ) 60.36/61.99 ( n116, n116, (let ((_let_0 (rdnn n1))) (rdn (rdnn n6) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n6) (rdn _let_0 _let_0))) ) 60.36/61.99 ( n39, n39, (rdn (rdnn n9) (rdnn n3)), (rdn (rdnn n9) (rdnn n3)) ) 60.36/61.99 ( n32, n32, (rdn (rdnn n2) (rdnn n3)), (rdn (rdnn n2) (rdnn n3)) ) 60.36/61.99 ( n118, n118, (let ((_let_0 (rdnn n1))) (rdn (rdnn n8) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n8) (rdn _let_0 _let_0))) ) 60.36/61.99 ( n88, n88, (let ((_let_0 (rdnn n8))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n8))) (rdn _let_0 _let_0)) ) 60.36/61.99 ( n104, n104, (rdn (rdnn n4) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n4) (rdn (rdnn n0) (rdnn n1))) ) 60.36/61.99 ( n73, n73, (rdn (rdnn n3) (rdnn n7)), (rdn (rdnn n3) (rdnn n7)) ) 60.36/61.99 ( n58, n58, (rdn (rdnn n8) (rdnn n5)), (rdn (rdnn n8) (rdnn n5)) ) 60.36/61.99 ( n103, n103, (rdn (rdnn n3) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n3) (rdn (rdnn n0) (rdnn n1))) ) 60.36/61.99 ( n93, n93, (rdn (rdnn n3) (rdnn n9)), (rdn (rdnn n3) (rdnn n9)) ) 60.36/61.99 ( n64, n64, (rdn (rdnn n4) (rdnn n6)), (rdn (rdnn n4) (rdnn n6)) ) 60.36/61.99 ( n66, n66, (let ((_let_0 (rdnn n6))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n6))) (rdn _let_0 _let_0)) ) 60.36/61.99 ( n90, n90, (rdn (rdnn n0) (rdnn n9)), (rdn (rdnn n0) (rdnn n9)) ) 60.36/61.99 ( n50, n50, (rdn (rdnn n0) (rdnn n5)), (rdn (rdnn n0) (rdnn n5)) ) 60.36/61.99 ( n87, n87, (rdn (rdnn n7) (rdnn n8)), (rdn (rdnn n7) (rdnn n8)) ) 60.36/61.99 ( n24, n24, (rdn (rdnn n4) (rdnn n2)), (rdn (rdnn n4) (rdnn n2)) ) 60.36/61.99 ( n42, n42, (rdn (rdnn n2) (rdnn n4)), (rdn (rdnn n2) (rdnn n4)) ) 60.36/61.99 ( n21, n21, (rdn (rdnn n1) (rdnn n2)), (rdn (rdnn n1) (rdnn n2)) ) 60.36/61.99 ( n74, n74, (rdn (rdnn n4) (rdnn n7)), (rdn (rdnn n4) (rdnn n7)) ) 60.36/61.99 ( n62, n62, (rdn (rdnn n2) (rdnn n6)), (rdn (rdnn n2) (rdnn n6)) ) 60.36/61.99 ( n75, n75, (rdn (rdnn n5) (rdnn n7)), (rdn (rdnn n5) (rdnn n7)) ) 60.36/61.99 ( n77, n77, (let ((_let_0 (rdnn n7))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n7))) (rdn _let_0 _let_0)) ) 60.36/61.99 ( n12, n12, (rdn (rdnn n2) (rdnn n1)), (rdn (rdnn n2) (rdnn n1)) ) 60.36/61.99 ( n45, n45, (rdn (rdnn n5) (rdnn n4)), (rdn (rdnn n5) (rdnn n4)) ) 60.36/61.99 ( n69, n69, (rdn (rdnn n9) (rdnn n6)), (rdn (rdnn n9) (rdnn n6)) ) 60.36/61.99 ( n47, n47, (rdn (rdnn n7) (rdnn n4)), (rdn (rdnn n7) (rdnn n4)) ) 60.36/61.99 ( n82, n82, (rdn (rdnn n2) (rdnn n8)), (rdn (rdnn n2) (rdnn n8)) ) 60.36/61.99 ( n63, n63, (rdn (rdnn n3) (rdnn n6)), (rdn (rdnn n3) (rdnn n6)) ) 60.36/61.99 ( n41, n41, (rdn (rdnn n1) (rdnn n4)), (rdn (rdnn n1) (rdnn n4)) ) 60.36/61.99 ( n120, n120, (rdn (rdnn n0) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n0) (rdn (rdnn n2) (rdnn n1))) ) 60.36/61.99 ( n19, n19, (rdn (rdnn n9) (rdnn n1)), (rdn (rdnn n9) (rdnn n1)) ) 60.36/61.99 ( n95, n95, (rdn (rdnn n5) (rdnn n9)), (rdn (rdnn n5) (rdnn n9)) ) 60.36/61.99 ( n11, n11, (let ((_let_0 (rdnn n1))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n1))) (rdn _let_0 _let_0)) ) 60.36/61.99 ( n31, n31, (rdn (rdnn n1) (rdnn n3)), (rdn (rdnn n1) (rdnn n3)) ) 60.36/61.99 ( n108, n108, (rdn (rdnn n8) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n8) (rdn (rdnn n0) (rdnn n1))) ) 60.36/61.99 ( n97, n97, (rdn (rdnn n7) (rdnn n9)), (rdn (rdnn n7) (rdnn n9)) ) 60.36/61.99 ( n86, n86, (rdn (rdnn n6) (rdnn n8)), (rdn (rdnn n6) (rdnn n8)) ) 60.36/61.99 ( n78, n78, (rdn (rdnn n8) (rdnn n7)), (rdn (rdnn n8) (rdnn n7)) ) 60.36/61.99 ( n29, n29, (rdn (rdnn n9) (rdnn n2)), (rdn (rdnn n9) (rdnn n2)) ) 60.36/61.99 ( n49, n49, (rdn (rdnn n9) (rdnn n4)), (rdn (rdnn n9) (rdnn n4)) ) 60.36/61.99 ( n28, n28, (rdn (rdnn n8) (rdnn n2)), (rdn (rdnn n8) (rdnn n2)) ) 60.36/61.99 ( n48, n48, (rdn (rdnn n8) (rdnn n4)), (rdn (rdnn n8) (rdnn n4)) ) 60.36/61.99 ( n92, n92, (rdn (rdnn n2) (rdnn n9)), (rdn (rdnn n2) (rdnn n9)) ) 60.36/61.99 ( n105, n105, (rdn (rdnn n5) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n5) (rdn (rdnn n0) (rdnn n1))) ) 60.36/61.99 ( n117, n117, (let ((_let_0 (rdnn n1))) (rdn (rdnn n7) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n7) (rdn _let_0 _let_0))) ) 60.36/61.99 ( n51, n51, (rdn (rdnn n1) (rdnn n5)), (rdn (rdnn n1) (rdnn n5)) ) 60.36/61.99 ( n14, n14, (rdn (rdnn n4) (rdnn n1)), (rdn (rdnn n4) (rdnn n1)) ) 60.36/61.99 ( n122, n122, (let ((_let_0 (rdnn n2))) (rdn _let_0 (rdn _let_0 (rdnn n1)))), (let ((_let_0 (rdnn n2))) (rdn _let_0 (rdn _let_0 (rdnn n1)))) ) 60.36/61.99 ( n121, n121, (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n2) _let_0))), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n2) _let_0))) ) 60.36/61.99 ( n125, n125, (rdn (rdnn n5) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n5) (rdn (rdnn n2) (rdnn n1))) ) 60.36/61.99 ( n16, n16, (rdn (rdnn n6) (rdnn n1)), (rdn (rdnn n6) (rdnn n1)) ) 60.36/61.99 ( n61, n61, (rdn (rdnn n1) (rdnn n6)), (rdn (rdnn n1) (rdnn n6)) ) 60.36/61.99 ( n53, n53, (rdn (rdnn n3) (rdnn n5)), (rdn (rdnn n3) (rdnn n5)) ) 60.36/61.99 ( n52, n52, (rdn (rdnn n2) (rdnn n5)), (rdn (rdnn n2) (rdnn n5)) ) 60.36/61.99 ( n101, n101, (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n0) _let_0))), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n0) _let_0))) ) 60.36/61.99 ( n106, n106, (rdn (rdnn n6) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n6) (rdn (rdnn n0) (rdnn n1))) ) 60.36/61.99 ( n68, n68, (rdn (rdnn n8) (rdnn n6)), (rdn (rdnn n8) (rdnn n6)) ) 60.36/61.99 ( n111, n111, (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn _let_0 _let_0))) ) 60.36/61.99 ( n80, n80, (rdn (rdnn n0) (rdnn n8)), (rdn (rdnn n0) (rdnn n8)) ) 60.36/61.99 ( n22, n22, (let ((_let_0 (rdnn n2))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n2))) (rdn _let_0 _let_0)) ) 60.36/61.99 ( n17, n17, (rdn (rdnn n7) (rdnn n1)), (rdn (rdnn n7) (rdnn n1)) ) 60.36/61.99 ( n89, n89, (rdn (rdnn n9) (rdnn n8)), (rdn (rdnn n9) (rdnn n8)) ) 60.36/61.99 ( n127, n127, (rdn (rdnn n7) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n7) (rdn (rdnn n2) (rdnn n1))) ) 60.36/61.99 ( n38, n38, (rdn (rdnn n8) (rdnn n3)), (rdn (rdnn n8) (rdnn n3)) ) 60.36/61.99 ( n65, n65, (rdn (rdnn n5) (rdnn n6)), (rdn (rdnn n5) (rdnn n6)) ) 60.36/61.99 ( n112, n112, (let ((_let_0 (rdnn n1))) (rdn (rdnn n2) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n2) (rdn _let_0 _let_0))) ) 60.36/61.99 ( n37, n37, (rdn (rdnn n7) (rdnn n3)), (rdn (rdnn n7) (rdnn n3)) ) 60.36/61.99 ( n40, n40, (rdn (rdnn n0) (rdnn n4)), (rdn (rdnn n0) (rdnn n4)) ) 60.36/61.99 ( n91, n91, (rdn (rdnn n1) (rdnn n9)), (rdn (rdnn n1) (rdnn n9)) ) 60.36/61.99 ( n114, n114, (let ((_let_0 (rdnn n1))) (rdn (rdnn n4) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n4) (rdn _let_0 _let_0))) ) 60.36/61.99 ( n119, n119, (let ((_let_0 (rdnn n1))) (rdn (rdnn n9) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n9) (rdn _let_0 _let_0))) ) 60.36/61.99 ( n20, n20, (rdn (rdnn n0) (rdnn n2)), (rdn (rdnn n0) (rdnn n2)) ) 60.36/61.99 ( n34, n34, (rdn (rdnn n4) (rdnn n3)), (rdn (rdnn n4) (rdnn n3)) ) 60.36/61.99 ( n35, n35, (rdn (rdnn n5) (rdnn n3)), (rdn (rdnn n5) (rdnn n3)) ) 60.36/61.99 ( n30, n30, (rdn (rdnn n0) (rdnn n3)), (rdn (rdnn n0) (rdnn n3)) ) 60.36/61.99 ( n72, n72, (rdn (rdnn n2) (rdnn n7)), (rdn (rdnn n2) (rdnn n7)) ) 60.36/61.99 ( n27, n27, (rdn (rdnn n7) (rdnn n2)), (rdn (rdnn n7) (rdnn n2)) ) 60.36/61.99 ( n15, n15, (rdn (rdnn n5) (rdnn n1)), (rdn (rdnn n5) (rdnn n1)) ) 60.36/61.99 ( n109, n109, (rdn (rdnn n9) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n9) (rdn (rdnn n0) (rdnn n1))) ) 60.36/61.99 ) 60.36/61.99 (instantiation (let ((_let_0 (rdnn X))) (forall ((X $$unsorted)) (or (not (rdn_non_zero_digit _let_0)) (rdn_non_zero _let_0)) )) 60.36/61.99 ( n1 ) 60.36/61.99 ( n6 ) 60.36/61.99 ( n2 ) 60.36/61.99 ( n3 ) 60.36/61.99 ( n9 ) 60.36/61.99 ( n4 ) 60.36/61.99 ( n8 ) 60.36/61.99 ( n7 ) 60.36/61.99 ( n5 ) 60.36/61.99 ) 60.36/61.99 (instantiation (let ((_let_0 (rdnn n0))) (let ((_let_1 (rdnn C))) (let ((_let_2 (rdnn D1))) (let ((_let_3 (rdnn D2))) (let ((_let_4 (rdnn RD))) (let ((_let_5 (rdnn ID))) (forall ((C $$unsorted) (D1 $$unsorted) (D2 $$unsorted) (RD $$unsorted) (ID $$unsorted)) (or (not (rdn_digit_add _let_2 _let_3 _let_5 _let_0)) (not (rdn_digit_add _let_5 _let_1 _let_4 _let_0)) (rdn_add_with_carry _let_1 _let_2 _let_3 _let_4)) ))))))) 60.36/61.99 ( n0, n0, n8, n8, n8 ) 60.36/61.99 ( n0, n1, n8, n9, n9 ) 60.36/61.99 ( n0, n2, n0, n2, n2 ) 60.36/61.99 ( n0, n2, n3, n5, n5 ) 60.36/61.99 ( n0, n3, n3, n6, n6 ) 60.36/61.99 ( n0, n4, n0, n4, n4 ) 60.36/61.99 ( n0, n4, n3, n7, n7 ) 60.36/61.99 ( n1, n6, n0, n7, n6 ) 60.36/61.99 ( n1, n3, n2, n6, n5 ) 60.36/61.99 ( n1, n3, n4, n8, n7 ) 60.36/61.99 ( n1, n4, n4, n9, n8 ) 60.36/61.99 ( n6, n0, n3, n9, n3 ) 60.36/61.99 ( n2, n0, n0, n2, n0 ) 60.36/61.99 ( n2, n0, n2, n4, n2 ) 60.36/61.99 ( n2, n1, n0, n3, n1 ) 60.36/61.99 ( n2, n1, n6, n9, n7 ) 60.36/61.99 ( n2, n1, n4, n7, n5 ) 60.36/61.99 ( n2, n3, n0, n5, n3 ) 60.36/61.99 ( n2, n3, n1, n6, n4 ) 60.36/61.99 ( n2, n5, n1, n8, n6 ) 60.36/61.99 ( n3, n0, n1, n4, n1 ) 60.36/61.99 ( n3, n0, n6, n9, n6 ) 60.36/61.99 ( n3, n1, n1, n5, n2 ) 60.36/61.99 ( n3, n2, n1, n6, n3 ) 60.36/61.99 ( n3, n2, n2, n7, n4 ) 60.36/61.99 ( n3, n5, n0, n8, n5 ) 60.36/61.99 ( n4, n1, n2, n7, n3 ) 60.36/61.99 ( n4, n1, n3, n8, n4 ) 60.36/61.99 ( n4, n4, n1, n9, n5 ) 60.36/61.99 ( n5, n0, n4, n9, n4 ) 60.36/61.99 ) 60.36/61.99 (instantiation (forall ((X $$unsorted) (Y $$unsorted) (Z $$unsorted) (RDN_X $$unsorted) (RDN_Y $$unsorted) (RDN_Z $$unsorted)) (or (not (rdn_translate Z (rdn_pos RDN_Z))) (not (rdn_add_with_carry (rdnn n0) RDN_Y RDN_Z RDN_X)) (not (rdn_positive_less RDN_Y RDN_X)) (not (rdn_translate Y (rdn_neg RDN_Y))) (not (rdn_translate X (rdn_pos RDN_X))) (sum X Y Z)) ) 60.36/61.99 ( n10, nn26, n10, (rdn (rdnn n0) (rdnn n1)), (rdn (rdnn n6) (rdnn n2)), (rdn (rdnn n0) (rdnn n1)) ) 60.36/61.99 ( n0, nn67, n0, (rdnn n0), (rdn (rdnn n7) (rdnn n6)), (rdnn n0) ) 60.36/61.99 ( n1, nn81, n1, (rdnn n1), (rdn (rdnn n1) (rdnn n8)), (rdnn n1) ) 60.36/61.99 ( n6, nn27, n6, (rdnn n6), (rdn (rdnn n7) (rdnn n2)), (rdnn n6) ) 60.36/62.00 ( n2, nn113, n2, (rdnn n2), (let ((_let_0 (rdnn n1))) (rdn (rdnn n3) (rdn _let_0 _let_0))), (rdnn n2) ) 60.36/62.00 ( n3, nn116, n3, (rdnn n3), (let ((_let_0 (rdnn n1))) (rdn (rdnn n6) (rdn _let_0 _let_0))), (rdnn n3) ) 60.36/62.00 ( n9, nn45, n9, (rdnn n9), (rdn (rdnn n5) (rdnn n4)), (rdnn n9) ) 60.36/62.00 ( n4, nn111, n4, (rdnn n4), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn _let_0 _let_0))), (rdnn n4) ) 60.36/62.00 ( n8, nn50, n8, (rdnn n8), (rdn (rdnn n0) (rdnn n5)), (rdnn n8) ) 60.36/62.00 ( n100, nn69, n100, (let ((_let_0 (rdnn n0))) (rdn _let_0 (rdn _let_0 (rdnn n1)))), (rdn (rdnn n9) (rdnn n6)), (let ((_let_0 (rdnn n0))) (rdn _let_0 (rdn _let_0 (rdnn n1)))) ) 60.36/62.00 ( n7, nn105, n7, (rdnn n7), (rdn (rdnn n5) (rdn (rdnn n0) (rdnn n1))), (rdnn n7) ) 60.36/62.00 ( n5, nn108, n5, (rdnn n5), (rdn (rdnn n8) (rdn (rdnn n0) (rdnn n1))), (rdnn n5) ) 60.36/62.00 ( n56, nn84, n56, (rdn (rdnn n6) (rdnn n5)), (rdn (rdnn n4) (rdnn n8)), (rdn (rdnn n6) (rdnn n5)) ) 60.36/62.00 ( n43, nn29, n43, (rdn (rdnn n3) (rdnn n4)), (rdn (rdnn n9) (rdnn n2)), (rdn (rdnn n3) (rdnn n4)) ) 60.36/62.00 ( n85, nn77, n85, (rdn (rdnn n5) (rdnn n8)), (let ((_let_0 (rdnn n7))) (rdn _let_0 _let_0)), (rdn (rdnn n5) (rdnn n8)) ) 60.36/62.00 ( n44, nn86, n44, (let ((_let_0 (rdnn n4))) (rdn _let_0 _let_0)), (rdn (rdnn n6) (rdnn n8)), (let ((_let_0 (rdnn n4))) (rdn _let_0 _let_0)) ) 60.36/62.00 ( n71, nn66, n71, (rdn (rdnn n1) (rdnn n7)), (let ((_let_0 (rdnn n6))) (rdn _let_0 _let_0)), (rdn (rdnn n1) (rdnn n7)) ) 60.36/62.00 ( n25, nn15, n25, (rdn (rdnn n5) (rdnn n2)), (rdn (rdnn n5) (rdnn n1)), (rdn (rdnn n5) (rdnn n2)) ) 60.36/62.00 ( n26, nn57, n26, (rdn (rdnn n6) (rdnn n2)), (rdn (rdnn n7) (rdnn n5)), (rdn (rdnn n6) (rdnn n2)) ) 60.36/62.00 ( n115, nn13, n115, (let ((_let_0 (rdnn n1))) (rdn (rdnn n5) (rdn _let_0 _let_0))), (rdn (rdnn n3) (rdnn n1)), (let ((_let_0 (rdnn n1))) (rdn (rdnn n5) (rdn _let_0 _let_0))) ) 60.36/62.00 ( n81, nn87, n81, (rdn (rdnn n1) (rdnn n8)), (rdn (rdnn n7) (rdnn n8)), (rdn (rdnn n1) (rdnn n8)) ) 60.36/62.00 ( n59, nn1, n59, (rdn (rdnn n9) (rdnn n5)), (rdnn n1), (rdn (rdnn n9) (rdnn n5)) ) 60.36/62.00 ( n126, nn110, n126, (rdn (rdnn n6) (rdn (rdnn n2) (rdnn n1))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n0) (rdn _let_0 _let_0))), (rdn (rdnn n6) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.00 ( n54, nn62, n54, (rdn (rdnn n4) (rdnn n5)), (rdn (rdnn n2) (rdnn n6)), (rdn (rdnn n4) (rdnn n5)) ) 60.36/62.00 ( n57, nn33, n57, (rdn (rdnn n7) (rdnn n5)), (let ((_let_0 (rdnn n3))) (rdn _let_0 _let_0)), (rdn (rdnn n7) (rdnn n5)) ) 60.36/62.00 ( n123, nn89, n123, (rdn (rdnn n3) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n9) (rdnn n8)), (rdn (rdnn n3) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.00 ( n96, nn101, n96, (rdn (rdnn n6) (rdnn n9)), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n0) _let_0))), (rdn (rdnn n6) (rdnn n9)) ) 60.36/62.00 ( n79, nn60, n79, (rdn (rdnn n9) (rdnn n7)), (rdn (rdnn n0) (rdnn n6)), (rdn (rdnn n9) (rdnn n7)) ) 60.36/62.00 ( n94, nn72, n94, (rdn (rdnn n4) (rdnn n9)), (rdn (rdnn n2) (rdnn n7)), (rdn (rdnn n4) (rdnn n9)) ) 60.36/62.00 ( n67, nn46, n67, (rdn (rdnn n7) (rdnn n6)), (rdn (rdnn n6) (rdnn n4)), (rdn (rdnn n7) (rdnn n6)) ) 60.36/62.00 ( n60, nn119, n60, (rdn (rdnn n0) (rdnn n6)), (let ((_let_0 (rdnn n1))) (rdn (rdnn n9) (rdn _let_0 _let_0))), (rdn (rdnn n0) (rdnn n6)) ) 60.36/62.00 ( n18, nn25, n18, (rdn (rdnn n8) (rdnn n1)), (rdn (rdnn n5) (rdnn n2)), (rdn (rdnn n8) (rdnn n1)) ) 60.36/62.00 ( n13, nn51, n13, (rdn (rdnn n3) (rdnn n1)), (rdn (rdnn n1) (rdnn n5)), (rdn (rdnn n3) (rdnn n1)) ) 60.36/62.00 ( n124, nn6, n124, (rdn (rdnn n4) (rdn (rdnn n2) (rdnn n1))), (rdnn n6), (rdn (rdnn n4) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.00 ( n110, nn21, n110, (let ((_let_0 (rdnn n1))) (rdn (rdnn n0) (rdn _let_0 _let_0))), (rdn (rdnn n1) (rdnn n2)), (let ((_let_0 (rdnn n1))) (rdn (rdnn n0) (rdn _let_0 _let_0))) ) 60.36/62.00 ( n99, nn100, n99, (let ((_let_0 (rdnn n9))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n0))) (rdn _let_0 (rdn _let_0 (rdnn n1)))), (let ((_let_0 (rdnn n9))) (rdn _let_0 _let_0)) ) 60.36/62.00 ( n46, nn75, n46, (rdn (rdnn n6) (rdnn n4)), (rdn (rdnn n5) (rdnn n7)), (rdn (rdnn n6) (rdnn n4)) ) 60.36/62.00 ( n70, nn125, n70, (rdn (rdnn n0) (rdnn n7)), (rdn (rdnn n5) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n0) (rdnn n7)) ) 60.36/62.00 ( n55, nn98, n55, (let ((_let_0 (rdnn n5))) (rdn _let_0 _let_0)), (rdn (rdnn n8) (rdnn n9)), (let ((_let_0 (rdnn n5))) (rdn _let_0 _let_0)) ) 60.36/62.00 ( n83, nn97, n83, (rdn (rdnn n3) (rdnn n8)), (rdn (rdnn n7) (rdnn n9)), (rdn (rdnn n3) (rdnn n8)) ) 60.36/62.00 ( n76, nn48, n76, (rdn (rdnn n6) (rdnn n7)), (rdn (rdnn n8) (rdnn n4)), (rdn (rdnn n6) (rdnn n7)) ) 60.36/62.00 ( n84, nn18, n84, (rdn (rdnn n4) (rdnn n8)), (rdn (rdnn n8) (rdnn n1)), (rdn (rdnn n4) (rdnn n8)) ) 60.36/62.00 ( n23, nn126, n23, (rdn (rdnn n3) (rdnn n2)), (rdn (rdnn n6) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n3) (rdnn n2)) ) 60.36/62.00 ( n113, nn36, n113, (let ((_let_0 (rdnn n1))) (rdn (rdnn n3) (rdn _let_0 _let_0))), (rdn (rdnn n6) (rdnn n3)), (let ((_let_0 (rdnn n1))) (rdn (rdnn n3) (rdn _let_0 _let_0))) ) 60.36/62.00 ( n102, nn41, n102, (rdn (rdnn n2) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n1) (rdnn n4)), (rdn (rdnn n2) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.00 ( n98, nn5, n98, (rdn (rdnn n8) (rdnn n9)), (rdnn n5), (rdn (rdnn n8) (rdnn n9)) ) 60.36/62.00 ( n36, nn128, n36, (rdn (rdnn n6) (rdnn n3)), (rdn (rdnn n8) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n6) (rdnn n3)) ) 60.36/62.00 ( n107, nn64, n107, (rdn (rdnn n7) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n4) (rdnn n6)), (rdn (rdnn n7) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.00 ( n33, nn61, n33, (let ((_let_0 (rdnn n3))) (rdn _let_0 _let_0)), (rdn (rdnn n1) (rdnn n6)), (let ((_let_0 (rdnn n3))) (rdn _let_0 _let_0)) ) 60.36/62.00 ( n116, nn96, n116, (let ((_let_0 (rdnn n1))) (rdn (rdnn n6) (rdn _let_0 _let_0))), (rdn (rdnn n6) (rdnn n9)), (let ((_let_0 (rdnn n1))) (rdn (rdnn n6) (rdn _let_0 _let_0))) ) 60.36/62.00 ( n39, nn8, n39, (rdn (rdnn n9) (rdnn n3)), (rdnn n8), (rdn (rdnn n9) (rdnn n3)) ) 60.36/62.00 ( n32, nn91, n32, (rdn (rdnn n2) (rdnn n3)), (rdn (rdnn n1) (rdnn n9)), (rdn (rdnn n2) (rdnn n3)) ) 60.36/62.00 ( n118, nn32, n118, (let ((_let_0 (rdnn n1))) (rdn (rdnn n8) (rdn _let_0 _let_0))), (rdn (rdnn n2) (rdnn n3)), (let ((_let_0 (rdnn n1))) (rdn (rdnn n8) (rdn _let_0 _let_0))) ) 60.36/62.00 ( n88, nn88, n88, (let ((_let_0 (rdnn n8))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n8))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n8))) (rdn _let_0 _let_0)) ) 60.36/62.00 ( n104, nn19, n104, (rdn (rdnn n4) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n9) (rdnn n1)), (rdn (rdnn n4) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.00 ( n73, nn121, n73, (rdn (rdnn n3) (rdnn n7)), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n2) _let_0))), (rdn (rdnn n3) (rdnn n7)) ) 60.36/62.00 ( n58, nn90, n58, (rdn (rdnn n8) (rdnn n5)), (rdn (rdnn n0) (rdnn n9)), (rdn (rdnn n8) (rdnn n5)) ) 60.36/62.00 ( n103, nn40, n103, (rdn (rdnn n3) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n0) (rdnn n4)), (rdn (rdnn n3) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.00 ( n93, nn112, n93, (rdn (rdnn n3) (rdnn n9)), (let ((_let_0 (rdnn n1))) (rdn (rdnn n2) (rdn _let_0 _let_0))), (rdn (rdnn n3) (rdnn n9)) ) 60.36/62.00 ( n64, nn122, n64, (rdn (rdnn n4) (rdnn n6)), (let ((_let_0 (rdnn n2))) (rdn _let_0 (rdn _let_0 (rdnn n1)))), (rdn (rdnn n4) (rdnn n6)) ) 60.36/62.00 ( n66, nn17, n66, (let ((_let_0 (rdnn n6))) (rdn _let_0 _let_0)), (rdn (rdnn n7) (rdnn n1)), (let ((_let_0 (rdnn n6))) (rdn _let_0 _let_0)) ) 60.36/62.00 ( n90, nn34, n90, (rdn (rdnn n0) (rdnn n9)), (rdn (rdnn n4) (rdnn n3)), (rdn (rdnn n0) (rdnn n9)) ) 60.36/62.00 ( n50, nn31, n50, (rdn (rdnn n0) (rdnn n5)), (rdn (rdnn n1) (rdnn n3)), (rdn (rdnn n0) (rdnn n5)) ) 60.36/62.00 ( n87, nn114, n87, (rdn (rdnn n7) (rdnn n8)), (let ((_let_0 (rdnn n1))) (rdn (rdnn n4) (rdn _let_0 _let_0))), (rdn (rdnn n7) (rdnn n8)) ) 60.36/62.00 ( n24, nn16, n24, (rdn (rdnn n4) (rdnn n2)), (rdn (rdnn n6) (rdnn n1)), (rdn (rdnn n4) (rdnn n2)) ) 60.36/62.00 ( n42, nn120, n42, (rdn (rdnn n2) (rdnn n4)), (rdn (rdnn n0) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n2) (rdnn n4)) ) 60.36/62.00 ( n21, nn37, n21, (rdn (rdnn n1) (rdnn n2)), (rdn (rdnn n7) (rdnn n3)), (rdn (rdnn n1) (rdnn n2)) ) 60.36/62.00 ( n74, nn39, n74, (rdn (rdnn n4) (rdnn n7)), (rdn (rdnn n9) (rdnn n3)), (rdn (rdnn n4) (rdnn n7)) ) 60.36/62.00 ( n62, nn82, n62, (rdn (rdnn n2) (rdnn n6)), (rdn (rdnn n2) (rdnn n8)), (rdn (rdnn n2) (rdnn n6)) ) 60.36/62.00 ( n75, nn56, n75, (rdn (rdnn n5) (rdnn n7)), (rdn (rdnn n6) (rdnn n5)), (rdn (rdnn n5) (rdnn n7)) ) 60.36/62.00 ( n77, nn93, n77, (let ((_let_0 (rdnn n7))) (rdn _let_0 _let_0)), (rdn (rdnn n3) (rdnn n9)), (let ((_let_0 (rdnn n7))) (rdn _let_0 _let_0)) ) 60.36/62.00 ( n12, nn9, n12, (rdn (rdnn n2) (rdnn n1)), (rdnn n9), (rdn (rdnn n2) (rdnn n1)) ) 60.36/62.00 ( n45, nn106, n45, (rdn (rdnn n5) (rdnn n4)), (rdn (rdnn n6) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n5) (rdnn n4)) ) 60.36/62.00 ( n69, nn80, n69, (rdn (rdnn n9) (rdnn n6)), (rdn (rdnn n0) (rdnn n8)), (rdn (rdnn n9) (rdnn n6)) ) 60.36/62.00 ( n47, nn23, n47, (rdn (rdnn n7) (rdnn n4)), (rdn (rdnn n3) (rdnn n2)), (rdn (rdnn n7) (rdnn n4)) ) 60.36/62.00 ( n82, nn74, n82, (rdn (rdnn n2) (rdnn n8)), (rdn (rdnn n4) (rdnn n7)), (rdn (rdnn n2) (rdnn n8)) ) 60.36/62.00 ( n63, nn95, n63, (rdn (rdnn n3) (rdnn n6)), (rdn (rdnn n5) (rdnn n9)), (rdn (rdnn n3) (rdnn n6)) ) 60.36/62.00 ( n41, nn85, n41, (rdn (rdnn n1) (rdnn n4)), (rdn (rdnn n5) (rdnn n8)), (rdn (rdnn n1) (rdnn n4)) ) 60.36/62.00 ( n120, nn44, n120, (rdn (rdnn n0) (rdn (rdnn n2) (rdnn n1))), (let ((_let_0 (rdnn n4))) (rdn _let_0 _let_0)), (rdn (rdnn n0) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.00 ( n19, nn73, n19, (rdn (rdnn n9) (rdnn n1)), (rdn (rdnn n3) (rdnn n7)), (rdn (rdnn n9) (rdnn n1)) ) 60.36/62.00 ( n95, nn104, n95, (rdn (rdnn n5) (rdnn n9)), (rdn (rdnn n4) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n5) (rdnn n9)) ) 60.36/62.00 ( n11, nn47, n11, (let ((_let_0 (rdnn n1))) (rdn _let_0 _let_0)), (rdn (rdnn n7) (rdnn n4)), (let ((_let_0 (rdnn n1))) (rdn _let_0 _let_0)) ) 60.36/62.00 ( n31, nn71, n31, (rdn (rdnn n1) (rdnn n3)), (rdn (rdnn n1) (rdnn n7)), (rdn (rdnn n1) (rdnn n3)) ) 60.36/62.00 ( n108, nn24, n108, (rdn (rdnn n8) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n4) (rdnn n2)), (rdn (rdnn n8) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.00 ( n97, nn3, n97, (rdn (rdnn n7) (rdnn n9)), (rdnn n3), (rdn (rdnn n7) (rdnn n9)) ) 60.36/62.00 ( n86, nn2, n86, (rdn (rdnn n6) (rdnn n8)), (rdnn n2), (rdn (rdnn n6) (rdnn n8)) ) 60.36/62.00 ( n78, nn11, n78, (rdn (rdnn n8) (rdnn n7)), (let ((_let_0 (rdnn n1))) (rdn _let_0 _let_0)), (rdn (rdnn n8) (rdnn n7)) ) 60.36/62.00 ( n29, nn117, n29, (rdn (rdnn n9) (rdnn n2)), (let ((_let_0 (rdnn n1))) (rdn (rdnn n7) (rdn _let_0 _let_0))), (rdn (rdnn n9) (rdnn n2)) ) 60.36/62.00 ( n49, nn7, n49, (rdn (rdnn n9) (rdnn n4)), (rdnn n7), (rdn (rdnn n9) (rdnn n4)) ) 60.36/62.00 ( n28, nn76, n28, (rdn (rdnn n8) (rdnn n2)), (rdn (rdnn n6) (rdnn n7)), (rdn (rdnn n8) (rdnn n2)) ) 60.36/62.00 ( n48, nn49, n48, (rdn (rdnn n8) (rdnn n4)), (rdn (rdnn n9) (rdnn n4)), (rdn (rdnn n8) (rdnn n4)) ) 60.36/62.00 ( n92, nn22, n92, (rdn (rdnn n2) (rdnn n9)), (let ((_let_0 (rdnn n2))) (rdn _let_0 _let_0)), (rdn (rdnn n2) (rdnn n9)) ) 60.36/62.00 ( n105, nn107, n105, (rdn (rdnn n5) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n7) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n5) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.00 ( n117, nn115, n117, (let ((_let_0 (rdnn n1))) (rdn (rdnn n7) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n5) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n7) (rdn _let_0 _let_0))) ) 60.36/62.00 ( n51, nn14, n51, (rdn (rdnn n1) (rdnn n5)), (rdn (rdnn n4) (rdnn n1)), (rdn (rdnn n1) (rdnn n5)) ) 60.36/62.00 ( n14, nn4, n14, (rdn (rdnn n4) (rdnn n1)), (rdnn n4), (rdn (rdnn n4) (rdnn n1)) ) 60.36/62.00 ( n122, nn20, n122, (let ((_let_0 (rdnn n2))) (rdn _let_0 (rdn _let_0 (rdnn n1)))), (rdn (rdnn n0) (rdnn n2)), (let ((_let_0 (rdnn n2))) (rdn _let_0 (rdn _let_0 (rdnn n1)))) ) 60.36/62.00 ( n121, nn63, n121, (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n2) _let_0))), (rdn (rdnn n3) (rdnn n6)), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n2) _let_0))) ) 60.36/62.00 ( n125, nn99, n125, (rdn (rdnn n5) (rdn (rdnn n2) (rdnn n1))), (let ((_let_0 (rdnn n9))) (rdn _let_0 _let_0)), (rdn (rdnn n5) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.00 ( n16, nn78, n16, (rdn (rdnn n6) (rdnn n1)), (rdn (rdnn n8) (rdnn n7)), (rdn (rdnn n6) (rdnn n1)) ) 60.36/62.00 ( n61, nn35, n61, (rdn (rdnn n1) (rdnn n6)), (rdn (rdnn n5) (rdnn n3)), (rdn (rdnn n1) (rdnn n6)) ) 60.36/62.00 ( n53, nn127, n53, (rdn (rdnn n3) (rdnn n5)), (rdn (rdnn n7) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n3) (rdnn n5)) ) 60.36/62.00 ( n52, nn118, n52, (rdn (rdnn n2) (rdnn n5)), (let ((_let_0 (rdnn n1))) (rdn (rdnn n8) (rdn _let_0 _let_0))), (rdn (rdnn n2) (rdnn n5)) ) 60.36/62.00 ( n101, nn53, n101, (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n0) _let_0))), (rdn (rdnn n3) (rdnn n5)), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n0) _let_0))) ) 60.36/62.00 ( n106, nn103, n106, (rdn (rdnn n6) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n3) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n6) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.00 ( n68, nn54, n68, (rdn (rdnn n8) (rdnn n6)), (rdn (rdnn n4) (rdnn n5)), (rdn (rdnn n8) (rdnn n6)) ) 60.36/62.00 ( n111, nn30, n111, (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn _let_0 _let_0))), (rdn (rdnn n0) (rdnn n3)), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn _let_0 _let_0))) ) 60.36/62.00 ( n80, nn65, n80, (rdn (rdnn n0) (rdnn n8)), (rdn (rdnn n5) (rdnn n6)), (rdn (rdnn n0) (rdnn n8)) ) 60.36/62.00 ( n22, nn12, n22, (let ((_let_0 (rdnn n2))) (rdn _let_0 _let_0)), (rdn (rdnn n2) (rdnn n1)), (let ((_let_0 (rdnn n2))) (rdn _let_0 _let_0)) ) 60.36/62.00 ( n17, nn92, n17, (rdn (rdnn n7) (rdnn n1)), (rdn (rdnn n2) (rdnn n9)), (rdn (rdnn n7) (rdnn n1)) ) 60.36/62.00 ( n89, nn59, n89, (rdn (rdnn n9) (rdnn n8)), (rdn (rdnn n9) (rdnn n5)), (rdn (rdnn n9) (rdnn n8)) ) 60.36/62.00 ( n127, nn123, n127, (rdn (rdnn n7) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n3) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n7) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.01 ( n38, nn52, n38, (rdn (rdnn n8) (rdnn n3)), (rdn (rdnn n2) (rdnn n5)), (rdn (rdnn n8) (rdnn n3)) ) 60.36/62.01 ( n65, nn68, n65, (rdn (rdnn n5) (rdnn n6)), (rdn (rdnn n8) (rdnn n6)), (rdn (rdnn n5) (rdnn n6)) ) 60.36/62.01 ( n112, nn109, n112, (let ((_let_0 (rdnn n1))) (rdn (rdnn n2) (rdn _let_0 _let_0))), (rdn (rdnn n9) (rdn (rdnn n0) (rdnn n1))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n2) (rdn _let_0 _let_0))) ) 60.36/62.01 ( n37, nn70, n37, (rdn (rdnn n7) (rdnn n3)), (rdn (rdnn n0) (rdnn n7)), (rdn (rdnn n7) (rdnn n3)) ) 60.36/62.01 ( n40, nn79, n40, (rdn (rdnn n0) (rdnn n4)), (rdn (rdnn n9) (rdnn n7)), (rdn (rdnn n0) (rdnn n4)) ) 60.36/62.01 ( n91, nn42, n91, (rdn (rdnn n1) (rdnn n9)), (rdn (rdnn n2) (rdnn n4)), (rdn (rdnn n1) (rdnn n9)) ) 60.36/62.01 ( n114, nn102, n114, (let ((_let_0 (rdnn n1))) (rdn (rdnn n4) (rdn _let_0 _let_0))), (rdn (rdnn n2) (rdn (rdnn n0) (rdnn n1))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n4) (rdn _let_0 _let_0))) ) 60.36/62.01 ( n119, nn83, n119, (let ((_let_0 (rdnn n1))) (rdn (rdnn n9) (rdn _let_0 _let_0))), (rdn (rdnn n3) (rdnn n8)), (let ((_let_0 (rdnn n1))) (rdn (rdnn n9) (rdn _let_0 _let_0))) ) 60.36/62.01 ( n20, nn43, n20, (rdn (rdnn n0) (rdnn n2)), (rdn (rdnn n3) (rdnn n4)), (rdn (rdnn n0) (rdnn n2)) ) 60.36/62.01 ( n34, nn124, n34, (rdn (rdnn n4) (rdnn n3)), (rdn (rdnn n4) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n4) (rdnn n3)) ) 60.36/62.01 ( n35, nn94, n35, (rdn (rdnn n5) (rdnn n3)), (rdn (rdnn n4) (rdnn n9)), (rdn (rdnn n5) (rdnn n3)) ) 60.36/62.01 ( n30, nn10, n30, (rdn (rdnn n0) (rdnn n3)), (rdn (rdnn n0) (rdnn n1)), (rdn (rdnn n0) (rdnn n3)) ) 60.36/62.01 ( n72, nn55, n72, (rdn (rdnn n2) (rdnn n7)), (let ((_let_0 (rdnn n5))) (rdn _let_0 _let_0)), (rdn (rdnn n2) (rdnn n7)) ) 60.36/62.01 ( n27, nn58, n27, (rdn (rdnn n7) (rdnn n2)), (rdn (rdnn n8) (rdnn n5)), (rdn (rdnn n7) (rdnn n2)) ) 60.36/62.01 ( n15, nn38, n15, (rdn (rdnn n5) (rdnn n1)), (rdn (rdnn n8) (rdnn n3)), (rdn (rdnn n5) (rdnn n1)) ) 60.36/62.01 ( n109, nn28, n109, (rdn (rdnn n9) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n8) (rdnn n2)), (rdn (rdnn n9) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.01 ) 60.36/62.01 (instantiation (forall ((X $$unsorted) (Y $$unsorted) (Z $$unsorted) (RDN_X $$unsorted) (RDN_Y $$unsorted) (RDN_Z $$unsorted)) (or (not (rdn_translate X (rdn_pos RDN_X))) (not (rdn_translate Y (rdn_neg RDN_Y))) (not (rdn_translate Z (rdn_neg RDN_Z))) (not (rdn_add_with_carry (rdnn n0) RDN_X RDN_Z RDN_Y)) (not (rdn_positive_less RDN_X RDN_Y)) (sum X Y Z)) ) 60.36/62.01 ( n10, nn26, nn26, (rdn (rdnn n0) (rdnn n1)), (rdn (rdnn n6) (rdnn n2)), (rdn (rdnn n6) (rdnn n2)) ) 60.36/62.01 ( n0, nn67, nn67, (rdnn n0), (rdn (rdnn n7) (rdnn n6)), (rdn (rdnn n7) (rdnn n6)) ) 60.36/62.01 ( n1, nn81, nn81, (rdnn n1), (rdn (rdnn n1) (rdnn n8)), (rdn (rdnn n1) (rdnn n8)) ) 60.36/62.01 ( n6, nn27, nn27, (rdnn n6), (rdn (rdnn n7) (rdnn n2)), (rdn (rdnn n7) (rdnn n2)) ) 60.36/62.01 ( n2, nn113, nn113, (rdnn n2), (let ((_let_0 (rdnn n1))) (rdn (rdnn n3) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n3) (rdn _let_0 _let_0))) ) 60.36/62.01 ( n3, nn116, nn116, (rdnn n3), (let ((_let_0 (rdnn n1))) (rdn (rdnn n6) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n6) (rdn _let_0 _let_0))) ) 60.36/62.01 ( n9, nn45, nn45, (rdnn n9), (rdn (rdnn n5) (rdnn n4)), (rdn (rdnn n5) (rdnn n4)) ) 60.36/62.01 ( n4, nn111, nn111, (rdnn n4), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn _let_0 _let_0))) ) 60.36/62.01 ( n8, nn50, nn50, (rdnn n8), (rdn (rdnn n0) (rdnn n5)), (rdn (rdnn n0) (rdnn n5)) ) 60.36/62.01 ( n100, nn69, nn69, (let ((_let_0 (rdnn n0))) (rdn _let_0 (rdn _let_0 (rdnn n1)))), (rdn (rdnn n9) (rdnn n6)), (rdn (rdnn n9) (rdnn n6)) ) 60.36/62.01 ( n7, nn105, nn105, (rdnn n7), (rdn (rdnn n5) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n5) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.01 ( n5, nn108, nn108, (rdnn n5), (rdn (rdnn n8) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n8) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.01 ( n56, nn84, nn84, (rdn (rdnn n6) (rdnn n5)), (rdn (rdnn n4) (rdnn n8)), (rdn (rdnn n4) (rdnn n8)) ) 60.36/62.01 ( n43, nn29, nn29, (rdn (rdnn n3) (rdnn n4)), (rdn (rdnn n9) (rdnn n2)), (rdn (rdnn n9) (rdnn n2)) ) 60.36/62.01 ( n85, nn77, nn77, (rdn (rdnn n5) (rdnn n8)), (let ((_let_0 (rdnn n7))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n7))) (rdn _let_0 _let_0)) ) 60.36/62.01 ( n44, nn86, nn86, (let ((_let_0 (rdnn n4))) (rdn _let_0 _let_0)), (rdn (rdnn n6) (rdnn n8)), (rdn (rdnn n6) (rdnn n8)) ) 60.36/62.01 ( n71, nn66, nn66, (rdn (rdnn n1) (rdnn n7)), (let ((_let_0 (rdnn n6))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n6))) (rdn _let_0 _let_0)) ) 60.36/62.01 ( n25, nn15, nn15, (rdn (rdnn n5) (rdnn n2)), (rdn (rdnn n5) (rdnn n1)), (rdn (rdnn n5) (rdnn n1)) ) 60.36/62.01 ( n26, nn57, nn57, (rdn (rdnn n6) (rdnn n2)), (rdn (rdnn n7) (rdnn n5)), (rdn (rdnn n7) (rdnn n5)) ) 60.36/62.01 ( n115, nn13, nn13, (let ((_let_0 (rdnn n1))) (rdn (rdnn n5) (rdn _let_0 _let_0))), (rdn (rdnn n3) (rdnn n1)), (rdn (rdnn n3) (rdnn n1)) ) 60.36/62.01 ( n81, nn87, nn87, (rdn (rdnn n1) (rdnn n8)), (rdn (rdnn n7) (rdnn n8)), (rdn (rdnn n7) (rdnn n8)) ) 60.36/62.01 ( n59, nn1, nn1, (rdn (rdnn n9) (rdnn n5)), (rdnn n1), (rdnn n1) ) 60.36/62.01 ( n126, nn110, nn110, (rdn (rdnn n6) (rdn (rdnn n2) (rdnn n1))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n0) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n0) (rdn _let_0 _let_0))) ) 60.36/62.01 ( n54, nn62, nn62, (rdn (rdnn n4) (rdnn n5)), (rdn (rdnn n2) (rdnn n6)), (rdn (rdnn n2) (rdnn n6)) ) 60.36/62.01 ( n57, nn33, nn33, (rdn (rdnn n7) (rdnn n5)), (let ((_let_0 (rdnn n3))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n3))) (rdn _let_0 _let_0)) ) 60.36/62.01 ( n123, nn89, nn89, (rdn (rdnn n3) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n9) (rdnn n8)), (rdn (rdnn n9) (rdnn n8)) ) 60.36/62.01 ( n96, nn101, nn101, (rdn (rdnn n6) (rdnn n9)), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n0) _let_0))), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n0) _let_0))) ) 60.36/62.01 ( n79, nn60, nn60, (rdn (rdnn n9) (rdnn n7)), (rdn (rdnn n0) (rdnn n6)), (rdn (rdnn n0) (rdnn n6)) ) 60.36/62.01 ( n94, nn72, nn72, (rdn (rdnn n4) (rdnn n9)), (rdn (rdnn n2) (rdnn n7)), (rdn (rdnn n2) (rdnn n7)) ) 60.36/62.01 ( n67, nn46, nn46, (rdn (rdnn n7) (rdnn n6)), (rdn (rdnn n6) (rdnn n4)), (rdn (rdnn n6) (rdnn n4)) ) 60.36/62.01 ( n60, nn119, nn119, (rdn (rdnn n0) (rdnn n6)), (let ((_let_0 (rdnn n1))) (rdn (rdnn n9) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n9) (rdn _let_0 _let_0))) ) 60.36/62.01 ( n18, nn25, nn25, (rdn (rdnn n8) (rdnn n1)), (rdn (rdnn n5) (rdnn n2)), (rdn (rdnn n5) (rdnn n2)) ) 60.36/62.01 ( n13, nn51, nn51, (rdn (rdnn n3) (rdnn n1)), (rdn (rdnn n1) (rdnn n5)), (rdn (rdnn n1) (rdnn n5)) ) 60.36/62.01 ( n124, nn6, nn6, (rdn (rdnn n4) (rdn (rdnn n2) (rdnn n1))), (rdnn n6), (rdnn n6) ) 60.36/62.01 ( n110, nn21, nn21, (let ((_let_0 (rdnn n1))) (rdn (rdnn n0) (rdn _let_0 _let_0))), (rdn (rdnn n1) (rdnn n2)), (rdn (rdnn n1) (rdnn n2)) ) 60.36/62.01 ( n99, nn100, nn100, (let ((_let_0 (rdnn n9))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n0))) (rdn _let_0 (rdn _let_0 (rdnn n1)))), (let ((_let_0 (rdnn n0))) (rdn _let_0 (rdn _let_0 (rdnn n1)))) ) 60.36/62.01 ( n46, nn75, nn75, (rdn (rdnn n6) (rdnn n4)), (rdn (rdnn n5) (rdnn n7)), (rdn (rdnn n5) (rdnn n7)) ) 60.36/62.01 ( n70, nn125, nn125, (rdn (rdnn n0) (rdnn n7)), (rdn (rdnn n5) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n5) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.01 ( n55, nn98, nn98, (let ((_let_0 (rdnn n5))) (rdn _let_0 _let_0)), (rdn (rdnn n8) (rdnn n9)), (rdn (rdnn n8) (rdnn n9)) ) 60.36/62.01 ( n83, nn97, nn97, (rdn (rdnn n3) (rdnn n8)), (rdn (rdnn n7) (rdnn n9)), (rdn (rdnn n7) (rdnn n9)) ) 60.36/62.01 ( n76, nn48, nn48, (rdn (rdnn n6) (rdnn n7)), (rdn (rdnn n8) (rdnn n4)), (rdn (rdnn n8) (rdnn n4)) ) 60.36/62.01 ( n84, nn18, nn18, (rdn (rdnn n4) (rdnn n8)), (rdn (rdnn n8) (rdnn n1)), (rdn (rdnn n8) (rdnn n1)) ) 60.36/62.01 ( n23, nn126, nn126, (rdn (rdnn n3) (rdnn n2)), (rdn (rdnn n6) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n6) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.01 ( n113, nn36, nn36, (let ((_let_0 (rdnn n1))) (rdn (rdnn n3) (rdn _let_0 _let_0))), (rdn (rdnn n6) (rdnn n3)), (rdn (rdnn n6) (rdnn n3)) ) 60.36/62.01 ( n102, nn41, nn41, (rdn (rdnn n2) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n1) (rdnn n4)), (rdn (rdnn n1) (rdnn n4)) ) 60.36/62.01 ( n98, nn5, nn5, (rdn (rdnn n8) (rdnn n9)), (rdnn n5), (rdnn n5) ) 60.36/62.01 ( n36, nn128, nn128, (rdn (rdnn n6) (rdnn n3)), (rdn (rdnn n8) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n8) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.01 ( n107, nn64, nn64, (rdn (rdnn n7) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n4) (rdnn n6)), (rdn (rdnn n4) (rdnn n6)) ) 60.36/62.01 ( n33, nn61, nn61, (let ((_let_0 (rdnn n3))) (rdn _let_0 _let_0)), (rdn (rdnn n1) (rdnn n6)), (rdn (rdnn n1) (rdnn n6)) ) 60.36/62.01 ( n116, nn96, nn96, (let ((_let_0 (rdnn n1))) (rdn (rdnn n6) (rdn _let_0 _let_0))), (rdn (rdnn n6) (rdnn n9)), (rdn (rdnn n6) (rdnn n9)) ) 60.36/62.01 ( n39, nn8, nn8, (rdn (rdnn n9) (rdnn n3)), (rdnn n8), (rdnn n8) ) 60.36/62.01 ( n32, nn91, nn91, (rdn (rdnn n2) (rdnn n3)), (rdn (rdnn n1) (rdnn n9)), (rdn (rdnn n1) (rdnn n9)) ) 60.36/62.01 ( n118, nn32, nn32, (let ((_let_0 (rdnn n1))) (rdn (rdnn n8) (rdn _let_0 _let_0))), (rdn (rdnn n2) (rdnn n3)), (rdn (rdnn n2) (rdnn n3)) ) 60.36/62.01 ( n88, nn88, nn88, (let ((_let_0 (rdnn n8))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n8))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n8))) (rdn _let_0 _let_0)) ) 60.36/62.01 ( n104, nn19, nn19, (rdn (rdnn n4) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n9) (rdnn n1)), (rdn (rdnn n9) (rdnn n1)) ) 60.36/62.01 ( n73, nn121, nn121, (rdn (rdnn n3) (rdnn n7)), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n2) _let_0))), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n2) _let_0))) ) 60.36/62.01 ( n58, nn90, nn90, (rdn (rdnn n8) (rdnn n5)), (rdn (rdnn n0) (rdnn n9)), (rdn (rdnn n0) (rdnn n9)) ) 60.36/62.01 ( n103, nn40, nn40, (rdn (rdnn n3) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n0) (rdnn n4)), (rdn (rdnn n0) (rdnn n4)) ) 60.36/62.01 ( n93, nn112, nn112, (rdn (rdnn n3) (rdnn n9)), (let ((_let_0 (rdnn n1))) (rdn (rdnn n2) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n2) (rdn _let_0 _let_0))) ) 60.36/62.01 ( n64, nn122, nn122, (rdn (rdnn n4) (rdnn n6)), (let ((_let_0 (rdnn n2))) (rdn _let_0 (rdn _let_0 (rdnn n1)))), (let ((_let_0 (rdnn n2))) (rdn _let_0 (rdn _let_0 (rdnn n1)))) ) 60.36/62.01 ( n66, nn17, nn17, (let ((_let_0 (rdnn n6))) (rdn _let_0 _let_0)), (rdn (rdnn n7) (rdnn n1)), (rdn (rdnn n7) (rdnn n1)) ) 60.36/62.01 ( n90, nn34, nn34, (rdn (rdnn n0) (rdnn n9)), (rdn (rdnn n4) (rdnn n3)), (rdn (rdnn n4) (rdnn n3)) ) 60.36/62.01 ( n50, nn31, nn31, (rdn (rdnn n0) (rdnn n5)), (rdn (rdnn n1) (rdnn n3)), (rdn (rdnn n1) (rdnn n3)) ) 60.36/62.01 ( n87, nn114, nn114, (rdn (rdnn n7) (rdnn n8)), (let ((_let_0 (rdnn n1))) (rdn (rdnn n4) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n4) (rdn _let_0 _let_0))) ) 60.36/62.01 ( n24, nn16, nn16, (rdn (rdnn n4) (rdnn n2)), (rdn (rdnn n6) (rdnn n1)), (rdn (rdnn n6) (rdnn n1)) ) 60.36/62.01 ( n42, nn120, nn120, (rdn (rdnn n2) (rdnn n4)), (rdn (rdnn n0) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n0) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.01 ( n21, nn37, nn37, (rdn (rdnn n1) (rdnn n2)), (rdn (rdnn n7) (rdnn n3)), (rdn (rdnn n7) (rdnn n3)) ) 60.36/62.01 ( n74, nn39, nn39, (rdn (rdnn n4) (rdnn n7)), (rdn (rdnn n9) (rdnn n3)), (rdn (rdnn n9) (rdnn n3)) ) 60.36/62.01 ( n62, nn82, nn82, (rdn (rdnn n2) (rdnn n6)), (rdn (rdnn n2) (rdnn n8)), (rdn (rdnn n2) (rdnn n8)) ) 60.36/62.01 ( n75, nn56, nn56, (rdn (rdnn n5) (rdnn n7)), (rdn (rdnn n6) (rdnn n5)), (rdn (rdnn n6) (rdnn n5)) ) 60.36/62.01 ( n77, nn93, nn93, (let ((_let_0 (rdnn n7))) (rdn _let_0 _let_0)), (rdn (rdnn n3) (rdnn n9)), (rdn (rdnn n3) (rdnn n9)) ) 60.36/62.01 ( n12, nn9, nn9, (rdn (rdnn n2) (rdnn n1)), (rdnn n9), (rdnn n9) ) 60.36/62.01 ( n45, nn106, nn106, (rdn (rdnn n5) (rdnn n4)), (rdn (rdnn n6) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n6) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.01 ( n69, nn80, nn80, (rdn (rdnn n9) (rdnn n6)), (rdn (rdnn n0) (rdnn n8)), (rdn (rdnn n0) (rdnn n8)) ) 60.36/62.01 ( n47, nn23, nn23, (rdn (rdnn n7) (rdnn n4)), (rdn (rdnn n3) (rdnn n2)), (rdn (rdnn n3) (rdnn n2)) ) 60.36/62.01 ( n82, nn74, nn74, (rdn (rdnn n2) (rdnn n8)), (rdn (rdnn n4) (rdnn n7)), (rdn (rdnn n4) (rdnn n7)) ) 60.36/62.01 ( n63, nn95, nn95, (rdn (rdnn n3) (rdnn n6)), (rdn (rdnn n5) (rdnn n9)), (rdn (rdnn n5) (rdnn n9)) ) 60.36/62.01 ( n41, nn85, nn85, (rdn (rdnn n1) (rdnn n4)), (rdn (rdnn n5) (rdnn n8)), (rdn (rdnn n5) (rdnn n8)) ) 60.36/62.01 ( n120, nn44, nn44, (rdn (rdnn n0) (rdn (rdnn n2) (rdnn n1))), (let ((_let_0 (rdnn n4))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n4))) (rdn _let_0 _let_0)) ) 60.36/62.01 ( n19, nn73, nn73, (rdn (rdnn n9) (rdnn n1)), (rdn (rdnn n3) (rdnn n7)), (rdn (rdnn n3) (rdnn n7)) ) 60.36/62.01 ( n95, nn104, nn104, (rdn (rdnn n5) (rdnn n9)), (rdn (rdnn n4) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n4) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.01 ( n11, nn47, nn47, (let ((_let_0 (rdnn n1))) (rdn _let_0 _let_0)), (rdn (rdnn n7) (rdnn n4)), (rdn (rdnn n7) (rdnn n4)) ) 60.36/62.01 ( n31, nn71, nn71, (rdn (rdnn n1) (rdnn n3)), (rdn (rdnn n1) (rdnn n7)), (rdn (rdnn n1) (rdnn n7)) ) 60.36/62.01 ( n108, nn24, nn24, (rdn (rdnn n8) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n4) (rdnn n2)), (rdn (rdnn n4) (rdnn n2)) ) 60.36/62.01 ( n97, nn3, nn3, (rdn (rdnn n7) (rdnn n9)), (rdnn n3), (rdnn n3) ) 60.36/62.01 ( n86, nn2, nn2, (rdn (rdnn n6) (rdnn n8)), (rdnn n2), (rdnn n2) ) 60.36/62.01 ( n78, nn11, nn11, (rdn (rdnn n8) (rdnn n7)), (let ((_let_0 (rdnn n1))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n1))) (rdn _let_0 _let_0)) ) 60.36/62.01 ( n29, nn117, nn117, (rdn (rdnn n9) (rdnn n2)), (let ((_let_0 (rdnn n1))) (rdn (rdnn n7) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n7) (rdn _let_0 _let_0))) ) 60.36/62.01 ( n49, nn7, nn7, (rdn (rdnn n9) (rdnn n4)), (rdnn n7), (rdnn n7) ) 60.36/62.01 ( n28, nn76, nn76, (rdn (rdnn n8) (rdnn n2)), (rdn (rdnn n6) (rdnn n7)), (rdn (rdnn n6) (rdnn n7)) ) 60.36/62.01 ( n48, nn49, nn49, (rdn (rdnn n8) (rdnn n4)), (rdn (rdnn n9) (rdnn n4)), (rdn (rdnn n9) (rdnn n4)) ) 60.36/62.01 ( n92, nn22, nn22, (rdn (rdnn n2) (rdnn n9)), (let ((_let_0 (rdnn n2))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n2))) (rdn _let_0 _let_0)) ) 60.36/62.02 ( n105, nn107, nn107, (rdn (rdnn n5) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n7) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n7) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.02 ( n117, nn115, nn115, (let ((_let_0 (rdnn n1))) (rdn (rdnn n7) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n5) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n5) (rdn _let_0 _let_0))) ) 60.36/62.02 ( n51, nn14, nn14, (rdn (rdnn n1) (rdnn n5)), (rdn (rdnn n4) (rdnn n1)), (rdn (rdnn n4) (rdnn n1)) ) 60.36/62.02 ( n14, nn4, nn4, (rdn (rdnn n4) (rdnn n1)), (rdnn n4), (rdnn n4) ) 60.36/62.02 ( n122, nn20, nn20, (let ((_let_0 (rdnn n2))) (rdn _let_0 (rdn _let_0 (rdnn n1)))), (rdn (rdnn n0) (rdnn n2)), (rdn (rdnn n0) (rdnn n2)) ) 60.36/62.02 ( n121, nn63, nn63, (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n2) _let_0))), (rdn (rdnn n3) (rdnn n6)), (rdn (rdnn n3) (rdnn n6)) ) 60.36/62.02 ( n125, nn99, nn99, (rdn (rdnn n5) (rdn (rdnn n2) (rdnn n1))), (let ((_let_0 (rdnn n9))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n9))) (rdn _let_0 _let_0)) ) 60.36/62.02 ( n16, nn78, nn78, (rdn (rdnn n6) (rdnn n1)), (rdn (rdnn n8) (rdnn n7)), (rdn (rdnn n8) (rdnn n7)) ) 60.36/62.02 ( n61, nn35, nn35, (rdn (rdnn n1) (rdnn n6)), (rdn (rdnn n5) (rdnn n3)), (rdn (rdnn n5) (rdnn n3)) ) 60.36/62.02 ( n53, nn127, nn127, (rdn (rdnn n3) (rdnn n5)), (rdn (rdnn n7) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n7) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.02 ( n52, nn118, nn118, (rdn (rdnn n2) (rdnn n5)), (let ((_let_0 (rdnn n1))) (rdn (rdnn n8) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n8) (rdn _let_0 _let_0))) ) 60.36/62.02 ( n101, nn53, nn53, (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n0) _let_0))), (rdn (rdnn n3) (rdnn n5)), (rdn (rdnn n3) (rdnn n5)) ) 60.36/62.02 ( n106, nn103, nn103, (rdn (rdnn n6) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n3) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n3) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.02 ( n68, nn54, nn54, (rdn (rdnn n8) (rdnn n6)), (rdn (rdnn n4) (rdnn n5)), (rdn (rdnn n4) (rdnn n5)) ) 60.36/62.02 ( n111, nn30, nn30, (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn _let_0 _let_0))), (rdn (rdnn n0) (rdnn n3)), (rdn (rdnn n0) (rdnn n3)) ) 60.36/62.02 ( n80, nn65, nn65, (rdn (rdnn n0) (rdnn n8)), (rdn (rdnn n5) (rdnn n6)), (rdn (rdnn n5) (rdnn n6)) ) 60.36/62.02 ( n22, nn12, nn12, (let ((_let_0 (rdnn n2))) (rdn _let_0 _let_0)), (rdn (rdnn n2) (rdnn n1)), (rdn (rdnn n2) (rdnn n1)) ) 60.36/62.02 ( n17, nn92, nn92, (rdn (rdnn n7) (rdnn n1)), (rdn (rdnn n2) (rdnn n9)), (rdn (rdnn n2) (rdnn n9)) ) 60.36/62.02 ( n89, nn59, nn59, (rdn (rdnn n9) (rdnn n8)), (rdn (rdnn n9) (rdnn n5)), (rdn (rdnn n9) (rdnn n5)) ) 60.36/62.02 ( n127, nn123, nn123, (rdn (rdnn n7) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n3) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n3) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.02 ( n38, nn52, nn52, (rdn (rdnn n8) (rdnn n3)), (rdn (rdnn n2) (rdnn n5)), (rdn (rdnn n2) (rdnn n5)) ) 60.36/62.02 ( n65, nn68, nn68, (rdn (rdnn n5) (rdnn n6)), (rdn (rdnn n8) (rdnn n6)), (rdn (rdnn n8) (rdnn n6)) ) 60.36/62.02 ( n112, nn109, nn109, (let ((_let_0 (rdnn n1))) (rdn (rdnn n2) (rdn _let_0 _let_0))), (rdn (rdnn n9) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n9) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.02 ( n37, nn70, nn70, (rdn (rdnn n7) (rdnn n3)), (rdn (rdnn n0) (rdnn n7)), (rdn (rdnn n0) (rdnn n7)) ) 60.36/62.02 ( n40, nn79, nn79, (rdn (rdnn n0) (rdnn n4)), (rdn (rdnn n9) (rdnn n7)), (rdn (rdnn n9) (rdnn n7)) ) 60.36/62.02 ( n91, nn42, nn42, (rdn (rdnn n1) (rdnn n9)), (rdn (rdnn n2) (rdnn n4)), (rdn (rdnn n2) (rdnn n4)) ) 60.36/62.02 ( n114, nn102, nn102, (let ((_let_0 (rdnn n1))) (rdn (rdnn n4) (rdn _let_0 _let_0))), (rdn (rdnn n2) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n2) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.02 ( n119, nn83, nn83, (let ((_let_0 (rdnn n1))) (rdn (rdnn n9) (rdn _let_0 _let_0))), (rdn (rdnn n3) (rdnn n8)), (rdn (rdnn n3) (rdnn n8)) ) 60.36/62.02 ( n20, nn43, nn43, (rdn (rdnn n0) (rdnn n2)), (rdn (rdnn n3) (rdnn n4)), (rdn (rdnn n3) (rdnn n4)) ) 60.36/62.02 ( n34, nn124, nn124, (rdn (rdnn n4) (rdnn n3)), (rdn (rdnn n4) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n4) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.02 ( n35, nn94, nn94, (rdn (rdnn n5) (rdnn n3)), (rdn (rdnn n4) (rdnn n9)), (rdn (rdnn n4) (rdnn n9)) ) 60.36/62.02 ( n30, nn10, nn10, (rdn (rdnn n0) (rdnn n3)), (rdn (rdnn n0) (rdnn n1)), (rdn (rdnn n0) (rdnn n1)) ) 60.36/62.02 ( n72, nn55, nn55, (rdn (rdnn n2) (rdnn n7)), (let ((_let_0 (rdnn n5))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n5))) (rdn _let_0 _let_0)) ) 60.36/62.02 ( n27, nn58, nn58, (rdn (rdnn n7) (rdnn n2)), (rdn (rdnn n8) (rdnn n5)), (rdn (rdnn n8) (rdnn n5)) ) 60.36/62.02 ( n15, nn38, nn38, (rdn (rdnn n5) (rdnn n1)), (rdn (rdnn n8) (rdnn n3)), (rdn (rdnn n8) (rdnn n3)) ) 60.36/62.02 ( n109, nn28, nn28, (rdn (rdnn n9) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n8) (rdnn n2)), (rdn (rdnn n8) (rdnn n2)) ) 60.36/62.02 ) 60.36/62.02 (instantiation (let ((_let_0 (rdnn n1))) (let ((_let_1 (rdnn C))) (let ((_let_2 (rdnn D1))) (let ((_let_3 (rdnn D2))) (let ((_let_4 (rdnn RD))) (let ((_let_5 (rdnn IC1))) (let ((_let_6 (rdnn IC2))) (let ((_let_7 (rdnn ID))) (forall ((C $$unsorted) (D1 $$unsorted) (D2 $$unsorted) (ID $$unsorted) (RD $$unsorted) (IC1 $$unsorted) (IC2 $$unsorted)) (or (not (rdn_digit_add _let_5 _let_6 _let_0 (rdnn n0))) (not (rdn_digit_add _let_7 _let_1 _let_4 _let_6)) (not (rdn_digit_add _let_2 _let_3 _let_7 _let_5)) (rdn_add_with_carry _let_1 _let_2 _let_3 (rdn _let_4 _let_0))) ))))))))) 60.36/62.02 ( n0, n0, n7, n7, n7, n0, n0 ) 60.36/62.02 ( n0, n1, n4, n5, n5, n0, n0 ) 60.36/62.02 ( n0, n3, n0, n3, n3, n0, n0 ) 60.36/62.02 ( n0, n3, n3, n6, n6, n0, n0 ) 60.36/62.02 ( n0, n9, n1, n0, n0, n1, n0 ) 60.36/62.02 ( n0, n9, n2, n1, n1, n1, n0 ) 60.36/62.02 ( n0, n4, n5, n9, n9, n0, n0 ) 60.36/62.02 ( n0, n8, n6, n4, n4, n1, n0 ) 60.36/62.02 ( n0, n5, n3, n8, n8, n0, n0 ) 60.36/62.02 ( n0, n5, n7, n2, n2, n1, n0 ) 60.36/62.02 ( n1, n0, n3, n3, n4, n0, n0 ) 60.36/62.02 ( n1, n1, n0, n1, n2, n0, n0 ) 60.36/62.02 ( n1, n1, n8, n9, n0, n0, n1 ) 60.36/62.02 ( n1, n6, n4, n0, n1, n1, n0 ) 60.36/62.02 ( n1, n3, n9, n2, n3, n1, n0 ) 60.36/62.02 ( n1, n3, n4, n7, n8, n0, n0 ) 60.36/62.02 ( n1, n3, n5, n8, n9, n0, n0 ) 60.36/62.02 ( n1, n9, n6, n5, n6, n1, n0 ) 60.36/62.02 ( n1, n9, n7, n6, n7, n1, n0 ) 60.36/62.02 ( n1, n5, n9, n4, n5, n1, n0 ) 60.36/62.02 ( n6, n1, n3, n4, n0, n0, n1 ) 60.36/62.02 ( n6, n6, n5, n1, n7, n1, n0 ) 60.36/62.02 ( n6, n2, n5, n7, n3, n0, n1 ) 60.36/62.02 ( n6, n9, n3, n2, n8, n1, n0 ) 60.36/62.02 ( n6, n7, n1, n8, n4, n0, n1 ) 60.36/62.02 ( n6, n7, n6, n3, n9, n1, n0 ) 60.36/62.02 ( n6, n7, n2, n9, n5, n0, n1 ) 60.36/62.02 ( n6, n7, n3, n0, n6, n1, n0 ) 60.36/62.02 ( n6, n7, n9, n6, n2, n1, n1 ) 60.36/62.02 ( n6, n5, n0, n5, n1, n0, n1 ) 60.36/62.02 ( n2, n0, n2, n2, n4, n0, n0 ) 60.36/62.02 ( n2, n1, n5, n6, n8, n0, n0 ) 60.36/62.02 ( n2, n6, n2, n8, n0, n0, n1 ) 60.36/62.02 ( n2, n3, n1, n4, n6, n0, n0 ) 60.36/62.02 ( n2, n3, n6, n9, n1, n0, n1 ) 60.36/62.02 ( n2, n4, n6, n0, n2, n1, n0 ) 60.36/62.02 ( n2, n4, n3, n7, n9, n0, n0 ) 60.36/62.02 ( n2, n4, n7, n1, n3, n1, n0 ) 60.36/62.02 ( n2, n8, n5, n3, n5, n1, n0 ) 60.36/62.02 ( n2, n7, n8, n5, n7, n1, n0 ) 60.36/62.02 ( n3, n0, n4, n4, n7, n0, n0 ) 60.36/62.02 ( n3, n0, n5, n5, n8, n0, n0 ) 60.36/62.02 ( n3, n1, n1, n2, n5, n0, n0 ) 60.36/62.02 ( n3, n6, n1, n7, n0, n0, n1 ) 60.36/62.02 ( n3, n3, n8, n1, n4, n1, n0 ) 60.36/62.02 ( n3, n3, n7, n0, n3, n1, n0 ) 60.36/62.02 ( n3, n9, n9, n8, n1, n1, n1 ) 60.36/62.02 ( n3, n8, n8, n6, n9, n1, n0 ) 60.36/62.02 ( n3, n5, n4, n9, n2, n0, n1 ) 60.36/62.02 ( n3, n5, n8, n3, n6, n1, n0 ) 60.36/62.02 ( n9, n0, n1, n1, n0, n0, n1 ) 60.36/62.02 ( n9, n0, n9, n9, n8, n0, n1 ) 60.36/62.02 ( n9, n6, n7, n3, n2, n1, n1 ) 60.36/62.02 ( n9, n2, n0, n2, n1, n0, n1 ) 60.36/62.02 ( n9, n2, n4, n6, n5, n0, n1 ) 60.36/62.02 ( n9, n4, n0, n4, n3, n0, n1 ) 60.36/62.02 ( n9, n4, n1, n5, n4, n0, n1 ) 60.36/62.02 ( n9, n8, n0, n8, n7, n0, n1 ) 60.36/62.02 ( n9, n7, n0, n7, n6, n0, n1 ) 60.36/62.02 ( n9, n5, n5, n0, n9, n1, n0 ) 60.36/62.02 ( n4, n0, n0, n0, n4, n0, n0 ) 60.36/62.02 ( n4, n0, n8, n8, n2, n0, n1 ) 60.36/62.02 ( n4, n1, n2, n3, n7, n0, n0 ) 60.36/62.02 ( n4, n6, n3, n9, n3, n0, n1 ) 60.36/62.02 ( n4, n6, n9, n5, n9, n1, n0 ) 60.36/62.02 ( n4, n2, n2, n4, n8, n0, n0 ) 60.36/62.02 ( n4, n4, n8, n2, n6, n1, n0 ) 60.36/62.02 ( n4, n8, n9, n7, n1, n1, n1 ) 60.36/62.02 ( n4, n7, n4, n1, n5, n1, n0 ) 60.36/62.02 ( n4, n5, n1, n6, n0, n0, n1 ) 60.36/62.02 ( n8, n1, n7, n8, n6, n0, n1 ) 60.36/62.02 ( n8, n2, n8, n0, n8, n1, n0 ) 60.36/62.02 ( n8, n3, n2, n5, n3, n0, n1 ) 60.36/62.02 ( n8, n9, n0, n9, n7, n0, n1 ) 60.36/62.02 ( n8, n9, n5, n4, n2, n1, n1 ) 60.36/62.02 ( n8, n4, n2, n6, n4, n0, n1 ) 60.36/62.02 ( n8, n4, n9, n3, n1, n1, n1 ) 60.36/62.02 ( n8, n8, n3, n1, n9, n1, n0 ) 60.36/62.02 ( n8, n8, n4, n2, n0, n1, n1 ) 60.36/62.02 ( n8, n5, n2, n7, n5, n0, n1 ) 60.36/62.02 ( n7, n1, n6, n7, n4, n0, n1 ) 60.36/62.02 ( n7, n6, n0, n6, n3, n0, n1 ) 60.36/62.02 ( n7, n6, n6, n2, n9, n1, n0 ) 60.36/62.02 ( n7, n2, n1, n3, n0, n0, n1 ) 60.36/62.02 ( n7, n2, n3, n5, n2, n0, n1 ) 60.36/62.02 ( n7, n2, n7, n9, n6, n0, n1 ) 60.36/62.02 ( n7, n4, n4, n8, n5, n0, n1 ) 60.36/62.02 ( n7, n8, n2, n0, n7, n1, n0 ) 60.36/62.02 ( n7, n7, n7, n4, n1, n1, n1 ) 60.36/62.02 ( n7, n5, n6, n1, n8, n1, n0 ) 60.36/62.02 ( n5, n0, n6, n6, n1, n0, n1 ) 60.36/62.02 ( n5, n1, n9, n0, n5, n1, n0 ) 60.36/62.02 ( n5, n6, n8, n4, n9, n1, n0 ) 60.36/62.02 ( n5, n2, n6, n8, n3, n0, n1 ) 60.36/62.02 ( n5, n2, n9, n1, n6, n1, n0 ) 60.36/62.02 ( n5, n9, n4, n3, n8, n1, n0 ) 60.36/62.02 ( n5, n9, n8, n7, n2, n1, n1 ) 60.36/62.02 ( n5, n8, n1, n9, n4, n0, n1 ) 60.36/62.02 ( n5, n8, n7, n5, n0, n1, n1 ) 60.36/62.02 ( n5, n7, n5, n2, n7, n1, n0 ) 60.36/62.02 ) 60.36/62.02 (instantiation (forall ((X $$unsorted) (Y $$unsorted) (Z $$unsorted) (RDN_X $$unsorted) (RDN_Y $$unsorted) (RDN_Z $$unsorted)) (or (not (rdn_translate Y (rdn_pos RDN_Y))) (not (rdn_translate Z (rdn_pos RDN_Z))) (not (rdn_add_with_carry (rdnn n0) RDN_X RDN_Y RDN_Z)) (not (rdn_translate X (rdn_pos RDN_X))) (sum X Y Z)) ) 60.36/62.02 ( n10, n10, n10, (rdn (rdnn n0) (rdnn n1)), (rdn (rdnn n0) (rdnn n1)), (rdn (rdnn n0) (rdnn n1)) ) 60.36/62.02 ( n0, n0, n0, (rdnn n0), (rdnn n0), (rdnn n0) ) 60.36/62.02 ( n1, n1, n1, (rdnn n1), (rdnn n1), (rdnn n1) ) 60.36/62.02 ( n6, n6, n6, (rdnn n6), (rdnn n6), (rdnn n6) ) 60.36/62.02 ( n2, n2, n2, (rdnn n2), (rdnn n2), (rdnn n2) ) 60.36/62.02 ( n3, n3, n3, (rdnn n3), (rdnn n3), (rdnn n3) ) 60.36/62.02 ( n9, n9, n9, (rdnn n9), (rdnn n9), (rdnn n9) ) 60.36/62.02 ( n4, n4, n4, (rdnn n4), (rdnn n4), (rdnn n4) ) 60.36/62.02 ( n8, n8, n8, (rdnn n8), (rdnn n8), (rdnn n8) ) 60.36/62.02 ( n100, n100, n100, (let ((_let_0 (rdnn n0))) (rdn _let_0 (rdn _let_0 (rdnn n1)))), (let ((_let_0 (rdnn n0))) (rdn _let_0 (rdn _let_0 (rdnn n1)))), (let ((_let_0 (rdnn n0))) (rdn _let_0 (rdn _let_0 (rdnn n1)))) ) 60.36/62.02 ( n7, n7, n7, (rdnn n7), (rdnn n7), (rdnn n7) ) 60.36/62.02 ( n5, n5, n5, (rdnn n5), (rdnn n5), (rdnn n5) ) 60.36/62.02 ( n56, n56, n56, (rdn (rdnn n6) (rdnn n5)), (rdn (rdnn n6) (rdnn n5)), (rdn (rdnn n6) (rdnn n5)) ) 60.36/62.02 ( n43, n43, n43, (rdn (rdnn n3) (rdnn n4)), (rdn (rdnn n3) (rdnn n4)), (rdn (rdnn n3) (rdnn n4)) ) 60.36/62.02 ( n85, n85, n85, (rdn (rdnn n5) (rdnn n8)), (rdn (rdnn n5) (rdnn n8)), (rdn (rdnn n5) (rdnn n8)) ) 60.36/62.02 ( n44, n44, n44, (let ((_let_0 (rdnn n4))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n4))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n4))) (rdn _let_0 _let_0)) ) 60.36/62.02 ( n71, n71, n71, (rdn (rdnn n1) (rdnn n7)), (rdn (rdnn n1) (rdnn n7)), (rdn (rdnn n1) (rdnn n7)) ) 60.36/62.02 ( n25, n25, n25, (rdn (rdnn n5) (rdnn n2)), (rdn (rdnn n5) (rdnn n2)), (rdn (rdnn n5) (rdnn n2)) ) 60.36/62.02 ( n26, n26, n26, (rdn (rdnn n6) (rdnn n2)), (rdn (rdnn n6) (rdnn n2)), (rdn (rdnn n6) (rdnn n2)) ) 60.36/62.02 ( n115, n115, n115, (let ((_let_0 (rdnn n1))) (rdn (rdnn n5) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n5) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n5) (rdn _let_0 _let_0))) ) 60.36/62.02 ( n81, n81, n81, (rdn (rdnn n1) (rdnn n8)), (rdn (rdnn n1) (rdnn n8)), (rdn (rdnn n1) (rdnn n8)) ) 60.36/62.02 ( n59, n59, n59, (rdn (rdnn n9) (rdnn n5)), (rdn (rdnn n9) (rdnn n5)), (rdn (rdnn n9) (rdnn n5)) ) 60.36/62.02 ( n126, n126, n126, (rdn (rdnn n6) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n6) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n6) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.02 ( n54, n54, n54, (rdn (rdnn n4) (rdnn n5)), (rdn (rdnn n4) (rdnn n5)), (rdn (rdnn n4) (rdnn n5)) ) 60.36/62.02 ( n57, n57, n57, (rdn (rdnn n7) (rdnn n5)), (rdn (rdnn n7) (rdnn n5)), (rdn (rdnn n7) (rdnn n5)) ) 60.36/62.02 ( n123, n123, n123, (rdn (rdnn n3) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n3) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n3) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.02 ( n96, n96, n96, (rdn (rdnn n6) (rdnn n9)), (rdn (rdnn n6) (rdnn n9)), (rdn (rdnn n6) (rdnn n9)) ) 60.36/62.02 ( n79, n79, n79, (rdn (rdnn n9) (rdnn n7)), (rdn (rdnn n9) (rdnn n7)), (rdn (rdnn n9) (rdnn n7)) ) 60.36/62.02 ( n94, n94, n94, (rdn (rdnn n4) (rdnn n9)), (rdn (rdnn n4) (rdnn n9)), (rdn (rdnn n4) (rdnn n9)) ) 60.36/62.02 ( n67, n67, n67, (rdn (rdnn n7) (rdnn n6)), (rdn (rdnn n7) (rdnn n6)), (rdn (rdnn n7) (rdnn n6)) ) 60.36/62.02 ( n60, n60, n60, (rdn (rdnn n0) (rdnn n6)), (rdn (rdnn n0) (rdnn n6)), (rdn (rdnn n0) (rdnn n6)) ) 60.36/62.02 ( n18, n18, n18, (rdn (rdnn n8) (rdnn n1)), (rdn (rdnn n8) (rdnn n1)), (rdn (rdnn n8) (rdnn n1)) ) 60.36/62.02 ( n13, n13, n13, (rdn (rdnn n3) (rdnn n1)), (rdn (rdnn n3) (rdnn n1)), (rdn (rdnn n3) (rdnn n1)) ) 60.36/62.02 ( n124, n124, n124, (rdn (rdnn n4) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n4) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n4) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.02 ( n110, n110, n110, (let ((_let_0 (rdnn n1))) (rdn (rdnn n0) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n0) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n0) (rdn _let_0 _let_0))) ) 60.36/62.02 ( n99, n99, n99, (let ((_let_0 (rdnn n9))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n9))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n9))) (rdn _let_0 _let_0)) ) 60.36/62.02 ( n46, n46, n46, (rdn (rdnn n6) (rdnn n4)), (rdn (rdnn n6) (rdnn n4)), (rdn (rdnn n6) (rdnn n4)) ) 60.36/62.02 ( n70, n70, n70, (rdn (rdnn n0) (rdnn n7)), (rdn (rdnn n0) (rdnn n7)), (rdn (rdnn n0) (rdnn n7)) ) 60.36/62.02 ( n55, n55, n55, (let ((_let_0 (rdnn n5))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n5))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n5))) (rdn _let_0 _let_0)) ) 60.36/62.02 ( n83, n83, n83, (rdn (rdnn n3) (rdnn n8)), (rdn (rdnn n3) (rdnn n8)), (rdn (rdnn n3) (rdnn n8)) ) 60.36/62.02 ( n76, n76, n76, (rdn (rdnn n6) (rdnn n7)), (rdn (rdnn n6) (rdnn n7)), (rdn (rdnn n6) (rdnn n7)) ) 60.36/62.02 ( n84, n84, n84, (rdn (rdnn n4) (rdnn n8)), (rdn (rdnn n4) (rdnn n8)), (rdn (rdnn n4) (rdnn n8)) ) 60.36/62.02 ( n23, n23, n23, (rdn (rdnn n3) (rdnn n2)), (rdn (rdnn n3) (rdnn n2)), (rdn (rdnn n3) (rdnn n2)) ) 60.36/62.02 ( n113, n113, n113, (let ((_let_0 (rdnn n1))) (rdn (rdnn n3) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n3) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n3) (rdn _let_0 _let_0))) ) 60.36/62.02 ( n102, n102, n102, (rdn (rdnn n2) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n2) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n2) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.02 ( n98, n98, n98, (rdn (rdnn n8) (rdnn n9)), (rdn (rdnn n8) (rdnn n9)), (rdn (rdnn n8) (rdnn n9)) ) 60.36/62.02 ( n36, n36, n36, (rdn (rdnn n6) (rdnn n3)), (rdn (rdnn n6) (rdnn n3)), (rdn (rdnn n6) (rdnn n3)) ) 60.36/62.02 ( n107, n107, n107, (rdn (rdnn n7) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n7) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n7) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.02 ( n33, n33, n33, (let ((_let_0 (rdnn n3))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n3))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n3))) (rdn _let_0 _let_0)) ) 60.36/62.02 ( n116, n116, n116, (let ((_let_0 (rdnn n1))) (rdn (rdnn n6) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n6) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n6) (rdn _let_0 _let_0))) ) 60.36/62.02 ( n39, n39, n39, (rdn (rdnn n9) (rdnn n3)), (rdn (rdnn n9) (rdnn n3)), (rdn (rdnn n9) (rdnn n3)) ) 60.36/62.02 ( n32, n32, n32, (rdn (rdnn n2) (rdnn n3)), (rdn (rdnn n2) (rdnn n3)), (rdn (rdnn n2) (rdnn n3)) ) 60.36/62.02 ( n118, n118, n118, (let ((_let_0 (rdnn n1))) (rdn (rdnn n8) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n8) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n8) (rdn _let_0 _let_0))) ) 60.36/62.03 ( n88, n88, n88, (let ((_let_0 (rdnn n8))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n8))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n8))) (rdn _let_0 _let_0)) ) 60.36/62.03 ( n104, n104, n104, (rdn (rdnn n4) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n4) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n4) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.03 ( n73, n73, n73, (rdn (rdnn n3) (rdnn n7)), (rdn (rdnn n3) (rdnn n7)), (rdn (rdnn n3) (rdnn n7)) ) 60.36/62.03 ( n58, n58, n58, (rdn (rdnn n8) (rdnn n5)), (rdn (rdnn n8) (rdnn n5)), (rdn (rdnn n8) (rdnn n5)) ) 60.36/62.03 ( n103, n103, n103, (rdn (rdnn n3) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n3) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n3) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.03 ( n93, n93, n93, (rdn (rdnn n3) (rdnn n9)), (rdn (rdnn n3) (rdnn n9)), (rdn (rdnn n3) (rdnn n9)) ) 60.36/62.03 ( n64, n64, n64, (rdn (rdnn n4) (rdnn n6)), (rdn (rdnn n4) (rdnn n6)), (rdn (rdnn n4) (rdnn n6)) ) 60.36/62.03 ( n66, n66, n66, (let ((_let_0 (rdnn n6))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n6))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n6))) (rdn _let_0 _let_0)) ) 60.36/62.03 ( n90, n90, n90, (rdn (rdnn n0) (rdnn n9)), (rdn (rdnn n0) (rdnn n9)), (rdn (rdnn n0) (rdnn n9)) ) 60.36/62.03 ( n50, n50, n50, (rdn (rdnn n0) (rdnn n5)), (rdn (rdnn n0) (rdnn n5)), (rdn (rdnn n0) (rdnn n5)) ) 60.36/62.03 ( n87, n87, n87, (rdn (rdnn n7) (rdnn n8)), (rdn (rdnn n7) (rdnn n8)), (rdn (rdnn n7) (rdnn n8)) ) 60.36/62.03 ( n24, n24, n24, (rdn (rdnn n4) (rdnn n2)), (rdn (rdnn n4) (rdnn n2)), (rdn (rdnn n4) (rdnn n2)) ) 60.36/62.03 ( n42, n42, n42, (rdn (rdnn n2) (rdnn n4)), (rdn (rdnn n2) (rdnn n4)), (rdn (rdnn n2) (rdnn n4)) ) 60.36/62.03 ( n21, n21, n21, (rdn (rdnn n1) (rdnn n2)), (rdn (rdnn n1) (rdnn n2)), (rdn (rdnn n1) (rdnn n2)) ) 60.36/62.03 ( n74, n74, n74, (rdn (rdnn n4) (rdnn n7)), (rdn (rdnn n4) (rdnn n7)), (rdn (rdnn n4) (rdnn n7)) ) 60.36/62.03 ( n62, n62, n62, (rdn (rdnn n2) (rdnn n6)), (rdn (rdnn n2) (rdnn n6)), (rdn (rdnn n2) (rdnn n6)) ) 60.36/62.03 ( n75, n75, n75, (rdn (rdnn n5) (rdnn n7)), (rdn (rdnn n5) (rdnn n7)), (rdn (rdnn n5) (rdnn n7)) ) 60.36/62.03 ( n77, n77, n77, (let ((_let_0 (rdnn n7))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n7))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n7))) (rdn _let_0 _let_0)) ) 60.36/62.03 ( n12, n12, n12, (rdn (rdnn n2) (rdnn n1)), (rdn (rdnn n2) (rdnn n1)), (rdn (rdnn n2) (rdnn n1)) ) 60.36/62.03 ( n45, n45, n45, (rdn (rdnn n5) (rdnn n4)), (rdn (rdnn n5) (rdnn n4)), (rdn (rdnn n5) (rdnn n4)) ) 60.36/62.03 ( n69, n69, n69, (rdn (rdnn n9) (rdnn n6)), (rdn (rdnn n9) (rdnn n6)), (rdn (rdnn n9) (rdnn n6)) ) 60.36/62.03 ( n47, n47, n47, (rdn (rdnn n7) (rdnn n4)), (rdn (rdnn n7) (rdnn n4)), (rdn (rdnn n7) (rdnn n4)) ) 60.36/62.03 ( n82, n82, n82, (rdn (rdnn n2) (rdnn n8)), (rdn (rdnn n2) (rdnn n8)), (rdn (rdnn n2) (rdnn n8)) ) 60.36/62.03 ( n63, n63, n63, (rdn (rdnn n3) (rdnn n6)), (rdn (rdnn n3) (rdnn n6)), (rdn (rdnn n3) (rdnn n6)) ) 60.36/62.03 ( n41, n41, n41, (rdn (rdnn n1) (rdnn n4)), (rdn (rdnn n1) (rdnn n4)), (rdn (rdnn n1) (rdnn n4)) ) 60.36/62.03 ( n120, n120, n120, (rdn (rdnn n0) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n0) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n0) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.03 ( n19, n19, n19, (rdn (rdnn n9) (rdnn n1)), (rdn (rdnn n9) (rdnn n1)), (rdn (rdnn n9) (rdnn n1)) ) 60.36/62.03 ( n95, n95, n95, (rdn (rdnn n5) (rdnn n9)), (rdn (rdnn n5) (rdnn n9)), (rdn (rdnn n5) (rdnn n9)) ) 60.36/62.03 ( n11, n11, n11, (let ((_let_0 (rdnn n1))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n1))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n1))) (rdn _let_0 _let_0)) ) 60.36/62.03 ( n31, n31, n31, (rdn (rdnn n1) (rdnn n3)), (rdn (rdnn n1) (rdnn n3)), (rdn (rdnn n1) (rdnn n3)) ) 60.36/62.03 ( n108, n108, n108, (rdn (rdnn n8) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n8) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n8) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.03 ( n97, n97, n97, (rdn (rdnn n7) (rdnn n9)), (rdn (rdnn n7) (rdnn n9)), (rdn (rdnn n7) (rdnn n9)) ) 60.36/62.03 ( n86, n86, n86, (rdn (rdnn n6) (rdnn n8)), (rdn (rdnn n6) (rdnn n8)), (rdn (rdnn n6) (rdnn n8)) ) 60.36/62.03 ( n78, n78, n78, (rdn (rdnn n8) (rdnn n7)), (rdn (rdnn n8) (rdnn n7)), (rdn (rdnn n8) (rdnn n7)) ) 60.36/62.03 ( n29, n29, n29, (rdn (rdnn n9) (rdnn n2)), (rdn (rdnn n9) (rdnn n2)), (rdn (rdnn n9) (rdnn n2)) ) 60.36/62.03 ( n49, n49, n49, (rdn (rdnn n9) (rdnn n4)), (rdn (rdnn n9) (rdnn n4)), (rdn (rdnn n9) (rdnn n4)) ) 60.36/62.03 ( n28, n28, n28, (rdn (rdnn n8) (rdnn n2)), (rdn (rdnn n8) (rdnn n2)), (rdn (rdnn n8) (rdnn n2)) ) 60.36/62.03 ( n48, n48, n48, (rdn (rdnn n8) (rdnn n4)), (rdn (rdnn n8) (rdnn n4)), (rdn (rdnn n8) (rdnn n4)) ) 60.36/62.03 ( n92, n92, n92, (rdn (rdnn n2) (rdnn n9)), (rdn (rdnn n2) (rdnn n9)), (rdn (rdnn n2) (rdnn n9)) ) 60.36/62.03 ( n105, n105, n105, (rdn (rdnn n5) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n5) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n5) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.03 ( n117, n117, n117, (let ((_let_0 (rdnn n1))) (rdn (rdnn n7) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n7) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n7) (rdn _let_0 _let_0))) ) 60.36/62.03 ( n51, n51, n51, (rdn (rdnn n1) (rdnn n5)), (rdn (rdnn n1) (rdnn n5)), (rdn (rdnn n1) (rdnn n5)) ) 60.36/62.03 ( n14, n14, n14, (rdn (rdnn n4) (rdnn n1)), (rdn (rdnn n4) (rdnn n1)), (rdn (rdnn n4) (rdnn n1)) ) 60.36/62.03 ( n122, n122, n122, (let ((_let_0 (rdnn n2))) (rdn _let_0 (rdn _let_0 (rdnn n1)))), (let ((_let_0 (rdnn n2))) (rdn _let_0 (rdn _let_0 (rdnn n1)))), (let ((_let_0 (rdnn n2))) (rdn _let_0 (rdn _let_0 (rdnn n1)))) ) 60.36/62.03 ( n121, n121, n121, (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n2) _let_0))), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n2) _let_0))), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n2) _let_0))) ) 60.36/62.03 ( n125, n125, n125, (rdn (rdnn n5) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n5) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n5) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.03 ( n16, n16, n16, (rdn (rdnn n6) (rdnn n1)), (rdn (rdnn n6) (rdnn n1)), (rdn (rdnn n6) (rdnn n1)) ) 60.36/62.03 ( n61, n61, n61, (rdn (rdnn n1) (rdnn n6)), (rdn (rdnn n1) (rdnn n6)), (rdn (rdnn n1) (rdnn n6)) ) 60.36/62.03 ( n53, n53, n53, (rdn (rdnn n3) (rdnn n5)), (rdn (rdnn n3) (rdnn n5)), (rdn (rdnn n3) (rdnn n5)) ) 60.36/62.03 ( n52, n52, n52, (rdn (rdnn n2) (rdnn n5)), (rdn (rdnn n2) (rdnn n5)), (rdn (rdnn n2) (rdnn n5)) ) 60.36/62.03 ( n101, n101, n101, (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n0) _let_0))), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n0) _let_0))), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n0) _let_0))) ) 60.36/62.03 ( n106, n106, n106, (rdn (rdnn n6) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n6) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n6) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.03 ( n68, n68, n68, (rdn (rdnn n8) (rdnn n6)), (rdn (rdnn n8) (rdnn n6)), (rdn (rdnn n8) (rdnn n6)) ) 60.36/62.03 ( n111, n111, n111, (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn _let_0 _let_0))) ) 60.36/62.03 ( n80, n80, n80, (rdn (rdnn n0) (rdnn n8)), (rdn (rdnn n0) (rdnn n8)), (rdn (rdnn n0) (rdnn n8)) ) 60.36/62.03 ( n22, n22, n22, (let ((_let_0 (rdnn n2))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n2))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n2))) (rdn _let_0 _let_0)) ) 60.36/62.03 ( n17, n17, n17, (rdn (rdnn n7) (rdnn n1)), (rdn (rdnn n7) (rdnn n1)), (rdn (rdnn n7) (rdnn n1)) ) 60.36/62.03 ( n89, n89, n89, (rdn (rdnn n9) (rdnn n8)), (rdn (rdnn n9) (rdnn n8)), (rdn (rdnn n9) (rdnn n8)) ) 60.36/62.03 ( n127, n127, n127, (rdn (rdnn n7) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n7) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n7) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.03 ( n38, n38, n38, (rdn (rdnn n8) (rdnn n3)), (rdn (rdnn n8) (rdnn n3)), (rdn (rdnn n8) (rdnn n3)) ) 60.36/62.03 ( n65, n65, n65, (rdn (rdnn n5) (rdnn n6)), (rdn (rdnn n5) (rdnn n6)), (rdn (rdnn n5) (rdnn n6)) ) 60.36/62.03 ( n112, n112, n112, (let ((_let_0 (rdnn n1))) (rdn (rdnn n2) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n2) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n2) (rdn _let_0 _let_0))) ) 60.36/62.03 ( n37, n37, n37, (rdn (rdnn n7) (rdnn n3)), (rdn (rdnn n7) (rdnn n3)), (rdn (rdnn n7) (rdnn n3)) ) 60.36/62.03 ( n40, n40, n40, (rdn (rdnn n0) (rdnn n4)), (rdn (rdnn n0) (rdnn n4)), (rdn (rdnn n0) (rdnn n4)) ) 60.36/62.03 ( n91, n91, n91, (rdn (rdnn n1) (rdnn n9)), (rdn (rdnn n1) (rdnn n9)), (rdn (rdnn n1) (rdnn n9)) ) 60.36/62.03 ( n114, n114, n114, (let ((_let_0 (rdnn n1))) (rdn (rdnn n4) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n4) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n4) (rdn _let_0 _let_0))) ) 60.36/62.03 ( n119, n119, n119, (let ((_let_0 (rdnn n1))) (rdn (rdnn n9) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n9) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n9) (rdn _let_0 _let_0))) ) 60.36/62.03 ( n20, n20, n20, (rdn (rdnn n0) (rdnn n2)), (rdn (rdnn n0) (rdnn n2)), (rdn (rdnn n0) (rdnn n2)) ) 60.36/62.03 ( n34, n34, n34, (rdn (rdnn n4) (rdnn n3)), (rdn (rdnn n4) (rdnn n3)), (rdn (rdnn n4) (rdnn n3)) ) 60.36/62.03 ( n35, n35, n35, (rdn (rdnn n5) (rdnn n3)), (rdn (rdnn n5) (rdnn n3)), (rdn (rdnn n5) (rdnn n3)) ) 60.36/62.03 ( n30, n30, n30, (rdn (rdnn n0) (rdnn n3)), (rdn (rdnn n0) (rdnn n3)), (rdn (rdnn n0) (rdnn n3)) ) 60.36/62.03 ( n72, n72, n72, (rdn (rdnn n2) (rdnn n7)), (rdn (rdnn n2) (rdnn n7)), (rdn (rdnn n2) (rdnn n7)) ) 60.36/62.03 ( n27, n27, n27, (rdn (rdnn n7) (rdnn n2)), (rdn (rdnn n7) (rdnn n2)), (rdn (rdnn n7) (rdnn n2)) ) 60.36/62.03 ( n15, n15, n15, (rdn (rdnn n5) (rdnn n1)), (rdn (rdnn n5) (rdnn n1)), (rdn (rdnn n5) (rdnn n1)) ) 60.36/62.03 ( n109, n109, n109, (rdn (rdnn n9) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n9) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n9) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.03 ) 60.36/62.03 (instantiation (forall ((POS_X $$unsorted) (NEG_X $$unsorted) (RDN_X $$unsorted)) (or (not (rdn_translate NEG_X (rdn_neg RDN_X))) (not (rdn_translate POS_X (rdn_pos RDN_X))) (sum POS_X NEG_X n0)) ) 60.36/62.03 ( n10, nn10, (rdn (rdnn n0) (rdnn n1)) ) 60.36/62.03 ( n1, nn1, (rdnn n1) ) 60.36/62.03 ( n6, nn6, (rdnn n6) ) 60.36/62.03 ( n2, nn2, (rdnn n2) ) 60.36/62.03 ( n3, nn3, (rdnn n3) ) 60.36/62.03 ( n9, nn9, (rdnn n9) ) 60.36/62.03 ( n4, nn4, (rdnn n4) ) 60.36/62.03 ( n8, nn8, (rdnn n8) ) 60.36/62.03 ( n100, nn100, (let ((_let_0 (rdnn n0))) (rdn _let_0 (rdn _let_0 (rdnn n1)))) ) 60.36/62.03 ( n7, nn7, (rdnn n7) ) 60.36/62.03 ( n5, nn5, (rdnn n5) ) 60.36/62.03 ( n56, nn56, (rdn (rdnn n6) (rdnn n5)) ) 60.36/62.03 ( n43, nn43, (rdn (rdnn n3) (rdnn n4)) ) 60.36/62.03 ( n85, nn85, (rdn (rdnn n5) (rdnn n8)) ) 60.36/62.03 ( n44, nn44, (let ((_let_0 (rdnn n4))) (rdn _let_0 _let_0)) ) 60.36/62.03 ( n71, nn71, (rdn (rdnn n1) (rdnn n7)) ) 60.36/62.03 ( n25, nn25, (rdn (rdnn n5) (rdnn n2)) ) 60.36/62.03 ( n26, nn26, (rdn (rdnn n6) (rdnn n2)) ) 60.36/62.03 ( n115, nn115, (let ((_let_0 (rdnn n1))) (rdn (rdnn n5) (rdn _let_0 _let_0))) ) 60.36/62.03 ( n81, nn81, (rdn (rdnn n1) (rdnn n8)) ) 60.36/62.03 ( n59, nn59, (rdn (rdnn n9) (rdnn n5)) ) 60.36/62.03 ( n126, nn126, (rdn (rdnn n6) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.03 ( n54, nn54, (rdn (rdnn n4) (rdnn n5)) ) 60.36/62.03 ( n57, nn57, (rdn (rdnn n7) (rdnn n5)) ) 60.36/62.03 ( n123, nn123, (rdn (rdnn n3) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.03 ( n96, nn96, (rdn (rdnn n6) (rdnn n9)) ) 60.36/62.03 ( n79, nn79, (rdn (rdnn n9) (rdnn n7)) ) 60.36/62.03 ( n94, nn94, (rdn (rdnn n4) (rdnn n9)) ) 60.36/62.03 ( n67, nn67, (rdn (rdnn n7) (rdnn n6)) ) 60.36/62.03 ( n60, nn60, (rdn (rdnn n0) (rdnn n6)) ) 60.36/62.03 ( n18, nn18, (rdn (rdnn n8) (rdnn n1)) ) 60.36/62.03 ( n13, nn13, (rdn (rdnn n3) (rdnn n1)) ) 60.36/62.03 ( n124, nn124, (rdn (rdnn n4) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.03 ( n110, nn110, (let ((_let_0 (rdnn n1))) (rdn (rdnn n0) (rdn _let_0 _let_0))) ) 60.36/62.03 ( n99, nn99, (let ((_let_0 (rdnn n9))) (rdn _let_0 _let_0)) ) 60.36/62.03 ( n46, nn46, (rdn (rdnn n6) (rdnn n4)) ) 60.36/62.03 ( n70, nn70, (rdn (rdnn n0) (rdnn n7)) ) 60.36/62.03 ( n55, nn55, (let ((_let_0 (rdnn n5))) (rdn _let_0 _let_0)) ) 60.36/62.03 ( n83, nn83, (rdn (rdnn n3) (rdnn n8)) ) 60.36/62.03 ( n76, nn76, (rdn (rdnn n6) (rdnn n7)) ) 60.36/62.03 ( n84, nn84, (rdn (rdnn n4) (rdnn n8)) ) 60.36/62.03 ( n23, nn23, (rdn (rdnn n3) (rdnn n2)) ) 60.36/62.03 ( n113, nn113, (let ((_let_0 (rdnn n1))) (rdn (rdnn n3) (rdn _let_0 _let_0))) ) 60.36/62.03 ( n102, nn102, (rdn (rdnn n2) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.03 ( n98, nn98, (rdn (rdnn n8) (rdnn n9)) ) 60.36/62.03 ( n36, nn36, (rdn (rdnn n6) (rdnn n3)) ) 60.36/62.03 ( n107, nn107, (rdn (rdnn n7) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.03 ( n33, nn33, (let ((_let_0 (rdnn n3))) (rdn _let_0 _let_0)) ) 60.36/62.03 ( n116, nn116, (let ((_let_0 (rdnn n1))) (rdn (rdnn n6) (rdn _let_0 _let_0))) ) 60.36/62.03 ( n39, nn39, (rdn (rdnn n9) (rdnn n3)) ) 60.36/62.03 ( n32, nn32, (rdn (rdnn n2) (rdnn n3)) ) 60.36/62.03 ( n118, nn118, (let ((_let_0 (rdnn n1))) (rdn (rdnn n8) (rdn _let_0 _let_0))) ) 60.36/62.03 ( n88, nn88, (let ((_let_0 (rdnn n8))) (rdn _let_0 _let_0)) ) 60.36/62.03 ( n104, nn104, (rdn (rdnn n4) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.03 ( n73, nn73, (rdn (rdnn n3) (rdnn n7)) ) 60.36/62.03 ( n58, nn58, (rdn (rdnn n8) (rdnn n5)) ) 60.36/62.03 ( n103, nn103, (rdn (rdnn n3) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.03 ( n93, nn93, (rdn (rdnn n3) (rdnn n9)) ) 60.36/62.03 ( n64, nn64, (rdn (rdnn n4) (rdnn n6)) ) 60.36/62.03 ( n66, nn66, (let ((_let_0 (rdnn n6))) (rdn _let_0 _let_0)) ) 60.36/62.03 ( n90, nn90, (rdn (rdnn n0) (rdnn n9)) ) 60.36/62.03 ( n50, nn50, (rdn (rdnn n0) (rdnn n5)) ) 60.36/62.03 ( n87, nn87, (rdn (rdnn n7) (rdnn n8)) ) 60.36/62.03 ( n24, nn24, (rdn (rdnn n4) (rdnn n2)) ) 60.36/62.03 ( n42, nn42, (rdn (rdnn n2) (rdnn n4)) ) 60.36/62.03 ( n21, nn21, (rdn (rdnn n1) (rdnn n2)) ) 60.36/62.03 ( n74, nn74, (rdn (rdnn n4) (rdnn n7)) ) 60.36/62.03 ( n62, nn62, (rdn (rdnn n2) (rdnn n6)) ) 60.36/62.03 ( n75, nn75, (rdn (rdnn n5) (rdnn n7)) ) 60.36/62.03 ( n77, nn77, (let ((_let_0 (rdnn n7))) (rdn _let_0 _let_0)) ) 60.36/62.03 ( n12, nn12, (rdn (rdnn n2) (rdnn n1)) ) 60.36/62.03 ( n45, nn45, (rdn (rdnn n5) (rdnn n4)) ) 60.36/62.03 ( n69, nn69, (rdn (rdnn n9) (rdnn n6)) ) 60.36/62.03 ( n47, nn47, (rdn (rdnn n7) (rdnn n4)) ) 60.36/62.03 ( n82, nn82, (rdn (rdnn n2) (rdnn n8)) ) 60.36/62.03 ( n63, nn63, (rdn (rdnn n3) (rdnn n6)) ) 60.36/62.03 ( n41, nn41, (rdn (rdnn n1) (rdnn n4)) ) 60.36/62.03 ( n120, nn120, (rdn (rdnn n0) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.03 ( n19, nn19, (rdn (rdnn n9) (rdnn n1)) ) 60.36/62.03 ( n95, nn95, (rdn (rdnn n5) (rdnn n9)) ) 60.36/62.03 ( n11, nn11, (let ((_let_0 (rdnn n1))) (rdn _let_0 _let_0)) ) 60.36/62.03 ( n31, nn31, (rdn (rdnn n1) (rdnn n3)) ) 60.36/62.03 ( n108, nn108, (rdn (rdnn n8) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.03 ( n97, nn97, (rdn (rdnn n7) (rdnn n9)) ) 60.36/62.03 ( n86, nn86, (rdn (rdnn n6) (rdnn n8)) ) 60.36/62.03 ( n78, nn78, (rdn (rdnn n8) (rdnn n7)) ) 60.36/62.03 ( n29, nn29, (rdn (rdnn n9) (rdnn n2)) ) 60.36/62.03 ( n49, nn49, (rdn (rdnn n9) (rdnn n4)) ) 60.36/62.03 ( n28, nn28, (rdn (rdnn n8) (rdnn n2)) ) 60.36/62.03 ( n48, nn48, (rdn (rdnn n8) (rdnn n4)) ) 60.36/62.03 ( n92, nn92, (rdn (rdnn n2) (rdnn n9)) ) 60.36/62.03 ( n105, nn105, (rdn (rdnn n5) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.04 ( n117, nn117, (let ((_let_0 (rdnn n1))) (rdn (rdnn n7) (rdn _let_0 _let_0))) ) 60.36/62.04 ( n51, nn51, (rdn (rdnn n1) (rdnn n5)) ) 60.36/62.04 ( n14, nn14, (rdn (rdnn n4) (rdnn n1)) ) 60.36/62.04 ( n122, nn122, (let ((_let_0 (rdnn n2))) (rdn _let_0 (rdn _let_0 (rdnn n1)))) ) 60.36/62.04 ( n121, nn121, (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n2) _let_0))) ) 60.36/62.04 ( n125, nn125, (rdn (rdnn n5) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.04 ( n16, nn16, (rdn (rdnn n6) (rdnn n1)) ) 60.36/62.04 ( n61, nn61, (rdn (rdnn n1) (rdnn n6)) ) 60.36/62.04 ( n53, nn53, (rdn (rdnn n3) (rdnn n5)) ) 60.36/62.04 ( n52, nn52, (rdn (rdnn n2) (rdnn n5)) ) 60.36/62.04 ( n101, nn101, (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n0) _let_0))) ) 60.36/62.04 ( n106, nn106, (rdn (rdnn n6) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.04 ( n68, nn68, (rdn (rdnn n8) (rdnn n6)) ) 60.36/62.04 ( n111, nn111, (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn _let_0 _let_0))) ) 60.36/62.04 ( n80, nn80, (rdn (rdnn n0) (rdnn n8)) ) 60.36/62.04 ( n22, nn22, (let ((_let_0 (rdnn n2))) (rdn _let_0 _let_0)) ) 60.36/62.04 ( n17, nn17, (rdn (rdnn n7) (rdnn n1)) ) 60.36/62.04 ( n89, nn89, (rdn (rdnn n9) (rdnn n8)) ) 60.36/62.04 ( n127, nn127, (rdn (rdnn n7) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.04 ( n38, nn38, (rdn (rdnn n8) (rdnn n3)) ) 60.36/62.04 ( n65, nn65, (rdn (rdnn n5) (rdnn n6)) ) 60.36/62.04 ( n112, nn112, (let ((_let_0 (rdnn n1))) (rdn (rdnn n2) (rdn _let_0 _let_0))) ) 60.36/62.04 ( n37, nn37, (rdn (rdnn n7) (rdnn n3)) ) 60.36/62.04 ( n40, nn40, (rdn (rdnn n0) (rdnn n4)) ) 60.36/62.04 ( n91, nn91, (rdn (rdnn n1) (rdnn n9)) ) 60.36/62.04 ( n114, nn114, (let ((_let_0 (rdnn n1))) (rdn (rdnn n4) (rdn _let_0 _let_0))) ) 60.36/62.04 ( n119, nn119, (let ((_let_0 (rdnn n1))) (rdn (rdnn n9) (rdn _let_0 _let_0))) ) 60.36/62.04 ( n20, nn20, (rdn (rdnn n0) (rdnn n2)) ) 60.36/62.04 ( n34, nn34, (rdn (rdnn n4) (rdnn n3)) ) 60.36/62.04 ( n35, nn35, (rdn (rdnn n5) (rdnn n3)) ) 60.36/62.04 ( n30, nn30, (rdn (rdnn n0) (rdnn n3)) ) 60.36/62.04 ( n72, nn72, (rdn (rdnn n2) (rdnn n7)) ) 60.36/62.04 ( n27, nn27, (rdn (rdnn n7) (rdnn n2)) ) 60.36/62.04 ( n15, nn15, (rdn (rdnn n5) (rdnn n1)) ) 60.36/62.04 ( n109, nn109, (rdn (rdnn n9) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.04 ) 60.36/62.04 (instantiation (forall ((X $$unsorted) (Y $$unsorted) (Z $$unsorted) (RDN_X $$unsorted) (RDN_Y $$unsorted) (RDN_Z $$unsorted)) (or (not (rdn_translate X (rdn_neg RDN_X))) (not (rdn_translate Y (rdn_neg RDN_Y))) (not (rdn_add_with_carry (rdnn n0) RDN_X RDN_Y RDN_Z)) (not (rdn_translate Z (rdn_neg RDN_Z))) (sum X Y Z)) ) 60.36/62.04 ( nn26, nn26, nn26, (rdn (rdnn n6) (rdnn n2)), (rdn (rdnn n6) (rdnn n2)), (rdn (rdnn n6) (rdnn n2)) ) 60.36/62.04 ( nn113, nn113, nn113, (let ((_let_0 (rdnn n1))) (rdn (rdnn n3) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n3) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n3) (rdn _let_0 _let_0))) ) 60.36/62.04 ( nn69, nn69, nn69, (rdn (rdnn n9) (rdnn n6)), (rdn (rdnn n9) (rdnn n6)), (rdn (rdnn n9) (rdnn n6)) ) 60.36/62.04 ( nn84, nn84, nn84, (rdn (rdnn n4) (rdnn n8)), (rdn (rdnn n4) (rdnn n8)), (rdn (rdnn n4) (rdnn n8)) ) 60.36/62.04 ( nn29, nn29, nn29, (rdn (rdnn n9) (rdnn n2)), (rdn (rdnn n9) (rdnn n2)), (rdn (rdnn n9) (rdnn n2)) ) 60.36/62.04 ( nn77, nn77, nn77, (let ((_let_0 (rdnn n7))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n7))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n7))) (rdn _let_0 _let_0)) ) 60.36/62.04 ( nn86, nn86, nn86, (rdn (rdnn n6) (rdnn n8)), (rdn (rdnn n6) (rdnn n8)), (rdn (rdnn n6) (rdnn n8)) ) 60.36/62.04 ( nn66, nn66, nn66, (let ((_let_0 (rdnn n6))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n6))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n6))) (rdn _let_0 _let_0)) ) 60.36/62.04 ( nn15, nn15, nn15, (rdn (rdnn n5) (rdnn n1)), (rdn (rdnn n5) (rdnn n1)), (rdn (rdnn n5) (rdnn n1)) ) 60.36/62.04 ( nn57, nn57, nn57, (rdn (rdnn n7) (rdnn n5)), (rdn (rdnn n7) (rdnn n5)), (rdn (rdnn n7) (rdnn n5)) ) 60.36/62.04 ( nn13, nn13, nn13, (rdn (rdnn n3) (rdnn n1)), (rdn (rdnn n3) (rdnn n1)), (rdn (rdnn n3) (rdnn n1)) ) 60.36/62.04 ( nn87, nn87, nn87, (rdn (rdnn n7) (rdnn n8)), (rdn (rdnn n7) (rdnn n8)), (rdn (rdnn n7) (rdnn n8)) ) 60.36/62.04 ( nn1, nn1, nn1, (rdnn n1), (rdnn n1), (rdnn n1) ) 60.36/62.04 ( nn110, nn110, nn110, (let ((_let_0 (rdnn n1))) (rdn (rdnn n0) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n0) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n0) (rdn _let_0 _let_0))) ) 60.36/62.04 ( nn62, nn62, nn62, (rdn (rdnn n2) (rdnn n6)), (rdn (rdnn n2) (rdnn n6)), (rdn (rdnn n2) (rdnn n6)) ) 60.36/62.04 ( nn33, nn33, nn33, (let ((_let_0 (rdnn n3))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n3))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n3))) (rdn _let_0 _let_0)) ) 60.36/62.04 ( nn89, nn89, nn89, (rdn (rdnn n9) (rdnn n8)), (rdn (rdnn n9) (rdnn n8)), (rdn (rdnn n9) (rdnn n8)) ) 60.36/62.04 ( nn101, nn101, nn101, (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n0) _let_0))), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n0) _let_0))), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n0) _let_0))) ) 60.36/62.04 ( nn60, nn60, nn60, (rdn (rdnn n0) (rdnn n6)), (rdn (rdnn n0) (rdnn n6)), (rdn (rdnn n0) (rdnn n6)) ) 60.36/62.04 ( nn72, nn72, nn72, (rdn (rdnn n2) (rdnn n7)), (rdn (rdnn n2) (rdnn n7)), (rdn (rdnn n2) (rdnn n7)) ) 60.36/62.04 ( nn46, nn46, nn46, (rdn (rdnn n6) (rdnn n4)), (rdn (rdnn n6) (rdnn n4)), (rdn (rdnn n6) (rdnn n4)) ) 60.36/62.04 ( nn119, nn119, nn119, (let ((_let_0 (rdnn n1))) (rdn (rdnn n9) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n9) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n9) (rdn _let_0 _let_0))) ) 60.36/62.04 ( nn105, nn105, nn105, (rdn (rdnn n5) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n5) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n5) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.04 ( nn25, nn25, nn25, (rdn (rdnn n5) (rdnn n2)), (rdn (rdnn n5) (rdnn n2)), (rdn (rdnn n5) (rdnn n2)) ) 60.36/62.04 ( nn51, nn51, nn51, (rdn (rdnn n1) (rdnn n5)), (rdn (rdnn n1) (rdnn n5)), (rdn (rdnn n1) (rdnn n5)) ) 60.36/62.04 ( nn6, nn6, nn6, (rdnn n6), (rdnn n6), (rdnn n6) ) 60.36/62.04 ( nn21, nn21, nn21, (rdn (rdnn n1) (rdnn n2)), (rdn (rdnn n1) (rdnn n2)), (rdn (rdnn n1) (rdnn n2)) ) 60.36/62.04 ( nn100, nn100, nn100, (let ((_let_0 (rdnn n0))) (rdn _let_0 (rdn _let_0 (rdnn n1)))), (let ((_let_0 (rdnn n0))) (rdn _let_0 (rdn _let_0 (rdnn n1)))), (let ((_let_0 (rdnn n0))) (rdn _let_0 (rdn _let_0 (rdnn n1)))) ) 60.36/62.04 ( nn75, nn75, nn75, (rdn (rdnn n5) (rdnn n7)), (rdn (rdnn n5) (rdnn n7)), (rdn (rdnn n5) (rdnn n7)) ) 60.36/62.04 ( nn125, nn125, nn125, (rdn (rdnn n5) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n5) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n5) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.04 ( nn98, nn98, nn98, (rdn (rdnn n8) (rdnn n9)), (rdn (rdnn n8) (rdnn n9)), (rdn (rdnn n8) (rdnn n9)) ) 60.36/62.04 ( nn97, nn97, nn97, (rdn (rdnn n7) (rdnn n9)), (rdn (rdnn n7) (rdnn n9)), (rdn (rdnn n7) (rdnn n9)) ) 60.36/62.04 ( nn48, nn48, nn48, (rdn (rdnn n8) (rdnn n4)), (rdn (rdnn n8) (rdnn n4)), (rdn (rdnn n8) (rdnn n4)) ) 60.36/62.04 ( nn18, nn18, nn18, (rdn (rdnn n8) (rdnn n1)), (rdn (rdnn n8) (rdnn n1)), (rdn (rdnn n8) (rdnn n1)) ) 60.36/62.04 ( nn126, nn126, nn126, (rdn (rdnn n6) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n6) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n6) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.04 ( nn36, nn36, nn36, (rdn (rdnn n6) (rdnn n3)), (rdn (rdnn n6) (rdnn n3)), (rdn (rdnn n6) (rdnn n3)) ) 60.36/62.04 ( nn41, nn41, nn41, (rdn (rdnn n1) (rdnn n4)), (rdn (rdnn n1) (rdnn n4)), (rdn (rdnn n1) (rdnn n4)) ) 60.36/62.04 ( nn5, nn5, nn5, (rdnn n5), (rdnn n5), (rdnn n5) ) 60.36/62.04 ( nn128, nn128, nn128, (rdn (rdnn n8) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n8) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n8) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.04 ( nn64, nn64, nn64, (rdn (rdnn n4) (rdnn n6)), (rdn (rdnn n4) (rdnn n6)), (rdn (rdnn n4) (rdnn n6)) ) 60.36/62.04 ( nn27, nn27, nn27, (rdn (rdnn n7) (rdnn n2)), (rdn (rdnn n7) (rdnn n2)), (rdn (rdnn n7) (rdnn n2)) ) 60.36/62.04 ( nn61, nn61, nn61, (rdn (rdnn n1) (rdnn n6)), (rdn (rdnn n1) (rdnn n6)), (rdn (rdnn n1) (rdnn n6)) ) 60.36/62.04 ( nn96, nn96, nn96, (rdn (rdnn n6) (rdnn n9)), (rdn (rdnn n6) (rdnn n9)), (rdn (rdnn n6) (rdnn n9)) ) 60.36/62.04 ( nn8, nn8, nn8, (rdnn n8), (rdnn n8), (rdnn n8) ) 60.36/62.04 ( nn91, nn91, nn91, (rdn (rdnn n1) (rdnn n9)), (rdn (rdnn n1) (rdnn n9)), (rdn (rdnn n1) (rdnn n9)) ) 60.36/62.04 ( nn32, nn32, nn32, (rdn (rdnn n2) (rdnn n3)), (rdn (rdnn n2) (rdnn n3)), (rdn (rdnn n2) (rdnn n3)) ) 60.36/62.04 ( nn108, nn108, nn108, (rdn (rdnn n8) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n8) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n8) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.04 ( nn88, nn88, nn88, (let ((_let_0 (rdnn n8))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n8))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n8))) (rdn _let_0 _let_0)) ) 60.36/62.04 ( nn111, nn111, nn111, (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn _let_0 _let_0))) ) 60.36/62.04 ( nn116, nn116, nn116, (let ((_let_0 (rdnn n1))) (rdn (rdnn n6) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n6) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n6) (rdn _let_0 _let_0))) ) 60.36/62.04 ( nn19, nn19, nn19, (rdn (rdnn n9) (rdnn n1)), (rdn (rdnn n9) (rdnn n1)), (rdn (rdnn n9) (rdnn n1)) ) 60.36/62.04 ( nn121, nn121, nn121, (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n2) _let_0))), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n2) _let_0))), (let ((_let_0 (rdnn n1))) (rdn _let_0 (rdn (rdnn n2) _let_0))) ) 60.36/62.04 ( nn90, nn90, nn90, (rdn (rdnn n0) (rdnn n9)), (rdn (rdnn n0) (rdnn n9)), (rdn (rdnn n0) (rdnn n9)) ) 60.36/62.04 ( nn40, nn40, nn40, (rdn (rdnn n0) (rdnn n4)), (rdn (rdnn n0) (rdnn n4)), (rdn (rdnn n0) (rdnn n4)) ) 60.36/62.04 ( nn112, nn112, nn112, (let ((_let_0 (rdnn n1))) (rdn (rdnn n2) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n2) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n2) (rdn _let_0 _let_0))) ) 60.36/62.04 ( nn122, nn122, nn122, (let ((_let_0 (rdnn n2))) (rdn _let_0 (rdn _let_0 (rdnn n1)))), (let ((_let_0 (rdnn n2))) (rdn _let_0 (rdn _let_0 (rdnn n1)))), (let ((_let_0 (rdnn n2))) (rdn _let_0 (rdn _let_0 (rdnn n1)))) ) 60.36/62.04 ( nn17, nn17, nn17, (rdn (rdnn n7) (rdnn n1)), (rdn (rdnn n7) (rdnn n1)), (rdn (rdnn n7) (rdnn n1)) ) 60.36/62.04 ( nn34, nn34, nn34, (rdn (rdnn n4) (rdnn n3)), (rdn (rdnn n4) (rdnn n3)), (rdn (rdnn n4) (rdnn n3)) ) 60.36/62.04 ( nn67, nn67, nn67, (rdn (rdnn n7) (rdnn n6)), (rdn (rdnn n7) (rdnn n6)), (rdn (rdnn n7) (rdnn n6)) ) 60.36/62.04 ( nn31, nn31, nn31, (rdn (rdnn n1) (rdnn n3)), (rdn (rdnn n1) (rdnn n3)), (rdn (rdnn n1) (rdnn n3)) ) 60.36/62.04 ( nn114, nn114, nn114, (let ((_let_0 (rdnn n1))) (rdn (rdnn n4) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n4) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n4) (rdn _let_0 _let_0))) ) 60.36/62.04 ( nn16, nn16, nn16, (rdn (rdnn n6) (rdnn n1)), (rdn (rdnn n6) (rdnn n1)), (rdn (rdnn n6) (rdnn n1)) ) 60.36/62.04 ( nn120, nn120, nn120, (rdn (rdnn n0) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n0) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n0) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.04 ( nn37, nn37, nn37, (rdn (rdnn n7) (rdnn n3)), (rdn (rdnn n7) (rdnn n3)), (rdn (rdnn n7) (rdnn n3)) ) 60.36/62.04 ( nn39, nn39, nn39, (rdn (rdnn n9) (rdnn n3)), (rdn (rdnn n9) (rdnn n3)), (rdn (rdnn n9) (rdnn n3)) ) 60.36/62.04 ( nn82, nn82, nn82, (rdn (rdnn n2) (rdnn n8)), (rdn (rdnn n2) (rdnn n8)), (rdn (rdnn n2) (rdnn n8)) ) 60.36/62.04 ( nn56, nn56, nn56, (rdn (rdnn n6) (rdnn n5)), (rdn (rdnn n6) (rdnn n5)), (rdn (rdnn n6) (rdnn n5)) ) 60.36/62.04 ( nn93, nn93, nn93, (rdn (rdnn n3) (rdnn n9)), (rdn (rdnn n3) (rdnn n9)), (rdn (rdnn n3) (rdnn n9)) ) 60.36/62.04 ( nn9, nn9, nn9, (rdnn n9), (rdnn n9), (rdnn n9) ) 60.36/62.04 ( nn106, nn106, nn106, (rdn (rdnn n6) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n6) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n6) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.04 ( nn80, nn80, nn80, (rdn (rdnn n0) (rdnn n8)), (rdn (rdnn n0) (rdnn n8)), (rdn (rdnn n0) (rdnn n8)) ) 60.36/62.04 ( nn23, nn23, nn23, (rdn (rdnn n3) (rdnn n2)), (rdn (rdnn n3) (rdnn n2)), (rdn (rdnn n3) (rdnn n2)) ) 60.36/62.04 ( nn74, nn74, nn74, (rdn (rdnn n4) (rdnn n7)), (rdn (rdnn n4) (rdnn n7)), (rdn (rdnn n4) (rdnn n7)) ) 60.36/62.04 ( nn95, nn95, nn95, (rdn (rdnn n5) (rdnn n9)), (rdn (rdnn n5) (rdnn n9)), (rdn (rdnn n5) (rdnn n9)) ) 60.36/62.04 ( nn85, nn85, nn85, (rdn (rdnn n5) (rdnn n8)), (rdn (rdnn n5) (rdnn n8)), (rdn (rdnn n5) (rdnn n8)) ) 60.36/62.04 ( nn44, nn44, nn44, (let ((_let_0 (rdnn n4))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n4))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n4))) (rdn _let_0 _let_0)) ) 60.36/62.04 ( nn73, nn73, nn73, (rdn (rdnn n3) (rdnn n7)), (rdn (rdnn n3) (rdnn n7)), (rdn (rdnn n3) (rdnn n7)) ) 60.36/62.04 ( nn50, nn50, nn50, (rdn (rdnn n0) (rdnn n5)), (rdn (rdnn n0) (rdnn n5)), (rdn (rdnn n0) (rdnn n5)) ) 60.36/62.04 ( nn104, nn104, nn104, (rdn (rdnn n4) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n4) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n4) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.04 ( nn47, nn47, nn47, (rdn (rdnn n7) (rdnn n4)), (rdn (rdnn n7) (rdnn n4)), (rdn (rdnn n7) (rdnn n4)) ) 60.36/62.04 ( nn71, nn71, nn71, (rdn (rdnn n1) (rdnn n7)), (rdn (rdnn n1) (rdnn n7)), (rdn (rdnn n1) (rdnn n7)) ) 60.36/62.04 ( nn24, nn24, nn24, (rdn (rdnn n4) (rdnn n2)), (rdn (rdnn n4) (rdnn n2)), (rdn (rdnn n4) (rdnn n2)) ) 60.36/62.04 ( nn3, nn3, nn3, (rdnn n3), (rdnn n3), (rdnn n3) ) 60.36/62.04 ( nn2, nn2, nn2, (rdnn n2), (rdnn n2), (rdnn n2) ) 60.36/62.04 ( nn11, nn11, nn11, (let ((_let_0 (rdnn n1))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n1))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n1))) (rdn _let_0 _let_0)) ) 60.36/62.04 ( nn117, nn117, nn117, (let ((_let_0 (rdnn n1))) (rdn (rdnn n7) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n7) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n7) (rdn _let_0 _let_0))) ) 60.36/62.04 ( nn7, nn7, nn7, (rdnn n7), (rdnn n7), (rdnn n7) ) 60.36/62.04 ( nn76, nn76, nn76, (rdn (rdnn n6) (rdnn n7)), (rdn (rdnn n6) (rdnn n7)), (rdn (rdnn n6) (rdnn n7)) ) 60.36/62.04 ( nn49, nn49, nn49, (rdn (rdnn n9) (rdnn n4)), (rdn (rdnn n9) (rdnn n4)), (rdn (rdnn n9) (rdnn n4)) ) 60.36/62.04 ( nn22, nn22, nn22, (let ((_let_0 (rdnn n2))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n2))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n2))) (rdn _let_0 _let_0)) ) 60.36/62.04 ( nn107, nn107, nn107, (rdn (rdnn n7) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n7) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n7) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.04 ( nn115, nn115, nn115, (let ((_let_0 (rdnn n1))) (rdn (rdnn n5) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n5) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n5) (rdn _let_0 _let_0))) ) 60.36/62.04 ( nn14, nn14, nn14, (rdn (rdnn n4) (rdnn n1)), (rdn (rdnn n4) (rdnn n1)), (rdn (rdnn n4) (rdnn n1)) ) 60.36/62.04 ( nn4, nn4, nn4, (rdnn n4), (rdnn n4), (rdnn n4) ) 60.36/62.04 ( nn20, nn20, nn20, (rdn (rdnn n0) (rdnn n2)), (rdn (rdnn n0) (rdnn n2)), (rdn (rdnn n0) (rdnn n2)) ) 60.36/62.04 ( nn63, nn63, nn63, (rdn (rdnn n3) (rdnn n6)), (rdn (rdnn n3) (rdnn n6)), (rdn (rdnn n3) (rdnn n6)) ) 60.36/62.05 ( nn99, nn99, nn99, (let ((_let_0 (rdnn n9))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n9))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n9))) (rdn _let_0 _let_0)) ) 60.36/62.05 ( nn78, nn78, nn78, (rdn (rdnn n8) (rdnn n7)), (rdn (rdnn n8) (rdnn n7)), (rdn (rdnn n8) (rdnn n7)) ) 60.36/62.05 ( nn35, nn35, nn35, (rdn (rdnn n5) (rdnn n3)), (rdn (rdnn n5) (rdnn n3)), (rdn (rdnn n5) (rdnn n3)) ) 60.36/62.05 ( nn127, nn127, nn127, (rdn (rdnn n7) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n7) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n7) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.05 ( nn118, nn118, nn118, (let ((_let_0 (rdnn n1))) (rdn (rdnn n8) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n8) (rdn _let_0 _let_0))), (let ((_let_0 (rdnn n1))) (rdn (rdnn n8) (rdn _let_0 _let_0))) ) 60.36/62.05 ( nn53, nn53, nn53, (rdn (rdnn n3) (rdnn n5)), (rdn (rdnn n3) (rdnn n5)), (rdn (rdnn n3) (rdnn n5)) ) 60.36/62.05 ( nn103, nn103, nn103, (rdn (rdnn n3) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n3) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n3) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.05 ( nn54, nn54, nn54, (rdn (rdnn n4) (rdnn n5)), (rdn (rdnn n4) (rdnn n5)), (rdn (rdnn n4) (rdnn n5)) ) 60.36/62.05 ( nn30, nn30, nn30, (rdn (rdnn n0) (rdnn n3)), (rdn (rdnn n0) (rdnn n3)), (rdn (rdnn n0) (rdnn n3)) ) 60.36/62.05 ( nn65, nn65, nn65, (rdn (rdnn n5) (rdnn n6)), (rdn (rdnn n5) (rdnn n6)), (rdn (rdnn n5) (rdnn n6)) ) 60.36/62.05 ( nn12, nn12, nn12, (rdn (rdnn n2) (rdnn n1)), (rdn (rdnn n2) (rdnn n1)), (rdn (rdnn n2) (rdnn n1)) ) 60.36/62.05 ( nn45, nn45, nn45, (rdn (rdnn n5) (rdnn n4)), (rdn (rdnn n5) (rdnn n4)), (rdn (rdnn n5) (rdnn n4)) ) 60.36/62.05 ( nn92, nn92, nn92, (rdn (rdnn n2) (rdnn n9)), (rdn (rdnn n2) (rdnn n9)), (rdn (rdnn n2) (rdnn n9)) ) 60.36/62.05 ( nn59, nn59, nn59, (rdn (rdnn n9) (rdnn n5)), (rdn (rdnn n9) (rdnn n5)), (rdn (rdnn n9) (rdnn n5)) ) 60.36/62.05 ( nn123, nn123, nn123, (rdn (rdnn n3) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n3) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n3) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.05 ( nn52, nn52, nn52, (rdn (rdnn n2) (rdnn n5)), (rdn (rdnn n2) (rdnn n5)), (rdn (rdnn n2) (rdnn n5)) ) 60.36/62.05 ( nn68, nn68, nn68, (rdn (rdnn n8) (rdnn n6)), (rdn (rdnn n8) (rdnn n6)), (rdn (rdnn n8) (rdnn n6)) ) 60.36/62.05 ( nn109, nn109, nn109, (rdn (rdnn n9) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n9) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n9) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.05 ( nn70, nn70, nn70, (rdn (rdnn n0) (rdnn n7)), (rdn (rdnn n0) (rdnn n7)), (rdn (rdnn n0) (rdnn n7)) ) 60.36/62.05 ( nn79, nn79, nn79, (rdn (rdnn n9) (rdnn n7)), (rdn (rdnn n9) (rdnn n7)), (rdn (rdnn n9) (rdnn n7)) ) 60.36/62.05 ( nn42, nn42, nn42, (rdn (rdnn n2) (rdnn n4)), (rdn (rdnn n2) (rdnn n4)), (rdn (rdnn n2) (rdnn n4)) ) 60.36/62.05 ( nn102, nn102, nn102, (rdn (rdnn n2) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n2) (rdn (rdnn n0) (rdnn n1))), (rdn (rdnn n2) (rdn (rdnn n0) (rdnn n1))) ) 60.36/62.05 ( nn83, nn83, nn83, (rdn (rdnn n3) (rdnn n8)), (rdn (rdnn n3) (rdnn n8)), (rdn (rdnn n3) (rdnn n8)) ) 60.36/62.05 ( nn43, nn43, nn43, (rdn (rdnn n3) (rdnn n4)), (rdn (rdnn n3) (rdnn n4)), (rdn (rdnn n3) (rdnn n4)) ) 60.36/62.05 ( nn124, nn124, nn124, (rdn (rdnn n4) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n4) (rdn (rdnn n2) (rdnn n1))), (rdn (rdnn n4) (rdn (rdnn n2) (rdnn n1))) ) 60.36/62.05 ( nn81, nn81, nn81, (rdn (rdnn n1) (rdnn n8)), (rdn (rdnn n1) (rdnn n8)), (rdn (rdnn n1) (rdnn n8)) ) 60.36/62.05 ( nn94, nn94, nn94, (rdn (rdnn n4) (rdnn n9)), (rdn (rdnn n4) (rdnn n9)), (rdn (rdnn n4) (rdnn n9)) ) 60.36/62.05 ( nn10, nn10, nn10, (rdn (rdnn n0) (rdnn n1)), (rdn (rdnn n0) (rdnn n1)), (rdn (rdnn n0) (rdnn n1)) ) 60.36/62.05 ( nn55, nn55, nn55, (let ((_let_0 (rdnn n5))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n5))) (rdn _let_0 _let_0)), (let ((_let_0 (rdnn n5))) (rdn _let_0 _let_0)) ) 60.36/62.05 ( nn58, nn58, nn58, (rdn (rdnn n8) (rdnn n5)), (rdn (rdnn n8) (rdnn n5)), (rdn (rdnn n8) (rdnn n5)) ) 60.36/62.05 ( nn38, nn38, nn38, (rdn (rdnn n8) (rdnn n3)), (rdn (rdnn n8) (rdnn n3)), (rdn (rdnn n8) (rdnn n3)) ) 60.36/62.05 ( nn28, nn28, nn28, (rdn (rdnn n8) (rdnn n2)), (rdn (rdnn n8) (rdnn n2)), (rdn (rdnn n8) (rdnn n2)) ) 60.36/62.05 ) 60.36/62.05 % SZS output end Proof for theBenchmark 60.36/62.05 EOF