@@ -70,56 +70,6 @@ private static void init() {
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Condition (Dist (Power (b ,CN2 ),Int (Times (u ,Power (Plus (a ,Times (b ,v )),Plus (m ,C1 )),Simp (Plus (Times (b ,BSymbol ),Times (CN1 ,a ,C ),Times (b ,C ,v )),x )),x ),x ),And (FreeQ (List (a ,b ,ASymbol ,BSymbol ,C ),x ),EqQ (Plus (Times (ASymbol ,Sqr (b )),Times (CN1 ,a ,b ,BSymbol ),Times (Sqr (a ),C )),C0 ),LeQ (m ,CN1 ))));
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IIntegrate (25 ,Int (Times (u_DEFAULT ,Power (Plus (a_ ,Times (b_DEFAULT ,Power (x_ ,n_DEFAULT ))),m_DEFAULT ),Power (Plus (c_ ,Times (d_DEFAULT ,Power (x_ ,q_DEFAULT ))),p_DEFAULT )),x_Symbol ),
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Condition (Dist (Power (Times (d ,Power (a ,CN1 )),p ),Int (Times (u ,Power (Plus (a ,Times (b ,Power (x ,n ))),Plus (m ,p )),Power (Power (x ,Times (n ,p )),CN1 )),x ),x ),And (FreeQ (List (a ,b ,c ,d ,m ,n ),x ),EqQ (q ,Negate (n )),IntegerQ (p ),EqQ (Subtract (Times (a ,c ),Times (b ,d )),C0 ),Not (And (IntegerQ (m ),NegQ (n ))))));
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- IIntegrate (26 ,Int (Times (u_DEFAULT ,Power (Plus (a_ ,Times (b_DEFAULT ,Power (x_ ,n_DEFAULT ))),m_DEFAULT ),Power (Plus (c_ ,Times (d_DEFAULT ,Power (x_ ,j_ ))),p_DEFAULT )),x_Symbol ),
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- Condition (Dist (Power (Times (CN1 ,Sqr (b ),Power (d ,CN1 )),m ),Int (Times (u ,Power (Power (Subtract (a ,Times (b ,Power (x ,n ))),m ),CN1 )),x ),x ),And (FreeQ (List (a ,b ,c ,d ,m ,n ,p ),x ),EqQ (j ,Times (C2 ,n )),EqQ (p ,Negate (m )),EqQ (Plus (Times (Sqr (b ),c ),Times (Sqr (a ),d )),C0 ),GtQ (a ,C0 ),LtQ (d ,C0 ))));
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- IIntegrate (27 ,Int (Times (u_DEFAULT ,Power (Plus (a_ ,Times (b_DEFAULT ,x_ ),Times (c_DEFAULT ,Sqr (x_ ))),p_DEFAULT )),x_Symbol ),
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- Condition (Int (Times (u ,Cancel (Times (Power (Plus (Times (C1D2 ,b ),Times (c ,x )),Times (C2 ,p )),Power (Power (c ,p ),CN1 )))),x ),And (FreeQ (List (a ,b ,c ),x ),EqQ (Subtract (Sqr (b ),Times (C4 ,a ,c )),C0 ),IntegerQ (p ))));
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- IIntegrate (28 ,Int (Times (u_DEFAULT ,Power (Plus (a_ ,Times (c_DEFAULT ,Power (x_ ,$p ("n2" ,true ))),Times (b_DEFAULT ,Power (x_ ,n_ ))),p_DEFAULT )),x_Symbol ),
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- Condition (Dist (Power (Power (c ,p ),CN1 ),Int (Times (u ,Power (Plus (Times (C1D2 ,b ),Times (c ,Power (x ,n ))),Times (C2 ,p ))),x ),x ),And (FreeQ (List (a ,b ,c ,n ),x ),EqQ ($s ("n2" ),Times (C2 ,n )),EqQ (Subtract (Sqr (b ),Times (C4 ,a ,c )),C0 ),IntegerQ (p ))));
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- IIntegrate (29 ,Int (Power (x_ ,CN1 ),x_Symbol ),
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- Simp (Log (x ),x ));
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- IIntegrate (30 ,Int (Power (x_ ,m_DEFAULT ),x_Symbol ),
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- Condition (Simp (Times (Power (x ,Plus (m ,C1 )),Power (Plus (m ,C1 ),CN1 )),x ),And (FreeQ (m ,x ),NeQ (m ,CN1 ))));
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- IIntegrate (31 ,Int (Power (Plus (a_ ,Times (b_DEFAULT ,x_ )),CN1 ),x_Symbol ),
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- Condition (Simp (Times (Log (RemoveContent (Plus (a ,Times (b ,x )),x )),Power (b ,CN1 )),x ),FreeQ (List (a ,b ),x )));
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- IIntegrate (32 ,Int (Power (Plus (a_DEFAULT ,Times (b_DEFAULT ,x_ )),m_ ),x_Symbol ),
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- Condition (Simp (Times (Power (Plus (a ,Times (b ,x )),Plus (m ,C1 )),Power (Times (b ,Plus (m ,C1 )),CN1 )),x ),And (FreeQ (List (a ,b ,m ),x ),NeQ (m ,CN1 ))));
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- IIntegrate (33 ,Int (Power (Plus (a_DEFAULT ,Times (b_DEFAULT ,u_ )),m_ ),x_Symbol ),
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- Condition (Dist (Power (Coefficient (u ,x ,C1 ),CN1 ),Subst (Int (Power (Plus (a ,Times (b ,x )),m ),x ),x ,u ),x ),And (FreeQ (List (a ,b ,m ),x ),LinearQ (u ,x ),NeQ (u ,x ))));
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- IIntegrate (34 ,Int (Times (Power (Plus (a_ ,Times (b_DEFAULT ,x_ )),m_DEFAULT ),Plus (c_ ,Times (d_DEFAULT ,x_ ))),x_Symbol ),
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- Condition (Simp (Times (d ,x ,Power (Plus (a ,Times (b ,x )),Plus (m ,C1 )),Power (Times (b ,Plus (m ,C2 )),CN1 )),x ),And (FreeQ (List (a ,b ,c ,d ,m ),x ),EqQ (Subtract (Times (a ,d ),Times (b ,c ,Plus (m ,C2 ))),C0 ))));
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- IIntegrate (35 ,Int (Times (Power (Plus (a_ ,Times (b_DEFAULT ,x_ )),CN1 ),Power (Plus (c_ ,Times (d_DEFAULT ,x_ )),CN1 )),x_Symbol ),
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- Condition (Int (Power (Plus (Times (a ,c ),Times (b ,d ,Sqr (x ))),CN1 ),x ),And (FreeQ (List (a ,b ,c ,d ),x ),EqQ (Plus (Times (b ,c ),Times (a ,d )),C0 ))));
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- IIntegrate (36 ,Int (Times (Power (Plus (a_DEFAULT ,Times (b_DEFAULT ,x_ )),CN1 ),Power (Plus (c_DEFAULT ,Times (d_DEFAULT ,x_ )),CN1 )),x_Symbol ),
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- Condition (Subtract (Dist (Times (b ,Power (Subtract (Times (b ,c ),Times (a ,d )),CN1 )),Int (Power (Plus (a ,Times (b ,x )),CN1 ),x ),x ),Dist (Times (d ,Power (Subtract (Times (b ,c ),Times (a ,d )),CN1 )),Int (Power (Plus (c ,Times (d ,x )),CN1 ),x ),x )),And (FreeQ (List (a ,b ,c ,d ),x ),NeQ (Subtract (Times (b ,c ),Times (a ,d )),C0 ))));
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- IIntegrate (37 ,Int (Times (Power (Plus (a_DEFAULT ,Times (b_DEFAULT ,x_ )),m_DEFAULT ),Power (Plus (c_DEFAULT ,Times (d_DEFAULT ,x_ )),n_ )),x_Symbol ),
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- Condition (Simp (Times (Power (Plus (a ,Times (b ,x )),Plus (m ,C1 )),Power (Plus (c ,Times (d ,x )),Plus (n ,C1 )),Power (Times (Subtract (Times (b ,c ),Times (a ,d )),Plus (m ,C1 )),CN1 )),x ),And (FreeQ (List (a ,b ,c ,d ,m ,n ),x ),NeQ (Subtract (Times (b ,c ),Times (a ,d )),C0 ),EqQ (Plus (m ,n ,C2 ),C0 ),NeQ (m ,CN1 ))));
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- IIntegrate (38 ,Int (Times (Power (Plus (a_ ,Times (b_DEFAULT ,x_ )),m_ ),Power (Plus (c_ ,Times (d_DEFAULT ,x_ )),m_ )),x_Symbol ),
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- Condition (Plus (Simp (Times (x ,Power (Plus (a ,Times (b ,x )),m ),Power (Plus (c ,Times (d ,x )),m ),Power (Plus (Times (C2 ,m ),C1 ),CN1 )),x ),Dist (Times (C2 ,a ,c ,m ,Power (Plus (Times (C2 ,m ),C1 ),CN1 )),Int (Times (Power (Plus (a ,Times (b ,x )),Subtract (m ,C1 )),Power (Plus (c ,Times (d ,x )),Subtract (m ,C1 ))),x ),x )),And (FreeQ (List (a ,b ,c ,d ),x ),EqQ (Plus (Times (b ,c ),Times (a ,d )),C0 ),IGtQ (Plus (m ,C1D2 ),C0 ))));
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- IIntegrate (39 ,Int (Times (Power (Plus (a_ ,Times (b_DEFAULT ,x_ )),QQ (-3L ,2L )),Power (Plus (c_ ,Times (d_DEFAULT ,x_ )),QQ (-3L ,2L ))),x_Symbol ),
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- Condition (Simp (Times (x ,Power (Times (a ,c ,Sqrt (Plus (a ,Times (b ,x ))),Sqrt (Plus (c ,Times (d ,x )))),CN1 )),x ),And (FreeQ (List (a ,b ,c ,d ),x ),EqQ (Plus (Times (b ,c ),Times (a ,d )),C0 ))));
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- IIntegrate (40 ,Int (Times (Power (Plus (a_ ,Times (b_DEFAULT ,x_ )),m_ ),Power (Plus (c_ ,Times (d_DEFAULT ,x_ )),m_ )),x_Symbol ),
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- Condition (Plus (Negate (Simp (Times (x ,Power (Plus (a ,Times (b ,x )),Plus (m ,C1 )),Power (Plus (c ,Times (d ,x )),Plus (m ,C1 )),Power (Times (C2 ,a ,c ,Plus (m ,C1 )),CN1 )),x )),Dist (Times (Plus (Times (C2 ,m ),C3 ),Power (Times (C2 ,a ,c ,Plus (m ,C1 )),CN1 )),Int (Times (Power (Plus (a ,Times (b ,x )),Plus (m ,C1 )),Power (Plus (c ,Times (d ,x )),Plus (m ,C1 ))),x ),x )),And (FreeQ (List (a ,b ,c ,d ),x ),EqQ (Plus (Times (b ,c ),Times (a ,d )),C0 ),ILtQ (Plus (m ,QQ (3L ,2L )),C0 ))));
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- IIntegrate (41 ,Int (Times (Power (Plus (a_ ,Times (b_DEFAULT ,x_ )),m_DEFAULT ),Power (Plus (c_ ,Times (d_DEFAULT ,x_ )),m_DEFAULT )),x_Symbol ),
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- Condition (Int (Power (Plus (Times (a ,c ),Times (b ,d ,Sqr (x ))),m ),x ),And (FreeQ (List (a ,b ,c ,d ,m ),x ),EqQ (Plus (Times (b ,c ),Times (a ,d )),C0 ),Or (IntegerQ (m ),And (GtQ (a ,C0 ),GtQ (c ,C0 ))))));
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- IIntegrate (42 ,Int (Times (Power (Plus (a_ ,Times (b_DEFAULT ,x_ )),m_ ),Power (Plus (c_ ,Times (d_DEFAULT ,x_ )),m_ )),x_Symbol ),
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- Condition (Dist (Times (Power (Plus (a ,Times (b ,x )),FracPart (m )),Power (Plus (c ,Times (d ,x )),FracPart (m )),Power (Power (Plus (Times (a ,c ),Times (b ,d ,Sqr (x ))),FracPart (m )),CN1 )),Int (Power (Plus (Times (a ,c ),Times (b ,d ,Sqr (x ))),m ),x ),x ),And (FreeQ (List (a ,b ,c ,d ,m ),x ),EqQ (Plus (Times (b ,c ),Times (a ,d )),C0 ),Not (IntegerQ (Times (C2 ,m ))))));
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- IIntegrate (43 ,Int (Times (Power (Plus (a_DEFAULT ,Times (b_DEFAULT ,x_ )),m_DEFAULT ),Power (Plus (c_DEFAULT ,Times (d_DEFAULT ,x_ )),n_DEFAULT )),x_Symbol ),
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- Condition (Int (ExpandIntegrand (Times (Power (Plus (a ,Times (b ,x )),m ),Power (Plus (c ,Times (d ,x )),n )),x ),x ),And (FreeQ (List (a ,b ,c ,d ,n ),x ),NeQ (Subtract (Times (b ,c ),Times (a ,d )),C0 ),IGtQ (m ,C0 ),Or (Not (IntegerQ (n )),And (EqQ (c ,C0 ),LeQ (Plus (Times (C7 ,m ),Times (C4 ,n ),C4 ),C0 )),LtQ (Plus (Times (C9 ,m ),Times (C5 ,Plus (n ,C1 ))),C0 ),GtQ (Plus (m ,n ,C2 ),C0 )))));
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- IIntegrate (44 ,Int (Times (Power (Plus (a_ ,Times (b_DEFAULT ,x_ )),m_DEFAULT ),Power (Plus (c_DEFAULT ,Times (d_DEFAULT ,x_ )),n_DEFAULT )),x_Symbol ),
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- Condition (Int (ExpandIntegrand (Times (Power (Plus (a ,Times (b ,x )),m ),Power (Plus (c ,Times (d ,x )),n )),x ),x ),And (FreeQ (List (a ,b ,c ,d ),x ),NeQ (Subtract (Times (b ,c ),Times (a ,d )),C0 ),ILtQ (m ,C0 ),IntegerQ (n ),Not (And (IGtQ (n ,C0 ),LtQ (Plus (m ,n ,C2 ),C0 ))))));
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- IIntegrate (45 ,Int (Times (Power (Plus (a_DEFAULT ,Times (b_DEFAULT ,x_ )),m_ ),Power (Plus (c_DEFAULT ,Times (d_DEFAULT ,x_ )),n_ )),x_Symbol ),
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- Condition (Subtract (Simp (Times (Power (Plus (a ,Times (b ,x )),Plus (m ,C1 )),Power (Plus (c ,Times (d ,x )),Plus (n ,C1 )),Power (Times (Subtract (Times (b ,c ),Times (a ,d )),Plus (m ,C1 )),CN1 )),x ),Dist (Times (d ,Simplify (Plus (m ,n ,C2 )),Power (Times (Subtract (Times (b ,c ),Times (a ,d )),Plus (m ,C1 )),CN1 )),Int (Times (Power (Plus (a ,Times (b ,x )),Simplify (Plus (m ,C1 ))),Power (Plus (c ,Times (d ,x )),n )),x ),x )),And (FreeQ (List (a ,b ,c ,d ,m ,n ),x ),NeQ (Subtract (Times (b ,c ),Times (a ,d )),C0 ),ILtQ (Simplify (Plus (m ,n ,C2 )),C0 ),NeQ (m ,CN1 ),Not (And (LtQ (m ,CN1 ),LtQ (n ,CN1 ),Or (EqQ (a ,C0 ),And (NeQ (c ,C0 ),LtQ (Subtract (m ,n ),C0 ),IntegerQ (n ))))),Or (SumSimplerQ (m ,C1 ),Not (SumSimplerQ (n ,C1 ))))));
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- IIntegrate (46 ,Int (Times (Power (Plus (a_ ,Times (b_DEFAULT ,x_ )),QQ (-9L ,4L )),Power (Plus (c_ ,Times (d_DEFAULT ,x_ )),CN1D4 )),x_Symbol ),
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- Condition (Subtract (Simp (Times (CN4 ,Power (Times (C5 ,b ,Power (Plus (a ,Times (b ,x )),QQ (5L ,4L )),Power (Plus (c ,Times (d ,x )),C1D4 )),CN1 )),x ),Dist (Times (d ,Power (Times (C5 ,b ),CN1 )),Int (Power (Times (Power (Plus (a ,Times (b ,x )),QQ (5L ,4L )),Power (Plus (c ,Times (d ,x )),QQ (5L ,4L ))),CN1 ),x ),x )),And (FreeQ (List (a ,b ,c ,d ),x ),EqQ (Plus (Times (b ,c ),Times (a ,d )),C0 ),NegQ (Times (Sqr (a ),Sqr (b ))))));
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- IIntegrate (47 ,Int (Times (Power (Plus (a_DEFAULT ,Times (b_DEFAULT ,x_ )),m_ ),Power (Plus (c_DEFAULT ,Times (d_DEFAULT ,x_ )),n_ )),x_Symbol ),
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- Condition (Subtract (Simp (Times (Power (Plus (a ,Times (b ,x )),Plus (m ,C1 )),Power (Plus (c ,Times (d ,x )),n ),Power (Times (b ,Plus (m ,C1 )),CN1 )),x ),Dist (Times (d ,n ,Power (Times (b ,Plus (m ,C1 )),CN1 )),Int (Times (Power (Plus (a ,Times (b ,x )),Plus (m ,C1 )),Power (Plus (c ,Times (d ,x )),Subtract (n ,C1 ))),x ),x )),And (FreeQ (List (a ,b ,c ,d ),x ),NeQ (Subtract (Times (b ,c ),Times (a ,d )),C0 ),GtQ (n ,C0 ),LtQ (m ,CN1 ),Not (And (IntegerQ (n ),Not (IntegerQ (m )))),Not (And (ILeQ (Plus (m ,n ,C2 ),C0 ),Or (FractionQ (m ),GeQ (Plus (Times (C2 ,n ),m ,C1 ),C0 )))),IntLinearQ (a ,b ,c ,d ,m ,n ,x ))));
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- IIntegrate (48 ,Int (Times (Power (Plus (a_ ,Times (b_DEFAULT ,x_ )),QQ (-5L ,4L )),Power (Plus (c_ ,Times (d_DEFAULT ,x_ )),CN1D4 )),x_Symbol ),
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- Condition (Plus (Simp (Times (CN2 ,Power (Times (b ,Power (Plus (a ,Times (b ,x )),C1D4 ),Power (Plus (c ,Times (d ,x )),C1D4 )),CN1 )),x ),Dist (c ,Int (Power (Times (Power (Plus (a ,Times (b ,x )),QQ (5L ,4L )),Power (Plus (c ,Times (d ,x )),QQ (5L ,4L ))),CN1 ),x ),x )),And (FreeQ (List (a ,b ,c ,d ),x ),EqQ (Plus (Times (b ,c ),Times (a ,d )),C0 ),NegQ (Times (Sqr (a ),Sqr (b ))))));
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- IIntegrate (49 ,Int (Times (Power (Plus (a_ ,Times (b_DEFAULT ,x_ )),m_ ),Power (Plus (c_ ,Times (d_DEFAULT ,x_ )),n_ )),x_Symbol ),
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- Condition (Plus (Simp (Times (Power (Plus (a ,Times (b ,x )),Plus (m ,C1 )),Power (Plus (c ,Times (d ,x )),n ),Power (Times (b ,Plus (m ,n ,C1 )),CN1 )),x ),Dist (Times (C2 ,c ,n ,Power (Plus (m ,n ,C1 ),CN1 )),Int (Times (Power (Plus (a ,Times (b ,x )),m ),Power (Plus (c ,Times (d ,x )),Subtract (n ,C1 ))),x ),x )),And (FreeQ (List (a ,b ,c ,d ),x ),EqQ (Plus (Times (b ,c ),Times (a ,d )),C0 ),IGtQ (Plus (m ,C1D2 ),C0 ),IGtQ (Plus (n ,C1D2 ),C0 ),LtQ (m ,n ))));
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- IIntegrate (50 ,Int (Times (Power (Plus (a_DEFAULT ,Times (b_DEFAULT ,x_ )),m_ ),Power (Plus (c_DEFAULT ,Times (d_DEFAULT ,x_ )),n_ )),x_Symbol ),
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- Condition (Plus (Simp (Times (Power (Plus (a ,Times (b ,x )),Plus (m ,C1 )),Power (Plus (c ,Times (d ,x )),n ),Power (Times (b ,Plus (m ,n ,C1 )),CN1 )),x ),Dist (Times (n ,Subtract (Times (b ,c ),Times (a ,d )),Power (Times (b ,Plus (m ,n ,C1 )),CN1 )),Int (Times (Power (Plus (a ,Times (b ,x )),m ),Power (Plus (c ,Times (d ,x )),Subtract (n ,C1 ))),x ),x )),And (FreeQ (List (a ,b ,c ,d ),x ),NeQ (Subtract (Times (b ,c ),Times (a ,d )),C0 ),GtQ (n ,C0 ),NeQ (Plus (m ,n ,C1 ),C0 ),Not (And (IGtQ (m ,C0 ),Or (Not (IntegerQ (n )),And (GtQ (m ,C0 ),LtQ (Subtract (m ,n ),C0 ))))),Not (ILtQ (Plus (m ,n ,C2 ),C0 )),IntLinearQ (a ,b ,c ,d ,m ,n ,x ))));
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}
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}
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}
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