782   lambda_linear_expression expression, auxillary_expr, target_expr, tmp_expr;  in lambda_compute_target_space()  local
843 	  target_expr = lambda_linear_expression_new (depth, invariants);  in lambda_compute_target_space()
846 				     LLE_COEFFICIENTS (target_expr));  in lambda_compute_target_space()
847 	  lambda_vector_mult_const (LLE_COEFFICIENTS (target_expr),  in lambda_compute_target_space()
848 				    LLE_COEFFICIENTS (target_expr), depth,  in lambda_compute_target_space()
851 	  LLE_CONSTANT (target_expr) = LLE_CONSTANT (auxillary_expr) * factor;  in lambda_compute_target_space()
853 			      LLE_INVARIANT_COEFFICIENTS (target_expr),  in lambda_compute_target_space()
855 	  lambda_vector_mult_const (LLE_INVARIANT_COEFFICIENTS (target_expr),  in lambda_compute_target_space()
856 				    LLE_INVARIANT_COEFFICIENTS (target_expr),  in lambda_compute_target_space()
858 	  LLE_DENOMINATOR (target_expr) = LLE_DENOMINATOR (auxillary_expr);  in lambda_compute_target_space()
860 	  if (!lambda_vector_zerop (LLE_COEFFICIENTS (target_expr), depth))  in lambda_compute_target_space()
862 	      LLE_CONSTANT (target_expr) = LLE_CONSTANT (target_expr)  in lambda_compute_target_space()
865 					(target_expr),  in lambda_compute_target_space()
867 					(target_expr), invariants,  in lambda_compute_target_space()
869 	      LLE_DENOMINATOR (target_expr) =  in lambda_compute_target_space()
870 		LLE_DENOMINATOR (target_expr) * determinant;  in lambda_compute_target_space()
874 	  gcd1 = lambda_vector_gcd (LLE_COEFFICIENTS (target_expr), depth);  in lambda_compute_target_space()
875 	  gcd2 = lambda_vector_gcd (LLE_INVARIANT_COEFFICIENTS (target_expr),  in lambda_compute_target_space()
878 	  gcd1 = gcd (gcd1, LLE_CONSTANT (target_expr));  in lambda_compute_target_space()
879 	  gcd1 = gcd (gcd1, LLE_DENOMINATOR (target_expr));  in lambda_compute_target_space()
881 	    LLE_COEFFICIENTS (target_expr)[j] /= gcd1;  in lambda_compute_target_space()  local
883 	    LLE_INVARIANT_COEFFICIENTS (target_expr)[j] /= gcd1;  in lambda_compute_target_space()  local
884 	  LLE_CONSTANT (target_expr) /= gcd1;  in lambda_compute_target_space()
885 	  LLE_DENOMINATOR (target_expr) /= gcd1;  in lambda_compute_target_space()
887 	  if (!lle_equal (LL_LOWER_BOUND (target_loop), target_expr, depth,  in lambda_compute_target_space()
890 	      LLE_NEXT (target_expr) = LL_LOWER_BOUND (target_loop);  in lambda_compute_target_space()
891 	      LL_LOWER_BOUND (target_loop) = target_expr;  in lambda_compute_target_space()
900 	  target_expr = lambda_linear_expression_new (depth, invariants);  in lambda_compute_target_space()
903 				     LLE_COEFFICIENTS (target_expr));  in lambda_compute_target_space()
904 	  lambda_vector_mult_const (LLE_COEFFICIENTS (target_expr),  in lambda_compute_target_space()
905 				    LLE_COEFFICIENTS (target_expr), depth,  in lambda_compute_target_space()
907 	  LLE_CONSTANT (target_expr) = LLE_CONSTANT (auxillary_expr) * factor;  in lambda_compute_target_space()
909 			      LLE_INVARIANT_COEFFICIENTS (target_expr),  in lambda_compute_target_space()
911 	  lambda_vector_mult_const (LLE_INVARIANT_COEFFICIENTS (target_expr),  in lambda_compute_target_space()
912 				    LLE_INVARIANT_COEFFICIENTS (target_expr),  in lambda_compute_target_space()
914 	  LLE_DENOMINATOR (target_expr) = LLE_DENOMINATOR (auxillary_expr);  in lambda_compute_target_space()
916 	  if (!lambda_vector_zerop (LLE_COEFFICIENTS (target_expr), depth))  in lambda_compute_target_space()
918 	      LLE_CONSTANT (target_expr) = LLE_CONSTANT (target_expr)  in lambda_compute_target_space()
921 					(target_expr),  in lambda_compute_target_space()
923 					(target_expr), invariants,  in lambda_compute_target_space()
925 	      LLE_DENOMINATOR (target_expr) =  in lambda_compute_target_space()
926 		LLE_DENOMINATOR (target_expr) * determinant;  in lambda_compute_target_space()
930 	  gcd1 = lambda_vector_gcd (LLE_COEFFICIENTS (target_expr), depth);  in lambda_compute_target_space()
931 	  gcd2 = lambda_vector_gcd (LLE_INVARIANT_COEFFICIENTS (target_expr),  in lambda_compute_target_space()
934 	  gcd1 = gcd (gcd1, LLE_CONSTANT (target_expr));  in lambda_compute_target_space()
935 	  gcd1 = gcd (gcd1, LLE_DENOMINATOR (target_expr));  in lambda_compute_target_space()
937 	    LLE_COEFFICIENTS (target_expr)[j] /= gcd1;  in lambda_compute_target_space()  local
939 	    LLE_INVARIANT_COEFFICIENTS (target_expr)[j] /= gcd1;  in lambda_compute_target_space()  local
940 	  LLE_CONSTANT (target_expr) /= gcd1;  in lambda_compute_target_space()
941 	  LLE_DENOMINATOR (target_expr) /= gcd1;  in lambda_compute_target_space()
943 	  if (!lle_equal (LL_UPPER_BOUND (target_loop), target_expr, depth,  in lambda_compute_target_space()
946 	      LLE_NEXT (target_expr) = LL_UPPER_BOUND (target_loop);  in lambda_compute_target_space()
947 	      LL_UPPER_BOUND (target_loop) = target_expr;  in lambda_compute_target_space()