MacSPARTAN '08 MECHANICS PROGRAM: x86/Darwin 130 Frequency Calculation Adjusted 3 (out of 36) low frequency modes Reason for exit: Successful completion Mechanics CPU Time : .02 Mechanics Wall Time: 4.67 MacSPARTAN '08 Semi-Empirical Program: (x86/Darwin) build 130 M0001 Run type: Geometry optimization (Analytical Gradient) Model: RHF/AM1 Number of shells: 16 12 S shells 4 P shells Number of basis functions: 24 Number of electrons: 26 Use of molecular symmetry disabled Molecular charge: 0 Spin multiplicity: 1 Point Group = C1 Order = 1 Nsymop = 1 This system has 30 degrees of freedom ********************************************************** * Optimization is subject to the following Constraints * * (angstroms and degrees) * * * * Dihedral 9 6 1 4 set to 180.00 * * currently 180.00 * * Dihedral 6 1 4 5 set to -90.00 * * currently -90.00 * * * ********************************************************** Initial Hessian option Hessian from MMFF94 calculation used. Constrained optimization in Cartesian coordinates Using Quadratic Penalty Function algorithm Max. Max. Neg. Cycle Energy Grad. Dist. Eigen 1 -290.4464 0.02058 0.10697 2 -294.5548 0.29530 0.09344 3 -291.8817 0.07280 0.06603 4 -290.9243 0.10261 0.05833 5 -293.9474 0.00675 0.03508 6 -293.5274 0.01240 0.03799 7 -293.7039 0.01225 0.09129 8 -292.1305 0.02143 0.06367 9 -294.1795 0.00162 0.00298 10 -294.1845 0.00038 0.00202 11 -294.1869 0.00013 0.00751 12 -294.1911 0.00020 0.00535 Energy difference below 0.50D-03 ** HALTING OPTIMIZATION ** 13 -294.1920 0.00016 0.00220 ** Final Values for requested Constraints ** Dihedral angle 9 6 1 4 is -179.977 degrees Dihedral angle 6 1 4 5 is -89.779 degrees M0001 Heat of Formation: -294.192 kJ/mol Energy Due to Solvation Solvation Energy SM5.4/A -16.462 Memory Used: 464.63 Kb Reason for exit: Successful completion Semi-Empirical Program CPU Time : .07 Semi-Empirical Program Wall Time: 4.72 SPARTAN PROPERTIES PACKAGE: MAC/P4 build 130 Reason for exit: Successful completion Properties CPU Time : .11 Properties Wall Time: 4.77 molecule Profile.6 terminated normally End- molecule "Profile.6" Fri Mar 20 12:51:06 2009