/* There are a total of 0 entries in the algebraic variable array. There are a total of 0 entries in each of the rate and state variable arrays. There are a total of 444 entries in the constant variable array. */ /* * CONSTANTS[0] is speed_of_light_in_vacuum in component codata_2006_universal (meter_per_second). * CONSTANTS[441] is magnetic_constant in component codata_2006_universal (newton_per_square_ampere). * CONSTANTS[442] is electric_constant in component codata_2006_universal (farad_per_meter). * CONSTANTS[443] is characteristic_impedance_of_vacuum in component codata_2006_universal (ohm). * CONSTANTS[1] is Newtonian_constant_of_gravitation in component codata_2006_universal (cubic_meter_per_kilogram_per_square_second). * CONSTANTS[2] is Newtonian_constant_of_gravitation_over_h_bar_c in component codata_2006_universal (quartic_c_per_square_gigaelectronvolt). * CONSTANTS[3] is Planck_constant in component codata_2006_universal (joule_second). * CONSTANTS[4] is Planck_constant_in_eV_s in component codata_2006_universal (electronvolt_second). * CONSTANTS[5] is Planck_constant_over_2_pi in component codata_2006_universal (joule_second). * CONSTANTS[6] is Planck_constant_over_2_pi_in_eV_s in component codata_2006_universal (electronvolt_second). * CONSTANTS[7] is Planck_constant_over_2_pi_times_c_in_MeV_fm in component codata_2006_universal (megaelectronvolt_femtometer). * CONSTANTS[8] is Planck_mass in component codata_2006_universal (kilogram). * CONSTANTS[9] is Planck_mass_energy_equivalent_in_GeV in component codata_2006_universal (gigaelectronvolt). * CONSTANTS[10] is Planck_temperature in component codata_2006_universal (kelvin). * CONSTANTS[11] is Planck_length in component codata_2006_universal (meter). * CONSTANTS[12] is Planck_time in component codata_2006_universal (second). * CONSTANTS[13] is speed_of_light_in_vacuum_uncertainty in component codata_2006_universal_uncertainty (meter_per_second). * CONSTANTS[14] is magnetic_constant_uncertainty in component codata_2006_universal_uncertainty (newton_per_square_ampere). * CONSTANTS[15] is electric_constant_uncertainty in component codata_2006_universal_uncertainty (farad_per_meter). * CONSTANTS[16] is characteristic_impedance_of_vacuum_uncertainty in component codata_2006_universal_uncertainty (ohm). * CONSTANTS[17] is Newtonian_constant_of_gravitation_uncertainty in component codata_2006_universal_uncertainty (cubic_meter_per_kilogram_per_square_second). * CONSTANTS[18] is Newtonian_constant_of_gravitation_over_h_bar_c_uncertainty in component codata_2006_universal_uncertainty (quartic_c_per_square_gigaelectronvolt). * CONSTANTS[19] is Planck_constant_uncertainty in component codata_2006_universal_uncertainty (joule_second). * CONSTANTS[20] is Planck_constant_in_eV_s_uncertainty in component codata_2006_universal_uncertainty (electronvolt_second). * CONSTANTS[21] is Planck_constant_over_2_pi_uncertainty in component codata_2006_universal_uncertainty (joule_second). * CONSTANTS[22] is Planck_constant_over_2_pi_in_eV_s_uncertainty in component codata_2006_universal_uncertainty (electronvolt_second). * CONSTANTS[23] is Planck_constant_over_2_pi_times_c_in_MeV_fm_uncertainty in component codata_2006_universal_uncertainty (megaelectronvolt_femtometer). * CONSTANTS[24] is Planck_mass_uncertainty in component codata_2006_universal_uncertainty (kilogram). * CONSTANTS[25] is Planck_mass_energy_equivalent_in_GeV_uncertainty in component codata_2006_universal_uncertainty (gigaelectronvolt). * CONSTANTS[26] is Planck_temperature_uncertainty in component codata_2006_universal_uncertainty (kelvin). * CONSTANTS[27] is Planck_length_uncertainty in component codata_2006_universal_uncertainty (meter). * CONSTANTS[28] is Planck_time_uncertainty in component codata_2006_universal_uncertainty (second). * CONSTANTS[29] is elementary_charge in component codata_2006_electromagnetic (coulomb). * CONSTANTS[30] is elementary_charge_over_h in component codata_2006_electromagnetic (ampere_per_joule). * CONSTANTS[31] is magnetic_flux_quantum in component codata_2006_electromagnetic (weber). * CONSTANTS[32] is conductance_quantum in component codata_2006_electromagnetic (siemens). * CONSTANTS[33] is inverse_of_conductance_quantum in component codata_2006_electromagnetic (ohm). * CONSTANTS[34] is Josephson_constant in component codata_2006_electromagnetic (hertz_per_volt). * CONSTANTS[35] is von_Klitzing_constant in component codata_2006_electromagnetic (ohm). * CONSTANTS[36] is Bohr_magneton in component codata_2006_electromagnetic (joule_per_tesla). * CONSTANTS[37] is Bohr_magneton_in_eV_per_T in component codata_2006_electromagnetic (electronvolt_per_tesla). * CONSTANTS[38] is Bohr_magneton_in_Hz_per_T in component codata_2006_electromagnetic (hertz_per_tesla). * CONSTANTS[39] is Bohr_magneton_in_inverse_meter_per_tesla in component codata_2006_electromagnetic (per_meter_per_tesla). * CONSTANTS[40] is Bohr_magneton_in_K_per_T in component codata_2006_electromagnetic (kelvin_per_tesla). * CONSTANTS[41] is nuclear_magneton in component codata_2006_electromagnetic (joule_per_tesla). * CONSTANTS[42] is nuclear_magneton_in_eV_per_T in component codata_2006_electromagnetic (electronvolt_per_tesla). * CONSTANTS[43] is nuclear_magneton_in_MHz_per_T in component codata_2006_electromagnetic (megahertz_per_tesla). * CONSTANTS[44] is nuclear_magneton_in_inverse_meter_per_tesla in component codata_2006_electromagnetic (per_meter_per_tesla). * CONSTANTS[45] is nuclear_magneton_in_K_per_T in component codata_2006_electromagnetic (kelvin_per_tesla). * CONSTANTS[46] is elementary_charge_uncertainty in component codata_2006_electromagnetic_uncertainty (coulomb). * CONSTANTS[47] is elementary_charge_over_h_uncertainty in component codata_2006_electromagnetic_uncertainty (ampere_per_joule). * CONSTANTS[48] is magnetic_flux_quantum_uncertainty in component codata_2006_electromagnetic_uncertainty (weber). * CONSTANTS[49] is conductance_quantum_uncertainty in component codata_2006_electromagnetic_uncertainty (siemens). * CONSTANTS[50] is inverse_of_conductance_quantum_uncertainty in component codata_2006_electromagnetic_uncertainty (ohm). * CONSTANTS[51] is Josephson_constant_uncertainty in component codata_2006_electromagnetic_uncertainty (hertz_per_volt). * CONSTANTS[52] is von_Klitzing_constant_uncertainty in component codata_2006_electromagnetic_uncertainty (ohm). * CONSTANTS[53] is Bohr_magneton_uncertainty in component codata_2006_electromagnetic_uncertainty (joule_per_tesla). * CONSTANTS[54] is Bohr_magneton_in_eV_per_T_uncertainty in component codata_2006_electromagnetic_uncertainty (electronvolt_per_tesla). * CONSTANTS[55] is Bohr_magneton_in_Hz_per_T_uncertainty in component codata_2006_electromagnetic_uncertainty (hertz_per_tesla). * CONSTANTS[56] is Bohr_magneton_in_inverse_meter_per_tesla_uncertainty in component codata_2006_electromagnetic_uncertainty (per_meter_per_tesla). * CONSTANTS[57] is Bohr_magneton_in_K_per_T_uncertainty in component codata_2006_electromagnetic_uncertainty (kelvin_per_tesla). * CONSTANTS[58] is nuclear_magneton_uncertainty in component codata_2006_electromagnetic_uncertainty (joule_per_tesla). * CONSTANTS[59] is nuclear_magneton_in_eV_per_T_uncertainty in component codata_2006_electromagnetic_uncertainty (electronvolt_per_tesla). * CONSTANTS[60] is nuclear_magneton_in_MHz_per_T_uncertainty in component codata_2006_electromagnetic_uncertainty (megahertz_per_tesla). * CONSTANTS[61] is nuclear_magneton_in_inverse_meter_per_tesla_uncertainty in component codata_2006_electromagnetic_uncertainty (per_meter_per_tesla). * CONSTANTS[62] is nuclear_magneton_in_K_per_T_uncertainty in component codata_2006_electromagnetic_uncertainty (kelvin_per_tesla). * CONSTANTS[63] is fine_structure_constant in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[64] is inverse_fine_structure_constant in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[65] is Rydberg_constant in component codata_2006_atomic_and_nuclear (per_meter). * CONSTANTS[66] is Rydberg_constant_times_c_in_Hz in component codata_2006_atomic_and_nuclear (hertz). * CONSTANTS[67] is Rydberg_constant_times_hc_in_J in component codata_2006_atomic_and_nuclear (joule). * CONSTANTS[68] is Rydberg_constant_times_hc_in_eV in component codata_2006_atomic_and_nuclear (electronvolt). * CONSTANTS[69] is Bohr_radius in component codata_2006_atomic_and_nuclear (meter). * CONSTANTS[70] is Hartree_energy in component codata_2006_atomic_and_nuclear (joule). * CONSTANTS[71] is Hartree_energy_in_eV in component codata_2006_atomic_and_nuclear (electronvolt). * CONSTANTS[72] is quantum_of_circulation in component codata_2006_atomic_and_nuclear (square_meter_per_second). * CONSTANTS[73] is quantum_of_circulation_times_2 in component codata_2006_atomic_and_nuclear (square_meter_per_second). * CONSTANTS[74] is Fermi_coupling_constant in component codata_2006_atomic_and_nuclear (per_square_gigaelectronvolt). * CONSTANTS[75] is weak_mixing_angle in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[76] is electron_mass in component codata_2006_atomic_and_nuclear (kilogram). * CONSTANTS[77] is electron_mass_in_u in component codata_2006_atomic_and_nuclear (atomic_mass_unit). * CONSTANTS[78] is electron_mass_energy_equivalent in component codata_2006_atomic_and_nuclear (joule). * CONSTANTS[79] is electron_mass_energy_equivalent_in_MeV in component codata_2006_atomic_and_nuclear (megaelectronvolt). * CONSTANTS[80] is electron_muon_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[81] is electron_tau_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[82] is electron_proton_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[83] is electron_neutron_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[84] is electron_deuteron_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[85] is electron_to_alpha_particle_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[86] is electron_charge_to_mass_quotient in component codata_2006_atomic_and_nuclear (coulomb_per_kilogram). * CONSTANTS[87] is electron_molar_mass in component codata_2006_atomic_and_nuclear (kilogram_per_mole). * CONSTANTS[88] is Compton_wavelength in component codata_2006_atomic_and_nuclear (meter). * CONSTANTS[89] is Compton_wavelength_over_2_pi in component codata_2006_atomic_and_nuclear (meter). * CONSTANTS[90] is classical_electron_radius in component codata_2006_atomic_and_nuclear (meter). * CONSTANTS[91] is Thomson_cross_section in component codata_2006_atomic_and_nuclear (square_meter). * CONSTANTS[92] is electron_magnetic_moment in component codata_2006_atomic_and_nuclear (joule_per_tesla). * CONSTANTS[93] is electron_magnetic_moment_to_Bohr_magneton_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[94] is electron_magnetic_moment_to_nuclear_magneton_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[95] is electron_magnetic_moment_anomaly in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[96] is electron_g_factor in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[97] is electron_muon_magnetic_moment_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[98] is electron_proton_magnetic_moment_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[99] is electron_to_shielded_proton_magnetic_moment_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[100] is electron_neutron_magnetic_moment_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[101] is electron_deuteron_magnetic_moment_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[102] is electron_to_shielded_helion_magnetic_moment_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[103] is electron_gyromagnetic_ratio in component codata_2006_atomic_and_nuclear (per_second_per_tesla). * CONSTANTS[104] is electron_gyromagnetic_ratio_over_2_pi in component codata_2006_atomic_and_nuclear (megahertz_per_tesla). * CONSTANTS[105] is muon_mass in component codata_2006_atomic_and_nuclear (kilogram). * CONSTANTS[106] is muon_mass_in_u in component codata_2006_atomic_and_nuclear (atomic_mass_unit). * CONSTANTS[107] is muon_mass_energy_equivalent in component codata_2006_atomic_and_nuclear (joule). * CONSTANTS[108] is muon_mass_energy_equivalent_in_MeV in component codata_2006_atomic_and_nuclear (megaelectronvolt). * CONSTANTS[109] is muon_electron_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[110] is muon_tau_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[111] is muon_proton_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[112] is muon_neutron_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[113] is muon_molar_mass in component codata_2006_atomic_and_nuclear (kilogram_per_mole). * CONSTANTS[114] is muon_Compton_wavelength in component codata_2006_atomic_and_nuclear (meter). * CONSTANTS[115] is muon_Compton_wavelength_over_2_pi in component codata_2006_atomic_and_nuclear (meter). * CONSTANTS[116] is muon_magnetic_moment in component codata_2006_atomic_and_nuclear (joule_per_tesla). * CONSTANTS[117] is muon_magnetic_moment_to_Bohr_magneton_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[118] is muon_magnetic_moment_to_nuclear_magneton_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[119] is muon_magnetic_moment_anomaly in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[120] is muon_g_factor in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[121] is muon_proton_magnetic_moment_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[122] is tau_mass in component codata_2006_atomic_and_nuclear (kilogram). * CONSTANTS[123] is tau_mass_in_u in component codata_2006_atomic_and_nuclear (atomic_mass_unit). * CONSTANTS[124] is tau_mass_energy_equivalent in component codata_2006_atomic_and_nuclear (joule). * CONSTANTS[125] is tau_mass_energy_equivalent_in_MeV in component codata_2006_atomic_and_nuclear (megaelectronvolt). * CONSTANTS[126] is tau_electron_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[127] is tau_muon_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[128] is tau_proton_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[129] is tau_neutron_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[130] is tau_molar_mass in component codata_2006_atomic_and_nuclear (kilogram_per_mole). * CONSTANTS[131] is tau_Compton_wavelength in component codata_2006_atomic_and_nuclear (meter). * CONSTANTS[132] is tau_Compton_wavelength_over_2_pi in component codata_2006_atomic_and_nuclear (meter). * CONSTANTS[133] is proton_mass in component codata_2006_atomic_and_nuclear (kilogram). * CONSTANTS[134] is proton_mass_in_u in component codata_2006_atomic_and_nuclear (atomic_mass_unit). * CONSTANTS[135] is proton_mass_energy_equivalent in component codata_2006_atomic_and_nuclear (joule). * CONSTANTS[136] is proton_mass_energy_equivalent_in_MeV in component codata_2006_atomic_and_nuclear (megaelectronvolt). * CONSTANTS[137] is proton_electron_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[138] is proton_muon_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[139] is proton_tau_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[140] is proton_neutron_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[141] is proton_charge_to_mass_quotient in component codata_2006_atomic_and_nuclear (coulomb_per_kilogram). * CONSTANTS[142] is proton_molar_mass in component codata_2006_atomic_and_nuclear (kilogram_per_mole). * CONSTANTS[143] is proton_Compton_wavelength in component codata_2006_atomic_and_nuclear (meter). * CONSTANTS[144] is proton_Compton_wavelength_over_2_pi in component codata_2006_atomic_and_nuclear (meter). * CONSTANTS[145] is proton_rms_charge_radius in component codata_2006_atomic_and_nuclear (meter). * CONSTANTS[146] is proton_magnetic_moment in component codata_2006_atomic_and_nuclear (joule_per_tesla). * CONSTANTS[147] is proton_magnetic_moment_to_Bohr_magneton_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[148] is proton_magnetic_moment_to_nuclear_magneton_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[149] is proton_g_factor in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[150] is proton_neutron_magnetic_moment_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[151] is shielded_proton_magnetic_moment in component codata_2006_atomic_and_nuclear (joule_per_tesla). * CONSTANTS[152] is shielded_proton_magnetic_moment_to_Bohr_magneton_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[153] is shielded_proton_magnetic_moment_to_nuclear_magneton_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[154] is proton_magnetic_shielding_correction in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[155] is proton_gyromagnetic_ratio in component codata_2006_atomic_and_nuclear (per_second_per_tesla). * CONSTANTS[156] is proton_gyromagnetic_ratio_over_2_pi in component codata_2006_atomic_and_nuclear (megahertz_per_tesla). * CONSTANTS[157] is shielded_proton_gyromagnetic_ratio in component codata_2006_atomic_and_nuclear (per_second_per_tesla). * CONSTANTS[158] is shielded_proton_gyromagnetic_ratio_over_2_pi in component codata_2006_atomic_and_nuclear (megahertz_per_tesla). * CONSTANTS[159] is neutron_mass in component codata_2006_atomic_and_nuclear (kilogram). * CONSTANTS[160] is neutron_mass_in_u in component codata_2006_atomic_and_nuclear (atomic_mass_unit). * CONSTANTS[161] is neutron_mass_energy_equivalent in component codata_2006_atomic_and_nuclear (joule). * CONSTANTS[162] is neutron_mass_energy_equivalent_in_MeV in component codata_2006_atomic_and_nuclear (megaelectronvolt). * CONSTANTS[163] is neutron_electron_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[164] is neutron_muon_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[165] is neutron_tau_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[166] is neutron_proton_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[167] is neutron_molar_mass in component codata_2006_atomic_and_nuclear (kilogram_per_mole). * CONSTANTS[168] is neutron_Compton_wavelength in component codata_2006_atomic_and_nuclear (meter). * CONSTANTS[169] is neutron_Compton_wavelength_over_2_pi in component codata_2006_atomic_and_nuclear (meter). * CONSTANTS[170] is neutron_magnetic_moment in component codata_2006_atomic_and_nuclear (joule_per_tesla). * CONSTANTS[171] is neutron_magnetic_moment_to_Bohr_magneton_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[172] is neutron_magnetic_moment_to_nuclear_magneton_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[173] is neutron_g_factor in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[174] is neutron_electron_magnetic_moment_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[175] is neutron_proton_magnetic_moment_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[176] is neutron_to_shielded_proton_magnetic_moment_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[177] is neutron_gyromagnetic_ratio in component codata_2006_atomic_and_nuclear (per_second_per_tesla). * CONSTANTS[178] is neutron_gyromagnetic_ratio_over_2_pi in component codata_2006_atomic_and_nuclear (megahertz_per_tesla). * CONSTANTS[179] is deuteron_mass in component codata_2006_atomic_and_nuclear (kilogram). * CONSTANTS[180] is deuteron_mass_in_u in component codata_2006_atomic_and_nuclear (atomic_mass_unit). * CONSTANTS[181] is deuteron_mass_energy_equivalent in component codata_2006_atomic_and_nuclear (joule). * CONSTANTS[182] is deuteron_mass_energy_equivalent_in_MeV in component codata_2006_atomic_and_nuclear (megaelectronvolt). * CONSTANTS[183] is deuteron_electron_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[184] is deuteron_proton_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[185] is deuteron_molar_mass in component codata_2006_atomic_and_nuclear (kilogram_per_mole). * CONSTANTS[186] is deuteron_rms_charge_radius in component codata_2006_atomic_and_nuclear (meter). * CONSTANTS[187] is deuteron_magnetic_moment in component codata_2006_atomic_and_nuclear (joule_per_tesla). * CONSTANTS[188] is deuteron_magnetic_moment_to_Bohr_magneton_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[189] is deuteron_magnetic_moment_to_nuclear_magneton_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[190] is deuteron_g_factor in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[191] is deuteron_electron_magnetic_moment_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[192] is deuteron_proton_magnetic_moment_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[193] is deuteron_neutron_magnetic_moment_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[194] is triton_mass in component codata_2006_atomic_and_nuclear (kilogram). * CONSTANTS[195] is triton_mass_in_u in component codata_2006_atomic_and_nuclear (atomic_mass_unit). * CONSTANTS[196] is triton_mass_energy_equivalent in component codata_2006_atomic_and_nuclear (joule). * CONSTANTS[197] is triton_mass_energy_equivalent_in_MeV in component codata_2006_atomic_and_nuclear (megaelectronvolt). * CONSTANTS[198] is triton_electron_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[199] is triton_proton_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[200] is triton_molar_mass in component codata_2006_atomic_and_nuclear (kilogram_per_mole). * CONSTANTS[201] is triton_magnetic_moment in component codata_2006_atomic_and_nuclear (joule_per_tesla). * CONSTANTS[202] is triton_magnetic_moment_to_Bohr_magneton_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[203] is triton_magnetic_moment_to_nuclear_magneton_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[204] is triton_g_factor in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[205] is triton_electron_magnetic_moment_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[206] is triton_proton_magnetic_moment_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[207] is triton_neutron_magnetic_moment_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[208] is helion_mass in component codata_2006_atomic_and_nuclear (kilogram). * CONSTANTS[209] is helion_mass_in_u in component codata_2006_atomic_and_nuclear (atomic_mass_unit). * CONSTANTS[210] is helion_mass_energy_equivalent in component codata_2006_atomic_and_nuclear (joule). * CONSTANTS[211] is helion_mass_energy_equivalent_in_MeV in component codata_2006_atomic_and_nuclear (megaelectronvolt). * CONSTANTS[212] is helion_electron_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[213] is helion_proton_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[214] is helion_molar_mass in component codata_2006_atomic_and_nuclear (kilogram_per_mole). * CONSTANTS[215] is shielded_helion_magnetic_moment in component codata_2006_atomic_and_nuclear (joule_per_tesla). * CONSTANTS[216] is shielded_helion_magnetic_moment_to_Bohr_magneton_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[217] is shielded_helion_magnetic_moment_to_nuclear_magneton_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[218] is shielded_helion_to_proton_magnetic_moment_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[219] is shielded_helion_to_shielded_proton_magnetic_moment_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[220] is shielded_helion_gyromagnetic_ratio in component codata_2006_atomic_and_nuclear (per_second_per_tesla). * CONSTANTS[221] is shielded_helion_gyromagnetic_ratio_over_2_pi in component codata_2006_atomic_and_nuclear (megahertz_per_tesla). * CONSTANTS[222] is alpha_particle_mass in component codata_2006_atomic_and_nuclear (kilogram). * CONSTANTS[223] is alpha_particle_mass_in_u in component codata_2006_atomic_and_nuclear (atomic_mass_unit). * CONSTANTS[224] is alpha_particle_mass_energy_equivalent in component codata_2006_atomic_and_nuclear (joule). * CONSTANTS[225] is alpha_particle_mass_energy_equivalent_in_MeV in component codata_2006_atomic_and_nuclear (megaelectronvolt). * CONSTANTS[226] is alpha_particle_electron_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[227] is alpha_particle_proton_mass_ratio in component codata_2006_atomic_and_nuclear (dimensionless). * CONSTANTS[228] is alpha_particle_molar_mass in component codata_2006_atomic_and_nuclear (kilogram_per_mole). * CONSTANTS[229] is fine_structure_constant_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[230] is inverse_fine_structure_constant_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[231] is Rydberg_constant_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (per_meter). * CONSTANTS[232] is Rydberg_constant_times_c_in_Hz_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (hertz). * CONSTANTS[233] is Rydberg_constant_times_hc_in_J_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (joule). * CONSTANTS[234] is Rydberg_constant_times_hc_in_eV_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (electronvolt). * CONSTANTS[235] is Bohr_radius_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (meter). * CONSTANTS[236] is Hartree_energy_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (joule). * CONSTANTS[237] is Hartree_energy_in_eV_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (electronvolt). * CONSTANTS[238] is quantum_of_circulation_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (square_meter_per_second). * CONSTANTS[239] is quantum_of_circulation_times_2_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (square_meter_per_second). * CONSTANTS[240] is Fermi_coupling_constant_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (per_square_gigaelectronvolt). * CONSTANTS[241] is weak_mixing_angle_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[242] is electron_mass_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (kilogram). * CONSTANTS[243] is electron_mass_in_u_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (atomic_mass_unit). * CONSTANTS[244] is electron_mass_energy_equivalent_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (joule). * CONSTANTS[245] is electron_mass_energy_equivalent_in_MeV_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (megaelectronvolt). * CONSTANTS[246] is electron_muon_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[247] is electron_tau_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[248] is electron_proton_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[249] is electron_neutron_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[250] is electron_deuteron_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[251] is electron_to_alpha_particle_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[252] is electron_charge_to_mass_quotient_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (coulomb_per_kilogram). * CONSTANTS[253] is electron_molar_mass_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (kilogram_per_mole). * CONSTANTS[254] is Compton_wavelength_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (meter). * CONSTANTS[255] is Compton_wavelength_over_2_pi_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (meter). * CONSTANTS[256] is classical_electron_radius_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (meter). * CONSTANTS[257] is Thomson_cross_section_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (square_meter). * CONSTANTS[258] is electron_magnetic_moment_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (joule_per_tesla). * CONSTANTS[259] is electron_magnetic_moment_to_Bohr_magneton_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[260] is electron_magnetic_moment_to_nuclear_magneton_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[261] is electron_magnetic_moment_anomaly_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[262] is electron_g_factor_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[263] is electron_muon_magnetic_moment_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[264] is electron_proton_magnetic_moment_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[265] is electron_to_shielded_proton_magnetic_moment_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[266] is electron_neutron_magnetic_moment_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[267] is electron_deuteron_magnetic_moment_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[268] is electron_to_shielded_helion_magnetic_moment_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[269] is electron_gyromagnetic_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (per_second_per_tesla). * CONSTANTS[270] is electron_gyromagnetic_ratio_over_2_pi_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (megahertz_per_tesla). * CONSTANTS[271] is muon_mass_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (kilogram). * CONSTANTS[272] is muon_mass_in_u_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (atomic_mass_unit). * CONSTANTS[273] is muon_mass_energy_equivalent_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (joule). * CONSTANTS[274] is muon_mass_energy_equivalent_in_MeV_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (megaelectronvolt). * CONSTANTS[275] is muon_electron_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[276] is muon_tau_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[277] is muon_proton_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[278] is muon_neutron_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[279] is muon_molar_mass_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (kilogram_per_mole). * CONSTANTS[280] is muon_Compton_wavelength_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (meter). * CONSTANTS[281] is muon_Compton_wavelength_over_2_pi_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (meter). * CONSTANTS[282] is muon_magnetic_moment_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (joule_per_tesla). * CONSTANTS[283] is muon_magnetic_moment_to_Bohr_magneton_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[284] is muon_magnetic_moment_to_nuclear_magneton_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[285] is muon_magnetic_moment_anomaly_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[286] is muon_g_factor_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[287] is muon_proton_magnetic_moment_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[288] is tau_mass_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (kilogram). * CONSTANTS[289] is tau_mass_in_u_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (atomic_mass_unit). * CONSTANTS[290] is tau_mass_energy_equivalent_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (joule). * CONSTANTS[291] is tau_mass_energy_equivalent_in_MeV_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (megaelectronvolt). * CONSTANTS[292] is tau_electron_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[293] is tau_muon_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[294] is tau_proton_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[295] is tau_neutron_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[296] is tau_molar_mass_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (kilogram_per_mole). * CONSTANTS[297] is tau_Compton_wavelength_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (meter). * CONSTANTS[298] is tau_Compton_wavelength_over_2_pi_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (meter). * CONSTANTS[299] is proton_mass_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (kilogram). * CONSTANTS[300] is proton_mass_in_u_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (atomic_mass_unit). * CONSTANTS[301] is proton_mass_energy_equivalent_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (joule). * CONSTANTS[302] is proton_mass_energy_equivalent_in_MeV_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (megaelectronvolt). * CONSTANTS[303] is proton_electron_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[304] is proton_muon_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[305] is proton_tau_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[306] is proton_neutron_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[307] is proton_charge_to_mass_quotient_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (coulomb_per_kilogram). * CONSTANTS[308] is proton_molar_mass_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (kilogram_per_mole). * CONSTANTS[309] is proton_Compton_wavelength_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (meter). * CONSTANTS[310] is proton_Compton_wavelength_over_2_pi_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (meter). * CONSTANTS[311] is proton_rms_charge_radius_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (meter). * CONSTANTS[312] is proton_magnetic_moment_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (joule_per_tesla). * CONSTANTS[313] is proton_magnetic_moment_to_Bohr_magneton_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[314] is proton_magnetic_moment_to_nuclear_magneton_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[315] is proton_g_factor_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[316] is proton_neutron_magnetic_moment_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[317] is shielded_proton_magnetic_moment_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (joule_per_tesla). * CONSTANTS[318] is shielded_proton_magnetic_moment_to_Bohr_magneton_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[319] is shielded_proton_magnetic_moment_to_nuclear_magneton_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[320] is proton_magnetic_shielding_correction_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[321] is proton_gyromagnetic_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (per_second_per_tesla). * CONSTANTS[322] is proton_gyromagnetic_ratio_over_2_pi_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (megahertz_per_tesla). * CONSTANTS[323] is shielded_proton_gyromagnetic_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (per_second_per_tesla). * CONSTANTS[324] is shielded_proton_gyromagnetic_ratio_over_2_pi_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (megahertz_per_tesla). * CONSTANTS[325] is neutron_mass_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (kilogram). * CONSTANTS[326] is neutron_mass_in_u_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (atomic_mass_unit). * CONSTANTS[327] is neutron_mass_energy_equivalent_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (joule). * CONSTANTS[328] is neutron_mass_energy_equivalent_in_MeV_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (megaelectronvolt). * CONSTANTS[329] is neutron_electron_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[330] is neutron_muon_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[331] is neutron_tau_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[332] is neutron_proton_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[333] is neutron_molar_mass_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (kilogram_per_mole). * CONSTANTS[334] is neutron_Compton_wavelength_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (meter). * CONSTANTS[335] is neutron_Compton_wavelength_over_2_pi_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (meter). * CONSTANTS[336] is neutron_magnetic_moment_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (joule_per_tesla). * CONSTANTS[337] is neutron_magnetic_moment_to_Bohr_magneton_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[338] is neutron_magnetic_moment_to_nuclear_magneton_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[339] is neutron_g_factor_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[340] is neutron_electron_magnetic_moment_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[341] is neutron_proton_magnetic_moment_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[342] is neutron_to_shielded_proton_magnetic_moment_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[343] is neutron_gyromagnetic_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (per_second_per_tesla). * CONSTANTS[344] is neutron_gyromagnetic_ratio_over_2_pi_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (megahertz_per_tesla). * CONSTANTS[345] is deuteron_mass_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (kilogram). * CONSTANTS[346] is deuteron_mass_in_u_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (atomic_mass_unit). * CONSTANTS[347] is deuteron_mass_energy_equivalent_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (joule). * CONSTANTS[348] is deuteron_mass_energy_equivalent_in_MeV_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (megaelectronvolt). * CONSTANTS[349] is deuteron_electron_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[350] is deuteron_proton_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[351] is deuteron_molar_mass_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (kilogram_per_mole). * CONSTANTS[352] is deuteron_rms_charge_radius_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (meter). * CONSTANTS[353] is deuteron_magnetic_moment_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (joule_per_tesla). * CONSTANTS[354] is deuteron_magnetic_moment_to_Bohr_magneton_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[355] is deuteron_magnetic_moment_to_nuclear_magneton_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[356] is deuteron_g_factor_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[357] is deuteron_electron_magnetic_moment_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[358] is deuteron_proton_magnetic_moment_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[359] is deuteron_neutron_magnetic_moment_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[360] is triton_mass_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (kilogram). * CONSTANTS[361] is triton_mass_in_u_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (atomic_mass_unit). * CONSTANTS[362] is triton_mass_energy_equivalent_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (joule). * CONSTANTS[363] is triton_mass_energy_equivalent_in_MeV_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (megaelectronvolt). * CONSTANTS[364] is triton_electron_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[365] is triton_proton_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[366] is triton_molar_mass_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (kilogram_per_mole). * CONSTANTS[367] is triton_magnetic_moment_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (joule_per_tesla). * CONSTANTS[368] is triton_magnetic_moment_to_Bohr_magneton_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[369] is triton_magnetic_moment_to_nuclear_magneton_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[370] is triton_g_factor_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[371] is triton_electron_magnetic_moment_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[372] is triton_proton_magnetic_moment_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[373] is triton_neutron_magnetic_moment_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[374] is helion_mass_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (kilogram). * CONSTANTS[375] is helion_mass_in_u_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (atomic_mass_unit). * CONSTANTS[376] is helion_mass_energy_equivalent_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (joule). * CONSTANTS[377] is helion_mass_energy_equivalent_in_MeV_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (megaelectronvolt). * CONSTANTS[378] is helion_electron_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[379] is helion_proton_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[380] is helion_molar_mass_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (kilogram_per_mole). * CONSTANTS[381] is shielded_helion_magnetic_moment_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (joule_per_tesla). * CONSTANTS[382] is shielded_helion_magnetic_moment_to_Bohr_magneton_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[383] is shielded_helion_magnetic_moment_to_nuclear_magneton_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[384] is shielded_helion_to_proton_magnetic_moment_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[385] is shielded_helion_to_shielded_proton_magnetic_moment_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[386] is shielded_helion_gyromagnetic_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (per_second_per_tesla). * CONSTANTS[387] is shielded_helion_gyromagnetic_ratio_over_2_pi_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (megahertz_per_tesla). * CONSTANTS[388] is alpha_particle_mass_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (kilogram). * CONSTANTS[389] is alpha_particle_mass_in_u_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (atomic_mass_unit). * CONSTANTS[390] is alpha_particle_mass_energy_equivalent_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (joule). * CONSTANTS[391] is alpha_particle_mass_energy_equivalent_in_MeV_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (megaelectronvolt). * CONSTANTS[392] is alpha_particle_electron_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[393] is alpha_particle_proton_mass_ratio_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (dimensionless). * CONSTANTS[394] is alpha_particle_molar_mass_uncertainty in component codata_2006_atomic_and_nuclear_uncertainty (kilogram_per_mole). * CONSTANTS[395] is Avogadro_constant in component codata_2006_physicochemical (per_mole). * CONSTANTS[396] is atomic_mass_constant in component codata_2006_physicochemical (kilogram). * CONSTANTS[397] is atomic_mass_constant_energy_equivalent in component codata_2006_physicochemical (joule). * CONSTANTS[398] is atomic_mass_constant_energy_equivalent_in_MeV in component codata_2006_physicochemical (megaelectronvolt). * CONSTANTS[399] is Faraday_constant in component codata_2006_physicochemical (coulomb_per_mole). * CONSTANTS[400] is molar_Planck_constant in component codata_2006_physicochemical (joule_second_per_mole). * CONSTANTS[401] is molar_Planck_constant_times_c in component codata_2006_physicochemical (joule_meter_per_mole). * CONSTANTS[402] is molar_gas_constant in component codata_2006_physicochemical (joule_per_mole_per_kelvin). * CONSTANTS[403] is Boltzmann_constant in component codata_2006_physicochemical (joule_per_kelvin). * CONSTANTS[404] is Boltzmann_constant_in_Hz_per_K in component codata_2006_physicochemical (hertz_per_kelvin). * CONSTANTS[405] is Boltzmann_constant_in_eV_per_K in component codata_2006_physicochemical (electronvolt_per_kelvin). * CONSTANTS[406] is Boltzmann_constant_in_inverse_meter_per_kelvin in component codata_2006_physicochemical (per_meter_per_kelvin). * CONSTANTS[407] is molar_volume_of_ideal_gas_273_15K_101_325kPa in component codata_2006_physicochemical (cubic_meter_per_mole). * CONSTANTS[408] is Loschmidt_constant in component codata_2006_physicochemical (per_cubic_meter). * CONSTANTS[409] is molar_volume_of_ideal_gas_273_15K_100kPa in component codata_2006_physicochemical (cubic_meter_per_mole). * CONSTANTS[410] is Sackur_Tetrode_constant_1K_100kPa in component codata_2006_physicochemical (dimensionless). * CONSTANTS[411] is Sackur_Tetrode_constant_1K_101_325kPa in component codata_2006_physicochemical (dimensionless). * CONSTANTS[412] is Stefan_Boltzmann_constant in component codata_2006_physicochemical (watt_per_square_meter_per_quartic_kelvin). * CONSTANTS[413] is first_radiation_constant in component codata_2006_physicochemical (watt_per_square_meter). * CONSTANTS[414] is first_radiation_constant_for_spectral_radiance in component codata_2006_physicochemical (watt_per_square_meter_per_steradian). * CONSTANTS[415] is second_radiation_constant in component codata_2006_physicochemical (meter_kelvin). * CONSTANTS[416] is Wien_wavelength_displacement_law_constant in component codata_2006_physicochemical (meter_kelvin). * CONSTANTS[417] is Wien_frequency_displacement_law_constant in component codata_2006_physicochemical (hertz_per_kelvin). * CONSTANTS[418] is Avogadro_constant_uncertainty in component codata_2006_physicochemical_uncertainty (per_mole). * CONSTANTS[419] is atomic_mass_constant_uncertainty in component codata_2006_physicochemical_uncertainty (kilogram). * CONSTANTS[420] is atomic_mass_constant_energy_equivalent_uncertainty in component codata_2006_physicochemical_uncertainty (joule). * CONSTANTS[421] is atomic_mass_constant_energy_equivalent_in_MeV_uncertainty in component codata_2006_physicochemical_uncertainty (megaelectronvolt). * CONSTANTS[422] is Faraday_constant_uncertainty in component codata_2006_physicochemical_uncertainty (coulomb_per_mole). * CONSTANTS[423] is molar_Planck_constant_uncertainty in component codata_2006_physicochemical_uncertainty (joule_second_per_mole). * CONSTANTS[424] is molar_Planck_constant_times_c_uncertainty in component codata_2006_physicochemical_uncertainty (joule_meter_per_mole). * CONSTANTS[425] is molar_gas_constant_uncertainty in component codata_2006_physicochemical_uncertainty (joule_per_mole_per_kelvin). * CONSTANTS[426] is Boltzmann_constant_uncertainty in component codata_2006_physicochemical_uncertainty (joule_per_kelvin). * CONSTANTS[427] is Boltzmann_constant_in_Hz_per_K_uncertainty in component codata_2006_physicochemical_uncertainty (hertz_per_kelvin). * CONSTANTS[428] is Boltzmann_constant_in_eV_per_K_uncertainty in component codata_2006_physicochemical_uncertainty (electronvolt_per_kelvin). * CONSTANTS[429] is Boltzmann_constant_in_inverse_meter_per_kelvin_uncertainty in component codata_2006_physicochemical_uncertainty (per_meter_per_kelvin). * CONSTANTS[430] is molar_volume_of_ideal_gas_273_15K_101_325kPa_uncertainty in component codata_2006_physicochemical_uncertainty (cubic_meter_per_mole). * CONSTANTS[431] is Loschmidt_constant_uncertainty in component codata_2006_physicochemical_uncertainty (per_cubic_meter). * CONSTANTS[432] is molar_volume_of_ideal_gas_273_15K_100kPa_uncertainty in component codata_2006_physicochemical_uncertainty (cubic_meter_per_mole). * CONSTANTS[433] is Sackur_Tetrode_constant_1K_100kPa_uncertainty in component codata_2006_physicochemical_uncertainty (dimensionless). * CONSTANTS[434] is Sackur_Tetrode_constant_1K_101_325kPa_uncertainty in component codata_2006_physicochemical_uncertainty (dimensionless). * CONSTANTS[435] is Stefan_Boltzmann_constant_uncertainty in component codata_2006_physicochemical_uncertainty (watt_per_square_meter_per_quartic_kelvin). * CONSTANTS[436] is first_radiation_constant_uncertainty in component codata_2006_physicochemical_uncertainty (watt_per_square_meter). * CONSTANTS[437] is first_radiation_constant_for_spectral_radiance_uncertainty in component codata_2006_physicochemical_uncertainty (watt_per_square_meter_per_steradian). * CONSTANTS[438] is second_radiation_constant_uncertainty in component codata_2006_physicochemical_uncertainty (meter_kelvin). * CONSTANTS[439] is Wien_wavelength_displacement_law_constant_uncertainty in component codata_2006_physicochemical_uncertainty (meter_kelvin). * CONSTANTS[440] is Wien_frequency_displacement_law_constant_uncertainty in component codata_2006_physicochemical_uncertainty (hertz_per_kelvin). * There are a total of 0 condition variables. */ void initConsts(double* CONSTANTS, double* RATES, double *STATES) { CONSTANTS[0] = 2.99792e+08; CONSTANTS[1] = 6.67428e-11; CONSTANTS[2] = 6.70881e-39; CONSTANTS[3] = 6.62607e-34; CONSTANTS[4] = 4.13567e-15; CONSTANTS[5] = 1.05457e-34; CONSTANTS[6] = 6.58212e-16; CONSTANTS[7] = 197.327; CONSTANTS[8] = 2.17644e-08; CONSTANTS[9] = 1.22089e+19; CONSTANTS[10] = 1.41678e+32; CONSTANTS[11] = 1.61625e-35; CONSTANTS[12] = 5.39124e-44; CONSTANTS[13] = 0.00000; CONSTANTS[14] = 0.00000; CONSTANTS[15] = 0.00000; CONSTANTS[16] = 0.00000; CONSTANTS[17] = 6.70000e-15; CONSTANTS[18] = 6.70000e-43; CONSTANTS[19] = 3.30000e-41; CONSTANTS[20] = 1.00000e-22; CONSTANTS[21] = 5.30000e-42; CONSTANTS[22] = 1.60000e-23; CONSTANTS[23] = 4.90000e-06; CONSTANTS[24] = 1.10000e-12; CONSTANTS[25] = 6.10000e+14; CONSTANTS[26] = 7.10000e+27; CONSTANTS[27] = 8.10000e-40; CONSTANTS[28] = 2.70000e-48; CONSTANTS[29] = 1.60218e-19; CONSTANTS[30] = 2.41799e+14; CONSTANTS[31] = 2.06783e-15; CONSTANTS[32] = 7.74809e-05; CONSTANTS[33] = 12906.4; CONSTANTS[34] = 4.83598e+14; CONSTANTS[35] = 25812.8; CONSTANTS[36] = 9.27401e-24; CONSTANTS[37] = 5.78838e-05; CONSTANTS[38] = 1.39962e+10; CONSTANTS[39] = 46.6865; CONSTANTS[40] = 0.671713; CONSTANTS[41] = 5.05078e-27; CONSTANTS[42] = 3.15245e-08; CONSTANTS[43] = 7.62259; CONSTANTS[44] = 0.0254262; CONSTANTS[45] = 0.000365826; CONSTANTS[46] = 4.00000e-27; CONSTANTS[47] = 6.00000e+06; CONSTANTS[48] = 5.20000e-23; CONSTANTS[49] = 5.30000e-14; CONSTANTS[50] = 8.80000e-06; CONSTANTS[51] = 1.20000e+07; CONSTANTS[52] = 1.80000e-05; CONSTANTS[53] = 2.30000e-31; CONSTANTS[54] = 7.90000e-14; CONSTANTS[55] = 350.000; CONSTANTS[56] = 1.20000e-06; CONSTANTS[57] = 1.20000e-06; CONSTANTS[58] = 1.30000e-34; CONSTANTS[59] = 4.50000e-17; CONSTANTS[60] = 1.90000e-07; CONSTANTS[61] = 6.40000e-10; CONSTANTS[62] = 6.40000e-10; CONSTANTS[63] = 0.00729735; CONSTANTS[64] = 137.036; CONSTANTS[65] = 1.09737e+07; CONSTANTS[66] = 3.28984e+15; CONSTANTS[67] = 2.17987e-18; CONSTANTS[68] = 13.6057; CONSTANTS[69] = 5.29177e-11; CONSTANTS[70] = 4.35974e-18; CONSTANTS[71] = 27.2114; CONSTANTS[72] = 0.000363695; CONSTANTS[73] = 0.000727390; CONSTANTS[74] = 1.16637e-05; CONSTANTS[75] = 0.222550; CONSTANTS[76] = 9.10938e-31; CONSTANTS[77] = 0.000548580; CONSTANTS[78] = 8.18710e-14; CONSTANTS[79] = 0.510999; CONSTANTS[80] = 0.00483633; CONSTANTS[81] = 0.000287564; CONSTANTS[82] = 0.000544617; CONSTANTS[83] = 0.000543867; CONSTANTS[84] = 0.000272444; CONSTANTS[85] = 0.000137093; CONSTANTS[86] = -1.75882e+11; CONSTANTS[87] = 5.48580e-07; CONSTANTS[88] = 2.42631e-12; CONSTANTS[89] = 3.86159e-13; CONSTANTS[90] = 2.81794e-15; CONSTANTS[91] = 6.65246e-29; CONSTANTS[92] = -9.28476e-24; CONSTANTS[93] = -1.00116; CONSTANTS[94] = -1838.28; CONSTANTS[95] = 0.00115965; CONSTANTS[96] = -2.00232; CONSTANTS[97] = 206.767; CONSTANTS[98] = -658.211; CONSTANTS[99] = -658.228; CONSTANTS[100] = 960.920; CONSTANTS[101] = -2143.92; CONSTANTS[102] = 864.058; CONSTANTS[103] = 1.76086e+11; CONSTANTS[104] = 28025.0; CONSTANTS[105] = 1.88353e-28; CONSTANTS[106] = 0.113429; CONSTANTS[107] = 1.69283e-11; CONSTANTS[108] = 105.658; CONSTANTS[109] = 206.768; CONSTANTS[110] = 0.0594592; CONSTANTS[111] = 0.112610; CONSTANTS[112] = 0.112455; CONSTANTS[113] = 0.000113429; CONSTANTS[114] = 1.17344e-14; CONSTANTS[115] = 1.86759e-15; CONSTANTS[116] = -4.49045e-26; CONSTANTS[117] = -0.00484197; CONSTANTS[118] = -8.89060; CONSTANTS[119] = 0.00116592; CONSTANTS[120] = -2.00233; CONSTANTS[121] = -3.18335; CONSTANTS[122] = 3.16777e-27; CONSTANTS[123] = 1.90768; CONSTANTS[124] = 2.84705e-10; CONSTANTS[125] = 1776.99; CONSTANTS[126] = 3477.48; CONSTANTS[127] = 16.8183; CONSTANTS[128] = 1.89390; CONSTANTS[129] = 1.89129; CONSTANTS[130] = 0.00190768; CONSTANTS[131] = 6.97720e-16; CONSTANTS[132] = 1.11046e-16; CONSTANTS[133] = 1.67262e-27; CONSTANTS[134] = 1.00728; CONSTANTS[135] = 1.50328e-10; CONSTANTS[136] = 938.272; CONSTANTS[137] = 1836.15; CONSTANTS[138] = 8.88024; CONSTANTS[139] = 0.528012; CONSTANTS[140] = 0.998623; CONSTANTS[141] = 9.57883e+07; CONSTANTS[142] = 0.00100728; CONSTANTS[143] = 1.32141e-15; CONSTANTS[144] = 2.10309e-16; CONSTANTS[145] = 8.76800e-16; CONSTANTS[146] = 1.41061e-26; CONSTANTS[147] = 0.00152103; CONSTANTS[148] = 2.79285; CONSTANTS[149] = 5.58569; CONSTANTS[150] = -1.45990; CONSTANTS[151] = 1.41057e-26; CONSTANTS[152] = 0.00152099; CONSTANTS[153] = 2.79278; CONSTANTS[154] = 2.56940e-05; CONSTANTS[155] = 2.67522e+08; CONSTANTS[156] = 42.5775; CONSTANTS[157] = 2.67515e+08; CONSTANTS[158] = 42.5764; CONSTANTS[159] = 1.67493e-27; CONSTANTS[160] = 1.00866; CONSTANTS[161] = 1.50535e-10; CONSTANTS[162] = 939.565; CONSTANTS[163] = 1838.68; CONSTANTS[164] = 8.89248; CONSTANTS[165] = 0.528740; CONSTANTS[166] = 1.00138; CONSTANTS[167] = 0.00100866; CONSTANTS[168] = 1.31959e-15; CONSTANTS[169] = 2.10019e-16; CONSTANTS[170] = -9.66236e-27; CONSTANTS[171] = -0.00104188; CONSTANTS[172] = -1.91304; CONSTANTS[173] = -3.82609; CONSTANTS[174] = 0.00104067; CONSTANTS[175] = -0.684979; CONSTANTS[176] = -0.684997; CONSTANTS[177] = 1.83247e+08; CONSTANTS[178] = 29.1647; CONSTANTS[179] = 3.34358e-27; CONSTANTS[180] = 2.01355; CONSTANTS[181] = 3.00506e-10; CONSTANTS[182] = 1875.61; CONSTANTS[183] = 3670.48; CONSTANTS[184] = 1.99901; CONSTANTS[185] = 0.00201355; CONSTANTS[186] = 2.14020e-15; CONSTANTS[187] = 4.33073e-27; CONSTANTS[188] = 0.000466975; CONSTANTS[189] = 0.857438; CONSTANTS[190] = 0.857438; CONSTANTS[191] = -0.000466435; CONSTANTS[192] = 0.307012; CONSTANTS[193] = -0.448207; CONSTANTS[194] = 5.00736e-27; CONSTANTS[195] = 3.01550; CONSTANTS[196] = 4.50039e-10; CONSTANTS[197] = 2808.92; CONSTANTS[198] = 5496.92; CONSTANTS[199] = 2.99372; CONSTANTS[200] = 0.00301550; CONSTANTS[201] = 1.50461e-26; CONSTANTS[202] = 0.00162239; CONSTANTS[203] = 2.97896; CONSTANTS[204] = 5.95792; CONSTANTS[205] = -0.00162051; CONSTANTS[206] = 1.06664; CONSTANTS[207] = -1.55719; CONSTANTS[208] = 5.00641e-27; CONSTANTS[209] = 3.01493; CONSTANTS[210] = 4.49954e-10; CONSTANTS[211] = 2808.39; CONSTANTS[212] = 5495.89; CONSTANTS[213] = 2.99315; CONSTANTS[214] = 0.00301493; CONSTANTS[215] = -1.07455e-26; CONSTANTS[216] = -0.00115867; CONSTANTS[217] = -2.12750; CONSTANTS[218] = -0.761767; CONSTANTS[219] = -0.761786; CONSTANTS[220] = 2.03789e+08; CONSTANTS[221] = 32.4341; CONSTANTS[222] = 6.64466e-27; CONSTANTS[223] = 4.00151; CONSTANTS[224] = 5.97192e-10; CONSTANTS[225] = 3727.38; CONSTANTS[226] = 7294.30; CONSTANTS[227] = 3.97260; CONSTANTS[228] = 0.00400151; CONSTANTS[229] = 5.00000e-12; CONSTANTS[230] = 9.40000e-08; CONSTANTS[231] = 7.30000e-05; CONSTANTS[232] = 22000.0; CONSTANTS[233] = 1.10000e-25; CONSTANTS[234] = 3.40000e-07; CONSTANTS[235] = 3.60000e-20; CONSTANTS[236] = 2.20000e-25; CONSTANTS[237] = 6.80000e-07; CONSTANTS[238] = 5.00000e-13; CONSTANTS[239] = 1.00000e-12; CONSTANTS[240] = 1.00000e-10; CONSTANTS[241] = 0.000560000; CONSTANTS[242] = 4.50000e-38; CONSTANTS[243] = 2.30000e-13; CONSTANTS[244] = 4.10000e-21; CONSTANTS[245] = 1.30000e-08; CONSTANTS[246] = 1.20000e-10; CONSTANTS[247] = 4.70000e-08; CONSTANTS[248] = 2.40000e-13; CONSTANTS[249] = 3.30000e-13; CONSTANTS[250] = 1.20000e-13; CONSTANTS[251] = 5.80000e-14; CONSTANTS[252] = 4400.00; CONSTANTS[253] = 2.30000e-16; CONSTANTS[254] = 3.30000e-21; CONSTANTS[255] = 5.30000e-22; CONSTANTS[256] = 5.80000e-24; CONSTANTS[257] = 2.70000e-37; CONSTANTS[258] = 2.30000e-31; CONSTANTS[259] = 7.40000e-13; CONSTANTS[260] = 8.00000e-07; CONSTANTS[261] = 7.40000e-13; CONSTANTS[262] = 1.50000e-12; CONSTANTS[263] = 5.20000e-06; CONSTANTS[264] = 5.40000e-06; CONSTANTS[265] = 7.20000e-06; CONSTANTS[266] = 0.000230000; CONSTANTS[267] = 1.80000e-05; CONSTANTS[268] = 1.00000e-05; CONSTANTS[269] = 4400.00; CONSTANTS[270] = 0.000700000; CONSTANTS[271] = 1.10000e-35; CONSTANTS[272] = 2.90000e-09; CONSTANTS[273] = 9.50000e-19; CONSTANTS[274] = 3.80000e-06; CONSTANTS[275] = 5.20000e-06; CONSTANTS[276] = 9.70000e-06; CONSTANTS[277] = 2.90000e-09; CONSTANTS[278] = 2.90000e-09; CONSTANTS[279] = 2.90000e-12; CONSTANTS[280] = 3.00000e-22; CONSTANTS[281] = 4.70000e-23; CONSTANTS[282] = 1.60000e-33; CONSTANTS[283] = 1.20000e-10; CONSTANTS[284] = 2.30000e-07; CONSTANTS[285] = 6.00000e-10; CONSTANTS[286] = 1.20000e-09; CONSTANTS[287] = 8.50000e-08; CONSTANTS[288] = 5.20000e-31; CONSTANTS[289] = 0.000310000; CONSTANTS[290] = 4.60000e-14; CONSTANTS[291] = 0.290000; CONSTANTS[292] = 0.570000; CONSTANTS[293] = 0.00270000; CONSTANTS[294] = 0.000310000; CONSTANTS[295] = 0.000310000; CONSTANTS[296] = 3.10000e-07; CONSTANTS[297] = 1.10000e-19; CONSTANTS[298] = 1.80000e-20; CONSTANTS[299] = 8.30000e-35; CONSTANTS[300] = 1.00000e-10; CONSTANTS[301] = 7.50000e-18; CONSTANTS[302] = 2.30000e-05; CONSTANTS[303] = 8.00000e-07; CONSTANTS[304] = 2.30000e-07; CONSTANTS[305] = 8.60000e-05; CONSTANTS[306] = 4.60000e-10; CONSTANTS[307] = 2.40000; CONSTANTS[308] = 1.00000e-13; CONSTANTS[309] = 1.90000e-24; CONSTANTS[310] = 3.00000e-25; CONSTANTS[311] = 6.90000e-18; CONSTANTS[312] = 3.70000e-34; CONSTANTS[313] = 1.20000e-11; CONSTANTS[314] = 2.30000e-08; CONSTANTS[315] = 4.60000e-08; CONSTANTS[316] = 3.40000e-07; CONSTANTS[317] = 3.80000e-34; CONSTANTS[318] = 1.70000e-11; CONSTANTS[319] = 3.00000e-08; CONSTANTS[320] = 1.40000e-08; CONSTANTS[321] = 7.00000; CONSTANTS[322] = 1.10000e-06; CONSTANTS[323] = 7.30000; CONSTANTS[324] = 1.20000e-06; CONSTANTS[325] = 8.40000e-35; CONSTANTS[326] = 4.30000e-10; CONSTANTS[327] = 7.50000e-18; CONSTANTS[328] = 2.30000e-05; CONSTANTS[329] = 1.10000e-06; CONSTANTS[330] = 2.30000e-07; CONSTANTS[331] = 8.60000e-05; CONSTANTS[332] = 4.60000e-10; CONSTANTS[333] = 4.30000e-13; CONSTANTS[334] = 2.00000e-24; CONSTANTS[335] = 3.10000e-25; CONSTANTS[336] = 2.30000e-33; CONSTANTS[337] = 2.50000e-10; CONSTANTS[338] = 4.50000e-07; CONSTANTS[339] = 9.00000e-07; CONSTANTS[340] = 2.50000e-10; CONSTANTS[341] = 1.60000e-07; CONSTANTS[342] = 1.60000e-07; CONSTANTS[343] = 43.0000; CONSTANTS[344] = 6.90000e-06; CONSTANTS[345] = 1.70000e-34; CONSTANTS[346] = 7.80000e-11; CONSTANTS[347] = 1.50000e-17; CONSTANTS[348] = 4.70000e-05; CONSTANTS[349] = 1.60000e-06; CONSTANTS[350] = 2.20000e-10; CONSTANTS[351] = 7.80000e-14; CONSTANTS[352] = 2.80000e-18; CONSTANTS[353] = 1.10000e-34; CONSTANTS[354] = 3.90000e-12; CONSTANTS[355] = 7.20000e-09; CONSTANTS[356] = 7.20000e-09; CONSTANTS[357] = 3.90000e-12; CONSTANTS[358] = 2.40000e-09; CONSTANTS[359] = 1.10000e-07; CONSTANTS[360] = 2.50000e-34; CONSTANTS[361] = 2.50000e-09; CONSTANTS[362] = 2.20000e-17; CONSTANTS[363] = 7.00000e-05; CONSTANTS[364] = 5.10000e-06; CONSTANTS[365] = 2.50000e-09; CONSTANTS[366] = 2.50000e-12; CONSTANTS[367] = 4.20000e-34; CONSTANTS[368] = 2.10000e-11; CONSTANTS[369] = 3.80000e-08; CONSTANTS[370] = 7.60000e-08; CONSTANTS[371] = 2.10000e-11; CONSTANTS[372] = 1.00000e-08; CONSTANTS[373] = 3.70000e-07; CONSTANTS[374] = 2.50000e-34; CONSTANTS[375] = 2.60000e-09; CONSTANTS[376] = 2.20000e-17; CONSTANTS[377] = 7.00000e-05; CONSTANTS[378] = 5.20000e-06; CONSTANTS[379] = 2.60000e-09; CONSTANTS[380] = 2.60000e-12; CONSTANTS[381] = 3.00000e-34; CONSTANTS[382] = 1.40000e-11; CONSTANTS[383] = 2.50000e-08; CONSTANTS[384] = 1.10000e-08; CONSTANTS[385] = 3.30000e-09; CONSTANTS[386] = 5.60000; CONSTANTS[387] = 9.00000e-07; CONSTANTS[388] = 3.30000e-34; CONSTANTS[389] = 6.20000e-11; CONSTANTS[390] = 3.00000e-17; CONSTANTS[391] = 9.30000e-05; CONSTANTS[392] = 3.10000e-06; CONSTANTS[393] = 4.10000e-10; CONSTANTS[394] = 6.20000e-14; CONSTANTS[395] = 6.02214e+23; CONSTANTS[396] = 1.66054e-27; CONSTANTS[397] = 1.49242e-10; CONSTANTS[398] = 931.494; CONSTANTS[399] = 96485.3; CONSTANTS[400] = 3.99031e-10; CONSTANTS[401] = 0.119627; CONSTANTS[402] = 8.31447; CONSTANTS[403] = 1.38065e-23; CONSTANTS[404] = 2.08366e+10; CONSTANTS[405] = 8.61734e-05; CONSTANTS[406] = 69.5036; CONSTANTS[407] = 0.0224140; CONSTANTS[408] = 2.68678e+25; CONSTANTS[409] = 0.0227110; CONSTANTS[410] = -1.15170; CONSTANTS[411] = -1.16487; CONSTANTS[412] = 5.67040e-08; CONSTANTS[413] = 3.74177e-16; CONSTANTS[414] = 1.19104e-16; CONSTANTS[415] = 0.0143878; CONSTANTS[416] = 0.00289777; CONSTANTS[417] = 5.87893e+10; CONSTANTS[418] = 3.00000e+16; CONSTANTS[419] = 8.30000e-35; CONSTANTS[420] = 7.40000e-18; CONSTANTS[421] = 2.30000e-05; CONSTANTS[422] = 0.00240000; CONSTANTS[423] = 5.70000e-19; CONSTANTS[424] = 1.70000e-10; CONSTANTS[425] = 1.50000e-05; CONSTANTS[426] = 2.40000e-29; CONSTANTS[427] = 36000.0; CONSTANTS[428] = 1.50000e-10; CONSTANTS[429] = 0.000120000; CONSTANTS[430] = 3.90000e-08; CONSTANTS[431] = 4.70000e+19; CONSTANTS[432] = 4.00000e-08; CONSTANTS[433] = 4.40000e-06; CONSTANTS[434] = 4.40000e-06; CONSTANTS[435] = 4.00000e-13; CONSTANTS[436] = 1.90000e-23; CONSTANTS[437] = 5.90000e-24; CONSTANTS[438] = 2.50000e-08; CONSTANTS[439] = 5.10000e-09; CONSTANTS[440] = 100000.; CONSTANTS[441] = 4.00000e-07* 3.14159265358979; CONSTANTS[442] = 1.00000/( CONSTANTS[0]*CONSTANTS[0]*CONSTANTS[441]); CONSTANTS[443] = CONSTANTS[0]*CONSTANTS[441]; } void computeResiduals(double VOI, double* CONSTANTS, double* RATES, double* OLDRATES, double* STATES, double* OLDSTATES, double* ALGEBRAIC, double* CONDVARS) { } void computeVariables(double VOI, double* CONSTANTS, double* RATES, double* STATES, double* ALGEBRAIC) { } void computeEssentialVariables(double VOI, double* CONSTANTS, double* RATES, double* STATES, double* ALGEBRAIC) { } void getStateInformation(double* SI) { } void computeRoots(double VOI, double* CONSTANTS, double* RATES, double* OLDRATES, double* STATES, double* OLDSTATES, double* ALGEBRAIC, double* CONDVARS) { }