input_data = {'dt': 0.0001, 'strain_initial': 0,
              'strain_final': 0.437096511,
              'strain_rate_initial': 0.402892242,
            'strain_rate_final': 0.402892242,
            'temp_initial': 1073,  'temp_final': 1073,
              'dislocation_density_initial': 1E+11,
              'pass_interval': 1.084896817,
              'pass_number': 1}
fitting_params = {'C_1': 0.8, 'C_2': 0.009, 'C_3': 1, 'C_4': 10, 'C_5': 1.4, 'C_6': 0.0001, 'C_7': 0.00008, 'C_8': 0.9,
                  'C_9': 1, 'C_10': 1.026E+01}

'Chemical composition'
chem_comp = {'w_C': 0.077, 'w_Mn': 1.22, 'w_Si': 0.225, 'w_Cr': 0.411, 'w_N': 0.0095, 'w_Nb': 0, 'w_Ti': 0}

'Constants'
shear_mod_G0 = 8.10E+10
melting_temp_TmG = 1709
rho_const = 3.14E+13
grain_size_init = 5.00E-04
M = 3
alpha = 0.1
C0 = 750
activation_energy_static_rx = 92100
uni_gas_const = 8.314
'''% Stefan Boltzmann constant in W/(m^2.K^4)'''
K_b = 1.38E-23
'''% Attack frequency in 1/s'''
nu_a = 7600000000
n_x = 0.06

T0=19.9+273.15
u=0.28887
r_u=0.0385
s_u=1
G_0=8.25E+04
r_G=-0.095
s_G=1.460
rho_0=1.00E+12
rho_cm_0=22.57367863
rho_ci_0=26.42776249
rho_wi_0=0.923438936
a_c_0=0.100154849
r_ac_G=-0.083575741
s_ac_G=2.873529553
a_w_0=0.472596314
r_aw_G=-0.028854534
s_aw_G=2.545154685
sigma_v_00=318.84
r_v=-0.337615909
s_v=0.511558827
m_v_0=0.027
r_v_m=0.0785
s_v_m=5.0
eps_dot_0=0.01
M=3
b=2.55E-10
kap=2.0

c_cm_gn=629.7080394
c_cm_an_0=0.149236323
r_cm_an=0.054728237
s_cm_an=8.672549331

c_ci_an_0=0.013305374
r_ci_an=2.058137023
s_ci_an=0.898865326

c_wi_an_0=0.031215878
r_wi_an=0.204526593
s_wi_an=4.028259214

c_ci_ac=0.498948916
c_wi_ac=0.128071920
c_cm_tr_0=1.418449574
r_cm_tr=3.968012489
s_cm_tr=1.559308493

c_wi_nc_0=0.001553463
r_wi_nc=6.158738506
s_wi_nc=4.807555088

c_ci_rm_0=0.226100432
r_ci_rm=5.091043494
s_ci_rm=5.599961125

c_wi_rm_0=0.021718544
r_wi_rm=2.063101738
s_wi_rm=3.430685754

m_v_m=0.0
