LES_analysis/parameters.py at master · meyerbe/LES_analysis · GitHub

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import numpy as np

# //Generated code! Absolutely DO NOT modify this file, parameters should be modified in generate_parameters.py
def pi(): 3.14159265359
global g
g = 9.80665
global Rd, Rv
Rd = np.double(287.1)
Rv = np.double(461.5)
global eps_v, eps_vi
eps_v = np.double(0.6221018418201517)
eps_vi = np.double(1.6074538488331591)
global cpd, cpv, cl, ci
cpd = np.double(1004.0)
cpv = np.double(1859.0)
cl = np.double(4218.0)
ci = np.double(2106.0)
kappa = np.double(0.285956175299)
# define Tf 273.15
# define Tt 273.16
global T_tilde, p_tilde, sd_tilde, sv_tilde
T_tilde = np.double(298.15)
p_tilde = np.double(100000.0)
# define pv_star_t 611.7
sd_tilde = np.double(6864.8)
sv_tilde = np.double(10513.6)
# define omega 7.29211514671e-05
# define ql_threshold 1e-08
# define vkb 0.35
# define Pr0 0.74
# define beta_m 4.7
# define beta_h 6.35135135135
# define gamma_m 15.0
# define gamma_h 9.0

''' thermodynamic function parameters '''
Tt = 273.16
pv_star_t = 611.7


# //End generated code