is there way to convert this python code to matlab code? how can i convert python code to matlab? this is the code that I want to convert:

import numpy as np

from matplotlib import pyplot as plt

from scipy.misc import derivative as drv

from scipy.integrate import quad

#import sympy as sp

C1 = 3.74177e8; C2 = 1.43878e4; sig = 5.67e-8

T_static = 229.58 #changes with altitude, this is for altitude of 9 km

Tval = open("Tawvalue.txt")

Tvalue = Tval.read()

Tvalue = Tvalue.strip()

Tvalue = Tvalue.split('\n')

hval = open("hvalue.txt")

hvalue = hval.read()

hvalue = hvalue.strip()

hvalue = hvalue.split('\n')

T = []; H = []

for i in range(len(value)):

a = float(value[i])

b = float(hvalue[i])

H.append(b)

T.append(a)

def wall(T_w):

wallt = H[i]*T[i] -T_w*H[i] - e*sig*(T_w**4) + e*sig*(T_static**4)

return wallt

def power(lam):

return (e*C1)/((lam**5)*(np.e**(C2/(lam*c)) - 1))

c = T_static; e = 1; rad = quad(power,8,12)

Temp_value = []; optimum_emsvty = []

for i in range(len(H)):

e0=0.0; e1=1.0; delt = 1

while (abs(delt)>0.000001):

e = (e0 + e1)/2.0

c = 500

for j in range(5):

c = c - wall(c)/drv(wall,c)

powr = quad(power,8,12)

delt = powr[0] - rad[0]

if delt>0:

e1 = e

elif delt<0:

e0 = e

c = float(c)

optimum_emsvty.append(e)

Temp_value.append(c)

file = open("Optimum_Emissivity.txt","w")

for item in optimum_emsvty:

file.write("%s\n" %item)

file = open("Final_Wall_Temperature.txt","w")

for item in Temp_value:

file.write("%f\n" %item)

Answer 1

[Steven Lord]

Do you need to convert the code or do you just need to run the code? If the latter, see this section of the documentation.