edit: Proper values and equation:
R=(Tpow-T)*(1-exp((x**2*alfa*t)/k**2)*(1.0-erf(x*sqrt(alfa*t)/k)))
R = np.array([[24.7,46.12, 64.78, 81.12, 95.52],
[ 108,119.6, 183, 183, 183],
[129.7,138.77, 146.9, 154.3, 161],
[167.06,172.6,177.7, 182.3, 186]])
T = np.array([[20,20,20,20,20],
[20,20,20,20],
[20,31,12,23,14],
[15,11,37,28,19]])
I calculate x in excel but only for T=20, correct values should be around:
x = np.array([[10,20,30,40,50],
[60,70,80,90],
[100,?,?,?,?],
[?,?,?,?,?]])
let's look at random (implicit) equation:
R[i,j]=T[i,j]*exp(x*B)*x*A
where R,T - are 2D np.array, A,B - constant values and x is unknown value.
How to write right loops to get numerical result of that equation in new array. I would like to solve my equation independently for each:
R[1,1], T[1,1] = x[1,1]
R[2,2], T[2,2] = x[2,2]
and so on.
.
.
It's not so easy because of operating on implicit function
random values:
TR = np.array([[24,46, 64, 81, 95],
[167,172,177, 182, 186]])
T1 = np.array([[22,10,6,52,12],
[10,10,2,3,6]])
A = 20
B = 30
X = np.array([[?,?,?,?,?],
[?,?,?,?,?]])
As you suppose I'm beginner in programming so please try to explain to me as a kid.:)
I got help with equation with one array and implicit equation but I cannot implement it to this kind of problem: Solve non linear equation numpy