readFortran.m

% readFortran.m

RcG = load('Xc.txt');
ZcG = load('Yc.txt');
lambda = load('lambda.txt');
weight = load('weight.txt');
NumGLP = length(lambda);
NrG = length(RcG);
NzG = length(ZcG);
Nr = NrG/NumGLP;
Nz = NzG/NumGLP;
dimPk = 6;
Rc = zeros(1,Nr);
Zc = zeros(1,Nz);

for i = 1:Nr
    Rc(i) = (RcG((i - 1)*NumGLP + 1) + RcG(i*NumGLP))/2;
end

for j = 1:Nz
    Zc(j) = (ZcG((j - 1)*NumGLP + 1) + ZcG(j*NumGLP))/2;
end

Q1 = load('Q1.txt');
Q2 = load('Q2.txt');
Q3 = load('Q3.txt');
Q4 = load('Q4.txt');
Q5 = load('Q5.txt');
Q6 = load('Q6.txt');
Q7 = load('Q7.txt');
Q8 = load('Q8.txt');

rc = zeros(Nr,Nz);
zc = zeros(Nr,Nz);

for j = 1:Nz
    rc(:,j) = Rc;
end

for i = 1:Nr
    zc(i,:) = Zc';
end

Q1h = reshape(Q1,Nr,Nz,dimPk);
Q2h = reshape(Q2,Nr,Nz,dimPk);
Q3h = reshape(Q3,Nr,Nz,dimPk);
Q4h = reshape(Q4,Nr,Nz,dimPk);
Q5h = reshape(Q5,Nr,Nz,dimPk);
Q6h = reshape(Q6,Nr,Nz,dimPk);
Q7h = reshape(Q7,Nr,Nz,dimPk);
Q8h = reshape(Q8,Nr,Nz,dimPk);

Q1 = Q1h(:,:,1);
Q2 = Q2h(:,:,1);
Q3 = Q3h(:,:,1);
Q4 = Q4h(:,:,1);
Q5 = Q5h(:,:,1);
Q6 = Q6h(:,:,1);
Q7 = Q7h(:,:,1);
Q8 = Q8h(:,:,1);

% QBr = load('Br.txt')./(5*pi);
% QBrRotor = load('BrRotor.txt')./1.25;

%drawall