ExtractParameters.m

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%%%%%%%%%%%%%%%%%%%%%%%% Extract general parameters %%%%%%%%%%%%%%%%%%%%%%%%%%%%
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% lattice parameter

for i=1:length(DB.textdata(:,1))
  idx=strcmp(DB.textdata{i,1},'a');
  if idx==1
    a=M{2}(i-1)*1e-10;
    % break % removing the break makes it slower but more compatible between Matlab and Octave
  end
end

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% EP from the Kane model

for i=1:length(DB.textdata(:,1))
  idx=strcmp(DB.textdata{i,1},'EP_Kane');
  if idx==1
    EP_K = M{2}(i-1);
    % break % removing the break makes it slower but more compatible between Matlab and Octave
  end
end

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% EP from the Luttinger model

for i=1:length(DB.textdata(:,1))
  idx=strcmp(DB.textdata{i,1},'EP_Luttinger');
  if idx==1
    EP_L = M{2}(i-1);
    % break % removing the break makes it slower but more compatible between Matlab and Octave
  end
end

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% Energy level of the band 7c

for i=1:length(DB.textdata(:,1))
  idx=strcmp(DB.textdata{i,1},'Eg7c');
  if idx==1
    Eg7c = M{2}(i-1);
    % break % removing the break makes it slower but more compatible between Matlab and Octave
  end
end

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% Energy level of the band 8c

for i=1:length(DB.textdata(:,1))
  idx=strcmp(DB.textdata{i,1},'Eg8c');
  if idx==1
    Eg8c = M{2}(i-1);
    % break % removing the break makes it slower but more compatible between Matlab and Octave
  end
end

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% Energy level of the band 6v

for i=1:length(DB.textdata(:,1))
  idx=strcmp(DB.textdata{i,1},'Eg6v');
  if idx==1
    Eg6v = M{2}(i-1);
    % break % removing the break makes it slower but more compatible between Matlab and Octave
  end
end

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% Energy level of the band 6c (the band gap in a direct band gap semiconductor)

for i=1:length(DB.textdata(:,1))
  idx=strcmp(DB.textdata{i,1},'Eg6cG');
  if idx==1
    Eg6c = M{2}(i-1);
    % break % removing the break makes it slower but more compatible between Matlab and Octave
  end
end

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% Bandgap Temperature dependency parameter "alpha" at the Gamma point

for i=1:length(DB.textdata(:,1))
  idx=strcmp(DB.textdata{i,1},'alphaG');
  if idx==1
    alphaG = M{2}(i-1);
    % break % removing the break makes it slower but more compatible between Matlab and Octave
  end
end

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% Bandgap Temperature dependency parameter "beta" at the Gamma point

for i=1:length(DB.textdata(:,1))
  idx=strcmp(DB.textdata{i,1},'betaG');
  if idx==1
    betaG = M{2}(i-1);
    % break % removing the break makes it slower but more compatible between Matlab and Octave
  end
end

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Eg   = Eg6c - (alphaG*T^2) ./ (T+betaG);   %Eg = Eg0 - (a*T.^2)./(T + b);

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% split-off band energy Delta-so

for i=1:length(DB.textdata(:,1))
  idx=strcmp(DB.textdata{i,1},'Dso');
  if idx==1
    Dso = M{2}(i-1);
    % break % removing the break makes it slower but more compatible between Matlab and Octave
  end
end

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% Luttinger parameter for the electrons

for i=1:length(DB.textdata(:,1))
  idx=strcmp(DB.textdata{i,1},'F');
  if idx==1
    F = M{2}(i-1);
    % break % removing the break makes it slower but more compatible between Matlab and Octave
  end
end

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% Luttinger parameter gamma1

for i=1:length(DB.textdata(:,1))
  idx=strcmp(DB.textdata{i,1},'gamma1');
  if idx==1
    g1 = M{2}(i-1);
    % break % removing the break makes it slower but more compatible between Matlab and Octave
  end
end

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% Luttinger parameter gamma2

for i=1:length(DB.textdata(:,1))
  idx=strcmp(DB.textdata{i,1},'gamma2');
  if idx==1
    g2 = M{2}(i-1);
    % break % removing the break makes it slower but more compatible between Matlab and Octave
  end
end

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% Luttinger parameter gamma3

for i=1:length(DB.textdata(:,1))
  idx=strcmp(DB.textdata{i,1},'gamma3');
  if idx==1
    g3 = M{2}(i-1);
    % break % removing the break makes it slower but more compatible between Matlab and Octave
  end
end

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g123 = [g1 g2 g3];

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