coder::array<cell_wrap_8, 1U> &layersDetails, ::coder::array<cell_wrap_22,

2U> &outLayers)

{

real_T thisOutLayer_data[10];

int32_T i;

// Allocates parameters from the parameter array to the correct layers

//

// This function takes the list of all layers in 'layersDetails',

// then loops over all the layers, putting in the correct

// parameter value from the parameters array into each layer in

// the 'outLayers' cell array

i = layersDetails.size(0);

outLayers.set_size(1, layersDetails.size(0));

for (int32_T b_i{0}; b_i < i; b_i++) {

int32_T i1;

int32_T n;

n = coder::internal::intlength(layersDetails[b_i].f1.size(0),

layersDetails[b_i].f1.size(1));

if (n - 1 >= 0) {

std::memset(&thisOutLayer_data[0], 0, static_cast<uint32_T>(n) * sizeof

(real_T));

}

i1 = coder::internal::intlength(layersDetails[b_i].f1.size(0),

layersDetails[b_i].f1.size(1));

for (int32_T b_n{0}; b_n <= i1 - 2; b_n++) {

if (!std::isnan(layersDetails[b_i].f1[b_n])) {

thisOutLayer_data[b_n] = params[static_cast<int32_T>(layersDetails[b_i]

.f1[b_n]) - 1];

} else {

thisOutLayer_data[b_n] = rtNaN;

}

}

thisOutLayer_data[coder::internal::intlength(layersDetails[b_i].f1.size(0),

layersDetails[b_i].f1.size(1)) - 1] = layersDetails[b_i]

.f1[layersDetails[b_i].f1.size(0) * layersDetails[b_i].f1.size(1) - 1];

outLayers[outLayers.size(0) * b_i].f1.set_size(1, n);

for (i1 = 0; i1 < n; i1++) {

outLayers[b_i].f1[i1] = thisOutLayer_data[i1];

}

}