/**
* @brief Copies the sorted inputworkspace into the output workspace without
* using clone because of how histograms are supported, for the Y Axis and the E
* Axis.
*
* @param workspaceIndicies the sorted vector of indicies
* @param inputWorkspace the unsorted input workspaces
* @param outputWorkspace the empty output workspace
* @param specNum the spectrum number being copied into
* @param isAProperHistogram whether or not it has been determined to be a valid
* histogram earlier on.
*/
void SortXAxis::copyYandEToOutputWorkspace(
std::vector<std::size_t> &workspaceIndicies,
const Mantid::API::MatrixWorkspace &inputWorkspace,
Mantid::API::MatrixWorkspace &outputWorkspace, unsigned int specNum,
bool isAProperHistogram) {
// If Histogram data find the biggest index value and remove it from
// workspaceIndicies
if (isAProperHistogram) {
auto lastIndexIt =
std::find(workspaceIndicies.begin(), workspaceIndicies.end(),
inputWorkspace.y(specNum).size());
workspaceIndicies.erase(lastIndexIt);
}
auto &inSpaceY = inputWorkspace.y(specNum);
for (auto workspaceIndex = 0u;
workspaceIndex < inputWorkspace.y(specNum).size(); workspaceIndex++) {
outputWorkspace.mutableY(specNum)[workspaceIndex] =
inSpaceY[workspaceIndicies[workspaceIndex]];
}
auto &inSpaceE = inputWorkspace.e(specNum);
for (auto workspaceIndex = 0u;
workspaceIndex < inputWorkspace.e(specNum).size(); workspaceIndex++) {
outputWorkspace.mutableE(specNum)[workspaceIndex] =
inSpaceE[workspaceIndicies[workspaceIndex]];
}
}
