Testing mat end calibration in hlt1

(Very rough first attempt to test including mat end calibration in HLT1, not yet tested)

Apply the same mat end calibration as HLT2, tested in real data (2024, run 297083).

To dos:

• Fix the issue with loading/accessing the mat end contraction parameter vector
• Dump geometry
• Upload dumped geometry somewhere to test in the pipeline
• Test throughput
• Verify output values are as expected

Check with Data:

Direct comparison

Residual Check in Data

FYI: @nibreer

Dumpers/BinaryDumpers/src/DumpFTGeometry.cpp

@@ -61,6 +61,7 @@ namespace Dumpers {
       vector<float> globaldy;
       vector<float> average_z;
       vector<float> average_dxdy;
+      vector<const double*> matEndCalibrationVector;
 
       // First uniqueMat is 512, save space by subtracting
       const uint32_t uniqueMatOffset = 512; // FIXME -- hardcoded
@@ -79,6 +80,7 @@ namespace Dumpers {
       dxdy.resize(max_uniqueMat);
       dzdy.resize(max_uniqueMat);
       globaldy.resize(max_uniqueMat);
+      matEndCalibrationVector.resize(max_uniqueMat);
       average_z.resize(number_of_layers);
       average_dxdy.resize(number_of_layers);
 
@@ -129,6 +131,7 @@ namespace Dumpers {
                 dxdy[index] = mat->dxdy();
                 dzdy[index] = mat->dzdy();
                 globaldy[index] = mat->globaldy();
+                matEndCalibrationVector[index] = mat->getmatContractionParameterVector().data();
                 average_z[index_layer] += (mirrorPoint.z() + mat->dzdy() * mirrorPoint.y());
                 average_dxdy[index_layer] += mat->dxdy();
                 n_measurements += 1;
@@ -179,7 +182,8 @@ namespace Dumpers {
           dzdy,
           globaldy,
           average_z,
-          average_dxdy);
+          average_dxdy,
+          matEndCalibrationVector);
       }
       else if (comp.count(7)) {
         constexpr uint32_t nLinksPerBank = 24; // FIXME: change to centralised number
@@ -220,7 +224,8 @@ namespace Dumpers {
           dzdy,
           globaldy,
           average_z,
-          average_dxdy);
+          average_dxdy,
+          matEndCalibrationVector);
       }
       else {
         std::stringstream s;