Roundtable

<h1>Roundtable</h1>
<h2>Doga</h2>
<p>- Working on Fast Jet class for ACTS. This will be in the Examples and Plugins in ACTS<br>- The PR is already ready and can be reviewed</p>
<h2>Andreas Stefl</h2>
<p>- truth tracking for electron finding studies in ACTS<br>- inefficiencies in odd (unexpected)<br>- SP were sorted by time - it flips in pix the space point - removed now<br>- particles can slip through layers in odd without hitting any surface - but not to be touched now<br>- restriction on the pixel measurements and filtering out insufficient measurements<br>- changes in truth seeder and particle seeder <br>- odd layout not tuned, which is possible cause of the inefficiency</p>
<h2>Carlo Vani</h2>
<p>- Recent plots (regarding trigger?) requested by EFTracking are mostly addressed <br>- Definitions in IDPVM efficiency plots are ambiguous: understanding the denominator?<br>- Discussion on regional reconstruction with CPU VS. GPU</p>
<h2>Alex</h2>
<p>- ACTS spack installation, with help of Dimitra building a full chain of muons with Chisquare fitter for muons<br>- Can generate muon SP and convert them into measurements<br>- Importing geometry is the next step<br>- Some parts are missing from the full chain<br>- Incoherent input data - had to add blanks for testing purposes</p>
<p>Got almost through, setting up a prototype chain to reconstruct muon spce points with the gx2f.</p>
<h2>Neza</h2>
<p>Making CTD plots. Timing constraints CPU vs GPU.</p>
<p>- Debugging for the inefficiency gap <br>- Muons are looking fine<br>- Timing comparison for CPU VS. GPU - breakdown into pie charts with suggestion from Noemi<br>    - Comparison between C-230 and G-230 , C-230, G-230 and G-050</p>
<h2>Mikkel</h2>
<p>- GNN on pixel only for seeding in ACTS/ATHENA<br>- Compiles but doesn't run - debugging</p>
<p>Started QP with gbts</p>
<h2>Attila</h2>
<p>- Report for DUNE experiment - they are writing a conceptual design report for their software - preliminary report is done<br>- Working also on Analysis I/O code - readability of ntuples - smaller files - faster writing</p>
<p> </p>
<h2>PF</h2>
<p>Tune trackfinding.</p>
<p>- Tuning of track finding: legacy track finder uses strip width as error, acts strip pitch<br>- Stripcalibrator added (with Noemi) to do ascts-based track finding<br>- Efficiency checks with strip pitch VS. strip width: <br>    - chi2 changed 50-&gt;100<br>    - Technical efficiency: Improvement in barrel region by 1%<br>    - Physics efficiency: almost matching C-000 in the barrel<br>    - In technical efficiency pions are forced to traverse into strip but in the physics efficiency pions get absorbed<br>    - Cost: higher fake rate <br>    - No tuning at chi2 yet - fake rate VS. track pt</p>
<h2>Luthien</h2>
<p>- Starting with neural network for pixel splitting classification<br>- Converting Max (Hart)'s model into onnx and implementing it in Athena</p>
<h2>Dimitra</h2>
<p>- Seeding for new small wheel<br>- Monitoring plots that are added are too small, works on optimizing this<br>- Change of names of some algorithms for clarification for the plots<br>- In the geometry there are unmatched simhits on STGC layers <br>    - Simhits are not right on the layer, but a step ahead (non-zero z value is observed )<br>    - Possible reason is with post processing with Geant4 </p>
<p>Working with Alex on drift circle fit with the gx2f.</p>