Event Legend#

Tracks#

Tracks

Fig 1. Tracks#

Conventionally, the tracks are represented as continuous lines with the color blue (#336FD1). When zooming in to the size of the SVD, the track lines will become thinner to avoid overlap among them.

Track Information

Fig 2. Track Information#

The displayed track information includes helix parameters, momentums, charge, and probabilities for PIDLikelihoods. Additionally, it provides a link to the corresponding MCParticle (with an associated index shown). Clicking on the index line allows you to highlight that MCParticle and open its info overlay.

Should I create a table for this case?

MCParticles#

MCParticles

Fig 3. MCParticles#

The trajectories of MCParticles are represented as dashed lines, with colors depending on the particle type. The conventional color dependencies for particle types are as follows:

  • pion: blue

  • kaon: green

  • proton: magenta

  • deuteron: cyan

  • electron: orange

  • muon: yellow

  • photon: red

  • neutrino: dark grey

  • neutron, KS, KL, Lambda: light grey

MCParticle Information

Fig 4. MCParticle Information#

MCParticle information includes particle identities (PDG, name), momentums, energy, and charge. It also includes the related Track index; by clicking on it, you can highlight that Track and open its info overlay.

ECLClusters#

ECLClusters

Fig. 5: ECLClusters#

ECLClusters are represented as radial red cubes with lengths proportional to their energy.

ECLCluster Information

Fig. 6: ECLCluster Information#

The info overlay for ECLClusters includes position parameters and energy.

KLMClusters#

KLMClusters

Fig. 7: KLMClusters#

KLMClusters are represented as green cubes arranged in layers.

KLMCluster Information

Fig. 8: KLMCluster Information#

The info overlay for KLMClusters includes position parameters and the number of layers.