Photon Showers in a High Granularity Calorimeter with Varying Incident Energy and Angle

Dataset of photon showers in the Si-W ILD Electromagnetic calorimeter, consisting of 30 layers<br> of active silicon sensors sandwiched between tungsten absorber layers. The incident energies vary uniformly in the range of 10-100 GeV, along with the incident angle which varies in the range of 90-30 degrees from the axis orthogonal to the calorimeter face. The incident point to the calorimeter face is fixed. The cells are projected to a regular grid of shape (z, x, y) = (30, 30, 60), where the z axis points into the calorimeter face, giving a total of 54k channels. In total, the file contains approximately 500k showers. The structure of the file is as follows: Group name <em><strong>ecal</strong></em> <em><strong>energy</strong></em> : Dataset{500k, 1} <strong><em>theta</em> </strong>: Dataset{500k, 1} <em><strong>layers</strong></em> : Dataset{500k, 30, 30, 60} The <strong><em>energy</em></strong> is the energy of the initial incident photon in units of GeV, <strong><em>theta</em></strong> is the incident angle of the incoming photon in units of radians and <strong><em>layers</em></strong> is the energy deposited in each cell in units of MeV