ESPACE Variables

  In the following table ESPACE variables are introduced, which can be used in user KUMAC file. Also, type of variable (I for integer, R for real), the internal variable corresponding to each of ESPACE variable, it number and a short description are shown in the second, third, fourth and fifth columns accordingly.

In the table, for shortness, the following assumptions are used:

• either spec_e.preshow or spec_e.show precedes to any string of the first column;
• spdetector.sp(1).trigger.sh(ish) (or spdet.trigger.sh(ish), etc.) precedes to any string of the second column, where spdetector is a record of structure /allspectrodet/ (spdet is a record of structure /onespectrodet/), ish=1 for Preshower and ish=2 for Shower.

For instance, the first line of the table means that value of external ESPACE variable spec_e.preshow.mult is taken equal to value of internal variable spdetector.sp(1).trigger.sh(1).nhits.adc, as well as spec_e.show.mult is the same as internal variable spdetector.sp(1).trigger.sh(2).nhits.adc, etc.

ESPACE var. T Internal variable N Description

.mult I .nhits.adc 3 Number of hits on detector.

.clus I .ncluster 4 Number of clusters on detector.

.x_det R .x 23 Coordinates of crossing point of golden

.y_det R .y 24    track with detector plane in local c.s.

.adc[[i];[i]] I .block(i).val(1).adc 47 ADC values of detector blocks.

.adc_c[[i];[i]] I .block(i).cor_val(1).adc 48 Corrected ADC values of detector blocks.

.x_array[[k];[k]] R .clust(k).x 85 X-coordinates of clusters in detector c.s.

.y_array[[k];[k]] R .clust(k).y 86 Y-coordinates of clusters in detector c.s.

.e_array[[k];[k]] R .clust(k).energy 87 Energy depositions of clusters in detector.

.m_array[[k];[k]] I .clust(k).mult 88 Number of blocks of clusters.

.part_id I .iden 89 Identifier of the "main" cluster.

.cl_e R .ecl 90 Energy deposition of the "main" cluster.

.cl_x R .xcl 91 X-coordinate of the "main" cluster.

.cl_y R .ycl 92 Y-coordinate of the "main" cluster.

.rate[[i];[i]] R -- 100 Don't used.

.adcsum I -- 258 Sum of ADC values of blocks.

.adcsum_c I -- 259 Sum of corrected ADC values of blocks.

.ana_adcsum I -- 260 Don't used.

Indexes $i$ and $k$ in the table mean the following:

• $i$ shows detector block number and has values $i=1\; ÷48$ for Preshower and $i=1\; ÷96$ for Shower;
• $k$ shows cluster number, reconstructed on detector, and has values $k=1\; ÷$ spdetector.sp(1).trigger.sh(ish).ncluster.