Add TRD v24c_mcbm geometry (module rotation correction)

setup/setup_mcbm_beam_2024_03_22_gold.C

@@ -8,6 +8,7 @@
 
 // clang-format off
 
+// 2024-04-08 - AP - corrected TRD1D Y module rotation
 // 2024-03-27 - DE - add STS v24b, positions according to the cave
 // 2024-03-26 - DE - add TOF v24b, positions according to the cave
 // 2024-03-26 - DE - add TRD v24b, positions according to the cave
@@ -84,7 +85,7 @@ void setup_mcbm_beam_2024_03_22_gold() {
   //  TString muchGeoTag = "v22k_mcbm"; // 2 GEM layers and 1 RPC
 
   // done
-  TString trdGeoTag  = "v24b_mcbm"; // 1x TRD-2D + 2x TRD-1D type 5 modules
+  TString trdGeoTag  = "v24c_mcbm"; // 1x TRD-2D + 2x TRD-1D type 5 modules
 
   // done
   TString tofGeoTag  = "v24b_mcbm"; // horizontal modules

trd/trd_v24c_mcbm.geo.info

+#
+##   trd_v24c_mcbm information file
+#
+
+# created 20240412
+
+# envelope, in TRD local system
+0.000000 cm   start of TRD (z)
+120.600000 cm   end   of TRD (z)
+
+# generated TRD layers
+  1  2  3    planeID
+
+# z-positions of layer front, in TRD local system
+0.000000 cm   z-position of layer  1
+40.200000 cm   z-position of layer  2
+80.400000 cm   z-position of layer  3
+
+# flags
+support structure is       : NOT included
+radiator is                : NOT included
+lattice grid is            : included
+kapton window is           : included
+gas frame is               : included
+padplane is                : included
+backpanel is               : included
+Aluminium ledge is         : included
+Gibbet support is          : included
+Power bus bars are         : NOT included
+asics are                  : included
+front-end boards are       : included
+1D GBTX readout boards are : NOT included
+2D GBTX readout boards are : included
+
+# modules
+     mod1     mod2     mod3     mod4     mod5     mod6     mod7     mod8     mod9     mod10    total
+---------------------------------------------------------------------------------
+        0        0        0        0        0        0        0        0        1        0            layer  1
+        0        0        0        0        1        0        0        0        0        0            layer  2
+        0        0        0        0        1        0        0        0        0        0            layer  3
+
+---------------------------------------------------------------------------------
+        0        0        0        0        2        0        0        0        1        0        3   number of modules
+# febs
+        9s       5s       6s      18       12        8        4        3       18       18            FEBs per module
+                                                                                                  0   ultimate  FEBs
+        0s       0s       0s                                                                      0   super     FEBs
+                                           24        0        0        0                         24   regular   FEBs
+        0        0        0        0       24        0        0        0       18        0       42   number of FEBs
+# asics
+       10       10       10       10        9        8        8        8       10       10            ASICs per FEB
+       90       50       60      180      108       64       32       24      180      180            ASICs per module
+        0        0        0        0      216        0        0        0      180        0      396   number of ASICs
+# gbtx
+       15       10        5       18        0       10        5        3       18       18            GBTXs per module
+        0        0        0        0        0        0        0        0       18        0       18   number of GBTXs
+      555       55        5   333333        0       55        5        3   333333   333333            GBTX ROB types on module
+        0        0        0        0        0        0        0        0        0        0        0   number of GBTX ROB7
+        0        0        0        0        0        0        0        0        0        0        0   number of GBTX ROB5
+        0        0        0        0        0        0        0        0        6        0        6   number of GBTX ROB3
+# e-links
+      180      100      120      360      216      128       64       48      360      360      792   e-links used
+      210      140       70      252        0      140       70       42      252      252      252   e-links available
+        -        -        -        -        -        -        -        -   142.9%        -   314.3%   e-link efficiency
+
+# channels
+     1440      800      960     2880     3456     2048     1024      768     2880     2880            channels per module
+      160      160      160      160      288      256      256      256      160      160            channels per feb
+        0        0        0        0     6912        0        0        0     2880        0     9792   channels used
+        0s       0s       0s       0F    6912        0        0        0     2880F       0F   12672   channels available
+    22.7%u    0.0%s   54.5%r                                                        channel ratio
+
+    77.3%   channel efficiency
+
+   2.94 m2      total surface    
+   2.76 m2      total active area
+   0.03 m3      total gas volume 
+   2.82 cm2/ch  average channel size
+3541.67 ch/m2   channels per m2 active area
+
+# gas volume position, in TRD local system
+    1.6000 cm   position of gas volume - layer  1
+   41.8000 cm   position of gas volume - layer  2
+   82.0000 cm   position of gas volume - layer  3
+