Differences

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--- software:g4simulation:studies [2020/05/12 08:12] – himuser
+++ software:g4simulation:studies [2022/01/14 18:44] (current) – external edit 127.0.0.1
@@ Line 6: / Line 6: @@
 The effect of different cooling types and thicknesses on the relative energy resolution can be seen here:
   * [[software:g4simulation:studies:first_cooling_studies|First Cooling Studies]]
-  * cooling plate thickness LINK!!!
+  * [[software:g4simulation:studies:front_cooling_plate|Front Cooling Plate]]
-The relative energy resolution for every crystal is obtained by filling a histogram for every crystal and plotting the novosibirsk function. See ''/primasoft/geant4/rootmacros/energy_res.C'' or LINK!!!!\\
+The simulated data can be found here [[https://seafile.rlp.net/#group/43/lib/5dd1331f-9972-4e65-9c84-cc84939e5c82/PrimaSoftSimulation]] or on himster (/lustre/miifs05/scratch/him-emp/sahra/prima/). \\
-When the rootmacro is executed, a .txt file is produced, where the energy resolution for every crystal is stored. For visualisation purposes, a python script was written (LINK!!!).\\
+The relative energy resolution for every crystal is obtained by filling a histogram for every crystal and plotting the novosibirsk function. See ''/primasoft/geant4/rootmacros/energy_res.C''. \\
+When the rootmacro is executed, a .txt file is produced, where the energy resolution for every crystal is stored. For visualisation purposes, a python script was written (''/primasoft/geant4/rootmacros/python/energy_res.py'').\\
-**Acceptance:**
+**Acceptance:**\\
-The acceptance for different incoming particle energies with different thresholds was studied. See LINK!!!.
+The acceptance for different incoming particle energies with different thresholds was studied, see [[software:g4simulation:studies:acceptance|Acceptance]].\\
 Therefore the rootmacro ''/primasoft/geant4/rootmacros/acceptance.C'' was used. The rootmacro already outputs a 3d histogram for the acceptance.