Loading doc/latex/frontmatter.tex +0 −1 Original line number Diff line number Diff line % License % FIXME: add this to usermanual (scope_manual ?) \newcommand{\addlicense}{ \begin{table}[H] \centering Loading doc/usermanual/01_introduction/02_support.md +1 −1 Original line number Diff line number Diff line Loading @@ -8,7 +8,7 @@ weight: 2 As for most of the software used within the high-energy particle physics community, only limited support on best-effort basis for this software can be offered. The authors are, however, happy to receive feedback on potential improvements or problems arising. Reports on issues, questions concerning the software as well as the documentation and suggestions for improvements are very much appreciated. These should preferably be brought up on the issues tracker of the project which can be found in are much appreciated. These should preferably be brought up on the issues tracker of the project which can be found in the repository \[[@ap2-issue-tracker]\]. General support questions are best asked in the forum \[[@ap2-forum]\]. The FAQ in [Chapter 13](../13_faq/_index.md) is good place to start looking if a question arises. Loading doc/usermanual/01_introduction/04_quick_start.md +1 −1 Original line number Diff line number Diff line Loading @@ -35,7 +35,7 @@ setup of two test detectors. It simulates the whole chain, starting from the pas in the detectors, the carrier propagation and the conversion of the collected charges to digitized pixel hits. All generated data is finally stored on disk in ROOT TTrees or other commonly used data formats for later analysis. After this quick start it is very much recommended to proceed to the other chapters of this user manual. For quickly After this quick start it is highly recommended to proceed to the other chapters of this user manual. For quickly resolving common issues, the [Frequently Asked Questions](../13_faq/_index.md) may be particularly useful. Loading doc/usermanual/03_getting_started/03_detector_configuration.md +1 −1 Original line number Diff line number Diff line Loading @@ -91,7 +91,7 @@ Every passive material has to contain all of the following parameters: [Section 3.3](./03_detector_configuration.md). - A string referring to the `type` of the passive material. The model should be interpreted by the module constructing the passive material, such as for example the passive material, for example the [`GeometryBuilderGeant4` module](../08_modules/geometrybuildergeant4.md#passive-volumes). - A string referring to the `material` of the passive material. The materials for the `GeometryBuilderGeant4` module are Loading doc/usermanual/03_getting_started/05_allpix_executable.md +1 −1 Original line number Diff line number Diff line Loading @@ -76,7 +76,7 @@ terminate the simulation, either gracefully or with force. The executable unders Request a graceful shutdown of the simulation. This means the currently processed events are finished, while events placed on the buffer as well as all additionally requested events from the configuration file are ignored. After finishing the current events, the finalization stage is run for every module to ensure that the simulation terminates properly. This signal can be very useful when too many events are specified and the simulation takes too long to finish properly. This signal can be useful when too many events are specified and the simulation takes too long to finish entirely, but the output generated so far should still be kept. - SIGTERM: Loading Loading
doc/latex/frontmatter.tex +0 −1 Original line number Diff line number Diff line % License % FIXME: add this to usermanual (scope_manual ?) \newcommand{\addlicense}{ \begin{table}[H] \centering Loading
doc/usermanual/01_introduction/02_support.md +1 −1 Original line number Diff line number Diff line Loading @@ -8,7 +8,7 @@ weight: 2 As for most of the software used within the high-energy particle physics community, only limited support on best-effort basis for this software can be offered. The authors are, however, happy to receive feedback on potential improvements or problems arising. Reports on issues, questions concerning the software as well as the documentation and suggestions for improvements are very much appreciated. These should preferably be brought up on the issues tracker of the project which can be found in are much appreciated. These should preferably be brought up on the issues tracker of the project which can be found in the repository \[[@ap2-issue-tracker]\]. General support questions are best asked in the forum \[[@ap2-forum]\]. The FAQ in [Chapter 13](../13_faq/_index.md) is good place to start looking if a question arises. Loading
doc/usermanual/01_introduction/04_quick_start.md +1 −1 Original line number Diff line number Diff line Loading @@ -35,7 +35,7 @@ setup of two test detectors. It simulates the whole chain, starting from the pas in the detectors, the carrier propagation and the conversion of the collected charges to digitized pixel hits. All generated data is finally stored on disk in ROOT TTrees or other commonly used data formats for later analysis. After this quick start it is very much recommended to proceed to the other chapters of this user manual. For quickly After this quick start it is highly recommended to proceed to the other chapters of this user manual. For quickly resolving common issues, the [Frequently Asked Questions](../13_faq/_index.md) may be particularly useful. Loading
doc/usermanual/03_getting_started/03_detector_configuration.md +1 −1 Original line number Diff line number Diff line Loading @@ -91,7 +91,7 @@ Every passive material has to contain all of the following parameters: [Section 3.3](./03_detector_configuration.md). - A string referring to the `type` of the passive material. The model should be interpreted by the module constructing the passive material, such as for example the passive material, for example the [`GeometryBuilderGeant4` module](../08_modules/geometrybuildergeant4.md#passive-volumes). - A string referring to the `material` of the passive material. The materials for the `GeometryBuilderGeant4` module are Loading
doc/usermanual/03_getting_started/05_allpix_executable.md +1 −1 Original line number Diff line number Diff line Loading @@ -76,7 +76,7 @@ terminate the simulation, either gracefully or with force. The executable unders Request a graceful shutdown of the simulation. This means the currently processed events are finished, while events placed on the buffer as well as all additionally requested events from the configuration file are ignored. After finishing the current events, the finalization stage is run for every module to ensure that the simulation terminates properly. This signal can be very useful when too many events are specified and the simulation takes too long to finish properly. This signal can be useful when too many events are specified and the simulation takes too long to finish entirely, but the output generated so far should still be kept. - SIGTERM: Loading