Rachel GUI
From GOSIA
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(→Beta version capabilities: Added some new capabilities) |
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* Azimuthally symmetric particle detection | * Azimuthally symmetric particle detection | ||
* Partitioning particle-detector data by azimuthal angle | * Partitioning particle-detector data by azimuthal angle | ||
| + | * Graphical definition of rectilinear or irregular-shaped particle detectors (in version 2) | ||
* 4pi experiments (e.g. experiments with no particle detection) | * 4pi experiments (e.g. experiments with no particle detection) | ||
* Normal or inverse kinematics experiments | * Normal or inverse kinematics experiments | ||
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* Saving the entire session to a file | * Saving the entire session to a file | ||
* Undo/Redo of most functions | * Undo/Redo of most functions | ||
| + | * As of version 2 beta, automatic conversion of users' session files to upgraded formats | ||
Using Rachel, the user will be able to build a level scheme from either a hand-written text file and/or a Radware AGS file, define the experimental setup and import relative-efficiency-corrected gamma-ray data from Rachel-format text and/or AGS files. The matrix and fit parameters can be defined by push-buttons and prompts or imported from a Rachel-format matrix file. Gosia will then be run by push-button GUI controls. Most prompts will be preceded by help information, suggestions, or warnings. | Using Rachel, the user will be able to build a level scheme from either a hand-written text file and/or a Radware AGS file, define the experimental setup and import relative-efficiency-corrected gamma-ray data from Rachel-format text and/or AGS files. The matrix and fit parameters can be defined by push-buttons and prompts or imported from a Rachel-format matrix file. Gosia will then be run by push-button GUI controls. Most prompts will be preceded by help information, suggestions, or warnings. | ||
