Rachel GUI
From GOSIA
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For experiments that fit the capabilities above, the user can view the Gosia inputs to learn the format, but will not be required to type any input code. Experienced Gosia users can export a GUI-generated input skeleton file and abandon the GUI to use the more advanced capabilities of Gosia. | For experiments that fit the capabilities above, the user can view the Gosia inputs to learn the format, but will not be required to type any input code. Experienced Gosia users can export a GUI-generated input skeleton file and abandon the GUI to use the more advanced capabilities of Gosia. | ||
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| + | ==Planned upgrades== | ||
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| + | There are currently several planned upgrades that will likely be incorporated in the first [release candidate] version. The upgrade plan and priorities will be changed based on user feedback and bug reports. | ||
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| + | # Improved graphics including | ||
| + | ## a transition from matplotlib graphics to pyGtk in the level scheme window | ||
| + | ## clickable objects in the level scheme diagram | ||
| + | # Addition of Ge clusters with libraries of array geometries (Gammasphere, Agata, etc.) | ||
| + | # Plot functions to visualize fit conflicts in the data | ||
| + | # Improved coding structure for Ge detectors. This will reduce the burden on the user by automatically updating the data set as the level scheme and matrix change. | ||
| + | # Optional setting of symbolic matrix definitions, whereas now the matrix is stored numerically. This will allow greater user control by allowing tuning of model parameters, e.g. <gam|E2|gsb> = M1 + a*M2, where a can be adjusted by the user. | ||
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==Tutorial videos and run-time help== | ==Tutorial videos and run-time help== | ||
