Rachel GUI

Revision as of 18:53, 29 June 2011 (view source)

Hayes (Talk | contribs)

(updated for 2.0.8.beta)

← Older edit

Revision as of 12:55, 20 August 2011 (view source)

Hayes (Talk | contribs)

(→Planned upgrades: corrections)

Newer edit →

Line 105:

===Planned upgrades===

-

There are ~~currently several~~ planned upgrades ~~that~~ will ~~likely~~ be incorporated in the first [rachel release candidate] version. The upgrade plan and priorities will be changed based on user feedback and bug reports. ~~An will be created early in the upgrade process so that users can rank or add their~~ desired upgrades to steer the software development.

+

There are a number of planned upgrades, some of which will be incorporated in the first [rachel release candidate] version. The upgrade plan and priorities will be changed based on user feedback and bug reports. Users are encouraged to suggest desired upgrades through the Forum to steer the software development.

-

# ~~Stopping~~ power calculations for Z~~>92~~. ~~(Currently, <tt>rachel</tt> uses the Zeigler tables, which are limited to Z<93.)~~

+

# More accurate stopping power calculations for low-Z beams.

# Improved graphics including

## a transition from matplotlib graphics to pyGtk in the level scheme window

Line 113:

# 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.

+

# Improved object 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.

-

# Optional simple distributed processing of some functions. ~~In the first release candidate, this~~ will allow the user to set a maximum number of independent processes to speed up separable calculations (integrated yields, corrected yields and experiment simulations) by issuing a separate call to Gosia for each process<ref>True distributed computing is not handled by the current version of Gosia</ref>.

+

# Optional simple distributed processing of some functions. This will allow the user to set a maximum number of independent processes to speed up separable calculations (integrated yields, corrected yields and experiment simulations) by issuing a separate call to Gosia for each process<ref>True distributed computing is not handled by the current version of Gosia</ref>.

==Tutorial videos and run-time help==

From GOSIA

Revision as of 12:55, 20 August 2011

Views

Personal tools

Navigation

Search

Toolbox

@@ Line 105: / Line 105: @@
 ===Planned upgrades===
-There are currently several planned upgrades that will likely be incorporated in the first [rachel release candidate] version.  The upgrade plan and priorities will be changed based on user feedback and bug reports.  An will be created early in the upgrade process so that users can rank or add their desired upgrades to steer the software development.
+There are a number of planned upgrades, some of which will be incorporated in the first [rachel release candidate] version.  The upgrade plan and priorities will be changed based on user feedback and bug reports.  Users are encouraged to suggest desired upgrades through the Forum to steer the software development.
-# Stopping power calculations for Z>92.  (Currently, <tt>rachel</tt> uses the Zeigler tables, which are limited to Z<93.)
+# More accurate stopping power calculations for low-Z beams.
 # Improved graphics including
 ## a transition from matplotlib graphics to pyGtk in the level scheme window
@@ Line 113: / Line 113: @@
 # 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.
+# Improved object 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.
-# Optional simple distributed processing of some functions.  In the first release candidate, this will allow the user to set a maximum number of independent processes to speed up separable calculations (integrated yields, corrected yields and experiment simulations) by issuing a separate call to Gosia for each process<ref>True distributed computing is not handled by the current version of Gosia</ref>.
+# Optional simple distributed processing of some functions.  This will allow the user to set a maximum number of independent processes to speed up separable calculations (integrated yields, corrected yields and experiment simulations) by issuing a separate call to Gosia for each process<ref>True distributed computing is not handled by the current version of Gosia</ref>.
 ==Tutorial videos and run-time help==