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Novelties:

• Solar cells: redesign of the tool
• Solar cells: addition of the NRL-SCREAM (O-SCREAM) model
• Solar cells: possibility to apply a factor R on the low energy protons
• Mission: possibility to define a mission from TLE (Two Lines Elements)
• Update of the ONERA/GREEN models

Improvements:

• The GREEN and AE9/AP9 models are now available in 64-bits.
• The 3D view is now automatically disabled if it cannot be supported by the user’s system.
• Improvement of progress bars for several calculations

Corrections:

• DDEF tool: correction of the conversion from one fluence to another.
• Trapped particles – proton peak flux. The durations were not saved in the output file.
• AE9/AP9 calculation has been fixed
• Correction of the modified Julian date (used for AE9/AP9 calculation)
• Equivalent LET: Fix on the deposited charge calculation
• Other minor corrections

Corrections

• The user-defined orbit grid is now conserved when applying the Störmer geomagnetic cutoff.
• Multi-mission: calculation for transport has be corrected.
• Mission: the calculations fixed when considering non-isochron orbit.

Novelties:

• OMERE v5.3 is available in version 64-bits.
• Integration of the average SAPPHIRE models for heavy ions.
• Integration of the solar flares SAPPHIRE models for protons and heavy ions.
• Integration of the GREEN-electrons and GREEN-protons models (trapped particles). Note that these models provide only integrated fluxes.

Improvements:

• The advanced manual has been merged with the regular user manual. It can now be accessed directly via the “advanced section” of the help menu.
• Management of versions has been improved where users installed several versions of OMERE on their computer.
Corrections:
• Solar particles: integration constant was missing after the application of the magnetospheric shielding.
• Fix of several minor issues.

Corrections

• Solar cells: isotropy of spectrum was not correctly considered
• SEE module: restoration of the Bendel fit.
• Default Path files were not set correctly
• Dose curve calculation: when changing the target material several times, the calculation did not take the new material into account.

Corrections:

• Transport: transport of multiple proton files did not take into account the first incident flux file.
• LET spectrum: the calculation with the shielding geometry from a sector file was not possible.

Environment Module: Correction of a bug during the flux calculation with ESP model. It only appeared in the latest version 4.2.1.0.

– Orbit calculation: Correction of a bug when loading orbit file with a large amount of data.
– Trapped particles: Improve precision for high energy AE8/AP8 flux.
– Magnetospheric cutoff: Using an orbit file will now work correctly with the cutoff.
– Optimization and uncertainty optimization: Correction of several bugs.
– Equivalent LET: correction of several bugs on the interface.
– SEE: Multiple bug correction when mixing models with different atomic numbers.
– SEE: Calculate a periodic SEE file with only trapped particles will now work correctly.
– SEE: During a SEE report the orbit was modified, possibly leading to calculation errors in other modules.
– SEE: correction of bug due to which the Excel file output inversed the “in-flare” and “out-of-flare” rate.
– Orbit 2D/3D display: Correction of flux mapping in some peculiar cases.
– Displacement: A progress bar has been added to indicate the progress of the omni-directional calculation.
– Sector files are now compatible with FASTRAD 3.6 sector file format.
– Multimission: correction of a bug during flux calculation.

– Dose calculation module: correction of the dose calculation using a sector file. Millimeters were considered instead of g/cm2 and vice versa. This problem appeared only in the 4.2 version.
– Calculation using sector file improvement: ability to use sector files produced by the latest Fastrad versions (new format) for Dose, LET, Transport and SEE modules.