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adds CHANGELOG
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CHANGELOG.txt

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========================
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version 6.5, 20/2/2020
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========================
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As of version 6.5, SIMRES source code is distributed via GitHub.
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With the move to git repositories, the structure of the binary and source
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packages has changed significantly. The functionality remains the same
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as for version 6.4.
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A new PGPLOT graphics driver for Windows (similar to pgxwin_server on Linux)
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has been developed and added as a submodule to SIMRES.
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The user interface (written in Java) is now also added as a submodule and includes Ant
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builder scripts.
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The SIMRES core can now be compiled using the GNU gcc/gfortran suite (using the
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mingw-w64 tools on Windows)
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=======================
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version 6.4, 6/9/2019
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=======================
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- Improved MCPL functionality (import/export neutrons)
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- Binding with McStas using MCPL (see doc/simres-guide.pdf)
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- Export of sample scattering events (see demo/STRESSPEC)
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- New demo examples (choose demo on startup)
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- New sets of supermirror lookup tables for various models
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- Simulation of guide misalignment
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- Improved guide waviness model
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- Hollow sample shapes (set wall thickness parameter)
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- Improved stability and monitoring of the simulation kernel
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- 64 bit binaries
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===============
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version 6.3.5
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===============
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- New sources: ESS butterfly, ISIS
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- Export to MCPL file (use command MCPL)
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- Choice of gonio-stage order for component positioning
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- Recording of events in guides: m-value, escape coating, escape
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===============
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version 6.3
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===============
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- updated user guide (PDF)
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- console command - running simulations on a remote server
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- new source definitions for ESS baseline 2013 and pancake moderators
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- SGUIDE: manual (free shape) or automatic (elliptic, parabolic) shape setting
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- new bug fixes (see simres-relaese-notes.pdf)
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===============
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version 6.2
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===============
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- new user guide (PDF)
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- console command - running simulations on a remote server
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- new source definitions for ESS baseline 2013 and pancake moderators
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- new components:
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SGUIDE: free shape multisegment guide (quadratic or straight segments)
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manual or automatic (elliptic, parabolic) shape setting
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MONITOR: beam monitor with mask area, shows successful rays at any place
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various modes of 2D mask in x,y,kx,... useful for instr. optimization
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- strain gradients for polycrytsalline samples
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- choice of beam monitor to be used with BEAM1D,BEAM2D commands
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- list of mirror tables located in home/.simres/tables
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- without table, mirror reflectivity for SGUIDE is analytical (parameters are given in sguide dialog)
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- bug fixes (see simres-relaese-notes.pdf)
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============
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version 6.1
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============
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- ToF components (disc chopper, wide-angle ToF detector, pulsed sources)
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- tools for powder diffractometers:
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event-based evaluation of difractograms from both position and time
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multi-peak powder sample
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evaluation of figures-of-merit from diffractograms
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- particle swarm optimization (PSO)
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- extended library of crystal reflections
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- users projects management (storing user data in user's home directory)
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- console version (run java ./GUI/simresCON.jar -h for help)
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- new demo project (ToF powder diffractometer) demonstrating the new features
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- many small bug fixes
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============
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version 6.0
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============
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- radial source distribution (see setup/hcs_radial.dat)
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- XTAL component (bent crystal with multiple reflections)
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- graphical user interface
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- 3D visualisation
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- free definition of instrument layout
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- 1D and 2D scans with any instrument parameter
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- script recorder / runner
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- instrument definition and simulation options in XML files
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- new matrix description of instrument optics
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(automatic sampling optimization)
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- options for upstream or downstream tracing

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