EBSD2019
This webpage has resources & information to support the RMS 2019 EBSD workshop (1st of April).
Programme:
The (provisional) workshop structure is as follows:
09.15 Registration
10.00 Introduction to MTEX and orientation analysis – Rüdiger Kilian (resources below)
11.30 Break
11.45 Slip Trace Analysis with MTEX – Vivian Tong
12.00 Multivariate Statistical Analysis – Angus Wilkinson
12.15 Patterning Matching – Katharina Marquardt
12.30 Panel Q&A (All Speakers)
12.50 Lunch
13.30 Introduction to AstroEBSD and pattern analysis – Ben Britton with Alex Foden (resources below)
15.00 Break
15.30 General time for own work, with support
17.00 Workshop Close
19.30 (with main meeting) informal dinner at The Railway, 3 Victoria Road, Teddington, TW11 0BB (www.therailwaytw11.co.uk) - table registered under "EBSD"
Software Requirements:
- Matlab 2015b or later (newer versions are advised) - please install before the meeting
- MTEX 5 (or later) - a zip file is below
- AstroEBSD - a zip file is below
- The Global Optimisation Toolbox (for pattern centre searching in AstroEBSD)
- The Parallel Computing Toolbox (for map matching in AstroEBSD, this can be avoided if needed)
- A suitable compiler for MEX functions in matlab -
macOS: Xcode and command line tools need to be installed and the licence has to be accepted (i.e. having started it once or "xcodebuild -license accept")
linux: gcc compatible with the Matlab version - usually this just works fine, no issues so far (except people using an "ancient" glibc, so this needs to be >= 2.22)
windows: Here are the recommendations (https://www.mathworks.com/support/requirements/supported-compilers.html) and there's also a link to MinGW
Useful software:
Example Scripts, Data and Code:
MTEX:
- Download MTEX (as found on github)
- Rüdiger Kilian workshop codes & examples
- Vivian Tong's handy introduction worksheet to MTEX and Matlab
AstroEBSD:
This script can be found by extracting the AstroEBSD download and going to '/decks' and run, step by step, "EBSD_2019_Astro2.m". You will need to change some variables depending on the file paths.
The example iron data set can be downloaded from Zenodo:
EM Soft:
Further Reading/External Links:
- MTEX User Forum
- MTEX Documentation
- AstroEBSD GitHub (including Wiki)
- For easy use of github - you might want to use github desktop
- AstroEBSD Introduction Talk
- AstroEBSD Paper
- MTEX Workshop - 2019 exercises
- EMSoft - GitHub