frodal / fc-taylor Goto Github PK

Add a descriptive readme file to the project

When importing material data using the Kalidindi hardening model, and then changing to the Voce hardening model, the hardening parameters are not numbers! Some more error checking should be done when importing data.

Add a GUI to the program using the GUIwrapper (https://github.com/frodal/GUIwrapper)

Update submodules

Move license check to main.js. Create a new js file and use it from main.js.

Update Readme.md with instructions for building the application on Linux

Upgrade to Electron 8, and change callbacks to Promises syntax

Add a menu item to download a new version if the old one is outdated or force download if version is deprecated.
This will be OS dependent

• Windows (Download installer)
• Linux (Download package)
• Darwin (?)

Add a dark mode

Set a flag wether to use 3D or 2D calibration based on the generated stress points, i.e., if the stress points generated are for plane stress or not.

Add some form of visualization of the computed results, e.g., discrete yield surface plots

Use some error codes in the FC-Taylor core, and handle these errors in the GUI.
E.g., If the texture input cannot be read, an error code should be returned(written to stdout or stderr) and handled by displaying an informative message to the user. Related to #10

Running several instances of the application will trash each others results. Either only one instance of the application should be allowed, or this should be handled by letting each instance have its own input and output folders.

Update build script with commands to clean up build files, i.e., main.obj and pyinstaller build files
And copy license.md to the GUI folder

• Copy and update License
• Clean build files

Setup a public repository for issue tracking and release info, i.e., what the latest version is and to contact me to get the latest version. Related to #11

See: https://help.github.com/en/github/creating-cloning-and-archiving-repositories/creating-an-issues-only-repository

or use: https://gitreports.com/

Implement some tests in order to test newly implemented features

Create a way of defining some grain orientations in the app to be used (spreadsheet), without the need of a texture file. This spreadsheet should maybe also display the orientations loaded from a texture file.

When the amount of cores requested is greater than the amount of available cores, the amount should be restricted to the available amount. This will not impact the solver as openMP handles this, but the output time interval will be affected.

Centrosymmetry should be written centrosymmetry and not centro-symmetry.

Create a way of generating a texture based on common texture components and random texture

Refactor the JavaScript code into several packages/modules/files

Make the user able to calibrate with a different exponent than 8.

• Calibrate with a fixed user defined exponent
• Calibrate the exponent as well

The normalized yield stress along RD/ED should be one. This might not be the case when a low amount of stress points is generated. Try to correct the normalized stress after calibration and then run another one.

Update License with no-liability/warranty

Parse stdout and display only "useful"/minimal information to the user from core

Add a license management system so that user must upgrade their version of the software once in a while to continue using the application

Add a build script to compile the Fortran source, move the binary to ./GUI/Core, package the application, and create an installer (setup.exe)

This can help make a test framework for this application #9

• Create a save settings dialog (Save the Taylor.inp)
• Create a load settings dialog (Load the Taylor.inp)

Use the FC-Taylor.json to check for updates

Create a dedicated post on my homepage about FC-Taylor and its newest version number, so that the help menu items can be redirect the user there for more info etc. Add a submit issue form as well.

When centro symmetry is used the stress points for (- \sigma) should also be printed

Always run an uniaxial tension test for determining the yield stress along the reference direction

Calibrate Yld-2004-18p based on the calculated discrete yield surface points

Add an animated installer gif of a deforming polycrystal

When several grains with the exact same orientation is given as input, the grains should be lumped so that the weight of the orientation is added and not computed several times.

Make sure that the Euler.inp supplied has the correct format

Take in the paths to the input files as command line arguments. Update GUI to not copy the core executable

Add a navigation bar with different tabs for loading texture input, material input, other input, job input, job output, visualization, and calibration. Related to #13, #14, #17

• #13
• #14
• #17