Merge pull request #32 from NorbertHofbauer/main

Update to 2024.12

README.md

@@ -1,7 +1,7 @@
 [![GitHub](https://badgen.net/badge/icon/github?icon=github&label)](https://github.com/calculix/Cubit-CalculiX)
 [![Github All Releases](https://img.shields.io/github/downloads/calculix/Cubit-CalculiX/total.svg)](https://github.com/calculix/Cubit-CalculiX/releases)
 <br/>
-# Cubit-CalculiX 2024.10
+# Cubit-CalculiX 2024.12
 Hey ho that´s the CalculiX Component for coreform cubit!
 
 Full Model definitions for CalculiX can be done with Cubit as Preprocessor.
@@ -13,21 +13,23 @@ The builds can be downloaded at our [website](https://www.maschinenbauer.at/open
 
 Or just use the links.
 
-[Windows Build](https://github.com/calculix/Cubit-CalculiX/releases/download/2024.10/build_windows_2024.10.zip)
-[Linux Build](https://github.com/calculix/Cubit-CalculiX/releases/download/2024.10/build_linux_2024.10.zip)
+[Windows Build](https://github.com/calculix/Cubit-CalculiX/releases/download/2024.12/build_windows_2024.12.zip)
+[Linux Build](https://github.com/calculix/Cubit-CalculiX/releases/download/2024.12/build_linux_2024.12.zip)
 
-This component was build with Cubit 2024.8! 
+This component was build with Cubit 2024.8!
 Tested with Cubit 2024.8 on Windows 10 and Ubuntu 22.04
 
 Also take a look at our [Youtube Channel CubitCalculiX](https://www.youtube.com/@CubitCalculiX) . We will post videos from examples and updates in the near future.
 
 ---
 [Downloads](https://github.com/calculix/Cubit-CalculiX/releases) |
 [Key Features](#key-features) |
-[How to](#how-to) |
+[How to use](#how-to-use) |
 [Examples](#examples) |
 [Installation](#installation) |
-[Postprocessing](#postprocessing) <!-- |
+[Postprocessing](#postprocessing) | 
+[How to build on linux](#how-to-build-on-linux)
+<!-- |
 [Projection of Displacements](#projection-of-displacements) |
 [known issues](#known-issues) |
 [todo list](#todo-list) -->
@@ -37,31 +39,124 @@ Also take a look at our [Youtube Channel CubitCalculiX](https://www.youtube.com/
 - Elements Sets
 - Node Sets
 - Side Sets
-- Materials (Conductivity, Density, Elastic, Expansion, Plastic, Specific Heat)
-- Sections (Solid, Shell, Membrane, Beam)
-- Constraints (Tie, Rigid Body)
+- Materials
+  - Compression Only
+  - Conductivity 
+    - Isotropic
+    - Orthotropic
+    - Anisotropic
+  - Creep
+  - Cyclic Hardening
+  - Damping
+  - Deformation Plasticity
+  - Density
+  - Elastic
+    - Isotropic
+    - Orthotropic
+    - Anisotropic
+    - Engineering Constants
+  - Expansion
+    - Isotropic
+    - Orthotropic
+    - Anisotropic
+  - Hyperelastic
+    - Arruda-Boyce
+    - Mooney-Rivlin
+    - Neo Hooke
+    - Ogden N=1,2,3
+    - Polynomial N=1,2,3
+    - reduced Polynomial N=1,2,3
+    - Yeoh
+  - Hyperfoam N=1,2,3
+  - Mohr Coulomb
+  - Mohr Coulomb Hardening
+  - Plastic
+    - Isotropic
+    - Kinematic
+    - Combined
+    - Johnson Cook
+  - Rate Dependent
+  - Specific Heat
+  - Tension Only
+- Materiallibrary 
+  - easy to use library: materials can be created, modified and deleted, imported from cubit and exported into cubit
+  - already contains some default materials
+- Sections 
+  - Solid
+  - Shell
+  - Membrane
+  - Beam
+- Constraints
+  - Tie
+  - Rigid Body
 - Surface Interactions
+  - Exponential
+  - Linear
+  - Tabular
+  - Tied
+  - Hard
 - Contact Pairs
+  - Node to Surface
+  - Surface to Surface
+  - Mortar
+  - LinMortar
+  - PgLinMortar
 - Amplitudes
 - Orientations
-- Loads (CLOAD, DLOAD, DFLUX, GRAVITY, CENTRIF)
-- Boundary Conditions (Displacements, Temperatures)
-- Initial Conditions (Displacements, Temperatures)
-- History Outputs (NODE PRINT, EL PRINT, CONTACT PRINT)
-- Field Outputs (NODE FILE, EL FILE, CONTACT FILE)
-- STEPS (Static, Frequency, Buckle, Heat Transfer, Coupled Temperature Displacement, Uncoupled Temperature Displacement, No Analysis)
+- Damping
+- Physical Constants
+- Loads
+  - Forces (CLOAD)
+  - Pressures (DLOAD)
+  - Heatfluxes (DFLUX)
+  - Gravities (GRAVITY)
+  - Centrifugal (CENTRIF)
+  - Film
+  - Radiation
+  - Trajectories
+    - Heatflux (can be used as moving heatsource)
+- Boundary Conditions
+  - Displacements
+  - Temperatures
+- Initial Conditions
+  - Displacements
+  - Temperatures
+- History Outputs
+  - NODE PRINT
+  - EL PRINT
+  - CONTACT PRINT
+- Field Outputs
+  - NODE FILE
+  - EL FILE
+  - CONTACT FILE
+- STEPS
+  - Static
+  - Frequency
+  - Buckle
+  - Heat Transfer
+  - Coupled Temperature Displacement
+  - Uncoupled Temperature Displacement
+  - Dynamic
+  - Modal Dynamic
+  - Steady State Dynamics
+  - Complex Frequency
+  - No Analysis
 - Adding Customlines before/after Keywords
 - Export of Calculix Model
 - Creation and Running of Jobs
-- Conversion of Results to Paraview (.frd and .dat: nodal, element and integration points results, auto calculating von Mises and Principal Stresses)
+- Conversion of Results to Paraview
+  - .frd nodal results, auto calculating von Mises and Principal Stresses
+  - .dat: nodal, element and integration points results, auto calculating von Mises and Principal Stresses
+  - visualization of single parts with multiblock inspector
+  - visualization of integration point results
 - Projection of Displacements from .frd to mesh
 - Opening of Results with CGX or Paraview
 - Results can be viewed, plotted and exported to .csv
 - Displaying of loads and boundary conditions
 - Python Interface to query the result files. This can be used to run convergence studies or do mesh refinement based on the results.
 - The calculix model data and the loaded frd and dat results will be saved and loaded automatically with the standard cubit fileformat .cub5
 
-# How to
+# How to use
 To get an overview of all new commands type
 
 ccx ?
@@ -100,11 +195,21 @@ in python mode (#!python)
   width="400"
   title="Contact press fitting">
 ](examples/contact_press_fitting/)
+[<img
+  src="examples/metal_forming/example.gif"
+  width="400"
+  title="Metal forming">
+](examples/metal_forming/)
 [<img
   src="examples/mesh_refinement/example.png"
   width="400"
   title="Mesh refinement">
 ](examples/mesh_refinement/)
+[<img
+  src="examples/moving_heatsource/example.gif"
+  width="400"
+  title="Moving Heatsource">
+](examples/moving_heatsource/)
 [<img
   src="examples/model_change/example.gif"
   width="400"
@@ -120,11 +225,23 @@ in python mode (#!python)
   width="400"
   title="Simple convergence study">
 ](examples/simple_convergence_study/)
+[<img
+  src="examples/tube_impact/example.gif"
+  width="400"
+  title="Tube Impact">
+](examples/tube_impact/)
 [<img
   src="examples/Welding/shrinkage_model/example.gif"
   width="400"
   title="Shrinkage model">
 ](examples/Welding/shringage_model/)
+<!-- 
+[<img
+  src="examples/Welding/shrinkage_model_moving_heatsource/example.gif"
+  width="400"
+  title="Shrinkage model">
+](examples/Welding/shringage_model_moving_heatsource/)
+-->
 
 # Installation
 
@@ -175,7 +292,7 @@ When there are displacements in the frd file for requested blocks in the .dat. T
 
 current limitations of the converter:
 - totals ignored
-- buckling in .dat ignored
+- buckling in .dat can be queried through the python api
 - contact print card ignored
 - only links for complete nodal and element data
 
@@ -189,10 +306,42 @@ When choosing the totalincrement the related displacements will be used.
 
 ![projection of displacements](/readme_docs/projection_01.png?raw=true "projection of displacements")
 
+# How to build on linux
+Build Process for Ubuntu 22.04 and 24.04
+
+1. After a clean installation
+   Update and upgrade the system, then install tools required for building:
+   ```
+   sudo apt update && sudo apt upgrade -y
+   sudo apt-get install cmake cmake-gui
+   sudo apt-get install build-essential
+   sudo apt-get install qtbase5-dev libqt5charts5-dev libqt5widgets5
+   sudo apt install libglu1-mesa
+   ```
+2. Install Coreform Cubit
+   Either download from the [Coreform Website](https://coreform.com/downloads/) or via terminal
+   ```
+   wget https://f002.backblazeb2.com/file/cubit-downloads/Coreform-Cubit/Releases/Linux/Coreform-Cubit-2024.8%2B52155-Lin64.deb
+   sudo apt-get install ./Coreform-Cubit-2024.8+52155-Lin64.deb
+   ```
+3. Install Cubit-Calculix
+   Clone the Cubit-Calculix repository
+   ```
+   git clone https://github.com/calculix/Cubit-CalculiX.git
+   ```
+4. Build Steps   
+   Clean and recreate the build directory, then run CMake and build:
+   ```
+   rm -rf ~/Cubit-CalculiX/build
+   mkdir -p ~/Cubit-CalculiX/build
+   cmake -S ~/Cubit-CalculiX/src -B ~/Cubit-CalculiX/build
+   cmake --build ~/Cubit-CalculiX/build
+   cd ~/Cubit-CalculiX/build
+   make -j4
+   ```
+
 # known issues
 - See https://github.com/calculix/Cubit-CalculiX/issues for open issues. Not every issue is closed in the available binaries. Please look at the issue and release date.
 
-- History Bug on Windows: Currently commands that will be send using the gui won't be recorded into the history tab. This has been fixed for Linux. In the current cubit windows release (2024.8) are some symbols missing. So we have to wait onto the next release to fix this for windows too.
-
 # todo list
 - documentation

changelog.txt

@@ -77,5 +77,48 @@
 2024-10-12 bug fix crash vtk writer in parallel
 2024-10-12 working on reading/saving ccx core data into .cub
 2024-10-19 adding progressbar for saving and reading cub5
-2024-10-20 updating to paraview 5.13.1, due to github large file limit, we need to exclude paraview binaries from the repo, the need to be in a local directory for the build, look at cmake file
+2024-10-20 updating to paraview 5.13.1, due to github large file limit, we need to exclude paraview binaries from the repo, they need to be in a local directory for the build, look at cmake file
 2024-10-21 fixing bug in frd reader. in parallel some blocks without nodal results where skipped while reading the headers which resulted in a crash
+######### ------  Release 2024.10
+
+2024-11-08 fixing symbols in the material management on windows
+2024-11-08 working on material library
+2024-11-14 fixing plot labels, adding "" automatically to the plot command
+2024-11-14 working on material library
+2024-11-16 working on material library
+2024-11-19 working on material library
+2024-11-21 working on material library
+2024-11-22 adding materials to the highlighting
+2024-11-22 working on material library gui
+2024-11-25 working on material library gui
+2024-11-27 working on material library gui
+2024-11-28 working on material library gui
+2024-11-29 working on material library gui
+2024-11-30 working on trajectory heatflux loads
+2024-12-01 working on trajectory heatflux loads
+2024-12-02 adding default material library
+2024-12-03 working on trajectory
+2024-12-04 working on trajectory
+2024-12-05 working on trajectory and speeding up the gui update progress.
+2024-12-06 working on trajectory and speeding up the gui update progress.
+2024-12-07 updating highlight and draw for trajectory
+2024-12-07 start implementing more material keywords
+2024-12-08 working on new materials gui cards
+2024-12-09 working on trajectory bugs, amplidudes core needs a search speed up
+2024-12-09 working on trajectory bugs, amplidudes core speed up for trajectory preparation
+2024-12-12 fixing history bug on windows need to wait for new dev release
+2024-12-13 working on physical constants, damping, film, radiation
+2024-12-14 writing check list. try to fix history bug on windows
+2024-12-14 working on core and commands for steps dynamic, modal dynamic, steady state dynamics, complex frequency
+2024-12-16 working on damping and physical constants gui
+2024-12-17 working on damping and physical constants gui
+2024-12-17 working on gui for steps dynamic, modal dynamic, steady state dynamics, complex frequency
+2024-12-17 loads film and radiation gui
+2024-12-18 adding load type and radius vs magnitude to trajectory
+2024-12-19 working on trajectory, adding new python interface methods to query trajectory data
+2024-12-19 finished heatflux trajectory
+2024-12-19 test and creating examples
+2024-12-19 tube impact example
+2024-12-19 working on examples
+2024-12-20 updating readme and examples
+2024-12-20 implementing reading and linking of step and increment data from .dat

checklist_keyword_implementation.txt

@@ -0,0 +1,28 @@
+this is an unfinished list as to where changes must happen when a new keyword gets included.
+
+• core object
+• new commands
+• register in command plugin
+• in calculixcore:
+ - implement object new coreobject 
+ - init
+ - update
+ - reset
+ - print
+ - read and save cub5
+ - autocleanup
+ - highlight
+ - parser
+ - export data for inp
+ - export data for gui
+• add to custom line -> core, command
+• add to step if necessary -> core, command
+• add to draw if necessary -> core, command
+• include in export command
+• create gui
+ - tree
+ - right click menu
+ - highlight
+ - navigation
+ - panel widgets
+