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aXqua
Purpose
Installation & Configuration
QGIS plugin
Install QGIS
Install the aXqua plugin (QGIS)
Install the aXqua program (backend)
Upgrade the backend
Install from the source code (development)
Connect the plugin to the aXqua program
Find the path of the installed program
aXqua panel layout
Simulation Software
Installation wizards (short version)
User rights
TELEMAC
OpenFOAM
Plugin setup
Plugin profile
Define solver bindings
Job execution
Postprocessors
VisIt
ParaView
Usage
aXqua case setup
Project settings
Geodata
Liquid boundaries
Initial conditions
Mesh configuration
Wall roughness
Hydraulic simulation
Morphodynamic simulation
Preprocessing
aXqua workflow
Meshing
Pre-processing checkup
TELEMAC choices
OpenFOAM choices
Hydraulic simulations
aXqua warm-up concept
TELEMAC dry runs 2D/3D
TELEMAC hotstarts
OpenFOAM
Mesh convergence
Mesh study setup
Run mesh convergence study
Study report
Morphodynamic simulations
Concept
TELEMAC-GAIA Setup
OpenFOAM Setup
Calibration & validation
Introduction to Bayesian calibration
Ground truth data setup
Bayesian calibration & validation setup
Run HydroBayesCal
Quality analysis
Postprocessing
QGIS map generation
ParaView
VisIt
Batch-processing (visual automation)
A sequence of steps
Detach: jobs continue without QGIS
Sequences with the QGIS model designer
Automation & Terminal Usage
Terminal syntax
Open a terminal
Commands
Options for scripts
Scripts in the case folder
Batch-processing (headless)
Jobs
Monitor and control jobs
Sequences of jobs
How jobs are detached
Code documentation
General structure & UML
Design rules
Packages
Capabilities
Licenses
Configuration
Case description
Case file type
Classification of settings
Table of settings for forms
Check of a case
Profile of the computer
Findings of checks
Error types
Location of the simulation software
Environments of the simulation codes
Solver-agnostic core
Geodata and rasters
Boundaries
Structures
Terrain from CAD surfaces
SELAFIN file format
Example cases
Capabilities and backend registry
TELEMAC backend
Build sequence
Mesh and mesh quality
Boundary conditions
Steering and friction files
Evaluation of runs
TELEMAC-3D
Varying discharge
Exchange with a porous body
Backend adapter
OpenFOAM backend
Mesh
Initial state from a TELEMAC result
Dictionaries and case assembly
Runs and evaluation
Calibration
Single-phase free surface
Fine sediment over a fixed bed
Backend adapter
Workflow, studies and calibration
Terrain
Discharge data and rating curves
Field measurements
Shared steps of the case scripts
Mesh convergence study
Study of the vertical layers
Calibration
Validation
Progress display and logging
Job system
Job description and storage
Processes and state reconciliation
Solver profiles
Progress events and logs
Submission and execution
Detached launchers
Installation of the simulation software
Operating system
Installation plans
Example cases of TELEMAC
Running an installation
Postprocessing
Result description
Figures
VisIt
Export of TELEMAC results
Command line
Case commands
Job commands
Profile commands
Installation commands
Export commands
Case file commands
Example case commands
QGIS plugin
Building the documentation
Languages and publication
Rules for the structure
Troubleshooting
General tips & logfiles
Tips
Logfiles
Freeing disk space
Reporting a problem
Warning messages
Case file
Preprocessing
Simulations
Check of a case
Profile of this computer
Installation of the simulation software
Simulation software
Error messages
Installation
Installation of the simulation software
Check of a case
Profile of this computer
Case file
Preprocessing and simulations
Jobs
Plugin
License and disclaimer
License
Disclaimer
Third-party software
aXqua
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