Finite Element Analysis Post-Processing

Bending Stress Distribution.

# Import necessary modules

import sys  # Provides access to system-specific parameters and functions
from PySide6.QtWidgets import QApplication, QMainWindow  # Import Qt widgets for GUI application

# Import IGLGraphics modules for display context and viewer
from IGLGraphics.core.IGLDisplayContext import IGLDisplayContext
from IGLGraphics.graphics.IGLViewer import IGLViewer
from IGLGraphics.core.IGLGlobals import IGLFEAResultType

# import IGLCAE class from cae module
from IGLGraphics.cae.IGLCAE import IGLCAE

# Create the QApplication instance,
# which manages the application's control flow and main settings
app = QApplication(sys.argv)

# Create the main window of the application
win = QMainWindow()

# Set the title of the main window
win.setWindowTitle("IGLGraphics CAE Test")  

# Create an instance of IGLViewer, which is a IGLViewer widget for 
# displaying models and handling user interactions

view = IGLViewer()

# Create an IGLDisplayContext associated with the viewer, for managing graphics rendering context

thecontext = IGLDisplayContext(view)

# Create an instance of IGLCAE, which is a CAE model handler, 
# and set its display context to the one we just created. 
# Then, load a CAE model from a specified file path.

wglcae = IGLCAE()
wglcae.SetContext(thecontext)  # Set the display context for the CAE model
wglcae.LoadModel(r"beam.frd")

resname = IGLFEAResultType.SX
wglcae.DisplayResults(resname,1,1,'MPa', defoscale=50.0)

# Set the central widget of the main window to the IGLViewer
win.setCentralWidget(view)

# Resize the window to 800x600 pixels
win.resize(800, 600)

# Show the main window
win.show()

view.OnZoomFit()  # Adjust the view to fit the entire model in the viewport

# Start the application's event loop and exit when it finishes
sys.exit(app.exec())