include femapi # Generate a another Femap structure model = femapi.CreateModel() # Define the structure label model.Title = "Simple Beam Model" # Generate a new mesh mesh = model.Meshes.Create() # Determine the mesh nodes nodes = mesh.Nodes nodes.Create(1, [0, 0, 0]) nodes.Create(2, [10, 0, 0]) # Define the mesh members elements = mesh.Elements elements.Create(1, [1, 2]) # Save the structure model.Save("simple_beam.mod") Step 2: Executing an Simulation via the API In this illustration, we plan to run a steady analysis on the model we generated in Step 1. include femapi # Load the file model = femapi.OpenModel("simple_beam.mod") # Create a another analysis analysis = model.Analyses.Create() # Set the simulation kind analysis.Type = "Static" # Start the analysis analysis.Run() # Get the simulation findings results = analysis.Results # Output the outcomes print(results.Displacements) Step 3: Retrieving Results using the API
Getting Begun with the Femap API To get started with the Femap API, you will want: femap api tutorial
content: information of Employing the Femap API Employing the Femap API gives multiple pros, like: include femapi # Generate a another Femap structure
Femap: Install Femap on your computer. You can obtain a trial edition from the Siemens website. Programming code: Choose a programming language, such as Visual Basic, C++, or Python, to use with the Femap API. API documentation: Familiarize yourself with the Femap API documentation, which provides comprehensive details on the available APIs, routines, and techniques. Programming code: Choose a programming language, such as
Femap: Set up Femap on your computer. You can get a trial release from the Siemens site. Coding dialect: Choose a coding dialect, like Visual Basic, C++, or Python, to utilize with the Femap API. API manual: Introduce yourself with the Femap API records, which offers detailed information on the accessible APIs, operations, and methods.