1. Sequential Prompt

To run a simulation, the user has to follow a single terminal Prompt, requiring <20 inputs. The prompt also involves check cycles, where the result is shown with an option to reprogram.

Insert GIF with clean Mesh check & modification for wing angle change

2. Geometric & Mesh Render Check

During the terminal prompt, once the geometric inputs are given, the user can check the geometry with a render & reprogram the obstacle geometry again. A mesh render is also shown before the program continues with solver inputs.

3. Concurrent Residual Plotting

Once the Case has been run by entering the max Mass Residual tolerance, a GUI figure loads which plots the residuals in real time. Not only detecting the progress of the simulation becomes easy, it's easy to get an insight about the simulation & reduce nonconstructive time expense.

Residual GIF

4. Extensive Post-Processing with Matplotlib

The code inherits 4 most important 2D plots from matplotlib.

• Filled Contours
• Contour lines
• Stream lines
• Vectors

Following the prompt the package let's you generate multiple maps & manipulate plotting functionality such as Streamlines density, Min-Max scale etc.