Rocky DEM Particle Simulator’s Post

Here's a great new resource to help you get started with Ansys Fluent and Python. This Ansys Educator Resource harnesses the power of Fluent through Jupyter Labs, using PyFluent to investigate the assumptions of Potential Flow Theory. https://ansys.me/3PxHGhl #python #PyAnsys #simulation #fluids

If you have an interest in getting started with the quantum EDA tool in Python known as Qiskit Metal, I wrote a document tutorial on it that works pretty well. I'm also almost done writing a tutorial on how to install MuMax3 as a micromagnetic modeling tool with Ubermag in Python using a similar process. Stay tuned. Enjoy. The following is a public link to the updated PDF document on GitHub with additional comments: https://lnkd.in/gCPRz7in #knowledgesharing #qiskitmetal #quantumcomputing #quantumeda #python #engineering #quantumhardwareengineering #documentation #github #tutorial #installation #quantumhardware #quantumhardwaredesign #quantumchips #quantumeda #eda

I want to share my "Ocean wave simulation project" using IFFT. It's written in a Python using OpenGL. The algorithm is pretty amazing!! It takes advantage of the fact that sin and cos waves are repeatable and gives polynomial summation in logarithmic time. In this case there are n=65 536 waves and 65 536-th degree polynomial summation done in around 120fps. Math is amazing 😅 I also share github link for this project in case you would also like to get amazed by the beauty of the IFFT 😁 (in case of any questions feel free to DM, I will gladly help you). https://lnkd.in/dMvTFPBS

Coupling Python with Modflow gives you "wings" on developing and analyzing groundwater flow models: 4 applied courses in groundwater modeling with MODFLOW - Flopy and more Give it a like! https://lnkd.in/ethsEhrD

Coupling Python with Modflow gives you "wings" on developing and analyzing groundwater flow models: 4 applied courses in groundwater modeling with MODFLOW - Flopy and more Give it a like! https://lnkd.in/e62jcXNH

CALFEM for Python 3.6.10 released CALFEM for Python is a comprehensive package designed for learning the finite element method. Originally developed in the 1980s using Fortran, CALFEM has since evolved to support MATLAB and Python. The Python version was specifically created to facilitate the course "Software Development for Technical Applications" at Structural Mechanics in Lund. Throughout the course, students gain hands-on experience in developing a complete finite element application in Python. They learn how to implement various components, including mesh generation, solver, user interface, and visualization routines. In this blog post, I will provide a detailed explanation of the packaging and installation process for CALFEM. https://lnkd.in/dKuXqWYB

In today's #fridayAFM Héctor goes into the Nanosurf vault to do some datamining with the AFM data stored there. See how AFM and datamining combine to improve your research. #datamining #machine_learning #AFM #AFM_datamining #Python https://hubs.la/Q02Glt7v0

𝒀𝑶𝑳𝑶 𝒗9: 𝑶𝒃𝒋𝒆𝒄𝒕 𝑫𝒆𝒕𝒆𝒄𝒕𝒊𝒐𝒏 𝒐𝒏 𝑪𝒖𝒔𝒕𝒐𝒎 𝑫𝒂𝒕𝒂𝒔𝒆𝒕 Using Roboflow Universe and the awesome Ultralytics library to easily custom train YOLO v9 on a dataset is very easy. 1️⃣ The first option is using the Ultralytics method with their library for training an already pre-trained model. 2️⃣ The second option is the inference method, using a library maintained and supported by Roboflow, to custom train the model on any dataset. Guide : https://lnkd.in/eyBbvQgP ------------ 👋 Hi it's sam , If you liked this, connect with me on LinkedIn for daily insights on #python #machinelearning #yolo #yolov9 #objectdetection #computervision

Day 5 of #gfg160days challenge!! The problem : Next Permutation The Next Permutation problem requires finding the next lexicographical permutation of a given sequence of numbers. If the sequence is the largest permutation possible, the result should be the smallest permutation (i.e., the sequence in ascending order). Approach: 1. Identify the Pivot 2. Find the Right Element to Swap 3. Reverse the Subarray to the Right of the Pivot Time Complexity:O(n)(Overall) Space Complexity:O(1) (in-place modification). #gfg160days #python #coding #DSA #learning #keepcoding

New tutorial in our blog: A Python class to export Modflow 2005 model 3D geometry and parameters to Vtk - Tutorial Give it a like! https://lnkd.in/eP2JeyWD