@daler_xusinov · Post #544 · 01/08/2025, 05:35 PM
#3D#Modeling Blenderdagi birinchi modelim! Baho bersangiz xursand bo'lardim! @portlofio
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Source channel @githubtrending · Post #14806 · Jun 8
#other Here’s a simple summary of the most important information and its benefit to you get enough good sleep, avoid smoking, move your body every day, and eat less sugar—doing just these four can make a big difference. The text also shares tips from neuroscience, like getting sunlight in the morning to help wake up and feel better, and avoiding bright lights at night to sleep well. Eating mostly plants and fermented foods helps your gut and immune system, while timing your meals (like eating in an 8-hour window) can boost your health and even help you live longer. The text also explains how your brain’s chemicals, like dopamine, affect your mood and motivation, and how you can use simple tricks—like taking breaks, trying new things, or doing light exercise—to stay focused and happy. The benefit is that you can feel better, think clearer, and stay healthier by making small, smart changes to your daily routine. https://github.com/zijie0/HumanSystemOptimization
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@daler_xusinov · Post #544 · 01/08/2025, 05:35 PM
#3D#Modeling Blenderdagi birinchi modelim! Baho bersangiz xursand bo'lardim! @portlofio
@djangoproject · Post #533 · 12/21/2017, 02:21 PM
http://greenteapress.com/wp/modsimpy/ Free Book: #Modeling and #Simulation in Python Modeling and Simulation in Python is an introduction to physical modeling using a #computational approach. It is organized in three parts: The first part presents discrete models, including a bikeshare system and world population growth. The second part introduces first-order systems, including models of infectious disease, thermal systems, and chemical kinetics. The third part is about second-order systems, including mechanical systems like projectiles, celestial mechanics, and rotating rigid bodies.
@githubtrending · Post #15575 · 03/20/2026, 11:30 AM
#java#aerospace#flight_simulator#java#modeling#optimization#rocket#rocketry#simulation#trajectory OpenRocket is a free tool to design, visualize in 3D, and simulate model rockets with six-degree-of-freedom flight analysis, real-time data on altitude/velocity, automatic optimization, and exports for 3D printing or other programs. It works on any platform via Java. You benefit by testing rockets virtually first, saving time/money on failed builds, predicting performance accurately, and flying safer, higher with optimized designs. https://github.com/openrocket/openrocket