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Free Download TTC - Geometry An Interactive Journey to Mastery Last updated 10/2024 MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch Genre: eLearning | Language: English | Duration: 36 Lessons ( 18h 18m ) | Size: 15.3 GB Inscribed over the entrance of Plato's Academy were the words, "Let no one ignorant of geometry enter my doors." To ancient scholars, geometry was the gateway to gaining a profound knowledge of the world.$1#$ Today, geometry's core skills of logic and reasoning are essential to success in school, work, and many other aspects of life. Like other math fields, geometry teaches us how to think. It leads students to uncover new truths based on already established ideas and facts. It requires us to test and examine the conclusions of others. It teaches us to lay out our thinking clearly, describing each step so that others can follow along and verify our results. This systematic way of thinking is essential in many fields. Drawing conclusions from experimental data is the basis of scientific discovery. Our justice system depends on compelling evidence to render a verdict in a court of law. And we use logical reasoning in everyday conversations to win friends over to our point of view. In fact, the great Greek scholar Euclid demonstrated just how much you can do with logic. He worked out that basically all of geometry stands on just 10 core principles. You can build the rest using straightforward, logical reasoning. In short, geometry is among the great intellectual feats of humankind. However, geometry goes far beyond being just an intellectual exercise. Its real-world applications extend to navigation, architecture, engineering, physics, technology, and even art. Botanists use the geometry of triangles to estimate the heights of trees. Astronomers use an understanding of ellipses to describe the orbits of planets. Quantum physicists use the mathematics of rotation to explain aspects of subatomic physics. Architects use principles of symmetry to develop aesthetically pleasing buildings. Engineers use the properties of parabolas to design headlights and satellite dishes. With its powerful blend of intellectual accomplishment and practical application, it's no wonder that most schools consider geometry a core subject. Yet as award-winning Professor James Tanton of The Mathematical Association of America shows in Geometry: An Interactive Journey to Mastery, geometry can be an exciting adventure at any age. Those who will benefit from his 36 clear and accessible lectures include high school students currently enrolled in a geometry class; their parents, who seek an outstanding private tutor for their students; home-schooled students and others wishing to study high school geometry on their own; collegestudents who are struggling with math requirements and who need to strengthen their grasp of this fundamental subject; and anyone curious about the intellectual challenge of logic and reasoning that underlies mathematics, the sciences, and our technological world. Professor Tanton's excellent teaching style makes the course ideal for those students who have ever believed they're "not good at math" or have had challenges understanding geometry in the past. A Different Way to Learn Geometry Even students who have done well in other math courses such as algebra can sometimes find geometry a challenge. More so than algebra and other equation-based math, geometry places particularly strong focus on making logical inferences from facts and building a story of reasoning. Plus, geometry involves a more visual approach-working with shapes and patterns from the real world. Many geometry courses begin by teaching the results of geometric thinking-by listing a set of beginning rules first. But how can one build the foundations of a house without first having a sense of what the house should be? Professor Tanton encourages students to start by playing with ideas of the mind (and acts of the hand!) to develop a feel for geometric rules and a context for those rules. In Geometry: An Interactive Journey to Mastery, Professor Tanton guides students as they build an understanding of geometry from the ground up. With this approach, the instruction focuses on the intellectual play of the subject and its beauty as much as its utility and function. Students begin with elementary building blocks like points, lines, and angles and observe how those basic units interact. From a clear understanding of the fundamental principles, students use logical reasoning to expand their understanding of geometry. Like building a house brick by brick, each new discovery stands upon the others-without any sudden or confusing jumps. In the first part of the course, students develop an intuitive context for thinking about terms like point, line, angle, plane, and flat; grasp how to create logical proofs; and uncover the three deep and fundamental assumptions of geometry-the Pythagorean theorem, the parallelism postulate, and the similarity principles. In the second part, students study common geometric shapes and their properties (such as triangles, polygons, and circles); explore the intersection of geometry and algebra; examine the basics of trigonometry; and learn how to calculate areas. Once students understand the core principles, they are set loose to play in the third part of the course. Students ponder a range of fascinating and sometimes counterintuitive applications for geometry. They combine two seemingly disparate fields: geometry and probability; dive into the wild world of fractals; investigate conics and their many practical applications; use complex numbers to solve tricky geometry problems; and contemplate spherical and even "taxi-cab" geometry. Delightful Real-World Examples A beauty of geometry is its wide variety of fascinating and unexpected applications. Some of the examples students explore in this course include these Width of a river: You're on a walk and come across a river. Can you estimate how wide it is? See how you can-with no more than a bit of geometry and a baseball cap. Geometry and nature: From the orbits of planets to the shape of your small intestine, geometric shapes appear in some surprising places throughout nature. See how geometry helps us better understand the marvels and mysteries of the world around us. Modern cell phones: Swiping the screen on a cell phone seems to be an ordinary activity. But did you know your phone is actually relying on some clever geometry? Find out exactly what your phone is doing and the mathematics behind it. Works of art: When people think of applications for mathematics, they often mention the fields of science or engineering. But geometry also has its place in the visual arts. See how great artists like M.C. Escher used geometric shapes and principles to create masterpieces. A game of pool: If you're playing pool and want to play a trick shot against the side edge, how do you need to hit the ball? See how you can determine this and more using the reflection principle. A Teacher of Teachers Professor Tanton is committed to sharing the delight and beauty of geometry and works with teachers across North America to develop more effective teaching methods for geometry and other math courses. He is not only a teacher of math, but a teacher of the best ways to teach math. His experience has taught him where students most frequently flounder, which has given him the skills to explain mathematical concepts in a way that removes mental roadblocks to success. Making each example come to life, Geometry: An Interactive Journey to Mastery engages students in a visual adventure. Professor Tanton uses bright and colorful slides, easy-to-understand whiteboard drawings, and interactive demonstrations to make his explanations crystal clear. And to help students better understand geometric principles, a workbook complete with sample problems and solutions accompanies the course. Equipped with a firm understanding of geometry, students walk away from the course with the tools and knowledge to continue on to greater challenges in mathematics, school, and life. Your journey into this world of joy and wonder has only begun. 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Free Download Mastering Geometry Nodes in Blender Published 10/2024 Created by Businge Ismail MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch Genre: eLearning | Language: English | Duration: 46 Lectures ( 5h 47m ) | Size: 4.67 GB create motion graphics, procedural generators and more What you'll learn Create satisfying animations using geometry nodes learn about the most useful and powerful nodes geometry nodes offers create amazing procedural motion graphics animations create procedural simulations using geometry nodes Requirements you need some basic blender knowledge Description Geometry nodes has turned blender into one of the most respected 3d application in the industryThis Geometry Nodes Masterclass is the perfect way to dive into one of the most powerful and versatile tools Blender has to offer. This course is designed for anyone looking to harness the potential of procedural modeling, whether you're into motion graphics, game design, VFX, or architectural visualization.Starting with the fundamentals, we'll walk you through the Geometry Nodes interface, breaking down essential concepts like node types, data flows, and attributes. As you gain confidence, you'll explore procedural geometry creation, learning to build complex shapes, manipulate attributes, and generate stunning visual effects-all while maintaining full control and flexibility. By the end of the basics, you'll be creating terrains, procedural assets, and motion graphics like a pro.But it doesn't stop there! We move into advanced territory, covering fields workflows, simulation techniques, and how to integrate Geometry Nodes with shaders for truly unique effects. The course is packed with practical projects like procedural city generation and animated particle systems, so you can apply what you've learned in real-world scenarios.To top it off, you'll get hands-on experience with the exersice section where in each lecture we create an effect, or a simulation or a satisfying render, that helps build your portfolio and showcase your new skills. Whether you're a beginner or a seasoned artist, this course provides everything you need to master procedural workflows and unleash your creative potential in Blender. Sign up now and start creating dynamic, captivating 3D art like never before!"4o Who this course is for anyone who wants to create procedural generators and animations using geometry nodes Homepage https://www.udemy.com/course/mastering-geometry-nodes-in-blender/ Screenshot Rapidgator https://rg.to/file/41ee5935bc762781bdc20f4184e88d93/bvarm.Mastering.Geometry.Nodes.in.Blender.part2.rar.html https://rg.to/file/6693c83e227352e783c48bbcbb13c0fd/bvarm.Mastering.Geometry.Nodes.in.Blender.part1.rar.html https://rg.to/file/9b891deec69dfe6e88e6871d6f4e5a5d/bvarm.Mastering.Geometry.Nodes.in.Blender.part5.rar.html https://rg.to/file/b975540ee8bf7b5076be20c495fead5a/bvarm.Mastering.Geometry.Nodes.in.Blender.part3.rar.html https://rg.to/file/f74c38f4640e8b86137d80b929b8836d/bvarm.Mastering.Geometry.Nodes.in.Blender.part4.rar.html Fikper Free Download https://fikper.com/8PcoUqF5IF/bvarm.Mastering.Geometry.Nodes.in.Blender.part5.rar.html https://fikper.com/GKSCsgKKzi/bvarm.Mastering.Geometry.Nodes.in.Blender.part1.rar.html https://fikper.com/YIkFv5kiu7/bvarm.Mastering.Geometry.Nodes.in.Blender.part2.rar.html https://fikper.com/YJ2bGaCs6q/bvarm.Mastering.Geometry.Nodes.in.Blender.part3.rar.html https://fikper.com/cH5daAUQ2q/bvarm.Mastering.Geometry.Nodes.in.Blender.part4.rar.html No Password - Links are Interchangeable

Free Download Mastering Circles in Geometry For Class 9 and 10 Students Published 10/2024 MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch Language: English | Duration: 2h 15m | Size: 788 MB circle theorems , circle important questions solved What you'll learn Circles Theorems Concepts Analyzing Circle Concepts Can Solve different Questions Related to Circles For Board Exams Appplying different Concepts in Problems , analyse them and solve Appplying different Concepts in Problems , analyse them and solve ,Part 2 Requirements No Prerequisites needed Eager to learn Description Course Overview: This course is designed to help parents and guardians support their children in mastering geometry for Class 9 and 10. Geometry plays a crucial role in a student's mathematical development, and this program equips adults to effectively guide and supervise their children's learning at home.Who Should Enroll: This course is intended for parents and guardians who wish to actively parti[beeep]te in their child's education. By purchasing this course, you will be able to guide your child through key geometry concepts and problem-solving techniques, ensuring they receive the academic support they need.What You'll Learn: Parents and guardians will:Gain a thorough understanding of important geometry concepts, including triangles, circles, angles, and coordinate geometry.Learn how to effectively explain and guide their child through complex topics.Access problem-solving strategies to help their child tackle exercises with confidence.Why Choose This Course: This course empowers adults to actively engage in their child's education, offering step-by-step lessons designed for effective supervision. By ensuring that parents or guardians are involved, students can better grasp the subject with personalized guidance and support at home.Important Note: This course is intended for purchase and use by adults who will be supervising their child's learning. All enrollments must be managed by a parent or guardian. Who this course is for class 10th and 9th students Homepage https://www.udemy.com/course/mastering-circles-in-geometry-for-class-9-and-10/ Screenshot Rapidgator https://rg.to/file/fd9e0bd7844e3c33bd680b7b38bfbf43/xnwtg.Mastering.Circles.in.Geometry.For.Class.9.and.10.Students.rar.html Fikper Free Download https://fikper.com/zwBICHEIsB/xnwtg.Mastering.Circles.in.Geometry.For.Class.9.and.10.Students.rar.html No Password - Links are Interchangeable

Free Download Master Simulations Using Geometry Nodes in Blender Published 10/2024 Created by Yassine Larayedh MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch Genre: eLearning | Language: English | Duration: 16 Lectures ( 1h 21m ) | Size: 928 MB Think like an engineer by Building your own physics engine using Geometry Nodes. What you'll learn: Learn to create advanced simulations using Blender's Geometry Nodes with a focus on real-world physics. Step-by-step guidance on building a fully functioning physics engine from scratch using Geometry Nodes. Understand Key Physics Concepts: Gain deep insights into fundamental concepts like gravity, velocity, acceleration, and collisions. Simulate Real-World Forces: Learn how to simulate real-world forces like friction and gravity in Blender for more realistic animations. Handle Dynamic Collisions: Discover how to create complex collision interactions between objects in your Blender simulations. Create Custom Constraints: Learn to add constraints like floors, walls, and object boundaries to control simulations precisely. Work with Attributes in Geometry Nodes: Understand how to manipulate attributes in Blender to create powerful simulation behaviors. Requirements: Basic knowledge of Blender Description: Course DescriptionIn this course, you will learn how to create simulations using Geometry Nodes in Blender, by building your own physics engine.This course is not just another "click-this-button" tutorial - It's a deep dive into the world of simulations in Blender.You won't simply learn to think like an artist, but also like an engineer.You will explore the technical side of creating realistic simulations.We'll cover essential physics concepts such asGravityVelocityAccelerationCollision, and moreAll of that will allow you to master simulations with a solid understanding of the science behind them.By the end, you'll be equipped to design complex, dynamic scenes with confidence.Project DescriptionThroughout this course you'll build your own simulation physics engine using geometry nodes in Blender.Each video builds on the last, guiding you step-by-step through the creation of the physics engine while deepening your understanding of simulation principles.Here's a full breakdown of the project you'll be working onVideo 01: Repeating ZonesThis is the backbone of simulations in Blender. In this video, you will learn the concepts behind repeating zones and how they work.Video 02: Simulation ZonesIn this video, you will learn the core concepts behind simulation zones and how they work.Video 03: What is a Simulation?There are a lot of way to think about simulations, in this video you learn the main concept behind simulations.Video 04: What is Velocity?Velocity and acceleration are the backbone of physic simulations. In this video, you will learn about velocity, and more importantly How to think of velocity!Video 05: What is Acceleration?The 2nd most important force in simulations is the acceleration. In this video, you will learn about acceleration and how it relates to velocity.The velocity and acceleration videos will equip you with a solid understanding of the different components of simulations that's: Change in position and Change in Velocity.Video 06: What is an Attribute?The concept of Attributes in Blender is one of the core components of simulations, and geometry nodes in general but It is hard to wrap your head around.In this video, you will learn the philosophy behind attributes, how the work, and how to harness their power in your own work.Video 07: The Acceleration AttributeIn this video, you will learn how to program (using nodes ofc) Acceleration in your physics engine.Video 08: The problem of Delta-timeTrouble shooting is an important skill, and this video is all about thatBecause of the way simulation zones work in Blender, that will cause some inconsistencies in the results when we change the framerate.In this video, you will learn how to make your physics engine function based on real-life timing. We'll transform acceleration to the most fundamental force on earth. Gravity!Video 09: Adding Constraints pt.1: The FloorUp until this point of the course, we still didn't talk about constraints. Basically how to make things collide with other objects.In this video, you will learn the philosophy behind building constraints, by making points bounce off the floor.Video 10: Adding Constraints pt.2: The Side WallsIn this video, you'll learn how to make the balls bounce of the side walls. This is a slightly more challenging exercise but it will solidify your understanding of how to build constraints.Video 11: The RadiusYour physics engine right now functions based on points, and points are just imaginary things that allows us to perform different operations. More on the video.In this video, you will learn how to transform those virtual points into an actual geometry (Spheres)Also, you will learn creative ways to solve different problems in this video.Also, you will learn creative ways to solve different problems in this video.Video 12: CollisionThis is the last technical video of the course.At this point, you made the balls bounce of the floor and the side walls, but an important component of any physics engine is the collision between the different balls, and in this video, you will learn exactly how to program that into your physics engine.Video 13: Particle's SpawningIn this video, you will make the balls spawn over time, instead of having them all at once from the beginning of the simulation which can cause Blender to go Boom!This technique helps prevent Blender from crashing by controlling when objects are introduced into the simulation.Video 14: FrictionWithout friction the balls will keep bouncing forever. Sadly, that's not how real life works. As long as you're on earth, objects loses energy gradually.In this video, you will learn different ways to implement friction in your physics engine, with some helpful quality life improvements to make it easier to change different parameters of the physics engine.Video 15: Final OverviewIn this final video, we'll organize our node tree, and we'll take a bird's eye view on the physics engine we built. Who this course is for: This course is for Blender users who want to master simulations with Geometry Nodes. Whether you're new to physics or looking to build your own physics engine, this course provides a step-by-step guide to understanding and creating realistic simulations. Perfect for those ready to level up their skills. 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Free Download Learn and Master in Geometry Published 10/2024 Created by Sawrabh Raj MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch Genre: eLearning | Language: English | Duration: 9 Lectures ( 1h 7m ) | Size: 622 MB Learn Geometry from basics, enhance knowledge as per your requirements and do practice with given practice sets. What you'll learn You will be able to learn all Geometry from Basic to advance level like Lines, Angles, Triangle, Quadrilateral, Circle, Mensuration, 2-D, and 3-D, Prism Pyramid You will able to solve all question from your academics books of Geometry Understanding of Geometry like lines angles triangles quadrilaterals etc will be clear from basics. All aspects of Geometry will be covered and you will able to answers all questions in your any exams. Three-dimensional geometry, including prisms, pyramids, cylinders, cones, and spheres Requirements Students should have little idea about basics of Geometry is required to learn in depth. You should have basic idea of arithmetic function like addition subtraction multiplication division etc. Description HOW TO BECOME A MASTER STUDENTS IN GEOMETRY- COMPLEX GEOMETRY MATH MADE EASY NOW:This course includes recorded video and text explanations of all topics from Geometry to help you test your understanding along the way. Become a Geometry Master is organized into the following sections:Lines and its propertiesAngles including interior angles of polygonsTriangles types and propertiesCentre of Triangles and its important propertiesQuadrilaterals, like rectangles, squares, and parallelogramsCircles, including arcs, inscribed angles, and chordsVolume and surface area for two dimensional and three-dimensional figuresTriangles, including interior angles, bisectors, and circumscribed and inscribed circlesTriangle congruence and its theoremTriangle similarity and its theoremInside every section what you will get:This course is very uniquely design for all the students who wish to enhance their skill in geometry and trying to becomes master. We have explained well all topics in English and the topic is explained from the text slides, which will gives the feels of classroom to the students. Also the slides PDF files will be provided as download resources to the students for their backup for revision purpose. Also at the end of video for each section we will provide various work sheet for practice of questions based on the particular topic. which will test the skills which you have learnt in the video.YOU'LL ALSO GET:Lifetime access to Become a Geometry MasterBest Support in the Q&A sectionUdemy Certificate of Completion available for download30-day money back guaranteeEnroll today!I am eagerly awaiting to train your brain and no body can stop me to make you Master of Geometry.- Sawrabh Raj, Global Trainer, Math & Engineering Design. Who this course is for Who is looking to enhance Geometry Concept from basics. School going students and parents who is looking support for geometry to their kids to perform well in academics Homepage https://www.udemy.com/course/learn-and-master-in-geometry/ Rapidgator https://rg.to/file/550c52dba1c9dccd92d6bdc9ef3c8cc1/egpjl.Learn.and.Master.in.Geometry.rar.html Fikper Free Download https://fikper.com/CavWDQ7yg8/egpjl.Learn.and.Master.in.Geometry.rar.html No Password - Links are Interchangeable

Free Download BlenderMarket - Intro To Geometry Nodes by Ducky 3D Ducky 3D | Duration: 5:30 h | Video: H264 1920x1080 | Audio: AAC 48 kHz 2ch | 8,94 GB | Language: English This 5.5 hour course will teach you the basics of how to use the geometry nodes tool in Blender. The first half of the course will teach you the basic tools and get you comfortable with how geometry nodes works, and how to use a node-based system to create models and many other effects that you will want to make in your own projects. The second half of this course will teach you creative application of all of the nodes and processes learned in the first half of the course. We will create several animations from start to finish so you could walk away with something to show. Homepage https://blendermarket.com/products/intro-to-geometry-nodes Screenshot Rapidgator https://rg.to/file/277dfbd22ca60e39135bb1145476c77a/atdek.Intro.To.Geometry.Nodes.by.Ducky.3D.part3.rar.html https://rg.to/file/2aa0da2fa92842a999789bc30b73b864/atdek.Intro.To.Geometry.Nodes.by.Ducky.3D.part5.rar.html https://rg.to/file/3b33924af02082d74bd1f8d80ef7a3b8/atdek.Intro.To.Geometry.Nodes.by.Ducky.3D.part2.rar.html https://rg.to/file/6099761a6b1d9bc1b8f1564fb8e457e2/atdek.Intro.To.Geometry.Nodes.by.Ducky.3D.part1.rar.html https://rg.to/file/ff4e3fe6422d49e98ea49d76ff557aee/atdek.Intro.To.Geometry.Nodes.by.Ducky.3D.part4.rar.html Fikper Free Download https://fikper.com/2kvdxoYAPO/atdek.Intro.To.Geometry.Nodes.by.Ducky.3D.part3.rar.html https://fikper.com/5z47V8SsfF/atdek.Intro.To.Geometry.Nodes.by.Ducky.3D.part1.rar.html https://fikper.com/VGPNwH2A8Y/atdek.Intro.To.Geometry.Nodes.by.Ducky.3D.part2.rar.html https://fikper.com/rSqEjgtgzr/atdek.Intro.To.Geometry.Nodes.by.Ducky.3D.part4.rar.html https://fikper.com/uiS8hkshmY/atdek.Intro.To.Geometry.Nodes.by.Ducky.3D.part5.rar.html No Password - Links are Interchangeable

Free Download Blender Geometry Nodes - Procedural Bridge Generator Published 10/2024 Created by 3D Tudor,Vladan Trhlík MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch Genre: eLearning | Language: English | Duration: 10 Lectures ( 2h 26m ) | Size: 1.57 GB Create Amazing 3D Bridges: Easy Steps to Master Geometry Nodes in Blender What you'll learn Introduction to Geometry Nodes: Learn the basics of Geometry Nodes. Bridge Profile Creation: Create the base profile for your bridge, using curve tools to define the main body and railing supports. Curve Sweeping and Shape Control: Discover how to sweep profiles along curves, adding dynamic height displacement and steepness for unique bridge shapes. Discover how to set up user-friendly input parameters for elements like hole count, spacing, rail width, and rail height, giving you flexible, real-time control Customizable Hole Design: Add customizable holes to your bridge, controlling their count, spacing, and depth. UV Unwrapping Techniques: Master UV unwrapping for curved models. Beginner-Friendly: Learn simple and accessible approaches to node editing that make even complex procedural designs manageable and approachable. Stone Path Generation: Generate a realistic stone path along the bridge's curves. Stone Path Alignment: Ensure stones align naturally with the bridge's curves. Bridge Rendering and Finishing Touches: Apply lighting, materials, and final render settings to make your bridge look polished and professional. Requirements Access to a computer (Windows, Linux, or Mac). Blender installed on your computer. This class is beginner-friendly and requires no previous experience with Blender or 3D modeling. A creative interest in 3D modeling, procedural design, or creating environmental assets. Description Introducing: 'Blender Geometry Nodes for Beginners - Procedural Bridge Generator'!Do you want to create stunning, customizable 3D bridges that fit seamlessly into any scene? Or maybe you're curious about unlocking Blender's Geometry Nodes to streamline your creative workflow? Look no further!Welcome to 'Blender Geometry Nodes for Beginners - Procedural Bridge Generator'! I'm Vlad from 3D Tudor, and I'm excited to guide you through this hands-on course. At 3D Tudor, we're all about making complex concepts accessible and practical, giving you tools to enhance your 3D environments.Let's jump in together and start building bridges with 'Blender Geometry Nodes for Beginners - Procedural Bridge Generator'!Why This Course?This course is designed for 3D artists, game developers, and anyone looking to add professionally designed bridges to their projects.With 'Blender Geometry Nodes for Beginners - Procedural Bridge Generator', we start from the basics, guiding you step-by-step to create fully customizable bridges using Blender's Geometry Nodes.The objective of this course is to design and model a bridge with customized features, such as adjustable width, height, railings, and stone paths. Completing this project will reinforce your understanding of Blender's Geometry Nodes and give you hands-on experience with procedural design.Top Benefits of 'Blender Geometry Nodes for Beginners - Procedural Bridge Generator':Master Procedural Design: Control every aspect of your bridge, from shape to design, using Blender's versatile Geometry Nodes.Flexible, Curve-Based Bridge Design: Use curve tools for customization, with full control over width, height, and railing, making each bridge unique to your project.Comprehensive Node Setup: Access an optimized setup for bridge creation, so you can make adjustments quickly and effectively.UV Unwrapping and Material Basics: Learn essential UV unwrapping techniques and apply materials for a polished, professional look.Perfect for All Levels: Whether you're a beginner or have experience, this course provides a smooth introduction to Geometry Nodes.Hands-On Skills: Develop practical skills that you can immediately apply to real-world 3D projects.Detailed Course Structure and LessonsOur journey through 'Blender Geometry Nodes for Beginners - Procedural Bridge Generator' consists of nine detailed lessons that introduce essential techniques, one at a time.Lesson 1 - IntroductionIn this first lesson, you'll get a complete overview of how the Geometry Nodes setup works. We'll cover the features of the course project, providing a roadmap for the bridge's design elements, such as customizable shapes, holes, railings, and stone paths.Lesson 2 - Profile ShapeCreate the profile of your bridge! In this lesson, you'll design the main body and railing supports, using inputs for width, height, and rail parameters. You'll combine three quadrilateral curves to form the bridge's base structure, setting up all necessary controls for customization.Lesson 3 - Bridge ShapeNow, let's sweep that profile along a curve! You'll create the bridge's shape by sweeping the profile curve and adding controls for height displacement and steepness to give the bridge a unique look. Using the offset on the Z-axis and mathematical functions, we'll make the bridge more visually interesting and realistic.Lesson 4 - Customizable HolesAdd depth and dimension to your bridge by creating customizable holes! In this lesson, you'll learn to add holes in the bridge body using cylinder shapes. We'll set up input parameters for hole count, spacing, center/side scaling, and Z offset, allowing you to tailor the bridge to any scene.Lesson 5 - UV Unwrapping and Material ApplicationIn this lesson, we'll dive into UV unwrapping techniques specific to curved and complex shapes. You'll learn how to unwrap the bridge and apply basic materials, giving it the final touches needed for a professional appearance in your 3D scenes.Lesson 6 - Introduction to Stone Path CreationBring more life to your bridge with a stone path! We'll introduce the stone path generator, a feature that adds realism and character to your bridge. You'll learn the basics of setting up stones in a straight line along the bridge, a foundational step before aligning stones to custom curves.Lesson 7 - Generating StonesCreate a seamless stone path along the bridge's length. You'll generate stones along a straight line that matches the bridge's input curve or mesh length. We'll focus on separating stones along each input curve for detailed control and dynamic adjustments.Lesson 8 - Aligning Stones to CurvesIn this lesson, we'll align the generated stones to the bridge curves. You'll learn techniques to ensure the stones follow the bridge's shape, making them look naturally placed. This step helps create a cohesive look and ensures the stones blend seamlessly with the bridge structure.Lesson 9 - Adding Stones to the BridgeFinally, we'll integrate the stone paths with the bridge's geometry. You'll generate and separate curves from the bridge geometry to create a realistic stone pathway over the bridge. Additional input options will be added to give you full control over stone placement, scale, and alignment.Wrapping It UpThe 'Blender Geometry Nodes for Beginners - Procedural Bridge Generator' offers everything you need to create beautiful, customizable bridges that fit seamlessly into any 3D environment.From the basics to advanced customization techniques, this course will enhance your Blender skills and transform how you approach procedural design.Are you ready to build something amazing?Start 'Blender Geometry Nodes for Beginners - Procedural Bridge Generator' today, and let's bring your 3D vision to life with Geometry Nodes.Until next time, keep tweaking those geo nodes, everyone!Vlad - 3D Tudor Who this course is for 3D Art Enthusiasts: Beginners and hobbyists who want to explore procedural design using Geometry Nodes. Aspiring Environmental Artists: Students and aspiring professionals interested in mastering 3D modeling and environment creation. Game Developers and Indie Creators: Designers looking to add dynamic, customizable bridge assets to their game environments. Blender Users and VFX Artists: Artists familiar with Blender who want to expand their skills into procedural design and asset creation. Educators and Instructors: Teachers seeking engaging and accessible material for introducing Blender's Geometry Nodes to their students. DIY Designers and Hobby Modelers: Creators interested in building unique 3D structures and learning new techniques for personal or portfolio projects. 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Free Download Geometry for Secondary or High School Published 9/2024 Created by csb mathematikos MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch Genre: eLearning | Language: English | Duration: 48 Lectures ( 3h 18m ) | Size: 815 MB Part 1: Distance, Angles, Proofs and Angles of a Triangle What you'll learn: To understand geometry thoroughly thru illustrated solved problems. Understand the postulates and axioms about lines, rays, line segments or segments. Understand the postulates about distance and apply these to triangle inequality concepts. Understand the concept and postulate of angles in geometry. Evaluate and prove certain statements mathematically. Illustrate and apply the concepts and laws of geometry. Requirements: You will probably need to have an initial listening from classroom. Nonetheless, you will learn everything you need to know in geometry through solved exercises. Description: If you asked for more and more solved examples, then this course is for you! There are more courses out there offering lectures but few to none have given a lot of solved exercises or examples. The course will be a supplementary or could be used as a main reference to understand the subject geometry for secondary or high school. To ensure that, inclusive to this course are concept overview and lots of solved exercises. Certainly, these solved exercises will help understand concepts, postulates and axioms better and well.This course is just a first part (Part 1: Distance, Angles, Proofs and Angles of a Triangle) for the subject Geometry in high school or secondary. Enrol and follow the author for more future contents.The author's aim is simple, that is to teach mathematics by comprehension. As the world and generation changed, the teaching style must follow. This is what we call the innovation in teaching. To do that, a simple brief lecture must be followed by lots and lots of examples applying the mathematics topic that have been discussed. In that manner, the knowledge is transferred by showing them how the theorem and axioms work.The author deeply believes that mathematics is a great tool for advancement and discovering things. Through this innovation of teaching, the tools have been presented and it's up to the future generation on how they are going to use these tools in order to improve life, hopefully.Thank you very much and have fun!.. Who this course is for: Student who wants more and more examples or solved exercises to learn thoroughly the topics in geometry. Students who wants to ace the examinations. This course have solved most of the diffucult exercises. Could be teachers or lecturers who prepare examination. Homepage https://www.udemy.com/course/geometry-for-secondary-or-high-school/ Rapidgator https://rg.to/file/cc60714b9ef9e58e59af7389db819ba6/lljrp.Geometry.for.Secondary.or.High.School.rar.html Fikper Free Download https://fikper.com/8XAH2Lcq1P/lljrp.Geometry.for.Secondary.or.High.School.rar.html No Password - Links are Interchangeable

Free Download Blender Geometry Nodes for Beginners - Foliage Scatter Published 9/2024 Created by 3D Tudor,Vladan Trhlík MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch Genre: eLearning | Language: English | Duration: 12 Lectures ( 2h 19m ) | Size: 2 GB Master Procedural Grass and Plant Creation with Geometry Nodes in Blender What you'll learn: Master Blender's Geometry Nodes for Procedural 3D Modeling: Build a solid foundation by using Geometry Nodes to scatter objects and design detailed environments Create Natural-Looking Grass Distributions with Precision: Learn the secrets to scattering grass across any surface in Blender, with complete control over densi Add Realism with Diverse Foliage and Custom Node Groups: Enhance your environments with varied, lifelike vegetation using pre-made flower tops, leaves, and cust Take Full Control of Foliage Placement for Professional Results: Master advanced techniques to control where your grass, flowers, and plants appear, ensuring a Organize and Reuse Geometry Node Groups for Maximum Efficiency: Learn how to manage and store your Geometry Node setups, allowing you to easily reuse them acros Streamline Your Workflow with Ready-Made Assets and Materials: Speed up your creative process by utilizing pre-made assets like flower tops and leaves, along wi Requirements: To own a computer (Microsoft, Linux or Mac) To have downloaded Blender The course is designed for all levels, so no previous experience in Blender or 3D modelling is necessary. A thirst to learn and excitement about 3D modelling, game art, and lighting to take your portfolio to the next level Description: Unlock Your Creative Potential with 'Blender Geometry Nodes for Beginners - Foliage Scatter'!Are you ready to bring your 3D environments to life with lush, vibrant vegetation?'Blender Geometry Nodes for Beginners - Foliage Scatter' is your gateway to mastering one of Blender's most powerful tools for creating natural, dynamic landscapes. With this course, you'll learn to scatter grass, flowers, and other foliage across any surface using Geometry Nodes, without needing complex techniques. Whether you're a beginner or a more advanced user, this course will teach you how to create lifelike outdoor scenes with precision and creativity.What to Expect:Picture yourself designing breathtaking landscapes with tall, wind-swept grass, delicate flower petals, and leaves scattered naturally along flower stems-all effortlessly generated with Blender's procedural Geometry Nodes.Imagine the freedom to place each element exactly where it belongs, adapting to the natural flow of the terrain. In 'Blender Geometry Nodes for Beginners - Foliage Scatter,' you'll explore the fundamentals of Geometry Nodes and develop the ability to control every aspect of your foliage's growth and distribution.Each lesson will guide you through creating realistic vegetation, from basic grass blades to fully fleshed-out flowers.You'll be equipped with a comprehensive resource pack filled with ready-made assets like flower tops and leaves, allowing you to focus on the artistic aspects without worrying about complex modeling. You'll also get hands-on experience controlling where foliage appears, adapting your scenes to different terrains, and ensuring each plant looks natural and organic.By the end of the course, you'll be able to craft vibrant, detailed landscapes in Blender with ease.Top 6 Points About Blender Geometry Nodes for Beginners - Foliage Scatter:Master Blender's Geometry Nodes for Procedural 3D Modeling: Build a solid foundation by using Geometry Nodes to scatter objects and design detailed environments, perfect for creating professional-quality 3D scenes.Create Natural-Looking Grass Distributions with Precision: Learn the secrets to scattering grass across any surface in Blender, with complete control over density, placement, and terrain, bringing your 3D landscapes to life.Add Realism with Diverse Foliage and Custom Node Groups: Enhance your environments with varied, lifelike vegetation using pre-made flower tops, leaves, and customizable node groups for rich, vibrant landscapes.Take Full Control of Foliage Placement for Professional Results: Master advanced techniques to control where your grass, flowers, and plants appear, ensuring a natural and believable look that adapts to surface slopes and terrain characteristics.Streamline Your Workflow with Ready-Made Assets and Materials: Speed up your creative process by utilizing pre-made assets like flower tops and leaves, along with specially designed materials to achieve high-quality results with minimal effort.Organize and Reuse Geometry Node Groups for Maximum Efficiency: Learn how to manage and store your Geometry Node setups, allowing you to easily reuse them across different projects for faster and more efficient workflows.Visual Course Breakdown:Lesson 1: Introduction to Geometry NodesImagine opening up Blender and seeing how Geometry Nodes can revolutionize your workflow. In this lesson, you'll explore the basics of this node-based system and how to use it for creating dynamic, procedural models.Lesson 2: Grass Creation - Point Distribution and InstancingVisualize a vast meadow, with grass swaying gently in the breeze. Learn to scatter grass across a surface using point distribution, setting up the foundation for your natural-looking landscapes.Lesson 3: Randomizing Grass Scale for RealismPicture varied blades of grass, some short, others tall, all randomly scattered. In this lesson, you'll add randomness to your grass, creating a more realistic meadow.Lesson 4: Controlling Grass Placement with Max AngleImagine a mountain with grass only growing on gentle slopes. Learn how to control where your grass appears by adjusting the placement based on terrain angles.Lesson 5: Creating Stems with CurvesPicture wildflowers rising out of the earth, with their long stems curving toward the sky. You'll learn to procedurally generate these flower stems using curves.Lesson 6: Generating Flower Stems Using CurvesTake it a step further by refining those curves into lifelike flower stems, giving your scene a realistic, organic touch.Lesson 7: Mesh Conversion and Material Setup for StemsImagine adding lifelike textures to your flower stems, making them look realistic. Learn to convert your procedural curves into meshes and apply materials.Lesson 8: Spawning Flower Petals on StemsVisualize a field of flowers, with petals blooming in various colors. Use Geometry Nodes to procedurally generate these vibrant flower petals and place them naturally on your stems.Lesson 9: Placing Leaves Along StemsImagine leaves naturally scattered along the length of the flower stems. You'll learn to procedurally place leaves along stems for added detail.Lesson 10: Controlling Flower Density with Weight PaintingPicture a meadow where flowers appear densely in some areas and sparsely in others. Learn to control the distribution of flowers across your terrain with weight painting.Lesson 11: Special Materials for Terrain and Texture PaintingVisualize a beautifully textured meadow, with grass blending seamlessly into the ground. You'll apply custom materials to your terrain, adding the final touch to your scene.Summing It All UpImagine standing amidst a beautifully crafted 3D landscape, where every blade of grass and every flower stem was placed perfectly, reacting to the terrain's natural flow. By the end of 'Blender Geometry Nodes for Beginners - Foliage Scatter,' you'll have the skills to scatter grass, flowers, and foliage across your environments with the precision and creativity of a professional artist.This course provides you with pre-made assets and materials to fast-track your projects, so you can focus on the creative process instead of starting from scratch.Whether you're designing game environments, animations, or personal projects, this course will equip you with the tools and techniques to create beautiful, lifelike outdoor scenes in Blender.Your journey to mastering Geometry Nodes and creating stunning 3D environments starts here!Until next time, keep tweaking those geo nodes, everyone!Vlad - 3D Tudor Who this course is for: Blender Beginners and Intermediate Users: Artists who want to get comfortable using Geometry Nodes to create lifelike foliage and landscapes. 3D Modelers and Environment Designers: Anyone looking to improve their skills in procedural modeling and bring their environments to the next level. Game Designers and Developers: Professionals or indie developers aiming to create detailed and efficient 3D landscapes for games. Hobbyists and DIY Creators: Enthusiasts eager to explore the power of Geometry Nodes for personal or creative projects in 3D modeling. Homepage https://www.udemy.com/course/blender-geometry-nodes-for-beginners-foliage-scatter/ TakeFile https://takefile.link/f3wszd36k0qj/umfbc.Blender.Geometry.Nodes.for.Beginners..Foliage.Scatter.part1.rar.html https://takefile.link/no7w8rc8ylr9/umfbc.Blender.Geometry.Nodes.for.Beginners..Foliage.Scatter.part2.rar.html https://takefile.link/xxod16r6guvz/umfbc.Blender.Geometry.Nodes.for.Beginners..Foliage.Scatter.part3.rar.html 1 LINK DOWNLOAD https://takefile.link/0z6k4rqv8x75/umfbc.Blender.___1__LINK_DOWNLOAD.rar.html Rapidgator http://peeplink.in/3658f9b0d78c No Password - Links are Interchangeable

Casino Versus Japan - Frozen Geometry (2016) Title : Frozen Geometry Artist : Casino Versus Japan Year : 2016 Genre : Ambient Packed size: 469 MB Format : MP3 Bitrate : 320Kbps TRACKLIST 01 - Eggshell Sunny 02 - Setting Up the Mad Waves 03 - The Lavender Lullabye 04 - Swimming, Thawing 05 - Curious Daze at Midnight 06 - The Ballad of the Radio Blossom 07 - What Is Left 08 - A Meddling Fantasy 09 - (Were You) A Milky Blue 10 - Pink Laced Glaze 11 - Autumn By Three 12 - Mood Shock 13 - Surrender from the Shore 14 - Barefoot Belle of the Sun 15 - Winter LightLVLS 16 - Cottonwood Snow 17 - Ice Will 18 - Frozen Geometry 19 - Ringing the Grey Bells 20 - Ashes 21 - Point Omen 22 - Always Astray 23 - Crossing Chimes 24 - An Ocean Dark Along a Charcoal Line 25 - Theme for a Cloudy Morning 26 - Eggshell Sunny (Looking Glass) 27 - Nervous Ribbon 28 - Tangled in Perfect Fifths 29 - Our Wounds 30 - Absolute Overlook 31 - Cerulean Pool 32 - The Burning Frame 33 - Bayberry Racket 34 - Summer Fugue 35 - Exit Theme 36 - The Conspiracy of Grace 37 - Frail Billowing Black 38 - Snowblind 39 - Constant Drag 40 - In Memory of Perfect Fifths 41 - Over It 42 - Nervous 43 - Rendezvous at the String of Pearls 44 - Innocent One 45 - Gliding About On the Glass 46 - Winter Birds 47 - Fractured Transmission 48 - Downward Overture 49 - Polished Void 50 - Raized Magnetics 51 - Blooming Sails 52 - Vanishing Cry of the Late Minstrel 53 - Her Prophets 54 - Chroma 55 - Troubled Sleep 56 - A Web of Tiny Stillness 57 - Disturbed Edges (For Calm Hands) 58 - Below Zero 59 - Point Drift 60 - Pensive Darkness 61 - The Whispered Requiem of the Buried 62 - Eye As a Party to All Saints 63 - From the Horizon It's Just a Blink to You 64 - Autumn By Infinity 65 - Silver Patterned Waves 66 - Dirty 67 - Mintha 68 - To Be Missing 69 - Endless Inspection (Of a Drowned, Reflected World) 70 - Crumpled and Illuminated 71 - Seizing the Indefinite 72 - Victoria 73 - Betrayal 74 - (You Are Never) Over It 75 - Score Ultramarine 76 - Golden Morning Light 77 - Hope 78 - There Is No Sound 79 - Over the Edge 80 - Barely There http://uploadgig.com/file/download/f67f8C4Cb29dBbd6/35335dc6b6f15c5abf69f9ca266164ce5c2d7.rar http://rapidgator.net/file/68da3fb8432ea6a08ca3aa022faf3edd/35335dc6b6f15c5abf69f9ca266164ce5c2d7.rar.html

Exploring Dynamo Geometry Video Training Duration: 1h 54m | Video: h264, yuv420p, 1280x720 30fps | Audio: aac, 44100 Hz, 2 ch | 282 MB Genre: eLearning | Language: English | Project Files Have you ever lamented the fact that Revit is inherently bad at creating curvaceous and organic forms? If so, Exploring Dynamo Geometry will help you by showing you how to create a Glacial Table in Dynamo. First, you'll discover how to approach parametric, flexible, geometry creation through a node-based workflow and understand how Dynamo deals with geometry using a Glacial Table as the exemplar. Next, you'll see the exact same workflow in DesignScript, the native scripting language of Dynamo. Finally, you'll explore how to create randomized, parametric options, choose the most desirable, and learn how to save that date for the recreation of an exact replica at a later date. When you're finished with this course, you'll not only have created a Glacial Table for later use, but you'll have learned how to use Geometry within Dynamo to explore your own creations in the future. Software required: Revit 2016, Dynamo 1.0.0. Download link: http://rapidgator.net/file/c5878e9863d782f340f66ce20dbadc32/co27z.Exploring.Dynamo.Geometry.Video.Training.rar.html http://nitroflare.com/view/5F9E3013F242E82/co27z.Exploring.Dynamo.Geometry.Video.Training.rar http://uploaded.net/file/o5owr8da/co27z.Exploring.Dynamo.Geometry.Video.Training.rar http://alfafile.net/file/CCAw/co27z.Exploring.Dynamo.Geometry.Video.Training.rar Links are Interchangeable - No Password - Single Extraction

Onshape - Using and Editing Imported Geometry in Your Designs MP4 | Video: AVC 1280x720 | Audio: AAC 44KHz 2ch | Duration: 1.5 Hours | 494 MB Genre: eLearning | Language: English In this course, you'll utilize Onshape, the latest in cloud based CAD technology, to import a set of gears and use them within a single part studio to create an entire open differential model and assembly. Software required: Onshape. Download link: http://uploaded.net/file/9j618e9q/emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part1.rar]emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part1.rar http://uploaded.net/file/pjf66dny/emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part2.rar]emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part2.rar http://uploaded.net/file/yueu5rra/emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part3.rar]emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part3.rar http://uploaded.net/file/zf9kvyux/emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part4.rar]emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part4.rar http://uploaded.net/file/ps8cpxrt/emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part5.rar]emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part5.rar http://rapidgator.net/file/da5acaaa880a108e736e667cdbbfb712/emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part1.rar.html]emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part1.rar.html http://rapidgator.net/file/2a45046b8416d766d6811a70949a088b/emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part2.rar.html]emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part2.rar.html http://rapidgator.net/file/d362f8bf084d4bedc49a59ea60638ea6/emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part3.rar.html]emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part3.rar.html http://rapidgator.net/file/39f7a563754a122bf6e0047881ef087d/emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part4.rar.html]emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part4.rar.html http://rapidgator.net/file/d4c1ef715f2f0afb98ddddc14a63acd6/emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part5.rar.html]emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part5.rar.html http://nitroflare.com/view/5D432E86380AE12/emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part1.rar]emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part1.rar http://nitroflare.com/view/67F4D48EE557F24/emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part2.rar]emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part2.rar http://nitroflare.com/view/932206810EB52AC/emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part3.rar]emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part3.rar http://nitroflare.com/view/1C888588A9DDCF4/emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part4.rar]emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part4.rar http://nitroflare.com/view/8C9C9C4F0FFCB2F/emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part5.rar]emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part5.rar https://www.bigfile.to/file/2Mx6ynTADrdz/emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part1.rar]emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part1.rar https://www.bigfile.to/file/ksh6KKJVb7nG/emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part2.rar]emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part2.rar https://www.bigfile.to/file/7X8zAd9zy96v/emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part3.rar]emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part3.rar https://www.bigfile.to/file/7tUmzQED6GyK/emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part4.rar]emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part4.rar https://www.bigfile.to/file/v4y8yU2JwWg7/emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part5.rar]emuoa.Onshape..Using.and.Editing.Imported.Geometry.in.Your.Designs.part5.rar Links are Interchangeable - No Password - Single Extraction

Digital-Tutors - Building Complex Surface Geometry in SOLIDWORKS With Dave Prince 2h 47m | Video: AVC (.mp4) 1280x720 15fps | Audio: AAC 32KHz 2ch | 1.2 GB Genre: eLearning | Projects files Added | English In this SOLIDWORKS tutorial we'll use various tools and techniques to build a carbon fiber road bike frame with complex surface geometry. Bicycle frames are a seemingly simple geometry, especially when made from tubular steel or aluminum. However, when made from carbon fiber, the options for surface curvature throughout the frame, and especially where transitions take place, is a challenge for many SOLIDWORKS users. We'll step through the process of creating complex surface geometry by using simple tools combined strategically with more advanced surfacing features. The outcome of this SOLIDWORKS training will be one super cool road bike frame. Download From Uploaded http://uploaded.net/file/tqb4955c/BuilComSurGeoSOLIDWORKS.part1.rar http://uploaded.net/file/9x98fcoz/BuilComSurGeoSOLIDWORKS.part2.rar http://uploaded.net/file/ej372x87/BuilComSurGeoSOLIDWORKS.part3.rar http://uploaded.net/file/w9f7vu6e/BuilComSurGeoSOLIDWORKS.part4.rar http://uploaded.net/file/pktraooi/BuilComSurGeoSOLIDWORKS.part5.rar Download From NitroFlare http://www.nitroflare.com/view/5BDCFE193B3A4D8/BuilComSurGeoSOLIDWORKS.part1.rar http://www.nitroflare.com/view/64911F74B41D93D/BuilComSurGeoSOLIDWORKS.part2.rar http://www.nitroflare.com/view/81B212359AB03A6/BuilComSurGeoSOLIDWORKS.part3.rar http://www.nitroflare.com/view/6D598534F888731/BuilComSurGeoSOLIDWORKS.part4.rar http://www.nitroflare.com/view/042180A8BFFAAAF/BuilComSurGeoSOLIDWORKS.part5.rar Download From Rapidgator http://rapidgator.net/file/ba8b66ab1ffc0b07c2dd54a6046ff62a/BuilComSurGeoSOLIDWORKS.part1.rar.html http://rapidgator.net/file/bcd8c6cc752a21b5a37903e14e6005d2/BuilComSurGeoSOLIDWORKS.part2.rar.html http://rapidgator.net/file/f8170064fd19971c536fd101061c040c/BuilComSurGeoSOLIDWORKS.part3.rar.html http://rapidgator.net/file/69fbcd60ff00238fb0c2c6ce495eef7b/BuilComSurGeoSOLIDWORKS.part4.rar.html http://rapidgator.net/file/dc91c62346a6e280981826513c179bfd/BuilComSurGeoSOLIDWORKS.part5.rar.html

Chalk Dust - Geometry (2nd Edition) English | ~22 hours | 9xDVD5 | NTSC 4:3 (720x480) VBR | MPEG2 ~2592 kbps | AC3, 192 kb/s (2 ch) | 21.8 Gb Genre: eLearning, Mathematics "When looking for that exceptionally qualified Geometry tutor with a proven success record, parents can confidently turn to Mr. Dana Mosely of the Chalk Dust Company. Chalk Dust Geometry has all the advantages of an excellent video/DVD math program: an excellent, yet not intimidating tutor in Dana Mosely, an interesting textbook, and exceptional support materials." Though Dana Mosely's credentials make him amply qualified, having a Master's degree in mathematics and fifteen years of junior high through junior college teaching experience, he has a relaxed teaching style that makes him successful in explaining more difficult mathematical concepts in everyday, conversational language. The lessons are clear and methodical, laying out the conceptual material that will be needed in solving the variety of exercises assigned. Most of the instruction is done with Mr. Mosely teaching in front of a chalk board, but computer graphics are also used to illustrate concepts in ways in which a chalkboard is limited. 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