Dynamo Elementary-Bim Tool

Become a professional Dynamo and Revit User

What you'll learn
Full introduction and training of Dynamo
all nodes related to Input in Dynamo along with practical examples
Complete training of Arc nodes
Some project based examples using Dynamo and Revit
Requirements
basic knowledge of Revit
Description
Dynamo is a Visual Programming Software that enables designers with little or no programming experience to use Visual Logic to create, edit, and explore their conceptual parametric designs or to communicate with other databases. use the data for their tasks. Today, Autodesk Revit software has been accepted by a wide range of engineers in the field of AEC as a solution for Building Information Modeling. Simply put, a Revit project is a database managed by Revit's powerful parametric modeling engine. Although Revit software has very powerful design, documentation, and analytical tools, it may be difficult or impossible to facilitate specific user activities, or those processes are difficult and sometimes impossible with Revit's default tools. In this training package, you will learn the basics with the Dynamo program, and then you can use the intermediate and professional packages of this training from the store of this site. You can be the leader in learning the Dynamo program, because this program is learning globally, and you can perform operations in your vision with Dynamo learning that may be impossible for you in the default mode.Headlines:Introducing the DYNAMO Download and install the DYNAMOWhy should we learn Dynamo?Getting to know the Dynamo program environmentIntroduction and full training of the New menu Full introduction and training of the Edit menu Full introduction and training of the View menu Full introduction and training of the Package menu Full introduction and training of the Settings menu Full introduction and training of the Help menu understanding of the library categories available in the Dynamo Identifying the types of node states in Dynamo along with examplesAccurate and complete Lacing training in DynamoTeaching all nodes related to Input in Dynamo along with practical examplesGroup training and its benefits along with practical techniquesTeaching how to create a template in the Dynamo program for ease of further workComplete training of operator nodes in Dynamo with practical examplesComplete training of string nodes in the Dynamo program in a practical way with examplesIntroducing Custom Node and its importance in DynamoSpecialized training on creating custom nodes in DynamoComplete training of List nodes in Dynamo with examples of each node (the most important part in Dynamo)Complete training of Points nodes in the Dynamo program with practical examplesComplete training of Line nodes with practical examples in DynamoComplete training of Arc nodesComplete training of PolyCurve and NurbsCurve nodes in Dynamo with examplesCarrying out a project at the introductory level of parametric modelingComplete training of Surface and Solid nodes in DynamoPractical training of the Mass View environment in Dynamo(complex modeling)Teaching various modes of converting Dynamo model to viewIntroduction, installation and use of application packages in DynamoCarrying out the preliminary parametric tower projectCarrying out the project based on the absorption point and changing the size of the volumesCarrying out a professional project of image-based parametric modelingCarrying out the project of parametric shellsCarrying out the smart and parametric glass wall project (Curtain Panel).Carrying out the advanced parametric tower project.After learning this course, we suggest that you take the DYNAMO Intermediate education course.

Overview

Section 1: What is Dynamo ?

Lecture 1 Introduction

Section 2: The difference between Dynamo and Grasshopper

Lecture 2 Session 2

Section 3: Comparison between Coding and Dynamo

Lecture 3 Session 3

Section 4: Session 3

Lecture 4 Session 4

Section 5: Dynamo installation and software that can be installed

Lecture 5 Session 5

Section 6: Benefit of dynamo player

Lecture 6 Session 6

Section 7: Dynamo user interface

Lecture 7 Session 7

Lecture 8 Session 8

Lecture 9 Session 9

Lecture 10 Session 10

Lecture 11 Session 11

Lecture 12 Session 12

Lecture 13 Session 13

Section 8: Installation and use of Dynamo packages

Lecture 14 Session 14

Section 9: Settings menu options in Dynamo

Lecture 15 Session 15

Lecture 16 Session 16

Section 10: Meaning and Usage of Dynamo library

Lecture 17 Session 17

Lecture 18 Session 18

Lecture 19 Session 19

Section 11: Nodes in Dynamo

Lecture 20 Session 20

Lecture 21 Session 21

Lecture 22 Session 22

Lecture 23 Session 23

Section 12: Types of input nodes in Dynamo

Lecture 24 Session 24

Section 13: Operational nodes

Lecture 25 Session 25

Lecture 26 Session 26

Section 14: List nodes in the first part of Dynamo

Lecture 27 Session 27

Lecture 28 Session 28

Section 15: Lacing features

Lecture 29 Session 29

Section 16: List nodes in Dynamo part two

Lecture 30 Session 30

Lecture 31 Session 31

Lecture 32 Session 32

Lecture 33 Session 33

Lecture 34 Session 34

Lecture 35 Session 35

Lecture 36 Session 36

Lecture 37 Session 37

Lecture 38 Session 38

Section 17: Meaning of Level in Dynamo

Lecture 39 Session 39

Section 18: Points and Curves nodes in Dynamo

Lecture 40 Session 40

Lecture 41 Session 41

Lecture 42 Session 42

Lecture 43 Session 43

Lecture 44 Session 44

Lecture 45 Session 45

Section 19: Dynamo introductory examples

Lecture 46 Session 46

Lecture 47 Session 47

Section 20: Surface nodes in Dynamo

Lecture 48 Session 48

Lecture 49 Session 49

Section 21: Solid nodes in Dynamo

Lecture 50 Session 50

Lecture 51 Session 51

Lecture 52 Session 52

Lecture 53 Session 53

Section 22: Some Examples in Dynamo

Lecture 54 Session 54

Lecture 55 Session 55

Lecture 56 Session 56

Lecture 57 Session 57

Lecture 58 Session 58

Lecture 59 Session 59

Lecture 60 Session 60

Lecture 61 Session 61

Lecture 62 Session 62

Section 23: Example of absorption point in dynamo

Lecture 63 Session 63

Section 24: An example of image-based modeling in Dynamo

Lecture 64 Session 64

Lecture 65 Session 65

Section 25: An example of randomly coloring glass wall panels

Lecture 66 Session 66

Section 26: An example of stair modeling with dynamo

Lecture 67 Session 67

Lecture 68 Session 68

Section 27: Example of porosity in geometry

Lecture 69 Session 69

Lecture 70 Session 70

Section 28: Example of responsive panels in the view

Lecture 71 Session 71

Lecture 72 Session 72

Section 29: An example of tower modeling

Lecture 73 Session 73

Lecture 74 Session 74

Section 30: An example of complex tower structure modeling

Lecture 75 Session 75

Lecture 76 Session 76

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