zetom.info Tutorials Ilogic Inventor Tutorial Pdf

ILOGIC INVENTOR TUTORIAL PDF

Tuesday, June 18, 2019


The Inventor ribbon has two main panels that are commonly used in iLogic. The iLogic Panel has a set of commonly used commands you use while applying . MD Autodesk Inventor's iLogic environment is an extremely powerful tool for .. configuration of the inserted component without a separate manual linking. 3, zetom.info 4, zetom.info


Ilogic Inventor Tutorial Pdf

Author:DAISY KNIERIEM
Language:English, Spanish, Indonesian
Country:Benin
Genre:Academic & Education
Pages:794
Published (Last):26.12.2015
ISBN:884-2-47849-997-4
ePub File Size:19.45 MB
PDF File Size:8.82 MB
Distribution:Free* [*Registration Required]
Downloads:50166
Uploaded by: CLARINE

You will see how iLogic and the Inventor API are able to automate Inventor behavior. . The Object Model PDF is also available from the Inventor SDK. .. My First Inventor Plug-in, a self-paced tutorial project for newbie's and power users who. Autodesk Inventor iLogic Basic Tutorial - Download as PDF File .pdf), Text File . txt) or read online. Anleitung zu iLogic. with Vault and an entire plant manual for ISO certification. Stan has quickly the iLogic add-on to Autodesk® Inventor®. We will .. The completed bracket assembly instructions will be posted in pdf form and available for download from.

You can type the new values on the small window above and then when you finished you need to click on the Add button. As you can see your new values will be copied into the small window below.

This means that you have filled out correctly the new multi-value parameter. The Allow custom values option means that when you use the parameter you will be able to select the values typed before but also you can add a new one. Click OK button to validate the changes Adding and managing ilogic rules Internal and external rules Rules are the most important ilogic object. They contain all the logical code and allows you to change the behavior of whole document.

Rules can be internal or external: Internal rules are embedded inside the file. These rules belong to model and when you copy this file you inherit the geometry but also the logical content namely rules. Basically an internal rule can be used to manage specific objects like parameters, features and also iproperties. You can embed it in a template if you want to share the logical content for all of your new files. Basically they are useful to manage general features.

Autodesk Inventor ilogic: a Great Autodesk Tool to Improve Inventor Features

This kind of rules allows you to create a logical framework shared to all files, new or belonging to legacy. For example you can use an external rule to manage a particular iproperty that is in all files, otherwise you will update the property before saving file.

Exercise 2: create a new rule 1.

Add a new rule by right clicking on the top Item in the ilogic Browser 2. Type the rule name 3. In the rule editor insert the snippet by double click on it 5 6 4. Change the code argument according to the object name and finally set the value. For example with this code snippet you can drive the parameter and update view automatically 6 7 5.

Click OK to validate the changes Work with events and interfaces ilogic Events Event is an action that is usually initiated outside the scope of a program and that is handled by a piece of code inside the program. For instance, in Autodesk Inventor, events are: save document, create new document, close the document and so on. Normally an event is composed by a pre event and a post event this because user can decide to do something in a specific moment.

For instance you want to update something before saving the document because you want to save the document up to date. In ilogic you will manage a limited number of events. By clicking on Event Triggers command you will browse all events. You can find application events, like New document, Before and after saving document, and also document events like Parameter change or iproperty change.

The purpose of events is to fire rules automatically. In order to link a rule to an event, you need to open the "Event Triggers" window, right click on a specified event and select the rules you want to fire. In the example below, Rule0 will be fired every time I save the document, precisely before every saving document process.

Basically during design process, user has a lot of data that will describe the whole component. User can insert data one by one, or he can interact with an interface that collects them all.

Ways to Motivate Others

As rules also interfaces can be private or global. They are private when embedded into the file, global when shared by all files.

Furthermore interfaces can be modal or not. A modal interface is an interface that doesn t allow you to do anything while it is running. Conversely, a not modal interface, allows you to interact with the external environment while it is running.

Exercise 3: create a new interface 1. Add a new interface by ilogic Browser 7 8 2. Set the interface properties like title, description predefined buttons 9 10 4.

From the Trenches with Autodesk Inventor

Click OK to validate the changes 5. Create a new rule to show interface automatically 6. Insert the Show Form snippet changing the method argument 10 11 7. Click OK to validate the changes and show the interface called by the rule Describing our experience ilogic components You can use ilogic to do everything, you can drive parameters, suppress components, make checks every time you are saving the document but if you are thinking of applying ilogic to configure a product, you have to find before which components can satisfy the requirements.

Not all components in an assembly are configurable. The first requirement is modularity. A modular component has an intrinsic logic that can be reproduced with ilogic, for instance a shelf unit. The second requirement is similarity. A similar component can be easily designed through enabling or disabling features or components if we are thinking about an assembly, for example a steel plate with or without holes.

The third requirement is scalability. A scalable component can be transformed to another one by simply changing some parameters, for example a frame. Normally the industrial segments where you can find a high percentage of these components are: industrial machinery, plant, building and architecture.

Problem analysis You will analyze all the configurable components trying to extrapolates all model information. You will analyze parameters structure, features structure and also the model structure in order to categorize all components. Problem synthesis You process all information found in problem analysis trying to define something concrete.

The purpose of this step is to define all products families and for each family you will define family parameters, features and logics. Components to ilogic components family You will redesign, define, create and finally test your new ilogic family in order to cover all the requirements.

In the top left panel of this window is a view of the model tree. Click on the Model Page Parameters node in the model tree. Notice that the top right panel now lists only the Model parameters. Clicking on the iLogic Parameters node in the model tree results in only the iLogic parameters String and Boolean types being listed in the top right panel.

To display the User parameters in the top right panel, click on the User Parameters node of the model tree. Rules are written in the bottom panel of the iLogic Rule Editor window. Rule keywords can be entered by typing them directly, or clicking the buttons representing common keywords at the bottom of the dialog box. Page 11 There are two holes on the bracket model: a hole in the base, and a hole on the flange.

We will write a rule that will turn on or off the base hole, the flange hole or both. Earlier we created a multi-value parameter called holes. The three values we assigned to this parameter were base, flange and none. The rule we will write will turn on the flange hole when the flange value is chosen. Choosing base will turn on the base hole and choosing none will turn off both holes. The red color indicates a recognized language element in this case a keyword.

In the model tree, click the iLogic Parameters node to reveal the list of iLogic parameters. Double click on holes and the holes parameter name will be inserted into the editor.

Notice the different colors applied automatically to the different language elements of the expression defined so far. This color coding makes rules much easier to read, and will help you quickly comprehend their meaning, and identify any mis-entered information.

Press Enter to move to the next line. Page 12 We can make the flange hole active by using an iLogic function.

Inventor ilogic Export to PDF

At the top of the Rule Editor, select the Rule Syntax tab. Locate the Feature.You will also learn how to create and manage ilogic parameters, rules, interfaces and how to work whit Autodesk Inventor ilogic Events.

There are 2 snippets types: System snippets that manage only a single Autodesk Inventor object.

Components to ilogic components family You will redesign, define, create and finally test your new ilogic family in order to cover all the requirements. Before ilogic, a parameter was only a piece of memory used for storing a dimension value, now with ilogic a parameter is a powerful entity that can be numerical, boolean and also textual.

Create a new rule to show interface automatically 6.

They are private when embedded into the file, global when shared by all files. Basically they are useful to manage general features. These two lines turn on the flange hole and turn off the base hole.

Inside a parameter you can store a dimension value, a choice or also a textual indication. Basically during design process, user has a lot of data that will describe the whole component.