- #Autodesk Inventor 2014 Tutorial Download Link Of#
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- #Autodesk Inventor 2014 Tutorial Update The Model#
Autodesk Inventor 2014 Tutorial Download Link Of
ILogic extends the computational capabilities within Inventor to include rules. Autodesk.AN INTRODUCTION TO AUTODESK® INVENTOR™ ILOGIC INTRODUCTION This tutorial will provide you with a hands-on introduction to Autodesk® Inventor™ iLogic. Autodesk Inventor 2014 Interactive Tutorial Guide is an application that provides instructions for creating your own interactive Inventor tutorial. In this article, I am going to provide you the download link of all Autodesk Inventor 2014. If you need any kind of Autodesk Inventor 2014 Tutorial Pdf Free adobe software so Autodesk Inventor 2014 Tutorial Pdf Free just visit my site to download your wish file or apps. All Adobe Software Free Download Autodesk Inventor 2014 Tutorial Pdf Free Full Version is a bunch of all the Adobe downloads.
Autodesk Inventor 2014 Tutorial Update The Model
Defining the relationships between all objects in a design makes it possible to update the model completely, correctly (according to the rules), and automatically when input parameter values are changed. Equations or relationships can be defined between the parameters, properties, attributes, features, components, or any other aspect of the design. These “conditional equations” are not limited only to the parameters, but can involve all aspects of the design. Using rules in a parametric model allows for conditionally-defined equations. These parameter values can be input directly by the user, or can result from fixed equations involving other parameters or even linked spreadsheet values. Traditional parametric modeling involves driving geometry with dimensional parameters.
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We’ll get that model set up first. All of this will be done in the context of a sample part model. This portion of the tutorial will guide you through the steps of creating additional parameters in your model, which you will later use in iLogic rules. This tutorial assumes that you are familiar with Inventor 2009, and its basic part modeling functionality and concepts.Autodesk Inventor 2014 Tutorial Pdf Free, Macrabbit CSSEdit 2 Crack + Serial Key, Autodesk Maya 2015 Installer, Control X 2018 Activation Key Free Download Adobe Portfolio Trainual brings every process, policy, and procedure in your business together into Autodesk Inventor 2014 Tutorial Pdf Free one simple system that makes it easier than ever to onboard, train, and scale knowledge for growth.ILOGIC PARAMETERS In addition to the numeric parameters that you’re using to using with Inventor, iLogic lets you create additional type of parameters, including String and Boolean values, which you can then use to control your model. Subsequent tutorials expand on this information, and show you how to create even more intelligent models, still with only very simple rules. This tutorial will introduce you to the most important aspects of working with iLogic rules, and show you how to create simple (but powerful) rules that control the modeling of a simple part.
This is the file that we’ll make changes to in this tutorial. Use File -> Save As… to save this document as a new file, called “bracket.ipt”. Open the file called bracket_without_rules.ipt, which is in the “1) Basic Tutorial” folder in the project workspace.
In the drop down menu select iLogic.At this point you may want to show the iLogic toolbar. Click on the Part Features Tab. Autodesk inventor 2014 tutorial pdf free download by.OPEN THE ILOGIC PARAMETER EDITOR A panel bar is docked on your screen.
A drop down menu appears in the Type window. CREATE A “MASS” PARAMETER In the blank cell at the bottom of the Name column of the list of parameters, enter the name mass. This will display all of the parameters associated with the bracket model.
In the Equation field enter 100. Please be sure to follow the case being used in the parameter editor, and while creating rules.In the Unit field, choose ul from the drop down menu. Select the User option.Parameter names in iLogic are case sensitive.
Click this arrow to see the three string values you have just added.Select the “flange” choice, and then click in an empty field to set the new value. Press the Add button to transfer the New Items to the Value field at the bottom of the dialog box.Click OK to accept these values and close the Value List Editor dialog box.In the Multivalue column of the “holes” row in iLogic Parameters Editor, notice the arrow indicating a drop down menu. Right click in one of the empty fields to reveal the contextual menu containing the options Make Multi-Value and Delete Parameter.Select the Make Multi-Value option to open the Value List Editor dialog box.In the Add New Items field at the top of the dialog box, enter base, flange and none. Observe that the Unit entry is blank. In the Type cell, select String.Left click in one of the empty fields. Make this a Key parameter by clicking in the check box in the Key column.CREATE A “HOLES” PARAMETER (STRING) Click in the empty cell at the bottom of the Name column.
By using these filters, you can focus in on only the parameters you’re interested at a particular time. Make this a key parameter by clicking the check box in the Key column cell.Click Done to close the iLogic Parameter Editor and complete the parameter creation process.USING PARAMETER FILTERS The iLogic Parameter Editor provides a mechanism to control which parameters are displayed. Click in another cell and notice a drop down menu in the Equation box with True and False as the available options. In the Type cell open the drop down menu and select Boolean. Make this parameter a Key Parameter by clicking on the check box in the Key column cell.CREATE A “CHAMFERS” PARAMETER (BOOLEAN) Now we’ll create another parameter, which will control whether to use the chamfer feature on the bracket part.Click in the empty cell at the bottom of the Name column, type chamfers.
For the sake of illustration, set the following Model Parameters as Key Parameters: base_hole_length_locTo do this, click the check box in the Key column cell of each of these parameters. The field on the right categorizes the parameters into All, Key and Non-Key Parameters. The field on the left categorizes the parameters into All, iLogic Parameters, Model Parameters, User Parameters etc. In the bottom left hand corner of the dialog, in the Parameter Filters group box, there are two fields. To see how this works, first expand the iLogic Parameter Editor window to show the many parameters associated with the bracket.
If you select multiple values, you can see the parameters in the combined set.CREATING RULES With the necessary parameters in place, we can now add logic to the model, in the form of rules. By strategically designating Key parameters, it is possible to find relevant parameters much more easily by filtering the list.It is possible to multi-select (using shift-click) the values in these filter fields. It is not unreasonable to expect that a complex part or assembly of parts may have hundreds of parameters. Left FieldThis simple bracket model has 27 parameters associated with it. The following table describes the results for the various selections in the Parameters Filter fields. Notice how the list of displayed parameters changes.
Name the rule: Modify_Feature.Clicking OK opens the iLogic Rule editor window:There are several tabs at the top of this dialog box. RULE #1 – FEATURE SUPPRESSION To create a rule, click on the Add Rule icon on the iLogic toolbar or panel.This will open up the Rule Name dialog. This tutorial will focus on just a few of the most common actions to demonstrate the power of iLogic rules.
Rule keywords can be entered by typing them directly, or clicking the buttons representing common keywords at the bottom of the dialog box.There are two holes on the bracket model: a hole in the base, and a hole on the flange. 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. Notice that the top right panel now lists only the Model parameters. Click on the Model Parameters node in the model tree. In the top left panel of this window is a view of the model tree.
The rule we will write will turn on the flange hole when the flange value is chosen. The three values we assigned to this parameter were base, flange and none. Earlier we created a multi-value parameter called holes.
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