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1. #Draftsight 2018 how to change length and dimension code
2. #Draftsight 2018 how to change length and dimension mac

Repeat the procedure for other object types. For example, blocks elevation is defined by Position Z. The elevation field is named differently. We can ignore them because they don’t have elevation. Select an object type, except for dimensions and hatches. Open Properties Palette.īecause we select multiple types of objects, we will not see the Z or elevation properties here.Ĭlick the object drop-down list. We need to change the Z value for our objects to 0 (zero). Selecting all objects at once can make your computer slow or crash. For a very complex drawing, you may want to do this gradually. Or you can select only objects that have elevations from elevation view. If you use AutoCAD LT or AutoLISP doesn’t work for your drawing, you can try to fix it manually. You may want to try them both and see which one works well for you. The problem is when the dimension is not associated with any object. If you use Associative Dimension, then you will be okay. The problem with SUPERFLATTEN is it doesn’t work with dimensions and OLE object.ĭimensions are a bit tricky because they don’t have elevation. If you want to try another solution, try SUPERFLATTEN by Joe Burke. However, because this program is very simple and not developed further, there are some minor issues with rotated blocks and hatches.

#Draftsight 2018 how to change length and dimension mac

Lee Mac has many useful LISP program. This program is very simple and works very quickly.

#Draftsight 2018 how to change length and dimension code

If you are not familiar with using AutoLISP program, read how you can save the code and use it here. If you are not familiar with using AutoLISP program, You can find the code in CADtutor forum here. My recommended tool for this problem is by using ALLFLAT by Lee Mac.

But it never works well for this issue.īefore you continue, create a backup of your drawing! Using AutoLISP program There is a suggestion to use FLATTEN command to fix it. This is a 2D drawing, so it’s not supposed to look like this. If you rotate the drawing and see it from an elevation view, you will see the objects has elevations.

But we never know, why the objects have Z value in the first place anyway. The probable cause is because you snap to an existing object with elevation. If this post helped you and you would like to contribute to the development of this blog, you can support me with donation via PayPal.This is a classic issue with AutoCAD drawing: Sometimes you accidentally draw with elevation in your 2D drawing. To dimension radius, select Radius from Dimension menu.Īt this point, we skip drawing the cross-section and dimensioning the depth of the pocket and holes. Add dimensions as shown in the picture below. With this kind of dimension you can set the dimension between the two features (edges, vertex, mid-point etc.). Select the Diameter dimension for smaller circle. Next, select Drafting Styles | Dimension | Text | Text settings and set the text height in the Height field.įrom now on, each dimension in this drawing will have a height of 15. To set a specific text height for all dimensions in the drawing select Options from the Manage tab. If you have a hidden Properties tab, you can enable it by clicking the Properties button on the Home tab in the Properties section. (You can select several dimensions for which you want to change the height of the text) In the properties tab, find the Text height field and change the text height value to whatever you want, e.g. Select the dimension for which you want to increase the size of the text. The first way it to enlarge the dimension text only for the dimension you specify. You can see that the size of dimension text is very small. From the Home tab, expand the Dimension menu and select Diameter. We can dimension part in several way.Īt the beginning, we dimension the diameter of the holes. In this lesson we dimension our drawing so that the CNC programmer can write the correct machining program. In the previous lesson, we created user layers.