AutoCAD Inventor :: Visible Sketch Dimensions On Face Of Part?
Jan 8, 2013
I'm making a part and am adding features to it and using my existing sketch dimensions as my guide. The problem is that when there are sketch dimensions on the face of the part, they are difficult to read. I'm forever dragging these dims to the side in order to read them, it's just a bit annoying. I was wonering if there was a setting that made them show up as well as they do when the aren't sitting on the face of my parts. I've attached a .jpg of what I'm talking about. notice the dimension on the left side and the bottom.
what im trying to do is select a face in an assembly and create a sketch on it in the part level
this is just one step in the program im trying to make the overall program will create a tube frame and the tubes will be driven from a base solid
Sub test1() Dim asmDoc As AssemblyDocument Set asmDoc = ThisApplication.ActiveDocument Dim asmDef As AssemblyComponentDefinition Set asmDef = asmDoc.ComponentDefinition [code]......
I need converting imperial dimensions into metric in assembly as weell as part level sketches dimensions.
Any solution for converting all imperial dimensions to metric dimensions in whole assembly constraint level and as well as part level sketch dimensions. Any macros or any ilogic rules?
How do I duplicate the 2D line work from a part level sketch into a drawing level (overlay) sketch?
I started a simple 2D piping system diagram sketch by opening a new part file and using a sketch to stick draw the system schematic including some annotations. Then I opened a new drawing file and made a base view of the part file to bring a view of the original sketch into the drawing.
I realize now that it would have been much easier to have created the schematic directly in a 2D sketch at the drawing level, which would have made editing the annotations much easier at the drawing level, and there is really no need for the part file to exist. I have no intention of creating a 3D model or "real" part in the .ipt file, was just using it as a jumping off point to sketch.
I was thinking that I could correct my error in judgment by just copying the sketch and pasting it into a new sketch on the drawing, but it doesn't want to work that way. I have tried copying both the whole sketch at the browser level, and the entire sketch contents (all of the lines and annotations) from the opened part sketch, but when I attempt to paste either of those into the drawing, paste does not seem to be an option. I'd rather not have to draw the whole thing again, as in typical fashion, my once simple sketch has grown in proportion and complexity from its simple beginning.
I'm modeling a temperature gauge and would like to have glass over the gauge so the inside is visible. I can easily do this with an assembly, but I'm wanting to do this with a single part. I tried to derive a new part from the assembly, but the transparent part turns solid so nothing inside is visible. Is it possible to do this?
I've include pictures of what I want and what I end up with.
Inventor Professional 2013 Intel Xeon W3680 @ 3.33Ghz 12GB DDR3 RAM NVIDIA Quadro 2000 GPU Windows 7 Professinal 64-bit
I am trying to derive a part in an assembly from an existing part so that when the first part's geometry is altered the second part will update accordingly. I have tried to use the derive tool but I only need the bottom geometry of the part to derive a base plate part from and I see no way to select just that face when using the derive tool.
There are times with a breakout that it is desirable to have the sketch used to create the breakout visible to make it clearer on what's going on. When I right-click on the sketch in the browser there is no option for visibility. How do I make this sketch visible?
1- I want to be able to insert an ipart ( only sketch) into an assembly and run frame generator.
2- If I have to change the component in the assembly I want to be able to click the ipart table with the right button of the mouse and choose "change component".
What I'm doing is preparing a model for FEA, and I want to split some faces for where the nuts meet a surface. So far I've only been able to do this by repeatedly making a sketch and then splitting around each hole. Is it possible to do several splits from one drawing or to pattern the split? (I've attempted both, but failed hard).
Splitting a surface 5 times is slow, but essentially fine. Doing it this way when I have more bolt holes though is a chore.
I am having to model a spiral slide in sections, and the top piece has this weird angled lip where the opening distorts. Im simply trying to take the face of the extruded part (in three sections) and loft it to the sketch on a different plane. And use the sketched curve as the centerline.
I am trying to create a sketch on a face for an extrusion. The sketch has a text box. I am having trouble excluding the text in a sketch otherwise all the closed geometries of the text get extruded.
I created an objectCollection and excluded the TextBox objects. Still not working.
I can't see them until I put the cursor over them. Enclosed is a jpg of the problem. Ram for Inventor process is at 700-800,000 k-bytes. My graphics card is a Nvidia Quadro FX 580.
One of our senior designers seems to think there is a setting when creating a sketch that will automatically dimension.
So if a straight line is draw and 5 mm length is entered a 5 mm line will immedialtey be created, he seems to think that you can then immedialtey Dimension said line??
I need to create skech symbols to illustrate mounting schemes, so without scale. I need to put dimensions in the symbol, which are only annotation, not parametric. This dimension must be visible once the symbol inserted on the sheet.
When I create the dimension in the sketch, it is always a paramertric dimension, which drve the drawing and is not visible in the inserted symbol.. How can I do to have only an annotation ? (I precise the option "sketch only" does not function on dimensions)
I would like to use Workplanes a little more in my model, as I am having problems with sketches failing when the model is changed slightly. I guess this comes down to the way the original parts have been modeled - dimensions for features taken off other features, which are not necessarily constant.
I have found it possible to project the workplane on the sketch, although this does not constrain the projected plane, it is free to move around.
Since day 1 when I place a dimension in sketch mode, it immediately goes to edit so I can type the number in. Suddenly yesterday it stopped editing and I have to click a few more times to type the number in. It's totally messing up my work flow and whatnot. The option in application options is checked as well.
All of a sudden, things in my inventor sketches are approximately double normal size - the UCS symbol, dimensions, constraint symbols. The UCS icon stays oversize regardless of the environment.
I went into Application Options, Sketch tab, and changed the Constraint and DOF symbol scale but it has no effect in the sketch environment. It's not confined to a single part or assembly and I have not, to my knowledge, changed any Windows or other Inventor setting.
I feel like I've stumbled into the Readers Digest Large Print edition of Inventor. How to control the size of these things?
(in Inventor) sometimes I am beset with a problem that I want to edit my sketch but sketch members like line(s),circle(s) are moving to dimensions which I don't want. The sketch is moving. How can I overcome this problem,
In 5.3 I can create reference dimensions in sketch mode to my hearts content. They became very valuable as I would use them to determine placement of multiple features. Now, in IV 7, I have alot of trouble creating reference dimensions from adjacent features on the same surface. I have to change the way I'm working now and it has stumped me on a few occasions. is there a "new" feature I need to enable or is this the cost of progress?
I need to fillet part on an edge on the top face of the enclosed part, is this possible? I have tried a few things but the fillet command always selects all the edges on the face to fillet.
once selected it says in the selection box that 15 edges are selected, and I can't ctrl click to remove any of them singly, basically it will deselect them all? I have made sure I have loop select off.
I was giving a hand drawn wiring diagram (original.jpg) and it is a rats nest!!
I was asked to re-draw this and put it on our drawing template.
I have the plugs and terminal blocks drawn up and now I am about to attempt to add in the wires, but the sketch is so filled with dimension lines and values, it is going to be a task to try and make sure every line I draw is correct. This would be much easier to do if the dimensions could be turned off as the wires I am drawing will not be constrained.
I don't think there is layers options inside a sketch mode, or a if i start a new sketch I don't think I can project that sketch to the new one?
The only other options I can think of was to delete all dimensions and apply FIX constraint to everything! or
I guess I could have modeled the plugs and blocks in position and added them to the drawing, projected the geometry to a new sketch and added in my wires??
I frequently use the "Make Components" feature in order to derive assembly parts from solid bodies in a single master part file. Then I can quickly align the parts in the assembly with the "Ground and Root Component" utility. However, when the part is placed at an angle, the derived part becomes misaligned in the viewports of my idw files after the part gets rotated to a new angle. Then I have to manually reset the rotation by editing each viewport and selecting "View Face." If the angle has changed only slightly, sometimes I won't notice the difference, and I'll forget to re-align my viewports. Is there some way to automatically keep a viewport aligned with an specific face on a part?
If that's not possible, I guess the simplest method would be to place each part into its own assembly and constrain it to the global UCS, but I don't want to have to do that for every angled part in my assembly.
I also considered drawing only sketch blocks in my master file for the angled components, and deriving the sketch blocks to create parts that are properly aligned with the origin planes in their respective ipt files, but with that method I'd end up with a more complex master file with lots of exported parameters and extra working geometry, and I'd have to constrain these parts manually instead of using "Ground and Root Component."
