UDF or Mapkey...

For those not familiar with Creo and using isometric views, there are a few limitations.

For one, you can only enter a truncated value for the rotation of an isometric view.

The actual angle used for the second transformation is 35.2644xxxx  and the best Creo will take is 35.264.

This is NOT an iso view... it is iso-like

Also note that the default "isometric/trimetric" toggle provided by PTC is not the right way to force a iso view on the drawing by calling it "default".

If a user flips this back to trimetric, all drawings with the "default" view will become trimetric instead.

The thing I forgot to mention in the video is that if I save the DWG_ISO view before deleting the geometry, the view becomes dependent on the two planes.  If you delete the dependencies prior to saving the view, the orientation is now stand-alone.  And you also get the default full zoom state in the saved view.

All around this is the right way to do this.  Having a simple tool to do it reliably would be very useful to me right about now.

> I finally created the new ISO View creation video.

Your video is set to private, FYI.

I've been struggling with views in Creo for years.

Story time:

I once created a new set of "start part" template parts, assemblies, and drawings for Creo 2.0, for a large organization, that involved a lot of meetings, coordination and bureaucracy.  Finally got everyone to agree on what would go into these files, and right before we flipped the switch to put them into production, someone noticed the saved views (top, front, right, etc, and iso's from 8 directions) weren't behaving the way the old ones did.  As the size of the model bounding box changed, the views rescaled (re-zoomed) to match, but did not pan to match!  I tried everything, the only way to create views that both auto-panned & auto-zoomed was to go back to Wildfire 4.  Fortunately, I had taken good notes, so I could recreate everything that went into the files pretty easily...  (ref https://support.ptc.com/apps/case_logger_viewer/auth/ssl/case=12735565)

A short time later, I was doing a similar task for my own smaller department, with lessons learned.  I figured out that I could actually create a view that both auto-panned & auto-zoomed in Creo 2, if I started with the "standard orientation", reoriented, and saved with a new name.  (We had the standard orientation set to be a top view, with config settings "orientation user_default" & "x_angle 0".)  So, I skipped the step of starting with a Wildfire 4 file to create these views, and did all the work in Creo 2.

Fast forward a year:  Someone has noticed that when one of my small department's models is loaded at another site in the company, or at a vendor, who doesn't have the same config settings... The views are all different! All the views are relative to the "standard orientation", which is dependent on the config setting.  Oy yuy yuy, what a headache...  Now we need to instruct everyone receiving our files to change their config settings or all the views go haywire...

Thankfully, this is not the case with the larger site's files which I created with WF4 views...

I just installed Creo 4.0 to see if the view situation has improved...  NOPE.  They added a toggle switch for perspective which is nice, but the behavior isn't any better.

Good to know that if you create the views based on datum plane references, and then delete those planes, it may work.  So thanks for this tip.  I got a similar impression from reading the Creo 4.0 help, but hadn't tested yet.

Boy, do I wish the orientation dialog box would just give you a proper set of toggles:

• Auto-pan view with model bounding box change = yes/no
• Auto-zoom view with model bounding box change = yes/no
• view angle fixed or relative to another view = fixed / view ____
• Perspective view focal length = ___ mm (i.e. really focal length, not fictitious value they refer to that way, which is dependent on "eye distance" slider and mouse wheel somehow I've never figured out properly)
• "Perspective view virtual film width = ___ mm (i.e. because 50mm focal length looks different from a view camera and a borescope, and I want to be able to simulate view from either

And camera mode with my 3D connexion spaceball please.  (i.e. a proper fly through mode like every other 3D tool)

I create all 24 iso views with a trail file. It has it's own kind of prerequisites but it works pretty well when these are met.

create isometric views - YouTube