Sage advice indeed, especially when creating models for the warehouse. There are many many models which show incredible amounts of detail for no reason. Maybe you could do a skill builder on easy/quick steps to reducing a model's size? e.g. finding and deleting stray hidden geometry, unused textures, unused components and so on. Which ones should be attacked first to get the best file size reduction? Is there an addon which duplicates Meshmixer's reduce mesh complexity?
And more segment if you had recessed the center of the last one for a phillips bit to actually fit. Way to much. Great points made here , thank’s ArRon. Even using Inventor we keep it low key so to speak.
hello Aaron I follow several of your videos with curious interest, congratulations!, but I notice that you take as examples of study drawings already quoted; never face an example of quoting the angle between two intersecting lines or even quoting curves and circumferences of passing holes in 3D. You can add some dimensions that are not linear every now and then. Thank you
Sage advice indeed, especially when creating models for the warehouse. There are many many models which show incredible amounts of detail for no reason. Maybe you could do a skill builder on easy/quick steps to reducing a model's size? e.g. finding and deleting stray hidden geometry, unused textures, unused components and so on. Which ones should be attacked first to get the best file size reduction? Is there an addon which duplicates Meshmixer's reduce mesh complexity?
Skimp and Transmutr both have options to reduce a component poly count. Worth checking out and very helpful for single (monolithic) models.
Ah! screw it. Too good Aaron!
Keep 'er lit Bro!
He zoom in and out so smooth, what did he click?
帮助很大，谢谢。
And more segment if you had recessed the center of the last one for a phillips bit to actually fit. Way to much. Great points made here , thank’s ArRon. Even using Inventor we keep it low key so to speak.
hello Aaron I follow several of your videos with curious interest, congratulations!, but I notice that you take as examples of study drawings already quoted; never face an example of quoting the angle between two intersecting lines or even quoting curves and circumferences of passing holes in 3D. You can add some dimensions that are not linear every now and then. Thank you
Cheers Aaron. The devil's in the detail as they say and we all know too much devil is never a good thing.
Great now do a Robertson screw. Lol