(my colleague never mentioned that he couldn’t see that hidden image/layer either) Much to my surprise, one of the more trivial issues I’ve discovered is that a ‘PictureFrame’ image (R5) wasn’t visible on my new laptop (R6) because the image was never embedded in the Rhino file and folder paths are different. I’ve been evaluating R6 for the last few days and find myself getting bogged down with worries about making any changes to my R5 files that will make them unreadable by a colleague who still uses R5. You can be sure to make many people happy with them. I really beg for the options that Helvetosaur and others asked for. It’s a pity and a fact as well, but external references of any kind are the most common reason for madness and confusion in our world. Neither comes it in handy, when you have set up a directory on a server, to which you upload your finished drawings, nor when you have to mail these data into other countries. And people on the other side don’t like externally referenced image-files. To be able to embed images is very important in these mannequins or the like or in the case, that you would like to get assembly instructions or this kind of more graphically oriented documentation out. This is very handy, when it comes to drawing i.e. quick export of DWG-files from rhino with embedded jpg-images. Through the last three years I worked out a workflow, that allows for the rel. Bolivia or you name it, don’t usually work with brand-new versions And even worse is the fact, that you have toĪlways stay compatible with very ancient versions of DWG, since internationally you have to assume, thatĬompanies you would work together with in i.e. Sadly I have to say the DWG-format it not going to fade in the near future.Īlmost every big company uses DWG as reference-files. Many folks out there have to derive and deliver DWG-files from their Rhino-Work-Files. It would be very crucial, that on DWG-export all images are properly (for the DWG-format) embedded into the drawing. Going into Doc Properties > Rendering and checking “Save support files in 3dm file” is not that obvious (to me at least) also the trick of re-doing the picture frame operation (with embed=yes), saving the file, then undoing the import is also not that obvious… How about EmbedPictureFrameImage…? It’s really easy to overlook this option due to the order of things - first, you choose the bitmap in the file dialog, then immediately you get the screen pick prompts to set the image - it’s easy to miss the command line options, and once you have terminated the setting the image, well, all the options are gone… You have no idea if the image is embedded or not.Īs a corollary - I would like a somewhat more obvious way of post-saving a non-embedded bitmap in a file. If the user is really worried about file size then they can go in and set it to No. There is no reason in this day and age not to store the image in the file. if a panel is modified and additional Armor-Lock® assemblies are not placed appropriately along the cut edge.PLEASE make PictureFrame > EmbedBitmap=Yes the default ! I know it is supposed to be sticky once it’s set, but on every new install it is set to No. Any damage caused to the panels through your modifications will void the warranty of the panel itself if the above instructions are not followed correctly. ![]() Please note: modifications to the panels are done so at your own risk. Additional Armor Lock® assemblies can be purchased online at the Rhinohide website. You may be able to re-use some of the Armor Lock® assemblies from the panel piece that you have removed, however it is also likely you will need additional Armor-Lock® assemblies to ensure you have sufficient attachments on the modified panel. The hole will need to be 20mm in diameter to accommodate the “top washer” of the assembly and is best done with a step drill. ![]() The centre of the hole for the Armor Lock® bases will need to be a minimum 30mm in from the new edge that you have just cut. Next, mark up locations for the new additional Armor-Lock® fasteners at 250mm centres. 250mm centres along the edge of any modification.įirst make the necessary modification by cutting the panel to suit. Additional Armor Lock® assemblies will need to be located at approx. Simply mark out and cut the panel with a strong pair of shop shears a Dremel tool or even a hacksaw blade. The good news is, Rhinohide can be easily modified by the end user to work with items such as snorkels, aftermarket guards and bump strips (e.g. Given the vast array of 4×4 accessories available, we are unable to manufacture Rhinohide to accommodate every add on.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |