![]() ![]() Of course, publishing only RBE means the extension won't work in anything other than >=v2016 !Īlso, if the signed RBZ includes encrypted files, then it may currently not be exempt from malicious tampering ! ill-advisedly shipping them together means any 'hacker' can easily see inside the RBS anyway, and compromise the RBE's encryption. Īlso the signer perversely allows the author to add both types of encrypted files into the same signed RBZ - although RBS works in ALL SketchUp versions anyway and publishing in RBE only protects the author's IP when there is no RBS version out there. The new signer does not allow a mixture of RB and encrypted files. RBS or RBE - because only unencrypted RB files will work. it does not include a file-type suffix, and IF the author chooses any encryption at all - i.e. RB files in the subfolder will find it works, but making the RBZ with them included and then signing it, will then fail unless the specified loader path is left 'open ended' - i.e. This is a typical error caused by the new and unfortunately half-baked v2016 signing process which has been introduced.Īn author testing his code with all. So it must be done by the author and re-signed. ![]() So v2016 won't like it unless it's running in 'Unrestricted' mode. It will work - however, editing this file manually breaks the signing hash! If the base-level 's4u_makeface.rb' were to say: There are two files added by the signing process: The base-level 's4u_makeface.rb' which sets up the extension has a path set for the extension's loader to be: Overall, I really like what this extension allows you to be able to do.The author needs to change his files and remake the RBZ and get it re-signed/republished. You can also set the parameters in more of a detailed fashion by right clicking and hitting the “set parameter” button. ![]() The stairs can also be set to act as more of a ramp than a set of stairs. The stairs also have multiple different finishing options, including stairs extruded from the ground up, individual risers, thickened with a flat back, thickened with a zig zag back, and more. You can switch the direction that the stair is extruded by right clicking and selecting the option for “reverse direction.” Note that you can set your height by riser height by typing an “S” after your value, or by slab thickness by typing an “e” after your height. The way it works is pretty simple – just create a series of boxes/flat planes, then set the height by typing in a value. This tool allows you to create stairs based on overall height, raise between each step, or slab thickness. It allows you to quickly divide up a series of faces, then use those faces to create a staircase. This tool is an interesting tool for creating stairs from faces. If so, please consider supporting me on Patreon (click here to support) or by visiting my Support the Show Page! In this video, learn to use S4U Stair, a SketchUp extension designed to help you quickly and easily create stairs in your SketchUp models using faces!ĭo you like these SketchUp tutorials and videos? ![]()
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