But if I need a piece, it is a cool quick way to get the curve I need laid out. Plus not use the From Scratch tool and a TIN for graph paper. I hope to some day be able to plot in time and space and hit my idea in one shot. Then re-learn it on YOUR terms, for a lack of a better explanation. My disadvantage is a true blessing being I have to teach myself how to use this to fit my needs or what I lack comparatively. What you see as confusing or cumbersome, I see as easy or normal. I am like a few others who do not “see things” as 98% of you do. I have read there are many ways to do the same thing in SU, and your imagination is the only limit? These stand out to me as the first two things I recall. I will be able to utilize each tools most commonly accepted principles and its true function. I can honestly say that with more time and working things the way I can best perceive them. Thanks for chiming in Gully and I love your advice and your very direct explanations. There is the plug-in if you only have Make, but I like the “graph paper” as a guide to help me plot, and I figure it out on my own farting around…Peace… Also being it turns it into a group any lines or angles don’t stick and you can just hide and un-hide the group for a good look at your work. Going that small in the beginning I think make SU try and create a massive amount of lines and screws it. Or use it on one individual box to get 1/4" scale or cm s or mms. Scale the complete line to 10 or 100 feet if you want. When you hit enter it makes this grid a group ( bonus!! ) so by then using the tape measure tool. I do a 10" grid space and go 100" in green axes then 100" in red axes. **NOTE** DONT go smaller then 10 inches for the grid size, it will freeze your model, but for smaller spaces. I am still a rookie and need to rely on WHAT I feel is useful to help me progress. I found it useful when working with Biezer curves and such to help me get the angle or shape I am looking for. You can use the protractor to set any angle you may need and lay down 3 or 4 "sheets of graph paper" you need. Then just start from origin into green axes then slide into the red axes. It asks for a grid size that you type into Measurements box. The "From Scratch Tool" makes a grid in the green axes and red axes. The Sand box tools are offered in the Pro version and I am not sure if they include it with the Make version. I don t know what version you have, Make or Pro. This features will be helpful for creating model in complex geometries situation like over-lapping elements and / or co-incidence of a large number of elements Such control over the snap tolerance is very useful to model in complex geometries situation.Hello to you. The user will be able to alter the snap tolerance, and choose and select the elements on which the snap tolerance is applicable. Snap capability is available for SketchUpBIM tools. The current version is compatible with wide flange steel shapes, and rectangular and circular shapes for concrete. This ensures the drawing of both concrete and steel shape types. The updated version of SketchUpBIM includes concrete and Steel materials and these materials can be rendered on the drawn architectural elements. This procedure for entering units is related to all other elements in SketchUp (similar to Line Tool and Rectangle Tool), and facilitates both Imperial and Metric conventions. These default model units are superseded if units are put up with input values. SketchUpBIM tool is capable of applying the default SketchUp model units. The users can make an exact model of the building as the grid lines can be snap mechanically to the floor or level on which the geometry is generated. SketchUpBIM includes a sign on the SketchUpBIM grid dialog and it is useful for creating several grid-lines at a time. Grid lines can be alienated at cyclic or non cyclic intervals. SketchUpBIM contains a grid generator tool to be applied for forming grid lines in the horizontal and vertical directions. This will lead to huge savings in required time for modeling the building and engineering structures. The beams and slabs mechanically snap to the top elevation of the floor. The columns and walls mechanically expand from the point on which they are drawn to the floor below it.
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