Compatible Versions: 2016 to 2021. All the plugins are free to use.To fit a grid to a face, select the face and click on:SketchUp Plugin Face Split Plugin Name : FaceSplitAuthors : Anar, Dan Rathbun, Pilou, Renderiza & TIGDownload : Plugin. This sketchup video focuses on 20 most power plugins of sketchup. I won’t deep dive into what each tool does from a technical standpoint, but rest assured: mastering this plugin will shave hours off modeling time. The tools are joint, round, vector, normal, extrude, and follow.
Split Tool Sketchup Plugin Free Sketchup PluginsGoogle acquired this software in order to crowd-source the 3D modeling of the earth. Save this picture Sketchup is, by far, the easiest tool for modeling. Download Latest Version.This will bring up a dialog with the following parameters for you to set:Free Sketchup plugins for download. This plugin saves time by allowing you to export building geometry to cove.tool projects in the cloud.Number of cells on short side: similar to the above, but choosing the same value will result in greater density. Number of cells on long side: the plugin will adjust the size of the cells to ensure that the longer side of the grid can have cells up to the number that you enter. Approximate width of cells (m): the plugin will make the lengths of both sides of the cells as close to the entered value as possibleA higher number will exclude fewer nodes. For example, entering 2 will remove all but the nodes on the very edge and those directly adjacent. Number of nodes: If the above is checked, this will determine the furthest that a node can be without being excluded. Exclude interior nodes: If checked, nodes that aren't sufficiently close to any of the sides of the grid will be removed. If this isn't what you want, then fitGrids to one face at a time. If you select several flat faces that all lie in a single plane, even if they are far from each other, a single grid will be fitted to the whole group. The faces and surfaces can also be oriented in any direction and need not be The selection can contain other entities such as edges they will justBe ignored. Important NotesYou can select multiple faces and even curved surfaces, and a grid will be fitted to everyFace/surface selected. Therefore the grid will start the entered distance away from the edges of the face.Click "OK" to confirm the parameters and fit the grid, which will then be selected automatically. Refit the grid with a negative height to fix the problem. This can sometimes mean that the gridWill be moved out of sight, so if you can't see the grid after fitting, consider this. If the face is oriented vertically, then the grid will be moved away fromThe 'front' of the face as determined by Sketchup. A positive height will move the grid to be above the face, and a negativeHeight below. The grid will be parallel to the face, and the distance from the face to the grid will be the height entered. Groups and components will be ignored: you must explode them before fitting a grid or doing any analysis. More importantly, this means that not all valid nodes are always visible. ACell face is added if and only if all of its corners are valid nodes in the grid, so a cell can appear above a 'hole' in the face. Nodes that aren't on the face or can't be projected onto a surface are considered invalid and are left out. Nodes (points at intersections of gridlines) are what will be analysed. Avoid entering a distance that is large in proportion to the dimensions of the face. Therefore you mustn't move, scale or rotate a grid before analysis. The analysis will not use the actual positions of the vertices in the grid. The positions of nodes when the grid is originally fitted are stored and used in calculation. Otherwise, when you fit a floor within a building, points on the edge of the grid would be considered 'outside' and hence often in the sun when they shouldn't be, since their position is on the wall which can be thought of as in sunlight. If you enter a value of 0 for the offset, the plugin will correct this to a very smallPositive amount. The gridlines are aligned with the x and y axes when fitting, and not necessarily aligned with the face, so don't be surprised if the grid seems rotated relative to the face. This means that the cells will usually not be square, and in particular if you choose the density option "Approximate width of cells (m)", both side lengths will usually not match the value entered. However, the dimensions of the grid itself are determined before the densityAnd they must be evenly divisible by the side lengths of the cells. This is how the plugin decides how many cells should be on the short or long side of the grid when you set the oppositeNumber. ![]() If you opt to include them, there will also be grids labelled ‘Maximums’ and ‘Minimums’, which are explained below. The first, labelled ‘Totals’, is the total number of hours that each node was in the sun during the entire analysis period. Then, for each grid in the model, there are up to three grids of results. The maximum time that any point could be in the sun) and how many days were analysed (after possibly excluding certain days of the week) for you to calculate average or percentages. The file will first show you how long the analysis was in hours (i.e. A sort of 'worst-case scenario'. This data gives the greatest number of hours in a day that each node was in the sun, i.e. Right clicking on a grid in the model will show its ID at the bottom of the context menu so that you can match up the file results with the model.Ticking the option to include daily maximum values in the CSV file will add an extra grid of data to the results. The file is saved as read-only because any change made to it, even just saving it from a spreadsheet program, will likely make it unreadable when trying to import analysis later. Regardless of the file name you choose, '.csv' will be appended, allowing you to open the results file in a spreadsheet viewer. Remember to set the time zone (in Sketchup's shadow settings dialog) and the location of the model before performing analysis. An indication of progress will be shown in the status bar: Including minimum values is similar but the opposite.Once you've chosen all your settings, click OK to begin.The calculation can take some time, so be wary of analysing dense grids, low time steps, or long periods. Therefore different nodes probably correspond to different dates (these are not given). Transparent entities are treated in the same way as any other, so windows should be hidden or deleted. Grids are hidden during analysis so that they don't interfere. Hidden entities are ignored during calculation. So if your only time period is from 10:00 to 15:00 and analysis is run for 10 days, then the total time analysed in hours given in the file may be less than 50 hours. Similarly, analysis ends at either the specified end time or sunset - whichever comes first. If the start time for a period begins before sunrise on a particular day, then analysis for that day will instead start at sunrise. If you perform analysis, delete the grids, save the model, and then perform some more analysis, the new grids will have new, unique IDs. The model itself stores the grid IDs used already. For example, if you specify the time period 13:30 to 14:00 with a time step of 20 minutes, then 20 minutes will be added to the results grid if the node is in the sun at 13:30, while only 10 minutes will be added if the node is in the sun at 13:50. If the sun hits a node at a particular time analysed, then the amount of time added to the results is the time step, unless the end time for analysis (either specified or sunset) is sooner than the time analysed plus the particular time step. The simulator assumes that the year is 2015. Because of excluded weekdays, it's possible for the total analysis time to be zero hours, which creates nonsense output.
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