Hello, First for your concrete examples: Incorrect floor level message indicates that at least one edge of the floor is wasted (left) due to the level. It doesn't matter whether you do this on purpose or not. Otherwise, both the slab analysis will be wrong (it will be calculated on the edge), and your beam will not be loaded... Again, there is a reminder for the curtain that does not meet the curtain condition... However, if an element does not meet the curtain condition, it may be more appropriate to enter it as a column object. ------- Generally speaking, the geometry control informs you that the data entries may be incorrect. It is important whether you make the warnings consciously or not. There are messages indicating that the frame model is not set up properly, which is also important. Some of them are messages that are important in terms of regulation. Some should also be evaluated in terms of geometric placement. To list: 1.) Minimum object length Length of short walls, short beams and short continuous foundations min. will be compared with the object length and objects shorter than this length will be marked. Wall, beam, and s. reports the existence of the foundation. You need to know if you want this or not. For example, if there will not be an element shorter than 25 cm in your project, you can make this check and take the result into consideration. 2.)When short objects are marked, if there are objects with smaller openings than the value entered in the Minimum Object Length line, the program lists these objects. Reports the existence of objects shorter than a certain length. You need to know if you want this or not. Like item 1. 3.)Incorrect beam/panel intersections If there are beams and/or panels that cross each other and are not statically related, the number is listed. This may be caused by the beam and/or panel bypassing (not catching) another beam and/or panel. It should be checked whether the objects connected to each other in the relevant link are properly connected according to your project. Maybe one object should bypass the other. Then you ignore this message. 4.)Incorrect Column/beam-panel intersections If there are beams, panels and columns that cross each other and are not statically related, they are listed. This is caused by the beam or panel bypassing the column. 3. situation similar to item 5.)Vertical continuity Controls the case of vertical elements such as columns and panels being cut in intermediate floors and forming a faulty foundation. It occurs when the elevations or element misalignments of columns and panels are given incorrectly. An important item. It should definitely be fixed. Indicates that column or curtain elements do not go down to the foundation in the frame system. 6.) Objects with the same name It detects objects with the same names. Check if the object with the same name is required. For example, you wouldn't consider it in a symmetrical system. You can name the objects that should have different names. 7.) Tiles with insufficient and incorrect calculation axis In static tiles, when the calculation axis is not drawn or it is drawn in only one direction, it is reported. Important. Affects flooring reinforcements. However, if you don't want to make reinforcement calculations for a slab, maybe you don't consider it. 8.) Slab elevations Controls the relationship of slabs with beams. For example, if the elevation of a slab is given in such a way that it is not connected to any beam, this error is encountered. Indicates that at least one edge of the slab is left unoccupied by the elevation. It doesn't matter whether you do this on purpose or not. Otherwise, both the slab analysis will be inaccurate (it will be calculated on the side), and your beam will not be loaded. 9.) Unsupported beams The beams with both ends of which are free are checked. The beam must be connected to another element at at least one point. An important item. Indicates that there is a problem in the support conditions of the beam. 10.) Check inclined slabs In sloped systems such as roof slabs, it checks whether the slabs are entered in accordance with the rules. At the end, you check whether the architectural system has been entered appropriately. 11.) Cassette and rib slabs The calculation required for the solution of cassette and rib slabs checks the existence of the tooth and the continuity within itself. An important item. Continuous threads must be drawn continuously. 12.) User-defined elements with static properties Lists objects whose section parameters have been manipulated. It is important that this intervention is compatible with what you want to do. If you did it on purpose, there is no problem. 13.) Objects with faulty static materials. Static material lists objects that have not been defined. Every object must have static material. An important item 14.) Possible objects placed at wrong angle Lists minor angle objects. Check if the angles of these objects are suitable for the project. If this is the case from an architectural point of view, you don't need to consider it. 15.) Check the dimensions of objects according to regulations When the option is checked, the conformity of the objects according to TDY 2007 and TS500 is checked. For example, floor height control is made according to the formula given in TS500. You should take it into consideration if your project will be made in accordance with TDY and TS500. 16.) Incorrect window placement It is checked whether the windows remain inside the wall. It is checked whether it is suitable geometrically. 17.) Incorrect door placement It is checked whether the doors remain in the panel or not. The same reason as 16 Finally, after checking the geometry in a project, you should examine the 3D frame model and see if the model is formed correctly according to the data you provide, check the reports and drawings as a whole and make your project out of these controls. Deciding that it's done afterward will of course be a desired outcome. Good work..
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