2. MODELING

CHAPTER 2 "MODELLING" 110 By activating the automatic creation of the mathematical model, the program not only recognizes and enters the physical cross-sections (physical model), but also calculates the inertial elements and creates the mathematical model directly. OBSERVATION: The basic requirement for the automatic recognition of plates and projections is that both the columns and beams have been selected for creation, and that the automatic creation of Mathe is activated. Model, so that the members that will surround the slabs exist. Selecting the: you get the photorealistic representation of the model directly. Selecting the - Cross-section identification Selectively> Columns select the columns one by one by clicking with the left mouse button on a point inside each column. - Cross-section identification Selectively> Beams - Foundation beams select, as before, the beams (anode or foundation respectively) one by one. OBSERVATIONS: To display the beam dialog box, to set the height of the beam, move the mouse to the inside of the beam outline and press SHIFT on the keyboard. Enter the geometric data and continue clicking on the beam. The automatic insertion of the beams with Cross-section Recognition creates beams with rectangular cross-section and 60cm hanging. You can intervene from the start using SHIFT or after they have been placed via the Properties that open on the right of the screen each time you select an element. In the DXF/DWG design file, make sure that the contours of columns and beams are closed and defined with a polyline, starting and ending with a vertex of the column or beam, or with individual lines, one for each side. Without the members of the beams and columns, the insertion of the plates cannot work, so the field is only activated by activating of