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T-FLEX Parametric CAD. Fundamentals. 2D Design

T-FLEX Parametric CAD. Fundamentals. 2D Design

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for text:<br />

“WIDTH” – the text width;<br />

“HEIGHT” – the text height;<br />

“X”, “Y” – X and Y coordinates of text fixing point;<br />

Variables<br />

for fragments: “string1” represents the fragment name or Id, “string2” – the name of the fragment variable<br />

(a string variable is not allowed). The function returns the value of the variable.<br />

In addition, the following parameters are available for <strong>2D</strong> fragments:<br />

“BoundBoxLeft” – left coordinate of bound box (X-coordinate);<br />

“BoundBoxRight” – right coordinate of bound box (X-coordinate);<br />

“BoundBoxTop” – top coordinate of bound box (Y-coordinate);<br />

“BoundBoxBottom” – bottom coordinate of bound box (Y-coordinate);<br />

“BoundBoxCenterX” –X-coordinate of bound box center;<br />

“BoundBoxCenterY” –Y-coordinate of bound box center.<br />

In the three-dimensional version of the system, the following 3D element parameters are accessible:<br />

for operations:<br />

“Area” – the surface area;<br />

“Mass” – the mass of the body (material density accounted);<br />

“Xmass”, “Ymass”, “Zmass” – X, Y, Z-coordinates of the center of gravity;<br />

“IX”, “IY”, “IZ” – the moments of inertia about the axes X, Y, Z respectively;<br />

“IXY”, “IYZ”, “IZX” – the products of inertia with respect to the planes XY, YZ, ZX;<br />

“Volume” – volume;<br />

for “Apply Material” operation the following additional parameter is used:<br />

“MaterialArea” – total area of faces with the attached material;<br />

for all 3D Arrays (except arrays of faces) the following additional parameter is used:<br />

“CopyCount” – actual number of copies in the array (with account of limitations and exclusions);<br />

for 3D nodes:<br />

“POINTX”, “POINTY”, “POINTZ” – X, Y, Z-coordinates of the 3D node;<br />

for a 3D profile:<br />

“Area” – the area of the surface surrounded by the 3D profile;<br />

“Perimeter” – perimeter of a closed 3D profile or length of an open one;<br />

for a 3D path:<br />

“Perimeter” – the length of the 3D path;<br />

for a face:<br />

“Area” – the area of the face surface;<br />

“Perimeter” – the perimeter of the face border;<br />

505

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