T-FLEX Parametric CAD. Fundamentals. 2D Design
T-FLEX Parametric CAD. Fundamentals. 2D Design T-FLEX Parametric CAD. Fundamentals. 2D Design
Hatches: Text: 3D objects “AREA” – hatch area; “PERIMETER” - hatch perimeter; “XMASS” - X-coordinate of center of mass; “YMASS” – Y-coordinate of center of mass; “HEIGHT” – text height; “WIDTH” – text width; “X”, “Y” – X and Y coordinates of text fixing point; Measure Elements and Relations between Them 2D fragments: fragment parameters are defined by the values of the fragment’s real (numerical) variables. In addition, the following parameters are available for 2D fragments: “BoundBoxLeft” – left coordinate of bound box (X-coordinate); “BoundBoxRight” – right coordinate of bound box (X-coordinate); “BoundBoxTop” – top coordinate of bound box (Y-coordinate); “BoundBoxBottom” – bottom coordinate of bound box (Y-coordinate); “BoundBoxCenterX” –X-coordinate of bound box center; “BoundBoxCenterY” –Y-coordinate of bound box center. Operations: “Area” – surface area; “Mass” – body mass (according to the material density); “Xmass”, “Ymass”, “Zmass” - X,Y,Z-coordinates of the center of mass; “IX”, “IY”, “IZ” – Moments of inertia with respect to the axes X, Y, Z; “IXY”, “IYZ”, “IZX” – Inertia value with respect to the planes XY, YZ, ZX; “Volume” – volume; for “Apply Material” operation the following additional parameter is used: “MaterialArea” – total area of faces with the attached material; for all 3D Arrays (except arrays of faces) the following additional parameter is used: 3D nodes: “CopyCount” – actual number of copies in the array (with account of limitations and exclusions); “POINTX”, “POINTY”, “POINTZ” - X, Y, Z-coordinates of a 3D node; 3D profiles: “Area” - surface area of a 3D profile; “Perimeter” - perimeter of a closed 3D profile or length of an open one; 3D paths: “Perimeter” – length of a 3D path; 517
Fundamentals. Two-Dimensional Design 518 Faces: “Area” - surface area; “Perimeter” - face perimeter; for a flat face the following additional parameters are used: “LocationX”, “LocationY”, “LocationZ” – X, Y, Z-coordinates of the plane origin; “NormalX”, “NormalY”, “NormalZ” – X, Y, Z-coordinates of a flat face normal; “RefDirectionX”, “RefDirectionY”, “RefDirectionZ” – X, Y, Z-coordinates of a plane vector (the plane vector defines the direction of the X-axis of a flat plane); for a cylindrical face the following additional parameters are used: “Radius” – cylinder radius; “Diameter” – cylinder diameter; “CenterX”, “CenterY”, “CenterZ” – X, Y, Z-coordinates of the center; “AXISX”, “AXISY”, “AXISZ” – X, Y, Z-coordinates of the cylinder axis; for a toroidal face the following additional parameters are used: “MaxRadius”, “MinRadius” – major and minor torus radii; “CenterX”, “CenterY”, “CenterZ” – X, Y, Z-coordinates of the torus center; “AxisX”, “AxisY”, “AxisZ” – X, Y, Z-coordinates of the torus axis; for a spherical face additional characteristics are used: Edges: “Radius” – sphere radius; “Diameter” – sphere diameter; “CenterX”, “CenterY”, “CenterZ” – X, Y, Z-coordinates of sphere center; “Perimeter” – edge length; “StartX”, “StartY”, “StartZ” – X, Y, Z-coordinates of the start point; “EndX”, “EndY”, “EndZ” – X, Y, Z-coordinates of the end point; for a straight edge the following additional parameters are used: “VECTORX”, “VECTORY”, “VECTORZ” – X, Y, Z-coordinates of the segment direction; for a circular edge or along circular arc: “Radius” – circle radius; “Diameter” – circle diameter; “CenterX”, “CenterY”, “CenterZ” – X, Y, Z-coordinate of the circle center; “AxisX”, “AxisY”, “AxisZ” – X, Y, Z-coordinates of the circle plane normal; “StartAngle” – arc start angle; “EndAngle” – arc end angle; additional parameters for the elliptical edge are: “MajorRadius” – ellipse major radius; “MinorRadius” – ellipse minor radius;
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<strong>Fundamentals</strong>. Two-Dimensional <strong>Design</strong><br />
518<br />
Faces:<br />
“Area” - surface area;<br />
“Perimeter” - face perimeter;<br />
for a flat face the following additional parameters are used:<br />
“LocationX”, “LocationY”, “LocationZ” – X, Y, Z-coordinates of the plane origin;<br />
“NormalX”, “NormalY”, “NormalZ” – X, Y, Z-coordinates of a flat face normal;<br />
“RefDirectionX”, “RefDirectionY”, “RefDirectionZ” – X, Y, Z-coordinates of a<br />
plane vector (the plane vector defines the direction of the X-axis of a flat plane);<br />
for a cylindrical face the following additional parameters are used:<br />
“Radius” – cylinder radius;<br />
“Diameter” – cylinder diameter;<br />
“CenterX”, “CenterY”, “CenterZ” – X, Y, Z-coordinates of the center;<br />
“AXISX”, “AXISY”, “AXISZ” – X, Y, Z-coordinates of the cylinder axis;<br />
for a toroidal face the following additional parameters are used:<br />
“MaxRadius”, “MinRadius” – major and minor torus radii;<br />
“CenterX”, “CenterY”, “CenterZ” – X, Y, Z-coordinates of the torus center;<br />
“AxisX”, “AxisY”, “AxisZ” – X, Y, Z-coordinates of the torus axis;<br />
for a spherical face additional characteristics are used:<br />
Edges:<br />
“Radius” – sphere radius;<br />
“Diameter” – sphere diameter;<br />
“CenterX”, “CenterY”, “CenterZ” – X, Y, Z-coordinates of sphere center;<br />
“Perimeter” – edge length;<br />
“StartX”, “StartY”, “StartZ” – X, Y, Z-coordinates of the start point;<br />
“EndX”, “EndY”, “EndZ” – X, Y, Z-coordinates of the end point;<br />
for a straight edge the following additional parameters are used:<br />
“VECTORX”, “VECTORY”, “VECTORZ” – X, Y, Z-coordinates of the segment direction;<br />
for a circular edge or along circular arc:<br />
“Radius” – circle radius;<br />
“Diameter” – circle diameter;<br />
“CenterX”, “CenterY”, “CenterZ” – X, Y, Z-coordinate of the circle center;<br />
“AxisX”, “AxisY”, “AxisZ” – X, Y, Z-coordinates of the circle plane normal;<br />
“StartAngle” – arc start angle;<br />
“EndAngle” – arc end angle;<br />
additional parameters for the elliptical edge are:<br />
“MajorRadius” – ellipse major radius;<br />
“MinorRadius” – ellipse minor radius;