Use File>New>Script to begin a new script. A built-in script editor allows you to create and run scripts to perform repetitive tasks and work with models and geometry. You can work with SpaceClaim programmatically using Python.
If you have trouble viewing the file, check the file properties to see if it needs to be Unblocked.
You can also download the latest version here. The path will be similar to the paths shown below and will change according to the version you are using.įor SpaceClaim: C:\Program Files\SpaceClaim 2016.2\15įor SCDM: C:\Program Files\ANSYS Inc\v172\scdm\15 A copy of the Class Library compiled help file (.chm) is included in the installation. In Scripting, the Class Library is a help document that describes the API. The processing time may increase depending on the processor speed.Refer to the Class Library You can select from the Materials Library in the Properties panel and add them to your Local Materials. When we run the code line, the program will start creating lines. In order to view the point coordinates, it is enough to type “print (list1)”. Finally, SketchLine allows you to draw two points from the list and draw a line between them. To prevent the lines from repeating each other, we write the line names as pt, pt1, pt2, and we print them into the table. With the variable of “while t≤100”, the lines will be drawn until the variable of t is 100. We have assigned an initial value with “t = 0 “. Pt = Point.Create(MM(random.choice(a)),MM(random.choice(a)).Ĭz = SketchLine.Create(random.choice(list1),random.choice(list1))įirst, we created a list. Create random points among the random numbers. Three lists have been created with different amplitudes. Create(point1, point2)Īs you can see that It is getting obvious how the random beam generation will be done. Create(MM(a2), MM(b2), MM(c2)) line = SketchLine. Create(MM(a), MM(b), MM(c)) point2 = Point.
Generate the same line defining two multiaxis points. However, by thinking differently there is another way to do it.
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