Here are a few simple examples that you can demonstrate on your licensed copy of SpinFire Ulitmate.
Acquire full scripting help from within SpinFire Ultimate using the Documentation menu item from the script menu.
The following shows simple examples of some scripting primitives
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The following demonstrates getting the physical properties of the assembly and printing to the console through scriptnig. UsageGetPhysicalProperties() Parametersnone Code Block | | |
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# First open a 3D model to execute this script # Open the python.NET console panel import spinfirescript as sfs sfs.SelectItem([]) propertiesData = sfs.GetPhysicalProperties() print(propertiesData) print(propertiesData.Message) |
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| title | Get the Assembly Item Properties |
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The following demonstrates selecting and rotating an assembly through scriptnigscripting. UsageRotaeSelectedAssemblyItems(axis, degrees) Parametersaxis: selectd the x, y, or z axis degrees: amount to rotate in degrees Code Block | | |
| language | py | |
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# First open a 3D model to execute this script import spinfirescript as sfs for i in range(0,10): sfs.SelectItem([]) sfs.RotateSelectedAssemblyItems(sfs.Axis.X, 30) sfs.RotateSelectedAssemblyItems(sfs.Axis.Y, 20) sfs.RotateSelectedAssemblyItems(sfs.Axis.Z, 45) sfs.ClearSelectedItems() |
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| title | Change Various Assembly Item Properties |
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The following demonstrates creating 2D lines through scriptnigscripting. UsageInsertLine(x-coord, y-coord, color, thickness) Parametersx-coord: starting x-coordinate. y-coord: starting y-coordinate. color: color as a string in the form "#AARRGGBB" where AA is the alpha channel RR is the red channel GG is the green channel BB is the blue channel thickness: line thickness number > 0 Code Block | | |
| language | py |
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# First open a 2D workspace to execute this script
import spinfirescript as sfs
import random
for i in range(1,10):
newColor = "#FF"+''.join([random.choice('0123456789ABCDEF') for j in range(6)])
sfs.InsertLine([0, (i+(i*4))*-1], [50, (i+(i*4))*-1], "#FF000000", i)
sfs.InsertLine([100, (i+(i*4))*-1], [150, (i+(i*4))*-1], newColor, i) |
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The following demonstrates creating a 3D polyline through scriptnigscripting. Usage: InsertPolyline([x-coord 1, y-coord 1, z-coord 1], [x-coord 2, y-coord 2, z-coord 2], [x-coord n, y-coord n, z-coord n], color, thickness) Parameters x-coord: Starting x-coordinate. y-coord: Starting y-coordinate. z-coord: Starting z-coordinate. color: color as a string in the form "#AARRGGBB", thickness: lne thickness number > 0 Code Block | | |
| language | py |
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# First open a 3D workspace to execute this script import spinfirescript as sfs print(sfs.InsertPolyline([[00, 00, 00], [50, 50.5, -70], [100, 75, 83.7]], "#FFAA0000", 2)) |
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The following demonstrates saving the workspace to an ACT3D file through scriptnigscripting. Usage: ImportFile(filename path) Parameters filename path: filename path of the file to import. Code Block | | |
| language | py |
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# First open a 2D or 3D workspace to execute this script
import spinfirescript as sfs
print(sfs.ImportFile("C:/temp/TestCube.CATPart")) |
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The following demonstrates saving the workspace to an ACT3D file through scriptnigscripting. Usage: SaveFile(filename path) Parameters filename path: filename path of the ACT3D file. Code Block | | |
| language | py |
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# First open a 2D or 3D workspace to execute this script
import spinfirescript as sfs
print(sfs.SaveFile("c:/temp/new.ACT3D")) |