Category Archives: Solid

#DesignScript – Geometry.Surface.BSplineSurface.ByPoints.WithDegree#4- Code to Node to Code

Hi Everyone:

This is a DS file translation entitled Geometry.Surface.BSplineSurface.ByPoints.WithDegree.ds, from the DesignScript Editor (DSE) Samples. It is the fourth in a series of seven BSpline Surface type of files.

Geometry.Surface.BSplineSurface.ByPoints.WithDegree.ds#4

Open the file Geometry.Surface.BSplineSurface.ByPoints.WithDegree.ds, in the DS Editor and run it. The script is shown below.

Geometry.Surface.BSplineSurface.ByPoints.WithDegree-ds#4

Geometry.Surface.BSplineSurface.ByPoints.WithDegree-ds#4

Now open DS Studio, copy & paste the DSE script,Geometry.Solid.Union.SingleSolid.ds, into a blank canvas.

Geometry.Surface.BSplineSurface.ByPoints.WithDegree#a4

Geometry.Surface.BSplineSurface.ByPoints.WithDegree#a4

Note the highlighted commenting out which must be deleted in order to activate the code.

Geometry.Surface.BSplineSurface.ByPoints.WithDegree#a4-edited

Geometry.Surface.BSplineSurface.ByPoints.WithDegree#a4-edited

Now comment out the “(import(ProGeometry.dll)” script as highlighted above.  It can now be run as a Code Block of script, before the translation to Nodes takes place.

Geometry.Surface.BSplineSurface.ByPoints.WithDegree#4

Geometry.Surface.BSplineSurface.ByPoints.WithDegree#4

The preliminary translation is shown above, while the developed translation is shown below.

Geometry.Surface.BSplineSurface.ByPoints.WithDegree#4a

Geometry.Surface.BSplineSurface.ByPoints.WithDegree#4a

The red and yellow highlighted areas match the description and properties layout that is given to the script in the initial DS Editor *.ds file.

Geometry.Surface.BSplineSurface.ByPoints.WithDegree#4b

Geometry.Surface.BSplineSurface.ByPoints.WithDegree#4b

The “Node to Code” operation as shown above. A little editing is desired as highlighted above.

Geometry.Surface.BSplineSurface.ByPoints.WithDegree#4b-edited

Geometry.Surface.BSplineSurface.ByPoints.WithDegree#4b-edited

The edited portion of the script is shown above, while the  geometry that results from the various code translations is shown below.

Geometry.Surface.BSplineSurface.ByPoints.WithDegree#4-Windows Graphic_2

Geometry.Surface.BSplineSurface.ByPoints.WithDegree#4-Windows Graphic_2

Liberty was taken with making the color have some transparency as shown above in the graphic window.

DSS was run as a stand-alone application and the translation files are available to download from the DropBox links below.

Geometry.Surface.BSplineSurface.ByPoints.WithDegree#a4

Geometry.Surface.BSplineSurface.ByPoints.WithDegree#4

Geometry.Surface.BSplineSurface.ByPoints.WithDegree#4a

Geometry.Surface.BSplineSurface.ByPoints.WithDegree#4b

Thanks for looking.

T!M

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#DesignScript – Geometry.Solid.Sphere.ByCenterPointRadius#1- Code to Node to Code

Hi Everyone:

It’s been a while since the last posting. More about that later, but lets get back to remaining examples.

This is a DS file translation entitled Geometry.Solid.Sphere.ByCenterPointRadius.ds, from the DesignScript Editor (DSE) Samples.

Geometry.Solid.Sphere.ByCenterPointRadius.ds#1

Geometry.Solid.Sphere.ByCenterPointRadius.ds#1

Open the file Geometry.Solid.Union.SingleSolid.ds, in the DS Editor and run it. The script is shown below.

Geometry.Solid.Sphere.ByCenterPointRadius-ds#1

Geometry.Solid.Sphere.ByCenterPointRadius-ds#1

Now open DS Studio, copy & paste the DSE script,Geometry.Solid.Union.SingleSolid.ds, into a blank canvas.

Geometry.Solid.Sphere.ByCenterPointRadius#a1

Geometry.Solid.Sphere.ByCenterPointRadius#a1

 

Note the highlighted commenting out which must be deleted in order to activate the code.

Geometry.Solid.Sphere.ByCenterPointRadius#a1-edited

Now comment out the “(import(ProGeometry.dll)” script as highlighted above.  It can now be run as a Code Block of script, before the translation to Nodes takes place.

Geometry.Solid.Sphere.ByCenterPointRadius#1

Geometry.Solid.Sphere.ByCenterPointRadius#1

The preliminary translation is shown above, while the developed translation is shown below.

Geometry.Solid.Sphere.ByCenterPointRadius#1a

Geometry.Solid.Sphere.ByCenterPointRadius#1a

The red and yellow highlighted areas match the description and properties layout that is given to the script in the initial DS Editor *.ds file.

Geometry.Solid.Sphere.ByCenterPointRadius#1b

Geometry.Solid.Sphere.ByCenterPointRadius#1b

The “Node to Code” operation as shown above. The geometry that results from the various code translations is shown below.

Geometry.Solid.Sphere.ByCenterPointRadius#1-Windows Graphic

Geometry.Solid.Sphere.ByCenterPointRadius#1-Windows Graphic

Liberty was taken with making the color have some transparency as shown above in the graphic window.

DSS was run as a stand-alone application and the translation files are available to download from the DropBox links below.

Geometry.Solid.Sphere.ByCenterPointRadius#a1-edited

Geometry.Solid.Sphere.ByCenterPointRadius#1

Geometry.Solid.Sphere.ByCenterPointRadius#1a

Geometry.Solid.Sphere.ByCenterPointRadius#1b

Thanks for looking.

T!M

#DesignScript Curve Translation,Geometry.Solid.UnionAll#32- Code to Node to Code

Hi Everyone:

This is the thirty-second in a series of thirty-two DS file translations. The file, Geometry.Solid.UnionAll.ds, is the last in a series of five Union-Solid file types from the DesignScript Editor (DSE) Samples.

Geometry.Solid.UnionAll-ds#32

Geometry.Solid.UnionAll-ds#32

Open the file Geometry.Solid.UnionAll.ds in the DS Editor and run it. The script is shown below.

Geometry.Solid.UnionAll.ds#32

Geometry.Solid.UnionAll.ds#32

Now open DS Studio, and paste the DSE script, Geometry.Solid.UnionAll.ds, into a blank canvas.

Geometry.Solid.UnionAll#a32

Geometry.Solid.UnionAll#a32

Note the highlighted commenting out which must be deleted in order to activate the code.

Geometry.Solid.UnionAll#a32-edited

Geometry.Solid.UnionAll#a32-edited

 

Now commenting out the “(import(ProGeometry.dll)” script as highlighted above must be added. It can now be run as a Code Block of script, before the translation to Nodes takes place.

Geometry.Solid.UnionAll#32

Geometry.Solid.UnionAll#32

The preliminary translation is shown above, while the developed translation is shown below.

Geometry.Solid.UnionAll#32a

Geometry.Solid.UnionAll#32a

The red and yellow highlighted areas match the description and properties layout that is given to the script in the initial DS Editor *.ds file.

2014_08_22-Geometry.Solid.UnionAll#32b

2014_08_22-Geometry.Solid.UnionAll#32b

The “Node to Code” operation as shown above. Some editing as highlighted is in order.

2014_08_22-Geometry.Solid.UnionAll#32b-edited

2014_08_22-Geometry.Solid.UnionAll#32b-edited

The geometry that results from the various code translations is shown below.

Geometry.Solid.UnionAll#32-Graphic Window2

Geometry.Solid.UnionAll#32-Graphic Window2

Liberty was taken with making various colors and having some transparency with the geometry as shown above in the graphic window.

DSS was run as a stand-alone application and the translation files are available to download from the DropBox links below.

Geometry.Solid.UnionAll#a32

Geometry.Solid.UnionAll#32

Geometry.Solid.UnionAll#32a

Geometry.Solid.UnionAll#32b

Thanks for looking.

T!M

#DesignScript Curve Translation,Geometry.Solid.Union.SingleSolid#31- Code to Node to Code

Hi Everyone:

This is the thirty-first in a series of thirty-two DS file translations. The file, Geometry.Solid.Union.SingleSolid.ds, is the fourth in a series of five Union-Solid file types from the DesignScript Editor (DSE) Samples.

Geometry.Solid.Union.SingleSolid-ds#31

Geometry.Solid.Union.SingleSolid-ds#31

Open the file Geometry.Solid.Union.SingleSolid.ds, in the DS Editor and run it. The script is shown below.

Geometry.Solid.Union.SingleSolid.ds#31

Geometry.Solid.Union.SingleSolid.ds#31

Now open DS Studio, and paste the DSE script,Geometry.Solid.Union.SingleSolid.ds, into a blank canvas.

Geometry.Solid.Union.SingleSolid#a31

Geometry.Solid.Union.SingleSolid#a31

Note the highlighted commenting out which must be deleted in order to activate the code.

Geometry.Solid.Union.SingleSolid#a31-edited

Geometry.Solid.Union.SingleSolid#a31-edited

 

Now commenting out the “(import(ProGeometry.dll)” script as highlighted above must be added. It can now be run as a Code Block of script, before the translation to Nodes takes place.

Geometry.Solid.Union.SingleSolid#31

Geometry.Solid.Union.SingleSolid#31

The preliminary translation is shown above, while the developed translation is shown below.

Geometry.Solid.Union.SingleSolid#31a

Geometry.Solid.Union.SingleSolid#31a

The red and yellow highlighted areas match the description and properties layout that is given to the script in the initial DS Editor *.ds file.

Geometry.Solid.Union.SingleSolid#31b

Geometry.Solid.Union.SingleSolid#31b

The “Node to Code” operation as shown above. The geometry that results from the various code translations is shown below.

Geometry.Solid.Union.SingleSolid#31-Graphic Window

Geometry.Solid.Union.SingleSolid#31-Graphic Window

Liberty was taken with making the color have some transparency as shown above in the graphic window.

DSS was run as a stand-alone application and the translation files are available to download from the DropBox links below.

Geometry.Solid.Union.SingleSolid#a31

Geometry.Solid.Union.SingleSolid#31

Geometry.Solid.Union.SingleSolid#31a

Geometry.Solid.Union.SingleSolid#31b

Thanks for looking.

T!M

#DesignScript Curve Translation,Geometry.Solid.Union.NonManifoldSolid#30- Code to Node to Code

Hi Everyone:

This is the thirtieth in a series of thirty-two DS file translations. The file, Geometry.Solid.Union.NonManifoldSolid.ds, is the third in a series of five Union-Solid file types from the DesignScript Editor (DSE) Samples.

Geometry.Solid.Union.NonManifoldSolid-ds#30

Geometry.Solid.Union.NonManifoldSolid-ds#30

Open the file Geometry.Solid.Union.NonManifoldSolid.ds, in the DS Editor and run it. The script is shown below.

Geometry.Solid.Union.NonManifoldSolid.ds#30

Geometry.Solid.Union.NonManifoldSolid.ds#30

Now open DS Studio, and paste the DSE script, Geometry.Solid.Union.NonManifoldSolid.ds, into a blank canvas.

Geometry.Solid.Union.NonManifoldSolid#a30

Geometry.Solid.Union.NonManifoldSolid#a30

Note the highlighted commenting out which must be deleted in order to activate the code.

Geometry.Solid.Union.NonManifoldSolid#a30-edited

Now commenting out the “(import(ProGeometry.dll)” script as highlighted above must be added. It can now be run as a Code Block of script, before the translation to Nodes takes place.

Geometry.Solid.Union.NonManifoldSolid#30

Geometry.Solid.Union.NonManifoldSolid#30

The preliminary translation is shown above, while the developed translation is shown below.

Geometry.Solid.Union.NonManifoldSolid#30a

Geometry.Solid.Union.NonManifoldSolid#30a

 

The red and yellow highlighted areas match the description and properties layout that is given to the script in the initial DS Editor *.ds file.

Geometry.Solid.Union.NonManifoldSolid#30b

Geometry.Solid.Union.NonManifoldSolid#30b

The “Node to Code” operation as shown above and a little editing as highlighted is desired and shown below.

Geometry.Solid.Union.NonManifoldSolid#30b-edited

Geometry.Solid.Union.NonManifoldSolid#30b-edited

The geometry that results from the various code translations is shown below.

Geometry.Solid.Union.NonManifoldSolid#30-WindowsGraphic

Geometry.Solid.Union.NonManifoldSolid#30-WindowsGraphic

 

Liberty was taken with making the color have some transparency as shown above in the graphic window.

DSS was run as a stand-alone application and the translation files are available to download from the DropBox links below.

Geometry.Solid.Union.NonManifoldSolid#a30

Geometry.Solid.Union.NonManifoldSolid#30

Geometry.Solid.Union.NonManifoldSolid#30a

Geometry.Solid.Union.NonManifoldSolid#30b

Thanks for looking.

T!M

#DesignScript Curve Translation,Geometry.Solid.Union.NonManifold.ArrayOfSolid#29- Code to Node to Code

Hi Everyone:

This is the twenty-ninth in a series of thirty-two DS file translations. The file, Geometry.Solid.Union.NonManifold.ArrayOfSolid.ds, is the second in a series of five Union-Solid file types from the DesignScript Editor (DSE) Samples.

Geometry.Solid.Union.NonManifold.ArrayOfSolids_ds#29

Geometry.Solid.Union.NonManifold.ArrayOfSolids_ds#29

Open the file Geometry.Solid.Union.NonManifold.ArrayOfSolid.ds, in the DS Editor and run it. The script is shown below.

Geometry.Solid.Union.NonManifold.ArrayOfSolids.ds#29

Geometry.Solid.Union.NonManifold.ArrayOfSolids.ds#29

Now open DS Studio, and paste the DSE script, Geometry.Solid.Union.NonManifold.ArrayOfSolid.ds, into a blank canvas.

Geometry.Solid.Union.NonManifold.ArrayOfSolids#a29

Geometry.Solid.Union.NonManifold.ArrayOfSolids#a29

Note the highlighted commenting out which must be deleted in order to activate the code.

Geometry.Solid.Union.NonManifold.ArrayOfSolids#a29-edited

Geometry.Solid.Union.NonManifold.ArrayOfSolids#a29-edited

Now commenting out the “(import(ProGeometry.dll)” script as highlighted above must be added. It can now be run as a Code Block of script, before the translation to Nodes takes place.

Geometry.Solid.Union.NonManifold.ArrayOfSolids#29

Geometry.Solid.Union.NonManifold.ArrayOfSolids#29

The preliminary translation is shown above, while the developed translation is shown below.

Geometry.Solid.Union.NonManifold.ArrayOfSolids#29a

Geometry.Solid.Union.NonManifold.ArrayOfSolids#29a

 

The red and yellow highlighted areas match the description and properties layout that is given to the script in the initial DS Editor *.ds file.

Geometry.Solid.Union.NonManifold.ArrayOfSolids#29b

Geometry.Solid.Union.NonManifold.ArrayOfSolids#29b

The “Node to Code” operation as shown above and a little editing as highlighted is desired.

Geometry.Solid.Union.NonManifold.ArrayOfSolids#29b-edited

Geometry.Solid.Union.NonManifold.ArrayOfSolids#29b-edited

The geometry that results from the various code translations is shown below.

Geometry.Solid.Union.NonManifold.ArrayOfSolids#29a_WindowsGraphic

Geometry.Solid.Union.NonManifold.ArrayOfSolids#29a_WindowsGraphic

Liberty was taken with making the color have some transparency as shown above in the graphic window.

DSS was run as a stand-alone application and the translation files are available to download from the DropBox links below.

Geometry.Solid.Union.NonManifold.ArrayOfSolid#a29

Geometry.Solid.Union.NonManifold.ArrayOfSolid#29

Geometry.Solid.Union.NonManifold.ArrayOfSolid#29a

Geometry.Solid.Union.NonManifold.ArrayOfSolid#29b

Thanks for looking.

T!M

#DesignScript Curve Translation,Geometry.Solid.Union.ArrayOfSolids#28- Code to Node to Code

Hi Everyone:

This is the twenty-eighth in a series of thirty-two DS file translations. The file, Geometry.Solid.Union.ArrayOfSolids.ds, is the first  in a series of five Union-Solid file types from the DesignScript Editor (DSE) Samples.

Geometry.Solid.Union.ArrayOfSolids-ds#28

Geometry.Solid.Union.ArrayOfSolids-ds#28

Open the file Geometry.Solid.Union.ArrayOfSolids.ds in the DS Editor and run it. The script is shown below.

Geometry.Solid.Union.ArrayOfSolids.ds#28

Geometry.Solid.Union.ArrayOfSolids.ds#28

Now open DS Studio, and paste the DSE script, Geometry.Solid.Union.ArrayOfSolids.ds into a blank canvas.

Geometry.Solid.Union.ArrayOfSolids#a28

Geometry.Solid.Union.ArrayOfSolids#a28

Note the highlighted commenting out which must be deleted in order to activate the code.

Geometry.Solid.Union.ArrayOfSolids#a28-edited

Geometry.Solid.Union.ArrayOfSolids#a28-edited

Now commenting out the “(import(ProGeometry.dll)” script as highlighted above must be added. It can now be run as a Code Block of script, before the translation to Nodes takes place.

Geometry.Solid.Union.ArrayOfSolids#28

Geometry.Solid.Union.ArrayOfSolids#28

The preliminary translation is shown above, while the developed translation is shown below.

Geometry.Solid.Union.ArrayOfSolids#28a

Geometry.Solid.Union.ArrayOfSolids#28a

The red and yellow highlighted areas match the description and properties layout that is given to the script in the initial DS Editor *.ds file.

Geometry.Solid.Union.ArrayOfSolids#28b

Geometry.Solid.Union.ArrayOfSolids#28b

The “Node to Code” operation as shown above and editing is not required. The geometry that results from the various code translations is shown below.

Geometry.Solid.Union.ArrayOfSolids#28-Windows Graphic

Geometry.Solid.Union.ArrayOfSolids#28-Windows Graphic

Liberty was taken with adding additional colors and to give them transparency as shown above in the graphic window. DSS was run as a stand-alone application and the translation files are available to download from the DropBox links below.

Geometry.Solid.Union.ArrayOfSolids#a28

Geometry.Solid.Union.ArrayOfSolids#28

Geometry.Solid.Union.ArrayOfSolids#28a

Geometry.Solid.Union.ArrayOfSolids#28b

Thanks for looking.

T!M