It is now possible to create VOPNETs as networks within networks.

When generating .i3d files using motion blur, there were bugs computing bounding boxes when the velocity was negative. This has been addressed.

When generating .i3d files using motion blur, there were bugs computing bounding boxes when the velocity was negative. This has been addressed.

When generating .i3d files using motion blur, there were bugs computing bounding boxes when the velocity was negative. This has been addressed.

When generating .i3d files using motion blur, there were bugs computing bounding boxes when the velocity was negative. This has been addressed.

When generating .i3d files using motion blur, there were bugs computing bounding boxes when the velocity was negative. This has been addressed.

The -i option to hscript forces hscript to use a simpler method of reading input. The alfred output driver uses this option to work-around the non-standard way that alfred sends input to hscript.

The -i option to hscript forces hscript to use a simpler method of reading input. The alfred output driver uses this option to work-around the non-standard way that alfred sends input to hscript.

The -i option to hscript forces hscript to use a simpler method of reading input. The alfred output driver uses this option to work-around the non-standard way that alfred sends input to hscript.

The -i option to hscript forces hscript to use a simpler method of reading input. The alfred output driver uses this option to work-around the non-standard way that alfred sends input to hscript.

The -i option to hscript forces hscript to use a simpler method of reading input. The alfred output driver uses this option to work-around the non-standard way that alfred sends input to hscript.

There is a new function (getbounds()) which will return the bounding box of geometry from a disk file.

There is a new function (getbounds()) which will return the bounding box of geometry from a disk file.

There is a new function (getbounds()) which will return the bounding box of geometry from a disk file.

There is a new function (getbounds()) which will return the bounding box of geometry from a disk file.

There is a new function (getbounds()) which will return the bounding box of geometry from a disk file.

There are now more general commands to query metaball geometry from disk files. The metastart(), metanext() and metaimport() functions can be used to query individual metaball attributes.

There are now more general commands to query metaball geometry from disk files. The metastart(), metanext() and metaimport() functions can be used to query individual metaball attributes.

There are now more general commands to query metaball geometry from disk files. The metastart(), metanext() and metaimport() functions can be used to query individual metaball attributes.

There are now more general commands to query metaball geometry from disk files. The metastart(), metanext() and metaimport() functions can be used to query individual metaball attributes.

There are now more general commands to query metaball geometry from disk files. The metastart(), metanext() and metaimport() functions can be used to query individual metaball attributes.

Objects are now drawn in the order shown in list mode as the User Defined Sort Order. This allows the consistent layering of transparent objects in the viewport.

Objects are now drawn in the order shown in list mode as the User Defined Sort Order. This allows the consistent layering of transparent objects in the viewport.

Objects are now drawn in the order shown in list mode as the User Defined Sort Order. This allows the consistent layering of transparent objects in the viewport.

Objects are now drawn in the order shown in list mode as the User Defined Sort Order. This allows the consistent layering of transparent objects in the viewport.