When expanding a bundle parameter, we can now expand relative paths to operator groups (such as "@../group1").

When expanding a bundle parameter, we can now expand relative paths to operator groups (such as "@../group1").

When expanding a bundle parameter, we can now expand relative paths to operator groups (such as "@../group1").

When expanding a bundle parameter, we can now expand relative paths to operator groups (such as "@../group1").

When expanding a bundle parameter, we can now expand relative paths to operator groups (such as "@../group1").

Added "ordered_points" selector.

Added "ordered_points" selector.

Added "ordered_points" selector.

Added "ordered_points" selector.

Added "ordered_points" selector.

Added "ordered_points" selector.

When rendering to mplay, the name of the sequence is now the name of the output driver that rendered it, instead of 'ip'. The time is appended as before (so the name of the sequence would be something like 'mantra1-12:14:47')

When rendering to mplay, the name of the sequence is now the name of the output driver that rendered it, instead of 'ip'. The time is appended as before (so the name of the sequence would be something like 'mantra1-12:14:47')

When rendering to mplay, the name of the sequence is now the name of the output driver that rendered it, instead of 'ip'. The time is appended as before (so the name of the sequence would be something like 'mantra1-12:14:47')

When rendering to mplay, the name of the sequence is now the name of the output driver that rendered it, instead of 'ip'. The time is appended as before (so the name of the sequence would be something like 'mantra1-12:14:47')

When rendering to mplay, the name of the sequence is now the name of the output driver that rendered it, instead of 'ip'. The time is appended as before (so the name of the sequence would be something like 'mantra1-12:14:47')

When rendering to mplay, the name of the sequence is now the name of the output driver that rendered it, instead of 'ip'. The time is appended as before (so the name of the sequence would be something like 'mantra1-12:14:47')

Fixed the Missing Frames option in mplay, which no longer worked for images loaded with -g or via File->Load. Also added a command line option, -M, to allow users to set the missing frame method on the command line (to black, prev, next or closest).

Fixed the Missing Frames option in mplay, which no longer worked for images loaded with -g or via File->Load. Also added a command line option, -M, to allow users to set the missing frame method on the command line (to black, prev, next or closest).

Fixed the Missing Frames option in mplay, which no longer worked for images loaded with -g or via File->Load. Also added a command line option, -M, to allow users to set the missing frame method on the command line (to black, prev, next or closest).

Fixed the Missing Frames option in mplay, which no longer worked for images loaded with -g or via File->Load. Also added a command line option, -M, to allow users to set the missing frame method on the command line (to black, prev, next or closest).

Fixed the Missing Frames option in mplay, which no longer worked for images loaded with -g or via File->Load. Also added a command line option, -M, to allow users to set the missing frame method on the command line (to black, prev, next or closest).

Fixed the Missing Frames option in mplay, which no longer worked for images loaded with -g or via File->Load. Also added a command line option, -M, to allow users to set the missing frame method on the command line (to black, prev, next or closest).

All Color operations in COPs now have the option to do the operation in unpremultiplied space. Instead of doing Cout = f(Cin), it will do Cout = f(Cin/Ain) * Aout. This option is off by default. For premultiplied images, color correction is often down in unpremultiplied space, for better correction, and this option removes the need for a preceding and a following PreMult COP.

All Color operations in COPs now have the option to do the operation in unpremultiplied space. Instead of doing Cout = f(Cin), it will do Cout = f(Cin/Ain) * Aout. This option is off by default. For premultiplied images, color correction is often down in unpremultiplied space, for better correction, and this option removes the need for a preceding and a following PreMult COP.