More COPs added:

• HSV (HSV manipulation, RGB->HSV, HSV->RGB)
• Limit (Clamps values)
• Mono (a variety of vector->scalar ops - lum, NTSC lum, average,length, min, max, hue, sat)
• Sharpen
• Vector (transform, orient, normalize)

More COPs added:

• HSV (HSV manipulation, RGB->HSV, HSV->RGB)
• Limit (Clamps values)
• Mono (a variety of vector->scalar ops - lum, NTSC lum, average,length, min, max, hue, sat)
• Sharpen
• Vector (transform, orient, normalize)

More COPs added:

• HSV (HSV manipulation, RGB->HSV, HSV->RGB)
• Limit (Clamps values)
• Mono (a variety of vector->scalar ops - lum, NTSC lum, average,length, min, max, hue, sat)
• Sharpen
• Vector (transform, orient, normalize)

Added full support for collapsable pixel operations. Many COPs that do color correction and other single pixel based operations are now collapsable, resulting in considerable performance increases, smaller memory requirements and better pixel quality due to lack of constant quantization.

Added full support for collapsable pixel operations. Many COPs that do color correction and other single pixel based operations are now collapsable, resulting in considerable performance increases, smaller memory requirements and better pixel quality due to lack of constant quantization.

Added full support for collapsable pixel operations. Many COPs that do color correction and other single pixel based operations are now collapsable, resulting in considerable performance increases, smaller memory requirements and better pixel quality due to lack of constant quantization.

Added full support for collapsable pixel operations. Many COPs that do color correction and other single pixel based operations are now collapsable, resulting in considerable performance increases, smaller memory requirements and better pixel quality due to lack of constant quantization.

Added full support for collapsable pixel operations. Many COPs that do color correction and other single pixel based operations are now collapsable, resulting in considerable performance increases, smaller memory requirements and better pixel quality due to lack of constant quantization.

There is now a basic capture weight editing state at the object level. You first need to make sure that your display flag on the Deform SOP of your skin. Then you enter the operation and select the points you want to weight from the object viewport (that correspond to the deform SOP). Finally, you can editing the points in a spreadsheet format from the "Operation Parameters..." page.

There is now a basic capture weight editing state at the object level. You first need to make sure that your display flag on the Deform SOP of your skin. Then you enter the operation and select the points you want to weight from the object viewport (that correspond to the deform SOP). Finally, you can editing the points in a spreadsheet format from the "Operation Parameters..." page.

There is now a basic capture weight editing state at the object level. You first need to make sure that your display flag on the Deform SOP of your skin. Then you enter the operation and select the points you want to weight from the object viewport (that correspond to the deform SOP). Finally, you can editing the points in a spreadsheet format from the "Operation Parameters..." page.

There is now a basic capture weight editing state at the object level. You first need to make sure that your display flag on the Deform SOP of your skin. Then you enter the operation and select the points you want to weight from the object viewport (that correspond to the deform SOP). Finally, you can editing the points in a spreadsheet format from the "Operation Parameters..." page.

There is now a basic capture weight editing state at the object level. You first need to make sure that your display flag on the Deform SOP of your skin. Then you enter the operation and select the points you want to weight from the object viewport (that correspond to the deform SOP). Finally, you can editing the points in a spreadsheet format from the "Operation Parameters..." page.

Previously sesictrl used the value of the SESI_LMHOST variable to figure out which license server to communicate with. Now, sesictrl will query hserver (if it's running) to find out the license host. If this fails, then the value of the SESI_LMHOST variable is used. There is now also a command line option to override the behaviour and specify the license server host manually. For example: % sesictrl -i -h someserver will query the licenses on the host someserver without querying hserver or using the SESI_LMHOST variable.

Previously sesictrl used the value of the SESI_LMHOST variable to figure out which license server to communicate with. Now, sesictrl will query hserver (if it's running) to find out the license host. If this fails, then the value of the SESI_LMHOST variable is used. There is now also a command line option to override the behaviour and specify the license server host manually. For example: % sesictrl -i -h someserver will query the licenses on the host someserver without querying hserver or using the SESI_LMHOST variable.

Previously sesictrl used the value of the SESI_LMHOST variable to figure out which license server to communicate with. Now, sesictrl will query hserver (if it's running) to find out the license host. If this fails, then the value of the SESI_LMHOST variable is used. There is now also a command line option to override the behaviour and specify the license server host manually. For example: % sesictrl -i -h someserver will query the licenses on the host someserver without querying hserver or using the SESI_LMHOST variable.

Previously sesictrl used the value of the SESI_LMHOST variable to figure out which license server to communicate with. Now, sesictrl will query hserver (if it's running) to find out the license host. If this fails, then the value of the SESI_LMHOST variable is used. There is now also a command line option to override the behaviour and specify the license server host manually. For example: % sesictrl -i -h someserver will query the licenses on the host someserver without querying hserver or using the SESI_LMHOST variable.

Previously sesictrl used the value of the SESI_LMHOST variable to figure out which license server to communicate with. Now, sesictrl will query hserver (if it's running) to find out the license host. If this fails, then the value of the SESI_LMHOST variable is used. There is now also a command line option to override the behaviour and specify the license server host manually. For example: % sesictrl -i -h someserver will query the licenses on the host someserver without querying hserver or using the SESI_LMHOST variable.

• The Comb SOP now can affect arbitrary attributes.
• The Paint and Sculpt SOPs now have a "Apply to All" button whichapplies the effect across the selected geometry.
• The Paitn SOP has merge modes that allow you, for example, topaint with hue or saturation only.

• The Comb SOP now can affect arbitrary attributes.
• The Paint and Sculpt SOPs now have a "Apply to All" button whichapplies the effect across the selected geometry.
• The Paitn SOP has merge modes that allow you, for example, topaint with hue or saturation only.

• The Comb SOP now can affect arbitrary attributes.
• The Paint and Sculpt SOPs now have a "Apply to All" button whichapplies the effect across the selected geometry.
• The Paitn SOP has merge modes that allow you, for example, topaint with hue or saturation only.

• The Comb SOP now can affect arbitrary attributes.
• The Paint and Sculpt SOPs now have a "Apply to All" button whichapplies the effect across the selected geometry.
• The Paitn SOP has merge modes that allow you, for example, topaint with hue or saturation only.

• The Comb SOP now can affect arbitrary attributes.
• The Paint and Sculpt SOPs now have a "Apply to All" button whichapplies the effect across the selected geometry.
• The Paitn SOP has merge modes that allow you, for example, topaint with hue or saturation only.

It is now possible to get the version of sesinetd which is running by running the command: % sesictrl -v This will print out the version information of sesinetd. If, instead of getting the version information, a list of licenses are printed out, sesinetd is an earlier version than 4.9.433.

It is now possible to get the version of sesinetd which is running by running the command: % sesictrl -v This will print out the version information of sesinetd. If, instead of getting the version information, a list of licenses are printed out, sesinetd is an earlier version than 4.9.433.