The Tab completion for network paths will now work properly in the Group SOP, Delete SOP, and Group POP.

The Tab completion for network paths will now work properly in the Group SOP, Delete SOP, and Group POP.

The Tab completion for network paths will now work properly in the Group SOP, Delete SOP, and Group POP.

The Tab completion for network paths will now work properly in the Group SOP, Delete SOP, and Group POP.

The Lattice State now creates relative references in the bound object rather than absolute ones.

The Lattice State now creates relative references in the bound object rather than absolute ones.

The Lattice State now creates relative references in the bound object rather than absolute ones.

The Lattice State now creates relative references in the bound object rather than absolute ones.

The Lattice State now creates relative references in the bound object rather than absolute ones.

Fixed problem with the constant() expression function not being correctly flagged as being time dependent. This makes it now possible to create a channel with two constant() keys and have its operator correctly recook when time changes.

Fixed problem with the constant() expression function not being correctly flagged as being time dependent. This makes it now possible to create a channel with two constant() keys and have its operator correctly recook when time changes.

Fixed problem with the constant() expression function not being correctly flagged as being time dependent. This makes it now possible to create a channel with two constant() keys and have its operator correctly recook when time changes.

Fixed problem with the constant() expression function not being correctly flagged as being time dependent. This makes it now possible to create a channel with two constant() keys and have its operator correctly recook when time changes.

Fixed problem with the constant() expression function not being correctly flagged as being time dependent. This makes it now possible to create a channel with two constant() keys and have its operator correctly recook when time changes.

Dragging a 4 entry Color field, such as Color in the Color COP, will now create a Color+Alpha in the Type Properties rather than just Color.

Dragging a 4 entry Color field, such as Color in the Color COP, will now create a Color+Alpha in the Type Properties rather than just Color.

Dragging a 4 entry Color field, such as Color in the Color COP, will now create a Color+Alpha in the Type Properties rather than just Color.

Dragging a 4 entry Color field, such as Color in the Color COP, will now create a Color+Alpha in the Type Properties rather than just Color.

Dragging a 4 entry Color field, such as Color in the Color COP, will now create a Color+Alpha in the Type Properties rather than just Color.

• Improved the speed of FP->Int conversions using Pentium3/4 CPUs(approx 10x improvement* for most 8bit/16bit conversions). This speedsup many COPs that do operations in FP (ie, VEX).
• Improved the speed of all 8bit and 16bit Composite operations usingMMX, XMMX and SSE. Althons & all Pentiums above the PentiumMMX willshow great improvement in 8 bit comps (8-12x). Athlons and Pentium3+will show improvement in 16 bit (XMMX) (4-8x). Pentium3+ will showimprovement in FP compositing using SSE (approx 2x).

(*all performance improvements measured on a Pentium4 Xeon. Stats

may vary with Pentium3's due to latency differences.)

• Improved the speed of FP->Int conversions using Pentium3/4 CPUs(approx 10x improvement* for most 8bit/16bit conversions). This speedsup many COPs that do operations in FP (ie, VEX).
• Improved the speed of all 8bit and 16bit Composite operations usingMMX, XMMX and SSE. Althons & all Pentiums above the PentiumMMX willshow great improvement in 8 bit comps (8-12x). Athlons and Pentium3+will show improvement in 16 bit (XMMX) (4-8x). Pentium3+ will showimprovement in FP compositing using SSE (approx 2x).

(*all performance improvements measured on a Pentium4 Xeon. Stats

may vary with Pentium3's due to latency differences.)

• Improved the speed of FP->Int conversions using Pentium3/4 CPUs(approx 10x improvement* for most 8bit/16bit conversions). This speedsup many COPs that do operations in FP (ie, VEX).
• Improved the speed of all 8bit and 16bit Composite operations usingMMX, XMMX and SSE. Althons & all Pentiums above the PentiumMMX willshow great improvement in 8 bit comps (8-12x). Athlons and Pentium3+will show improvement in 16 bit (XMMX) (4-8x). Pentium3+ will showimprovement in FP compositing using SSE (approx 2x).

(*all performance improvements measured on a Pentium4 Xeon. Stats

may vary with Pentium3's due to latency differences.)

• Improved the speed of FP->Int conversions using Pentium3/4 CPUs(approx 10x improvement* for most 8bit/16bit conversions). This speedsup many COPs that do operations in FP (ie, VEX).
• Improved the speed of all 8bit and 16bit Composite operations usingMMX, XMMX and SSE. Althons & all Pentiums above the PentiumMMX willshow great improvement in 8 bit comps (8-12x). Athlons and Pentium3+will show improvement in 16 bit (XMMX) (4-8x). Pentium3+ will showimprovement in FP compositing using SSE (approx 2x).

(*all performance improvements measured on a Pentium4 Xeon. Stats

may vary with Pentium3's due to latency differences.)

• Improved the speed of FP->Int conversions using Pentium3/4 CPUs(approx 10x improvement* for most 8bit/16bit conversions). This speedsup many COPs that do operations in FP (ie, VEX).
• Improved the speed of all 8bit and 16bit Composite operations usingMMX, XMMX and SSE. Althons & all Pentiums above the PentiumMMX willshow great improvement in 8 bit comps (8-12x). Athlons and Pentium3+will show improvement in 16 bit (XMMX) (4-8x). Pentium3+ will showimprovement in FP compositing using SSE (approx 2x).

(*all performance improvements measured on a Pentium4 Xeon. Stats

may vary with Pentium3's due to latency differences.)

Improved the erasing of changes in the CapturePaint SOP and Paint Capture Weights tool.