Houdini Main Changelogs
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9.0.244 | Fixed bug where VEX POPs would execute the VEX code when cooking only to update guide geometry. |
Fri. May 26, 2006 |
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9.0.244 | Fixed bug where VEX POPs would execute the VEX code when cooking only to update guide geometry. |
Fri. May 26, 2006 |
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9.0.244 | Fixed bug where VEX POPs would execute the VEX code when cooking only to update guide geometry. |
Fri. May 26, 2006 |
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9.0.244 | Added the ability to choose how groups are preserved/propagated after in the Fuse SOP. This lets you specify whether the fused point will belong to the same groups as the original point with least point number, belong to the union of all the original point groups or belong to the intersection of the original point groups. |
Fri. May 26, 2006 |
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9.0.244 | Added the ability to choose how groups are preserved/propagated after in the Fuse SOP. This lets you specify whether the fused point will belong to the same groups as the original point with least point number, belong to the union of all the original point groups or belong to the intersection of the original point groups. |
Fri. May 26, 2006 |
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9.0.244 | Added the ability to choose how groups are preserved/propagated after in the Fuse SOP. This lets you specify whether the fused point will belong to the same groups as the original point with least point number, belong to the union of all the original point groups or belong to the intersection of the original point groups. |
Fri. May 26, 2006 |
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9.0.244 | Added the ability to choose how groups are preserved/propagated after in the Fuse SOP. This lets you specify whether the fused point will belong to the same groups as the original point with least point number, belong to the union of all the original point groups or belong to the intersection of the original point groups. |
Fri. May 26, 2006 |
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9.0.244 | Added the ability to choose how groups are preserved/propagated after in the Fuse SOP. This lets you specify whether the fused point will belong to the same groups as the original point with least point number, belong to the union of all the original point groups or belong to the intersection of the original point groups. |
Fri. May 26, 2006 |
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9.0.244 | POPs now evaluate parameters at the cook time rather than at time zero when detecting per-particle variable dependence. This fixes unnecessary cooking of operators referenced by functions in the parameters. There are several consequences to compatibility as a result of this change. Functions referencing other particle simulations will no longer always recook the entire simulation if the global animation range or the particle simulation starts at time zero. This is now consistent with all other operator types. Per-particle variable dependent expressions will now be detected even if the first channel segment does not contain such an expression. This is a fairly minor consequence. |
Fri. May 26, 2006 |
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9.0.244 | POPs now evaluate parameters at the cook time rather than at time zero when detecting per-particle variable dependence. This fixes unnecessary cooking of operators referenced by functions in the parameters. There are several consequences to compatibility as a result of this change. Functions referencing other particle simulations will no longer always recook the entire simulation if the global animation range or the particle simulation starts at time zero. This is now consistent with all other operator types. Per-particle variable dependent expressions will now be detected even if the first channel segment does not contain such an expression. This is a fairly minor consequence. |
Fri. May 26, 2006 |
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9.0.244 | POPs now evaluate parameters at the cook time rather than at time zero when detecting per-particle variable dependence. This fixes unnecessary cooking of operators referenced by functions in the parameters. There are several consequences to compatibility as a result of this change. Functions referencing other particle simulations will no longer always recook the entire simulation if the global animation range or the particle simulation starts at time zero. This is now consistent with all other operator types. Per-particle variable dependent expressions will now be detected even if the first channel segment does not contain such an expression. This is a fairly minor consequence. |
Fri. May 26, 2006 |
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9.0.244 | POPs now evaluate parameters at the cook time rather than at time zero when detecting per-particle variable dependence. This fixes unnecessary cooking of operators referenced by functions in the parameters. There are several consequences to compatibility as a result of this change. Functions referencing other particle simulations will no longer always recook the entire simulation if the global animation range or the particle simulation starts at time zero. This is now consistent with all other operator types. Per-particle variable dependent expressions will now be detected even if the first channel segment does not contain such an expression. This is a fairly minor consequence. |
Fri. May 26, 2006 |
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9.0.244 | POPs now evaluate parameters at the cook time rather than at time zero when detecting per-particle variable dependence. This fixes unnecessary cooking of operators referenced by functions in the parameters. There are several consequences to compatibility as a result of this change. Functions referencing other particle simulations will no longer always recook the entire simulation if the global animation range or the particle simulation starts at time zero. This is now consistent with all other operator types. Per-particle variable dependent expressions will now be detected even if the first channel segment does not contain such an expression. This is a fairly minor consequence. |
Fri. May 26, 2006 |
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9.0.244 | POPs now evaluate parameters at the cook time rather than at time zero when detecting per-particle variable dependence. This fixes unnecessary cooking of operators referenced by functions in the parameters. |
Fri. May 26, 2006 |
|
9.0.244 | POPs now evaluate parameters at the cook time rather than at time zero when detecting per-particle variable dependence. This fixes unnecessary cooking of operators referenced by functions in the parameters. |
Fri. May 26, 2006 |
|
9.0.244 | POPs now evaluate parameters at the cook time rather than at time zero when detecting per-particle variable dependence. This fixes unnecessary cooking of operators referenced by functions in the parameters. |
Fri. May 26, 2006 |
|
9.0.244 | POPs now evaluate parameters at the cook time rather than at time zero when detecting per-particle variable dependence. This fixes unnecessary cooking of operators referenced by functions in the parameters. |
Fri. May 26, 2006 |
|
9.0.244 | POPs now evaluate parameters at the cook time rather than at time zero when detecting per-particle variable dependence. This fixes unnecessary cooking of operators referenced by functions in the parameters. |
Fri. May 26, 2006 |
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9.0.244 | Unlocking a node in the oplister will now give you the same confirmation dialog as in the network editor. |
Fri. May 26, 2006 |
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9.0.244 | Unlocking a node in the oplister will now give you the same confirmation dialog as in the network editor. |
Fri. May 26, 2006 |
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9.0.244 | Unlocking a node in the oplister will now give you the same confirmation dialog as in the network editor. |
Fri. May 26, 2006 |
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9.0.244 | Unlocking a node in the oplister will now give you the same confirmation dialog as in the network editor. |
Fri. May 26, 2006 |
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9.0.244 | Unlocking a node in the oplister will now give you the same confirmation dialog as in the network editor. |
Fri. May 26, 2006 |
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9.0.244 | The oplister no longer allows the user to edit invalid flags on manager nodes. |
Fri. May 26, 2006 |
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9.0.244 | The oplister no longer allows the user to edit invalid flags on manager nodes. |
Fri. May 26, 2006 |