Houdini Main Changelogs
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6.2.42 | Fixing bug where changing a parameter in the Controls page of a custom object subnet would cause all its child objects to recook regardless of whether they need to or not. |
Tue. November 11, 2003 |
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6.2.42 | Fixed a problem when Refreshing all Operator Type Libraries when the "Give preference to latest definition" option is turned off. In this case, if two definitions for the same operator type existed in two different libraries, any nodes of that type could revert some of their parameters to the default values. |
Tue. November 11, 2003 |
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6.2.42 | Fixed a problem when Refreshing all Operator Type Libraries when the "Give preference to latest definition" option is turned off. In this case, if two definitions for the same operator type existed in two different libraries, any nodes of that type could revert some of their parameters to the default values. |
Tue. November 11, 2003 |
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6.2.42 | Fixed a problem when Refreshing all Operator Type Libraries when the "Give preference to latest definition" option is turned off. In this case, if two definitions for the same operator type existed in two different libraries, any nodes of that type could revert some of their parameters to the default values. |
Tue. November 11, 2003 |
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6.2.42 | Fixed a problem when Refreshing all Operator Type Libraries when the "Give preference to latest definition" option is turned off. In this case, if two definitions for the same operator type existed in two different libraries, any nodes of that type could revert some of their parameters to the default values. |
Tue. November 11, 2003 |
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6.2.42 | Fixed a problem when Refreshing all Operator Type Libraries when the "Give preference to latest definition" option is turned off. In this case, if two definitions for the same operator type existed in two different libraries, any nodes of that type could revert some of their parameters to the default values. |
Tue. November 11, 2003 |
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6.2.42 | Null objects are no longer output to RIB or IFD streams by default. There is a new parameter (renderspace) in the Null object which determines whether the space will be defined in the rendering stream. As well, when nulls are output to RIB or IFD, the pre-include and post-include files can be used to insert black-box statements into the RIB stream around the transform declarations. |
Tue. November 11, 2003 |
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6.2.42 | Null objects are no longer output to RIB or IFD streams by default. There is a new parameter (renderspace) in the Null object which determines whether the space will be defined in the rendering stream. As well, when nulls are output to RIB or IFD, the pre-include and post-include files can be used to insert black-box statements into the RIB stream around the transform declarations. |
Tue. November 11, 2003 |
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6.2.42 | Null objects are no longer output to RIB or IFD streams by default. There is a new parameter (renderspace) in the Null object which determines whether the space will be defined in the rendering stream. As well, when nulls are output to RIB or IFD, the pre-include and post-include files can be used to insert black-box statements into the RIB stream around the transform declarations. |
Tue. November 11, 2003 |
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6.2.42 | Null objects are no longer output to RIB or IFD streams by default. There is a new parameter (renderspace) in the Null object which determines whether the space will be defined in the rendering stream. As well, when nulls are output to RIB or IFD, the pre-include and post-include files can be used to insert black-box statements into the RIB stream around the transform declarations. |
Tue. November 11, 2003 |
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6.2.42 | Null objects are no longer output to RIB or IFD streams by default. There is a new parameter (renderspace) in the Null object which determines whether the space will be defined in the rendering stream. As well, when nulls are output to RIB or IFD, the pre-include and post-include files can be used to insert black-box statements into the RIB stream around the transform declarations. |
Tue. November 11, 2003 |
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6.2.42 | Houdini now handles the SIGINT, SIGQUIT, and SIGTERM signals by saving out the current hip file and doing clean up before quitting. |
Tue. November 11, 2003 |
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6.2.42 | Houdini now handles the SIGINT, SIGQUIT, and SIGTERM signals by saving out the current hip file and doing clean up before quitting. |
Tue. November 11, 2003 |
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6.2.42 | Houdini now handles the SIGINT, SIGQUIT, and SIGTERM signals by saving out the current hip file and doing clean up before quitting. |
Tue. November 11, 2003 |
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6.2.42 | Houdini now handles the SIGINT, SIGQUIT, and SIGTERM signals by saving out the current hip file and doing clean up before quitting. |
Tue. November 11, 2003 |
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6.2.42 | Houdini now handles the SIGINT, SIGQUIT, and SIGTERM signals by saving out the current hip file and doing clean up before quitting. |
Tue. November 11, 2003 |
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6.2.42 | The Fillet SOP no longer crashes when incorrectly filleting sub groups when the second input is given. In this case the second input will be ignored. |
Tue. November 11, 2003 |
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6.2.42 | The Fillet SOP no longer crashes when incorrectly filleting sub groups when the second input is given. In this case the second input will be ignored. |
Tue. November 11, 2003 |
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6.2.42 | The Fillet SOP no longer crashes when incorrectly filleting sub groups when the second input is given. In this case the second input will be ignored. |
Tue. November 11, 2003 |
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6.2.42 | The Fillet SOP no longer crashes when incorrectly filleting sub groups when the second input is given. In this case the second input will be ignored. |
Tue. November 11, 2003 |
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6.2.42 | The Fillet SOP no longer crashes when incorrectly filleting sub groups when the second input is given. In this case the second input will be ignored. |
Tue. November 11, 2003 |
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6.2.41 | There were several changes made to convexing of polygons. The major changes were to improve convexing of non-planar polygons. However, because the change affects how polygons will be convexed, geometry will now be convexed differently. For example, SOPs following a divide SOP may require re-selection of their input geometry since the results of the divide SOP may be different. The changes are not only limited to the divide SOP, but anywhere that convexing is performed in Houdini. |
Mon. November 10, 2003 |
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6.2.41 | There were several changes made to convexing of polygons. The major changes were to improve convexing of non-planar polygons. However, because the change affects how polygons will be convexed, geometry will now be convexed differently. For example, SOPs following a divide SOP may require re-selection of their input geometry since the results of the divide SOP may be different. The changes are not only limited to the divide SOP, but anywhere that convexing is performed in Houdini. |
Mon. November 10, 2003 |
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6.2.41 | There were several changes made to convexing of polygons. The major changes were to improve convexing of non-planar polygons. However, because the change affects how polygons will be convexed, geometry will now be convexed differently. For example, SOPs following a divide SOP may require re-selection of their input geometry since the results of the divide SOP may be different. The changes are not only limited to the divide SOP, but anywhere that convexing is performed in Houdini. |
Mon. November 10, 2003 |
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6.2.41 | There were several changes made to convexing of polygons. The major changes were to improve convexing of non-planar polygons. However, because the change affects how polygons will be convexed, geometry will now be convexed differently. For example, SOPs following a divide SOP may require re-selection of their input geometry since the results of the divide SOP may be different. The changes are not only limited to the divide SOP, but anywhere that convexing is performed in Houdini. |
Mon. November 10, 2003 |