Houdini Main Changelogs
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6.1.117 | Edge Loop selections are now available for all operations. |
Wed. August 27, 2003 |
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6.1.117 | Edge Loop selections are now available for all operations. |
Wed. August 27, 2003 |
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6.1.117 | Edge Loop selections are now available for all operations. |
Wed. August 27, 2003 |
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6.1.116 | Added a tension parameter to the UVPelt SOP. The tension parameter names a point attribute that will be used to scale the spring strengths. |
Tue. August 26, 2003 |
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6.1.116 | Added a tension parameter to the UVPelt SOP. The tension parameter names a point attribute that will be used to scale the spring strengths. |
Tue. August 26, 2003 |
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6.1.116 | Added a tension parameter to the UVPelt SOP. The tension parameter names a point attribute that will be used to scale the spring strengths. |
Tue. August 26, 2003 |
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6.1.116 | Added a tension parameter to the UVPelt SOP. The tension parameter names a point attribute that will be used to scale the spring strengths. |
Tue. August 26, 2003 |
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6.1.116 | Added a tension parameter to the UVPelt SOP. The tension parameter names a point attribute that will be used to scale the spring strengths. |
Tue. August 26, 2003 |
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6.1.116 | DSOs are not removed from the search list after a access function is found. Thus, you can now have newModelState and newOperator inside the same DSO and both will be run. |
Tue. August 26, 2003 |
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6.1.116 | DSOs are not removed from the search list after a access function is found. Thus, you can now have newModelState and newOperator inside the same DSO and both will be run. |
Tue. August 26, 2003 |
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6.1.116 | DSOs are not removed from the search list after a access function is found. Thus, you can now have newModelState and newOperator inside the same DSO and both will be run. |
Tue. August 26, 2003 |
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6.1.116 | DSOs are not removed from the search list after a access function is found. Thus, you can now have newModelState and newOperator inside the same DSO and both will be run. |
Tue. August 26, 2003 |
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6.1.116 | DSOs are not removed from the search list after a access function is found. Thus, you can now have newModelState and newOperator inside the same DSO and both will be run. |
Tue. August 26, 2003 |
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6.1.116 | More fixes to the sequence COP. Also fixed a small bug with checking for edge tiles in COP2_Node::inputTile. |
Tue. August 26, 2003 |
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6.1.116 | More fixes to the sequence COP. Also fixed a small bug with checking for edge tiles in COP2_Node::inputTile. |
Tue. August 26, 2003 |
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6.1.116 | More fixes to the sequence COP. Also fixed a small bug with checking for edge tiles in COP2_Node::inputTile. |
Tue. August 26, 2003 |
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6.1.116 | More fixes to the sequence COP. Also fixed a small bug with checking for edge tiles in COP2_Node::inputTile. |
Tue. August 26, 2003 |
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6.1.116 | More fixes to the sequence COP. Also fixed a small bug with checking for edge tiles in COP2_Node::inputTile. |
Tue. August 26, 2003 |
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6.1.115 | A precision problem was fixed in the Composite CHOP with respect to its start and end samples. If the starting/ending time of the blended clip was a non-integer number in the new clip's sample rate, we now round to the nearest sample as opposed to flooring. This change corrects certain off by 1 errors in clip start and end times. It also results in different start/end times when the Composite CHOP blends between clips of differing sample rates. |
Mon. August 25, 2003 |
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6.1.115 | A precision problem was fixed in the Composite CHOP with respect to its start and end samples. If the starting/ending time of the blended clip was a non-integer number in the new clip's sample rate, we now round to the nearest sample as opposed to flooring. This change corrects certain off by 1 errors in clip start and end times. It also results in different start/end times when the Composite CHOP blends between clips of differing sample rates. |
Mon. August 25, 2003 |
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6.1.115 | A precision problem was fixed in the Composite CHOP with respect to its start and end samples. If the starting/ending time of the blended clip was a non-integer number in the new clip's sample rate, we now round to the nearest sample as opposed to flooring. This change corrects certain off by 1 errors in clip start and end times. It also results in different start/end times when the Composite CHOP blends between clips of differing sample rates. |
Mon. August 25, 2003 |
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6.1.115 | A precision problem was fixed in the Composite CHOP with respect to its start and end samples. If the starting/ending time of the blended clip was a non-integer number in the new clip's sample rate, we now round to the nearest sample as opposed to flooring. This change corrects certain off by 1 errors in clip start and end times. It also results in different start/end times when the Composite CHOP blends between clips of differing sample rates. |
Mon. August 25, 2003 |
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6.1.115 | A precision problem was fixed in the Composite CHOP with respect to its start and end samples. If the starting/ending time of the blended clip was a non-integer number in the new clip's sample rate, we now round to the nearest sample as opposed to flooring. This change corrects certain off by 1 errors in clip start and end times. It also results in different start/end times when the Composite CHOP blends between clips of differing sample rates. |
Mon. August 25, 2003 |
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6.1.115 | Fixed precision problem when calculating end and start values in the Composite CHOP that manifested itself in bad blending results. |
Mon. August 25, 2003 |
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6.1.115 | Fixed precision problem when calculating end and start values in the Composite CHOP that manifested itself in bad blending results. |
Mon. August 25, 2003 |