Now the viewport snapshot memory has an option to blend the snapshot image with the scene view with a user-defined alpha blend factor. The blend factor for the snapshots can be specified in the dialog box that is popped up by clicking "+" button at the end of the snapshot memory buttons (though it is considered to move the options into the display option dialog).

Now the viewport snapshot memory has an option to blend the snapshot image with the scene view with a user-defined alpha blend factor. The blend factor for the snapshots can be specified in the dialog box that is popped up by clicking "+" button at the end of the snapshot memory buttons (though it is considered to move the options into the display option dialog).

Now the viewport snapshot memory has an option to blend the snapshot image with the scene view with a user-defined alpha blend factor. The blend factor for the snapshots can be specified in the dialog box that is popped up by clicking "+" button at the end of the snapshot memory buttons (though it is considered to move the options into the display option dialog).

Now the viewport snapshot memory has an option to blend the snapshot image with the scene view with a user-defined alpha blend factor. The blend factor for the snapshots can be specified in the dialog box that is popped up by clicking "+" button at the end of the snapshot memory buttons (though it is considered to move the options into the display option dialog).

Now the viewport snapshot display memory has an option to not show the snapshot if the current time frame is the same as the time frame at which the snapshot was taken. The options for the snapshot memory are in the dialog box that can be shown by clicking the "+" button at the end of the snapshot memory buttons (though it is considered to move the options into the display options dialog).

Now the viewport snapshot display memory has an option to not show the snapshot if the current time frame is the same as the time frame at which the snapshot was taken. The options for the snapshot memory are in the dialog box that can be shown by clicking the "+" button at the end of the snapshot memory buttons (though it is considered to move the options into the display options dialog).

Now the viewport snapshot display memory has an option to not show the snapshot if the current time frame is the same as the time frame at which the snapshot was taken. The options for the snapshot memory are in the dialog box that can be shown by clicking the "+" button at the end of the snapshot memory buttons (though it is considered to move the options into the display options dialog).

Now the viewport snapshot display memory has an option to not show the snapshot if the current time frame is the same as the time frame at which the snapshot was taken. The options for the snapshot memory are in the dialog box that can be shown by clicking the "+" button at the end of the snapshot memory buttons (though it is considered to move the options into the display options dialog).

Now the viewport snapshot display memory has an option to not show the snapshot if the current time frame is the same as the time frame at which the snapshot was taken. The options for the snapshot memory are in the dialog box that can be shown by clicking the "+" button at the end of the snapshot memory buttons (though it is considered to move the options into the display options dialog).

A new type of temporary view storage is available for the viewer. Now in addition of the View and Clip plane memory, there is a Snapshot memory capable of storing the view framebuffer as an image. The stored snapshots of the scene can be recalled (ie. displayed back in the viewer) by pressing the memory buttons under the viewer.

To store the view form the viewer into a memory, press the 'M' button, and then press the memory location (buttons 1-9, or type a new memory label in the input field).

To recall the memory press the memory button associated with the desired snapshot. The snapshot will be displayed in the viewer until the memory is retracted by clicking the same button again.

In addition there is a Clear button which frees up the memory taken by the snapshots. The keyboard shortcuts can be assigned to the buttons.

A new type of temporary view storage is available for the viewer. Now in addition of the View and Clip plane memory, there is a Snapshot memory capable of storing the view framebuffer as an image. The stored snapshots of the scene can be recalled (ie. displayed back in the viewer) by pressing the memory buttons under the viewer.

To store the view form the viewer into a memory, press the 'M' button, and then press the memory location (buttons 1-9, or type a new memory label in the input field).

To recall the memory press the memory button associated with the desired snapshot. The snapshot will be displayed in the viewer until the memory is retracted by clicking the same button again.

In addition there is a Clear button which frees up the memory taken by the snapshots. The keyboard shortcuts can be assigned to the buttons.

A new type of temporary view storage is available for the viewer. Now in addition of the View and Clip plane memory, there is a Snapshot memory capable of storing the view framebuffer as an image. The stored snapshots of the scene can be recalled (ie. displayed back in the viewer) by pressing the memory buttons under the viewer.

To store the view form the viewer into a memory, press the 'M' button, and then press the memory location (buttons 1-9, or type a new memory label in the input field).

To recall the memory press the memory button associated with the desired snapshot. The snapshot will be displayed in the viewer until the memory is retracted by clicking the same button again.

In addition there is a Clear button which frees up the memory taken by the snapshots. The keyboard shortcuts can be assigned to the buttons.

A new type of temporary view storage is available for the viewer. Now in addition of the View and Clip plane memory, there is a Snapshot memory capable of storing the view framebuffer as an image. The stored snapshots of the scene can be recalled (ie. displayed back in the viewer) by pressing the memory buttons under the viewer.

To store the view form the viewer into a memory, press the 'M' button, and then press the memory location (buttons 1-9, or type a new memory label in the input field).

To recall the memory press the memory button associated with the desired snapshot. The snapshot will be displayed in the viewer until the memory is retracted by clicking the same button again.

In addition there is a Clear button which frees up the memory taken by the snapshots. The keyboard shortcuts can be assigned to the buttons.

A new type of temporary view storage is available for the viewer. Now in addition of the View and Clip plane memory, there is a Snapshot memory capable of storing the view framebuffer as an image. The stored snapshots of the scene can be recalled (ie. displayed back in the viewer) by pressing the memory buttons under the viewer.

To store the view form the viewer into a memory, press the 'M' button, and then press the memory location (buttons 1-9, or type a new memory label in the input field).

To recall the memory press the memory button associated with the desired snapshot. The snapshot will be displayed in the viewer until the memory is retracted by clicking the same button again.

In addition there is a Clear button which frees up the memory taken by the snapshots. The keyboard shortcuts can be assigned to the buttons.

Fixed a minor bug where the parameter list would still have interests in changes to the operator types when closed.

Fixed a minor bug where the parameter list would still have interests in changes to the operator types when closed.

Fixed a minor bug where the parameter list would still have interests in changes to the operator types when closed.

Fixed a minor bug where the parameter list would still have interests in changes to the operator types when closed.

Fixed a minor bug where the parameter list would still have interests in changes to the operator types when closed.

Multiparm temporary dialogs are now written to the temp directory, rather than $HFS/houdini/config/Dialogs. This avoids several problems with writing data to a shared location in a multi-user environment, and a location that might be read-only at that.

Multiparm temporary dialogs are now written to the temp directory, rather than $HFS/houdini/config/Dialogs. This avoids several problems with writing data to a shared location in a multi-user environment, and a location that might be read-only at that.

Multiparm temporary dialogs are now written to the temp directory, rather than $HFS/houdini/config/Dialogs. This avoids several problems with writing data to a shared location in a multi-user environment, and a location that might be read-only at that.

Multiparm temporary dialogs are now written to the temp directory, rather than $HFS/houdini/config/Dialogs. This avoids several problems with writing data to a shared location in a multi-user environment, and a location that might be read-only at that.

Multiparm temporary dialogs are now written to the temp directory, rather than $HFS/houdini/config/Dialogs. This avoids several problems with writing data to a shared location in a multi-user environment, and a location that might be read-only at that.

Fixed a bug wherein the view state lock is stuck in the graph editor if multigraph mode is entered while the space bar is down