The library tab is divided into two sections with a vertical splitter.
The top section shows a list of all flames present in the currently opened file, or randomly generated flock. After every preview render completes, the latest updates to the current flame will be saved back to this list in memory, and the preview will be updated. Note that this can significantly slow down performance when using the
zoom parameter because it will greatly increase the number of iterations done.
The individual flame or the entire file will not be saved back to disk unless you specifically do so.
The root node in the tree represents the open file.
Rename the file. This name will be used when saving to disk.
Expand or collapse all flames. This is seldom used.
Each of these represents a flame within the currently opened file. The current flame will have its checkbox checked. This is not user editable and is only shown to differentiate between the current ember, and other flames which might have been single clicked on.
More than one flame can be selected, and the selections can be disjoint by using the shift and control keys. In addition, the following operations are supported.
Edit the name of the selected flame. This will be used as the name of, and within the Xml file when saved back to disk.
Set the flame as the current one. This will overwrite any edits currently pending, so be sure to save them first before switching between flames. This will also reset the undo list.
The selected flames can be dragged to a new location. If the mouse cursor is above the middle of a flame, the drop will go above that flame. The drop will go below if the mouse cursor is below the middle of a flame.
Shift + delete
Delete the selected flames. Note the shift key is required to prevent confusion from using the delete key when editing the name of a flame.
The bottom section shows a group of controls used for generating an animation sequence from the flames shown in the library tree above. This functions as a GUI replacement for EmberGenome.
After a sequence is generated, its contents will be shown as thumbnails in the sequence tree below. These are fixed and cannot be dragged, renamed or edited in any way. The only part of the sequence tree that can change is the root node which specifies the filename that will be used for saving to disk.
The sequence can then be sent to the Final Render dialog to be rendered as an animation. When this is done, the
Render All and
Render as Animation Sequence checkboxes are automatically checked when the dialog is shown.
You can either set specific fixed values that will be used for the duration of the sequence or use random values between a specified range.
This number will be added to the names of all of the output flames. It’s useful when using video rendering software such as ffmpeg which prefers file names to be in a certain range. If you have no such need, just leave this as 0.
While generating a sequence is fairly quick, rendering its previews can take a while. If you don’t care about the previews, you can stop them with the
Stop Previews button. Click
Start Previews if you have previously stopped rendering the previews, but want to start doing so again.
By default, all flames in the current file will be used as keyframes when generating the sequence. However,
Start Flame and
Stop Flame can be used to specify a subset of the total to be rendered. Note that the values are 0-indexed, and the
Stop Flame value is inclusive.
Used to specify that all flames in the current file will be used as keyframes. It sets
Start Flame to 0 and
Stop Flame to the size of the current file minus one.
Each checkbox under the random heading applies to the spinboxes on its row. If unchecked, the value in the first spinbox is used throughout sequence generation. If checked, a random value will be chosen between the first and second spinbox values on its row. This random value will change at the appropriate place as detailed below.
Stagger (EmberGenome equivalent: –stagger)
Stagger is described on the Sequence section of the EmberGenome page, so a duplicate explanation here will be omitted. Stagger can be disabled with a value of 0.
Random is checked on this row, a random value between the first and second spinbox values will be chosen for stagger before the blending process begins for each flame.
Rotations (EmberGenome equivalent: –loops, CW: –cwloops)
The number of times each flame should rotate before beginning to blend to the next flame. This value can be fractional to rotate a non-integer number of times. It can also be zero to omit rotation altogether.
Random is checked on this row, a random value between the first and second spinbox values will be chosen for the number of times to rotate before the rotation process begins for each flame.
Check the CW checkbox to make the rotations turn clockwise, else they will turn counter-clockwise.
Frames per rotation (EmberGenome equivalent: –loopframes)
If the rotation value below is greater than 0, then this value specifies how many frames each rotation is broken into. Smaller values give faster rotations, and larger values give slower rotations.
Note that this differs from EmberGenome. In that program, only a single value
--nframes is used for specifying the rotation frames and blending frames. Here, a separate value can be used for each.
Random is checked on this row, a random value between the first and second spinbox values will be chosen for the number of frames per rotation before the rotation process begins for each flame.
Blend frames (EmberGenome equivalent: –interpframes)
The number of frames it takes to blend from one flame to the next. Smaller values give faster blends, and larger values give slower blends.
Random is checked on this row, a random value between the first and second spinbox values will be chosen for the number of blending frames before the blending process begins for each flame.
Rotations per blend (EmberGenome equivalent: –interploops, CW: –cwinterploops)
The number of times each flame should rotate while blending to the next flame. This value is an integer, and can be zero to omit rotation while blending altogether.
Random is checked on this row, a random value between the first and second spinbox values will be chosen for the number of times to rotate while blending between each flame.
CW checkbox to make the rotations turn clockwise, else they will turn counter-clockwise.
Generate the sequence from the main library file, using the values specified in the controls. When sequence generation completes, the thumbnails will begin rendering. Click
Stop Previews to abort this process.
Send the generated sequence to the Final Render dialog with the
Render All and
Render as Animation Sequence checkboxes automatically checked.
Save the generated sequence out as a file.
Open an existing sequence file to be loaded into the sequence tree. More than one file can be selected, although this may not give a visually appealing sequence if the flames used to create them were not contiguous between files.