MANUAL.md

In-painting

Requires 2 inputs:

[1] Image Layer.
[2] Mask Layer containing mask of object to be removed. Background should be black (255,255,255) and object should be white (0,0,0).

Interpolate-frames

Requires 3 inputs:

[1] Image Layer which will be the starting frame.
[2] Image Layer which will be the ending frame.
[3] Output Location: Folder where interpolated frames should be saved.

De-blur

Works on currently selected layer as input.

De-haze

Works on currently selected layer as input.

De-noise

Works on currently selected layer as input.

Enlightening

Works on currently selected layer as input.

MonoDepth

Works on currently selected layer as input.

Semantic Segmentation

Works on currently selected layer as input containing any of the following: person, bird, cat, cow, dog, horse, sheep, aeroplane, bicycle, boat, bus, car, motorbike, train, bottle, chair, dining table, potted plant, sofa, and tv/monitor.

Face Parsing

Works on currently selected layer as input containing only portrait image of a person.

Face Portrait Generation

Requires 3 layers as input:
[1] Image Layer containing only the portrait.
[2] Original Mask Layer obtained by using faceparse on the image layer.
[3] Modified Mask Layer obtained by duplicating the original mask layer and modifying it using paintbrush tool.

Image Super-resolution

Requires the factor by which the image is to be enlarged as input.

Set "Use as filter" to True if image size is medium/large in size (i.e., >~ 400pixels in height or width), otherwise you might run out of memory.

K-means Clustering

Requires 3 inputs:

[1] Image Layer.
[2] Number of clusters/colors in output.
[3] Use position: if (x,y) coordinates should be used as features for clustering.

Deep Image Matting

Requires 2 layers as input:
[1] Image Layer
[2] Trimap Layer: Use RGB as [128,128,128] for boundaries, [255,255,255] for object and [0,0,0] for background.
Example:

Deep Image Coloring

The image should be greyscale but the image mode should be RGB. This can be done from Image->Mode->RGB...
Requires 2 layers as input:
[1] Image Layer
[2] Color Mask Layer: A transparent RGB layer (with alpha channel) that contains (local points) dots of size 6 pixels specifying which color should be present at which location.
Example:

If the image and color mask layers are set to the same layer containing the image, the local points network will still give prediction. So the color mask layer is optional.