XYZ-GridPlot

Generates a XYZ-Gridplot from a list of images. It takes a list of images (including batches) and flattens them into a long list first (thus `batch_size=1`). **Grid shape** Determines the shape of the grid by: 1. the number of row labels 2. the number of column labels 3. the remaining sub-images. You can use `order=inside_out` to reverse the image selection (useful if `batch_size>1` and you want to label the batches). **Alignment** * If a label gets wrapped into the next line the whole axis is considered "multiline" and aligns them at top with justified-spacing. * If all the labels are numbers or all end in numbers (e.g. `strength: 1.`) the whole axis is considered "numeric" and aligns them right. * All other texts are considered "singleline" and aligns them centered. * Aligns singleline and numeric labels for columns at bottom, and for rows aligns them vertically in the middle. **Font-size** * The height of the column label area is determined by `font_size` or `half of largest sub-images packing height in any row` (whichever is greater). * The width of the row label area is determined by the widest width of the sub-images packing (with a minimum of 256px). * The text is shrunk down until it fits (down to `font_size_min=6`) and uses the same font size for the whole axis (row labels or column labels). If the font size is already at the minimum, clips any remaining text. **Sub-images packing** Shapes the sub-images (usually from batches) into the most square area (the "sub-images packing"), unless `output_is_list=True`, in which case uses only one image for each cell and create a list of whole image grids instead. You can use this list of image grids to connect another XyzGridPlot node to create super-grids. If the sub-images consist of batches of different sizes, fills up the missing cells with empty images. The number of images per cells (including batched images) have to be a multiple of `rows * columns`.