senbuvis@monstras:~$ nona nona: No output prefix given. senbuvis@monstras:~$ nona --help nona: stitch a panorama image nona version Pre-Release 2019.3.0.2ffc3ceb41d7 It uses the transform function from PanoTools, the stitching itself is quite simple, no seam feathering is done. only the non-antialiasing interpolators of panotools are supported The following output formats (n option of panotools p script line) are supported: JPEG, TIFF, PNG : Single image formats with internal blender JPEG_m, TIFF_m, PNG_m : multiple image files TIFF_multilayer : Multilayer tiff files, readable by The Gimp 2.0 Usage: nona [options] -o output project_file (image files) Options: -c create coordinate images (only TIFF_m output) -v verbose output -d|--debug print detailed output for gpu processing -g|--gpu perform image remapping on the GPU The following options can be used to override settings in the project file: -i num remap only image with number num (can be specified multiple times) -m str set output file format (TIFF, TIFF_m, TIFF_multilayer, EXR, EXR_m, JPEG, JPEG_m, PNG, PNG_m) -r ldr/hdr set output mode. ldr keep original bit depth and response hdr merge to hdr -e exposure set exposure for ldr mode -p TYPE pixel type of the output. Can be one of: UINT8 8 bit unsigned integer UINT16 16 bit unsigned integer INT16 16 bit signed integer UINT32 32 bit unsigned integer INT32 32 bit signed integer FLOAT 32 bit floating point -z|--compression set compression type. Possible options for tiff output: NONE no compression PACKBITS packbits compression LZW lzw compression DEFLATE deflate compression For jpeg output set quality number --bigtiff Use BigTIFF format for TIFF images --ignore-exposure don't correct exposure (this does not work with -e switch together) --output-range-compression=value set range compression value should be a real in range 0..20 --save-intermediate-images saves also the intermediate images (only when output is TIFF, PNG or JPEG) --intermediate-suffix=SUFFIX suffix for intermediate images --create-exposure-layers create all exposure layers (this will always use TIFF) --clip-exposure[=lower cutoff:upper cutoff] mask automatically all dark and bright pixels optionally you can specify the limits for the lower and upper cutoff (specify in range 0...1, relative the full range) --seam=hard|blend select the blend mode for the seam senbuvis@monstras:~$ enblend enblend: no input files specified senbuvis@monstras:~$ enblend --help Usage: enblend [options] [--output=IMAGE] INPUT... Blend INPUT images into a single IMAGE. INPUT... are image filenames or response filenames. Response filenames start with an "@" character. Options: Common options: -l, --levels=LEVELS limit number of blending LEVELS to use (1 to 29); negative number of LEVELS decreases maximum; "auto" restores the default automatic maximization -o, --output=FILE write output to FILE; default: "a.tif" -v, --verbose[=LEVEL] verbosely report progress; repeat to increase verbosity or directly set to LEVEL --compression=COMPRESSION set compression of output image to COMPRESSION, where COMPRESSION is: "deflate", "jpeg", "lzw", "none", "packbits", for TIFF files and 0 to 100, or "jpeg", "jpeg-arith" for JPEG files, where "jpeg" and "jpeg-arith" accept a compression level Advanced options: --blend-colorspace=COLORSPACE force COLORSPACE for blending operations; Enblend uses "CIELUV" for images with ICC-profile and "IDENTITY" for those without and also for all floating-point images; other available blend color spaces are "CIELAB" and "CIECAM" -c, --ciecam use CIECAM02 to blend colors; disable with "--no-ciecam"; note that this option will be withdrawn in favor of "--blend-colorspace" -d, --depth=DEPTH set the number of bits per channel of the output image, where DEPTH is "8", "16", "32", "r32", or "r64" -f WIDTHxHEIGHT[+xXOFFSET+yYOFFSET] manually set the size and position of the output image; useful for cropped and shifted input TIFF images, such as those produced by Nona -g associated-alpha hack for Gimp (before version 2) and Cinepaint -w, --wrap[=MODE] wrap around image boundary, where MODE is "none", "horizontal", "vertical", or "both"; default: none; without argument the option selects horizontal wrapping Mask generation options: --coarse-mask[=FACTOR] shrink overlap regions by FACTOR to speedup mask generation; this is the default; if omitted FACTOR defaults to 8 --fine-mask generate mask at full image resolution; use e.g. if overlap regions are very narrow --optimize turn on mask optimization; this is the default; disable with "--no-optimize" --save-masks[=TEMPLATE] save generated masks in TEMPLATE; default: "mask-%n.tif"; conversion chars: "%i": mask index, "%n": mask number, "%p": full path, "%d": dirname, "%b": basename, "%f": filename, "%e": extension; lowercase characters refer to input images uppercase to the output image --load-masks[=TEMPLATE] use existing masks in TEMPLATE instead of generating them; same template characters as "--save-masks"; default: "mask-%n.tif" --visualize[=TEMPLATE] save results of optimizer in TEMPLATE; same template characters as "--save-masks"; default: "vis-%n.tif" Expert options: -a, --pre-assemble pre-assemble non-overlapping images; negate with "--no-pre-assemble" -x checkpoint partial results --fallback-profile=PROFILE-FILE use the ICC profile from PROFILE-FILE instead of sRGB --layer-selector=ALGORITHM set the layer selector ALGORITHM; default: "all-layers"; available algorithms are: "all-layers": select all layers in any image; "first-layer": select only first layer in each (multi-)layer image; "last-layer": select only last layer in each (multi-)layer image; "largest-layer": select largest layer in each (multi-)layer image; "no-layer": do not select any layer from any image; --parameter=KEY1[=VALUE1][:KEY2[=VALUE2][:...]] set one or more KEY-VALUE pairs Expert mask generation options: --primary-seam-generator=ALGORITHM use main seam finder ALGORITHM, where ALGORITHM is "nearest-feature-transform" or "graph-cut"; default: "graph-cut" --image-difference=ALGORITHM[:LUMINANCE-WEIGHT[:CHROMINANCE-WEIGHT]] use ALGORITHM for calculation of the difference image, where ALGORITHM is "max-hue-luminance" or "delta-e"; LUMINANCE-WEIGHT and CHROMINANCE-WEIGHT define the weights of lightness and color; default: delta-e:1:1 --optimizer-weights=DISTANCE-WEIGHT[:MISMATCH-WEIGHT] set the optimizer's weigths for distance and mismatch; default: 8:1 --mask-vectorize=LENGTH set LENGTH of single seam segment; append "%" for relative value; defaults: 4 for coarse masks and 20 for fine masks --anneal=TAU[:DELTAE-MAX[:DELTAE-MIN[:K-MAX]]] set annealing parameters of optimizer strategy 1; defaults: 0.75:7000:5:32 --dijkstra=RADIUS set search RADIUS of optimizer strategy 2; default: 25 pixels Information options: -h, --help print this help message and exit -V, --version output version information and exit --show-globbing-algorithms show all globbing algorithms --show-image-formats show all recognized image formats and their filename extensions --show-signature show who compiled the binary when and on which machine --show-software-components show the software components with which Enblend was compiled Enblend accepts arguments to any option in uppercase as well as in lowercase letters. Environment: OMP_NUM_THREADS The OMP_NUM_THREADS environment variable sets the number of threads to use in OpenMP parallel regions. If unset Enblend uses as many threads as there are CPUs. OMP_DYNAMIC The OMP_DYNAMIC environment variable controls dynamic adjustment of the number of threads to use in executing OpenMP parallel regions. Report bugs at . senbuvis@monstras:~$