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unknown argument '%s' giving you help instead
%s has no %s property, properties: %s has no %s property. (1,1) (1,2) (1,3) (1,4) (1,5) (2,1) (2,2) (2,3) (2,4) (2,5) (3,1) (3,2) (3,3) (3,4) (3,5) (4,1) (4,2) (4,3) (4,4) (4,5) (5,1) (5,2) (5,3) (5,4) (5,5) -1 means autodetect on first audio fragment -1, 8, 16, 32 and 64 are the currently accepted values, -1 means auto 0° 180° 1D Box Blur 1D Gaussian-blur 1D Wavelet-blur 270° 3x3 8 and 16 are the currently accepted values. 90° A GeglVector representing the path of the stroke A fast approximation of bilateral filter, using a box-filter instead of a gaussian blur. A high value lowers the randomness of the noise A layer in the traditional sense A pre-existing GeglBuffer to write incoming buffer data to. A rectangular source of a fixed size with a solid color A stored lua script on disk implementing an operation. ACES RRT ASAP Deformation ASAP deformation is performed when TRUE, ARAP deformation otherwise Absolute Absolute Colorimetric Abyss policy Accumulating motion blur using a kalman filter, for use with video sequences of frames. Active levels Adapt an image, which may have a high dynamic range, for presentation using a low dynamic range. This is an efficient global operator derived from simple physiological observations, producing luminance within the range 0.0-1.0 Adapt an image, which may have a high dynamic range, for presentation using a low dynamic range. This operator attenuates the magnitudes of local image gradients, producing luminance within the range 0.0-1.0. This tonemapping approach was originally presented by Raanan Fattal, in the 2002 SIGGRAPH paper: Gradient Domain High Dynamic Range Compression. Adapt an image, which may have a high dynamic range, for presentation using a low dynamic range. This operator constrains contrasts across multiple spatial frequencies, producing luminance within the range 0.0-1.0 Adaptation to color variation across the image Adaptation to light variation across the image Add CIE Lch Noise Add HSV Noise Add RGB Noise Add squared values sum to the output Additive Adds a lens flare effect. Adjust LCH Hue, Chroma, and Lightness Adjust brightness in corners Adjust exposure of highlights Adjust exposure of shadows Adjust saturation of highlights Adjust saturation of shadows Adjust the black level Adjusts the contrast of a grayscale image with a curve specifying contrast for intensity. Adobe RGB compatible Algorithm Algorithm type Alien Map Alignment for multi-line text (0=Left, 1=Center, 2=Right) Allow splitting tiles Allows splitting tiles at hard edges Alpha Alpha channel Alpha levels Alpha parameter of MLS weights Alpha percentile Alpha threshold for multilevel processing Alpha-weighting Always Ambient lighting factor Amount Amount by which to scale the opacity of each transformed image Amount of edge preservation Amount of edge preservation. This quantity is inversely proportional to the range standard deviation of the blur kernel. Amount of fourth-order distortion Amount of second-order distortion Amount to increase brightness Amplitude Amplitude for X axis (logarithmic scale) Amplitude for Y axis (logarithmic scale) Amplitude of the ripple An already existing GeglBuffer to write incoming buffer data to, or NULL. An edge-preserving smoothing filter implemented with the Domain Transform recursive technique. Similar to a bilateral filter, but faster to compute. An error message in case of a failure An explicit caching node, caches results and should provide faster recomputation if what is cached by it is expensive but isn't changing. Angle Angle Boost Angle of blur in degrees Angle of view Angle offset for patterns Angle to rotate (counter-clockwise) Anisotropic smoothing operation Anti-alias oversampling factor Antialias using the Scale3X edge-extrapolation algorithm Antialiasing Apparent depth of the rendered canvas effect; from 1 (very flat) to 50 (very deep) Apparent height of each tile (in pixels) Applies a color gradient. Applies a vignette to an image. Simulates the luminance fall off at the edge of exposed film, and some other fuzzier border effects that can naturally occur with analog photography Apply Lens Apply a generic 5x5 convolution matrix Apply a sepia tone to the input image Apply a transformation recursively. Area balance between the two colors Arithmetic add Arithmetic add covariant Arithmetic xor Arithmetic xor covariant Aspect ratio Aspect ratio to use, -0.5 = 1:2, 0.0 = 1:1, 0.5 = 2:1, -1.0 = 1:inf 1.0 = inf:1, this is applied after proportion is taken into account, to directly use squeeze factor as proportions, set proportion to 0.0. Audio codec Audio codec to use, or auto to use a good default based on container format. Auto Autocorrect D values for lens correction models. Autocorrect d values Auxiliary image buffer input pad. Available as a global variable 'user_value' in lua. Average Average diameter of each tile (in pixels) Average difference (total) Average difference (wrong) Average difference between all pixels. Average difference between wrong pixels. Avoid clipping and quantization (slower) Axis separation angle Azimuth Babl Format BablFormat "%s" does not exist. Background Background Color Background color Background type Bailout length Balance Barnsley 1 Barnsley 2 Barnsley 3 Base Base index Bayer Bayer Matrix Bayer pattern Bayer pattern used, 0 seems to work for some nikon files, 2 for some Fuji files. Behavior Behavior of the op Beta Bilateral Box Filter Bilateral Filter Bilinear Bitdepth Black Black angle Black level Black on White Black pattern Black period Black point compensation Black pullout Blast Blend Mode Block height Block size Block size of deinterlacing rows/columns Block width Blocksize Blue Blue Channel Multiplier Blue Threshold Blue and Yellow angle Blue and Yellow pattern Blue and Yellow period Blue angle Blue application mode Blue channel Blue contours Blue frequency Blue in Blue channel Blue in Green channel Blue in Red channel Blue inversion Blue levels Blue pattern Blue period Blue phase shift Blue sharp edges Blue stretching factor Blue threshold of the input color Blur neighboring pixels, but only in low-contrast areas Blur pixels in a direction, simulates blurring caused by moving camera in a straight line during exposure. Blur radius Blur resulting from averaging the colors of a row neighbourhood. Blur resulting from averaging the colors of a square neighbourhood. Blur resulting from computing the median color in the neighborhood of each pixel. Blurring factor Border Border behavior Both Bottom Bottom-left Bottom-right Box Blur BoxBlur Brighten Brightness Brightness Contrast Brightness and shifting/fattening of contours Buffer Buffer Sink Buffer Source Buffer location Bump Map Bumpmap (preserve original colors) CIE Lab/Lch CIE Yuv CMYK CMYK Cyan CMYK Key CMYK Magenta CMYK Yellow CX CX (No effect in Mandelbrot and Sierpinski) CY CY (No effect in Mandelbrot and Sierpinski) Cache Calculate a distance transform Calculate b value from focal Camera Camera RGB Camera angle of view Cartesian Cartoon Cast Format Cast color space Cast the data between input_format and output_format, both formats must have the same bpp Cell Noise Center Center X Center Y Center displacement Center of Hue selection interval Center the displacement around a specified point Centering Centering of the tiles Change exposure of an image in shutter speed stops Change the color temperature of the image, from an assumed original color temperature to an intended one. Change to this Changes the light level and contrast. This operation operates in linear light, 'contrast' is a scale factor around 50% gray, and 'brightness' a constant offset to apply after contrast scaling. Changes the saturation Channel Mixer Chebyshev Checkerboard Choose middle Chroma Chroma adjustment Chromatic adaptation Circle Circle depth in percent Circular Motion Blur Circular motion blur Clamp Clamp deformation Clip RGB Clip high pixel values Clip low pixel values Clip result to input size Clip to the input extent Clockwise Clone Clone a buffer, this is the same as gegl:nop but can get special treatment to get more human readable references in serializations/UI. Cluster size Color Color 1 Color 2 Color 3 Color 4 Color 5 Color Assimilation Grid Color Enhance Color Model Color Overlay Color Rotate Color Temperature Color averaging Color for the text (defaults to 'black') Color model Color of paint to use for filling, use 0 opacity to disable filling Color of paint to use for filling. Color of paint to use for stroking Color of paint to use for stroking. Color of the grid lines Color saturation dependent compression of period Color space Color space to use for loaded data Color to Alpha Color to fade transformed images towards, with a rate depending on its alpha Color to grayscale conversion, uses envelopes formed with the STRESS approach to perform local color-difference preserving grayscale generation. Color to peaks Color to render Color to use for the "Only color" and "Color to peaks" modes Color used to fill the background Color warp Colors with a saturation less than this will treated as gray Combine Exposures Combine multiple scene exposures into one high dynamic range image. Compactness Compares if input and aux buffers are different. Global statistics are saved in the properties and a visual difference image is produced as a visual result. Compensate Compensate for darkening Completely randomize a fraction of pixels Complexity Complexity factor Component Component 1 frequency Component 1 phase shift Component 2 frequency Component 2 phase shift Component 3 frequency Component 3 phase shift Component separator color Component to extract Components of JPEG 2000 input don't match Composite operation to use Composition Compress Compress the effect on shadows/highlights and preserve midtones Compression Compression algorithm used for data stored in the swap Compute a relative displacement mapping from a stroke Compute gradient magnitude and/or direction by central differencies Compute integral and squared integral image Connected Components Container format Container format to use, or auto to autodetect based on file extension. Contrast Contrast Curve Contrast of high-pass Control amount of noise for each RGB channel separately Controls the number of iterations Controls the number of iterations; lower values give less plastic results Convert Format Convert a specified color to transparency, works best with white. Convert color space Convert image to or from polar coordinates Convert the data to the specified format Convert the image into randomly rotated square blobs, somehow resembling a cubist painting style Convert using black point compensation. Converts the input from an ICC color profile to a well defined babl format. The buffer's data will then be correctly managed by GEGL for further processing. Convolution Matrix Coordinates of lens center Copies image performing lens distortion correction. Copy Buffer Corrected estimation of the temperature of the light source in Kelvin. Corrects barrel or pincushion lens distortion. Correlated noise Cosine Counter-clockwise Create a grayscale (monochrome) image Create a kaleidoscope like effect. Create a new GEGL buffer to write the resulting rendering. Create a random cloud-like texture Create a tileable output Create progressive JPEG images Creates a dropshadow effect on the input buffer Creates a long-shadow effect Creates an image filled with a plasma effect. Crop Crops a buffer, if the aux pad is connected the bounding box of the node connected is used. Crossing Lines Cubic Cubism Curvature Curve Curve Type Curve type Cut image into paper tiles, and slide them Cyan angle Cyan pattern Cyan period Dampness Default size of tiles in GeglBuffers Defaults to 'black', you can use transparency here to erase portions of an image Degrees Deinterlace Deinterlace horizontally or vertically Delay in ms for last decoded frame Demosaic With Bimedian Interpolation Demosaic Without Interpolation Depth Depth first Detail Detail level Deviation from perfectly formed tiles Diamond Difference of Gaussians Differential Diffraction Patterns Digital halftoning with optional modulations. Direction Direction of light-source (in degrees) Direction of the effect Direction vector's X component Direction vector's Y component Directory Disable OpenCL Discretization bits Displace Displace multiplier for X or radial direction Displace multiplier for Y or tangent (degrees) direction Displace pixels as indicated by displacement maps Displace pixels in a ripple pattern Displacement mode Displacement multiplier for the angular offset Displacement multiplier for the horizontal direction Displacement multiplier for the radial direction Displacement multiplier for the vertical direction Displacement scaling factor (negative values refer to the inverse displacement) Display Display a string of text using pango and cairo. Display help information Display on screen Display the input buffer in a window. Displays the input buffer in an SDL window (restricted to one display op/process, due to SDL implementation issues). Displays the input buffer in an SDL2 window (restricted to one display op/process, due to SDL2 implementation issues). Distance Transform Distort an image by whirling and pinching Distort colors by random amounts Distort the image with waves Distorted Dither Dithering method Ditto Division Divisor Do a chain of operations, with key=value pairs after each operation name to set properties. And aux=[ source filter ] for specifying a chain with a source as something connected to an aux pad. Do a lerp, linear interpolation (lerp) between input and aux Do a stereographic/little planet transform of an equirectangular image. Do a transformation using SVG syntax transformation. Do panorama viewer rendering mapping or its inverse for an equirectangular input image. (2:1 ratio containing 360x180 degree panorama). Do the inverse mapping, useful for touching up zenith, nadir or other parts of panorama. Dots Draw a labyrinth Dropshadow Dulling EPITROCHOID ERROR: '%s' option expected argument
Edge Edge Affected Edge Detection Edge behavior Edge detection algorithm Edge detection amount Edge detection behavior Edge detection with control of edge thickness, based on the difference of two gaussian blurs Edge preservation Eeeeeek Effect centre offset in X Effect centre offset in Y Effect strength Elevation Elevation angle (degrees) Emboss Emboss Type Emulate an oil painting Enables smoother tile output End Color End angle of the destination color range End angle of the source color range End x coordinate End y coordinate Engrave Enhance Shadows Enhances fine details. Epsilon Erase warping Error message Error reading row %d component %d Estimated temperature of the light source in Kelvin the image was taken with. Euclidean Exchange color Exchange one color with another, optionally setting a threshold to convert from one shade to another. Expand Expand tiles by this amount Exponent Exponent buffer Exponent for processing; controls smoothness - can be scaled per pixel with a buffer on the aux2 pad. Exposure Exposure values Expressed as standard deviation, in pixels Extract Component Extract a color model component FFmpeg Frame Loader FFmpeg Frame Saver FFmpeg video frame importer. FFmpeg video output sink FIR FPS Fade color Fade opacity Fading Fading (fixed length) Fading (fixed rate) Falloff linearity Fattal et al. 2002 Tone Mapping File File system path to ICC matrix profile to load Fill Color Fill Path Fill each cell with a random color Fill full output area Fill opacity Fill rule Fill rule. Fills each connected region of the input, separated from the rest of the input by a given color, with a unique color. Filter Filter width Finite First iteration Fix images where every other row or column is missing Fixed Gear Teeth Float Floyd-Steinberg Focal of the camera Font family Font family (utf8) Font size in pixels. Force Force tiling Foreground Color Fractal Explorer Fractal Trace Fractal type Fractional Type Fractional type Frame Frame number Frames per second, permits computing time vs frame Frames/second From From 0 From 1 From 2 From 3 From 4 From 5 From 6 From 7 From Color GEGL graph GEGL graph visualizer. GIF File Loader GIF image loader. Gamma Gaussian Blur Gaussian distribution GdkPixbuf Source GdkPixbuf to use GeglBuffer file loader. GeglBuffer file writer. Generate a Bayer matrix pattern Generate a linear sinusoid pattern Generate complex sinusoidal textures Generate diffraction patterns Generates a buffer entirely filled with the specified color, use gegl:crop to get smaller dimensions. Generates a cellular texture. Generates a solid noise texture. Given a sparse user supplied tri-map and an input image, create a foreground alpha mat. Set white as selected, black as unselected, for the tri-map. Given a sparse user supplied tri-map and an input image, create a foreground alpha matte. Set white as foreground, black as background for the tri-map. Everything else will be treated as unknown and filled in. Global color saturation factor Global opacity value that is always used on top of the optional auxiliary input buffer. Glow radius Gradient Gradient Map Gradient smoothness Gradient threshold for detail enhancement Gradient threshold for lowering detail enhancement Gray mode Gray threshold Grayscale Grayscale Averaging Green Green Channel Multiplier Green Threshold Green and magenta angle Green and magenta pattern Green and magenta period Green angle Green application mode Green channel Green contours Green for Green channel Green frequency Green in Blue channel Green in Red channel Green inversion Green levels Green pattern Green period Green phase shift Green sharp edges Green stretching factor Green threshold of the input color Grid Grid renderer Grid size Grow area HDR to SDR proofing filter/mapping curve that is an approximation of the ACES RRT (Reference Rendering Transform). When feeding scene-refereed imagery into this op, the result is suitable for display referred transform to sRGB or output display using regular ICC matric profiles as the ODT. Note that for the time being, this is a luminance only approximation of the ACES RRT; without desaturation of highlights and shadows nor red hue modifications. HSL HSL Lightness HSL Saturation HSV Saturation HSV Value Halftoning/dot pattern to use Hardness Hardness of the brush, 0.0 for a soft brush, 1.0 for a hard brush Heavily distort images colors by applying trigonometric functions to map color values. Height Height Map Height for rendered image Height of blocks in pixels Height of grid lines in pixels Height of the generated buffer Height of the tile Hex Hexagons High Pass Filter High input High limit High output High precision High values give more variation in details High-resolution edge detection Higher values increase the magnitude of the effect Higher values restrict the effect to fewer areas of the image Highest luminance level in output Highlights Highlights color adjustment Histogram size Hole Percent Horizontal Horizontal camera panning Horizontal displacement Horizontal extent Horizontal offset Horizontal offset (from origin) for start of grid Horizontal offset of blocks in pixels Horizontal pattern scale Horizontal position Horizontal position in pixels Horizontal scale factor Horizontal shadow offset Horizontal shear amount Horizontal size Horizontal size ratio of a pixel inside each block Horizontal spread amount Horizontal texture size Horizontal translation Horizontal width of cells pixels Horizontally stack inputs, (in "output" "aux" is placed to the right of "input") How close we are to image proportions How far out vignetting goes as portion of half image diagonal How far the hole is from the center of the moving gear. 100 means that the hole is at the gear's edge. How image edges are handled How many inks to use just black, rg, rgb (additive), or cmyk How much horizontal offset should applied to the paste How much memory to (approximately) use for caching imagery How much of common gray to pull out of CMY How much vertical offset should applied to the paste How the gaussian kernel is discretized How to deal with pixels outside of the input buffer How to determine what to fill (nonzero|evenodd) How to fill superpixels Hue Hue adjustment Hue frequency Hue phase shift Hue selection center Hue selection width Hue value for above gray settings Hue-Chroma ICC profile saver IIR Icon title Icon to be used for output window If set, the pattern generated will tile If set, the pattern will be a little more distorted If you want center Ignore Ignored. Always uses center of input buffer Illusion Illusion type Image Image Gradient Image Magick wrapper using the png op. Image blending operation 'average' (<tt>c = (cA + aB)/2</tt>) Image blending operation 'blend-reflect' (<tt>c = cB>=1.0?1.0:cA*cA / (1.0-cB)</tt>) Image blending operation 'negation' (<tt>c = 1.0 - fabs(1.0-cA-cB)</tt>) Image blending operation 'soft-burn' (<tt>c = (cA+cB<1.0)?0.5*cB / (1.0 - cA):1.0-0.5*(1.0 - cA) / cB</tt>) Image blending operation 'soft-dodge' (<tt>c = (cA+cB<1.0)?0.5*cA / (1.0 - cB):1.0-0.5*(1.0 - cB)/cA</tt>) Image blending operation 'subtractive' (<tt>c = cA+cB-1.0</tt>) Image file directory (subfile) Image resampling method to use, for good results with double resampling when retouching panoramas, use nearest to generate the view and cubic or better for the inverse transform back to panorama. Impact each channel with the same amount Independent RGB Index of component flagging unlabelled pixels Index step Infinite Infinitely repeats the input image. Input buffer Input format Input luminance level to become lowest output Input luminance level to become white Input pad, for image buffer input. Integral Image Intended temperature Intensity Intensity Mode Inter-tile spacing (in pixels) Interpolate between Manhattan and Euclidean distance. Interpolation Color Space Invalid graph, abort.
Inverse transform Invert Invert bumpmap Invert component Invert in Perceptual space Invert mask Invert the components (except alpha) in linear light, the result is the corresponding "negative" image. Invert the components (except alpha) perceptually, the result is the corresponding "negative" image. Invert the extracted component Invert the separator region Invert the value component, the result has the brightness inverted, keeping the color. Inverted image Iterations JPEG 2000 File Loader JPEG 2000 image loader using jasper. JPEG File Loader JPEG File Saver JPEG compression quality (between 1 and 100) JPEG image loader using libjpeg JPEG image saver, using libjpeg JX JY Joints color Julia Julia seed X value, position Julia seed Y value, position Justification K-means Segmentation Kaleidoscopic Mirroring Keep Keep RGB pixels values inside a specific range Keep Sign Keep blue component Keep colors Keep component 1 Keep component 2 Keep component 3 Keep even fields Keep even or odd fields Keep green component Keep hue component Keep image unchanged, where not affected by the lens. Keep lightness component Keep negative values in result; when off, the absolute value of the result is used instead. Keep odd fields Keep original surroundings Keep red component Keep saturation component LAB A LAB B LAB L LCH C(ab) LCH H(ab) LCMS From Profile Labels propagation by watershed transformation. Output buffer will keep the input format. Unlabelled pixels are marked with a given flag value (by default: last component with NULL value). The aux buffer is a "Y u8" image representing the priority levels (lower value is higher priority). If aux is absent, all labellized pixels have the same priority and propagated labels have a lower priority. Lambda Laplace Laplacian Edge Detection Large 3x3 Large staggered Layer Leading Left Length Length of blur in pixels Lens Lens Distortion Lens Flare Lens center X Lens center Y Lens refraction index Let origin point to be the middle one Level of emphasis on image gradient details Level of smoothness Level that full transparency should represent Levels Light adaptation Light angle (degrees) Light color Light direction Light frequency (blue) Light frequency (green) Light frequency (red) Lighten shadows and darken highlights Lightness Lightness adjustment Lightness frequency Lightness phase shift Like a gaussian blur; but where the contribution for each neighbourhood pixel is also weighted by the color difference with the original center pixel. Limit deformation in the image area. Limit line width Line Line Profile Line height Line thickness Line width Linear Linear Gradient Linear Motion Blur Linear RGB Linear Sinusoid Linear gradient renderer Linear output Linear-premultiplied Linear-premultiplied-if-alpha Little Planet LoHalo Load an SVG file using librsvg Load failed Loaded Log of the error weighting Log2 of source's discretization steps Logarithmic Logarithmic spiral base Loglog smoothing Long Shadow Long staggered Loop Low input Low limit Low output Lower threshold Lowest luminance level in output Lua error MLS Weights MLS Weights Alpha Magenta angle Magenta pattern Magenta period Magnitude Magnitude of contrast scaling >1.0 brighten < 1.0 darken Magnitude of random color variations Main Make Grey Make Seamlessly tileable Make a turbulent noise Make the input buffer seamlessly tileable. The algorithm is not content-aware, so the result may need post-processing. Maker Makes each linear RGB component be the absolute of its value, fabs(input_value) Man O War Mandelbrot Manhattan Mantiuk 2006 Tone Mapping Map Absolute Map Relative Map backwards Map from top Map the image to a circle Mask Mask Radius Mask radius Mask radius buffer Math operation add, performs the operation per pixel, using either the constant provided in 'value' or the corresponding pixel from the buffer on aux as operands. The result is the evaluation of the expression result = input + value Math operation divide, performs the operation per pixel, using either the constant provided in 'value' or the corresponding pixel from the buffer on aux as operands. The result is the evaluation of the expression result = value==0.0f?0.0f:input/value Math operation gamma, performs the operation per pixel, using either the constant provided in 'value' or the corresponding pixel from the buffer on aux as operands. The result is the evaluation of the expression result = powf (input, value) Math operation multiply, performs the operation per pixel, using either the constant provided in 'value' or the corresponding pixel from the buffer on aux as operands. The result is the evaluation of the expression result = input * value Math operation subtract, performs the operation per pixel, using either the constant provided in 'value' or the corresponding pixel from the buffer on aux as operands. The result is the evaluation of the expression result = input - value Mathematical method for reconstructing pixel values Matting Global Matting Levin Max Max. Iterations Max. delta Maximal amount of refinement points to be used for the interpolation mesh Maximal scale of refinement points to be used for the interpolation mesh Maximum Envelope Maximum amount to shift Maximum delta Maximum difference Maximum difference between two pixels. Maximum number of iterations Maze Maze algorithm type Mean Curvature Blur Median Blur Metric Metric to use for the distance calculation Middle value to peaks Midpoint Midpoint (relative) Min Minimum Envelope Mirror rotation Mirrors Mix Mixing ratio, read as amount of aux, 0=input 0.5=half 1.0=aux Mode Mode of displacement Mode of value propagation Model Model - basic element we operate on Model alpha a Model alpha b Model alpha c Model alpha d Model blue a Model blue b Model blue c Model blue d Model green a Model green b Model green c Model green d Model red a Model red b Model red c Model red d Module '%s' load error: %s Module error Mono Mixer Monochrome channel mixer More black (smaller value) More opaque More transparent More white (larger value) Mosaic Mosaic is a filter which transforms an image into what appears to be a mosaic, composed of small primitives, each of constant color and of an approximate size. Move pixels Move pixels around randomly Move rate Moving Gear Teeth Multiplication factor for desired rotation of the local space for texture, the way this is computed makes it weak for desaturated colors and possibly stronger where there is color. Multipurpose file loader, that uses other native handlers, and fallback conversion using Image Magick's convert. Multipurpose file saver, that uses other native save handlers depending on extension, use the format specific save ops to specify additional parameters. NULL or a GeglBuffer containing cached rendering results, this is a special buffer where gegl_buffer_list_valid_rectangles returns the part of the cache that is valid. Name Native Near-z Nearest Neighborhood Neighborhood alpha percentile Neighborhood color percentile Neighborhood radius Neighborhood taken into account, for enhancement ideal values are close to the longest side of the image, increasing this increases the runtime Neighborhood taken into account, this is the radius in pixels taken into account when deciding which colors map to which gray values Neighborhood type Neon Edge Detection Never Newsprint No Operation No operation (can be used as a routing point) No such op '%s' NoHalo Node Noise Noise Pick Noise Reduction Noise Slur Noise Spread Noise reducing edge preserving blur filter based on Symmetric Nearest Neighbours Non-linear Non-linear components None Normal compositing Normalize Normalize output to range 0.0 to 1.0. Normalize output to the range [base,base + step] Not loaded NumPy (Numerical Python) image saver NumPy File Saver Number of clusters Number of colors Number of computations for grayscale averaging Number of contours (blue) Number of contours (green) Number of contours (red) Number of curve sampling points. 0 for exact calculation. Number of differing pixels. Number of downsampled levels to use Number of filtering iterations. A value between 2 and 4 is usually enough. Number of frames in gif animation Number of frames in video, updates at least when first frame has been decoded. Number of intensities Number of iterations Number of iterations, a higher number of iterations provides a less noisy rendering at a computational cost Number of iterations, a higher number of iterations provides less noisy results at a computational cost Number of levels for alpha channel Number of levels for blue channel Number of levels for green channel Number of levels for red channel Number of levels to perform solving Number of mirrors to use Number of pairs; higher number preserves more acute features Number of periods per tile, this tiling avoids high frequency anomaly that angle boost causes Number of samples along each axis per pixel Number of samples that are averaged for antialiasing the result. Number of samples to do per iteration looking for the range of colors Number of sharp edges (blue) Number of sharp edges (green) Number of sharp edges (red) Number of spokes Number of subdivisions Number of teeth in fixed gear. Number of teeth in moving gear. Radius of moving gear, relative to radius of fixed gear, is determined by the proportion between the number of teeth in gears. Octagons Offset Offset X Offset Y Offset angle Offset for X axis Offset for Y axis Oilify One of: sRGB, Adobish, Rec2020, ProPhoto, Apple, ACEScg, ACES2065-1 One or more of R, G, B components are missing One or more of R, G, B components have signed data Only color Opacity Opacity of stroke, note, does not behave like SVG since at the moment stroking is done using an airbrush tool Opacity of stroke, note, does not behave like SVG since at the moment stroking is done using an airbrush tool. Opacity threshold Open GEGL Buffer Operate on linearized RGB color data Operation Optimize Orientation Origin point for the polar coordinates Origin-x Origin-y Original temperature Output Mode Output composition Output format Output in a file Output mode Output pad for generated image buffer. Overall brightness of the image Override the specified color space setting a pointer to a format override the string property and setting an aux pad overrides both. PDF page decoder PNG File Loader PNG File Saver PNG compression level from 1 to 9 PNG image loader. PNG image saver, using libpng PPI PPM File Loader PPM File Saver PPM image loader. PPM image saver (Portable pixmap saver.) PSSquare (or Euclidian) dot Page Page to render Pages Paint a color overlay over the input, preserving its transparency. Paints each non-seed pixel with the color of the nearest seed pixel. Pairs Palettize Pan Panorama Projection Paper Tile Parse/compile error, if any. Parsed commandline:
mode: %s
file: %s
xml: %s
output: %s
rest: %s
Password Password to use for decryption of PDF, or blank for none Paste below Paste transformed images below each other Path Path of GeglBuffer file to load. Path of file to load Path of file to load. Path of file to save. Path of video file to load Path to v4l device Pattern Pattern amplitude (logarithmic scale) Pattern rotation Pattern rotation angle Per pixel buffer for modulating the exponent parameter, expecting a scaling factor in range 0.0-1.0 Per pixel buffer for modulating the mask radius, expecting a scaling factor in range 0.0-1.0 Percent Black Percent White Percent black Percentile Perceptual Perceptual-premultiplied Perceptual-premultiplied-if-alpha Perform shadows and highlights correction Performs a grayscale2color demosaicing of an image, using bimedian interpolation. Performs a naive grayscale2color demosaicing of an image, no interpolation. Performs an averaging of neighboring pixels with the normal distribution as weighting Performs edge detection using a Gaussian derivative method Performs n-point image deformation Period Period (wavelength) of the ripple Period for X axis Period for Y axis Perlin Noise Perlin noise generator Phase for X axis Phase for Y axis Phase shift Photocopy Pinch Pinch amount Pixbuf Pixbuf location Pixel level filter/composer scripting prototyping with lua. See http://pippin.gimp.org/image-processing/ for further details. Pixelize Pixels values higher than this limit will be set to it Pixels values lower than this limit will be set to it Plasma Point/pixels per inch Pointer Pointer to flag value for unlabelled pixels Polar Polar Coordinates Polarization Porter Duff compositing operation src-in (formula: cA * aB) Porter Duff operation clear (d = 0.0f) Porter Duff operation dst (d = cB) Porter Duff operation dst-atop (d = cB * aA + cA * (1.0f - aB)) Porter Duff operation dst-in (d = cB * aA) Porter Duff operation dst-out (d = cB * (1.0f - aA)) Porter Duff operation dst-over (d = cB + cA * (1.0f - aB)) Porter Duff operation over (also known as normal mode, and src-over) (d = cA + cB * (1 - aA)) Porter Duff operation src (d = cA) Porter Duff operation src-atop (d = cA * aB + cB * (1.0f - aA)) Porter Duff operation src-out (d = cA * (1.0f - aB)) Porter Duff operation xor (d = cA * (1.0f - aB)+ cB * (1.0f - aA)) Position of the light source which lightens the canvas: Top-right, Top-left, Bottom-left or Bottom-right Posterize Power used to stretch the blend Preserve Model Preserve luminosity Prewitt compass Prim's algorithm Print XML ProPhoto RGB Progressive Propagate certain values to neighboring pixels. Erode and dilate any color or opacity. Propagate to bottom Propagate to left Propagate to right Propagate to top Propagating alpha channel Propagating rate Propagating value channel Properties: Proportion Put the top row in the middle and the bottom row on the outside Quality RGB RGB Blue RGB Green RGB Red RGBE File Loader RGBE File Saver RGBE image loader (Radiance HDR format). RGBE image saver (Radiance HDR format) Radial Radial Gradient Radial gradient renderer Radius Radius (1.0 is the largest circle that fits in the image, and 2.0 goes all the way to the corners) Radius 1 Radius 2 Radius of circle around pixel, can also be scaled per pixel by a buffer on the aux pad. Radius of effect (in pixels) Radius of fixed gear Radius of row pixel region, (size will be radius*2+1) Radius of square pixel region, (width and height will be radius*2+1) Radius of square pixel region, (width and height will be radius*2+1). Radius of supernova Radius of the processing window Radius of the wavelet blur Random Random Covariant Random hue Random seed Randomization (%) Randomize hue, saturation and value independently Randomize lightness, chroma and hue independently Randomly Shuffle Pixels Randomly interchange some pixels with neighbors Randomly slide some pixels downward (similar to melting) Rank Ratio Raw format Raw image loader, wrapping dcraw with pipes, provides the raw bayer grid as grayscale, if the fileformat is .rawbayer it will use this loader instead of the normal dcraw loader, if the fileformat is .rawbayerS it will swap the returned 16bit numbers (the pnm loader is apparently buggy) Read Read/Write Rectangle Recursive Transform Red Red Channel Multiplier Red Eye Removal Red Threshold Red and cyan angle Red and cyan pattern Red and cyan period Red angle Red application mode Red channel Red contours Red eye threshold Red frequency Red in Blue channel Red in Green channel Red in Red channel Red inversion Red levels Red pattern Red period Red phase shift Red sharp edges Red stretching factor Red threshold of the input color Reduce the number of colors in the image, by reducing the levels per channel (colors and alpha). Different dithering methods can be specified to counteract quantization induced banding. Reduces the number of levels in each color component of the image. Reference Refinement scale Refinement steps Reflect Reflect an image about a line, whose direction is specified by the vector that is defined by the x and y properties. Reflect the pattern horizontally Regions size Regularize geometry at a speed proportional to the local mean curvature value Reinhard 2005 Tone Mapping Relative Colorimetric Relative brightness change in stops Relative brightness of each exposure in EV Remap Remaps the intensity range of the image Remix colors; by defining relative contributions from source components. Remove the red eye effect caused by camera flashes Render Path Render Spyrograph Render Text Render a checkerboard pattern Rendered height in pixels. (read only) Rendered width in pixels. (read only) Rendering intent Rendering of multiple different fractal systems, with configurable coloring options. Rendering type Renders a Spyrograph pattern Renders a brush stroke Renders a filled region Renders a vector stroke Renders luminance profiles for red green and blue components along the specified line in the input buffer, plotted in a buffer of the specified size. Repeat Replace a range of colors with another Replacement color. Repositions the buffer (with subpixel precision), if integer coordinates are passed a fast-path without resampling is used Resampling method Rescale overall image size Reset origin Resolution in pixels Result rotation Retain tilebility Right Rigidity Ripple Roberts Rotate Rotate on center Rotate the buffer around its center, taking care of possible offsets. Rotate the buffer around the specified origin. Rotated Rotation Rotation applied to the mirrors Rotation applied to the result Rotation blur angle. A large angle may take some time to render Rough tile surface Round SDL Display SDL2 Display SVG File Loader SVG Hue Rotate SVG Luminance to Alpha SVG Matrix SVG Saturate SVG blend operation color-burn (<code>if cA * aB + cB * aA <= aA * aB: d = cA * (1 - aB) + cB * (1 - aA) otherwise: d = (cA == 0 ? 1 : (aA * (cA * aB + cB * aA - aA * aB) / cA) + cA * (1 - aB) + cB * (1 - aA))</code>) SVG blend operation color-dodge (<code>if cA * aB + cB * aA >= aA * aB: d = aA * aB + cA * (1 - aB) + cB * (1 - aA) otherwise: d = (cA == aA ? 1 : cB * aA / (aA == 0 ? 1 : 1 - cA / aA)) + cA * (1 - aB) + cB * (1 - aA)</code>) SVG blend operation darken (<code>d = MIN (cA * aB, cB * aA) + cA * (1 - aB) + cB * (1 - aA)</code>) SVG blend operation difference (<code>d = cA + cB - 2 * (MIN (cA * aB, cB * aA))</code>) SVG blend operation exclusion (<code>d = (cA * aB + cB * aA - 2 * cA * cB) + cA * (1 - aB) + cB * (1 - aA)</code>) SVG blend operation hard-light (<code>if 2 * cA < aA: d = 2 * cA * cB + cA * (1 - aB) + cB * (1 - aA) otherwise: d = aA * aB - 2 * (aB - cB) * (aA - cA) + cA * (1 - aB) + cB * (1 - aA)</code>) SVG blend operation lighten (<code>d = MAX (cA * aB, cB * aA) + cA * (1 - aB) + cB * (1 - aA)</code>) SVG blend operation overlay (<code>if 2 * cB > aB: d = 2 * cA * cB + cA * (1 - aB) + cB * (1 - aA) otherwise: d = aA * aB - 2 * (aB - cB) * (aA - cA) + cA * (1 - aB) + cB * (1 - aA)</code>) SVG blend operation plus (<code>d = cA + cB</code>) SVG blend operation screen (<code>d = cA + cB - cA * cB</code>) SVG blend operation soft-light (<code>if 2 * cA < aA: d = cB * (aA - (aB == 0 ? 1 : 1 - cB / aB) * (2 * cA - aA)) + cA * (1 - aB) + cB * (1 - aA); if 8 * cB <= aB: d = cB * (aA - (aB == 0 ? 1 : 1 - cB / aB) * (2 * cA - aA) * (aB == 0 ? 3 : 3 - 8 * cB / aB)) + cA * (1 - aB) + cB * (1 - aA); otherwise: d = (aA * cB + (aB == 0 ? 0 : sqrt (cB / aB) * aB - cB) * (2 * cA - aA)) + cA * (1 - aB) + cB * (1 - aA)</code>) SVG color matrix operation svg_huerotate SVG color matrix operation svg_luminancetoalpha SVG color matrix operation svg_matrix SVG color matrix operation svg_saturate SVG style description of transform Sample points Sampler Sampler used internally Samples Saturation Saturation adjustment Saturation frequency Saturation phase shift Saturation value for above gray settings Save Sawtooth Scalar threshold level (overridden if an auxiliary input buffer is provided.). Scale Scale 1:1 size Scale factor to make rendering size bigger Scale of the image Scale ratio Scale size Scale size keep aspect Scale value for x axis Scale value for y axis Scale, strength of effect Scale3X Antialiasing Scales the buffer according to a ratio. Scales the buffer according to a size. Scales the buffer to a size, preserving aspect ratio Scales the components of the buffer to be in the 0.0-1.0 range. This improves images that make poor use of the available contrast (little contrast, very dark, or very bright images). Scales the components of the buffer to be in the 0.0-1.0 range. This improves images that make poor use of the available contrast (little contrast, very dark, or very bright images). This version differs from Contrast Autostretch in that it works in HSV space, and preserves hue. Scaling Scaling factor for unsharp-mask, the strength of effect Scattering Scattering (speed vs. quality) Script Second auxiliary image buffer input pad. Seed edges Segment colors using K-means clustering Select the n-th closest point Selective Gaussian Blur Selective Hue-Saturation Selective adjust Hue, Saturation and Lightness Separator Sepia Set at Native if uncertain, the CIE based spaces might introduce hue shifts. Set the blue amount for the blue channel Set the blue amount for the green channel Set the blue amount for the red channel Set the green amount for the blue channel Set the green amount for the green channel Set the green amount for the red channel Set the red amount for the blue channel Set the red amount for the green channel Set the red amount for the red channel Sets the height in pixels according to which the text is vertically justified. Use -1 for no vertical justification. Sets the width in pixels at which long lines will wrap. Use -1 for no wrapping. Several simple methods for detecting edges Shadow angle Shadow color Shadow fade midpoint Shadow fade midpoint, as a factor of the shadow length Shadow length Shadow minus image Shadow only Shadow plus image Shadow style Shadows Shadows color adjustment Shadows-Highlights Shape Sharpen (Unsharp Mask) Sharpen image, by adding difference to blurred image, a technique for sharpening originally used in darkrooms. Sharpness Shear Shears the buffer. Shift Shift X Shift Y Shift direction Shift each row or column of pixels by a random amount Shift white point Should the output extent be clipped to the input extent Shrink area Sierpinski Simple Linear Iterative Clustering Simplex Noise Simplify image into an array of solid-colored rectangles Simulate an antique engraving Simulate color distortion produced by a copy machine Simulate distortion caused by rectangular glass tiles Simulate glow by making highlights intense and fuzzy Simulates a cartoon, its result is similar to a black felt pen drawing subsequently shaded with color. This is achieved by enhancing edges and darkening areas that are already distinctly darker than their neighborhood Simulates an image created by embossing Simulates the optical distortion caused by having an elliptical lens over the image Sine Sinus Sinusoidal Size Size X Size Y Size of a region side Size of an edge of square the mesh consists of Size ratio X Size ratio Y Smooth by Domain Transform Smooth warping Smoothing Smoothing factor from 1 to 100; 0 disables smoothing Smoothness Sobel Sobel Edge Detection Softglow Softness Solid Noise Source Source Profile Source image file path (png, jpg, raw, svg, bmp, tif, ...) Spacing Spatial extent Spatial regularization Spatial standard deviation of the blur kernel, measured in pixels. Spatio Temporal Retinex-like Envelope with Stochastic Sampling Specialized direction-dependent edge detection Spherical Spherical cap apex angle, as a fraction of the co-angle of view Spherize Spider Spin Spin angle around camera axis Spiral Spiral origin X coordinate Spiral origin Y coordinate Spiral radius Spiral renderer Spiral rotation Spiral swirl direction Spiral type Spyrograph Square Square Size Squares Squeeze Staggered Standard deviation (spatial scale factor) Standard deviation for the horizontal axis Start Color Start angle of the destination color range Start angle of the source color range Start from the right instead of the left Start x coordinate Start y coordinate Std. Dev. Step Stop 1 Stop 2 Stop 3 Stop 4 Stop 5 Store image in a GdkPixbuf. Store in GdkPixbuf Stores the ICC profile that would be embedded if stored as an image. Strength Strength of Effect Strength of local detail enhancement Strength of the sepia effect Stretch Contrast Stretch Contrast HSV Stretch color chroma to cover maximum possible range, keeping hue and lightness untouched. String to display (utf8) Striped Stroke Stroke Color Stroke opacity Stroke width Style Style of effect Subdivisions Subset Superimpose many altered copies of the image. Supernova Superpixels based on k-means clustering Superpixels based on the watershed transformation Superpixels color Superpixels size Supersampling Superset Surface characteristics Swirl clockwise Swirl counter-clockwise Switch to clockwise Symmetric Nearest Neighbour TIFF File Loader TIFF File Saver TIFF image loader using libtiff TIFF image saver using libtiff Target encoded video bitrate in kb/s Target file path to write GeglBuffer to. Target path and filename Target path and filename, use '-' for stdout Target path and filename, use '-' for stdout. Temporal blur Test op to do a 1:1 map of input to output, while sampling Text Textures the image as if it were an artist's canvas. Texturize Canvas The GeglBuffer to load into the pipeline The amount of contrast compression The babl format of the input The babl format of the output The babl format of the output GeglBuffer, NULL to use input buffer format The background color The cmsHPROFILE corresponding to the ICC profile for the input data. The color at (x1, y1) The color at (x2, y2) The color of supernova. The color to change. The color to make transparent. The color to paint over the input The color to render (defaults to 'black') The contrast curve. The count of pixels to compute simultaneously The dithering method to use The fill opacity to use The fill opacity to use. The first cell color The foreground color The foreground contains holes and/or several unconnected parts The foreground does not contain opaque parts The foreground is too small to use The limit above which colors remain opaque. The limit below which colors become transparent. The location where to store the output GdkPixbuf. The location where to store the output GeglBuffer The lua script containing the implementation of this operation. The maximum difference in value at which to propagate a pixel The minimum difference in value at which to propagate a pixel The number of concurrent processing threads to use The number of deformation iterations The number of divisions The number of noise octaves. The number of pixels across one repetition of a base pattern at base resolution. The opaque parts of the foreground are not above the background! The orientation of the blur - hor/ver The quality of rendering, a value between 0.0 (fast) and 1.0 (reference) The random seed for spokes and random hue The random seed for the noise function The reference ID used as input (for use in XML). The rendering intent to use in the conversion. The scale of the noise function The second cell color The shadow's color (defaults to 'black') The shape of pixels The strength with which to propagate a pixel to its neighbors The tiles' background color The value represents the contribution of the past to the new frame. The width of the brush used to stroke the path The width of the brush used to stroke the path. There is a problem in the syntax or in the application of parsed property values. Things might mostly work nevertheless. This blur is used for the wavelet decomposition filter, each pixel is computed from another by the HAT transform This function simulates the degradation of being on an old low-dotpitch RGB video monitor. This plug-in produces an effect like a supernova burst. The amount of the light effect is approximately in proportion to 1/r, where r is the distance from the center of the star. This plug-in uses the algorithm described by John Schlag, "Fast Embossing Effects on Raster Image Data" in Graphics GEMS IV (ISBN 0-12-336155-9). It takes a buffer to be applied as a bump map to another buffer and produces a nice embossing effect. Threshold Threshold high Threshold low Thresholds the image to white/black based on either the global value set in the value property, or per pixel from the aux input. Tile Tile Glass Tile Height Tile Width Tile color based on average of subsumed pixels Tile color variation Tile geometry Tile height Tile neatness Tile saturation Tile size Tile spacing Tileable Tiled Tiled bumpmap Tilt Title to be given to output window To To 0 To 1 To 2 To 3 To 4 To 5 To 6 To 7 To Color To bottom To left To polar To right To top Top Top-left Top-right Total pages, provided as a visual read-only property Trailing Transform Transform the image with the fractals Transformation SVG syntax transformation string Transformation matrix, using SVG syntax (or multiple matrices, separated by semicolons) Translate Transparency threshold Transparent Treat as this Treat as this: Gray colors from above source range will be treated as if they had this hue and saturation
Change to this: Change gray colors to this hue and saturation Triangle Triangles Trim X Trim Y Trimap influence factor Turbulence Turbulent Turn image grayscale and overlay an oversaturated grid - through color assimilation happening in the human visual system, for some grid scales this produces the illusion that the grayscale grid cells themselves also have color. Turns the image grayscale Type Type 1 Type 2 Type of GeglSampler used to fetch input pixels Type of RGB pattern to use Type of a fractal Type of illusion Type of map URI URI for file to load URI for file to load. URI of file to load URI of file to load. URI of image to load. Unable to convert image to sRGB color space Unable to create output color profile Unable to open JPEG 2000 image Unable to read file: %s Unknown GeglOption mode: %d Unknown JPEG 2000 image format Unpremultiplies a buffer that contains pre-multiplied colors (but according to the babl format is not.) Unpremultiply alpha Unseeded region color Unsupported JPEG 2000 file with depth %d Unsupported fractal type Unsupported fractal type: %d Unsupported non-RGB JPEG 2000 file with %d components Upper threshold Use MLS weights Use a gaussian noise distribution, when unticked a linear noise distribution is used instead Use an existing in-memory GeglBuffer as image source. Use an on-disk GeglBuffer as data source. Use linear output instead of gamma corrected Use optimized huffman tables Use pixel luminance values Use sRGB gamma instead of linear User value Uses the GdkPixbuf located at the memory location in <em>pixbuf</em>. Value Value Invert Value Propagate Value at bottom Value at top Value exponent (logarithmic scale) Value offset Values Vector Vector Stroke Vertical Vertical camera panning Vertical displacement Vertical extent Vertical justification Vertical offset Vertical offset (from origin) for start of grid Vertical offset of blocks in pixels Vertical pattern scale Vertical position Vertical position in pixels Vertical scale factor Vertical shadow offset Vertical shear amount Vertical size Vertical size ratio of a pixel inside each block Vertical spread amount Vertical text alignment (0=Top, 1=Middle, 2=Bottom) Vertical texture size Vertical translation Vertical width of cells pixels Video Degradation Video bufsize Video codec Video codec to use, or auto to use a good default based on container format. Video4Linux Frame Source Video4Linux input, webcams framegrabbers and similar devices. Video4Linux2 Frame Source Video4Linux2 input, webcams framegrabbers and similar devices. Vignette Vignette shape Voronoi Diagram Warp Warps the colors of an image between colors with weighted distortion factors, color pairs which are black to black get ignored when constructing the mapping. Waterlevel Waterpixels Watershed Transform Wave type Waves WebP File Loader WebP File Saver WebP compression quality WebP image loader. WebP image saver Weight distribution sigma controlling response contributions Weight sigma Weighted Blend Weights the opacity of the input both the value of the aux input and the global value property. What color model used for the transformation What shape to use for tiles When TRUE the model will not be freed When enabled also enhances shadow regions - when disabled a more natural result is yielded When enabled details in shadows are boosted at the expense of noise When set operate on gamma corrected values instead of linear RGB - acting like the old normalize filter in GIMP Where GEGL stores its swap Whether the function adds the result to the original image. Whether the image edges are also seeded Whether to propagate a pixel's color Whether to propagate a pixel's opacity Whether to rotate the RGB pattern by ninety degrees. Whirl Whirl Pinch Whirl angle (degrees) White White on Black White point adjustment Wide gamut RGB Wide striped Width Width for rendered image Width of Hue selection interval Width of blocks in pixels Width of grid lines in pixels Width of the generated buffer Width of the tile Wind Wind-like bleed effect Window title Wrap around Wrap height Wrap image around a spherical cap Wrap input Wrap the fractional tiles Wrap width Write Write Buffer Write camera name correctly Write input data into an existing GEGL buffer destination surface. Write lens maker correctly Write your lens model with uppercase letters Writes image data to an already existing buffer Wrong pixels X X Amplitude X Offset X Period X Phase X Scale X Size X axis ratio for the center of mirroring X axis ratio for trimming mirror expanse X coordinate of origin X coordinate of pattern center X coordinate of the displacement center X coordinates of the center of supernova X coordinates of the flare center X displacement X position X shift in the fractal space X start of the generated buffer X0 X1 X1 value, position X2 X2 value, position Y Y Amplitude Y Offset Y Period Y Phase Y Scale Y Size Y axis ratio for the center of mirroring Y axis ratio for trimming mirror expanse Y coordinate of origin Y coordinate of pattern center Y coordinate of the displacement center Y coordinates of the center of supernova Y coordinates of the flare center Y displacement Y position Y shift in the fractal space Y start of the generated buffer Y'CbCr Cb Y'CbCr Cr Y'CbCr Y' Y0 Y1 Y1 value, position Y2 Y2 value, position Yellow angle Yellow pattern Yellow period Z coordinate of the near clipping plane Z offset Zoom Zoom in the fractal space Zoom level Zoom motion blur Zooming Motion Blur [op [property=value] [property=value]] [[op] [property=value] a GeglBuffer on disk to open add-alpha amount audio audio bitrate in kb/s audio sample rate audio-codec audio_channels audio_sample_rate autotrigger reload this many times a second. babl format blend two images using alpha values as weights could not create a new Jasper stream could not query JPEG 2000 file current frame number, can be changed to trigger a reload of the image. failed to open JPEG 2000 from %s file to load flag floating point -1 means auto, 0 means integer 1 meant float. frame frame number to decode frame-delay frame-rate frames global quality global value used if aux doesn't contain data global weight scale gluas gop-size how to determine what to fill (nonzero|evenodd) i-quant-factor i-quant-offset keyint-min libraw File Loader list of <number>s max_b_frames max_qdiff me-subpel-quality me_range noise reduction number of levels per component op '%s' not found, partial matches: origin-x origin-y output/rendering height in pixels, -1 for input height output/rendering width in pixels, -1 for input width path of file to write to. pdf loader pipeline pointer to a const * Babl space position of symmetry center in output qblur qcompress qmax qmin s RGB sRGB sample input with an auxiliary buffer that contain absolute source coordinates sample input with an auxiliary buffer that contain relative source coordinates scaling factor of displacement, indicates how large spatial displacement a relative mapping value of 1.0 corresponds to. scenechange threshold set color space which subsequent babl-formats in the pipeline are created with, and the ICC profile potentially embedded for external color management, setting a pointer to a format override the string property and setting an aux pad overrides both. squared integral stretch components of pixels individually based on luminance envelopes svg style description of transform. tile size to use. trade-off between superpixel regularity and adherence to object boundaries trellis unhandled path data %s:%s
unknown mode uri of file to load usage: %s [options] <file | -- [op [op] ..]>
Options:
-h, --help this help information
--list-all list all known operations
--exists return 0 if the operation(s) exist
--info output information about the operation:
name, description, properties details.
-i, --file read xml from named file
-x, --xml use xml provided in next argument
--dot output a graphviz graph description
-o, --output output generated image to named file, type based
on extension.
-p increment frame counters of various elements when
processing is done.
-s scale, --scale scale scale output dimensions by this factor.
-X output the XML that was read in
-v, --verbose print diagnostics while running
All parameters following -- are considered ops to be chained together
into a small composition instead of using an xml file, this allows for
easy testing of filters. After chaining a new op in properties can be set
with property=value pairs as subsequent arguments.
use floating point video bitrate in kb/s video bitrate max video bitrate min video bitrate tolerance video device path video-codec weight 0 weight 1 weight 2 weight 3 weight 4 weight 5 weight 6 weight 7 Project-Id-Version: gegl master
Report-Msgid-Bugs-To: https://gitlab.gnome.org/GNOME/gegl/issues
PO-Revision-Date: 2019-08-30 21:01+0100
Last-Translator: Bruce Cowan <bruce@bcowan.me.uk>
Language-Team: English - United Kingdom <en@li.org>
Language: en_GB
MIME-Version: 1.0
Content-Type: text/plain; charset=UTF-8
Content-Transfer-Encoding: 8bit
Plural-Forms: nplurals=2; plural=(n != 1);
X-Generator: Gtranslator 3.32.1
X-Project-Style: gnome
unknown argument '%s' giving you help instead
%s has no %s property, properties: %s has no %s property. (1,1) (1,2) (1,3) (1,4) (1,5) (2,1) (2,2) (2,3) (2,4) (2,5) (3,1) (3,2) (3,3) (3,4) (3,5) (4,1) (4,2) (4,3) (4,4) (4,5) (5,1) (5,2) (5,3) (5,4) (5,5) -1 means autodetect on first audio fragment -1, 8, 16, 32 and 64 are the currently accepted values, -1 means auto 0° 180° 1D Box Blur 1D Gaussian-blur 1D Wavelet-blur 270° 3x3 8 and 16 are the currently accepted values. 90° A GeglVector representing the path of the stroke A fast approximation of bilateral filter, using a box-filter instead of a gaussian blur. A high value lowers the randomness of the noise A layer in the traditional sense A pre-existing GeglBuffer to write incoming buffer data to. A rectangular source of a fixed size with a solid colour A stored lua script on disk implementing an operation. ACES RRT ASAP Deformation ASAP deformation is performed when TRUE, ARAP deformation otherwise Absolute Absolute Colourimetric Abyss policy Accumulating motion blur using a kalman filter, for use with video sequences of frames. Active levels Adapt an image, which may have a high dynamic range, for presentation using a low dynamic range. This is an efficient global operator derived from simple physiological observations, producing luminance within the range 0.0-1.0 Adapt an image, which may have a high dynamic range, for presentation using a low dynamic range. This operator attenuates the magnitudes of local image gradients, producing luminance within the range 0.0-1.0. This tonemapping approach was originally presented by Raanan Fattal, in the 2002 SIGGRAPH paper: Gradient Domain High Dynamic Range Compression. Adapt an image, which may have a high dynamic range, for presentation using a low dynamic range. This operator constrains contrasts across multiple spatial frequencies, producing luminance within the range 0.0-1.0 Adaptation to colour variation across the image Adaptation to light variation across the image Add CIE Lch Noise Add HSV Noise Add RGB Noise Add squared values sum to the output Additive Adds a lens flare effect. Adjust LCH Hue, Chroma, and Lightness Adjust brightness in corners Adjust exposure of highlights Adjust exposure of shadows Adjust saturation of highlights Adjust saturation of shadows Adjust the black level Adjusts the contrast of a greyscale image with a curve specifying contrast for intensity. Adobe RGB compatible Algorithm Algorithm type Alien Map Alignment for multi-line text (0=Left, 1=Centre, 2=Right) Allow splitting tiles Allows splitting tiles at hard edges Alpha Alpha channel Alpha levels Alpha parameter of MLS weights Alpha percentile Alpha threshold for multilevel processing Alpha-weighting Always Ambient lighting factor Amount Amount by which to scale the opacity of each transformed image Amount of edge preservation Amount of edge preservation. This quantity is inversely proportional to the range standard deviation of the blur kernel. Amount of fourth-order distortion Amount of second-order distortion Amount to increase brightness Amplitude Amplitude for X axis (logarithmic scale) Amplitude for Y axis (logarithmic scale) Amplitude of the ripple An already existing GeglBuffer to write incoming buffer data to, or NULL. An edge-preserving smoothing filter implemented with the Domain Transform recursive technique. Similar to a bilateral filter, but faster to compute. An error message in case of a failure An explicit caching node, caches results and should provide faster recomputation if what is cached by it is expensive but isn't changing. Angle Angle Boost Angle of blur in degrees Angle of view Angle offset for patterns Angle to rotate (anti-clockwise) Anisotropic smoothing operation Anti-alias oversampling factor Antialias using the Scale3X edge-extrapolation algorithm Antialiasing Apparent depth of the rendered canvas effect; from 1 (very flat) to 50 (very deep) Apparent height of each tile (in pixels) Applies a colour gradient. Applies a vignette to an image. Simulates the luminance fall off at the edge of exposed film, and some other fuzzier border effects that can naturally occur with analogue photography Apply Lens Apply a generic 5x5 convolution matrix Apply a sepia tone to the input image Apply a transformation recursively. Area balance between the two colours Arithmetic add Arithmetic add covariant Arithmetic xor Arithmetic xor covariant Aspect ratio Aspect ratio to use, -0.5 = 1:2, 0.0 = 1:1, 0.5 = 2:1, -1.0 = 1:inf 1.0 = inf:1, this is applied after proportion is taken into account, to directly use squeeze factor as proportions, set proportion to 0.0. Audio codec Audio codec to use, or auto to use a good default based on container format. Auto Autocorrect D values for lens correction models. Autocorrect d values Auxiliary image buffer input pad. Available as a global variable 'user_value' in lua. Average Average diameter of each tile (in pixels) Average difference (total) Average difference (wrong) Average difference between all pixels. Average difference between wrong pixels. Avoid clipping and quantisation (slower) Axis separation angle Azimuth Babl Format BablFormat "%s" does not exist. Background Background Colour Background colour Background type Bailout length Balance Barnsley 1 Barnsley 2 Barnsley 3 Base Base index Bayer Bayer Matrix Bayer pattern Bayer pattern used, 0 seems to work for some nikon files, 2 for some Fuji files. Behaviour Behaviour of the op Beta Bilateral Box Filter Bilateral Filter Bilinear Bitdepth Black Black angle Black level Black on White Black pattern Black period Black point compensation Black pullout Blast Blend Mode Block height Block size Block size of deinterlacing rows/columns Block width Blocksize Blue Blue Channel Multiplier Blue Threshold Blue and Yellow angle Blue and Yellow pattern Blue and Yellow period Blue angle Blue application mode Blue channel Blue contours Blue frequency Blue in Blue channel Blue in Green channel Blue in Red channel Blue inversion Blue levels Blue pattern Blue period Blue phase shift Blue sharp edges Blue stretching factor Blue threshold of the input colour Blur neighbouring pixels, but only in low-contrast areas Blur pixels in a direction, simulates blurring caused by moving camera in a straight line during exposure. Blur radius Blur resulting from averaging the colours of a row neighbourhood. Blur resulting from averaging the colours of a square neighbourhood. Blur resulting from computing the median colour in the neighbourhood of each pixel. Blurring factor Border Border behaviour Both Bottom Bottom-left Bottom-right Box Blur BoxBlur Brighten Brightness Brightness Contrast Brightness and shifting/fattening of contours Buffer Buffer Sink Buffer Source Buffer location Bump Map Bumpmap (preserve original colours) CIE Lab/Lch CIE Yuv CMYK CMYK Cyan CMYK Key CMYK Magenta CMYK Yellow CX CX (No effect in Mandelbrot and Sierpinski) CY CY (No effect in Mandelbrot and Sierpinski) Cache Calculate a distance transform Calculate b value from focal Camera Camera RGB Camera angle of view Cartesian Cartoon Cast Format Cast colour space Cast the data between input_format and output_format, both formats must have the same bpp Cell Noise Centre Centre X Centre Y Centre displacement Centre of Hue selection interval Centre the displacement around a specified point Centring Centring of the tiles Change exposure of an image in shutter speed stops Change the colour temperature of the image, from an assumed original colour temperature to an intended one. Treat as this Changes the light level and contrast. This operation operates in linear light, 'contrast' is a scale factor around 50% grey, and 'brightness' a constant offset to apply after contrast scaling. Changes the saturation Channel Mixer Chebyshev Checkerboard Choose middle Chroma Chroma adjustment Chromatic adaptation Circle Circle depth in percent Circular Motion Blur Circular motion blur Clamp Clamp deformation Clip RGB Clip high pixel values Clip low pixel values Clip result to input size Clip to the input extent Clockwise Clone Clone a buffer, this is the same as gegl:nop but can get special treatment to get more human readable references in serialisations/UI. Cluster size Colour Colour 1 Colour 2 Colour 3 Colour 4 Colour 5 Colour Assimilation Grid Colour Enhance Colour Model Colour Overlay Colour Rotate Colour Temperature Colour averaging Colour for the text (defaults to 'black') Colour model Colour of paint to use for filling, use 0 opacity to disable filling Colour of paint to use for filling. Colour of paint to use for stroking Colour of paint to use for stroking. Colour of the grid lines Colour saturation dependent compression of period Colour space Colour space to use for loaded data Colour to Alpha Colour to fade transformed images towards, with a rate depending on its alpha Colour to greyscale conversion, uses envelopes formed with the STRESS approach to perform local colour-difference preserving greyscale generation. Colour to peaks Colour to render Colour to use for the "Only colour" and "Colour to peaks" modes Colour used to fill the background Colour warp Colours with a saturation less than this will treated as grey Combine Exposures Combine multiple scene exposures into one high dynamic range image. Compactness Compares if input and aux buffers are different. Global statistics are saved in the properties and a visual difference image is produced as a visual result. Compensate Compensate for darkening Completely randomise a fraction of pixels Complexity Complexity factor Component Component 1 frequency Component 1 phase shift Component 2 frequency Component 2 phase shift Component 3 frequency Component 3 phase shift Component separator colour Component to extract Components of JPEG 2000 input don't match Composite operation to use Composition Compress Compress the effect on shadows/highlights and preserve midtones Compression Compression algorithm used for data stored in the swap Compute a relative displacement mapping from a stroke Compute gradient magnitude and/or direction by central differencies Compute integral and squared integral image Connected Components Container format Container format to use, or auto to autodetect based on file extension. Contrast Contrast Curve Contrast of high-pass Control amount of noise for each RGB channel separately Controls the number of iterations Controls the number of iterations; lower values give less plastic results Convert Format Convert a specified colour to transparency, works best with white. Convert colour space Convert image to or from polar coordinates Convert the data to the specified format Convert the image into randomly rotated square blobs, somehow resembling a cubist painting style Convert using black point compensation. Converts the input from an ICC colour profile to a well defined babl format. The buffer's data will then be correctly managed by GEGL for further processing. Convolution Matrix Coordinates of lens centre Copies image performing lens distortion correction. Copy Buffer Corrected estimation of the temperature of the light source in Kelvin. Corrects barrel or pincushion lens distortion. Correlated noise Cosine Counter-clockwise Create a greyscale (monochrome) image Create a kaleidoscope like effect. Create a new GEGL buffer to write the resulting rendering. Create a random cloud-like texture Create a tileable output Create progressive JPEG images Creates a dropshadow effect on the input buffer Creates a long-shadow effect Creates an image filled with a plasma effect. Crop Crops a buffer, if the aux pad is connected the bounding box of the node connected is used. Crossing Lines Cubic Cubism Curvature Curve Curve Type Curve type Cut image into paper tiles, and slide them Cyan angle Cyan pattern Cyan period Dampness Default size of tiles in GeglBuffers Defaults to 'black', you can use transparency here to erase portions of an image Degrees Deinterlace Deinterlace horizontally or vertically Delay in ms for last decoded frame Demosaic With Bimedian Interpolation Demosaic Without Interpolation Depth Depth first Detail Detail level Deviation from perfectly formed tiles Diamond Difference of Gaussians Differential Diffraction Patterns Digital halftoning with optional modulations. Direction Direction of light-source (in degrees) Direction of the effect Direction vector's X component Direction vector's Y component Directory Disable OpenCL Discretisation bits Displace Displace multiplier for X or radial direction Displace multiplier for Y or tangent (degrees) direction Displace pixels as indicated by displacement maps Displace pixels in a ripple pattern Displacement mode Displacement multiplier for the angular offset Displacement multiplier for the horizontal direction Displacement multiplier for the radial direction Displacement multiplier for the vertical direction Displacement scaling factor (negative values refer to the inverse displacement) Display Display a string of text using pango and cairo. Display help information Display on screen Display the input buffer in a window. Displays the input buffer in an SDL window (restricted to one display op/process, due to SDL implementation issues). Displays the input buffer in an SDL2 window (restricted to one display op/process, due to SDL2 implementation issues). Distance Transform Distort an image by whirling and pinching Distort colours by random amounts Distort the image with waves Distorted Dither Dithering method Ditto Division Divisor Do a chain of operations, with key=value pairs after each operation name to set properties. And aux=[ source filter ] for specifying a chain with a source as something connected to an aux pad. Do a lerp, linear interpolation (lerp) between input and aux Do a stereographic/little planet transform of an equirectangular image. Do a transformation using SVG syntax transformation. Do panorama viewer rendering mapping or its inverse for an equirectangular input image. (2:1 ratio containing 360x180 degree panorama). Do the inverse mapping, useful for touching up zenith, nadir or other parts of panorama. Dots Draw a labyrinth Dropshadow Dulling EPITROCHOID ERROR: '%s' option expected argument
Edge Edge Affected Edge Detection Edge behaviour Edge detection algorithm Edge detection amount Edge detection behavior Edge detection with control of edge thickness, based on the difference of two gaussian blurs Edge preservation Eeeeeek Effect centre offset in X Effect centre offset in Y Effect strength Elevation Elevation angle (degrees) Emboss Emboss Type Emulate an oil painting Enables smoother tile output End Colour End angle of the destination colour range End angle of the source colour range End x coordinate End y coordinate Engrave Enhance Shadows Enhances fine details. Epsilon Erase warping Error message Error reading row %d component %d Estimated temperature of the light source in Kelvin the image was taken with. Euclidean Exchange colour Exchange one colour with another, optionally setting a threshold to convert from one shade to another. Expand Expand tiles by this amount Exponent Exponent buffer Exponent for processing; controls smoothness - can be scaled per pixel with a buffer on the aux2 pad. Exposure Exposure values Expressed as standard deviation, in pixels Extract Component Extract a colour model component FFmpeg Frame Loader FFmpeg Frame Saver FFmpeg video frame importer. FFmpeg video output sink FIR FPS Fade colour Fade opacity Fading Fading (fixed length) Fading (fixed rate) Falloff linearity Fattal et al. 2002 Tone Mapping File File system path to ICC matrix profile to load Fill Colour Fill Path Fill each cell with a random colour Fill full output area Fill opacity Fill rule Fill rule. Fills each connected region of the input, separated from the rest of the input by a given colour, with a unique colour. Filter Filter width Finite First iteration Fix images where every other row or column is missing Fixed Gear Teeth Float Floyd-Steinberg Focal of the camera Font family Font family (utf8) Font size in pixels. Force Force tiling Foreground Colour Fractal Explorer Fractal Trace Fractal type Fractional Type Fractional type Frame Frame number Frames per second, permits computing time vs frame Frames/second From From 0 From 1 From 2 weight 2 weight 3 From 5 From 6 From 7 From Colour GEGL graph GEGL graph visualiser. GIF File Loader GIF image loader. Gamma Gaussian Blur Gaussian distribution GdkPixbuf Source GdkPixbuf to use GeglBuffer file loader. GeglBuffer file writer. Generate a Bayer matrix pattern Generate a linear sinusoid pattern Generate complex sinusoidal textures Generate diffraction patterns Generates a buffer entirely filled with the specified colour, use gegl:crop to get smaller dimensions. Generates a cellular texture. Generates a solid noise texture. Given a sparse user supplied tri-map and an input image, create a foreground alpha mat. Set white as selected, black as unselected, for the tri-map. Given a sparse user supplied tri-map and an input image, create a foreground alpha matte. Set white as foreground, black as background for the tri-map. Everything else will be treated as unknown and filled in. Global colour saturation factor Global opacity value that is always used on top of the optional auxiliary input buffer. Glow radius Gradient Gradient Map Gradient smoothness Gradient threshold for detail enhancement Gradient threshold for lowering detail enhancement Grey mode Grey threshold Greyscale Greyscale Averaging Green Green Channel Multiplier Green Threshold Green and magenta angle Green and magenta pattern Green and magenta period Green angle Green application mode Green channel Green contours Green for Green channel Green frequency Green in Blue channel Green in Red channel Green inversion Green levels Green pattern Green period Green phase shift Green sharp edges Green stretching factor Green threshold of the input colour Grid Grid renderer Grid size Grow area HDR to SDR proofing filter/mapping curve that is an approximation of the ACES RRT (Reference Rendering Transform). When feeding scene-refereed imagery into this op, the result is suitable for display referred transform to sRGB or output display using regular ICC matric profiles as the ODT. Note that for the time being, this is a luminance only approximation of the ACES RRT; without desaturation of highlights and shadows nor red hue modifications. HSL HSL Lightness HSL Saturation HSV Saturation HSV Value Halftoning/dot pattern to use Hardness Hardness of the brush, 0.0 for a soft brush, 1.0 for a hard brush Heavily distort images colours by applying trigonometric functions to map colour values. Height Height Map Height for rendered image Height of blocks in pixels Height of grid lines in pixels Height of the generated buffer Height of the tile Hex Hexagons High Pass Filter High input High limit High output High precision High values give more variation in details High-resolution edge detection Higher values increase the magnitude of the effect Higher values restrict the effect to fewer areas of the image Highest luminance level in output Highlights Highlights colour adjustment Histogram size Hole Percent Horizontal Horizontal camera panning Horizontal displacement Horizontal extent Horizontal offset Horizontal offset (from origin) for start of grid Horizontal offset of blocks in pixels Horizontal pattern scale Horizontal position Horizontal position in pixels Horizontal scale factor Horizontal shadow offset Horizontal shear amount Horizontal size Horizontal size ratio of a pixel inside each block Horizontal spread amount Horizontal texture size Horizontal translation Horizontal width of cells pixels Horizontally stack inputs, (in "output" "aux" is placed to the right of "input") How close we are to image proportions How far out vignetting goes as portion of half image diagonal How far the hole is from the centre of the moving gear. 100 means that the hole is at the gear's edge. How image edges are handled How many inks to use just black, rg, rgb (additive), or cmyk How much horizontal offset should applied to the paste How much memory to (approximately) use for caching imagery How much of common grey to pull out of CMY How much vertical offset should applied to the paste How the gaussian kernel is discretised How to deal with pixels outside of the input buffer How to determine what to fill (nonzero|evenodd) How to fill superpixels Hue Hue adjustment Hue frequency Hue phase shift Hue selection centre Hue selection width Hue value for above grey settings Hue-Chroma ICC profile saver IIR Icon title Icon to be used for output window If set, the pattern generated will tile If set, the pattern will be a little more distorted If you want centre Ignore Ignored. Always uses centre of input buffer Illusion Illusion type Image Image Gradients Image Magick wrapper using the png op. Image blending operation 'average' (<tt>c = (cA + aB)/2</tt>) Image blending operation 'blend-reflect' (<tt>c = cB>=1.0?1.0:cA*cA / (1.0-cB)</tt>) Image blending operation 'negation' (<tt>c = 1.0 - fabs(1.0-cA-cB)</tt>) Image blending operation 'soft-burn' (<tt>c = (cA+cB<1.0)?0.5*cB / (1.0 - cA):1.0-0.5*(1.0 - cA) / cB</tt>) Image blending operation 'soft-dodge' (<tt>c = (cA+cB<1.0)?0.5*cA / (1.0 - cB):1.0-0.5*(1.0 - cB)/cA</tt>) Image blending operation 'subtractive' (<tt>c = cA+cB-1.0</tt>) Image file directory (subfile) Image resampling method to use, for good results with double resampling when retouching panoramas, use nearest to generate the view and cubic or better for the inverse transform back to panorama. Impact each channel with the same amount Independent RGB Index of component flagging unlabelled pixels Index step Infinite Infinitely repeats the input image. Input buffer Input format Input luminance level to become lowest output Input luminance level to become white Input pad, for image buffer input. Integral Image Intended temperature Intensity Intensity Mode Inter-tile spacing (in pixels) Interpolate between Manhattan and Euclidean distance. Interpolation Colour Space Invalid graph, abort.
Inverse transform Invert Invert bumpmap Invert component Invert in Perceptual space Invert mask Invert the components (except alpha) in linear light, the result is the corresponding "negative" image. Invert the components (except alpha) perceptually, the result is the corresponding "negative" image. Invert the extracted component Invert the separator region Invert the value component, the result has the brightness inverted, keeping the colour. Inverted image Iterations JPEG 2000 File Loader JPEG 2000 image loader using jasper. JPEG File Loader JPEG File Saver JPEG compression quality (between 1 and 100) JPEG image loader using libjpeg JPEG image saver, using libjpeg JX JY Joints colour Julia Julia seed X value, position Julia seed Y value, position Justification K-means Segmentation Kaleidoscopic Mirroring Keep Keep RGB pixels values inside a specific range Keep Sign Keep blue component Keep colours Keep component 1 Keep component 2 Keep component 3 Keep even fields Keep even or odd fields Keep green component Keep hue component Keep image unchanged, where not affected by the lens. Keep lightness component Keep negative values in result; when off, the absolute value of the result is used instead. Keep odd fields Keep original surroundings Keep red component Keep saturation component LAB A LAB B LAB L LCH C(ab) LCH H(ab) LCMS From Profile Labels propagation by watershed transformation. Output buffer will keep the input format. Unlabelled pixels are marked with a given flag value (by default: last component with NULL value). The aux buffer is a "Y u8" image representing the priority levels (lower value is higher priority). If aux is absent, all labelled pixels have the same priority and propagated labels have a lower priority. Lambda Laplace Laplacian Edge Detection Large 3x3 Large staggered Layer Leading Left Length Length of blur in pixels Lens Lens Distortion Lens Flare Lens centre X Lens centre Y Lens refraction index Let origin point to be the middle one Level of emphasis on image gradient details Level of smoothness Level that full transparency should represent Levels Light adaptation Light angle (degrees) Light colour Light direction Light frequency (blue) Light frequency (green) Light frequency (red) Lighten shadows and darken highlights Lightness Lightness adjustment Lightness frequency Lightness phase shift Like a gaussian blur; but where the contribution for each neighbourhood pixel is also weighted by the colour difference with the original centre pixel. Limit deformation in the image area. Limit line width Line Line Profile Line height Line thickness Line width Linear Linear Gradient Linear Motion Blur Linear RGB Linear Sinusoid Linear gradient renderer Linear output Linear-premultiplied Linear-premultiplied-if-alpha Little Planet LoHalo Load an SVG file using librsvg Load failed Loaded Log of the error weighting Log2 of source's discretisation steps Logarithmic Logarithmic spiral base Loglog smoothing Long Shadow Long staggered Loop Low input Low limit Low output Lower threshold Lowest luminance level in output Lua error MLS Weights MLS Weights Alpha Magenta angle Magenta pattern Magenta period Magnitude Magnitude of contrast scaling >1.0 brighten < 1.0 darken Magnitude of random colour variations Main Make Grey Make Seamlessly tileable Make a turbulent noise Make the input buffer seamlessly tileable. The algorithm is not content-aware, so the result may need post-processing. Maker Makes each linear RGB component be the absolute of its value, fabs(input_value) Man O War Mandelbrot Manhattan Mantiuk 2006 Tone Mapping Map Absolute Map Relative Map backwards Map from top Map the image to a circle Mask Mask Radius Mask radius Mask radius buffer Math operation add, performs the operation per pixel, using either the constant provided in 'value' or the corresponding pixel from the buffer on aux as operands. The result is the evaluation of the expression result = input + value Math operation divide, performs the operation per pixel, using either the constant provided in 'value' or the corresponding pixel from the buffer on aux as operands. The result is the evaluation of the expression result = value==0.0f?0.0f:input/value Math operation gamma, performs the operation per pixel, using either the constant provided in 'value' or the corresponding pixel from the buffer on aux as operands. The result is the evaluation of the expression result = powf (input, value) Math operation multiply, performs the operation per pixel, using either the constant provided in 'value' or the corresponding pixel from the buffer on aux as operands. The result is the evaluation of the expression result = input * value Math operation subtract, performs the operation per pixel, using either the constant provided in 'value' or the corresponding pixel from the buffer on aux as operands. The result is the evaluation of the expression result = input - value Mathematical method for reconstructing pixel values Matting Global Matting Levin Max Max. Iterations Max. delta Maximal amount of refinement points to be used for the interpolation mesh Maximal scale of refinement points to be used for the interpolation mesh Maximum Envelope Maximum amount to shift Maximum delta Maximum difference Maximum difference between two pixels. Maximum number of iterations Maze Maze algorithm type Mean Curvature Blur Median Blur Metric Metric to use for the distance calculation Middle value to peaks Midpoint Midpoint (relative) Min Minimum Envelope Mirror rotation Mirrors Mix Mixing ratio, read as amount of aux, 0=input 0.5=half 1.0=aux Mode Mode of displacement Mode of value propagation Model Model - basic element we operate on Model alpha a Model alpha b Model alpha c Model alpha d Model blue a Model blue b Model blue c Model blue d Model green a Model green b Model green c Model green d Model red a Model red b Model red c Model red d Module '%s' load error: %s Module error Mono Mixer Monochrome channel mixer More black (smaller value) More opaque More transparent More white (larger value) Mosaic Mosaic is a filter which transforms an image into what appears to be a mosaic, composed of small primitives, each of constant colour and of an approximate size. Move pixels Move pixels around randomly Move rate Moving Gear Teeth Multiplication factor for desired rotation of the local space for texture, the way this is computed makes it weak for desaturated colours and possibly stronger where there is colour. Multipurpose file loader, that uses other native handlers, and fallback conversion using Image Magick's convert. Multipurpose file saver, that uses other native save handlers depending on extension, use the format specific save ops to specify additional parameters. NULL or a GeglBuffer containing cached rendering results, this is a special buffer where gegl_buffer_list_valid_rectangles returns the part of the cache that is valid. Name Native Near-z Nearest Neighborhood Neighborhood alpha percentile Neighbourhood colour percentile Neighborhood radius Neighbourhood taken into account, for enhancement ideal values are close to the longest side of the image, increasing this increases the runtime Neighbourhood taken into account, this is the radius in pixels taken into account when deciding which colours map to which grey values Neighborhood type Neon Edge Detection Never Newsprint No Operation No operation (can be used as a routing point) No such op '%s' NoHalo Node Noise Noise Pick Noise Reduction Noise Slur Noise Spread Noise reducing edge preserving blur filter based on Symmetric Nearest Neighbours Non-linear Non-linear components None Normal compositing Normalise Normalise output to range 0.0 to 1.0. Normalise output to the range [base,base + step] Not loaded NumPy (Numerical Python) image saver NumPy File Saver Number of clusters Number of colours Number of computations for greyscale averaging Number of contours (blue) Number of contours (green) Number of contours (red) Number of curve sampling points. 0 for exact calculation. Number of differing pixels. Number of downsampled levels to use Number of filtering iterations. A value between 2 and 4 is usually enough. Number of frames in gif animation Number of frames in video, updates at least when first frame has been decoded. Number of intensities Number of iterations Number of iterations, a higher number of iterations provides a less noisy rendering at a computational cost Number of iterations, a higher number of iterations provides less noisy results at a computational cost Number of levels for alpha channel Number of levels for blue channel Number of levels for green channel Number of levels for red channel Number of levels to perform solving Number of mirrors to use Number of pairs; higher number preserves more acute features Number of periods per tile, this tiling avoids high frequency anomaly that angle boost causes Number of samples along each axis per pixel Number of samples that are averaged for antialiasing the result. Number of samples to do per iteration looking for the range of colours Number of sharp edges (blue) Number of sharp edges (green) Number of sharp edges (red) Number of spokes Number of subdivisions Number of teeth in fixed gear. Number of teeth in moving gear. Radius of moving gear, relative to radius of fixed gear, is determined by the proportion between the number of teeth in gears. Octagons Offset Offset X Offset Y Offset angle Offset for X axis Offset for Y axis Oilify One of: sRGB, Adobish, Rec2020, ProPhoto, Apple, ACEScg, ACES2065-1 One or more of R, G, B components are missing One or more of R, G, B components have signed data Only colour Opacity Opacity of stroke, note, does not behave like SVG since at the moment stroking is done using an airbrush tool Opacity of stroke, note, does not behave like SVG since at the moment stroking is done using an airbrush tool. Opacity threshold Open GEGL Buffer Operate on linearised RGB colour data Operation Optimise Orientation Origin point for the polar coordinates Origin-x Origin-y Original temperature Output Mode Output composition Output format Output in a file Output mode Output pad for generated image buffer. Overall brightness of the image Override the specified colour space setting a pointer to a format override the string property and setting an aux pad overrides both. PDF page decoder PNG File Loader PNG File Saver PNG compression level from 1 to 9 PNG image loader. PNG image saver, using libpng PPI PPM File Loader PPM File Saver PPM image loader. PPM image saver (Portable pixmap saver.) PSSquare (or Euclidian) dot Page Page to render Pages Paint a colour overlay over the input, preserving its transparency. Paints each non-seed pixel with the colour of the nearest seed pixel. Pairs Palettise Pan Panorama Projection Paper Tile Parse/compile error, if any. Parsed commandline:
mode: %s
file: %s
xml: %s
output: %s
rest: %s
Password Password to use for decryption of PDF, or blank for none Paste below Paste transformed images below each other Path Path of GeglBuffer file to load. Path of file to load Path of file to load. Path of file to save. Path of video file to load Path to v4l device Pattern Pattern amplitude (logarithmic scale) Pattern rotation Pattern rotation angle Per pixel buffer for modulating the exponent parameter, expecting a scaling factor in range 0.0-1.0 Per pixel buffer for modulating the mask radius, expecting a scaling factor in range 0.0-1.0 Percent Black Percent White Percent black Percentile Perceptual Perceptual-premultiplied Perceptual-premultiplied-if-alpha Perform shadows and highlights correction Performs a greyscale2colour demosaicing of an image, using bimedian interpolation. Performs a naive greeyscale2colour demosaicing of an image, no interpolation. Performs an averaging of neighbouring pixels with the normal distribution as weighting Performs edge detection using a Gaussian derivative method Performs n-point image deformation Period Period (wavelength) of the ripple Period for X axis Period for Y axis Perlin Noise Perlin noise generator Phase for X axis Phase for Y axis Phase shift Photocopy Pinch Pinch amount Pixbuf Pixbuf location Pixel level filter/composer scripting prototyping with lua. See http://pippin.gimp.org/image-processing/ for further details. Pixelise Pixels values higher than this limit will be set to it Pixels values lower than this limit will be set to it Plasma Point/pixels per inch Pointer Pointer to flag value for unlabelled pixels Polar Polar Coordinates Polarisation Porter Duff compositing operation src-in (formula: cA * aB) Porter Duff operation clear (d = 0.0f) Porter Duff operation dst (d = cB) Porter Duff operation dst-atop (d = cB * aA + cA * (1.0f - aB)) Porter Duff operation dst-in (d = cB * aA) Porter Duff operation dst-out (d = cB * (1.0f - aA)) Porter Duff operation dst-over (d = cB + cA * (1.0f - aB)) Porter Duff operation over (also known as normal mode, and src-over) (d = cA + cB * (1 - aA)) Porter Duff operation src (d = cA) Porter Duff operation src-atop (d = cA * aB + cB * (1.0f - aA)) Porter Duff operation src-out (d = cA * (1.0f - aB)) Porter Duff operation xor (d = cA * (1.0f - aB)+ cB * (1.0f - aA)) Position of the light source which lightens the canvas: Top-right, Top-left, Bottom-left or Bottom-right Posterise Power used to stretch the blend Preserve Model Preserve luminosity Prewitt compass Prim's algorithm Print XML ProPhoto RGB Progressive Propagate certain values to neighbouring pixels. Erode and dilate any colour or opacity. Propagate to bottom Propagate to left Propagate to right Propagate to top Propagating alpha channel Propagating rate Propagating value channel Properties: Proportion Put the top row in the middle and the bottom row on the outside Quality RGB RGB Blue RGB Green RGB Red RGBE File Loader RGBE File Saver RGBE image loader (Radiance HDR format). RGBE image saver (Radiance HDR format) Radial Radial Gradient Radial gradient renderer Radius Radius (1.0 is the largest circle that fits in the image, and 2.0 goes all the way to the corners) Radius 1 Radius 2 Radius of circle around pixel, can also be scaled per pixel by a buffer on the aux pad. Radius of effect (in pixels) Radius of fixed gear Radius of row pixel region, (size will be radius*2+1) Radius of square pixel region, (width and height will be radius*2+1) Radius of square pixel region, (width and height will be radius*2+1). Radius of supernova Radius of the processing window Radius of the wavelet blur Random Random Covariant Random hue Random seed Randomisation (%) Randomise hue, saturation and value independently Randomise lightness, chroma and hue independently Randomly Shuffle Pixels Randomly interchange some pixels with neighbours Randomly slide some pixels downward (similar to melting) Rank Ratio Raw format Raw image loader, wrapping dcraw with pipes, provides the raw bayer grid as greyscale, if the fileformat is .rawbayer it will use this loader instead of the normal dcraw loader, if the fileformat is .rawbayerS it will swap the returned 16bit numbers (the pnm loader is apparently buggy) Read Read/Write Rectangle Recursive Transform Red Red Channel Multiplier Red Eye Removal Red Threshold Red and cyan angle Red and cyan pattern Red and cyan period Red angle Red application mode Red channel Red contours Red eye threshold Red frequency Red in Blue channel Red in Green channel Red in Red channel Red inversion Red levels Red pattern Red period Red phase shift Red sharp edges Red stretching factor Red threshold of the input colour Reduce the number of colours in the image, by reducing the levels per channel (colours and alpha). Different dithering methods can be specified to counteract quantization induced banding. Reduces the number of levels in each colour component of the image. Reference Refinement scale Refinement steps Reflect Reflect an image about a line, whose direction is specified by the vector that is defined by the x and y properties. Reflect the pattern horizontally Regions size Regularise geometry at a speed proportional to the local mean curvature value Reinhard 2005 Tone Mapping Relative Colourimetric Relative brightness change in stops Relative brightness of each exposure in EV Remap Remaps the intensity range of the image Remix colours; by defining relative contributions from source components. Remove the red eye effect caused by camera flashes Render Path Render Spyrograph Render Text Render a checkerboard pattern Rendered height in pixels. (read only) Rendered width in pixels. (read only) Rendering intent Rendering of multiple different fractal systems, with configurable colouring options. Rendering type Renders a Spyrograph pattern Renders a brush stroke Renders a filled region Renders a vector stroke Renders luminance profiles for red green and blue components along the specified line in the input buffer, plotted in a buffer of the specified size. Repeat Replace a range of colours with another Replacement colour. Repositions the buffer (with subpixel precision), if integer coordinates are passed a fast-path without resampling is used Resampling method Rescale overall image size Reset origin Resolution in pixels Result rotation Retain tilebility Right Rigidity Ripple Roberts Rotate Rotate on centre Rotate the buffer around its center, taking care of possible offsets. Rotate the buffer around the specified origin. Rotated Rotation Rotation applied to the mirrors Rotation applied to the result Rotation blur angle. A large angle may take some time to render Rough tile surface Round SDL Display SDL2 Display SVG File Loader SVG Hue Rotate SVG Luminance to Alpha SVG Matrix SVG Saturate SVG blend operation colour-burn (<code>if cA * aB + cB * aA <= aA * aB: d = cA * (1 - aB) + cB * (1 - aA) otherwise: d = (cA == 0 ? 1 : (aA * (cA * aB + cB * aA - aA * aB) / cA) + cA * (1 - aB) + cB * (1 - aA))</code>) SVG blend operation colour-dodge (<code>if cA * aB + cB * aA >= aA * aB: d = aA * aB + cA * (1 - aB) + cB * (1 - aA) otherwise: d = (cA == aA ? 1 : cB * aA / (aA == 0 ? 1 : 1 - cA / aA)) + cA * (1 - aB) + cB * (1 - aA)</code>) SVG blend operation darken (<code>d = MIN (cA * aB, cB * aA) + cA * (1 - aB) + cB * (1 - aA)</code>) SVG blend operation difference (<code>d = cA + cB - 2 * (MIN (cA * aB, cB * aA))</code>) SVG blend operation exclusion (<code>d = (cA * aB + cB * aA - 2 * cA * cB) + cA * (1 - aB) + cB * (1 - aA)</code>) SVG blend operation hard-light (<code>if 2 * cA < aA: d = 2 * cA * cB + cA * (1 - aB) + cB * (1 - aA) otherwise: d = aA * aB - 2 * (aB - cB) * (aA - cA) + cA * (1 - aB) + cB * (1 - aA)</code>) SVG blend operation lighten (<code>d = MAX (cA * aB, cB * aA) + cA * (1 - aB) + cB * (1 - aA)</code>) SVG blend operation overlay (<code>if 2 * cB > aB: d = 2 * cA * cB + cA * (1 - aB) + cB * (1 - aA) otherwise: d = aA * aB - 2 * (aB - cB) * (aA - cA) + cA * (1 - aB) + cB * (1 - aA)</code>) SVG blend operation plus (<code>d = cA + cB</code>) SVG blend operation screen (<code>d = cA + cB - cA * cB</code>) SVG blend operation soft-light (<code>if 2 * cA < aA: d = cB * (aA - (aB == 0 ? 1 : 1 - cB / aB) * (2 * cA - aA)) + cA * (1 - aB) + cB * (1 - aA); if 8 * cB <= aB: d = cB * (aA - (aB == 0 ? 1 : 1 - cB / aB) * (2 * cA - aA) * (aB == 0 ? 3 : 3 - 8 * cB / aB)) + cA * (1 - aB) + cB * (1 - aA); otherwise: d = (aA * cB + (aB == 0 ? 0 : sqrt (cB / aB) * aB - cB) * (2 * cA - aA)) + cA * (1 - aB) + cB * (1 - aA)</code>) SVG colour matrix operation svg_huerotate SVG colour matrix operation svg_luminancetoalpha SVG colour matrix operation svg_matrix SVG colour matrix operation svg_saturate SVG style description of transform Sample points Sampler Sampler used internally Samples Saturation Saturation adjustment Saturation frequency Saturation phase shift Saturation value for above grey settings Save Sawtooth Scalar threshold level (overridden if an auxiliary input buffer is provided.). Scale Scale 1:1 size Scale factor to make rendering size bigger Scale of the image Scale ratio Scale size Scale size keep aspect Scale value for x axis Scale value for y axis Scale, strength of effect Scale3X Antialiasing Scales the buffer according to a ratio. Scales the buffer according to a size. Scales the buffer to a size, preserving aspect ratio Scales the components of the buffer to be in the 0.0-1.0 range. This improves images that make poor use of the available contrast (little contrast, very dark, or very bright images). Scales the components of the buffer to be in the 0.0-1.0 range. This improves images that make poor use of the available contrast (little contrast, very dark, or very bright images). This version differs from Contrast Autostretch in that it works in HSV space, and preserves hue. Scaling Scaling factor for unsharp-mask, the strength of effect Scattering Scattering (speed vs. quality) Script Second auxiliary image buffer input pad. Seed edges Segment colours using K-means clustering Select the n-th closest point Selective Gaussian Blur Selective Hue-Saturation Selective adjust Hue, Saturation and Lightness Separator Sepia Set at Native if uncertain, the CIE based spaces might introduce hue shifts. Set the blue amount for the blue channel Set the blue amount for the green channel Set the blue amount for the red channel Set the green amount for the blue channel Set the green amount for the green channel Set the green amount for the red channel Set the red amount for the blue channel Set the red amount for the green channel Set the red amount for the red channel Sets the height in pixels according to which the text is vertically justified. Use -1 for no vertical justification. Sets the width in pixels at which long lines will wrap. Use -1 for no wrapping. Several simple methods for detecting edges Shadow angle Shadow colour Shadow fade midpoint Shadow fade midpoint, as a factor of the shadow length Shadow length Shadow minus image Shadow only Shadow plus image Shadow style Shadows Shadows color adjustment Shadows-Highlights Shape Sharpen (Unsharp Mask) Sharpen image, by adding difference to blurred image, a technique for sharpening originally used in darkrooms. Sharpness Shear Shears the buffer. Shift Shift X Shift Y Shift direction Shift each row or column of pixels by a random amount Shift white point Should the output extent be clipped to the input extent Shrink area Sierpinski Simple Linear Iterative Clustering Simplex Noise Simplify image into an array of solid-coloured rectangles Simulate an antique engraving Simulate colour distortion produced by a copy machine Simulate distortion caused by rectangular glass tiles Simulate glow by making highlights intense and fuzzy Simulates a cartoon, its result is similar to a black felt pen drawing subsequently shaded with colour. This is achieved by enhancing edges and darkening areas that are already distinctly darker than their neighbourhood Simulates an image created by embossing Simulates the optical distortion caused by having an elliptical lens over the image Sine Sinus Sinusoidal Size Size X Size Y Size of a region side Size of an edge of square the mesh consists of Size ratio X Size ratio Y Smooth by Domain Transform Smooth warping Smoothing Smoothing factor from 1 to 100; 0 disables smoothing Smoothness Sobel Sobel Edge Detection Softglow Softness Solid Noise Source Source Profile Source image file path (png, jpg, raw, svg, bmp, tif, ...) Spacing Spatial extent Spatial regularisation Spatial standard deviation of the blur kernel, measured in pixels. Spatio Temporal Retinex-like Envelope with Stochastic Sampling Specialised direction-dependent edge detection Spherical Spherical cap apex angle, as a fraction of the co-angle of view Spherise Spider Spin Spin angle around camera axis Spiral Spiral origin X coordinate Spiral origin Y coordinate Spiral radius Spiral renderer Spiral rotation Spiral swirl direction Spiral type Spyrograph Square Square Size Squares Squeeze Staggered Standard deviation (spatial scale factor) Standard deviation for the horizontal axis Start Colour Start angle of the destination colour range Start angle of the source colour range Start from the right instead of the left Start x coordinate Start y coordinate Std. Dev. Step Stop 1 Stop 2 Stop 3 Stop 4 Stop 5 Store image in a GdkPixbuf. Store in GdkPixbuf Stores the ICC profile that would be embedded if stored as an image. Strength Strength of Effect Strength of local detail enhancement Strength of the sepia effect Stretch Contrast Stretch Contrast HSV Stretch colour chroma to cover maximum possible range, keeping hue and lightness untouched. String to display (utf8) Striped Stroke Stroke Colour Stroke opacity Stroke width Style Style of effect Subdivisions Subset Superimpose many altered copies of the image. Supernova Superpixels based on k-means clustering Superpixels based on the watershed transformation Superpixels colour Superpixels size Supersampling Superset Surface characteristics Swirl clockwise Swirl anti-clockwise Switch to clockwise Symmetric Nearest Neighbour TIFF File Loader TIFF File Saver TIFF image loader using libtiff TIFF image saver using libtiff Target encoded video bitrate in kb/s Target file path to write GeglBuffer to. Target path and filename Target path and filename, use '-' for stdout Target path and filename, use '-' for stdout. Temporal blur Test op to do a 1:1 map of input to output, while sampling Text Textures the image as if it were an artist's canvas. Texturise Canvas The GeglBuffer to load into the pipeline The amount of contrast compression The babl format of the input The babl format of the output The babl format of the output GeglBuffer, NULL to use input buffer format The background colour The cmsHPROFILE corresponding to the ICC profile for the input data. The colour at (x1, y1) The colour at (x2, y2) The colour of supernova. The colour to change. The colour to make transparent. The colour to paint over the input The colour to render (defaults to 'black') The contrast curve. The count of pixels to compute simultaneously The dithering method to use The fill opacity to use The fill opacity to use. The first cell colour The foreground colour The foreground contains holes and/or several unconnected parts The foreground does not contain opaque parts The foreground is too small to use The limit above which colours remain opaque. The limit below which colours become transparent. The location where to store the output GdkPixbuf. The location where to store the output GeglBuffer The lua script containing the implementation of this operation. The maximum difference in value at which to propagate a pixel The minimum difference in value at which to propagate a pixel The number of concurrent processing threads to use The number of deformation iterations The number of divisions The number of noise octaves. The number of pixels across one repetition of a base pattern at base resolution. The opaque parts of the foreground are not above the background! The orientation of the blur - hor/ver The quality of rendering, a value between 0.0 (fast) and 1.0 (reference) The random seed for spokes and random hue The random seed for the noise function The reference ID used as input (for use in XML). The rendering intent to use in the conversion. The scale of the noise function The second cell colour The shadow's colour (defaults to 'black') The shape of pixels The strength with which to propagate a pixel to its neighbours The tiles' background colour The value represents the contribution of the past to the new frame. The width of the brush used to stroke the path The width of the brush used to stroke the path. There is a problem in the syntax or in the application of parsed property values. Things might mostly work nevertheless. This blur is used for the wavelet decomposition filter, each pixel is computed from another by the HAT transform This function simulates the degradation of being on an old low-dotpitch RGB video monitor. This plug-in produces an effect like a supernova burst. The amount of the light effect is approximately in proportion to 1/r, where r is the distance from the centre of the star. This plug-in uses the algorithm described by John Schlag, "Fast Embossing Effects on Raster Image Data" in Graphics GEMS IV (ISBN 0-12-336155-9). It takes a buffer to be applied as a bump map to another buffer and produces a nice embossing effect. Threshold Threshold high Threshold low Thresholds the image to white/black based on either the global value set in the value property, or per pixel from the aux input. Tile Tile Glass Tile Height Tile Width Tile colour based on average of subsumed pixels Tile colour variation Tile geometry Tile height Tile neatness Tile saturation Tile size Tile spacing Tileable Tiled Tiled bumpmap Tilt Title to be given to output window To To 0 To 1 To 2 To 3 To 4 To 5 To 6 To 7 To Colour To bottom To left To polar To right To top Top Top-left Top-right Total pages, provided as a visual read-only property Trailing Transform Transform the image with the fractals Transformation SVG syntax transformation string Transformation matrix, using SVG syntax (or multiple matrices, separated by semicolons) Translate Transparency threshold Transparent Treat as this Treat as this: Grey colours from above source range will be treated as if they had this hue and saturation
Change to this: Change grey colours to this hue and saturation Triangle Triangles Trim X Trim Y Trimap influence factor Turbulence Turbulent Turn image greyscale and overlay an oversaturated grid - through colour assimilation happening in the human visual system, for some grid scales this produces the illusion that the greyscale grid cells themselves also have colour. Turns the image greyscale Type Type 1 Type 2 Type of GeglSampler used to fetch input pixels Type of RGB pattern to use Type of a fractal Type of illusion Type of map URI URI for file to load URI for file to load. URI of file to load URI of file to load. URI of image to load. Unable to convert image to sRGB colour space Unable to create output colour profile Unable to open JPEG 2000 image Unable to read file: %s Unknown GeglOption mode: %d Unknown JPEG 2000 image format Unpremultiplies a buffer that contains pre-multiplied colors (but according to the babl format is not.) Unpremultiply alpha Unseeded region colour Unsupported JPEG 2000 file with depth %d Unsupported fractal type Unsupported fractal type: %d Unsupported non-RGB JPEG 2000 file with %d components Upper threshold Use MLS weights Use a gaussian noise distribution, when unticked a linear noise distribution is used instead Use an existing in-memory GeglBuffer as image source. Use an on-disk GeglBuffer as data source. Use linear output instead of gamma corrected Use optimised huffman tables Use pixel luminance values Use sRGB gamma instead of linear User value Uses the GdkPixbuf located at the memory location in <em>pixbuf</em>. Value Value Invert Value Propagate Value at bottom Value at top Value exponent (logarithmic scale) Value offset Values Vector Vector Stroke Vertical Vertical camera panning Vertical displacement Vertical extent Vertical justification Vertical offset Vertical offset (from origin) for start of grid Vertical offset of blocks in pixels Vertical pattern scale Vertical position Vertical position in pixels Vertical scale factor Vertical shadow offset Vertical shear amount Vertical size Vertical size ratio of a pixel inside each block Vertical spread amount Vertical text alignment (0=Top, 1=Middle, 2=Bottom) Vertical texture size Vertical translation Vertical width of cells pixels Video Degradation Video bufsize Video codec Video codec to use, or auto to use a good default based on container format. Video4Linux Frame Source Video4Linux input, webcams framegrabbers and similar devices. Video4Linux2 Frame Source Video4Linux2 input, webcams framegrabbers and similar devices. Vignette Vignette shape Voronoi Diagram Warp Warps the colours of an image between colours with weighted distortion factors, colour pairs which are black to black get ignored when constructing the mapping. Waterlevel Waterpixels Watershed Transform Wave type Waves WebP File Loader WebP File Saver WebP compression quality WebP image loader. WebP image saver Weight distribution sigma controlling response contributions Weight sigma Weighted Blend Weights the opacity of the input both the value of the aux input and the global value property. What colour model used for the transformation What shape to use for tiles When TRUE the model will not be freed When enabled also enhances shadow regions - when disabled a more natural result is yielded When enabled details in shadows are boosted at the expense of noise When set operate on gamma corrected values instead of linear RGB - acting like the old normalise filter in GIMP Where GEGL stores its swap Whether the function adds the result to the original image. Whether the image edges are also seeded Whether to propagate a pixel's colour Whether to propagate a pixel's opacity Whether to rotate the RGB pattern by ninety degrees. Whirl Whirl Pinch Whirl angle (degrees) White White on Black White point adjustment Wide gamut RGB Wide striped Width Width for rendered image Width of Hue selection interval Width of blocks in pixels Width of grid lines in pixels Width of the generated buffer Width of the tile Wind Wind-like bleed effect Window title Wrap around Wrap height Wrap image around a spherical cap Wrap input Wrap the fractional tiles Wrap width Write Write Buffer Write camera name correctly Write input data into an existing GEGL buffer destination surface. Write lens maker correctly Write your lens model with uppercase letters Writes image data to an already existing buffer Wrong pixels X X Amplitude X Offset X Period X Phase X Scale X Size X axis ratio for the centre of mirroring X axis ratio for trimming mirror expanse X coordinate of origin X coordinate of pattern centre X coordinate of the displacement centre X coordinates of the centre of supernova X coordinates of the flare centre X displacement X position X shift in the fractal space X start of the generated buffer X0 X1 X1 value, position X2 X2 value, position Y Y Amplitude Y Offset Y Period Y Phase Y Scale Y Size Y axis ratio for the centre of mirroring Y axis ratio for trimming mirror expanse Y coordinate of origin Y coordinate of pattern centre Y coordinate of the displacement centre Y coordinates of the centre of supernova Y coordinates of the flare centre Y displacement Y position Y shift in the fractal space Y start of the generated buffer Y'CbCr Cb Y'CbCr Cr Y'CbCr Y' Y0 Y1 Y1 value, position Y2 Y2 value, position Yellow angle Yellow pattern Yellow period Z coordinate of the near clipping plane Z offset Zoom Zoom in the fractal space Zoom level Zoom motion blur Zooming Motion Blur [op [property=value] [property=value]] [[op] [property=value] a GeglBuffer on disk to open add-alpha amount audio audio bitrate in kb/s audio sample rate audio-codec audio_channels audio_sample_rate autotrigger reload this many times a second. babl format blend two images using alpha values as weights could not create a new Jasper stream could not query JPEG 2000 file current frame number, can be changed to trigger a reload of the image. failed to open JPEG 2000 from %s file to load flag floating point -1 means auto, 0 means integer 1 meant float. frame frame number to decode frame-delay frame-rate frames global quality global value used if aux doesn't contain data global weight scale gluas gop-size how to determine what to fill (nonzero|evenodd) i-quant-factor i-quant-offset keyint-min libraw File Loader list of <number>s max_b_frames max_qdiff me-subpel-quality me_range noise reduction number of levels per component op '%s' not found, partial matches: origin-x origin-y output/rendering height in pixels, -1 for input height output/rendering width in pixels, -1 for input width path of file to write to. pdf loader pipeline pointer to a const * Babl space position of symmetry centre in output qblur qcompress qmax qmin s RGB sRGB sample input with an auxiliary buffer that contain absolute source coordinates sample input with an auxiliary buffer that contain relative source coordinates scaling factor of displacement, indicates how large spatial displacement a relative mapping value of 1.0 corresponds to. scenechange threshold set colour space which subsequent babl-formats in the pipeline are created with, and the ICC profile potentially embedded for external colour management, setting a pointer to a format override the string property and setting an aux pad overrides both. squared integral stretch components of pixels individually based on luminance envelopes svg style description of transform. tile size to use. trade-off between superpixel regularity and adherence to object boundaries trellis unhandled path data %s:%s
unknown mode uri of file to load usage: %s [options] <file | -- [op [op] ..]>
Options:
-h, --help this help information
--list-all list all known operations
--exists return 0 if the operation(s) exist
--info output information about the operation:
name, description, properties details.
-i, --file read xml from named file
-x, --xml use xml provided in next argument
--dot output a graphviz graph description
-o, --output output generated image to named file, type based
on extension.
-p increment frame counters of various elements when
processing is done.
-s scale, --scale scale scale output dimensions by this factor.
-X output the XML that was read in
-v, --verbose print diagnostics while running
All parameters following -- are considered ops to be chained together
into a small composition instead of using an xml file, this allows for
easy testing of filters. After chaining a new op in properties can be set
with property=value pairs as subsequent arguments.
use floating point video bitrate in kb/s video bitrate max video bitrate min video bitrate tolerance video device path video-codec weight 0 weight 1 weight 2 weight 3 weight 4 weight 5 weight 6 weight 7