1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
160
161
162
163
164
165
166
167
168
169
170
171
172
173
174
175
176
177
178
179
180
181
182
183
184
185
186
187
188
189
190
191
192
193
194
195
196
197
198
199
200
201
202
203
204
205
206
207
208
209
210
211
212
213
214
215
216
217
218
219
220
221
222
|
# localization: tier3
function __fish_complete_magick
complete -c $argv -o adjoin -d 'Join images into a single multi-image file'
complete -c $argv -o affine -d 'Affine transform matrix [matrix]'
complete -c $argv -o antialias -d 'Remove pixel-aliasing'
complete -c $argv -o authenticate -d 'Decipher image with this password [password]'
complete -c $argv -o background -d 'Background color [color]' -xa '(__fish_complete_convert_options color)'
complete -c $argv -o bias -d 'Add bias when convolving an image [value]'
complete -c $argv -o black-point-compensation -d 'Use black point compensation'
complete -c $argv -o blue-primary -d 'Chromaticity blue primary point [point]'
complete -c $argv -o bordercolor -d 'Border color [color]' -xa '(__fish_complete_convert_options color)'
complete -c $argv -o caption -d 'Assign a caption to an image [string]'
complete -c $argv -o colors -d 'Preferred number of colors in the image [value]'
complete -c $argv -o colorspace -d 'Alternate image colorspace [type]' -xa '(convert -list colorspace)'
complete -c $argv -o comment -d 'Annotate image with comment [string]'
complete -c $argv -o compose -d 'Set image composite operator [operator]'
complete -c $argv -o compress -d 'Type of pixel compression when writing the image [type]' -xa '(convert -list compress)'
complete -c $argv -o decipher -d 'magick cipher pixels to plain pixels'
complete -c $argv -o define -d 'Define one or more image format options [format:option]'
complete -c $argv -o delay -d 'Display the next image after pausing [value]'
complete -c $argv -o density -d 'Horizontal and vertical density of the image [geometry]'
complete -c $argv -o depth -d 'Image depth [value]'
complete -c $argv -o direction -d 'Render text right-to-left or left-to-right [type]' -xa '(convert -list direction)'
complete -c $argv -o display -d 'Get image or font from this X server [server]'
complete -c $argv -o dispose -d 'Layer disposal method [method]' -xa '(convert -list dispose)'
complete -c $argv -o dither -d 'Apply error diffusion to image [method]' -xa '(convert -list dither)'
complete -c $argv -o encipher -d 'magick plain pixels to cipher pixels'
complete -c $argv -o encoding -d 'Encoding type [type text]' -xa '(__fish_print_encodings)'
complete -c $argv -o endian -d 'Endianness (MSB or LSB) of the image [type]' -xa '(convert -list endian)'
complete -c $argv -o family -d 'Render text with this font family [name]' -xa '(__fish_complete_convert_options family)'
complete -c $argv -o fill -d 'Color to use when filling a graphic primitive [color]' -xa '(__fish_complete_convert_options color)'
complete -c $argv -o filter -d 'Use this filter when resizing an image [type]' -xa '(convert -list filter)'
complete -c $argv -o flatten -d 'flatten a sequence of images'
complete -c $argv -o font -d 'Render text with this font [name]' -xa '(__fish_complete_convert_options font)'
complete -c $argv -o format -d 'Output formatted image characteristics ["string"]'
complete -c $argv -o fuzz -d 'Colors within this distance are considered equal [distance]'
complete -c $argv -o gravity -d 'Horizontal and vertical text placement [type]' -xa '(convert -list gravity)'
complete -c $argv -o green-primary -d 'Chromaticity green primary point [point]'
complete -c $argv -o intent -d 'Type of rendering intent when managing the image color [type]' -xa '(convert -list intent)'
complete -c $argv -o interlace -d 'Type of image interlacing scheme [type]' -xa '(convert -list interlace)'
complete -c $argv -o interpolate -d 'Pixel color interpolation method [method]' -xa '(convert -list interpolate)'
complete -c $argv -o kerning -d 'Set the space between two letters [value]'
complete -c $argv -o label -d 'Assign a label to an image [string]'
complete -c $argv -o limit -d 'Pixel cache resource limit [type value]' -x
complete -c $argv -o loop -d 'Add Netscape loop extension to your GIF animation [iterations]'
complete -c $argv -o mask -d 'Associate a mask with the image [filename]' -r
complete -c $argv -o matte -d 'store matte channel if the image has one'
complete -c $argv -o mattecolor -d 'Frame color [color]' -xa '(__fish_complete_convert_options color)'
complete -c $argv -o monitor -d 'Monitor progress'
complete -c $argv -o orient -d 'Image orientation [type]' -xa '(convert -list orientation)'
complete -c $argv -o origin -d 'image origin'
complete -c $argv -o page -d 'Size and location of an image canvas (setting) [geometry]'
complete -c $argv -o ping -d 'Efficiently determine image attributes'
complete -c $argv -o pointsize -d 'Font point size [value]'
complete -c $argv -o preview -d 'Image preview type [type]' -xa '(convert -list preview)'
complete -c $argv -o quality -d 'JPEG/MIFF/PNG compression level [value]'
complete -c $argv -o quiet -d 'Suppress all warning messages'
complete -c $argv -o red-primary -d 'Chromaticity red primary point [point]'
complete -c $argv -o regard-warnings -d 'Pay attention to warning messages'
complete -c $argv -o repage -d 'size and location of an image canvas'
complete -c $argv -o sampling-factor -d 'Horizontal and vertical sampling factor [geometry]'
complete -c $argv -o scene -d 'Image scene number [value]'
complete -c $argv -o seed -d 'Seed a new sequence of pseudo-random numbers [value]'
complete -c $argv -o size -d 'Width and height of image [geometry]'
complete -c $argv -o statistic -d 'replace pixels with corresponding stats from the neighborhood'
complete -c $argv -o stretch -d 'Render text with this font stretch [type]' -xa '(convert -list stretch)'
complete -c $argv -o stroke -d 'Graphic primitive stroke color [color]' -xa '(__fish_complete_convert_options color)'
complete -c $argv -o strokewidth -d 'Graphic primitive stroke width [value]'
complete -c $argv -o style -d 'Render text with this font style [type]' -xa '(convert -list style)'
complete -c $argv -o support -d 'resize support: > 1.0 blurry, < 1.0 sharp'
complete -c $argv -o synchronize -d 'Synchronize image to storage device'
complete -c $argv -o taint -d 'Declare the image as modified'
complete -c $argv -o texture -d 'Name of texture to tile onto the image background [filename]' -r
complete -c $argv -o tile-offset -d 'Tile offset [geometry]'
complete -c $argv -o treedepth -d 'Color tree depth [value]'
complete -c $argv -o transparent-color -d 'Transparent color [color]' -xa '(__fish_complete_convert_options color)'
complete -c $argv -o undercolor -d 'Annotation bounding box color [color]' -xa '(__fish_complete_convert_options color)'
complete -c $argv -o units -d 'The units of image resolution [type]' -xa '(convert -list units)'
complete -c $argv -o verbose -d 'Print detailed information about the image'
complete -c $argv -o view -d 'FlashPix viewing transforms'
complete -c $argv -o virtual-pixel -d 'Virtual pixel access method [method]' -xa '(convert -list virtual-pixel)'
complete -c $argv -o weight -d 'Render text with this font weight [type]' -x
complete -c $argv -o white-point -d 'Chromaticity white point [point]'
complete -c $argv -o adaptive-blur -d 'Adaptively blur pixels; decrease effect near edges [geometry]'
complete -c $argv -o adaptive-resize -d "Adaptively resize image using 'mesh' interpolation [geometry]"
complete -c $argv -o adaptive-sharpen -d 'Adaptively sharpen pixels; increase effect near edges [geometry]'
complete -c $argv -o annotate -d 'Annotate the image with text [geometry text]'
complete -c $argv -o auto-orient -d 'Automagically orient (rotate) image'
complete -c $argv -o bilateral-blur -d 'non-linear, edge-preserving, and noise-reducing smoothing filter'
complete -c $argv -o black-threshold -d 'Force all pixels below the threshold into black [value]'
complete -c $argv -o blue-shift -d 'Simulate a scene at nighttime in the moonlight [factor]'
complete -c $argv -o blur -d 'Reduce image noise and reduce detail levels [geometry]'
complete -c $argv -o border -d 'Surround image with a border of color [geometry]'
complete -c $argv -o channel -d 'set the image channel mask'
complete -c $argv -o charcoal -d 'Simulate a charcoal drawing [radius]'
complete -c $argv -o chop -d 'Remove pixels from the image interior [geometry]'
complete -c $argv -o clip -d 'Clip along the first path from the 8BIM profile'
complete -c $argv -o clip-mask -d 'Associate a clip mask with the image [filename]' -r
complete -c $argv -o clip-path -d 'Clip along a named path from the 8BIM profile [id]'
complete -c $argv -o colorize -d 'Colorize the image with the fill color [value]'
complete -c $argv -o color-matrix -d 'Apply color correction to the image [matrix]'
complete -c $argv -o contrast -d 'Enhance or reduce the image contrast'
complete -c $argv -o contrast-stretch -d 'Improve contrast by stretching the intensity range [geometry]'
complete -c $argv -o convolve -d 'Apply a convolution kernel to the image [coefficients]'
complete -c $argv -o cycle -d 'Cycle the image colormap [amount]'
complete -c $argv -o despeckle -d 'Reduce the speckles within an image'
complete -c $argv -o draw -d 'Annotate the image with a graphic primitive [string]'
complete -c $argv -o edge -d 'Apply a filter to detect edges in the image [radius]'
complete -c $argv -o emboss -d 'Emboss an image [radius]'
complete -c $argv -o enhance -d 'Apply a digital filter to enhance a noisy image'
complete -c $argv -o equalize -d 'Perform histogram equalization to an image'
complete -c $argv -o evaluate -d 'Alter channel pixels based on expression [operator]'
complete -c $argv -o extent -d 'Set the image size [geometry]'
complete -c $argv -o extract -d 'Extract area from image [geometry]'
complete -c $argv -o fft -d 'Implements the discrete Fourier transform (DFT)'
complete -c $argv -o flip -d 'Flip image vertically'
complete -c $argv -o floodfill -d 'Color floodfill the image with color [geometry]'
complete -c $argv -o flop -d 'Flop image horizontally'
complete -c $argv -o frame -d 'Surround image with an ornamental border [geometry]'
complete -c $argv -o function -d 'Apply function over image values [name parameters]' -xa '(convert -list function)'
complete -c $argv -o gamma -d 'Level of gamma correction [value]'
complete -c $argv -o gaussian-blur -d 'Reduce image noise and reduce detail levels [geometry]'
complete -c $argv -o geometry -d 'Preferred size or location of the image [geometry]'
complete -c $argv -o identify -d 'Identify the format and characteristics of the image'
complete -c $argv -o ift -d 'Implements the inverse discrete Fourier transform (DFT)'
complete -c $argv -o implode -d 'Implode image pixels about the center [amount]'
complete -c $argv -o integral -d 'calculate the sum of values (pixel values) in the image'
complete -c $argv -o lat -d 'Local adaptive thresholding [geometry]'
complete -c $argv -o layers -d 'Optimize, merge, or compare image layers [method]' -xa '(convert -list layers)'
complete -c $argv -o level -d 'Adjust the level of image contrast [value]'
complete -c $argv -o linear-stretch -d 'Improve contrast by stretching with saturation [geometry]'
complete -c $argv -o median -d 'Apply a median filter to the image [geometry]'
complete -c $argv -o mode -d 'Make each pixel the predominant color of the neighborhood [geometry]'
complete -c $argv -o modulate -d 'Vary the brightness, saturation, and hue [value]'
complete -c $argv -o monochrome -d 'Transform image to black and white'
complete -c $argv -o morphology -d 'Apply a morphology method to the image [method kernel]' -xa '(convert -list morphology)'
complete -c $argv -o motion-blur -d 'Simulate motion blur [geometry]'
complete -c $argv -o negate -d 'Replace every pixel with its complementary color '
complete -c $argv -o noise -d 'Add or reduce noise in an image [geometry]'
complete -c $argv -o normalize -d 'Transform image to span the full range of colors'
complete -c $argv -o opaque -d 'Change this color to the fill color [color]' -xa '(__fish_complete_convert_options color)'
complete -c $argv -o ordered-dither -d 'Add a noise pattern to the image with specific amplitudes [NxN]'
complete -c $argv -o paint -d 'Simulate an oil painting [radius]'
complete -c $argv -o polaroid -d 'Simulate a Polaroid picture [angle]'
complete -c $argv -o posterize -d 'Reduce the image to a limited number of color levels [levels]'
complete -c $argv -o profile -d 'Add, delete, or apply an image profile [filename]' -r
complete -c $argv -o quantize -d 'Reduce colors in this colorspace [colorspace]' -xa '(convert -list colorspace)'
complete -c $argv -o radial-blur -d 'Radial blur the image [angle]'
complete -c $argv -o raise -d 'Lighten/darken image edges to create a 3-D effect [value]'
complete -c $argv -o random-threshold -d 'Random threshold the image [low,high]'
complete -c $argv -o region -d 'Apply options to a portion of the image [geometry]'
complete -c $argv -o render -d 'Render vector graphics'
complete -c $argv -o resample -d 'Change the resolution of an image [geometry]'
complete -c $argv -o resize -d 'Resize the image [geometry]'
complete -c $argv -o roll -d 'Roll an image vertically or horizontally [geometry]'
complete -c $argv -o rotate -d 'Apply Paeth rotation to the image [degrees]'
complete -c $argv -o sample -d 'Scale image with pixel sampling [geometry]'
complete -c $argv -o scale -d 'Scale the image [geometry]'
complete -c $argv -o segment -d 'Segment an image [values]'
complete -c $argv -o selective-blur -d 'Selectively blur pixels within a contrast threshold [geometry]'
complete -c $argv -o sepia-tone -d 'Simulate a sepia-toned photo [threshold]'
complete -c $argv -o set -d 'Set an image property [property value]'
complete -c $argv -o shade -d 'Shade the image using a distant light source [degrees]'
complete -c $argv -o shadow -d 'Simulate an image shadow [geometry]'
complete -c $argv -o sharpen -d 'Sharpen the image [geometry]'
complete -c $argv -o shave -d 'Shave pixels from the image edges [geometry]'
complete -c $argv -o shear -d 'Slide one edge of the image along the X or Y axis [geometry]'
complete -c $argv -o sigmoidal-contrast -d 'Lightness rescaling using sigmoidal contrast enhancement [geometry]'
complete -c $argv -o sketch -d 'Simulate a pencil sketch [geometry]'
complete -c $argv -o solarize -d 'Negate all pixels above the threshold level [threshold]'
complete -c $argv -o sort-pixels -d 'sort each scanline in ascending order of intensity'
complete -c $argv -o splice -d 'Splice the background color into the image [geometry]'
complete -c $argv -o spread -d 'Displace image pixels by a random amount [radius]'
complete -c $argv -o strip -d 'Strip image of all profiles and comments'
complete -c $argv -o swirl -d 'Swirl image pixels about the center [degrees]'
complete -c $argv -o threshold -d 'Threshold the image [value]'
complete -c $argv -o thumbnail -d 'Create a thumbnail of the image [geometry]'
complete -c $argv -o tile -d 'Tile image when filling a graphic primitive [filename]' -r
complete -c $argv -o tint -d 'Tint the image with the fill color [value]'
complete -c $argv -o transform -d 'Affine transform image'
complete -c $argv -o transparent -d 'Make this color transparent within the image [color]' -xa '(__fish_complete_convert_options color)'
complete -c $argv -o transpose -d 'Flip image vertically and rotate 90 degrees'
complete -c $argv -o transverse -d 'Flop image horizontally and rotate 270 degrees'
complete -c $argv -o trim -d 'Trim image edges'
complete -c $argv -o type -d 'Image type [type]' -xa '(convert -list type)'
complete -c $argv -o unique-colors -d 'Discard all but one of any pixel color'
complete -c $argv -o unsharp -d 'Sharpen the image [geometry]'
complete -c $argv -o vignette -d 'Soften the edges of the image in vignette style [geometry]'
complete -c $argv -o wave -d 'Alter an image along a sine wave [geometry]'
complete -c $argv -o white-threshold -d 'Force all pixels above the threshold into white [value]'
complete -c $argv -o channel-extract -d 'extract the channels in order'
complete -c $argv -o channel-inject -d 'inject the channels in order'
complete -c $argv -o channel-swap -d 'swap the channels'
complete -c $argv -o affinity -d 'transform image colors to match this set of colors'
complete -c $argv -o append -d 'Append an image sequence'
complete -c $argv -o clut -d 'Apply a color lookup table to the image'
complete -c $argv -o coalesce -d 'Merge a sequence of images'
complete -c $argv -o combine -d 'Combine a sequence of images'
complete -c $argv -o composite -d 'Composite image'
complete -c $argv -o crop -d 'Cut out a rectangular region of the image [geometry]'
complete -c $argv -o deconstruct -d 'Break down an image sequence into constituent parts'
complete -c $argv -o evaluate-sequence -d 'Alter channel pixels based on expression [operator]'
complete -c $argv -o flatten -d 'Flatten a sequence of images'
complete -c $argv -o fx -d 'Apply mathematical expression to an image channel(s) [expression]'
complete -c $argv -o hald-clut -d 'Apply a Hald color lookup table to the image'
complete -c $argv -o morph -d 'Morph an image sequence [value]'
complete -c $argv -o mosaic -d 'Create a mosaic from an image sequence'
complete -c $argv -o process -d 'Process the image with a custom image filter [arguments]' -xa '(convert -list filter)'
complete -c $argv -o separate -d 'Separate an image channel into a grayscale image'
complete -c $argv -o smush -d 'Smush an image sequence together [geometry]'
complete -c $argv -o write -d 'Write images to this file [filename]' -r
complete -c $argv -o clone -d 'Clone an image [indexes]'
complete -c $argv -o delete -d 'Delete the image from the image sequence [indexes]'
complete -c $argv -o duplicate -d 'Duplicate an image one or more times [count,indexes]'
complete -c $argv -o insert -d 'Insert last image into the image sequence [index]'
complete -c $argv -o swap -d 'Swap two images in the image sequence [indexes]'
complete -c $argv -o debug -d 'Display copious debugging information [events]' -xa '(convert -list debug)'
complete -c $argv -o help -d 'Print program options'
complete -c $argv -o log -d 'Format of debugging information [format]' -xa '(__fish_complete_convert_options format)'
complete -c $argv -o list -d 'Print a list of supported option arguments [type]' -xa '(convert -list list)'
complete -c $argv -o version -d 'Print version information'
end
|
