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53 changed files with 96 additions and 96 deletions

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- Use the specified color to "show through" where the image is transparent:
`ilbmtoppm -transparent {{color}} {{path/to/file.ilbm}} > {{path/to/file.ppm}}`
`ilbmtoppm {{[-t|-transparent]}} {{color}} {{path/to/file.ilbm}} > {{path/to/file.ppm}}`
- Ignore the chunk with the specified chunk ID:
`ilbmtoppm -ignore {{chunkID}} {{path/to/file.ilbm}} > {{path/to/file.ppm}}`
`ilbmtoppm {{[-ig|-ignore]}} {{chunkID}} {{path/to/file.ilbm}} > {{path/to/file.ppm}}`
- Store the input's transparency information to the specified PBM file:
`ilbmtoppm -maskfile {{path/to/maskfile.pbm}} {{path/to/file.ilbm}} > {{path/to/file.ppm}}`
`ilbmtoppm {{[-m|-maskfile]}} {{path/to/maskfile.pbm}} {{path/to/file.ilbm}} > {{path/to/file.ppm}}`

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- Display version:
`imgtoppm -version`
`imgtoppm {{[-v|-version]}}`

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- Display version:
`leaftoppm -version`
`leaftoppm {{[-v|-version]}}`

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- Display version:
`neotoppm -version`
`neotoppm {{[-v|-version]}}`

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- Increase the saturation of each pixel by the specified percentage:
`pambrighten -saturation {{value_percent}} {{path/to/image.pam}} > {{path/to/output.pam}}`
`pambrighten {{[-s|-saturation]}} {{value_percent}} {{path/to/image.pam}} > {{path/to/output.pam}}`
- Increase the value (from the HSV color space) of each pixel by the specified percentage:
`pambrighten -value {{value_percent}} {{path/to/image.pam}} > {{path/to/output.pam}}`
`pambrighten {{[-v|-value]}} {{value_percent}} {{path/to/image.pam}} > {{path/to/output.pam}}`

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- Create an image of cratered terrain with the specified dimensions:
`pamcrater -height {{height}} -width {{width}} > {{path/to/output.pam}}`
`pamcrater {{[-h|-height]}} {{height}} {{[-w|-width]}} {{width}} > {{path/to/output.pam}}`
- Create an image containing the specified number of craters:
`pamcrater -number {{n_craters}} > {{path/to/output.pam}}`
`pamcrater {{[-n|-number]}} {{n_craters}} > {{path/to/output.pam}}`

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- Stop processing if a command terminates with a nonzero exit status:
`pamexec {{command}} {{path/to/image.pam}} -check`
`pamexec {{command}} {{path/to/image.pam}} {{[-c|-check]}}`

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- Fix a Netpbm file that is missing its last part:
`pamfix -truncate {{path/to/corrupted.ext}} > {{path/to/output.ext}}`
`pamfix {{[-t|-truncate]}} {{path/to/corrupted.ext}} > {{path/to/output.ext}}`
- Fix a Netpbm file where pixel values exceed the image's `maxval` by lowering the offending pixels' values:
`pamfix -clip {{path/to/corrupted.ext}} > {{path/to/output.ext}}`
`pamfix {{[-cl|-clip]}} {{path/to/corrupted.ext}} > {{path/to/output.ext}}`
- Fix a Netpbm file where pixel values exceed the image's `maxval` by increasing it:
`pamfix -changemaxval {{path/to/corrupted.pam|pbm|pgm|ppm}} > {{path/to/output.pam|pbm|pgm|ppm}}`
`pamfix {{[-ch|-changemaxval]}} {{path/to/corrupted.pam|pbm|pgm|ppm}} > {{path/to/output.pam|pbm|pgm|ppm}}`

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- Rotate the input image counter-clockwise for a specific degree:
`pamflip -rotate{{90|180|270}} {{path/to/input.pam}} > {{path/to/output.pam}}`
`pamflip {{[-r|-rotate]}}{{90|180|270}} {{path/to/input.pam}} > {{path/to/output.pam}}`
- Flip left for right:
`pamflip -leftright {{path/to/input.pam}} > {{path/to/output.pam}}`
`pamflip {{[-lr|-leftright]}} {{path/to/input.pam}} > {{path/to/output.pam}}`
- Flip top for bottom:
`pamflip -topbottom {{path/to/input.pam}} > {{path/to/output.pam}}`
`pamflip {{[-tb|-topbottom]}} {{path/to/input.pam}} > {{path/to/output.pam}}`
- Flip the input image on the main diagonal:
`pamflip -transpose {{path/to/input.pam}} > {{path/to/output.pam}}`
`pamflip {{[-xy|-transpose]}} {{path/to/input.pam}} > {{path/to/output.pam}}`

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- Gamma adjust the image by the specified factor:
`pamshadedrelief -gamma {{factor}} < {{path/to/input.pam}} > {{path/to/output.pam}}`
`pamshadedrelief {{[-g|-gamma]}} {{factor}} < {{path/to/input.pam}} > {{path/to/output.pam}}`

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- Print the values of the pixels in the n'th row in a table:
`pamslice -row {{n}} {{path/to/image.pam}}`
`pamslice {{[-r|-row]}} {{n}} {{path/to/image.pam}}`
- Print the values of the pixels in the n'th column in a table:
`pamslice -column {{n}} {{path/to/image.pam}}`
`pamslice {{[-c|-column]}} {{n}} {{path/to/image.pam}}`
- Consider the m'th plane of the input image only:
`pamslice -row {{n}} -plane {{m}} {{path/to/image.pam}}`
`pamslice {{[-r|-row]}} {{n}} {{[-p|-plane]}} {{m}} {{path/to/image.pam}}`
- Produce output in a format suitable for input to an `xmgr` for visualisation:
`pamslice -row {{n}} -xmgr {{path/to/image.pam}}`
`pamslice {{[-r|-row]}} {{n}} {{[-x|-xmgr]}} {{path/to/image.pam}}`

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- Mark the specified color as transparent in the output GIF file:
`pamtogif -transparent {{color}} {{path/to/image.pam}} > {{path/to/output.gif}}`
`pamtogif {{[-t|-transparent]}} {{color}} {{path/to/image.pam}} > {{path/to/output.gif}}`
- Include the specified text as a comment in the output GIF file:
`pamtogif -comment "{{Hello World!}}" {{path/to/image.pam}} > {{path/to/output.gif}}`
`pamtogif {{[-c|-comment]}} "{{Hello World!}}" {{path/to/image.pam}} > {{path/to/output.gif}}`

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- Display version:
`pamtopam -version`
`pamtopam {{[-v|-version]}}`

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- Mark the specified color as transparent in the output image:
`pamtopng -transparent {{color}} {{path/to/image.pam}} > {{path/to/output.png}}`
`pamtopng {{[-t|-transparent]}} {{color}} {{path/to/image.pam}} > {{path/to/output.png}}`
- Include the text in the specified file as tEXt chunks in the output:
`pamtopng -text {{path/to/file.txt}} {{path/to/image.pam}} > {{path/to/output.png}}`
`pamtopng {{[-te|-text]}} {{path/to/file.txt}} {{path/to/image.pam}} > {{path/to/output.png}}`
- Cause the output file to be interlaced in Adam7 format:
`pamtopng -interlace {{path/to/image.pam}} > {{path/to/output.png}}`
`pamtopng {{[-in|-interlace]}} {{path/to/image.pam}} > {{path/to/output.png}}`

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- Display version:
`pamtopnm -version`
`pamtopnm {{[-v|-version]}}`

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- Use a predefined standard palette even if the PCX file provides one:
`pcxtoppm -stdpalette {{path/to/file.pcx}} > {{path/to/file.ppm}}`
`pcxtoppm {{[-s|-stdpalette]}} {{path/to/file.pcx}} > {{path/to/file.ppm}}`
- Print information on the PCX header to `stdout`:
`pcxtoppm -verbose {{path/to/file.pcx}} > {{path/to/file.ppm}}`
`pcxtoppm {{[-v|-verbose]}} {{path/to/file.pcx}} > {{path/to/file.ppm}}`

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- Map all greyscale values of the input image to all colors between the two specified colors:
`pgmtoppm -black {{red}} --white {{blue}} {{path/to/input.pgm}} > {{path/to/output.ppm}}`
`pgmtoppm {{[-b|-black]}} {{red}} {{[-w|-white]}} {{blue}} {{path/to/input.pgm}} > {{path/to/output.ppm}}`
- Map all greyscale values of the input image to colors according to the specified colormap:
`pgmtoppm -map {{path/to/colormap.ppm}} {{path/to/input.pgm}} > {{path/to/output.ppm}}`
`pgmtoppm {{[-m|-map]}} {{path/to/colormap.ppm}} {{path/to/input.pgm}} > {{path/to/output.ppm}}`

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- Force any images in the PICT file to be output at full resolution:
`picttoppm -fullres {{path/to/file.pict}} > {{path/to/file.ppm}}`
`picttoppm {{[-fu|-fullres]}} {{path/to/file.pict}} > {{path/to/file.ppm}}`
- Do not assume that the input file contains a PICT header and execute quickdraw operations only:
`picttoppm -noheader -quickdraw {{path/to/file.pict}} > {{path/to/file.ppm}}`
`picttoppm {{[-n|-noheader]}} {{[-q|-quickdraw]}} {{path/to/file.pict}} > {{path/to/file.ppm}}`

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- Replace all pixels not specified in the arguments by a color:
`ppmchange -remainder {{color}} {{oldcolor1 newcolor1 oldcolor2 newcolor2 ...}} {{path/to/input.ppm}} > {{path/to/output.ppm}}`
`ppmchange {{[-r|-remainder]}} {{color}} {{oldcolor1 newcolor1 oldcolor2 newcolor2 ...}} {{path/to/input.ppm}} > {{path/to/output.ppm}}`

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- Do not dim the area outside the Maxwell triangle:
`ppmcie -full > {{path/to/output.ppm}}`
`ppmcie {{[-f|-full]}} > {{path/to/output.ppm}}`

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- Produce a mask of areas of a certain color in the specified PPM image:
`ppmcolormask -color {{red,blue}} {{path/to/input.ppm}} > {{path/to/output.pbm}}`
`ppmcolormask {{[-c|-color]}} {{red,blue}} {{path/to/input.ppm}} > {{path/to/output.pbm}}`

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- Specify the desired number of shades for each primary color:
`ppmdither -red {{2}} -green {{3}} -blue {{2}} {{path/to/image.ppm}} > {{path/to/file.ppm}}`
`ppmdither {{[-r|-red]}} {{2}} {{[-g|-green]}} {{3}} {{[-b|-blue]}} {{2}} {{path/to/image.ppm}} > {{path/to/file.ppm}}`
- Specify the dimensions of the dithering matrix:
`ppmdither -dim {{2}} {{path/to/image.ppm}} > {{path/to/file.ppm}}`
`ppmdither {{[-d|-dim]}} {{2}} {{path/to/image.ppm}} > {{path/to/file.ppm}}`

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- Display version:
`ppmflash -version`
`ppmflash {{[-v|-version]}}`

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- Use a custom mesh size and dimension for fractal generation and specify the dimensions of the output:
`ppmforge -mesh {{512}} -dimension {{2.5}} -xsize {{1000}} -ysize {{1000}} > {{path/to/image.ppm}}`
`ppmforge {{[-m|-mesh]}} {{512}} {{[-d|-dimension]}} {{2.5}} {{[-x|-xsize]}} {{1000}} {{[-y|-ysize]}} {{1000}} > {{path/to/image.ppm}}`
- Control the tilt and the angle from which the generated planet is illuminated:
`ppmforge -tilt {{-15}} -hour {{12}} > {{path/to/image.ppm}}`
`ppmforge {{[-t|-tilt]}} {{-15}} {{[-ho|-hour]}} {{12}} > {{path/to/image.ppm}}`

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- Use the specified color for the areas between the strips:
`ppmglobe -background {{red}} {{number_of_strips}} {{path/to/image.ppm}} > {{path/to/output.ppm}}`
`ppmglobe {{[-b|-background]}} {{red}} {{number_of_strips}} {{path/to/image.ppm}} > {{path/to/output.ppm}}`

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- Generate the histogram for human reading:
`ppmhist -nomap {{path/to/image.ppm}}`
`ppmhist {{[-nom|-nomap]}} {{path/to/image.ppm}}`
- Generate a PPM file of the colormap for the image, with the color histogram as comments:
`ppmhist -map {{path/to/image.ppm}}`
`ppmhist {{[-m|-map]}} {{path/to/image.ppm}}`
- Display version:
`ppmhist -version`
`ppmhist {{[-v|-version]}}`

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- Add text to a PPM image at the specified location:
`ppmlabel -x {{pos_x}} -y {{pos_y}} -text {{text}} {{path/to/input_file.ppm}} > {{path/to/output_file.ppm}}`
`ppmlabel -x {{pos_x}} -y {{pos_y}} {{[-t|-text]}} {{text}} {{path/to/input_file.ppm}} > {{path/to/output_file.ppm}}`
- Add multiple texts at different locations:
`ppmlabel -x {{pos_x1}} -y {{pos_y1}} -text {{text1}} -x {{pos_x2}} -y {{pos_y2}} -text {{text2}} {{path/to/input_file.ppm}} > {{path/to/output_file.ppm}}`
`ppmlabel -x {{pos_x1}} -y {{pos_y1}} {{[-t|-text]}} {{text1}} -x {{pos_x2}} -y {{pos_y2}} {{[-t|-text]}} {{text2}} {{path/to/input_file.ppm}} > {{path/to/output_file.ppm}}`
- Specify the line color, the background color, the tilt and the size of the added text:
`ppmlabel -x {{pos_x}} -y {{pos_y}} -color {{line_color}} -background {{background_color}} -angle {{tilt}} -size {{size}} -text {{text}} {{path/to/input_file.ppm}} > {{path/to/output_file.ppm}}`
`ppmlabel -x {{pos_x}} -y {{pos_y}} {{[-c|-color]}} {{line_color}} {{[-b|-background]}} {{background_color}} {{[-a|-angle]}} {{tilt}} {{[-s|-size]}} {{size}} {{[-t|-text]}} {{text}} {{path/to/input_file.ppm}} > {{path/to/output_file.ppm}}`

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- Produce a PPM file of a camo pattern using the specified colors:
`ppmpat -camo -color {{color1,color2,...}} {{width}} {{height}} > {{path/to/file.ppm}}`
`ppmpat {{[-ca|-camo]}} {{[-co|-color]}} {{color1,color2,...}} {{width}} {{height}} > {{path/to/file.ppm}}`

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- Specify the size of the output in pixels:
`ppmrainbow -width {{width}} -height {{height}} {{color1 color2 ...}} > {{path/to/output_file.ppm}}`
`ppmrainbow {{[-w|-width]}} {{width}} {{[-h|-height]}} {{height}} {{color1 color2 ...}} > {{path/to/output_file.ppm}}`
- End the rainbow with the last color specified, do not repeat the first color:
`ppmrainbow -norepeat {{color1 color2 ...}} > {{path/to/output_file.ppm}}`
`ppmrainbow {{[-n|-norepeat]}} {{color1 color2 ...}} > {{path/to/output_file.ppm}}`

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- Specify a seed to a the pseudo-random number generator:
`ppmspread {{a}} {{path/to/input_file.ppm}} -randomseed {{seed}} > {{path/to/output_file.ppm}}`
`ppmspread {{a}} {{path/to/input_file.ppm}} {{[-r|-randomseed]}} {{seed}} > {{path/to/output_file.ppm}}`

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- Convert a PPM image to an AutoCAD binary database import file:
`ppmtoacad -dxb {{path/to/file.ppm}} > {{path/to/file.dxb}}`
`ppmtoacad {{[-d|-dxb]}} {{path/to/file.ppm}} > {{path/to/file.dxb}}`
- Restrict the colors in the output to 8 RGB shades:

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- Display version:
`ppmtoarbtxt -version`
`ppmtoarbtxt {{[-v|-version]}}`

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- Use a specific number of bits for each pixel:
`ppmtobmp -bbp {{1|4|8|24}} {{path/to/file.ppm}} > {{path/to/file.bmp}}`
`ppmtobmp {{[-b|-bbp]}} {{1|4|8|24}} {{path/to/file.ppm}} > {{path/to/file.bmp}}`

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- Display the output in name:
`ppmtoicr -windowname {{name}} {{path/to/file.ppm}} > {{path/to/file.icr}}`
`ppmtoicr {{[-w|-windowname]}} {{name}} {{path/to/file.ppm}} > {{path/to/file.icr}}`
- Expand the image by the specified factor:
`ppmtoicr -expand {{factor}} {{path/to/file.ppm}} > {{path/to/file.icr}}`
`ppmtoicr {{[-e|-expand]}} {{factor}} {{path/to/file.ppm}} > {{path/to/file.icr}}`
- Display the output on the screen with the specified number:
`ppmtoicr -display {{number}} {{path/to/file.ppm}} > {{path/to/file.icr}}`
`ppmtoicr {{[-d|-display]}} {{number}} {{path/to/file.ppm}} > {{path/to/file.icr}}`

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- Write a maximum of n planes to the ILBM file and produce a HAM/24bit/direct color file if this number is exceeded:
`ppmtoilbm -maxplanes {{n}} -{{hamif|24if|dcif}} {{path/to/file.ppm}} > {{path/to/file.ilbm}}`
`ppmtoilbm {{[-mp|-maxplanes]}} {{n}} -{{hamif|24if|dcif}} {{path/to/file.ppm}} > {{path/to/file.ilbm}}`
- Produce a ILBM file with exactly n planes:
`ppmtoilbm -fixplanes {{n}} {{path/to/file.ppm}} > {{path/to/file.ilbm}}`
`ppmtoilbm {{[-fp|-fixplanes]}} {{n}} {{path/to/file.ppm}} > {{path/to/file.ilbm}}`
- Select the compression method to be used:

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- Apply a gamma correction using the specified gamma value:
`ppmtolj -gamma {{gamma}} {{path/to/input.ppm}} > {{path/to/output.lj}}`
`ppmtolj {{[-g|-gamma]}} {{gamma}} {{path/to/input.ppm}} > {{path/to/output.lj}}`
- Specify the required resolution:
`ppmtolj -resolution {{75|100|150|300|600}} {{path/to/input.ppm}} > {{path/to/output.lj}}`
`ppmtolj {{[-r|-resolution]}} {{75|100|150|300|600}} {{path/to/input.ppm}} > {{path/to/output.lj}}`

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- Enlarge the image by the specified factor, use the specified sharpness and produce `n` copies:
`ppmtomitsu -enlarge {{1|2|3}} -sharpness {{1|2|3|4}} -copy {{n}} {{path/to/file.ppm}} > {{path/to/file.mitsu}}`
`ppmtomitsu {{[-e|-enlarge]}} {{1|2|3}} {{[-s|-sharpness]}} {{1|2|3|4}} {{[-c|-copy]}} {{n}} {{path/to/file.ppm}} > {{path/to/file.mitsu}}`
- Use the given medium for the printing process:
`ppmtomitsu -media {{A|A4|AS|A4S}} {{path/to/file.ppm}} > {{path/to/file.mitsu}}`
`ppmtomitsu {{[-m|-media]}} {{A|A4|AS|A4S}} {{path/to/file.ppm}} > {{path/to/file.mitsu}}`

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- Encode the GOP with the specified number only:
`ppmtompeg -gop {{gop_num}} {{path/to/parameter_file}}`
`ppmtompeg {{[-g|-gop]}} {{gop_num}} {{path/to/parameter_file}}`
- Specify the first and last frame to encode:
`ppmtompeg -frames {{first_frame}} {{last_frame}} {{path/to/parameter_file}}`
`ppmtompeg {{[-fr|-frames]}} {{first_frame}} {{last_frame}} {{path/to/parameter_file}}`
- Combine multiple MPEG frames into a single MPEG-1 stream:

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- Display version:
`ppmtopgm -version`
`ppmtopgm {{[-v|-version]}}`

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- Move the image in the x and y direction:
`ppmtopj -xpos {{dx}} -ypos {{dy}} {{path/to/input.ppm}} > {{path/to/output.pj}}`
`ppmtopj {{[-x|-xpos]}} {{dx}} {{[-y|-ypos]}} {{dy}} {{path/to/input.ppm}} > {{path/to/output.pj}}`
- Explicitly specify a gamma value:
`ppmtopj -gamma {{gamma}} {{path/to/input.ppm}} > {{path/to/output.pj}}`
`ppmtopj {{[-g|-gamma]}} {{gamma}} {{path/to/input.ppm}} > {{path/to/output.pj}}`

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- Resize the input image:
`ppmtopjxl -xsize {{10cm}} -ysize {{5cm}} {{path/to/image.ppm}} > {{path/to/output.pjxl}}`
`ppmtopjxl {{[-xsi|-xsize]}} {{10cm}} {{[-ysi|-ysize]}} {{5cm}} {{path/to/image.ppm}} > {{path/to/output.pjxl}}`
- Shift the input image:
`ppmtopjxl -xshift {{10pt}} -yshift {{5pt}} {{path/to/image.ppm}} > {{path/to/output.pjxl}}`
`ppmtopjxl {{[-xsh|-xshift]}} {{10pt}} {{[-ysh|-yshift]}} {{5pt}} {{path/to/image.ppm}} > {{path/to/output.pjxl}}`
- Do not use the normal TIFF 4.0 compression method:
`ppmtopjxl -nopack {{path/to/image.ppm}} > {{path/to/output.pjxl}}`
`ppmtopjxl {{[-n|-nopack]}} {{path/to/image.ppm}} > {{path/to/output.pjxl}}`

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- Display version:
`ppmtoppm -version`
`ppmtoppm {{[-v|-version]}}`

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- Produce an uncompressed SIXEL file that is much slower to print:
`ppmtosixel -raw {{path/to/file.ppm}} > {{path/to/file.sixel}}`
`ppmtosixel {{[-r|-raw]}} {{path/to/file.ppm}} > {{path/to/file.sixel}}`
- Add a left margin of 1.5 inches:
`ppmtosixel -margin {{path/to/file.ppm}} > {{path/to/file.sixel}}`
`ppmtosixel {{[-m|-margin]}} {{path/to/file.ppm}} > {{path/to/file.sixel}}`
- Encode control codes in a more portable (although less space-efficient) way:

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- Specify the prefix string in the output XPM image:
`ppmtoxpm -name {{prefix_string}} {{path/to/input_file.ppm}} > {{path/to/output_file.xpm}}`
`ppmtoxpm {{[-n|-name]}} {{prefix_string}} {{path/to/input_file.ppm}} > {{path/to/output_file.xpm}}`
- In the output XPM file, specify colors by their hexadecimal code instead of their name:
`ppmtoxpm -hexonly {{path/to/input_file.ppm}} > {{path/to/output_file.xpm}}`
`ppmtoxpm {{[-h|-hexonly]}} {{path/to/input_file.ppm}} > {{path/to/output_file.xpm}}`
- Use the specified PGM file as a transparency mask:
`ppmtoxpm -alphamask {{path/to/alpha_file.pgm}} {{path/to/input_file.ppm}} > {{path/to/output_file.xpm}}`
`ppmtoxpm {{[-a|-alphamask]}} {{path/to/alpha_file.pgm}} {{path/to/input_file.ppm}} > {{path/to/output_file.xpm}}`

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- Suppress all informational messages:
`ppmtv -quiet`
`ppmtv {{[-q|-quiet]}}`
- Display version:
`ppmtv -version`
`ppmtv {{[-v|-version]}}`

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- Generate a color wheel of type `Hue-value`:
`ppmwheel -huevalue {{diameter}} > {{path/to/output.ppm}}`
`ppmwheel {{[-huev|-huevalue]}} {{diameter}} > {{path/to/output.ppm}}`
- Generate a color wheel of type `Hue-saturation`:
`ppmwheel -huesaturation {{diameter}} > {{path/to/output.ppm}}`
`ppmwheel {{[-hues|-huesaturation]}} {{diameter}} > {{path/to/output.ppm}}`

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- Convert a raw RGB stream in which the pixels come bottom-first instead of top-first to a PPM image:
`rawtoppm {{width}} {{height}} {{path/to/image.raw}} | pamflip -tb > {{path/to/output.ppm}}`
`rawtoppm {{width}} {{height}} {{path/to/image.raw}} | pamflip {{[-tb|-topbottom]}} > {{path/to/output.ppm}}`
- Ignore the first n bytes of the specified file:
`rawtoppm {{width}} {{height}} -headerskip {{n}} {{path/to/image.raw}} > {{path/to/output.ppm}}`
`rawtoppm {{width}} {{height}} {{[-h|-headerskip]}} {{n}} {{path/to/image.raw}} > {{path/to/output.ppm}}`
- Ignore the last m bytes of each row in the specified file:
`rawtoppm {{width}} {{height}} -rowskip {{m}} {{path/to/image.raw}} > {{path/to/output.ppm}}`
`rawtoppm {{width}} {{height}} {{[-ro|-rowskip]}} {{m}} {{path/to/image.raw}} > {{path/to/output.ppm}}`
- Specify the order of color components for each pixel:

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@ -9,4 +9,4 @@
- Compensate for non-square pixels by scaling the width of the image:
`sldtoppm -adjust {{path/to/input.sld}} > {{path/to/output.ppm}}`
`sldtoppm {{[-a|-adjust]}} {{path/to/input.sld}} > {{path/to/output.ppm}}`

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@ -9,4 +9,4 @@
- Emit textual output describing the input image:
`svgtopam -trace {{path/to/file.svg}}`
`svgtopam {{[-t|-trace]}} {{path/to/file.svg}}`

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@ -9,12 +9,12 @@
- Dump information from the TGA header to `stdout`:
`tgatoppm --headerdump {{path/to/file.tga}} > {{path/to/output.ppm}}`
`tgatoppm {{[-h|-headerdump]}} {{path/to/file.tga}} > {{path/to/output.ppm}}`
- Write the transparency channel values of the input image to the specified file:
`tgatoppm --alphaout {{path/to/transparency_file.pgm}} {{path/to/file.tga}} > {{path/to/output.ppm}}`
`tgatoppm {{[-a|-alphaout]}} {{path/to/transparency_file.pgm}} {{path/to/file.tga}} > {{path/to/output.ppm}}`
- Display version:
`tgatoppm -version`
`tgatoppm {{[-v|-version]}}`

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- Store the transparency mask of the input image in the specified file:
`ximtoppm --alphaout {{path/to/alpha_file.pbm}} {{path/to/input_file.xim}} > {{path/to/output_file.ppm}}`
`ximtoppm {{[-a|-alphaout]}} {{path/to/alpha_file.pbm}} {{path/to/input_file.xim}} > {{path/to/output_file.ppm}}`

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@ -9,4 +9,4 @@
- Store the transparency mask of the input image in the specified file:
`xpmtoppm --alphaout {{path/to/alpha_file.pbm}} {{path/to/input_file.xpm}} > {{path/to/output_file.ppm}}`
`xpmtoppm {{[-a|--alphaout]}} {{path/to/alpha_file.pbm}} {{path/to/input_file.xpm}} > {{path/to/output_file.ppm}}`

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- Convert YUY2 bytes to PAM:
`yuy2topam -width {{value}} -height {{value}} {{path/to/file.yuy2}} > {{path/to/file.pam}}`
`yuy2topam {{[-w|-width]}} {{value}} {{[-h|-height]}} {{value}} {{path/to/file.yuy2}} > {{path/to/file.pam}}`