[b]Perfect Pix Converter v1.0[/b]
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> Show files in a dsk (CAT):

    java -jar ppc.jar -c <file.dsk>

> Extract an ACT/PAL/GPL palette from a .pct file in a dsk:

    java -jar ppc.jar -p <file.dsk\file.pct> <file.act/pal/gpl>

> Convert image:

    java -jar ppc.jar -i -<src_format> -<des_format> (params...)

    Usage examples:

    * Convert a PC image to ACT palette with default params:

        java -jar ppc.jar -i -<gif/png/jpg/bmp> -<gif/png> <src_file> <act_file> <des_file>

    * Convert a PC image to ACT palette with Euclidean 50% mixed with CIEDE 2000 color difference and 30% of diffusion dither:

        java -jar ppc.jar -i -<gif/png/jpg/bmp> -<gif/png> <src_file> <act_file> <des_file> -cm0.5 -dd0.3

        - Color difference methods:

          -ce = Euclidean
          -cc = CIEDE 2000
          -cm<x.xx> = CIEDE 2000 mixed Euclidean

        - Dithering methods:

          -dn = No dither
          -dd<x.xx> = Diffusion
          -do<x.xx> = Ordered

    * Convert a PC image to CPC in pph format and mode R:

        java -jar ppc.jar -i -<gif/png> -pph -mr <src_file> <file.dsk\des_file>

    * Convert a PC image to CPC in pph format and mode B0 or B1:

        java -jar ppc.jar -i -<gif/png> -pph -<mb0/mb1> <src_file> <act/pal_file> <file.dsk\des_file>

    * Compose a CPC pph image in mode B1 with multiples palettes from multiples PC images (one below the other):

        java -jar ppc.jar -i -<gif/png> -pph -mb1 <src_file1> <src_file2> ... <act/pal_file1> <act/pal_file2> ... <file.dsk\des_file>

    * Convert a PPH image to RAW in standar screen format:

        java -jar ppc.jar -i -pph -raw -s <file.dsk\src_file> <des_file>

    * Convert a PPH image to RAW in overscan screen format and an offset of 16bytes:

        java -jar ppc.jar -i -pph -raw -f -off16 <file.dsk\src_file> <des_file>

        - Raw modes:

          -s = Standar CPC screen (for screens of 16kb or less per frame)
          -f = fragments (each fragment up to 2048 bytes is saved separately to optimize memory usage)

        - Options:

          -off<x> = fragments offset in video memory