# libvips enums -- this file is generated automatically


class BandFormat(object):
    """BandFormat.

    The format used for each band element.

Each corresponds to a native C type for the current machine. For example,
#VIPS_FORMAT_USHORT is <type>unsigned short</type>.

    Attributes:
        NOTSET (str): invalid setting

        UCHAR (str): unsigned char format

        CHAR (str): char format

        USHORT (str): unsigned short format

        SHORT (str): short format

        UINT (str): unsigned int format

        INT (str): int format

        FLOAT (str): float format

        COMPLEX (str): complex (two floats) format

        DOUBLE (str): double float format

        DPCOMPLEX (str): double complex (two double) format

    """

    NOTSET = 'notset'
    UCHAR = 'uchar'
    CHAR = 'char'
    USHORT = 'ushort'
    SHORT = 'short'
    UINT = 'uint'
    INT = 'int'
    FLOAT = 'float'
    COMPLEX = 'complex'
    DOUBLE = 'double'
    DPCOMPLEX = 'dpcomplex'


class BlendMode(object):
    """BlendMode.

    The various Porter-Duff and PDF blend modes. See vips_composite(),
for example.

The Cairo docs have a nice explanation of all the blend modes:

https://www.cairographics.org/operators

The non-separable modes are not implemented.

    Attributes:
        CLEAR (str): where the second object is drawn, the first is removed

        SOURCE (str): the second object is drawn as if nothing were below

        OVER (str): the image shows what you would expect if you held two semi-transparent slides on top of each other

        IN (str): the first object is removed completely, the second is only drawn where the first was

        OUT (str): the second is drawn only where the first isn't

        ATOP (str): this leaves the first object mostly intact, but mixes both objects in the overlapping area

        DEST (str): leaves the first object untouched, the second is discarded completely

        DEST_OVER (str): like OVER, but swaps the arguments

        DEST_IN (str): like IN, but swaps the arguments

        DEST_OUT (str): like OUT, but swaps the arguments

        DEST_ATOP (str): like ATOP, but swaps the arguments

        XOR (str): something like a difference operator

        ADD (str): a bit like adding the two images

        SATURATE (str): a bit like the darker of the two

        MULTIPLY (str): at least as dark as the darker of the two inputs

        SCREEN (str): at least as light as the lighter of the inputs

        OVERLAY (str): multiplies or screens colors, depending on the lightness

        DARKEN (str): the darker of each component

        LIGHTEN (str): the lighter of each component

        COLOUR_DODGE (str): brighten first by a factor second

        COLOUR_BURN (str): darken first by a factor of second

        HARD_LIGHT (str): multiply or screen, depending on lightness

        SOFT_LIGHT (str): darken or lighten, depending on lightness

        DIFFERENCE (str): difference of the two

        EXCLUSION (str): somewhat like DIFFERENCE, but lower-contrast

    """

    CLEAR = 'clear'
    SOURCE = 'source'
    OVER = 'over'
    IN = 'in'
    OUT = 'out'
    ATOP = 'atop'
    DEST = 'dest'
    DEST_OVER = 'dest-over'
    DEST_IN = 'dest-in'
    DEST_OUT = 'dest-out'
    DEST_ATOP = 'dest-atop'
    XOR = 'xor'
    ADD = 'add'
    SATURATE = 'saturate'
    MULTIPLY = 'multiply'
    SCREEN = 'screen'
    OVERLAY = 'overlay'
    DARKEN = 'darken'
    LIGHTEN = 'lighten'
    COLOUR_DODGE = 'colour-dodge'
    COLOUR_BURN = 'colour-burn'
    HARD_LIGHT = 'hard-light'
    SOFT_LIGHT = 'soft-light'
    DIFFERENCE = 'difference'
    EXCLUSION = 'exclusion'


class Coding(object):
    """Coding.

    How pixels are coded.

Normally, pixels are uncoded and can be manipulated as you would expect.
However some file formats code pixels for compression, and sometimes it's
useful to be able to manipulate images in the coded format.

The gaps in the numbering are historical and must be maintained. Allocate
new numbers from the end.

    Attributes:
        NONE (str): pixels are not coded

        LABQ (str): pixels encode 3 float CIELAB values as 4 uchar

        RAD (str): pixels encode 3 float RGB as 4 uchar (Radiance coding)

    """

    ERROR = 'error'
    NONE = 'none'
    LABQ = 'labq'
    RAD = 'rad'


class Interpretation(object):
    """Interpretation.

    How the values in an image should be interpreted. For example, a
three-band float image of type #VIPS_INTERPRETATION_LAB should have its
pixels interpreted as coordinates in CIE Lab space.

RGB and sRGB are treated in the same way. Use the colourspace functions if
you want some other behaviour.

The gaps in numbering are historical and must be maintained. Allocate
new numbers from the end.

    Attributes:
        MULTIBAND (str): generic many-band image

        B_W (str): some kind of single-band image

        HISTOGRAM (str): a 1D image, eg. histogram or lookup table

        XYZ (str): the first three bands are CIE XYZ

        LAB (str): pixels are in CIE Lab space

        CMYK (str): the first four bands are in CMYK space

        LABQ (str): implies #VIPS_CODING_LABQ

        RGB (str): generic RGB space

        CMC (str): a uniform colourspace based on CMC(1:1)

        LCH (str): pixels are in CIE LCh space

        LABS (str): CIE LAB coded as three signed 16-bit values

        SRGB (str): pixels are sRGB

        YXY (str): pixels are CIE Yxy

        FOURIER (str): image is in fourier space

        RGB16 (str): generic 16-bit RGB

        GREY16 (str): generic 16-bit mono

        MATRIX (str): a matrix

        SCRGB (str): pixels are scRGB

        HSV (str): pixels are HSV

    """

    ERROR = 'error'
    MULTIBAND = 'multiband'
    B_W = 'b-w'
    HISTOGRAM = 'histogram'
    XYZ = 'xyz'
    LAB = 'lab'
    CMYK = 'cmyk'
    LABQ = 'labq'
    RGB = 'rgb'
    CMC = 'cmc'
    LCH = 'lch'
    LABS = 'labs'
    SRGB = 'srgb'
    YXY = 'yxy'
    FOURIER = 'fourier'
    RGB16 = 'rgb16'
    GREY16 = 'grey16'
    MATRIX = 'matrix'
    SCRGB = 'scrgb'
    HSV = 'hsv'


class DemandStyle(object):
    """DemandStyle.

    See vips_image_pipelinev(). Operations can hint to the VIPS image IO
system about the kind of demand geometry they prefer.

These demand styles are given below in order of increasing
restrictiveness.  When demanding output from a pipeline,
vips_image_generate()
will use the most restrictive of the styles requested by the operations
in the pipeline.

#VIPS_DEMAND_STYLE_THINSTRIP --- This operation would like to output strips
the width of the image and a few pels high. This is option suitable for
point-to-point operations, such as those in the arithmetic package.

This option is only efficient for cases where each output pel depends
upon the pel in the corresponding position in the input image.

#VIPS_DEMAND_STYLE_FATSTRIP --- This operation would like to output strips
the width of the image and as high as possible. This option is suitable
for area operations which do not violently transform coordinates, such
as vips_conv().

#VIPS_DEMAND_STYLE_SMALLTILE --- This is the most general demand format.
Output is demanded in small (around 100x100 pel) sections. This style works
reasonably efficiently, even for bizzare operations like 45 degree rotate.

#VIPS_DEMAND_STYLE_ANY --- This image is not being demand-read from a disc
file (even indirectly) so any demand style is OK. It's used for things like
vips_black() where the pixels are calculated.

See also: vips_image_pipelinev().

    Attributes:
        SMALLTILE (str): demand in small (typically 64x64 pixel) tiles

        FATSTRIP (str): demand in fat (typically 10 pixel high) strips

        THINSTRIP (str): demand in thin (typically 1 pixel high) strips

    """

    ERROR = 'error'
    SMALLTILE = 'smalltile'
    FATSTRIP = 'fatstrip'
    THINSTRIP = 'thinstrip'


class OperationRelational(object):
    """OperationRelational.

    See also: vips_relational().

    Attributes:
        EQUAL (str): ==

        NOTEQ (str): !=

        LESS (str): <

        LESSEQ (str): <=

        MORE (str): >

        MOREEQ (str): >=

    """

    EQUAL = 'equal'
    NOTEQ = 'noteq'
    LESS = 'less'
    LESSEQ = 'lesseq'
    MORE = 'more'
    MOREEQ = 'moreeq'


class OperationBoolean(object):
    """OperationBoolean.

    See also: vips_boolean().

    Attributes:
        AND (str): &

        OR (str): |

        EOR (str): ^

        LSHIFT (str): >>

        RSHIFT (str): <<

    """

    AND = 'and'
    OR = 'or'
    EOR = 'eor'
    LSHIFT = 'lshift'
    RSHIFT = 'rshift'


class OperationMath2(object):
    """OperationMath2.

    See also: vips_math().

    Attributes:
        POW (str): pow( left, right )

        WOP (str): pow( right, left )

    """

    POW = 'pow'
    WOP = 'wop'


class OperationComplex2(object):
    """OperationComplex2.

    See also: vips_complex2().

    Attributes:
        CROSS_PHASE (str): convert to polar coordinates

    """

    CROSS_PHASE = 'cross-phase'


class OperationMath(object):
    """OperationMath.

    See also: vips_math().

    Attributes:
        SIN (str): sin(), angles in degrees

        COS (str): cos(), angles in degrees

        TAN (str): tan(), angles in degrees

        ASIN (str): asin(), angles in degrees

        ACOS (str): acos(), angles in degrees

        ATAN (str): atan(), angles in degrees

        LOG (str): log base e

        LOG10 (str): log base 10

        EXP (str): e to the something

        EXP10 (str): 10 to the something

    """

    SIN = 'sin'
    COS = 'cos'
    TAN = 'tan'
    ASIN = 'asin'
    ACOS = 'acos'
    ATAN = 'atan'
    LOG = 'log'
    LOG10 = 'log10'
    EXP = 'exp'
    EXP10 = 'exp10'


class OperationRound(object):
    """OperationRound.

    See also: vips_round().

    Attributes:
        RINT (str): round to nearest

        CEIL (str): the smallest integral value not less than

        FLOOR (str): largest integral value not greater than

    """

    RINT = 'rint'
    CEIL = 'ceil'
    FLOOR = 'floor'


class OperationComplex(object):
    """OperationComplex.

    See also: vips_complex().

    Attributes:
        POLAR (str): convert to polar coordinates

        RECT (str): convert to rectangular coordinates

        CONJ (str): complex conjugate

    """

    POLAR = 'polar'
    RECT = 'rect'
    CONJ = 'conj'


class OperationComplexget(object):
    """OperationComplexget.

    See also: vips_complexget().

    Attributes:
        REAL (str): get real component

        IMAG (str): get imaginary component

    """

    REAL = 'real'
    IMAG = 'imag'


class Combine(object):
    """Combine.

    How to combine values. See vips_compass(), for example.

    Attributes:
        MAX (str): take the maximum of the possible values

        SUM (str): sum all the values

        MIN (str): take the minimum value

    """

    MAX = 'max'
    SUM = 'sum'
    MIN = 'min'


class Access(object):
    """Access.

    The type of access an operation has to supply. See vips_tilecache()
and #VipsForeign.

@VIPS_ACCESS_RANDOM means requests can come in any order.

@VIPS_ACCESS_SEQUENTIAL means requests will be top-to-bottom, but with some
amount of buffering behind the read point for small non-local accesses.

    Attributes:
        RANDOM (str): can read anywhere

        SEQUENTIAL (str): top-to-bottom reading only, but with a small buffer

    """

    RANDOM = 'random'
    SEQUENTIAL = 'sequential'
    SEQUENTIAL_UNBUFFERED = 'sequential-unbuffered'


class Extend(object):
    """Extend.

    See vips_embed(), vips_conv(), vips_affine() and so on.

When the edges of an image are extended, you can specify
how you want the extension done.

#VIPS_EXTEND_BLACK --- new pixels are black, ie. all bits are zero.

#VIPS_EXTEND_COPY --- each new pixel takes the value of the nearest edge
pixel

#VIPS_EXTEND_REPEAT --- the image is tiled to fill the new area

#VIPS_EXTEND_MIRROR --- the image is reflected and tiled to reduce hash
edges

#VIPS_EXTEND_WHITE --- new pixels are white, ie. all bits are set

#VIPS_EXTEND_BACKGROUND --- colour set from the @background property

We have to specify the exact value of each enum member since we have to
keep these frozen for back compat with vips7.

See also: vips_embed().

    Attributes:
        BLACK (str): extend with black (all 0) pixels

        COPY (str): copy the image edges

        REPEAT (str): repeat the whole image

        MIRROR (str): mirror the whole image

        WHITE (str): extend with white (all bits set) pixels

        BACKGROUND (str): extend with colour from the @background property

    """

    BLACK = 'black'
    COPY = 'copy'
    REPEAT = 'repeat'
    MIRROR = 'mirror'
    WHITE = 'white'
    BACKGROUND = 'background'


class CompassDirection(object):
    """CompassDirection.

    A direction on a compass. Used for vips_gravity(), for example.

    Attributes:
        CENTRE (str): centre

        NORTH (str): north

        EAST (str): east

        SOUTH (str): south

        WEST (str): west

        NORTH_EAST (str): north-east

        SOUTH_EAST (str): south-east

        SOUTH_WEST (str): south-west

        NORTH_WEST (str): north-west

    """

    CENTRE = 'centre'
    NORTH = 'north'
    EAST = 'east'
    SOUTH = 'south'
    WEST = 'west'
    NORTH_EAST = 'north-east'
    SOUTH_EAST = 'south-east'
    SOUTH_WEST = 'south-west'
    NORTH_WEST = 'north-west'


class Direction(object):
    """Direction.

    See vips_flip(), vips_join() and so on.

Operations like vips_flip() need to be told whether to flip left-right or
top-bottom.

See also: vips_flip(), vips_join().

    Attributes:
        HORIZONTAL (str): left-right

        VERTICAL (str): top-bottom

    """

    HORIZONTAL = 'horizontal'
    VERTICAL = 'vertical'


class Align(object):
    """Align.

    See vips_join() and so on.

Operations like vips_join() need to be told whether to align images on the
low or high coordinate edge, or centre.

See also: vips_join().

    Attributes:
        LOW (str): align low coordinate edge

        CENTRE (str): align centre

        HIGH (str): align high coordinate edge

    """

    LOW = 'low'
    CENTRE = 'centre'
    HIGH = 'high'


class Interesting(object):
    """Interesting.

    Pick the algorithm vips uses to decide image "interestingness". This is used
by vips_smartcrop(), for example, to decide what parts of the image to
keep.

#VIPS_INTERESTING_NONE and #VIPS_INTERESTING_LOW mean the same -- the
crop is positioned at the top or left. #VIPS_INTERESTING_HIGH positions at
the bottom or right.

See also: vips_smartcrop().

    Attributes:
        NONE (str): do nothing

        CENTRE (str): just take the centre

        ENTROPY (str): use an entropy measure

        ATTENTION (str): look for features likely to draw human attention

        LOW (str): position the crop towards the low coordinate

        HIGH (str): position the crop towards the high coordinate

        ALL (str): everything is interesting

    """

    NONE = 'none'
    CENTRE = 'centre'
    ENTROPY = 'entropy'
    ATTENTION = 'attention'
    LOW = 'low'
    HIGH = 'high'
    ALL = 'all'


class Angle(object):
    """Angle.

    See vips_rot() and so on.

Fixed rotate angles.

See also: vips_rot().

    Attributes:
        D0 (str): no rotate

        D90 (str): 90 degrees clockwise

        D180 (str): 180 degree rotate

        D270 (str): 90 degrees anti-clockwise

    """

    D0 = 'd0'
    D90 = 'd90'
    D180 = 'd180'
    D270 = 'd270'


class Angle45(object):
    """Angle45.

    See vips_rot45() and so on.

Fixed rotate angles.

See also: vips_rot45().

    Attributes:
        D0 (str): no rotate

        D45 (str): 45 degrees clockwise

        D90 (str): 90 degrees clockwise

        D135 (str): 135 degrees clockwise

        D180 (str): 180 degrees

        D225 (str): 135 degrees anti-clockwise

        D270 (str): 90 degrees anti-clockwise

        D315 (str): 45 degrees anti-clockwise

    """

    D0 = 'd0'
    D45 = 'd45'
    D90 = 'd90'
    D135 = 'd135'
    D180 = 'd180'
    D225 = 'd225'
    D270 = 'd270'
    D315 = 'd315'


class Precision(object):
    """Precision.

    How accurate an operation should be.

    Attributes:
        INTEGER (str): int everywhere

        FLOAT (str): float everywhere

        APPROXIMATE (str): approximate integer output

    """

    INTEGER = 'integer'
    FLOAT = 'float'
    APPROXIMATE = 'approximate'


class ForeignDzLayout(object):
    """ForeignDzLayout.

    What directory layout and metadata standard to use.

    Attributes:
        DZ (str): use DeepZoom directory layout

        ZOOMIFY (str): use Zoomify directory layout

        GOOGLE (str): use Google maps directory layout

        IIIF (str): use IIIF directory layout

    """

    DZ = 'dz'
    ZOOMIFY = 'zoomify'
    GOOGLE = 'google'
    IIIF = 'iiif'


class ForeignDzDepth(object):
    """ForeignDzDepth.

    How many pyramid layers to create.

    Attributes:
        ONEPIXEL (str): create layers down to 1x1 pixel

        ONETILE (str): create layers down to 1x1 tile

        ONE (str): only create a single layer

    """

    ONEPIXEL = 'onepixel'
    ONETILE = 'onetile'
    ONE = 'one'


class ForeignDzContainer(object):
    """ForeignDzContainer.

    How many pyramid layers to create.

    Attributes:
        FS (str): write tiles to the filesystem

        ZIP (str): write tiles to a zip file

        SZI (str): write to a szi file

    """

    FS = 'fs'
    ZIP = 'zip'
    SZI = 'szi'


class RegionShrink(object):
    """RegionShrink.

    How to calculate the output pixels when shrinking a 2x2 region.

    Attributes:
        MEAN (str): use the average

        MEDIAN (str): use the median

        MODE (str): use the mode

        MAX (str): use the maximum

        MIN (str): use the minimum

        NEAREST (str): use the top-left pixel

    """

    MEAN = 'mean'
    MEDIAN = 'median'
    MODE = 'mode'
    MAX = 'max'
    MIN = 'min'
    NEAREST = 'nearest'


class ForeignJpegSubsample(object):
    """ForeignJpegSubsample.

    Set jpeg subsampling mode.

    Attributes:
        AUTO (str): default preset

        ON (str): always perform subsampling

        OFF (str): never perform subsampling

    """

    AUTO = 'auto'
    ON = 'on'
    OFF = 'off'


class ForeignWebpPreset(object):
    """ForeignWebpPreset.

    Tune lossy encoder settings for different image types.

    Attributes:
        DEFAULT (str): default preset

        PICTURE (str): digital picture, like portrait, inner shot

        PHOTO (str): outdoor photograph, with natural lighting

        DRAWING (str): hand or line drawing, with high-contrast details

        ICON (str): small-sized colorful images

        TEXT (str): text-like

    """

    DEFAULT = 'default'
    PICTURE = 'picture'
    PHOTO = 'photo'
    DRAWING = 'drawing'
    ICON = 'icon'
    TEXT = 'text'


class ForeignTiffCompression(object):
    """ForeignTiffCompression.

    The compression types supported by the tiff writer.

Use @Q to set the jpeg compression level, default 75.

Use @prediction to set the lzw or deflate prediction, default none.

Use @lossless to set WEBP lossless compression.

Use @level to set webp and zstd compression level.

    Attributes:
        NONE (str): no compression

        JPEG (str): jpeg compression

        DEFLATE (str): deflate (zip) compression

        PACKBITS (str): packbits compression

        CCITTFAX4 (str): fax4 compression

        LZW (str): LZW compression

        WEBP (str): WEBP compression

        ZSTD (str): ZSTD compression

    """

    NONE = 'none'
    JPEG = 'jpeg'
    DEFLATE = 'deflate'
    PACKBITS = 'packbits'
    CCITTFAX4 = 'ccittfax4'
    LZW = 'lzw'
    WEBP = 'webp'
    ZSTD = 'zstd'


class ForeignTiffPredictor(object):
    """ForeignTiffPredictor.

    The predictor can help deflate and lzw compression. The values are fixed by
the tiff library.

    Attributes:
        NONE (str): no prediction

        HORIZONTAL (str): horizontal differencing

        FLOAT (str): float predictor

    """

    NONE = 'none'
    HORIZONTAL = 'horizontal'
    FLOAT = 'float'


class ForeignTiffResunit(object):
    """ForeignTiffResunit.

    Use inches or centimeters as the resolution unit for a tiff file.

    Attributes:
        CM (str): use centimeters

        INCH (str): use inches

    """

    CM = 'cm'
    INCH = 'inch'


class ForeignHeifCompression(object):
    """ForeignHeifCompression.

    The compression format to use inside a HEIF container.

This is assumed to use the same numbering as %heif_compression_format.

    Attributes:
        HEVC (str): x265

        AVC (str): x264

        JPEG (str): jpeg

        AV1 (str): aom

    """

    HEVC = 'hevc'
    AVC = 'avc'
    JPEG = 'jpeg'
    AV1 = 'av1'


class Size(object):
    """Size.

    Controls whether an operation should upsize, downsize, both up and
downsize, or force a size.

See also: vips_thumbnail().

    Attributes:
        BOTH (str): size both up and down

        UP (str): only upsize

        DOWN (str): only downsize

        FORCE (str): force size, that is, break aspect ratio

    """

    BOTH = 'both'
    UP = 'up'
    DOWN = 'down'
    FORCE = 'force'


class Intent(object):
    """Intent.

    The rendering intent. #VIPS_INTENT_ABSOLUTE is best for
scientific work, #VIPS_INTENT_RELATIVE is usually best for
accurate communication with other imaging libraries.

    Attributes:
        PERCEPTUAL (str): perceptual rendering intent

        RELATIVE (str): relative colorimetric rendering intent

        SATURATION (str): saturation rendering intent

        ABSOLUTE (str): absolute colorimetric rendering intent

    """

    PERCEPTUAL = 'perceptual'
    RELATIVE = 'relative'
    SATURATION = 'saturation'
    ABSOLUTE = 'absolute'


class Kernel(object):
    """Kernel.

    The resampling kernels vips supports. See vips_reduce(), for example.

    Attributes:
        NEAREST (str): The nearest pixel to the point.

        LINEAR (str): Convolve with a triangle filter.

        CUBIC (str): Convolve with a cubic filter.

        LANCZOS2 (str): Convolve with a two-lobe Lanczos kernel.

        LANCZOS3 (str): Convolve with a three-lobe Lanczos kernel.

    """

    NEAREST = 'nearest'
    LINEAR = 'linear'
    CUBIC = 'cubic'
    MITCHELL = 'mitchell'
    LANCZOS2 = 'lanczos2'
    LANCZOS3 = 'lanczos3'


class PCS(object):
    """PCS.

    Pick a Profile Connection Space for vips_icc_import() and
vips_icc_export(). LAB is usually best, XYZ can be more convenient in some
cases.

    Attributes:
        LAB (str): use CIELAB D65 as the Profile Connection Space

        XYZ (str): use XYZ as the Profile Connection Space

    """

    LAB = 'lab'
    XYZ = 'xyz'


class OperationMorphology(object):
    """OperationMorphology.

    More like hit-miss, really.

See also: vips_morph().

    Attributes:
        ERODE (str): true if all set

        DILATE (str): true if one set

    """

    ERODE = 'erode'
    DILATE = 'dilate'


class CombineMode(object):
    """CombineMode.

    See vips_draw_image() and so on.

Operations like vips_draw_image() need to be told how to combine images
from two sources.

See also: vips_join().

    Attributes:
        SET (str): set pixels to the new value

        ADD (str): add pixels

    """

    SET = 'set'
    ADD = 'add'


class Token(object):
    """Token.

    Attributes:
    """

    LEFT = 'left'
    RIGHT = 'right'
    STRING = 'string'
    EQUALS = 'equals'


class Saveable(object):
    """Saveable.

    See also: #VipsForeignSave.

    Attributes:
        MONO (str): 1 band (eg. CSV)

        RGB (str): 1 or 3 bands (eg. PPM)

        RGBA (str): 1, 2, 3 or 4 bands (eg. PNG)

        RGBA_ONLY (str): 3 or 4 bands (eg. WEBP)

        RGB_CMYK (str): 1, 3 or 4 bands (eg. JPEG)

        ANY (str): any number of bands (eg. TIFF)

    """

    MONO = 'mono'
    RGB = 'rgb'
    RGBA = 'rgba'
    RGBA_ONLY = 'rgba-only'
    RGB_CMYK = 'rgb-cmyk'
    ANY = 'any'


class ImageType(object):
    """ImageType.

    Attributes:
    """

    ERROR = 'error'
    NONE = 'none'
    SETBUF = 'setbuf'
    SETBUF_FOREIGN = 'setbuf-foreign'
    OPENIN = 'openin'
    MMAPIN = 'mmapin'
    MMAPINRW = 'mmapinrw'
    OPENOUT = 'openout'
