class VirtualMemoryArrayList(
pretty_namedtuple('VirtualMemoryArrayList',
'version rectangle channels')):
"""
class ColorStop(pretty_namedtuple('ColorStop',
'location midpoint mode color')):
"""
class Posterize(pretty_namedtuple('Posterize', 'value')):
"""
class SelectiveColor(
pretty_namedtuple('SelectiveColor', 'version method items')):
"""
from __future__ import absolute_import, unicode_literals, print_function
import warnings
import io
from psd_tools.decoder import decoders
from psd_tools.decoder.actions import decode_descriptor, UnknownOSType
from psd_tools.decoder.color import decode_color
from psd_tools.exceptions import Error
from psd_tools.utils import read_fmt
from psd_tools.constants import EffectOSType, BlendMode
from psd_tools.debug import pretty_namedtuple
_effect_info_decoders, register = decoders.new_registry()
Effects = pretty_namedtuple('Effects', 'version effects_count effects_list')
_LayerEffect = pretty_namedtuple('LayerEffect', 'effect_type effect_info')
ObjectBasedEffects = pretty_namedtuple('ObjectBasedEffects', 'version descriptor_version descriptor')
CommonStateInfo = pretty_namedtuple('CommonStateInfo', 'version visible unused')
ShadowInfo = pretty_namedtuple('ShadowInfo', 'version enabled '
'blend_mode color opacity '
'angle use_global_angle '
'distance intensity blur '
'native_color')
OuterGlowInfo = pretty_namedtuple('OuterGlowInfo', 'version enabled '
'blend_mode opacity color '
'intensity blur '
'native_color')
InnerGlowInfo = pretty_namedtuple('InnerGlowInfo', 'version enabled '
'blend_mode opacity color '
from psd_tools.debug import pretty_namedtuple
_tagged_block_decoders, register = decoders.new_registry()
_tagged_block_decoders.update({
TaggedBlock.BLEND_CLIPPING_ELEMENTS: decoders.boolean("I"),
TaggedBlock.BLEND_INTERIOR_ELEMENTS: decoders.boolean("I"),
TaggedBlock.KNOCKOUT_SETTING: decoders.boolean("I"),
TaggedBlock.UNICODE_LAYER_NAME: decoders.unicode_string,
TaggedBlock.LAYER_ID: decoders.single_value("I"), # XXX: there are more fields in docs, but they seem to be incorrect
TaggedBlock.EFFECTS_LAYER: layer_effects.decode,
TaggedBlock.OBJECT_BASED_EFFECTS_LAYER_INFO: layer_effects.decode_object_based
})
SolidColorSettings = pretty_namedtuple('SolidColorSettings', 'version data')
MetadataItem = pretty_namedtuple('MetadataItem', 'sig key copy_on_sheet_duplication data')
ProtectedSetting = pretty_namedtuple('ProtectedSetting', 'transparency, composite, position')
TypeToolObjectSetting = pretty_namedtuple('TypeToolObjectSetting',
'version xx xy yx yy tx ty text_version descriptor1_version text_data '
'warp_version descriptor2_version warp_data left top right bottom')
VectorOriginationData = pretty_namedtuple('VectorOriginationData', 'version descriptor_version data')
class Divider(collections.namedtuple('Divider', 'block type key')):
def __repr__(self):
return "Divider(%s %r %s, %s)" % (
self.block, self.type, SectionDivider.name_of(self.type), self.key)
def decode(tagged_blocks):
class BrightnessContrast(
pretty_namedtuple('BrightnessContrast',
'brightness contrast mean lab')):
"""
# -*- coding: utf-8 -*-
from __future__ import absolute_import, unicode_literals
import warnings
from psd_tools.utils import read_fmt
from psd_tools.constants import ColorSpaceID
from psd_tools.debug import pretty_namedtuple
_Color = pretty_namedtuple("Color", "color_space_id color_data")
class Color(_Color):
def __repr__(self):
return "Color(id=%s %s, %s)" % (self.color_space_id, ColorSpaceID.name_of(self.color_space_id), self.color_data)
def _repr_pretty_(self, p, cycle):
# IS NOT TESTED!!
if cycle:
p.text("Color(...)")
else:
with p.group(1, "Color(", ")"):
p.breakable()
p.text("id=%s %s," % (self.color_space_id, ColorSpaceID.name_of(self.color_space_id)))
p.breakable()
p.pretty(self.color_data)
def decode_color(fp):
color_space_id = read_fmt("H", fp)[0]
if not ColorSpaceID.is_known(color_space_id):
class PatternFillSetting(
pretty_namedtuple('PatternFillSetting', 'version data')):
"""
class GradientFillSetting(
pretty_namedtuple('GradientFillSetting', 'version data')):
"""
# -*- coding: utf-8 -*-
from __future__ import absolute_import, unicode_literals, division
import logging
import psd_tools.reader.header
import psd_tools.reader.color_mode_data
import psd_tools.reader.image_resources
import psd_tools.reader.layers
from psd_tools.debug import pretty_namedtuple
logger = logging.getLogger(__name__)
ParseResult = pretty_namedtuple(
'ParseResult',
'header, color_data, image_resource_blocks, layer_and_mask_data, image_data'
)
def parse(fp, encoding='utf8'):
header = psd_tools.reader.header.read(fp)
return ParseResult(
header,
psd_tools.reader.color_mode_data.read(fp),
psd_tools.reader.image_resources.read(fp, encoding),
psd_tools.reader.layers.read(fp, encoding, header.depth),
psd_tools.reader.layers.read_image_data(fp, header)
)
# -*- coding: utf-8 -*-
"""
A module for decoding "Actions" additional PSD data format.
"""
from __future__ import absolute_import, unicode_literals
from psd_tools.utils import read_unicode_string, read_fmt
from psd_tools.constants import OSType, ReferenceOSType, UnitFloatType
from psd_tools.debug import pretty_namedtuple
from psd_tools.utils import trimmed_repr
Descriptor = pretty_namedtuple('Descriptor', 'name classID items')
Reference = pretty_namedtuple('Descriptor', 'items')
Property = pretty_namedtuple('Property', 'name classID keyID')
UnitFloat = pretty_namedtuple('UnitFloat', 'unit value')
Double = pretty_namedtuple('Double', 'value')
Class = pretty_namedtuple('Class', 'name classID')
String = pretty_namedtuple('String', 'value')
EnumReference = pretty_namedtuple('String', 'name classID typeID enum')
Boolean = pretty_namedtuple('Boolean', 'value')
Offset = pretty_namedtuple('Offset', 'name classID value')
Alias = pretty_namedtuple('Alias', 'value')
List = pretty_namedtuple('List', 'items')
Integer = pretty_namedtuple('Integer', 'value')
Enum = pretty_namedtuple('Enum', 'type enum')
_EngineData = pretty_namedtuple('EngineData', 'value')
class EngineData(_EngineData):
def __repr__(self):
return "EngineData(value=%s)" % trimmed_repr(self.value)
import zlib
from psd_tools.utils import (read_fmt, read_pascal_string,
read_be_array, trimmed_repr, pad, synchronize)
from psd_tools.exceptions import Error
from psd_tools.constants import (Compression, Clipping, BlendMode,
ChannelID, TaggedBlock)
from psd_tools import compression
from psd_tools.debug import pretty_namedtuple
logger = logging.getLogger(__name__)
_LayerRecord = pretty_namedtuple('LayerRecord', [
'top', 'left', 'bottom', 'right',
'num_channels', 'channels',
'blend_mode', 'opacity', 'clipping', 'flags',
'mask_data', 'blending_ranges', 'name',
'tagged_blocks'
])
class LayerRecord(_LayerRecord):
def width(self):
return self.right - self.left
def height(self):
return self.bottom - self.top
Layers = pretty_namedtuple('Layers', 'length, layer_count, layer_records, channel_image_data')
LayerFlags = pretty_namedtuple('LayerFlags', 'transparency_protected visible')
class ExportSetting(pretty_namedtuple('ExportSetting', 'version data')):
"""
class LevelsSettings(pretty_namedtuple('LevelsSettings', 'version data')):
"""
class VectorStrokeContentSetting(
pretty_namedtuple('VectorStrokeContentSetting', 'key version data')):
"""
class LevelRecord(
pretty_namedtuple(
'LevelRecord',
'input_floor input_ceiling output_floor output_ceiling gamma')):
"""
# -*- coding: utf-8 -*-
"""
A module for decoding "Actions" additional PSD data format.
"""
from __future__ import absolute_import, unicode_literals
from psd_tools.utils import read_unicode_string, read_fmt
from psd_tools.constants import OSType, ReferenceOSType, UnitFloatType
from psd_tools.debug import pretty_namedtuple
from psd_tools.utils import trimmed_repr
import warnings
Descriptor = pretty_namedtuple('Descriptor', 'name classID items')
Reference = pretty_namedtuple('Reference', 'items')
Property = pretty_namedtuple('Property', 'name classID keyID')
UnitFloat = pretty_namedtuple('UnitFloat', 'unit value')
Double = pretty_namedtuple('Double', 'value')
Class = pretty_namedtuple('Class', 'name classID')
String = pretty_namedtuple('String', 'value')
EnumReference = pretty_namedtuple('EnumReference', 'name classID typeID enum')
Boolean = pretty_namedtuple('Boolean', 'value')
Offset = pretty_namedtuple('Offset', 'name classID value')
Alias = pretty_namedtuple('Alias', 'value')
List = pretty_namedtuple('List', 'items')
Integer = pretty_namedtuple('Integer', 'value')
Enum = pretty_namedtuple('Enum', 'type value')
Identifier = pretty_namedtuple('Identifier', 'value')
Index = pretty_namedtuple('Index', 'value')
Name = pretty_namedtuple('Name', 'value')
ObjectArray = pretty_namedtuple('ObjectArray', 'classObj items')
ObjectArrayItem = pretty_namedtuple('ObjectArrayItem', 'keyID value')
class CurvesSettings(
pretty_namedtuple('CurvesSettings', 'version count data extra')):
"""
import zlib
from psd_tools.utils import (read_fmt, read_pascal_string,
read_be_array, trimmed_repr, pad, synchronize)
from psd_tools.exceptions import Error
from psd_tools.constants import (Compression, Clipping, BlendMode,
ChannelID, TaggedBlock, ColorKind)
from psd_tools import compression
from psd_tools.debug import pretty_namedtuple
logger = logging.getLogger(__name__)
_LayerRecord = pretty_namedtuple('LayerRecord', [
'top', 'left', 'bottom', 'right',
'num_channels', 'channels',
'blend_mode', 'opacity', 'clipping', 'flags',
'mask_data', 'blending_ranges', 'name',
'tagged_blocks'
])
class LayerRecord(_LayerRecord):
def width(self):
return self.right - self.left
def height(self):
return self.bottom - self.top
Layers = pretty_namedtuple('Layers', 'length, layer_count, layer_records, channel_image_data')
LayerFlags = pretty_namedtuple('LayerFlags', 'transparency_protected visible pixel_data_irrelevant')
class CurvesExtraMarker(
pretty_namedtuple('CurvesExtraMarker', 'tag version count data')):
"""
# -*- coding: utf-8 -*-
from __future__ import absolute_import, unicode_literals, print_function
import warnings
import io
import struct
from psd_tools.utils import read_fmt, read_pascal_string, read_unicode_string
from psd_tools.debug import pretty_namedtuple
from psd_tools.decoder.actions import decode_descriptor
LinkedLayerCollection = pretty_namedtuple('LinkedLayerCollection', 'linked_list ')
_LinkedLayer = pretty_namedtuple('LinkedLayer',
'version unique_id filename filetype file_open_descriptor '
'creator decoded uuid')
class LinkedLayer(_LinkedLayer):
def __repr__(self):
return "LinkedLayer(filename='%s', size=%s)" % (self.filename, len(self.decoded))
def _repr_pretty_(self, p, cycle):
if cycle:
p.text("LinkedLayer(...)")
else:
with p.group(1, "LinkedLayer(", ")"):
p.breakable()
p.text("filename='%s', " % self.filename)
p.breakable()
p.text("size=%s, " % len(self.decoded))
p.breakable()
class CurveData(pretty_namedtuple('CurveData', 'channel points')):
"""
class Threshold(pretty_namedtuple('Threshold', 'value')):
"""
class Exposure(pretty_namedtuple('Exposure', 'version exposure offset gamma')):
"""
class Pattern(
pretty_namedtuple(
'Pattern',
'version image_mode point name pattern_id color_table data')):
"""
class Vibrance(pretty_namedtuple('Vibrance', 'descriptor_version descriptor')):
"""
class VirtualMemoryArray(
pretty_namedtuple(
'VirtualMemoryArray',
'is_written depth rectangle pixel_depth compression data')):
"""
class HueSaturation(
pretty_namedtuple(
'HueSaturation',
'version enable_colorization colorization master items')):
"""
class TransparencyStop(
pretty_namedtuple(
'TransparencyStop',
'location midpoint opacity expansion interpolation length mode')):
"""
class HueSaturationData(
pretty_namedtuple('HueSaturationData', 'range settings')):
"""
class VectorStrokeSetting(
pretty_namedtuple('VectorStrokeSetting', 'version data')):
"""
class ColorBalance(
pretty_namedtuple('ColorBalance',
'shadows midtones highlights preserve_luminosity')):
"""
class MetadataItem(
pretty_namedtuple(
'MetadataItem',
'key copy_on_sheet_duplication descriptor_version data')):
"""
class BlackWhite(
pretty_namedtuple('BlackWhite', 'descriptor_version descriptor')):
"""
# -*- coding: utf-8 -*-
"""
A module for decoding "Actions" additional PSD data format.
"""
from __future__ import absolute_import, unicode_literals
from psd_tools.utils import read_unicode_string, read_fmt
from psd_tools.constants import OSType, ReferenceOSType, UnitFloatType
from psd_tools.debug import pretty_namedtuple
from psd_tools.utils import trimmed_repr
import warnings
Descriptor = pretty_namedtuple("Descriptor", "name classID items")
Reference = pretty_namedtuple("Reference", "items")
Property = pretty_namedtuple("Property", "name classID keyID")
UnitFloat = pretty_namedtuple("UnitFloat", "unit value")
Double = pretty_namedtuple("Double", "value")
Class = pretty_namedtuple("Class", "name classID")
String = pretty_namedtuple("String", "value")
EnumReference = pretty_namedtuple("EnumReference", "name classID typeID enum")
Boolean = pretty_namedtuple("Boolean", "value")
Offset = pretty_namedtuple("Offset", "name classID value")
Alias = pretty_namedtuple("Alias", "value")
List = pretty_namedtuple("List", "items")
Integer = pretty_namedtuple("Integer", "value")
Enum = pretty_namedtuple("Enum", "type value")
Identifier = pretty_namedtuple("Identifier", "value")
Index = pretty_namedtuple("Index", "value")
Name = pretty_namedtuple("Name", "value")
ObjectArray = pretty_namedtuple("ObjectArray", "classObj items")
ObjectArrayItem = pretty_namedtuple("ObjectArrayItem", "keyID value")
class PhotoFilter(
pretty_namedtuple(
'PhotoFilter',
'version xyz color_space color_components density preserve_luminosity'
)):
"""
from psd_tools.decoder import decoders
from psd_tools.reader.layers import Block
from psd_tools.debug import pretty_namedtuple
_tagged_block_decoders, register = decoders.new_registry()
_tagged_block_decoders.update({
TaggedBlock.BLEND_CLIPPING_ELEMENTS: decoders.boolean("I"),
TaggedBlock.BLEND_INTERIOR_ELEMENTS: decoders.boolean("I"),
TaggedBlock.KNOCKOUT_SETTING: decoders.boolean("I"),
TaggedBlock.UNICODE_LAYER_NAME: decoders.unicode_string,
TaggedBlock.LAYER_ID: decoders.single_value("I") # XXX: there are more fields in docs, but they seem to be incorrect
})
SolidColorSettings = pretty_namedtuple('SolidColorSettings', 'version data')
MetadataItem = pretty_namedtuple('MetadataItem', 'sig key copy_on_sheet_duplication data')
ProtectedSetting = pretty_namedtuple('ProtectedSetting', 'transparency, composite, position')
TypeToolObjectSetting = pretty_namedtuple('TypeToolObjectSetting',
'version xx xy yx yy tx ty text_version descriptor_version1 text_data')
#'warp_version descriptor_version2 warp_data'
#'left top right bottom')
class Divider(collections.namedtuple('Divider', 'type key')):
def __repr__(self):
return "Divider(%r %s, %s)" % (self.type, SectionDivider.name_of(self.type), self.key)
def decode(tagged_blocks):
"""
class ChannelMixer(
pretty_namedtuple('ChannelMixer',
'version monochrome mixer_settings')):
"""
# -*- coding: utf-8 -*-
"""
A module for decoding "Actions" additional PSD data format.
"""
from __future__ import absolute_import, unicode_literals
import warnings
from collections import namedtuple
from psd_tools.utils import read_unicode_string, read_fmt
from psd_tools.constants import OSType, ReferenceOSType, UnitFloatType
from psd_tools.debug import pretty_namedtuple
from psd_tools.utils import trimmed_repr
Descriptor = pretty_namedtuple("Descriptor", "name classID items")
Reference = pretty_namedtuple("Reference", "items")
Property = pretty_namedtuple("Property", "name classID keyID")
UnitFloat = namedtuple("UnitFloat", "unit value")
Double = namedtuple("Double", "value")
Class = pretty_namedtuple("Class", "name classID")
String = pretty_namedtuple("String", "value")
EnumReference = pretty_namedtuple("EnumReference", "name classID typeID enum")
Boolean = namedtuple("Boolean", "value")
Offset = pretty_namedtuple("Offset", "name classID value")
Alias = pretty_namedtuple("Alias", "value")
List = pretty_namedtuple("List", "items")
Integer = namedtuple("Integer", "value")
Enum = pretty_namedtuple("Enum", "type value")
Identifier = namedtuple("Identifier", "value")
Index = namedtuple("Index", "value")
Name = pretty_namedtuple("Name", "value")
ObjectArray = pretty_namedtuple("ObjectArray", "classObj items")
class ColorLookup(
pretty_namedtuple('ColorLookup',
'version descriptor_version descriptor')):
"""
# -*- coding: utf-8 -*-
from __future__ import absolute_import, unicode_literals, division
import logging
from psd_tools.utils import read_fmt, trimmed_repr, read_pascal_string, pad
from psd_tools.exceptions import Error
from psd_tools.constants import ImageResourceID
from psd_tools.debug import pretty_namedtuple
logger = logging.getLogger(__name__)
_ImageResource = pretty_namedtuple("ImageResource", "resource_id, name, data")
class ImageResource(_ImageResource):
def __repr__(self):
return "ImageResource(%r %s, %r, %s)" % (
self.resource_id, ImageResourceID.name_of(self.resource_id),
self.name, trimmed_repr(self.data)
)
def _repr_pretty_(self, p, cycle):
if cycle:
p.text(repr(self))
else:
with p.group(0, 'ImageResource(', ')'):
p.text("%r %s, %r, " % (
self.resource_id, ImageResourceID.name_of(self.resource_id),
self.name
))
if isinstance(self.data, bytes):
class Invert(pretty_namedtuple('Invert', '')):
"""
TaggedBlock.BLEND_CLIPPING_ELEMENTS: decoders.boolean,
TaggedBlock.BLEND_INTERIOR_ELEMENTS: decoders.boolean,
TaggedBlock.KNOCKOUT_SETTING: decoders.boolean,
TaggedBlock.UNICODE_LAYER_NAME: decoders.unicode_string,
TaggedBlock.LAYER_ID: decoders.single_value("I"),
TaggedBlock.FILL_OPACITY: decoders.single_value("B"),
TaggedBlock.EFFECTS_LAYER: layer_effects.decode,
TaggedBlock.OBJECT_BASED_EFFECTS_LAYER_INFO: layer_effects.decode_object_based,
TaggedBlock.LINKED_LAYER1: linked_layer.decode,
TaggedBlock.LINKED_LAYER2: linked_layer.decode,
TaggedBlock.LINKED_LAYER3: linked_layer.decode,
}
)
SolidColorSettings = pretty_namedtuple("SolidColorSettings", "version data")
MetadataItem = pretty_namedtuple("MetadataItem", "key copy_on_sheet_duplication descriptor_version data")
ProtectedSetting = pretty_namedtuple("ProtectedSetting", "transparency, composite, position")
TypeToolObjectSetting = pretty_namedtuple(
"TypeToolObjectSetting",
"version xx xy yx yy tx ty text_version descriptor1_version text_data "
"warp_version descriptor2_version warp_data left top right bottom",
)
VectorOriginationData = pretty_namedtuple("VectorOriginationData", "version descriptor_version data")
FilterMask = pretty_namedtuple("FilterMask", "color opacity")
class Divider(pretty_namedtuple("Divider", "type blend_mode sub_type")):
def __repr__(self):
blend_mode = self.blend_mode
if blend_mode is not None:
ImageResourceID.ICC_UNTAGGED_PROFILE: decoders.boolean,
ImageResourceID.EFFECTS_VISIBLE: decoders.boolean,
ImageResourceID.IDS_SEED_NUMBER: decoders.single_value("I"),
ImageResourceID.INDEXED_COLOR_TABLE_COUNT: decoders.single_value("H"),
ImageResourceID.TRANSPARENCY_INDEX: decoders.single_value("H"),
ImageResourceID.GLOBAL_ALTITUDE: decoders.single_value("I"),
ImageResourceID.GLOBAL_ANGLE: decoders.single_value("I"),
ImageResourceID.COPYRIGHT_FLAG: decoders.boolean,
ImageResourceID.ALPHA_NAMES_PASCAL: decoders.pascal_string,
ImageResourceID.CAPTION_PASCAL: decoders.pascal_string,
ImageResourceID.WORKFLOW_URL: decoders.unicode_string
})
_PrintScale = namedtuple('PrintScale', 'style, x, y, scale')
PrintFlags = pretty_namedtuple('PrintFlags', 'labels, crop_marks, color_bars, registration_marks, negative, flip, interpolate, caption, print_flags')
PrintFlagsInfo = pretty_namedtuple('PrintFlagsInfo', 'version, center_crop_marks, bleed_width_value, bleed_width_scale')
VersionInfo = pretty_namedtuple('VersionInfo', 'version, has_real_merged_data, writer_name, reader_name, file_version')
PixelAspectRatio = namedtuple('PixelAspectRatio', 'version aspect')
_ResolutionInfo = pretty_namedtuple('ResolutionInfo', 'h_res, h_res_unit, width_unit, v_res, v_res_unit, height_unit')
PathSelectionState = pretty_namedtuple('PathSelectionState', 'descriptor_version descriptor')
LayerComps = pretty_namedtuple('LayerComps', 'descriptor_version descriptor')
_DisplayInfo = pretty_namedtuple('DisplayInfo', 'color opacity color_kind')
class ResolutionInfo(_ResolutionInfo):
def __repr__(self):
return "ResolutionInfo(h_res=%s, h_res_unit=%s, v_res=%s, v_res_unit=%s, width_unit=%s, height_unit=%s)" % (
self.h_res,
DisplayResolutionUnit.name_of(self.h_res_unit),
