def read(cls, fp):
version = read_fmt('I', fp)[0]
signature, blend_mode = read_fmt('4s4s', fp)
assert signature == b'8BIM', 'Invalid signature %r' % (signature)
color = Color.read(fp)
opacity, enabled = read_fmt('2B', fp)
native_color = Color.read(fp)
return cls(version, blend_mode, color, opacity, enabled, native_color)
def read(cls, fp):
# TODO: Check 4-byte = 2-byte int + 2-byte fraction?
version, blur, intensity, angle, distance = read_fmt('IIIiI', fp)
color = Color.read(fp)
signature = read_fmt('4s', fp)[0]
assert signature == b'8BIM', 'Invalid signature %r' % (signature)
blend_mode = BlendMode(read_fmt('4s', fp)[0])
enabled, use_global_angle, opacity = read_fmt('3B', fp)
native_color = Color.read(fp)
return cls(version, blur, intensity, angle, distance, color,
blend_mode, enabled, use_global_angle, opacity,
native_color)
def read(cls, fp):
version, blur, intensity, color, blend_mode, enabled, opacity = (
cls._read_body(fp))
native_color = None
if version >= 2:
native_color = Color.read(fp)
return cls(version, blur, intensity, color, blend_mode, enabled,
opacity, native_color)
def read(cls, fp):
version, blur, intensity, color, blend_mode, enabled, opacity = (
cls._read_body(fp))
invert, native_color = None, None
if version >= 2:
invert = read_fmt('B', fp)[0]
native_color = Color.read(fp)
return cls(version, blur, intensity, color, blend_mode, enabled,
opacity, invert, native_color)
def _read_body(cls, fp):
# TODO: Check 4-byte = 2-byte int + 2-byte fraction?
version, blur, intensity = read_fmt('III', fp)
color = Color.read(fp)
signature = read_fmt('4s', fp)[0]
assert signature == b'8BIM', 'Invalid signature %r' % (signature)
blend_mode = BlendMode(read_fmt('4s', fp)[0])
enabled, opacity = read_fmt('2B', fp)
return version, blur, intensity, color, blend_mode, enabled, opacity
def read(cls, fp):
# TODO: Check 4-byte = 2-byte int + 2-byte fraction?
version, angle, depth, blur = read_fmt('Ii2I', fp)
signature, highlight_blend_mode = read_fmt('4s4s', fp)
assert signature == b'8BIM', 'Invalid signature %r' % (signature)
signature, shadow_blend_mode = read_fmt('4s4s', fp)
assert signature == b'8BIM', 'Invalid signature %r' % (signature)
highlight_color = Color.read(fp)
shadow_color = Color.read(fp)
bevel_style, highlight_opacity, shadow_opacity = read_fmt('3B', fp)
enabled, use_global_angle, direction = read_fmt('3B', fp)
real_highlight_color, real_shadow_color = None, None
if version == 2:
real_highlight_color = Color.read(fp)
real_shadow_color = Color.read(fp)
return cls(version, angle, depth, blur, highlight_blend_mode,
shadow_blend_mode, highlight_color, shadow_color,
bevel_style, highlight_opacity, shadow_opacity, enabled,
use_global_angle, direction, real_highlight_color,
real_shadow_color)
def read(cls, fp, **kwargs):
kind, is_open, flags, optional_blocks = read_fmt('4s2BH', fp)
icon_location = read_fmt('4i', fp)
popup_location = read_fmt('4i', fp)
color = Color.read(fp)
author = read_pascal_string(fp, 'macroman', padding=2)
name = read_pascal_string(fp, 'macroman', padding=2)
mod_date = read_pascal_string(fp, 'macroman', padding=2)
length, marker = read_fmt('I4s', fp)
data = read_length_block(fp)
return cls(kind, is_open, flags, optional_blocks, icon_location,
popup_location, color, author, name, mod_date, marker, data)
def read(cls, fp, **kwargs):
color = Color.read(fp)
opacity, flag = read_fmt('HBx', fp)
return cls(color, opacity, flag)
def read(cls, fp, **kwargs):
color = Color.read(fp)
opacity = read_fmt('H', fp)[0]
return cls(color, opacity)
