pkg/linux_amd64/image/internal/imageutil.a

!<arch>
__.PKGDEF       0           0     0     644     9209      `
go object linux amd64 go1.5.1 X:none
build id "bea2eabb6b96f9d9e95c73f560940043befb76b9"

$$
package imageutil
	import runtime "runtime"
	import image "image"
	type @"image".Point struct { X int; Y int }
	func (@"image".p·2 @"image".Point) Add (@"image".q·3 @"image".Point) (? @"image".Point) { return (@"image".Point{ X:@"image".p·2.X + @"image".q·3.X, Y:@"image".p·2.Y + @"image".q·3.Y }) }
	func (@"image".p·2 @"image".Point) Div (@"image".k·3 int) (? @"image".Point) { return (@"image".Point{ X:@"image".p·2.X / @"image".k·3, Y:@"image".p·2.Y / @"image".k·3 }) }
	func (@"image".p·2 @"image".Point) Eq (@"image".q·3 @"image".Point) (? bool) { return @"image".p·2 == @"image".q·3 }
	func (@"image".p·2 @"image".Point) In (@"image".r·3 @"image".Rectangle) (? bool) { return @"image".r·3.Min.X <= @"image".p·2.X && @"image".p·2.X < @"image".r·3.Max.X && @"image".r·3.Min.Y <= @"image".p·2.Y && @"image".p·2.Y < @"image".r·3.Max.Y }
	func (@"image".p·2 @"image".Point) Mod (@"image".r·3 @"image".Rectangle) (? @"image".Point)
	func (@"image".p·2 @"image".Point) Mul (@"image".k·3 int) (? @"image".Point) { return (@"image".Point{ X:@"image".p·2.X * @"image".k·3, Y:@"image".p·2.Y * @"image".k·3 }) }
	func (@"image".p·2 @"image".Point) String () (? string)
	func (@"image".p·2 @"image".Point) Sub (@"image".q·3 @"image".Point) (? @"image".Point) { return (@"image".Point{ X:@"image".p·2.X - @"image".q·3.X, Y:@"image".p·2.Y - @"image".q·3.Y }) }
	import color "image/color" // indirect
	type @"image/color".Color interface { RGBA() (@"image/color".r uint32, @"image/color".g uint32, @"image/color".b uint32, @"image/color".a uint32) }
	type @"image/color".Model interface { Convert(@"image/color".c @"image/color".Color) (? @"image/color".Color) }
	type @"image".Rectangle struct { Min @"image".Point; Max @"image".Point }
	func (@"image".r·2 @"image".Rectangle) Add (@"image".p·3 @"image".Point) (? @"image".Rectangle) { return (@"image".Rectangle{ Min:(@"image".Point{ X:@"image".r·2.Min.X + @"image".p·3.X, Y:@"image".r·2.Min.Y + @"image".p·3.Y }), Max:(@"image".Point{ X:@"image".r·2.Max.X + @"image".p·3.X, Y:@"image".r·2.Max.Y + @"image".p·3.Y }) }) }
	func (@"image".r·2 @"image".Rectangle) At (@"image".x·3 int, @"image".y·4 int) (? @"image/color".Color) { if (@"image".Point{ X:@"image".x·3, Y:@"image".y·4 }).In(@"image".r·2) { return @"image/color".Opaque }; return @"image/color".Transparent }
	func (@"image".r·2 @"image".Rectangle) Bounds () (? @"image".Rectangle) { return @"image".r·2 }
	func (@"image".r·2 @"image".Rectangle) Canon () (? @"image".Rectangle) { if @"image".r·2.Max.X < @"image".r·2.Min.X { @"image".r·2.Min.X, @"image".r·2.Max.X = @"image".r·2.Max.X, @"image".r·2.Min.X }; if @"image".r·2.Max.Y < @"image".r·2.Min.Y { @"image".r·2.Min.Y, @"image".r·2.Max.Y = @"image".r·2.Max.Y, @"image".r·2.Min.Y }; return @"image".r·2 }
	func (@"image".r·2 @"image".Rectangle) ColorModel () (? @"image/color".Model) { return @"image/color".Alpha16Model }
	func (@"image".r·2 @"image".Rectangle) Dx () (? int) { return @"image".r·2.Max.X - @"image".r·2.Min.X }
	func (@"image".r·2 @"image".Rectangle) Dy () (? int) { return @"image".r·2.Max.Y - @"image".r·2.Min.Y }
	func (@"image".r·2 @"image".Rectangle) Empty () (? bool) { return @"image".r·2.Min.X >= @"image".r·2.Max.X || @"image".r·2.Min.Y >= @"image".r·2.Max.Y }
	func (@"image".r·2 @"image".Rectangle) Eq (@"image".s·3 @"image".Rectangle) (? bool) { return @"image".r·2 == @"image".s·3 || @"image".r·2.Empty() && @"image".s·3.Empty() }
	func (@"image".r·2 @"image".Rectangle) In (@"image".s·3 @"image".Rectangle) (? bool) { if @"image".r·2.Empty() { return true }; return @"image".s·3.Min.X <= @"image".r·2.Min.X && @"image".r·2.Max.X <= @"image".s·3.Max.X && @"image".s·3.Min.Y <= @"image".r·2.Min.Y && @"image".r·2.Max.Y <= @"image".s·3.Max.Y }
	func (@"image".r·2 @"image".Rectangle) Inset (@"image".n·3 int) (? @"image".Rectangle)
	func (@"image".r·2 @"image".Rectangle) Intersect (@"image".s·3 @"image".Rectangle) (? @"image".Rectangle)
	func (@"image".r·2 @"image".Rectangle) Overlaps (@"image".s·3 @"image".Rectangle) (? bool)
	func (@"image".r·2 @"image".Rectangle) Size () (? @"image".Point) { return (@"image".Point{ X:@"image".r·2.Max.X - @"image".r·2.Min.X, Y:@"image".r·2.Max.Y - @"image".r·2.Min.Y }) }
	func (@"image".r·2 @"image".Rectangle) String () (? string)
	func (@"image".r·2 @"image".Rectangle) Sub (@"image".p·3 @"image".Point) (? @"image".Rectangle) { return (@"image".Rectangle{ Min:(@"image".Point{ X:@"image".r·2.Min.X - @"image".p·3.X, Y:@"image".r·2.Min.Y - @"image".p·3.Y }), Max:(@"image".Point{ X:@"image".r·2.Max.X - @"image".p·3.X, Y:@"image".r·2.Max.Y - @"image".p·3.Y }) }) }
	func (@"image".r·2 @"image".Rectangle) Union (@"image".s·3 @"image".Rectangle) (? @"image".Rectangle)
	type @"image/color".RGBA struct { R uint8; G uint8; B uint8; A uint8 }
	func (@"image/color".c·5 @"image/color".RGBA) RGBA () (@"image/color".r·1 uint32, @"image/color".g·2 uint32, @"image/color".b·3 uint32, @"image/color".a·4 uint32) { @"image/color".r·1 = uint32(@"image/color".c·5.R); @"image/color".r·1 |= @"image/color".r·1 << 0x8; @"image/color".g·2 = uint32(@"image/color".c·5.G); @"image/color".g·2 |= @"image/color".g·2 << 0x8; @"image/color".b·3 = uint32(@"image/color".c·5.B); @"image/color".b·3 |= @"image/color".b·3 << 0x8; @"image/color".a·4 = uint32(@"image/color".c·5.A); @"image/color".a·4 |= @"image/color".a·4 << 0x8; return  }
	type @"image".Image interface { At(@"image".x int, @"image".y int) (? @"image/color".Color); Bounds() (? @"image".Rectangle); ColorModel() (? @"image/color".Model) }
	type @"image".RGBA struct { Pix []uint8; Stride int; Rect @"image".Rectangle }
	func (@"image".p·2 *@"image".RGBA "esc:0x1") At (@"image".x·3 int, @"image".y·4 int) (? @"image/color".Color)
	func (@"image".p·2 *@"image".RGBA "esc:0x1") Bounds () (? @"image".Rectangle) { return @"image".p·2.Rect }
	func (@"image".p·2 *@"image".RGBA "esc:0x1") ColorModel () (? @"image/color".Model) { return @"image/color".RGBAModel }
	func (@"image".p·2 *@"image".RGBA "esc:0x1") Opaque () (? bool)
	func (@"image".p·2 *@"image".RGBA "esc:0x1") PixOffset (@"image".x·3 int, @"image".y·4 int) (? int) { return (@"image".y·4 - @"image".p·2.Rect.Min.Y) * @"image".p·2.Stride + (@"image".x·3 - @"image".p·2.Rect.Min.X) * 0x4 }
	func (@"image".p·2 *@"image".RGBA "esc:0x1") RGBAAt (@"image".x·3 int, @"image".y·4 int) (? @"image/color".RGBA)
	func (@"image".p·1 *@"image".RGBA "esc:0x1") Set (@"image".x·2 int, @"image".y·3 int, @"image".c·4 @"image/color".Color)
	func (@"image".p·1 *@"image".RGBA "esc:0x1") SetRGBA (@"image".x·2 int, @"image".y·3 int, @"image".c·4 @"image/color".RGBA)
	func (@"image".p·2 *@"image".RGBA "esc:0xa") SubImage (@"image".r·3 @"image".Rectangle) (? @"image".Image)
	type @"image".YCbCrSubsampleRatio int
	func (@"image".s·2 @"image".YCbCrSubsampleRatio) String () (? string)
	type @"image/color".YCbCr struct { Y uint8; Cb uint8; Cr uint8 }
	func (@"image/color".c·5 @"image/color".YCbCr) RGBA () (? uint32, ? uint32, ? uint32, ? uint32)
	type @"image".YCbCr struct { Y []uint8; Cb []uint8; Cr []uint8; YStride int; CStride int; SubsampleRatio @"image".YCbCrSubsampleRatio; Rect @"image".Rectangle }
	func (@"image".p·2 *@"image".YCbCr "esc:0x1") At (@"image".x·3 int, @"image".y·4 int) (? @"image/color".Color)
	func (@"image".p·2 *@"image".YCbCr "esc:0x1") Bounds () (? @"image".Rectangle) { return @"image".p·2.Rect }
	func (@"image".p·2 *@"image".YCbCr "esc:0x1") COffset (@"image".x·3 int, @"image".y·4 int) (? int)
	func (@"image".p·2 *@"image".YCbCr "esc:0x1") ColorModel () (? @"image/color".Model) { return @"image/color".YCbCrModel }
	func (@"image".p·2 *@"image".YCbCr "esc:0x1") Opaque () (? bool) { return true }
	func (@"image".p·2 *@"image".YCbCr "esc:0xa") SubImage (@"image".r·3 @"image".Rectangle) (? @"image".Image)
	func (@"image".p·2 *@"image".YCbCr "esc:0x1") YCbCrAt (@"image".x·3 int, @"image".y·4 int) (? @"image/color".YCbCr)
	func (@"image".p·2 *@"image".YCbCr "esc:0x1") YOffset (@"image".x·3 int, @"image".y·4 int) (? int) { return (@"image".y·4 - @"image".p·2.Rect.Min.Y) * @"image".p·2.YStride + (@"image".x·3 - @"image".p·2.Rect.Min.X) }
	func @"".DrawYCbCr (@"".dst·2 *@"image".RGBA "esc:0x1", @"".r·3 @"image".Rectangle, @"".src·4 *@"image".YCbCr "esc:0x1", @"".sp·5 @"image".Point) (@"".ok·1 bool)
	func @"".init ()
	type @"image/color".Alpha16 struct { A uint16 }
	func (@"image/color".c·5 @"image/color".Alpha16) RGBA () (@"image/color".r·1 uint32, @"image/color".g·2 uint32, @"image/color".b·3 uint32, @"image/color".a·4 uint32) { @"image/color".a·4 = uint32(@"image/color".c·5.A); return @"image/color".a·4, @"image/color".a·4, @"image/color".a·4, @"image/color".a·4 }
	var @"image/color".Opaque @"image/color".Alpha16
	var @"image/color".Transparent @"image/color".Alpha16
	var @"image/color".Alpha16Model @"image/color".Model
	var @"image/color".RGBAModel @"image/color".Model
	var @"image/color".YCbCrModel @"image/color".Model

$$
�_go_.o          0           0     0     644     8100      `
go object linux amd64 go1.5.1 X:none

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