1 !<arch> 2 __.PKGDEF 0 0 0 644 9209 ` 3 go object linux amd64 go1.5.1 X:none 4 build id "94eae4a3049a8196591e0326cdc7d16022593030" 5 6 $$ 7 package imageutil 8 import runtime "runtime" 9 import image "image" 10 type @"image".Point struct { X int; Y int } 11 func (@"image".p2 @"image".Point) Add (@"image".q3 @"image".Point) (? @"image".Point) { return (@"image".Point{ X:@"image".p2.X + @"image".q3.X, Y:@"image".p2.Y + @"image".q3.Y }) } 12 func (@"image".p2 @"image".Point) Div (@"image".k3 int) (? @"image".Point) { return (@"image".Point{ X:@"image".p2.X / @"image".k3, Y:@"image".p2.Y / @"image".k3 }) } 13 func (@"image".p2 @"image".Point) Eq (@"image".q3 @"image".Point) (? bool) { return @"image".p2 == @"image".q3 } 14 func (@"image".p2 @"image".Point) In (@"image".r3 @"image".Rectangle) (? bool) { return @"image".r3.Min.X <= @"image".p2.X && @"image".p2.X < @"image".r3.Max.X && @"image".r3.Min.Y <= @"image".p2.Y && @"image".p2.Y < @"image".r3.Max.Y } 15 func (@"image".p2 @"image".Point) Mod (@"image".r3 @"image".Rectangle) (? @"image".Point) 16 func (@"image".p2 @"image".Point) Mul (@"image".k3 int) (? @"image".Point) { return (@"image".Point{ X:@"image".p2.X * @"image".k3, Y:@"image".p2.Y * @"image".k3 }) } 17 func (@"image".p2 @"image".Point) String () (? string) 18 func (@"image".p2 @"image".Point) Sub (@"image".q3 @"image".Point) (? @"image".Point) { return (@"image".Point{ X:@"image".p2.X - @"image".q3.X, Y:@"image".p2.Y - @"image".q3.Y }) } 19 import color "image/color" // indirect 20 type @"image/color".Color interface { RGBA() (@"image/color".r uint32, @"image/color".g uint32, @"image/color".b uint32, @"image/color".a uint32) } 21 type @"image/color".Model interface { Convert(@"image/color".c @"image/color".Color) (? @"image/color".Color) } 22 type @"image".Rectangle struct { Min @"image".Point; Max @"image".Point } 23 func (@"image".r2 @"image".Rectangle) Add (@"image".p3 @"image".Point) (? @"image".Rectangle) { return (@"image".Rectangle{ Min:(@"image".Point{ X:@"image".r2.Min.X + @"image".p3.X, Y:@"image".r2.Min.Y + @"image".p3.Y }), Max:(@"image".Point{ X:@"image".r2.Max.X + @"image".p3.X, Y:@"image".r2.Max.Y + @"image".p3.Y }) }) } 24 func (@"image".r2 @"image".Rectangle) At (@"image".x3 int, @"image".y4 int) (? @"image/color".Color) { if (@"image".Point{ X:@"image".x3, Y:@"image".y4 }).In(@"image".r2) { return @"image/color".Opaque }; return @"image/color".Transparent } 25 func (@"image".r2 @"image".Rectangle) Bounds () (? @"image".Rectangle) { return @"image".r2 } 26 func (@"image".r2 @"image".Rectangle) Canon () (? @"image".Rectangle) { if @"image".r2.Max.X < @"image".r2.Min.X { @"image".r2.Min.X, @"image".r2.Max.X = @"image".r2.Max.X, @"image".r2.Min.X }; if @"image".r2.Max.Y < @"image".r2.Min.Y { @"image".r2.Min.Y, @"image".r2.Max.Y = @"image".r2.Max.Y, @"image".r2.Min.Y }; return @"image".r2 } 27 func (@"image".r2 @"image".Rectangle) ColorModel () (? @"image/color".Model) { return @"image/color".Alpha16Model } 28 func (@"image".r2 @"image".Rectangle) Dx () (? int) { return @"image".r2.Max.X - @"image".r2.Min.X } 29 func (@"image".r2 @"image".Rectangle) Dy () (? int) { return @"image".r2.Max.Y - @"image".r2.Min.Y } 30 func (@"image".r2 @"image".Rectangle) Empty () (? bool) { return @"image".r2.Min.X >= @"image".r2.Max.X || @"image".r2.Min.Y >= @"image".r2.Max.Y } 31 func (@"image".r2 @"image".Rectangle) Eq (@"image".s3 @"image".Rectangle) (? bool) { return @"image".r2 == @"image".s3 || @"image".r2.Empty() && @"image".s3.Empty() } 32 func (@"image".r2 @"image".Rectangle) In (@"image".s3 @"image".Rectangle) (? bool) { if @"image".r2.Empty() { return true }; return @"image".s3.Min.X <= @"image".r2.Min.X && @"image".r2.Max.X <= @"image".s3.Max.X && @"image".s3.Min.Y <= @"image".r2.Min.Y && @"image".r2.Max.Y <= @"image".s3.Max.Y } 33 func (@"image".r2 @"image".Rectangle) Inset (@"image".n3 int) (? @"image".Rectangle) 34 func (@"image".r2 @"image".Rectangle) Intersect (@"image".s3 @"image".Rectangle) (? @"image".Rectangle) 35 func (@"image".r2 @"image".Rectangle) Overlaps (@"image".s3 @"image".Rectangle) (? bool) 36 func (@"image".r2 @"image".Rectangle) Size () (? @"image".Point) { return (@"image".Point{ X:@"image".r2.Max.X - @"image".r2.Min.X, Y:@"image".r2.Max.Y - @"image".r2.Min.Y }) } 37 func (@"image".r2 @"image".Rectangle) String () (? string) 38 func (@"image".r2 @"image".Rectangle) Sub (@"image".p3 @"image".Point) (? @"image".Rectangle) { return (@"image".Rectangle{ Min:(@"image".Point{ X:@"image".r2.Min.X - @"image".p3.X, Y:@"image".r2.Min.Y - @"image".p3.Y }), Max:(@"image".Point{ X:@"image".r2.Max.X - @"image".p3.X, Y:@"image".r2.Max.Y - @"image".p3.Y }) }) } 39 func (@"image".r2 @"image".Rectangle) Union (@"image".s3 @"image".Rectangle) (? @"image".Rectangle) 40 type @"image/color".RGBA struct { R uint8; G uint8; B uint8; A uint8 } 41 func (@"image/color".c5 @"image/color".RGBA) RGBA () (@"image/color".r1 uint32, @"image/color".g2 uint32, @"image/color".b3 uint32, @"image/color".a4 uint32) { @"image/color".r1 = uint32(@"image/color".c5.R); @"image/color".r1 |= @"image/color".r1 << 0x8; @"image/color".g2 = uint32(@"image/color".c5.G); @"image/color".g2 |= @"image/color".g2 << 0x8; @"image/color".b3 = uint32(@"image/color".c5.B); @"image/color".b3 |= @"image/color".b3 << 0x8; @"image/color".a4 = uint32(@"image/color".c5.A); @"image/color".a4 |= @"image/color".a4 << 0x8; return } 42 type @"image".Image interface { At(@"image".x int, @"image".y int) (? @"image/color".Color); Bounds() (? @"image".Rectangle); ColorModel() (? @"image/color".Model) } 43 type @"image".RGBA struct { Pix []uint8; Stride int; Rect @"image".Rectangle } 44 func (@"image".p2 *@"image".RGBA "esc:0x1") At (@"image".x3 int, @"image".y4 int) (? @"image/color".Color) 45 func (@"image".p2 *@"image".RGBA "esc:0x1") Bounds () (? @"image".Rectangle) { return @"image".p2.Rect } 46 func (@"image".p2 *@"image".RGBA "esc:0x1") ColorModel () (? @"image/color".Model) { return @"image/color".RGBAModel } 47 func (@"image".p2 *@"image".RGBA "esc:0x1") Opaque () (? bool) 48 func (@"image".p2 *@"image".RGBA "esc:0x1") PixOffset (@"image".x3 int, @"image".y4 int) (? int) { return (@"image".y4 - @"image".p2.Rect.Min.Y) * @"image".p2.Stride + (@"image".x3 - @"image".p2.Rect.Min.X) * 0x4 } 49 func (@"image".p2 *@"image".RGBA "esc:0x1") RGBAAt (@"image".x3 int, @"image".y4 int) (? @"image/color".RGBA) 50 func (@"image".p1 *@"image".RGBA "esc:0x1") Set (@"image".x2 int, @"image".y3 int, @"image".c4 @"image/color".Color) 51 func (@"image".p1 *@"image".RGBA "esc:0x1") SetRGBA (@"image".x2 int, @"image".y3 int, @"image".c4 @"image/color".RGBA) 52 func (@"image".p2 *@"image".RGBA "esc:0xa") SubImage (@"image".r3 @"image".Rectangle) (? @"image".Image) 53 type @"image".YCbCrSubsampleRatio int 54 func (@"image".s2 @"image".YCbCrSubsampleRatio) String () (? string) 55 type @"image/color".YCbCr struct { Y uint8; Cb uint8; Cr uint8 } 56 func (@"image/color".c5 @"image/color".YCbCr) RGBA () (? uint32, ? uint32, ? uint32, ? uint32) 57 type @"image".YCbCr struct { Y []uint8; Cb []uint8; Cr []uint8; YStride int; CStride int; SubsampleRatio @"image".YCbCrSubsampleRatio; Rect @"image".Rectangle } 58 func (@"image".p2 *@"image".YCbCr "esc:0x1") At (@"image".x3 int, @"image".y4 int) (? @"image/color".Color) 59 func (@"image".p2 *@"image".YCbCr "esc:0x1") Bounds () (? @"image".Rectangle) { return @"image".p2.Rect } 60 func (@"image".p2 *@"image".YCbCr "esc:0x1") COffset (@"image".x3 int, @"image".y4 int) (? int) 61 func (@"image".p2 *@"image".YCbCr "esc:0x1") ColorModel () (? @"image/color".Model) { return @"image/color".YCbCrModel } 62 func (@"image".p2 *@"image".YCbCr "esc:0x1") Opaque () (? bool) { return true } 63 func (@"image".p2 *@"image".YCbCr "esc:0xa") SubImage (@"image".r3 @"image".Rectangle) (? @"image".Image) 64 func (@"image".p2 *@"image".YCbCr "esc:0x1") YCbCrAt (@"image".x3 int, @"image".y4 int) (? @"image/color".YCbCr) 65 func (@"image".p2 *@"image".YCbCr "esc:0x1") YOffset (@"image".x3 int, @"image".y4 int) (? int) { return (@"image".y4 - @"image".p2.Rect.Min.Y) * @"image".p2.YStride + (@"image".x3 - @"image".p2.Rect.Min.X) } 66 func @"".DrawYCbCr (@"".dst2 *@"image".RGBA "esc:0x1", @"".r3 @"image".Rectangle, @"".src4 *@"image".YCbCr "esc:0x1", @"".sp5 @"image".Point) (@"".ok1 bool) 67 func @"".init () 68 type @"image/color".Alpha16 struct { A uint16 } 69 func (@"image/color".c5 @"image/color".Alpha16) RGBA () (@"image/color".r1 uint32, @"image/color".g2 uint32, @"image/color".b3 uint32, @"image/color".a4 uint32) { @"image/color".a4 = uint32(@"image/color".c5.A); return @"image/color".a4, @"image/color".a4, @"image/color".a4, @"image/color".a4 } 70 var @"image/color".Opaque @"image/color".Alpha16 71 var @"image/color".Transparent @"image/color".Alpha16 72 var @"image/color".Alpha16Model @"image/color".Model 73 var @"image/color".RGBAModel @"image/color".Model 74 var @"image/color".YCbCrModel @"image/color".Model 75 76 $$ 77 _go_.o 0 0 0 644 17072 ` 78 go object linux amd64 go1.5.1 X:none 79 80 ! 81 go13ldimage.a"".DrawYCbCrwwdH %H$H;AHH$H$H$H$H$ H$H$Hi H)HH$H $H$ H$H$Hi H)HH$H $H$ H$H$H$Hh(H)H$H$H$ H$H$L$Ih(H)H\$xH$H$H$XH$H$H$HkXHIHHHH$H$Hl$xH9H$H$H$H$HXH$HH$@H$H$H$@LCLKL9zLI)I)ItM*L$pL$xL$hH$H$H$`H$H$H$H$HH$H$H$`H$HXhH$H)HHhHHH$L@`L)HH\$XH$H$`H$H$H$H$PH$H$H$`H$H^hH$H)HHnPHH$LF`L)HH$ H$H$H$H9H4$H$HHCHkH$H$Hl$XH$H9H)H$H$HH 86 HBHjH$H$Hl$XH$H9H)i\$H$H$H$HKHC Hk(H$H$H$ H$H9)H)H$H$HHJHB Hj(H$H$H$ H$H9H)\$DH$H$0H$HK0HC8Hk@H$H$H$ H$H9dH)H$|$Dt$H$H6HK0HC8Hk@H$H$H$ H$H9H)ifiX)i)iD$fD$49D$PH$H$hHH$8L$pL9HH$H$pH$hH$8H9H)l$@+H$HH$8H9HH$H$pH$hH$8H9eH)l$4@+H$HH$8H96HH$H$pH$hH$8H9H)l$P@+H$HH$8H9HH$H$H$hH$8L$pL9H+H$HT$XHHH$ HHT$XH$ 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runtime.raceread 165 runtime.raceread 166 runtime.raceread 167 168 runtime.raceread 169 170 runtime.raceread 171 172 runtime.raceread 174 runtime.raceread 176 runtime.raceread 177 runtime.raceread 178 runtime.raceread 179 runtime.raceread 180 runtime.raceread 181 "runtime.racewrite 182 "runtime.racewrite 183 "runtime.racewrite 184 "runtime.racewrite 185 (runtime.racefuncexit 186 $runtime.panicindex 187 $runtime.panicindex 188 $runtime.panicindex 189 $runtime.panicindex 190 $runtime.panicindex 191 $runtime.panicindex 192 $runtime.panicindex 193 $runtime.panicindex 194 $runtime.panicindex 195 $runtime.panicindex 196 $runtime.panicindex 197 $runtime.panicindex 198 $runtime.panicindex 199 $runtime.panicindex! 200 $runtime.panicslice" 201 runtime.raceread" 202 runtime.raceread$ 203 runtime.raceread$ 204 runtime.raceread% 205 runtime.raceread& 206 runtime.raceread& 207 runtime.raceread' 208 runtime.raceread) 209 runtime.raceread* 210 runtime.raceread, 211 runtime.raceread- 212 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296 $runtime.panicindexv 297 $runtime.panicindexw 298 $runtime.panicindexw 299 $runtime.panicindexw 300 $runtime.panicslicew 301 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