Server IP : 172.67.171.101 / Your IP : 216.73.216.123
Web Server : Apache
System : Linux server1.morocco-tours.com 3.10.0-1127.19.1.el7.x86_64 #1 SMP Tue Aug 25 17:23:54 UTC 2020 x86_64
User : zagoradraa ( 1005)
PHP Version : 7.4.33
Disable Function : NONE
MySQL : OFF | cURL : ON | WGET : ON | Perl : ON | Python : ON | Sudo : ON | Pkexec : ON
Directory : /usr/share/ghostscript/lib/ |
Upload File : |
| Current File : /usr/share/ghostscript/lib/image-qa.ps |
%!PS
% Copyright (C) 2001-2018 Artifex Software, Inc.
% All Rights Reserved.
%
% This software is provided AS-IS with no warranty, either express or
% implied.
%
% This software is distributed under license and may not be copied,
% modified or distributed except as expressly authorized under the terms
% of the license contained in the file LICENSE in this distribution.
%
% Refer to licensing information at http://www.artifex.com or contact
% Artifex Software, Inc., 1305 Grant Avenue - Suite 200, Novato,
% CA 94945, U.S.A., +1(415)492-9861, for further information.
%
%
% Tests for the image operators
% Specifications for Image operator testing.
%
% 1. All 8 standard orientations (0, 90, 180, 270 degree rotations with
% and without reflection); ditto those orientations perturbed by +/-
% 10 degrees, and by 45 degrees.
%
% Enough space is provided around images on a test page to allow
% these permutations to use the same page layout. This will make
% test page construction easier and simplify page checking.
%
% 2. All 9 image types (ImageType 1 mask, ImageType 1 opaque,
% ImageType 3 with all 3 InterleaveTypes and with unequal scaling
% for InterleaveType 2 and 3, ImageType 4 with both range and
% single-point matching).
%
% 3. DeviceGray, DeviceRGB, and DeviceN color, both direct and Indexed.
% Indexed color will use the common pallete size of 256 colors.
%
% 4. For simple masks, both colored and uncolored Patterns.
%
% 5. CombineWithColor true and false; several different colors for the
% true case (including black, white, other solid colors, halftones,
% and patterns).
%
% 6. Source transparency true and false.
%
% 7. Texture transparency true and false.
%
% 8. Different RasterOp values.
%
% 9. For ImageType 4, different color keys (out-of-range, specific
% color other than white, range without white).
%
% 10. String, file, and procedure data sources; for multi-component
% color spaces, MultipleDataSources = true. This is tested by
% constructing string data sources that are used as input to
% SubFileDecode filter to create a filetype data source. These
% filters are read into scratch strings for the procedure data
% source case. The procedure data source scratch string length
% does not match the raster width, and the width x height is
% not an integer multiple of the string length.
%
% Also for the File case, the number of bytes consumed is
% checked after the image operator to verify that the exact
% amount of data is used. This is particularly important when
% the currentfile is used as a source (possibly through a
% filter.
%
% Image bytes per line are < 500 bytes to exercise direct and
% buffer copy gs_image_next_planes mode with the default stream
% buffer size of 512 bytes. Procedure string size is greater
% than the image bytes per line for the same reason (sM and sD).
%
% Total string size is kept below 65535.
/WidthRGB 83 def
/HeightRGB 89 def
%
% 11. Banded and non-banded rendering. This can be tested by running
% test files throuch with different page device parameters to
% force banding vs. page mode.
%
% -------------------------------------------------------------------------
%
% Testing the RasterOp-related functions (5/6/7/8) is not necessary at this
% time. They are well isolated logically.
%
% Testing orientation (1) and color masking (9) would be a good idea at some
% point, because this code has broken many times in the past and has had a
% long bug tail.
%
% The really important things to test are 2 (image type), 3/4 (color space --
% but only with regard to number of components, plus DeviceN and simple masks
% with a Pattern, which exercise special control paths), 10 (data source),
% and 11 (banding modes).
%
% ==========================================================================
%
% Procedure to generate test mask data
%
% WM and HM must be defined prior to invocation
% MaskGen -
%
% The mask data is stored into a string named /MaskData
%
% The mask consists of a "target". Bits past width WM are
% filled with 1's to make sure that pad bits are ignored.
%
/MaskGen {
/H8 HM 8 div def
/X0 WM 2 div def
/Y0 HM 2 div def
/WB WM 7 add 8 div cvi def
/MaskData WB HM mul string def
/MB [ 128 64 32 16 8 4 2 1 ] def
0 1 HM 1 sub {
/Y exch def
0 1 WB 1 sub {
/B exch def % byte within the row
/C B Y WB mul add def
/P 0 def
0 1 7 {
/b exch def % bit within the character
/X b B 8 mul add def
X WM lt
{ X Y eq
X HM 1 sub Y sub eq or
Y Y0 gt X X0 sub abs 2 le and or
X X0 sub WM div dup mul Y Y0 sub HM div dup mul add sqrt 9 mul cvi 2 mod 1 eq or
}
{ true } % pad bits are always set
ifelse
% stack: true if pixel is set
{
MB b get P or /P exch def
} if
} for % Bits within a byte
MaskData C P put
} for % Bytes within the row
} for % Rows in the mask
} bind def % MaskGen
%
% WM and HM must be defined prior to invocation
% BPC MaskGenBPC -
%
% The mask data is stored into a string named /MaskData
%
% The mask consists of a "target". BPC is the size of the elements
% in the MaskData string (must be 4, 8 or 12)
%
/MaskGenBPC {
/BPC exch def
/X0 WM 2 div def
/Y0 HM 2 div def
/WB WM BPC mul 7 add 8 div cvi def % Width in Bytes
/MaskData WB HM mul string def
0 1 HM 1 sub {
/Y exch def
0 1 WM 1 sub {
/X exch def
MaskData % Target string
X Y eq
X HM 1 sub Y sub eq or
Y Y0 gt X X0 sub abs 2 le and or
X X0 sub WM div dup mul Y Y0 sub HM div dup mul add sqrt 9 mul cvi 2 mod 1 eq or
X BPC mul 8 div Y WB mul add exch
[
{ } % BPC = 0
{ { 1 } { 0 } ifelse put4bit } % BPC = 4
{ { 255 } { 0 } ifelse exch cvi exch put } % BPC = 8
{ { 1 } { 0 } ifelse put12bit } % BPC = 12
] BPC 4 div cvi get exec
} for
} for % Rows in the mask
} bind def
% -----------------------------------------------------------------------
% Procedure to generate image data
%
% WD and HD must be defined prior to invocation
% { proc } ImageGen -
%
% The procedure is called once for each pixel
% Local definitions are R, G, B, X and Y
% Example: Generate RGB Chunky pixel data (single data source) BPC = 8
% /WD WidthRGB def
% /HD HeightRGB def
% /RGBData WD HD mul 3 mul string def
% { X Y WD mul add 3 mul RGBData
% dup 2 index R 255 mul cvi put
% dup 2 index 1 add G 255 mul cvi put
% exch 2 add B 255 mul cvi put
% } ImageGen
/ImageGen {
gsave
0 1 HD 1 sub {
/Y exch def
0 1 WD 1 sub {
/X exch def
/D X WD 2 div sub WD div dup mul Y HD 2 div sub HD div dup mul add sqrt def
/D D .6 div def
/A X WD 2 div sub Y HD 2 div sub atan 360 div def
A % Hue
.7 D .3 sub .60 div sub % Saturation
dup 0.05 lt
{ .95 D .8 sub 3 mul sub 3 mul cvi 3 div sqrt } % Level once Saturation < 0
{ .7 D .25 sub .75 div add } % Level inside
ifelse
X WD 2 div gt Y HD 2 div sub abs 2 le and { pop 0 } if % asymmetric marker
sethsbcolor
currentrgbcolor /B exch def /G exch def /R exch def
dup exec
} for
} for
pop % discard the procedure
grestore
} bind def
% -----------------------------------------------------------------------
%
% Procedures for ImageMatrix creation
/IMLRTB { [ WD 0 0 HD neg 0 HD ] } def
/IMLRBT { [ WD 0 0 HD 0 0 ] } def
/IMRLTB { [ WD neg 0 0 HD neg WD HD ] } def
/IMRLBT { [ WD neg 0 0 HD WD 0 ] } def
% -----------------------------------------------------------------------
%
% Procedure to make invocation of image operators more concise
%
% YY, SX, SY, WD and HD should be defined prior to invocation
% X matrix source decode DoImageMask -
%
/DoImageMask {
gsave
/D exch def
/S exch def
/M exch def
/XX 1 index def
YY translate SX SY scale
0 setlinewidth 0 0 moveto 1 0 lineto 1 1 lineto 0 1 lineto 0 0 lineto stroke
.5 .5 translate
IR rotate
-.5 -.5 translate
<<
/ImageType 1
/Width WM
/Height HM
/ImageMatrix M
/MultipleDataSources false
/DataSource S
/Decode D
/BitsPerComponent 1
>>
imagemask
grestore
} bind def
% YY, SX, SY, WD and HD should be defined prior to invocation
% X Y BPC matrix source multi decode DoImage1 -
%
/DoImage1 {
gsave
CSpace setcolorspace
/D exch def
/MS exch def
/S exch def % May be an array of sources
/M exch def
/BPC exch def
/XX 1 index def
YY translate SX SY scale
0 setlinewidth 0 0 moveto 1 0 lineto 1 1 lineto 0 1 lineto 0 0 lineto stroke
.5 .5 translate
IR rotate
-.5 -.5 translate
<<
/ImageType 1
/Width WD
/Height HD
/ImageMatrix M
/MultipleDataSources MS
/DataSource S
/BitsPerComponent BPC
/Decode D
>>
image
grestore
} bind def
% YY, SX, SY, WD and HD should be defined prior to invocation
% X Y BPC matrix source multi decode MaskColor DoImage4 -
%
/DoImage4 {
gsave
CSpace setcolorspace
/MC exch def
/D exch def
/MS exch def
/S exch def % May be an array of sources
/M exch def
/BPC exch def
/XX 1 index def
YY translate SX SY scale
0 setlinewidth 0 0 moveto 1 0 lineto 1 1 lineto 0 1 lineto 0 0 lineto stroke
.5 .5 translate
IR rotate
-.5 -.5 translate
<<
/ImageType 4
/Width WD
/Height HD
/ImageMatrix M
/MultipleDataSources MS
/DataSource S
/BitsPerComponent BPC
/Decode D
/MaskColor MC
>>
image
grestore
} bind def
% YY, SX, SY, W, HD (Data) WM, HM (Mask) should be defined prior to invocation
% (IT is InterleaveType)
% X Y BPC matrix source multi MaskDecode DataDecode IT DoImage3 -
%
/DoImage3 {
gsave
CSpace setcolorspace
/IT exch def
/DD exch def
/DM exch def
/MS exch def
/S exch def % May be an array of sources - For InterleaveType 3
% S[0] is the Mask DataSource
/M exch def
/BPC exch def
/XX 1 index def
YY translate SX SY scale
0 setlinewidth 0 0 moveto 1 0 lineto 1 1 lineto 0 1 lineto 0 0 lineto stroke
.5 .5 translate
IR rotate
-.5 -.5 translate
/DataImage
<<
/ImageType 1
/Width WD
/Height HD
/ImageMatrix M
/MultipleDataSources MS
/DataSource IT 3 ne { S } { S 1 get exec } ifelse
/BitsPerComponent BPC
/Decode DD
>>
def
/MaskImage
<<
/ImageType 1
/Width WM
/Height HM
/ImageMatrix % construct the mask matrix using signs from the DataImage matrix
/M0 M 0 get WD abs div cvi def
/M3 M 3 get HD abs div cvi def
/M4 M 4 get WD abs div cvi def
/M5 M 5 get HD abs div cvi def
[ WM M0 mul 0 0 HM M3 mul WM M4 mul HM M5 mul ]
IT 3 eq {
/DataSource S 0 get exec % DataSource only allowed for InterleaveType 3
} if
/BitsPerComponent IT 1 eq { BPC } { 1 } ifelse
/Decode DM
>>
def
<<
/ImageType 3
/DataDict DataImage
/MaskDict MaskImage
/InterleaveType IT
>>
image
grestore
} bind def
% -----------------------------------------------------------------------
%
/Helvetica-Bold findfont 20 scalefont /TitleFont exch def
/FontSize 10 def
/Helvetica-Narrow findfont FontSize scalefont /LegendFont exch def
/blockshow { % like "show" but '\n' causes new-line
dup = flush %DEBUG
currentpoint /showY exch def /showX exch def
{
dup 10 ne
{ 1 string dup 0 4 -1 roll put show }
{ pop showX showY FontSize sub dup /showY exch def moveto }
ifelse
} forall
} bind def
/TX 013 def % Title left X
/SX 036 def
/XA 060 def
/XB XA SX 1.5 mul add def
/XC XA SX 3.0 mul add def
/XD XA SX 4.5 mul add def
/XE XA SX 6.0 mul add def
/XF XA SX 7.5 mul add def
/XG XA SX 9.0 mul add def
/XH XA SX 10.5 mul add def
/XI XA SX 12.0 mul add def
/XJ XA SX 13.5 mul add def
/BY 036 def % Bottom Title Top line
/SY 037 def
/YA 050 def
/YB YA SY 1.8 mul add def
/YC YA SY 3.6 mul add def
/YD YA SY 5.4 mul add def
/YE YA SY 7.2 mul add def
/YF YA SY 9.0 mul add def
/YG YA SY 10.8 mul add def
/YH YA SY 12.6 mul add def
/YI YA SY 14.4 mul add def
/YJ YA SY 16.2 mul add def
/YK YA SY 18.0 mul add def
% -----------------------------------------------------------------------
%
% Utility procedures to support storing 4 and 12 bit elements in
% strings.
%
% <string> <index> <value> put##bit -
%
% <index> will have a fractional part ( .5 ) if the element
% starts on a 4-bit boundary.
%
% <value> is between 0 and 1 and is scaled 0 to 15 (4bit) or
% 0 to 4095 (12 bit)
/put4bit {
15 mul cvi
exch dup cvi dup 3 1 roll eq 3 -1 roll exch
{ % integer index means high nibble.
16 mul put
}
{ % low nibble -- combine with high nibble
2 index 2 index get or put
}
ifelse
} bind def
/put12bit {
1 index cvi /I exch def
2 index /S exch def
4095 mul cvi
exch dup dup cvi eq
{ % integer index means high byte is aligned
cvi exch 3 copy 16 div cvi put
exch 1 add exch 15 and 16 mul put
}
{ % low nibble -- combine with high nibble
cvi exch 3 copy 2 index 2 index get exch 256 div cvi or put
255 and exch 1 add exch put
}
ifelse
} bind def
% -----------------------------------------------------------------------
%
% Procedures to use generated string data as procedure or files
/WD WidthRGB def
/HD HeightRGB def
/sM WidthRGB 2 mul 1 sub string def % long enough to hold more than one mask line
/sD WidthRGB 7 mul 1 sub string def % long enough to hold more than one 12 bit RGB line
% worst case is 12bit ImageType3 InterleaveType 1 == 48 bits
/MaskDProc {
/FM MaskData dup length () /SubFileDecode filter def
{ { FM sM readstring pop } }
} bind def
/FileTailString (12345) def % Marker string to check file data usage
/AppendFileTail { % <string> AppendFileTail <string_with_tail> <original_length>
dup length FileTailString length add string
dup 0 3 index putinterval
dup 2 index length FileTailString putinterval
exch length
} bind def
/MaskDFile {
MaskData dup length () /SubFileDecode filter
/MDF 1 index def
} bind def
/RGBDProc {
/FD RGBData dup length () /SubFileDecode filter def
{ { FD sD readstring pop } }
} bind def
/RGBDFile {
RGBData dup length () /SubFileDecode filter
/RGBDF 1 index def
} bind def
/sR WidthRGB 2 mul 1 sub string def % long enough to hold more than one line of 12 bit data
/sG WidthRGB 2 mul 1 sub string def
/sB WidthRGB 2 mul 1 sub string def
/RDProc {
/FR RData dup length () /SubFileDecode filter def
{ FR sR readstring pop }
} bind def
/GDProc {
/FG GData dup length () /SubFileDecode filter def
{ FG sG readstring pop }
} bind def
/BDProc {
/FB BData dup length () /SubFileDecode filter def
{ FB sB readstring pop }
} bind def
/RDFile {
RData dup length () /SubFileDecode filter
/RDF 1 index def
} bind def
/GDFile {
GData dup length () /SubFileDecode filter
/GDF 1 index def
} bind def
/BDFile {
BData dup length () /SubFileDecode filter
/BDF 1 index def
} bind def
% -----------------------------------------------------------------------
%
% Procedure to handle fileposition. Ghostscript has a private
% operator .fileposition that works when fileposition does not
%
% <file> tryfilepos
% Returns: fileposition true if successful
% 0 false if not
/tryfilepos {
/.fileposition where
{ pop /.fileposition load } % most likely to succeed
{ /fileposition load }
ifelse
stopped
{ pop 0 false }
{ true }
ifelse
} bind def
% -----------------------------------------------------------------------
%
% Procedure to provide =only operator if not present. Suggested
% by Alex Cherepanov to use =print operator present on some Adobe
% implementations.
/=only where
{ pop }
{ /=print where { pop /=print load } { /print load } ifelse
/=only exch def
}
ifelse
% -----------------------------------------------------------------------
%
% Procedure to make sure that the file is at the EOF.
% added above (string == FileTailString.
%
% If not, it will mark the image area with a red "F"
%
% <string> <title> <file> CheckFileTail - XX is the horizontal position
% YY is the vertical position
% SX,SY determine size of "F" if fail
/CheckFileTail {
dup
status not dup % status false says no longer valid
{ (Unexpected EOF: XX,YY=) print XX =only (,) print YY = false }
{ 1 index tryfilepos not exch 5 index length ne or dup
{ 3 index print ( fileposition = ) print
2 index tryfilepos pop =only
( doesn't match expected = ) print 4 index length = flush
}
if
}
ifelse
or
{
gsave .8 0 0 setrgbcolor
SX 4 div setlinewidth
XX YY moveto 0 SY rlineto SX 0 rlineto stroke
XX YY SY .5 mul add moveto SX .5 mul 0 rlineto stroke
grestore
}
if
pop pop pop
} bind def
/CSpaceName { % - CSpaceName <string>
CSpace dup type /arraytype eq { 0 get } if
15 string cvs
} bind def
% -----------------------------------------------------------------------
%
% tests
/CheckImage {
/IR 0 def
/CSpace /DeviceRGB def
% Use an unusual (unpleasant?) underlying color
.6 .95 .4 setrgbcolor clippath fill
0 0 0 setrgbcolor
TitleFont setfont
200 760 moveto (Image Type 3 Tests) show
200 740 moveto (Rotation Angle = ) show IR 3 string cvs show
170 720 moveto (Colorspace = ) show CSpaceName show
LegendFont setfont
.4 .1 .7 setrgbcolor % contrasting color for stencil masking
/SX SX 2 mul def /SY SY 2 mul def
/YY 780 SY sub def
MaskGen
TX IMLRTB MaskData [1 0] DoImageMask
/RGBData WD HD mul 3 mul string def
{ X Y WD mul add 3 mul RGBData
dup 2 index R 255 mul cvi put
dup 2 index 1 add G 255 mul cvi put
exch 2 add B 255 mul cvi put
} ImageGen
% X BPC matrix source multi decode
XI 8 IMLRTB RGBData false [0 1 0 1 0 1] DoImage1
/SX SX 2 div def /SY SY 2 div def
showpage
} def
% -----------------------------------------------------------------------
%
% Type 1 and Type 4 Tests
% /CSpace and /IR are defined in order to generate various pages
/T1T4Tests { %
% Use an unusual (unpleasant?) underlying color
.6 .95 .4 setrgbcolor clippath fill
0 0 0 setrgbcolor
TitleFont setfont
120 760 moveto (Image Type 1 and ImageType 4 Tests) show
200 740 moveto (Rotation Angle = ) show IR 3 string cvs show
170 720 moveto (Colorspace = ) show CSpaceName show
LegendFont setfont
XA BY moveto (Decode\nInverted) blockshow
XB BY moveto ( IMLRTB\nDS=string) blockshow
XC BY moveto ( IMLRBT\nDS=string) blockshow
XD BY moveto ( IMRLTB\nDS=string) blockshow
XE BY moveto ( IMRLBT\nDS=string) blockshow
XF BY moveto (IMLRTB\nDS=proc) blockshow
XG BY moveto (IMLRTB\nDS=file) blockshow
XH BY moveto ( Multi\nDS=string) blockshow
XI BY moveto ( Multi\nDS=proc) blockshow
XJ BY moveto ( Multi\nDS=file) blockshow
.4 .1 .7 setrgbcolor % contrasting color for stencil masking
/WM WD def
/HM HD def
/SX SX 2 mul def /SY SY 2 mul def
/YY 780 SY sub def
MaskGen
TX IMLRTB MaskData [1 0] DoImageMask
/RGBData WD HD mul 3 mul string def
{ X Y WD mul add 3 mul RGBData
dup 2 index R 255 mul cvi put
dup 2 index 1 add G 255 mul cvi put
exch 2 add B 255 mul cvi put
} ImageGen
% X BPC matrix source multi decode
XI 8 IMLRTB RGBData false [0 1 0 1 0 1] DoImage1
/SX SX 2 div def /SY SY 2 div def
% ----------------------------------------------------------------------
% Type 1 Stencil Mask Images
/YY YA def
TX YA SY add moveto (\nType 1\nStencil\nMask) blockshow
MaskGen
% X matrix source decode
XA IMLRTB MaskData [0 1] DoImageMask
XB IMLRTB MaskData [1 0] DoImageMask
XC IMLRBT MaskData [1 0] DoImageMask
XD IMRLTB MaskData [1 0] DoImageMask
XE IMRLBT MaskData [1 0] DoImageMask
XF IMLRTB MaskDProc [1 0] DoImageMask
XG IMLRTB MaskDFile [1 0] DoImageMask
MaskData (Mask) MDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% Type 1 RGB Single Data Sources, BPC==8
/YY YB def
TX YY SY add moveto (\nType 1\nRGB\nBPC=8) blockshow
/RGBData WD HD mul 3 mul string def
{ X Y WD mul add 3 mul RGBData
dup 2 index R 255 mul cvi put
dup 2 index 1 add G 255 mul cvi put
exch 2 add B 255 mul cvi put
} ImageGen
% X BPC matrix source multi decode
XA 8 IMLRTB RGBData false [1 0 1 0 1 0] DoImage1
XB 8 IMLRTB RGBData false [0 1 0 1 0 1] DoImage1
XC 8 IMLRBT RGBData false [0 1 0 1 0 1] DoImage1
XD 8 IMRLTB RGBData false [0 1 0 1 0 1] DoImage1
XE 8 IMRLBT RGBData false [0 1 0 1 0 1] DoImage1
XF 8 IMLRTB RGBDProc false [0 1 0 1 0 1] DoImage1
XG 8 IMLRTB RGBDFile false [0 1 0 1 0 1] DoImage1
RGBData (RGB) RGBDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% Type 1 RGB Multiple Data Sources, BPC==8
WD HD mul /RData 1 index string def
/GData 1 index string def
/BData exch string def
{ X Y WD mul add
RData 1 index R 255 mul cvi put
GData 1 index G 255 mul cvi put
BData exch B 255 mul cvi put
} ImageGen
% X BPC matrix source multi decode
XH 8 IMLRTB [ RData GData BData ] true [0 1 0 1 0 1] DoImage1
XI 8 IMLRTB [ RDProc GDProc BDProc ] true [0 1 0 1 0 1] DoImage1
XJ 8 IMLRTB [ RDFile GDFile BDFile ] true [0 1 0 1 0 1] DoImage1
RData (Red) RDF CheckFileTail % Check that the correct amount of data was consumed
GData (Grn) GDF CheckFileTail % Check that the correct amount of data was consumed
BData (Blu) BDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% Type 4 RGB Single Data Sources, BPC==8, mask black
/YY YE def
TX YY SY add moveto (\nType 4\nBPC=8\nmask=black) blockshow
% X BPC matrix source multi decode MaskColor
XA 8 IMLRTB RGBData false [1 0 1 0 1 0] [ 000 000 000 ] DoImage4
XB 8 IMLRTB RGBData false [0 1 0 1 0 1] [ 000 000 000 ] DoImage4
XC 8 IMLRBT RGBData false [0 1 0 1 0 1] [ 000 000 000 ] DoImage4
XD 8 IMRLTB RGBData false [0 1 0 1 0 1] [ 000 000 000 ] DoImage4
XE 8 IMRLBT RGBData false [0 1 0 1 0 1] [ 000 000 000 ] DoImage4
XF 8 IMLRTB RGBDProc false [0 1 0 1 0 1] [ 000 000 000 ] DoImage4
XG 8 IMLRTB RGBDFile false [0 1 0 1 0 1] [ 000 000 000 ] DoImage4
RGBData (RGB) RGBDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% Type 4 RGB Multiple Data Sources, BPC==8, mask black
% X BPC matrix source multi decode MaskColor
XH 8 IMLRTB [ RData GData BData ] true [0 1 0 1 0 1] [ 000 000 000 ] DoImage4
XI 8 IMLRTB [ RDProc GDProc BDProc ] true [0 1 0 1 0 1] [ 000 000 000 ] DoImage4
XJ 8 IMLRTB [ RDFile GDFile BDFile ] true [0 1 0 1 0 1] [ 000 000 000 ] DoImage4
RData (Red) RDF CheckFileTail % Check that the correct amount of data was consumed
GData (Grn) GDF CheckFileTail % Check that the correct amount of data was consumed
BData (Blu) BDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% Type 4 RGB Single Data Sources, BPC==8, mask white
/YY YF def
TX YY SY add moveto (\nType 4\nBPC=8\nmask=white) blockshow
% X BPC matrix source multi decode MaskColor
XA 8 IMLRTB RGBData false [1 0 1 0 1 0] [ 255 255 255 ] DoImage4
gsave .5 .2 .2 setrgbcolor XB YY SX 13 mul SY rectfill grestore
XB 8 IMLRTB RGBData false [0 1 0 1 0 1] [ 255 255 255 ] DoImage4
XC 8 IMLRBT RGBData false [0 1 0 1 0 1] [ 255 255 255 ] DoImage4
XD 8 IMRLTB RGBData false [0 1 0 1 0 1] [ 255 255 255 ] DoImage4
XE 8 IMRLBT RGBData false [0 1 0 1 0 1] [ 255 255 255 ] DoImage4
XF 8 IMLRTB RGBDProc false [0 1 0 1 0 1] [ 255 255 255 ] DoImage4
XG 8 IMLRTB RGBDFile false [0 1 0 1 0 1] [ 255 255 255 ] DoImage4
RGBData (RGB) RGBDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% Type 4 RGB Multiple Data Sources, BPC==8, mask white
% X BPC matrix source multi decode MaskColor
XH 8 IMLRTB [ RData GData BData ] true [0 1 0 1 0 1] [ 255 255 255 ] DoImage4
XI 8 IMLRTB [ RDProc GDProc BDProc ] true [0 1 0 1 0 1] [ 255 255 255 ] DoImage4
XJ 8 IMLRTB [ RDFile GDFile BDFile ] true [0 1 0 1 0 1] [ 255 255 255 ] DoImage4
RData (Red) RDF CheckFileTail % Check that the correct amount of data was consumed
GData (Grn) GDF CheckFileTail % Check that the correct amount of data was consumed
BData (Blu) BDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% Type 4 RGB Single Data Sources, BPC==8, mask gray
/YY YG def
TX YY SY add moveto (\nType 4\nBPC=8\nmask=gray) blockshow
% X BPC matrix source multi decode MaskColor
XA 8 IMLRTB RGBData false [1 0 1 0 1 0] [ 147 147 147 ] DoImage4
XB 8 IMLRTB RGBData false [0 1 0 1 0 1] [ 147 147 147 ] DoImage4
XC 8 IMLRBT RGBData false [0 1 0 1 0 1] [ 147 147 147 ] DoImage4
XD 8 IMRLTB RGBData false [0 1 0 1 0 1] [ 147 147 147 ] DoImage4
XE 8 IMRLBT RGBData false [0 1 0 1 0 1] [ 147 147 147 ] DoImage4
XF 8 IMLRTB RGBDProc false [0 1 0 1 0 1] [ 147 147 147 ] DoImage4
XG 8 IMLRTB RGBDFile false [0 1 0 1 0 1] [ 147 147 147 ] DoImage4
RGBData (RGB) RGBDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% Type 4 RGB Multiple Data Sources, BPC==8, mask gray
% X BPC matrix source multi decode MaskColor
XH 8 IMLRTB [ RData GData BData ] true [0 1 0 1 0 1] [ 147 147 147 ] DoImage4
XI 8 IMLRTB [ RDProc GDProc BDProc ] true [0 1 0 1 0 1] [ 147 147 147 ] DoImage4
XJ 8 IMLRTB [ RDFile GDFile BDFile ] true [0 1 0 1 0 1] [ 147 147 147 ] DoImage4
RData (Red) RDF CheckFileTail % Check that the correct amount of data was consumed
GData (Grn) GDF CheckFileTail % Check that the correct amount of data was consumed
BData (Blu) BDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% Type 4 RGB Single Data Sources, BPC==8, mask range
/YY YH def
TX YY SY add moveto (\nType 4\nBPC=8\nmask range) blockshow
% X BPC matrix source multi decode MaskColor
XA 8 IMLRTB RGBData false [1 0 1 0 1 0] [ 020 200 020 200 020 200 ] DoImage4
XB 8 IMLRTB RGBData false [0 1 0 1 0 1] [ 020 200 020 200 020 200 ] DoImage4
XC 8 IMLRBT RGBData false [0 1 0 1 0 1] [ 020 200 020 200 020 200 ] DoImage4
XD 8 IMRLTB RGBData false [0 1 0 1 0 1] [ 020 200 020 200 020 200 ] DoImage4
XE 8 IMRLBT RGBData false [0 1 0 1 0 1] [ 020 200 020 200 020 200 ] DoImage4
XF 8 IMLRTB RGBDProc false [0 1 0 1 0 1] [ 020 200 020 200 020 200 ] DoImage4
XG 8 IMLRTB RGBDFile false [0 1 0 1 0 1] [ 020 200 020 200 020 200 ] DoImage4
RGBData (RGB) RGBDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% Type 4 RGB Multiple Data Sources, BPC==8, mask range
% X Y SX SY BPC matrix source multi decode MaskColor
XH 8 IMLRTB [ RData GData BData ] true [0 1 0 1 0 1] [ 020 200 020 200 020 200 ] DoImage4
XI 8 IMLRTB [ RDProc GDProc BDProc ] true [0 1 0 1 0 1] [ 020 200 020 200 020 200 ] DoImage4
XJ 8 IMLRTB [ RDFile GDFile BDFile ] true [0 1 0 1 0 1] [ 020 200 020 200 020 200 ] DoImage4
RData (Red) RDF CheckFileTail % Check that the correct amount of data was consumed
GData (Grn) GDF CheckFileTail % Check that the correct amount of data was consumed
BData (Blu) BDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% Type 1 RGB Single Data Sources, BPC==12
/YY YC def
TX YY SY add moveto (\nType 1\nRGB\nBPC=12) blockshow
/RGBData WD 36 mul 7 add 8 div cvi HD mul string def
{
X 36 mul 8 div Y WD 36 mul 7 add 8 div cvi mul add
RGBData 1 index R put12bit
RGBData 1 index 1.5 add G put12bit
RGBData exch 3 add B put12bit
} ImageGen
% X BPC matrix source multi decode
XA 12 IMLRTB RGBData false [1 0 1 0 1 0] DoImage1
XB 12 IMLRTB RGBData false [0 1 0 1 0 1] DoImage1
XC 12 IMLRBT RGBData false [0 1 0 1 0 1] DoImage1
XD 12 IMRLTB RGBData false [0 1 0 1 0 1] DoImage1
XE 12 IMRLBT RGBData false [0 1 0 1 0 1] DoImage1
XF 12 IMLRTB RGBDProc false [0 1 0 1 0 1] DoImage1
XG 12 IMLRTB RGBDFile false [0 1 0 1 0 1] DoImage1
RGBData (RGB) RGBDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% Type 1 RGB Multiple Data Sources, BPC==12
WD 3 mul 1 add 2 div cvi HD mul /RData 1 index string def
/GData 1 index string def
/BData exch string def
{
X 3 mul 2 div Y WD 3 mul 1 add 2 div cvi mul add
RData 1 index R put12bit
GData 1 index G put12bit
BData exch B put12bit
} ImageGen
% X BPC matrix source multi decode
XH 12 IMLRTB [ RData GData BData ] true [0 1 0 1 0 1] DoImage1
XI 12 IMLRTB [ RDProc GDProc BDProc ] true [0 1 0 1 0 1] DoImage1
XJ 12 IMLRTB [ RDFile GDFile BDFile ] true [0 1 0 1 0 1] DoImage1
RData (Red) RDF CheckFileTail % Check that the correct amount of data was consumed
GData (Grn) GDF CheckFileTail % Check that the correct amount of data was consumed
BData (Blu) BDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% Type 4 RGB Single Data Sources, BPC==12, mask range
/YY YI def
TX YY SY add moveto (\nType 4\nBPC=12\nmask range) blockshow
% X BPC matrix source multi decode MaskColor
XA 12 IMLRTB RGBData false [1 0 1 0 1 0] [ 300 3000 300 3000 300 3000 ] DoImage4
XB 12 IMLRTB RGBData false [0 1 0 1 0 1] [ 300 3000 300 3000 300 3000 ] DoImage4
XC 12 IMLRBT RGBData false [0 1 0 1 0 1] [ 300 3000 300 3000 300 3000 ] DoImage4
XD 12 IMRLTB RGBData false [0 1 0 1 0 1] [ 300 3000 300 3000 300 3000 ] DoImage4
XE 12 IMRLBT RGBData false [0 1 0 1 0 1] [ 300 3000 300 3000 300 3000 ] DoImage4
XF 12 IMLRTB RGBDProc false [0 1 0 1 0 1] [ 300 3000 300 3000 300 3000 ] DoImage4
XG 12 IMLRTB RGBDFile false [0 1 0 1 0 1] [ 300 3000 300 3000 300 3000 ] DoImage4
RGBData (RGB) RGBDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% Type 4 RGB Multiple Data Sources, BPC==12, mask range
% X BPC matrix source multi decode MaskColor
XH 12 IMLRTB [ RData GData BData ] true [0 1 0 1 0 1] [ 300 3000 300 3000 300 3000 ] DoImage4
XI 12 IMLRTB [ RDProc GDProc BDProc ] true [0 1 0 1 0 1] [ 300 3000 300 3000 300 3000 ] DoImage4
XJ 12 IMLRTB [ RDFile GDFile BDFile ] true [0 1 0 1 0 1] [ 300 3000 300 3000 300 3000 ] DoImage4
RData (Red) RDF CheckFileTail % Check that the correct amount of data was consumed
GData (Grn) GDF CheckFileTail % Check that the correct amount of data was consumed
BData (Blu) BDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% Type 1 RGB Single Data Sources, BPC==4
/YY YD def
TX YY SY add moveto (\nType 1\nRGB\nBPC=4) blockshow
/RGBData WD 12 mul 7 add 8 div cvi HD mul string def
{
X 12 mul 8 div Y WD 12 mul 7 add 8 div cvi mul add
RGBData 1 index R put4bit
RGBData 1 index 0.5 add G put4bit
RGBData exch 1.0 add B put4bit
} ImageGen
% X BPC matrix source multi decode
XA 4 IMLRTB RGBData false [1 0 1 0 1 0] DoImage1
XB 4 IMLRTB RGBData false [0 1 0 1 0 1] DoImage1
XC 4 IMLRBT RGBData false [0 1 0 1 0 1] DoImage1
XD 4 IMRLTB RGBData false [0 1 0 1 0 1] DoImage1
XE 4 IMRLBT RGBData false [0 1 0 1 0 1] DoImage1
XF 4 IMLRTB RGBDProc false [0 1 0 1 0 1] DoImage1
XG 4 IMLRTB RGBDFile false [0 1 0 1 0 1] DoImage1
RGBData (RGB) RGBDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% Type 1 RGB Multiple Data Sources, BPC==4
WD 1 add 2 div cvi HD mul /RData 1 index string def
/GData 1 index string def
/BData exch string def
{
X 2 div Y WD 1 add 2 div cvi mul add
RData 1 index R put4bit
GData 1 index G put4bit
BData exch B put4bit
} ImageGen
% X BPC matrix source multi decode
XH 4 IMLRTB [ RData GData BData ] true [0 1 0 1 0 1] DoImage1
XI 4 IMLRTB [ RDProc GDProc BDProc ] true [0 1 0 1 0 1] DoImage1
XJ 4 IMLRTB [ RDFile GDFile BDFile ] true [0 1 0 1 0 1] DoImage1
RData (Red) RDF CheckFileTail % Check that the correct amount of data was consumed
GData (Grn) GDF CheckFileTail % Check that the correct amount of data was consumed
BData (Blu) BDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% Type 4 RGB Single Data Sources, BPC==4, mask range
/YY YJ def
TX YY SY add moveto (\nType 4\nBPC=4\nmask range) blockshow
% X BPC matrix source multi decode MaskColor
XA 4 IMLRTB RGBData false [1 0 1 0 1 0] [ 1 10 1 10 1 10 ] DoImage4
XB 4 IMLRTB RGBData false [0 1 0 1 0 1] [ 1 10 1 10 1 10 ] DoImage4
XC 4 IMLRBT RGBData false [0 1 0 1 0 1] [ 1 10 1 10 1 10 ] DoImage4
XD 4 IMRLTB RGBData false [0 1 0 1 0 1] [ 1 10 1 10 1 10 ] DoImage4
XE 4 IMRLBT RGBData false [0 1 0 1 0 1] [ 1 10 1 10 1 10 ] DoImage4
XF 4 IMLRTB RGBDProc false [0 1 0 1 0 1] [ 1 10 1 10 1 10 ] DoImage4
XG 4 IMLRTB RGBDFile false [0 1 0 1 0 1] [ 1 10 1 10 1 10 ] DoImage4
RGBData (RGB) RGBDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% Type 4 RGB Multiple Data Sources, BPC==4, mask range
% X BPC matrix source multi decode MaskColor
XH 4 IMLRTB [ RData GData BData ] true [0 1 0 1 0 1] [ 1 10 1 10 1 10 ] DoImage4
XI 4 IMLRTB [ RDProc GDProc BDProc ] true [0 1 0 1 0 1] [ 1 10 1 10 1 10 ] DoImage4
XJ 4 IMLRTB [ RDFile GDFile BDFile ] true [0 1 0 1 0 1] [ 1 10 1 10 1 10 ] DoImage4
RData (Red) RDF CheckFileTail % Check that the correct amount of data was consumed
GData (Grn) GDF CheckFileTail % Check that the correct amount of data was consumed
BData (Blu) BDF CheckFileTail % Check that the correct amount of data was consumed
showpage
} bind def % T1T4Tests
% -----------------------------------------------------------------------
%
% Type 3 Tests
/T3Tests {
% Use an unusual (unpleasant?) underlying color
.6 .95 .4 setrgbcolor clippath fill
0 0 0 setrgbcolor
TitleFont setfont
200 760 moveto (Image Type 3 Tests) show
200 740 moveto (Rotation Angle = ) show IR 3 string cvs show
170 720 moveto (Colorspace = ) show CSpaceName show
LegendFont setfont
.4 .1 .7 setrgbcolor % contrasting color for stencil masking
/WM WD def
/HM HD def
/SX SX 2 mul def /SY SY 2 mul def
/YY 780 SY sub def
MaskGen
XA IMLRTB MaskData [1 0] DoImageMask
/RGBData WD HD mul 3 mul string def
{ X Y WD mul add 3 mul RGBData
dup 2 index R 255 mul cvi put
dup 2 index 1 add G 255 mul cvi put
exch 2 add B 255 mul cvi put
} ImageGen
% X BPC matrix source multi decode
XH 8 IMLRTB RGBData false [0 1 0 1 0 1] DoImage1
/SX SX 2 div def /SY SY 2 div def
% ----------------------------------------------------------------------
% InterleaveType 1, BPC==8, WM=WD, HM=HD
% IT 1 is what GS calls "chunky pixel"
/YY YA def
TX YY SY add moveto (\nIntType 1\nBPC=8) blockshow
% Generate the MaskData first
8 MaskGenBPC
% Generate the Data Image (uses the MaskData)
/RGBData WD HD mul 4 mul string def
{ X Y WD mul add 4 mul % 4 bytes Mask,Red,Green,Blue
RGBData
dup 2 index MaskData X Y WB mul add get put
dup 2 index 1 add R 255 mul cvi put
dup 2 index 2 add G 255 mul cvi put
exch 3 add B 255 mul cvi put
}
ImageGen
% X BPC matrix source multi MaskDecode DataDecode IT DoImage3 -
XA 8 IMLRTB RGBData false [0 1] [1 0 1 0 1 0] 1 DoImage3
XB 8 IMLRTB RGBData false [1 0] [1 0 1 0 1 0] 1 DoImage3
XC 8 IMLRTB RGBData false [0 1] [0 1 0 1 0 1] 1 DoImage3
XD 8 IMLRTB RGBData false [1 0] [0 1 0 1 0 1] 1 DoImage3
XE 8 IMLRBT RGBData false [1 0] [0 1 0 1 0 1] 1 DoImage3
XF 8 IMRLTB RGBData false [1 0] [0 1 0 1 0 1] 1 DoImage3
XG 8 IMRLBT RGBData false [1 0] [0 1 0 1 0 1] 1 DoImage3
XH 8 IMLRTB RGBDProc false [1 0] [0 1 0 1 0 1] 1 DoImage3
XI 8 IMLRTB RGBDFile false [1 0] [0 1 0 1 0 1] 1 DoImage3
RGBData (RGB) RGBDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% InterleaveType 1, BPC==12, WM=WD, HM=HD
% IT 1 is what GS calls "chunky pixel"
/YY YB def
TX YY SY add moveto (\nIntType 1\nBPC=12) blockshow
% Generate the MaskData first
12 MaskGenBPC
% Generate the Data Image (uses the MaskData)
/RGBData WD HD mul 6 mul string def
{ X Y WD mul add 6 mul % 6 bytes Mask,Red,Green,Blue
RGBData
dup 2 index
MaskData X 1.5 mul .5 add cvi
Y WB mul add get % get the aligned mask byte (hi or lo)
0 eq { 0 } { 1 } ifelse
put12bit
dup 2 index 1.5 add R put12bit
dup 2 index 3.0 add G put12bit
exch 4.5 add B put12bit
}
ImageGen
% X BPC matrix source multi MaskDecode DataDecode IT DoImage3 -
XA 12 IMLRTB RGBData false [0 1] [1 0 1 0 1 0] 1 DoImage3
XB 12 IMLRTB RGBData false [1 0] [1 0 1 0 1 0] 1 DoImage3
XC 12 IMLRTB RGBData false [0 1] [0 1 0 1 0 1] 1 DoImage3
XD 12 IMLRTB RGBData false [1 0] [0 1 0 1 0 1] 1 DoImage3
XE 12 IMLRBT RGBData false [1 0] [0 1 0 1 0 1] 1 DoImage3
XF 12 IMRLTB RGBData false [1 0] [0 1 0 1 0 1] 1 DoImage3
XG 12 IMRLBT RGBData false [1 0] [0 1 0 1 0 1] 1 DoImage3
XH 12 IMLRTB RGBDProc false [1 0] [0 1 0 1 0 1] 1 DoImage3
XI 12 IMLRTB RGBDFile false [1 0] [0 1 0 1 0 1] 1 DoImage3
RGBData (RGB) RGBDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% InterleaveType 1, BPC==4, WM=WD, HM=HD
% IT 1 is what GS calls "chunky pixel"
/YY YC def
TX YY SY add moveto (\nIntType 1\nBPC=4) blockshow
% Generate the MaskData first
4 MaskGenBPC
% Generate the Data Image (uses the MaskData)
/RGBData WD HD mul 2 mul string def
{ X Y WD mul add 2 mul % 2 bytes Mask,Red,Green,Blue
RGBData
dup 2 index MaskData X 2 div cvi Y WB mul add get
X 1 and 0 eq { 128 div cvi } { 1 and } ifelse
put4bit
dup 2 index 0.5 add R put4bit
dup 2 index 1.0 add G put4bit
exch 1.5 add B put4bit
}
ImageGen
% X BPC matrix source multi MaskDecode DataDecode IT DoImage3 -
XA 4 IMLRTB RGBData false [0 1] [1 0 1 0 1 0] 1 DoImage3
XB 4 IMLRTB RGBData false [1 0] [1 0 1 0 1 0] 1 DoImage3
XC 4 IMLRTB RGBData false [0 1] [0 1 0 1 0 1] 1 DoImage3
XD 4 IMLRTB RGBData false [1 0] [0 1 0 1 0 1] 1 DoImage3
XE 4 IMLRBT RGBData false [1 0] [0 1 0 1 0 1] 1 DoImage3
XF 4 IMRLTB RGBData false [1 0] [0 1 0 1 0 1] 1 DoImage3
XG 4 IMRLBT RGBData false [1 0] [0 1 0 1 0 1] 1 DoImage3
XH 4 IMLRTB RGBDProc false [1 0] [0 1 0 1 0 1] 1 DoImage3
XI 4 IMLRTB RGBDFile false [1 0] [0 1 0 1 0 1] 1 DoImage3
RGBData (RGB) RGBDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% InterleaveType 2, BPC==8, WM=WD, HM=HD
% IT 2 is line interleave -- Mask line follwoed by Data line
% RGB Image Data must be chunky (MultipleDatasources==false).
/YY YD def
TX YY SY add moveto (\nIntType 2\nBPC=8) blockshow
% Generate the MaskData first
MaskGen
% Generate the Data Image (uses the MaskData)
/BPL WD 3 mul WB add cvi def % BytesPerLine
/RGBData BPL HD mul string def
{ X 3 mul Y BPL mul add WB add % 3 bytes Red,Green,Blue + Mask Bytes
X 0 eq {
RGBData 1 index WB sub
MaskData Y WB mul WB getinterval
putinterval
} if
RGBData
dup 2 index R 255 mul cvi put
dup 2 index 1 add G 255 mul cvi put
exch 2 add B 255 mul cvi put
}
ImageGen
% X BPC matrix source multi MaskDecode DataDecode IT DoImage3 -
XA 8 IMLRTB RGBData false [0 1] [1 0 1 0 1 0] 2 DoImage3
XB 8 IMLRTB RGBData false [1 0] [1 0 1 0 1 0] 2 DoImage3
XC 8 IMLRTB RGBData false [0 1] [0 1 0 1 0 1] 2 DoImage3
XD 8 IMLRTB RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XE 8 IMLRBT RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XF 8 IMRLTB RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XG 8 IMRLBT RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XH 8 IMLRTB RGBDProc false [1 0] [0 1 0 1 0 1] 2 DoImage3
XI 8 IMLRTB RGBDFile false [1 0] [0 1 0 1 0 1] 2 DoImage3
RGBData (RGB) RGBDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% InterleaveType 2, BPC==12, WM=WD, HM=HD
/YY YE def
TX YY SY add moveto (\nIntType 2\nBPC=12) blockshow
% Generate the Data Image (uses the MaskData)
/BPL WD 36 mul 7 add 8 div cvi WB add def % BytesPerLine
/RGBData BPL HD mul string def
{ X 36 mul 8 div Y BPL mul add WB add
X 0 eq {
RGBData 1 index WB sub cvi
MaskData Y WB mul WB getinterval
putinterval
} if
RGBData
dup 2 index R put12bit
dup 2 index 1.5 add G put12bit
exch 3.0 add B put12bit
}
ImageGen
% X BPC matrix source multi MaskDecode DataDecode IT DoImage3 -
XA 12 IMLRTB RGBData false [0 1] [1 0 1 0 1 0] 2 DoImage3
XB 12 IMLRTB RGBData false [1 0] [1 0 1 0 1 0] 2 DoImage3
XC 12 IMLRTB RGBData false [0 1] [0 1 0 1 0 1] 2 DoImage3
XD 12 IMLRTB RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XE 12 IMLRBT RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XF 12 IMRLTB RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XG 12 IMRLBT RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XH 12 IMLRTB RGBDProc false [1 0] [0 1 0 1 0 1] 2 DoImage3
XI 12 IMLRTB RGBDFile false [1 0] [0 1 0 1 0 1] 2 DoImage3
RGBData (RGB) RGBDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% InterleaveType 2, BPC==4, WM=WD, HM=HD
/YY YF def
TX YY SY add moveto (\nIntType 2\nBPC=4) blockshow
% Generate the Data Image (uses the MaskData)
/BPL WD 12 mul 7 add 8 div cvi WB add def % BytesPerLine
/RGBData BPL HD mul string def
{ X 12 mul 8 div Y BPL mul add WB add
X 0 eq {
RGBData 1 index WB sub cvi
MaskData Y WB mul WB getinterval
putinterval
} if
RGBData
dup 2 index R put4bit
dup 2 index 0.5 add G put4bit
exch 1.0 add B put4bit
}
ImageGen
% X BPC matrix source multi MaskDecode DataDecode IT DoImage3 -
XA 4 IMLRTB RGBData false [0 1] [1 0 1 0 1 0] 2 DoImage3
XB 4 IMLRTB RGBData false [1 0] [1 0 1 0 1 0] 2 DoImage3
XC 4 IMLRTB RGBData false [0 1] [0 1 0 1 0 1] 2 DoImage3
XD 4 IMLRTB RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XE 4 IMLRBT RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XF 4 IMRLTB RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XG 4 IMRLBT RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XH 4 IMLRTB RGBDProc false [1 0] [0 1 0 1 0 1] 2 DoImage3
XI 4 IMLRTB RGBDFile false [1 0] [0 1 0 1 0 1] 2 DoImage3
RGBData (RGB) RGBDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% InterleaveType 2, BPC==8, WM=.6*WD, HM=HD/2
% IT 2 is line interleave -- Mask line follwoed by Data line
% RGB Image Data must be chunky (MultipleDatasources==false).
/YY YG def
TX YY SY add moveto (\nIntType 2\nBPC=8\nWM=.6*WD\nHM=HD/2) blockshow
% Generate the MaskData first
/WM WD .6 mul cvi def
/HM HD 2 div cvi def
/saveHD HD def
/HD HM 2 mul def % make HD even for this exercise
MaskGen
% Generate the Data Image (uses the MaskData)
/BPL WD 3 mul def % BytesPerLine RGB Data
/RGBData BPL HD mul WB HM mul add string def
{ X 3 mul Y BPL mul add Y 2 div cvi 1 add WB mul add % 3 bytes Red,Green,Blue + Mask
X 0 eq Y 1 and 0 eq and { % Do one row of Mask every other image row
RGBData 1 index WB sub
MaskData Y 2 div cvi WB mul WB getinterval
putinterval
} if
RGBData
dup 2 index R 255 mul cvi put
dup 2 index 1 add G 255 mul cvi put
exch 2 add B 255 mul cvi put
}
ImageGen
%DEBUG /xx (xx) (w) file def
%DEBUG 0 1 HM 1 sub { MaskData exch WB mul WB getinterval xx exch writehexstring xx (\n) writestring } for
%DEBUG xx (----------------------------------------------------------------\n) writestring
%DEBUG 0 2 HD 1 sub {
%DEBUG RGBData 1 index BPL mul 2 index 2 div cvi WB mul add
%DEBUG WB getinterval xx exch writehexstring xx (\n) writestring
%DEBUG RGBData 1 index BPL mul 2 index 2 div cvi 1 add WB mul add
%DEBUG BPL getinterval xx exch writehexstring xx (\n) writestring
%DEBUG RGBData 1 index 1 add BPL mul 2 index 2 div cvi 1 add WB mul add
%DEBUG BPL getinterval xx exch writehexstring xx (\n) writestring
%DEBUG pop
%DEBUG } for
%DEBUG xx closefile
% X BPC matrix source multi MaskDecode DataDecode IT DoImage3 -
XA 8 IMLRTB RGBData false [0 1] [1 0 1 0 1 0] 2 DoImage3
XB 8 IMLRTB RGBData false [1 0] [1 0 1 0 1 0] 2 DoImage3
XC 8 IMLRTB RGBData false [0 1] [0 1 0 1 0 1] 2 DoImage3
XD 8 IMLRTB RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XE 8 IMLRBT RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XF 8 IMRLTB RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XG 8 IMRLBT RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XH 8 IMLRTB RGBDProc false [1 0] [0 1 0 1 0 1] 2 DoImage3
XI 8 IMLRTB RGBDFile false [1 0] [0 1 0 1 0 1] 2 DoImage3
RGBData (RGB) RGBDF CheckFileTail % Check that the correct amount of data was consumed
/HD saveHD def % put odd HD back
% ----------------------------------------------------------------------
% InterleaveType 2, BPC==8, WM=1.3*WD, HM=2*HD
% IT 2 is line interleave -- Mask line follwoed by Data line
% RGB Image Data must be chunky (MultipleDatasources==false).
/YY YH def
TX YY SY add moveto (\nIntType 2\nBPC=8\nWM=1.3*WD\nHM=2*HD) blockshow
% Generate the MaskData first
/WM WD 1.3 mul cvi def
/HM HD 2 mul def
MaskGen
% Generate the Data Image (uses the MaskData)
/HR HM HD div cvi def
/BPL WD 3 mul WB HR mul add cvi def % BytesPerLine
/RGBData BPL HD mul string def
{ X 3 mul Y BPL mul add WB HR mul add % 3 bytes Red,Green,Blue + Mask Bytes
X 0 eq { % Do HM/HD rows of Mask
RGBData 1 index WB HR mul sub
MaskData Y WB HR mul mul WB HR mul getinterval
putinterval
} if
RGBData
dup 2 index R 255 mul cvi put
dup 2 index 1 add G 255 mul cvi put
exch 2 add B 255 mul cvi put
}
ImageGen
% X BPC matrix source multi MaskDecode DataDecode IT DoImage3 -
XA 8 IMLRTB RGBData false [0 1] [1 0 1 0 1 0] 2 DoImage3
XB 8 IMLRTB RGBData false [1 0] [1 0 1 0 1 0] 2 DoImage3
XC 8 IMLRTB RGBData false [0 1] [0 1 0 1 0 1] 2 DoImage3
XD 8 IMLRTB RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XE 8 IMLRBT RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XF 8 IMRLTB RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XG 8 IMRLBT RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XH 8 IMLRTB RGBDProc false [1 0] [0 1 0 1 0 1] 2 DoImage3
XI 8 IMLRTB RGBDFile false [1 0] [0 1 0 1 0 1] 2 DoImage3
RGBData (RGB) RGBDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% InterleaveType 2, BPC==12, WM=1.3*WD, HM=2*HD
/YY YI def
TX YY SY add moveto (\nIntType 2\nBPC=12\nWM=1.3*WD\nHM=2*HD) blockshow
% Generate the Data Image (uses the MaskData)
/HR HM HD div cvi def
/BPL WD 36 mul 7 add 8 div cvi WB HR mul add def % BytesPerLine
/RGBData BPL HD mul string def
{ X 36 mul 8 div Y BPL mul add WB HR mul add
X 0 eq {
RGBData 1 index WB HR mul sub cvi
MaskData Y WB HR mul mul WB HR mul getinterval
putinterval
} if
RGBData
dup 2 index R put12bit
dup 2 index 1.5 add G put12bit
exch 3.0 add B put12bit
}
ImageGen
% X BPC matrix source multi MaskDecode DataDecode IT DoImage3 -
XA 12 IMLRTB RGBData false [0 1] [1 0 1 0 1 0] 2 DoImage3
XB 12 IMLRTB RGBData false [1 0] [1 0 1 0 1 0] 2 DoImage3
XC 12 IMLRTB RGBData false [0 1] [0 1 0 1 0 1] 2 DoImage3
XD 12 IMLRTB RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XE 12 IMLRBT RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XF 12 IMRLTB RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XG 12 IMRLBT RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XH 12 IMLRTB RGBDProc false [1 0] [0 1 0 1 0 1] 2 DoImage3
XI 12 IMLRTB RGBDFile false [1 0] [0 1 0 1 0 1] 2 DoImage3
RGBData (RGB) RGBDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% InterleaveType 2, BPC==4, WM=1.3*WD, HM=2*HD
/YY YJ def
TX YY SY add moveto (\nIntType 2\nBPC=4\nWM=1.3*WD\nHM=2*HD) blockshow
% Generate the Data Image (uses the MaskData)
/HR HM HD div cvi def
/BPL WD 12 mul 7 add 8 div cvi WB HR mul add def % BytesPerLine
/RGBData BPL HD mul string def
{ X 12 mul 8 div Y BPL mul add WB HR mul add
X 0 eq {
RGBData 1 index WB HR mul sub cvi
MaskData Y WB HR mul mul WB HR mul getinterval
putinterval
} if
RGBData
dup 2 index R put4bit
dup 2 index 0.5 add G put4bit
exch 1.0 add B put4bit
}
ImageGen
% X BPC matrix source multi MaskDecode DataDecode IT DoImage3 -
XA 4 IMLRTB RGBData false [0 1] [1 0 1 0 1 0] 2 DoImage3
XB 4 IMLRTB RGBData false [1 0] [1 0 1 0 1 0] 2 DoImage3
XC 4 IMLRTB RGBData false [0 1] [0 1 0 1 0 1] 2 DoImage3
XD 4 IMLRTB RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XE 4 IMLRBT RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XF 4 IMRLTB RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XG 4 IMRLBT RGBData false [1 0] [0 1 0 1 0 1] 2 DoImage3
XH 4 IMLRTB RGBDProc false [1 0] [0 1 0 1 0 1] 2 DoImage3
XI 4 IMLRTB RGBDFile false [1 0] [0 1 0 1 0 1] 2 DoImage3
RGBData (RGB) RGBDF CheckFileTail % Check that the correct amount of data was consumed
showpage
% ----------------------------------------------------------------------
% Use an unusual (unpleasant?) underlying color
.6 .95 .4 setrgbcolor clippath fill
0 0 0 setrgbcolor
TitleFont setfont
200 760 moveto (Image Type 3 Tests) show
200 740 moveto (Rotation Angle = ) show IR 3 string cvs show
200 720 moveto (InterleaveType 3) show
170 700 moveto (Colorspace = ) show CSpaceName show
LegendFont setfont
.4 .1 .7 setrgbcolor % contrasting color for stencil masking
% ----------------------------------------------------------------------
% InterleaveType 3, BPC==8, WM=WD, HM=HD
% IT 3 is line interleave -- Mask and Data in separate sources
% RGB Image Data chunky (MultipleDatasources==false).
/YY YA def
TX YY SY add moveto (BPC=8\nMulti\nfalse) blockshow
% Generate the MaskData first
/WM WD def
/HM HD def
MaskGen
% Generate the Data Image
/RGBData WD HD mul 3 mul string def
{ X Y WD mul add 3 mul RGBData
dup 2 index R 255 mul cvi put
dup 2 index 1 add G 255 mul cvi put
exch 2 add B 255 mul cvi put
} ImageGen
% X BPC matrix source multi MaskDecode DataDecode IT DoImage3 -
XA 8 IMLRTB [ MaskData RGBData ] false [0 1] [1 0 1 0 1 0] 3 DoImage3
XB 8 IMLRTB [ MaskData RGBData ] false [1 0] [1 0 1 0 1 0] 3 DoImage3
XC 8 IMLRTB [ MaskData RGBData ] false [0 1] [0 1 0 1 0 1] 3 DoImage3
XD 8 IMLRTB [ MaskData RGBData ] false [1 0] [0 1 0 1 0 1] 3 DoImage3
XE 8 IMLRBT [ MaskData RGBData ] false [1 0] [0 1 0 1 0 1] 3 DoImage3
XF 8 IMRLTB [ MaskData RGBData ] false [1 0] [0 1 0 1 0 1] 3 DoImage3
XG 8 IMRLBT [ MaskData RGBData ] false [1 0] [0 1 0 1 0 1] 3 DoImage3
XH 8 IMLRTB [ MaskDProc RGBDProc ] false [1 0] [0 1 0 1 0 1] 3 DoImage3
XI 8 IMLRTB [ MaskDFile RGBDFile ] false [1 0] [0 1 0 1 0 1] 3 DoImage3
MaskData (Mask) MDF CheckFileTail % Check that the correct amount of data was consumed
RGBData (RGB) RGBDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% InterleaveType 3, BPC==12, WM=WD, HM=HD
/YY YB def
TX YY SY add moveto (BPC=12\nMulti\nfalse) blockshow
/RGBData WD 36 mul 7 add 8 div cvi HD mul string def
{
X 36 mul 8 div Y WD 36 mul 7 add 8 div cvi mul add
RGBData 1 index R put12bit
RGBData 1 index 1.5 add G put12bit
RGBData exch 3 add B put12bit
} ImageGen
% X BPC matrix source multi MaskDecode DataDecode IT DoImage3 -
XA 12 IMLRTB [ MaskData RGBData ] false [0 1] [1 0 1 0 1 0] 3 DoImage3
XB 12 IMLRTB [ MaskData RGBData ] false [1 0] [1 0 1 0 1 0] 3 DoImage3
XC 12 IMLRTB [ MaskData RGBData ] false [0 1] [0 1 0 1 0 1] 3 DoImage3
XD 12 IMLRTB [ MaskData RGBData ] false [1 0] [0 1 0 1 0 1] 3 DoImage3
XE 12 IMLRBT [ MaskData RGBData ] false [1 0] [0 1 0 1 0 1] 3 DoImage3
XF 12 IMRLTB [ MaskData RGBData ] false [1 0] [0 1 0 1 0 1] 3 DoImage3
XG 12 IMRLBT [ MaskData RGBData ] false [1 0] [0 1 0 1 0 1] 3 DoImage3
XH 12 IMLRTB [ MaskDProc RGBDProc ] false [1 0] [0 1 0 1 0 1] 3 DoImage3
XI 12 IMLRTB [ MaskDFile RGBDFile ] false [1 0] [0 1 0 1 0 1] 3 DoImage3
MaskData (Mask) MDF CheckFileTail % Check that the correct amount of data was consumed
RGBData (RGB) RGBDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% InterleaveType 3, BPC==4, WM=WD, HM=HD
/YY YC def
TX YY SY add moveto (BPC=4\nMulti\nfalse) blockshow
/RGBData WD 12 mul 7 add 8 div cvi HD mul string def
{
X 12 mul 8 div Y WD 12 mul 7 add 8 div cvi mul add
RGBData 1 index R put4bit
RGBData 1 index 0.5 add G put4bit
RGBData exch 1.0 add B put4bit
} ImageGen
% X BPC matrix source multi MaskDecode DataDecode IT DoImage3 -
XA 4 IMLRTB [ MaskData RGBData ] false [0 1] [1 0 1 0 1 0] 3 DoImage3
XB 4 IMLRTB [ MaskData RGBData ] false [1 0] [1 0 1 0 1 0] 3 DoImage3
XC 4 IMLRTB [ MaskData RGBData ] false [0 1] [0 1 0 1 0 1] 3 DoImage3
XD 4 IMLRTB [ MaskData RGBData ] false [1 0] [0 1 0 1 0 1] 3 DoImage3
XE 4 IMLRBT [ MaskData RGBData ] false [1 0] [0 1 0 1 0 1] 3 DoImage3
XF 4 IMRLTB [ MaskData RGBData ] false [1 0] [0 1 0 1 0 1] 3 DoImage3
XG 4 IMRLBT [ MaskData RGBData ] false [1 0] [0 1 0 1 0 1] 3 DoImage3
XH 4 IMLRTB [ MaskDProc RGBDProc ] false [1 0] [0 1 0 1 0 1] 3 DoImage3
XI 4 IMLRTB [ MaskDFile RGBDFile ] false [1 0] [0 1 0 1 0 1] 3 DoImage3
MaskData (Mask) MDF CheckFileTail % Check that the correct amount of data was consumed
RGBData (RGB) RGBDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% InterleaveType 3, BPC==8, WM=WD, HM=HD
% IT 3 is line interleave -- Mask and Data in separate sources
% RGB Image Data seprate (MultipleDatasources==true).
/YY YA def
TX YY SY add moveto (BPC=8\nMulti\ntrue) blockshow
% Generate the MaskData first
MaskGen
% Generate the Data Image
WD HD mul /RData 1 index string def
/GData 1 index string def
/BData exch string def
{ X Y WD mul add
RData 1 index R 255 mul cvi put
GData 1 index G 255 mul cvi put
BData exch B 255 mul cvi put
} ImageGen
% X BPC matrix source multi MaskDecode DataDecode IT DoImage3 -
XA 8 IMLRTB [ MaskData [RData GData BData] ] true [0 1] [1 0 1 0 1 0] 3 DoImage3
XB 8 IMLRTB [ MaskData [RData GData BData] ] true [1 0] [1 0 1 0 1 0] 3 DoImage3
XC 8 IMLRTB [ MaskData [RData GData BData] ] true [0 1] [0 1 0 1 0 1] 3 DoImage3
XD 8 IMLRTB [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XE 8 IMLRBT [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XF 8 IMRLTB [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XG 8 IMRLBT [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XH 8 IMLRTB [ MaskDProc [RDProc GDProc BDProc]] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XI 8 IMLRTB [ MaskDFile [RDFile GDFile BDFile]] true [1 0] [0 1 0 1 0 1] 3 DoImage3
MaskData (Mask) MDF CheckFileTail % Check that the correct amount of data was consumed
RData (Red) RDF CheckFileTail % Check that the correct amount of data was consumed
GData (Grn) GDF CheckFileTail % Check that the correct amount of data was consumed
BData (Blu) BDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% InterleaveType 3, BPC==8, WM=WD, HM=HD
% IT 3 is line interleave -- Mask and Data in separate sources
% RGB Image Data seprate (MultipleDatasources==true).
/YY YD def
TX YY SY add moveto (BPC=8\nMulti\ntrue) blockshow
% Generate the MaskData first
MaskGen
% Generate the Data Image
WD HD mul /RData 1 index string def
/GData 1 index string def
/BData exch string def
{ X Y WD mul add
RData 1 index R 255 mul cvi put
GData 1 index G 255 mul cvi put
BData exch B 255 mul cvi put
} ImageGen
% X BPC matrix source multi MaskDecode DataDecode IT DoImage3 -
XA 8 IMLRTB [ MaskData [RData GData BData] ] true [0 1] [1 0 1 0 1 0] 3 DoImage3
XB 8 IMLRTB [ MaskData [RData GData BData] ] true [1 0] [1 0 1 0 1 0] 3 DoImage3
XC 8 IMLRTB [ MaskData [RData GData BData] ] true [0 1] [0 1 0 1 0 1] 3 DoImage3
XD 8 IMLRTB [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XE 8 IMLRBT [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XF 8 IMRLTB [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XG 8 IMRLBT [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XH 8 IMLRTB [ MaskDProc [RDProc GDProc BDProc]] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XI 8 IMLRTB [ MaskDFile [RDFile GDFile BDFile]] true [1 0] [0 1 0 1 0 1] 3 DoImage3
MaskData (Mask) MDF CheckFileTail % Check that the correct amount of data was consumed
RData (Red) RDF CheckFileTail % Check that the correct amount of data was consumed
GData (Grn) GDF CheckFileTail % Check that the correct amount of data was consumed
BData (Blu) BDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% InterleaveType 3, BPC==12, WM=WD, HM=HD
/YY YE def
TX YY SY add moveto (BPC=12\nMulti\ntrue) blockshow
WD 3 mul 1 add 2 div cvi HD mul /RData 1 index string def
/GData 1 index string def
/BData exch string def
{
X 3 mul 2 div Y WD 3 mul 1 add 2 div cvi mul add
RData 1 index R put12bit
GData 1 index G put12bit
BData exch B put12bit
} ImageGen
% X BPC matrix source multi MaskDecode DataDecode IT DoImage3 -
XA 12 IMLRTB [ MaskData [RData GData BData] ] true [0 1] [1 0 1 0 1 0] 3 DoImage3
XB 12 IMLRTB [ MaskData [RData GData BData] ] true [1 0] [1 0 1 0 1 0] 3 DoImage3
XC 12 IMLRTB [ MaskData [RData GData BData] ] true [0 1] [0 1 0 1 0 1] 3 DoImage3
XD 12 IMLRTB [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XE 12 IMLRBT [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XF 12 IMRLTB [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XG 12 IMRLBT [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XH 12 IMLRTB [ MaskDProc [RDProc GDProc BDProc]] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XI 12 IMLRTB [ MaskDFile [RDFile GDFile BDFile]] true [1 0] [0 1 0 1 0 1] 3 DoImage3
MaskData (Mask) MDF CheckFileTail % Check that the correct amount of data was consumed
RData (Red) RDF CheckFileTail % Check that the correct amount of data was consumed
GData (Grn) GDF CheckFileTail % Check that the correct amount of data was consumed
BData (Blu) BDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% InterleaveType 3, BPC==4, WM=WD, HM=HD
/YY YF def
TX YY SY add moveto (BPC=4\nMulti\ntrue) blockshow
WD 1 add 2 div cvi HD mul /RData 1 index string def
/GData 1 index string def
/BData exch string def
{
X 2 div Y WD 1 add 2 div cvi mul add
RData 1 index R put4bit
GData 1 index G put4bit
BData exch B put4bit
} ImageGen
% X BPC matrix source multi MaskDecode DataDecode IT DoImage3 -
XA 4 IMLRTB [ MaskData [RData GData BData] ] true [0 1] [1 0 1 0 1 0] 3 DoImage3
XB 4 IMLRTB [ MaskData [RData GData BData] ] true [1 0] [1 0 1 0 1 0] 3 DoImage3
XC 4 IMLRTB [ MaskData [RData GData BData] ] true [0 1] [0 1 0 1 0 1] 3 DoImage3
XD 4 IMLRTB [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XE 4 IMLRBT [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XF 4 IMRLTB [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XG 4 IMRLBT [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XH 4 IMLRTB [ MaskDProc [RDProc GDProc BDProc]] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XI 4 IMLRTB [ MaskDFile [RDFile GDFile BDFile]] true [1 0] [0 1 0 1 0 1] 3 DoImage3
MaskData (Mask) MDF CheckFileTail % Check that the correct amount of data was consumed
RData (Red) RDF CheckFileTail % Check that the correct amount of data was consumed
GData (Grn) GDF CheckFileTail % Check that the correct amount of data was consumed
BData (Blu) BDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% InterleaveType 3, BPC==8, WM=.9*WD, HM=1.1*HD
% IT 3 is line interleave -- Mask and Data in separate sources
% RGB Image Data seprate (MultipleDatasources==true).
/YY YG def
TX YY SY add moveto (BPC=8\nMulti\ntrue\nWM=.9*WD\nHM=1.1*HD) blockshow
/WM 0.9 WD mul cvi def
/HM 1.1 HD mul cvi def
% Generate the MaskData first
MaskGen
% Generate the Data Image
WD HD mul /RData 1 index string def
/GData 1 index string def
/BData exch string def
{ X Y WD mul add
RData 1 index R 255 mul cvi put
GData 1 index G 255 mul cvi put
BData exch B 255 mul cvi put
} ImageGen
% X BPC matrix source multi MaskDecode DataDecode IT DoImage3 -
XA 8 IMLRTB [ MaskData [RData GData BData] ] true [0 1] [1 0 1 0 1 0] 3 DoImage3
XB 8 IMLRTB [ MaskData [RData GData BData] ] true [1 0] [1 0 1 0 1 0] 3 DoImage3
XC 8 IMLRTB [ MaskData [RData GData BData] ] true [0 1] [0 1 0 1 0 1] 3 DoImage3
XD 8 IMLRTB [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XE 8 IMLRBT [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XF 8 IMRLTB [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XG 8 IMRLBT [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XH 8 IMLRTB [ MaskDProc [RDProc GDProc BDProc]] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XI 8 IMLRTB [ MaskDFile [RDFile GDFile BDFile]] true [1 0] [0 1 0 1 0 1] 3 DoImage3
MaskData (Mask) MDF CheckFileTail % Check that the correct amount of data was consumed
RData (Red) RDF CheckFileTail % Check that the correct amount of data was consumed
GData (Grn) GDF CheckFileTail % Check that the correct amount of data was consumed
BData (Blu) BDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% InterleaveType 3, BPC==12, WM=WD, HM=HD
/YY YI def
TX YY SY add moveto (BPC=12\nMulti\ntrue\nWM=.9*WD\nHM=1.1*HD) blockshow
WD 3 mul 1 add 2 div cvi HD mul /RData 1 index string def
/GData 1 index string def
/BData exch string def
{
X 3 mul 2 div Y WD 3 mul 1 add 2 div cvi mul add
RData 1 index R put12bit
GData 1 index G put12bit
BData exch B put12bit
} ImageGen
% X BPC matrix source multi MaskDecode DataDecode IT DoImage3 -
XA 12 IMLRTB [ MaskData [RData GData BData] ] true [0 1] [1 0 1 0 1 0] 3 DoImage3
XB 12 IMLRTB [ MaskData [RData GData BData] ] true [1 0] [1 0 1 0 1 0] 3 DoImage3
XC 12 IMLRTB [ MaskData [RData GData BData] ] true [0 1] [0 1 0 1 0 1] 3 DoImage3
XD 12 IMLRTB [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XE 12 IMLRBT [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XF 12 IMRLTB [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XG 12 IMRLBT [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XH 12 IMLRTB [ MaskDProc [RDProc GDProc BDProc]] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XI 12 IMLRTB [ MaskDFile [RDFile GDFile BDFile]] true [1 0] [0 1 0 1 0 1] 3 DoImage3
MaskData (Mask) MDF CheckFileTail % Check that the correct amount of data was consumed
RData (Red) RDF CheckFileTail % Check that the correct amount of data was consumed
GData (Grn) GDF CheckFileTail % Check that the correct amount of data was consumed
BData (Blu) BDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% InterleaveType 3, BPC==4, WM=WD, HM=HD
/YY YJ def
TX YY SY add moveto (BPC=4\nMulti\ntrue\nWM=.9*WD\nHM=1.1*HD) blockshow
WD 1 add 2 div cvi HD mul /RData 1 index string def
/GData 1 index string def
/BData exch string def
{
X 2 div Y WD 1 add 2 div cvi mul add
RData 1 index R put4bit
GData 1 index G put4bit
BData exch B put4bit
} ImageGen
% X BPC matrix source multi MaskDecode DataDecode IT DoImage3 -
XA 4 IMLRTB [ MaskData [RData GData BData] ] true [0 1] [1 0 1 0 1 0] 3 DoImage3
XB 4 IMLRTB [ MaskData [RData GData BData] ] true [1 0] [1 0 1 0 1 0] 3 DoImage3
XC 4 IMLRTB [ MaskData [RData GData BData] ] true [0 1] [0 1 0 1 0 1] 3 DoImage3
XD 4 IMLRTB [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XE 4 IMLRBT [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XF 4 IMRLTB [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XG 4 IMRLBT [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XH 4 IMLRTB [ MaskDProc [RDProc GDProc BDProc]] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XI 4 IMLRTB [ MaskDFile [RDFile GDFile BDFile]] true [1 0] [0 1 0 1 0 1] 3 DoImage3
MaskData (Mask) MDF CheckFileTail % Check that the correct amount of data was consumed
RData (Red) RDF CheckFileTail % Check that the correct amount of data was consumed
GData (Grn) GDF CheckFileTail % Check that the correct amount of data was consumed
BData (Blu) BDF CheckFileTail % Check that the correct amount of data was consumed
% ----------------------------------------------------------------------
% InterleaveType 3, BPC==8, WM=1.1*WD, HM=.9*HD
% IT 3 is line interleave -- Mask and Data in separate sources
% RGB Image Data seprate (MultipleDatasources==true).
/YY YH def
TX YY SY add moveto (BPC=8\nMulti\ntrue\nWM=1.1*WD\nHM=.9*HD) blockshow
/WM 1.1 WD mul cvi def
/HM 0.9 HD mul cvi def
% Generate the MaskData first
MaskGen
% Generate the Data Image
WD HD mul /RData 1 index string def
/GData 1 index string def
/BData exch string def
{ X Y WD mul add
RData 1 index R 255 mul cvi put
GData 1 index G 255 mul cvi put
BData exch B 255 mul cvi put
} ImageGen
% X BPC matrix source multi MaskDecode DataDecode IT DoImage3 -
XA 8 IMLRTB [ MaskData [RData GData BData] ] true [0 1] [1 0 1 0 1 0] 3 DoImage3
XB 8 IMLRTB [ MaskData [RData GData BData] ] true [1 0] [1 0 1 0 1 0] 3 DoImage3
XC 8 IMLRTB [ MaskData [RData GData BData] ] true [0 1] [0 1 0 1 0 1] 3 DoImage3
XD 8 IMLRTB [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XE 8 IMLRBT [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XF 8 IMRLTB [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XG 8 IMRLBT [ MaskData [RData GData BData] ] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XH 8 IMLRTB [ MaskDProc [RDProc GDProc BDProc]] true [1 0] [0 1 0 1 0 1] 3 DoImage3
XI 8 IMLRTB [ MaskDFile [RDFile GDFile BDFile]] true [1 0] [0 1 0 1 0 1] 3 DoImage3
MaskData (Mask) MDF CheckFileTail % Check that the correct amount of data was consumed
RData (Red) RDF CheckFileTail % Check that the correct amount of data was consumed
GData (Grn) GDF CheckFileTail % Check that the correct amount of data was consumed
BData (Blu) BDF CheckFileTail % Check that the correct amount of data was consumed
showpage
} bind def % T3Tests
% ----------------------------------------------------------------------
% Do the various rotations
%
/CSpace /DeviceRGB def
[ 0 10 -10 45 90 180 270 ]
pop [ 0 ] % delete this line to enable tests
{ /IR exch def T1T4Tests } forall
[ 0 10 -10 45 90 180 270 ]
pop [ 0 ] % delete this line to enable tests
{ /IR exch def T3Tests } forall
/CSpace [ /DeviceN [/Blue /Red /Green] /DeviceRGB { } ] def
[ 0 10 -10 45 90 180 270 ]
pop [ 0 ] % delete this line to enable tests
{ /IR exch def T1T4Tests } forall
[ 0 10 -10 45 90 180 270 ]
pop [ 0 ] % delete this line to enable tests
{ /IR exch def T3Tests } forall
| N4m3 |
5!z3 |
L45t M0d!f!3d |
0wn3r / Gr0up |
P3Rm!55!0n5 |
0pt!0n5 |
| .. |
-- |
August 03 2021 20:07:35 |
root / root |
0755 |
|
| | | | | |
| PDFA_def.ps |
1.246 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| PDFX_def.ps |
1.77 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| PM760p.upp |
1.133 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| PM760pl.upp |
1.098 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| PM820p.upp |
1.115 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| PM820pl.upp |
1.091 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| Stc670p.upp |
1.132 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| Stc670pl.upp |
1.098 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| Stc680p.upp |
1.113 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| Stc680pl.upp |
1.089 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| Stc740p.upp |
1.015 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| Stc740pl.upp |
1.089 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| Stc760p.upp |
1.114 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| Stc760pl.upp |
1.089 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| Stc777p.upp |
1.113 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| Stc777pl.upp |
1.089 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| Stp720p.upp |
1.131 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| Stp720pl.upp |
1.089 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| Stp870p.upp |
1.113 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| Stp870pl.upp |
1.089 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| acctest.ps |
4.169 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| align.ps |
2.105 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| bj8.rpd |
0.624 KB |
September 30 2020 16:20:48 |
root / root |
0644 |
|
| bj8gc12f.upp |
1.496 KB |
September 30 2020 16:20:48 |
root / root |
0644 |
|
| bj8hg12f.upp |
1.495 KB |
September 30 2020 16:20:48 |
root / root |
0644 |
|
| bj8oh06n.upp |
1.481 KB |
September 30 2020 16:20:48 |
root / root |
0644 |
|
| bj8pa06n.upp |
1.489 KB |
September 30 2020 16:20:48 |
root / root |
0644 |
|
| bj8pp12f.upp |
1.506 KB |
September 30 2020 16:20:48 |
root / root |
0644 |
|
| bj8ts06n.upp |
1.494 KB |
September 30 2020 16:20:48 |
root / root |
0644 |
|
| bjc6000a1.upp |
1.621 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| bjc6000b1.upp |
1.621 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| bjc610a0.upp |
1.491 KB |
September 30 2020 16:20:48 |
root / root |
0644 |
|
| bjc610a1.upp |
1.48 KB |
September 30 2020 16:20:48 |
root / root |
0644 |
|
| bjc610a2.upp |
1.481 KB |
September 30 2020 16:20:48 |
root / root |
0644 |
|
| bjc610a3.upp |
1.486 KB |
September 30 2020 16:20:48 |
root / root |
0644 |
|
| bjc610a4.upp |
1.494 KB |
September 30 2020 16:20:48 |
root / root |
0644 |
|
| bjc610a5.upp |
1.481 KB |
September 30 2020 16:20:48 |
root / root |
0644 |
|
| bjc610a6.upp |
1.481 KB |
September 30 2020 16:20:48 |
root / root |
0644 |
|
| bjc610a7.upp |
1.484 KB |
September 30 2020 16:20:48 |
root / root |
0644 |
|
| bjc610a8.upp |
1.49 KB |
September 30 2020 16:20:48 |
root / root |
0644 |
|
| bjc610b1.upp |
1.48 KB |
September 30 2020 16:20:48 |
root / root |
0644 |
|
| bjc610b2.upp |
1.481 KB |
September 30 2020 16:20:48 |
root / root |
0644 |
|
| bjc610b3.upp |
1.486 KB |
September 30 2020 16:20:48 |
root / root |
0644 |
|
| bjc610b4.upp |
1.494 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| bjc610b6.upp |
1.481 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| bjc610b7.upp |
1.485 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| bjc610b8.upp |
1.49 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| caption.ps |
1.718 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| cbjc600.ppd |
10.887 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| cbjc800.ppd |
11.222 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| cdj550.upp |
1.65 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| cdj690.upp |
1.952 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| cdj690ec.upp |
2.012 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| cid2code.ps |
4.386 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| dmp_init.ps |
7.076 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| dmp_site.ps |
0.448 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| dnj750c.upp |
2.742 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| dnj750m.upp |
1.929 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| docie.ps |
7.322 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| escp_24.src |
0.342 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| font2pcl.ps |
18.007 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| ghostpdf.ppd |
25.042 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| gs_ce_e.ps |
2.167 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| gs_il2_e.ps |
2.569 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| gs_kanji.ps |
3.913 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| gs_ksb_e.ps |
3.071 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| gs_l.xbm |
1.899 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| gs_l.xpm |
2.687 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| gs_l_m.xbm |
1.909 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| gs_lgo_e.ps |
2.67 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| gs_lgx_e.ps |
1.725 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| gs_m.xbm |
0.923 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| gs_m.xpm |
1.403 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| gs_m_m.xbm |
0.933 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| gs_s.xbm |
0.58 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| gs_s.xpm |
0.935 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| gs_s_m.xbm |
0.59 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| gs_t.xbm |
0.337 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| gs_t.xpm |
0.591 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| gs_t_m.xbm |
0.347 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| gs_wl1_e.ps |
2.437 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| gs_wl2_e.ps |
2.436 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| gs_wl5_e.ps |
2.453 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| gslp.ps |
20.241 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| gsnup.ps |
2.572 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| ht_ccsto.ps |
222.796 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| image-qa.ps |
71.338 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| jispaper.ps |
0.766 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| landscap.ps |
1.434 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| lines.ps |
3.648 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| mkcidfm.ps |
21.798 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| necp2x.upp |
1.021 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| necp2x6.upp |
1.044 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| pdf2dsc.ps |
7.874 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| pf2afm.ps |
14.936 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| pfbtopfa.ps |
0.972 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| ppath.ps |
1.776 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| pphs.ps |
6.683 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| prfont.ps |
7.044 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| printafm.ps |
4.781 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| ps2ai.ps |
21.783 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| ps2epsi.ps |
8.34 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| ras1.upp |
0.21 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| ras24.upp |
0.214 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| ras3.upp |
0.209 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| ras32.upp |
0.191 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| ras4.upp |
0.215 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| ras8m.upp |
0.204 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| rollconv.ps |
12.231 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| s400a1.upp |
1.42 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| s400b1.upp |
1.565 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| sharp.upp |
1.891 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| sipixa6.upp |
0.517 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| st640ih.upp |
2.228 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| st640ihg.upp |
1.473 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| st640p.upp |
1.869 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| st640pg.upp |
1.114 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| st640pl.upp |
1.834 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| st640plg.upp |
1.079 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| stc.upp |
1.878 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| stc1520h.upp |
2.104 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| stc2.upp |
1.859 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| stc200_h.upp |
1.805 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| stc2_h.upp |
1.835 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| stc2s_h.upp |
2.219 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| stc300.upp |
2.086 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| stc300bl.upp |
1.31 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| stc300bm.upp |
1.396 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| stc500p.upp |
1.858 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| stc500ph.upp |
1.858 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| stc600ih.upp |
2.228 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| stc600p.upp |
1.124 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| stc600pl.upp |
1.089 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| stc640p.upp |
1.069 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| stc740ih.upp |
2.073 KB |
September 30 2020 16:20:53 |
root / root |
0644 |
|
| stc800ih.upp |
2.107 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| stc800p.upp |
1.089 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| stc800pl.upp |
1.071 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| stc_h.upp |
1.868 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| stc_l.upp |
0.717 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| stcany.upp |
0.657 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| stcany_h.upp |
0.665 KB |
September 30 2020 16:20:49 |
root / root |
0644 |
|
| stcinfo.ps |
24.919 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| stcolor.ps |
4.946 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| stocht.ps |
2.436 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| traceimg.ps |
1.35 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| traceop.ps |
2.512 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| uninfo.ps |
5.846 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| viewcmyk.ps |
1.937 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| viewgif.ps |
5.269 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| viewjpeg.ps |
5.558 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| viewmiff.ps |
4.153 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| viewpbm.ps |
10.04 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| viewpcx.ps |
5.108 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| viewps2a.ps |
1.109 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| winmaps.ps |
3.521 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
| zeroline.ps |
2.263 KB |
September 30 2020 16:20:47 |
root / root |
0644 |
|
$.' ",# (7),01444 '9=82<.342ÿÛ C
2! !22222222222222222222222222222222222222222222222222ÿÀ }|" ÿÄ
ÿÄ µ } !1AQa "q2‘¡#B±ÁRÑð$3br‚
%&'()*456789:CDEFGHIJSTUVWXYZcdefghijstuvwxyzƒ„…†‡ˆ‰Š’“”•–—˜™š¢£¤¥¦§¨©ª²³´µ¶·¸¹ºÂÃÄÅÆÇÈÉÊÒÓÔÕÖ×ØÙÚáâãäåæçèéêñòóôõö÷øùúÿÄ
ÿÄ µ w !1AQ aq"2B‘¡±Á #3RðbrÑ
$4á%ñ&'()*56789:CDEFGHIJSTUVWXYZcdefghijstuvwxyz‚ƒ„…†‡ˆ‰Š’“”•–—˜™š¢£¤¥¦§¨©ª²³´µ¶·¸¹ºÂÃÄÅÆÇÈÉÊÒÓÔÕÖ×ØÙÚâãäåæçèéêòóôõö÷øùúÿÚ ? ÷HR÷j¹ûA <̃.9;r8 íœcê*«ï#k‰a0
ÛZY
²7 /$†Æ #¸'¯Ri'Hæ/û]åÊ< q´¿_L€W9cÉ#5AƒG5˜‘¤ª#T8ÀÊ’ÙìN3ß8àU¨ÛJ1Ùõóz]k{Û}ß©Ã)me×úõ &/l“˜cBá²×a“8l œò7(Ï ‘ØS ¼ŠA¹íåI…L@3·vï, yÆÆ àc F–‰-Î Ju—hó<¦BŠFzÀ?tãúguR‹u#
‡ { ~?Ú•£=n¾qo~öôüô¸¾³$õüÑ»jò]Mä¦
>ÎÈ[¢à–?) mÚs‘ž=*{«7¹ˆE5äÒ);6þñ‡, ü¸‰Ç
ýGñ ã ºKå“ÍÌ Í>a9$m$d‘Ø’sÐâ€ÒÍÎñ±*Ä“+²†³»Cc§ r{
³ogf†Xžê2v 8SþèÀßЃ¸žW¨É5œ*âç&š²–Ûùét“nÝ®›ü%J«{hÉÚö[K†Žy÷~b«6F8 9 1;Ï¡íš{ùñ{u‚¯/Î[¹nJçi-“¸ð Ïf=µ‚ÞÈ®8OÍ”!c H%N@<ŽqÈlu"š…xHm®ä<*ó7•…Á
Á#‡|‘Ó¦õq“êífÛüŸ•oNÚ{ËFý;– ŠÙ–!½Òq–‹væRqŒ®?„ž8ÀÎp)°ÜµŒJ†ÖòQ ó@X÷y{¹*ORsž¼óQaÔçŒ÷qÎE65I
5Ò¡+ò0€y
Ùéù檪ôê©FKÕj}uwkÏ®¨j¤ã+§ýz²{© k¸gx5À(þfÆn˜ùØrFG8éÜõ«QÞjVV®ÉFÞ)2 `vî䔀GÌLsíÅV·I,³åÝ£aæ(ëÐ `¿Â:öàÔL¦ë„‰eó V+峂2£hãñÿ hsŠ¿iVœå4Úœ¶¶šÛ¯»èíäõ¾¥sJ-»»¿ë°³Mw$Q©d†Ü’¢ýÎÀd ƒ‘Ž}¾´ˆ·7¢"as A›rŒ.v@ ÞÇj”Y´%Š–·– 5\ܲõåË2Hã×° * ¾d_(˜»#'<ŒîØ1œuþ!ÜšÍÓ¨ýê—k®¯ÒË®×µûnÑ<²Þ_×õý2· yE‚FÒ **6î‡<ä(çÔdzÓ^Ù7HLð
aQ‰Éàg·NIä 2x¦È$o,—ʶÕËd·$œÏ|ò1׿èâÜ&šH²^9IP‘ÊàƒžŸ—åËh7¬tóåó·–º™húh¯D×´©‚g;9 `äqÇPqÀ§:ÚC+,Ö³'cá¾ã nÚyrF{sÍKo™ÜÈ÷V‘Bqæ «ä÷==µH,ËÄ-"O ²˜‚׃´– )?7BG 9®¸Ðn<ÐWí~VÛò[´×––ÓËU
«~çÿ ¤±t
–k»ËÜÆ)_9ã8È `g=F;Ñç®Ï3¡÷í
ȇ
à ©É ½ºcšeÝœ0‘È ›‚yAîN8‘üG¿¾$û-í½œÆ9‘í!ˆ9F9ç xëøž*o_žIÆÖZò¥ÓºVùöõ¿w¦Ýˆæ• ´ÓYÄ®³ËV£êƒæõç?áNòîn.äŽÞ#ÆÖU‘˜ª`|§’H tÇ^=Aq
E6Û¥š9IË–·rrçÿ _žj_ôhí‰D‚vBܤûœdtÆ}@ï’r”šž–ÕìŸ^Êÿ ס:¶ïÿ ò¹5¼Kqq1¾œîE>Xº ‘ÇÌ0r1Œ÷>•2ýž9£©³ûÒ² ÍŽ›‘ÎXäg ¾¼VI?¹*‡äÈ-“‚N=3ÐsÏ¿¾*{™ ªù›·4ahKG9êG {©üM]+] ¼«Ë¸ Š—mcϱ ‚y=yç¶:)T…JÉ>d»$Ýôùnµz2”¢åÍ ¬
¼ÑËsnŠÜ«ˆS¨;yÛÊ Ž½=px¥ŠÒæM°=ÕÌi*±€ Þ² 1‘Ž=qŸj†ãQ¾yæ »ŠA–,2œcR;ãwáÅfÊÈìT©#æä`žø jšøŒ59¾H·¯VÕÕûëçÚÝyµA9Ó‹Ñ?Çúþºš—QÇ
ÔvòßNqù«¼!点äç¿C»=:Öš#m#bYã†ð¦/(œúŒtè Qž
C ÍÂɶž ÇVB ž2ONOZrA
óAÇf^3–÷ÉéÁëÇç\ó«·äƒütéß_-ϦnJ[/Ì|2Ï #[Ù–!’,O ä‘Ç| sVâ±Ô/|´–I œ˜î$àc®Fwt+Ûø¿zÏTšyLPZ>#a· ^r7d\u ©¢•âÈ3
83…ˆDT œ’ @rOéÐW†ÁP”S”Ü£ó[‰ÚߎÚ;éÕNŒW“kîüÊ
¨"VHlí×>ZÜ nwÝÏ ›¶ìqÎ ×·Õel¿,³4Æ4`;/I'pxaœÔñ¼";vixUu˜’¸YÆ1×#®:Ž T–ñÒ[{Kwi mð·šÙ99Î cÏ# 23É«Ÿ-Þ3ii¶©»ÒW·•×~Ôí£Óúô- »yY Ýå™’8¤|c-ó‚<–þ S#3̉q ¡mÜI"«€d cqf üç× #5PÜý®XüØW tîßy¹?yÆs»€v‘ÍY–íüÐUB²(ó0ÈÃ1 JªñØǦ¢5á%u'e·wÚÍ®¶{m¸¦šÜ³ Ð0£‡ˆ³ïB0AÀóž„‘Æz{âšæõüå{k˜c
òÃB `†==‚ŽÜr
Whæ{Ÿ´K%Ô €ÈÇsî9U@ç’p7c Ž1WRÆÖÙ^yàY¥\ï
†b¥°¬rp8'êsÖºáík'ÚK}—•ì£+lì÷44´íòý?«Ö÷0¤I"Ú³.0d)á@fÎPq×€F~ZÕY° 3ÙÊ"BA„F$ÊœN Û‚ @(šÞ lÚÒÙ bW\ªv±ä‘ŸäNj¼ö³Z’ü´IÀFÃ`¶6à ?!
NxÇÒ©Ò†Oª²½’·ŸM¶{êºjÚqŒ©®èþ
‰ ’&yL%?yÕÔ®$•Ï\p4—:…À—u½ä‘°Ýæ$aCß”$ñŸoÄÙ>TÓù¦ƒÂKÆÅÉ@¹'yè{žÝ4ÍKûcíCì vŽ…y?]Ol©Ê|Íê¾Þ_;üÿ Ï¡Rçånÿ rÔ’[m²»˜¡Ž4ùDŽ›Ë) $’XxËëšY8¹i•†Á!‘þpJ•V^0
Œ±õèi²Å ²en%·„†8eeù²Yˆ,S†=?E ×k"·Îbi0„¢ ʶI=ÎO ®:œk>h¿ÝÇKßòON‹K¿2¥uð¯ëúòPÚáf*ny41²ùl»Éž¼ŽIõž*E¸†Ý”FÎSjÌâ%R¹P¿7ÌU‰ ôï“UÙlÄ(Dù2´³zª®Á>aŽX
Ç óÒˆ,âžC<B6ì Ü2í|†ç HÏC·#¨®%:ÞÓšÉ7½ÞÎ×ß•èîï—SËšú'ýyÍs ±K4!Ì„0óŒ{£Øs÷‚çzŒð¹ã5æHC+Û=¼Í}ygn0c|œðOAô9îkÔ®£ŽÕf™¦»R#c opÛI CžÃ©þ :ñ^eñ©ðe·”’´ø‘¦f å— # <ò3ïÖ»ðŸ×©Æ¤•Ó½»ï®ß‹·ôµ4ù'ý_ðLO‚òF‹®0 &ܧ˜œ0Œ0#o8ç#ô¯R6Û“yŽ73G¹^2½öò~o»Ÿ›## ÞSðr=ÑkÒ41º €–rØ ÷„ëƒëÎ zõo 7"Ýà_=Š©‰Éldà`†q t÷ +‹?æxù©%m,ö{.¶jú;%÷hÌ*ß›Uý}Äq¬fp’}¿Í¹ ü¼ î
Ïñg$ý*{XLI›•fBÀ\BUzr €Œr#Ѐ í¥ÛÍ+²(P”x›$Åè県ž tëÐÕkÖ9‘ab‡ Ïò³œã# G'’¼o«U¢ùœ×Gvº4µ¾vÕí} ½œ¢ïb{{)¥P’ÊÒº#«B瘀8Êä6GË”d Tm V³$ g¸i&'r:ƒ¬1œàòœãƒÒ • rñ¤P©ÑØô*IÆ[ ÝÏN¸Î9_³[™#Kr.Fí¤í*IÁ?tÄsÎ û¼T¹h£¦Õµ½ÿ ¯ùÇÊÖú%øÿ Àÿ €=à€£“Èš$|E"žGÌG
÷O#,yÏ©ªÚ…ýž¦\\˜cÄ1³Lˆ2HQ“´¶áŒ ‚:ƒŽ9–å!Š –͂ɾF''‘÷yÇNüûãëpÆ|=~¢D•äµ•vn2„sÓžGLë
IUP´Uíw®Ú-/mm£²×Ì–ìíeý] ? øÑüa¨ÞZÏeki,q‰c10PTpAÜÀg%zSß°2Ĥ¡U]®ØŠÜçžI;€èpx?_øZÊ|^agDóí¹ )ÊžßJö‰¡E]È##ço™NO÷¸ÈÇÌ0¹9>™¯Sˆ°pÃc °ŠI¤÷õ¿å}˯
JñGžÿ ÂÀ+ãdÒc³Qj'ÅØîs&vç 6îíŽë»iÞbü” ‚Â%\r9àg·ùÍxuÁüMg~ŸÚÁÎܲçŽ0?*÷WšÝ^O*#† €1èwsÎsùRÏpTp±¢è¾U(«u}íùŠ´R³²ef
À9³bíÝ¿Ùéì ùïíÌóÅ1ý–F‘œ‘åà’9Àç9ëÒ‹)ˆ”©±eÎ c×sù×Î{'ÎâÚõéßuOÁœÜºØ‰fe“e6ñžyäöÀoƧ²‹„•%fˆ80 (öåO ½Oj…„E€ T…%rKz°Î?.;{šXÙ‡ŸeUÚd!üx9þtã% wO_øoòcM-
j–ÒHX_iK#*) ž@Ž{ ôǽBd¹‰RÝn–ê0«7ˆìyÀ÷Í@¬Ì¢³³’ 9é÷½? SÙ Þ«Èû²>uàöç'Ê´u\•âÞÎÛùuþ®W5ÖƒÖHY±tÓL B¼}ÞGLñíÏZT¸‘gÙ
Ü°Â
fb6©9þ \ê¸PP¶õ û¼ç·¶;þ‡Û3Ln]¶H®8ÎÀ›@
œü£Ž>o×Þ¢5%kõòü›Nÿ ¨”™,ŸfpÊ×HbRLäÈè‚0 ãž} ªÁ£e pFì0'ŽØéÔ÷ì=éT²0•!…Îzt9ç¾? ”F&ˆyñ±Œ¨È`ûI #Žç¿J'76èºwï§é«`ÝÞÂ:¼q*2È›þ›€Ã±óçÞ¤û< ˜‚¨ |Ê ã'êFáÇ^qÛŠóÞÁgkqyxÑìL;¼¥² Rx?‡¯Y7PŽwnù¶†û¾Ü ·.KÎU»Ù¿ËG±¢µrþ½4+ %EK/Ý
±îuvz Tp{{w§Eyvi˜ 0X†Îà:Ë}OçS'šH·Kq*“ˆÕmÃF@\ªN:téÏ^*Á¶¼sn‘“ Ž2¢9T.½„\ ýò@>˜7NFïNRÓ·wèôßEÕu a'¬[þ¾cö¡ ÌOæ¦âÅŠ². Ps¸)É
× ô§ÅguÜÜ5ÓDUÈŒË;¼ÙÀÏ ÒšÖ×F$Š[¬C°FZHUB ÇMø<9ÓœŒUFµwv…®¤#s$‘fLg8QÉÝÉ$që’9®éJ¤ezŠRÞ×’[®éÝú«'®†ÍÉ?zﶥ³u3(’MSsŽ0Û@9$Ð…-‘ߦO"§gŠ+¢n'k/ ‡“$±-µ°1–éÜôä)®ae ·2ÆŠ¾gÛ°Z¹#€r ¶9Ç|ը⺎ÖIÑÖÜÇ»1Bc.çqÁR àûu®Š^Õ½Smkß}uzëmSòiõÒ<Ï×õ—£Îî 6{ˆmŽåVUòãv3 ü¤œqЌ瓜ô¶Ô¶¢‹{•
b„ˆg©ù@ÇR TóÅqinÓ·ò×l‡1`¯+òŸ¶ÐqžÀ:fÿ Âi£häÙjz…¬wˆÄË™RI'9n½øãœv®¸ÓmªUÛ•ôI-_kK{ièßvim£Qµý|ÎoÇßìü-~Ú}´j:ÃÍ Š|¸˜¨ ó× qŒŒžy®w@øßq%彶³imoj0¿h·F;8À,›¹ ¸üyu¿üO'|;´ðÄÚ¦Œ%:t„Fáß~ ÷O¿júß©a)ZV”ºÝïëëýjkÞHöfÔ&–î#ö«a ðå'Œ’¥\™Il`õ ¸9©dûLì ‹t‘ƒ¸ó"Ä€‘Ê7ÈÛŽ:vÜ ¯/ø1â`!»Ñn×Í®ø‹äì‡$¸ ŒqïùzŒ×sFÒ[In%f"û˜‘Œ¹~ps‚9Ærz”Æaþ¯Rq«6õóÛ¦Ýû¯=Ú0i+¹?ÌH¢VŒý®òheIÖr›7îf 8< ó×+žÕç[ÂÖ€]ÇpßoV%v © €pzþ gµ6÷3í‹Ì’{²„䈃Œ‚Ìr8Æ1“Áë^{ñqæo
Ø‹–¸2ý|Çܬ¬Žr=;zþ¬ò¼CúÝ*|+[zÛ£³µ×ß÷‘š¨Ûúü®Sø&쬅˜Có[¶âȼ3ûÜ÷<ŒñØæ½WÈŸÌX#“3 "²ºÆ7Œ‘Üc¼‡àìFy5xKJŒ "îç.r@ï×Þ½Ä-ÿ þ“}ª}’*Þ!,Fm¸Î@†9b?1W{Yæ3„`Ú¼VõŠÚÛ_kùöG.mhÎñ ôíhí§Ô$.ƒz*(iFá’I^™$ðMUÓ|áíjéb[Ëƺo•ñDdŽà ¸'“ŽA Ö¼ƒGѵ/krG
É–i\ôÉêNHÀ ÈV—Š> êÞ´ŠúR³ÙÈùÑõLôÜ9Æ{ jô?°°Kýš¥WíZ¿V—m6·E}{X~Æ?
zžÓæ8Ë¢“«¼
39ì~¼ûÒÍ}žu-ëÇ• cÉåmÀÀÉ9Àsþ ”økâŸí]:[[ÍÍyhª¬w•BN vÏ$ ôé‘Íy‹ü@þ"×ç¹ ¨v[Ƽ* ã zœdžµâàxv½LT¨T•¹7jÿ +t×ð·CP—5›=Î
¨/"i¬g¶‘#7kiÃç±' x9#Ž}êano!òKD‘ílï”('¿SÔð?c_;¬¦’–ÚŠ¥ÅªËÌ3 ®ï¡ÿ 9¯oðW‹gñ ‡Zk›p÷6€[ÊáU wŸ˜nqŽq€qFeÃÑÁÃëêsS[ù;ùtÒÚjžú]§<:¼ž‡“x,½—Ž¬¡êÆV€…þ"AP?ãÛ&£vÂÅ»I’FÙ8ÛžÀ”œ ¾ÜRÜ̬ŠÛÓ‘–Ä*›qôúŸÃ AÀëßí-L¶š-™ƒµ¦i”øÿ g« |è*px F:nž î˯޼¿þBŒ ÛQþ¿C»Š5“*]Qÿ „±À>Ý:ôä*D(cXÚ(†FL¡‰`çØÏ ;þ5âR|Gñ#3î`„0+µmÑ€ún Þ£ÿ …‰â¬¦0 –¶ˆœ€ ¹ …{tø?ʯ(_çþ_Š5XY[¡Ù|Q¿ú
µŠ2︛sO* Бÿ ×â°<+à›MkÂ÷š…ij
·Ü–ˆ«ò‚?ˆœúäc ½øåunû]¹Iïåè› ç ¯[ð&©¥Ýxn;6>}²’'`IË0ÁèN}zö5éâ©âr\¢0¥ñs^Ml¿«%®ýM$¥F•–ç‘Øj÷Ze¦£k
2¥ô"FqÀ` „~5Ùü+Ò¤—QºÕ†GÙ—Ë‹ çqä°=¶ÏûÔÍcᶡ/ˆ¤[ý†iK ™°"ó•Æp;`t¯MÑt}+@²¶Óí·Ídy’3mÕË‘’zc€0 íyÎq„ž ¬4×5[_]Rë{]ì¬UZ±p÷^åØÞÈ[©& OúÝÛ‚‚s÷zžIïßó btÎΪ\ya¾U;C¤t*IÎFF3Š¸™c
1žYD…U° êÄàõë\oŒ¼a ‡c[[GŽãP‘7 â znÈ>Ãü3ñ˜,=lUENŒäô¾ÚÀÓ[_ð9 œ´JçMy©E¢Àí}x,bpAó¦üdc ûŒW9?Å[Há$¿¹pÄ™#^9O88© zO=«Ë!µÖüY¨³ªÍy9ûÒ1 úôÚ»M?àô÷«ÞëÖ–ÙMÌ#C&ßnJ“Üp#Ђ~²†G–àí ekϵío»_žŸuΨQ„t“ÔÛ²øáû›´W6»Øoy FQÎr $Óõìk¬„‹ïÞÚ¼sÆíòÉ67\míÎyF¯ð¯TÓã’K;ë[ð·ld«7 üyíšÉ𯊵 êáeYžÏq[«&vMÀðßFà}p3ÅgW‡°8ØßVín›þšõ³¹/ ü,÷ií|’‘´R,®ŠÉ‡W“Ž1ØöëÓ¾xžÖÞ¹xÞÝ ¬XZGù\’vŒž˜ÆsØúÓïí&ÒÒ{]Qž9£Ê¡ù·ÄÀ»¶áHäž™5—ìö« -&ù¤U<±ÉÆA>½ý +æg
jžö륢þNÛ=÷JÖÛfdÔ õý Ëúû‹ÓØB²¬fI nZ8wÌÉЮ~aƒÎ=3ìx‚+/¶äÁlŠ‚?™Æü#8-œ\pqTZXtè%»»&ÚÝ#´ŠðÜ žã§Í’¼{p·ß {m>ÞycP¨’¼¢0ú(R ƒë^Ž ñó¼(»y%m´ÕÙ}ÊûékB1¨þÑ®,#Q)ó‡o1T©Üà *Ž‹‚yö< b‰4×H€“ìÐ.
¤²9ÌŠ>„Žãøgšñ
¯Š~)¸ßå\ÛÛoBŒa·L²œg$‚Iã¯ZÈ—Æ~%”äë—È8â)Œcƒ‘Âàu9¯b %)ÞS²¿Ïïÿ 4Öºù}Z/[ H%¤vÉ#Ì’x§†b
© ³´tÜ{gn=iï%õªÇç]ܧ—! åw„SÓp ·VÈÏ¡?5Âcâb¥_ĤŠz¬—nàþÖΟñKÄöJé=ÌWèêT‹¸÷ qÎჟ•q’zWUN«N/ØO^Ÿe|í¾©k{üõ4öV^ïù~G¹êzÂèº|·÷×[’Þ31†rpjg·n
Æ0Ý}kåË‹‰nîe¹ËÍ+™ ÏVbrOç]'‰¼o®xÎh`¹Ç*±ÙÚ!T$d/$žN>¼WqᯅZ9ÑÒO\ÜÛê1o&,-z ~^NCg NÕéá)ÒÊ©7‰¨¯'Õþ¯þ_¿Ehîþóâ €ï¬uÛûý*ÎK9ä.â-öv<²‘×h$àãúW%ö¯~«g-ÕõÀàG~>Zú¾Iš+(šM³ Û#9äl%ðc¬ ûÝ xÖKG´x®|¸¤Ï™ O:Ê8Ã’qÉcÔä‚yÇNJyËŒTj¥&µOmztjÿ ?KëaµÔù¯áýóXøãLeb¾tžAÇû`¨êGBA õ¾•:g˜’ù·,þhÀ`¬qÜ` e·~+å[±ý“âYÄjWì—µHé±ø?Nõô>½âX<5 Ç©Ï Ñ¼M¶8cܪXŽÉ^r?¼I róÈS•ZmÇ›™5»òÚÚ7ïu«&|·÷•Î†
>[©ÞXHeS$Œ yà€ ÷ù²:ò2|óãDf? Z¼PD¶ÓßC(xÆ0|©ßR;ô Msÿ µ´ÔVi¬,͹›Ìxâi˜`¹,GAéÇlV§ÄýF×Yø§ê–‘:Ã=ò2³9n±ÉžØÏ@yÎWžæ±Ãàe„ÄÒN ]ïòêìú_Go'¦ŽÑ’_×õЯðR66þ!›ÑÄ gFMÙ— äžäqôÈ;ÿ eX<#%»Aö‰ãR¤ Í”Ž¹È G&¹Ÿƒ&á?¶Zˆ±keRè Kãnz ·ãŠÕøÄÒÂ9j%@®×q±ÜŒ ý[õ-É$uíè&¤¶9zÇï·Oøï®ÄJKšÖìdü"µˆ[jײÎc;ã…B(g<9nàȯG½µŸPÓ.´Éfâ¼FŽP
31 ‘ÏR}<3šä~
Ã2xVöî Dr
Ç\›}Ý#S÷ÈÀëŽHÆI®à\OçKuäI¹†ó(”— G Wî ñ³¹¸æ2¨›‹ºÚû%¾ýÖ_3ºNú¯ëúì|ÕÅÖ‰}y lM’ZËîTÿ á[ ðÐñ/ˆ9Àû
¸ón3 Mòd‘÷ döª^.ÊñŽ°›BâîNp>cëÏçÍzïÃôÏ
YÍ%ª¬·ãÏ-*9ÜÂãhéŒc¾dÈêú¼Ë,. VŠ÷çeÿ n/¡¼äãõâ=‹xGQKx”|¹bÌŠD@2Œ 8'Ž àúƒŽ+áDÒ&¡¨"Œ§–Žr22 Ç·s]ŸÄ‹«ð%ÚÄ<¹ä’(×{e›HÀqÁç©Ç½`üŽÚõK饚9ƒÄ±€< – úƒú~ çðñO#Í%iKKlµ¦¾F)'Iê¬Î+Ç(`ñ¾£œdÈ’` ™ºcßéé^ÿ i¸”Û\ý¡æhÔB«aq¸}ãÀÆ:ÜWƒ|FÛÿ BŒÇÀeaŸ-sÊ€:úW½ÜÝÜ<%$µ†%CóDªÀí%IÈÏʤ…ôäñÞŒ÷‘a0“ôŽÚë¤nŸoW÷0«e¶y'Å»a Η2r’# Û°A^ý9ÉQÔõ=ù5 ¬£Öü.(Þ’M$ ~V«=éSÄFN½®©ÔWô»ÿ þHžkR‹ìÏ+µµžöê;khÚI¤m¨‹Ôš–âÖçJ¾_Z•’6 a” Èô> ÕÉaÕ<%®£2n bQŠå\tÈõUÿ ø»þ‹k15‚ÃuCL$ݹp P1=Oøýs¯^u éEJ”–éêŸê½5ýzy›jÛ ³á›Ûkÿ ÚOcn±ÛÏîW;boºz{ãžüVÆ¡a£a5½äÎÂks¸J@?1è¿{$ä‘=k”øsÖ^nŒ¦)ÝåXÃíùN1ØõÚOJë–xF÷h¸ Œ"Ž?x䜚ü³ì¨c*Fœ¯i;7~ñí׫Ðó¥Ë»3Ãü púw ‰°<Á%»ñž ÿ P+Û^ ¾Ye£ŽCÄŒ„/>˜ >•á¶Ìm~&&À>M[hÈÈÿ [Ž•íd…RO@3^Ç(ʽ*¶ÖQZyßþ
1Vº}Ñç?¼O4Rh6R€ª£í¡ûÙ
a‚3ß· Õ
ü=mRÍ/µ9¤‚0ÑC¼Iè:cŽsÛ¾™x£ÆЬªÍöˢ샒W$• €Å{¨ÀPG
ÀÀàŸZìÍ1RÉ0´ðxEË9+Éÿ ^rEÕ—±Š„70l¼áË@û.' ¼¹Žz€N3úUÉ<3á×*?²¬‚ä†"Ùc=p íÛ'¡ª 1ñ"økJ†HÒ'»Ÿ+
oÏN¬Ã9 dÙãÜדÏâÍ~æc+j·Jzâ7(£ð W]•æ™?nê´º6åwéåç÷N•ZŠíž›¬|?Ðõ?Ñ-E…®³Ç V$~X¯/…õ x‘LˆÑÜÚÈ7¦p zãÜüë½ðÄ^õtÝYËÍ7ÉÖÕ8ÏUe# #€r=sU¾/é’E§jRC4mxNÝ´9†íuá»›V‘
ZI€×cr1Ÿpzsøf»¨åV‹ìû`qËLÊIã?\~¼³á ËC©êhªOîO»‘ÃmçÛçút ×¢x“Z}?Ãœê#b-¤X7õ Äò gž zzbº3œ m*qvs·M=íúéw}¿&Úª°^Ö×µÏ(ø‡â†Öµƒenñý†×åQáYûœ÷ÇLœôÎNk¡ð‡¼/µ¸n0æÉ0¬ƒ‚üîÉÆvŒ w®Sáö”š¯‹-üÕVŠØÙ[$`(9cqƒÔ_@BëqûÙ`Ýæ0;79È?w<ó |ÙÜkßÌ1±Ëã ¿ìÒ»ðlìï«ÓnªèèrP´NÏš&Žéö Ù¸÷æ°~-_O'‰`°!RÚÚÝ%]Ø%þbß1'¿ÿ X ÕáOöÎŒ·‹¬+Åæ*ÛÛ™ 0¤ƒOÍÔ `u¯¦ÂaèÐÃÓ«‹¨Ô¥µœ¿¯ÉyÅÙ.oÔôŸ Úx&(STðݽ¦õ] ’ÒNóÁäÈùr3í·žÚ[™ƒ¼veÈ÷ÞIõÎGlqÎ=M|«gsªxÅI6
]Z·Îªä,¨zŒŽÄ~#ØŠúFñiÉqc©éÐD>S딑 G ñŽ1éÐ^+
Ëi;Ô„µVÕú»i¯ÈÒ-ZÍ]òܘ®ì` bÛÙ¥_/y(@÷ qÐúg Ô÷W0.Ø›
6Ò © r>QƒŒ0+Èîzb¨É+I0T bNñ"$~)ÕÒ6Þ‹{0VÆ27œ WWñcÄcX×íôûyKZéðªc' iQ¿¯LaW ŠŸS\·Š“źʸ…ôÙÂí |öÀÇåV|!¤ÂGâÛ[[’ï
3OrÙËPY¹=Î1õ5öåTžÑè Ú64/üö?Zëžk}¬¶éàoá¾á }3“ü]8Éæ¿´n²Žš_6¾pœ) 2?úWÓÚ¥¾¨iWúdŽq{*ª1rXŒd…m»‰äcô¯–dâ•ã‘Jº¬§¨#¨® §,df«8ÉÅßN¾hˆ;îÓ=7áùpën®É 6ûJžO2 ^œÐò JÖø¥²ã›Ò6Ü·‰!wbÍ‚¬O© »õ¬ÿ ƒP=Ä:â¤-& ÙŽ
` È9 r9íϧzë> XÅ7ƒ5X–krÑ¢L 7€ìw}ÑŸNHëŒüþ:2†á¼+u·á÷N/Û'Ðç~ߘô«ëh!ónRéeQ´6QÛÿ èEwëÅÒ|¸Yqó1uêyùzð8 ƒŠù¦Ò;¹ä6öi<'ü³„[ ÃZhu½ ùÍ¡g‚>r¯ ׊îÌx}bñ2“k꣧oø~›hTèóËWò4|ki"xßQ˜Ï6øÀLnß‚0 ¹Æ{±–¶Öe#¨27È@^Ìß.1N¾œyç€õ†ñeé·Õã†çQ°€=Ì©ºB€Ø8<‚à Sõ®ùcc>×Ú .Fr:žÝGæ=kÁâ,^!Fž
¬,àµ}%¶«îõ¹†"r²ƒGœüYÕd?aÑÃY®49PyU ÷þ!žxÅm|/‚ãNð˜¼PcûTÒ,¹/Ý=FkÏ|u¨¶«âë…{¤m¢]Û¾ïP>®XãÞ½i ÓÁ¾
‰'¬–6ß¼(„ï— í!ú Ùäzôë^–:œ¨å|,_¿&š×]uÓѵÛô4’j”bž§x‘Æ©ã›á,‚[Ô
ÎÞ= ŒËæ ÀùYÁ?ŽïÚ¼?ÁªxºÕÛ,°1¸‘¿Ýäãدv…@¤åq½ºã œàûââ· z8Xýˆþz~—û»™âµj=Ž
â~ãáh@'h¼F#·Üp?ŸëQü-løvépx»cŸø…lxâÃûG·‰¶ø”L£©%y?¦úõÆü-Õ¶¥y`Òl7>q’2üA?•F}c‡jB:¸Jÿ +§¹¿¸Q÷°ív= VÑìu[Qml%R7a×IèTõéŽx¬
?†š7
1†îã-ˆã’L¡lŽ0OÓ=ÅuˆpÇ• ¼3ÛùÒ¶W/!|’wŽw ^qÔ×Ïaó M8Q¨ãÑ?ëï0IEhÄa¸X•`a
?!ÐñùQ!Rä žqŽžÝO`I0ÿ J“y|ñ!Îã@99 >þ8–+éáu…!ù—ä
Ê°<÷6’I®z
ÅS„¾)Zþ_Öýµ×ËPåOwø ÷þ*üïænÖùmØÝûþ¹=>¦½öî×Jh]¼ç&@§nTŒ6IT Àõ^Fxð7Å3!Ö·aÛ$þÿ ¹ã5îIo:Ȫm ËY[’8ÇӾlj*òû¢¥xõ¾¼ú•åk+\ð¯ HÚoŽl•Ûk,¯ ç ²²cõÅ{²Z\
´ìQ åpzŽ3Ôð}ÿ Jð¯XO¡øÎé€hÙ¥ûLdŒ`““ù6Gá^ÃáÝ^Ë[Ñb¾YåŒÊ»dŽ4 †2§,;ÿ CQÄ´¾°¨c–±”mºV{«ßÕýÄW\ÖŸ‘çŸ,çMRÆí“l-ƒn~ë©ÉÈê Ü?#Ž•¹ðãSÒ¥ÐWNíà½;ãž)™ÎSÈ9cóLj뵿ūiÍk¨ió¶X‚7÷ƒ€yãnyÏŽëÞ Öt`×À×V's$È9Ú:ä{wÆEk€«†Çàc—â$éÎ.éí~Ýëk}ÅAÆpörÑ¢‡Šl¡ÑüSs ‹¨‰ I ÄóÀ×wñ&eºðf™pŒÆ9gŽTø£lñëÀçŽ NkÊUK0U’p ï^¡ãÈ¥´ø{£ÙHp`’ØåbqÏ©äó^Æ:
Ž' ÊóM«õz+ß×ó5Ÿ»('¹ð¦C„$˜Å¢_ºÈI?»^äã'ñêzž+ë€ñ-½»´}¡Ë*õ?.xÇ^1ŽMyǸ&“—L–îëöâ7…' bqéÎGé]˪â1$o²¸R8Ã`.q€}sÖ¾C98cêÆÞíïóòvÓòùœÕfÔÚéýuèÖ·Ú
Å‚_¤³ÜۺƑß”àר ý:׃xPþÅÕî-/üØmnQìïGΊÙRqê=>¢½õnæ·r!—h`+’;ò3È<“Û©éšóŸ x*÷V¹¸×tÈiˆßwiÔÿ |cŒñÏ®3Ö½ Ì°‰Ë Qr©ö½®¼ÛoÑÙZÅÑ«O൯ýw8;k›ÿ x†;ˆJa;‘º9÷÷R+¡ñgŽí|Iáë{ôáo2ʲ9 029ÉÏLí\‰¿¸Ÿb˜ "Bv$£&#ßiê>=ªª©f
’N ëí>¡NXW ~5×úíø\‰»½Ï^ø(—wÖú¥¤2íŽÞXæÁ$ °eÈ888^nÝë²ñÝÔ^ ÖÚ9Q~Ëå7ï
DC¶ÑµƒsË Çè9®Wáþƒ6‡£´·°2\Ý:ÈÑ? (#¨'$õèGJ¥ñW\ÿ ‰E¶—¸™g˜ÌÀ¹;Pv ú±ÎNs·ëŸ’–"Ž/:té+ûË]öJöÓM»ëø˜*‘•^Uý—êd| ‰åñMæÔÝ‹23å™6æHùÛ‚ëüñ^…ñ1¢oêûÑEØ.õ7*ÅHtÎp{g<·Á«+¸c¿¿pÓ¾Æby=8É_ÄsÆk¬ñB\jÞ Ôì••Ë[9Píb‹Bヅ =93§ð§LšÛáÖšÆæXÌÞdÛP.0\ãïÛ 0?™úJ¸™Ë
”•œº+=<µI£¦í¯õêt¬d‹T¬P=ËFêT>ÍØØ@Ï9<÷AQÌ×»Õ¡xùk",JÎæù±Éç$œŽŸZWH®¯"·UÌQ ’ÙÈ]ÅXg<ã
ߨg3-Üqe€0¢¨*Œ$܃
’Sû 8㎼_/e'+Ï–-èÓ¶¶Õíß[·ÙÙ½îì—¼sk%§µxä‰â-pÒeÆCr ú
ôσžû=”šÅô(QW‚Õd\ƒæ. \àö ¹¯F½°³½0M>‘gr÷q+œ¶NïºHO— ¤ ܥݔn·J|ÆP6Kµc=Isó}Ò çGš)a=—#vK›åoK§ßóÙ¤¶¿õú…ÄRÚ[ËsöÙ¼Ë•Ë ópw ®qœŒ·Ø
ùÇâ ‹ý‡ãKèS&ÞvûD Aù‘É9 Œî qÅ}
$SnIV[]Ñ´Ó}ØܾA Ü|½kÅþÓ|E Mu R¼.I¼¶däò‚ÃkÆ}ðy¹vc iUœZ…Õõ»z¾÷¿n¦*j-É/àœHã\y5 Û ß™ó0— äŸnzôã#Ô¯,†¥ÚeÔ÷ÜÅ´„“'c…<íÝ€< ·SŠ¥k§Ã¢éÆÆÙna‚8–=«Êª[Ÿ™°pNî02z“ÔÙ–K8.È’Þî(vƒ 2®@ ä Èûã çžxäÇf¯ˆu¹yUÕîýWšÙ|›ëÒ%Q^í[æ|éo5ZY•^{9 6ˆY‚§v*x>âº_|U¹Ö´©tûM ÒÂ9PÇ#«£# € éÉñ‘ƒÍz/‰´-į¹°dd,Б ›p03ƒœ{ç9=+
Ûᧇ¬¦[‡‚ê婺¸#±ß= ³ý¿•Õµjñ½HÙh›Û[§ÚýÊöô÷{˜?ô÷·Ô.u©–_%còcAÀ˜’
}0x9Î>žñÇáÍ9,ahï¦Ì2òÓ ñÛAäry$V²Nð
]=$Ž
‚#Ù‚1ƒƒødõ Max‡ÂÖ^!±KkÛ‘
«“Çó² FN8+ëÎ{Ò¼oí§[ «ÕMRoËeç×[_m/¦¦k.kôgŽxsSÓ´ý`êzªÜÜKo‰cPC9ÎY‰#§^üý9¹âïÞx£Ë·Ú`±‰‹¤;³–=ÏaôÕAð‚ ÷kêÁNBéÎælcõö®£Fð†ô2Ò¬]ßÂK$ÓÜ®•”/ÊHàã$ä ¸÷ëf¹Oµúâ“”’²øè´µþöjçNü÷üÌ¿ xNïFÒd»¼·h®îT9ŽAµÖ>qÁçÔœtïÒ»\ȶÎîcÞäîó3¶@#É IÎ ÔñW.<´’¥–ÑÑ€ÕšA‚ ;†qÓë‚2q
ÒÂó$# Çí‡
!Ë}Õ9ÈÎÑÉã=;ŒÇÎuñ+ÉûÏ¥öíeÙ+$úíÜ娯'+êZH4ƒq¶FV‹gïŒ208ÆÌ)íб>M|÷âÍã¾"iì‹¥£Jd´™OÝç;sÈúr+ÜäˆË)DŒ¥šF°*3Õ”d {zÔwºQ¿·UžÉf†~>I+ŒqÔ`ð3œ“Ü×f]œTÁÔn4“ƒø’Ýßõ_«*5šzGCÊ,þ+ê1ò÷O¶¸cœºb2y Ç ;cùÕ£ñh¬›áÑŠr¤ÝäNBk¥—á—†gxšX/쑘hŸ*Tçn =û㦠2|(ð¿e·ºÖ$
ýìŸ!'åÎ °yîî+×öœ=Y:²¦ÓÞ×iü’—ü
-BK™£˜›âÆ¡&véðõ-ûÉY¹=Onj¹ø¯¯yf4·±T Pó`çœ7={×mÃ/ ¢˜ZÚòK…G½¥b„’G AãÜœ *í¯Ã¿ IoæI¦NU8‘RwÈã;·€ Û×ëÒ”1Y
•£E»ÿ Oyto¢<£Áö·šï,ä‰ §ûA¼sû»Nò}¹üE{ÜÖªò1’õÞr0â}ÎØ#>à/8ïéÎ~—áÍ#ñÎlí§³2f'h”?C÷YËdð:qëõÓ·‚ïeÄ©
ÔÈØÜRL+žAÎ3¼g=åšó³Œt3
ÑQ¦ùRÙßE®¼±w_;þhš’Sirÿ ^ˆã¼iੇ|RòO„m°J/“$·l“ ÇÓ¿ÿ [ÑŠÆ“„†Õø>cFÆ6Ø1ƒ– àz7Ldòxäüwá‹ÝAXùO•Úý’é®ähm •NÀ±ÌTÈç
ƒ‘I$pGž:‚ÄbêW¢®œ´|¦nÍ>¶ÖÏ¢§ÎÜ¢ºö¹•%ÄqL^öÛ KpNA<ã¡ …î==ª¸óffËF‡yÌcÉ ©ç$ð=ñÏYþÊ’Ú]—¥‚¬‚eDïÎH>Ÿ_ÌTP™a‰ch['çÆÜò7a‡?w°Ïn§âÎ5”’¨¹uÚÛ|´ÓÓc§{O—ü1•ªxsÃZ…ÊÏy¡Ã3¸Ë2Èé» ‘ƒÎ äžÜðA§cáOéúÛ4ý5-fŒï„ù¬ûô.Ç Üsž•Ò¾•wo<¶Ÿ"¬¡º|£
î2sÇ¡éE²É FѱrU°dÜ6œ¨ mc†Îxë׺Þ'0²¡Rr„{j¾í·è›µ÷)º·å–‹î2|I®Y¼ºÍË·–ÃÆà ã£'óÆxƒOÆÞ&>\lóÌxP Xc ¸ì Sþ5§qà/ê>#žÞW¸if$\3 ® ûÄ“ùŽÕê¾ð< Ó‹H¶óÏ" å·( á‘€:ã†8Ï=+ꨬ UA×ÃËÚT’ÑÞöù¥¢]{»ms¥F0\ÑÕ—ô}&ÛB´ƒOŽÚ+›xíÄÀ1
,v± žIëíZ0ǧ™ 3 í2®0ภ—p9öÝÔž)ÓZËoq/Ú“‘L ²ŒmùŽï‘Ó9§[Û#Ä‘\ÞB¬Çs [;à à«g‚2ôòªœÝV§»·¯/[uó½õÛï¾
/šÍ}öüÿ « =x»HŸÂÞ.™ ÌQùŸh´‘#a$‚'¡u<Š›Æ>2>+ƒLSiöwµFó1!eg`£åœ ÷ëÛö}Á¿ÛVÙêv $¬ ƒ|,s÷z€ð΃¨x÷ÅD\Ü ŒÞmåÔ„ ˆ o| :{ÇÓ¶–òÁn!´0Ål€, ƒ ( ÛŒŒ c¶rsšæ,4‹MÛOH!@¢ ÇŽ„`å²9ÝÃw;AÍt0®¤¡…¯ØÄ .Àìí´ƒ‘ßñ5Í,Óëu-ÈÔc¢KÃÓ£òÖ̺U.õL¯0…%2È—"~x
‚[`có±nHàŽyàö™¥keˆìŒÛFç{(Ø©†`Jã#Žwg<“:ÚÉ;M
^\yhûX ‡vB·÷zrF?§BÊÔ/s< ÐÈB)Û± ·ÍÔwç5Âã:så§ e{mѤï«Òíh—]Wm4âí¿ùþW4bC3¶ª¾Ùr$ pw`àädzt!yŠI„hÂîàM)!e dŒm'æ>Ç?w zºKìcŒ´¯Ìq6fp$)ãw¡éUl`µ»ARAˆÝÕgr :äŒg ƒéé[Ôö±”iYs5Ýï«ÙG—K=þF’æMG«óÿ `ŠKɦuOQ!ÕåŒ/ÎGÞ`@ËqÕzdõâ«Ê/Ö(ƒK´%ŽbMü åÜŸö—>¤óŒŒV‘°„I ¢Yž#™¥ùÏÊ@8
œgqöö5ª4vד[¬(q cò¨À!FGaÁõõ¯? §†¥ÏU½í¿WªZ$úyú½ŽzקÉþ?>Ã×È•6°{™™ŽÙ.$`ÎU œ…çè ' ¤r$1Ø(y7 ðV<ž:È ÁÎMw¾Â'Øb§øxb7gãО½óÉÊë²,i„Fȹ £§8ãä½k¹¥¦ê/ç{ïê驪2œ/«ü?¯Ô›ìñÜ$þeýœRIåŒg9Ác’zrrNO bÚi¢
ѺË/$,“ª¯Ýä;Œ× ´<ÛÑn³IvŸb™¥ nm–ÄŸ—nÝÀãŽ3ëÍG,.öó³˜Ù£¹u ÊÌrŠ[<±!@Æ:c9ÅZh
ì’M5ÄìÌ-‚¼ëÉùqŽGì9¬á ;¨A-ž—évþÖ–^ON·Ô”ŸEý}ú×PO&e[]ÒG¸˜Ûp ƒÃà/Ë·8ûÀ€1ž@¿ÚB*²¼ñì8@p™8Q“žÆH'8 «I-%¸‚
F»“åó6°Uù|¶Ú¸ã ò^Äw¥ŠÖK–1ÜÝK,Žddlí²0PÀü“×ükG…¯U«·¶–´w¶ŽÍ¾©yÞú[Zös•¯Á[™6°
¨¼ÉVæq·,#
ìãï‘×8îry®A››¨,ãc66»Ë´ã'æÉù?t} ¢æH--Òá"›|ˆ¬[í 7¶ö#¸9«––‹$,+Ëqœ\Êø c€yê^ݸÄa°«™B-9%«×®‹V´w~vÜTéꢷþ¼ˆ%·¹• ’[xç•÷2gØS?6åÀÚ õ9É#š@÷bT¸º²C*3Bá¤òÎA9 =úU§Ó"2Ãlá 0i ÝIc‚2Î@% öç94ùô»'»HÄ¥Ô¾@à Tp£šíx:úÊ:5eºßMý×wµ›Ó_+šº3Ýyvÿ "ºÇ<ÂI>Õ 1G·Ë«È«É# àÈÇ øp Jv·šæDûE¿›†Ë’NFr2qŸ½ÇAÜšu•´éí#Ħ8£2”Ú2Ã/€[ÎTr;qŠz*ý’Îþ(≠;¡TÆâ›;ºÿ àçœ k‘Þ8¾Uª¾íé{^×IZéwÓkXÉûÑZo¯_øo×È¡¬ â–ÞR§2„‚Àœü½ùç® SVa†Âüª¼±D‘ŒísŸàä|ä 2 æ[‹z”¯s{wn„ÆmáóCO+†GO8Ïeçåº`¯^¼ðG5f{Xžä,k‰<á y™¥voÆ éÛõëI=œ1‹éíÔÀÑ)R#;AÂncäŽ: tÏ#¶TkB.0Œ-ÖÞZÛgumß}fÎJÉ+#2êÔP£žùÈÅi¢%œ3P*Yƒò‚Aì“Ž2r:ƒÐúñiRUQq‰H9!”={ ~¼ “JŽV¥»×²m.ÛߺiYl¾òk˜gL³·rT•
’…wHÁ6ä`–Î3ù Ì4Øe³†&òL‘•%clyîAÂäà0 žüç$[3uŘpNOÀÉ=† cï{rYK
ååä~FÁ
•a»"Lär1Ó¯ 2Äõæ< ™C•.fÕ»è¥~½-¿g½Â4¡{[ør¨¶·Žõäx¥’l®qpwÇ»8ärF \cŽ¸ÜÆÓ-g‚yciÏÀ¾rÎwèØÈ#o°Á9ã5¢šfÔxÞæfGusÏÌJÿ µ×œ/LtãÅT7²¶w,l
ɳ;”eúà·¨çîŒsÜgTÃS¦^ '~‹®›¯+k÷ZÖd©Æ*Ó[Ü«%Œk0ŽXƒ”$k#Ȩ P2bv‘ƒŸáÇ™ÆÕb)m$É*8óLE‘8'–ÜN Úyàúô+{uº±I'wvš4fÜr íì½=úuú
sFlìV$‘ö†HÑù€$§ õ=½¸«Ž]
:Ž+•¦ïmRþ½l´îÊT#nkiøÿ _ðÆT¶7Ò½ºÒ £Î¸d\ã8=yãŽÜ äR{x]ZâÚé#¸r²#» ÎHÆ6õ ç® ÎFkr;sºÄ.&;só± Ç9êH÷ýSšÕtÐU¢-n Ì| vqœ„{gŒt§S.P‹’Ž‰_[;m¥ÞZýRûÂX{+¥úü¼ú•-àÓ7!„G"“´‹žƒnrYXã¸îp éœ!ÓoPÌtÑ (‰Þ¹é€sÓ# GLçÕšÑnJý¡!‘Tä #“ß?îýp}xÇ‚I¥Õn#·¸–y'qó@r[ Êô÷<ÔWÃÓ¢áN¥4Ô’I&ݼ¬¬¼ÞºvéÆ
FQV~_ÒüJÖÚt¥¦Xá3BÄP^%ÈÎW-×c¡ú©¤·Iþèk¥š?–UQåIR[’O 5x\ÉhÆI¶K4«2ùªŠŒ<¼óœ çØ`u«‚Í.VHä € Ëgfx'' 9ÆI#±®Z8
sISºku¢ßÞ]úk»Jößl¡B.Ü»ÿ MWe
°·Ž%šêɆ¼»Âù³´œ O¿cÐ ÓÄh©"ÛÜÏ.ÖV ’3nüÄmnq[ŒòznšÖ>J¬òˆæ… qýØP Ž:ä7^0yëWšÍ_79äoaÈ °#q0{ää×m œy”R{vÒÞ¶ÚÏe¥“ÚÆХ̮—õýjR •íç›Ìb„+J yÜØÙ•Ç]¿Ôd þËO L²”9-Œ— õÃc'æÝלçÚ²ìejP“½
âù°¨†ðqòädЃÉäÖÜj÷PÇp“ÍšŠå«‘î
< iWNsmª»¶vÓz5»ûì:Rs\Ðßôû×uÔÿÙ