fx/matrix/transformation.pdf

%PDF-1.4

1 0 obj
<<
  /Type /Catalog
  /Outlines 6 0 R
  /Pages 2 0 R
>>
endobj

2 0 obj
<<
  /Type /Pages
  /Kids [3 0 R]
  /Count 1
>>
endobj

3 0 obj
<<
  /Type /Page
  /Parent 2 0 R
  /MediaBox [-50 -300 300 300]
  /Contents 4 0 R
  /Resources << /Font<</Font1 5 0 R>> >>  
>>
endobj

4 0 obj
<<
  /Length 0
>>stream
%draw x and y axis.
0 0 0 RG
1 w
0 -100 m
0 100 l
s
-100 0 m
100 0 l
s

%draw base n
BT
/Font1 100 Tf
1 Tr
(n) Tj
ET

%draw translation
q

1 0 0 1 50 100 cm
1 w
1 0 0 RG
0 -100 m
0 100 l
s
-100 0 m
100 0 l
s
BT
/Font1 100 Tf
1 Tr
(n) Tj
ET

0.866 0.5 -0.5 0.866 0 0 cm
0 1 0 RG
1 w
0 -100 m
0 100 l
s
-100 0 m
100 0 l
s
BT
/Font1 100 Tf
1 Tr
(n) Tj
ET

3 0 0 1 0 0 cm
0 0 1 RG
1 w
0 -100 m
0 100 l
s
-100 0 m
100 0 l
s
BT
/Font1 100 Tf
1 Tr
(n) Tj
ET

Q

BT
/Font1 12 Tf
-10 -30 TD
0 Tr
(----Black figures denote orignal coordinate system.) '
(----Red figures denote coordinate system after translation.) '
(----Green figures denote coordinate system after rotation.) '
(----Blue figures denote coordinate system after scaling.) '
ET

endstream
endobj

5 0 obj
<<
  /Type /Font
  /Subtype /Type1
  /BaseFont /Helvetica
>>
endobj

6 0 obj
<<
  /Type /Outlines
  /First 7 0 R
  /Last 7 0 R
  /Count 1
>>
endobj

7 0 obj
<<
  /Title (examples of transformations of coordiate system)
  /Parent 6 0 R
  /Dest [3 0 R /Fit]
>>
endobj

xref
trailer
<<
  /Size 0
  /Root 1 0 R
>>
startxref
0

%%EOF