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Quality of Printed Images
Since it is often desirable to get a good quality print on paper
directly from the browser, here are
the same equations as earlier.
This time the `extrascale=' option has been used with a value of 1.5.
More than twice the number of pixels are available,
for a cost of approximately 1.7 times the disk-space34.
Figure 3:
Displayed math environments with extra-scale of 1.5
 |
(4) |
|
On-screen these images appear slightly blurred or indistinct.
However there can be marked improvement in the print quality,
when printed from some browsers; others may show no improvement at all.
The ``anti-aliasing'' helps on-screen. In the printed version
jagged edges are indeed softened, but leave an overall fuzziness.
Here are
the same equations yet again; this time with `extrascale=2.0'.
Now there are 4 times the pixels at a cost of roughly 2.45 times the disk space.
Compared with the previous images (having 1.5 times extra-scaling),
there is little difference in the on-screen images.
Printing at 300dpi shows only a marginal improvement;
but at 600dpi the results are most satisfying, especially when
scaled to be comparable with normal 10pt type.
Figure 4:
Displayed math environments with extra-scale of 2.0
 |
(5) |
|
Footnotes
- ... disk-space34
- This figure
varies with the graphics format used, and the complexity of the actual image.
Next: Figures, Tables and Arbitrary
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TAKEHIRO Shin-ichi
2001-06-09