I'm sort of dashing this off, so if it sounds a bit disjointed, forgive
me. I have a lot of experience with this issue as I was the editorial
assistant for a scientific journal that went to desktop publishing in the
mid-1980s. You'd be amazed at how you can squeeze and tweak and stretch
to fit in an extra line or word or whatever with the tools that are
available. At the time, you had to use a page layout program, but Word
now contains most of these elements.
Although I haven't done a recent experiment with the font typefaces, I
did this experiment (on a Mac at the time) many moons ago. The
differences among Palatino and Helvetica and Times were very measurable
-- Palatino (and Georgia) are broader... Helvetica (and Arial) and Times
tend to be more compact. If a PI wants to use a smaller type (say 10
points) they would be advised to use Palatino or Georgia, and set the
vertical spacing at 12 pt exactly. Using 11-pt Arial is usually very
readable, but 10-pt Palatino or Georgia, which NIH won't permit, starts
to get small.
Modern computer typefaces mimic the old-fashioned fonts where actual
molten lead was used to create the vertical space (leading) between the
descenders and the ascenders. This space varies from font to font -- thus
the reason you find the differences. Also, the x-width varies from font
to font, but some fonts may have exactly the same x-width but different
leading.
You can also spread out a smaller 10-point font in Word by choosing
character spacing expanded and then adjusting it by one-tenth of a point
until you get it right. This is called tracking (over multiple
characters) or kerning (between two characters). You could reverse this
process if the PI uses a 12-point font and you want to get it a bit
tighter horizontally and still legible.
The best measure to use for vertical spacing is 20% leading. In Word you
can set the spacing to be exactly 12 points -- don't always rely on using
"single space", but the optimum font to use in those situations
usually would be only 10 points. Single space will vary from font to
font, even if they are both 10 points, which is why you got the different
number of lines in the same space. For NIH you're not allowed to have
more than 6 lines per inch -- no matter what the font does -- and must
use an 11-point font or larger.
If PIs use a 12-point font, they are in danger of having the descenders
from the upper line run into the ascenders from the lower line if they
use exactly 12-point leading/spacing which would yield 6 lpi. If they
leave it set at single space, then they are probably using 14.4 points
per line (the default is usually 20%). Some fonts actually use about 15
pts per line. Over a 15- to 25-page proposal (with half-inch margins),
this can mean quite a few lines -- over a 25-page proposal the difference
is 250 lines just for the vertical spacing alone.
Setting the spacing to 11.5 pt/line is exceeding the 6 lines per inch
rule. On a page with a vertical allowance of 9 inches (11 in w/ 1-in
margins), the total number of points is 9 x 72 = 648 pt. With spacing of
11.5 pt, you'll get 56 lines of type -- you're only permitted 54 (12 pt
per line or 6 lines per inch). So, unless NSF is doing something
different, the spacing needs to be set exactly at 12 pt per line or
greater in order to not exceed the lines-per-inch limit. At NIH, anyway,
they don't just look at one inch of vertical height -- they measure
several inches.
So, I'll stop rambling here and will be happy to elaborate more to anyone
who's interested!
-- Evelyn
At 01:31 PM 5/22/2007, you wrote:
Re font size, like
Ruth, I tell PIs to use 12 point11 only if desperate. I find the
font styles that NSF recommends interesting none of them have been
recommended (at least, to me) by folks at Fastlane. Last year I was
on the phone with them (and subsequently a couple of program officers) to
make certain that we would not run into Fastlane shrinkage issues with
Ariel and a couple of other font stylels that, up onto then no one had
used. Fastlane staff said that using Courier/Courier New or
Times/Times New Roman was the best way to avoid too many characters per
line problems that can occur through shrinkage.
Nancy
From: Research Administration List
[
mailto:xxxxxx@hrinet.org] On Behalf Of Ruth Tallman
Sent: Tuesday, May 22, 2007 10:25 AM
To: xxxxxx@hrinet.org
Subject: Re: [RESADM-L] NSF Required Fonts - Problems??
Barbara,
I recommend that PI's use 12 point font and if they whine, I tell them
not less than 11 points. They may lose a few lines, but the
reviewers will be much happier because the proposal will be easier to
read!
I did find your font comparisons interesting and will pass the info
on. How did Arial stack up?
Ruth
Barbara Gray wrote:
All,
Before yall think that I must not have enough work to do, let me preface
this by telling you that several years ago, one of my PIs had an NSF
proposal rejected on characters per inch on an NSF submission after the
pdf conversion software slightly shrunk the font size. So I have
some concern with the new NSF typeface instructions that will become
effective on June 1. My understanding is that specific fonts are
now prescribed to level the playing field. I am a PC/Word user
and so I have experimented with the two possible typefaces (Georgia and
Palatino Linotype). In my experiment, I used a font size of 10, the
minimum that NSF says it will accept. Like most PIs, I was aiming
to maximize the amount of text I could fit in the fifteen pages of
narrative.
I found it quite interesting that, using Georgia 10 point at the default
line spacing setting (single-spaced), I could fit 56 lines of text on a
page with the 1 margins. I could only fit 48 lines of Palatino
Linotype 10 point on a page. Im not using a precision ruler, but
six lines of the Palatino Linotype 10 point also appear to be a smidgeon
greater than the allowable maximum of six lines per 1 vertical
height. Both type faces have the same horizontal
measurements. So if the PI doesnt realize the default line spacing
is different for the different type faces and opts to use Palatino
Linotype, s/he ends up with 120 lines (more than two pages) of text fewer
for the narrative than if s/he had selected the Georgia typeface.
(To correct, one would have to set the line spacing for Palatino Linotype
at exactly 11.5 points, which also results in the six lines fitting
within the 1 vertical measurement allowance.)
And to make matters more complicated, both the Georgia 10 point and the
Palatino Linotype 10 point had 16 characters per inch in my experiment,
more than the allowable 15 characters per inch per the new GPG. In
order to hit the 15 characters per inch, one would need to use a 10.5
point font for the Georgia typeface. I didnt do this part of the
experiment with Palatino Linotype, as two changes of default settings are
just too much to deal with.
Im not a Mac user, so I dont know if the same problems exist with the
four approved Mac typefaces (Arial, Helvetica, Palatino, and
Georgia). Perhaps a Mac user will volunteer to check out those four
fonts in the same way.
I think that, without guidance, most PIs will arbitrarily pick the font
they think looks best and will not bother to pull out the ruler.
Ive recommended that our PC-using PIs use Georgia because of the extra
lines per page with the default line spacing. But what, if anything
do I need to advise PIs about font size? Will the 10 point setting
that results in 16 characters per inch cause proposals to be
declined? Or can I assume that NSF will accept 10 point because
they establish that as the minimum size font, even though it exceeds the
stated characters per inch maximum?
Does anyone else share my concerns that (1) the playing field doesnt
appear to be leveled for PC/Word users and (2) the instructions seem to
conflict?
The specific directions on formatting from the new GPG section of the
combined policy and procedures manual is as follows:
Grant Proposal Guide II-2 NSF
07-140
a. An Arial,
Helvetica, Palatino (for Machintosh), Palatino Linotype (for Windows),
Computer Modern (TeX
only), or Georgia typeface, a black font color, and a font size of 10
points or larger must be used. (A Symbol font
may be used to insert Greek letters or special characters; however, the
font size requirement still applies.)
b. Type density, including characters and spaces, must be no more than 15
characters per inch;
c. No more than 6 lines of type within a vertical space of 1 inch;
and
d. Margins, in all directions, must be at least an inch.
3. Page Formatting
The guidelines specified above establish the minimum type size
requirements; however, PIs are advised that
readability is of paramount importance and should take precedence in
selection of an appropriate font for use in
the proposal. Small type size makes it difficult for reviewers to read
the proposal; consequently, the use
of small type not in compliance with the above guidelines may be grounds
for NSF to return the
proposal without review. Adherence to type size and line
spacing requirements also is necessary to ensure
that no proposer will have an
unfair advantage, by using smaller type or line spacing to provide more
text in the
proposal.
Thanks for your thoughts.
Barbara
Barbara H. Gray
Director of Grants & Contracts
Valdosta State University
1500 North Patterson Street
Valdosta, GA 31698-0429
Telephone: 229-333-7837
Fax: 229-245-3853
Email:
xxxxxx@valdosta.edu
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Evelyn J. Ford
Director, Sponsored Research
Center for Clinical Epidemiology & Biostatistics
School of Medicine, University of Pennsylvania
103C Blockley Hall
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