The simplest thing to do is make the height & the width the same and this
will give you 6 equal sides. How to check/change height & width depends on
your version...
Lucy
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MOS Master Instructor
www.aneasiertomorrow.com.au
Try holding down shift while inserting and stretching see if that helps
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I was going to suggest that then I got it into my head that that didn't give
you equal sides - I even got out my ruler & measured on screen (not very well
obviously). So I thought about how I used to make them with a compass (I say
'I' of course I mean Euclid) and decided a circle has a fixed diameter so
height & width should be equal, completely forgetting that the hexagon
doesn't reach the top of the circle if it reaches the sides ... <hangs head
in shame>
Daniel - completely ignore my first post. In my defence, I am blonde.
<goes to sit in corner with dunce cap on>
Lucy
--
PowerPoint MVP
MOS Master Instructor
www.aneasiertomorrow.com.au
Copy and paste the second line. Flip the copy vertically and position it
at the other end of the fist line.
Group the three lines. Flip the group horizontally and position with the
first group.
Group the whole thing.
Click and stretch as needed.
Worked for me!
Brian.
Martin
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Martin Conradi
www.showcase-online.co.uk
"Daniel" <Dan...@discussions.microsoft.com> wrote in message
news:697A7765-A1BB-464D...@microsoft.com...
Site Updated: Jan 01, 2008
(Amazing PowerPoint animations, artworks, games here)
http://pptheaven.mvps.org
PowerPoint Heaven - The Power to Animate
If fact you can also use 6 triagles if you want pieces, simply use the
'shift' key when you draw it and the 'shift' key whe you rotate the objects
into place. (recommend using the grid and snap to grid as well).
Martin - interesting out of the box thinking!
--
It''s cold up here in Toronto
Brian.
In article <697A7765-A1BB-464D...@microsoft.com>,
Dan...@discussions.microsoft.com (Daniel) wrote:
> *From:* Daniel <Dan...@discussions.microsoft.com>
> *Date:* Tue, 8 Jan 2008 06:03:02 -0800
It will never be exactly the same when stretched/rotated. The issue is that
our screens are not "square". Assuming you are running say 1024 x 768
resolution (4 x 3 ratio) and draw a shape that is 2" x 2" PowerPoint
(DirectX) draws it on the screen and there is some approximation on the
actual line lengths. Its all but impossible to find an exact width that
will give you an exact height unless you hit an exact 4 x 3 ratio. It will
always be off a pixel or two in one direction. This is especially true of
lines drawn at an angle on the screen. Toss dithering into the mix and you
begin to see how it can be off visually.
To see this in a more pronounced way, create a shape that is exactly 2" by
2". Now rotate the object 90 degrees. See the difference?
Austin Myers
MS PowerPoint MVP Team
Provider of PFCPro, PFCMedia and PFCExpress
www.playsforcertain.com
"John Wilson" <john AT technologytrish.co DOT uk> wrote in message
news:27AB834B-A2A0-49EB...@microsoft.com...
No ... what am I looking for?
The hexagon is quite a way off. I made six cloned lines and rotated them
exactly 60 /120/240 etc and then joined them up. The shifted / hexagon is
quite different!
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Amazing PPT Hints, Tips and Tutorials
I meant the square shape but yep, hexies are certainly hexed.
Draw a "regular" hexagon with shift held down and PPT gives you a shape whose
height and width are not equal. The one I'm playing with right now is 4.33 by
5".
If you make height and width equal, say 5" each, it distorts the hexagon.
OTOH, if I leave the height and width as-is after drawing the shape with shift
held down, I can copy and rotate them by 60 degree increments and they nest
nicely to one another.
So what does 'regular' mean in MSpeak, d'ya think?
-----------------------------------------
Steve Rindsberg, PPT MVP
PPT FAQ: www.pptfaq.com
PPTools: www.pptools.com
================================================
A true hexagon (equal sides and ofcourse angles) never has equal Height and
Width as a shade.
The ratio of a hexagon is 1:0.866 (and Yes a circle should touch every
corner of a hexagon)
PowerPoint however draws a hexagons at a ratio of 1:0.865
(ie a hexagon with the long side of 10cm will equal 8.65cm, not 8.66cm as it
should. Powerpoint draws in 'points' and I suspect a rounding issue is
involved here.
Solution (Please test this on your machines and see if is solves the
probelm, it works on mine):
1. Draw a hexagon using autoshape
2. resize hexagon, turn off lock aspect ratio, set width (or longest
bounding box edge) to 10cm and height (or shortest bounding box edge) to
8.66cm.
3. Resize object again, turn lock aspect ratio on.
4. Resize as required.
This is as close as you will get.
There is a problem with the 60 degree ration solution, as because it have to
move from point to point, it will never actually rotate to exactly 60
degrees.
Ok.... I am over hexagons...... goodnight
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It''s cold up here in Toronto