Eric:
I have never seen any software which dealt with non uniform DPI
settings, although that is always a possibility. And all the displays I
have ever worked on/with have been the same for both H and V. ( I am a
display engineer with over 25 years experience in CRT displays and a bit
in flat
John Hunter wrote:
> On Jan 31, 2008 12:54 AM, Eric Firing <[EMAIL PROTECTED]> wrote:
>
>> Screens vary. The screen on my laptop has about 130 dpi. Desktop flat
>> panels will usually have a smaller value than that. For example, an old
>> "15-inch" flat panel with 1024/768 pixels is actually abo
> On Jan 31, 2008 9:09 AM, Alan G Isaac <[EMAIL PROTECTED]> wrote:
>> So, to take an example, suppose I set the figsize=(6,4.5)
>> and dpi = 80. Then I will get a 480px by 360px figure.
>> So if this displays on a 120 dpi monitor it will display
>> as roughly 4" by 3". And if I print it unmodif
On Jan 31, 2008 9:09 AM, Alan G Isaac <[EMAIL PROTECTED]> wrote:
> So, to take an example, suppose I set the figsize=(6,4.5)
> and dpi = 80. Then I will get a 480px by 360px figure.
> So if this displays on a 120 dpi monitor it will display
> as roughly 4" by 3". And if I print it unmodified to
On Wed, 30 Jan 2008, "Wayne E. Harlan" apparently wrote:
> The figure size determines the eventual size of the figure
> where it will be displayed. You should set that with
> "figsize=(x,y)" before you actually plot. Then, and very
> importantly, you should set the DPI for the medium where
>
On Thu, 31 Jan 2008, John Hunter apparently wrote:
> And it is not unusual to have a different DPI in the
> horizontal and vertical directions. In order to support
> true physical sizes on the screen, we would need to
> support different dpis in the two directions.
Does that mean that one sho
On Jan 31, 2008 12:54 AM, Eric Firing <[EMAIL PROTECTED]> wrote:
> Screens vary. The screen on my laptop has about 130 dpi. Desktop flat
> panels will usually have a smaller value than that. For example, an old
> "15-inch" flat panel with 1024/768 pixels is actually about 12 inches
> wide, so dp
Alan G Isaac wrote:
> On Mon, 28 Jan 2008, Manuel Metz apparently wrote:
>> fig = pylab.figure(figsize=(6,10), dpi=96)
>> [...]
>> pylab.savefig("filename.eps", dpi=96)
>
> A couple questions.
>
> 1. The help for figure says that the dpi argument
> determines the "resolution". Suppose I am prod
Alan:
The figure size determines the eventual size of the figure where it will
be displayed. You should set that with "figsize=(x,y)" before you
actually plot. Then, and very importantly, you should set the DPI for
the medium where you are viewing the figure. A computer display will
probabl
On Mon, 28 Jan 2008, Manuel Metz apparently wrote:
> fig = pylab.figure(figsize=(6,10), dpi=96)
> [...]
> pylab.savefig("filename.eps", dpi=96)
A couple questions.
1. The help for figure says that the dpi argument
determines the "resolution". Suppose I am producing
a PNG file for screen display
Cheng-Kong Wu wrote:
> Dear all,
>
> I am working on sending vibration results to two
> plots: subplot(211) and subplot(212). I have the
> following questions:
>
> 1. How to define the size of the figure? I will
> eventually import the figure into Microsoft Word, and
> I hope I can fit the figure
Dear all,
I am working on sending vibration results to two
plots: subplot(211) and subplot(212). I have the
following questions:
1. How to define the size of the figure? I will
eventually import the figure into Microsoft Word, and
I hope I can fit the figure into one page.
2. If I want to make b
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