Difference between revisions of "September 19, 2011"

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<em>image by [mailto:andre@ipact.nl" rel="nofollow André van der Hoeven], Netherlands</em><br />
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<em>image by [mailto:andre@ipact.nl André van der Hoeven], Netherlands</em><br />
 
<br />
 
<br />
In January 2004, when LPOD [http://www.lpod.org/archive/archive/2004/01/LPOD-2004-01-01.htm" rel="nofollow started], images were small (about 500 x 400 pixels) because few of us had high speed Internet connections<br />
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In January 2004, when LPOD [[January_1,_2004|started]], images were small (about 500 x 400 pixels) because few of us had high speed Internet connections
and we tended to think conservatively. Typically now, LPOD images are 800-900 x 600 pixels, more than twice the earlier area. Today's LPOD<br />
+
and we tended to think conservatively. Typically now, LPOD images are 800-900 x 600 pixels, more than twice the earlier area. Today's LPOD
is at the scale André sent it, and I await howls or accolades about its size. I love seeing the full sphere of the Moon (witness this [http://lpod.wikispaces.com/September+15%2C+2011 LPOD]), and<br />
+
is at the scale André sent it, and I await howls or accolades about its size. I love seeing the full sphere of the Moon (witness this [[September 15, 2011|LPOD]]), and
in looking back through this [http://lpod.wikispaces.com/2011 year], guess that full sphere images appear about twice a month. I tried reducing this to a half or a third of full size<br />
+
in looking back through this [Archive 2011|year]], guess that full sphere images appear about twice a month. I tried reducing this to a half or a third of full size
but lost the detail as the terminator moved around the limb and started marching westward. At smaller scales, the mosaic became a symbol of<br />
+
but lost the detail as the terminator moved around the limb and started marching westward. At smaller scales, the mosaic became a symbol of
how the Moon changed over a week, rather than a documentation of the changes. I have, for example, been looking lately at the North Polar<br />
+
how the Moon changed over a week, rather than a documentation of the changes. I have, for example, been looking lately at the North Polar
area under high Sun, and the full scale image allows me to identify which craters have rays, whereas the reduced scale view doesn't. Normally<br />
+
area under high Sun, and the full scale image allows me to identify which craters have rays, whereas the reduced scale view doesn't. Normally
when I create an LPOD I adjust the image to fill the screen on my laptop. I doubt if there will be many LPODs with such large images, but will<br />
+
when I create an LPOD I adjust the image to fill the screen on my laptop. I doubt if there will be many LPODs with such large images, but will
when they seem [http://lpod.wikispaces.com/February+23%2C+2011 justified]. I await your comments and suggestions. <br />
+
when they seem [[February 23, 2011|justified]]. I await your comments and suggestions.  
 
<br />
 
<br />
<em>[mailto:tychocrater@yahoo.com" rel="nofollow Chuck Wood]</em><br />
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<br />
 +
<em>[mailto:tychocrater@yahoo.com Chuck Wood]</em><br />
 
PS - We all understand that any negative comments refer to the image size, not image quality!<br />
 
PS - We all understand that any negative comments refer to the image size, not image quality!<br />
PPS - Sorry if any of you were spanned from my hacked Yahoo email account. I have changed the password and hope that stops it. <br />
+
PPS - Sorry if any of you were spammed from my hacked Yahoo email account. I have changed the password and hope that stops it. <br />
 
<br />
 
<br />
 
<strong>Technical Details</strong><br />
 
<strong>Technical Details</strong><br />
Sept, 2011. ED110 + DMK2; mosaics of 8-12 images, the separate images are 60s each with 30fps. Processing was done in Registax, with <br />
+
Sept, 2011. ED110 + DMK2; mosaics of 8-12 images, the separate images are 60s each with 30fps. Processing was done in Registax, with  
afterwards a deconvolution with Astra image to get the details out.<br />
+
afterwards a deconvolution with Astra image to get the details out.
 +
<br />
 
<br />
 
<br />
 
<strong>Related Links</strong><br />
 
<strong>Related Links</strong><br />
André's [http://www.astro-photo.nl" rel="nofollow website]<br />
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André's [http://www.astro-photo.nl website]
 
<br />
 
<br />
 
<hr />
 
<hr />
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<p><b>Yesterday's LPOD:</b> [[September 18, 2011|Bulbous Happenings]] </p>
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<p><b>Tomorrow's LPOD:</b> [[September 20, 2011|Sequencing]] </p>
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Latest revision as of 21:54, 27 October 2018

3x Giant

LPOD-Sept19-11.jpg
image by André van der Hoeven, Netherlands

In January 2004, when LPOD started, images were small (about 500 x 400 pixels) because few of us had high speed Internet connections and we tended to think conservatively. Typically now, LPOD images are 800-900 x 600 pixels, more than twice the earlier area. Today's LPOD is at the scale André sent it, and I await howls or accolades about its size. I love seeing the full sphere of the Moon (witness this LPOD), and in looking back through this [Archive 2011|year]], guess that full sphere images appear about twice a month. I tried reducing this to a half or a third of full size but lost the detail as the terminator moved around the limb and started marching westward. At smaller scales, the mosaic became a symbol of how the Moon changed over a week, rather than a documentation of the changes. I have, for example, been looking lately at the North Polar area under high Sun, and the full scale image allows me to identify which craters have rays, whereas the reduced scale view doesn't. Normally when I create an LPOD I adjust the image to fill the screen on my laptop. I doubt if there will be many LPODs with such large images, but will when they seem justified. I await your comments and suggestions.

Chuck Wood
PS - We all understand that any negative comments refer to the image size, not image quality!
PPS - Sorry if any of you were spammed from my hacked Yahoo email account. I have changed the password and hope that stops it.

Technical Details
Sept, 2011. ED110 + DMK2; mosaics of 8-12 images, the separate images are 60s each with 30fps. Processing was done in Registax, with afterwards a deconvolution with Astra image to get the details out.

Related Links
André's website


Yesterday's LPOD: Bulbous Happenings

Tomorrow's LPOD: Sequencing


COMMENTS?

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