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Originally posted by Soylent Green Is People
reply to post by Arken
Here is a strip taken of Tycho crater. The is a "zoomable" image. Resolution is about 60 cm per pixel.
wms.lroc.asu.edu...
Here are some descriptions of what is visible in the long strip image:
Tycho Region
Originally posted by Arken
Only a little strip of a 85 KM wide crater... (one of the mostn interesting craters on the moon, "quote" NASA) and half of that image is in the dark.
Misfortuned NASA!!!
Originally posted by Soylent Green Is People
Originally posted by Arken
Only a little strip of a 85 KM wide crater... (one of the mostn interesting craters on the moon, "quote" NASA) and half of that image is in the dark.
Misfortuned NASA!!!
The LROC takes the images in strips. If you want the raw images, you are going to get strips.
Tycho is a big crater -- too big for one strip. If you want to see the whole crater in hi-res, you need to look at more than one strip.
LROC is an active mission. Hopefully at some point a good browser map will be created that stitches the hi-res strips together for the user to make viewing easier. Sort of like Google Moon -- but Google Moon at the moment uses mostly images from Clementine.
edit on 9/24/2010 by Soylent Green Is People because: speellling
Originally posted by Arken
But why NASA don't share publicly, and world wide, ALL its images of LROC mission in HIGH RESOLUTION?
Why Only one photo per month of a little strip of the moon? They still have a polaroid camera on board?
Poor Nasa....
Originally posted by Arken
Originally posted by Soylent Green Is People
Originally posted by Arken
Only a little strip of a 85 KM wide crater... (one of the mostn interesting craters on the moon, "quote" NASA) and half of that image is in the dark.
Misfortuned NASA!!!
The LROC takes the images in strips. If you want the raw images, you are going to get strips.
Tycho is a big crater -- too big for one strip. If you want to see the whole crater in hi-res, you need to look at more than one strip.
LROC is an active mission. Hopefully at some point a good browser map will be created that stitches the hi-res strips together for the user to make viewing easier. Sort of like Google Moon -- but Google Moon at the moment uses mostly images from Clementine.
Thanks.
But why NASA don't share publicly, and world wide, ALL its images of LROC mission in HIGH RESOLUTION?
Why Only one photo per month of a little strip of the moon? They still have a polaroid camera on board?
Poor Nasa....
The LROC takes the images in strips. If you want the raw images, you are going to get strips.
Tycho is a big crater -- too big for one strip. If you want to see the whole crater in hi-res, you need to look at more than one strip.
Originally posted by Saint Exupery
reply to post by CynicalM
OK, here is a photo of the lunar surface with a resolution of 80 microns (0.00008 meters), taken by the Apollo Lunar Surface Close-Up Camera. The frame is 7.6 × 8.3 cm. Here are the rest of the 4-dozen or so stereo pairs taken at this resolution.
Happy now, or do you need the entire Moon to be mapped at this level?
Originally posted by realeyes
Originally posted by Saint Exupery
reply to post by CynicalM
OK, here is a photo of the lunar surface with a resolution of 80 microns (0.00008 meters), taken by the Apollo Lunar Surface Close-Up Camera. The frame is 7.6 × 8.3 cm. Here are the rest of the 4-dozen or so stereo pairs taken at this resolution.
Happy now, or do you need the entire Moon to be mapped at this level?
I'm glad you pointed those photos out, it helps to strengthen my post. I am looking for a nice, wide panorama of the moon, just like they did on Mars. Not a camera pointed real close to an 8cm spot. Why the big secret?
Originally posted by realeyes
I was hoping for a real image. Not a faked moon landing image like the ones you linked to. But to be honest, the Mars image may be fake as well, just better photoshop skills.
This image here cannot be real. It would indicate 2 light sources and we know that there is only one, the Sun. To prove this, just observe the detail in the astronaut's suit, meanwhile the back portion of his helmet (top) has a highlight on it, If this was true then the front of him wouldn't be so visible, it would be in shadow.
Any decent photographer can look at this and make the connection.