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Originally posted by BIONICLE ALEX
The third one is all the way to the right hand side I just cant get to move the picture to that area, but if you enhance the original photo (not this one) go all the way to you right you'll see it in the sky as well.
Originally posted by hardcoremusiclover
Thank you very much! As I said before, I wasnt claiming it to be some alien ship, just some random thing.
Thank you for taking the time to do that and proving it is just a spec on the lens!
Originally posted by BIONICLE ALEX
I don't think is dust or any particles on the lens, look closely at this photo? the object is not there any more. As well as for the other photos, I was examine it and nothing, It looks like what ever it was it just disappear from the Rovers vision.
Originally posted by internos
Originally posted by BIONICLE ALEX
I don't think is dust or any particles on the lens, look closely at this photo? the object is not there any more. As well as for the other photos, I was examine it and nothing, It looks like what ever it was it just disappear from the Rovers vision.
And this is NORMAL in mars rovers images: dust comes and go: I've seen hundreds of situation like this.
While it is IMPOSSIBLE that an actual object is at the same exact relative coordinates in two or MORE (like in this case) shots taken toward two or MORE different directions: or can you explain that and think it's normal? Did the flying object tracked the rover's lens?
Originally posted by BIONICLE ALEX
So what your saying is that whe can't trust what ever the Rover captures on his lens's and the Viking satellite as well? so whats the use of waisting billions of dollars up in space if whe can't trust our own High Tech Equipment?
All I'm saying is there is 3 objects on those high resolution digital photos and all of isoden it disappear from the Rovers lens. if you look very closely the objects are far away from each other giving us the image of dimensional separation of all 3 objects. All are in different positions same shape different distance, what I mean with dimentional is they are the same object but in different size cause of there distance. if it was any particles at all, all 3 shape wouldn't be perfectly the same shape, am I right?
Originally posted by Soylent Green Is People
reply to post by BIONICLE ALEX
BIONICLE ALEX --
What Internos is saying is that the "objects" are in the EXACT same location relative to the edges of the picture in each picture.
That strongly suggests that the Objects are simply someting on the lens -- hence the reason for them being in the exact same location "in the frame of the image" every time.
Originally posted by BIONICLE ALEX
He used that little animation to explain at whatever he is trying to do, but if you look closely I used the same photos he used and something is not right, look at the photos I posted is the same one he used his animation with. On the semi last photos you can see that the sky is clear, that is one of the photo he used to make his animation. On the other photo you can see all 3 objects in air. You see my debate? analyze all the photos I posted and check his animation something is very wrong.
Mounted on the lower portion of the front and rear of the rover, these black-and-white cameras use visible light to capture three-dimensional (3-D) imagery. This imagery safeguards against the rover getting lost or inadvertently crashing into unexpected obstacles, and works in tandem with software that allows the rover make its own safety choices and to "think on its own."
The cameras each have a wide field of view of about 120 degrees. The rover uses pairs of Hazcam images to map out the shape of the terrain as far as 3 meters (10 feet) in front of it, in a "wedge" shape that is over 4 meters wide at the farthest distance. It needs to see far to either side because unlike human eyes, the Hazcam cameras cannot move independently; they're mounted directly to the rover body.