Message from @SunRazor

Discord ID: 633162018836316170


2019-10-14 04:37:03 UTC  

@BallsOutScience do you mean Angular Field of View???

2019-10-14 04:37:15 UTC  

@rivenator12113 This is on topic

2019-10-14 04:37:25 UTC  

you made a statement that those two images prove one is faked

2019-10-14 04:37:36 UTC  

but I showed you how this can be a simple difference in focal length

2019-10-14 04:37:43 UTC  

So your original statement is bunk

2019-10-14 04:37:59 UTC  

The burden of proof now lies on you, gives me the 2 different focal length used.

2019-10-14 04:38:04 UTC  

I did prove it

2019-10-14 04:38:12 UTC  

I showed how this effect happens at different focal lengths

2019-10-14 04:38:23 UTC  

I don't have to look up the numbers to show that what you originally said was wrong

2019-10-14 04:38:28 UTC  

about the relative sizes of the earth and moon

2019-10-14 04:38:39 UTC  

Now that your original statement is wrong, are you still defending it?

2019-10-14 04:38:41 UTC  

You said it was because of focal length, now back it up with evidence with a NASA source saying that they were different focal length.

2019-10-14 04:38:48 UTC  

Hold up, guys @BallsOutScience @rivenator12113 I need to understand something about this part of the debate. Are we talking about how the earth and moon are both in focus?

2019-10-14 04:38:54 UTC  

I'm a bit confused

2019-10-14 04:38:55 UTC  

Ya it is, as demonstrated by the gif

2019-10-14 04:39:05 UTC  

THe size of the earth in the background

2019-10-14 04:39:07 UTC  

he said it's impossible

2019-10-14 04:39:13 UTC  

I showed how it's very possible due to a focal length difference

2019-10-14 04:39:26 UTC  

But now he's moving the goal post

2019-10-14 04:39:46 UTC  

Provide evidence that they had different focal length as you stated earlier. If you can't please don't come up with an assumption that you can't back up with evidence.

2019-10-14 04:39:48 UTC  

@BallsOutScience I would argue that it's not so much due to different focal lengths, but rather angular field of view.

2019-10-14 04:39:54 UTC  

All i said was focal length can make this happen

2019-10-14 04:39:56 UTC  

Do you deny that

2019-10-14 04:40:03 UTC  

And that's just based on my experience of working with some cameras.

2019-10-14 04:40:06 UTC  

I never said i knew the focal lengths

2019-10-14 04:40:21 UTC  

@SunRazor focal length and angular field of view are related intimately

2019-10-14 04:40:55 UTC  

@BallsOutScience You have 10 minutes to find the 2 different focal length used as you said. If you can't, I won't be wasting my time on bla bla talk with no productivity. 0 evidence = your debunking is futile

2019-10-14 04:40:57 UTC  

@rivenator12113 you made the claim taht focal length CANt make this happen

2019-10-14 04:41:03 UTC  

so now you have to prove that

2019-10-14 04:41:12 UTC  

I made the claim that focal length changes the relative size of the objects

2019-10-14 04:41:14 UTC  

and I provedthat

2019-10-14 04:41:24 UTC  

I have proven my claim, so you can stop with the strawman

2019-10-14 04:41:30 UTC  

And actually debate properly

2019-10-14 04:41:35 UTC  

Rather than running scared

2019-10-14 04:42:05 UTC  

10 minutes to show proof of different different focal length used go. I

2019-10-14 04:42:17 UTC  

k

2019-10-14 04:42:18 UTC  

12:50

2019-10-14 04:42:25 UTC  

well have fun with your strawman

2019-10-14 04:42:32 UTC  

all i said was it depends on focal length and i proved that

2019-10-14 04:42:45 UTC  

Go ahead and evade dealing with the fact that you've been proven wrong

2019-10-14 04:42:59 UTC  

I didn't strawman, you said it was due to different focal length. I asked for evidence to the 2 different focal length used, the burden of proof now lies on you.