If i had a big list or directory of a lot of well known books and how many times s, q, d and r appears in them then sure I would be able to make a very good estimate on how many there are from just looking at the cover of the book, with a slight variance being in the editing that version may have. Almost like how a specific type of food will likely have a certain amount of protein fibre etc, with slight variations based on how the cook prepared the food.
I didn’t open the book, someone else looked into the book and wrote it down for me to then read when needed, just like how someone would put in the data for a program to look it up when asked.
No, you are hung up on trying to read the book without actually reading it.
That breaks the puzzle, since the device would not be able to anslyze the inside of an item of food from a pucture of the inside, and can only use highly generic data based on what it can assume from an image of the outside
You can get a pretty good generalisation if you know what the food is. How do you think current apps for tracking nutrition work? All that this will do is just try and figure out what the food is from the picture rather than the user typing it in. Most foods you can tell what it is without “looking inside”. I’m pretty sure there’s apps that do that now, this isn’t something new and groundbreaking.
And for nutrition you don’t need to be 100% exact when tracking it. Because you can’t be 100% even if you do know exact ingredients and how much of each one. Everything always has a variance. This method doesn’t need to be perfect for it to meet the needs of most that will use it.
I agree that you can get a generic value of nutrition from a photo of a simple, fruit or vegetable, but since a pie/cake contains soo much stuff that looks identical to other stuff, rendering any photographic analysis useless.
So yes, you can get some idea of the nutrition of some foods, but way too low to be useful.
If i had a big list or directory of a lot of well known books and how many times s, q, d and r appears in them then sure I would be able to make a very good estimate on how many there are from just looking at the cover of the book, with a slight variance being in the editing that version may have. Almost like how a specific type of food will likely have a certain amount of protein fibre etc, with slight variations based on how the cook prepared the food.
But then you have opened the books, missing the point.
I didn’t open the book, someone else looked into the book and wrote it down for me to then read when needed, just like how someone would put in the data for a program to look it up when asked.
That changes nothing, you had the book inspected and hot the data.
I think you’re missing what I’m trying to say.
No, you are hung up on trying to read the book without actually reading it.
That breaks the puzzle, since the device would not be able to anslyze the inside of an item of food from a pucture of the inside, and can only use highly generic data based on what it can assume from an image of the outside
Re-read the first one I sent.
You can get a pretty good generalisation if you know what the food is. How do you think current apps for tracking nutrition work? All that this will do is just try and figure out what the food is from the picture rather than the user typing it in. Most foods you can tell what it is without “looking inside”. I’m pretty sure there’s apps that do that now, this isn’t something new and groundbreaking.
And for nutrition you don’t need to be 100% exact when tracking it. Because you can’t be 100% even if you do know exact ingredients and how much of each one. Everything always has a variance. This method doesn’t need to be perfect for it to meet the needs of most that will use it.
I agree that you can get a generic value of nutrition from a photo of a simple, fruit or vegetable, but since a pie/cake contains soo much stuff that looks identical to other stuff, rendering any photographic analysis useless.
So yes, you can get some idea of the nutrition of some foods, but way too low to be useful.