1. 2D 도면에서 3D 물체를 만들어 낼 수 있을까?
~~ emphasizing its precision and design intricacies with a futuristic touch. (내가 지시하지 않은 프롬프트가 포함되어 있음)
프롬프트에서 달리3 가 임의로 추가한 내용을 제거해서 다시 시도.
두 세번 더 시도했는데 결과는 비슷했음.
2차원 도면으로 완벽한 3D를 만드는 것은 일단 여기까지!!
배운점 : 달리3에게 프롬프트 내용만 정확하게 생성해 달라고 할 수는 없다?
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2. 명함이 여러장 있는 사진에서 명함 정보를 표로 추출?
제법 만족스러운 결과가 나옴. 여러장의 이미지가 input으로 받아 들여지지 않음!
이미지의 최대 사이즈는 4096*4096. 이미지 두 장을 한 장으로 만들어서 시도함.
너무나 많은 오류를 생성함! 이미지 여러장을 한 개의 pdf파일로 만들어서 시도함!
요약
이미지는 한 번에 한장씩 처리함. 동시에 여러장 처리하지 못함.
여러장의 이미지를 한 장씩 자동으로 처리하려면 API를 사용하고 Python등으로 script를 작성해야 함
AI PDF는 사진이나 스캔문서를 PDF로 변환된 파일을 읽을 수 없음
3. 5분 길이의 YouTube영상을 한 개의 표로 정리
https://www.youtube.com/watch?v=3_fjEc4aQVk&t=194s
YouTube URL을 아래의 사이트에 넣으면 1초만에 내용을 text로 변환해 줌.
https://youtubetranscript.com/
You’ve filled up your cart and made it to the front of the grocery line
when you’re confronted with yet another choice:
what kind of bag should you use?
If you’ve seen the images of plastic bags strewn across the ocean,
it might seem obvious that plastic is bad for the environment.
Surely a paper bag or a cotton tote would be the better option.
But is that really true?
Each of these three materials has a unique environmental impact
that’s determined by its carbon footprint,
its potential to be reused and recycled, and its degradability.
So, to get the full story on these grocery bags
we need to look at how they’re made,
how they’re used, and where they ultimately go.
Let’s start with plastic.
The typical thin and flimsy plastic bag is made of high-density polyethylene,
commonly known as HDPE.
Producing this material requires extracting petroleum from the ground
and applying extreme heat.
The resulting polymer resin is then transported
alongside additional ingredients like titanium oxide and chalk
to a bag manufacturing plant.
Here, coal powered machines melt the materials down
and spin them into sheets of plastic,
which are then folded into bags.
By the time a bag reaches its final destination,
it’s contributed an estimated 1.6 kg of carbon dioxide to the atmosphere.
That’s the same amount of carbon a car produces,
driving a little over 6 kilometers.
But the alternatives actually possess a much larger carbon footprint.
Paper is made from wood pulp,
and when you account for the carbon cost of removing trees from their ecosystems,
a single paper bag can be responsible for about 5.5 kg of carbon dioxide.
Meanwhile, growing cotton is an extremely energy and water intensive process.
The production of a single cotton tote
emits an estimated 272 kg of carbon dioxide.
When we compare carbon footprints, plastic bags are the clear winner.
But environmental impact is also determined by how the bag is used.
Reusing or recycling these bags
significantly offsets their environmental toll
by reducing demand for new production.
To quantify that offset, we can divide the bag’s carbon footprint
by the number of times it’s reused.
For example, if a typical paper bag is reused three times,
it has a lower net impact than a single-use plastic bag.
The carbon footprint of a cotton tote can similarly be lowered,
if it’s reused 131 times.
Of these three options, durable cloth totes are most likely to be reused.
Evidence shows paper bags are quickly discarded due to their tendency to tear.
This issue plagues HDPE plastic bags as well.
But even when they’re made to avoid tearing,
their widespread availability makes it easy to treat them as single-use items.
Fortunately, researchers estimate that 40% of HDPE bags
are reused at least once for throwing out waste.
Recycling these bags also offsets their carbon footprint,
but it’s not universally possible for each material.
Many countries lack the infrastructure to efficiently recycle plastic bags.
Cotton totes are perhaps even more difficult to breakdown and process,
but since they’re often reused for long periods,
they’re still least likely to end up in landfills.
Whenever these bags aren’t recycled,
the third factor in calculating environmental impact comes into play:
degradability.
Since HDPE bags are heat-resistant and insoluble,
they stick around long after we’re done with them.
Partially broken down plastic can circulate in ecosystems for centuries.
Cotton on the other hand degrades substantially in a matter of months,
and paper bags break down completely in just 90 days.
So, which bag should you use?
It turns out the most environmentally friendly bags
have features of several materials we've discussed.
They’re durable and reusable, like cotton, but made of plastic,
which has a lower carbon footprint than cotton or paper.
These sturdy shopping bags consist of polyester, vinyl and other tough plastics,
and are already used worldwide.
Most importantly, they should last a lifetime—
making them the best option for the planet, and your groceries.
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위 텍스트를 ChatGPT에 넣고 표로 요약해 달라고 하면?
어색한 표현(눈물 때문에 빠르게 버려짐?)이 보여서 영어로 다시 해 달라고 함.
역시 영어를 더 잘 하네요. 텍스트가 길면 PDF로 변환(예: Ai PDF 플러그인 사용)해서 입력하면 될 듯 합니다.
4. 두 개의 경쟁 제품 비교
5. 내 작업 공간 평가
4, 5번은 말로만 설명 드리겠습니다 ^^