Dürer & 測距儀2022d127 教科書風 e033 壁面の 覗き穴
-
timekagura
- 244
- 2
- 0
- 0
-
- いいね！0
2022zionad
@2022zionad
絵図の説明をする 左から Green 色： 立方体 存在 Blue 色 ： 窓面 数学での ｘｙ平面相当 Brownish Grey？： 壁面 Red 色 ： カメラアイ ダミー人形
2024-01-05 21:09:51
2022zionad
@2022zionad
Pictorial description. From left to right Green: Existence of a cube Blue: Window surface, equivalent to the xy-plane in mathematics Brownish Grey: Wall surface Red color: camera eye dummy doll DeepL
2024-01-05 21:10:02
2022zionad
@2022zionad
Here is the English translation of the explanation of the diagram: From the left: Green color: Cube presence Blue color: Window surface, equivalent to the mathematical xy-plane Brownish Grey color: Wall surface Red color: Camera eye, dummy human figure pic.twitter.com/TpmcstuSlQ
2024-01-05 21:10:16
拡大
2022zionad
@2022zionad
With the technology of the mathematical world The three-dimensionality of the globe became a flat map. DeepL
2024-01-05 21:10:46
2022zionad
@2022zionad
In the realm of mathematical technology, the three-dimensional globe has transformed into a flat map. ChatGPT
2024-01-05 21:10:58
2022zionad
@2022zionad
立体物を貫く 疑似光線 複数を使って ｘｙ平面に 対応を描いた 放射上の 光線たくさんや 平行に進む 光線たくさんで スクリーンに 2次元化した 形を描いた
2024-01-05 21:11:08
2022zionad
@2022zionad
Pseudo-rays penetrating three-dimensional objects. I drew the correspondence in the xy-plane. Many rays on a radial plane. And many rays traveling parallel to each other. I drew a two-dimensional shape on the screen. I drew a shape. DeepL
2024-01-05 21:11:18
2022zionad
@2022zionad
しかし 電磁現象世界の 出来事（事象）や 原子の位置 光線先端の位置を 描くには 従来の数学技法では 不十分になった
2024-01-05 21:11:27
2022zionad
@2022zionad
However, when it comes to depicting events in the electromagnetic phenomenon world, as well as determining the positions of atoms and the locations of ray endpoints, traditional mathematical techniques have proven to be insufficient. ChatGPT
2024-01-05 21:11:38
2022zionad
@2022zionad
What deserves attention is the newly introduced relationship between: 1. Wall surface (pinhole camera opening) 2. Observer's eye (camera eye) ChatGPT
2024-01-05 21:13:10
2022zionad
@2022zionad
数学世界で 使われた 3次元の被写体と 2次元のスクリーンの 位置関係は ここでは 固定する 立方体から 窓面までの距離を 一定とする
2024-01-05 21:13:32
2022zionad
@2022zionad
In the mathematical world, the positioning of the 3D subject and the 2D screen is fixed here. The distance from the cube to the window surface is held constant.
2024-01-05 21:13:43
2022zionad
@2022zionad
Similarly, the distance from the hole in the wall to the camera eye is held constant and fixed. ChatGPT
2024-01-05 21:14:11
2022zionad
@2022zionad
具体的には 壁の厚さ： 0 mm 壁の穴： 半径３cm カメラアイ： 点大きさとする カメラアイ位置： 壁面から 3cm カメラアイ位置： 壁穴 中心から 3cm こんな感じを イメージしておく
2024-01-05 21:14:22
2022zionad
@2022zionad
Specifically Wall thickness: 0 mm Hole in the wall: radius 3 cm Camera eye: point size Camera eye position: 3 cm from the wall Camera eye position: 3 cm from the center of the hole in the wall Let's imagine something like this DeepL
2024-01-05 21:14:34
2022zionad
@2022zionad
デューラーが 描いた糸を x軸として扱う デューラーが 立体物 リュート（楽器）を 平面の絵図にするときに利用した糸を 宇宙空間を進む 光線と見做す
2024-01-05 21:14:51