house

 In this project, I plan to create a vase with a strong sense of design and have initially decided to use a spiral design. Currently, four versions have been produced. Version 1: Version 2: Version 3: Version 4:

This is a hollow vase, and I want its surface to look full of design. In fact, I initially planned to create panels through a graphic, but various issues arose, such as the deformation that occurred when they were combined. The most important issue was that they were surprisingly ugly. So I won't show it. Later, in my spare time, I discovered a very cool thing online, which is to use pull points to influence graphics. So I used Voronoi to create irregular polygons Each polygon is scaled with its own center point, but still requires a coefficient to do so, so I set this coefficient to the value output by the Pull point. The distance output by the Pull point is the shortest distance value from all points to the curve. The farther away the polygon is from the curve, the larger the distance value, and the smaller the scale factor. So I need a control coefficient, and I used multiplication to generate a new scaling coefficient. But there is still a problem with the scaling factor being ...

 I created an elevated structure in architectural design for this project, in which I applied the knowledge learned in the first class. Then spread it out to establish the faces of the polygon Comparing and controlling the size of polygons using size values Finally, combine them together

 You may not understand what this is, but what I want to say is that it is a modern style bench.... This is its original appearance： I think it's really suitable to be placed in the park. Cutting it open gave him a stronger sense of design, which is what I have always wanted to do. Let's see the final effect. I tried using two different materials, walnut and oak Finally, I would like to say that this bench looks very appealing to my taste, but unfortunately it's a bit buttocks draining.

I think the biggest challenge this assignment has brought me is the challenge of English listening. In Grasshopper, most of the vocabulary is unfamiliar to me, so it is challenging to keep up with the pace in class. But this assignment also gave me a clearer understanding of Grasshopper's basic theory. I have been thinking for a long time about the design of this assignment, how to make the finished product look less strange or inexplicable when it undergoes deformation. In the end, I decided to make this glass cup.  

 

After seeing the mechanics shown by the instructors, it reminded me of the "Dragon Dance", a traditional event that takes place every year in China during the New Year. This event is a project done by many people, just like the sticks that appear in this work, and each stick has a person underneath to manipulate the dragon's dance.                                             https://youtu.be/Mwbne5EwPHU                                 Here is a link to a video of the dragon dance                        【第一次舞龙灯现状-哔哩哔哩】 https://b23.tv/uw02Suw I changed the shape of the sandwich to a circle according to my idea, making the structure inside look like a piston engine. This did help a little with the operation of the mechanism.

                                               https://youtu.be/ANPTbi9osF4 This work comes from a story in ancient China, which took place during the Shang and Zhou periods of history and legend. King Zhou of Shang was tyrannical and King Wen of Zhou was determined to overthrow the tyranny. Tai Gong Jiang Ziya was ordered by his master to go down to the world to help King Wen. But Jiang Ziya felt that he was half a hundred years old and had no friendship with King Wen, so it was difficult for him to gain his appreciation. So on his way back to the capital, he fished on the side of the river with a straight hook without bait. The hook was curved, but Jiang Ziya used a straight hook (which could not be called a hook) without bait. When King Wen saw it, he thought it was a strange man, so he took the initiative to talk to him and found it was a really useful talent, so h...

 This is a kitten fishing toy, which consists of a button and a servo motor. The idea came from the last blog, and was adapted. When the button is pressed the kitten's fishing rod will be retracted, and when pressed again the rod will be lowered. <textarea> #include <Servo.h> const int BUTTON_PIN = 7;  const int SERVO_PIN  = 9;  Servo servo;  int angle = 0;          int lastButtonState;    int currentButtonState;  void setup() {   Serial.begin(9600);                   pinMode(BUTTON_PIN, INPUT_PULLUP);    servo.attach(SERVO_PIN);             servo.write(angle);   currentButtonState = digitalRead(BUTTON_PIN); } void loop() {   lastButtonState    = currentButtonState;        currentButtonState = digitalRead(BUTTON_PIN);    if(lastButtonState == HIGH && curre...

 This is a device driven back and forth by the motor, the force arm mounted on the motor will drive the hammer above repeatedly to the hammer held in the hands of the small man on the right. This work is called repeatedly carved himself. The villain is originally a square he relies on this nail to repeatedly carve themselves and then get their new image.

 This is a frustrated to the knees metal villain, as you can see, he is composed of a wire. To react to his emotions, I made his body crooked. Often at this time, whoever it is will want someone to give us comfort, and this is where my inspiration comes from, because not everyone will have the courage to comfort a stranger. In this installation, when we stand in front of the little man and look at him, the led on his head will become brighter and brighter as we get closer to him and as we say to him "everything will be okay". Orange is the color of warmth, and in my opinion, the color of healing. <textarea> /* Example sketch for the HC-SR04 ultrasonic sensor Written by Spulber George-Marian REQUIRES the following Arduino library: - EasyUltrasonic: https://github.com/SpulberGeorge/EasyUltrasonic This sketch prints the distance measured by the ultrasonic sensor in the 4 Pin Mode to the Serial Monitor. ###########################################         ...