DES240#A2
- Tingting F
- Sep 19, 2021
- 3 min read
Updated: Sep 25, 2021
SDGs--Good Health and Well-Being
The prevalence of obesity among adults aged 15+ was 30.9 percent, which corresponds to an estimated 1.24 million adults.
citation： Ministry of Health. 2020. Annual Data Explorer 2019/20: New Zealand Health Survey [Data File]. URL: https://minhealthnz.shinyapps.io/nz-health-survey-2019-20-annual-data-explorer/
Research：
What cause this statistics?
Acquired causes：
Calories
Poor diet and lifestyle
Lack of physical activity
Other cause：
Gender
Region, race
Economy
Medical reasons
Genetic factors
Sketches：
Design brief：
Through the investigation, I have found out the reasons that cause the rise in the adults obesity rate in New Zealand. Actually, many obese patients have not realized that their obesity is caused by ingesting too many calories, poor living and eating habits and lack of exercise, expect for some factors hard to change, such as gene, gender, financial state and medication use. Obesity caused by these causes can be improved and controlled by changing daily lifestyle, doing more exercise and following the doctor’s advice, while it takes a lot of effort and the patients must have a strong will.
In the design, the X-ray machine is used, which is directly related to medicine and deeply connected with the inside of the human body. By scanning the bodies of different groups of people (healthy people and obese people) with X-ray machines, it was found that the obese patients were all filled with unhealthy food in their stomachs, while the healthy people had a balanced and healthy diet. In this way, I want to make more obese patients aware of their own health problems. Hopefully, they can have a healthy body once again.
Final：
Code：
PImage[] pic=new PImage[18];
float x=-300;
float y=300;
float z=900;
float step=2;
boolean dark=false;
void setup() {
size(1000, 1000);
background(212, 205, 205);
for (int i=0; i<pic.length; i++)
{
pic[i]=loadImage(i+1+".png");
}
pic[1].loadPixels();
pic[11].loadPixels();
}
void draw() {
background(212, 205, 205);
fill(51, 69, 76);
rect(270, 150, 470, 650);
fill(255);
if (frameCount%10==0) {
dark=!dark;
}
if (dark==true) {
image(pic[5], 470, 70, 60, 60);
} else {
image(pic[6], 470, 70, 60, 60);
}
if (x<width*0.6&&x>width*0.12) {
if (dark==true) {
image(pic[7], 470, 70, 60, 60);
} else {
image(pic[8], 470, 70, 60, 60);
}
}
if (x<width*0.725) {
int pixelNum = (int)(map(x, width*0.725, width*0.58, 0, pic[0].width));
if (pixelNum>=pic[0].width) {
pixelNum=pic[0].width;
}
for (int i = 0; i < pixelNum; i++) {
for (int j=0; j<pic[0].height; j++) {
pic[0].pixels[j*pic[0].width+i] = pic[1].pixels[j*pic[0].width+i];
}
}
if (x<width*0.25) {
pixelNum = (int)(map(x, width*0.25, width*0.105, 0, pic[0].width));
if (pixelNum>=pic[0].width) {
pixelNum=pic[0].width;
}
for (int i = 0; i < pixelNum; i++) {
for (int j=0; j<pic[0].height; j++) {
pic[0].pixels[j*pic[0].width+i] = pic[2].pixels[j*pic[0].width+i];
}
}
}
pic[0].updatePixels();
}
image(pic[0], x, 300);
if (x<width*0.465&&x>width*0.4) {
image(pic[13], x-150, height*0.26);
}
if (y<width*0.725) {
int pixelNum1 = (int)(map(y, width*0.725, width*0.6, 0, pic[9].width));
if (pixelNum1>=pic[9].width) {
pixelNum1=pic[9].width;
}
for (int i = 0; i < pixelNum1; i++) {
for (int j=0; j<pic[9].height; j++) {
pic[9].pixels[j*pic[9].width+i] = pic[10].pixels[j*pic[9].width+i];
}
}
if (y<width*0.24) {
pixelNum1 = (int)(map(y, width*0.240, width*0.140, 0, pic[9].width));
if (pixelNum1>=pic[9].width) {
pixelNum1=pic[9].width;
}
for (int i = 0; i < pixelNum1; i++) {
for (int j=0; j<pic[9].height; j++) {
pic[9].pixels[j*pic[9].width+i] = pic[11].pixels[j*pic[9].width+i];
}
}
}
pic[9].updatePixels();
}
image(pic[9], y, 220);
if (y<width*0.475&&y>width*0.4) {
image(pic[12], y-150, height*0.26);
}
if (z<width*0.725) {
int pixelNum2 = (int)(map(z, width*0.725, width*0.62, 0, pic[14].width));
if (pixelNum2>=pic[14].width) {
pixelNum2=pic[14].width;
}
for (int i = 0; i < pixelNum2; i++) {
for (int j=0; j<pic[14].height; j++) {
pic[14].pixels[j*pic[14].width+i] = pic[15].pixels[j*pic[14].width+i];
}
}
if (z<width*0.245) {
pixelNum2 = (int)(map(z, width*0.245, width*0.142, 0, pic[14].width));
if (pixelNum2>=pic[14].width) {
pixelNum2=pic[14].width;
}
for (int i = 0; i < pixelNum2; i++) {
for (int j=0; j<pic[14].height; j++) {
pic[14].pixels[j*pic[14].width+i] = pic[17].pixels[j*pic[14].width+i];
}
}
}
pic[14].updatePixels();
}
image(pic[14], z, 260);
if (z<width*0.475&&z>width*0.4) {
image(pic[16], z-150, height*0.28);
}
if (x<-770) {
x+=1800;
delay(2500);
}
if (y<-770) {
y+=1800;
delay(2500);
}
if (z<-770) {
z+=1800;
delay(2500);
}
x-=step;
y-=step;
z-=step;
image(pic[4], 0, 58);
image(pic[3], 0, 0);
}
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