Jing Siwei, Fu Yun, Pu Zhuoshi - Jump Jump Physics Plug-in

—信仰

Jing Siwei, Fu Yun, Pu Zhuoshi - Jump Jump Physics Plug-in [Copy link]

 

A physical jump plug-in based on the 51 single-chip microcomputer

Jing Siwei, Fu Yun, Pu Zhuoshi

As a clumsy person, I have always been tortured by the WeChat jump. After reading other people’s posts, I made a program to play WeChat jump, and then assisted myself in playing games. Then I took the opportunity of the qualifiers to make one myself.

System Hardware Selection and Design

1.51 Minimum System Board

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2.Servo

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3

.Capacitive pen

[back color=rgb(255, 255, 255)]This work requires relatively few components

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Let's take a look at the program.

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#include
#define uint unsigned int #define uchar unsigned char typedef unsigned int u16; typedef unsigned char u8; #define GPIO_KEY P1 sbit pwm=P0^1; sbit led=P2^0; int i=0; int x=87; uchar y ; u8 code time[]={40,47,50,55,60,63,71,77,79,82,85,90,95,97,100,103};

[p=30, 2, left ]void delay(unsigned char i)//delay{ unsigned char j,k; for(j=i;j>0;j--) for(k=125;k>0;k--); }

void Time0_Init() //Timer 0 initializes and sends pwm wave { TMOD|=0x01; TH0=0xFF; TL0=0x38; EA=1; ET0=1; TR0=1; }

[p =30, 2, left] void Time1_Init() //Timer 1 initializes and changes the duty cycle { TMOD|=0x10; TH1=0xD8; TL1=0xF0; EA=1; ET1=1; TR1=0; }

void KeyDown(void)//Matrix key { char a=0; GPIO_KEY=0x0f; if(GPIO_KEY!=0x0f)//Read Check if the button is pressed { delay(10); //debounce if(GPIO_KEY!=0x0f) //confirm again { //Test column GPIO_KEY=0X0f; switch(GPIO_KEY) { case(0X07): y=0;break; case(0X0b): y=1;break; case(0X0d): y=2;break; case(0X0e) : y=3;break; } //Test line GPIO_KEY=0Xf0; switch(GPIO_KEY) { case(0X70): y=y; x=89;TR1=1;break; case(0Xb0): y=y+4;x=89;TR1=1;break; case(0Xd0): y=y+8;x=89; TR1=1;break; case(0Xe0): y=y+12;x=89;TR1=1;break; } while((a<50)&&(GPIO_KEY!=0xf0)) //Detect key release{ delay(10); a++; } } } }

void Time0_Int()interrupt 1 //Interrupt 0 { TH0=0xFF; TL0=0x38; i++; if(i==100) i=0; if(i>x) pwm=1; else pwm=0; led=0; }

void Time1_Int()interrupt 3 //Interrupt 1 { static int u=0; TH1=0xD8; TL1=0xF0; u++; if(u==time[y]) { u=0; x=87 ; TR1=0; } }

void main() { Time0_Init(); Time1_Init(); while(1) { KeyDown(); } We need to use a ruler to measure the distance between the two boxes, and then use The matrix buttons of the microcontroller input data to the microcontroller, which then controls the capacitive pen to achieve the purpose of controlling the jump.

This is also the place where this work is not intelligent enough. I hope there will be a great god Further improve this work.

Let's take a look at the effect{:1_138: }

跳一跳视频.mp4 (5.39 MB, downloads: 21)

2018-9-2 10:44 上传

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bqgup

Great, the post is well written, keep it up, you can post more of this kind of posts in the future, which will be very helpful to you. It can not only deepen your understanding of knowledge, but also improve your ability to express yourself.

okhxyyo

Haha, not bad, my highest record is 16 points.  I may also need such a plug-in

shower.xu

USB camera + OpenVC distance recognition + serial port transmission to MCU + driver private server motor click = fully automatic

世界之龙

Great, the post is well written. Keep it up. You can post more of this kind of posts in the future. It will be very helpful to you. It can not only deepen your understanding of knowledge, but also improve your ability to express yourself.

懒猫爱飞

Awesome