2014唐山工业职业技术学院毕业设计封面(6)

2019-03-16 17:58

基于单片机的光立方电路设计

void hang5() {

/* send_data(0x00); //发送段选数据 send_data(0x00); //发送位选数据 send_data(0x00); send_data(0x00);

send_data(0xff); //发送段选数据 send_data(0x00); //发送位选数据 send_data(0x00); send_data(0x00);

ST_CP=1; ST_CP=0;*/ //更新锁存数据

cs1 = 1; DATA_573 = 0x00; cs1 = 0; // cs2 = 1; DATA_573 = 0x00; cs2 = 0; // cs3 = 1; DATA_573 = 0x00; cs3 = 0; // cs4 = 1; DATA_573 = 0xff; cs4 = 0; // cs5 = 1; DATA_573 = 0x00; cs5 = 0; // cs6 = 1; DATA_573 = 0x00; cs6 = 0; // cs7 = 1; DATA_573 = 0x00; cs7 = 0; // cs8 = 1; DATA_573 = 0x00; cs8 = 0; // }

void hang6() {

/* send_data(0x00); //发送段选数据 send_data(0x00); //发送位选数据 send_data(0x00); send_data(0x00);

send_data(0x00); //发送段选数据 send_data(0xff); //发送位选数据 send_data(0x00); send_data(0x00);

ST_CP=1; ST_CP=0;*/ //更新锁存数据

cs1 = 1; DATA_573 = 0x00; cs1 = 0; // cs2 = 1; DATA_573 = 0x00; cs2 = 0; // cs3 = 1; DATA_573 = 0xff; cs3 = 0; // cs4 = 1; DATA_573 = 0x00; cs4 = 0; // cs5 = 1; DATA_573 = 0x00; cs5 = 0; // cs6 = 1; DATA_573 = 0x00; cs6 = 0; // cs7 = 1; DATA_573 = 0x00; cs7 = 0; // cs8 = 1; DATA_573 = 0x00; cs8 = 0; //

基于单片机的光立方电路设计

}

void hang7() {

/* send_data(0x00); //发送段选数据 send_data(0x00); //发送位选数据 send_data(0x00); send_data(0x00);

send_data(0x00); //发送段选数据 send_data(0x00); //发送位选数据 send_data(0xff); send_data(0x00);

ST_CP=1; ST_CP=0;*/ //更新锁存数据

cs1 = 1; DATA_573 = 0x00; cs1 = 0; // cs2 = 1; DATA_573 = 0xff; cs2 = 0; // cs3 = 1; DATA_573 = 0x00; cs3 = 0; // cs4 = 1; DATA_573 = 0x00; cs4 = 0; // cs5 = 1; DATA_573 = 0x00; cs5 = 0; // cs6 = 1; DATA_573 = 0x00; cs6 = 0; // cs7 = 1; DATA_573 = 0x00; cs7 = 0; // cs8 = 1; DATA_573 = 0x00; cs8 = 0; // }

void hang8() {

/* send_data(0x00); //发送段选数据 send_data(0x00); //发送位选数据 send_data(0x00); send_data(0x00);

send_data(0x00); //发送段选数据 send_data(0x00); //发送位选数据 send_data(0x00); send_data(0xff);

ST_CP=1; ST_CP=0;*/ //更新锁存数据

cs1 = 1; DATA_573 = 0xff; cs1 = 0; // cs2 = 1; DATA_573 = 0x00; cs2 = 0; // cs3 = 1; DATA_573 = 0x00; cs3 = 0; // cs4 = 1; DATA_573 = 0x00; cs4 = 0; // cs5 = 1; DATA_573 = 0x00; cs5 = 0; //

基于单片机的光立方电路设计

cs6 = 1; DATA_573 = 0x00; cs6 = 0; // cs7 = 1; DATA_573 = 0x00; cs7 = 0; // cs8 = 1; DATA_573 = 0x00; cs8 = 0; // } /*

void hang9() {

send_data(0x0f); //发送段选数据 send_data(0x00); //发送位选数据 send_data(0x00); send_data(0x00);

send_data(0x00); send_data(0x00); send_data(0x00); send_data(0x00);

ST_CP=1;

ST_CP=0; }

void hang10() {

send_data(0x00); send_data(0x0f); send_data(0x00); send_data(0x00);

send_data(0x00); send_data(0x00); send_data(0x00); send_data(0x00); ST_CP=1;

ST_CP=0; }

void hang11() {

send_data(0x00); send_data(0x00); send_data(0x0f); send_data(0x00);

send_data(0x00); send_data(0x00); send_data(0x00); send_data(0x0f);

发送段选数据发送位选数据 //更新锁存数据发送段选数据发送位选数据发送段选数据发送位选数据 //更新锁存数据发送段选数据发送位选数据发送段选数据发送位选数据

// // // // // // // // // //基于单片机的光立方电路设计

ST_CP=1;

ST_CP=0; //更新锁存数据 }

void hang12() {

send_data(0x00); //发送段选数据 send_data(0x00); //发送位选数据 send_data(0x00); send_data(0x0f);

send_data(0x00); // send_data(0x00); // send_data(0x00); send_data(0x00); ST_CP=1;

ST_CP=0; }

void hang13() {

send_data(0x00); // send_data(0x00); // send_data(0x00); send_data(0x00);

send_data(0x0f); // send_data(0x00); // send_data(0x00); send_data(0x00); ST_CP=1;

ST_CP=0; }

void hang14() {

send_data(0x00); // send_data(0x00); // send_data(0x00); send_data(0x00);

send_data(0x00); // send_data(0x0f); // send_data(0x00); send_data(0x00); ST_CP=1;

ST_CP=0; }

void hang15() {

send_data(0x00); //发送段选数据发送位选数据 //更新锁存数据发送段选数据发送位选数据发送段选数据发送位选数据 //更新锁存数据发送段选数据发送位选数据发送段选数据发送位选数据 //更新锁存数据发送段选数据

基于单片机的光立方电路设计

send_data(0x00); //发送位选数据 send_data(0x00); send_data(0x00);

send_data(0x00); //发送段选数据 send_data(0x00); //发送位选数据 send_data(0x0f); send_data(0x00); ST_CP=1;

ST_CP=0; //更新锁存数据 }

void hang16() {

send_data(0x00); //发送段选数据 send_data(0x00); //发送位选数据 send_data(0x00); send_data(0x00);

send_data(0x00); //发送段选数据 send_data(0x00); //发送位选数据 send_data(0x00); send_data(0x0f); ST_CP=1;

ST_CP=0; //更新锁存数据 }*/

频谱显示程序

typedef unsigned char uchar; typedef unsigned int uint;

#define channel 0x01 //设置AD通道为 P1.0 #define ADC_POWER (1<<7) #define ADC_SPEEDHH (0x03<<5) #define ADC_START (1<<3) #define PADCH (1<<5) #define ADC_FLAG (1<<4) code char SIN_TAB[128]={0,6,12,18,24,30,36,42,48,54,59,65,70,75,80,85,89,94,98,102, 105,108,112,114,117,119,121,123,124,125,126,126,126,126,126,125,124,123,121,119,117,114,112,108,105,102,98,94,89,85,80,75,70,65,59,54,48,42,36,30,24,18,12,6,0,-6,-12,-18,-24,-30,-36,-42,-48,-54,-59,-65,-70,-75,-80,-85,-89,-94,-98,-102,-105,-108,-112,-114,-117,-119,-121,-123,-124,-125,-126,-126,-126,-126,-126,-125,-124,-123,-121,-119,-117,-114,-112,-108,-105,-102,-98,-94,-89,-85,-80,-75,-70,-65,-59,-54,-48,-42,-36,-30,-24,-18,-12,-6}; //放大128倍后的cos整数表（128） code char COS_TAB[128]={127,126,126,125,124,123,121,119,117,114,112,108,105,102,98,94

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