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/*!
* @file DFRobot_LedDisplayModule.cpp
* @brief Define the basic structure of class DFRobot_LedDisplayModule
* @copyright Copyright (c) 2010 DFRobot Co.Ltd (http://www.dfrobot.com)
* @license The MIT License (MIT)
* @author [Actor](liang.li@dfrobot.com)
* @version V1.0.1
* @date 2019-12-10
* @url https://github.com/DFRobot/DFRobot_LedDisplayModule
*/
#include <Arduino.h>
#include "DFRobot_LedDisplayModule.h"
DFRobot_LedDisplayModule::DFRobot_LedDisplayModule(TwoWire *wire, uint8_t ledAddress)
{
_pWire = wire;
_ledAddress = ledAddress >> 1;
}
int DFRobot_LedDisplayModule::begin(eSetBit_t bit)
{
_bit = bit;
uint8_t state;
if(_bit == eSetBit_t::e4Bit)
state = begin4();
else if(_bit == eSetBit_t::e8Bit)
state = begin8();
return state;
}
int DFRobot_LedDisplayModule::begin4()
{
_pWire->begin();
if(i2cdetect(_ledAddress) != 0){
DBG("I2C ADDR ERROR!");
return ERR_ADDR;
}
setBrightness4(0);
displayOn();
return 0;
}
int DFRobot_LedDisplayModule::begin8()
{
_pWire->begin();
if(i2cdetect(_ledAddress) != 0){
DBG("I2C ADDR ERROR!");
return ERR_ADDR;
}
i2cWriteCmd(CMD_HT16K33_OSCON);
displayOn();
setBrightness8(15);
return 0;
}
void DFRobot_LedDisplayModule::displayOn()
{
i2cWriteCmd(0x01);
i2cWriteCmd(CMD_HT16K33_DISPLAYON);
}
void DFRobot_LedDisplayModule::displayOff()
{
i2cWriteCmd(0x00);
i2cWriteCmd(CMD_HT16K33_DISPLAYOFF);
}
void DFRobot_LedDisplayModule::flashTwos()
{
i2cWriteCmd(CMD_HT16K33_FLASHTWOS);
}
void DFRobot_LedDisplayModule::flashOnes()
{
i2cWriteCmd(CMD_HT16K33_FLASHONES);
}
void DFRobot_LedDisplayModule::flashHalfs()
{
i2cWriteCmd(CMD_HT16K33_FLASHHALFS);
}
void DFRobot_LedDisplayModule::stopFlash()
{
i2cWriteCmd(CMD_HT16K33_STOPFLASH);
}
void DFRobot_LedDisplayModule::setBrightness(int brightnessValue)
{
if(_bit == eSetBit_t::e4Bit)
setBrightness4(brightnessValue);
else if(_bit == eSetBit_t::e8Bit)
setBrightness8(brightnessValue);
}
void DFRobot_LedDisplayModule::setBrightness4(int brightnessValue)
{
if(brightnessValue == 8) brightnessValue = 0;
i2cWriteCmd((brightnessValue<<4)|0x01);
}
void DFRobot_LedDisplayModule::setBrightness8(int brightnessValue)
{
brightnessValue--;
i2cWriteCmd(0xE0|brightnessValue);
}
void DFRobot_LedDisplayModule::setDisplayArea(int areaData1,int areaData2,int areaData3,int areaData4 ,int areaData5,int areaData6 ,int areaData7 ,int areaData8)
{
if(_bit == eSetBit_t::e4Bit)
setDisplayArea4(areaData1,areaData2,areaData3,areaData4);
else if(_bit == eSetBit_t::e8Bit)
setDisplayArea8(areaData1,areaData2,areaData3,areaData4,areaData5,areaData6,areaData7,areaData8);
}
void DFRobot_LedDisplayModule::setDisplayArea4(int areaData1 ,int areaData2 ,int areaData3 ,int areaData4 )
{
if(areaData2==82 && areaData3==82 && areaData4==82)
{
displayAreaFlag = 1;
d11 = areaData1;
}
else if(areaData3==82 && areaData4==82)
{
displayAreaFlag = 2;
d21 = areaData1;
d22 = areaData2;
}
else if(areaData4==82)
{
displayAreaFlag = 3;
d31 = areaData1;
d32 = areaData2;
d33 = areaData3;
}
else
{
displayAreaFlag = 4;
d41 = areaData1;
d42 = areaData2;
d43 = areaData3;
d44 = areaData4;
}
}
void DFRobot_LedDisplayModule::setDisplayArea8(int areaData1,int areaData2,int areaData3,int areaData4 ,int areaData5,int areaData6 ,int areaData7 ,int areaData8)
{
if(areaData2==82 && areaData3==82 && areaData4==82 && areaData5==82 && areaData6==82 && areaData7==82 && areaData8==82)
{
displayAreaFlag = 1;
d11 = areaData1;
}
else if(areaData3==82 && areaData4==82 && areaData5==82 && areaData6==82 && areaData7==82 && areaData8==82)
{
displayAreaFlag = 2;
d21 = areaData1;
d22 = areaData2;
}
else if(areaData4==82 && areaData5==82 && areaData6==82 && areaData7==82 && areaData8==82)
{
displayAreaFlag = 3;
d31 = areaData1;
d32 = areaData2;
d33 = areaData3;
}
else if(areaData5==82 && areaData6==82 && areaData7==82 && areaData8==82)
{
displayAreaFlag = 4;
d41 = areaData1;
d42 = areaData2;
d43 = areaData3;
d44 = areaData4;
}
else if(areaData6==82 && areaData7==82 && areaData8==82)
{
displayAreaFlag = 5;
d51 = areaData1;
d52 = areaData2;
d53 = areaData3;
d54 = areaData4;
d55 = areaData5;
}
else if(areaData7==82 && areaData8==82)
{
displayAreaFlag = 6;
d61 = areaData1;
d62 = areaData2;
d63 = areaData3;
d64 = areaData4;
d65 = areaData5;
d66 = areaData6;
}
else if(areaData8==82)
{
displayAreaFlag = 7;
d71 = areaData1;
d72 = areaData2;
d73 = areaData3;
d74 = areaData4;
d75 = areaData5;
d76 = areaData6;
d77 = areaData7;
}
else
{
displayAreaFlag = 8;
d81 = areaData1;
d82 = areaData2;
d83 = areaData3;
d84 = areaData4;
d85 = areaData5;
d86 = areaData6;
d87 = areaData7;
d88 = areaData8;
}
}
void DFRobot_LedDisplayModule::print(double sensorData)
{
if(_bit == eSetBit_t::e4Bit)
print4(sensorData);
else if(_bit == eSetBit_t::e8Bit)
print8(sensorData);
}
void DFRobot_LedDisplayModule::print4(double sensorData)
{
char cacheBuf[10];
char cacheData1='0',cacheData2='0',cacheData3='0',cacheData4='0',cacheData5='0';
double temp = sensorData;
if(temp < 10)
{
dtostrf(temp,1,3,cacheBuf);
sscanf(cacheBuf,"%c%c%c%c%c%c%c%c%c",&cacheData1,&cacheData2,&cacheData3,&cacheData4,&cacheData5);
switch(displayAreaFlag)
{
case 1:sensorGetDisplayAddress4();i2cWriteData4(a1,TAB_Point2[cacheData1-48]);i2cWriteData4(d1,0x00);i2cWriteData4(d2,0x00);i2cWriteData4(d3,0x00);break;
case 2:sensorGetDisplayAddress4();i2cWriteData4(a1,TAB_Point2[cacheData1-48]);i2cWriteData4(a2,TAB2[cacheData3-48]);i2cWriteData4(d1,0x00);i2cWriteData4(d2,0x00);break;
case 3:sensorGetDisplayAddress4();i2cWriteData4(a1,TAB_Point2[cacheData1-48]);i2cWriteData4(a2,TAB2[cacheData3-48]);i2cWriteData4(a3,TAB2[cacheData4-48]);i2cWriteData4(d1,0x00);break;
case 4:i2cWriteData4(0,TAB_Point2[cacheData1-48]);i2cWriteData4(1,TAB2[cacheData3-48]);i2cWriteData4(2,TAB2[cacheData4-48]);i2cWriteData4(3,TAB2[cacheData5-48]);break;
}
}
else if(temp>=10 && temp<100)
{
dtostrf(temp,2,2,cacheBuf);
sscanf(cacheBuf,"%c%c%c%c%c%c%c%c%c",&cacheData1,&cacheData2,&cacheData3,&cacheData4,&cacheData5);
switch(displayAreaFlag)
{
case 1:sensorGetDisplayAddress4();i2cWriteData4(a1,TAB2[cacheData1-48]);i2cWriteData4(d1,0x00);i2cWriteData4(d2,0x00);i2cWriteData4(d3,0x00);break;
case 2:sensorGetDisplayAddress4();i2cWriteData4(a1,TAB2[cacheData1-48]);i2cWriteData4(a2,TAB_Point2[cacheData2-48]);i2cWriteData4(d1,0x00);i2cWriteData4(d2,0x00);break;
case 3:sensorGetDisplayAddress4();i2cWriteData4(a1,TAB2[cacheData1-48]);i2cWriteData4(a2,TAB_Point2[cacheData2-48]);i2cWriteData4(a3,TAB2[cacheData4-48]);i2cWriteData4(d1,0x00);break;
case 4:i2cWriteData4(0,TAB2[cacheData1-48]);i2cWriteData4(1,TAB_Point2[cacheData2-48]);i2cWriteData4(2,TAB2[cacheData4-48]);i2cWriteData4(3,TAB2[cacheData5-48]);break;
}
}
else if(temp>=100 && temp<1000)
{
dtostrf(temp,3,1,cacheBuf);
sscanf(cacheBuf,"%c%c%c%c%c%c%c%c%c",&cacheData1,&cacheData2,&cacheData3,&cacheData4,&cacheData5);
switch(displayAreaFlag)
{
case 1:sensorGetDisplayAddress4();i2cWriteData4(a1,TAB2[cacheData1-48]);i2cWriteData4(d1,0x00);i2cWriteData4(d2,0x00);i2cWriteData4(d3,0x00);break;
case 2:sensorGetDisplayAddress4();i2cWriteData4(a1,TAB2[cacheData1-48]);i2cWriteData4(a2,TAB2[cacheData2-48]);i2cWriteData4(d1,0x00);i2cWriteData4(d2,0x00);break;
case 3:sensorGetDisplayAddress4();i2cWriteData4(a1,TAB2[cacheData1-48]);i2cWriteData4(a2,TAB2[cacheData2-48]);i2cWriteData4(a3,TAB_Point2[cacheData3-48]);i2cWriteData4(d1,0x00);break;
case 4:i2cWriteData4(0,TAB2[cacheData1-48]);i2cWriteData4(1,TAB2[cacheData2-48]);i2cWriteData4(2,TAB_Point2[cacheData3-48]);i2cWriteData4(3,TAB2[cacheData5-48]);break;
}
}
else if(temp>=1000)
{
dtostrf(temp,4,0,cacheBuf);
sscanf(cacheBuf,"%c%c%c%c%c%c%c%c%c",&cacheData1,&cacheData2,&cacheData3,&cacheData4,&cacheData5);
switch(displayAreaFlag)
{
case 1:sensorGetDisplayAddress4();i2cWriteData4(a1,TAB2[cacheData1-48]);i2cWriteData4(d1,0x00);i2cWriteData4(d2,0x00);i2cWriteData4(d3,0x00);break;
case 2:sensorGetDisplayAddress4();i2cWriteData4(a1,TAB2[cacheData1-48]);i2cWriteData4(a2,TAB2[cacheData2-48]);i2cWriteData4(d1,0x00);i2cWriteData4(d2,0x00);break;
case 3:sensorGetDisplayAddress4();i2cWriteData4(a1,TAB2[cacheData1-48]);i2cWriteData4(a2,TAB2[cacheData2-48]);i2cWriteData4(a3,TAB2[cacheData3-48]);i2cWriteData4(d1,0x00);break;
case 4:i2cWriteData4(0,TAB2[cacheData1-48]);i2cWriteData4(1,TAB2[cacheData2-48]);i2cWriteData4(2,TAB2[cacheData3-48]);i2cWriteData4(3,TAB2[cacheData4-48]);break;
}
}
}
void DFRobot_LedDisplayModule::print4(const char *buf1,const char *buf2,const char *buf3,const char *buf4)
{
if (strcmp(buf1,"82") != 0){
ledData1 = buf1[0];
ledData11 = buf1[1];
}else{
ledData1 = 10;
ledData11 = 10;
}
if (strcmp(buf2,"82") != 0){
ledData2 = buf2[0];
ledData22 = buf2[1];
}else{
ledData2 = 10;
ledData22 = 10;
}
if (strcmp(buf3,"82") != 0){
ledData3 = buf3[0];
ledData33 = buf3[1];
}else{
ledData3 = 10;
ledData33 = 10;
}
if (strcmp(buf4,"82") != 0){
ledData4 = buf4[0];
ledData44 = buf4[1];
}else{
ledData4 = 10;
ledData44 = 10;
}
getDisplayData();
switch(displayAreaFlag)
{
case 1:sensorGetDisplayAddress4(); i2cWriteData4(a1,data1);i2cWriteData4(d1,0x00);i2cWriteData4(d2,0x00);i2cWriteData4(d3,0x00);break;
case 2:sensorGetDisplayAddress4(); i2cWriteData4(a1,data1);i2cWriteData4(a2,data2);i2cWriteData4(d1,0x00);i2cWriteData4(d2,0x00);break;
case 3:sensorGetDisplayAddress4(); i2cWriteData4(a1,data1);i2cWriteData4(a2,data2);i2cWriteData4(a3,data3);i2cWriteData4(d1,0x00);break;
case 4:i2cWriteData4(d41-1,data1);i2cWriteData4(d42-1,data2);i2cWriteData4(d43-1,data3);i2cWriteData4(d44-1,data4);break;
}
printCacheReset();
}
void DFRobot_LedDisplayModule::print8(double sensorData)
{
char cacheBuf[10];
char cacheData1='0',cacheData2='0',cacheData3='0',cacheData4='0',cacheData5='0',cacheData6='0',cacheData7='0',cacheData8='0',cacheData9='0';
double temp = sensorData;
if(temp<10)
{
dtostrf(temp,1,7,cacheBuf);
sscanf(cacheBuf,"%c%c%c%c%c%c%c%c%c",&cacheData1,&cacheData2,&cacheData3,&cacheData4,&cacheData5,&cacheData6,&cacheData7,&cacheData8,&cacheData9);
switch(displayAreaFlag)
{
case 1:sensorGetDisplayAddress8();i2cWriteData(a1,TAB_Point2[cacheData1-48]);i2cWriteData(d1,0x00);i2cWriteData(d2,0x00);i2cWriteData(d3,0x00);
i2cWriteData(d4,0x00);i2cWriteData(d5,0x00);i2cWriteData(d6,0x00);i2cWriteData(d7,0x00);break;
case 2:sensorGetDisplayAddress8();i2cWriteData(a1,TAB_Point2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData3-48]);i2cWriteData(d1,0x00);i2cWriteData(d2,0x00);
i2cWriteData(d3,0x00);i2cWriteData(d4,0x00);i2cWriteData(d5,0x00);i2cWriteData(d6,0x00);break;
case 3:sensorGetDisplayAddress8();i2cWriteData(a1,TAB_Point2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData3-48]);i2cWriteData(a3,TAB2[cacheData4-48]);i2cWriteData(d1,0x00);
i2cWriteData(d2,0x00);i2cWriteData(d3,0x00);i2cWriteData(d4,0x00);i2cWriteData(d5,0x00);break;
case 4:sensorGetDisplayAddress8();i2cWriteData(a1,TAB_Point2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData3-48]);i2cWriteData(a3,TAB2[cacheData4-48]);i2cWriteData(a4,TAB2[cacheData5-48]);
i2cWriteData(d2,0x00);i2cWriteData(d3,0x00);i2cWriteData(d4,0x00);i2cWriteData(d1,0x00);break;
case 5:sensorGetDisplayAddress8();i2cWriteData(a1,TAB_Point2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData3-48]);i2cWriteData(a3,TAB2[cacheData4-48]);i2cWriteData(a4,TAB2[cacheData5-48]);
i2cWriteData(a5,TAB2[cacheData6-48]);i2cWriteData(d3,0x00);i2cWriteData(d2,0x00);i2cWriteData(d1,0x00);break;
case 6:sensorGetDisplayAddress8();i2cWriteData(a1,TAB_Point2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData3-48]);i2cWriteData(a3,TAB2[cacheData4-48]);i2cWriteData(a4,TAB2[cacheData5-48]);
i2cWriteData(a5,TAB2[cacheData6-48]);i2cWriteData(a6,TAB2[cacheData7-48]);i2cWriteData(d2,0x00);i2cWriteData(d1,0x00);break;
case 7:sensorGetDisplayAddress8();i2cWriteData(a1,TAB_Point2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData3-48]);i2cWriteData(a3,TAB2[cacheData4-48]);i2cWriteData(a4,TAB2[cacheData5-48]);
i2cWriteData(a5,TAB2[cacheData6-48]);i2cWriteData(a6,TAB2[cacheData7-48]);i2cWriteData(a7,TAB2[cacheData8-48]);i2cWriteData(d1,0x00);break;
case 8:i2cWriteData(0,TAB_Point2[cacheData1-48]);i2cWriteData(1,TAB2[cacheData3-48]);i2cWriteData(2,TAB2[cacheData4-48]);i2cWriteData(3,TAB2[cacheData5-48]);
i2cWriteData(4,TAB2[cacheData6-48]);i2cWriteData(5,TAB2[cacheData7-48]);i2cWriteData(6,TAB2[cacheData8-48]);i2cWriteData(7,TAB2[cacheData9-48]);break;
}
}
else if(temp>=10 && temp<100)
{
dtostrf(temp,2,6,cacheBuf);
sscanf(cacheBuf,"%c%c%c%c%c%c%c%c%c",&cacheData1,&cacheData2,&cacheData3,&cacheData4,&cacheData5,&cacheData6,&cacheData7,&cacheData8,&cacheData9);
switch(displayAreaFlag)
{
case 1:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(d1,0x00);i2cWriteData(d2,0x00);i2cWriteData(d3,0x00);
i2cWriteData(d4,0x00);i2cWriteData(d5,0x00);i2cWriteData(d6,0x00);i2cWriteData(d7,0x00);break;
case 2:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB_Point2[cacheData2-48]);i2cWriteData(d1,0x00);i2cWriteData(d2,0x00);
i2cWriteData(d3,0x00);i2cWriteData(d4,0x00);i2cWriteData(d5,0x00);i2cWriteData(d6,0x00);break;
case 3:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB_Point2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData4-48]);i2cWriteData(d1,0x00);
i2cWriteData(d2,0x00);i2cWriteData(d3,0x00);i2cWriteData(d4,0x00);i2cWriteData(d5,0x00);break;
case 4:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB_Point2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData4-48]);i2cWriteData(a4,TAB2[cacheData5-48]);
i2cWriteData(d2,0x00);i2cWriteData(d3,0x00);i2cWriteData(d4,0x00);i2cWriteData(d1,0x00);break;
case 5:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB_Point2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData4-48]);i2cWriteData(a4,TAB2[cacheData5-48]);
i2cWriteData(a5,TAB2[cacheData6-48]);i2cWriteData(d3,0x00);i2cWriteData(d2,0x00);i2cWriteData(d1,0x00);break;
case 6:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB_Point2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData4-48]);i2cWriteData(a4,TAB2[cacheData5-48]);
i2cWriteData(a5,TAB2[cacheData6-48]);i2cWriteData(a6,TAB2[cacheData7-48]);i2cWriteData(d2,0x00);i2cWriteData(d1,0x00);break;
case 7:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB_Point2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData4-48]);i2cWriteData(a4,TAB2[cacheData5-48]);
i2cWriteData(a5,TAB2[cacheData6-48]);i2cWriteData(a6,TAB2[cacheData7-48]);i2cWriteData(a7,TAB2[cacheData8-48]);i2cWriteData(d1,0x00);break;
case 8:i2cWriteData(0,TAB2[cacheData1-48]);i2cWriteData(1,TAB_Point2[cacheData2-48]);i2cWriteData(2,TAB2[cacheData4-48]);i2cWriteData(3,TAB2[cacheData5-48]);
i2cWriteData(4,TAB2[cacheData6-48]);i2cWriteData(5,TAB2[cacheData7-48]);i2cWriteData(6,TAB2[cacheData8-48]);i2cWriteData(7,TAB2[cacheData9-48]);break;
}
}
else if(temp>=100 && temp<1000)
{
dtostrf(temp,3,5,cacheBuf);
sscanf(cacheBuf,"%c%c%c%c%c%c%c%c%c",&cacheData1,&cacheData2,&cacheData3,&cacheData4,&cacheData5,&cacheData6,&cacheData7,&cacheData8,&cacheData9);
switch(displayAreaFlag)
{
case 1:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(d1,0x00);i2cWriteData(d2,0x00);i2cWriteData(d3,0x00);
i2cWriteData(d4,0x00);i2cWriteData(d5,0x00);i2cWriteData(d6,0x00);i2cWriteData(d7,0x00);break;
case 2:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(d1,0x00);i2cWriteData(d2,0x00);
i2cWriteData(d3,0x00);i2cWriteData(d4,0x00);i2cWriteData(d5,0x00);i2cWriteData(d6,0x00);break;
case 3:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB_Point2[cacheData3-48]);i2cWriteData(d1,0x00);
i2cWriteData(d2,0x00);i2cWriteData(d3,0x00);i2cWriteData(d4,0x00);i2cWriteData(d5,0x00);break;
case 4:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB_Point2[cacheData3-48]);i2cWriteData(a4,TAB2[cacheData5-48]);
i2cWriteData(d2,0x00);i2cWriteData(d3,0x00);i2cWriteData(d4,0x00);i2cWriteData(d1,0x00);break;
case 5:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB_Point2[cacheData3-48]);i2cWriteData(a4,TAB2[cacheData5-48]);
i2cWriteData(a5,TAB2[cacheData6-48]);i2cWriteData(d3,0x00);i2cWriteData(d2,0x00);i2cWriteData(d1,0x00);break;
case 6:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB_Point2[cacheData3-48]);i2cWriteData(a4,TAB2[cacheData5-48]);
i2cWriteData(a5,TAB2[cacheData6-48]);i2cWriteData(a6,TAB2[cacheData7-48]);i2cWriteData(d2,0x00);i2cWriteData(d1,0x00);break;
case 7:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB_Point2[cacheData3-48]);i2cWriteData(a4,TAB2[cacheData5-48]);
i2cWriteData(a5,TAB2[cacheData6-48]);i2cWriteData(a6,TAB2[cacheData7-48]);i2cWriteData(a7,TAB2[cacheData8-48]);i2cWriteData(d1,0x00);break;
case 8:i2cWriteData(0,TAB2[cacheData1-48]);i2cWriteData(1,TAB2[cacheData2-48]);i2cWriteData(2,TAB_Point2[cacheData3-48]);i2cWriteData(3,TAB2[cacheData5-48]);
i2cWriteData(4,TAB2[cacheData6-48]);i2cWriteData(5,TAB2[cacheData7-48]);i2cWriteData(6,TAB2[cacheData8-48]);i2cWriteData(7,TAB2[cacheData9-48]);break;
}
}
else if(temp>=1000 && temp<10000)
{
dtostrf(temp,4,4,cacheBuf);
sscanf(cacheBuf,"%c%c%c%c%c%c%c%c%c",&cacheData1,&cacheData2,&cacheData3,&cacheData4,&cacheData5,&cacheData6,&cacheData7,&cacheData8,&cacheData9);
switch(displayAreaFlag)
{
case 1:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(d1,0x00);i2cWriteData(d2,0x00);i2cWriteData(d3,0x00);
i2cWriteData(d4,0x00);i2cWriteData(d5,0x00);i2cWriteData(d6,0x00);i2cWriteData(d7,0x00);break;
case 2:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(d1,0x00);i2cWriteData(d2,0x00);
i2cWriteData(d3,0x00);i2cWriteData(d4,0x00);i2cWriteData(d5,0x00);i2cWriteData(d6,0x00);break;
case 3:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData3-48]);i2cWriteData(d1,0x00);
i2cWriteData(d2,0x00);i2cWriteData(d3,0x00);i2cWriteData(d4,0x00);i2cWriteData(d5,0x00);break;
case 4:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData3-48]);i2cWriteData(a4,TAB_Point2[cacheData4-48]);
i2cWriteData(d2,0x00);i2cWriteData(d3,0x00);i2cWriteData(d4,0x00);i2cWriteData(d1,0x00);break;
case 5:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData3-48]);i2cWriteData(a4,TAB_Point2[cacheData4-48]);
i2cWriteData(a5,TAB2[cacheData6-48]);i2cWriteData(d3,0x00);i2cWriteData(d2,0x00);i2cWriteData(d1,0x00);break;
case 6:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData3-48]);i2cWriteData(a4,TAB_Point2[cacheData4-48]);
i2cWriteData(a5,TAB2[cacheData6-48]);i2cWriteData(a6,TAB2[cacheData7-48]);i2cWriteData(d2,0x00);i2cWriteData(d1,0x00);break;
case 7:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData3-48]);i2cWriteData(a4,TAB_Point2[cacheData4-48]);
i2cWriteData(a5,TAB2[cacheData6-48]);i2cWriteData(a6,TAB2[cacheData7-48]);i2cWriteData(a7,TAB2[cacheData8-48]);i2cWriteData(d1,0x00);break;
case 8:i2cWriteData(0,TAB2[cacheData1-48]);i2cWriteData(1,TAB2[cacheData2-48]);i2cWriteData(2,TAB2[cacheData3-48]);i2cWriteData(3,TAB_Point2[cacheData4-48]);
i2cWriteData(4,TAB2[cacheData6-48]);i2cWriteData(5,TAB2[cacheData7-48]);i2cWriteData(6,TAB2[cacheData8-48]);i2cWriteData(7,TAB2[cacheData9-48]);break;
}
}
else if(temp>=10000 && temp<100000)
{
dtostrf(temp,5,3,cacheBuf);
sscanf(cacheBuf,"%c%c%c%c%c%c%c%c%c",&cacheData1,&cacheData2,&cacheData3,&cacheData4,&cacheData5,&cacheData6,&cacheData7,&cacheData8,&cacheData9);
switch(displayAreaFlag)
{
case 1:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(d1,0x00);i2cWriteData(d2,0x00);i2cWriteData(d3,0x00);
i2cWriteData(d4,0x00);i2cWriteData(d5,0x00);i2cWriteData(d6,0x00);i2cWriteData(d7,0x00);break;
case 2:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(d1,0x00);i2cWriteData(d2,0x00);
i2cWriteData(d3,0x00);i2cWriteData(d4,0x00);i2cWriteData(d5,0x00);i2cWriteData(d6,0x00);break;
case 3:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData3-48]);i2cWriteData(d1,0x00);
i2cWriteData(d2,0x00);i2cWriteData(d3,0x00);i2cWriteData(d4,0x00);i2cWriteData(d5,0x00);break;
case 4:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData3-48]);i2cWriteData(a4,TAB2[cacheData4-48]);
i2cWriteData(d2,0x00);i2cWriteData(d3,0x00);i2cWriteData(d4,0x00);i2cWriteData(d1,0x00);break;
case 5:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData3-48]);i2cWriteData(a4,TAB2[cacheData4-48]);
i2cWriteData(a5,TAB_Point2[cacheData5-48]);i2cWriteData(d3,0x00);i2cWriteData(d2,0x00);i2cWriteData(d1,0x00);break;
case 6:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData3-48]);i2cWriteData(a4,TAB2[cacheData4-48]);
i2cWriteData(a5,TAB_Point2[cacheData5-48]);i2cWriteData(a6,TAB2[cacheData7-48]);i2cWriteData(d2,0x00);i2cWriteData(d1,0x00);break;
case 7:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData3-48]);i2cWriteData(a4,TAB2[cacheData4-48]);
i2cWriteData(a5,TAB_Point2[cacheData5-48]);i2cWriteData(a6,TAB2[cacheData7-48]);i2cWriteData(a7,TAB2[cacheData8-48]);i2cWriteData(d1,0x00);break;
case 8:i2cWriteData(0,TAB2[cacheData1-48]);i2cWriteData(1,TAB2[cacheData2-48]);i2cWriteData(2,TAB2[cacheData3-48]);i2cWriteData(3,TAB2[cacheData4-48]);
i2cWriteData(4,TAB_Point2[cacheData5-48]);i2cWriteData(5,TAB2[cacheData7-48]);i2cWriteData(6,TAB2[cacheData8-48]);i2cWriteData(7,TAB2[cacheData9-48]);break;
}
}
else if(temp>=100000 && temp<1000000)
{
dtostrf(temp,6,2,cacheBuf);
sscanf(cacheBuf,"%c%c%c%c%c%c%c%c%c",&cacheData1,&cacheData2,&cacheData3,&cacheData4,&cacheData5,&cacheData6,&cacheData7,&cacheData8,&cacheData9);
switch(displayAreaFlag)
{
case 1:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(d1,0x00);i2cWriteData(d2,0x00);i2cWriteData(d3,0x00);
i2cWriteData(d4,0x00);i2cWriteData(d5,0x00);i2cWriteData(d6,0x00);i2cWriteData(d7,0x00);break;
case 2:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(d1,0x00);i2cWriteData(d2,0x00);
i2cWriteData(d3,0x00);i2cWriteData(d4,0x00);i2cWriteData(d5,0x00);i2cWriteData(d6,0x00);break;
case 3:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData3-48]);i2cWriteData(d1,0x00);
i2cWriteData(d2,0x00);i2cWriteData(d3,0x00);i2cWriteData(d4,0x00);i2cWriteData(d5,0x00);break;
case 4:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData3-48]);i2cWriteData(a4,TAB2[cacheData4-48]);
i2cWriteData(d2,0x00);i2cWriteData(d3,0x00);i2cWriteData(d4,0x00);i2cWriteData(d1,0x00);break;
case 5:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData3-48]);i2cWriteData(a4,TAB2[cacheData4-48]);
i2cWriteData(a5,TAB2[cacheData5-48]);i2cWriteData(d3,0x00);i2cWriteData(d2,0x00);i2cWriteData(d1,0x00);break;
case 6:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData3-48]);i2cWriteData(a4,TAB2[cacheData4-48]);
i2cWriteData(a5,TAB2[cacheData5-48]);i2cWriteData(a6,TAB_Point2[cacheData6-48]);i2cWriteData(d2,0x00);i2cWriteData(d1,0x00);break;
case 7:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData3-48]);i2cWriteData(a4,TAB2[cacheData4-48]);
i2cWriteData(a5,TAB2[cacheData5-48]);i2cWriteData(a6,TAB_Point2[cacheData6-48]);i2cWriteData(a7,TAB2[cacheData8-48]);i2cWriteData(d1,0x00);break;
case 8:i2cWriteData(0,TAB2[cacheData1-48]);i2cWriteData(1,TAB2[cacheData2-48]);i2cWriteData(2,TAB2[cacheData3-48]);i2cWriteData(3,TAB2[cacheData4-48]);
i2cWriteData(4,TAB2[cacheData5-48]);i2cWriteData(5,TAB_Point2[cacheData6-48]);i2cWriteData(6,TAB2[cacheData8-48]);i2cWriteData(7,TAB2[cacheData9-48]);break;
}
}
else if(temp>=1000000 && temp<10000000)
{
dtostrf(temp,7,1,cacheBuf);
sscanf(cacheBuf,"%c%c%c%c%c%c%c%c%c",&cacheData1,&cacheData2,&cacheData3,&cacheData4,&cacheData5,&cacheData6,&cacheData7,&cacheData8,&cacheData9);
switch(displayAreaFlag)
{
case 1:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(d1,0x00);i2cWriteData(d2,0x00);i2cWriteData(d3,0x00);
i2cWriteData(d4,0x00);i2cWriteData(d5,0x00);i2cWriteData(d6,0x00);i2cWriteData(d7,0x00);break;
case 2:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(d1,0x00);i2cWriteData(d2,0x00);
i2cWriteData(d3,0x00);i2cWriteData(d4,0x00);i2cWriteData(d5,0x00);i2cWriteData(d6,0x00);break;
case 3:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData3-48]);i2cWriteData(d1,0x00);
i2cWriteData(d2,0x00);i2cWriteData(d3,0x00);i2cWriteData(d4,0x00);i2cWriteData(d5,0x00);break;
case 4:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData3-48]);i2cWriteData(a4,TAB2[cacheData4-48]);
i2cWriteData(d2,0x00);i2cWriteData(d3,0x00);i2cWriteData(d4,0x00);i2cWriteData(d1,0x00);break;
case 5:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData3-48]);i2cWriteData(a4,TAB2[cacheData4-48]);
i2cWriteData(a5,TAB2[cacheData5-48]);i2cWriteData(d3,0x00);i2cWriteData(d2,0x00);i2cWriteData(d1,0x00);break;
case 6:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData3-48]);i2cWriteData(a4,TAB2[cacheData4-48]);
i2cWriteData(a5,TAB2[cacheData5-48]);i2cWriteData(a6,TAB2[cacheData6-48]);i2cWriteData(d2,0x00);i2cWriteData(d1,0x00);break;
case 7:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData3-48]);i2cWriteData(a4,TAB2[cacheData4-48]);
i2cWriteData(a5,TAB2[cacheData5-48]);i2cWriteData(a6,TAB2[cacheData6-48]);i2cWriteData(a7,TAB_Point2[cacheData7-48]);i2cWriteData(d1,0x00);break;
case 8:i2cWriteData(0,TAB2[cacheData1-48]);i2cWriteData(1,TAB2[cacheData2-48]);i2cWriteData(2,TAB2[cacheData3-48]);i2cWriteData(3,TAB2[cacheData4-48]);
i2cWriteData(4,TAB2[cacheData5-48]);i2cWriteData(5,TAB2[cacheData6-48]);i2cWriteData(6,TAB_Point2[cacheData7-48]);i2cWriteData(7,TAB2[cacheData9-48]);break;
}
}
else if(temp>=10000000)
{
dtostrf(temp,8,0,cacheBuf);
sscanf(cacheBuf,"%c%c%c%c%c%c%c%c%c",&cacheData1,&cacheData2,&cacheData3,&cacheData4,&cacheData5,&cacheData6,&cacheData7,&cacheData8,&cacheData9);
switch(displayAreaFlag)
{
case 1:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(d1,0x00);i2cWriteData(d2,0x00);i2cWriteData(d3,0x00);
i2cWriteData(d4,0x00);i2cWriteData(d5,0x00);i2cWriteData(d6,0x00);i2cWriteData(d7,0x00);break;
case 2:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(d1,0x00);i2cWriteData(d2,0x00);
i2cWriteData(d3,0x00);i2cWriteData(d4,0x00);i2cWriteData(d5,0x00);i2cWriteData(d6,0x00);break;
case 3:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData3-48]);i2cWriteData(d1,0x00);
i2cWriteData(d2,0x00);i2cWriteData(d3,0x00);i2cWriteData(d4,0x00);i2cWriteData(d5,0x00);break;
case 4:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData3-48]);i2cWriteData(a4,TAB2[cacheData4-48]);
i2cWriteData(d2,0x00);i2cWriteData(d3,0x00);i2cWriteData(d4,0x00);i2cWriteData(d1,0x00);break;
case 5:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData3-48]);i2cWriteData(a4,TAB2[cacheData4-48]);
i2cWriteData(a5,TAB2[cacheData5-48]);i2cWriteData(d3,0x00);i2cWriteData(d2,0x00);i2cWriteData(d1,0x00);break;
case 6:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData3-48]);i2cWriteData(a4,TAB2[cacheData4-48]);
i2cWriteData(a5,TAB2[cacheData5-48]);i2cWriteData(a6,TAB2[cacheData6-48]);i2cWriteData(d2,0x00);i2cWriteData(d1,0x00);break;
case 7:sensorGetDisplayAddress8();i2cWriteData(a1,TAB2[cacheData1-48]);i2cWriteData(a2,TAB2[cacheData2-48]);i2cWriteData(a3,TAB2[cacheData3-48]);i2cWriteData(a4,TAB2[cacheData4-48]);
i2cWriteData(a5,TAB2[cacheData5-48]);i2cWriteData(a6,TAB2[cacheData6-48]);i2cWriteData(a7,TAB2[cacheData7-48]);i2cWriteData(d1,0x00);break;
case 8:i2cWriteData(0,TAB2[cacheData1-48]);i2cWriteData(1,TAB2[cacheData2-48]);i2cWriteData(2,TAB2[cacheData3-48]);i2cWriteData(3,TAB2[cacheData4-48]);
i2cWriteData(4,TAB2[cacheData5-48]);i2cWriteData(5,TAB2[cacheData6-48]);i2cWriteData(6,TAB2[cacheData7-48]);i2cWriteData(7,TAB2[cacheData8-48]);break;
}
}
}
void DFRobot_LedDisplayModule::print(const char *buf1,const char *buf2,const char *buf3,const char *buf4,const char *buf5,const char *buf6,const char *buf7,const char *buf8)
{
if(_bit == eSetBit_t::e4Bit)
print4(buf1,buf2,buf3,buf4);
else if(_bit == eSetBit_t::e8Bit)
print8(buf1,buf2,buf3,buf4,buf5,buf6,buf7,buf8);
}
void DFRobot_LedDisplayModule::print8(const char *buf1,const char *buf2,const char *buf3,const char *buf4,const char *buf5,const char *buf6,const char *buf7,const char *buf8)
{
String data = "82";
if (strcmp(buf1,"82") != 0){
ledData1 = buf1[0];
ledData11 = buf1[1];
}else{
ledData1 = 10;
ledData11 = 10;
}
if (strcmp(buf2,"82") != 0){
ledData2 = buf2[0];
ledData22 = buf2[1];
}else{
ledData2 = 10;
ledData22 = 10;
}
if (strcmp(buf3,"82") != 0){
ledData3 = buf3[0];
ledData33 = buf3[1];
}else{
ledData3 = 10;
ledData33 = 10;
}
if (strcmp(buf4,"82") != 0){
ledData4 = buf4[0];
ledData44 = buf4[1];
}else{
ledData4 = 10;
ledData44 = 10;
}
if (strcmp(buf5,"82") != 0){
ledData5 = buf5[0];
ledData55 = buf5[1];
}else{
ledData5 = 10;
ledData55 = 10;
}
if (strcmp(buf6,"82") != 0){
ledData6 = buf6[0];
ledData66 = buf6[1];
}else{
ledData6 = 10;
ledData66 = 10;
}
if (strcmp(buf7,"82") != 0){
ledData7 = buf7[0];
ledData77 = buf7[1];
}else{
ledData7 = 10;
ledData77 = 10;
}
if (strcmp(buf8,"82") != 0){
ledData8 = buf8[0];
ledData88 = buf8[1];
}else{
ledData8 = 10;
ledData88 = 10;
}
getDisplayData();
switch(displayAreaFlag)
{
case 1:sensorGetDisplayAddress8();i2cWriteData(a1,data1);i2cWriteData(d7,0x00);i2cWriteData(d6,0x00);i2cWriteData(d5,0x00);
i2cWriteData(d4,0x00);i2cWriteData(d3,0x00);i2cWriteData(d2,0x00);i2cWriteData(d1,0x00);break;
case 2:sensorGetDisplayAddress8();i2cWriteData(a1,data1);i2cWriteData(a2,data2);i2cWriteData(d6,0x00);i2cWriteData(d5,0x00);
i2cWriteData(d4,0x00);i2cWriteData(d3,0x00);i2cWriteData(d2,0x00);i2cWriteData(d1,0x00);break;
case 3:sensorGetDisplayAddress8();i2cWriteData(a1,data1);i2cWriteData(a2,data2);i2cWriteData(a3,data3);i2cWriteData(d5,0x00);
i2cWriteData(d4,0x00);i2cWriteData(d3,0x00);i2cWriteData(d2,0x00);i2cWriteData(d1,0x00);break;
case 4:sensorGetDisplayAddress8();i2cWriteData(a1,data1);i2cWriteData(a2,data2);i2cWriteData(a3,data3);i2cWriteData(a4,data4);
i2cWriteData(d4,0x00);i2cWriteData(d3,0x00);i2cWriteData(d2,0x00);i2cWriteData(d1,0x00);break;
case 5:sensorGetDisplayAddress8();i2cWriteData(a1,data1);i2cWriteData(a2,data2);i2cWriteData(a3,data3);i2cWriteData(a4,data4);
i2cWriteData(a5,data5);i2cWriteData(d3,0x00);i2cWriteData(d2,0x00);i2cWriteData(d1,0x00);break;
case 6:sensorGetDisplayAddress8();i2cWriteData(a1,data1);i2cWriteData(a2,data2);i2cWriteData(a3,data3);i2cWriteData(a4,data4);
i2cWriteData(a5,data5);i2cWriteData(a6,data6);i2cWriteData(d2,0x00);i2cWriteData(d1,0x00);break;
case 7:sensorGetDisplayAddress8();i2cWriteData(a1,data1);i2cWriteData(a2,data2);i2cWriteData(a3,data3);i2cWriteData(a4,data4);
i2cWriteData(a5,data5);i2cWriteData(a6,data6);i2cWriteData(a7,data7);i2cWriteData(d1,0x00);break;
case 8:i2cWriteData(d81-1,data1);i2cWriteData(d82-1,data2);i2cWriteData(d83-1,data3);i2cWriteData(d84-1,data4);
i2cWriteData(d85-1,data5);i2cWriteData(d86-1,data6);i2cWriteData(d87-1,data7);i2cWriteData(d88-1,data8);break;
}
printCacheReset();
}
void DFRobot_LedDisplayModule::i2cWriteCmd(uint8_t cmd)
{
_pWire->beginTransmission(_ledAddress);
_pWire->write(cmd);
_pWire->endTransmission();
}
void DFRobot_LedDisplayModule::i2cWriteData(uint8_t reg ,uint8_t data)
{
_pWire->beginTransmission(_ledAddress);
_pWire->write(reg*2);
_pWire->write(data);
_pWire->endTransmission();
}
void DFRobot_LedDisplayModule::i2cWriteData4(uint8_t reg ,uint8_t data)
{
_pWire->beginTransmission((0x68+reg*2)>>1);
_pWire->write(data);
_pWire->endTransmission();
}
void DFRobot_LedDisplayModule::printCacheReset()
{
ledData1='0';
ledData11='0';
ledData2='0';
ledData22='0';
ledData3='0';
ledData33='0';
ledData4='0';
ledData44='0';
ledData5='0';
ledData55='0';
ledData6='0';
ledData66='0';
ledData7='0';
ledData77='0';
ledData8='0';
ledData88='0';
}
void DFRobot_LedDisplayModule::getDisplayData()
{
if(ledData1==46 || ledData11==46)
{
if(ledData1==46)
{
data1 = 0x80;
}
else
{
if(ledData1==45) ledData1 = 84;
data1 = TAB_Point2[ledData1-48];
}
}
else
{
if(ledData1==45) ledData1 = 84;
data1 = TAB2[ledData1-48];
}
if(ledData2==46 || ledData22==46)
{
if(ledData2==46)
{
data2 = 0x80;
}
else
{
if(ledData2==45) ledData2 = 84;
data2 = TAB_Point2[ledData2-48];
}
}
else
{
if(ledData2==45) ledData2 = 84;
data2 = TAB2[ledData2-48];
}
if(ledData3==46 || ledData33==46)
{
if(ledData3==46)
{
data3 = 0x80;
}
else
{
if(ledData3==45) ledData3 = 84;
data3 = TAB_Point2[ledData3-48];
}
}
else
{
if(ledData3==45) ledData3 = 84;
data3 = TAB2[ledData3-48];
}
if(ledData4==46 || ledData44==46)
{
if(ledData4==46)
{
data4 = 0x80;
}
else
{
if(ledData4==45) ledData4 = 84;
data4 = TAB_Point2[ledData4-48];
}
}
else
{
if(ledData4==45) ledData4 = 84;
data4 = TAB2[ledData4-48];
}
if(ledData5==46 || ledData55==46)
{
if(ledData5==46)
{
data5 = 0x80;
}
else
{
if(ledData5==45) ledData5 = 84;
data5 = TAB_Point2[ledData5-48];
}
}
else
{
if(ledData5==45) ledData5 = 84;
data5 = TAB2[ledData5-48];
}
if(ledData6==46 || ledData66==46)
{
if(ledData6==46)
{
data6 = 0x80;
}
else
{
if(ledData6==45) ledData6 = 84;
data6 = TAB_Point2[ledData6-48];
}
}
else
{
if(ledData6==45) ledData6 = 84;
data6 = TAB2[ledData6-48];
}
if(ledData7==46 || ledData77==46)
{
if(ledData7==46)
{
data7 = 0x80;
}
else
{
if(ledData7==45) ledData7 = 84;
data7 = TAB_Point2[ledData7-48];
}
}
else
{
if(ledData7==45) ledData7 = 84;
data7 = TAB2[ledData7-48];
}
if(ledData8==46 || ledData88==46)
{
if(ledData8==46)
{
data8 = 0x80;
}
else
{
if(ledData8==45) ledData8 = 84;
data8 = TAB_Point2[ledData8-48];
}
}
else
{
if(ledData8==45) ledData8 = 84;
data8 = TAB2[ledData8-48];
}
}
void DFRobot_LedDisplayModule::getDisplayAddress41()
{
int DisplayAreaData[4] = {1,2,3,4};
a1 = d11;
a1--;
DisplayAreaData[d11-1] = 0;
int i = 0;
while(1)
{
int a = rand()%11;
if(DisplayAreaData[a] == 0 || a>3)
{
continue;
}
else if(i == 0)
{
d1 = DisplayAreaData[a];
d1--;
DisplayAreaData[a] = 0;
i++;
}
else if(i == 1)
{
d2 = DisplayAreaData[a];
d2--;
DisplayAreaData[a] = 0;
i++;
}
else if(i == 2)
{
d3 = DisplayAreaData[a];
d3--;
DisplayAreaData[a] = 0;
i++;
break;
}
}
}
void DFRobot_LedDisplayModule::getDisplayAddress42()
{
int DisplayAreaData[4] = {1,2,3,4};
a1 = d21;
a1--;
DisplayAreaData[d21-1] = 0;
a2 = d22;
a2--;
DisplayAreaData[d22-1] = 0;
int i = 0;
while(1)
{
int a = rand()%11;
if(DisplayAreaData[a] == 0 || a>3)
{
continue;
}
else if(i == 0)
{
d1 = DisplayAreaData[a];
d1--;
DisplayAreaData[a] = 0;
i++;
}
else if(i == 1)
{
d2 = DisplayAreaData[a];
d2--;
DisplayAreaData[a] = 0;
i++;
break;
}
}
}
void DFRobot_LedDisplayModule::getDisplayAddress43()
{
int DisplayAreaData[4] = {1,2,3,4};
a1 = d31;
a1--;
DisplayAreaData[d31-1] = 0;
a2 = d32;
a2--;
DisplayAreaData[d32-1] = 0;
a3 = d33;
a3--;
DisplayAreaData[d33-1] = 0;
int i = 0;
while(1)
{
int a = rand()%11;
if(DisplayAreaData[a] == 0 || a>3)
{
continue;
}
else if(i == 0)
{
d1 = DisplayAreaData[a];
d1--;
DisplayAreaData[a] = 0;
i++;
break;
}
}
}
void DFRobot_LedDisplayModule::getDisplayAddress81()
{
int DisplayAreaData[8] = {1,2,3,4,5,6,7,8};
a1 = d11;
a1--;
DisplayAreaData[d11-1] = 0;
int i = 0;
while(1)
{
int a = rand()%11;
if(DisplayAreaData[a] == 0 || a>7)
{
continue;
}
else if(i == 0)
{
d1 = DisplayAreaData[a];
d1--;
DisplayAreaData[a] = 0;
i++;
}
else if(i == 1)
{
d2 = DisplayAreaData[a];
d2--;
DisplayAreaData[a] = 0;
i++;
}
else if(i == 2)
{
d3 = DisplayAreaData[a];
d3--;
DisplayAreaData[a] = 0;
i++;
}
else if(i == 3)
{
d4 = DisplayAreaData[a];
d4--;
DisplayAreaData[a] = 0;
i++;
}
else if(i == 4)
{
d5 = DisplayAreaData[a];
d5--;
DisplayAreaData[a] = 0;
i++;
}
else if(i == 5)
{
d6 = DisplayAreaData[a];
d6--;
DisplayAreaData[a] = 0;
i++;
}
else if(i == 6)
{
d7 = DisplayAreaData[a];
d7--;
DisplayAreaData[a] = 0;
i++;
break;
}
}
}
void DFRobot_LedDisplayModule::getDisplayAddress82()
{
int DisplayAreaData[8] = {1,2,3,4,5,6,7,8};
a1 = d21;
a1--;
DisplayAreaData[d21-1] = 0;
a2 = d22;
a2--;
DisplayAreaData[d22-1] = 0;
int i = 0;
while(1)
{
int a = rand()%11;
if(DisplayAreaData[a] == 0 || a>7)
{
continue;
}
else if(i == 0)
{
d1 = DisplayAreaData[a];
d1--;
DisplayAreaData[a] = 0;
i++;
}
else if(i == 1)
{
d2 = DisplayAreaData[a];
d2--;
DisplayAreaData[a] = 0;
i++;
}
else if(i == 2)
{
d3 = DisplayAreaData[a];
d3--;
DisplayAreaData[a] = 0;
i++;
}
else if(i == 3)
{
d4 = DisplayAreaData[a];
d4--;
DisplayAreaData[a] = 0;
i++;
}
else if(i == 4)
{
d5 = DisplayAreaData[a];
d5--;
DisplayAreaData[a] = 0;
i++;
}
else if(i == 5)
{
d6 = DisplayAreaData[a];
d6--;
DisplayAreaData[a] = 0;
i++;
break;
}
}
}
void DFRobot_LedDisplayModule::getDisplayAddress83()
{
int DisplayAreaData[8] = {1,2,3,4,5,6,7,8};
a1 = d31;
a1--;
DisplayAreaData[d31-1] = 0;
a2 = d32;
a2--;
DisplayAreaData[d32-1] = 0;
a3 = d33;
a3--;
DisplayAreaData[d33-1] = 0;
int i = 0;
while(1)
{
int a = rand()%11;
if(DisplayAreaData[a] == 0 || a>7)
{
continue;
}
else if(i == 0)
{
d1 = DisplayAreaData[a];
d1--;
DisplayAreaData[a] = 0;
i++;
}
else if(i == 1)
{
d2 = DisplayAreaData[a];
d2--;
DisplayAreaData[a] = 0;
i++;
}
else if(i == 2)
{
d3 = DisplayAreaData[a];
d3--;
DisplayAreaData[a] = 0;
i++;
}
else if(i == 3)
{
d4 = DisplayAreaData[a];
d4--;
DisplayAreaData[a] = 0;
i++;
}
else if(i == 4)
{
d5 = DisplayAreaData[a];
d5--;
DisplayAreaData[a] = 0;
i++;
break;
}
}
}
void DFRobot_LedDisplayModule::getDisplayAddress84()
{
int DisplayAreaData[8] = {1,2,3,4,5,6,7,8};
a1 = d41;
a1--;
DisplayAreaData[d41-1] = 0;
a2 = d42;
a2--;
DisplayAreaData[d42-1] = 0;
a3 = d43;
a3--;
DisplayAreaData[d43-1] = 0;
a4 = d44;
a4--;
DisplayAreaData[d44-1] = 0;
int i = 0;
while(1)
{
int a = rand()%11;
if(DisplayAreaData[a] == 0 || a>7)
{
continue;
}
else if(i == 0)
{
d1 = DisplayAreaData[a];
d1--;
DisplayAreaData[a] = 0;
i++;
}
else if(i == 1)
{
d2 = DisplayAreaData[a];
d2--;
DisplayAreaData[a] = 0;
i++;
}
else if(i == 2)
{
d3 = DisplayAreaData[a];
d3--;
DisplayAreaData[a] = 0;
i++;
}
else if(i == 3)
{
d4 = DisplayAreaData[a];
d4--;
DisplayAreaData[a] = 0;
i++;
break;
}
}
}
void DFRobot_LedDisplayModule::getDisplayAddress85()
{
int DisplayAreaData[8] = {1,2,3,4,5,6,7,8};
a1 = d51;
a1--;
DisplayAreaData[d51-1] = 0;
a2 = d52;
a2--;
DisplayAreaData[d52-1] = 0;
a3 = d53;
a3--;
DisplayAreaData[d53-1] = 0;
a4 = d54;
a4--;
DisplayAreaData[d54-1] = 0;
a5 = d55;
a5--;
DisplayAreaData[d55-1] = 0;
int i = 0;
while(1)
{
int a = rand()%11;
if(DisplayAreaData[a] == 0 || a>7)
{
continue;
}
else if(i == 0)
{
d1 = DisplayAreaData[a];
d1--;
DisplayAreaData[a] = 0;
i++;
}
else if(i == 1)
{
d2 = DisplayAreaData[a];
d2--;
DisplayAreaData[a] = 0;
i++;
}
else if(i == 2)
{
d3 = DisplayAreaData[a];
d3--;
DisplayAreaData[a] = 0;
i++;
break;
}
}
}
void DFRobot_LedDisplayModule::getDisplayAddress86()
{
int DisplayAreaData[8] = {1,2,3,4,5,6,7,8};
a1 = d61;
a1--;
DisplayAreaData[d61-1] = 0;
a2 = d62;
a2--;
DisplayAreaData[d62-1] = 0;
a3 = d63;
a3--;
DisplayAreaData[d63-1] = 0;
a4 = d64;
a4--;
DisplayAreaData[d64-1] = 0;
a5 = d65;
a5--;
DisplayAreaData[d65-1] = 0;
a6 = d66;
a6--;
DisplayAreaData[d66-1] = 0;
int i = 0;
while(1)
{
int a = rand()%11;
if(DisplayAreaData[a] == 0 || a>7)
{
continue;
}
else if(i == 0)
{
d1 = DisplayAreaData[a];
d1--;
DisplayAreaData[a] = 0;
i++;
}
else if(i == 1)
{
d2 = DisplayAreaData[a];
d2--;
DisplayAreaData[a] = 0;
i++;
break;
}
}
}
void DFRobot_LedDisplayModule::getDisplayAddress87()
{
int DisplayAreaData[8] = {1,2,3,4,5,6,7,8};
a1 = d71;
a1--;
DisplayAreaData[d71-1] = 0;
a2 = d72;
a2--;
DisplayAreaData[d72-1] = 0;
a3 = d73;
a3--;
DisplayAreaData[d73-1] = 0;
a4 = d74;
a4--;
DisplayAreaData[d74-1] = 0;
a5 = d75;
a5--;
DisplayAreaData[d75-1] = 0;
a6 = d76;
a6--;
DisplayAreaData[d76-1] = 0;
a7 = d77;
a7--;
DisplayAreaData[d77-1] = 0;
int i = 0;
while(1)
{
int a = rand()%11;
if(DisplayAreaData[a] == 0 || a>7)
{
continue;
}
else if(i == 0)
{
d1 = DisplayAreaData[a];
DisplayAreaData[a] = 0;
d1--;
i++;
break;
}
}
}
void DFRobot_LedDisplayModule::sensorGetDisplayAddress4()
{
switch(displayAreaFlag)
{
case 1:getDisplayAddress41(); break;
case 2:getDisplayAddress42(); break;
case 3:getDisplayAddress43(); break;
}
}
void DFRobot_LedDisplayModule::sensorGetDisplayAddress8()
{
switch(displayAreaFlag)
{
case 1:getDisplayAddress81(); break;
case 2:getDisplayAddress82(); break;
case 3:getDisplayAddress83(); break;
case 4:getDisplayAddress84(); break;
case 5:getDisplayAddress85(); break;
case 6:getDisplayAddress86(); break;
case 7:getDisplayAddress87(); break;
}
}
int DFRobot_LedDisplayModule::i2cdetect(uint8_t _ledAddress)
{
_pWire->beginTransmission(_ledAddress);
if(_pWire->endTransmission() == 0)
{
DBG("Addr ok!");
return ERR_OK;
}
return ERR_ADDR;
}
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