/******************************************************************
名称：void LCD_DisNum(u8 Line,u32 Num)
功能：将输入的数字显示在12864上
调用：LCD_DisNum();
LCD_Write();
入口参数说明:
Line 为所要显示在的行数,取值为1-4,若输入0则默认为紧随上一个地址写
Num 为所显示浮点数，六位精度
******************************************************************/
void LCD_DisXiaoShu(u8 Line,double Num)
{
u32 Zheng; //储存整数部分
u32 Xiao; //储存小数部分
u32 temp;
temp=Num*1000000;
Zheng=(u32)(Num);
Xiao=temp-Zheng*1000000;
if(Xiao!=0)
{
u8 i=0;
u32 j=100000;
while(Xiao<j)
{
i++;
j/=10;
}
while(Xiao%10==0)
{
Xiao/=10;
}
LCD_DisNum(Line,Zheng);
LCD_Write(LCD_Flag_Data,'.');
while(i>0)
{
LCD_Write(LCD_Flag_Data,'0');
i--;
}
LCD_DisNum(0,Xiao);
}
else
{
LCD_DisNum(Line,Zheng);
}
}
/**
* @brief 主函数
* @param 无
* @retval 无
*/
int main(void)
{
LCD_Init();
LCD_Clear(0, 0, 240, 320, BACKGROUND);
LCD_DispChar(60, 60, 'A', RED);
LCD_DispStr(10, 10, (uint8_t *)"This is a lcd demo to display ascii", RED);
LCD_DispStr(40, 100, (uint8_t *)"count:", RED);
for( n=0; n<500000; n++ )
{
LCD_DisNum(100, 100, n, RED);
Lcd_Delay(0xAFFf>>4);
}
while( 1 ){}
}
int main(void)
{
GPIO_Config();
SYSTICK_Config();
LCD_Init();
ADC_Config();
USART_Config();
DAC_Mode_Init();
LCD_Clear(0, 0, 240, 320, BACKGROUND);
LCD_DispStr(40, 60, (uint8_t*)"Iin_Base:", BLACK);
LCD_DispStr(40, 90, (uint8_t*)"Iin_Phase:", BLACK);
LCD_DispStr(40, 110, (uint8_t*)"Vin_Phase:", BLACK);
LCD_DispStr(40, 140, (uint8_t*)"PF:", BLACK);
//
// Init_Iin(Iin);
// Init_Vin(Vin);
//
// cr4_fft_256_stm32(Iin_FFT,Iin,NPT);
// cr4_fft_256_stm32(Vin_FFT,Vin,NPT);
//
// GetPowerMag(Iin_Mag,Iin_FFT);
//
// BasePercent = GetBasePercent(Iin_Mag);
//
// Iin_Phase = GetPhase(Iin_FFT);
//
// Vin_Phase = GetPhase(Vin_FFT);
//
// PowerFactor = GetPFValue(BasePercent, Iin_Phase, Vin_Phase);
//
// LCD_DispADC(120, 60, BasePercent, BLACK);
// LCD_DisNum(120, 90, (uint16_t)Iin_Phase, BLACK);
// LCD_DisNum(120, 110, (uint16_t)Vin_Phase, BLACK);
// LCD_DispADC(120, 140, PowerFactor, BLACK);
while(1)
{
Vin_total=0;
Iin_total=0;
Iout_total=0;
for(i=0;i<NPT;i++)
{
Vin[i]=ADCConvertedValue[i*5];
//Vin_total+=Vin[i];
Iin[i]=ADCConvertedValue[i*5+1];
//Iin_total+=Iin[i];
Iout[i]=ADCConvertedValue[i*5+2];
//Iout_total+=Iout[i];
}
// Vin_total=Vin_total/256;
// Iin_total=Iin_total/256;
// Iout_total=Iout_total/256;
// LCD_DisNum(120, 90, Vin_total, BLACK);
// LCD_DisNum(120, 110, Iin_total, BLACK);
// LCD_DisNum(120, 130, Iout_total, BLACK);
cr4_fft_256_stm32(Iin_FFT,Iin,NPT);
cr4_fft_256_stm32(Vin_FFT,Vin,NPT);
GetPowerMag(Iin_Mag,Iin_FFT);
BasePercent = GetBasePercent(Iin_Mag);
Iin_Phase = GetPhase(Iin_FFT);
Vin_Phase = GetPhase(Vin_FFT);
PowerFactor = GetPFValue(BasePercent, Iin_Phase, Vin_Phase);
LCD_DispADC(120, 60, BasePercent, BLACK);
LCD_DisNum(120, 90, (uint16_t)Iin_Phase, BLACK);
LCD_DisNum(120, 110, (uint16_t)Vin_Phase, BLACK);
LCD_DispADC(120, 140, PowerFactor, BLACK);
}
} //main
void Dispaly_H(void)
{
LCD_DisNum(10, 10, hsl_l[0].h ,WHITE);
LCD_DisNum(35, 10, hsl_l[1].h ,WHITE);
LCD_DisNum(60, 10, hsl_l[2].h ,WHITE);
LCD_DisNum(10, 30, hsl_l[3].h ,WHITE);
LCD_DisNum(35, 30, hsl_l[4].h ,WHITE);
LCD_DisNum(60, 30, hsl_l[5].h ,WHITE);
LCD_DisNum(10, 50, hsl_l[6].h ,WHITE);
LCD_DisNum(35, 50, hsl_l[7].h ,WHITE);
LCD_DisNum(60, 50, hsl_l[8].h ,WHITE);
LCD_DisNum(10, 80, hsl_l[0].s ,WHITE);
LCD_DisNum(35, 80, hsl_l[1].s ,WHITE);
LCD_DisNum(60, 80, hsl_l[2].s ,WHITE);
LCD_DisNum(10, 100, hsl_l[3].s ,WHITE);
LCD_DisNum(35, 100, hsl_l[4].s ,WHITE);
LCD_DisNum(60, 100, hsl_l[5].s ,WHITE);
LCD_DisNum(10, 120, hsl_l[6].s ,WHITE);
LCD_DisNum(35, 120, hsl_l[7].s ,WHITE);
LCD_DisNum(60, 120, hsl_l[8].s ,WHITE);
LCD_DisNum(10, 160, hsl_l[0].l ,WHITE);
LCD_DisNum(35, 160, hsl_l[1].l ,WHITE);
LCD_DisNum(60, 160, hsl_l[2].l ,WHITE);
LCD_DisNum(10, 180, hsl_l[3].l ,WHITE);
LCD_DisNum(35, 180, hsl_l[4].l ,WHITE);
LCD_DisNum(60, 180, hsl_l[5].l ,WHITE);
LCD_DisNum(10, 200, hsl_l[6].l ,WHITE);
LCD_DisNum(35, 200, hsl_l[7].l ,WHITE);
LCD_DisNum(60, 200, hsl_l[8].l ,WHITE);
LCD_DisNum(210, 160, hsl_l[0].color ,WHITE);
LCD_DisNum(235, 160, hsl_l[1].color ,WHITE);
LCD_DisNum(260, 160, hsl_l[2].color ,WHITE);
LCD_DisNum(210, 180, hsl_l[3].color ,WHITE);
LCD_DisNum(235, 180, hsl_l[4].color ,WHITE);
LCD_DisNum(260, 180, hsl_l[5].color ,WHITE);
LCD_DisNum(210, 200, hsl_l[6].color ,WHITE);
LCD_DisNum(235, 200, hsl_l[7].color ,WHITE);
LCD_DisNum(260, 200, hsl_l[8].color ,WHITE);
LCD_DisColor(210, 10, hsl_l[0].color );
LCD_DisColor(235, 10, hsl_l[1].color );
LCD_DisColor(260, 10, hsl_l[2].color );
LCD_DisColor(210, 30, hsl_l[3].color );
LCD_DisColor(235, 30, hsl_l[4].color );
LCD_DisColor(260, 30, hsl_l[5].color );
LCD_DisColor(210, 50, hsl_l[6].color );
LCD_DisColor(235, 50, hsl_l[7].color );
LCD_DisColor(260, 50, hsl_l[8].color );
LCD_DispChar(210,70,area[page],WHITE);
}
