/*********************************************************************
*
* _DispFillrate
*/
static void _DispFillrate(char * sPre, float FillratePPS, char * sPost) {
unsigned int i;
char * apLabel[] = {" KPixel/s", " MPixel/s"};
GUI_DispString(sPre);
for (i = 0; i < GUI_COUNTOF(apLabel); i++) {
FillratePPS /= 1000;
if (FillratePPS < 1000) {
GUI_DispFloatFix((float)FillratePPS, 7, 3);
GUI_DispString(apLabel[i]);
break;
}
}
GUI_DispString(sPost);
}
void GUIDEMO_Unclassified(void) {
int xSize = LCD_GetXSize();
int32_t acc_adc_data[3] = {0};
float acc_nkg[3] = {0};
uint32_t baro_data = 0;
int32_t temp_data = 0;
uint32_t humi_data = 0;
uint32_t als_data = 0;
uint32_t ps_data = 0;
uint32_t step = 0;
#if 0
if (sensor_all_open() != 0)
return;
#endif
sensor_all_open();
// lighten GS-LED and ALS-LED
hal_gpio_output_low(&brd_gpio_table[GPIO_LED_GS]);
hal_gpio_output_low(&brd_gpio_table[GPIO_LED_ALS]);
// set back screen black
// GUIDEMO_HideInfoWin();
// GUIDEMO_ShowControlWin();
// GUI_Exec();
GUIDEMO_DrawBk(1);
GUI_SetColor(GUI_BLACK);
GUIDEMO_DrawBk(1);
// set font
GUI_SetColor(GUI_WHITE);
GUI_SetFont(&GUI_Font16_ASCII);
GUI_DispStringAt("step", GUIDEMO_UNCLASSIFIED_OFFSET, Y_START);
GUI_DispStringAt("acc_x", GUIDEMO_UNCLASSIFIED_OFFSET, Y_START + Y_STEP * 2);
GUI_DispStringAt("acc_y", GUIDEMO_UNCLASSIFIED_OFFSET, Y_START + Y_STEP * 4);
GUI_DispStringAt("acc_z", GUIDEMO_UNCLASSIFIED_OFFSET, Y_START + Y_STEP * 6);
#if 0
GUI_DispStringAt("barometer", GUIDEMO_UNCLASSIFIED_OFFSET, Y_START + Y_STEP * 6);
GUI_DispStringAt("temperature", GUIDEMO_UNCLASSIFIED_OFFSET, Y_START + Y_STEP * 8);
GUI_DispStringAt("humidity", GUIDEMO_UNCLASSIFIED_OFFSET, Y_START + Y_STEP * 10);
#endif
GUI_DispStringAt("als", GUIDEMO_UNCLASSIFIED_OFFSET, Y_START + Y_STEP * 8);
GUI_DispStringAt("proximity", GUIDEMO_UNCLASSIFIED_OFFSET, Y_START + Y_STEP * 10);
GUI_DispStringAt("sensor data upload:", GUIDEMO_UNCLASSIFIED_OFFSET, Y_START + Y_STEP * 12);
// GUI_HWIN hWnd;
do{
// print value
// GUI_SetOrientation(GUI_SWAP_XY);
// hWnd = WM_CreateWindow(10, 10, 200, 200, WM_CF_HIDE, _cbDesktop, 0);
// HAL_Delay(1000);
// WM_DeleteWindow(hWnd);
// print value type
if (!get_acc_data(&acc_adc_data[0], &acc_adc_data[1], &acc_adc_data[2], &step)) {
acc_nkg[0] = (float)acc_adc_data[0] * 9.8 / 1024;
acc_nkg[1] = (float)acc_adc_data[1] * 9.8 / 1024;
acc_nkg[2] = (float)acc_adc_data[2] * 9.8 / 1024;
GUI_GotoXY((xSize >> 1) + GUIDEMO_UNCLASSIFIED_OFFSET, Y_START);
GUI_DispDec(step, DEC_LEN_DEF);
GUI_GotoXY((xSize >> 1) + GUIDEMO_UNCLASSIFIED_OFFSET, Y_START + Y_STEP * 2);
GUI_DispFloatFix(acc_nkg[0], 7, 3);
GUI_DispString(" N/kg");
GUI_GotoXY((xSize >> 1) + GUIDEMO_UNCLASSIFIED_OFFSET, Y_START + Y_STEP * 4);
GUI_DispFloatFix(acc_nkg[1], 7, 3);
GUI_DispString(" N/kg");
GUI_GotoXY((xSize >> 1) + GUIDEMO_UNCLASSIFIED_OFFSET, Y_START + Y_STEP * 6);
GUI_DispFloatFix(acc_nkg[2], 7, 3);
GUI_DispString(" N/kg");
}
else {
GUI_DispStringAt("unknow", (xSize >> 1) + GUIDEMO_UNCLASSIFIED_OFFSET, Y_START + Y_STEP * 2);
GUI_DispStringAt("unknow", (xSize >> 1) + GUIDEMO_UNCLASSIFIED_OFFSET, Y_START + Y_STEP * 4);
GUI_DispStringAt("unknow", (xSize >> 1) + GUIDEMO_UNCLASSIFIED_OFFSET, Y_START + Y_STEP * 6);
}
#if 0
if (!get_baro_data(&baro_data)) {
GUI_GotoXY((xSize >> 1) + GUIDEMO_UNCLASSIFIED_OFFSET, Y_START + Y_STEP * 6);
GUI_DispDec(baro_data, DEC_LEN_DEF);
}
/*
*********************************************************************************************************
* 函 数 名: DispCh1Wave
* 功能说明: 显示通道1波形
* 形 参：无
* 返 回 值: 无
*********************************************************************************************************
*/
void DispCh1Wave(void)
{
int16_t i,j = 0; /* 有符号数 */
uint16_t *px;
uint16_t *py;
int16_t iTemp;
uint16_t VccMax,VccMin;
uint16_t Average;
for(i=0;i<1024;i++)
{
g_DSO.Ch1Buf[j++]=g_DSO.buffer[i]>>16; //ADC2
g_DSO.Ch1Buf[j++]=g_DSO.buffer[i] & 0xFFFF; //ADC1
}
if (g_DSO.BufUsed == 0)
{
g_DSO.BufUsed = 1;
}
else
{
g_DSO.BufUsed = 0;
}
if (g_DSO.BufUsed == 0)
{
px = g_DSO.xCh1Buf1;
py = g_DSO.yCh1Buf1;
}
else
{
px = g_DSO.xCh1Buf2;
py = g_DSO.yCh1Buf2;
}
GUI_SetColor(GUI_MAGENTA);
/* 下面的代码用于实现 最大值和最小值得差值 */
VccMax=g_DSO.Ch1Buf[0];
VccMin=g_DSO.Ch1Buf[0];
for(i=1;i<1024;i++)
{
if(VccMax<g_DSO.Ch1Buf[i])VccMax=g_DSO.Ch1Buf[i];
if(VccMin>g_DSO.Ch1Buf[i])VccMin=g_DSO.Ch1Buf[i];
}
VccMax=VccMax-VccMin;
GUI_GotoXY(323-55,104);
GUI_DispFloatFix((VccMax* 1.406)/1050,5,2);
/* CH1通道, 输入0V时，ADC采样值 = 1900 ,1024个点求到的平均值 */
/* 增益1:1的时候 1.406对应的AD值是2951 -1901 = 1050 */
for(i=1;i<21;i++)
{
Average +=g_DSO.Ch1Buf[i];
}
Average = Average / 20;
GUI_GotoXY(323-55,40);
GUI_DispFloatFix(((Average-1900) * 1.406)/1050,5,2);
GUI_DispDecAt(g_DSO.Ch1Buf[0], 323-55, 72, 4);
/* 下面的代码用于实现波形的刷新 */
for (i = 0; i < 300; i++)
{
px[i] = 15 + i;
iTemp = g_DSO.Ch1VOffset + (int16_t)((1900 - g_DSO.Ch1Buf[i + 1]) * 10)/g_DSO.Ch1Attenuation ;
if (iTemp > 200)
{
iTemp = 200;
}
else if (iTemp < 0)
{
iTemp = 0;
}
py[i] = iTemp;
}
/* 下面的代码采取清除上帧波形，然后再重新描绘新波形，避免整屏刷新的闪烁感 */
/* 清除上帧波形 */
if (g_DSO.BufUsed == 0)
{
GUI_SetColor(GUI_BLUE);
GUI_DrawGraph((signed short *)g_DSO.yCh1Buf2, 250, 14,20);
}
else
{
GUI_SetColor(GUI_BLUE);
GUI_DrawGraph((signed short *)g_DSO.yCh1Buf1, 250, 14,20);
}
/* 显示更新的波形 */
GUI_SetColor(GUI_YELLOW);
GUI_DrawGraph((I16 *)py, 250, 14,20);
}
