int ADE7758::lineFreq(char phase){
uint8_t mmode;
mmode = read8bits(MMODE);
write8bits(MMODE,(mmode&0x11111100 )| phase);
delay(10);
return read16bits(FREQ);
}
uint8_t LCD_Low_Level::receive(uint8_t rs_bit) {
writeControl(rs_bit, 1);
int data = 0;
if (_display_function & LCD_8BitMode) {
data = read8bits();
} else {
data = (read4bits() & 0x0F) << 4;
data = data | (read4bits() & 0x0F);
}
return data;
}
bool BMP::readImage(const std::string &pathname)
{
std::ifstream imageFile(pathname.c_str(),std::ios::binary);
/*Read Header Info*/
imageFile>>_signatureImage[0]>>_signatureImage[1];
imageFile.read((char*)&_sizeImage,sizeof(_sizeImage));
imageFile.read((char*)&_reservedImage[0],sizeof(_reservedImage[0]));
imageFile.read((char*)&_reservedImage[1],sizeof(_reservedImage[0]));
imageFile.read((char*)&_offsetImage,sizeof(_offsetImage));
imageFile.read((char*)&_sizeHeaderImage,sizeof(_sizeHeaderImage));
imageFile.read((char*)&_widthImage,sizeof(_widthImage));
imageFile.read((char*)&_heightImage,sizeof(_heightImage));
imageFile.read((char*)&_numberPlanesImage,sizeof(short int));
imageFile.read((char*)&_bitsPerPixelImage,sizeof(_bitsPerPixelImage));
imageFile.read((char*)&_compressionImage,sizeof(_compressionImage));
imageFile.read((char*)&_sizepixelImage,sizeof(_sizepixelImage));
imageFile.read((char*)&_horizontalResolutionImage,sizeof(_horizontalResolutionImage));
imageFile.read((char*)&_verticalResolutionImage,sizeof(_verticalResolutionImage));
imageFile.read((char*)&_numberColorsImage,sizeof(_numberColorsImage));
imageFile.read((char*)&_numberImportantColorImage,sizeof(_numberImportantColorImage));
imageFile.close();
switch(_bitsPerPixelImage)
{
case 8:
return read8bits();
break;
case 24:
return read24bits();
break;
default:
std::cout<<"Format not working with this application"<<std::endl;
break;
}
return false;
}