CPropertyItem_AEMode::CPropertyItem_AEMode(EdsImageRef imageRef)
{
EdsUInt32 uValue;
if( EDS_ERR_OK == EdsGetPropertyData( imageRef, kEdsPropID_AEMode, 0, sizeof(uValue),&uValue))
{
STR_ID_TABLE propCaptions[] = {
"Program AE", 0,
"Shutter-Speed Priority AE", 1,
"Aperture Priority AE", 2,
"Manual Exposure", 3,
"Bulb", 4,
"Auto Depth-of-Field AE AE", 5,
"Depth-of-Field AE", 6,
"Auto", 9,
"Night Scene Portrait", 10,
"Sports", 11,
"Portrait", 12,
"Landscape", 13,
"Close-Up", 14,
"Flash Off", 15,
};
const char * tmpString = GetPropertyString(propCaptions, sizeof(propCaptions)/sizeof(STR_ID_TABLE), (int)uValue);
m_value.push_back(tmpString);
strcpy_s(m_title, EDS_MAX_NAME, "AE Mode");
}
}
CPropertyItem_Copyright::CPropertyItem_Copyright (EdsImageRef imageRef)
{
char value[EDS_MAX_NAME] = {0};
if(EDS_ERR_OK == EdsGetPropertyData(imageRef, kEdsPropID_Copyright , 0 , sizeof(value), value ))
{
m_value.push_back(value);
strcpy_s(m_title, EDS_MAX_NAME, "Copyright");
}
}
CPropertyItem_MakerName::CPropertyItem_MakerName(EdsImageRef imageRef)
{
char value[EDS_MAX_NAME] = {0};
if(EDS_ERR_OK == EdsGetPropertyData(imageRef, kEdsPropID_MakerName , 0 , sizeof(value), value ))
{
m_value.push_back(value);
strcpy_s(m_title, EDS_MAX_NAME, "MakerName");
}
}
CPropertyItem_FirmwareVersion::CPropertyItem_FirmwareVersion (EdsImageRef imageRef)
{
char value[EDS_MAX_NAME] = {0};
if(EDS_ERR_OK == EdsGetPropertyData(imageRef, kEdsPropID_FirmwareVersion , 0 , sizeof(value), value ))
{
m_value.push_back(value);
strcpy_s(m_title, EDS_MAX_NAME, "FirmwareVersion");
}
}
CPropertyItem_FlashCompensation::CPropertyItem_FlashCompensation(EdsImageRef imageRef)
{
EdsUInt32 uValue;
char value[EDS_MAX_NAME] = {0};
if( EDS_ERR_OK == EdsGetPropertyData( imageRef, kEdsPropID_FlashCompensation, 0, sizeof(uValue),&uValue))
{
sprintf_s( value , EDS_MAX_NAME , "%d" , uValue);
}
}
CPropertyItem_GPSSatellites::CPropertyItem_GPSSatellites(EdsImageRef imageRef)
{
char value[EDS_MAX_NAME] = {0};
if( EDS_ERR_OK == EdsGetPropertyData( imageRef, kEdsPropID_GPSSatellites, 0, sizeof(value),&value))
{
strcpy_s(m_title, EDS_MAX_NAME, "GPS Satellites");
m_value.push_back(value);
}
}
CPropertyItem_ColorTone::CPropertyItem_ColorTone(EdsImageRef imageRef)
{
EdsInt32 sValue;
char value[EDS_MAX_NAME] = {0};
if( EDS_ERR_OK == EdsGetPropertyData( imageRef, kEdsPropID_ColorTone|kEdsPropID_AtCapture_Flag, 0, sizeof(sValue),&sValue))
{
sprintf_s(value, EDS_MAX_NAME, "%d", sValue);
strcpy_s(m_title, EDS_MAX_NAME, "Color Tone");
m_value.push_back(value);
}
}
CPropertyItem_GPSVersionID::CPropertyItem_GPSVersionID(EdsImageRef imageRef)
{
EdsUInt8 gpsVersion[4];
char value[EDS_MAX_NAME] = {0};
if( EDS_ERR_OK == EdsGetPropertyData( imageRef, kEdsPropID_GPSVersionID, 0, sizeof(gpsVersion),&gpsVersion))
{
strcpy_s(m_title, EDS_MAX_NAME, "GPS Version ID");
sprintf_s(value, EDS_MAX_NAME, "%d.%d.%d.%d", gpsVersion[0], gpsVersion[1], gpsVersion[2], gpsVersion[3]);
m_value.push_back(value);
}
}
CPropertyItem_Orientation::CPropertyItem_Orientation(EdsImageRef imageRef)
{
EdsUInt32 uValue;
char value[EDS_MAX_NAME] = {0};
if( EDS_ERR_OK == EdsGetPropertyData( imageRef, kEdsPropID_Orientation, 0, sizeof(uValue),&uValue))
{
sprintf_s( value , EDS_MAX_NAME , "%d" , uValue );
m_value.push_back(value);
strcpy_s(m_title, EDS_MAX_NAME, "Orientation");
}
}
CPropertyItem_WhiteBalanceShift::CPropertyItem_WhiteBalanceShift(EdsImageRef imageRef)
{
EdsInt32 wbShift[2];
char value[EDS_MAX_NAME] = {0};
if( EDS_ERR_OK == EdsGetPropertyData( imageRef, kEdsPropID_WhiteBalanceShift|kEdsPropID_AtCapture_Flag, 0, sizeof(wbShift),&wbShift))
{
sprintf_s(value, EDS_MAX_NAME, "AB:%2d GM:%2d", wbShift[0], wbShift[1]);
strcpy_s(m_title, EDS_MAX_NAME, "White Balance Shift");
m_value.push_back(value);
}
}
CPropertyItem_BodyID::CPropertyItem_BodyID(EdsImageRef imageRef)
{
// EdsUInt32 uValue;
char value[EDS_MAX_NAME] = {0};
if( EDS_ERR_OK == EdsGetPropertyData( imageRef, kEdsPropID_BodyIDEx, 0, sizeof(value),&value))
{
// sprintf_s( value , EDS_MAX_NAME , "%010d" , uValue );
m_value.push_back(value);
strcpy_s(m_title, EDS_MAX_NAME, "Body ID");
}
}
CPropertyItem_FocalLength::CPropertyItem_FocalLength(EdsImageRef imageRef)
{
EdsRational rational;
char value[EDS_MAX_NAME] = {0};
if( EDS_ERR_OK == EdsGetPropertyData( imageRef, kEdsPropID_FocalLength, 0, sizeof(rational),&rational))
{
sprintf_s( value , EDS_MAX_NAME , ":%.1fmm" , (double)rational.numerator/rational.denominator );
m_value.push_back(value);
strcpy_s(m_title, EDS_MAX_NAME, "FocalLength");
}
}
CPropertyItem_Tv::CPropertyItem_Tv(EdsImageRef imageRef)
{
EdsRational rational;
char value[EDS_MAX_NAME] = {0};
if( EDS_ERR_OK == EdsGetPropertyData( imageRef, kEdsPropID_Tv, 0, sizeof(rational),&rational))
{
sprintf_s( value , EDS_MAX_NAME , "%d/%d" , rational.numerator , rational.denominator );
m_value.push_back(value);
strcpy_s(m_title, EDS_MAX_NAME, "Tv");
}
}
CPropertyItem_DateTime::CPropertyItem_DateTime(EdsImageRef imageRef)
{
EdsTime time;
char value[EDS_MAX_NAME] = {0};
if( EDS_ERR_OK == EdsGetPropertyData( imageRef, kEdsPropID_DateTime, 0, sizeof(time),&time))
{
sprintf_s( value , EDS_MAX_NAME , "%d/%d/%d %d:%d" , time.month,time.day,time.year,time.hour,time.minute );
m_value.push_back(value);
strcpy_s(m_title, EDS_MAX_NAME, "DateTime");
}
}
CPropertyItem_WhiteBalance::CPropertyItem_WhiteBalance(EdsImageRef imageRef)
{
EdsInt32 sValue;
char value[EDS_MAX_NAME] = {0};
if( EDS_ERR_OK == EdsGetPropertyData( imageRef, kEdsPropID_WhiteBalance|kEdsPropID_AtCapture_Flag, 0, sizeof(sValue),&sValue))
{
STR_ID_TABLE propCaptions[] = {
"Auto", 0,
"Daylight", 1,
"Cloudy", 2,
"Tungsten", 3,
"Fluorescent", 4,
"Flash", 5,
"Manual", 6,
"Shade", 8,
"Color temperature", 9,
"Custom white balance: PC-1", 10,
"Custom white balance: PC-2", 11,
"Custom white balance: PC-3", 12,
"Manual 2", 15,
"Manual 3", 16,
"Manual 4", 15,
"Manual 5", 19,
"Custom white balance: PC-4", 20,
"Custom white balance: PC-5", 21,
};
const char * tmpString = GetPropertyString(propCaptions, sizeof(propCaptions)/sizeof(STR_ID_TABLE), (int)sValue);
m_value.push_back(tmpString);
strcpy_s(m_title, EDS_MAX_NAME, "White Balance");
if(sValue == 9)
{
EdsUInt32 uValue;
EdsGetPropertyData( imageRef, kEdsPropID_ColorTemperature|kEdsPropID_AtCapture_Flag, 0, sizeof(uValue),&uValue);
sprintf_s(value, EDS_MAX_NAME, "%d K", uValue);
m_value.push_back(value);
}
}
}
CPropertyItem_PhotoEffect::CPropertyItem_PhotoEffect(EdsImageRef imageRef)
{
EdsUInt32 uValue;
if( EDS_ERR_OK == EdsGetPropertyData( imageRef, kEdsPropID_PhotoEffect|kEdsPropID_AtCapture_Flag, 0, sizeof(uValue),&uValue))
{
if(uValue==5)
{
strcpy_s(m_title, EDS_MAX_NAME, "Photo Effect");
m_value.push_back("Black and White");
}
}
}
CPropertyItem_GPSTimeStamp::CPropertyItem_GPSTimeStamp(EdsImageRef imageRef)
{
EdsRational timeStamp[3];
char value[EDS_MAX_NAME] = {0};
if( EDS_ERR_OK == EdsGetPropertyData( imageRef, kEdsPropID_GPSTimeStamp, 0, sizeof(timeStamp),&timeStamp))
{
if(timeStamp[0].denominator != 0 && timeStamp[1].denominator != 0 && timeStamp[2].denominator != 0)
sprintf_s( value , EDS_MAX_NAME , "%02d:%02d:%02d" , timeStamp[0].numerator/ timeStamp[0].denominator , timeStamp[1].numerator/ timeStamp[1].denominator , timeStamp[2].numerator/ timeStamp[2].denominator );
strcpy_s(m_title, EDS_MAX_NAME, "GPS Time Stamp");
m_value.push_back(value);
}
}
CPropertyItem_GPSAltitude::CPropertyItem_GPSAltitude(EdsImageRef imageRef)
{
EdsUInt8 alitudeRef;
EdsRational rational;
char value[EDS_MAX_NAME] = {0};
if( EDS_ERR_OK == EdsGetPropertyData( imageRef, kEdsPropID_GPSAltitudeRef, 0, sizeof(alitudeRef),&alitudeRef))
{
EdsGetPropertyData( imageRef,kEdsPropID_GPSAltitude , 0, sizeof(rational), &rational);
// negative value
if( alitudeRef == 1)
{
sprintf_s( value , EDS_MAX_NAME , "-%.2fm" , (EdsFloat)rational.numerator/rational.denominator );
}
//
else
{
sprintf_s( value , EDS_MAX_NAME , "%.2fm" ,(EdsFloat)rational.numerator/rational.denominator );
}
strcpy_s(m_title, EDS_MAX_NAME, "GPS Altitude");
m_value.push_back(value);
}
}
CPropertyItem_Sharpness::CPropertyItem_Sharpness(EdsImageRef imageRef)
{
char value[EDS_MAX_NAME] = {0};
char productName[EDS_MAX_NAME] = {0};
if(EDS_ERR_OK != EdsGetPropertyData(imageRef, kEdsPropID_ProductName|kEdsPropID_AtCapture_Flag, 0 , sizeof(productName), productName )) return;
if(!strcmp("EOS-1D", productName) ||
!strcmp("EOS-1Ds", productName))
{
EdsUInt32 sharpness[2];
if(EDS_ERR_OK != EdsGetPropertyData( imageRef, kEdsPropID_Sharpness , 0, sizeof(sharpness),&sharpness))
{
STR_ID_TABLE propCaptions[] = {
"Off", 0,
"Rough", 1,
"Mid. rough", 2,
"Standard", 3,
"Mid. fine", 4,
"Fine", 5,
};
strcpy_s(m_title, EDS_MAX_NAME, "Sharpness");
const char * tmpString = GetPropertyString(propCaptions, sizeof(propCaptions)/sizeof(STR_ID_TABLE), (int)sharpness[1]);
if(tmpString != NULL) sprintf_s(value, EDS_MAX_NAME, "level:%d target:%s", sharpness[0], tmpString);
m_value.push_back(value);
}
}
else
{
EdsUInt32 uValue;
if( EDS_ERR_OK == EdsGetPropertyData( imageRef ,kEdsPropID_Sharpness , 0, sizeof(uValue),&uValue))
{
strcpy_s(m_title, EDS_MAX_NAME, "Sharpness");
sprintf_s(value, EDS_MAX_NAME, "%d", uValue);
m_value.push_back(value);
}
}
}
// Shutter speed accessors / modifiers
int getTv() {
EdsError err = EDS_ERR_OK;
EdsDataType dataType;
EdsUInt32 dataSize;
EdsInt32 Tv;
err = EdsGetPropertySize(camera, kEdsPropID_Tv, 0, &dataType, &dataSize);
if (!err) {
err = EdsGetPropertyData(camera, kEdsPropID_Tv, 0, dataSize, &Tv);
if (!err) {
return Tv;
}
}
return 0;
}
CPropertyItem_RedEye::CPropertyItem_RedEye(EdsImageRef imageRef)
{
EdsUInt32 uValue;
char value[EDS_MAX_NAME] = {0};
if( EDS_ERR_OK == EdsGetPropertyData( imageRef, kEdsPropID_RedEye, 0, sizeof(uValue),&uValue))
{
STR_ID_TABLE propCaptions[] = {
"Off", 0,
"On", 1,
};
const char * tmpString = GetPropertyString(propCaptions, sizeof(propCaptions)/sizeof(STR_ID_TABLE), (int)uValue);
m_value.push_back(tmpString);
strcpy_s(m_title, EDS_MAX_NAME, "Red-eye Reduction");
}
}
CPropertyItem_ColorSpace::CPropertyItem_ColorSpace(EdsImageRef imageRef)
{
EdsUInt32 uValue;
char value[EDS_MAX_NAME] = {0};
if( EDS_ERR_OK == EdsGetPropertyData( imageRef, kEdsPropID_ColorSpace|kEdsPropID_AtCapture_Flag, 0, sizeof(uValue),&uValue))
{
STR_ID_TABLE propCaptions[] = {
"sRGB", 1,
"Adobe RGB", 2,
};
const char * tmpString = GetPropertyString(propCaptions, sizeof(propCaptions)/sizeof(STR_ID_TABLE), (int)uValue);
m_value.push_back(tmpString);
strcpy_s(m_title, EDS_MAX_NAME, "Color Space");
}
}
CPropertyItem_ExposureCompensation::CPropertyItem_ExposureCompensation(EdsImageRef imageRef)
{
EdsRational rational;
char value[EDS_MAX_NAME] = {0};
if(EDS_ERR_OK == EdsGetPropertyData( imageRef, kEdsPropID_ExposureCompensation, 0, sizeof(rational),&rational))
{
if(rational.numerator==0)
sprintf_s( value , EDS_MAX_NAME , "%d" , rational.numerator);
else
{
sprintf_s( value , EDS_MAX_NAME , "%d/%d" , rational.numerator, rational.denominator );
}
m_value.push_back(value);
strcpy_s(m_title, EDS_MAX_NAME, "Exposure Compensation");
}
}
CPropertyItem_DigitalExposure::CPropertyItem_DigitalExposure(EdsImageRef imageRef)
{
EdsRational rational;
char value[EDS_MAX_NAME] = {0};
if(EDS_ERR_OK == EdsGetPropertyData( imageRef, kEdsPropID_DigitalExposure|kEdsPropID_AtCapture_Flag, 0, sizeof(rational),&rational))
{
if(rational.numerator==0)
sprintf_s( value , EDS_MAX_NAME , "%d" , rational.numerator);
else
{
sprintf_s( value , EDS_MAX_NAME , "%d/%d" , rational.numerator, rational.denominator );
}
m_value.push_back(value);
strcpy_s(m_title, EDS_MAX_NAME, "Digital Exposure ");
}
}
CPropertyItem_Contrast::CPropertyItem_Contrast(EdsImageRef imageRef)
{
EdsInt32 sValue;
if( EDS_ERR_OK == EdsGetPropertyData( imageRef, kEdsPropID_Contrast|kEdsPropID_AtCapture_Flag, 0, sizeof(sValue),&sValue))
{
STR_ID_TABLE propCaptions[] = {
"Low", -2,
"Mid. low", -1,
"Standard", 0,
"Mid. High", 1,
"High", 2,
};
const char * tmpString = GetPropertyString(propCaptions, sizeof(propCaptions)/sizeof(STR_ID_TABLE), (int)sValue);
m_value.push_back(tmpString);
strcpy_s(m_title, EDS_MAX_NAME, "Contrast");
}
}
CPropertyItem_MeteringMode::CPropertyItem_MeteringMode(EdsImageRef imageRef)
{
EdsUInt32 uValue;
char value[EDS_MAX_NAME] = {0};
if(EDS_ERR_OK == EdsGetPropertyData( imageRef, kEdsPropID_MeteringMode, 0, sizeof(uValue),&uValue))
{
STR_ID_TABLE propCaptions[] = {
"Spot metering", 1,
"Evaluative metering", 3,
"Partial metering", 4,
"Center-weighted averaging metering", 5,
};
const char * tmpString = GetPropertyString(propCaptions, sizeof(propCaptions)/sizeof(STR_ID_TABLE), (int)uValue);
m_value.push_back(tmpString);
strcpy_s(m_title, EDS_MAX_NAME, "Metering Mode");
}
}
CPropertyItem_ToningEffect::CPropertyItem_ToningEffect(EdsImageRef imageRef)
{
EdsUInt32 uValue;
char value[EDS_MAX_NAME] = {0};
if( EDS_ERR_OK == EdsGetPropertyData( imageRef, kEdsPropID_ToningEffect|kEdsPropID_AtCapture_Flag, 0, sizeof(uValue),&uValue))
{
STR_ID_TABLE propCaptions[] = {
"None", 0,
"Sepia", 1,
"Blue", 2,
"Violet", 3,
"Green", 4,
};
const char * tmpString = GetPropertyString(propCaptions, sizeof(propCaptions)/sizeof(STR_ID_TABLE), (int)uValue);
m_value.push_back(tmpString);
strcpy_s(m_title, EDS_MAX_NAME, "Toning Effect");
}
}
CPropertyItem_AFMode::CPropertyItem_AFMode(EdsImageRef imageRef)
{
EdsUInt32 uValue;
char value[EDS_MAX_NAME] = {0};
if(EDS_ERR_OK == EdsGetPropertyData( imageRef, kEdsPropID_AFMode, 0, sizeof(uValue),&uValue))
{
STR_ID_TABLE propCaptions[] = {
"One-Shot AF", 0,
"AI Servo AF", 1,
"AI Focus AF", 2,
"Manual Focus", 3,
};
const char * tmpString = GetPropertyString(propCaptions, sizeof(propCaptions)/sizeof(STR_ID_TABLE), (int)uValue);
m_value.push_back(tmpString);
strcpy_s(m_title, EDS_MAX_NAME, "AF Mode");
}
}
void Camera::endLiveView()
{
std::cout << "end live view" << std::endl;
EdsError err = EDS_ERR_OK;
// Get the output device for the live view image
EdsUInt32 device;
err = EdsGetPropertyData(mCamera, kEdsPropID_Evf_OutputDevice, 0, sizeof(device), &device );
// PC live view ends if the PC is disconnected from the live view image output device.
if(err == EDS_ERR_OK)
{
device &= ~kEdsEvfOutputDevice_PC;
err = EdsSetPropertyData(mCamera, kEdsPropID_Evf_OutputDevice, 0 , sizeof(device), &device);
}
mIsLiveView = false;
}
CPropertyItem_ToneCurve::CPropertyItem_ToneCurve(EdsImageRef imageRef)
{
EdsUInt32 uValue;
char value[EDS_MAX_NAME] = {0};
if( EDS_ERR_OK == EdsGetPropertyData( imageRef, kEdsPropID_ToneCurve, 0, sizeof(uValue),&uValue))
{
STR_ID_TABLE propCaptions[] = {
"Standard", 0x00,
"User setting", 0x11,
"Custom setting", 0x80,
"TCD1", 0x01,
"TCD2", 0x02,
"TCD3", 0x03,
};
const char * tmpString = GetPropertyString(propCaptions, sizeof(propCaptions)/sizeof(STR_ID_TABLE), (int)uValue);
m_value.push_back(tmpString);
strcpy_s(m_title, EDS_MAX_NAME, "Tone Curve");
}
}