const char* ExifGetString(ExifFields_e field)
{
if (!HasExif()) {
fprintf(stderr, "No info!\n");
return 0;
}
switch (field)
{
case ExifCameraMake:
return ImageInfo.CameraMake;
case ExifCameraModel:
return ImageInfo.CameraModel;
case ExifDate:
return ImageInfo.DateTime;
case ExifOrientation:
return OrientTab[ImageInfo.Orientation];
case ExifColor:
return ItoS(ImageInfo.IsColor);
case ExifFlash:
return ItoS(ImageInfo.FlashUsed);
case ExifFocalLength:
return FtoS(ImageInfo.FocalLength);
case ExifExposureTime:
return FtoS(ImageInfo.ExposureTime);
case ExifAperture:
return FtoS(ImageInfo.ApertureFNumber);
case ExifDistance:
return FtoS(ImageInfo.Distance);
case ExifCCDWidth:
return FtoS(ImageInfo.CCDWidth);
case ExifExposureBias:
return FtoS(ImageInfo.ExposureBias);
case ExifWhiteBalance:
return ItoS(ImageInfo.Whitebalance);
case ExifMetering:
return ItoS(ImageInfo.MeteringMode);
case ExifExposureProgram:
return ItoS(ImageInfo.ExposureProgram);
case ExifISO:
return ItoS(ImageInfo.ISOequivalent);
case ExifCompression:
return ItoS(ImageInfo.CompressionLevel);
case ExifComments:
return ImageInfo.Comments;
case ExifThumbnailSize:
return ItoS(ImageInfo.ThumbnailSize);
}
return 0;
}
void View::renderOverlay()
{
// Iterate over all colonies, get the strainID/size and plot
std::vector<Colony*> allColonies = *(model->getAllColonies());
int lineHeight = 18;
int lineCount = 0;
map<string, int>* strainMap = model->getAllStrains();
map<string, int>::const_iterator strainIter;
string colonyStrainName;
for (strainIter = strainMap->begin(); strainIter != strainMap->end(); strainIter++)
{
int cellCount = 0;
for (unsigned int colonyNo = 0; colonyNo < allColonies.size(); colonyNo++)
{
colonyStrainName = model->getStrain(*allColonies[colonyNo]);
if (colonyStrainName == strainIter->first)
{
cellCount += allColonies[colonyNo]->getSize();
}
}
renderText(border + 20, (border + 20 + (lineCount * lineHeight)),
strainIter->first + " : " + ItoS(cellCount), overlaySurface, 255, 255, 255, false);
lineCount++;
}
renderText(border + 20, (border + 20 + (lineCount * lineHeight)),
"Nutr. : " + FtoS(model->getAgar()->getNutrientLevel(), 2), overlaySurface, 255, 255, 255, false);
lineCount++;
renderText(border + 20, (border + 20 + (lineCount * lineHeight)),
"Gens. : " + ItoS(model->getIterations()) + " " + iterationsToFormattedTime(), overlaySurface,
255, 255, 255, false);
lineCount++;
// Render outer box
int height = lineCount * lineHeight;
int width = 220;
drawLine(border + 18, border + 18, width + 18, border + 18, overlaySurface, Colours::white);
drawLine(width + 18, border + 18, width + 18, border + 18 + height, overlaySurface, Colours::white);
drawLine(width + 18, border + 18 + height, border + 18, border + 18 + height, overlaySurface,
Colours::white);
drawLine(border + 18, border + 18 + height, border + 18, border + 18, overlaySurface, Colours::white);
}
