void showSidePair() {
std::vector<SidePair>::iterator it;
for(it = sidepair_.begin(); it != sidepair_.end(); it++) {
uint16_t shortside = it->shortside;
uint16_t longside = it->longside;
uint16_t squareside = it->squareside;
std::cout << "(" << shortside << ", " << longside << ", " << squareside << ") - ("
<< calcRectangle(shortside, squareside) << ", " << calcRectangle (longside, squareside) << ", "
<< squareside * squareside << ")" << std::endl;
}
}
void drawMetaDataText (CGContextRef myContext, CGRect contextRect, CFURLRef url)
{
float w, h;
w = contextRect.size.width;
h = contextRect.size.height;
//Lets pull some metadata!
struct metaData struct_metaData;
bzero(struct_metaData.Title, 1024);
bzero(struct_metaData.Header, 1024);
// bzero(struct_metaData.Expdata, 1024);
// bzero(struct_metaData.Resolution, 1024);
// bzero(struct_metaData.JrnlTitle, 1024);
// bzero(struct_metaData.JrnlRef, 1024);
// bzero(struct_metaData.Keywds, 4000);
// bzero(struct_metaData.JrnlAuthor, 4000);
exportMetaData(url, &struct_metaData);
int wraplength = 50;
int colLength = wraplength+5;
int rowLength = 10;
int textposX = 5;
int textposY = 10;
int calc_textposX = textposX;
int calc_textposY = textposY;
CGContextSetRGBFillColor (myContext, 1, 1, 1, 1);
CGContextSelectFont (myContext, "Helvetica", 20, kCGEncodingMacRoman);
CGContextSetCharacterSpacing (myContext, 1);
CGContextSetTextDrawingMode (myContext, kCGTextFill);
CGContextSetRGBFillColor(myContext, 0, 0, 0, 1);
if(struct_metaData.Title[0] != 0){
calcRectangle("Title: ", struct_metaData.Title, rowLength, colLength, wraplength, &calc_textposX, &calc_textposY);
drawRoundedRect(myContext, calc_textposX, calc_textposY);
}
DrawText("Title: ", struct_metaData.Title, myContext, rowLength, colLength, wraplength, &textposX, &textposY);
}
///
/// @brief compare sum of rectangles with square
/// @param shortside the short side of smaller square
/// @param longside the short side of bigger square
/// @param squareside the side of square
///
/// @return
///
bool compareRectangleToSquare(uint16_t shortside, uint16_t longside, uint16_t squareside) {
uint16_t large = calcRectangle(shortside, squareside);
uint16_t small = calcRectangle(longside, squareside);
return (large + small == squareside * squareside) ? true : false;
}
