/*
* @return a list of the LineStrings in the result of the
* specified overlay operation
*/
vector<LineString*>*
LineBuilder::build(OverlayOp::OpCode opCode)
{
findCoveredLineEdges();
collectLines(opCode);
//labelIsolatedLines(&lineEdgesList);
buildLines(opCode);
return resultLineList;
}
void ofxGridSystem::buildGrid(float iPageWidth, float iPageHeight, int iNumColumns, float iBaselineLeading, float iLeft, float iRight, float iHead, float iTail)
{
width = iPageWidth;
height = iPageHeight;
numCol = iNumColumns;
//Left, right, bottom, top in grid terms.
left = iLeft;
right = iRight;
tail = iTail;
head = iHead;
leading = iBaselineLeading;
//Back size determines position of left margin line.
leftX = iLeft;
//Gutter size determines position of left margin line.
rightX = width - iRight;
//Head determines top margin location.
topY = height - head;
//Tail determines bottom margin location.
bottomY = tail;
//Determine column width, Swiss grid style.
//There is a baselineLeading space between each column.
colW = (width - left - right - (numCol-1)*leading)/(float)numCol;
//Calculate baseline grid positions.
//NOTE Baseline grid starts at top of page. So you are responsible for aligning grid with head and tail.
numBaselines = (int)(height/(float)leading);
baselines = new float[numBaselines];
for(int i=0; i < numBaselines; i++)
baselines[i] = topY - (float)i*leading;
isGridShown = false;
isBaselineGridShown = false;
buildLines();
//By default, start with lines hidden.
showLines(false);
}
