int PointExplorer::explorePoint(int x, int y, const ColorClasses::Color col, int xMin, int yEnd, int yMin, int& run_end, int& explored_min_y, int& explored_max_y)
{
int size = 0;
const Image::Pixel* pixel3 = (*theImage)[y] + x;
run_end = runDown(pixel3, x, y, col, yEnd, Drawings::ps_solid);
explored_min_y = y;
size = (run_end - y) * parameters.gridStepSize;
if(col != ColorClasses::green)
{
explored_max_y = run_end - 1;
if(!(run_end - y >= parameters.minSegSize[col]))
{
return -1;
}
const Image::Pixel* pixel1 = (*theImage)[explored_min_y] + x;
const Image::Pixel* pixel2 = (*theImage)[explored_max_y] + x;
for(x -= parameters.exploreStepSize, pixel1 -= parameters.exploreStepSize, pixel2 -= parameters.exploreStepSize;
x > xMin;
x -= parameters.exploreStepSize, pixel1 -= parameters.exploreStepSize, pixel2 -= parameters.exploreStepSize)
{
if(getColor(pixel1) == col)
{
const int expl_run_end = runUp(pixel1, x, explored_min_y, col, yMin, Drawings::ps_dot);
if(expl_run_end < explored_min_y)
{
explored_min_y = expl_run_end + 1;
pixel1 = (*theImage)[explored_min_y] + x;
}
}
if(getColor(pixel2) == col)
{
const int expl_run_end = runDown(pixel2, x, explored_max_y, col, yEnd, Drawings::ps_dot);
if(expl_run_end > explored_max_y)
{
explored_max_y = expl_run_end - 1;
pixel2 = (*theImage)[explored_max_y] + x;
}
}
}
}
else
{
explored_max_y = run_end;
}
return size;
}
int ProgramHandler::runProgram(int argCounter, char* argValues[])
{
//==============IDE==============
if (!ideGateway.handleIDEArguments(argCounter, argValues))
{
return 0;
}
//=============TEST=============
if (ideGateway.doRunTest())
{
TestDown test;
test.runAll();
return 0;
}
//==============DOWN=============
return runDown(ideGateway);
}
