Method process

qCC/ccCommandRaster.cpp:133–627

{}

bool CommandRasterize::process(ccCommandLineInterface &cmd)
{
	cmd.print("[RASTERIZE]");

	//look for local options
	double gridStep = 0;
	bool outputCloud = false;
	bool outputRasterZ = false;
	bool outputRasterSFs = false;
	bool outputRasterRGB = false;
	bool outputMesh = false;
	bool resample = false;
	double customHeight = std::numeric_limits<double>::quiet_NaN();
	int vertDir = 2;
	ccRasterGrid::ProjectionType projectionType = ccRasterGrid::PROJ_AVERAGE_VALUE;
	ccRasterGrid::ProjectionType sfProjectionType = ccRasterGrid::PROJ_AVERAGE_VALUE;
	ccRasterGrid::EmptyCellFillOption emptyCellFillStrategy = ccRasterGrid::LEAVE_EMPTY;
	ccRasterGrid::DelaunayInterpolationParams dInterpParams;
	ccRasterGrid::KrigingParams krigingParams;
	{
		// force auto-guess
		krigingParams.autoGuess = true;
	}
	QString projStdDevSFDesc, sfProjStdDevSFDesc;

	while (!cmd.arguments().empty())
	{
		QString argument = cmd.arguments().front();
		if (ccCommandLineInterface::IsCommand(argument, COMMAND_GRID_OUTPUT_CLOUD))
		{
			//local option confirmed, we can move on
			cmd.arguments().pop_front();

			if (outputMesh)
			{
				cmd.warning("Can't output the grid as a mesh AND a cloud at the same time");
			}
			else
			{
				outputCloud = true;
			}
		}
		else if (ccCommandLineInterface::IsCommand(argument, COMMAND_GRID_OUTPUT_MESH))
		{
			//local option confirmed, we can move on
			cmd.arguments().pop_front();

			if (outputCloud)
			{
				cmd.warning("Can't output the grid as a mesh AND a cloud at the same time");
			}
			else
			{
				outputMesh = true;
			}
		}
		else if (ccCommandLineInterface::IsCommand(argument, COMMAND_GRID_OUTPUT_RASTER_Z))
		{