Method SetData

src/widgets.cpp:2400–2475

	}

	void SetData(const std::vector<double> &data)
	{
		mData = data;

		if (GridTable) GridTable->SetArray(NULL);
		Grid->SetTable(NULL);

		GridTable = new AFDataLifetimeArrayTable(&mData, mMode, mColumnLabel);
		GridTable->SetAttrProvider(new wxExtGridCellAttrProvider);

		Grid->SetTable(GridTable, true);
		Grid->SetColSize(0, (int)(130 * wxGetScreenHDScale()));
		Grid->Layout();
		Grid->Refresh();



		// determine mode from data
		size_t dataSize = mData.size();
		if (dataSize < 1)
		{
			mData.push_back(0.0);
			dataSize = 1;
		}
        if (dataSize == 1)
            mMode = DATA_LIFETIME_ARRAY_SINGLEVALUE;
        else if (dataSize == (mAnalysisPeriod))
            mMode = DATA_LIFETIME_ARRAY_ANNUAL;
        else if (dataSize == (mAnalysisPeriod * 12))
            mMode = DATA_LIFETIME_ARRAY_MONTHLY;
        else if (dataSize == (mAnalysisPeriod * 52))
            mMode = DATA_LIFETIME_ARRAY_WEEKLY;
        else if (dataSize == (mAnalysisPeriod * 365))
            mMode = DATA_LIFETIME_ARRAY_DAILY;
        else if (dataSize == (mAnalysisPeriod * 8760))
            mMode = DATA_LIFETIME_ARRAY_HOURLY;
        else if (dataSize == (mAnalysisPeriod * 2920))
            mMode = DATA_LIFETIME_ARRAY_THREEHOURLY;
		else
		{
			mMode = DATA_LIFETIME_ARRAY_SUBHOURLY;
			size_t stepsPerHour = dataSize / (mAnalysisPeriod * 8760);
			switch (stepsPerHour)
			{
			case 2: // 30 minute
				Timesteps->SetSelection(5);
				break;
			case 3: // 20 minute
				Timesteps->SetSelection(4);
				break;
			case 4: // 15 minute
				Timesteps->SetSelection(3);
				break;
			case 6: // 10 minute
				Timesteps->SetSelection(2);
				break;
			case 12: // 5 minute
				Timesteps->SetSelection(1);