private void SetupHeatmaps()
{
_loopsCounter = 0;
// Initialize parent object
if (heatmapsParent == null)
{
CreateParent(ref heatmapsParent);
heatmapsParent.name = "Heatmaps";
heatmaps = new HeatMap[NUM_HEATMAPS];
}
// Init custom search lists
List <Brick> officeTypes = new List <Brick> {
Brick.OL, Brick.OM, Brick.OS
};
List <Brick> resTypes = new List <Brick> {
Brick.RL, Brick.RM, Brick.RS
};
List <Brick> parkTypes = new List <Brick> {
Brick.PARK
};
List <Brick> allTypes = new List <Brick> ();
foreach (Brick brick in System.Enum.GetValues(typeof(Brick)))
{
allTypes.Add(brick);
}
for (int i = 0; i < NUM_HEATMAPS; i++)
{
heatmaps[i] = new HeatMap(_gridX - 1, _gridY, _windowSearchDim, _cellSize, _cellShrink, _addToYHeight, ((HeatmapType)i).ToString());
heatmaps[i].SetParent(heatmapsParent);
// Set up search types & origin types for each heatmap
if (i == (int)HeatmapType.OFFICE)
{
heatmaps [i].SetOriginTypes(resTypes);
heatmaps [i].SetSearchTypes(officeTypes);
heatmaps [i].CreateTitle("Proximity to work spaces");
}
else if (i == (int)HeatmapType.RES)
{
heatmaps [i].SetOriginTypes(officeTypes);
heatmaps [i].SetSearchTypes(resTypes);
heatmaps [i].CreateTitle("Proximity to residential spaces");
}
else if (i == (int)HeatmapType.PARK)
{
heatmaps [i].SetOriginTypes(allTypes);
heatmaps [i].SetSearchTypes(parkTypes);
heatmaps [i].CreateTitle("Proximity to parks");
}
}
// Initialize geos
for (int x = 0; x < _gridX - 1; x++)
{
for (int y = 0; y < _gridY; y++)
{
if (siteData.GetType(_loopsCounter) != _outOfBoundsType) // if not on the area which is out of the physical model space
// Init heatmap geometries for each heatmap object
{
foreach (HeatMap hm in heatmaps)
{
hm.CreateHeatmapGeo(x, y, _loopsCounter, siteData.GetType(_loopsCounter), meshYPositions [_loopsCounter]);
}
}
_loopsCounter++;
}
}
UpdateHeatmaps();
}
